cecilia/ 0000775 0001750 0001750 00000000000 15074674602 011216 5 ustar tvaz tvaz cecilia/Resources/ 0000775 0001750 0001750 00000000000 15074672740 013171 5 ustar tvaz tvaz cecilia/Resources/API_interface.py 0000664 0001750 0001750 00000101431 15074672731 016174 0 ustar tvaz tvaz """
Copyright 2019 iACT, Universite de Montreal,
Jean Piche, Olivier Belanger, Jean-Michel Dumas
This file is part of Cecilia 5.
Cecilia 5 is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
Cecilia 5 is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with Cecilia 5. If not, see .
"""
BaseModule_API = """
BaseModule_API
Here are the explanations about the processing class under every cecilia5 module.
# Declaration of the module's class
Every module must contain a class named 'Module', where the audio processing
will be developed. In order to work properly inside the environment, this
class must inherit from the `BaseModule` class, defined inside the Cecilia
source code. The BaseModule's internals create all links between the interface
and the module's processing. A Cecilia module must be declared like this:
###########################################################################
class Module(BaseModule):
'''
Module's documentation
'''
def __init__(self):
BaseModule.__init__(self)
### Here comes the processing chain...
###########################################################################
The module file will be executed in an environment where both `BaseModule` and
`pyo` are already available. No need to import anything specific to define the
audio process of the module.
# Module's output
The last object of the processing chain (ie the one producing the output sound)
must be called 'self.out'. The audio server gets the sound from this variable
and sends it to the Post-Processing plugins and from there, to the soundcard.
Here is an example of a typical output variable, where 'self.snd' is the dry
sound and 'self.dsp' is the processed sound. 'self.drywet' is a mixing slider
and 'self.env' is the overall gain from a grapher's line:
###########################################################################
self.out = Interp(self.snd, self.dsp, self.drywet, mul=self.env)
###########################################################################
# Module's documentation
The class should provide a __doc__ string giving relevant information about
the processing implemented by the module. The user can show the documentation
by selecting 'Help Menu' ---> 'Show Module Info'. Here is an example:
###########################################################################
'''
"Convolution brickwall lowpass/highpass/bandpass/bandstop filter"
Description
Convolution filter with a user-defined length sinc kernel. This
kind of filters are very CPU expensive but can give quite good
stopband attenuation.
Sliders
# Cutoff Frequency :
Cutoff frequency, in Hz, of the filter.
# Bandwidth :
Bandwith, in Hz, of the filter.
Used only by bandpass and pnadstop filters.
# Filter Order :
Number of points of the filter kernel. A longer kernel means
a sharper attenuation (and a higher CPU cost). This value is
only available at initialization time.
Graph Only
# Overall Amplitude :
The amplitude curve applied on the total duration of the performance
Popups & Toggles
# Filter Type :
Type of the filter (lowpass, highpass, bandpass, bandstop)
# Balance :
Compression mode. Off, balanced with a fixed signal
or balanced with the input source.
# Polyphony Voices :
Number of voices played simultaneously (polyphony),
only available at initialization time
# Polyphony Spread :
Pitch variation between voices (chorus),
only available at initialization time
'''
###########################################################################
Public Attributes
These are the attributes, defined in the BaseModule class, available to the
user to help in the design of his custom modules.
# self.sr :
Cecilia's current sampling rate.
# self.nchnls :
Cecilia's current number of channels.
# self.totalTime :
Cecilia's current duration.
# self.filepath :
Path to the directory where is saved the current cecilia file.
# self.number_of_voices :
Number of voices from the cpoly widget.
# self.polyphony_spread :
List of transposition factors from the cpoly widget.
# self.polyphony_scaling :
Amplitude value according to polyphony number of voices.
Public Methods
These are the methods, defined in the BaseModule class, available to the
user to help in the design of his custom modules.
# self.addFilein(name) :
Creates a SndTable object from the name of a cfilein widget.
# self.addSampler(name, pitch, amp) :
Creates a sampler/looper from the name of a csampler widget.
# self.getSamplerDur(name) :
Returns the duration of the sound used by the sampler `name`.
# self.duplicate(seq, num) :
Duplicates elements in a sequence according to the `num` parameter.
# self.setGlobalSeed(x) :
Sets the Server's global seed used by objects from the random family.
Template
This template, saved in a file with the extension '.c5', created a basic
module where a sound can be load in a sampler for reading, with optional
polyphonic playback. A graph envelope modulates the amplitude of the sound
over the performance duration.
###########################################################################
class Module(BaseModule):
'''
Module's documentation
'''
def __init__(self):
BaseModule.__init__(self)
### get the sound from a sampler/looper
self.snd = self.addSampler('snd')
### mix the channels and apply the envelope from the graph
self.out = Mix(self.snd, voices=self.nchnls, mul=self.env)
Interface = [
csampler(name='snd'),
cgraph(name='env', label='Amplitude', func=[(0,1),(1,1)], col='blue1'),
cpoly()
]
###########################################################################
"""
Interface_API = """
Interface_API
The next functions describe every available widgets for building a Cecilia5 interface.
"""
def cfilein(name="filein", label="Audio", help=""):
"""
"Creates a popup menu to load a soundfile in a table"
Initline
cfilein(name='filein', label='Audio', help='')
Description
This interactive menu allows the user to import a soundfile into the
processing module. When the user chooses a sound using the interface,
Cecilia will scan the whole folder for soundfiles. A submenu containing
all soundfiles present in the folder will allow a quicker access to them
later on.
More than one cfilein can be defined in a module. They will appear under
the input label in the left side panel of the main window, in the order
defined.
In the processing class, use the BaseModule's method `addFilein` to
retrieve the SndTable filled with the selected sound.
>>> BaseModule.addFilein(name)
For a cfilein created with name='mysound', the table is retrieved
using a call like this one:
>>> self.table = self.addFilein('mysound')
Parameters
# name : str
A string passed to the parameter `name` of the BaseModule.addFilein
method. This method returns a SndTable object containing Cecilia's
number of channels filled with the selected sound in the interface.
# label : str
Label shown in the interface.
# help : str
Help string shown in the widget's popup tooltip.
"""
dic = {"type": "cfilein"}
dic["name"] = name
dic["label"] = label
dic["help"] = help
return dic
def csampler(name="sampler", label="Audio", help=""):
"""
"Creates a popup menu to load a soundfile in a sampler"
Initline
csampler(name='sampler', label='Audio', help='')
Description
This menu allows the user to choose a soundfile for processing in the
module. More than one csampler can be defined in a module. They will
appear under the input label in the left side panel of the main window,
in the order they have been defined. When the user chooses a sound using
the interface, Cecilia will scan the whole folder for soundfiles. A
submenu containing all soundfiles present in the folder will allow a
quicker access to them later on. Loop points, pitch and amplitude
parameters of the loaded soundfile can be controlled by the csampler
window that drops when clicking the triangle just besides the name of
the sound.
A sampler returns an audio variable containing Cecilia's number of
output channels regardless of the number of channels in the soundfile.
A distribution algorithm is used to assign X number of channels to Y
number of outputs.
In the processing class, use the BaseModule's method `addSampler` to
retrieve the audio variable containing all channels of the looped sound.
>>> BaseModule.addSampler(name, pitch, amp)
For a csampler created with name='mysound', the audio variable is
retrieved using a call like this one:
>>> self.snd = self.addSampler('mysound')
Audio LFOs on pitch and amplitude of the looped sound can be passed
directly to the addSampler method:
>>> self.pitlf = Sine(freq=.1, mul=.25, add=1)
>>> self.amplf = Sine(freq=.15, mul=.5, add=.5)
>>> self.snd = self.addSampler('mysound', self.pitlf, self.amplf)
Parameters
# name : str
A string passed to the parameter `name` of the BaseModule.addSampler
method. This method returns a Mix object containing Cecilia's
number of channels as audio streams from a Looper object
controlled with the sampler window of the interface.
# label : str
Label shown in the interface.
# help : str
Help string shown in the sampler popup's tooltip.
"""
dic = {"type": "csampler"}
dic["name"] = name
dic["label"] = label
dic["help"] = help
return dic
def cpoly(name="poly", label="Polyphony", min=1, max=10, init=1, help=""):
"""
"Creates two popup menus used as polyphony manager"
Initline
cpoly(name='poly', label='Polyphony', min=1, max=10, init=1, help='')
Description
cpoly is a widget conceived to help manage the voice polyphony of a
module. cpoly comes with a popup menu that allows the user to choose how
many instances (voices) of a process will be simultaneously playing. It
also provides another popup to choose the type of polyphony (phasing,
chorus, out-of-tune or one of the provided chords).
cpoly has two values that are passed to the processing module: the number
of voices and the voice spread. The number of voices can be collected
using `self.number_of_voices`. `self.polyphony_spread` gives access to
the transposition factors defined by the type of polyphony.
If a csampler is used, you don't need to take care of polyphony, it's
automatically handled inside the csampler. Without a csampler, user can
retrieve polyphony popups values with these builtin reserved
variables :
# self.number_of_voices : int
Number of layers of polyphony
# self.polyphony_spread : list of floats
Transposition factors as a list of floats
# self.polyphony_scaling : float
An amplitude factor based on the number of voices
Notes
The cpoly interface object and its associated variables can be used in
the dsp module any way one sees fit.
No more than one `cpoly` can be declared in a module.
Parameters
# name : str
Name of the widget.
# label : str
Label shown in the interface.
# min : int
Minimum value for the number of layers slider.
# max : int
Maximum value for the number of layers slider.
# init : int
Initial value for the number of layers slider.
# help : str
Help string shown in the cpoly tooltip.
"""
dic = {"type": "cpoly"}
dic["name"] = name
dic["label"] = label
dic["min"] = min
dic["max"] = max
dic["init"] = init
dic["help"] = help
return dic
def cgraph(name="graph", label="Envelope", min=0.0, max=1.0, rel="lin", table=False, size=8192,
unit="x", curved=False, func=[[0, 0.], [.01, 1], [.99, 1], [1, 0.]], col="red"):
"""
"Creates a graph only automated parameter or a shapeable envelope"
Initline
cgraph(name='graph', label='Envelope', min=0.0, max=1.0, rel='lin',
table=False, size=8192, unit='x', curved=False,
func=[(0, 0.), (.01, 1), (.99, 1), (1, 0.)], col='red')
Description
A graph line represents the evolution of a variable during a Cecilia
performance. The value of the graph is passed to the module with a
variable named `self.name`. The 'func' argument defines an initial
break-point line shaped with time/value pairs (floats) as a list. Time
values must be defined from 0 to 1 and are multiplied by the total_time
of the process. When True, the 'table' argument writes the graph line in
a PyoTableObject named with the variable `self.name`. The graph can then
be used for any purpose in the module by recalling its variable. The
`col` argument defines the color of the graph line using a color value.
Parameters
# name : str
Name of the grapher line.
# label : str
Label shown in the grapher popup.
# min : float
Minimum value for the Y axis.
# max : float
Maximum value for the Y axis.
# rel : str {'lin', 'log'}
Y axis scaling.
# table : boolean
If True, a PyoTableObject will be created instead of a
control variable.
# size : int
Size, in samples, of the PyoTableObject.
# unit : str
Unit symbol shown in the interface.
# curved : boolean
If True, a cosinus segments will be drawn between points.
The curved mode can be switched by double-click on the curve
in the grapher. Defaults to Flase
# func : list of tuples
Initial graph line in break-points (serie of time/value points).
Times must be in increasing order between 0 and 1.
# col : str
Color of the widget.
"""
dic = {"type": "cgraph"}
dic["name"] = name
dic["label"] = label
dic["min"] = min
dic["max"] = max
dic["rel"] = rel
dic["table"] = table
dic["unit"] = unit
dic["curved"] = curved
dic["size"] = size
dic["func"] = [[x[0], x[1]] for x in func]
dic["col"] = col
return dic
def cslider(name="slider", label="Pitch", min=20.0, max=20000.0, init=1000.0, rel="lin", res="float",
gliss=0.025, unit="x", up=False, func=None, midictl=None, half=False, col="red", help=""):
"""
"Creates a slider, and its own graph line, for time-varying controls"
Initline
cslider(name='slider', label='Pitch', min=20.0, max=20000.0, init=1000.0,
rel='lin', res='float', gliss=0.025, unit='x', up=False,
func=None, midictl=None, half=False, col='red', help='')
Description
When created, the slider is stacked in the slider pane of the main Cecilia
window in the order it is defined. The value of the slider is passed to
the module with a variable named `self.name`. The `up` argument passes
the value of the slider on mouse up if set to True or continuously if set
to False. The `gliss` argument determines the duration of the portamento
(in seconds) applied between values. The portamento is automatically set
to 0 if `up` is True. The resolution of the slider can be set to int or
float using the `res` argument. Slider color can be set using the `col`
argument and a color value. However, sliders with `up` set to True are
greyed out and the `col` argument is ignored.
If `up` is set to True, the cslider will not create an audio rate signal,
but will call a method named `widget_name` + '_up'. This method must be
defined in the class `Module`. For a cslider with the name 'grains', the
method should be declared like this:
>>> def grains_up(self, value):
Every time a slider is defined with `up` set to False, a corresponding
graph line is automatically defined for the grapher in the Cecilia
interface. The recording and playback of an automated slider is linked
to its graph line.
Parameters
# name : str
Name of the slider.
# label : str
Label shown in the slider label and the grapher popup.
# min : float
Minimum value of the slider.
# max : float
Maximum value of the slider.
# init : float
Slider's initial value.
# rel : str {'lin', 'log'}
Slider scaling. Defaults to 'lin'.
# res : str {'int', 'float'}
Slider resolution. Defaults to 'float'
# gliss : float
Portamento between values in seconds. Defaults to 0.025.
# unit : str
Unit symbol shown in the interface.
# up : boolean
Value passed on mouse up if True. Defaults to False.
# func : list of tuples
Initial automation in break-points format (serie of time/value
points). Times must be in increasing order between 0 and 1.
# midictl : int
Automatically map a midi controller to this slider.
Defaults to None.
# half : boolean
Determines if the slider is full-width or half-width. Set to True
to get half-width slider. Defaults to False.
# col : str
Color of the widget.
# help : str
Help string shown in the cslider tooltip.
"""
dic = {"type": "cslider"}
dic["name"] = name
dic["label"] = label
dic["min"] = min
dic["max"] = max
dic["init"] = init
dic["rel"] = rel
dic["res"] = res
if func is None:
dic["func"] = func
else:
dic["func"] = [[x[0], x[1]] for x in func]
dic["gliss"] = gliss
dic["unit"] = unit
dic["up"] = up
dic["midictl"] = midictl
dic["half"] = half
dic["col"] = col
dic["help"] = help
return dic
def crange(name="range", label="Pitch", min=20.0, max=20000.0, init=[500.0, 2000.0], rel="log",
res="float", gliss=0.025, unit="x", up=False, func=None, midictl=None, col="red", help=""):
"""
"Two-sided slider, with its own graph lines, for time-varying controls"
Initline
crange(name='range', label='Pitch', min=20.0, max=20000.0,
init=[500.0, 2000.0], rel='log', res='float', gliss=0.025,
unit='x', up=False, func=None, midictl=None, col='red', help='')
Description
This function creates a two-sided slider used to control a minimum and
a maximum range at the sime time. When created, the range slider is
stacked in the slider pane of the main Cecilia window in the order it
is defined. The values of the range slider are passed to the module
with a variable named `self.name`. The range minimum is collected using
`self.name[0]` and the range maximum is collected using `self.name[1]`.
The `up` argument passes the values of the range on mouse up if set to
True or continuously if set to False. The `gliss` argument determines
the duration of the portamento (in sec) applied on a new value. The
resolution of the range slider can be set to 'int' or 'float' using the
`res` argument. Slider color can be set using the `col` argument and a
color value. However, sliders with `up` set to True are greyed out and
the `col` argument is ignored.
Every time a range slider is defined, two graph lines are automatically
defined for the grapher in the Cecilia interface. One is linked to the
minimum value of the range, the other one to the maximum value of the
range. The recording and playback of an automated slider is linked to its
graph line.
Notes
In order to quickly select the minimum value (and graph line), the user
can click on the left side of the crange label, and on the right side of
the label to select the maximum value (and graph line).
Parameters
# name : str
Name of the range slider.
# label : str
Label shown in the crange label and the grapher popup.
# min : float
Minimum value of the range slider.
# max : float
Maximum value of the range slider.
# init : list of float
Range slider minimum and maximum initial values.
# rel : str {'lin', 'log'}
Range slider scaling. Defaults to 'lin'.
# res : str {'int', 'float'}
Range slider resolution. Defaults to 'float'
# gliss : float
Portamento between values in seconds. Defaults to 0.025.
# unit : str
Unit symbol shown in the interface.
# up : boolean
Value passed on mouse up if True. Defaults to False.
# func : list of list of tuples
Initial automation in break-points format (serie of time/value
points). Times must be in increasing order between 0 and 1.
The list must contain two lists of points, one for the minimum
value and one for the maximum value.
# midictl : list of int
Automatically map two midi controllers to this range slider.
Defaults to None.
# col : str
Color of the widget.
# help : str
Help string shown in the crange tooltip.
"""
dic = {"type": "crange"}
dic["name"] = name
dic["label"] = label
dic["min"] = min
dic["max"] = max
dic["init"] = init
dic["rel"] = rel
dic["res"] = res
if func is None:
dic["func"] = [None, None]
else:
fmin = [[x[0], x[1]] for x in func[0]]
fmax = [[x[0], x[1]] for x in func[1]]
dic["func"] = [fmin, fmax]
dic["gliss"] = gliss
dic["unit"] = unit
dic["up"] = up
dic["midictl"] = midictl
dic["half"] = False
dic["col"] = col
dic["help"] = help
return dic
def csplitter(name="splitter", label="Pitch", min=20.0, max=20000.0, init=[500.0, 2000.0, 5000.0],
rel="log", res="float", gliss=0.025, unit="x", up=False, num_knobs=3, col="red", help=""):
"""
"Creates a multi-knobs slider used to split the spectrum in sub-regions"
Initline
csplitter(name='splitter', label='Pitch', min=20.0, max=20000.0,
init=[500.0, 2000.0, 5000.0], rel='log', res='float',
gliss=0.025, unit='x', up=False, num_knobs=3, col='red', help='')
Description
When created, the splitter is stacked in the slider pane of the main
Cecilia window in the order it is defined. The values of the splitter
slider are passed to the module with a variable named `self.name`. The
knob values are collected using `self.name[0]` to `self.name[num-knobs-1]`.
The `up` argument passes the values of the splitter on mouse up if set to
True or continuously if set to False. The `gliss` argument determines the
duration of the portamento (in seconds) applied between values. The
resolution of the splitter slider can be set to int or float using the
`res` argument. The slider color can be set using the `col` argument and
a color value. However, sliders with `up` set to True are greyed out and
the `col` argument is ignored.
The csplitter is designed to be used with the FourBand() object in
order to allow multi-band processing. Although the FourBand() parameters
can be changed at audio rate, it is not recommended. This filter is CPU
intensive and can have erratic behavior when boundaries are changed too
quickly.
Parameters
# name : str
Name of the splitter slider.
# label : str
Label shown in the csplitter label.
# min : float
Minimum value of the splitter slider.
# max : float
Maximum value of the splitter slider.
# init : list of float
Splitter knobs initial values. List must be of length `num_knobs`.
Defaults to [500.0, 2000.0, 5000.0].
# rel : str {'lin', 'log'}
Splitter slider scaling. Defaults to 'lin'.
# res : str {'int', 'float'}
Splitter slider resolution. Defaults to 'float'
# gliss : float
Portamento between values in seconds. Defaults to 0.025.
# unit : str
Unit symbol shown in the interface.
# up : boolean
Value passed on mouse up if True. Defaults to False.
# num_knobs : int
Number of junction knobs. Defaults to 3.
# col : str
Color of the widget.
# help : str
Help string shown in the csplitter tooltip.
"""
dic = {"type": "csplitter"}
dic["name"] = name
dic["label"] = label
dic["min"] = min
dic["max"] = max
dic["init"] = [x for x in init]
dic["rel"] = rel
dic["res"] = res
dic["gliss"] = gliss
dic["unit"] = unit
dic["up"] = up
dic["num_knobs"] = num_knobs
dic["midictl"] = None
dic["half"] = False
dic["col"] = col
dic["help"] = help
return dic
def ctoggle(name="toggle", label="Start/Stop", init=True, rate="k", stack=False, col="red", help=""):
"""
"Creates a two-states button"
Initline
ctoggle(name='toggle', label='Start/Stop', init=True, rate='k',
stack=False, col='red', help='')
Description
A toggle button is a two-states switch that can be used to start and stop
processes.
If `rate` argument is set to 'i', a built-in reserved variable is created
at initialization time. The variable's name is constructed like this :
>>> self.widget_name + '_value'
If `name` is set to 'foo', the variable's name will be:
>>> self.foo_value
If `rate` argument is set to 'k', a module method using one argument
must be defined with the name `name`. If `name` is set to 'foo', the
function should be defined like this :
>>> def foo(self, value):
value is an integer (0 or 1).
Parameters
# name : str
Name of the widget used to defined the function or the
reserved variable.
# label : str
Label shown in the interface.
# init : int
Initial state of the toggle.
# rate : str {'k', 'i'}
Indicates if the toggle is handled at initialization time only
('i') with a reserved variable or with a function ('k') that can
be called at any time during playback.
# stack : boolean
If True, the toggle will be added on the same row as the last
toogle with stack=True and a label not empty. Defaults to False.
# col : str
Color of the widget.
# help : str
Help string shown in the toggle tooltip.
"""
dic = {"type": "ctoggle"}
dic["name"] = name
dic["label"] = label
dic["init"] = init
dic["rate"] = rate
dic['stack'] = stack
dic["col"] = col
dic["help"] = help
return dic
def cpopup(name="popup", label="Chooser", value=["1", "2", "3", "4"],
init="1", rate="k", col="red", help=""):
"""
"Creates a popup menu offering a limited set of choices"
Initline
cpopup(name='popup', label='Chooser', value=['1', '2', '3', '4'],
init='1', rate='k', col='red', help='')
Description
A popup menu offers a limited set choices that are available to modify
the state of the current module.
If `rate` argument is set to 'i', two built-in reserved variables are
created at initialization time. The variables' names are constructed
like this :
>>> self.widget_name + '_index' for the selected position in the popup.
>>> self.widget_name + '_value' for the selected string in the popup.
If `name` is set to 'foo', the variables names will be:
>>> self.foo_index (this variable is an integer)
>>> self.foo_value (this variable is a string)
If `rate` argument is set to 'k', a module method using two arguments
must be defined with the name `name`. If `name` is set to 'foo', the
function should be defined like this :
>>> def foo(self, index, value):
>>> index -> int
>>> value -> str
Parameters
# name : str
Name of the widget.
Used to defined the function or the reserved variables.
# label : str
Label shown in the interface.
# value : list of strings
An array of strings with which to initialize the popup.
# init : int
Initial state of the popup.
# rate : str {'k', 'i'}
Indicates if the popup is handled at initialization time only
('i') with reserved variables or with a function ('k') that can
be called at any time during playback.
# col : str
Color of the widget.
# help : str
Help string shown in the popup tooltip.
"""
dic = {"type": "cpopup"}
dic["name"] = name
dic["label"] = label
dic["value"] = [x for x in value]
dic["init"] = init
dic["rate"] = rate
dic["col"] = col
dic["help"] = help
return dic
def cbutton(name="button", label="Trigger", col="red", help=""):
"""
"Creates a button that can be used as an event trigger"
Initline
cbutton(name='button', label='Trigger', col='red', help='')
Description
A button has no state, it only sends a trigger when it is clicked.
When the button is clicked, a function is called with the current
state of the mouse (down or up) as argument.
If `name` is set to 'foo', the function should be defined like this :
>>> def foo(self, value):
value is True on mouse pressed and False on mouse released.
Parameters
# name : str
Name of the widget. Used to defined the function.
# label : str
Label shown in the interface.
# col : str
Color of the widget.
# help : str
Help string shown in the button tooltip.
"""
dic = {"type": "cbutton"}
dic["name"] = name
dic["label"] = label
dic["col"] = col
dic["help"] = help
return dic
def cgen(name="gen", label="Wave shape", init=[1, 0, .3, 0, .2, 0, .143, 0, .111],
rate="k", popup=None, col="red", help=""):
"""
"Creates a list entry useful to generate list of arbitrary values"
Initline
cgen(name='gen', label='Wave shape', init=[1,0,.3,0,.2,0,.143,0,.111],
rate='k', popup=None, col='red', help='')
Description
Widget that can be used to create a list of floating-point values. A
left click on the widget will open a floating window to enter the desired
values. Values can be separated by commas or by spaces.
If `rate` argument is set to 'i', a built-in reserved variable is created
at initialization time. The variable name is constructed like this :
>>> self.widget_name + '_value' for retrieving a list of floats.
If `name` is set to 'foo', the variable name will be:
>>> self.foo_value (this variable is a list of floats)
If `rate` argument is set to 'k', a module method using one argument
must be defined with the name `name`. If `name` is set to 'foo', the
function should be defined like this :
>>> def foo(self, value):
>>> value -> list of strings
Parameters
# name : str
Name of the widget.
Used to defined the function or the reserved variable.
# label : str
Label shown in the interface.
# init : list of floats
An array of number, separated with commas, with which to
initialize the widget.
# rate : str {'k', 'i'}
Indicates if the widget is handled at initialization time only
('i') with a reserved variable or with a function ('k') that can
be called at any time during playback.
# popup : tuple (str, int) -> (popup's name, index)
If a tuple is specified, and cgen is modified, the popup will
be automatically set to the given index.
# col : str
Color of the widget.
# help : str
Help string shown in the widget's tooltip.
"""
dic = {"type": "cgen"}
dic["name"] = name
dic["label"] = label
dic["init"] = [x for x in init]
dic["rate"] = rate
dic["popup"] = popup
dic["col"] = col
dic["help"] = help
return dic
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HB!^~o~_ u?\.'R IENDB` cecilia/Resources/images.py 0000664 0001750 0001750 00000344151 15074672731 015020 0 ustar tvaz tvaz """
Copyright 2019 iACT, Universite de Montreal,
Jean Piche, Olivier Belanger, Jean-Michel Dumas
This file is part of Cecilia 5.
Cecilia 5 is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
Cecilia 5 is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with Cecilia 5. If not, see .
"""
from wx.lib.embeddedimage import PyEmbeddedImage
# ***************** Catalog starts here *******************
catalog = {}
index = []
#----------------------------------------------------------------------
arrow_down_hover = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAAAgAAAAKCAYAAACJxx+AAAAABHNCSVQICAgIfAhkiAAAAAlw'
b'SFlzAAANrAAADawB7wbGRwAAAI1JREFUGJVt0LFqQlEQhOFvw32CkMbeWPoMBgRfUssU6fMi'
b'WhhCmlQptLA11VjkXDloFhaWmX+WZQsrfCf51FVVzTAdcMK+qnb4av4z5lhIAlvkpj+SeGiJ'
b'jftaw7jhEecu/YunJH9Ag1474O2qd8BLByz/AwoHHFGjPowXJUlVvTcz1390s6qaNO1n1C6G'
b'EFt0TbKPGQAAAABJRU5ErkJggg==')
index.append('arrow_down_hover')
catalog['arrow_down_hover'] = arrow_down_hover
#----------------------------------------------------------------------
arrow_down = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAAAgAAAAKCAYAAACJxx+AAAAABHNCSVQICAgIfAhkiAAAAAlw'
b'SFlzAAANrAAADawB7wbGRwAAANpJREFUGJVdjLFqg1AYhY+mKb24uPgUvkAHXySDiHsHpy61'
b'D9CpOHXRQAbfwUkaBLkogoIZs7WCg53bNO3p0iuSb/r5zvmP5nnes2maxyiKXkj+4B/XdTck'
b'bzXf9+/jOH4qy/I0DMOHEGIthDAcx7kJguARALQsyz55QZ7nXwB0nSSllK+4QEq5J/mrA0BV'
b'VeE4jnM4TRO6rnsAAJAESSRJ8qbm0zR9V15XX03TbBf3bp5TTQDroijOdV2fbdu+Vv5qUfwO'
b'w/BgGIbW9/1J+bkAAG3b3lmWtVq6Pyhsir01ukkfAAAAAElFTkSuQmCC')
index.append('arrow_down')
catalog['arrow_down'] = arrow_down
#----------------------------------------------------------------------
arrow_up_hover = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAAAgAAAAKCAYAAACJxx+AAAAABHNCSVQICAgIfAhkiAAAAAlw'
b'SFlzAAANrAAADawB7wbGRwAAAINJREFUGJV1zaEOQQEUBuDv2BUEm2ATCcwUTTPdMwieS7Sp'
b'3kXFA2iioBzBxb3Gv/3l7DvnyEyvoo9ubfYFdtj8BGjgiss/sESWnf8C+wrY1gB6uFfADZ3M'
b'1PDMGk2ftLDC+8Kxsv3qITMVEbHAEAecywsjTCNiVqCNSWaeKi9ExBiDBzGacT4RANd0AAAA'
b'AElFTkSuQmCC')
index.append('arrow_up_hover')
catalog['arrow_up_hover'] = arrow_up_hover
#----------------------------------------------------------------------
arrow_up = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAAAgAAAAKCAYAAACJxx+AAAAABHNCSVQICAgIfAhkiAAAAAlw'
b'SFlzAAANrAAADawB7wbGRwAAANlJREFUGJVlkKFuhEAYhGcLprIGe8iKlqRyKZIgeAMaDJcN'
b'D1DfpPJeoB5XiV8M5iwOjSIpCakgubQJ6U5N2Vx6n5pM/v8TI0hiI0mSRwDQWh+3zsUZQRC8'
b'GWMI4OHiQAjhNE1zt64rhBAOyR8AAEmQhFLqlSSNMczz/GXrrzaDlHL/Z7LZGtI0vZ+miRvD'
b'MFBKeWsNYRgePM+zT77vI4qigzW0bfvNf9R1fSIJZ57n57IsU631V9d1n33fn8ZxdOM4vs6y'
b'7MNdluVGKfVUVdX7+SZFUexJ7n4BAlmFA6WrLtoAAAAASUVORK5CYII=')
index.append('arrow_up')
catalog['arrow_up'] = arrow_up
#----------------------------------------------------------------------
audio_click_trans = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAACgAAAAeCAYAAABe3VzdAAAABHNCSVQICAgIfAhkiAAAAAlw'
b'SFlzAAAK8AAACvABQqw0mAAAAc5JREFUWIXt1j1oFUEcBPDfS6IIilUKESTs2ogICokRJKJC'
b'kPMDCwvFzkYshaA2goJWEhAE26hYRGytFrGwtLFQOw132lhEqwh+EROLnBDExLd5FxSSgYPj'
b'vzdzw3A7t63Z2Vn/M7r+tYG/YdVgp1g12ClWnsEU4oMUYmPd1dOUUAqxDzew97f5ZjzBF+wp'
b'qnI6R7eRBFOIu3EVp7Bl/lpRle9xBs/wMoV4MEc7K8EU4roFOFdwbAHOSFGVN1OIk9iJEynE'
b'vqIq7zVqMIXYjQvY/4flwUWooynEKdwvqnIohfgQd9GsQazFIezL4MBhnMd2jGAqh5zzDfZg'
b'Mkcciqp8jG04Wo8+5/BzEpzBUutjCp/q++4cYo7BVn0tBeuxpr6fySHm9mB2b9ab4ike1aPe'
b'5XrhD2zIEa9xAMNFVb6qO/C7uU5sCzkGv+G2uTR68BXT2ISz2LgAb0dRlR9SiCcxjsvm6qot'
b'tJo48qcQr+M0tv6aFVXZmrd+EUN4jvGiKifa1e74V5dC7MIobi3y2CXsGhvov3bk3duJVqv9'
b'vdZIgpBC7MVxnMPg/AQ7QWPHrbGB/o/Db17fwYumNGkwweXCyjtRN41Vg51i1WCn+AlFl3Lb'
b'+CmHgwAAAABJRU5ErkJggg==')
index.append('audio-click-trans')
catalog['audio-click-trans'] = audio_click_trans
#----------------------------------------------------------------------
audio_hover_trans = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAACgAAAAeCAYAAABe3VzdAAAABHNCSVQICAgIfAhkiAAAAAlw'
b'SFlzAAAK8AAACvABQqw0mAAAAdNJREFUWIXt1j1oFUEUBeDvJVEExSqICJLCYkQk2qggURSC'
b'rD9YWCh2FoqlQ1AbQUEricgqtlGriJVgNYiFpY2FisVi2qSIVhH8IyYWeUIQE9/kbVDIOzAw'
b'3Nlz5nDYvXsbs7Oz/md0/WsDf0PHYLvoGGwXK89giOlRiKm23tVTl1CIqQ83sfe3+iY8xxfs'
b'qcpiOke3lgRDTLtwDaewef5ZVRYTOIOXeBNiOpijnZVgiGnNApyrOLYAZ6gqi9shpknswIkQ'
b'U19VFg9bubPlBENM3biIJ39Y+xehDoeYzmKiKosBbMCDVu/NSXA1DmFfBgcO4wK2YQhTOeSc'
b'd7AHkzniUJXFM2zF0Wbpcw4/J8EZLLV9TOFTc9+dQ8wx2GiupWAtVjX3MznE3D6Y3TdDTI/x'
b'Ak+bpd7luvAH1uWIN3EAg1VZvG32wO/memJLyDH4DffMpdGDr5jGRpzD+gV426uy+BBiOolR'
b'XDHXrlpCo46RP8R0A6ex5VetKovGvPNLGMArjFZlMdaqdtu/uhBTF4ZxZ5HHLmNn//jI9fd3'
b'j4w1Gq1/a7UkCCGmXhzHeeyen2A7qG3c6h8f+fju1uB9vK5LkxoTXC6svIm6bnQMtouOwXbx'
b'E0PNduXRvLOYAAAAAElFTkSuQmCC')
index.append('audio-hover-trans')
catalog['audio-hover-trans'] = audio_hover_trans
#----------------------------------------------------------------------
audio_normal_trans = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAACgAAAAeCAYAAABe3VzdAAAABHNCSVQICAgIfAhkiAAAAAlw'
b'SFlzAAAK8AAACvABQqw0mAAAAaFJREFUWIXt1j9rVEEUhvHf3UQRDKkUxEbBRsTWNCoaEEGE'
b'VFnBzkasRAhYiKUfQSxNYRG11c7KwsImhQipbGxNqggisslrca+QxHXdyd6gkH1guPOHc+a9'
b'w5lzpkrif6bzrwX8jbHAURkLHJV9KfA5WstdbQo8gRc4v2P+OFawjMlir0naaOeSLGY7W9dn'
b'kjxJspJktsR3qZBDSab6tNf5nV82C833ZJJ3SR4nuTXsnlVBqZvAA1zqszaD6R1zVfPdwB08'
b'ww+8xI0t6wMpiYmDuIqLBTZwDfdwBgtYLzEuuSST+FLivOENTuN6M/5WYlxygpt2nz7W8bXp'
b'T5QYlgisDBk3fTiMA01/s8SwNC+V57H6UrzFq2Z8ZK823MBUifOGy7iCj5hV3+T3wxqXpJkO'
b'5nBW/WPf0cMx3PbnNHMUq+rUsoSHeIq1tgUO4hFu4lQfgXAfF9TlbgmfhvbcQpnrJJlOcndA'
b'qVtN8nl+fl5VVUX7tnWC1ME/p64aM3Z/47fR2mum2+2u9Xq9RXxoyyftxeCesS9f1K0yFjgq'
b'Y4Gj8hMzObAudOMxgQAAAABJRU5ErkJggg==')
index.append('audio-normal-trans')
catalog['audio-normal-trans'] = audio_normal_trans
#----------------------------------------------------------------------
Cecilia_about_small = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAAEYAAABGCAYAAABxLuKEAAAABHNCSVQICAgIfAhkiAAAAAlw'
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b'XH/3ym7+eAfwQALE3QG0lJl8M/gDr+y3+3tf32+PCCHw/3QjSa8R31A+byzJpNOrJhOJJULw'
b'CEA0ABQQthDIaaoa9QcC3V6vt1uS5CEAmT/kBP9QwIRHR4bvvHL1ynt6evt2DI1E6yeTGTWb'
b'y5O85QCUgRIGEABCgDsOGAUUmcLn1XhVKGA01ddebm1tea6tte3HwVD4GADjVk6Y3EJVkgYG'
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b'JwbRVu8d/ehHPvT+UCj825LfLQMY0tl55u+/9cR3P6eElkmqqr/uJGU2IpQiNTmOsJIb/4tP'
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b'phLT2Xnmi998/Pt/FaxrRyV5Gi0sNjYxhq7uM+gf6kYunwWRGWRZBpNkEEpmqAngSoELEgUl'
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b'MBkaGrzvm9967NGU4w16A5Gy1Wqeqdyw67A4hzkoJscHsG55zbkHP/zhP1VV7WxJ75XLfDIe'
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b'5drOnz/3yTOdne+60ju0dCKRkThRICk6JFkFk2S3vR6kEP5f6yoUws2jHNuCbebg2DmoVKAm'
b'4jfbW5ed27Rxw5MdK1Y+BUIq+omC+eiWAlPMxzTzywcG+t/S09N77/DI6OaJ2GRtMp1VMlmD'
b'cpBCXcb95RDOHciMQvcoTsCn52trIoOtzc2Hm5ubf1pbV/ciIXT4lk/4NYw/goI7tdlcLsI5'
b'DwJQ4RbOHAhhyLIcVzVtnBAaxR/4Z5iA1xaY1zX9L1J0cGN8ZkP0AAAAAElFTkSuQmCC')
index.append('Cecilia_about_small')
catalog['Cecilia_about_small'] = Cecilia_about_small
#----------------------------------------------------------------------
cecilia_click_trans = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAAB4AAAAdCAYAAAC9pNwMAAAABHNCSVQICAgIfAhkiAAAAAlw'
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b'zMQ42ZFz2ONFnKYUNMKvjaE5nYYLFzpHRka+C3duINbQ6dNP9zgOUeOb1hIJos98lq6uLlLV'
b'KupvFxfDaVkYy0IZg33lCtXS3K2RM4Ye22bw1KlnAGtVcBBFfZOjo+3rPW8xI4ym+qk28hs6'
b'yWay6LEiBMGyZwBGKRLVCsnxccrZLHFjzQC5pibGhofbFoJgy6rgmbm5QjQ9LY692Gc0Ai2t'
b'ZNPrcCxFNDONqI9LaBGm29qoeR6y4rljWVjlsszduNG7Krhy82ZzXKste2SUwkml8FwXSwSJ'
b'Im6XmmIM6TjCS6WRFdFAhNj3qdy8mVsV7LhuIPaKrmoMSkApBQha5BaPAASDsSySpRJhJkOY'
b'SCzW+9K6beO4bn1VcGtr6wduczNxHDc80eD7RFojloWVzfLRcjQIGMNCMok7OYlTq2EaXsdx'
b'jJvP09ra+uGq4LTn/SVTKIR+EACgDKipKfyajzEGt3sjH3MZsOKYykIdqzSHteJgfhCQKRSC'
b'tOe9c6dyKvXt2nXmWq2G3SiZxNQk88X38esLJHp6obMLwpClNqzimPlMBl3YhOW6yzlgi/BB'
b'tcqmHTt+B9y5gex+7LHD13K5OI6iRYE4Rob/zPS7VwmVwtn5MPX7uomVTSyKcr6F2rbPk0+n'
b'SNTry+AoDPlnW1v0jf7+w7CGG0hbPj+8+/nnj4/OzOCKLGZ2pYL+w++ZPfsnglqNePtD3Nix'
b'k+mHvoi/7XMkLQuv+D5WGIIIrggXSiW++sILv2nJ5d6GNQ6JMI47vn/gwFnrrbd6729pIWxM'
b'JbQmdl1MKkXkuBhjsIM6lu+jogiUwhHh8vQ0zt69Vw+/+upOS6nrawYD1IJg4+EXXxysvfnm'
b'xq35PFjW4ixeGo9LJoIRwRKBOOad2Vm8PXuKPzh69OFkIjGx/NrdXAQirTf+4tixnw0dO/a1'
b'T/u+tKfTOLZ9S8vEGMIoYrJS4arrmi8/++zpbz/33HdspcZXat3t1QeAq8Xit06+9tqP3hsc'
b'fEBdv47TyPpQa8KmJkx7O5sfeeQfX3/88YObenpO3k7jPwI3zFqIom0TExPbPxwb6wWSBqpd'
b'3d3F+7q7RzzbvgDof7f5k4A/kf3//Un8C1j2Wltb4vwkAAAAAElFTkSuQmCC')
index.append('cecilia-click-trans')
catalog['cecilia-click-trans'] = cecilia_click_trans
#----------------------------------------------------------------------
cecilia_hover_trans = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAAB4AAAAdCAYAAAC9pNwMAAAABHNCSVQICAgIfAhkiAAAAAlw'
b'SFlzAAAK8AAACvABQqw0mAAABNxJREFUSInllltsVFUUhr+99zlzzvRehlJotGVaKwgRBGtC'
b'BPESY+KFRB+IhIiGGJQY3zThAd8MD4g+EQ3RGIkkXp40RCEBo2AAAYlcZNQWKPfSMr1Mp7eZ'
b's8/Z24eZDI1ibfHBB9Z5O9lrfftfWWvtJay1/B8m/xfqbQl2btVR66CtvePc2jOdFx/LDA63'
b'SiWViUxUU11xprW56fs5d7d84rqxY//kL6ZaXFEUzd9/4KfNu787+PSlrl4iKxBCIgALWGtQ'
b'wnJnQ4KnHl/27cPLlmxQykn9J3A63bvqw+1ffHo8dd51vTiOUkXc38ISRhE6P8Z985P61bWr'
b'XqybPv2LWwL39Fxfs+m9bR9f6xtxfc8HLEIU1FprMMYU/ymklGAtxlpy+RyzEuV64xvrX66v'
b'n7FjSuAgCJZseveDg7+d65a+5wEWKRVjuWH6M90MjvQR6BwAjuNR5ldQXZ6gtnoGIMjlc8xr'
b'mWU2vvna0lgsdhgmV9Vi5669W1MdV0pQISTX0hdIdR7hcv9ZUJL6RCMzEo0IR9CTvUx35lLR'
b'3eJ7PqmOK3Lnrj1bATEp8NDQ8Kq9+4+2eX68oFRIutMXuJRuR8QVd9TfxdzGxcyqS9JQl2Tu'
b'nfeTqJyJwXAjmxbPj7Nn39G2oaGhVZMCn/g1ta4/M4qUAiEEI2NZrvafx6ssp6oiwayaJgQC'
b'YyKMiVBSMbO2EUJbBAsApJQMDI5y4lRq3WTA5SdPty8XUhVyLiS9mWuImMD1PGri01DSwY6r'
b'bGMN5fFqZjfcQy4YxdiopFpIh5OnO5YD5ROCrTXJdG9GKVUAGxMxks/i+j7SUXhO2U2byVjD'
b'tf4L9A52YY1BFFUrpbjeN6CstckJwVrrmr6BTKE9AGMMhgipFEJIlFRwk64QgOO4lJVVIqUq'
b'ZURKSf/AIFoHNROCpZSB78UY33JCSIQQpYsUxfzNEpUzGQmyBGGudN5ai+/FkFIGE4Idx+1K'
b'1FYXhwMoqXBVDGMNFksQ5UtpvKFWYLFkhnvxZJyY45UubowhUVuN47hX/624riSbGq6GkS6p'
b'rSpLEAUhWMuIHuSvA8hiUdJhNJslrspR6sY7FIaaZFPDVeBfwbQtWvC5KwtarDUkqurxhEeo'
b'NcPBENmxfpRUiOKnlEN/poe+4R6EFONGucBV0Lbo3s9gEn3c0jz7nYXzmrP5fB6LxXFiNCZa'
b'UVqidZ7LA+e4nulCRwFhpLned4ULPb8Tr6gg7leUMpIP8iycl8y2NCe3TAoshEivXrlii++C'
b'MRZrDWV+FS1185kWqwMLF9PtpM4f4dS5Q5zvTuHGPGbWNuE6HhaLMRZfWVavXLFFCJGGyb9O'
b'3v4Dh3Zv2/7Vo9L1kUIUK1Wgwzx5PYbWeSzguT5+rAylHGzxhTI6x/qXnvvh4YcefBLITwUM'
b'4O/78dDej3Z8vSzEIea6gC1UtbhR24VloBAz0BqF5pU1zx54ZPnSJ4CxUianuIGUdZw5+/aO'
b'L3e+3t7ZFUM4OI6DlBIhCrPEGEMYhmBD5jQ3BC88v+L9Oa2tbwGj4wNNefUBMCaa+8vxU5sP'
b'Hzv1TOelLpnJjqB1iOs61FSV09zYYJa0Lfhm8aIFG6RUf9wsxi2Bx1lNGOoHBrNDzTrQFW7M'
b'Ha6uqux0HPdnIDOR438F37Ldfgv9n0R6M7hH0MziAAAAAElFTkSuQmCC')
index.append('cecilia-hover-trans')
catalog['cecilia-hover-trans'] = cecilia_hover_trans
#----------------------------------------------------------------------
cecilia_normal_trans = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAAB4AAAAdCAYAAAC9pNwMAAAABHNCSVQICAgIfAhkiAAAAAlw'
b'SFlzAAAK8AAACvABQqw0mAAABIJJREFUSInlVk9sFFUc/mZmd2Z3u2wX625pUiK029L634QW'
b'pJRUm4AIaMJFICkJMdWYePGgXDAe9MKhmhgTMYEYDmpEo6JVREnFtFXSVozdJRaYLSnt9M/u'
b'zi7bXdudmTfz89A43bZLu9QDB37JO7zvve/75v3evN97HBHhbgR/V1zvSWPHaom5XG6zqqpH'
b'crnZp3leqHE4HAJjhmlZ1nWXy91VVlb2scvlGrgdn7vTn0vX9YcUZey4YRh7/P618Pl8EEUR'
b'HMeBiKDrOqan00gmUxBF5/eVleuPiqJ4ZYkQERXdUqnUgUgkrCeTSSomVFWlcDisp1LJA4u1'
b'ijZNJtW2SCSsG4ZR0MRkJjHGluCGYdDg4KCuqmpbvl5RqdY0bWs0Kvdu2lTHC4Jg4xNTUzj/'
b'axd6+/swFY/BAmGtrxS1VSE0N25By7btAADGGIaG/rZqamqbJEm6VOwec1evDvVVVq7fXFJS'
b'YoNffHcW7536CGOxSbRs2YbWpmaACOe7L6LrUi9at27HJ+9/aM/PZrMYHR0dqK+vbwSwcooz'
b'mcxBWZYXpO/zs19TbctWCrU2UcfJE2Sapj2m6Tq9cuwN2vdi2wKciOjatWuUyWQOEtHK51hV'
b'1fZgMGj3R0ZvouPkCXCSiIbHn8CrbUfA8/MyotOJlw8ehkeUYJrmAq3y8nIkEvF2YOUCUqJp'
b'uR35Kf7mpx+h/pOB0+3CzqYdEEVxCemRunq89drrGL45At0wbNzr9SKXy+0AULKsMWNsoyA4'
b'hP9WRES4fCUMye2CJEmoqwoV5Gm6jg9On8KXP3TCMHQb53keguAQGGMbVzA2/Iyx/A9BOpuB'
b'Q3SC53l4PZ7bcku8Xmzc8AAkUVqAW5YJxgz/ssYcx+s8z+X1OQiCAI7j7JUV5gH7dz2L3//8'
b'A2OTE4s153SXM3Y6neP5x83hcKD8/gBMZsJgDKOT4wV5umGgq7cHD1bXYF0guGDMsiyIoqgs'
b'a8zz/BgRFE3TbKxly5NghgEQoedyf0Gez7sGmVQKjQ8/Bpc0n2pNywEgheO45Y0BoLS09LNE'
b'ImH3d7e04tHqWui6ju7L/egZ6FvCudjbgzPnOrG4NMXjCfj9/k8BrFyrGWOBcDiczi8GV6My'
b'7W0/TKFdzdR8aD99e+E83UqnKT09Tee6LlDDvp3U+NwzpKZS87XcNGlw8K80YyxQdK2Ox+PH'
b'Mpnpt6uqqm1sKhHH6a/O4OffujExOYX71qyZu8HSaZQHg3hhz/N46VCbPV+WZZSW+t4MBILv'
b'AMXfx1I0Gj3n8XieqqioWDCQyWYxoowhps5tx7pAEBsq18PjdttzxscVzMzM/hIKhXYD0IpK'
b'dV5zybLcfePGMFmWVfBqXByWZdHwcJRk+Xo3Ebnz9e7oIUBEHkVROiKRiBaLxQrev0REjDGK'
b'xaYoEglriqK8S0SexVp3/PQBAF3X6yYnJ47PzMzsdTic/Hy9nnv6GAazPB5PZ0VFxVFRFIcK'
b'aazKOC/8mqY15HKzVaZpeXmez7rdrmFJcvUDuLUc8f8arzruvQf9v42ByFQYvgT4AAAAAElF'
b'TkSuQmCC')
index.append('cecilia-normal-trans')
catalog['cecilia-normal-trans'] = cecilia_normal_trans
#----------------------------------------------------------------------
close_hover_trans = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAABIAAAASCAYAAABWzo5XAAAABHNCSVQICAgIfAhkiAAAAAlw'
b'SFlzAAAK8AAACvABQqw0mAAAAKtJREFUOI3tk70NwyAQRp+jDJAN7DT2GGkpM4I3gBE8Apsk'
b'nb1Faqp4BDIBKUyFzpBIFCnySRR3fDzu+GlCCNTQoQrlD/pIxzQxmOUE3GPYAl1i8UDnrHpl'
b'K3JWeeABXAQIgE0hIihqAlYh7wErLRBBccdRmDJSNQBN7mUPZrkB1xiuzqrznrd0ayNbO7C1'
b'u68QQnb0eta9np8lXxEUYW3Jkz2jb/R7X6Qa6A02643KV+L/pwAAAABJRU5ErkJggg==')
index.append('close-hover-trans')
catalog['close-hover-trans'] = close_hover_trans
#----------------------------------------------------------------------
close_normal_trans = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAABIAAAASCAYAAABWzo5XAAAABHNCSVQICAgIfAhkiAAAAAlw'
b'SFlzAAAK8AAACvABQqw0mAAAAIxJREFUOI3tk8ENwjAQBCc0YDqATlJKSqAVOqEFOqAEiwoC'
b'FUw+fiDs2FaUDxIr7edub3T3uEFlDx12ofxBm0FH4J4cAb88A6EH9AIewAicC/0r8M6qaslB'
b'jeaaUy+bWQOhjgXQtJavgVBvH5BYy7ZAIZ1T3aYHhHppbaMy2Pe0J+BZC/SCmvqNF9mkBXQJ'
b'M9Cu1Q41AAAAAElFTkSuQmCC')
index.append('close-normal-trans')
catalog['close-normal-trans'] = close_normal_trans
#----------------------------------------------------------------------
delete_hover_trans = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAABIAAAASCAYAAABWzo5XAAAABHNCSVQICAgIfAhkiAAAAAlw'
b'SFlzAAAK8AAACvABQqw0mAAAANdJREFUOI3dk70NwjAUhD8QfbIBdC7JCNC5S9ggG+ARMoJH'
b'YISkc0k2SOsuI8AEoeBZSJAfQCkQr7Gei+9Od/ai6zrmmOUslP8GrZ4vlHEboAEiYO+tPivj'
b'YqCVu4O3upx05K1ugUJWK2chkKoPArAYql8Z1wBboAJS4AokIvQyYxnlcqbB1RBk1JG4KoMb'
b'b3U8IjrsSELfyRop47KvQNyDjoA67NLe+yBRDwFnAlvzaHMaJKqh9txbfeEe/BU4KuOSdx0V'
b'ol6HNyNtBfipDzTa2ifze5/2BlE8SAXEJVqGAAAAAElFTkSuQmCC')
index.append('delete-hover-trans')
catalog['delete-hover-trans'] = delete_hover_trans
#----------------------------------------------------------------------
delete_normal_trans = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAABIAAAASCAYAAABWzo5XAAAABHNCSVQICAgIfAhkiAAAAAlw'
b'SFlzAAAK8AAACvABQqw0mAAAAJpJREFUOI3llFENhDAQRAcUVEIlIAEJlYIEJCDlJCABCScB'
b'B+8+2CZ7pDQH4YubpGl2uvu6mzRtAN2h9hbK/4GipFUSknrzgvNSkQSU1sCmxeLJ4tdB/iFI'
b'BsnFACsQr4A6vjVUcqsg7bqp5tYOowGy0lVQ7ma2/Q2Es6DkRgoONp0BBbvdj+PH7H4F5Tcz'
b'7/zR/KUEanjsN/IBfIUTn7eS1Y8AAAAASUVORK5CYII=')
index.append('delete-normal-trans')
catalog['delete-normal-trans'] = delete_normal_trans
#----------------------------------------------------------------------
edit_hover_trans = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAABMAAAAUCAYAAABvVQZ0AAAABHNCSVQICAgIfAhkiAAAAAlw'
b'SFlzAAAK8AAACvABQqw0mAAAAUpJREFUOI3l079L1WEUx/GXWWAIbhpCCg3yxUGQSII2DeQB'
b'N4cGISVEITT44tQk2RRU9KyRoz/+AKm+SzjUoIOCJMkzqEN/QS2Cy2243wtx+d4WHYTOcnjO'
b'4fPm/HraarWay7Jrl0b6f2DXmwNZXnRgFY8wk2LYrBJmeXED/ehOMey0qmwDR3iK+1leDFeA'
b'OvEK+9hqxKtg99CHj7iJjibQNL5jCV8x37JNPMZo6cdxjJ0sL27hdRn/iUV8SjGcNoRtVUeb'
b'5cWdsroejKELveozWsfnFMNus64S1gRexWz53MNIiqFS1KqyuxjAEG7jBIN4gG/YxJcUw9k/'
b'YVleTOIhztXn8jzF8LbMLeMZOvEea/jRgFZt8w1+4QXeqW8MpBheqi9nGwv4gKlGvgp2UPon'
b'pf/9dzLFcJhimMAc2rHSss2L2NX96FcX9gdUL2F//BM8JAAAAABJRU5ErkJggg==')
index.append('edit-hover-trans')
catalog['edit-hover-trans'] = edit_hover_trans
#----------------------------------------------------------------------
edit_normal_trans = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAABEAAAAUCAYAAABroNZJAAAABHNCSVQICAgIfAhkiAAAAAlw'
b'SFlzAAAK8AAACvABQqw0mAAAASFJREFUOI3dk70rhWEchq+XlJNiI4U6yaAoIWRRVpvNoiRK'
b'NmIUi2Qx2Uzy8QfoZDKxKJ0SZTvKajNQx3AZPC9vr/cYnIHc9fSr535+V/fzFalUq5qqCf8b'
b'Ug8cAGVg6pueOqATGMmCHAF3wAIwDPRlABqALaAInGRBBoF2oADkQrKkpoEbYAk4B+Y/HDUe'
b'Y+q6uqLeq6thvkXd910P6qKaT/QRpR5bPqRpBsaBRqAV6AAOgVPg8ssmk8TU2PNTV2pUaW06'
b'ST/QBfQCbUAJ6AZGgQvgGDgDXiolmVR31R31VV1OeGvqo/oc/AE1F/tJSEndVJvUbXUoFbtH'
b'LahltajOxl7yiq9DnQn1KXV8t8AEMAfUAhuxkT6TH+lvfsDfhbwBDZwChidQy5sAAAAASUVO'
b'RK5CYII=')
index.append('edit-normal-trans')
catalog['edit-normal-trans'] = edit_normal_trans
#----------------------------------------------------------------------
filer_click_trans = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAACgAAAAeCAYAAABe3VzdAAAABHNCSVQICAgIfAhkiAAAAAlw'
b'SFlzAAAK8AAACvABQqw0mAAABPBJREFUWIXNmGtoFFcYht8zOzuT3Un2kmw22WRjyCqpIdZL'
b'sVkrtbRC441Sf6QttjT9YYMlARVTDJYWRERrwdpgS0MQQQTbHyoIXqLWatUmUlNtkxaTmk3N'
b'msvGzd6zs5vZnTn9odVUJdnJmuoLA8Nw5puH75zvPd8ZQinFsyzmaQNMJlbtC2I8Dr/fD0yQ'
b'eVlRYDKZYMzKSgsOUAnY3d2ddebQoTeCN29WaijNfuwgQjAiioGo2Xx03YYNp1+YPz+eDiBJ'
b'dQ3e8fuf+7qh4aexq1cZTzR6JCCKNxiGoePflynFrJycV57Py1t9sa9v9JbZfGJnY2Pt4kWL'
b'wlMFTDmDv7a1rWZ7evjLXu92t17/7fKqKlGv00FRlLsDCIFCKSxuN+UikZULios/N3u9zg1r'
b'1x7ctmfPBysqK4PTCpiMxfSEUrFXFP9ev3lzfF1NDTQMg4fz37lvn3Lz+HHiDoVCvmRyUwXD'
b'XNje0FBHKf1i5bJlCbWAKVfxvzCcVkuL7HYIej0yMjKge+iiihIAIfys3FxbrySNSCzbNE+W'
b'126try89d+ECq9bWpmQzsiz/5/7OwAAJBwIAAM5ovJhUlD8sHFf77uzZH0UTCVep1Rp/UaM5'
b'9s2OHXUjPp8w7YDj1XXtmnFXXV3FsQMHdABQvGTJgKW0dGlsdHS9WZKcK4uKNuXwfGxhQcHM'
b'XEn6OOT3F6uJr9oHH9Zvra22P1tbZ8oMM1xVU3Mr2+HAyw0NPldLy3eRoaHDjEbDd3R05IZv'
b'33YNJZMhGRD/V0BFkiw5BkN5wOvtDQeDt3SCAKPdjnnV1ZAlKQEgcWXXLr2vqws+WaZJRVG1'
b'CKc0xYSQBwEUJWuG0fh6UhQLhwcH7z/XcBy4zExwmZkgLAsCgDwm1mRSnUFCCCilGO7vh9vl'
b'gtfj4Ry5uWU0FHr7SFPTD6FAIFRSWgqdIECr1ULL8w+8croBCQANy6KrvV2ItLR85uvtFeOE'
b'2AtNpkynIFQN9vXN/XHnzoM6i8XD6vUhlueTMseFOzs7B+1aLTAFUNUZZBgGnv5+OeJysVpZ'
b'LpEI0cNkAgghGp43Bjyekr/6+phYMqkjhEQlQI4DGcU2m2o41YAUgJxMYu7ixXGuvPzTS2fP'
b'sjylK+Ky/KbL7x+62t9fn+9wnHGuWhW12mw002CgepOJnjx82Jro6JiwA3oigMBdY87Jy8Nb'
b'tbXiexs34vvdu6M9p06FOgOBc8urq8++U1MTtuTngxByv5iut7fDc/26argpAQIApRQMw0An'
b'CADLxnpHRs7zZvPJ1dXVYWtBwSPj0ymStHcSotUORiSpRTAYfhcE4YmfH9IGNJjNg6FotMda'
b'VDRszH58D5uOpjTF4426YunScOWaNb+UO52yhk17Y3pEKUeklIK515SOB7Q7HHTL3r0Tt/WE'
b'gNyLMW2A0UQikZBlrjAjQ/tzWxuZt2ABOK12wo8SQjASDEJ0u3kAiCQSEgFUVUzKgLYZM87v'
b'DwS2vFpYuNl/6VJw/40b3TzPT+ptZGyMF8bGPjk5MOA3lpWdyLdaVbX+KQNWLFx45aWqqteO'
b'Nje/X6LTfcn6fCaF0gn3f0IIZEBxhUKdo4Lw4Vf19Zezs7MjagBTPtUBgBiLoam5mdu2dWtB'
b'LBKx0EkaFAJAoVQumzNnoLGx0eusqFAopRCE1JtqVYBPQ8/8r49nHvAfh6kkrQ1tQ5YAAAAA'
b'SUVORK5CYII=')
index.append('filer-click-trans')
catalog['filer-click-trans'] = filer_click_trans
#----------------------------------------------------------------------
filer_hover_trans = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAACgAAAAeCAYAAABe3VzdAAAABHNCSVQICAgIfAhkiAAAAAlw'
b'SFlzAAAK8AAACvABQqw0mAAABL5JREFUWIXNmGtsFFUUx//3zmNnt93OLm2hpYU+kJeFgkpK'
b'VEJArcGWgEZFQgRFISamRhMlPhGNhhgaozEhwUTE2g8SNVZAHqEYrJaHEltoKba0YFvaLXTb'
b'fXWnuzududcPqJTQpDvbovyT+TC5j/Obc+8959whnHPcyqL/N8BoEhMZxBgD4wAZoY0DECgB'
b'ISO1WpclQMMwlV+b/iyta+54MBqNuUaCYIwj1ZXsXVg47fM5+Vl1YwUkFvZg/p6f6mu3fFrF'
b'Ojz9JwzGmulVh10ngZL5oiQumZGT0fv6+tI9xQsLNnEOJktCQl6NG9Af1F58+p2dm4+dOV85'
b'b/rU94vvLuhPUmSwYeNlUUBDa9czv5xufWMgEp1HQba/9lSJ8Xhx0XPuFIeZCGDcSxyOxOyh'
b'cER3O5OaylY/4CtdVAiB0utcSAnBt0dOsa7egPjo/Qu0rTv3lZVXHDotS+KatcvvrRQF64Dx'
b'n2ICEAI47DaWl5UOWRIhCBTisIdSgmSH0u8LhicXFeRml7/0RFiyieVbd+3ftGtvrWKa7CYC'
b'/iPOYZrmv6+mydDtDRB/SAMA3DkrpyZ3cmrtlh1V1frQ0JrC27JaAwOa/mHlwZPfVJ8qMUzT'
b'ks0xx8H6lk71hW27i77cf9wOABlpamjzxpX3pbmdqyp+ODaVMV4yf+bU41pEL/xiX215IKTl'
b'WJk/oTg4XMcaL2YeP9cxjRLzyoaHF7cn2W2YlZuJ7a+ua+wLhhsJgIvd3uTnt1aUmYzTIYNZ'
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index.append('filer-hover-trans')
catalog['filer-hover-trans'] = filer_hover_trans
#----------------------------------------------------------------------
filer_normal_trans = PyEmbeddedImage(
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index.append('filer-normal-trans')
catalog['filer-normal-trans'] = filer_normal_trans
#----------------------------------------------------------------------
Grapher_background = PyEmbeddedImage(
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index.append('Grapher_background')
catalog['Grapher_background'] = Grapher_background
#----------------------------------------------------------------------
hand_click_trans = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAABQAAAAUCAYAAACNiR0NAAAABHNCSVQICAgIfAhkiAAAAAlw'
b'SFlzAAAK8AAACvABQqw0mAAAAaRJREFUOI3FlL9LHUEQxz/PBCIWQopgypupLAQlJCEWIaVr'
b'Y+GLFkpEDbG0tQqxVPwLUgQrf3SChTeBQLCxMlUsrHbTSCxUUBsTCGeRFd47705FwYFlh+/M'
b'fHdmdndqWZZxl9Jyp2zXJTTRAxO9Vim1opJNtBtYAuqAAv3ANtAB/AGmgQ8u+O/52IclB60D'
b'q8Ac8BR464Lfi1nuRsJ54GU+8FLJJtoOnLngZ4Bx4BXQ1uBSd8FvAGcm+u1KQhf8CfDTREdc'
b'8McRHm5wucBeA1/zvS27lC+Ai/oa0Bv1PWDfRFvi4Qv5wKYemugs8Ax4HEnGXPCDJtoVXXpc'
b'8P9MtLMh7GNVhp9c8APAO+CBiS7HTHbifhD9PPA86n1VhBMmuuyC/xUz7c6XFIn/uuB/mGgP'
b'cNhkzLKsaaWJHKaJTOXxopUmspImMtSIFV1KF/DZRHsLbHl5A1hVybjgfwMvgC0TbS1jMtH3'
b'wK4L/rSSMJJuAwvAZkV2o8DiJfSKHp2miTwqse0U4WV/+UImgU0TnQOeADXgiP9PpnD6FE6b'
b'28j9DNibyDmbwuTQD6W51QAAAABJRU5ErkJggg==')
index.append('hand-click-trans')
catalog['hand-click-trans'] = hand_click_trans
#----------------------------------------------------------------------
hand_hover_trans = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAABQAAAAUCAYAAACNiR0NAAAABHNCSVQICAgIfAhkiAAAAAlw'
b'SFlzAAAK8AAACvABQqw0mAAAAadJREFUOI3FlDFIHEEUhr+7BAwp0kmsLXYawUOixEJSOjYW'
b'uZjCEDAJpsy+ThHElIrNtCnEKme6gEX2BQJyjZWpYuE0IY0kxZ2Q2GggbApHONfd9SQH+WHY'
b'x//e++e9mZ1XSdOUXqLaU7VuBY1oy4h21Uolr2UjOgy8BerAIDAF7AF3gVPgFTDvnd3J5t4s'
b'2GgbeAesAgPAI+/sYajyIAiuAWPZxEstG9E7wIl3dgGYA+4DtztC6t7ZD8CJEf10paB39hfw'
b'xYjOemd/BvpxR8g5NwF8zJ5t0aVsADbY74HxYB8CP4xoNWy+XlqhEX1tRLeBJWA2JD0EFkNI'
b'zTv7B4g60pbLKlzxzk4DT4EbRrQRRPfDtxXivgL3gj1ZJvjMiDa8s9+AEWA421IQ/u2d/WxE'
b'a0D7gjNN0wsripN2FCcvs3zeiuJkK4qTmU4u71KGgDdGdDzHl8UDQMtaxjv7HRgFdo3orSIl'
b'I/oCOPDOHpcKBtE9YB1ollT3BNi8xF5xRsdRnPQV+Pbz+KK3fI7nQNOIrgL9QAU44uyXyZ0+'
b'udPmX/B/Bux18Bexd+cVCoPFZQAAAABJRU5ErkJggg==')
index.append('hand-hover-trans')
catalog['hand-hover-trans'] = hand_hover_trans
#----------------------------------------------------------------------
hand_normal_trans = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAABQAAAAUCAYAAACNiR0NAAAABHNCSVQICAgIfAhkiAAAAAlw'
b'SFlzAAAK8AAACvABQqw0mAAAAUBJREFUOI3FlM0rRGEUh58ZwspslLCRUpJCbCR/wNgqC2Ul'
b'lsrS2gZ/hhp2RDZKo1iI7HxlJSW7WWCl1GPzTt1m7sfQlFOnc/qde573nvd2T06lmZZvKu0X'
b'QINnWi5h5FGgBMwBA0ARuAG6gS9gFVgGzuqP1jh/UbfUA/VS7Qu66qM6q17H9cbBOtWnkBcC'
b'ZDACHA75uXpa2x93hx/ALbAAvAdtPlKvajPASd3dJoxcVHdCvq8eh/xVbVHz4W2JxNiRS+qR'
b'eqF+R/SRELtCHIqADtOA1Yf6Q76bMEGbOhHyShpwIwIZV+8TgFUfUx+yvnJFXckAVX1PXcsC'
b'9oRxpxoAvqm9WUDUyQDtSIEtqeVaPe30bfUqpV5WF38DRP1U2xNqd3F6a8byWAeegU2gEPmT'
b'poHeuIakbfNn+7cF27D9AEgV0o4edBUQAAAAAElFTkSuQmCC')
index.append('hand-normal-trans')
catalog['hand-normal-trans'] = hand_normal_trans
#----------------------------------------------------------------------
hide_hover_trans = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAABIAAAASCAYAAABWzo5XAAAABHNCSVQICAgIfAhkiAAAAAlw'
b'SFlzAAAK8AAACvABQqw0mAAAAPNJREFUOI3d0z9KQ0EQx/FPxEsIdgk+sEyffgsPkFwgqcQX'
b'iKcwkBWr5ALxABavT59SWEk6wWPE5j3IXxF9hTjNwP7m9x12Zrex2WzUEWe1UP436PyUkOXF'
b'0S2kGBrHzhv7W8vyYoEmLtDBupSaWOAD6xRD5yQoy4sHjPCI9xTDeK/JCJe4wzjFcH8AyvKi'
b'jylmKYbBqSuXtVP0MUgxzNgd9lOZb7+C7NVUnh3QdZlfvwGqairPwYy6mGOJtxRDL8uLNqQY'
b'lllezHGFNnophuejoBI2QQs3GGJVSi1M8IJVimG47TsAbQF/945+Gn/vr9UG+gThrlgHjd+z'
b'/gAAAABJRU5ErkJggg==')
index.append('hide-hover-trans')
catalog['hide-hover-trans'] = hide_hover_trans
#----------------------------------------------------------------------
hide_normal_trans = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAABIAAAASCAYAAABWzo5XAAAABHNCSVQICAgIfAhkiAAAAAlw'
b'SFlzAAAK8AAACvABQqw0mAAAAMpJREFUOI3dkzEOgkAQRR/GyB2srShtrPAcnMATeAsaWk6g'
b'B/AEWlnQWllzB2zGwi+ZbBaMCYXxJxPIn7fDZHZIzIwpNJukyn8Xmo/khm4hiZmxji5Aq/cc'
b'WCpyea2Y4LNmPkp7qTKzfZBDXiWm9DkP7QTUkQJh1GJ3by9xC9kBCyAFHiOzQ1wnLg1nlOl5'
b'+1DEM1nvBC0Xarkxs4O8tQJ5jZjCnw2v/whsgBVQAFfgrtxW3gk4i+3lZxTqqz0aW8jogSH9'
b'3r82WaEnTyLLPmnrEUcAAAAASUVORK5CYII=')
index.append('hide-normal-trans')
catalog['hide-normal-trans'] = hide_normal_trans
#----------------------------------------------------------------------
input_1_file = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAABQAAAAUCAYAAACNiR0NAAAABHNCSVQICAgIfAhkiAAAAAlw'
b'SFlzAAAK8AAACvABQqw0mAAAAX1JREFUOI3F1L1qVFEUBeBvz4SAhWgQkaksY5NSEQsRsdRC'
b'W9HW0kIs8g5WIljE1Da+QgQHfAXLCAqKMRo0qAk6WRZ3lDG5VyekcMGBc/fPunvtc/bhfyPJ'
b'X/21O7iqJLmEWxgh47gZ3K+qYZKqqlbm3h/sDdlp3MMXfMYmPuIUniS5XFX5V6WTVX5LcrPF'
b'vpRkMcmrJFe78nsttj42WuxDDHAdi0luJJmZpsKtJNfG+0py5Je8JFeSrCRZTYNj+yU8mmQh'
b'SW/8LclcknNJ3iU5Po3kSZzAWczSHFpVbeATdtoSunrQT3KYzFN3sJbkOb7ih6bPrWgjDE7i'
b'ITXAPJbxFC/wBlv7qbCwhiWcwUWs4BHeau7nQEe7uiRvVtWzJNvkMXW7qt7/lpAc6sjrPJTx'
b'SOY1tayZlBb/dIQ9fB/nrWPV3n6NuojbJI8wB1W1jZctMbPjtWeg2wjPYynJBc0V2Y0dLOAu'
b'Pux2Tvt8TaKPYVU9aPnZwTD1E3YQ/ATpD8mE0kfUZwAAAABJRU5ErkJggg==')
index.append('input-1-file')
catalog['input-1-file'] = input_1_file
#----------------------------------------------------------------------
input_2_live = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAABQAAAAUCAYAAACNiR0NAAAABHNCSVQICAgIfAhkiAAAAAlw'
b'SFlzAAAK8AAACvABQqw0mAAAAaFJREFUOI3tkDFvE0EQhd+ak+hoQEgULihcpLKo8y+Q6FLD'
b'f4AWpYj4DdQnuUiDKJCMLBdQoEhusEVcIBp8J3zXeG9v53ZmhyIcWDiJbWgoeNXuzLxPbwb4'
b'r3VZa6/976wsywAAqmqccykRuaqqDv8KCgBN07zQH2Lmj3Vd3/lzGgAiOm+BMUYVkYNtnuS6'
b'pqpS+zbGRGOMbgN2fi9Mp1NMJpO2btZnVVXG4/GN2Wy24bsyYbfbvQngcZ7nMwB+rVUR0b1+'
b'v3/U6XReAfiwLS0AQFVvxRg/13V9QkRn+ksr59wjEVFVfXKVfyN60zQaY3RJknwzxrxRvThb'
b'jPG8qqpPxhiIyE7hAADL5TIhomMRyReLxX3v/bMQwsuiKA6YOY0xFmVZ9nYnArDW3mXm18xc'
b'hRBOmqZ5zsxnIlJ47x8CADPvBmtXdM7dDiEcMfM7EXEhhGMietDOzOfzS/0bNxwMBgCAuq5N'
b'WZZvmXmoql9Xq9WptbYEgNFohF5vv61hrX0aQvgiIpmq5sycee/f70cBkKbpz7Uvk6piOBzu'
b'zf139B3UYzEy01Hv0QAAAABJRU5ErkJggg==')
index.append('input-2-live')
catalog['input-2-live'] = input_2_live
#----------------------------------------------------------------------
input_3_mic = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAABQAAAAUCAYAAACNiR0NAAAABHNCSVQICAgIfAhkiAAAAAlw'
b'SFlzAAAK8AAACvABQqw0mAAAAdZJREFUOI3tk7GKU0EUhv+5ernsRgRFEpAQELcRLASxTO8T'
b'WO8TWPgEClpa+Ah2IYVsE1AkxkKIhiBWCSGwsViXG8K9psjNTObMmWNhsmSvkc2KhYV/N/xn'
b'vvMfzgzwX39NcRwDALTW17TWn7XW/SzLigAwm83+HExEr2Qpa+2bvC8i28Pa7faOtXaxAnrv'
b'rTFmdwN0V0QeiEiU94JcoQJgVmellI6i03dE5AqAIwD7AC5sBPZ6PdXtdoPpdMq5JoG1lhuN'
b'RtDv99WyyXcA9wD0Aag88CIAVCqV6977/VKp9FpEZgAuLf2ZMeZ2tVq9r5R6uUwGADv56U4B'
b'C4VCWUSeeO9HQRD49YIwDG9FUfQ4CIK3a8DfKgAAa60TEROG4RGA9yvTOffJWvtVKeWYOX/v'
b'l4WcKI7jy0T0jpm/DAaD4mKxeG6tfTEajYrM/NE59yFJkqvAFs/GmJ9LzbLsDjP3nXNjInpG'
b'RE+Z+RszD7XWd5eJz5oY6HQ6J12NMTeI6CEzj5xzh865R1rrm6tkw+HwbCAA1Ot1AECSJOU0'
b'TfeI6MBaezCZTPbSNC0DQKvV2g62rvl8XieiY+/92Hs/JqJjY0z93KBarbb6JRslIqrZbJ4/'
b'4T+pH1BnLU0zFEo/AAAAAElFTkSuQmCC')
index.append('input-3-mic')
catalog['input-3-mic'] = input_3_mic
#----------------------------------------------------------------------
input_4_mic_recirc = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAABQAAAAUCAYAAACNiR0NAAAABHNCSVQICAgIfAhkiAAAAAlw'
b'SFlzAAAK8AAACvABQqw0mAAAA7BJREFUOI11VE1oXFUY/V4nVuiEqSZGyEhciVjrRiwSFaVg'
b'mkUjKOhSd3Gj4Erwh1YEBUGE+EeysBvjopsu3IiUNhEak2YwExJJJmSSCZOZyUySeTNv3nv1'
b'vXd/vntcdF6ZaZqzu98953zn3u9yiR6AxcXFrvXs7KwVBIE1NjZmxTUAND4+fkRr3V9oNpvU'
b'19dHRET1ev0ZpdTTyWTyqWQyaSqVihkaGro5MzNTGR0d9R4UpgvZbJaIiIrF4mnHcX6WUua1'
b'1mBmGGMgpQQzlz3Pu1Gv188REW1tbR0J1YWVlZVXwzAsAYBSCrZt/9FoNN4HcLZarV7SWi8Y'
b'Y8DMbqFQ+KEdoNtkYWGBiIiGh4ctIcQ2ADQajX8KhcJz7fuygiB4NOa7rvupMcaWUqJUKn1+'
b'bDrbtq8CgOu6fy8tLQ0SEUkpT0gpP5RSIoqi12KuUuoFZv4PgG3b9vARs2Kx+KKU0gVQz+fz'
b'A+1kJKVMaa03AICZb8V8AJ8dHBz8yswIguArY8wlAI/cM6zVaj8aY9BqtX6PzYiIwjA8rZQq'
b'4i4ynSGMMTVjDADA87zvc7ncSero+BMAAeB8XGu1Wid9339MKbXTNrxNROQ4Tk9bM26MYSHE'
b'TDab7es6MoABAGcA9MY1IcSXrut+opRaaRte933/4yiK3o051Wr17dXV1SeJiMrl8t2HzcyU'
b'SCQ6zS3LssDMGWNMnoj6enp6LjLzFSLqTyQSFcuyPqrVatbg4CBiXSaTIUqn051GOQDr8ToM'
b'ww+YeTcIgotKqV983x9m5loURW/GnN3d3bHNzc1/5+bmXu488alms/lXfMHGmD/joSilrjLz'
b'tpTyC2a+I6X8tlNo23ZZCIFyufxWZ7LX9/f3L0spm0KIoNls/tY5HKXUZWb2oyh6p80nIqL1'
b'9fUzQggwc9bzvDR1bhIRaa2njDFwXfe7uOZ53gWl1C1mdoUQ13zff56IaHJystdxnHkAcBzn'
b'SteE5+fniYhoYmIiFQQBlFLY2dn5pp3upFLqcQADUsoBAInp6elUo9G4zswAUFxbWxu6PxxN'
b'TU3FiZ8FcEcpBQBfVyqV8wBOAUgB6K3X629ora8xM4QQ0d7e3ntERKVSiY4g7hAEwUtCiCWt'
b'NaSUMMbkAeSNMdtKKWitEYbhzcPDw3NERAcHB/e+sGP/so2NjSfS6fQrAC6kUqmzlmWxMeaE'
b'67oZIrqxvLx8e2RkpNVoNKi/v/84m/bj7EAul3tYa90LICmlTGYymYeOVxP9D9eYAXHWaByG'
b'AAAAAElFTkSuQmCC')
index.append('input-4-mic-recirc')
catalog['input-4-mic-recirc'] = input_4_mic_recirc
#----------------------------------------------------------------------
knob_disab_sm = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAACgAAAAoCAYAAACM/rhtAAAABHNCSVQICAgIfAhkiAAAAAlw'
b'SFlzAAAK8AAACvABQqw0mAAACHVJREFUWIXNmF1oHNcVx393ZnZ2V155vbuWV/JHFIGsVNgE'
b'Q0MDFpgQtxBoCa7dgChpEhrSUGhIoS15SNO0zYMfamOSvrWlcZM0dkNpFUFIHduidoQxcqza'
b'hbW1+haSN5UiRbvS2tr5vH3QzGo0kh2llqEHDju7O3PnN/97z51zjpBS8v9synoP+NBDD726'
b'nuOtCVAsmSKE2CuE+KYQQhdCRIUQcSFEjecbpJT7hRAJIcSGwO9x71xdCBERQqjeWEIIIe4K'
b'0BtAeOeqQA3wDBABdM+jQMxzK/TdP+4ADgKa56o35h0htTWA+e4P+C/AAR4BegK/K4BwHGcE'
b'2ABIz12gBWgCTnsP5Hjuep9SCCEBKUNBIVYLkhCcr5waePq2w4cP721razsohNjpui6O41Td'
b'/+66LqZpDh47dqzvwoULvcDvAdtT2fY8CLsCcgVgCG4f8BXgHQ9MP3v27FPJZPIH0Wi02XVd'
b'bNvGsixs28ZxHGzbXgZo2za2bVMul4fGx8ePv/zyy+8CpgdprgK6DHI1QCWg3APAq8C/T58+'
b'XdmyZctz8Xh8pxACx3EwDIOBgQEKhQKzs7NYloUQAl3X2bRpE+l0mkQigWVZWJZFpVKhXC4P'
b'jY2NHT9y5Mg73qy8AxwCZj1Q1wN0VwB66vnrSWMxEOqz2eypDz744P5MJgNAsVjk/PnzjIyM'
b'YFkWtbW1pFIpamtrURSFcrlMqVSiWCwSjUZpbGwkmUxiGAaGYWDbNl1dXa93dnZ+FfgH8Adg'
b'ITD1LuBKKaUWggsGhAZEurq6Hq+vr78/Fovhui49PT10d3eTSCTYvXs3dXV1RKNRVFUlEomg'
b'qiqapqFpGkIIxsbGuHLlCoODg7S2tmLbNqZp0tDQ8GJra2vn9evXTwbEkAEXQoglBQPq+YGg'
b'f/TRR9/PZrNH4vG4/9Tk83mam5tpaGhA1/VlYGHAIOjg4CDnzp2jqamJcrmMZVm4rks+n//l'
b'yZMn3/YUrITWpRvcB8PTqyeTyec1TcOyLM6ePcv169fZvXs32WyWL9hfl5mqquzatYtDhw7R'
b'399PTU1NNbh27NjxNEv7pe7du7pthQG/C7wHtL/55pvP67q+03VdLl26RD6fp7W1lQ0bNqwZ'
b'LGzbtm2jvb2diYkJ0uk0juOgqmrTgQMH2oGkd//fEtjEw4AdwBvA1y5evPiCEIJSqURPTw/b'
b't28nkUj8z3C+NTY2sm/fPsbGxohEIliWRUNDw1PAKWAv8OfbASoszvvlzs7OvmeffXaz67pc'
b'uHCBWCxGOp2+azjf9uzZU418x3GIx+ON+/fvfwv4OZALACqrrUG1pqbmOSklpmkyPj5ONptF'
b'UdYv8YlEIrS1tTE1NYWUEtu22bVr13dYekffVkEFUIUQO23bpr+/H9u22bhx47rB+bZnzx7K'
b'5TLZbBbHcdB1vYmVicSqCir+K2tiYoJ4PP6lInatpqoqmUwGXdeRUuI4DixPPBRAVDfqlpaW'
b'bZZlxS3LqrEsC1VVKZVKxGKxdYfzraGhgdnZ2WqSkUqltui6vjESiVQWFhbGZ2ZmjCpgIpH4'
b'UyqVuk9KqRUKBRobG7FtG1VV7xlgKpViamoK27bRNI2WlpZfbNq06T7HcaxCofCzmZmZD6uA'
b'vb2933jllVe+bhhGbV1d3due5NzLmsUf28+EyuXyrx5++OEmRVGmzpw5cw5CCetrr73WDdR0'
b'dHT4m+g9BZyZmUHTtOoU53K5Yi6XOweU/XNW3Tv8CxKJBJVK5Z4BTk5OoqpqVUGWEoWqBQGr'
b'mYQfxZlMBsMwcF133eFM02RmZoZisYhpmmHAqocVlID7+eefD1cqFVKpFJqmMTc3t+6AuVyO'
b'2tpacrkclmUxMTFRYLEgc1lK/1co+ADw05deeik6OjqKYRik02kmJyfXVUXTNKs55cLCAl5C'
b'UgCOAT9ksehyCSnoAt8GSqVS6UAqlRqqVCqk02kMw2B6enrdAC9fvszc3ByXLl3y65mxubm5'
b'F4CfsJQ0u4TyQQn8msV05z9DQ0PHDcPANE3q6+u5ceMG8/Pzdw03PDxMd3c3mqbx2Wef+Vn3'
b'eyym+wXgKDDNbRT061T76NGj75bL5SHDMABIp9Ncu3btrtbjyMgIJ06cIJFIcP78eWzbBhjr'
b'6+v7G0uVnl/hraqgD2gB5vDw8HGvtkVKSSaT4dq1a9y4ccOPujWZaZpcvHiR999/n82bN3Pq'
b'1Klq8fTpp5/+xYPz3QoAymBN4hfoGoupdwyIP/rooz/esWPHi9lsFikl0WiU2dlZYrEYzc3N'
b'bN269bZFEyxO6dWrV7l58yZCCD7++GNM0yQej9Pb21uwbfuPwAngFivrEueORROwFTjc3Nws'
b'n3jiiccNw8BxHBRFIR6Pc/PmTQzDIJFIkEwmSSaTKIrC/Pw8xWKRubk5ampqiMfjfPLJJ0xP'
b'T/sJKoVC4Tejo6P/BF4Aulisj1cUTWHAIGQEOMNi3frWwYMHn9y+ffvTiqI0WZaF4zhIKUkm'
b'k0QiEVzXRUqJlLJayZVKJfL5PAsLC9i2jaIoCCHGJicnTw4MDPzVA8oABjAQWofLpzikog+Z'
b'8taD5k159LHHHmtvamp6UgjR5Lc5/FZHsP3h17+WZSGlxHXdsYmJiff6+/v/7gFVQp9hOFdK'
b'Kb+o9eEr6bfaop7re/fufSYSiXzvwQcfrAs2jsJNpFu3bo3m8/mOvr6+duBbgWAwQmDLlFu1'
b'9RGaar/DEOxq6QHYdhbfPMcI1BCew/L2mwu8zmLV2MGXaB6t6A9KKWUgxa9eELiRP+AjHtw8'
b'y9P0oLkBfwN4HniXu2m/3UbJYAPTV/VHwO8INTDvoKAPEYYKirC2BuYdQJU7eBDOtzDkar4q'
b'2JoBA5CEQMPHwf+DcP6xy3Lg6v+3gwP4L297s8Cw4xrlAAAAAElFTkSuQmCC')
index.append('knob-disab-sm')
catalog['knob-disab-sm'] = knob_disab_sm
#----------------------------------------------------------------------
knob_trans_sm = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAACgAAAAoCAYAAACM/rhtAAAABHNCSVQICAgIfAhkiAAAAAlw'
b'SFlzAAAK8AAACvABQqw0mAAACEVJREFUWIXNmGtsHFcVx393XruzXsd2/G7tpIbEpapUIRFR'
b'KZFQ1YBUCVSFQKUIlbYiKhUSVZEA9UMpBfohH0gUtXwDRENbSqgQuJZCH0lMyyOKSGr6MnUe'
b'TuzY3SSt147ttXdn5s69fNiZ9XjspClxJI50tLOzs3d+8z/33jnnCK01/89mrPaAmzZtemI1'
b'x7sqQLFohhBisxDiy0IIRwiREUK4Qohc5HVa661CiLwQoi5x3o2udYQQthDCjMYSQghxTYDR'
b'ACK61gRywAOADTiRZ4Bs5EHqe3zcB2wHrMjNaMwrQlpXARZ7POC/gRC4A/hX4rwBiDAMzwJ1'
b'gI5cAb1AD3AweqAwchV9aiGEBrROLQqx0iJJwcXKmYmn37Jr167NW7Zs2S6E2KiUIgzDmsff'
b'lVL4vn967969w0eOHBkEfgXISGUZeRJ2GeQywBTcF4DPAM9HYM7hw4fva2ho+HYmk9mglEJK'
b'SRAESCkJwxAp5RJAKSVSSkql0sj4+Pi+xx577AXAjyD9FUCXQK4EaCSUuxl4Anjn4MGDlba2'
b'tgdd190ohCAMQzzP46233mPs3DgzMzPIUFbngmVTv2YN7a0t3NDZShAEBEFApVKhVCqNjI2N'
b'7du9e/fzUVSeB74GTEegKgJUywAj9eL5ZFFdCB3t7e2vHjhw4Kbm5mYAisUpXn7lIIUPxlEq'
b'xLSyWI6LZWUQhiCUPjKoIIMypmnT0trBuq4OlJJ4noeUkoGBgaf6+/s/B7wC/BooJ0KvAKW1'
b'1lYKLrkgLMAeGBi4u6Oj46ZsNotSioG//p3jx45imA6ZfBuOk8cwLQzTxDAMDMOM3EAYgsr8'
b'NFNTBT68MEH3uh5yroXv+3R2dj5yyy239L///vv7E2LohAshxKKCCfXiheC89tpr32pvb9/t'
b'ui5SSl7q/wujZ0ew3SbsbD2mYS0CrQBYPWcihGBhbpLihdOsbe0glxEEQYBSihMnTvxk//79'
b'z0UKVlLzUiX3wXR4nYaGhocsyyIIAvpeOsDZs6exc62Ydl10+dWZEAb1jZ3ccNNnmbw4wXw5'
b'rC2u7u7u+1ncL53o3rVtKw34DeBFYMczzzzzkOM4G5VSvP63fzI6egYr24ww7KsGS1s210jX'
b'pzZxafojNA5hGGKaZs+2bdt2AA3R/X9BYhNPA/YBTwOfP3r06MNCCKamp3n7rTcx7Pw1wcWW'
b'y6+lpWMjxeJFwCAIAjo7O+8DXgU2A7+7HKBBNe5v9vf3D+/cubNFKcXhw6+DsBBm5prhYmts'
b'7sK2s2BUVXRdd/3WrVufBX4EDCUAjZXmoJnL5R7UWuP7PhcvnEeYLp9kzn2cGYZJS8enmS/N'
b'oLVGSsmtt976dRbf0ZdV0ABMIcRGKSVvv/MeWiswnFWDi62xuQsZeDiZPGEY4jhOD8sTiRUV'
b'NOJX1rlz4yDMVYeD6sp2MnUgDLTWhGEISxMPAxC1jbq3t/fGIAjcIAhyQRBgmiazs7PXDRDA'
b'rWsg8Mq1JKOpqanNcZw1tm1XyuXyeLFY9GqA+Xz+t01NTeu01lahUGD9+vXxU103s50cXmUO'
b'KSWWZdHb2/vjxsbGdWEYBoVC4YfFYvHlGuDg4OCXHn/88S96nlff2tr63PWGq5pGa2qZUKlU'
b'+untt9/eYxjGh4cOHXoDUgnrk08++Q8g19fXRxiGGIYB1xHU9+YxDLMW4qGhoUtDQ0NvAKX4'
b'mhVT/vgPdfk86OsHWFmYAxYVZDFRqFkSsJZJxKu4rbUlAlz90lSpEM+bZ2F+Ht/304A1Tyuo'
b'ATU1NXWmUqnQ2dGGEAYof9UBZ6cL2HaGwgdnCYKAiYmJAtWCTLGY/i9T8GbgB48++mhmdHQU'
b'z/PI1zegwzKrqaJSIR9dOI0wbMrlMkopjh07VgD2At+hWnQpUgoq4KvAzMzMzLampqaRSqVC'
b'140doEO0rKwa4PTkOQK/wulT/4nrmbHZ2dmHge+zmDQrUvmgBn5GNd25MDIysq+angc0rW1B'
b'yRJ6FUI9PzfJ5IXTVDzJpekphBCMjY29SDXdLwB7gEkuo2Bcp8o9e/a8UCqVRjzPo87NkKur'
b'R1aKqPB/h1woFZk4cxyNxdC7g0gpAcaGh4f/xGKlF1d4KyoYAwaAf+bMmX1RbUs+l8HN1SPL'
b'k0h/Dj5B00kpyfRHo5wfexsMl8HjR2rF0/nz5/8QwcUeJAB1siaJC3SLauqdBdw777zze93d'
b'3Y+0t7ejtSaQUF6YQxg2mdxanOwazCsUTeVSkdnpAmHgMV/2GXp3EN/3cV2XwcHBgpTyN8Dv'
b'gQWW1yXhFYsm4AZg14YNG/Q999xzt+d5hGGI1qAwkL6H1iGG6WDZLpadRQhBKL2o7KxgWg5K'
b'G5w6OcTMpek4QaVQKPx8dHT0deBhYIBqfbysaEoDJiFt4BDVuvXZ7du339vV1XW/YRg9QRBE'
b'oBrLzkbCK9AajUAIgQIWSnOcL5yjXC4jpayqKsTYxYsX9586deqPEVAz4AGnUvNwaYhTKsaQ'
b'TdF8sKKQZ+66664dPT099woheuI2R9zqSLY/pJT4vk8QBGitUUqNTUxMvHjy5Mk/R0CV1Gca'
b'Tmmt9ce1PmIl41ZbJnJn8+bND9i2/c3bbrutNdk4SjeRFhYWRk+cONE3PDy8A/hKYjF4KbAl'
b'yq3Y+kiFOu4wJLtaTgJ2B9U3z14SNQSLxUuy/aaAp6hWjX18gubRsv6g1lon+om1PyRuFA94'
b'RwQ3x9I0PWkq4U8DDwEvcC3tt8somWxgxqp+F/glqQbmFRSMIdJQSRGuroF5BVDjCp6Eiy0N'
b'uZKvCHbVgAlIUqDp4+TvSbj4WLEUuPb7kpCm2tX/BV0HrAK/xpabAAAAAElFTkSuQmCC')
index.append('knob-trans-sm')
catalog['knob-trans-sm'] = knob_trans_sm
#----------------------------------------------------------------------
load_hover_trans = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAABQAAAAUCAYAAACNiR0NAAAABHNCSVQICAgIfAhkiAAAAAlw'
b'SFlzAAAK8AAACvABQqw0mAAAAMtJREFUOI3tlLEKwjAQhr9IERUFB5/Byd0nSWdXB8HnSgZf'
b'QHTt6ubm5C6Cg1g8l9SmtKEKHSp405+78PHfHYkSEZqMTqO0nwBG/kHFdgVMA3c3YvSuDqiy'
b'pajYzoA5MACern4HUqcPwMnpmxj9qAMegQTok4+iF9ApMALWYnTiA/2Wz2L0oq6lt5PYbl0H'
b'hfCX0v0UljHJR1MJ/DaGwLVJoAJKz6xVDqFihv6WJyq2e6fHAYCfj6hw6AOXnr4EgIW8GF1y'
b'qP7fV/uAL0qsNUpB0my9AAAAAElFTkSuQmCC')
index.append('load-hover-trans')
catalog['load-hover-trans'] = load_hover_trans
#----------------------------------------------------------------------
load_normal_trans = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAABQAAAAUCAYAAACNiR0NAAAABHNCSVQICAgIfAhkiAAAAAlw'
b'SFlzAAAK8AAACvABQqw0mAAAAFtJREFUOI1j/P//PwM1ARNVTRs1kJeBgeE/AcxBioE5DAwM'
b'ExkYGBhx4CoGBoYOQgYyIiUbctIPI7oACyEFeABWBwytWB4hBqLHMsVFD7KBpCQZnGDwh+Hg'
b'NxAALDMTOXtBqyUAAAAASUVORK5CYII=')
index.append('load-normal-trans')
catalog['load-normal-trans'] = load_normal_trans
#----------------------------------------------------------------------
Mario1 = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAABAAAAAQCAMAAAAoLQ9TAAAAA3NCSVQICAjb4U/gAAAADFBM'
b'VEUBAAD4OACsfAD/pECFmYJ4AAAAAXRSTlMAQObYZgAAAE9JREFUGJVdjlsOADEIAkXuf+da'
b'fKWdZD+YLgazC4QNGEp4QDptcgTqW/EYFSIHXWKxJx3o5/oX1+hItUGpFDPMqrZDU+ATeTF9'
b'i9mzOzYdr7MBOykYeJMAAAAASUVORK5CYII=')
index.append('Mario1')
catalog['Mario1'] = Mario1
#----------------------------------------------------------------------
Mario2 = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAAAwAAAAQCAMAAAAVv241AAAAA3NCSVQICAjb4U/gAAAADFBM'
b'VEUBAAD4OACsfAD/pECFmYJ4AAAAAXRSTlMAQObYZgAAAElJREFUCJlVTgEOACEIQvn/n4/A'
b's8VqgwIUQBkwaiHRAtmEuQh9I1bZJC4cIwcJdc2zy7oqKpw69yczj0PpWUhqeZb765J6ys0+'
b'd4kBE9uuw3cAAAAASUVORK5CYII=')
index.append('Mario2')
catalog['Mario2'] = Mario2
#----------------------------------------------------------------------
Mario3 = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAAA4AAAAPCAMAAADjyg5GAAAAA3NCSVQICAjb4U/gAAAADFBM'
b'VEUBAAD4OACsfAD/pECFmYJ4AAAAAXRSTlMAQObYZgAAAEVJREFUCJlljosKACAIA+f2///c'
b'sPWig6TDKQKmGoTatNJIFGL+qt/SyztqMzOugL2KxejMMaOuFU30PeK+6WtmNw5cPgCA2wEW'
b'cesrCwAAAABJRU5ErkJggg==')
index.append('Mario3')
catalog['Mario3'] = Mario3
#----------------------------------------------------------------------
Mario4 = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAABAAAAAQCAMAAAAoLQ9TAAAAA3NCSVQICAjb4U/gAAAADFBM'
b'VEUBAAD4OAD/pECsfAB81QrqAAAAAXRSTlMAQObYZgAAAFFJREFUGJVlj1sOACEMAoHe/87b'
b'1j7MOokfTNAgEDBBwaENZJI5HRXCT5nOIxBlpbruJFjMSKtnT5dHRC2yR7FeivpMQ4nf1Ftw'
b'RX5pl+zCN3+wAgFJZUDctAAAAABJRU5ErkJggg==')
index.append('Mario4')
catalog['Mario4'] = Mario4
#----------------------------------------------------------------------
Mario5 = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAAAwAAAAQCAMAAAAVv241AAAAA3NCSVQICAjb4U/gAAAADFBM'
b'VEUBAAD4OAD/pECsfAB81QrqAAAAAXRSTlMAQObYZgAAAElJREFUCJlFjgEOADEIwgD//+cD'
b'nSfJknZTJ+Cwc7QGlVROUBEf23ILUqDWV9fBxJechzDDU0ZqbH+tkx72L2R562QYj7fjHPgA'
b'edMBLXH5xvAAAAAASUVORK5CYII=')
index.append('Mario5')
catalog['Mario5'] = Mario5
#----------------------------------------------------------------------
Mario6 = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAAA4AAAAPCAMAAADjyg5GAAAAA3NCSVQICAjb4U/gAAAADFBM'
b'VEUBAAD4OAD/pECsfAB81QrqAAAAAXRSTlMAQObYZgAAAEhJREFUCJltjoEKQCEIA+f2//+c'
b'mksevIOgy7UCkmiA3a+DIpVcYWmudtsoKsY+eOnGTVToU6V7w9MinJ9fOB7P8TfG9I7uMweB'
b'BgEmBijSmQAAAABJRU5ErkJggg==')
index.append('Mario6')
catalog['Mario6'] = Mario6
#----------------------------------------------------------------------
midi_click_trans = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAACgAAAAeCAYAAABe3VzdAAAABHNCSVQICAgIfAhkiAAAAAlw'
b'SFlzAAAK8AAACvABQqw0mAAAAktJREFUWIXtls1LlUEUhx9FSEhIqlUlzZk/wBYRRES2nCA0'
b'sHIjJhG0NKgWBe0KhHDRMoLU2gWCLWqmWpTVrk21rpnCICQLC9tIMC3euXCRqzHvyzUX9wcD'
b'83EO52HmMOe0xRjZzGr/3wD/UguwqlqAVdVRxdmJ7gbOAEeBI0A3sAS8BOaAKRP8UpUYpW/Q'
b'iR4APgAjwHNgH7AdOAS8As4DH53oE1UA28r8g070BaA2HpvgV5zoLhP8cp1NB8XtXgfGTfC3'
b'ShHGGLOGVTJqlfyySnpX7e+1Sh41sD9glSxaJaO5sWKMeU+ccm4cGDLBv29g0rl6wwT/BrgC'
b'TCT/LOXm4AjwxQRvG5z9Bj6t4TcJfKd48izlAg6kYDjRyolWtQMT/CJwuZGTCf4PMJ38mwp4'
b'FJh1oruAS2ldD/Kjfu1E33SiT6alBfqaDdgOLFDkWi/Fk6+n/cCNlHufc+FqAXMUgZ70nK8p'
b'8m49dQLfAAXsyqYjH/AFMAhggr8KTKxlmP7B0yb4wyb4t8AwRXVpKuAsMOxEb0nrSSd6fg3b'
b'eeBZgt0K9Cf/pgJOA7uBWvm6D8wkiNtO9Dsn+lo6mwVcmg8DO4GpXMDsUudEj1CUr3Mm+Kd1'
b'+zMUdXgBOA50UTQOB4E7wEUT/L1cwOzSk8rXmFWybJUMNjjbY5V0pPmQVbJilYyViRNjLNcs'
b'pBvrB+6mG3sAPAG+Aj3AMeAUsAM4a4J/WCoIJbuZOshtFOWrL41aPziXxjTwE8AEv/GAG6FN'
b'3/K3AKuqBVhVmx7wL+qmck+9L15FAAAAAElFTkSuQmCC')
index.append('midi-click-trans')
catalog['midi-click-trans'] = midi_click_trans
#----------------------------------------------------------------------
midi_hover_trans = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAACgAAAAeCAYAAABe3VzdAAAABHNCSVQICAgIfAhkiAAAAAlw'
b'SFlzAAAK8AAACvABQqw0mAAAAkNJREFUWIXt1sFrVUcUx/FPRGjAYIN1JUrzF9RFEUSkI7iS'
b'FpWr1k1QEaFLheqAQjdaQW7Joi4EETSpqxYddGOwLuzY7rqRrltQFGzQlBQiSAnExZ3AI5jI'
b'zeOlWeQHs5iZczhfzjnMmb7Z2VkrWWv+b4D3aRWwW60Cdqu13ThXdR7EUezCZxjEFB4hYzTF'
b'MNVNjCVnsKrzPvyJI3iIrdiAHfgVX+Gvqs77uwHsW8o7WNX5FObWvRTDf1WdB1IM0x02azXZ'
b'/RaXUgzfLwtgVedjuIydKYY/Os4/xpUUw+fz7LdhHKdTDKNtAVuVuPTcJRzuhOtQ//yDFMPv'
b'OIuR4t87QE2/PU8xjL/j7jWeLOB3A5OakrdSW8B9JZiqzkNVnYfmLlIMr3DmXU4phhmMFf+e'
b'Au7CnarOAzhd9p0g/3Tuqzp/V9X5YNmOI/QacA0mNL32iabki+lTXCy997Qt3FzANprFllLO'
b'3zR9t5j68RJD2NSaTnvAX3AAUgznMLKQYXkHv0wx7EwxPMawZrr0FPAOhqs6f1D2N6o6P1vA'
b'9hkeFNh12Fv8W6ntLB7DN9iPH3ET6wvEVWzHrRTDhQLzpvgNYyNG2wIuZZIc0YyvEymGnzvO'
b'b2vm8AS+wIDm47Ad1/B1iuGHngMWmJO4iKMphtvz7jbj7xTDTFXnw5osn1m2WdwBshfXNRn7'
b'CffxAluwB4fwEY6nGO4uKUg3gAXyQ834CmXN/QdzWWOT0zP/Qj6/e/kBl0Mr/su/CtitVgG7'
b'1YoHfAsYmcVv10YFFwAAAABJRU5ErkJggg==')
index.append('midi-hover-trans')
catalog['midi-hover-trans'] = midi_hover_trans
#----------------------------------------------------------------------
midi_normal_trans = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAACgAAAAeCAYAAABe3VzdAAAABHNCSVQICAgIfAhkiAAAAAlw'
b'SFlzAAAK8AAACvABQqw0mAAAAfhJREFUWIXtlj1rlEEUhZ9o/AAFF00hJhJLKwVBBBvFIpAm'
b'CajYhFUUsdwUWvoDxNbGxrikE2JiISpiRPQHaK8QjBA1CahoI4bH4r0Ly7K7ZnZYFNkDl/m6'
b'h3uYuTN3+lT+ZWz62wL+hJ7AXPQE5iJXYAmoAHPAGrAe7RwwFetZyBE4DrwFysBz4DCwGzgO'
b'vASuAO+AiSyFaic2pS6qE+rWmNvZ4NOvXlKX1UqHcToSeEH9ph5qmB9WHzbxP6quBq/rAkvq'
b'R3W0ydqw+qwF77K6FvykmKk5WAY+AI+arP0AFlvwpikuz/nEeMkCxyMYwIGwGlaBay14v4Bq'
b'8NOQuOXr6mBciFsbyKub6pnoHwl+Usw+034zAlso3rf7sTOn2vgvAIPAMWAz8DnaDSP1iAX2'
b'UxznK4q8a4ftwApFKuxLjBUR07Z8Qb1aNz7ZxrdfHaob3wh+V2/xPDAJbIvxNLDUwncJeBr9'
b'HcBY8JOQKrBKkVO18jUDzEb/NvAGuB7jeeBx9CeBAeBuqsDkl10tq+/VkYb5WYuy9jqO9qC6'
b'16IcrgSv65WkZhX1u3q6ydpQ5B/qOfWnGbU49ZmpxxhwB/gE3AOeAMsUt3wUOAvsAS4CDzoN'
b'kiMQYBdF+ToRVgK+AC/CqsDXnAC5AruO//7L33X0BOaiJzAXvwE8vKSep8MpcwAAAABJRU5E'
b'rkJggg==')
index.append('midi-normal-trans')
catalog['midi-normal-trans'] = midi_normal_trans
#----------------------------------------------------------------------
next_24 = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAABgAAAAYCAYAAADgdz34AAAABHNCSVQICAgIfAhkiAAAAAlw'
b'SFlzAAAK8AAACvABQqw0mAAABipJREFUSImFleuP1Fcdxj/n/C4z85vbzszO7C67XJZ1QdYC'
b'bbmWokJDWzXGW1+Y9B8wqW0lNV4SE0PVN9qmWpsmLbX2ggUiIrZpSrVKCNiWCqTI4roLLLAL'
b'7M4ys7vs3C+/c44vRsrFNj7JyXn3fL55znnOETzOzdI37BYb0pHMfYtivSsTwUSfZ3lOWZWb'
b's/7MubFjFwZzU7m/8A6HKfCJEv8D8AHJ5vXdG36wLrN+yzxvvqWVRmuN1gaNBgE6qMg2JvWx'
b'00cOHP/jsV9wiHf+P0BhZcId27659MEf9keW2jOVWQq1Ag3dxKDRxqCMxmAQQDgQoS0WZ5zz'
b'+vU/7X0qvzv3Y6ap3giw2PzR5M6iZO/LD6/Y+nBUJOTluQmqzQoK1TLHoIXGCI1Go4Sm4leY'
b'rsySoF2sWr1qw3j32LLC0bm3aNC4Dvh8K5Z0NP2TR1c+9u1GzSdXzmPQKBRKa7QwlGtlCqUi'
b'DdPAci2UaEG01BSaBWhIVg2sXjYih2LV49W3MdcAm0BKec+3Vjz0gmciIl+ZBgw+Cm0UCk25'
b'XmF+YB5fWf5FdENxOn8WO+KihGpBLENJl7F8h8V39K0dPHPilLlohlqAz2Gv7V732sbMpp6J'
b'wiRGtMyVaS1fKBrlOt+/fytrl6xmQ/96xrOXOJUfIhAPoi2DtgzGEhRVmXnhbqodxYGpv2Z3'
b'o6hJ6ci7P9u1ad1MeRZtNEpfM9f4QqGkxpeaWrMOgG3ZfO9L32HTvI1cyk1QETWq1KlRoyEa'
b'XC5OsmL56tvkHfI+AGv+Vxc8srnz3g35ynTr8Ggdoi99fPxWxqbI+2ePsHrBnSS8NixpcVfv'
b'Go6c/Qd/GNlH1uS4VLrMRHmSC8WLeKEwc4V8pXqs8oa9MLpwja/81uT/Na/7DWqVKspoJiqT'
b'TNSnyJcmmdqTZ9eDv6Ur1oFruzz3wK9gH7w6vpt4Mg5aUFc1JgtZEgPJlTN2vt1OBlPztDa0'
b'7A0KjagavrvpEZZ099NUTaSQSEtSV3XagvGP7njAdtn+9acJvumyd+oNAtEQAd/BsW3cUDSN'
b'JC61MGlf+yAECDg6doygG2JN/yriXoz2aIpkJEFbKE5HJEPADtzUVMd2eOL+n9Ep04Rcl0jQ'
b'I2i7yIBMIPBsjJmVQsZ95XPownsMT52gVC4zMnmGRe0Lbiq9b5pY0iJoB2+C7Bnah4xAPBRB'
b'KUU05FEsVCtotF1UxSnf+Iv+duYgo9OnIRxmtDnK+u1b6El1Iy2JY9ko7dMVyPDLLz9Bf6oP'
b'A1gSdny4k+fOPk+qI4FEUPebJLwY0/WJHJqyfTE7/uH7paPrRqeGIRRqRRVyuRq4ytXmLBgH'
b'SwvSjSTbNm6jt62PSkPjSsmOwV28PP4iXQvSOMJBG0NDNUhG40yP5EZQ5OWFd8/vz8sruMEY'
b'SAMWYAlwHGw3RCgQJNIM8fO7n+TeT21hturT9CWvnNjJa5dfomtBhqQXJ+5FiHlhOqNpLCHI'
b'HskeBopSXVQHSvXZ4Z5UDxgFUrQgEqQQSAme9OhLDFBrgPZtdp78Hb/PvkLn/AwJL0abF6Et'
b'HCXuhelNLWRo6NRl/7h/ADAWkzSK8bly3+39X7taKtMUdQhIhC2xLQvXdjFCUy2UibtJ9o++'
b'zpvTu0j3pGgLRYkEPaKhMOFAgEy4nbl6kT0/3fuMGlb7AN8C0MN6sLGiOrB08WcGrpSm0ZZC'
b'2ha2tHAtm1A4yFj9LO9OHeA8QyQ7EsQCEcKBINFgmJjn0RlJEw5GefbZ7Qdzv8k/DuRoBQEo'
b'VO6lKw+Nz4z8/fbFy4m4UbT2AQMIMIJgJISdtAnFwlhYCEGrgBLavRTxUIJfv/r84OhT534E'
b'XLj+H1xTgUrpX4X9zfmVTy9ZtnRJwPaoNKsYoVtRWQ6u7eBYDo5j4doO0WCEnlg3hXqJJ59+'
b'5vA/tw0+xhwfAOp6e26VheM+4D666Av9WxOZzh7lt15YYRkCrkPKayMdSZKKxrEsycl/n8we'
b'fPHQjuq+6gvAuRvNPx5wTRl6nTudb2Tu6ron0Z28LerF0gEngCUFtXp1+sr57PDYobH3Gh80'
b'/sxVTgKlj7P5ZMB1BXHpRBIHJAZQ1PDJAzO3Tnyr/gNyndAFrbDhdwAAAABJRU5ErkJggg==')
index.append('next_24')
catalog['next_24'] = next_24
#----------------------------------------------------------------------
open_hover_trans = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAABAAAAAWCAYAAADJqhx8AAAABHNCSVQICAgIfAhkiAAAAAlw'
b'SFlzAAAK8AAACvABQqw0mAAAAIhJREFUOI1j/P//PwMlgIki3aMGYBqgXrDDgVIX1KsX7Liv'
b'XrAjgVwDGBgYGBQYGBjmQw0i6CJ8YaDAwMCwX71gx358BhETiA5Qg/KxSbIQYcADBgaGhJsT'
b'PA4S44ILaPwJDAwMBrg0Y3PBBySDEm5O8LhIyHnYDCi4OcFjIiGNMMA4mp2HgwEAK5Unw3iO'
b'ZHcAAAAASUVORK5CYII=')
index.append('open-hover-trans')
catalog['open-hover-trans'] = open_hover_trans
#----------------------------------------------------------------------
open_normal_trans = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAABAAAAAWCAYAAADJqhx8AAAABHNCSVQICAgIfAhkiAAAAAlw'
b'SFlzAAAK8AAACvABQqw0mAAAAIZJREFUOI3tk8sJgDAQRJ9iIZagHaSUdKCl2JHYgVagJdjB'
b'eFGQNfGDN3FgDkmYx+xCEkm8Ufoq/QOCAPeYIGnvVtIoyZv7qEOATaMkdwU420EOtKvjo500'
b'sKpCDbIba5oAD3ShRztCb84NUMTCwKHBvAN5YLiqZxvMQA2Ud8IAyf+dvwBYAAo3rlh8Dbv6'
b'AAAAAElFTkSuQmCC')
index.append('open-normal-trans')
catalog['open-normal-trans'] = open_normal_trans
#----------------------------------------------------------------------
path_click_trans = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAACgAAAAcCAYAAAATFf3WAAAABHNCSVQICAgIfAhkiAAAAAlw'
b'SFlzAAAK8AAACvABQqw0mAAAASNJREFUWIXtljFKA0EUhr81apGk8ATqTGNrlSPIEEjhFUyr'
b'YGdpZeMZLCyDIFjJnMIDWMxAiii2okViWIu1WATjG56aRebrdnlv5ts3w88WZVnSZFaWLfAd'
b'WVBLFtSymlLsje189BQLyl5dDFOVVY1CGjPe2D3gAOgC6wtKL4ETYOBiGGsFRRP0xm4CR8DQ'
b'xfAkqN8CToGhTk84QW/sMbAD3CD7qDZwDhx+en/nYnhIEZTeQQe0gH1gLuy5Bfq15y5wBuyK'
b'7ZALPgMjF8N1yuJ1vLHbwFVqnzRm5sBb6uI/QeNzMAtq+TeCL8DsN0W+Qiq4RpWDf07jj1ga'
b'1BOg543tKfbaoDqJJKSC91TTTt6gxiNwkdok/t1aFo2/g1lQSxbU8g6Glzctx5BiaQAAAABJ'
b'RU5ErkJggg==')
index.append('path-click-trans')
catalog['path-click-trans'] = path_click_trans
#----------------------------------------------------------------------
path_hover_trans = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAACgAAAAcCAYAAAATFf3WAAAABHNCSVQICAgIfAhkiAAAAAlw'
b'SFlzAAAK8AAACvABQqw0mAAAASFJREFUWIXtlqFOBDEQhr894MSxgicAHBZ1to4QEkRfgbOQ'
b'4CpRiPIMiJOEhBSF7wvwAEgEECwBAWwWsYgNCXfTDLAb0s/tZqb9dtr82aKua/rMoGuBeWRB'
b'LVlQy2JKsfVx+bOnmFH2Epx5VVm1KKQxY33cAvaAEhjOKJ0CDtgNztxqBUUTtD6uAgfAJDjz'
b'KKhfA46AiU5POEHr4yGwAVwi+6gRcALsf3l/HZy5TxGU3sFtYAGwQCXsuQJ2Ws8lcAxsiu2Q'
b'Cz4BZ8GZi5TF21gf14Hz1D5pzFTAe+riP0HvczALavk3gs/A22+KfIdUcIkmB/+c3h+xNKjv'
b'gLH1cazYa4XmJJKQCt7QTDt5gxYPwGlqk/h3qyt6fwezoJYsqOUDfzA4bYXlJWgAAAAASUVO'
b'RK5CYII=')
index.append('path-hover-trans')
catalog['path-hover-trans'] = path_hover_trans
#----------------------------------------------------------------------
path_normal_trans = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAACgAAAAcCAYAAAATFf3WAAAABHNCSVQICAgIfAhkiAAAAAlw'
b'SFlzAAAK8AAACvABQqw0mAAAAJBJREFUWIXt19EJgCAQgOHfaIfemqIZGqA9mqEp2qFpgtZo'
b'CXsPotMrFbkffBP5IurQee8puSY34C0DajOgtqqAI+CF6wD6lMAemIEOcIK1AUtK4ATswCnc'
b'vwJDlOiWE06SL8eNC9nc/nXwQ8EPWtVXnCUDajOgNgNqC/lRZ7m8SIFfTJGoin/FBtRmQG3F'
b'Ay/nnRkH0sh4jgAAAABJRU5ErkJggg==')
index.append('path-normal-trans')
catalog['path-normal-trans'] = path_normal_trans
#----------------------------------------------------------------------
pencil_click_trans = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAABQAAAAUCAYAAACNiR0NAAAABHNCSVQICAgIfAhkiAAAAAlw'
b'SFlzAAAK8AAACvABQqw0mAAAAXFJREFUOI3N1L1rVEEUxuFnxT/AUiyEmcJGAtoF/MJGp1ME'
b'P5o0hsRCwU4LXQIxTRSFtRUEC7E0YuEUNjZa2qR1BqyDWIhYCGuxd+WyXvUSIviW58z85j1n'
b'zsxgPB7bSe3aUdq/AO7uCuYQF7GKfZhLtWz2Bf7iMId4BSu4i2MY5hAPbQuYQzyNEUaplhG+'
b'4AIebdfhNaymWu7nEE+YlH0YL3KIr3OIe/8GHLTHJoeYsIAN3ML1VMubJncTB3A11fKtl8NU'
b'S8ZLPMbSFNbk1k1acK+3w5bT2ziJi6mWrVZ8D55gEyuplu9/dNhys4a3WJ+Jf061nMERLHXt'
b'/e1gp1qGGOQQ73SkF3E8h3gphzjoBWx0A3M5xIczh30wKf0ZTvUGplq2Ui1ncTCHeHkazyHO'
b'YxnncbS9p/PpdWgZaznEr3iPByYz+qrJD6cLO2+5SznE/XiHTw3geauSn33s/dukWj7iHJ62'
b'YbPq7bCv/v8P9gfqe3o7IZI6AQAAAABJRU5ErkJggg==')
index.append('pencil-click-trans')
catalog['pencil-click-trans'] = pencil_click_trans
#----------------------------------------------------------------------
pencil_hover_trans = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAABQAAAAUCAYAAACNiR0NAAAABHNCSVQICAgIfAhkiAAAAAlw'
b'SFlzAAAK8AAACvABQqw0mAAAAXBJREFUOI3N1D1rVUEQxvHfFT+ApfgBbCSgxYLgGzZqpwi+'
b'NBZrSIQ1YGcKvQRimigRrsU2gouF2AgqFrGwsbHZwiZtGusUKUQshGtxbuAQT/QQIzjlvDz7'
b'n2VmBuPx2F7avj1V+xeC+7ucMddpLOIQpkoKa30FfyGMud7CAh7iFIYx16O7Eoy5nscIo5LC'
b'CF9xFU93SziHxZLCSsz1jKbtY3gbc/0Qcz34J8FBe2xirhdwA29wD3dKCh8nsXkcxu2Swvde'
b'hCWF93iHZ5jZEpvEljVf8Kg3YYv0Ps7iWklho+U/gOdYw0JJ4cdvCVs0S/iE5W3+zZLCRZzA'
b'TFftjoNdUhhiEHN90BGexumY6/WY66CX4MTuYirm+mTbY+ua1l/iXG/BksJGSeESjsRcb275'
b'Y67HMYsrONmu6Vy9DpvFUsz1Gz7jsWZGVyfxYS/CFuk65rGCV5q1XO3K7X1tSgpfcBkv8Hqn'
b'vM45/Bv7/w/sT4ebdkuJ/xa5AAAAAElFTkSuQmCC')
index.append('pencil-hover-trans')
catalog['pencil-hover-trans'] = pencil_hover_trans
#----------------------------------------------------------------------
pencil_normal_trans = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAABQAAAAUCAYAAACNiR0NAAAABHNCSVQICAgIfAhkiAAAAAlw'
b'SFlzAAAK8AAACvABQqw0mAAAAQdJREFUOI3l1C1LREEYxfGzYjAaNpgsBoMGi2gQjBotC2YF'
b'xWQwKGITP4CatYnYfKkKJotF8BsINpvF9jPsVa7rheUui8UDD8ycZ/gzZ+CZBtJPDfSV9pfA'
b'1SSvSSSZrEVEZ63jBZuYwwWmKs5VVqexgA9sFfspbT32CrzBbrGex3UB3cMtRuoCF3GGFp4K'
b'6FdvGycYqgMMlvGO6YreIY7rAlNEvEOzwx/GFQ4wWAcY7BcRq3r32KgLDE4LcKc/hvPieRp1'
b'gE1c4qiit6ithbLfbfTekiwlmUiyUvJnk6wlaSWZ6zYpVVWOOI6H0g3ViVyuUbziGUt+qidg'
b'MIMdv/V9psF/+2A/AUoiASS9tiF/AAAAAElFTkSuQmCC')
index.append('pencil-normal-trans')
catalog['pencil-normal-trans'] = pencil_normal_trans
#----------------------------------------------------------------------
play_hover_trans = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAABIAAAAUCAYAAACAl21KAAAABHNCSVQICAgIfAhkiAAAAAlw'
b'SFlzAAAK8AAACvABQqw0mAAAANRJREFUOI3V00sKwjAUheH/FgUdO3MBDe7Cod2I02QpdtpN'
b'OEy2Yue6haKg10Gt1kesoggeCJQSvl5OE1FVvpHkK8r/QsaFziJ77yLGhTGwnlZLKYqC5mdF'
b'IeNCAuxv35d5tgEE63U+R+4mMi70gV3XhKn1WuaZlHkmWK9QY+2OBl3IaSJJa+AqbejwChRL'
b'Enn+COrsBy4dRaHVYrYFhsCIuq/JI6hBUut1Wi3PoDy7tMaFAVCdPiQAInJG2ucIVX24mqgq'
b'qfUa29espxO9kz+9/T+Fjl/1d79zyMbJAAAAAElFTkSuQmCC')
index.append('play-hover-trans')
catalog['play-hover-trans'] = play_hover_trans
#----------------------------------------------------------------------
play_normal_trans = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAABIAAAAUCAYAAACAl21KAAAABHNCSVQICAgIfAhkiAAAAAlw'
b'SFlzAAAK8AAACvABQqw0mAAAAKlJREFUOI3tlFEKwjAQRGeCYr/99ASeLLm5hxDa8aPNuilJ'
b'LFgEoQMLJZt9TCdNKQl7KOxC+WvQxyC3gAoIyRsApZRA0tZPrWmSQdJYaT1IUvNxG4n5+Eme'
b'JT07zvKQuFjxMP9qQwfinWY3hTxo2gJqKTSevwL18jFJsozWDSvMOV0BXADcVQo+GkmKMb5n'
b'PWhdAIYaKEO8Eapx+7P7pV98M9X9x2/kd6AXuPeEtJwbEd0AAAAASUVORK5CYII=')
index.append('play-normal-trans')
catalog['play-normal-trans'] = play_normal_trans
#----------------------------------------------------------------------
pointer_click_trans = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAABQAAAAUCAYAAACNiR0NAAAABHNCSVQICAgIfAhkiAAAAAlw'
b'SFlzAAAK8AAACvABQqw0mAAAAVVJREFUOI2t1DFrVTEYxvFfxaWDFDo5iYlKdXDyI3QwkyC4'
b'C4Kbg25OUvoRLE4OhYrFqYtLhoKDlS6iTuKUQBHpUK6oaAWR63AOcjnWcs/hPlPyhvzzvG/e'
b'ZG48HpulTsyUhpOTkxziAm5iM9VyMATYdbiIB9jNId4aApzr1jCHmHEVI1TcTbXsDHUIz/C1'
b'dXsFT3OIj3OI54Y6PI1XiBPhQ+xhA49SLV+mdphq2ceLTngeS7iPdznEG1MDWz3X1LCrUziL'
b'9b7Al/h0RPwH3uJSL2CqZYTtI5Z+4Umq5WNfhzRp77fjET5jAXdyiGkIcBff8RO3NXX7prn9'
b'tRzihV7AVMshHmIl1bKFVey0B5zHVg7xTHffP314nHKI83iDi5re3E61XJvK4TGur+O1pjeX'
b'c4hLg4Et9APuaZ7nmuYF/VWvlCeVQ7yM96mW3zMB/k8z/7H/ADscb4jM90ClAAAAAElFTkSu'
b'QmCC')
index.append('pointer-click-trans')
catalog['pointer-click-trans'] = pointer_click_trans
#----------------------------------------------------------------------
pointer_hover_trans = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAABQAAAAUCAYAAACNiR0NAAAABHNCSVQICAgIfAhkiAAAAAlw'
b'SFlzAAAK8AAACvABQqw0mAAAAWRJREFUOI2t1MGrzUEYxvHPlY0o4dpQStze1d24ZWHFbiJl'
b'YWODLJRQc7NXspJOTZJkwU5KqZPNkI3c8h9gikiSIlsrHYv7W5yO3O7vOM9q3nea7/vM2zsz'
b'NxqNzFIbZkrDxvEgct2KM3jYSvoxDXDS4XZcwjByPTcNcG6yh5HrI1Sc6gpeayWtTOtQB1vE'
b'cdzGlch1ELnu+x/gAra0koY4j68YRK7LXZ/XD2wlfcN7HO7i762kAZaxHy8i15N9HMJLHJso'
b'9LGVdBHPcKcv8BXmI9e948nIdYhDONAL2Er6ibdIHWhn5LobO/C0lfSlr0N4jqOR665ufROX'
b'sRS5pmmArzGPFVzHJ1ywOkpXI9eFXsBW0i/cR2klPcENbMYR3MWDyHXP5Lm/Xspailw3WZ2A'
b'W9iGpVbS2XU5XMP1aZzABxyMXGNqYAd9h4J7eIzP4/u9rjyuyHURb1pJv2cC/Jdm/mP/AXss'
b'dosPEfREAAAAAElFTkSuQmCC')
index.append('pointer-hover-trans')
catalog['pointer-hover-trans'] = pointer_hover_trans
#----------------------------------------------------------------------
pointer_normal_trans = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAABQAAAAUCAYAAACNiR0NAAAABHNCSVQICAgIfAhkiAAAAAlw'
b'SFlzAAAK8AAACvABQqw0mAAAAUtJREFUOI2tlL8rxHEYx19nu+ny40pMl2S6ASXpJtMtIill'
b'kBSj0v0FSjYGYSCbzLhFmSQMikWUQuksBqtJL8N9r871PXffc+96hs/zfD7vz/O8n8/niak0'
b'Ey1NZQshTABLQEfDjGq5pdQn9VKdr4jVZZUZvgK3wB4wDZwBmSgJhml4CqSBMWALyAHrQE8j'
b'JaN2qidqW7BOqjn1SF1WE3+VXC2woU6G6Lut3qhTUQnH1f0qsVX1o96mlHBB8emkKvzHwAgw'
b'EKUpAJ/AI5AN1kmgG2gH8kAhSlNKNqrm1S71Tj1U+9UDNRtVQ9S4eq2+BA1aU3fVYfVK7Q07'
b'F6sxHBaAOLBJ8VvuAPfAO7AIzABv5QdqEVYiDpwHF7QCg8Bc+Yao0+YLmAUmgGdgCOj7taOR'
b'AaBm1IK6Emhdt4Z/IQ08AN/lzv8QhqLpE/sHFJ/dsH79xXUAAAAASUVORK5CYII=')
index.append('pointer-normal-trans')
catalog['pointer-normal-trans'] = pointer_normal_trans
#----------------------------------------------------------------------
previous_24 = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAABgAAAAYCAYAAADgdz34AAAABHNCSVQICAgIfAhkiAAAAAlw'
b'SFlzAAAK8AAACvABQqw0mAAABg1JREFUSImFlduPlVcdhp/1re+8j7OHzC4OMzCIQIaZDnI2'
b'lGlJKYmxnq6atGovqqUBrxrlotFEU5M2NibUiybVC1MSEkIabFICldE2ytChOAiVAC1HKTDD'
b'dM/MZp9P31rLi41TJpT4/gHv867faQl+zXwZkEKijJKO7TyxOLVke3ds0fq0n+42kDFGz87q'
b'2Ymbp26M37j92Yg+ov9CgYgHSNwHiMBxne9s6R7evbHrG5vTTidaaZTWaK3QGIwAGcBMNMP4'
b'lY9OjP35+Gv6r/rg/wco3J5k7++eXvnDny70upmuzFBulol0BBi0MSij0WgAfDsgk+xg2pvi'
b'4DsH/ji5d+JF8pTvBUi2ziX3VmUH/7RjYNdzsuUyUZqkETXQ7cwoo4mERguDERqFpmbqzNby'
b'xKI469ZtWJvrvd0/c3LmCE0aXwAeAxQsSve8/sLArudKlQr5eh6NQaPmEjdNRKFUpFqrYmyD'
b'sAUKjbEMpahM1NCs7v/6yivupe7KP8uHMO1nSh4F13a/tWNw5x4ZueRreYwwKK1QRqGFpqaa'
b'1Is1vj/wJI/0beLK7asURBlsUJZGS0PVVBGRZPma5UNnr5y5qq/rj9uAYZwtvY/uXZfZ1D1R'
b'msRgiFAoE6GFoabr1O6UeWHLj/n2um+y7KGlWEZy7NYYTsJFW6ClBikoqQpd4UOohc3lt47e'
b'3I+iZklXbtuU3bw+V51BG41CobSaM6/eqbBz+Hm2DgzPNW6yMkXdblLUZWajPPmowJ2oQJ0G'
b'N4oTrOwf7Jfr5XcB7EXJnu0Zt5OJ6uRcM7XQc+a7tsw333tqPz8ffYlyvIVVsgCDLW0sYyGE'
b'AGNYbT1MZmjBttzxqbfsJYm+9VEUEenobmM1TdOidqfKruHn2brqC/ND599j96GXML7FgkYK'
b'aUmEEBRNCSshsYSgqZpMl6ZJ9qcGc/bUAjvtpb+idHtSjAAD5Kdn2fnIT+aZA2zu28T5n41j'
b'WzbGgBCAgYPn3uUX4y8jUhaecrGlxAkSXVikLY3JKK0QwsJg+PDaGPVmk+1Dj9+3lR1Bmkws'
b'QzJIkgqTJIMkyTDJs2ufYVl8Cb7jEPcDfNdDulYSQWgDs1LKVC2q8cGVY1zLX+S69R9Gzn/A'
b'E/1b5wFmq3mEEEgkxrQHXSI4dm2MqqzQEUuhlCIVxCncqZXQRHaRwmS1Ve07cmGEydINCH1K'
b'Vpmn9v+AA8/sY9uKx+YAhz89yq/+9hsSmTihF+JaNo6U1K0GyWwMy7JoRC1SYYKp+mc5NGUp'
b'lorVFae18ez10+D74AgIbOp+hUPn3mN9dh19nYsBeHjhAI7l8uH0GH7WxU+5eGmHRDpO6AX4'
b'drv+2VQXZ46cPlY6Udoni7Io00MLnp4tVFBW1Aa4FgQOdafG4fMjbOhay5LOXrSGDT1raFQj'
b'LlYu0JnuIOHHiHsBgevh2g6pIInWitE3R/9gbpljlj6lRwr53L8Wd/W0j5IFSECA64UUYiWe'
b'PbyD9y+OYlntUvUkevGkS9wPSAYh6TBBRyxBKhajr7OX86fPXVbj6mj7VLRQJYq5pcNffapc'
b'atIwVfAllm0hLYvQC2n5LUavjuKpkMnC57xz/W1kBtKxBAk/RiIMCT2PbDxLrjLL2788+Jq+'
b'rg8DSgLoG/qTarbYs2Jw1ZqZcoFINhGOjWNJHGkT8wKIaU7mPuJkfgzToehIpIh5AUk/JBnE'
b'6E5kEbbN719541DhQOFVIM/dYoCG+qX6+2pFs3/Fiv6VlWadmq5iWxLHdnCkje94xBMxYskY'
b'cT8kcFx8xyPwXHqS3UjbZc/rb/z94quXd6O53F7B/wEA6jTLH5cOV1PFhV9bs3x13ElRixoY'
b'FFJaONLGkQ6utHFsG9d2yAQpFqW6uVmY4rcv73n301cu7abF2XbktsR96wrIrfJHi7+37MWu'
b'vu4hY1moKMK2JaHrkwripGNJOhMpWq0GZ8bPfPKPN0ffMsfNPuDWveYPBADg0iE3yiczg53b'
b'OwYWDMXCeJftyqRjZKlWq+Zy//78wsT4xKg+oUfulqT5ZTYPBtwrhyyCFBBiiNCUUUzD/A/+'
b'y/Rf/aq8FazYU2YAAAAASUVORK5CYII=')
index.append('previous_24')
catalog['previous_24'] = previous_24
#----------------------------------------------------------------------
process_hover_trans = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAAB4AAAAUCAYAAACaq43EAAAABHNCSVQICAgIfAhkiAAAAAlw'
b'SFlzAAAK8AAACvABQqw0mAAAAjdJREFUSInF1UvoTVEUx/HP9X7lMTA3u8nAI8lMyuP8ByaS'
b'UhSp/51xywQRA0qSDrOTxEBJKQzkyiMGDEQUypYQBkomJPw9rsHZl+M6/79zQ1bt2metdfb3'
b'rP3be51au932P2xE1cR6szUek/EqpMnAn4KHDQIZWZjX4nQP7uF4vdka96fg0opDmnyqN1vL'
b'8C6kyeXoni+veDm2ItSbrSWohTQ53yu4VqZxvdlaiNMYEyFfsQudSg/iCfZjAKtDmpzsBTyY'
b'xqMwQS7FvpL4hsJ8NBroCVyqcdy6zRXXeIYdvUAZ+lS/7Xp+Iq9qDNbJdwRCSJPrvYJ/0jhe'
b'mR2Yh7kYH0OPsDykyd2YtwIn5Ds2gPu4gb0hTR5XAXdXPAWb/CrBqQ402iV8kB+2UZgdx3Ps'
b'rgLuBrzGuZK80V3Pc+RbXrT3eFMFSsl1is1hOlbJqyfXez2uYwaOYWqMPccW3MaLkCaV4KX3'
b'OH7AWhzpcr/BxC7fxZAmi6vAfguuN1sL5DoOr7DGezRxKKRJ5T/OUA3kSwS/lPfoBej08Gd4'
b'gEUYK5flcHxHo9E4immF9WbiTpZlCzuOwRrIBazEeaxBH24WUraHNFmK1TiLbSFNvhTiR+KH'
b'dsZk7CwySsERfgZ9IU0uhjT5jFuF8P2YcxzLQppcK76bZdlVea/v2JXo+25D/o+7NNsr3+KP'
b'+N4kHh7oa9cO/EgqnJm1eKqkWoY41X/DGo3GRszKsmzdL8F2u/1PR39//6Qy/zfSUg4HG5tr'
b'8QAAAABJRU5ErkJggg==')
index.append('process-hover-trans')
catalog['process-hover-trans'] = process_hover_trans
#----------------------------------------------------------------------
process_normal_trans = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAAB4AAAAUCAYAAACaq43EAAAABHNCSVQICAgIfAhkiAAAAAlw'
b'SFlzAAAK8AAACvABQqw0mAAAAx1JREFUSInFVV9IU3EU/ja2clotfQrLMIki++eUMCOyzJSi'
b'P1gWQUVFdAcrsP8RFYuIghVEGeFeZi89pkHq0AmtHlppREQP5cqpkTprrbvt3utu93p6yLvu'
b'dAsdQh+ch3t+P37fOd/5LkdDRPgf0Kk/NBpN0osGgyEjKzNzdpBlv/EcJya7N+FGiCgWsWp0'
b'Or26HoPBgIaGxtofgUCwubX9UVr6zPSJvPevSEgMAFarddux48fLAKCkpASyLHfSKJYWFi8G'
b'gK07qirWllVUThlxTU3NBiJiiSjqcDhOezyek0TEKcRNzS13bt+9d0ImGuGE6PDWqurqKSG2'
b'WCyVRCTTBFH38LFryqR2OOrPqh+XJJk4fngcae9Xf+8y0+o1kyXWjjWHXq+HyWRCfv6SsDrf'
b'Mxj0dbz33gyHI7UAIkp+YKD/YyQ49CKZ2ZJCXYXRaMxwOp22YDDoJqKI0pX465c3zA8vD3M8'
b'WJZFt89XrRpFdGBw8E1Ti7Nucf6yvJSkzs7OnsfzXNxsJUmmYChiU+6Iooi2trZMUplNwXnr'
b'9YspSS0IQuDTZ59TndNqNaARefpPloUoiuA4Drm5uYUA0saIJyxakBNKSWoAmJM9L/3gEaao'
b'1eW69bdrKdTl9e52u91zX3V0VkQ4fihmrn5/36kL1n1bdlTnL8hbOCslqdW4fuPGoXEW/vNv'
b'x6G794trpjErYSOTJi5eu75UlCQpAXEi8DbbTUar1WomQ6xREypLYvW68k2eZ64mANPedfUN'
b'CmzgffEqUykAPQD0+7/3Dfn9HwpWLC0HoP3246c7J2d+eZQPy0QEs9n8AECuSsCVAN7a7fYN'
b'Me8kmvvL5+0uyzHLHrens3X7rr0Hdu6s2hwIBF4r53fu110u21hWeerMuf0fvL7mEyfPXYoK'
b'nKx6oh5AqSpmA7jyT3OpodXpYnvySXNLraLt4aPmIiU/3TAjbpcqbzEM08gwDI3G07FSx+3j'
b'sRiRpFg1165etbGhUJ8gDEfbW9u6lXxUiCRbwIcA9CTsFoif8VTDbDbXACiw2+2Hxx1O1IWp'
b'BsMwxkT533IfNNyjqcHwAAAAAElFTkSuQmCC')
index.append('process-normal-trans')
catalog['process-normal-trans'] = process_normal_trans
#----------------------------------------------------------------------
random_hover_trans = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAAB4AAAAUCAYAAACaq43EAAAABHNCSVQICAgIfAhkiAAAAAlw'
b'SFlzAAAK8AAACvABQqw0mAAAAedJREFUSInF1U1r1FAUxvFfpZa2qLOwrbrwBRGzUGmXuvJl'
b'FTfFl7WiCxt3xg8g+AFEsh0QLH4ABRGMIlhE0IWgohSyKLpQqgjaqkhRMC4SYZrOlE6n1Qsh'
b'Oefm4Z/n3Jtzu/I89z/GmuWIgjgdCOJ03T8H4w5urCg4iNODQZweaiUI4nQA2/CpE3B3k9xJ'
b'bMBEC80JPEOtE3CzUg9i+98giNP+IE57yuceHMHd8uNWFPwba4M47Svjm3gVxGk39qIf97C1'
b'E3CzUvfhGzbjDXoU63m8BD/AFw2lDuJ0P2RJ+HSp4HmOgzjtLcHT2FP+MrtxCacxgtuYMb/U'
b'5zC0VOgCMDZhDq+xCwfwKEvChwrnM1kSvs2SMMfXIE5rQZzuU7i/3w64WuohzCLD0TI3Wd4v'
b'orFpvFNswlN4kiXhXCfgwRI8ifPYiHHIknCy8u4sdmIYV9uBNgNvUWyk9wp36/GyhXYWIZ5n'
b'STjdLri6xlN4nCXhT3xGb5aEH1pof2EU19qFUnGcJeFEQ/gdHxfR1hSup6oTURSNY0dDahgv'
b'6vX64abgyriCH60msyQcXUR73cKWe7kx6Fqt8ziKols4VoYTjW5Z/rG4lHFG0WiouGUVHUMU'
b'RRcwUq/Xzy6YzPN8Va+xsbFas/wfS7PVIdwUrGsAAAAASUVORK5CYII=')
index.append('random-hover-trans')
catalog['random-hover-trans'] = random_hover_trans
#----------------------------------------------------------------------
random_normal_trans = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAAB4AAAAUCAYAAACaq43EAAAABHNCSVQICAgIfAhkiAAAAAlw'
b'SFlzAAAK8AAACvABQqw0mAAAAbdJREFUSInF1c1vTFEYx/FPhUYFs2mLiJdIY4O0O6y8rNg0'
b'WmvCwtyl+AMk/gD/wF2xsiSxESIxsdEgQUgTi4YFRZrQQURI3C7OWdy5c2fM3NF4kpNznnPu'
b'c7/P78l5GcqyzP+wNRXjRrFxEPBQRcVzWMRsVXCZ4iM42iVmFDuxVBUKa0vmTmMzGh1iZvEU'
b'tUHAZYrHsCvnb8BwHA/jOO7E5P4p+A/WYST6N/FSqM7+mMhd7BgEXFbqEXzDVrwRVC5hJoLv'
b'44vWUh+K/Vyv4KLi9RH8AfuEI7MXl3EWU7iNZa2lvoDxXqFl4C34iVeYwGE8xANB+TLeIsNX'
b'QfWB2N/rB1ws9TiaeI2TcW4+9pe0XhrvhE14Bo9iwj1bUfFYBM/Hnx7Ek1wCj3PfNrEHk7jR'
b'D5R2xduEjfReULcJLzrENnECz4Q9MRB4IbZf+Izt+Ngh9jemhZuubyuCG7nxd3zqElsTVC8U'
b'F5IkuY7dualJPE/T9FgncN6u4keX9ekua9e0X7lX8k7V1+mvliTJLZyKbiOvlurvcS92Tjj3'
b'FNSyioohSZKLmErT9HzbYpZlq9rq9XqtbH4F8SCzQi/Ay+QAAAAASUVORK5CYII=')
index.append('random-normal-trans')
catalog['random-normal-trans'] = random_normal_trans
#----------------------------------------------------------------------
recycle_hover_trans = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAABAAAAAWCAYAAADJqhx8AAAABHNCSVQICAgIfAhkiAAAAAlw'
b'SFlzAAAK8AAACvABQqw0mAAAASFJREFUOI3d078rR1EYx/HXV8qvBUWkROSazQYZdFf5sTCZ'
b'JMPd/A3KcCeL2aTYuAaLXwslmS4mKWWwG/haTrrdXCmD8mznnM/zPs/nPM+p1et1v4mGX2X/'
b'D0BjeSNKsi7sYhz7WM/T+LgKUCt2IUqyPlygt6Tbwyq68jS+/rKCKMkagrAXZ3hEM6YwjQm8'
b'YLjKwjIesJCn8V3Bzg1a0IHLsoUi4DRP483S+Sye0Y4mnJcBtZ9MYpRkg8HCSZ7G95WAKMk2'
b'QqlH4banPI1fv4N/zkGUZK1YwBK2A2S0VMlkGVB8gwH0FNYHuI2SrB1DWMQM+qsAY7hCG0aw'
b'grmg6Qya+UoLOMzTeCyAtvCO7pD8hrU8jXfKgB914bv4+9/4DwAf5ZJNUZG5OFUAAAAASUVO'
b'RK5CYII=')
index.append('recycle-hover-trans')
catalog['recycle-hover-trans'] = recycle_hover_trans
#----------------------------------------------------------------------
recycle_normal_trans = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAABAAAAAWCAYAAADJqhx8AAAABHNCSVQICAgIfAhkiAAAAAlw'
b'SFlzAAAK8AAACvABQqw0mAAAAPpJREFUOI3dkzFKg0EQRl9SJdpo8TexErSxsRBbkRQ5Qexy'
b'Ag/gKQQbK88gdjaCVRJJlV6ijYgxgloLwWfhXwxr3MI06gfLssvOm5lvdysq86g6V/T/BRRA'
b'FxA4B3ayBDWOFfXBrzpTG+pmcp5KuMYqMAC2gT5wD9SAFlAHXoEXYO27CvbVU3U97BXqY6jk'
b'Iq0getAD2sAo7LWBJ+CtXF+lFsQWcloFdvk09yYHOASWgcsy2zhkn63Qz4I6Dv3eznC9mXoQ'
b'FxvJ1R2rdXVJ3VKP1LscoKMO1esS8K5O1OcA3csBinJeVE/UaQicqgdpcPqQfqTf+Rv/GOAD'
b'lERinsbskcoAAAAASUVORK5CYII=')
index.append('recycle-normal-trans')
catalog['recycle-normal-trans'] = recycle_normal_trans
#----------------------------------------------------------------------
reset_hover_trans = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAABIAAAASCAYAAABWzo5XAAAABHNCSVQICAgIfAhkiAAAAAlw'
b'SFlzAAAK8AAACvABQqw0mAAAAS5JREFUOI3N1CtLBFEUwPHf+kIUQQyC0TRdu0EMo8IuGFTE'
b'R7KYBoNfQTFNMfkIIohFEBHmG+gHEGGCiGIQLEaxjMFZcHVnd4UNnnQf5/75n3Mvt5RlmXZE'
b'R1so7QR1FW0EUTKIOaxhDBnucIKzNA5fv+eX6vUoiJJRHKIPR7jAB6axmQssp3F4WwjKTc5x'
b'n8bheoHtLqZQTuPwmfo9mkNvEQTSONzKh/PVtRpQECUV7OCtCPIt9lCuC8I+hvDSAugSQXXS'
b'lZtkOMAtJtAfRMkxVtI4LBWAetFZY5Qnj6IHTxjHcAMIVPBQA8pjBtd4xw0Wm5S2kZeHH9cf'
b'REk3PpqYCKJkG0uYTOPw/heoyeERzCLCABbSOLypa9QAsurrWTziCqdVkz+BWon/9418AsPf'
b'YZ6+4IYfAAAAAElFTkSuQmCC')
index.append('reset-hover-trans')
catalog['reset-hover-trans'] = reset_hover_trans
#----------------------------------------------------------------------
reset_normal_trans = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAABIAAAASCAYAAABWzo5XAAAABHNCSVQICAgIfAhkiAAAAAlw'
b'SFlzAAAK8AAACvABQqw0mAAAARBJREFUOI3NlD0vREEUhp9dkUg0q0CIRrR6foJotCKiWKIQ'
b'GrVe4i9sovAXJCoRknvtFrJRbKnRkGxJoxCPZq5c3LluYiNO8hZnPp6ZOefN1FQGEfWBUP4K'
b'1ACawBXwDDwBHWAXGP+2Wi3SrHqhdtRtdVIdU9fUG/VWnc/vKYI0AqQVOQT1SO2qM2Wgpnpd'
b'AsnUVfdjoBW1r55VAG2qlzFQX31VjyuAJtTHLK8DpGkq0AJ6oQejwEkYj8UIMJQltZyzz8Pk'
b'NPAG3AFLJaA9YB1YgM8+WgbawEvwy2oJBGAHOP3Ivrx7OEkSK9TnUL1X58raH9OUuqX2AmTx'
b'J0MWaUN9UNvqQf4mmfLF/lX8v2/kHRYA4/PCNOsgAAAAAElFTkSuQmCC')
index.append('reset-normal-trans')
catalog['reset-normal-trans'] = reset_normal_trans
#----------------------------------------------------------------------
save_hover_trans = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAABIAAAASCAYAAABWzo5XAAAABHNCSVQICAgIfAhkiAAAAAlw'
b'SFlzAAAK8AAACvABQqw0mAAAAOJJREFUOI3Nk0sKwjAQhr+K+FiJG7eCiFlVr9Hb2KP0NvYa'
b'vhYF9+4EQSiKOi5MZIiNXejCH4b+mQlf0hkSiQi/UOMnlL8ENfXCpPnS2hgQG1vAAG2AIkui'
b'SpKIvGIyXyyVF68mVXkX/q8N9Rle7eZuZNL8bdRNb91Sfm3S/AD0LXStaqs6UNeZIktm/mal'
b'cR3o4oxt/FTVTkBZZMlAHxgC7ZXv+RNSU935IL/Zx4B3iu23rANpTStyUaj2CXStyJ1DmyP9'
b'+k2a34ANMOLZvxZwt1ECPZ6jN0WWdIKgb/R/r/8BedRr5zE/61EAAAAASUVORK5CYII=')
index.append('save-hover-trans')
catalog['save-hover-trans'] = save_hover_trans
#----------------------------------------------------------------------
save_normal_trans = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAABIAAAASCAYAAABWzo5XAAAABHNCSVQICAgIfAhkiAAAAAlw'
b'SFlzAAAK8AAACvABQqw0mAAAAMBJREFUOI3Vk8sKwkAMRc+IKCLiJ/gDPv7/M6q4cy+4EKWI'
b'r7bjwhRDmrYgXeiFkExu5xCmMyHGSBfqdUL5C1AiUQA5kMn6BkQJV32nt5IcgaD65dr23Ylm'
b'ZqNWLjk4XgU0UPUGOMqmAtgqb21Bwdwjd2xHF2DcNNFD1QmfA45AChzEG1myBe1VPZXpypgo'
b'f9cGOtfUpRaSr20graXTC3VeEyhzeve6jy1ozvuQUwHlwFMAJ2AofgVof//X+r3X/wKamjad'
b'ZgBOvwAAAABJRU5ErkJggg==')
index.append('save-normal-trans')
catalog['save-normal-trans'] = save_normal_trans
#----------------------------------------------------------------------
show_hover_trans = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAABIAAAASCAYAAABWzo5XAAAABHNCSVQICAgIfAhkiAAAAAlw'
b'SFlzAAAK8AAACvABQqw0mAAAAPJJREFUOI3d07FOAkEQxvEfxJewxniJJTX0W1gTeQGoSI6C'
b'p7BgEyt4AYy1xfVYU5KsgdrHwGaL8zgbpTBOM5Pv2/lnsrPbOZ1OLhHdi1D+N+jqO6Moq9Yt'
b'pBg6bXqnubWirLbo4RpDHLPVwxYfOKYYhvW+bgPyiAFesEgxvGGEUa4X2Rvks+cTFWU1wQrr'
b'FMO0ocE0xbDO+gqTulaf6CnnWYvWrGdNrQ66y3nfojXrfVP7ctlFWT1ggx3eUwzjoqz6kGLY'
b'FWW1wS36GKcYnltBGbbEDe4xxyFbN1jiFYcUw7zedwaqAX/3jn4af++vXQz0CY6rXIXiqefL'
b'AAAAAElFTkSuQmCC')
index.append('show-hover-trans')
catalog['show-hover-trans'] = show_hover_trans
#----------------------------------------------------------------------
show_normal_trans = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAABIAAAASCAYAAABWzo5XAAAABHNCSVQICAgIfAhkiAAAAAlw'
b'SFlzAAAK8AAACvABQqw0mAAAAM1JREFUOI3dk7ENwkAMRV8QSnagpqKkoQpzZAJaGrZIkzYT'
b'wABMABVF2lTU7ACNKfhE1nGJhJQCYcmK9fztO/mcxMwYwyajdPnvRtOBXN8rJDEYu9EZuCnO'
b'gZk8F7tJExxr5r20l1VmthPbyhGrpCl9rW+ykaCOMFP85nXIEreQdyAFMuARMMQyxalyHfMz'
b'WujbRlgYtx8smFGhKzdmthdbyhFrpCl8bfj8B2AFzIECuABX5dZiR+AkbWd+RqF9tUdDCxkt'
b'6LPf+9dGa/QE+lnROoR24cQAAAAASUVORK5CYII=')
index.append('show-normal-trans')
catalog['show-normal-trans'] = show_normal_trans
#----------------------------------------------------------------------
time_hover_trans = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAABIAAAAUCAYAAACAl21KAAAABHNCSVQICAgIfAhkiAAAAAlw'
b'SFlzAAAK8AAACvABQqw0mAAAAU1JREFUOI3N1LFuE0EQxvGfI2RRpTJFXIR0l45Q8A5bIb8C'
b'Sh3psITSxRKRLFGYHA2uEI+A6e4t4pRXxRIgF2mIQkFEYYps0HG+s4XkgmlW2pn573wzu9ta'
b'LBY2YVsboWwS9GCVM0nzA+zhE54WWZg2xbbqepSkeQ8jdDBHghtcoV9k4XM1Z0lakuYDvMcb'
b'dIos7EfXDoYYx5jmimIlY4QiCxcNchf4jhdFFiZNFY0wWAUpstCKlb2tlRYb+wgf10DgHbox'
b'B39P7TF+FFn4VSNFCQK3cT1Hqyptgp37xHurAMp7X9FbkoYD/ES7LrF8QJLm2+7aMFsCxQbP'
b'cVgF1cCO8K08lOrUXmKYpPmzNbBXMfaPLd3sJM1PkOIUH3AdAW0co4+zIguvV4Ii7DnO0MVD'
b'XGIXX5DWPZFaUAn4BFN305k1XdS1oH+x/+9j+w1LuImmmtb2nQAAAABJRU5ErkJggg==')
index.append('time-hover-trans')
catalog['time-hover-trans'] = time_hover_trans
#----------------------------------------------------------------------
time_normal_trans = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAABIAAAAUCAYAAACAl21KAAAABHNCSVQICAgIfAhkiAAAAAlw'
b'SFlzAAAK8AAACvABQqw0mAAAAQRJREFUOI3dlL1KxFAQRk/ETSNsZ+0jbBpfYzfvIIithZW4'
b'+4i2NhsFQTv/EFxROBY7K5eQmygsFg4MN0wyZz5mJrdQ2YbtbIXyl6AKqAHjOW9ql9fqUn1W'
b'r1zbS8RmXTldkIV6px6ro4ip7qlH8W4xBKrVe3WSUbqBPsa3WdAylPRBUM/UJgeqog+jAQhq'
b'qa4iB5XdpO8HwCvw0Z5HnEUSe4/z8jveqmircpeajd+mE0z3qAJWQNmxJUWiDGAM7AM3uT1q'
b'1JMfNPs8BpOd2kx9UA8HYE/qtA+EOg/YqTpOVJTqhesdmrfzclWnIf0tQI36qV77i18k9UmA'
b'ZvZvO4X/9mL7Am+xjftg54OyAAAAAElFTkSuQmCC')
index.append('time-normal-trans')
catalog['time-normal-trans'] = time_normal_trans
#----------------------------------------------------------------------
up_24 = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAABgAAAAYCAYAAADgdz34AAAABHNCSVQICAgIfAhkiAAAAAlw'
b'SFlzAAAK8AAACvABQqw0mAAAA+JJREFUSImllcuLXEUUh79zTt3bPa+O6czkMZOYSBIxZiFm'
b'IhpBcNvqXsmYlwkI5n/Qjf4Jioq2SxFEBMG1iyjB4EaJmokz3e1CHARJz0w/594qF/f2zCQ9'
b'j4AFRd0q6v6+8zun6l7hA3ZvAczswnMz59679dWP7/Y/63/8EG8BYLy8yw4PojL32rHXP312'
b'9IXy6ONjLy0md5f8bf/T/wd4iF08d/6xC9UpmYl/bd5hqnhAD549VKn1Hg6yPcBDwRXmLhy/'
b'Uh0Pk/Fiqw6RsJKsUHZTemh2ulLv/7ErZGtALj53/HK1mJbixXYdHKR4fPCs9Fcpu0mdnp2p'
b'1PsLO0KGAZvEC34irrUbiAmpT0mDJ+AJQKu/yt5on86cnanUe9tD7gd4KLri3KUTV6uRH49r'
b'rQaokIYEj8eHFI8niCcItNZWKUeTenj2SKXeXljyvw1DNgAD8ZPXqlE6Fi+2G2CQhiwtHo8X'
b'D5JtFwFVoZ12mCzs10dnj1RqKwtL/vf7IRkgF7988lo1TsfjWruBmRKAgCcJCWt+ja7v0k27'
b'9HyPnu/R9z08Kc1ek73FfXrk6cOVRrO25Oc3IML7MGqjcxdPXK0W0om41mmQSMpq0qLZa7K8'
b'tkw7aZOEBBRMFRPDTHGqiCiigopwYHw/lqTpzQ9vXO9/2/8IwNyr7vrF01c+OTpx3Jb4hzDi'
b'ude/x+K/dRaW67SSNh6PmuLUcOaInCMyh5qxf2SS6dJByhN7iGLHdHlGy0+VX2ncq7XD3XDT'
b'pV+mB76IPq8mPgkqEhKfdvecLj3/xLlnzvz1598UoxinbpO4rT+Lwr7xR7j19Y2fW3faPxBw'
b'IXgQLHTCMZQpF74Jby/TvK/yRSm8oy/KGVPF1DAzTI3IGZE5nGWjqKCxsPLL6ved79pvbXFK'
b'Yze0dBqkImhXcGKYKk6UyAaRZ+KROcw0G51GW90BoO8eFOdNwCHidT1ysywlLheOzBG5iMiU'
b'2CLw28gDG4AngWtAALqgIuggRZo5ifLo47zIUZTNCdsDFIBTwBsb4qQgKvmRzI7jADQocOwc'
b'sYsywI4OTgEXyTb189UUFEFF110407wbkW5KldmODhzn88h7+UoAEhARRAQbpEos63mhB/fB'
b'yW4O0kxwvYXBXDDNxLN65CnLuzPL7ocZsiNg7YGVkKVIHtyZOxLJPgsqG8Cdmhuy50G86NjI'
b'GKV+ifF4lKKLKUQxxThmJC5QjGKKUYGRYoHSSAlEtqU4VoYdrPZWO/Xb8+1C6sVLh570SDA6'
b'oixvOlXOHPNunm632yczPVRuobAFNjDBGkeBAuS/sO2bYqyQUoOhhPMf3TF+Z01qI8AAAAAA'
b'SUVORK5CYII=')
index.append('up_24')
catalog['up_24'] = up_24
#----------------------------------------------------------------------
vu_metre2 = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAANoAAAAFCAIAAACsF2V2AAAAA3NCSVQICAjb4U/gAAABAklE'
b'QVRIiWNgGAWjYNAARgYGBtdt7ljl/nz9czjhoONqZ6yyn+99vtp32WKKFVbZ95ff3V1616TD'
b'FKvssz1P3196r12kg1X20YaH3199V0/TwCp7c9YNTjFOuQB5rLJX+64I6glKuUhjlT1TcVo5'
b'WllQVwir7ImcY9pFurxKvFhl94futV1gz8LNglV2t9dOPMF4IueYzXw7rLIUBqPUmTfFaZpY'
b'ZTfsePLyzff0GFWssjOX3BYX4QzwkMEq2zvruuErfncJCayyRRcuxivI6wsIYJVNO3O2XENd'
b'mYcHq6z/kaOP//zBqpORgYEJq55RMAoGBIwmx1EwiMBochwFgwgAAH0VYAhA4kYpAAAAAElF'
b'TkSuQmCC')
index.append('vu-metre2')
catalog['vu-metre2'] = vu_metre2
#----------------------------------------------------------------------
vu_metre_dark2 = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAANoAAAAFCAIAAACsF2V2AAAAA3NCSVQICAjb4U/gAAAACXBI'
b'WXMAAArwAAAK8AFCrDSYAAAA+ElEQVRIiWNgGAWjYNAARgYGBgsvDqxyf38znD/w08SVHavs'
b't0//7176rWvDhlX207t/T27/0TLHLvv6yd9P7/4p67FilX3x4O/Pb//ltViwyj689oedi1FC'
b'gRmr7N1Lv/mEmERlsMteO/lLRpWFT4gJq+zlI7+U9Vi5+Bixyp7Z/dPQgZ0Zu5MZTmz7gScY'
b'Lx35aehIk2D8+eq/viZ22ftP/nz//k9LFbvstdu/ODmZFGWwB/LF67+k3zMrsmCX3ffjhw4r'
b'qxgz9kDe+f27OTu7ABP2QF737VurlAwnNtmcxw+x6xkFo2BAwGhyHAWDCIwmx1EwiAAAHAVf'
b'CAHlJsIAAAAASUVORK5CYII=')
index.append('vu-metre-dark2')
catalog['vu-metre-dark2'] = vu_metre_dark2
#----------------------------------------------------------------------
waves_hover_trans = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAAB4AAAAUCAYAAACaq43EAAAABHNCSVQICAgIfAhkiAAAAAlw'
b'SFlzAAAK8AAACvABQqw0mAAAAZxJREFUSInNlT1IHEEYhp87EpNIOKuAmCIphCljJ2hh0sgU'
b'SSGmCghR4abMVBb+gGJhIZKpggMqKXIoVukyKYQTSZFGbMfmGgsLC5sDC5O1cE6WdfVEbnJ5'
b'YWH3fXfm+fh2dqaQJAntULEt1P8GLLQrCe0m/gX4Qea5CxgGNkIhA8AYcOKNnGslONvqIvAk'
b'QPuBbeAX0CO0WxPaPY4FJkB7gWlg1Bv5zRs5CTwD3kYFA1PAT2/k75S3ALwX2nXHAncDj4BK'
b'2vRG7gNHwIdWgAvpDURo9wKoAXXgzw2FdoY8b+cpAiPeyJ1m4OyqBvgBvPNG/s0bILRbBmre'
b'yC852RrwvBm0UWFW5zdBg1aApewKF9oNAR1c/gn3At8qb+Qx8BlYFdo9DNCnwCKw7o08iwIO'
b'8HmgBMwI7QaBLWDPG7l71zmy37gOHN5xrAJmAQ1UvJGbV4FSX4GXqXdfAQfW2jcNoxDjWFRK'
b'DQHVjP3aWnvVkSinUwB8T1nVNDQaOOgjcBru57NhlFY3pJT6BPRZa8evhUmSRL3K5XJXnn8B'
b'rJjPsTlXkigAAAAASUVORK5CYII=')
index.append('waves-hover-trans')
catalog['waves-hover-trans'] = waves_hover_trans
#----------------------------------------------------------------------
waves_normal_trans = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAAB4AAAAUCAYAAACaq43EAAAABHNCSVQICAgIfAhkiAAAAAlw'
b'SFlzAAAK8AAACvABQqw0mAAAAWJJREFUSInN1TFIHEEYxfGfR2JUQqwE0UIL+6QLmEJsUiVF'
b'iJVVYuC21CYWanFiYSFiZzJgSIpIxMpOLAJKsLAJ1jZpLAQtbAQLdVPcGpZ1zzvE5fJgYea9'
b'mf0P7H7ftMRxrBkqNYX6P4GfYKwZ4E68TM0H8QlzRYNLaE/Gz7GOXfRgBW1Fga81gCm8xXd8'
b'QBdeFQ2exBb2Ut4sRtBdFLgbj7Ca8X/jEKP3AW7JNJA+/MEZLnPWl9CR5Hmdp4Q3+FkP/CDH'
b'28RrXNXYs5AcbjknW0FvPej1CbO6uAUKi5h38w8fQqtqJdwJXE9HWMJnPEy8x6q1/gXnRYGh'
b'otrlpvECa/iFnUZfkP3GZzhocG+EGUyoVsCPf0EUfUN/au1T7IcQhmuBT/CxQfAxxmtkX7Gd'
b'8SrpSSG3UwhhBxspazvxigUneofTZFzJhtkGcq+Komgcz0II72+EcRwX+pTL5c48/y9jqZ5n'
b'LqtqxQAAAABJRU5ErkJggg==')
index.append('waves-normal-trans')
catalog['waves-normal-trans'] = waves_normal_trans
#----------------------------------------------------------------------
xfade_linear = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAAA4AAAAOCAYAAAAfSC3RAAAABHNCSVQICAgIfAhkiAAAAAlw'
b'SFlzAAAK8AAACvABQqw0mAAAAPRJREFUKJF10kFOW0EQhOF5EXcKUiAbFIgwthITg/DRvMky'
b'V2ABCAmMiHKNiGPUl808NB6/9GZ61P1PVbemYIOTUgPv55gnGcslyWf8LDhLcofvPdznSWa4'
b'w2IsLvCEby3QPTDHFqvSBi7w3Co3tRn+4HrSSoW3WDb2zvGKddM3TMHzOscxPuGhVUqyC3Xw'
b'If4mecNRr4TyoZ+nxkEpxTAMKaUM/+nZW/kS91X1Y81/7PV2Fpd1OfNuYS+42ltOvVxW6GLC'
b'0SzJb9zsFJJc4hFfW0vtVxvhJOsRmuM2yenUzBNf7hGrgk2SL31jknfF7qFz/PoHNNxNwh8F'
b'QxsAAAAASUVORK5CYII=')
index.append('xfade-linear')
catalog['xfade-linear'] = xfade_linear
#----------------------------------------------------------------------
xfade_power = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAAA4AAAAOCAYAAAAfSC3RAAAABHNCSVQICAgIfAhkiAAAAAlw'
b'SFlzAAAK8AAACvABQqw0mAAAAUpJREFUKJFtkrFKnUEQhc+st7ERBIV4xYiND3BRCxEb7RS0'
b'CiqCPoIggVT2liE3gZTqxVIE0auFFmlinSaVj5B0otX5bHYvvz//NLNn58zMmZ0N298jogP8'
b'i4jfwEVK6a8k2VZKScCkpE/AqqSxiHiUJAEJmAO6wAOwp2zABtAHesAy0JKkUM2AFUkHwK+I'
b'eJG0JuksIs7fEW3XcwV8tP0K/AemG+JKKaUBqAQWIuKPpCdJo9UESYqI91WygiXg3vY8sAPc'
b'AuON6oDIftj2FXBYiX0DftS5si3bJfELcAqkCnHC9rXt3YwHs7WyXwRugE65LyRgM8ufzXio'
b'dA3bJ8BRUQEMlGTyV9vd+oz7ti9tj5RCDfN/APq2t0q3Gdt3wHp9LcXKawLbtvu22wEcS0oR'
b'8bm6mrKr8l+rkoFn2f4JtGvSG88ZT9nuvQEC6UR8F3lSlgAAAABJRU5ErkJggg==')
index.append('xfade-power')
catalog['xfade-power'] = xfade_power
#----------------------------------------------------------------------
xfade_sigmoid = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAAA4AAAAOCAYAAAAfSC3RAAAABHNCSVQICAgIfAhkiAAAAAlw'
b'SFlzAAAK8AAACvABQqw0mAAAATdJREFUKJF1kj1LlmEYho/rDmloUXBpEISGCNwskNbo8wdE'
b'BjooCP2Clug3RENNUbRHS0tTGGri4uRgv6ChKWhoOY+Gnlef9zbv7brOj+s84S71tXoNOKyq'
b'91V1CKCWWq21DPMKsAksAUcMywX1ufpVfUj3kmyou+pTda7HUe8n2UvyYCR6PIhunRF07uvq'
b'J3VGXUyyk+R2x6HGQ2ttcvktsANcAVJVz4Y9VXXqoJ6JrG6rB+p8hwHQgGmXf+AecBn4XlU/'
b'x4IJt/XZB/AX8Af4cV6qNnX+tOMCcBG4PiH2qU6ido6r6i7wW71zDmf6qTeTbKtXk9xVP6uz'
b'/6s0Ft1L8k3dGu1eqe/USz35gnojycvhy611+Jz6Rv2QZPmks/oCWAT2gY9VdTwIJv2jzgBP'
b'1EdVVeqXv48HAD7In3ZkAAAAAElFTkSuQmCC')
index.append('xfade-sigmoid')
catalog['xfade-sigmoid'] = xfade_sigmoid
#----------------------------------------------------------------------
zoom_click_trans = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAABQAAAAUCAYAAACNiR0NAAAABHNCSVQICAgIfAhkiAAAAAlw'
b'SFlzAAAK8AAACvABQqw0mAAAAbBJREFUOI2t1M+LTXEYx/HXHQwR0fiRMuqcZMFi1haEmpyy'
b'HBYaFBt2ZHYWVlZqVjazIdxsNMnyy4b8KJv5C/A9kRoUShYucS3Ol7md7j1TzKdOT98f532e'
b'5+lznla327WUGlpSGpb32wxZvgsXcADr04fn0cZMUcbPg4Ct3pJDlg/jLC5iU9r+c6GV4iuc'
b'Lsr4tB+wXvIkphPsLa5gIj038R070A5ZPtaYYcjyUTzBdsxhoijjm97LIcsP4Rq2IhRlPNyU'
b'4TFswzscqcOgKON9TKnacDAlMRC4L8W5ooyv+5WTdA+fsAL7m4C707rTAFOUsYMPabmzCfgt'
b'xZEmYNKGFOebgHdSHAtZvnYQKWT5ODaq+vioCdjGD5WRryZP1mGjmMUwnuHFQGBRxpe4hJ84'
b'gQchy/ck0EjI8vN4iHXplS0WzP9XrfpwCFl+S2WhoVRWByst/ClfsSadP8bJXov1Gw5ncFRl'
b'7l8JBh9xF+M4hy/Yi9mQ5asHZljLdhU2o1OU8X3tbBI3sAzPcbwoY2wELqaQ5VO4nKCnijLe'
b'/q95WJRxWtWi64gsUvK/aMkn9m+VAIbEZ1QSYQAAAABJRU5ErkJggg==')
index.append('zoom-click-trans')
catalog['zoom-click-trans'] = zoom_click_trans
#----------------------------------------------------------------------
zoom_hover_trans = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAABQAAAAUCAYAAACNiR0NAAAABHNCSVQICAgIfAhkiAAAAAlw'
b'SFlzAAAK8AAACvABQqw0mAAAAWdJREFUOI211DFolDEUAODvtCgOpZU6CZ0zFtSlQ8VFyHaL'
b'g6IUnboGXJwUB8FFSBHHFhcFwcFu0UVwcimcblkK7ejUSeniOdw/nOf959meb8wjH3nJy+v0'
b'+32zjFMz1f4HONeWCKl0cRcL6OMAmzXH3iSwM3qHIZVFbOMyXuNzk+riFp7WHB//ywkfYhlr'
b'NceDofWdkMobbIVUejXHnXHgb3cYUlnBTdwYwUDN8T3uY6vthKOP0sVuzXG/bQPe4WdI5eo0'
b'YAdHEzA1xyN8w+I0ICxNAps4j8NpwB5WQirzbVJI5Tou4MtfweblengeUjkzBlvGW3zV0sPj'
b'Sr6HNXwIqaw20FJIJeFjA11q8hdHN//R2A2wgEdYxzmcxT428QMvGvgT1odbbCw4KUIqc9jA'
b'E8xjF9dqjt+PBQ7Bt/ESpw2+552a496xp03N8RUeGPTtFaxywvFVc3xmUP429jhByW0x8wH7'
b'C158c2POAaS8AAAAAElFTkSuQmCC')
index.append('zoom-hover-trans')
catalog['zoom-hover-trans'] = zoom_hover_trans
#----------------------------------------------------------------------
zoom_normal_trans = PyEmbeddedImage(
b'iVBORw0KGgoAAAANSUhEUgAAABQAAAAUCAYAAACNiR0NAAAABHNCSVQICAgIfAhkiAAAAAlw'
b'SFlzAAAK8AAACvABQqw0mAAAATNJREFUOI3NlL1KQ0EQRs+VYCFIlFgJRvAFUmthJ5a3tEhj'
b'YyWI4AP4BArmCXwC8QnESkEJxM5CBUUsNEUsRPzLscjaxJvNhURwYJr92DOz3w6TqAwzRoZK'
b'+wtgIaKlwCpQBATugD2gEQNmdTgBHAA14DJAagF6CmxHW1S7c1c9V8sZ2rJ6r6YZGuovYEV9'
b'UGd7XVBX1GYvvfvJKVAHbiOPOgTawGIeDxPgLepRR3+k43VfIECpDxBgEmjlATaACjAegS0B'
b'U8BFppph7JG6r45maDPqc5iCUp5fJvzwtXqszoezkrqpXqkv6pdaV6fzAFGLYR6bAfAZimyo'
b'a+q72g5Fy3mAsSyo62ordHqmjg0C/Mmq+hE6PVHnBgWibqmvwYKqGt02eWIHeAIWgBuAxP++'
b'sb8B+DgaoxP3ukQAAAAASUVORK5CYII=')
index.append('zoom-normal-trans')
catalog['zoom-normal-trans'] = zoom_normal_trans
cecilia/Resources/Variables.py 0000664 0001750 0001750 00000035646 15074672731 015471 0 ustar tvaz tvaz """
Copyright 2019 iACT, Universite de Montreal,
Jean Piche, Olivier Belanger, Jean-Michel Dumas
This file is part of Cecilia 5.
Cecilia 5 is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
Cecilia 5 is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with Cecilia 5. If not, see .
"""
import sys, os, wx
import unicodedata
from .constants import *
from pyo import pa_get_default_devices_from_host
if sys.version_info[0] < 3:
unicode_t = unicode
else:
unicode_t = str
CeciliaVar = dict()
CeciliaVar['DEBUG'] = 0
# System variables
CeciliaVar['systemPlatform'] = sys.platform
CeciliaVar['numDisplays'] = 1
CeciliaVar['displaySize'] = []
CeciliaVar['displayOffset'] = []
CeciliaVar['mainFrame'] = None
# Path of the currently opened file
CeciliaVar['currentCeciliaFile'] = ''
CeciliaVar['lastCeciliaFile'] = ''
CeciliaVar['builtinModule'] = False
CeciliaVar['currentModuleRef'] = None
CeciliaVar['currentModule'] = None
CeciliaVar['currentModuleName'] = None
# Save path for the various dialogs that pops
CeciliaVar['openFilePath'] = os.path.expanduser('~')
CeciliaVar['saveFilePath'] = os.path.expanduser('~')
CeciliaVar['openAudioFilePath'] = os.path.expanduser('~')
CeciliaVar['saveAudioFilePath'] = os.path.expanduser('~')
CeciliaVar['grapherLinePath'] = os.path.expanduser('~')
# Boolean that says if file was modified since last save
CeciliaVar['presetToLoad'] = None
# Boolean that says if the grapher (or other UI window ca grab the focus
CeciliaVar['canGrabFocus'] = True
# Audio / Midi
CeciliaVar['availableAudioOutputs'] = []
CeciliaVar['availableAudioOutputIndexes'] = []
CeciliaVar['availableAudioInputs'] = []
CeciliaVar['availableAudioInputIndexes'] = []
CeciliaVar['availableMidiOutputs'] = []
CeciliaVar['availableMidiOutputIndexes'] = []
CeciliaVar['availableMidiInputs'] = []
CeciliaVar['availableMidiInputIndexes'] = []
# Preferences variables
CeciliaVar['soundfilePlayer'] = ''
CeciliaVar['soundfileEditor'] = ''
CeciliaVar['textEditor'] = ''
CeciliaVar['prefferedPath'] = ''
CeciliaVar['rememberedSound'] = True
# Visual variables
CeciliaVar['useTooltips'] = 1
CeciliaVar['graphTexture'] = 1
CeciliaVar['moduleDescription'] = ''
CeciliaVar['interfaceWidgets'] = []
CeciliaVar['interface'] = None
CeciliaVar['interfaceSize'] = (1000, 600)
CeciliaVar['interfacePosition'] = (0, 25)
CeciliaVar['grapher'] = None
CeciliaVar['gainSlider'] = None
CeciliaVar['plugins'] = [None] * NUM_OF_PLUGINS
CeciliaVar['userSliders'] = []
CeciliaVar['userTogglePopups'] = []
CeciliaVar['userSamplers'] = []
CeciliaVar['userInputs'] = dict()
CeciliaVar['samplerSliders'] = []
CeciliaVar['samplerTogglePopup'] = []
CeciliaVar['initPreset'] = None
CeciliaVar['presetPanel'] = None
CeciliaVar['tooltips'] = []
# Performance variables
CeciliaVar['toDac'] = True
CeciliaVar['outputFile'] = ''
CeciliaVar['totalTime'] = 30.0
CeciliaVar['defaultTotalTime'] = 30.0
CeciliaVar['startOffset'] = 0.0
CeciliaVar['globalFade'] = 0.005
CeciliaVar['audioServer'] = None
CeciliaVar['automaticMidiBinding'] = 0
CeciliaVar['showSpectrum'] = 0
CeciliaVar['spectrumFrame'] = None
if sys.platform.startswith("win"):
def_in, def_out = pa_get_default_devices_from_host("directsound")
elif sys.platform.startswith("darwin"):
def_in, def_out = pa_get_default_devices_from_host("core")
else:
def_in, def_out = pa_get_default_devices_from_host("alsa")
if def_in < 0:
def_in = 0
if def_out < 0:
def_out = 0
# Server Flags
CeciliaVar['sr'] = 44100
CeciliaVar['nchnls'] = 2
CeciliaVar['defaultNchnls'] = 2
CeciliaVar['sampSize'] = 0
CeciliaVar['audioFileType'] = 'aif' # aif, wav, flac, ogg, sd2, au, caf
CeciliaVar['samplePrecision'] = '32 bit' # '32 bit', '64 bit'
CeciliaVar['bufferSize'] = '512'
CeciliaVar['audioHostAPI'] = 'portaudio'
CeciliaVar['audioOutput'] = def_out
CeciliaVar['audioInput'] = def_in
CeciliaVar['enableAudioInput'] = 0
CeciliaVar['useMidi'] = 0
CeciliaVar['useSoundDur'] = 0
CeciliaVar['midiPort'] = 'portmidi'
CeciliaVar['midiDeviceIn'] = 0
CeciliaVar['defaultFirstInput'] = 0
CeciliaVar['defaultFirstOutput'] = 0
CeciliaVar['jack'] = {'client': 'cecilia5'}
CeciliaVar['lastAudioFiles'] = ""
def loadBitmaps():
CeciliaVar['ICON_VUMETER'] = ICON_VUMETER.GetBitmap()
CeciliaVar['ICON_VUMETER_DARK'] = ICON_VUMETER_DARK.GetBitmap()
CeciliaVar['ICON_PLUGINS_KNOB'] = ICON_PLUGINS_KNOB.GetBitmap()
CeciliaVar['ICON_PLUGINS_KNOB_DISABLE'] = ICON_PLUGINS_KNOB_DISABLE.GetBitmap()
CeciliaVar['ICON_PLUGINS_ARROW_UP'] = ICON_PLUGINS_ARROW_UP.GetBitmap()
CeciliaVar['ICON_PLUGINS_ARROW_UP_HOVER'] = ICON_PLUGINS_ARROW_UP_HOVER.GetBitmap()
CeciliaVar['ICON_PLUGINS_ARROW_DOWN'] = ICON_PLUGINS_ARROW_DOWN.GetBitmap()
CeciliaVar['ICON_PLUGINS_ARROW_DOWN_HOVER'] = ICON_PLUGINS_ARROW_DOWN_HOVER.GetBitmap()
CeciliaVar['ICON_TB_LOAD'] = ICON_TB_LOAD.GetBitmap()
CeciliaVar['ICON_TB_LOAD_OVER'] = ICON_TB_LOAD_OVER.GetBitmap()
CeciliaVar['ICON_TB_SAVE'] = ICON_TB_SAVE.GetBitmap()
CeciliaVar['ICON_TB_SAVE_OVER'] = ICON_TB_SAVE_OVER.GetBitmap()
CeciliaVar['ICON_TB_RESET'] = ICON_TB_RESET.GetBitmap()
CeciliaVar['ICON_TB_RESET_OVER'] = ICON_TB_RESET_OVER.GetBitmap()
CeciliaVar['ICON_TB_SHOW'] = ICON_TB_SHOW.GetBitmap()
CeciliaVar['ICON_TB_SHOW_OVER'] = ICON_TB_SHOW_OVER.GetBitmap()
CeciliaVar['ICON_TB_HIDE'] = ICON_TB_HIDE.GetBitmap()
CeciliaVar['ICON_TB_HIDE_OVER'] = ICON_TB_HIDE_OVER.GetBitmap()
CeciliaVar['ICON_TB_RECYCLE'] = ICON_TB_RECYCLE.GetBitmap()
CeciliaVar['ICON_TB_RECYCLE_OVER'] = ICON_TB_RECYCLE_OVER.GetBitmap()
CeciliaVar['ICON_TB_PLAY'] = ICON_TB_PLAY.GetBitmap()
CeciliaVar['ICON_TB_PLAY_OVER'] = ICON_TB_PLAY_OVER.GetBitmap()
CeciliaVar['ICON_TB_EDIT'] = ICON_TB_EDIT.GetBitmap()
CeciliaVar['ICON_TB_EDIT_OVER'] = ICON_TB_EDIT_OVER.GetBitmap()
CeciliaVar['ICON_TB_OPEN'] = ICON_TB_OPEN.GetBitmap()
CeciliaVar['ICON_TB_OPEN_OVER'] = ICON_TB_OPEN_OVER.GetBitmap()
CeciliaVar['ICON_TB_CLOSE'] = ICON_TB_CLOSE.GetBitmap()
CeciliaVar['ICON_TB_CLOSE_OVER'] = ICON_TB_CLOSE_OVER.GetBitmap()
CeciliaVar['ICON_TB_TIME'] = ICON_TB_TIME.GetBitmap()
CeciliaVar['ICON_TB_TIME_OVER'] = ICON_TB_TIME_OVER.GetBitmap()
CeciliaVar['ICON_TB_DELETE'] = ICON_TB_DELETE.GetBitmap()
CeciliaVar['ICON_TB_DELETE_OVER'] = ICON_TB_DELETE_OVER.GetBitmap()
CeciliaVar['ICON_RTB_POINTER'] = ICON_RTB_POINTER.GetBitmap()
CeciliaVar['ICON_RTB_POINTER_OVER'] = ICON_RTB_POINTER_OVER.GetBitmap()
CeciliaVar['ICON_RTB_POINTER_CLICK'] = ICON_RTB_POINTER_CLICK.GetBitmap()
CeciliaVar['ICON_RTB_PENCIL'] = ICON_RTB_PENCIL.GetBitmap()
CeciliaVar['ICON_RTB_PENCIL_OVER'] = ICON_RTB_PENCIL_OVER.GetBitmap()
CeciliaVar['ICON_RTB_PENCIL_CLICK'] = ICON_RTB_PENCIL_CLICK.GetBitmap()
CeciliaVar['ICON_RTB_ZOOM'] = ICON_RTB_ZOOM.GetBitmap()
CeciliaVar['ICON_RTB_ZOOM_OVER'] = ICON_RTB_ZOOM_OVER.GetBitmap()
CeciliaVar['ICON_RTB_ZOOM_CLICK'] = ICON_RTB_ZOOM_CLICK.GetBitmap()
CeciliaVar['ICON_RTB_HAND'] = ICON_RTB_HAND.GetBitmap()
CeciliaVar['ICON_RTB_HAND_OVER'] = ICON_RTB_HAND_OVER.GetBitmap()
CeciliaVar['ICON_RTB_HAND_CLICK'] = ICON_RTB_HAND_CLICK.GetBitmap()
CeciliaVar['ICON_PREF_AUDIO'] = ICON_PREF_AUDIO.GetBitmap()
CeciliaVar['ICON_PREF_AUDIO_OVER'] = ICON_PREF_AUDIO_OVER.GetBitmap()
CeciliaVar['ICON_PREF_AUDIO_CLICK'] = ICON_PREF_AUDIO_CLICK.GetBitmap()
CeciliaVar['ICON_PREF_CECILIA'] = ICON_PREF_CECILIA.GetBitmap()
CeciliaVar['ICON_PREF_CECILIA_OVER'] = ICON_PREF_CECILIA_OVER.GetBitmap()
CeciliaVar['ICON_PREF_CECILIA_CLICK'] = ICON_PREF_CECILIA_CLICK.GetBitmap()
CeciliaVar['ICON_PREF_FILER'] = ICON_PREF_FILER.GetBitmap()
CeciliaVar['ICON_PREF_FILER_OVER'] = ICON_PREF_FILER_OVER.GetBitmap()
CeciliaVar['ICON_PREF_FILER_CLICK'] = ICON_PREF_FILER_CLICK.GetBitmap()
CeciliaVar['ICON_PREF_PATH'] = ICON_PREF_PATH.GetBitmap()
CeciliaVar['ICON_PREF_PATH_OVER'] = ICON_PREF_PATH_OVER.GetBitmap()
CeciliaVar['ICON_PREF_PATH_CLICK'] = ICON_PREF_PATH_CLICK.GetBitmap()
CeciliaVar['ICON_PREF_MIDI'] = ICON_PREF_MIDI.GetBitmap()
CeciliaVar['ICON_PREF_MIDI_OVER'] = ICON_PREF_MIDI_OVER.GetBitmap()
CeciliaVar['ICON_PREF_MIDI_CLICK'] = ICON_PREF_MIDI_CLICK.GetBitmap()
CeciliaVar['ICON_PTB_PROCESS'] = ICON_PTB_PROCESS.GetBitmap()
CeciliaVar['ICON_PTB_PROCESS_OVER'] = ICON_PTB_PROCESS_OVER.GetBitmap()
CeciliaVar['ICON_PTB_RANDOM'] = ICON_PTB_RANDOM.GetBitmap()
CeciliaVar['ICON_PTB_RANDOM_OVER'] = ICON_PTB_RANDOM_OVER.GetBitmap()
CeciliaVar['ICON_PTB_WAVES'] = ICON_PTB_WAVES.GetBitmap()
CeciliaVar['ICON_PTB_WAVES_OVER'] = ICON_PTB_WAVES_OVER.GetBitmap()
CeciliaVar['ICON_INPUT_1_FILE'] = ICON_INPUT_1_FILE.GetBitmap()
CeciliaVar['ICON_INPUT_2_LIVE'] = ICON_INPUT_2_LIVE.GetBitmap()
CeciliaVar['ICON_INPUT_3_MIC'] = ICON_INPUT_3_MIC.GetBitmap()
CeciliaVar['ICON_INPUT_4_MIC_RECIRC'] = ICON_INPUT_4_MIC_RECIRC.GetBitmap()
CeciliaVar['ICON_XFADE_LINEAR'] = ICON_XFADE_LINEAR.GetBitmap()
CeciliaVar['ICON_XFADE_POWER'] = ICON_XFADE_POWER.GetBitmap()
CeciliaVar['ICON_XFADE_SIGMOID'] = ICON_XFADE_SIGMOID.GetBitmap()
CeciliaVar['ICON_MARIO1'] = ICON_MARIO1.GetBitmap()
CeciliaVar['ICON_MARIO2'] = ICON_MARIO2.GetBitmap()
CeciliaVar['ICON_MARIO3'] = ICON_MARIO3.GetBitmap()
CeciliaVar['ICON_MARIO4'] = ICON_MARIO4.GetBitmap()
CeciliaVar['ICON_MARIO5'] = ICON_MARIO5.GetBitmap()
CeciliaVar['ICON_MARIO6'] = ICON_MARIO6.GetBitmap()
CeciliaVar['ICON_GRAPHER_BACKGROUND'] = ICON_GRAPHER_BACKGROUND.GetBitmap()
CeciliaVar['ICON_CECILIA_ABOUT_SMALL'] = ICON_CECILIA_ABOUT_SMALL.GetBitmap()
CeciliaVar['ICON_DOC_PREVIOUS'] = ICON_DOC_PREVIOUS.GetBitmap()
CeciliaVar['ICON_DOC_NEXT'] = ICON_DOC_NEXT.GetBitmap()
CeciliaVar['ICON_DOC_UP'] = ICON_DOC_UP.GetBitmap()
def ensureNFD(unistr):
if sys.platform.startswith('linux') or sys.platform == 'win32':
encodings = [DEFAULT_ENCODING, ENCODING,
'cp1252', 'iso-8859-1', 'utf-16']
format = 'NFC'
else:
encodings = [DEFAULT_ENCODING, ENCODING,
'macroman', 'iso-8859-1', 'utf-16']
format = 'NFC'
decstr = unistr
if type(decstr) != unicode_t:
for encoding in encodings:
try:
decstr = decstr.decode(encoding)
break
except UnicodeDecodeError:
continue
except:
decstr = "UnableToDecodeString"
print("Unicode encoding not in a recognized format...")
break
if decstr == "UnableToDecodeString":
return unistr
else:
return unicodedata.normalize(format, decstr)
# Reading and writing of preferences should be moved to CeciliaLib.
def readCeciliaPrefsFromFile():
if os.path.isfile(PREFERENCES_FILE):
try:
file = open(PREFERENCES_FILE, 'rt', encoding=FILE_ENCODING)
except:
print('Unable to open the preferences file.\n')
print('Cecilia will use the default preferences.\n')
return
print('Loading Cecilia Preferences...')
#### Some special cases ####
convertToInt = ['sr', 'defaultNchnls', 'audioOutput', 'audioInput', 'sampSize', 'automaticMidiBinding',
'midiDeviceIn', 'useTooltips', 'enableAudioInput', 'graphTexture', 'showSpectrum', 'useSoundDur',
'defaultFirstInput', 'defaultFirstOutput']
convertToFloat = ['defaultTotalTime', 'globalFade', 'DEBUG']
convertToTuple = ['interfaceSize', 'interfacePosition']
jackPrefs = ['client']
text = ensureNFD(file.read())
file.close()
# Go through the text file to assign values to the variables
try:
for i, line in enumerate(text.splitlines()):
if i == 0:
if not line.startswith("version"):
print('preferences file from an older version not used. New preferences will be created.\n')
return
else:
if line.strip(' \n').split('=')[1] != APP_VERSION:
print('preferences file from an older version not used. New preferences will be created.\n')
return
else:
continue
pref = line.strip(' \n').split('=')
if pref[1] != '':
if pref[0] in convertToInt:
CeciliaVar[pref[0]] = int(pref[1])
elif pref[0] in convertToFloat:
CeciliaVar[pref[0]] = float(pref[1])
elif pref[0] in convertToTuple:
CeciliaVar[pref[0]] = eval(pref[1])
elif pref[0] in jackPrefs:
CeciliaVar['jack'][pref[0]] = pref[1]
else:
if pref[0] == 'audioHostAPI' and pref[1] not in AUDIO_DRIVERS:
CeciliaVar[pref[0]] = 'portaudio'
else:
CeciliaVar[pref[0]] = pref[1]
except:
print("something wrong happened when reading preferences "
"(probably character encoding/decoding problem), "
"some preferences may be lost.")
CeciliaVar["nchnls"] = CeciliaVar["defaultNchnls"]
else:
print('Preferences file not found. Using defaults...\n')
def writeCeciliaPrefsToFile():
varsToSave = ['interfaceSize', 'interfacePosition', 'useTooltips', 'enableAudioInput', 'textEditor',
'sr', 'defaultNchnls', 'sampSize', 'audioHostAPI', 'audioFileType', 'audioOutput',
'audioInput', 'midiPort', 'midiDeviceIn', 'samplePrecision', 'client', 'graphTexture',
'globalFade', 'bufferSize', 'soundfilePlayer', 'soundfileEditor', 'prefferedPath', 'DEBUG',
'openFilePath', 'saveFilePath', 'saveAudioFilePath', 'openAudioFilePath', 'grapherLinePath',
'defaultTotalTime', 'lastAudioFiles', 'automaticMidiBinding', 'showSpectrum', 'useSoundDur',
'defaultFirstInput', 'defaultFirstOutput', 'lastCeciliaFile']
print('Writing Cecilia preferences...')
try:
file = open(PREFERENCES_FILE, 'wt')
except IOError:
print('Unable to open the preferences file.\n')
return
file.write("version=%s\n" % APP_VERSION)
for key in CeciliaVar:
if key in varsToSave:
line = '%s=%s\n' % (key, CeciliaVar[key])
file.write(line)
elif key == 'jack':
line = '%s=%s\n' % ('client', CeciliaVar[key]['client'])
file.write(line)
file.close()
readCeciliaPrefsFromFile()
cecilia/Resources/COPYING.txt 0000664 0001750 0001750 00000104513 15074672731 015046 0 ustar tvaz tvaz GNU GENERAL PUBLIC LICENSE
Version 3, 29 June 2007
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be similar in spirit to the present version, but may differ in detail to
address new problems or concerns.
Each version is given a distinguishing version number. If the
Program specifies that a certain numbered version of the GNU General
Public License "or any later version" applies to it, you have the
option of following the terms and conditions either of that numbered
version or of any later version published by the Free Software
Foundation. If the Program does not specify a version number of the
GNU General Public License, you may choose any version ever published
by the Free Software Foundation.
If the Program specifies that a proxy can decide which future
versions of the GNU General Public License can be used, that proxy's
public statement of acceptance of a version permanently authorizes you
to choose that version for the Program.
Later license versions may give you additional or different
permissions. However, no additional obligations are imposed on any
author or copyright holder as a result of your choosing to follow a
later version.
15. Disclaimer of Warranty.
THERE IS NO WARRANTY FOR THE PROGRAM, TO THE EXTENT PERMITTED BY
APPLICABLE LAW. EXCEPT WHEN OTHERWISE STATED IN WRITING THE COPYRIGHT
HOLDERS AND/OR OTHER PARTIES PROVIDE THE PROGRAM "AS IS" WITHOUT WARRANTY
OF ANY KIND, EITHER EXPRESSED OR IMPLIED, INCLUDING, BUT NOT LIMITED TO,
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IS WITH YOU. SHOULD THE PROGRAM PROVE DEFECTIVE, YOU ASSUME THE COST OF
ALL NECESSARY SERVICING, REPAIR OR CORRECTION.
16. Limitation of Liability.
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WILL ANY COPYRIGHT HOLDER, OR ANY OTHER PARTY WHO MODIFIES AND/OR CONVEYS
THE PROGRAM AS PERMITTED ABOVE, BE LIABLE TO YOU FOR DAMAGES, INCLUDING ANY
GENERAL, SPECIAL, INCIDENTAL OR CONSEQUENTIAL DAMAGES ARISING OUT OF THE
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DATA OR DATA BEING RENDERED INACCURATE OR LOSSES SUSTAINED BY YOU OR THIRD
PARTIES OR A FAILURE OF THE PROGRAM TO OPERATE WITH ANY OTHER PROGRAMS),
EVEN IF SUCH HOLDER OR OTHER PARTY HAS BEEN ADVISED OF THE POSSIBILITY OF
SUCH DAMAGES.
17. Interpretation of Sections 15 and 16.
If the disclaimer of warranty and limitation of liability provided
above cannot be given local legal effect according to their terms,
reviewing courts shall apply local law that most closely approximates
an absolute waiver of all civil liability in connection with the
Program, unless a warranty or assumption of liability accompanies a
copy of the Program in return for a fee.
END OF TERMS AND CONDITIONS
How to Apply These Terms to Your New Programs
If you develop a new program, and you want it to be of the greatest
possible use to the public, the best way to achieve this is to make it
free software which everyone can redistribute and change under these terms.
To do so, attach the following notices to the program. It is safest
to attach them to the start of each source file to most effectively
state the exclusion of warranty; and each file should have at least
the "copyright" line and a pointer to where the full notice is found.
Copyright (C)
This program is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
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along with this program. If not, see .
Also add information on how to contact you by electronic and paper mail.
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Copyright (C)
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if any, to sign a "copyright disclaimer" for the program, if necessary.
For more information on this, and how to apply and follow the GNU GPL, see
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.
cecilia/Resources/Widgets.py 0000664 0001750 0001750 00000537425 15074672731 015171 0 ustar tvaz tvaz """
Copyright 2019 iACT, Universite de Montreal,
Jean Piche, Olivier Belanger, Jean-Michel Dumas
This file is part of Cecilia 5.
Cecilia 5 is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
Cecilia 5 is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with Cecilia 5. If not, see .
"""
import wx, math, os, random, webbrowser
import wx.richtext as rt
from pyo import PyoGuiSpectrum, rescale
from pyo.lib._wxwidgets import ControlSlider, HRangeSlider
from .constants import *
from .Drunk import *
import Resources.CeciliaLib as CeciliaLib
class MenuFrame(wx.Menu):
def __init__(self, parent, choice):
wx.Menu.__init__(self)
self.parent = parent
for c in choice:
item = wx.MenuItem(self, wx.ID_ANY, c)
self.Append(item)
self.Bind(wx.EVT_MENU, self.onChoose, id=item.GetId())
def onChoose(self, event):
id = event.GetId()
item = self.FindItemById(id)
obj = item.GetItemLabelText()
self.parent.setLabel(obj, True)
#---------------------------
# Popup menu
# outFunction return (index, value as string)
# --------------------------
class CustomMenu(wx.Panel):
def __init__(self, parent, choice=[], init='', size=(100, 20),
outFunction=None, colour=None):
wx.Panel.__init__(self, parent, -1, size=size)
self.SetMaxSize(self.GetSize())
self.SetBackgroundColour(BACKGROUND_COLOUR)
self._backgroundColour = BACKGROUND_COLOUR
self.SetBackgroundStyle(wx.BG_STYLE_CUSTOM)
self.Bind(wx.EVT_PAINT, self.OnPaint)
self.Bind(wx.EVT_LEFT_DOWN, self.MouseDown)
self._enable = True
self.outFunction = outFunction
self.choice = [str(choice) for choice in choice]
if str(init) in self.choice:
self.setLabel(str(init))
elif len(self.choice) > 0:
self.setLabel(self.choice[0])
else:
self.setLabel('')
if colour:
self.backColour = colour
else:
self.backColour = POPUP_BACK_COLOUR
if CeciliaLib.getVar("systemPlatform") == "win32":
self.dcref = wx.BufferedPaintDC
else:
self.dcref = wx.PaintDC
def cleanup(self):
self.Unbind(wx.EVT_PAINT, handler=self.OnPaint)
self.Unbind(wx.EVT_LEFT_DOWN, handler=self.MouseDown)
self.outFunction = None
def setBackgroundColour(self, col):
self._backgroundColour = col
self.SetBackgroundColour(col)
wx.CallAfter(self.Refresh)
def setBackColour(self, colour):
self.backColour = colour
wx.CallAfter(self.Refresh)
def setEnable(self, enable):
self._enable = enable
wx.CallAfter(self.Refresh)
def setChoice(self, choice, out=True):
self.choice = choice
self.setLabel(self.choice[0], out)
wx.CallAfter(self.Refresh)
def getChoice(self):
return self.choice
def OnPaint(self, event):
w, h = self.GetSize()
dc = self.dcref(self)
gc = wx.GraphicsContext_Create(dc)
dc.SetBrush(wx.Brush(self._backgroundColour, wx.SOLID))
dc.Clear()
# Draw background
dc.SetPen(wx.Pen(self._backgroundColour, width=0, style=wx.SOLID))
dc.DrawRectangle(0, 0, w, h)
rec = wx.Rect(0, 0, w, h)
gc.SetBrush(wx.Brush(self.backColour))
gc.SetPen(wx.Pen(WIDGET_BORDER_COLOUR, width=1))
gc.DrawRoundedRectangle(rec[0], rec[1], rec[2] - 2, rec[3] - 2, 3)
font = wx.Font(MENU_FONT, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL)
dc.SetFont(font)
if self._enable:
gc.SetBrush(wx.Brush(POPUP_LABEL_COLOUR, wx.SOLID))
gc.SetPen(wx.Pen(POPUP_LABEL_COLOUR, width=1, style=wx.SOLID))
dc.SetTextForeground(POPUP_LABEL_COLOUR)
else:
gc.SetBrush(wx.Brush(POPUP_DISABLE_LABEL_COLOUR, wx.SOLID))
gc.SetPen(wx.Pen(POPUP_DISABLE_LABEL_COLOUR, width=1, style=wx.SOLID))
dc.SetTextForeground(POPUP_DISABLE_LABEL_COLOUR)
dc.DrawLabel(self.label, wx.Rect(5, 0, w, h - 1), wx.ALIGN_CENTER_VERTICAL)
tri = [(w - 13, h / 2 - 1), (w - 7, 5), (w - 7, h - 7), (w - 13, h / 2 - 1)]
gc.DrawLines(tri)
def MouseDown(self, event):
if self._enable:
self.PopupMenu(MenuFrame(self, self.choice), event.GetPosition())
def setLabel(self, label, out=False):
self.label = label
self.Refresh()
if self.outFunction and self.label != '' and out:
self.outFunction(self.choice.index(self.label), self.label)
def setByIndex(self, ind, out=False):
self.setLabel(self.choice[ind], out)
def getLabel(self):
return self.label
def getIndex(self):
return self.choice.index(self.label)
def setStringSelection(self, selection):
if selection in self.choice:
self.setLabel(selection)
class MySoundfileDropTarget(wx.FileDropTarget):
def __init__(self, window):
wx.FileDropTarget.__init__(self)
self.window = window
def OnDropFiles(self, x, y, filenames):
if os.path.isfile(filenames[0]):
self.window.parent.updateMenuFromPath(filenames[0])
elif os.path.isdir(filenames[0]):
self.window.parent.updateMenuFromPath(filenames[0])
else:
pass
class FolderPopup(wx.Panel):
def __init__(self, parent, path=None, init='', outFunction=None,
emptyFunction=None, backColour=None, tooltip=''):
wx.Panel.__init__(self, parent, -1, size=(130, 20))
self.parent = parent
drop = MySoundfileDropTarget(self)
self.SetDropTarget(drop)
self.SetMaxSize((130, 20))
self.SetBackgroundColour(BACKGROUND_COLOUR)
self.SetBackgroundStyle(wx.BG_STYLE_CUSTOM)
self.Bind(wx.EVT_PAINT, self.OnPaint)
self.Bind(wx.EVT_LEFT_DOWN, self.MouseDown)
self.Bind(wx.EVT_RIGHT_DOWN, self.MouseRightDown)
self.backColour = backColour
self._enable = True
self.outFunction = outFunction
self.emptyFunction = emptyFunction
self.tooltip = tooltip
self.tip = wx.ToolTip(self.tooltip)
if CeciliaLib.getVar("useTooltips"):
self.SetToolTip(self.tip)
self.choice = []
self.arrowRect = wx.Rect(110, 0, 20, 20)
if init in self.choice:
self.setLabel(init)
elif len(self.choice) > 0:
self.setLabel(self.choice[0])
else:
self.setLabel('')
if CeciliaLib.getVar("systemPlatform") == "win32":
self.dcref = wx.BufferedPaintDC
else:
self.dcref = wx.PaintDC
def setEnable(self, enable):
self._enable = enable
wx.CallAfter(self.Refresh)
def reset(self):
self.choice = []
self.setLabel('')
wx.CallAfter(self.Refresh)
def setChoice(self, choice):
self.choice = choice
def setLabel(self, label, out=True):
self.label = label
self.Refresh()
if self.outFunction and self.label != '' and out:
self.outFunction(self.choice.index(self.label), self.label)
if CeciliaLib.getVar("useTooltips") and self.label != '':
self.tip.SetTip(self.tooltip + '\n\nCurrent choice:\n' + self.label)
elif CeciliaLib.getVar("useTooltips"):
self.tip.SetTip(self.tooltip)
else:
self.tip.SetTip(self.label)
def setByIndex(self, ind):
self.label = self.choice[ind]
wx.CallAfter(self.Refresh)
def setBackColour(self, colour):
self.backColour = colour
wx.CallAfter(self.Refresh)
def MouseDown(self, event):
if self._enable:
if self.arrowRect.Contains(event.GetPosition()) and self.choice != []:
self.PopupMenu(MenuFrame(self, self.choice), event.GetPosition())
else:
if self.emptyFunction:
self.emptyFunction()
def MouseRightDown(self, event):
if self._enable:
lastfiles = CeciliaLib.getVar("lastAudioFiles")
if lastfiles != "":
lastfiles = lastfiles.split(";")
self.PopupMenu(MenuFrame(self, lastfiles), event.GetPosition())
else:
if self.emptyFunction:
self.emptyFunction()
def OnPaint(self, event):
w, h = self.GetSize()
dc = self.dcref(self)
gc = wx.GraphicsContext_Create(dc)
dc.SetBrush(wx.Brush(BACKGROUND_COLOUR, wx.SOLID))
dc.Clear()
# Draw background
dc.SetPen(wx.Pen(BACKGROUND_COLOUR, width=0, style=wx.SOLID))
dc.DrawRectangle(0, 0, w, h)
if self._enable:
if self.backColour: backColour = self.backColour
else: backColour = POPUP_BACK_COLOUR
else:
backColour = POPUP_DISABLE_COLOUR
rec = wx.Rect(0, 0, w, h)
gc.SetBrush(wx.Brush(backColour))
gc.SetPen(wx.Pen(WIDGET_BORDER_COLOUR, width=1))
gc.DrawRoundedRectangle(rec[0], rec[1], rec[2] - 1, rec[3] - 1, 3)
font = wx.Font(MENU_FONT, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL)
dc.SetFont(font)
gc.SetBrush(wx.Brush(POPUP_LABEL_COLOUR, wx.SOLID))
gc.SetPen(wx.Pen(POPUP_LABEL_COLOUR, width=1, style=wx.SOLID))
dc.SetTextForeground(POPUP_LABEL_COLOUR)
dc.DrawLabel(CeciliaLib.shortenName(self.label, 19), wx.Rect(5, 0, w, h),
wx.ALIGN_CENTER_VERTICAL)
tri = [(w - 13, h / 2 - 1), (w - 7, 5), (w - 7, h - 7), (w - 13, h / 2 - 1)]
gc.DrawLines(tri)
#---------------------------
# Label (immutable)
# --------------------------
class MainLabel(wx.Panel):
def __init__(self, parent, label, size=(100, 20), font=None, colour=None, outFunction=None):
wx.Panel.__init__(self, parent, -1, size=size)
self.SetMaxSize(self.GetSize())
self.SetBackgroundColour(BACKGROUND_COLOUR)
self.label = label
self.italic = False
self.font = font
if colour:
self.colour = colour
else:
self.colour = LABEL_BACK_COLOUR
self.borderPen = wx.Pen(WIDGET_BORDER_COLOUR, width=1)
self.backgroundBrush = wx.Brush(BACKGROUND_COLOUR, wx.SOLID)
self.foregroundBrush = wx.Brush(self.colour)
self.outFunction = outFunction
self.Bind(wx.EVT_PAINT, self.OnPaint)
if CeciliaLib.getVar("systemPlatform") == "win32":
self.dcref = wx.BufferedPaintDC
else:
self.dcref = wx.PaintDC
def cleanup(self):
self.Unbind(wx.EVT_PAINT, handler=self.OnPaint)
self.outFunction = None
def setBackColour(self, colour):
self.colour = colour
self.foregroundBrush = wx.Brush(self.colour)
wx.CallAfter(self.Refresh)
def setLabel(self, label):
self.italic = False
self.label = label
wx.CallAfter(self.Refresh)
def OnPaint(self, event):
curSize = self.GetSize()
if not curSize.IsFullySpecified():
print("Something wrong with Label size...")
return
w, h = curSize.x, curSize.y
dc = self.dcref(self)
gc = wx.GraphicsContext_Create(dc)
dc.SetBrush(self.backgroundBrush)
dc.Clear()
if self.font:
dc.SetFont(self.font)
else:
if self.italic:
font = wx.Font(LABEL_FONT, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_ITALIC, wx.FONTWEIGHT_LIGHT)
dc.SetFont(font)
else:
font = wx.Font(LABEL_FONT, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL)
dc.SetFont(font)
rec = wx.Rect(0, 0, w, h)
gc.SetBrush(self.foregroundBrush)
gc.SetPen(self.borderPen)
gc.DrawRoundedRectangle(rec[0], rec[1], rec[2] - 1, rec[3] - 1, 3)
dc.SetTextForeground(LABEL_LABEL_COLOUR)
dc.DrawLabel(self.label, wx.Rect(0, 1, w - 5, h - 1), wx.ALIGN_CENTER_VERTICAL | wx.ALIGN_RIGHT)
def setItalicLabel(self, label):
self.italic = True
self.label = label
wx.CallAfter(self.Refresh)
def getLabel(self):
return self.label
class Label(MainLabel):
def __init__(self, parent, label, size=(100, 20), font=None, colour=None, outFunction=None, dclickFunction=None):
MainLabel.__init__(self, parent=parent, label=label, size=size, font=font, colour=colour, outFunction=outFunction)
self.dclickFunction = dclickFunction
self.Bind(wx.EVT_LEFT_DOWN, self.OnLeftDown)
self.Bind(wx.EVT_RIGHT_DOWN, self.OnRightDown)
self.Bind(wx.EVT_LEFT_DCLICK, self.OnDoubleClick)
def cleanup(self):
self.Unbind(wx.EVT_LEFT_DOWN, handler=self.OnLeftDown)
self.Unbind(wx.EVT_RIGHT_DOWN, handler=self.OnRightDown)
self.Unbind(wx.EVT_LEFT_DCLICK, handler=self.OnDoubleClick)
self.dclickFunction = None
MainLabel.cleanup(self)
def OnLeftDown(self, event):
xsize = self.GetSize()[0]
xpos = event.GetPosition()[0]
if xpos < (xsize // 2):
side = 'left'
else:
side = 'right'
if self.outFunction:
if event.ShiftDown():
self.outFunction(self.label, True, side=side)
else:
self.outFunction(self.label, side=side)
def OnRightDown(self, event):
xsize = self.GetSize()[0]
xpos = event.GetPosition()[0]
if xpos < (xsize // 2):
side = 'left'
else:
side = 'right'
if self.outFunction and not CeciliaLib.getVar("audioServer").isAudioServerRunning():
if event.ShiftDown():
self.outFunction(self.label, True, True, side=side)
else:
self.outFunction(self.label, alt=True, side=side)
def OnDoubleClick(self, evt):
xsize = self.GetSize()[0]
xpos = evt.GetPosition()[0]
if xpos < (xsize // 2):
side = 'left'
else:
side = 'right'
if self.dclickFunction is not None:
self.dclickFunction(side)
class OutputLabel(MainLabel):
def __init__(self, parent, label, size=(100, 20), font=None, colour=None, outFunction=None):
MainLabel.__init__(self, parent=parent, label=label, size=size, font=font, colour=colour, outFunction=outFunction)
self.Bind(wx.EVT_LEFT_DOWN, self.OnLeftDown)
def OnLeftDown(self, event):
if self.outFunction:
self.outFunction()
class PeakLabel(MainLabel):
def __init__(self, parent, label, size=(100, 20), font=None, colour=None, gainSlider=None):
MainLabel.__init__(self, parent=parent, label=label, size=size, font=font, colour=colour)
self.gainSlider = gainSlider
self.canCmdClick = True
self.Bind(wx.EVT_LEFT_DCLICK, self.onDoubleClick)
self.Bind(wx.EVT_LEFT_DOWN, self.onClick)
def onDoubleClick(self, evt):
self.setLabel('-90.00 dB')
CeciliaLib.getControlPanel().resetVuMeter()
def onClick(self, evt):
if evt.CmdDown() and self.canCmdClick:
try:
mod = eval(self.getLabel().strip('+ dB')) * -1
self.gainSlider.SetValue(self.gainSlider.GetValue() + mod)
self.canCmdClick = False
except:
return
def setLabel(self, label):
self.italic = False
self.label = label
self.canCmdClick = True
wx.CallAfter(self.Refresh)
class FrameLabel(wx.Panel):
def __init__(self, parent, label, size=(100, 20), font=None, colour=None):
wx.Panel.__init__(self, parent, -1, size=size)
self.SetMaxSize(self.GetSize())
self.SetBackgroundColour(BACKGROUND_COLOUR)
self.label = label
self.font = font
if colour:
self.colour = colour
else:
self.colour = TITLE_BACK_COLOUR
self.Bind(wx.EVT_PAINT, self.OnPaint)
self.Bind(wx.EVT_LEFT_DOWN, self.MouseDown)
self.Bind(wx.EVT_LEFT_UP, self.MouseUp)
self.Bind(wx.EVT_MOTION, self.OnMotion)
def setBackColour(self, colour):
self.colour = colour
wx.CallAfter(self.Refresh)
def setLabel(self, label):
self.label = label
wx.CallAfter(self.Refresh)
def MouseDown(self, event):
self.pos = event.GetPosition()
self.CaptureMouse()
event.Skip()
def MouseUp(self, event):
if self.HasCapture():
self.ReleaseMouse()
event.Skip()
def OnMotion(self, event):
if self.HasCapture():
screenPos = wx.GetMousePosition()
newPos = [screenPos[0] - self.pos[0], screenPos[1] - self.pos[1]]
if newPos[0] < 0: newPos[0] = 0
if newPos[1] < 0: newPos[1] = 0
self.GetParent().GetParent().SetPosition(newPos)
def OnPaint(self, event):
w, h = self.GetSize()
dc = wx.PaintDC(self)
dc.SetBrush(wx.Brush(TITLE_BACK_COLOUR, wx.SOLID))
dc.Clear()
if self.font:
dc.SetFont(self.font)
else:
font = wx.Font(LABEL_FONT, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL)
dc.SetFont(font)
# Draw background
dc.SetPen(wx.Pen(WHITE_COLOUR, width=1, style=wx.SOLID))
dc.DrawRectangle(0, 0, w, h)
rec = wx.Rect(0, 0, w - 5, h)
dc.SetTextForeground(LABEL_LABEL_COLOUR)
dc.DrawLabel(self.label, rec, wx.ALIGN_CENTER)
class AboutLabel(wx.Panel):
def __init__(self, parent, version, copyright, size=(600, 80), font=None, colour=None):
wx.Panel.__init__(self, parent, -1, size=size)
self.SetMaxSize(self.GetSize())
self.SetBackgroundColour(BACKGROUND_COLOUR)
self.version = version
self.copyright = copyright
self.font = font
if colour:
self.colour = colour
else:
self.colour = TITLE_BACK_COLOUR
self.img_side = 70
self.bit = CeciliaLib.getVar("ICON_CECILIA_ABOUT_SMALL")
self.Bind(wx.EVT_PAINT, self.OnPaint)
if CeciliaLib.getVar("systemPlatform") == "win32":
self.dcref = wx.BufferedPaintDC
else:
self.dcref = wx.PaintDC
def setBackColour(self, colour):
self.colour = colour
wx.CallAfter(self.Refresh)
def OnPaint(self, event):
w, h = self.GetSize()
dc = self.dcref(self)
gc = wx.GraphicsContext_Create(dc)
dc.SetBrush(wx.Brush(TITLE_BACK_COLOUR, wx.SOLID))
dc.Clear()
if self.font:
dc.SetFont(self.font)
else:
font = wx.Font(LABEL_FONT, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL)
dc.SetFont(font)
# Draw background
dc.SetPen(wx.Pen(WHITE_COLOUR, width=1, style=wx.SOLID))
dc.DrawRectangle(0, 0, w, h)
dc.DrawBitmap(self.bit, w // 2 - self.img_side // 2, h // 2 - self.img_side // 2)
gc.SetBrush(wx.Brush(TITLE_BACK_COLOUR, wx.TRANSPARENT))
gc.SetPen(wx.Pen(TITLE_BACK_COLOUR, width=3, style=wx.SOLID))
gc.DrawRoundedRectangle(w / 2 - self.img_side / 2 + 1,
h / 2 - self.img_side / 2 + 1,
self.img_side - 2,
self.img_side - 2,
self.img_side / 2 - 1)
dc.SetTextForeground(LABEL_LABEL_COLOUR)
rec = wx.Rect(10, 68, 50, 10)
dc.DrawLabel(self.copyright, rec, wx.ALIGN_CENTER)
rec = wx.Rect(540, 68, 50, 10)
dc.DrawLabel(self.version, rec, wx.ALIGN_CENTER)
#---------------------------
# Toggle (return 0 or 1)
# --------------------------
class Toggle(wx.Panel):
def __init__(self, parent, state, size=(20, 20), outFunction=None, colour=None):
wx.Panel.__init__(self, parent, -1, size=size)
self.SetMaxSize(self.GetSize())
self.SetBackgroundStyle(wx.BG_STYLE_CUSTOM)
self.SetBackgroundColour(BACKGROUND_COLOUR)
self.outFunction = outFunction
self.state = state
if colour:
self.colour = colour
else:
self.colour = POPUP_BACK_COLOUR
self.Bind(wx.EVT_PAINT, self.OnPaint)
self.Bind(wx.EVT_LEFT_DOWN, self.MouseDown)
self.Bind(wx.EVT_ENTER_WINDOW, self.OnEnter)
if CeciliaLib.getVar("systemPlatform") == "win32":
self.dcref = wx.BufferedPaintDC
else:
self.dcref = wx.PaintDC
def OnPaint(self, event):
w, h = self.GetSize()
dc = self.dcref(self)
gc = wx.GraphicsContext_Create(dc)
dc.SetBrush(wx.Brush(BACKGROUND_COLOUR, wx.SOLID))
dc.Clear()
# Draw background
dc.SetPen(wx.Pen(BACKGROUND_COLOUR, width=0, style=wx.SOLID))
dc.DrawRectangle(0, 0, w, h)
gc.SetBrush(wx.Brush(self.colour, wx.SOLID))
gc.SetPen(wx.Pen(WIDGET_BORDER_COLOUR, width=1, style=wx.SOLID))
rec = wx.Rect(0, 0, w, h)
gc.DrawRoundedRectangle(rec[0], rec[1], rec[2] - 1, rec[3] - 1, 3)
dc.SetTextForeground(TOGGLE_LABEL_COLOUR)
if self.state: label = 'X'
else: label = ''
dc.DrawLabel(label, wx.Rect(0, 0, w, h), wx.ALIGN_CENTER)
if self.outFunction:
self.outFunction(self.state)
def MouseDown(self, event):
if self.state: self.state = 0
else: self.state = 1
wx.CallAfter(self.Refresh)
event.Skip()
def OnEnter(self, event):
if event.LeftIsDown():
if self.state: self.state = 0
else: self.state = 1
wx.CallAfter(self.Refresh)
event.Skip()
def getValue(self):
return self.state
def setValue(self, value):
self.state = value
wx.CallAfter(self.Refresh)
#---------------------------
# Xfade switcher (return 0, 1 or 2)
# --------------------------
class XfadeSwitcher(wx.Panel):
def __init__(self, parent, state, size=(20, 20), outFunction=None, colour=None):
wx.Panel.__init__(self, parent, -1, size=size)
self.SetMaxSize(self.GetSize())
self.SetBackgroundStyle(wx.BG_STYLE_CUSTOM)
self.SetBackgroundColour(BACKGROUND_COLOUR)
self.outFunction = outFunction
self.state = state
if colour:
self.colour = colour
else:
self.colour = POPUP_BACK_COLOUR
self.bitmaps = [CeciliaLib.getVar("ICON_XFADE_LINEAR"), CeciliaLib.getVar("ICON_XFADE_POWER"), CeciliaLib.getVar("ICON_XFADE_SIGMOID")]
self.Bind(wx.EVT_PAINT, self.OnPaint)
self.Bind(wx.EVT_LEFT_DOWN, self.MouseDown)
CeciliaLib.setToolTip(self, TT_SAMPLER_XFADE_SHAPE)
if CeciliaLib.getVar("systemPlatform") == "win32":
self.dcref = wx.BufferedPaintDC
else:
self.dcref = wx.PaintDC
def OnPaint(self, event):
w, h = self.GetSize()
dc = self.dcref(self)
gc = wx.GraphicsContext_Create(dc)
dc.SetBrush(wx.Brush(BACKGROUND_COLOUR, wx.SOLID))
dc.Clear()
# Draw background
dc.SetPen(wx.Pen(BACKGROUND_COLOUR, width=0, style=wx.SOLID))
dc.DrawRectangle(0, 0, w, h)
gc.SetBrush(wx.Brush(self.colour, wx.SOLID))
gc.SetPen(wx.Pen(WIDGET_BORDER_COLOUR, width=1, style=wx.SOLID))
rec = wx.Rect(0, 0, w, h)
gc.DrawRoundedRectangle(rec[0], rec[1], rec[2] - 1, rec[3] - 1, 3)
dc.SetPen(wx.Pen(TOGGLE_LABEL_COLOUR, width=1, style=wx.SOLID))
dc.DrawBitmap(self.bitmaps[self.state], 3, 3, True)
if self.outFunction:
self.outFunction(self.state)
def MouseDown(self, event):
self.state = (self.state + 1) % 3
wx.CallAfter(self.Refresh)
event.Skip()
def getValue(self):
return self.state
def setValue(self, value):
self.state = value
wx.CallAfter(self.Refresh)
#---------------------------
# Button (send a trigger)
# --------------------------
class Button(wx.Panel):
def __init__(self, parent, size=(20, 20), outFunction=None, colour=None):
wx.Panel.__init__(self, parent, -1, size=size)
self.SetMaxSize(self.GetSize())
self.SetBackgroundStyle(wx.BG_STYLE_CUSTOM)
self.SetBackgroundColour(BACKGROUND_COLOUR)
self.state = False
self.outFunction = outFunction
if colour:
self.colour = colour[0]
self.pushColour = '#222222' #colour[1]
else:
self.colour = POPUP_BACK_COLOUR
self.pushColour = '#222222'
self.Bind(wx.EVT_PAINT, self.OnPaint)
self.Bind(wx.EVT_LEFT_DOWN, self.MouseDown)
self.Bind(wx.EVT_LEFT_UP, self.MouseUp)
if CeciliaLib.getVar("systemPlatform") == "win32":
self.dcref = wx.BufferedPaintDC
else:
self.dcref = wx.PaintDC
def OnPaint(self, event):
w, h = self.GetSize()
dc = self.dcref(self)
gc = wx.GraphicsContext_Create(dc)
dc.SetBrush(wx.Brush(BACKGROUND_COLOUR, wx.SOLID))
dc.Clear()
# Draw background
dc.SetPen(wx.Pen(BACKGROUND_COLOUR, width=0, style=wx.SOLID))
dc.DrawRectangle(0, 0, w, h)
if not self.state:
gc.SetBrush(wx.Brush(self.colour, wx.SOLID))
else:
gc.SetBrush(wx.Brush(self.pushColour, wx.SOLID))
gc.SetPen(wx.Pen(WIDGET_BORDER_COLOUR, width=1, style=wx.SOLID))
rec = wx.Rect(0, 0, w, h)
gc.DrawRoundedRectangle(rec[0], rec[1], rec[2] - 1, rec[3] - 1, 9)
def MouseDown(self, event):
self.state = True
if self.outFunction:
self.outFunction(1)
wx.CallAfter(self.Refresh)
event.Skip()
def MouseUp(self, event):
self.state = False
if self.outFunction:
self.outFunction(0)
wx.CallAfter(self.Refresh)
event.Skip()
#---------------------------
# Clocker (immutable)
# --------------------------
class Clocker(wx.Panel):
def __init__(self, parent, size=(80, 24), backgroundColour=None, borderColour=None):
wx.Panel.__init__(self, parent, -1, size=size)
self.SetMaxSize(self.GetSize())
if backgroundColour: self.backgroundColour = backgroundColour
else: self.backgroundColour = TITLE_BACK_COLOUR
self.SetBackgroundColour(self.backgroundColour)
self.SetBackgroundStyle(wx.BG_STYLE_CUSTOM)
if borderColour: self.borderColour = borderColour
else: self.borderColour = WIDGET_BORDER_COLOUR
self.time = '00:00:00'
self.font = wx.Font(CLOCKER_FONT, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_BOLD)
self.Bind(wx.EVT_PAINT, self.OnPaint)
self.createBackgroundBitmap()
CeciliaLib.setToolTip(self, TT_CLOCK)
def createBackgroundBitmap(self):
w, h = self.GetSize()
self.backgroundBitmap = wx.EmptyBitmap(w, h)
dc = wx.MemoryDC(self.backgroundBitmap)
gc = wx.GraphicsContext_Create(dc)
dc.SetBrush(wx.Brush(self.backgroundColour, wx.SOLID))
# Draw background
dc.SetPen(wx.Pen(self.backgroundColour, width=0, style=wx.SOLID))
dc.DrawRectangle(0, 0, w, h)
rec = wx.Rect(0, 0, w, h)
gc.SetPen(wx.Pen(WIDGET_BORDER_COLOUR, width=1))
gc.SetBrush(wx.Brush(TR_CLOCKER_BACK_COLOUR))
gc.DrawRoundedRectangle(rec[0], rec[1], rec[2] - 2, rec[3] - 2, 4)
dc.SelectObject(wx.NullBitmap)
def OnPaint(self, event):
w, h = self.GetSize()
dc = wx.AutoBufferedPaintDC(self)
dc.Clear()
dc.DrawBitmap(self.backgroundBitmap, 0, 0)
dc.SetFont(self.font)
dc.SetTextForeground(LABEL_LABEL_COLOUR)
dc.DrawLabel(self.time, wx.Rect(0, 0, w, h), wx.ALIGN_CENTER)
def setTime(self, m, s, c):
self.time = '%02d:%02d:%02d' % (m, s, c)
wx.CallAfter(self.Refresh)
#---------------------------
# EntryUnit
# --------------------------
class EntryUnit(wx.Panel):
def __init__(self, parent, value=0, unit='', size=(120, 20), valtype='float', outFunction=None, colour=None):
wx.Panel.__init__(self, parent, -1, size=size, style=wx.WANTS_CHARS)
self.SetMaxSize(self.GetSize())
self.SetBackgroundStyle(wx.BG_STYLE_CUSTOM)
self.SetBackgroundColour(BACKGROUND_COLOUR)
self.value = value
self.unit = unit
self.valtype = valtype
self.outFunction = outFunction
self.selected = False
self.clickPos = None
self.oldValue = value
self.increment = 0.001
self.new = ''
self.sizeX = size[0]
self.font = wx.Font(ENTRYUNIT_FONT, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL)
if CeciliaLib.getVar("systemPlatform") == 'win32':
self.unitFont = wx.Font(ENTRYUNIT_FONT, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL)
else:
self.unitFont = wx.Font(ENTRYUNIT_FONT, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_ITALIC, wx.FONTWEIGHT_LIGHT)
if self.sizeX == 120:
self.entryRect = wx.Rect(15, 1, 77, self.GetSize()[1] - 2)
else:
self.entryRect = wx.Rect(15, 1, 57, self.GetSize()[1] - 2)
if CeciliaLib.getVar("systemPlatform") == 'win32':
if self.sizeX == 120:
self.starttext = 80
else:
self.starttext = 60
else:
if self.sizeX == 120:
self.starttext = 90
else:
self.starttext = 70
if colour:
self.backColour = colour
else:
self.backColour = ENTRYUNIT_BACK_COLOUR
self.createBackgroundBitmap()
self.Bind(wx.EVT_PAINT, self.OnPaint)
self.Bind(wx.EVT_LEFT_DOWN, self.MouseDown)
self.Bind(wx.EVT_MOTION, self.MouseMotion)
self.Bind(wx.EVT_LEFT_UP, self.MouseUp)
self.Bind(wx.EVT_CHAR, self.onChar)
self.Bind(wx.EVT_KILL_FOCUS, self.LooseFocus)
def cleanup(self):
self.Unbind(wx.EVT_PAINT, handler=self.OnPaint)
self.Unbind(wx.EVT_LEFT_DOWN, handler=self.MouseDown)
self.Unbind(wx.EVT_MOTION, handler=self.MouseMotion)
self.Unbind(wx.EVT_LEFT_UP, handler=self.MouseUp)
self.Unbind(wx.EVT_CHAR, handler=self.onChar)
self.Unbind(wx.EVT_KILL_FOCUS, handler=self.LooseFocus)
self.outFunction = None
def createBackgroundBitmap(self):
w, h = self.GetSize()
self.backgroundBitmap = wx.EmptyBitmap(w, h)
dc = wx.MemoryDC(self.backgroundBitmap)
gc = wx.GraphicsContext_Create(dc)
dc.SetBrush(wx.Brush(BACKGROUND_COLOUR, wx.SOLID))
dc.SetTextForeground(LABEL_LABEL_COLOUR)
# Draw background
dc.SetPen(wx.Pen(BACKGROUND_COLOUR, width=0, style=wx.SOLID))
dc.DrawRectangle(0, 0, w, h)
rec = wx.Rect(0, 0, w, h)
gc.SetPen(wx.Pen(WIDGET_BORDER_COLOUR, width=1))
gc.SetBrush(wx.Brush(self.backColour))
gc.DrawRoundedRectangle(rec[0], rec[1], rec[2] - 1, rec[3] - 1, 3)
# Draw triangle
gc.SetPen(wx.Pen(LABEL_LABEL_COLOUR, width=1, style=wx.SOLID))
gc.SetBrush(wx.Brush(LABEL_LABEL_COLOUR, wx.SOLID))
tri = [(12, h / 2 - 0.5), (7, 4.5), (7, h - 5.5), (12, h / 2 - 0.5)]
gc.DrawLines(tri)
# Draw unit
dc.SetFont(self.unitFont)
if self.sizeX == 120:
dc.DrawLabel(self.unit, wx.Rect(95, 1, w - 95, h), wx.ALIGN_CENTER_VERTICAL)
else:
dc.DrawLabel(self.unit, wx.Rect(75, 1, w - 75, h), wx.ALIGN_CENTER_VERTICAL)
dc.SelectObject(wx.NullBitmap)
def setBackColour(self, colour):
self.backColour = colour
self.createBackgroundBitmap()
wx.CallAfter(self.Refresh)
def LooseFocus(self, event):
if self.new != '':
self.value = eval(self.new)
self.new = ''
self.selected = False
if self.outFunction:
self.outFunction(self.value)
wx.CallAfter(self.Refresh)
def OnPaint(self, event):
w, h = self.GetSize()
dc = wx.AutoBufferedPaintDC(self)
dc.SetBrush(wx.Brush(BACKGROUND_COLOUR, wx.SOLID))
dc.Clear()
dc.SetTextForeground(LABEL_LABEL_COLOUR)
dc.DrawBitmap(self.backgroundBitmap, 0, 0)
# Draw value
dc.SetFont(self.font)
if self.selected:
dc.SetPen(wx.Pen(ENTRYUNIT_HIGHLIGHT_COLOUR, width=1, style=wx.SOLID))
dc.SetBrush(wx.Brush(ENTRYUNIT_HIGHLIGHT_COLOUR, wx.SOLID))
dc.DrawRoundedRectangle(self.entryRect, 3)
dc.SetPen(wx.Pen(LABEL_LABEL_COLOUR, width=1, style=wx.SOLID))
dc.SetBrush(wx.Brush(LABEL_LABEL_COLOUR, wx.SOLID))
if self.selected and self.new:
val = self.new
else:
val = str(self.value)
width = len(val) * dc.GetCharWidth()
dc.DrawLabel(val, wx.Rect(int(self.starttext - width), 1, int(width), h), wx.ALIGN_CENTER_VERTICAL)
def MouseDown(self, event):
pos = event.GetPosition()
if self.entryRect.Contains(pos):
self.clickPos = wx.GetMousePosition()
self.oldValue = self.value
offset = self.starttext - pos[0]
if offset <= 7:
self.increment = 0.001
elif offset <= 14:
self.increment = 0.01
elif offset <= 21:
self.increment = 0.1
elif offset <= 28:
self.increment = 1
else:
self.increment = 10
self.selected = True
self.new = ''
self.CaptureMouse()
wx.CallAfter(self.Refresh)
event.Skip()
def MouseMotion(self, evt):
if evt.Dragging() and evt.LeftIsDown() and self.HasCapture():
if self.clickPos is not None:
pos = wx.GetMousePosition()
off = self.clickPos[1] - pos[1]
if self.valtype == 'float':
off *= self.increment
self.value = self.oldValue + off
if self.outFunction:
self.outFunction(self.value)
wx.CallAfter(self.Refresh)
def MouseUp(self, evt):
if self.HasCapture():
self.ReleaseMouse()
self.clickPos = None
def onChar(self, event):
if self.selected:
char = ''
if event.GetKeyCode() in range(wx.WXK_NUMPAD0, wx.WXK_NUMPAD9 + 1):
char = str(event.GetKeyCode() - wx.WXK_NUMPAD0)
elif event.GetKeyCode() in [wx.WXK_SUBTRACT, wx.WXK_NUMPAD_SUBTRACT]:
char = '-'
elif event.GetKeyCode() in [wx.WXK_DECIMAL, wx.WXK_NUMPAD_DECIMAL]:
char = '.'
elif event.GetKeyCode() == wx.WXK_BACK:
if self.new != '':
self.new = self.new[0:-1]
elif event.GetKeyCode() < 256:
char = chr(event.GetKeyCode())
if char in ['0', '1', '2', '3', '4', '5', '6', '7', '8', '9']:
self.new += char
elif char == '.' and '.' not in self.new:
self.new += char
elif char == '-' and len(self.new) == 0:
self.new += char
elif event.GetKeyCode() in [wx.WXK_RETURN, wx.WXK_NUMPAD_ENTER]:
try:
self.value = eval(self.new)
except:
pass
self.new = ''
self.selected = False
if self.outFunction:
self.outFunction(self.value)
wx.CallAfter(self.Refresh)
event.Skip()
def setValue(self, val):
self.value = val
self.selected = False
self.new = ''
wx.CallAfter(self.Refresh)
class RangeEntryUnit(wx.Panel):
def __init__(self, parent, value=[0, 0], unit='', size=(120, 20), valtype='float', outFunction=None, colour=None):
wx.Panel.__init__(self, parent, -1, size=size, style=wx.WANTS_CHARS)
self.SetMaxSize(self.GetSize())
self.SetBackgroundStyle(wx.BG_STYLE_CUSTOM)
self.SetBackgroundColour(BACKGROUND_COLOUR)
self.value = value
self.unit = unit
self.valtype = valtype
self.outFunction = outFunction
self.selected = False
self.clickPos = None
self.oldValue = value
self.increment = 0.001
self.new = ''
self.font = wx.Font(ENTRYUNIT_FONT, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL)
if CeciliaLib.getVar("systemPlatform") == 'win32':
self.unitFont = wx.Font(ENTRYUNIT_FONT, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL)
else:
self.unitFont = wx.Font(ENTRYUNIT_FONT, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_ITALIC, wx.FONTWEIGHT_LIGHT)
self.entryRect = wx.Rect(15, 1, 77, self.GetSize()[1] - 2)
if CeciliaLib.getVar("systemPlatform") == 'win32':
self.starttext = 80
elif CeciliaLib.getVar("systemPlatform").startswith("linux"):
self.starttext = 80
else:
self.starttext = 105
if colour:
self.backColour = colour
else:
self.backColour = ENTRYUNIT_BACK_COLOUR
self.createBackgroundBitmap()
self.Bind(wx.EVT_PAINT, self.OnPaint)
self.Bind(wx.EVT_LEFT_DOWN, self.MouseDown)
self.Bind(wx.EVT_MOTION, self.MouseMotion)
self.Bind(wx.EVT_LEFT_UP, self.MouseUp)
self.Bind(wx.EVT_CHAR, self.onChar)
self.Bind(wx.EVT_KILL_FOCUS, self.LooseFocus)
def cleanup(self):
self.Unbind(wx.EVT_PAINT, handler=self.OnPaint)
self.Unbind(wx.EVT_LEFT_DOWN, handler=self.MouseDown)
self.Unbind(wx.EVT_MOTION, handler=self.MouseMotion)
self.Unbind(wx.EVT_LEFT_UP, handler=self.MouseUp)
self.Unbind(wx.EVT_CHAR, handler=self.onChar)
self.Unbind(wx.EVT_KILL_FOCUS, handler=self.LooseFocus)
self.outFunction = None
def createBackgroundBitmap(self):
w, h = self.GetSize()
self.backgroundBitmap = wx.EmptyBitmap(w, h)
dc = wx.MemoryDC(self.backgroundBitmap)
gc = wx.GraphicsContext_Create(dc)
dc.SetBrush(wx.Brush(BACKGROUND_COLOUR, wx.SOLID))
dc.SetTextForeground(LABEL_LABEL_COLOUR)
# Draw background
dc.SetPen(wx.Pen(BACKGROUND_COLOUR, width=0, style=wx.SOLID))
dc.DrawRectangle(0, 0, w, h)
rec = wx.Rect(0, 0, w, h)
gc.SetPen(wx.Pen(WIDGET_BORDER_COLOUR, width=1))
gc.SetBrush(wx.Brush(self.backColour))
gc.DrawRoundedRectangle(rec[0], rec[1], rec[2] - 1, rec[3] - 1, 3)
# Draw triangle
gc.SetPen(wx.Pen(LABEL_LABEL_COLOUR, width=1, style=wx.SOLID))
gc.SetBrush(wx.Brush(LABEL_LABEL_COLOUR, wx.SOLID))
tri = [(12, h / 2 - 0.5), (7, 4.5), (7, h - 5.5), (12, h / 2 - 0.5)]
gc.DrawLines(tri)
# Draw unit
dc.SetFont(self.unitFont)
dc.DrawLabel(self.unit, wx.Rect(95, 0, w - 95, h), wx.ALIGN_CENTER_VERTICAL)
dc.SelectObject(wx.NullBitmap)
def setBackColour(self, colour):
self.backColour = colour
self.createBackgroundBitmap()
wx.CallAfter(self.Refresh)
def LooseFocus(self, event):
if self.new != '':
self.value = eval(self.new)
self.new = ''
self.selected = False
if self.outFunction:
self.outFunction(self.value)
wx.CallAfter(self.Refresh)
def OnPaint(self, event):
w, h = self.GetSize()
dc = wx.AutoBufferedPaintDC(self)
dc.SetBrush(wx.Brush(BACKGROUND_COLOUR, wx.SOLID))
dc.Clear()
dc.SetTextForeground(LABEL_LABEL_COLOUR)
dc.DrawBitmap(self.backgroundBitmap, 0, 0)
# Draw value
dc.SetFont(self.font)
if self.selected:
dc.SetPen(wx.Pen(ENTRYUNIT_HIGHLIGHT_COLOUR, width=1, style=wx.SOLID))
dc.SetBrush(wx.Brush(ENTRYUNIT_HIGHLIGHT_COLOUR, wx.SOLID))
dc.DrawRoundedRectangle(self.entryRect, 3)
dc.SetPen(wx.Pen(LABEL_LABEL_COLOUR, width=1, style=wx.SOLID))
dc.SetBrush(wx.Brush(LABEL_LABEL_COLOUR, wx.SOLID))
if self.selected and self.new:
val = self.new
else:
val = "%s, %s" % (self.value[0], self.value[1])
if CeciliaLib.getVar("systemPlatform").startswith("linux"):
width = len(val) * (dc.GetCharWidth() - 2)
else:
width = len(val) * dc.GetCharWidth()
dc.DrawLabel(val, wx.Rect(int(self.starttext - width), 0, int(width), h), wx.ALIGN_CENTER_VERTICAL)
def MouseDown(self, event):
pos = event.GetPosition()
if self.entryRect.Contains(pos):
if 0: # deactivate mouse scrolling for now
self.clickPos = wx.GetMousePosition()
self.oldValue = self.value
offset = self.starttext - pos[0]
if offset <= 7:
self.increment = 0.001
elif offset <= 14:
self.increment = 0.01
elif offset <= 21:
self.increment = 0.1
elif offset <= 28:
self.increment = 1
else:
self.increment = 10
self.CaptureMouse()
self.selected = True
self.new = ''
wx.CallAfter(self.Refresh)
event.Skip()
def MouseMotion(self, evt):
if evt.Dragging() and evt.LeftIsDown() and self.HasCapture():
if self.clickPos is not None:
pos = wx.GetMousePosition()
off = self.clickPos[1] - pos[1]
if self.valtype == 'float':
off *= self.increment
self.value = self.oldValue + off
if self.outFunction:
self.outFunction(self.value)
wx.CallAfter(self.Refresh)
def MouseUp(self, evt):
if self.HasCapture():
self.ReleaseMouse()
self.clickPos = None
def onChar(self, event):
if self.selected:
char = ''
if event.GetKeyCode() in range(wx.WXK_NUMPAD0, wx.WXK_NUMPAD9 + 1):
char = str(event.GetKeyCode() - wx.WXK_NUMPAD0)
elif event.GetKeyCode() in [wx.WXK_SUBTRACT, wx.WXK_NUMPAD_SUBTRACT]:
char = '-'
elif event.GetKeyCode() in [wx.WXK_DECIMAL, wx.WXK_NUMPAD_DECIMAL]:
char = '.'
elif event.GetKeyCode() == 44: # comma
char = ', '
elif event.GetKeyCode() == wx.WXK_BACK:
if self.new != '':
self.new = self.new[0:-1]
elif event.GetKeyCode() < 256:
char = chr(event.GetKeyCode())
if char in ['0', '1', '2', '3', '4', '5', '6', '7', '8', '9']:
self.new += char
elif char == '.' and self.new.count('.') <= 1:
self.new += char
elif char == ', ' and ', ' not in self.new:
self.new += char
elif char == '-' and len(self.new) == 0:
self.new += char
elif event.GetKeyCode() in [wx.WXK_RETURN, wx.WXK_NUMPAD_ENTER]:
tmp = self.new.split(', ')
try:
tmp = [eval(n.strip()) for n in tmp]
if len(tmp) == 2:
self.value = [min(tmp), max(tmp)]
except:
pass
self.new = ''
self.selected = False
if self.outFunction:
self.outFunction(self.value)
wx.CallAfter(self.Refresh)
event.Skip()
def setValue(self, val):
self.value = val
self.selected = False
self.new = ''
wx.CallAfter(self.Refresh)
class SplitterEntryUnit(wx.Panel):
def __init__(self, parent, value=[0, 0, 0], unit='', size=(120, 20), num=3, valtype='float', outFunction=None, colour=None):
wx.Panel.__init__(self, parent, -1, size=size, style=wx.WANTS_CHARS)
self.SetMaxSize(self.GetSize())
self.SetBackgroundStyle(wx.BG_STYLE_CUSTOM)
self.SetBackgroundColour(BACKGROUND_COLOUR)
self.value = value
self.unit = unit
self.num = num
self.valtype = valtype
self.outFunction = outFunction
self.selected = False
self.clickPos = None
self.oldValue = value
self.increment = 0.001
self.new = ''
self.font = wx.Font(ENTRYUNIT_FONT, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL)
if CeciliaLib.getVar("systemPlatform") == 'win32':
self.unitFont = wx.Font(ENTRYUNIT_FONT, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL)
else:
self.unitFont = wx.Font(ENTRYUNIT_FONT, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_ITALIC, wx.FONTWEIGHT_LIGHT)
self.entryRect = wx.Rect(5, 1, 87, self.GetSize()[1] - 2)
if CeciliaLib.getVar("systemPlatform") == 'win32':
self.starttext = 75
elif CeciliaLib.getVar("systemPlatform").startswith("linux"):
self.starttext = 70
else:
self.starttext = 105
if colour:
self.backColour = colour
else:
self.backColour = ENTRYUNIT_BACK_COLOUR
self.createBackgroundBitmap()
self.Bind(wx.EVT_PAINT, self.OnPaint)
self.Bind(wx.EVT_LEFT_DOWN, self.MouseDown)
self.Bind(wx.EVT_MOTION, self.MouseMotion)
self.Bind(wx.EVT_LEFT_UP, self.MouseUp)
self.Bind(wx.EVT_CHAR, self.onChar)
self.Bind(wx.EVT_KILL_FOCUS, self.LooseFocus)
def cleanup(self):
self.Unbind(wx.EVT_PAINT, handler=self.OnPaint)
self.Unbind(wx.EVT_LEFT_DOWN, handler=self.MouseDown)
self.Unbind(wx.EVT_MOTION, handler=self.MouseMotion)
self.Unbind(wx.EVT_LEFT_UP, handler=self.MouseUp)
self.Unbind(wx.EVT_CHAR, handler=self.onChar)
self.Unbind(wx.EVT_KILL_FOCUS, handler=self.LooseFocus)
self.outFunction = None
def createBackgroundBitmap(self):
w, h = self.GetSize()
self.backgroundBitmap = wx.EmptyBitmap(w, h)
dc = wx.MemoryDC(self.backgroundBitmap)
gc = wx.GraphicsContext_Create(dc)
dc.SetBrush(wx.Brush(BACKGROUND_COLOUR, wx.SOLID))
dc.SetTextForeground(LABEL_LABEL_COLOUR)
# Draw background
dc.SetPen(wx.Pen(BACKGROUND_COLOUR, width=0, style=wx.SOLID))
dc.DrawRectangle(0, 0, w, h)
rec = wx.Rect(0, 0, w, h)
gc.SetPen(wx.Pen(WIDGET_BORDER_COLOUR, width=1))
gc.SetBrush(wx.Brush(self.backColour))
gc.DrawRoundedRectangle(rec[0], rec[1], rec[2] - 1, rec[3] - 1, 3)
# Draw unit
dc.SetFont(self.unitFont)
dc.DrawLabel(self.unit, wx.Rect(95, 0, w - 95, h), wx.ALIGN_CENTER_VERTICAL)
dc.SelectObject(wx.NullBitmap)
def setBackColour(self, colour):
self.backColour = colour
self.createBackgroundBitmap()
wx.CallAfter(self.Refresh)
def LooseFocus(self, event):
if self.new != '':
self.value = eval(self.new)
self.new = ''
self.selected = False
if self.outFunction:
self.outFunction(self.value)
wx.CallAfter(self.Refresh)
def OnPaint(self, event):
w, h = self.GetSize()
dc = wx.AutoBufferedPaintDC(self)
dc.SetBrush(wx.Brush(BACKGROUND_COLOUR, wx.SOLID))
dc.Clear()
dc.SetTextForeground(LABEL_LABEL_COLOUR)
dc.DrawBitmap(self.backgroundBitmap, 0, 0)
# Draw value
dc.SetFont(self.font)
if self.selected:
dc.SetPen(wx.Pen(ENTRYUNIT_HIGHLIGHT_COLOUR, width=1, style=wx.SOLID))
dc.SetBrush(wx.Brush(ENTRYUNIT_HIGHLIGHT_COLOUR, wx.SOLID))
dc.DrawRoundedRectangle(self.entryRect, 3)
dc.SetPen(wx.Pen(LABEL_LABEL_COLOUR, width=1, style=wx.SOLID))
dc.SetBrush(wx.Brush(LABEL_LABEL_COLOUR, wx.SOLID))
if self.selected and self.new:
val = self.new
else:
if self.valtype == "float":
val = ["%i" % x for x in self.value]
val = ", ".join(val)
else:
val = ["%i" % x for x in self.value]
val = ", ".join(val)
if CeciliaLib.getVar("systemPlatform").startswith("linux"):
width = len(val) * (dc.GetCharWidth() - 2)
else:
width = len(val) * dc.GetCharWidth()
dc.DrawLabel(val, wx.Rect(int(self.starttext - width), 0, int(width), h), wx.ALIGN_CENTER_VERTICAL)
def MouseDown(self, event):
pos = event.GetPosition()
if self.entryRect.Contains(pos):
if 0: # deactivate mouse scrolling for now
self.clickPos = wx.GetMousePosition()
self.oldValue = self.value
offset = self.starttext - pos[0]
if offset <= 7:
self.increment = 0.001
elif offset <= 14:
self.increment = 0.01
elif offset <= 21:
self.increment = 0.1
elif offset <= 28:
self.increment = 1
else:
self.increment = 10
self.CaptureMouse()
self.selected = True
self.new = ''
wx.CallAfter(self.Refresh)
event.Skip()
def MouseMotion(self, evt):
if evt.Dragging() and evt.LeftIsDown() and self.HasCapture():
if self.clickPos is not None:
pos = wx.GetMousePosition()
off = self.clickPos[1] - pos[1]
if self.valtype == 'float':
off *= self.increment
self.value = self.oldValue + off
if self.outFunction:
self.outFunction(self.value)
wx.CallAfter(self.Refresh)
def MouseUp(self, evt):
if self.HasCapture():
self.ReleaseMouse()
self.clickPos = None
def onChar(self, event):
if self.selected:
char = ''
if event.GetKeyCode() in range(wx.WXK_NUMPAD0, wx.WXK_NUMPAD9 + 1):
char = str(event.GetKeyCode() - wx.WXK_NUMPAD0)
elif event.GetKeyCode() in [wx.WXK_SUBTRACT, wx.WXK_NUMPAD_SUBTRACT]:
char = '-'
elif event.GetKeyCode() in [wx.WXK_DECIMAL, wx.WXK_NUMPAD_DECIMAL]:
char = '.'
elif event.GetKeyCode() == 44: # comma.
char = ', '
elif event.GetKeyCode() == wx.WXK_BACK:
if self.new != '':
self.new = self.new[0:-1]
elif event.GetKeyCode() < 256:
char = chr(event.GetKeyCode())
if char in ['0', '1', '2', '3', '4', '5', '6', '7', '8', '9']:
self.new += char
elif char == '.' and self.new.count('.') <= self.num:
self.new += char
elif char == ', ' and self.new.count(', ') <= (self.num - 2):
self.new += char
elif char == '-' and len(self.new) == 0:
self.new += char
elif event.GetKeyCode() in [wx.WXK_RETURN, wx.WXK_NUMPAD_ENTER]:
tmp = self.new.split(', ')
try:
tmp = sorted([eval(n.strip()) for n in tmp])
if len(tmp) == 3:
self.value = tmp
except:
pass
self.new = ''
self.selected = False
if self.outFunction:
self.outFunction(self.value)
wx.CallAfter(self.Refresh)
event.Skip()
def setValue(self, val):
self.value = val
self.selected = False
self.new = ''
wx.CallAfter(self.Refresh)
#---------------------------
# ListEntry
# --------------------------
class ListEntry(wx.Panel):
def __init__(self, parent, value='1, .5, .25', size=(100, 20), colour=None, outFunction=None):
wx.Panel.__init__(self, parent, -1, size=size, style=wx.WANTS_CHARS)
self.SetMaxSize(self.GetSize())
self.SetBackgroundStyle(wx.BG_STYLE_CUSTOM)
self.SetBackgroundColour(BACKGROUND_COLOUR)
self.outFunction = outFunction
self.value = value
self.new = ''
self.font = wx.Font(ENTRYUNIT_FONT, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL)
if colour:
self.backColour = colour
else:
self.backColour = ENTRYUNIT_BACK_COLOUR
self.createBackgroundBitmap()
self.Bind(wx.EVT_PAINT, self.OnPaint)
self.Bind(wx.EVT_LEFT_DOWN, self.MouseDown)
def createBackgroundBitmap(self):
w, h = self.GetSize()
self.backgroundBitmap = wx.EmptyBitmap(w, h)
dc = wx.MemoryDC(self.backgroundBitmap)
gc = wx.GraphicsContext_Create(dc)
dc.SetBrush(wx.Brush(BACKGROUND_COLOUR, wx.SOLID))
dc.SetTextForeground(LABEL_LABEL_COLOUR)
# Draw background
dc.SetPen(wx.Pen(BACKGROUND_COLOUR, width=0, style=wx.SOLID))
dc.DrawRectangle(0, 0, w, h)
rec = wx.Rect(0, 0, w, h)
gc.SetPen(wx.Pen(WIDGET_BORDER_COLOUR, width=1))
gc.SetBrush(wx.Brush(self.backColour))
gc.DrawRoundedRectangle(rec[0], rec[1], rec[2] - 1, rec[3] - 1, 3)
dc.SelectObject(wx.NullBitmap)
def setBackColour(self, colour):
self.backColour = colour
self.createBackgroundBitmap()
wx.CallAfter(self.Refresh)
def OnPaint(self, event):
w, h = self.GetSize()
dc = wx.AutoBufferedPaintDC(self)
dc.SetBrush(wx.Brush(BACKGROUND_COLOUR, wx.SOLID))
dc.Clear()
dc.SetTextForeground(LABEL_LABEL_COLOUR)
dc.DrawBitmap(self.backgroundBitmap, 0, 0)
if type(self.value) == list:
self.value = ", ".join([str(x) for x in self.value])
if ", " not in self.value:
self.value = ", ".join(self.value.split())
val = CeciliaLib.shortenName(self.value, 19)
# Draw value
dc.SetFont(self.font)
dc.SetPen(wx.Pen(LABEL_LABEL_COLOUR, width=1, style=wx.SOLID))
dc.SetBrush(wx.Brush(LABEL_LABEL_COLOUR, wx.SOLID))
dc.DrawLabel(val, wx.Rect(5, 0, w - 10, h), wx.ALIGN_CENTER_VERTICAL)
def MouseDown(self, event):
self.popup = ListEntryPopupFrame(self, self.value)
self.popup.CenterOnScreen()
self.popup.Show()
def setValue(self, val):
self.value = val
if self.outFunction is not None:
self.outFunction(self.value)
wx.CallAfter(self.Refresh)
def getValue(self):
return self.value
class ListEntryPopupFrame(wx.Frame):
def __init__(self, parent, value):
style = (wx.FRAME_NO_TASKBAR | wx.FRAME_SHAPED | wx.BORDER_NONE | wx.FRAME_FLOAT_ON_PARENT)
wx.Frame.__init__(self, parent, title='', style=style)
self.SetBackgroundColour(BACKGROUND_COLOUR)
self.parent = parent
self.value = value
self.SetClientSize((320, 95))
self.font = wx.Font(LIST_ENTRY_FONT, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL)
panel = wx.Panel(self, -1, style=wx.BORDER_SIMPLE)
w, h = self.GetSize()
panel.SetBackgroundColour(BACKGROUND_COLOUR)
box = wx.BoxSizer(wx.VERTICAL)
title = FrameLabel(panel, "ENTER LIST OF VALUES", size=(w - 2, 24))
box.Add(title, 0, wx.ALL, 1)
self.entry = wx.TextCtrl(panel, -1, self.value, size=(300, 18), style=wx.TE_PROCESS_ENTER | wx.BORDER_NONE)
self.entry.SetBackgroundColour(GRAPHER_BACK_COLOUR)
self.entry.SetFont(self.font)
self.entry.Bind(wx.EVT_TEXT_ENTER, self.OnApply)
box.Add(self.entry, 0, wx.ALL, 10)
applyBox = wx.BoxSizer(wx.HORIZONTAL)
apply = ApplyToolBox(panel, tools=['Cancel', 'Apply'], outFunction=[self.OnCancel, self.OnApply])
applyBox.Add(apply, 0, wx.LEFT, 210)
box.Add(applyBox)
box.AddSpacer(10)
panel.SetSizerAndFit(box)
def OnApply(self, event=None):
value = self.entry.GetValue().strip()
if value[-1] == ",":
value = value[:-1].strip()
value = value.replace(" ", "").replace(",", ", ")
self.parent.setValue(value)
self.Destroy()
def OnCancel(self, event=None):
self.Destroy()
class OSCPopupFrame(wx.Frame):
def __init__(self, parent, slider, side='left'):
style = (wx.FRAME_NO_TASKBAR | wx.FRAME_SHAPED | wx.BORDER_NONE | wx.FRAME_FLOAT_ON_PARENT)
wx.Frame.__init__(self, parent, title='', style=style)
self.SetBackgroundColour(BACKGROUND_COLOUR)
self.parent = parent
self.slider = slider
self.side = side
self.value = init = outinit = ""
self.SetClientSize((320, 140))
self.font = wx.Font(LIST_ENTRY_FONT, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL)
panel = wx.Panel(self, -1, style=wx.BORDER_SIMPLE)
w, h = self.GetSize()
panel.SetBackgroundColour(BACKGROUND_COLOUR)
box = wx.BoxSizer(wx.VERTICAL)
title = FrameLabel(panel, "Open Sound Control Input (port:address)", size=(w - 2, 24))
box.Add(title, 0, wx.ALL, 1)
if self.slider.openSndCtrl is not None:
osc = self.slider.openSndCtrl
if self.slider.widget_type == "slider":
init = "%d:%s" % (osc[0], osc[1])
elif self.slider.widget_type == "range":
if side == 'left' and osc[0] != ():
init = "%d:%s" % (osc[0][0], osc[0][1])
elif side == 'right' and osc[1] != ():
init = "%d:%s" % (osc[1][0], osc[1][1])
if self.slider.OSCOut is not None:
osc = self.slider.OSCOut
if self.slider.widget_type == "slider":
outinit = "%s:%d:%s" % (osc[0], osc[1], osc[2])
elif self.slider.widget_type == "range":
if side == 'left' and osc[0] != ():
outinit = "%s:%d:%s" % (osc[0][0], osc[0][1], osc[0][2])
elif side == 'right' and osc[1] != ():
outinit = "%s:%d:%s" % (osc[1][0], osc[1][1], osc[1][2])
self.entry = wx.TextCtrl(panel, -1, init, size=(300, 18), style=wx.TE_PROCESS_ENTER | wx.BORDER_NONE)
self.entry.SetFocus()
self.entry.SetBackgroundColour(GRAPHER_BACK_COLOUR)
self.entry.SetFont(self.font)
self.entry.Bind(wx.EVT_TEXT_ENTER, self.OnApply)
box.Add(self.entry, 0, wx.ALL, 10)
outtext = wx.StaticText(panel, -1, label="OSC Output, optional (host:port:address)")
outtext.SetForegroundColour("#FFFFFF")
outtext.SetFont(self.font)
box.Add(outtext, 0, wx.LEFT, 10)
box.AddSpacer(2)
self.entry2 = wx.TextCtrl(panel, -1, outinit, size=(300, 18), style=wx.TE_PROCESS_ENTER | wx.BORDER_NONE)
self.entry2.SetBackgroundColour(GRAPHER_BACK_COLOUR)
self.entry2.SetFont(self.font)
box.Add(self.entry2, 0, wx.LEFT | wx.RIGHT | wx.BOTTOM, 10)
applyBox = wx.BoxSizer(wx.HORIZONTAL)
apply = ApplyToolBox(panel, tools=['Cancel', 'Apply'], outFunction=[self.OnCancel, self.OnApply])
applyBox.Add(apply, 0, wx.LEFT, 210)
box.Add(applyBox)
box.AddSpacer(10)
panel.SetSizerAndFit(box)
def OnApply(self, event=None):
self.value = self.entry.GetValue()
outvalue = self.entry2.GetValue()
if self.slider.widget_type == "slider":
self.slider.setOSCInput(self.value)
self.slider.setOSCOutput(outvalue)
elif self.slider.widget_type == "range":
self.slider.setOSCInput(self.value, self.side)
self.slider.setOSCOutput(outvalue, self.side)
self.Destroy()
def OnCancel(self, event=None):
self.Destroy()
class BatchPopupFrame(wx.Frame):
def __init__(self, parent, outFunction):
style = (wx.FRAME_NO_TASKBAR | wx.FRAME_SHAPED | wx.BORDER_NONE | wx.FRAME_FLOAT_ON_PARENT | wx.STAY_ON_TOP)
wx.Frame.__init__(self, parent, title='', style=style)
self.SetBackgroundColour(BACKGROUND_COLOUR)
self.parent = parent
self.outFunction = outFunction
self.SetClientSize((320, 95))
self.font = wx.Font(LIST_ENTRY_FONT, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL)
panel = wx.Panel(self, -1, style=wx.BORDER_SIMPLE)
w, h = self.GetSize()
panel.SetBackgroundColour(BACKGROUND_COLOUR)
box = wx.BoxSizer(wx.VERTICAL)
title = FrameLabel(panel, "Enter the filename's suffix", size=(w - 2, 24))
box.Add(title, 0, wx.ALL, 1)
self.entry = wx.TextCtrl(panel, -1, "", size=(300, 18), style=wx.TE_PROCESS_ENTER | wx.BORDER_NONE)
self.entry.SetFocus()
self.entry.SetBackgroundColour(GRAPHER_BACK_COLOUR)
self.entry.SetFont(self.font)
self.entry.Bind(wx.EVT_TEXT_ENTER, self.OnApply)
box.Add(self.entry, 0, wx.ALL, 10)
applyBox = wx.BoxSizer(wx.HORIZONTAL)
apply = ApplyToolBox(panel, tools=['Cancel', 'Apply'], outFunction=[self.OnCancel, self.OnApply])
applyBox.Add(apply, 0, wx.LEFT, 210)
box.Add(applyBox)
box.AddSpacer(10)
panel.SetSizerAndFit(box)
def OnApply(self, event=None):
wx.CallAfter(self.outFunction, self.entry.GetValue().strip())
self.Destroy()
def OnCancel(self, event=None):
wx.CallAfter(self.outFunction, "")
self.Destroy()
class AboutPopupFrame(wx.Frame):
def __init__(self, parent, y_pos):
style = (wx.FRAME_NO_TASKBAR | wx.FRAME_SHAPED | wx.BORDER_NONE | wx.FRAME_FLOAT_ON_PARENT | wx.STAY_ON_TOP)
wx.Frame.__init__(self, parent, title='', pos=(-1, y_pos), style=style)
self.SetBackgroundColour(BACKGROUND_COLOUR)
self.parent = parent
if CeciliaLib.getVar("systemPlatform").startswith("linux") or CeciliaLib.getVar("systemPlatform") == 'win32':
self.SetSize((600, 450))
self.font = wx.Font(8, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL)
else:
self.SetSize((600, 420))
self.font = wx.Font(13, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL)
panel = wx.Panel(self, -1, style=wx.BORDER_SIMPLE)
w, h = self.GetSize()
panel.SetBackgroundColour(BACKGROUND_COLOUR)
box = wx.BoxSizer(wx.VERTICAL)
title = AboutLabel(panel, APP_VERSION, APP_COPYRIGHT, size=(w - 2, 80))
box.Add(title, 0, wx.ALL, 1)
self.rtc = rt.RichTextCtrl(panel, size=(w - 40, 280), style=wx.BORDER_NONE | wx.richtext.RE_READONLY)
self.rtc.EnableVerticalScrollbar(False)
self.rtc.SetBackgroundColour(BACKGROUND_COLOUR)
self.rtc.SetFont(self.font)
self.rtc.Freeze()
self.rtc.BeginSuppressUndo()
if CeciliaLib.getVar("systemPlatform").startswith("linux") or CeciliaLib.getVar("systemPlatform") == 'win32':
self.rtc.BeginParagraphSpacing(0, 20)
else:
self.rtc.BeginParagraphSpacing(0, 40)
self.rtc.BeginAlignment(wx.TEXT_ALIGNMENT_CENTER)
self.rtc.Newline()
self.rtc.BeginTextColour((255, 255, 255))
self.rtc.WriteText("Cecilia ")
self.rtc.BeginTextColour((200, 200, 200))
self.rtc.WriteText("is a tool to make ear-bending noises and music. It uses the pyo audio engine created for the Python programming language by ")
self.rtc.BeginTextColour((255, 255, 255))
self.rtc.WriteText(CeciliaLib.ensureNFD("Olivier Belanger "))
self.rtc.BeginTextColour((200, 200, 200))
self.rtc.WriteText(CeciliaLib.ensureNFD("at Universite de Montreal."))
self.rtc.Newline()
self.rtc.BeginTextColour((255, 255, 255))
self.rtc.WriteText(CeciliaLib.ensureNFD("Jean Piche "))
self.rtc.BeginTextColour((200, 200, 200))
self.rtc.WriteText(CeciliaLib.ensureNFD("conceived, designed, and programmed Cecilia in 1995 to replace racks full of analog audio gear in a musique concrete studio."))
self.rtc.Newline()
self.rtc.BeginTextColour((255, 255, 255))
self.rtc.WriteText(CeciliaLib.ensureNFD("Olivier Belanger "))
self.rtc.BeginTextColour((200, 200, 200))
self.rtc.WriteText("does all the programming and contributed heavily on design issues. He recoded Cecilia in Python from the ground up in 2008. Olivier is now the keeper of the program.")
self.rtc.Newline()
self.rtc.BeginTextColour((255, 255, 255))
self.rtc.WriteText("Jean-Michel Dumas ")
self.rtc.BeginTextColour((200, 200, 200))
self.rtc.WriteText("translated almost every modules from Cecilia 4.2, created new ones and provided much needed moral support, patient testing and silly entertainment.")
urlStyle = rt.RichTextAttr()
urlStyle.SetTextColour(POPUP_BACK_COLOUR)
urlStyle.SetFontUnderlined(True)
self.rtc.Newline()
self.rtc.BeginStyle(urlStyle)
self.rtc.BeginURL("http://ajaxsoundstudio.com/software/cecilia/")
self.rtc.WriteText("The Cecilia5 Web Site on AjaxSoundStudio.com")
self.rtc.EndURL()
self.rtc.EndStyle()
self.rtc.Newline()
self.rtc.EndParagraphSpacing()
self.rtc.EndSuppressUndo()
self.rtc.Thaw()
self.rtc.Bind(wx.EVT_TEXT_URL, self.OnURL)
box.Add(self.rtc, 0, wx.ALL, 10)
closeBox = wx.BoxSizer(wx.HORIZONTAL)
close = CloseBox(panel, outFunction=self.OnClose)
closeBox.Add(close, 0, wx.LEFT, w // 2 - 25)
box.Add(closeBox)
panel.SetSizerAndFit(box)
self.CenterOnScreen()
self.Show()
def OnURL(self, evt):
webbrowser.open_new_tab("http://ajaxsoundstudio.com/software/cecilia/")
def OnClose(self):
self.Destroy()
#---------------------------
# ControlKnob
# --------------------------
class ControlKnob(wx.Panel):
def __init__(self, parent, minvalue, maxvalue, init=None, pos=(0, 0), size=(50, 70), log=False, outFunction=None, integer=False, backColour=None, label=''):
wx.Panel.__init__(self, parent=parent, id=wx.ID_ANY, pos=pos, size=size, style=wx.BORDER_NONE | wx.WANTS_CHARS)
self.parent = parent
self.SetBackgroundStyle(wx.BG_STYLE_CUSTOM)
self.SetBackgroundColour(BACKGROUND_COLOUR)
self.SetMinSize(self.GetSize())
self.knobBitmap = CeciliaLib.getVar("ICON_PLUGINS_KNOB")
self.outFunction = outFunction
self.integer = integer
self.log = log
self.label = label
self.SetRange(minvalue, maxvalue)
self.borderWidth = 1
self.selected = False
self._enable = True
self.new = ''
self.floatPrecision = '%.3f'
self.mode = 0
self.colours = {0: "#000000", 1: "#FF0000", 2: "#00FF00"}
if backColour: self.backColour = backColour
else: self.backColour = CONTROLSLIDER_BACK_COLOUR
if init is not None:
self.SetValue(init)
self.init = init
else:
self.SetValue(minvalue)
self.init = minvalue
self.Bind(wx.EVT_LEFT_DOWN, self.MouseDown)
self.Bind(wx.EVT_LEFT_UP, self.MouseUp)
self.Bind(wx.EVT_LEFT_DCLICK, self.DoubleClick)
self.Bind(wx.EVT_MOTION, self.MouseMotion)
self.Bind(wx.EVT_PAINT, self.OnPaint)
self.Bind(wx.EVT_CHAR, self.onChar)
self.Bind(wx.EVT_KILL_FOCUS, self.LooseFocus)
def setFloatPrecision(self, x):
self.floatPrecision = '%.' + '%df' % x
self.Refresh()
def getMinValue(self):
return self.minvalue
def getMaxValue(self):
return self.maxvalue
def setEnable(self, enable):
self._enable = enable
if self._enable:
self.knobBitmap = CeciliaLib.getVar("ICON_PLUGINS_KNOB")
else:
self.knobBitmap = CeciliaLib.getVar("ICON_PLUGINS_KNOB_DISABLE")
self.Refresh()
def getInit(self):
return self.init
def getLabel(self):
return self.label
def getLog(self):
return self.log
def SetRange(self, minvalue, maxvalue):
self.minvalue = minvalue
self.maxvalue = maxvalue
def getRange(self):
return [self.minvalue, self.maxvalue]
def SetValue(self, value):
value = CeciliaLib.clamp(value, self.minvalue, self.maxvalue)
if self.log:
t = CeciliaLib.toLog(value, self.minvalue, self.maxvalue)
self.value = CeciliaLib.interpFloat(t, self.minvalue, self.maxvalue)
else:
t = CeciliaLib.tFromValue(value, self.minvalue, self.maxvalue)
self.value = CeciliaLib.interpFloat(t, self.minvalue, self.maxvalue)
if self.integer:
self.value = int(self.value)
self.selected = False
self.Refresh()
def GetValue(self):
if self.log:
t = CeciliaLib.tFromValue(self.value, self.minvalue, self.maxvalue)
val = CeciliaLib.toExp(t, self.minvalue, self.maxvalue)
else:
val = self.value
if self.integer:
val = int(val)
return val
def LooseFocus(self, event):
self.selected = False
self.Refresh()
def onChar(self, event):
if self.selected:
char = ''
if event.GetKeyCode() in range(wx.WXK_NUMPAD0, wx.WXK_NUMPAD9 + 1):
char = str(event.GetKeyCode() - wx.WXK_NUMPAD0)
elif event.GetKeyCode() in [wx.WXK_SUBTRACT, wx.WXK_NUMPAD_SUBTRACT]:
char = '-'
elif event.GetKeyCode() in [wx.WXK_DECIMAL, wx.WXK_NUMPAD_DECIMAL]:
char = '.'
elif event.GetKeyCode() == wx.WXK_BACK:
if self.new != '':
self.new = self.new[0:-1]
elif event.GetKeyCode() < 256:
char = chr(event.GetKeyCode())
if char in ['0', '1', '2', '3', '4', '5', '6', '7', '8', '9']:
self.new += char
elif char == '.' and '.' not in self.new:
self.new += char
elif char == '-' and len(self.new) == 0:
self.new += char
elif event.GetKeyCode() in [wx.WXK_RETURN, wx.WXK_NUMPAD_ENTER]:
if self.new != '':
self.SetValue(eval(self.new))
self.new = ''
self.selected = False
self.Refresh()
event.Skip()
def MouseDown(self, evt):
if evt.ShiftDown():
self.DoubleClick(evt)
return
if self._enable:
rec = wx.Rect(5, 13, 45, 45)
pos = evt.GetPosition()
if rec.Contains(pos):
self.clickPos = wx.GetMousePosition()
self.oldValue = self.value
self.CaptureMouse()
self.selected = False
self.Refresh()
evt.Skip()
def MouseUp(self, evt):
if self.HasCapture():
self.ReleaseMouse()
def DoubleClick(self, event):
if self._enable:
w, h = self.GetSize()
pos = event.GetPosition()
reclab = wx.Rect(3, 60, w - 3, 10)
recpt = wx.Rect(int(self.knobPointPos[0]) - 3, int(self.knobPointPos[1]) - 3, 9, 9)
if reclab.Contains(pos):
self.selected = True
elif recpt.Contains(pos):
self.mode = (self.mode + 1) % 3
self.Refresh()
event.Skip()
def MouseMotion(self, evt):
if self._enable:
if evt.Dragging() and evt.LeftIsDown() and self.HasCapture():
pos = wx.GetMousePosition()
offY = self.clickPos[1] - pos[1]
off = offY
off *= 0.005 * (self.maxvalue - self.minvalue)
self.value = CeciliaLib.clamp(self.oldValue + off, self.minvalue, self.maxvalue)
self.selected = False
self.Refresh()
def setbackColour(self, colour):
self.backColour = colour
def OnPaint(self, evt):
w, h = self.GetSize()
dc = wx.AutoBufferedPaintDC(self)
dc.SetBrush(wx.Brush(BACKGROUND_COLOUR, wx.SOLID))
dc.Clear()
# Draw background
dc.SetPen(wx.Pen(BACKGROUND_COLOUR, width=self.borderWidth, style=wx.SOLID))
dc.DrawRectangle(0, 0, w, h)
dc.SetFont(wx.Font(CONTROLSLIDER_FONT, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL))
dc.SetTextForeground(CONTROLSLIDER_TEXT_COLOUR)
# Draw text label
reclab = wx.Rect(0, 1, w, 9)
dc.DrawLabel(self.label, reclab, wx.ALIGN_CENTER_HORIZONTAL)
recval = wx.Rect(0, 60, w, 10)
if self.selected:
dc.SetBrush(wx.Brush(CONTROLSLIDER_SELECTED_COLOUR, wx.SOLID))
dc.SetPen(wx.Pen(CONTROLSLIDER_SELECTED_COLOUR, width=self.borderWidth, style=wx.SOLID))
dc.DrawRoundedRectangle(recval, 3)
dc.DrawBitmap(self.knobBitmap, 2, 13, True)
r = 0.17320508075688773 # math.sqrt(.03)
val = CeciliaLib.tFromValue(self.value, self.minvalue, self.maxvalue) * 0.87
ph = val * math.pi * 2 - (3 * math.pi / 2.2)
X = int(round(r * math.cos(ph) * 45))
Y = int(round(r * math.sin(ph) * 45))
dc.SetPen(wx.Pen(self.colours[self.mode], width=1, style=wx.SOLID))
dc.SetBrush(wx.Brush(self.colours[self.mode], wx.SOLID))
self.knobPointPos = (X + 22, Y + 33)
dc.DrawCircle(X + 22, Y + 33, 2)
if not self.midiLearn:
dc.SetFont(wx.Font(CONTROLSLIDER_FONT - 1, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL))
dc.DrawLabel(self.midictlLabel, wx.Rect(2, 12, 40, 40), wx.ALIGN_CENTER)
else:
dc.DrawLabel("?...", wx.Rect(2, 12, 40, 40), wx.ALIGN_CENTER)
dc.SetFont(wx.Font(CONTROLSLIDER_FONT, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL))
# Draw text value
if self.selected and self.new:
val = self.new
else:
if self.integer:
val = '%d' % self.GetValue()
else:
val = self.floatPrecision % self.GetValue()
dc.SetTextForeground(CONTROLSLIDER_TEXT_COLOUR)
dc.DrawLabel(val, recval, wx.ALIGN_CENTER)
# Send value
if self.outFunction:
self.outFunction(self.GetValue())
evt.Skip()
#---------------------------
# PlainSlider
# --------------------------
class PlainSlider(wx.Panel):
def __init__(self, parent, minvalue, maxvalue, init=None, pos=(0, 0), size=(80, 10), log=False, outFunction=None):
wx.Panel.__init__(self, parent=parent, id=wx.ID_ANY, pos=pos, size=size, style=wx.BORDER_NONE)
self.SetBackgroundStyle(wx.BG_STYLE_CUSTOM)
self.SetBackgroundColour(BACKGROUND_COLOUR)
self._backColour = BACKGROUND_COLOUR
self.SetMinSize(self.GetSize())
self.knobSize = 12
self.knobHalfSize = 6
self.sliderHeight = 6.
self.outFunction = outFunction
self.log = log
self.SetRange(minvalue, maxvalue)
self.borderWidth = 1
if init is not None:
self.SetValue(init)
else:
self.SetValue(minvalue)
self.clampPos()
self.Bind(wx.EVT_LEFT_DOWN, self.MouseDown)
self.Bind(wx.EVT_LEFT_UP, self.MouseUp)
self.Bind(wx.EVT_MOTION, self.MouseMotion)
self.Bind(wx.EVT_PAINT, self.OnPaint)
self.Bind(wx.EVT_SIZE, self.OnResize)
self.show = True
self.createSliderBitmap()
self.createKnobBitmap()
def createSliderBitmap(self):
w, h = self.GetSize()
b = wx.EmptyBitmap(w, h)
dc = wx.MemoryDC(b)
gc = wx.GraphicsContext_Create(dc)
dc.SetPen(wx.Pen(self._backColour, width=1))
dc.SetBrush(wx.Brush(self._backColour))
dc.DrawRectangle(0, 0, w, h)
gc.SetBrush(wx.Brush("#777777"))
gc.SetPen(wx.Pen(self._backColour, width=0))
h2 = round(self.sliderHeight // 4)
gc.DrawRoundedRectangle(0, h2, w - 1, self.sliderHeight - 1, 3)
dc.SelectObject(wx.NullBitmap)
b.SetMaskColour("#777777")
self.sliderMask = b
def createKnobBitmap(self):
w, h = self.knobSize, self.GetSize()[1]
b = wx.EmptyBitmap(w, h)
dc = wx.MemoryDC(b)
gc = wx.GraphicsContext_Create(dc)
rec = wx.Rect(0, 0, w, h)
dc.SetPen(wx.Pen(self._backColour, width=1))
dc.SetBrush(wx.Brush(self._backColour))
dc.DrawRectangle(rec)
h2 = round(self.sliderHeight // 4)
rec = wx.Rect(0, h2, w, int(self.sliderHeight))
brush = gc.CreateLinearGradientBrush(0, h2, 0, h2 + self.sliderHeight,
"#222240", CONTROLSLIDER_BACK_COLOUR)
gc.SetBrush(brush)
gc.DrawRoundedRectangle(0, 0, w, h, 2)
dc.SelectObject(wx.NullBitmap)
b.SetMaskColour("#787878")
self.knobMask = b
def setBackColour(self, col):
self._backColour = col
self.SetBackgroundColour(col)
self.createSliderBitmap()
self.createKnobBitmap()
wx.CallAfter(self.Refresh)
def Show(self):
self.show = True
wx.CallAfter(self.Refresh)
def Hide(self):
self.show = False
wx.CallAfter(self.Refresh)
def SetRange(self, minvalue, maxvalue):
self.minvalue = minvalue
self.maxvalue = maxvalue
def scale(self):
inter = CeciliaLib.tFromValue(self.pos, self.knobHalfSize, self.GetSize()[0] - self.knobHalfSize)
return CeciliaLib.interpFloat(inter, self.minvalue, self.maxvalue)
def SetValue(self, value):
if self.HasCapture():
self.ReleaseMouse()
value = CeciliaLib.clamp(value, self.minvalue, self.maxvalue)
t = CeciliaLib.tFromValue(value, self.minvalue, self.maxvalue)
if self.log:
self.value = CeciliaLib.interpFloat(math.sqrt(t), self.minvalue, self.maxvalue)
else:
self.value = CeciliaLib.interpFloat(t, self.minvalue, self.maxvalue)
self.clampPos()
wx.CallAfter(self.Refresh)
def GetValue(self):
if self.log:
t = CeciliaLib.tFromValue(self.value, self.minvalue, self.maxvalue)
val = CeciliaLib.interpFloat(t * t, self.minvalue, self.maxvalue)
else:
val = self.value
return val
def MouseDown(self, evt):
size = self.GetSize()
self.pos = CeciliaLib.clamp(evt.GetPosition()[0], self.knobHalfSize, size[0] - self.knobHalfSize)
self.value = self.scale()
self.CaptureMouse()
wx.CallAfter(self.Refresh)
def MouseUp(self, evt):
if self.HasCapture():
self.ReleaseMouse()
def MouseMotion(self, evt):
size = self.GetSize()
if evt.Dragging() and evt.LeftIsDown():
self.pos = CeciliaLib.clamp(evt.GetPosition()[0], self.knobHalfSize, size[0] - self.knobHalfSize)
self.value = self.scale()
wx.CallAfter(self.Refresh)
def OnResize(self, evt):
self.createSliderBitmap()
self.clampPos()
wx.CallAfter(self.Refresh)
def clampPos(self):
size = self.GetSize()
self.pos = CeciliaLib.tFromValue(self.value, self.minvalue, self.maxvalue) * (size[0] - self.knobHalfSize) + self.knobHalfSize
self.pos = CeciliaLib.clamp(self.pos, self.knobHalfSize, size[0] - self.knobHalfSize)
def OnPaint(self, evt):
w, h = self.GetSize()
dc = wx.AutoBufferedPaintDC(self)
dc.SetBrush(wx.Brush(self._backColour, wx.SOLID))
dc.Clear()
# Draw background
dc.SetPen(wx.Pen(self._backColour, width=self.borderWidth, style=wx.SOLID))
dc.DrawRectangle(0, 0, w, h)
if self.show:
# Draw inner part
h2 = int(round(self.sliderHeight / 4))
rec = wx.Rect(0, h2, w, int(self.sliderHeight))
dc.GradientFillLinear(rec, GRADIENT_DARK_COLOUR, CONTROLSLIDER_BACK_COLOUR, wx.BOTTOM)
dc.DrawBitmap(self.sliderMask, 0, 0, True)
# Draw knob
rec = wx.Rect(int(self.pos - self.knobHalfSize), 0, int(self.knobSize), h)
dc.GradientFillLinear(rec, GRADIENT_DARK_COLOUR, CONTROLSLIDER_KNOB_COLOUR, wx.RIGHT)
dc.DrawBitmap(self.knobMask, rec[0], rec[1], True)
# Send value
if self.outFunction:
self.outFunction(self.GetValue())
evt.Skip()
#---------------------------
# ToolBox (need a list of outFunctions axxociated with tools)
# --------------------------
class ToolBox(wx.Panel):
def __init__(self, parent, size=(80, 20), tools=[], outFunction=None):
wx.Panel.__init__(self, parent, -1, size=size)
self.SetBackgroundStyle(wx.BG_STYLE_CUSTOM)
self.SetBackgroundColour(BACKGROUND_COLOUR)
self._backColour = BACKGROUND_COLOUR
self.parent = parent
self.enabled = True
if len(tools) == 0:
raise('ToolBox must have at least a list of one tool!')
self.num = len(tools)
self.SetSize((20 * self.num, 20))
self.SetMinSize(self.GetSize())
self.SetMaxSize(self.GetSize())
self.tools = tools
self.maps = {'save': self.onSave, 'load': self.onLoad, 'reset': self.onReset, 'show': self.onShow,
'open': self.onOpen, 'edit': self.onEdit, 'recycle': self.onRecycle, 'play': self.onPlay,
'time': self.onTime, 'delete': self.onDelete}
self.graphics = {'save': [CeciliaLib.getVar("ICON_TB_SAVE"), CeciliaLib.getVar("ICON_TB_SAVE_OVER")],
'load': [CeciliaLib.getVar("ICON_TB_LOAD"), CeciliaLib.getVar("ICON_TB_LOAD_OVER")],
'reset': [CeciliaLib.getVar("ICON_TB_RESET"), CeciliaLib.getVar("ICON_TB_RESET_OVER")],
'delete': [CeciliaLib.getVar("ICON_TB_DELETE"), CeciliaLib.getVar("ICON_TB_DELETE_OVER")],
'play': [CeciliaLib.getVar("ICON_TB_PLAY"), CeciliaLib.getVar("ICON_TB_PLAY_OVER")],
'recycle': [CeciliaLib.getVar("ICON_TB_RECYCLE"), CeciliaLib.getVar("ICON_TB_RECYCLE_OVER")],
'edit': [CeciliaLib.getVar("ICON_TB_EDIT"), CeciliaLib.getVar("ICON_TB_EDIT_OVER")],
'open': [CeciliaLib.getVar("ICON_TB_OPEN"), CeciliaLib.getVar("ICON_TB_OPEN_OVER"),
CeciliaLib.getVar("ICON_TB_CLOSE"), CeciliaLib.getVar("ICON_TB_CLOSE_OVER")],
'time': [CeciliaLib.getVar("ICON_TB_TIME"), CeciliaLib.getVar("ICON_TB_TIME_OVER")],
'show': [CeciliaLib.getVar("ICON_TB_SHOW"), CeciliaLib.getVar("ICON_TB_SHOW_OVER"),
CeciliaLib.getVar("ICON_TB_HIDE"), CeciliaLib.getVar("ICON_TB_HIDE_OVER")]}
self.rectList = []
for i in range(self.num):
self.rectList.append(wx.Rect(i * 20, 0, 20, self.GetSize()[1]))
self.overs = [False] * self.num
self.oversWait = [True] * self.num
self.show = True
self.open = False
self.samplerFrame = None
self.outFunction = outFunction
self.Bind(wx.EVT_PAINT, self.OnPaint)
self.Bind(wx.EVT_LEFT_DOWN, self.MouseDown)
self.Bind(wx.EVT_MOTION, self.OnMotion)
self.Bind(wx.EVT_LEAVE_WINDOW, self.OnLeave)
def cleanup(self):
self.Unbind(wx.EVT_PAINT, handler=self.OnPaint)
self.Unbind(wx.EVT_LEFT_DOWN, handler=self.MouseDown)
self.Unbind(wx.EVT_MOTION, handler=self.OnMotion)
self.Unbind(wx.EVT_LEAVE_WINDOW, handler=self.OnLeave)
self.outFunction = None
self.maps = None
def setBackColour(self, col):
self._backColour = col
self.SetBackgroundColour(col)
wx.CallAfter(self.Refresh)
def setOverWait(self, which):
self.oversWait[which] = False
def checkForOverReady(self, pos):
for i, rec in enumerate(self.rectList):
if not rec.Contains(pos):
self.oversWait[i] = True
def OnMotion(self, event):
pos = event.GetPosition()
self.overs = [False] * self.num
for i, rec in enumerate(self.rectList):
if rec.Contains(pos) and self.oversWait[i]:
self.overs[i] = True
self.checkForOverReady(pos)
wx.CallAfter(self.Refresh)
event.Skip()
def OnLeave(self, event):
self.overs = [False] * self.num
self.oversWait = [True] * self.num
wx.CallAfter(self.Refresh)
def OnPaint(self, event):
w, h = self.GetSize()
dc = wx.AutoBufferedPaintDC(self)
dc.SetBrush(wx.Brush(self._backColour, wx.SOLID))
dc.Clear()
# Draw background
dc.SetPen(wx.Pen(self._backColour, width=0, style=wx.SOLID))
dc.DrawRectangle(0, 0, w, h)
if self.enabled:
for i, tool in enumerate(self.tools):
if not self.overs[i]:
if tool == 'show':
if self.show: icon = self.graphics[tool][0]
else: icon = self.graphics[tool][2]
elif tool == 'open':
if self.open: icon = self.graphics[tool][2]
else: icon = self.graphics[tool][0]
else:
icon = self.graphics[tool][0]
else:
if tool == 'show':
if self.show: icon = self.graphics[tool][1]
else: icon = self.graphics[tool][3]
elif tool == 'open':
if self.open: icon = self.graphics[tool][3]
else: icon = self.graphics[tool][1]
else:
icon = self.graphics[tool][1]
dc.DrawBitmap(icon, self.rectList[i][0] + 2, self.rectList[i][1] + 1, True)
dc.SetPen(wx.Pen(WHITE_COLOUR, width=1, style=wx.SOLID))
for i in range((self.num - 1)):
dc.DrawLine((i + 1) * 20, 2, (i + 1) * 20, h - 2)
def MouseDown(self, event):
pos = event.GetPosition()
for i, rec in enumerate(self.rectList):
if rec.Contains(pos):
tool = self.tools[i]
self.setOverWait(i)
break
if self.outFunction:
self.maps[tool]()
wx.CallAfter(self.Refresh)
def onSave(self):
self.outFunction[self.tools.index('save')]()
def onLoad(self):
self.outFunction[self.tools.index('load')]()
def onReset(self):
self.outFunction[self.tools.index('reset')]()
def onPlay(self):
self.outFunction[self.tools.index('play')]()
def onEdit(self):
self.outFunction[self.tools.index('edit')]()
def onRecycle(self):
self.outFunction[self.tools.index('recycle')]()
def onDelete(self):
self.outFunction[self.tools.index('delete')]()
def onOpen(self):
self.outFunction[self.tools.index('open')]()
if self.open:
self.open = False
else:
self.open = True
wx.CallAfter(self.Refresh)
def onTime(self):
self.outFunction[self.tools.index('time')]()
def onShow(self):
if self.show: self.show = False
else: self.show = True
self.outFunction[self.tools.index('show')](self.show)
def setShow(self, state):
self.show = state
wx.CallAfter(self.Refresh)
def setOpen(self, state):
self.open = state
wx.CallAfter(self.Refresh)
def enable(self, state):
self.enabled = state
wx.CallAfter(self.Refresh)
#---------------------------
# RadioToolBox (need a list of outFunctions axxociated with tools)
# --------------------------
class RadioToolBox(wx.Panel):
def __init__(self, parent, size=(75, 20), tools=['pointer', 'pencil', 'zoom', 'hand'], outFunction=None):
wx.Panel.__init__(self, parent, -1, size=size)
self.SetBackgroundStyle(wx.BG_STYLE_CUSTOM)
self.SetBackgroundColour(TITLE_BACK_COLOUR)
if len(tools) == 0:
raise('ToolBox must have at least a list of one tool!')
self.num = len(tools)
self.SetSize((25 * self.num, 20))
self.SetMinSize(self.GetSize())
self.SetMaxSize(self.GetSize())
self.tools = tools
self.maps = {'pointer': self.onPointer, 'pencil': self.onPencil, 'zoom': self.onZoom, 'hand': self.onHand}
self.graphics = {'pointer': [CeciliaLib.getVar("ICON_RTB_POINTER"), CeciliaLib.getVar("ICON_RTB_POINTER_OVER"), CeciliaLib.getVar("ICON_RTB_POINTER_CLICK")],
'pencil': [CeciliaLib.getVar("ICON_RTB_PENCIL"), CeciliaLib.getVar("ICON_RTB_PENCIL_OVER"), CeciliaLib.getVar("ICON_RTB_PENCIL_CLICK")],
'zoom': [CeciliaLib.getVar("ICON_RTB_ZOOM"), CeciliaLib.getVar("ICON_RTB_ZOOM_OVER"), CeciliaLib.getVar("ICON_RTB_ZOOM_CLICK")],
'hand': [CeciliaLib.getVar("ICON_RTB_HAND"), CeciliaLib.getVar("ICON_RTB_HAND_OVER"), CeciliaLib.getVar("ICON_RTB_HAND_CLICK")]}
self.rectList = []
for i in range(self.num):
self.rectList.append(wx.Rect(i * 25, 0, 25, self.GetSize()[1]))
self.overs = [False] * self.num
self.oversWait = [True] * self.num
self.selected = 0
self.outFunction = outFunction
self.Bind(wx.EVT_PAINT, self.OnPaint)
self.Bind(wx.EVT_LEFT_DOWN, self.MouseDown)
self.Bind(wx.EVT_MOTION, self.OnMotion)
self.Bind(wx.EVT_LEAVE_WINDOW, self.OnLeave)
def setOverWait(self, which):
self.oversWait[which] = False
def checkForOverReady(self, pos):
for i, rec in enumerate(self.rectList):
if not rec.Contains(pos):
self.oversWait[i] = True
def OnMotion(self, event):
pos = event.GetPosition()
self.overs = [False] * self.num
for i, rec in enumerate(self.rectList):
if rec.Contains(pos) and self.oversWait[i]:
self.overs[i] = True
self.checkForOverReady(pos)
wx.CallAfter(self.Refresh)
event.Skip()
def OnLeave(self, event):
self.overs = [False] * self.num
self.oversWait = [True] * self.num
wx.CallAfter(self.Refresh)
def OnPaint(self, event):
w, h = self.GetSize()
dc = wx.AutoBufferedPaintDC(self)
dc.SetBrush(wx.Brush(TITLE_BACK_COLOUR, wx.SOLID))
dc.Clear()
# Draw background
dc.SetPen(wx.Pen(TITLE_BACK_COLOUR, width=0, style=wx.SOLID))
dc.DrawRectangle(0, 0, w, h)
for i, tool in enumerate(self.tools):
if not self.overs[i]:
if i == self.selected:
icon = self.graphics[tool][2]
else:
icon = self.graphics[tool][0]
else:
icon = self.graphics[tool][1]
dc.DrawBitmap(icon, self.rectList[i][0] + 2, self.rectList[i][1] + 1, True)
dc.SetPen(wx.Pen(WHITE_COLOUR, width=1, style=wx.SOLID))
for i in range((self.num - 1)):
dc.DrawLine((i + 1) * 25, 2, (i + 1) * 25, h - 2)
def setTool(self, tool):
self.selected = self.tools.index(tool)
if self.outFunction:
self.maps[tool]()
wx.CallAfter(self.Refresh)
def MouseDown(self, event):
pos = event.GetPosition()
for i, rec in enumerate(self.rectList):
if rec.Contains(pos):
tool = self.tools[i]
self.selected = i
self.setOverWait(i)
break
if self.outFunction:
self.maps[tool]()
wx.CallAfter(self.Refresh)
event.Skip()
def onPointer(self):
self.outFunction[self.tools.index('pointer')]()
def onPencil(self):
self.outFunction[self.tools.index('pencil')]()
def onZoom(self):
self.outFunction[self.tools.index('zoom')]()
def onHand(self):
self.outFunction[self.tools.index('hand')]()
class PreferencesRadioToolBox(wx.Panel):
def __init__(self, parent, size=(200, 30), tools=['path', 'audio', 'midi', 'filer', 'cecilia'], outFunction=None):
wx.Panel.__init__(self, parent, -1, size=size)
self.SetBackgroundStyle(wx.BG_STYLE_CUSTOM)
self.SetBackgroundColour(TITLE_BACK_COLOUR)
if len(tools) == 0:
raise('ToolBox must have at least a list of one tool!')
self.num = len(tools)
self.SetSize((40 * self.num, 30))
self.SetMinSize(self.GetSize())
self.SetMaxSize(self.GetSize())
self.tools = tools
self.graphics = {'path': [CeciliaLib.getVar("ICON_PREF_PATH"), CeciliaLib.getVar("ICON_PREF_PATH_OVER"), CeciliaLib.getVar("ICON_PREF_PATH_CLICK")],
'audio': [CeciliaLib.getVar("ICON_PREF_AUDIO"), CeciliaLib.getVar("ICON_PREF_AUDIO_OVER"), CeciliaLib.getVar("ICON_PREF_AUDIO_CLICK")],
'midi': [CeciliaLib.getVar("ICON_PREF_MIDI"), CeciliaLib.getVar("ICON_PREF_MIDI_OVER"), CeciliaLib.getVar("ICON_PREF_MIDI_CLICK")],
'filer': [CeciliaLib.getVar("ICON_PREF_FILER"), CeciliaLib.getVar("ICON_PREF_FILER_OVER"), CeciliaLib.getVar("ICON_PREF_FILER_CLICK")],
'cecilia': [CeciliaLib.getVar("ICON_PREF_CECILIA"), CeciliaLib.getVar("ICON_PREF_CECILIA_OVER"), CeciliaLib.getVar("ICON_PREF_CECILIA_CLICK")],
}
self.rectList = []
for i in range(self.num):
self.rectList.append(wx.Rect(i * 40, 0, 40, self.GetSize()[1]))
self.overs = [False] * self.num
self.oversWait = [True] * self.num
self.selected = 0
self.outFunction = outFunction
self.Bind(wx.EVT_PAINT, self.OnPaint)
self.Bind(wx.EVT_LEFT_DOWN, self.MouseDown)
self.Bind(wx.EVT_MOTION, self.OnMotion)
self.Bind(wx.EVT_LEAVE_WINDOW, self.OnLeave)
def setOverWait(self, which):
self.oversWait[which] = False
def checkForOverReady(self, pos):
for i, rec in enumerate(self.rectList):
if not rec.Contains(pos):
self.oversWait[i] = True
def OnMotion(self, event):
pos = event.GetPosition()
self.overs = [False] * self.num
for i, rec in enumerate(self.rectList):
if rec.Contains(pos) and self.oversWait[i]:
self.overs[i] = True
self.checkForOverReady(pos)
wx.CallAfter(self.Refresh)
event.Skip()
def OnLeave(self, event):
self.overs = [False] * self.num
self.oversWait = [True] * self.num
wx.CallAfter(self.Refresh)
def OnPaint(self, event):
w, h = self.GetSize()
dc = wx.AutoBufferedPaintDC(self)
dc.SetBrush(wx.Brush(TITLE_BACK_COLOUR, wx.SOLID))
dc.Clear()
# Draw background
dc.SetPen(wx.Pen(TITLE_BACK_COLOUR, width=0, style=wx.SOLID))
dc.DrawRectangle(0, 0, w, h)
for i, tool in enumerate(self.tools):
if not self.overs[i]:
if i == self.selected:
icon = self.graphics[tool][2]
else:
icon = self.graphics[tool][0]
else:
icon = self.graphics[tool][1]
dc.DrawBitmap(icon, self.rectList[i][0] + 2, self.rectList[i][1] + 1, True)
dc.SetPen(wx.Pen(WHITE_COLOUR, width=1, style=wx.SOLID))
for i in range((self.num - 1)):
dc.DrawLine((i + 1) * 40, 2, (i + 1) * 40, h - 2)
def setTool(self, tool):
self.selected = self.tools.index(tool)
if self.outFunction:
self.maps[tool]()
wx.CallAfter(self.Refresh)
def MouseDown(self, event):
pos = event.GetPosition()
for i, rec in enumerate(self.rectList):
if rec.Contains(pos):
self.selected = i
self.setOverWait(i)
break
if self.outFunction:
self.outFunction(self.selected)
wx.CallAfter(self.Refresh)
event.Skip()
#---------------------------
# ApplyToolBox (need a list of outFunctions axxociated with tools)
# --------------------------
class ApplyToolBox(wx.Panel):
def __init__(self, parent, size=(100, 20), tools=['Close', 'Apply'], outFunction=None):
wx.Panel.__init__(self, parent, -1, size=size)
self.SetBackgroundStyle(wx.BG_STYLE_CUSTOM)
self.SetBackgroundColour(BACKGROUND_COLOUR)
if len(tools) == 0:
raise('ToolBox must have at least a list of one tool!')
self.num = len(tools)
self.SetSize((50 * self.num, 20))
self.SetMinSize(self.GetSize())
self.SetMaxSize(self.GetSize())
self.tools = tools
self.maps = {'Apply': self.onApply, 'Close': self.onClose, 'Cancel': self.onCancel}
self.rectList = []
for i in range(self.num):
self.rectList.append(wx.Rect(i * 50, 0, 50, self.GetSize()[1]))
self.overs = [False] * self.num
self.oversWait = [True] * self.num
self.outFunction = outFunction
self.Bind(wx.EVT_PAINT, self.OnPaint)
self.Bind(wx.EVT_LEFT_DOWN, self.MouseDown)
self.Bind(wx.EVT_MOTION, self.OnMotion)
self.Bind(wx.EVT_LEAVE_WINDOW, self.OnLeave)
if CeciliaLib.getVar("systemPlatform") == "win32":
self.dcref = wx.BufferedPaintDC
else:
self.dcref = wx.PaintDC
def setOverWait(self, which):
self.oversWait[which] = False
def checkForOverReady(self, pos):
for i, rec in enumerate(self.rectList):
if not rec.Contains(pos):
self.oversWait[i] = True
def OnMotion(self, event):
pos = event.GetPosition()
self.overs = [False] * self.num
for i, rec in enumerate(self.rectList):
if rec.Contains(pos) and self.oversWait[i]:
self.overs[i] = True
self.checkForOverReady(pos)
wx.CallAfter(self.Refresh)
event.Skip()
def OnLeave(self, event):
self.overs = [False] * self.num
self.oversWait = [True] * self.num
wx.CallAfter(self.Refresh)
def OnPaint(self, event):
w, h = self.GetSize()
dc = self.dcref(self)
gc = wx.GraphicsContext_Create(dc)
dc.SetBrush(wx.Brush(BACKGROUND_COLOUR, wx.SOLID))
dc.Clear()
# Draw background
dc.SetPen(wx.Pen(BACKGROUND_COLOUR, width=0, style=wx.SOLID))
dc.DrawRectangle(0, 0, w, h)
for i, tool in enumerate(self.tools):
if not self.overs[i]:
textColour = "#FFFFFF"
else:
textColour = "#000000"
gc.SetBrush(wx.Brush(BUTTON_BACK_COLOUR))
gc.SetPen(wx.Pen("#FFFFFF", width=1))
rec = self.rectList[i]
gc.DrawRoundedRectangle(rec[0] + 2, rec[1], rec[2] - 5, rec[3] - 1, 3)
dc.SetFont(wx.Font(LABEL_FONT, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL))
dc.SetTextForeground(textColour)
dc.DrawLabel(self.tools[i], self.rectList[i], wx.ALIGN_CENTER)
def MouseDown(self, event):
pos = event.GetPosition()
for i, rec in enumerate(self.rectList):
if rec.Contains(pos):
tool = self.tools[i]
self.setOverWait(i)
break
if self.outFunction:
self.maps[tool]()
wx.CallAfter(self.Refresh)
event.Skip()
def onApply(self):
self.outFunction[self.tools.index('Apply')]()
def onClose(self):
self.outFunction[self.tools.index('Close')]()
def onCancel(self):
self.outFunction[self.tools.index('Cancel')]()
class CloseBox(wx.Panel):
def __init__(self, parent, size=(50, 20), pos=wx.DefaultPosition, outFunction=None, label='Close'):
wx.Panel.__init__(self, parent, -1, size=size, pos=pos)
self.SetBackgroundStyle(wx.BG_STYLE_CUSTOM)
self.setBackgroundColour(BACKGROUND_COLOUR)
self.setInsideColour(BUTTON_BACK_COLOUR)
self.SetSize(size)
self.SetMinSize(self.GetSize())
self.SetMaxSize(self.GetSize())
self.label = label
self.over = False
self.overWait = True
self.outFunction = outFunction
self.Bind(wx.EVT_PAINT, self.OnPaint)
self.Bind(wx.EVT_LEFT_DOWN, self.MouseDown)
self.Bind(wx.EVT_MOTION, self.OnMotion)
self.Bind(wx.EVT_LEAVE_WINDOW, self.OnLeave)
if CeciliaLib.getVar("systemPlatform") == "win32":
self.dcref = wx.BufferedPaintDC
else:
self.dcref = wx.PaintDC
def setBackgroundColour(self, colour):
self._backColour = colour
self.SetBackgroundColour(colour)
wx.CallAfter(self.Refresh)
def setInsideColour(self, colour):
self._insideColour = colour
wx.CallAfter(self.Refresh)
def setOverWait(self):
self.overWait = False
def OnMotion(self, event):
self.over = True
wx.CallAfter(self.Refresh)
event.Skip()
def OnLeave(self, event):
self.over = False
self.overWait = True
wx.CallAfter(self.Refresh)
def OnPaint(self, event):
w, h = self.GetSize()
dc = self.dcref(self)
gc = wx.GraphicsContext_Create(dc)
dc.SetBrush(wx.Brush(self._backColour, wx.SOLID))
dc.Clear()
# Draw background
dc.SetPen(wx.Pen(self._backColour, width=0, style=wx.SOLID))
dc.DrawRectangle(0, 0, w, h)
if not self.over:
textColour = "#FFFFFF"
else:
textColour = "#000000"
gc.SetBrush(wx.Brush(self._insideColour))
gc.SetPen(wx.Pen("#FFFFFF", width=1))
gc.DrawRoundedRectangle(2, 0, w - 5, h - 1, 3)
dc.SetFont(wx.Font(LABEL_FONT, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL))
dc.SetTextForeground(textColour)
dc.DrawLabel(self.label, wx.Rect(2, 0, w - 4, h), wx.ALIGN_CENTER)
def MouseDown(self, event):
if self.outFunction:
self.outFunction()
wx.CallAfter(self.Refresh)
event.Skip()
#---------------------------
# PaletteToolBox (need a list of outFunctions axxociated with tools)
# --------------------------
class PaletteToolBox(wx.Panel):
def __init__(self, parent, size=(90, 20), tools=['random', 'waves', 'process'], outFunction=None):
wx.Panel.__init__(self, parent, -1, size=size)
self.SetBackgroundStyle(wx.BG_STYLE_CUSTOM)
self.SetBackgroundColour(TITLE_BACK_COLOUR)
self.randomFrame = RandomFrame(self)
self.wavesFrame = WavesFrame(self)
self.processFrame = ProcessFrame(self)
if len(tools) == 0:
raise('ToolBox must have at least a list of one tool!')
self.num = len(tools)
self.SetSize((30 * self.num, 20))
self.SetMinSize(self.GetSize())
self.SetMaxSize(self.GetSize())
self.tools = tools
self.maps = {'random': self.onRandom, 'waves': self.onWaves, 'process': self.onProcess}
self.graphics = {'random': [CeciliaLib.getVar("ICON_PTB_RANDOM"), CeciliaLib.getVar("ICON_PTB_RANDOM_OVER")],
'waves': [CeciliaLib.getVar("ICON_PTB_WAVES"), CeciliaLib.getVar("ICON_PTB_WAVES_OVER")],
'process': [CeciliaLib.getVar("ICON_PTB_PROCESS"), CeciliaLib.getVar("ICON_PTB_PROCESS_OVER")]}
self.rectList = []
for i in range(self.num):
self.rectList.append(wx.Rect(i * 30, 0, 30, self.GetSize()[1]))
self.overs = [False] * self.num
self.oversWait = [True] * self.num
self.selected = 0
self.outFunction = outFunction
self.Bind(wx.EVT_PAINT, self.OnPaint)
self.Bind(wx.EVT_LEFT_DOWN, self.MouseDown)
self.Bind(wx.EVT_MOTION, self.OnMotion)
self.Bind(wx.EVT_LEAVE_WINDOW, self.OnLeave)
def setOverWait(self, which):
self.oversWait[which] = False
def checkForOverReady(self, pos):
for i, rec in enumerate(self.rectList):
if not rec.Contains(pos):
self.oversWait[i] = True
def OnMotion(self, event):
pos = event.GetPosition()
self.overs = [False] * self.num
for i, rec in enumerate(self.rectList):
if rec.Contains(pos) and self.oversWait[i]:
self.overs[i] = True
self.checkForOverReady(pos)
wx.CallAfter(self.Refresh)
event.Skip()
def OnLeave(self, event):
self.overs = [False] * self.num
self.oversWait = [True] * self.num
wx.CallAfter(self.Refresh)
def OnPaint(self, event):
w, h = self.GetSize()
dc = wx.AutoBufferedPaintDC(self)
dc.SetBrush(wx.Brush(TITLE_BACK_COLOUR, wx.SOLID))
dc.Clear()
# Draw background
dc.SetPen(wx.Pen(TITLE_BACK_COLOUR, width=0, style=wx.SOLID))
dc.DrawRectangle(0, 0, w, h)
for i, tool in enumerate(self.tools):
if not self.overs[i]:
icon = self.graphics[tool][0]
else:
icon = self.graphics[tool][1]
dc.DrawBitmap(icon, self.rectList[i][0] + 2, self.rectList[i][1] + 1, True)
dc.SetPen(wx.Pen(WHITE_COLOUR, width=1, style=wx.SOLID))
for i in range((self.num - 1)):
dc.DrawLine((i + 1) * 30 + 1, 2, (i + 1) * 30 + 1, h - 2)
def MouseDown(self, event):
pos = event.GetPosition()
for i, rec in enumerate(self.rectList):
if rec.Contains(pos):
tool = self.tools[i]
self.selected = i
self.setOverWait(i)
break
self.maps[tool]()
wx.CallAfter(self.Refresh)
def checkForOpenFrame(self, index):
if index != 0:
self.randomFrame.Hide()
if index != 1:
self.wavesFrame.Hide()
if index != 2:
self.processFrame.Hide()
def onRandom(self):
self.checkForOpenFrame(0)
off = self.GetScreenPosition()
pos = (off[0] - 200, off[1] + 20)
self.randomFrame.SetPosition(pos)
self.randomFrame.Show()
def onWaves(self):
self.checkForOpenFrame(1)
off = self.GetScreenPosition()
pos = (off[0] - 200, off[1] + 20)
self.wavesFrame.SetPosition(pos)
self.wavesFrame.Show()
def onProcess(self):
self.checkForOpenFrame(2)
off = self.GetScreenPosition()
pos = (off[0] - 200, off[1] + 20)
self.processFrame.SetPosition(pos)
self.processFrame.Show()
def checkForSelection(self, selected):
if len(selected) >= 2:
grapher = CeciliaLib.getVar("grapher")
line = grapher.plotter.getLine(grapher.plotter.getSelected())
minx = line.getData()[selected[0]][0] / CeciliaLib.getVar("totalTime")
maxx = line.getData()[selected[-1]][0] / CeciliaLib.getVar("totalTime")
addPointsBefore = [pt for i, pt in enumerate(line.normalize()) if i < selected[0]]
addPointsAfter = [pt for i, pt in enumerate(line.normalize()) if i > selected[-1]]
else:
minx = 0
maxx = 1
addPointsBefore = []
addPointsAfter = []
return minx, maxx, addPointsBefore, addPointsAfter
#---------------------------
# Grapher Palette frames
# --------------------------
class RandomFrame(wx.Frame):
def __init__(self, parent):
style = (wx.FRAME_NO_TASKBAR | wx.FRAME_SHAPED | wx.BORDER_NONE | wx.FRAME_FLOAT_ON_PARENT)
wx.Frame.__init__(self, parent, title='', style=style)
self.SetBackgroundColour(BACKGROUND_COLOUR)
self.parent = parent
self.SetClientSize((300, 240))
self.distList = ['Uniform', 'Gaussian', 'Weibull', 'Beta', 'Drunk', 'Loopseg', 'Repeater', 'DroneAndJump']
self.interpList = ['Linear', 'Sample hold']
panel = wx.Panel(self, -1, style=wx.BORDER_SIMPLE)
w, h = self.GetSize()
panel.SetBackgroundColour(BACKGROUND_COLOUR)
box = wx.BoxSizer(wx.VERTICAL)
title = FrameLabel(panel, "STOCHASTIC GENERATOR", size=(w - 2, 24))
box.Add(title, 0, wx.ALL, 1)
interpBox = wx.BoxSizer(wx.HORIZONTAL)
interpLabel = wx.StaticText(panel, -1, "Interpolation")
interpLabel.SetFont(wx.Font(TEXT_LABELFORWIDGET_FONT, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL))
interpLabel.SetForegroundColour(WHITE_COLOUR)
interpBox.Add(interpLabel, 0, wx.ALIGN_CENTER_VERTICAL | wx.LEFT, 114)
self.interpMenu = CustomMenu(panel, self.interpList, self.interpList[0])
CeciliaLib.setToolTip(self.interpMenu, TT_STOCH_INTERP)
interpBox.Add(self.interpMenu, 0, wx.LEFT | wx.RIGHT, 5)
slidersBox = wx.FlexGridSizer(5, 2, 5, 5)
ptsLabel = wx.StaticText(panel, -1, "Points")
ptsLabel.SetFont(wx.Font(TEXT_LABELFORWIDGET_FONT, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL))
ptsLabel.SetForegroundColour(WHITE_COLOUR)
self.ptsSlider = ControlSlider(panel, 5, 1000, 50, size=(235, 15), integer=True, backColour=BACKGROUND_COLOUR)
self.ptsSlider.setSliderHeight(10)
CeciliaLib.setToolTip(self.ptsSlider, TT_STOCH_POINTS)
slidersBox.AddMany([(ptsLabel, 0, wx.ALIGN_CENTER_VERTICAL | wx.ALIGN_RIGHT | wx.RIGHT | wx.LEFT, 5),
(self.ptsSlider, 0, wx.RIGHT, 5)])
minLabel = wx.StaticText(panel, -1, "Min")
minLabel.SetFont(wx.Font(TEXT_LABELFORWIDGET_FONT, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL))
minLabel.SetForegroundColour(WHITE_COLOUR)
self.minSlider = ControlSlider(panel, 0, 1, 0, size=(235, 15), backColour=BACKGROUND_COLOUR)
self.minSlider.setSliderHeight(10)
CeciliaLib.setToolTip(self.minSlider, TT_STOCH_MIN)
slidersBox.AddMany([(minLabel, 0, wx.ALIGN_CENTER_VERTICAL | wx.ALIGN_RIGHT | wx.RIGHT | wx.LEFT, 5),
(self.minSlider, 0, wx.RIGHT, 5)])
maxLabel = wx.StaticText(panel, -1, "Max")
maxLabel.SetFont(wx.Font(TEXT_LABELFORWIDGET_FONT, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL))
maxLabel.SetForegroundColour(WHITE_COLOUR)
self.maxSlider = ControlSlider(panel, 0, 1, 1, size=(235, 15), backColour=BACKGROUND_COLOUR)
self.maxSlider.setSliderHeight(10)
CeciliaLib.setToolTip(self.maxSlider, TT_STOCH_MAX)
slidersBox.AddMany([(maxLabel, 0, wx.ALIGN_CENTER_VERTICAL | wx.ALIGN_RIGHT | wx.RIGHT | wx.LEFT, 5),
(self.maxSlider, 0, wx.RIGHT, 5)])
x1Label = wx.StaticText(panel, -1, "x1")
x1Label.SetFont(wx.Font(TEXT_LABELFORWIDGET_FONT, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL))
x1Label.SetForegroundColour(WHITE_COLOUR)
self.x1Slider = ControlSlider(panel, 0, 1, .5, size=(235, 15), backColour=BACKGROUND_COLOUR)
self.x1Slider.setSliderHeight(10)
CeciliaLib.setToolTip(self.x1Slider, TT_STOCH_X1)
slidersBox.AddMany([(x1Label, 0, wx.ALIGN_CENTER_VERTICAL | wx.ALIGN_RIGHT | wx.RIGHT | wx.LEFT, 5),
(self.x1Slider, 0, wx.RIGHT, 5)])
x2Label = wx.StaticText(panel, -1, "x2")
x2Label.SetFont(wx.Font(TEXT_LABELFORWIDGET_FONT, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL))
x2Label.SetForegroundColour(WHITE_COLOUR)
self.x2Slider = ControlSlider(panel, 0, 1, .5, size=(235, 15), backColour=BACKGROUND_COLOUR)
self.x2Slider.setSliderHeight(10)
CeciliaLib.setToolTip(self.x2Slider, TT_STOCH_X2)
slidersBox.AddMany([(x2Label, 0, wx.ALIGN_CENTER_VERTICAL | wx.ALIGN_RIGHT | wx.RIGHT | wx.LEFT, 5),
(self.x2Slider, 0, wx.RIGHT, 5)])
slidersBox.AddGrowableCol(1)
distBox = wx.BoxSizer(wx.HORIZONTAL)
distLabel = wx.StaticText(panel, -1, "Distribution")
distLabel.SetFont(wx.Font(TEXT_LABELFORWIDGET_FONT, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL))
distLabel.SetForegroundColour(WHITE_COLOUR)
distBox.Add(distLabel, 0, wx.ALIGN_CENTER_VERTICAL | wx.LEFT, 120)
self.distMenu = CustomMenu(panel, self.distList, self.distList[0], outFunction=self.onDistribution)
CeciliaLib.setToolTip(self.distMenu, TT_STOCH_TYPE)
self.distMenu.setLabel(self.distMenu.getLabel(), True)
distBox.Add(self.distMenu, 0, wx.LEFT | wx.RIGHT, 5)
applyBox = wx.BoxSizer(wx.HORIZONTAL)
applyer = ApplyToolBox(panel, outFunction=[self.OnClose, self.OnApply])
applyBox.Add(applyer, 0, wx.RIGHT, 8)
box.Add(distBox, 0, wx.ALL, 5)
box.Add(interpBox, 0, wx.ALL, 5)
box.Add(slidersBox, 0, wx.EXPAND | wx.ALL, 5)
box.Add(applyBox, 0, wx.ALIGN_RIGHT | wx.TOP, 15)
panel.SetSizerAndFit(box)
panel.Bind(wx.EVT_LEAVE_WINDOW, self.OnLooseFocus)
title.Bind(wx.EVT_LEAVE_WINDOW, self.OnLooseFocus)
def OnLooseFocus(self, event):
if CeciliaLib.getVar("canGrabFocus"):
win = wx.FindWindowAtPointer()
if win[0] is not None:
if win[0].GetTopLevelParent() == self:
pass
else:
win = CeciliaLib.getVar("interface")
win.Raise()
def OnClose(self):
self.Hide()
def onDistribution(self, ind, label):
if label == 'Uniform':
self.x1Slider.Disable()
self.x2Slider.Disable()
else:
self.x1Slider.Enable()
self.x2Slider.Enable()
def OnApply(self):
dist = self.distMenu.getLabel()
interp = self.interpMenu.getLabel()
points = self.ptsSlider.GetValue()
mini = self.minSlider.GetValue()
maxi = self.maxSlider.GetValue()
x1 = self.x1Slider.GetValue()
x2 = self.x2Slider.GetValue()
if dist == 'Uniform':
dict = self.uniformGenerate(interp, points, mini, maxi)
elif dist == 'Gaussian':
dict = self.gaussGenerate(interp, points, mini, maxi, x1, x2)
elif dist == 'Weibull':
dict = self.weibullGenerate(interp, points, mini, maxi, x1, x2)
elif dist == 'Beta':
dict = self.betaGenerate(interp, points, mini, maxi, x1, x2)
elif dist in ['Drunk', 'Loopseg']:
dict = self.drunkGenerate(interp, points, mini, maxi, x1, x2, dist)
elif dist in ['Repeater', 'DroneAndJump']:
dict = self.repeatGenerate(interp, points, mini, maxi, x1, x2, dist)
line = CeciliaLib.getVar("grapher").plotter.getLine(CeciliaLib.getVar("grapher").plotter.getSelected())
line.setLineState(dict)
line.setShow(1)
CeciliaLib.getVar("grapher").toolbar.toolbox.setShow(1)
if line.getSlider() is not None:
line.getSlider().setPlay(1)
CeciliaLib.getVar("grapher").plotter.draw()
def uniformGenerate(self, interp, points, mini, maxi):
selected = CeciliaLib.getVar("grapher").plotter.selectedPoints
minx, maxx, addPointsBefore, addPointsAfter = self.parent.checkForSelection(selected)
templist = []
step = 1. / (points - 1)
if addPointsBefore:
templist.extend(addPointsBefore)
templist.append([minx, addPointsBefore[-1][1]])
start_point = 1
else:
start_point = 0
if interp == 'Linear':
for i in range(start_point, points):
x = i * step * (maxx - minx) + minx
y = random.uniform(mini, maxi)
templist.append([x, y])
elif interp == 'Sample hold':
for i in range(points):
x = i * step * (maxx - minx) + minx
y = random.uniform(mini, maxi)
templist.append([x, y])
if i != points - 1:
xx = (i + 1) * step * (maxx - minx) + minx
templist.append([xx, y])
if addPointsAfter:
if interp == 'Linear':
templist[-1] = [templist[-1][0], addPointsAfter[0][1]]
elif interp == 'Sample hold':
templist[-1] = [xx, addPointsAfter[0][1]]
templist.extend(addPointsAfter)
CeciliaLib.getVar("grapher").plotter.resetSelectedPoints()
return {'data': templist}
def gaussGenerate(self, interp, points, mini, maxi, x1, x2):
selected = CeciliaLib.getVar("grapher").plotter.selectedPoints
minx, maxx, addPointsBefore, addPointsAfter = self.parent.checkForSelection(selected)
templist = []
step = 1. / (points - 1)
x1 = x1 * .5
if addPointsBefore:
templist.extend(addPointsBefore)
templist.append([minx, addPointsBefore[-1][1]])
start_point = 1
else:
start_point = 0
if interp == 'Linear':
for i in range(start_point, points):
x = i * step * (maxx - minx) + minx
y = random.gauss(x2, x1)
if y < mini: y = mini
elif y > maxi: y = maxi
templist.append([x, y])
if interp == 'Sample hold':
for i in range(points):
x = i * step * (maxx - minx) + minx
y = random.gauss(x2, x1)
if y < mini: y = mini
elif y > maxi: y = maxi
templist.append([x, y])
if i != points - 1:
xx = (i + 1) * step * (maxx - minx) + minx
templist.append([xx, y])
if addPointsAfter:
if interp == 'Linear':
templist[-1] = [templist[-1][0], addPointsAfter[0][1]]
elif interp == 'Sample hold':
templist[-1] = [xx, addPointsAfter[0][1]]
templist.extend(addPointsAfter)
CeciliaLib.getVar("grapher").plotter.resetSelectedPoints()
return {'data': templist}
def weibullGenerate(self, interp, points, mini, maxi, x1, x2):
def check(x):
if x <= 0.005:
x = 0.005
return x
selected = CeciliaLib.getVar("grapher").plotter.selectedPoints
minx, maxx, addPointsBefore, addPointsAfter = self.parent.checkForSelection(selected)
templist = []
step = 1. / (points - 1)
x1 = x1 * 10
if addPointsBefore:
templist.extend(addPointsBefore)
templist.append([minx, addPointsBefore[-1][1]])
start_point = 1
else:
start_point = 0
if interp == 'Linear':
for i in range(start_point, points):
x = i * step * (maxx - minx) + minx
y = random.weibullvariate(x2, check(x1))
if y < mini: y = mini
elif y > maxi: y = maxi
templist.append([x, y])
if interp == 'Sample hold':
for i in range(points):
x = i * step * (maxx - minx) + minx
y = random.weibullvariate(x2, check(x1))
if y < mini: y = mini
elif y > maxi: y = maxi
templist.append([x, y])
if i != points - 1:
xx = (i + 1) * step * (maxx - minx) + minx
templist.append([xx, y])
if addPointsAfter:
if interp == 'Linear':
templist[-1] = [templist[-1][0], addPointsAfter[0][1]]
elif interp == 'Sample hold':
templist[-1] = [xx, addPointsAfter[0][1]]
templist.extend(addPointsAfter)
CeciliaLib.getVar("grapher").plotter.resetSelectedPoints()
return {'data': templist}
def betaGenerate(self, interp, points, mini, maxi, x1, x2):
selected = CeciliaLib.getVar("grapher").plotter.selectedPoints
minx, maxx, addPointsBefore, addPointsAfter = self.parent.checkForSelection(selected)
templist = []
step = 1. / (points - 1)
x1 = x1 * 10 + .001
x2 = x2 * 10 + .001
if addPointsBefore:
templist.extend(addPointsBefore)
templist.append([minx, addPointsBefore[-1][1]])
start_point = 1
else:
start_point = 0
if interp == 'Linear':
for i in range(start_point, points):
x = i * step * (maxx - minx) + minx
y = random.betavariate(x2, x1)
if y < mini: y = mini
elif y > maxi: y = maxi
templist.append([x, y])
if interp == 'Sample hold':
for i in range(points):
x = i * step * (maxx - minx) + minx
y = random.betavariate(x2, x1)
if y < mini: y = mini
elif y > maxi: y = maxi
templist.append([x, y])
if i != points - 1:
xx = (i + 1) * step * (maxx - minx) + minx
templist.append([xx, y])
if addPointsAfter:
if interp == 'Linear':
templist[-1] = [templist[-1][0], addPointsAfter[0][1]]
elif interp == 'Sample hold':
templist[-1] = [xx, addPointsAfter[0][1]]
templist.extend(addPointsAfter)
CeciliaLib.getVar("grapher").plotter.resetSelectedPoints()
return {'data': templist}
def drunkGenerate(self, interp, points, mini, maxi, x1, x2, dist):
selected = CeciliaLib.getVar("grapher").plotter.selectedPoints
minx, maxx, addPointsBefore, addPointsAfter = self.parent.checkForSelection(selected)
templist = []
step = 1. / (points - 1)
minimum = int(mini * 1000)
maximum = int(maxi * 1000)
if maximum < minimum:
tmp = minimum
minimum = maximum
maximum = tmp
if dist == 'Drunk':
drunk = Drunk(minimum, maximum)
elif dist == 'Loopseg':
drunk = Loopseg(minimum, maximum)
drunk.setLastValue(int(x1 * (maximum - minimum) + minimum))
stepsize = -int((x2 * 0.5 * (maximum - minimum)))
if addPointsBefore:
templist.extend(addPointsBefore)
if interp == 'Sample hold':
templist.append([minx, addPointsBefore[-1][1]])
if interp == 'Linear':
templist.append([minx, (x1 * (maximum - minimum) + minimum) * 0.001])
for i in range(1, points):
x = i * step * (maxx - minx) + minx
y = drunk.next(stepsize) * 0.001
if y < mini: y = mini
elif y > maxi: y = maxi
templist.append([x, y])
if interp == 'Sample hold':
templist.append([minx, (x1 * (maximum - minimum) + minimum) * 0.001])
templist.append([step * (maxx - minx) + minx, (x1 * (maximum - minimum) + minimum) * 0.001])
for i in range(1, points):
x = i * step * (maxx - minx) + minx
y = drunk.next(stepsize) * 0.001
if y < mini: y = mini
elif y > maxi: y = maxi
templist.append([x, y])
if i != points - 1:
xx = (i + 1) * step * (maxx - minx) + minx
templist.append([xx, y])
if addPointsAfter:
if interp == 'Linear':
templist[-1] = [templist[-1][0], addPointsAfter[0][1]]
elif interp == 'Sample hold':
templist[-1] = [xx, addPointsAfter[0][1]]
templist.extend(addPointsAfter)
CeciliaLib.getVar("grapher").plotter.resetSelectedPoints()
return {'data': templist}
def repeatGenerate(self, interp, points, mini, maxi, x1, x2, dist):
selected = CeciliaLib.getVar("grapher").plotter.selectedPoints
minx, maxx, addPointsBefore, addPointsAfter = self.parent.checkForSelection(selected)
templist = []
step = 1. / (points - 1)
minimum = int(mini * 1000)
maximum = int(maxi * 1000)
if maximum < minimum:
tmp = minimum
minimum = maximum
maximum = tmp
if dist == 'Repeater':
drunk = Repeater(minimum, maximum)
elif dist == 'DroneAndJump':
drunk = DroneAndJump(minimum, maximum)
drunk.setLastValue(int(x1 * (maximum - minimum) + minimum))
stepsize = -int((x2 * 0.5 * (maximum - minimum)))
last_y = (x1 * (maximum - minimum) + minimum) * 0.001
if addPointsBefore:
templist.extend(addPointsBefore)
if interp == 'Sample hold':
templist.append([minx, addPointsBefore[-1][1]])
if interp == 'Linear':
templist.append([minx, last_y])
for i in range(1, points):
x = i * step * (maxx - minx) + minx
y = drunk.next(stepsize) * 0.001
if y < mini: y = mini
elif y > maxi: y = maxi
templist.append([x, y])
if interp == 'Sample hold':
templist.append([minx, last_y])
for i in range(1, points):
x = i * step * (maxx - minx) + minx
y = drunk.next(stepsize) * 0.001
if y < mini: y = mini
elif y > maxi: y = maxi
templist.append([x, last_y])
templist.append([x, y])
last_y = y
if templist[-1][0] != 1.0:
templist.append([maxx, last_y])
if addPointsAfter:
if interp == 'Linear':
templist[-1] = [templist[-1][0], addPointsAfter[0][1]]
elif interp == 'Sample hold':
templist[-1] = [maxx, addPointsAfter[0][1]]
templist.extend(addPointsAfter)
CeciliaLib.getVar("grapher").plotter.resetSelectedPoints()
return {'data': templist}
class WavesFrame(wx.Frame):
def __init__(self, parent):
style = (wx.FRAME_NO_TASKBAR | wx.FRAME_SHAPED | wx.BORDER_NONE | wx.FRAME_FLOAT_ON_PARENT)
wx.Frame.__init__(self, parent, title='', style=style)
self.SetBackgroundColour(BACKGROUND_COLOUR)
self.parent = parent
self.SetClientSize((300, 210))
self.distList = ['Sine', 'Square', 'Triangle', 'Sawtooth', 'Sinc', 'Pulse', 'Bi-Pulse']
panel = wx.Panel(self, -1, style=wx.BORDER_SIMPLE)
w, h = self.GetSize()
panel.SetBackgroundColour(BACKGROUND_COLOUR)
box = wx.BoxSizer(wx.VERTICAL)
title = FrameLabel(panel, "WAVEFORM GENERATOR", size=(w - 2, 24))
box.Add(title, 0, wx.ALL, 1)
slidersBox = wx.FlexGridSizer(5, 2, 5, 5)
ptsLabel = wx.StaticText(panel, -1, "Points")
ptsLabel.SetFont(wx.Font(TEXT_LABELFORWIDGET_FONT, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL))
ptsLabel.SetForegroundColour(WHITE_COLOUR)
self.ptsSlider = ControlSlider(panel, 5, 1000, 50, size=(235, 15), integer=True, backColour=BACKGROUND_COLOUR)
self.ptsSlider.setSliderHeight(10)
CeciliaLib.setToolTip(self.ptsSlider, TT_WAVE_POINTS)
slidersBox.AddMany([(ptsLabel, 0, wx.ALIGN_CENTER_VERTICAL | wx.ALIGN_RIGHT | wx.RIGHT | wx.LEFT, 5),
(self.ptsSlider, 0, wx.RIGHT, 5)])
ampLabel = wx.StaticText(panel, -1, "Amp")
ampLabel.SetFont(wx.Font(TEXT_LABELFORWIDGET_FONT, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL))
ampLabel.SetForegroundColour(WHITE_COLOUR)
self.ampSlider = ControlSlider(panel, 0, 1, 1, size=(235, 15), backColour=BACKGROUND_COLOUR)
self.ampSlider.setSliderHeight(10)
CeciliaLib.setToolTip(self.ampSlider, TT_WAVE_AMP)
slidersBox.AddMany([(ampLabel, 0, wx.ALIGN_CENTER_VERTICAL | wx.ALIGN_RIGHT | wx.RIGHT | wx.LEFT, 5),
(self.ampSlider, 0, wx.RIGHT, 5)])
freqLabel = wx.StaticText(panel, -1, "Freq")
freqLabel.SetFont(wx.Font(TEXT_LABELFORWIDGET_FONT, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL))
freqLabel.SetForegroundColour(WHITE_COLOUR)
self.freqSlider = ControlSlider(panel, 0, 100, 1, size=(235, 15), backColour=BACKGROUND_COLOUR)
self.freqSlider.setSliderHeight(10)
CeciliaLib.setToolTip(self.freqSlider, TT_WAVE_FREQ)
slidersBox.AddMany([(freqLabel, 0, wx.ALIGN_CENTER_VERTICAL | wx.ALIGN_RIGHT | wx.RIGHT | wx.LEFT, 5),
(self.freqSlider, 0, wx.RIGHT, 5)])
phaseLabel = wx.StaticText(panel, -1, "Phase")
phaseLabel.SetFont(wx.Font(TEXT_LABELFORWIDGET_FONT, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL))
phaseLabel.SetForegroundColour(WHITE_COLOUR)
self.phaseSlider = ControlSlider(panel, 0, 1, 0, size=(235, 15), backColour=BACKGROUND_COLOUR)
self.phaseSlider.setSliderHeight(10)
CeciliaLib.setToolTip(self.phaseSlider, TT_WAVE_PHASE)
slidersBox.AddMany([(phaseLabel, 0, wx.ALIGN_CENTER_VERTICAL | wx.ALIGN_RIGHT | wx.RIGHT | wx.LEFT, 5),
(self.phaseSlider, 0, wx.RIGHT, 5)])
widthLabel = wx.StaticText(panel, -1, "Width")
widthLabel.SetFont(wx.Font(TEXT_LABELFORWIDGET_FONT, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL))
widthLabel.SetForegroundColour(WHITE_COLOUR)
self.widthSlider = ControlSlider(panel, 0, 1, .5, size=(235, 15), backColour=BACKGROUND_COLOUR)
self.widthSlider.setSliderHeight(10)
CeciliaLib.setToolTip(self.widthSlider, TT_WAVE_WIDTH)
slidersBox.AddMany([(widthLabel, 0, wx.ALIGN_CENTER_VERTICAL | wx.ALIGN_RIGHT | wx.RIGHT | wx.LEFT, 5),
(self.widthSlider, 0, wx.RIGHT, 5)])
slidersBox.AddGrowableCol(1)
distBox = wx.BoxSizer(wx.HORIZONTAL)
distLabel = wx.StaticText(panel, -1, "Shape")
distLabel.SetFont(wx.Font(TEXT_LABELFORWIDGET_FONT, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL))
distLabel.SetForegroundColour(WHITE_COLOUR)
distBox.Add(distLabel, 0, wx.ALIGN_CENTER_VERTICAL | wx.LEFT, 147)
self.distMenu = CustomMenu(panel, self.distList, self.distList[0], outFunction=self.onDistribution)
self.distMenu.setLabel(self.distMenu.getLabel(), True)
CeciliaLib.setToolTip(self.distMenu, TT_WAVE_SHAPE)
distBox.Add(self.distMenu, 0, wx.LEFT | wx.RIGHT, 5)
applyBox = wx.BoxSizer(wx.HORIZONTAL)
apply = ApplyToolBox(panel, outFunction=[self.OnClose, self.OnApply])
applyBox.Add(apply, 0, wx.RIGHT, 8)
box.Add(distBox, 0, wx.ALL, 5)
box.Add(slidersBox, 0, wx.EXPAND | wx.ALL, 5)
box.Add(applyBox, 0, wx.ALIGN_RIGHT | wx.TOP, 15)
panel.SetSizerAndFit(box)
panel.Bind(wx.EVT_LEAVE_WINDOW, self.OnLooseFocus)
title.Bind(wx.EVT_LEAVE_WINDOW, self.OnLooseFocus)
def OnLooseFocus(self, event):
if CeciliaLib.getVar("canGrabFocus"):
win = wx.FindWindowAtPointer()
if win[0] is not None:
if win[0].GetTopLevelParent() == self:
pass
else:
win = CeciliaLib.getVar("interface")
win.Raise()
def OnClose(self):
self.Hide()
def onDistribution(self, ind, label):
if label == 'Sine':
self.ptsSlider.Enable()
self.widthSlider.Disable()
elif label == 'Sawtooth':
self.ptsSlider.Disable()
self.widthSlider.Disable()
elif label == 'Square':
self.ptsSlider.Disable()
self.widthSlider.Enable()
elif label == 'Triangle':
self.ptsSlider.Disable()
self.widthSlider.Enable()
elif label == 'Sinc':
self.ptsSlider.Enable()
self.widthSlider.Disable()
elif label == 'Pulse':
self.ptsSlider.Enable()
self.widthSlider.Enable()
elif label == 'Bi-Pulse':
self.ptsSlider.Enable()
self.widthSlider.Enable()
def OnApply(self):
dist = self.distMenu.getLabel()
points = self.ptsSlider.GetValue()
amp = self.ampSlider.GetValue()
freq = self.freqSlider.GetValue()
phase = self.phaseSlider.GetValue()
width = self.widthSlider.GetValue()
if dist == 'Sine':
dict = self.sineGenerate(points, amp, freq, phase)
elif dist == 'Square':
dict = self.squareGenerate(points, amp, freq, phase, width)
elif dist == 'Triangle':
dict = self.triangleGenerate(points, amp, freq, phase, width)
elif dist == 'Sawtooth':
dict = self.sawtoothGenerate(points, amp, freq, phase)
elif dist == 'Sinc':
dict = self.sincGenerate(points, amp, freq, phase)
elif dist == 'Pulse':
dict = self.pulseGenerate(points, amp, freq, phase, width)
elif dist == 'Bi-Pulse':
dict = self.bipulseGenerate(points, amp, freq, phase, width)
line = CeciliaLib.getVar("grapher").plotter.getLine(CeciliaLib.getVar("grapher").plotter.getSelected())
line.setLineState(dict)
line.setShow(1)
CeciliaLib.getVar("grapher").toolbar.toolbox.setShow(1)
if line.getSlider() is not None:
line.getSlider().setPlay(1)
CeciliaLib.getVar("grapher").plotter.draw()
def sineGenerate(self, points, amp, freq, phase):
selected = CeciliaLib.getVar("grapher").plotter.selectedPoints
minx, maxx, addPointsBefore, addPointsAfter = self.parent.checkForSelection(selected)
templist = []
step = 1. / (points - 1)
A = amp * .5
w = 2 * math.pi * freq
ph = phase * 2 * math.pi
if addPointsBefore:
templist.extend(addPointsBefore)
for i in range(points):
inc = i * step
x = inc * (maxx - minx) + minx
y = A * math.sin(w * inc + ph) + .5
templist.append([x, y])
if addPointsAfter:
templist.extend(addPointsAfter)
CeciliaLib.getVar("grapher").plotter.resetSelectedPoints()
return {'data': templist}
def squareGenerate(self, points, amp, freq, phase, width):
selected = CeciliaLib.getVar("grapher").plotter.selectedPoints
minx, maxx, addPointsBefore, addPointsAfter = self.parent.checkForSelection(selected)
templist = []
step = 1. / freq
A = amp * .5
if int(freq) == freq: length = int(freq)
else: length = int(freq) + 1
if phase >= .5: A = -A
if addPointsBefore:
templist.extend(addPointsBefore)
for i in range(length):
inc = i * step
x = inc * (maxx - minx) + minx
y = .5 + A
templist.append([x, y])
x = inc * (maxx - minx) + minx + (step * (maxx - minx) * width)
if x > 1:
x = 1
templist.append([x, y])
break
else:
templist.append([x, y])
x = inc * (maxx - minx) + minx + (step * (maxx - minx) * width)
y = .5 - A
templist.append([x, y])
x = (i + 1) * step * (maxx - minx) + minx
if x > 1:
x = 1
templist.append([x, y])
break
else:
templist.append([x, y])
if addPointsAfter:
templist.extend(addPointsAfter)
CeciliaLib.getVar("grapher").plotter.resetSelectedPoints()
return {'data': templist}
def triangleGenerate(self, points, amp, freq, phase, width):
selected = CeciliaLib.getVar("grapher").plotter.selectedPoints
minx, maxx, addPointsBefore, addPointsAfter = self.parent.checkForSelection(selected)
templist = []
step = 1. / freq
A = amp * .5
if int(freq) == freq: length = int(freq)
else: length = int(freq) + 1
if phase >= .5: A = -A
if addPointsBefore:
templist.extend(addPointsBefore)
for i in range(length):
inc = i * step
x = inc * (maxx - minx) + minx
y = .5 - A
templist.append([x, y])
x = inc * (maxx - minx) + minx + (step * (maxx - minx) * width)
y = .5 + A
if x > maxx:
y = .5 - (A * step * maxx / x * width)
x = maxx
templist.append([x, y])
if x < maxx:
y = (A * step * width * maxx / x)
if A <= 0.0:
y += 1
x = maxx
templist.append([x, y])
if addPointsAfter:
templist.extend(addPointsAfter)
CeciliaLib.getVar("grapher").plotter.resetSelectedPoints()
return {'data': templist}
def sawtoothGenerate(self, points, amp, freq, phase):
selected = CeciliaLib.getVar("grapher").plotter.selectedPoints
minx, maxx, addPointsBefore, addPointsAfter = self.parent.checkForSelection(selected)
templist = []
step = 1. / freq
A = amp * .5
if int(freq) == freq: length = int(freq)
else: length = int(freq) + 1
if phase >= .5: A = -A
if addPointsBefore:
templist.extend(addPointsBefore)
for i in range(length):
inc = i * step
x = inc * (maxx - minx) + minx
y = .5 + A
templist.append([x, y])
x = (i + 1) * step * (maxx - minx) + minx
y = .5 - A
if x > 1:
gap = step - (x - 1)
if A >= 0:
y = y + gap
else:
y = y - (y * gap)
x = 1
templist.append([x, y])
break
else:
templist.append([x, y])
if addPointsAfter:
templist.extend(addPointsAfter)
CeciliaLib.getVar("grapher").plotter.resetSelectedPoints()
return {'data': templist}
def sincGenerate(self, points, amp, freq, phase):
selected = CeciliaLib.getVar("grapher").plotter.selectedPoints
minx, maxx, addPointsBefore, addPointsAfter = self.parent.checkForSelection(selected)
templist = []
step = 1. / (points - 1)
A = amp * .5
half = points / 2
ph = phase * 2 - 1
if addPointsBefore:
templist.extend(addPointsBefore)
for i in range(points):
inc = i * step
x = inc * (maxx - minx) + minx
scl = float(i - half - half * ph) / half * freq
if scl == 0.0:
y = A + 0.5
else:
y = A * math.sin(scl) / scl + .5
templist.append([x, y])
if addPointsAfter:
templist.extend(addPointsAfter)
CeciliaLib.getVar("grapher").plotter.resetSelectedPoints()
return {'data': templist}
def pulseGenerate(self, points, amp, freq, phase, width):
selected = CeciliaLib.getVar("grapher").plotter.selectedPoints
minx, maxx, addPointsBefore, addPointsAfter = self.parent.checkForSelection(selected)
templist = []
twopi = math.pi * 2
step = 1. / (points - 1)
A = amp * .25
numh = math.floor(width * 96 + 4)
if math.fmod(numh, 2.0) == 0.0:
numh += 1
finc = freq * 0.5 / points
pointer = phase * 0.5
if addPointsBefore:
templist.extend(addPointsBefore)
for i in range(points):
inc = i * step
x = inc * (maxx - minx) + minx
y = A * (math.tan(pow(math.fabs(math.sin(twopi * pointer)), numh))) + .5
templist.append([x, y])
pointer += finc
if pointer < 0:
pointer += 1.0
elif pointer >= 1:
pointer -= 1.0
if addPointsAfter:
templist.extend(addPointsAfter)
CeciliaLib.getVar("grapher").plotter.resetSelectedPoints()
return {'data': templist}
def bipulseGenerate(self, points, amp, freq, phase, width):
selected = CeciliaLib.getVar("grapher").plotter.selectedPoints
minx, maxx, addPointsBefore, addPointsAfter = self.parent.checkForSelection(selected)
templist = []
twopi = math.pi * 2
step = 1. / (points - 1)
A = amp * .25
numh = math.floor(width * 96 + 4)
if math.fmod(numh, 2.0) == 0.0:
numh += 1
finc = freq * 0.5 / points
pointer = phase * 0.5
if addPointsBefore:
templist.extend(addPointsBefore)
for i in range(points):
inc = i * step
x = inc * (maxx - minx) + minx
y = A * (math.tan(pow(math.sin(twopi * pointer), numh))) + .5
templist.append([x, y])
pointer += finc
if pointer < 0:
pointer += 1.0
elif pointer >= 1:
pointer -= 1.0
if addPointsAfter:
templist.extend(addPointsAfter)
CeciliaLib.getVar("grapher").plotter.resetSelectedPoints()
return {'data': templist}
class ProcessFrame(wx.Frame):
def __init__(self, parent):
style = (wx.FRAME_NO_TASKBAR | wx.FRAME_SHAPED | wx.BORDER_NONE | wx.FRAME_FLOAT_ON_PARENT)
wx.Frame.__init__(self, parent, title='', style=style)
self.SetBackgroundColour(BACKGROUND_COLOUR)
self.parent = parent
self.SetClientSize((300, 240))
self.distList = ['Scatter', 'Jitter', 'Comp/Expand', 'Smoother']
self.interpList = ['Linear', 'Sample hold']
self._oldState = None
self._oldSelected = None
panel = wx.Panel(self, -1, style=wx.BORDER_SIMPLE)
w, h = self.GetSize()
panel.SetBackgroundColour(BACKGROUND_COLOUR)
box = wx.BoxSizer(wx.VERTICAL)
title = FrameLabel(panel, "FUNCTION PROCESSOR", size=(w - 2, 24))
box.Add(title, 0, wx.ALL, 1)
slidersBox = wx.FlexGridSizer(5, 2, 5, 5)
interpBox = wx.BoxSizer(wx.HORIZONTAL)
interpLabel = wx.StaticText(panel, -1, "Interpolation")
interpLabel.SetFont(wx.Font(TEXT_LABELFORWIDGET_FONT, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL))
interpLabel.SetForegroundColour(WHITE_COLOUR)
interpBox.Add(interpLabel, 0, wx.ALIGN_CENTER_VERTICAL | wx.LEFT, 113)
self.interpMenu = CustomMenu(panel, self.interpList, self.interpList[0])
CeciliaLib.setToolTip(self.interpMenu, TT_STOCH_INTERP)
interpBox.Add(self.interpMenu, 0, wx.LEFT | wx.RIGHT, 5)
ptsLabel = wx.StaticText(panel, -1, "Points")
ptsLabel.SetFont(wx.Font(TEXT_LABELFORWIDGET_FONT, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL))
ptsLabel.SetForegroundColour(WHITE_COLOUR)
self.ptsSlider = ControlSlider(panel, 5, 1000, 50, size=(225, 15), integer=True, backColour=BACKGROUND_COLOUR)
self.ptsSlider.setSliderHeight(10)
CeciliaLib.setToolTip(self.ptsSlider, TT_STOCH_POINTS)
slidersBox.AddMany([(ptsLabel, 0, wx.ALIGN_CENTER_VERTICAL | wx.ALIGN_RIGHT | wx.RIGHT | wx.LEFT, 5),
(self.ptsSlider, 0, wx.RIGHT, 5)])
self.scatXLabel = wx.StaticText(panel, -1, "Scatt X")
self.scatXLabel.SetFont(wx.Font(TEXT_LABELFORWIDGET_FONT, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL))
self.scatXLabel.SetForegroundColour(WHITE_COLOUR)
self.scatXSlider = ControlSlider(panel, 0, 0.5, 0.005, size=(225, 15), backColour=BACKGROUND_COLOUR)
self.scatXSlider.setSliderHeight(10)
CeciliaLib.setToolTip(self.scatXSlider, TT_SCATTER_X)
slidersBox.AddMany([(self.scatXLabel, 0, wx.ALIGN_CENTER_VERTICAL | wx.ALIGN_RIGHT | wx.RIGHT | wx.LEFT, 5),
(self.scatXSlider, 0, wx.RIGHT, 5)])
self.scatYLabel = wx.StaticText(panel, -1, "Scatt Y")
self.scatYLabel.SetFont(wx.Font(TEXT_LABELFORWIDGET_FONT, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL))
self.scatYLabel.SetForegroundColour(WHITE_COLOUR)
self.scatYSlider = ControlSlider(panel, 0, 0.5, 0.05, size=(225, 15), backColour=BACKGROUND_COLOUR)
self.scatYSlider.setSliderHeight(10)
CeciliaLib.setToolTip(self.scatYSlider, TT_SCATTER_Y)
slidersBox.AddMany([(self.scatYLabel, 0, wx.ALIGN_CENTER_VERTICAL | wx.ALIGN_RIGHT | wx.RIGHT | wx.LEFT, 5),
(self.scatYSlider, 0, wx.RIGHT, 5)])
offXLabel = wx.StaticText(panel, -1, "Offset X")
offXLabel.SetFont(wx.Font(TEXT_LABELFORWIDGET_FONT, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL))
offXLabel.SetForegroundColour("#FFFFFF")
self.offXSlider = ControlSlider(panel, -0.5, 0.5, 0, size=(225, 15), backColour=BACKGROUND_COLOUR)
self.offXSlider.setSliderHeight(10)
CeciliaLib.setToolTip(self.offXSlider, TT_OFFSET_X)
slidersBox.AddMany([(offXLabel, 0, wx.ALIGN_CENTER_VERTICAL | wx.ALIGN_RIGHT | wx.RIGHT | wx.LEFT, 5),
(self.offXSlider, 0, wx.RIGHT, 5)])
offYLabel = wx.StaticText(panel, -1, "Offset Y")
offYLabel.SetFont(wx.Font(TEXT_LABELFORWIDGET_FONT, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL))
offYLabel.SetForegroundColour("#FFFFFF")
self.offYSlider = ControlSlider(panel, -0.5, 0.5, 0, size=(225, 15), backColour=BACKGROUND_COLOUR)
self.offYSlider.setSliderHeight(10)
CeciliaLib.setToolTip(self.offYSlider, TT_OFFSET_Y)
slidersBox.AddMany([(offYLabel, 0, wx.ALIGN_CENTER_VERTICAL | wx.ALIGN_RIGHT | wx.RIGHT | wx.LEFT, 5),
(self.offYSlider, 0, wx.RIGHT, 5)])
distBox = wx.BoxSizer(wx.HORIZONTAL)
distLabel = wx.StaticText(panel, -1, "Processor")
distLabel.SetFont(wx.Font(TEXT_LABELFORWIDGET_FONT, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL))
distLabel.SetForegroundColour(WHITE_COLOUR)
distBox.Add(distLabel, 0, wx.ALIGN_CENTER_VERTICAL | wx.LEFT, 128)
self.distMenu = CustomMenu(panel, self.distList, self.distList[0], outFunction=self.onDistribution)
CeciliaLib.setToolTip(self.distMenu, TT_PROC_TYPE)
self.distMenu.setLabel(self.distMenu.getLabel(), True)
distBox.Add(self.distMenu, 0, wx.LEFT | wx.RIGHT, 5)
applyBox = wx.BoxSizer(wx.HORIZONTAL)
apply = ApplyToolBox(panel, outFunction=[self.OnClose, self.OnApply])
applyBox.Add(apply, 0, wx.RIGHT, 8)
box.Add(distBox, 0, wx.ALL, 5)
box.Add(interpBox, 0, wx.ALL, 5)
box.Add(slidersBox, 0, wx.EXPAND | wx.ALL, 5)
box.Add(applyBox, 0, wx.ALIGN_RIGHT | wx.TOP, 15)
panel.SetSizerAndFit(box)
panel.Bind(wx.EVT_LEAVE_WINDOW, self.OnLooseFocus)
title.Bind(wx.EVT_LEAVE_WINDOW, self.OnLooseFocus)
def OnLooseFocus(self, event):
if CeciliaLib.getVar("canGrabFocus"):
win = wx.FindWindowAtPointer()
if win[0] is not None:
if win[0].GetTopLevelParent() == self:
pass
else:
win = CeciliaLib.getVar("interface")
win.Raise()
def OnClose(self):
self._oldState = None
self.Hide()
def onDistribution(self, ind, label):
if label == 'Scatter':
self.ptsSlider.Disable()
self.scatYSlider.Enable()
self.offXSlider.Disable()
self.offYSlider.Disable()
self.scatXLabel.SetLabel('Scatt X')
self.scatYLabel.SetLabel('Scatt Y')
self.scatXSlider.SetRange(0, 0.5)
self.scatXSlider.SetValue(0.005)
self.scatYSlider.SetRange(0, 0.5)
self.scatYSlider.SetValue(0.05)
elif label == 'Jitter':
self.ptsSlider.Enable()
self.scatYSlider.Enable()
self.offXSlider.Disable()
self.offYSlider.Disable()
self.scatXLabel.SetLabel('Jitte X')
self.scatYLabel.SetLabel('Jitte Y')
self.scatXSlider.SetRange(0, 0.5)
self.scatXSlider.SetValue(0.005)
self.scatYSlider.SetRange(0, 0.5)
self.scatYSlider.SetValue(0.05)
elif label == 'Comp/Expand':
self.ptsSlider.Disable()
self.scatYSlider.Enable()
self.offXSlider.Enable()
self.offYSlider.Enable()
self.scatXLabel.SetLabel('Comp X')
self.scatYLabel.SetLabel('Comp Y')
self.scatXSlider.SetRange(0., 2.)
self.scatXSlider.SetValue(1.)
self.scatYSlider.SetRange(0., 2.)
self.scatYSlider.SetValue(1.)
elif label == 'Smoother':
self.ptsSlider.Disable()
self.scatYSlider.Disable()
self.offXSlider.Disable()
self.offYSlider.Disable()
self.scatXLabel.SetLabel('Smooth')
self.scatYLabel.SetLabel('Comp Y')
self.scatXSlider.SetRange(0., 1.)
self.scatXSlider.SetValue(0.5)
self.scatYSlider.SetRange(0., 2.)
self.scatYSlider.SetValue(1.)
self._oldState = None
def OnApply(self):
line = CeciliaLib.getVar("grapher").plotter.getSelected()
if self._oldSelected != line or self._oldState is None:
self.data = CeciliaLib.getVar("grapher").plotter.getLine(CeciliaLib.getVar("grapher").plotter.getSelected()).getLineState()['data']
self._oldSelected = line
self._oldState = self.data
elif self._oldSelected == line and self._oldState is not None:
self.data = self._oldState
dist = self.distMenu.getLabel()
interp = self.interpMenu.getLabel()
points = self.ptsSlider.GetValue()
scatX = self.scatXSlider.GetValue()
scatY = self.scatYSlider.GetValue()
offX = self.offXSlider.GetValue()
offY = self.offYSlider.GetValue()
if dist == 'Scatter':
dict = self.processScattering(interp, scatX, scatY)
elif dist == 'Jitter':
dict = self.processJittering(interp, points, scatX, scatY)
elif dist == 'Comp/Expand':
dict = self.processCompExpand(dist, points, scatX, scatY, offX, offY)
elif dist == 'Smoother':
dict = self.processSmoother(dist, points, scatX)
line = CeciliaLib.getVar("grapher").plotter.getLine(CeciliaLib.getVar("grapher").plotter.getSelected())
line.setLineState(dict)
line.setShow(1)
CeciliaLib.getVar("grapher").toolbar.toolbox.setShow(1)
if line.getSlider() is not None:
line.getSlider().setPlay(1)
CeciliaLib.getVar("grapher").plotter.draw()
def processScattering(self, interp, scatX, scatY):
selected = CeciliaLib.getVar("grapher").plotter.selectedPoints
minx, maxx, addPointsBefore, addPointsAfter = self.parent.checkForSelection(selected)
data = CeciliaLib.deepCopy(self.data)
dataLen = len(data)
step = 1. / dataLen
templist = []
if addPointsBefore or addPointsAfter:
templist.extend(addPointsBefore)
istart, istop = selected[0], selected[-1]
else:
istart, istop = 0, dataLen - 1
for i in range(istart, istop):
x = data[i][0]
y = data[i][1]
lastY = y
if i == 0:
newX = x
else:
newX = x + (random.uniform(-scatX, scatX) * step)
if newX < 0: newX = 0
elif newX > 1: newX = 1
try:
if newX < templist[-1][0]: newX = templist[-1][0]
except:
pass
newY = y + random.uniform(-scatY, scatY)
if newY < 0: newY = 0
elif newY > 1: newY = 1
if interp == 'Sample hold':
if i != 0:
templist.append([newX, templist[-1][1]])
else:
templist.append([newX, lastY])
lastY = newY
templist.append([newX, newY])
if addPointsAfter:
if interp == 'Sample hold':
templist.append([addPointsAfter[0][0], lastY])
templist.extend(addPointsAfter)
else:
if interp == 'Sample hold':
templist.append([data[-1][0], lastY])
else:
templist.append(data[-1])
CeciliaLib.getVar("grapher").plotter.resetSelectedPoints()
return {'data': templist}
def processJittering(self, interp, points, scatX, scatY):
selected = CeciliaLib.getVar("grapher").plotter.selectedPoints
minx, maxx, addPointsBefore, addPointsAfter = self.parent.checkForSelection(selected)
data = CeciliaLib.deepCopy(self.data)
dataLen = len(data)
templist = []
if addPointsBefore or addPointsAfter:
templist.extend(addPointsBefore)
istart, istop = selected[0], selected[-1]
if istop >= dataLen:
istart -= len(templist)
istop -= len(templist)
totalLen = data[istop][0] - data[istart][0]
else:
istart, istop = 0, dataLen - 1
totalLen = 1
for i in range(istart, istop):
x = data[i][0]
y = data[i][1]
lastY = y
x2 = data[i + 1][0]
y2 = data[i + 1][1]
distance = x2 - x
numStep = int(points * distance / totalLen)
if numStep == 0:
continue
step = distance / numStep
for j in range(numStep):
if j == 0 and i == 0:
newX = x
else:
newX = x + ((step * j) + (random.uniform(-scatX, scatX) * step))
if newX < 0: newX = 0
elif newX > 1: newX = 1
try:
if newX < templist[-1][0]: newX = templist[-1][0]
except:
pass
ydiff = y2 - y
if ydiff == 0:
newY = y + random.uniform(-scatY, scatY)
else:
newY = (y + ((y2 - y) / numStep * j)) + random.uniform(-scatY, scatY)
if newY < 0: newY = 0
elif newY > 1: newY = 1
if interp == 'Sample hold':
if j == 0 and i != 0:
templist.append([newX, templist[-1][1]])
else:
templist.append([newX, lastY])
lastY = newY
templist.append([newX, newY])
if addPointsAfter:
if interp == 'Sample hold':
templist.append([addPointsAfter[0][0], lastY])
templist.extend(addPointsAfter)
else:
if interp == 'Sample hold':
templist.append([data[-1][0], lastY])
else:
templist.append(data[-1])
CeciliaLib.getVar("grapher").plotter.resetSelectedPoints()
return {'data': templist}
def processCompExpand(self, dist, points, scatX, scatY, offX, offY):
selected = CeciliaLib.getVar("grapher").plotter.selectedPoints
minx, maxx, addPointsBefore, addPointsAfter = self.parent.checkForSelection(selected)
data = CeciliaLib.deepCopy(self.data)
dataLen = len(data)
templist = []
if addPointsBefore or addPointsAfter:
templist.extend(addPointsBefore)
istart, istop = selected[0], selected[-1]
else:
istart, istop = 0, dataLen
ylist = [d[1] for d in data][istart: istop]
minY = min(ylist)
maxY = max(ylist)
midY = (maxY - minY) * 0.5 + minY
if addPointsBefore:
if scatX != 1.0 or offX != 0.0:
templist.append(data[selected[0]])
else:
if scatX != 1.0 or offX != 0.0:
templist.append(data[0])
for i in range(istart, istop):
x = data[i][0]
y = data[i][1]
newX = 0.5 + (x - 0.5) * scatX + offX
if newX < 0: newX = 0.
elif newX > 1: newX = 1.
try:
if newX < templist[-1][0]: newX = templist[-1][0]
except:
pass
newY = midY + (y - midY) * scatY + offY
if newY < 0: newY = 0.
elif newY > 1: newY = 1.
templist.append([newX, newY])
if addPointsAfter:
if scatX != 1.0 or offX != 0.0:
templist.append([addPointsAfter[0][0], templist[-1][1]])
templist.extend(addPointsAfter)
else:
if scatX != 1.0 or offX != 0.0:
templist[0] = [0.0, templist[1][1]]
templist.append([1.0, templist[-1][1]])
CeciliaLib.getVar("grapher").plotter.resetSelectedPoints()
return {'data': templist}
def processSmoother(self, dist, points, scatX):
selected = CeciliaLib.getVar("grapher").plotter.selectedPoints
minx, maxx, addPointsBefore, addPointsAfter = self.parent.checkForSelection(selected)
data = CeciliaLib.deepCopy(self.data)
dataLen = len(data)
templist = []
if addPointsBefore or addPointsAfter:
templist.extend(addPointsBefore)
istart, istop = selected[0], selected[-1]
else:
istart, istop = 0, dataLen
last = data[istart][1]
for i in range(istart, istop):
x = data[i][0]
y = data[i][1]
newY = y + (last - y) * scatX
if newY < 0: newY = 0.
elif newY > 1: newY = 1.
last = newY
templist.append([x, newY])
if addPointsAfter:
templist.extend(addPointsAfter)
CeciliaLib.getVar("grapher").plotter.resetSelectedPoints()
return {'data': templist}
#---------------------------
# Transport
# --------------------------
class Transport(wx.Panel):
def __init__(self, parent, size=(90, 30), outPlayFunction=None,
outRecordFunction=None, backgroundColour=None, borderColour=None):
wx.Panel.__init__(self, parent, -1, size=size)
self.SetBackgroundStyle(wx.BG_STYLE_CUSTOM)
if backgroundColour: self.backgroundColour = backgroundColour
else: self.backgroundColour = BACKGROUND_COLOUR
self.SetBackgroundColour(self.backgroundColour)
if borderColour: self.borderColour = borderColour
else: self.borderColour = BACKGROUND_COLOUR
self.SetMaxSize(self.GetSize())
self.rectList = []
for i in range(2):
self.rectList.append(wx.Rect(i * 45, 0, 40, self.GetSize()[1]))
self.outPlayFunction = outPlayFunction
self.outRecordFunction = outRecordFunction
self.playOver = False
self.recordOver = False
self.playOverWait = True
self.recordOverWait = True
self.playColour = TR_PLAY_NORMAL_COLOUR
self.recordColour = TR_RECORD_OFF_COLOUR
self.playing = False
self.recording = False
self.Bind(wx.EVT_PAINT, self.OnPaint)
self.Bind(wx.EVT_MOTION, self.OnMotion)
self.Bind(wx.EVT_LEAVE_WINDOW, self.OnLeave)
self.Bind(wx.EVT_LEFT_DOWN, self.MouseDown)
self.Bind(wx.EVT_LEFT_UP, self.MouseUp)
CeciliaLib.setToolTip(self, TT_TRANSPORT)
if CeciliaLib.getVar("systemPlatform") == "win32":
self.dcref = wx.BufferedPaintDC
else:
self.dcref = wx.PaintDC
def setPlay(self, play):
self.playing = play
wx.CallAfter(self.Refresh)
def getPlay(self):
return self.playing
def onPlay(self):
if not self.playing:
if self.getRecord():
self.setRecord(False)
def setRecord(self, record):
self.recording = record
if not self.recording:
self.recordColour = TR_RECORD_OFF_COLOUR
else:
self.recordColour = TR_RECORD_ON_COLOUR
wx.CallAfter(self.Refresh)
def getRecord(self):
return self.recording
def onRecord(self):
if self.recording:
if not self.getPlay():
self.setPlay(True)
else:
if self.getPlay():
self.setPlay(False)
def OnMotion(self, event):
pos = event.GetPosition()
if self.rectList[0].Contains(pos) and self.playOverWait:
self.rewindOver = False
self.playOver = True
self.recordOver = False
elif self.rectList[1].Contains(pos) and self.recordOverWait:
self.rewindOver = False
self.playOver = False
self.recordOver = True
self.checkForOverReady(pos)
wx.CallAfter(self.Refresh)
event.Skip()
def setOverWait(self, which):
if which == 0:
self.playOverWait = False
elif which == 1:
self.recordOverWait = False
def checkForOverReady(self, pos):
if not self.rectList[0].Contains(pos):
self.playOverWait = True
if not self.rectList[1].Contains(pos):
self.recordOverWait = True
def MouseDown(self, event):
pos = event.GetPosition()
for i, rec in enumerate(self.rectList):
if rec.Contains(pos):
if i == 0:
self.playColour = TR_PLAY_CLICK_COLOUR
self.playOver = False
elif i == 1 and not self.playing:
if not self.recording:
self.recording = True
self.recordColour = TR_RECORD_ON_COLOUR
else:
self.recording = False
self.recordColour = TR_RECORD_OFF_COLOUR
self.recordOver = False
self.onRecord()
if self.outRecordFunction:
self.outRecordFunction(self.recording)
self.setOverWait(i)
break
wx.CallAfter(self.Refresh)
event.Skip()
def MouseUp(self, event):
pos = event.GetPosition()
for i, rec in enumerate(self.rectList):
if rec.Contains(pos):
if i == 0:
if not self.playing:
self.playing = True
else:
self.playing = False
self.playColour = TR_PLAY_NORMAL_COLOUR
self.playOver = False
self.onPlay()
if self.outPlayFunction:
self.outPlayFunction(self.playing)
break
wx.CallAfter(self.Refresh)
def OnLeave(self, event):
self.playOver = False
self.recordOver = False
self.playOverWait = True
self.recordOverWait = True
wx.CallAfter(self.Refresh)
event.Skip()
def OnPaint(self, event):
w, h = self.GetSize()
dc = self.dcref(self)
gc = wx.GraphicsContext_Create(dc)
dc.SetBrush(wx.Brush(self.backgroundColour, wx.SOLID))
dc.Clear()
# Draw background
dc.SetPen(wx.Pen(self.backgroundColour, width=0, style=wx.SOLID))
dc.DrawRectangle(0, 0, w, h)
# Draw play/stop
if self.playOver:
offStopX = 13
offStopY = 8
offPlayX = 13
offPlayY = 7
else:
offStopX = 14
offStopY = 9
offPlayX = 14
offPlayY = 9
x, y, w1, h1 = self.rectList[0].Get()
rec = wx.Rect(x + 1, y + 1, w1 - 2, h1 - 2)
gc.SetPen(wx.Pen(TR_BORDER_COLOUR, 1))
gc.SetBrush(wx.Brush(TR_BACK_COLOUR))
gc.DrawRoundedRectangle(rec[0], rec[1], rec[2], rec[3], 4)
gc.SetBrush(wx.Brush(self.playColour, wx.SOLID))
if not self.playing:
tri = [(x + offPlayX, y + offPlayY), (x + offPlayX, h1 - offPlayY),
(x + w1 - offPlayX, h1 / 2), (x + offPlayX, y + offPlayY)]
gc.DrawLines(tri)
else:
gc.DrawRoundedRectangle(x + offStopX, y + offStopY, w1 - (offStopX * 2), h1 - (offStopY * 2), 3)
# Draw record
if self.recordOver and not self.playing:
radius = 7
else:
radius = 6
x, y, w1, h1 = self.rectList[1].Get()
rec = wx.Rect(x + 1, y + 1, w1 - 2, h1 - 2)
gc.SetPen(wx.Pen(TR_BORDER_COLOUR, 1))
gc.SetBrush(wx.Brush(TR_BACK_COLOUR))
gc.DrawRoundedRectangle(rec[0], rec[1], rec[2], rec[3], 4)
gc.SetBrush(wx.Brush(self.recordColour, wx.SOLID))
gc.DrawEllipse(x + (w1 / 2) - radius, h1 / 2 - radius, radius * 2, radius * 2)
#---------------------------
# VuMeter
# --------------------------
class VuMeter(wx.Panel):
def __init__(self, parent, size=(218, 11)):
wx.Panel.__init__(self, parent, -1, size=size)
self.parent = parent
self.SetMinSize((218, 6))
self.SetBackgroundStyle(wx.BG_STYLE_CUSTOM)
self.SetBackgroundColour("#000000")
self.Bind(wx.EVT_PAINT, self.OnPaint)
self.nchnls = CeciliaLib.getVar("nchnls")
self.SetSize((218, 5 * self.nchnls + 1))
self.SetMaxSize((218, 5 * self.nchnls + 1))
self.bitmap = CeciliaLib.getVar("ICON_VUMETER")
self.backBitmap = CeciliaLib.getVar("ICON_VUMETER_DARK")
self.amplitude = [0] * self.nchnls
self.oldChnls = 1
self.peak = 0
def updateNchnls(self):
self.nchnls = CeciliaLib.getVar("nchnls")
self.amplitude = [0] * self.nchnls
gap = (self.nchnls - self.oldChnls) * 5
self.oldChnls = self.nchnls
parentSize = self.parent.GetSize()
self.SetSize((218, 5 * self.nchnls + 1))
self.SetMinSize((218, 5 * self.nchnls + 1))
self.SetMaxSize((218, 5 * self.nchnls + 1))
self.parent.SetSize((parentSize[0], parentSize[1] + gap))
wx.CallAfter(self.Refresh)
if CeciliaLib.getVar("interface") is not None:
CeciliaLib.getVar("interface").Layout()
def setRms(self, *args):
if args[0] < 0:
return
if not args:
self.amplitude = [0 for i in range(self.nchnls)]
else:
self.amplitude = args
self.amplitude = [math.log10(amp + 0.00001) * 0.2 + 1. for amp in self.amplitude]
if self.seekPeak():
CeciliaLib.getControlPanel().updatePeak(self.peak)
wx.CallAfter(self.Refresh)
def OnPaint(self, event):
w, h = self.GetSize()
dc = wx.AutoBufferedPaintDC(self)
dc.SetBrush(wx.Brush("#000000"))
dc.Clear()
dc.DrawRectangle(0, 0, w, h)
for i in range(self.nchnls):
try:
width = int(self.amplitude[i] * w)
except:
width = 0
dc.DrawBitmap(self.backBitmap, 0, i * 5)
if width > 0:
dc.SetClippingRegion(0, i * 5, width, 5)
dc.DrawBitmap(self.bitmap, 0, i * 5)
dc.DestroyClippingRegion()
def reset(self):
self.amplitude = [0 for i in range(self.nchnls)]
wx.CallAfter(self.Refresh)
def seekPeak(self):
newPeak = False
if max(self.amplitude) > self.peak:
self.peak = max(self.amplitude)
newPeak = True
return newPeak
def getPeak(self):
return self.peak
def resetMax(self):
self.peak = 0
class TabsPanel(wx.Panel):
def __init__(self, parent, size=(230, 20), outFunction=None, backgroundColour=None, borderColour=None):
wx.Panel.__init__(self, parent, -1, size=size)
self.SetBackgroundStyle(wx.BG_STYLE_CUSTOM)
if backgroundColour: self.backgroundColour = backgroundColour
else: self.backgroundColour = BACKGROUND_COLOUR
self.SetBackgroundColour(self.backgroundColour)
if borderColour: self.borderColour = borderColour
else: self.borderColour = BACKGROUND_COLOUR
self.SetMaxSize(self.GetSize())
self.outFunction = outFunction
self.font = self.GetFont()
self.font.SetPointSize(TAB_TITLE_FONT)
self.rects = [wx.Rect(0, 0, 117, 20), wx.Rect(113, 0, 117, 20)]
self.choices = ["In/Out", "Post-Proc"]
self.selected = "In/Out"
self.Bind(wx.EVT_PAINT, self.OnPaint)
self.Bind(wx.EVT_LEFT_DOWN, self.MouseDown)
if CeciliaLib.getVar("systemPlatform") == "win32":
self.dcref = wx.BufferedPaintDC
else:
self.dcref = wx.PaintDC
def MouseDown(self, event):
pos = event.GetPosition()
for i, rect in enumerate(self.rects):
if rect.Contains(pos):
self.selected = self.choices[i]
break
self.outFunction(i)
wx.CallAfter(self.Refresh)
event.Skip()
def OnPaint(self, event):
def draw(which):
index = self.choices.index(which)
if which == self.selected:
pen = wx.Pen(TITLE_BACK_COLOUR, 1)
brush = wx.Brush(TITLE_BACK_COLOUR)
else:
pen = wx.Pen(TR_BORDER_COLOUR, 1)
brush = wx.Brush(BACKGROUND_COLOUR)
gc.SetPen(pen)
gc.SetBrush(brush)
x, y, x1, y1 = self.rects[index][0] + 1, self.rects[index][1], self.rects[index][2] - 2, self.rects[index][3]
poly = [(x, y1), (x + 5, y), (x + x1 - 5, y), (x + x1, y1)]
gc.DrawLines(poly)
dc.DrawLabel(which, self.rects[index], wx.ALIGN_CENTER)
w, h = self.GetSize()
dc = self.dcref(self)
gc = wx.GraphicsContext_Create(dc)
dc.SetBrush(wx.Brush(self.backgroundColour, wx.SOLID))
dc.Clear()
dc.SetPen(wx.Pen(self.backgroundColour, width=0, style=wx.SOLID))
dc.DrawRectangle(0, 0, w, h)
dc.SetFont(self.font)
dc.SetTextForeground(WHITE_COLOUR)
choices = [x for x in self.choices]
choices.remove(self.selected)
choices.append(self.selected)
for choice in choices:
draw(choice)
#---------------------------
# Input Mode Button (return 0, 1, 2 or 3)
# --------------------------
class InputModeButton(wx.Panel):
def __init__(self, parent, state, size=(20, 20), outFunction=None, colour=None):
wx.Panel.__init__(self, parent, -1, size=size)
self.SetMaxSize(self.GetSize())
self.SetBackgroundStyle(wx.BG_STYLE_CUSTOM)
self.SetBackgroundColour(BACKGROUND_COLOUR)
self.outFunction = outFunction
self.state = state
if colour:
self.colour = colour
else:
self.colour = BACKGROUND_COLOUR
self.bitmaps = [ICON_INPUT_1_FILE.GetBitmap(),
ICON_INPUT_2_LIVE.GetBitmap(),
ICON_INPUT_3_MIC.GetBitmap(),
ICON_INPUT_4_MIC_RECIRC.GetBitmap()]
self.Bind(wx.EVT_PAINT, self.OnPaint)
self.Bind(wx.EVT_LEFT_DOWN, self.MouseDown)
CeciliaLib.setToolTip(self, TT_INPUT_MODE)
def OnPaint(self, event):
w, h = self.GetSize()
dc = wx.AutoBufferedPaintDC(self)
dc.SetBrush(wx.Brush(BACKGROUND_COLOUR, wx.SOLID))
dc.Clear()
# Draw background
dc.SetPen(wx.Pen(BACKGROUND_COLOUR, width=0, style=wx.SOLID))
dc.DrawRectangle(0, 0, w, h)
dc.DrawBitmap(self.bitmaps[self.state], 0, 0, True)
def MouseDown(self, event):
self.state = (self.state + 1) % 4
if self.outFunction:
self.outFunction(self.state)
wx.CallAfter(self.Refresh)
event.Skip()
def getValue(self):
return self.state
def setValue(self, value):
self.state = value
wx.CallAfter(self.Refresh)
class Separator(wx.Panel):
def __init__(self, parent, size=(200, 1), style=wx.BORDER_NONE, colour=BORDER_COLOUR):
wx.Panel.__init__(self, parent, size=size, style=style)
self.SetBackgroundColour(colour)
class Knob(wx.Panel):
def __init__(self, parent, id=wx.ID_ANY, pos=wx.DefaultPosition,
size=(26, 26), style=wx.TAB_TRAVERSAL, outFunction=None):
wx.Panel.__init__(self, parent, id, pos, size, style)
self.SetBackgroundStyle(wx.BG_STYLE_CUSTOM)
self.Bind(wx.EVT_PAINT, self.OnPaint)
self.Bind(wx.EVT_LEFT_DOWN, self.OnLeftDown)
self.Bind(wx.EVT_LEFT_UP, self.OnLeftUp)
self.Bind(wx.EVT_MOTION, self.OnMotion)
self.outFunction = outFunction
self.twopi = math.pi * 2
self.anchor1 = math.pi * (4.5 / 6)
self.anchor2 = math.pi * (1.5 / 6)
self.ancrange = self.twopi - self.anchor1 + self.anchor2
self.startpos = None
self.value = 0.5
self.tempval = 0.5
self.diff = 0
self.inc = 0.005
def OnLeftDown(self, evt):
self.startpos = evt.GetPosition()
if evt.ShiftDown():
self.inc = 0.0001
else:
self.inc = 0.005
self.CaptureMouse()
def OnLeftUp(self, evt):
if self.HasCapture():
self.value = self.tempval
self.ReleaseMouse()
def OnMotion(self, evt):
pos = evt.GetPosition()
if self.HasCapture():
vert = (pos[1] - self.startpos[1]) * -self.inc
self.diff = (pos[0] - self.startpos[0]) * self.inc + vert
wx.CallAfter(self.Refresh)
def OnPaint(self, evt):
w,h = self.GetSize()
dc = wx.BufferedPaintDC(self)
gc = wx.GraphicsContext.Create(dc)
dc.SetBrush(wx.Brush("#FFFFFF", style=wx.TRANSPARENT))
dc.SetPen(wx.Pen("#FFFFFF", width=1, style=wx.TRANSPARENT))
dc.Clear()
self.tempval = self.value + self.diff
if self.tempval < 0:
self.tempval = 0
elif self.tempval > 1:
self.tempval = 1
anchor2 = self.tempval * self.ancrange + self.anchor1
if anchor2 > (self.twopi):
anchor2 -= self.twopi
gc.SetBrush(wx.Brush("#FFFFFF", style=wx.TRANSPARENT))
font = wx.Font(8, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_NORMAL,
wx.FONTWEIGHT_NORMAL)
gc.SetFont(font, "#222222")
path = gc.CreatePath()
gc.SetPen(wx.Pen("#AAAAAA", 2))
path.AddArc(w/2, h/2+2, 12, self.anchor2, self.anchor1, False)
gc.DrawPath(path)
path = gc.CreatePath()
gc.SetPen(wx.Pen("#000000", 2))
path.AddArc(w/2, h/2+2, 12, anchor2, self.anchor1, False)
gc.DrawPath(path)
if self.outFunction is not None:
self.outFunction(self.tempval)
class SpectrumFrame(wx.Frame):
def __init__(self, parent, title="Frequency Spectrum", pos=(50, 50), size=(600, 400)):
wx.Frame.__init__(self, parent, -1, title, pos, size, style=wx.DEFAULT_FRAME_STYLE & ~wx.CLOSE_BOX | wx.FRAME_FLOAT_ON_PARENT)
self.panel = wx.Panel(self)
mainsizer = wx.BoxSizer(wx.HORIZONTAL)
spectrum = self.createSpectrum()
mainsizer.Add(spectrum, 1, wx.ALL|wx.EXPAND, 5)
self.panel.SetSizerAndFit(mainsizer)
def onClose(self):
CeciliaLib.setVar('spectrumFrame', None)
self.Destroy()
def createSpectrum(self):
sizer = wx.BoxSizer(wx.VERTICAL)
toolbox = wx.BoxSizer(wx.HORIZONTAL)
self.specFreq = wx.ToggleButton(self.panel, -1, label="Freq Log")
self.specFreq.SetValue(0)
self.specFreq.Bind(wx.EVT_TOGGLEBUTTON, self.specFreqScale)
toolbox.Add(self.specFreq, 1, wx.TOP|wx.LEFT, 4)
self.specMag = wx.ToggleButton(self.panel, -1, label="Mag Log")
self.specMag.SetValue(1)
self.specMag.Bind(wx.EVT_TOGGLEBUTTON, self.specMagScale)
toolbox.Add(self.specMag, 1, wx.TOP|wx.LEFT, 4)
winchoices = ["Rectangular", "Hamming", "Hanning", "Bartlett",
"Blackman 3-term", "Blackman-Harris 4",
"Blackman-Harris 7", "Tuckey", "Half-sine"]
self.specWin = wx.Choice(self.panel, -1, choices=winchoices)
self.specWin.SetSelection(2)
self.specWin.Bind(wx.EVT_CHOICE, self.specWinType)
toolbox.Add(self.specWin, 1, wx.TOP|wx.LEFT, 4)
sizechoices = ["64", "128", "256", "512", "1024", "2048", "4096", "8192"]
self.specSize = wx.Choice(self.panel, -1, choices=sizechoices)
self.specSize.SetSelection(4)
self.specSize.Bind(wx.EVT_CHOICE, self.specSetSize)
toolbox.Add(self.specSize, 1, wx.TOP|wx.LEFT, 4)
self.specAmp = Knob(self.panel, outFunction=self.specSetAmp)
# self.specAmp.SetBackgroundColour(APP_BACKGROUND_COLOUR)
toolbox.Add(self.specAmp, 0, wx.TOP|wx.LEFT|wx.RIGHT, 6)
sizer.Add(toolbox, 0, wx.EXPAND)
self.spectrum = PyoGuiSpectrum(parent=self.panel, mscaling=1)
self.zoomH = HRangeSlider(self.panel, minvalue=0, maxvalue=0.5,
valtype='float', function=self.specZoom)
sizer.Add(self.spectrum, 1, wx.LEFT | wx.TOP | wx.EXPAND, 5)
sizer.Add(self.zoomH, 0, wx.EXPAND|wx.LEFT, 5)
return sizer
def setAnalyzer(self, obj):
self.spectrum.setAnalyzer(obj)
def specFreqScale(self, evt):
self.spectrum.setFscaling(evt.GetInt())
def specMagScale(self, evt):
self.spectrum.setMscaling(evt.GetInt())
def specWinType(self, evt):
self.spectrum.obj.wintype = evt.GetInt()
def specSetSize(self, evt):
self.spectrum.obj.size = 1 << (evt.GetInt() + 6)
def specZoom(self, values):
self.spectrum.setLowFreq(self.spectrum.obj.setLowbound(values[0]))
self.spectrum.setHighFreq(self.spectrum.obj.setHighbound(values[1]))
def specSetAmp(self, value):
value = rescale(value, ymin=0.0625, ymax=16, ylog=True)
self.spectrum.obj.setGain(value)
cecilia/Resources/TogglePopup.py 0000664 0001750 0001750 00000032046 15074672731 016015 0 ustar tvaz tvaz """
Copyright 2019 iACT, Universite de Montreal,
Jean Piche, Olivier Belanger, Jean-Michel Dumas
This file is part of Cecilia 5.
Cecilia 5 is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
Cecilia 5 is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with Cecilia 5. If not, see .
"""
from __future__ import division
import wx, random
from .Widgets import Label, CustomMenu, Toggle, Button, ListEntry
from .constants import *
import Resources.CeciliaLib as CeciliaLib
class CECPopup:
def __init__(self, parent, label, values, init, rate, name, colour, tooltip=True, output=True):
self.type = "popup"
self.name = name
self.output = output
self.rate = rate
self.label = Label(parent, label, colour=colour[0])
self.popup = CustomMenu(parent, values, init, size=(100, 20), outFunction=self.onPopup, colour=colour[1])
if tooltip:
CeciliaLib.setToolTip(self.label, TT_POPUP)
def getName(self):
return self.name
def getValue(self):
return self.popup.getIndex()
def getFullValue(self):
return self.popup.getIndex(), self.popup.getLabel()
def getLabel(self):
return self.popup.getLabel()
def setValue(self, value, out=False):
self.popup.setByIndex(value, out)
def onPopup(self, value, label):
if CeciliaLib.getVar("currentModule") is not None and self.output and self.rate == "k":
getattr(CeciliaLib.getVar("currentModule"), self.name)(value, label)
class CECToggle:
def __init__(self, parent, label, init, rate, name, colour, tooltip, stack=False, output=True):
self.type = "toggle"
self.name = name
self.rate = rate
self.output = output
if label != '':
if stack:
self.label = Label(parent, label, colour=colour[0], size=(210, 20))
else:
self.label = Label(parent, label, colour=colour[0], size=(100, 20))
CeciliaLib.setToolTip(self.label, TT_TOGGLE)
self.toggle = Toggle(parent, init, outFunction=self.onToggle, colour=colour[1])
def getName(self):
return self.name
def getValue(self):
return self.toggle.getValue()
def setValue(self, state, dump=None):
self.toggle.setValue(state)
def onToggle(self, value):
if CeciliaLib.getVar("currentModule") is not None and self.output:
getattr(CeciliaLib.getVar("currentModule"), self.name)(value)
class CECButton:
def __init__(self, parent, label, name, colour, tooltip):
self.type = "button"
self.name = name
self.label = Label(parent, label, colour=colour[0])
self.button = Button(parent, outFunction=self.onButton, colour=(colour[1], colour[0]))
CeciliaLib.setToolTip(self.label, TT_BUTTON)
def getValue(self):
return 0
def getName(self):
return self.name
def onButton(self, value):
if CeciliaLib.getVar("currentModule") is not None:
getattr(CeciliaLib.getVar("currentModule"), self.name)(value)
class CECGen:
def __init__(self, parent, label, init, rate, name, popup, colour, tooltip):
self.type = "gen"
self.name = name
self.rate = rate
self.popup = popup
self.label = Label(parent, label, colour=colour[0])
self.entry = ListEntry(parent, ", ".join([str(x) for x in init]), colour=colour[1], outFunction=self.onEntry)
CeciliaLib.setToolTip(self.label, TT_GEN)
def getName(self):
return self.name
def convertToList(self, value):
if ", " in value:
value = value.split(', ')
else:
value = value.split(" ")
value = [eval(val) for val in value if val.strip() != ""]
return value
def getValue(self):
return self.convertToList(self.entry.getValue())
def setValue(self, value, dump=None):
self.entry.setValue(value)
def onEntry(self, value):
if type(value) != list:
value = self.convertToList(value)
if CeciliaLib.getVar("currentModule") is not None and self.rate == "k":
getattr(CeciliaLib.getVar("currentModule"), self.name)(value)
if self.popup is not None:
self.popup[0].setValue(self.popup[1], True)
class CECPoly:
def __init__(self, parent, label, name, values, init, colour, tooltip):
self.name = name
self.up = 1
popupLabel = label.capitalize() + ' Voices'
self.popup = CECPopup(parent, popupLabel, values, init, "i", self.name + 'num', colour, tooltip=False, output=False)
chordLabel = label.capitalize() + ' Chords'
self.chord = CECPopup(parent, chordLabel, sorted(POLY_CHORDS.keys()), '00 - None', "i", self.name, colour, tooltip=False, output=False)
CeciliaLib.setToolTip(self.popup.label, TT_POLY_LABEL)
CeciliaLib.setToolTip(self.chord.label, TT_POLY_CHORD)
def getValue(self):
return self.popup.getValue()
def getChordValue(self):
return self.chord.getValue()
def getUp(self):
return self.up
class SamplerPopup:
def __init__(self, parent, values, init, name, outFunction=None):
self.name = name + 'loopi'
self.outFunction = outFunction
self.value = values.index(init)
self.popup = CustomMenu(parent, values, init, size=(100, 20), outFunction=self.onPopup)
def onPopup(self, ind, label):
self.value = ind
if self.outFunction is not None:
self.outFunction(self.value)
def getName(self):
return self.name
def getValue(self):
return self.value
class SamplerToggle:
def __init__(self, parent, init, name):
self.name = name + 'startpoint'
self.value = init
self.toggle = Toggle(parent, init, outFunction=self.onToggle)
def onToggle(self, val):
self.value = val
def getName(self):
return self.name
def getValue(self):
return self.value
def setValue(self, value):
self.value = value
self.toggle.setValue(self.value)
def buildTogglePopupBox(parent, list):
mainBox = wx.BoxSizer(wx.VERTICAL)
outBox = wx.BoxSizer(wx.VERTICAL)
objects = []
widgetlist = [widget for widget in list if widget['type'] in ['cpopup', 'ctoggle', 'cbutton']]
widgetCecList = [widget for widget in list if widget['type'] == 'cgen']
widgetpoly = [widget for widget in list if widget['type'] == 'cpoly']
for i, widget in enumerate(widgetlist):
if widget['type'] == 'cpopup':
tooltip = widget.get('help', '')
name = widget['name']
label = widget.get('label', '')
values = widget.get('value')
init = widget.get('init', values[0])
rate = widget.get('rate', 'k')
if rate == 'k':
col = widget.get('col', '')
if col == '':
col = random.choice(list(COLOUR_CLASSES.keys()))
elif col not in COLOUR_CLASSES.keys():
CeciliaLib.showErrorDialog('Wrong colour!', '"%s"\n\nAvailable colours for -col flag are:\n\n%s.' % (col, ', '.join(COLOUR_CLASSES.keys())))
col = random.choice(list(COLOUR_CLASSES.keys()))
colour = CeciliaLib.chooseColourFromName(col)
else:
colour = CeciliaLib.chooseColourFromName("grey")
cpopup = CECPopup(parent, label, values, init, rate, name, colour)
box = wx.FlexGridSizer(1, 2, 2, 10)
box.AddMany([(cpopup.label, 0, wx.TOP | wx.ALIGN_RIGHT, 2), (cpopup.popup, 0, wx.TOP | wx.ALIGN_LEFT, 2)])
mainBox.Add(box, 0, wx.TOP | wx.BOTTOM, 1)
objects.append(cpopup)
elif widget['type'] == 'ctoggle':
tooltip = widget.get('help', '')
name = widget['name']
label = widget.get('label', '')
stack = widget.get('stack', False)
init = widget.get('init', 0)
rate = widget.get('rate', 'k')
if rate == 'k':
col = widget.get('col', '')
if col == '':
col = random.choice(list(COLOUR_CLASSES.keys()))
elif col not in COLOUR_CLASSES.keys():
CeciliaLib.showErrorDialog('Wrong colour!', '"%s"\n\nAvailable colours for -col flag are:\n\n%s.' % (col, ', '.join(COLOUR_CLASSES.keys())))
col = random.choice(list(COLOUR_CLASSES.keys()))
colour = CeciliaLib.chooseColourFromName(col)
else:
colour = CeciliaLib.chooseColourFromName("grey")
ctoggle = CECToggle(parent, label, init, rate, name, colour, tooltip, stack)
if stack and label != '':
labelBox = wx.FlexGridSizer(1, 1, 2, 10)
labelBox.Add(ctoggle.label, 0, wx.EXPAND | wx.TOP, 2)
mainBox.Add(labelBox, 0, wx.TOP | wx.BOTTOM, 1)
stackBox = wx.FlexGridSizer(1, 8, 2, 7)
stackBox.Add(ctoggle.toggle, 0, wx.TOP, 2)
mainBox.Add(stackBox, 0, wx.TOP | wx.BOTTOM, 1)
elif stack:
stackBox.Add(ctoggle.toggle, 0, wx.TOP | wx.ALIGN_LEFT, 2)
else:
box = wx.FlexGridSizer(1, 2, 2, 10)
box.AddMany([(ctoggle.label, 0, wx.TOP | wx.ALIGN_RIGHT, 2), (ctoggle.toggle, 0, wx.TOP | wx.ALIGN_LEFT, 2)])
mainBox.Add(box, 0, wx.TOP | wx.BOTTOM, 1)
objects.append(ctoggle)
elif widget['type'] == 'cbutton':
tooltip = widget.get('help', '')
name = widget['name']
label = widget.get('label', '')
col = widget.get('col', '')
if col == '':
col = random.choice(list(COLOUR_CLASSES.keys()))
elif col not in COLOUR_CLASSES.keys():
CeciliaLib.showErrorDialog('Wrong colour!', '"%s"\n\nAvailable colours for -col flag are:\n\n%s.' % (col, ', '.join(COLOUR_CLASSES.keys())))
col = random.choice(list(COLOUR_CLASSES.keys()))
colour = CeciliaLib.chooseColourFromName(col)
cbutton = CECButton(parent, label, name, colour, tooltip)
box = wx.FlexGridSizer(1, 2, 2, 10)
box.AddMany([(cbutton.label, 0, wx.TOP | wx.ALIGN_RIGHT, 2), (cbutton.button, 0, wx.TOP | wx.ALIGN_LEFT, 2)])
mainBox.Add(box, 0, wx.TOP | wx.BOTTOM, 1)
objects.append(cbutton)
for i, widget in enumerate(widgetCecList):
tooltip = widget.get('help', '')
name = widget['name']
init = widget.get('init', '1')
label = widget.get('label', '')
rate = widget.get('rate', 'k')
if rate == 'k':
col = widget.get('col', '')
if col == '':
col = random.choice(list(COLOUR_CLASSES.keys()))
elif col not in COLOUR_CLASSES.keys():
CeciliaLib.showErrorDialog('Wrong colour!', '"%s"\n\nAvailable colours for -col flag are:\n\n%s.' % (col, ', '.join(COLOUR_CLASSES.keys())))
col = random.choice(list(COLOUR_CLASSES.keys()))
colour = CeciliaLib.chooseColourFromName(col)
else:
colour = CeciliaLib.chooseColourFromName("grey")
popup = widget.get("popup", None)
ok = False
if popup is not None:
for obj in objects:
if obj.name == popup[0]:
popup = (obj, popup[1])
ok = True
break
if not ok: popup = None
clist = CECGen(parent, label, init, rate, name, popup, colour, tooltip)
box = wx.FlexGridSizer(1, 2, 2, 10)
box.AddMany([(clist.label, 0, wx.TOP | wx.ALIGN_RIGHT, 2), (clist.entry, 0, wx.ALIGN_LEFT | wx.TOP, 2)])
mainBox.Add(box, 0, wx.TOP | wx.BOTTOM, 1)
objects.append(clist)
for i, widget in enumerate(widgetpoly):
tooltip = widget.get('help', '')
name = widget['name']
minvoices = widget.get('min', 1)
maxvoices = widget.get('max', 10)
values = [str(voice) for voice in range(minvoices, maxvoices + 1)]
init = widget.get('init', values[0])
label = widget.get('label', '')
colour = [CPOLY_COLOUR, CPOLY_COLOUR]
cpoly = CECPoly(parent, label, name, values, init, colour, tooltip)
box = wx.FlexGridSizer(0, 2, 2, 10)
box.AddMany([(cpoly.popup.label, 0, wx.TOP | wx.ALIGN_RIGHT, 2), (cpoly.popup.popup, 0, wx.ALIGN_LEFT | wx.TOP, 2),
(cpoly.chord.label, 0, wx.TOP | wx.ALIGN_RIGHT, 2), (cpoly.chord.popup, 0, wx.ALIGN_LEFT | wx.TOP, 2)])
mainBox.Add(box, 0, wx.TOP | wx.BOTTOM, 1)
objects.append(cpoly.popup)
objects.append(cpoly.chord)
outBox.Add(mainBox, 0, wx.ALL, 5)
return outBox, objects
cecilia/Resources/modules/ 0000775 0001750 0001750 00000000000 15074672731 014641 5 ustar tvaz tvaz cecilia/Resources/modules/Spectral/ 0000775 0001750 0001750 00000000000 15074672731 016416 5 ustar tvaz tvaz cecilia/Resources/modules/Spectral/Morphing.c5 0000664 0001750 0001750 00000007126 15074672731 020440 0 ustar tvaz tvaz class Module(BaseModule):
"""
"Phase Vocoder based morphing module"
Description
This module performs spectral morphing between two phase vocoder analysis.
According to `Morphing Index`, the amplitudes from two PV analysis
are interpolated linearly while the frequencies are interpolated
exponentially.
Sliders
# Morphing Index :
Morphing index between the two sources
# Dry / Wet :
Mix between the original signal and the morphed signal
Graph Only
# Overall Amplitude :
The amplitude curve applied on the total duration of the performance
Popups & Toggles
# FFT Size :
Size, in samples, of the FFT
# FFT Envelope :
Windowing shape of the FFT
# FFT Overlaps :
Number of FFT overlaping analysis
# Polyphony Voices :
Number of voices played simultaneously (polyphony),
only available at initialization time
# Polyphony Spread :
Pitch variation between voices (chorus),
only available at initialization time
"""
def __init__(self):
BaseModule.__init__(self)
self.snd1 = self.addSampler("snd1", amp=.7)
self.snd2 = self.addSampler("snd2", amp=.7)
size = int(self.fftsize_value)
olaps = int(self.overlaps_value)
wintype = self.wtype_index
self.oneOverSr = 1.0 / self.sr
self.delsrc = Delay(self.snd1, delay=size*self.oneOverSr)
self.fin1 = PVAnal(self.snd1, size=size, overlaps=olaps, wintype=wintype)
self.fin2 = PVAnal(self.snd2, size=size, overlaps=olaps, wintype=wintype)
self.morph = PVMorph(self.fin1, self.fin2, self.interp)
self.fout = PVSynth(self.morph, wintype=wintype)
self.fade = SigTo(value=1, time=.05, init=1)
self.out = Interp(self.delsrc*self.env*0.5, self.fout*self.env, self.mix, mul=self.fade)
def fftsize(self, index, value):
newsize = int(value)
self.fade.value = 0
time.sleep(.05)
self.delsrc.delay = newsize*self.oneOverSr
self.fin1.size = newsize
self.fin2.size = newsize
time.sleep(.05)
self.fade.value = 1
def overlaps(self, index, value):
olaps = int(value)
self.fade.value = 0
time.sleep(.05)
self.fin1.overlaps = olaps
self.fin2.overlaps = olaps
time.sleep(.05)
self.fade.value = 1
def wtype(self, index, value):
self.fin1.wintype = index
self.fin2.wintype = index
self.fout.wintype = index
Interface = [ csampler(name="snd1", label="Source 1"),
csampler(name="snd2", label="Source 2"),
cgraph(name="env", label="Overall Amplitude", func=[(0,1),(1,1)], col="blue"),
cslider(name="interp", label="Morphing Index", min=0, max=1, init=0.5, rel="lin", unit="x", col="green"),
cslider(name="mix", label="Dry / Wet", min=0, max=1, init=1, rel="lin", unit="x", col="blue"),
cpopup(name="fftsize", label="FFT Size", init="1024", value=["16", "32", "64", "128", "256", "512", "1024", "2048", "4096", "8192"], col="red"),
cpopup(name="wtype", label="FFT Envelope", init="Hanning", col="red", value=["Rectangular", "Hamming", "Hanning", "Bartlett",
"Blackman 3", "Blackman 4", "Blackman 7", "Tuckey", "Sine"]),
cpopup(name="overlaps", label="FFT Overlaps", init="4", col="red", value=["1", "2", "4", "8", "16"]),
cpoly()
]
cecilia/Resources/modules/Spectral/SpectralDelay.c5 0000664 0001750 0001750 00000010322 15074672731 021401 0 ustar tvaz tvaz class Module(BaseModule):
"""
"Phase vocoder spectral delay"
Description
This module applies different delay times and feedbacks for
each bin of a phase vocoder analysis. Delay times and
feedbacks are specified via grapher functions.
Sliders
# Max Delay :
Maximum delay time per bin. Used to allocate memories.
only available at initialization time
# Dry / Wet :
Mix between the original signal and the delayed signals
Graph Only
# Overall Amplitude :
The amplitude curve applied on the total duration of the performance
# Bin Delays :
Controls the delay time for every bin,
from left (low freq) to right (high freq) on the graph
# Bin Feedbacks :
Controls the feedback factor for every bin, from left to right on the graph
Popups & Toggles
# FFT Size :
Size, in samples, of the FFT
# FFT Envelope :
Windowing shape of the FFT
# FFT Overlaps :
Number of FFT overlaping analysis
# Polyphony Voices :
Number of voices played simultaneously (polyphony),
only available at initialization time
# Polyphony Spread :
Pitch variation between voices (chorus),
only available at initialization time
"""
def __init__(self):
BaseModule.__init__(self)
self.snd = self.addSampler("snd")
self.size = int(self.fftsize_value)
self.olaps = int(self.overlaps_value)
wintype = self.wtype_index
self.oneOverSr = 1.0 / self.sr
frames = int(self.maxd.get() * self.sr / (self.size / self.olaps))
self.dtab = DataTable(size=8192)
self.tabscl = TableScale(self.delays, self.dtab, mul=frames)
self.delsrc = Delay(self.snd, delay=self.size*self.oneOverSr)
self.fin = PVAnal(self.snd, size=self.size, overlaps=self.olaps, wintype=wintype)
self.dls = PVDelay(self.fin, self.dtab, self.feeds, maxdelay=self.maxd.get(), mode=1)
self.fout = PVSynth(self.dls, wintype=wintype, mul=self.env)
self.fade = SigTo(value=1, time=.05, init=1)
self.out = Interp(self.delsrc*self.env, self.fout, self.mix, mul=self.fade)
def fftsize(self, index, value):
self.size = int(value)
self.fade.value = 0
time.sleep(.05)
self.delsrc.delay = self.size*self.oneOverSr
self.fin.size = self.size
frames = int(self.maxd.get() * self.sr / (self.size / self.olaps))
self.tabscl.mul = frames
time.sleep(.05)
self.fade.value = 1
def overlaps(self, index, value):
self.olaps = int(value)
self.fade.value = 0
time.sleep(.05)
self.fin.overlaps = self.olaps
frames = int(self.maxd.get() * self.sr / (self.size / self.olaps))
self.tabscl.mul = frames
time.sleep(.05)
self.fade.value = 1
def wtype(self, index, value):
self.fin.wintype = index
self.fout.wintype = index
def maxd_up(self, value):
pass
Interface = [ csampler(name="snd"),
cgraph(name="env", label="Overall Amplitude", func=[(0,1),(1,1)], col="blue"),
cgraph(name="delays", label="Bin Delays", table=True, size=8192, func=[(0,0),(1,0.5)], col="green"),
cgraph(name="feeds", label="Bin Feedbacks", table=True, size=8192, func=[(0,0.25),(1,0.25)], col="orange"),
cslider(name="maxd", label="Max delay", min=0.1, max=20, init=5, rel="lin", unit="secs", up=True),
cslider(name="mix", label="Dry / Wet", min=0, max=1, init=1, rel="lin", unit="x", col="blue"),
cpopup(name="fftsize", label="FFT Size", init="1024", value=["64", "128", "256", "512", "1024", "2048", "4096", "8192"], col="red"),
cpopup(name="wtype", label="FFT Envelope", init="Hanning", col="red", value=["Rectangular", "Hamming", "Hanning", "Bartlett",
"Blackman 3", "Blackman 4", "Blackman 7", "Tuckey", "Sine"]),
cpopup(name="overlaps", label="FFT Overlaps", init="4", value=["1", "2", "4", "8", "16"]),
cpoly()
]
cecilia/Resources/modules/Spectral/SpectralFilter.c5 0000664 0001750 0001750 00000006400 15074672731 021572 0 ustar tvaz tvaz class Module(BaseModule):
"""
"Phase Vocoder based filter"
Description
This module filters frequency components of a phase
vocoder analysed sound according to the shape drawn
in the grapher function.
Sliders
# Dry / Wet :
Mix between the original signal and the processed signal
Graph Only
# Spectral Filter :
Shape of the filter (amplitude of analysis bins)
# Overall Amplitude :
The amplitude curve applied on the total duration of the performance
Popups & Toggles
# FFT Size :
Size, in samples, of the FFT
# FFT Envelope :
Windowing shape of the FFT
# FFT Overlaps :
Number of FFT overlaping analysis
# Polyphony Voices :
Number of voices played simultaneously (polyphony),
only available at initialization time
# Polyphony Spread :
Pitch variation between voices (chorus),
only available at initialization time
"""
def __init__(self):
BaseModule.__init__(self)
self.snd = self.addSampler("snd")
size = int(self.fftsize_value)
olaps = int(self.overlaps_value)
wintype = self.wtype_index
self.oneOverSr = 1.0 / self.sr
self.delsrc = Delay(self.snd, delay=size*self.oneOverSr)
self.fin = PVAnal(self.snd, size=size, overlaps=olaps, wintype=wintype)
self.filt = PVFilter(self.fin, self.filter_table, mode=1)
self.fout = PVSynth(self.filt, wintype=wintype, mul=self.env)
self.fade = SigTo(value=1, time=.05, init=1)
self.out = Interp(self.delsrc*self.env, self.fout, self.mix, mul=self.fade)
def fftsize(self, index, value):
newsize = int(value)
self.fade.value = 0
time.sleep(.05)
self.delsrc.delay = newsize*self.oneOverSr
self.fin.size = newsize
time.sleep(.05)
self.fade.value = 1
def overlaps(self, index, value):
olaps = int(value)
self.fade.value = 0
time.sleep(.05)
self.fin.overlaps = olaps
time.sleep(.05)
self.fade.value = 1
def wtype(self, index, value):
self.fin.wintype = index
self.fout.wintype = index
Interface = [ csampler(name="snd"),
cgraph(name="filter_table", label="Spectral Filter", table=True, size=8192,
func=[(0,0),(0.05,1),(0.1,0),(0.2,0),(0.3,.7),(0.4,0),(0.5,0),(0.6,.5),(0.7,0),(1,0)], col="green"),
cgraph(name="env", label="Overall Amplitude", func=[(0,1),(1,1)], col="blue"),
cslider(name="mix", label="Dry / Wet", min=0, max=1, init=1, rel="lin", unit="x", col="blue"),
cpopup(name="fftsize", label="FFT Size", init="1024", value=["16", "32", "64", "128", "256", "512", "1024", "2048", "4096", "8192"], col="red"),
cpopup(name="wtype", label="FFT Envelope", init="Hanning", col="red", value=["Rectangular", "Hamming", "Hanning", "Bartlett",
"Blackman 3", "Blackman 4", "Blackman 7", "Tuckey", "Sine"]),
cpopup(name="overlaps", label="FFT Overlaps", init="4", value=["1", "2", "4", "8", "16"]),
cpoly()
]
cecilia/Resources/modules/Spectral/SpectralGate.c5 0000664 0001750 0001750 00000006035 15074672731 021231 0 ustar tvaz tvaz class Module(BaseModule):
"""
"Spectral gate (Phase Vocoder)"
Description
For each frequency band of a phase vocoder analysis, if the amplitude
of the bin falls below a given threshold, it is attenuated according
to the `Gate Attenuation` parameter.
Sliders
# Gate Threshold :
dB value at which the gate becomes active
# Gate Attenuation :
Gain in dB of the gated signal
Graph Only
# Overall Amplitude :
The amplitude curve applied on the total duration of the performance
Popups & Toggles
# FFT Size :
Size, in samples, of the FFT
# FFT Envelope :
Windowing shape of the FFT
# FFT Overlaps :
Number of FFT overlaping analysis
# Polyphony Voices :
Number of voices played simultaneously (polyphony),
only available at initialization time
# Polyphony Spread :
Pitch variation between voices (chorus),
only available at initialization time
"""
def __init__(self):
BaseModule.__init__(self)
self.snd = self.addSampler("snd")
size = int(self.fftsize_value)
olaps = int(self.overlaps_value)
wintype = self.wtype_index
self.fin = PVAnal(self.snd, size=size, overlaps=olaps, wintype=wintype)
self.gate = PVGate(self.fin, thresh=self.gthresh, damp=DBToA(self.gatt))
self.fout = PVSynth(self.gate, wintype=wintype, mul=self.env)
self.fade = SigTo(value=1, time=.05, init=1)
self.out = Sig(self.fout, mul=self.fade)
def fftsize(self, index, value):
newsize = int(value)
self.fade.value = 0
time.sleep(.05)
self.fin.size = newsize
time.sleep(.05)
self.fade.value = 1
def overlaps(self, index, value):
olaps = int(value)
self.fade.value = 0
time.sleep(.05)
self.fin.overlaps = olaps
time.sleep(.05)
self.fade.value = 1
def wtype(self, index, value):
self.fin.wintype = index
self.fout.wintype = index
Interface = [ csampler(name="snd"),
cgraph(name="env", label="Overall Amplitude", func=[(0,1),(1,1)], col="blue"),
cslider(name="gthresh", label="Gate Threshold", min=-120, max=0, init=-30, rel="lin", unit="db", col="orange"),
cslider(name="gatt", label="Gate Attenuation", min=-120, max=0, init=-120, rel="lin", unit="db", col="purple1"),
cpopup(name="fftsize", label="FFT Size", init="1024", value=["16", "32", "64", "128", "256", "512", "1024", "2048", "4096", "8192"], col="red"),
cpopup(name="wtype", label="FFT Envelope", init="Hanning", col="red", value=["Rectangular", "Hamming", "Hanning", "Bartlett",
"Blackman 3", "Blackman 4", "Blackman 7", "Tuckey", "Sine"]),
cpopup(name="overlaps", label="FFT Overlaps", init="4", col="red", value=["1", "2", "4", "8", "16"]),
cpoly()
]
cecilia/Resources/modules/Spectral/SpectralWarper.c5 0000664 0001750 0001750 00000005432 15074672731 021611 0 ustar tvaz tvaz class Module(BaseModule):
"""
"Phase Vocoder buffer and playback with transposition"
Description
This module pre-analyses the input sound and keeps the
phase vocoder frames in a buffer for the playback. User
has control on playback position and transposition.
Sliders
# Position :
Normalized position (0 -> 1) inside the recorded PV buffer.
Buffer length is the same as the sound duration.
# Transposition :
Pitch of the playback sound.
Graph Only
# Overall Amplitude :
The amplitude curve applied on the total duration of the performance
Popups & Toggles
# FFT Size :
Size, in samples, of the FFT
# FFT Envelope :
Windowing shape of the FFT
# FFT Overlaps :
Number of FFT overlaping analysis
# Polyphony Voices :
Number of voices played simultaneously (polyphony),
only available at initialization time
# Polyphony Spread :
Pitch variation between voices (chorus),
only available at initialization time
"""
def __init__(self):
BaseModule.__init__(self)
self.snd = self.addSampler("snd")
snddur = self.getSamplerDur("snd")
size = int(self.fftsize_value)
olaps = int(self.overlaps_value)
wintype = self.wtype_index
self.fin = PVAnal(self.snd, size=size, overlaps=olaps, wintype=wintype)
self.buf = PVBuffer(self.fin, self.pos, CentsToTranspo(self.pitch), length=snddur)
self.fout = PVSynth(self.buf, wintype=wintype, mul=self.env)
self.fade = SigTo(value=1, time=.05, init=1)
self.out = Sig(self.fout, mul=self.fade)
def wtype(self, index, value):
self.fin.wintype = index
self.fout.wintype = index
Interface = [ csampler(name="snd"),
cgraph(name="env", label="Overall Amplitude", func=[(0,1),(1,1)], col="blue"),
cslider(name="pos", label="Position", min=0, max=1, init=0, func=[(0,0), (1,1)], rel="lin", unit="x", col="green"),
cslider(name="pitch", label="Transposition", min=-2400, max=2400, init=0, rel="lin", unit="cts", col="blue"),
cpopup(name="fftsize", label="FFT Size", init="1024", rate="i", value=["16", "32", "64", "128", "256", "512", "1024", "2048", "4096", "8192"], col="red"),
cpopup(name="wtype", label="FFT Envelope", init="Hanning", col="red", value=["Rectangular", "Hamming", "Hanning", "Bartlett",
"Blackman 3", "Blackman 4", "Blackman 7", "Tuckey", "Sine"]),
cpopup(name="overlaps", label="FFT Overlaps", rate="i", init="4", col="red", value=["1", "2", "4", "8", "16"]),
cpoly()
]
cecilia/Resources/modules/Spectral/CrossSynth2.c5 0000664 0001750 0001750 00000010634 15074672731 021054 0 ustar tvaz tvaz class Module(BaseModule):
"""
"Phase Vocoder based cross synthesis module"
Description
Performs cross-synthesis between two phase vocoder streaming objects.
The amplitudes from `Source Exciter` and `Spectral Envelope`, scaled
by `Crossing Index`, are applied to the frequencies of `Source Exciter`.
Sliders
# Crossing Index :
Morphing index between the two source's magnitudes
# Exc Pre Filter Freq :
Frequency of the pre-FFT filter
# Exc Pre Filter Q :
Q of the pre-FFT filter
# Dry / Wet :
Mix between the original signal and the processed signal
Graph Only
# Overall Amplitude :
The amplitude curve applied on the total duration of the performance
Popups & Toggles
# Exc Pre Filter Type :
Type of the pre-FFT filter
# FFT Size :
Size, in samples, of the FFT
# FFT Envelope :
Windowing shape of the FFT
# FFT Overlaps :
Number of FFT overlaping analysis
# Polyphony Voices :
Number of voices played simultaneously (polyphony),
only available at initialization time
# Polyphony Spread :
Pitch variation between voices (chorus),
only available at initialization time
"""
def __init__(self):
BaseModule.__init__(self)
self.snd1 = self.addSampler("snd1")
self.snd2 = self.addSampler("snd2")
self.snd2_filt = Biquadx(self.snd2, freq=self.prefiltf, q=self.prefiltq, type=self.prefilttype_index, stages=2)
size = int(self.fftsize_value)
olaps = int(self.overlaps_value)
wintype = self.wtype_index
self.oneOverSr = 1.0 / self.sr
self.delsrc = Delay(self.snd1, delay=size*self.oneOverSr)
self.fin1 = PVAnal(self.snd1, size=size, overlaps=olaps, wintype=wintype)
self.fin2 = PVAnal(self.snd2_filt, size=size, overlaps=olaps, wintype=wintype)
self.cross = PVCross(self.fin2, self.fin1, self.interp)
self.fout = PVSynth(self.cross, wintype=wintype, mul=1)
self.fade = SigTo(value=1, time=.03, init=1)
self.out = Interp(self.delsrc*self.env*0.5, self.fout*self.env, self.mix, mul=self.fade)
def prefilttype(self, index, value):
self.snd2_filt.type = index
def fftsize(self, index, value):
newsize = int(value)
self.fade.value = 0
time.sleep(.05)
self.delsrc.delay = newsize*self.oneOverSr
self.fin1.size = newsize
self.fin2.size = newsize
time.sleep(.05)
self.fade.value = 1
def overlaps(self, index, value):
olaps = int(value)
self.fade.value = 0
time.sleep(.05)
self.fin1.overlaps = olaps
self.fin2.overlaps = olaps
time.sleep(.05)
self.fade.value = 1
def wtype(self, index, value):
self.fin1.wintype = index
self.fin2.wintype = index
self.fout.wintype = index
Interface = [ csampler(name="snd1", label="Spectral Envelope"),
csampler(name="snd2", label="Source Exciter"),
cgraph(name="env", label="Overall Amplitude", func=[(0,1),(1,1)], col="blue"),
cslider(name="interp", label="Crossing Index", min=0, max=1, init=1, rel="lin", unit="x", col="red"),
cslider(name="prefiltf", label="Exc Pre Filter Freq", min=40, max=18000, init=150, rel="log", unit="Hz", col="green"),
cslider(name="prefiltq", label="Exc Pre Filter Q", min=.5, max=10, init=0.707, rel="log", col="green"),
cslider(name="mix", label="Dry / Wet", min=0, max=1, init=1, rel="lin", unit="x", col="blue"),
cpopup(name="prefilttype", label="Exc Pre Filter Type", init="Highpass", col="green", value=["Lowpass","Highpass","Bandpass","Bandstop"]),
cpopup(name="fftsize", label="FFT Size", init="1024", value=["16", "32", "64", "128", "256", "512", "1024", "2048", "4096", "8192"], col="red"),
cpopup(name="wtype", label="FFT Envelope", init="Hanning", col="red", value=["Rectangular", "Hamming", "Hanning", "Bartlett",
"Blackman 3", "Blackman 4", "Blackman 7", "Tuckey", "Sine"]),
cpopup(name="overlaps", label="FFT Overlaps", init="4", col="red", value=["1", "2", "4", "8", "16"]),
cpoly()
]
cecilia/Resources/modules/Spectral/AddResynth.c5 0000664 0001750 0001750 00000007651 15074672731 020725 0 ustar tvaz tvaz class Module(BaseModule):
"""
"Phase vocoder additive resynthesis"
Description
This module uses the magnitudes and true frequencies of a
phase vocoder analysis to control amplitudes and frequencies
envelopes of an oscillator bank.
Sliders
# Transpo :
Transposition factor
# Num of Oscs :
Number of oscillators used to synthesize the sound
# First bin :
First synthesized bin
# Increment :
Step between synthesized bins
# Dry / Wet :
Mix between the original signal and the processed signal
Graph Only
# Overall Amplitude :
The amplitude curve applied on the total duration of the performance
Popups & Toggles
# FFT Size :
Size, in samples, of the FFT
# FFT Envelope :
Windowing shape of the FFT
# FFT Overlaps :
Number of FFT overlaping analysis
# Polyphony Voices :
Number of voices played simultaneously (polyphony),
only available at initialization time
# Polyphony Spread :
Pitch variation between voices (chorus),
only available at initialization time
"""
def __init__(self):
BaseModule.__init__(self)
self.snd = self.addSampler("snd")
size = int(self.fftsize_value)
olaps = int(self.overlaps_value)
wintype = self.wtype_index
self.oneOverSr = 1.0 / self.sr
self.delsrc = Delay(self.snd, delay=size*self.oneOverSr)
self.fin = PVAnal(self.snd, size=size, overlaps=olaps, wintype=wintype)
self.fout = PVAddSynth(self.fin, pitch=self.transpo, num=int(self.num.get()),
first=int(self.first.get()), inc=int(self.inc.get()))
self.fade = SigTo(value=1, time=.05, init=1)
self.out = Interp(self.delsrc*0.7, self.fout, self.mix, mul=self.fade*self.env)
def fftsize(self, index, value):
newsize = int(value)
self.fade.value = 0
time.sleep(.05)
self.delsrc.delay = newsize*self.oneOverSr
self.fin.size = newsize
time.sleep(.05)
self.fade.value = 1
def overlaps(self, index, value):
olaps = int(value)
self.fade.value = 0
time.sleep(.05)
self.fin.overlaps = olaps
time.sleep(.05)
self.fade.value = 1
def wtype(self, index, value):
self.fin.wintype = index
def num_up(self, value):
self.fout.num = int(value)
def first_up(self, value):
self.fout.first = int(value)
def inc_up(self, value):
self.fout.inc = int(value)
Interface = [ csampler(name="snd"),
cgraph(name="env", label="Overall Amplitude", func=[(0,1),(1,1)], col="blue"),
cslider(name="transpo", label="Transpo", min=0.25, max=4, init=1, rel="lin", unit="x", col="green1"),
cslider(name="num", label="Num of Oscs", min=1, max=500, init=100, rel="lin", res="int", unit="x", up=True),
cslider(name="first", label="First bin", min=0, max=50, init=0, rel="lin", res="int", unit="x", up=True),
cslider(name="inc", label="Increment", min=1, max=25, init=1, rel="lin", res="int", unit="x", up=True),
cslider(name="mix", label="Dry / Wet", min=0, max=1, init=1, rel="lin", unit="x", col="blue"),
cpopup(name="fftsize", label="FFT Size", init="1024", value=["16", "32", "64", "128", "256", "512", "1024", "2048", "4096", "8192"], col="red"),
cpopup(name="wtype", label="FFT Envelope", init="Hanning", col="red", value=["Rectangular", "Hamming", "Hanning", "Bartlett",
"Blackman 3", "Blackman 4", "Blackman 7", "Tuckey", "Sine"]),
cpopup(name="overlaps", label="FFT Overlaps", init="4", col="red", value=["1", "2", "4", "8", "16"]),
cpoly()
]
cecilia/Resources/modules/Spectral/CrossSynth.c5 0000664 0001750 0001750 00000010057 15074672731 020771 0 ustar tvaz tvaz class Module(BaseModule):
"""
"Phase Vocoder based cross synthesis module"
Description
Multiplication of magnitudes from two phase vocoder streaming objects.
Sliders
# Exciter Pre Filter Freq :
Frequency of the pre-FFT filter
# Exciter Pre Filter Q :
Q of the pre-FFT filter
# Dry / Wet :
Mix between the original signal and the processed signal
Graph Only
# Overall Amplitude :
The amplitude curve applied on the total duration of the performance
Popups & Toggles
# Exc Pre Filter Type :
Type of the pre-FFT filter
# FFT Size :
Size, in samples, of the FFT
# FFT Envelope :
Windowing shape of the FFT
# FFT Overlaps :
Number of FFT overlaping analysis
# Polyphony Voices :
Number of voices played simultaneously (polyphony),
only available at initialization time
# Polyphony Spread :
Pitch variation between voices (chorus),
only available at initialization time
"""
def __init__(self):
BaseModule.__init__(self)
self.snd1 = self.addSampler("snd1")
self.snd2 = self.addSampler("snd2")
self.snd2_filt = Biquadx(self.snd2, freq=self.prefiltf, q=self.prefiltq, type=self.prefilttype_index, stages=2)
size = int(self.fftsize_value)
olaps = int(self.overlaps_value)
wintype = self.wtype_index
self.oneOverSr = 1.0 / self.sr
self.delsrc = Delay(self.snd1, delay=size*self.oneOverSr)
self.fin1 = PVAnal(self.snd1, size=size, overlaps=olaps, wintype=wintype)
self.fin2 = PVAnal(self.snd2_filt, size=size, overlaps=olaps, wintype=wintype)
self.cross = PVMult(self.fin1, self.fin2)
self.fout = PVSynth(self.cross, wintype=wintype, mul=4)
self.fade = SigTo(value=1, time=.03, init=1)
self.out = Interp(self.delsrc*self.env*0.5, self.fout*self.env, self.mix, mul=self.fade)
def prefilttype(self, index, value):
self.snd2_filt.type = index
def fftsize(self, index, value):
newsize = int(value)
self.fade.value = 0
time.sleep(.05)
self.delsrc.delay = newsize*self.oneOverSr
self.fin1.size = newsize
self.fin2.size = newsize
time.sleep(.05)
self.fade.value = 1
def overlaps(self, index, value):
olaps = int(value)
self.fade.value = 0
time.sleep(.05)
self.fin1.overlaps = olaps
self.fin2.overlaps = olaps
time.sleep(.05)
self.fade.value = 1
def wtype(self, index, value):
self.fin1.wintype = index
self.fin2.wintype = index
self.fout.wintype = index
Interface = [ csampler(name="snd1", label="Spectral Envelope"),
csampler(name="snd2", label="Source Exciter"),
cgraph(name="env", label="Overall Amplitude", func=[(0,1),(1,1)], col="blue"),
cslider(name="prefiltf", label="Exc Pre Filter Freq", min=40, max=18000, init=150, rel="log", unit="Hz", col="green"),
cslider(name="prefiltq", label="Exc Pre Filter Q", min=.5, max=10, init=0.707, rel="log", col="green"),
cslider(name="mix", label="Dry / Wet", min=0, max=1, init=1, rel="lin", unit="x", col="blue"),
cpopup(name="prefilttype", label="Exc Pre Filter Type", init="Highpass", col="green", value=["Lowpass","Highpass","Bandpass","Bandstop"]),
cpopup(name="fftsize", label="FFT Size", init="1024", value=["16", "32", "64", "128", "256", "512", "1024", "2048", "4096", "8192"], col="red"),
cpopup(name="wtype", label="FFT Envelope", init="Hanning", col="red", value=["Rectangular", "Hamming", "Hanning", "Bartlett",
"Blackman 3", "Blackman 4", "Blackman 7", "Tuckey", "Sine"]),
cpopup(name="overlaps", label="FFT Overlaps", init="4", col="red", value=["1", "2", "4", "8", "16"]),
cpoly()
]
cecilia/Resources/modules/Spectral/Vectral.c5 0000664 0001750 0001750 00000007377 15074672731 020265 0 ustar tvaz tvaz class Module(BaseModule):
"""
"Phase Vocoder based vectral module (spectral gate and verb)"
Description
This module implements a spectral gate followed by a spectral reverb.
Sliders
# Gate Threshold :
dB value at which the gate becomes active
# Gate Attenuation :
Gain in dB of the gated signal
# Time Factor :
Filter coefficient for decreasing bins
# High Freq Damping :
High frequencies damping factor
# Dry / Wet :
Mix between the original signal and the delayed signals
Graph Only
# Overall Amplitude :
The amplitude curve applied on the total duration of the performance
Popups & Toggles
# FFT Size :
Size, in samples, of the FFT
# FFT Envelope :
Windowing shape of the FFT
# FFT Overlaps :
Number of FFT overlaping analysis
# Polyphony Voices :
Number of voices played simultaneously (polyphony),
only available at initialization time
# Polyphony Spread :
Pitch variation between voices (chorus),
only available at initialization time
"""
def __init__(self):
BaseModule.__init__(self)
self.snd = self.addSampler("snd")
size = int(self.fftsize_value)
olaps = int(self.overlaps_value)
wintype = self.wtype_index
self.oneOverSr = 1.0 / self.sr
self.delsrc = Delay(self.snd, delay=size*self.oneOverSr)
self.fin = PVAnal(self.snd, size=size, overlaps=olaps, wintype=wintype)
self.gate = PVGate(self.fin, self.gthresh, DBToA(self.gatt))
self.vect = PVVerb(self.gate, self.downfac, self.damp)
self.fout = PVSynth(self.vect, wintype=wintype, mul=self.env)
self.fade = SigTo(value=1, time=.05, init=1)
self.out = Interp(self.delsrc*self.env, self.fout, self.mix, mul=self.fade)
def fftsize(self, index, value):
newsize = int(value)
self.fade.value = 0
time.sleep(.05)
self.delsrc.delay = newsize*self.oneOverSr
self.fin.size = newsize
time.sleep(.05)
self.fade.value = 1
def overlaps(self, index, value):
olaps = int(value)
self.fade.value = 0
time.sleep(.05)
self.fin.overlaps = olaps
time.sleep(.05)
self.fade.value = 1
def wtype(self, index, value):
self.fin.wintype = index
self.fout.wintype = index
Interface = [ csampler(name="snd"),
cgraph(name="env", label="Overall Amplitude", func=[(0,1),(1,1)], col="blue"),
cslider(name="gthresh", label="Gate Threshold", min=-120, max=0, init=-30, rel="lin", unit="db", col="red"),
cslider(name="gatt", label="Gate Attenuation", min=-120, max=0, init=-120, rel="lin", unit="db", col="red"),
cslider(name="downfac", label="Time Factor", min=0, max=1, init=0.3, rel="lin", unit="x", col="orange"),
cslider(name="damp", label="High Freq Damping", min=0, max=1, init=0.9, rel="lin", unit="x", col="green"),
cslider(name="mix", label="Dry / Wet", min=0, max=1, init=1, rel="lin", unit="x", col="blue"),
cpopup(name="fftsize", label="FFT Size", init="1024", value=["16", "32", "64", "128", "256", "512", "1024", "2048", "4096", "8192"], col="red"),
cpopup(name="wtype", label="FFT Envelope", init="Hanning", col="red", value=["Rectangular", "Hamming", "Hanning", "Bartlett",
"Blackman 3", "Blackman 4", "Blackman 7", "Tuckey", "Sine"]),
cpopup(name="overlaps", label="FFT Overlaps", init="4", value=["1", "2", "4", "8", "16"]),
cpoly()
]
cecilia/Resources/modules/Spectral/BinWarper.c5 0000664 0001750 0001750 00000006721 15074672731 020546 0 ustar tvaz tvaz class Module(BaseModule):
"""
"Phase vocoder buffer with bin independent speed playback"
Description
This module pre-analyses the input sound and keeps the
phase vocoder frames in a buffer for the playback. User
has control on playback position independently for every
frequency bin.
Sliders
# Low Bin Speed :
Lowest bin speed factor
# High Bin Speed :
Highest bin speed factor
* For random distribution, these values are the
minimum and the maximum of the distribution.
Graph Only
# Overall Amplitude :
The amplitude curve applied on the total duration of the performance
Popups & Toggles
# Reset :
Reset pointer positions to the beginning of the buffer.
# Speed Distribution :
Speed distribution algorithm.
# FFT Size :
Size, in samples, of the FFT
# FFT Envelope :
Windowing shape of the FFT
# FFT Overlaps :
Number of FFT overlaping analysis
# Polyphony Voices :
Number of voices played simultaneously (polyphony),
only available at initialization time
# Polyphony Spread :
Pitch variation between voices (chorus),
only available at initialization time
"""
def __init__(self):
BaseModule.__init__(self)
self.snd = self.addSampler("snd")
snddur = self.getSamplerDur("snd")
self.server.startoffset = snddur
size = int(self.fftsize_value)
olaps = int(self.overlaps_value)
wintype = self.wtype_index
mode = self.mode_index
self.fin = PVAnal(self.snd, size=size, overlaps=olaps, wintype=wintype)
self.buf = PVBufLoops(self.fin, self.low, self.high, mode, length=snddur)
self.fout = PVSynth(self.buf, wintype=wintype, mul=self.env)
self.fade = SigTo(value=1, time=.05, init=1)
self.out = Sig(self.fout, mul=self.fade)
def reset(self, value):
if value:
self.buf.reset()
def mode(self, index, value):
self.buf.mode = index
def wtype(self, index, value):
self.fin.wintype = index
self.fout.wintype = index
Interface = [ csampler(name="snd"),
cgraph(name="env", label="Overall Amplitude", func=[(0,1),(1,1)], col="blue"),
cslider(name="low", label="Low Bin Speed", min=0, max=2, init=0.9, rel="lin", unit="x", col="green1"),
cslider(name="high", label="High Bin Speed", min=0, max=2, init=1.1, rel="lin", unit="x", col="green2"),
cbutton(name="reset", label="Reset", col="blue2"),
cpopup(name="mode", label="Speed Distribution", init="Linear", col="blue2",
value=["Linear", "Exponential", "Logarithmic", "Random", "Rand Exp Min", "Rand Exp Max", "Rand Bi-Exp"]),
cpopup(name="fftsize", label="FFT Size", init="1024", rate="i", value=["16", "32", "64", "128", "256", "512", "1024", "2048", "4096", "8192"], col="red"),
cpopup(name="wtype", label="FFT Envelope", init="Hanning", col="red", value=["Rectangular", "Hamming", "Hanning", "Bartlett",
"Blackman 3", "Blackman 4", "Blackman 7", "Tuckey", "Sine"]),
cpopup(name="overlaps", label="FFT Overlaps", rate="i", init="4", col="red", value=["1", "2", "4", "8", "16"]),
cpoly()
]
cecilia/Resources/modules/Spectral/Shifter.c5 0000664 0001750 0001750 00000006602 15074672731 020257 0 ustar tvaz tvaz class Module(BaseModule):
"""
"Phase Vocoder based frequency shifters"
Description
This module implements two voices that linearly moves the analysis bins
by the amount, in Hertz, specified by the the `Shift 1` and `Shift 2`
parameters.
Sliders
# Shift 1 :
Shifting, in Hertz, of the first voice
# Shift 2 :
Shifting, in Hertz, of the second voice
# Dry / Wet :
Mix between the original signal and the delayed signals
Popups & Toggles
# FFT Size :
Size, in samples, of the FFT
# FFT Envelope :
Windowing shape of the FFT
# FFT Overlaps :
Number of FFT overlaping analysis
# Polyphony Voices :
Number of voices played simultaneously (polyphony),
only available at initialization time
# Polyphony Spread :
Pitch variation between voices (chorus),
only available at initialization time
"""
def __init__(self):
BaseModule.__init__(self)
self.snd = self.addSampler("snd")
size = int(self.fftsize_value)
olaps = int(self.overlaps_value)
wintype = self.wtype_index
self.oneOverSr = 1.0 / self.sr
self.delsrc = Delay(self.snd, delay=size*self.oneOverSr)
self.fin = PVAnal(self.snd, size=size, overlaps=olaps, wintype=wintype)
self.tr1 = PVShift(self.fin, shift=self.shift1)
self.tr2 = PVShift(self.fin, shift=self.shift2)
self.fout1 = PVSynth(self.tr1, wintype=wintype)
self.fout2 = PVSynth(self.tr2, wintype=wintype)
self.fout = self.fout1 + self.fout2
self.fade = SigTo(value=1, time=.05, init=1)
self.out = Interp(self.delsrc*0.5, self.fout*0.4, self.mix, mul=self.fade*self.env)
def fftsize(self, index, value):
newsize = int(value)
self.fade.value = 0
time.sleep(.05)
self.delsrc.delay = newsize*self.oneOverSr
self.fin.size = newsize
time.sleep(.05)
self.fade.value = 1
def overlaps(self, index, value):
olaps = int(value)
self.fade.value = 0
time.sleep(.05)
self.fin.overlaps = olaps
time.sleep(.05)
self.fade.value = 1
def wtype(self, index, value):
self.fin.wintype = index
self.fout.wintype = index
Interface = [ csampler(name="snd"),
cgraph(name="env", label="Overall Amplitude", func=[(0,1),(1,1)], col="blue"),
cslider(name="shift1", label="Shift 1", min=-8000, max=8000, init=250, rel="lin", unit="Hz", col="green1"),
cslider(name="shift2", label="Shift 2", min=-8000, max=8000, init=500, rel="lin", unit="Hz", col="green2"),
cslider(name="mix", label="Dry / Wet", min=0, max=1, init=0.5, rel="lin", unit="x", col="blue"),
cpopup(name="fftsize", label="FFT Size", init="1024", value=["16", "32", "64", "128", "256", "512", "1024", "2048", "4096", "8192"], col="red"),
cpopup(name="wtype", label="FFT Envelope", init="Hanning", col="red", value=["Rectangular", "Hamming", "Hanning", "Bartlett",
"Blackman 3", "Blackman 4", "Blackman 7", "Tuckey", "Sine"]),
cpopup(name="overlaps", label="FFT Overlaps", init="4", col="red", value=["1", "2", "4", "8", "16"]),
cpoly()
]
cecilia/Resources/modules/Spectral/BinModulator.c5 0000664 0001750 0001750 00000015045 15074672731 021253 0 ustar tvaz tvaz class Module(BaseModule):
"""
"Frequency independent amplitude and frequency modulations"
Description
This module modulates both the amplitude and the frequency of
each bin from a phase vocoder analysis with an independent
oscillator. Power series are used to compute modulating
oscillator frequencies.
Sliders
# AM Base Freq :
Base amplitude modulation frequency, in Hertz.
# AM Spread :
Spreading factor for AM oscillator frequencies. 0 means every
oscillator has the same frequency.
# FM Base Freq :
Base frequency modulation frequency, in Hertz.
# FM Spread :
Spreading factor for FM oscillator frequencies. 0 means every
oscillator has the same frequency.
# FM Depth :
Amplitude of the modulating oscillators.
# Dry / Wet :
Mix between the original signal and the delayed signals
Graph Only
# Overall Amplitude :
The amplitude curve applied on the total duration of the performance
Popups & Toggles
# Reset :
On mouse down, this button reset the phase of all
bin's oscillators to 0.
# Routing :
Path of the sound
# AM Shape :
Waveform of the amplitude modulators. Possible shapes are:
Sine, Sawtooth, Ramp, Square, Triangle, Brown Noise, Pink Noise, White Noise
# FM Shape :
Waveform of the frequency modulators. Possible shapes are:
Sine, Sawtooth, Ramp, Square, Triangle, Brown Noise, Pink Noise, White Noise
# FFT Size :
Size, in samples, of the FFT
# FFT Envelope :
Windowing shape of the FFT
# FFT Overlaps :
Number of FFT overlaping analysis
# Polyphony Voices :
Number of voices played simultaneously (polyphony),
only available at initialization time
# Polyphony Spread :
Pitch variation between voices (chorus),
only available at initialization time
"""
def __init__(self):
BaseModule.__init__(self)
self.snd = self.addSampler("snd")
size = int(self.fftsize_value)
olaps = int(self.overlaps_value)
wintype = self.wtype_index
self.oneOverSr = 1.0 / self.sr
routing = self.routing_index
self.delsrc = Delay(self.snd, delay=size*self.oneOverSr)
self.fin = PVAnal(self.snd, size=size, overlaps=olaps, wintype=wintype)
self.tr1 = PVAmpMod(self.fin, basefreq=self.amfreq, spread=self.amspread,
shape=self.ampmodshape_index)
self.tr2 = PVFreqMod(self.tr1, basefreq=self.fmfreq, spread=self.fmspread,
depth=self.fmdepth, shape=self.freqmodshape_index)
self.fout = PVSynth(self.tr2, wintype=wintype)
self.fade = SigTo(value=1, time=.05, init=1)
self.out = Interp(self.delsrc*0.5, self.fout*0.4, self.mix, mul=self.fade*self.env)
self.setRouting(routing)
def setRouting(self, x):
if x == 0:
self.tr1.input = self.fin
self.fout.input = self.tr1
self.tr1.play()
self.tr2.stop()
elif x == 1:
self.tr2.input = self.fin
self.fout.input = self.tr2
self.tr1.stop()
self.tr2.play()
else:
self.tr1.input = self.fin
self.tr2.input = self.tr1
self.fout.input = self.tr2
self.tr1.play()
self.tr2.play()
def routing(self, index, value):
self.setRouting(index)
def ampmodshape(self, index, value):
self.tr1.shape = index
def freqmodshape(self, index, value):
self.tr2.shape = index
def reset(self, value):
if value:
if self.tr1.isPlaying():
self.tr1.reset()
if self.tr2.isPlaying():
self.tr2.reset()
def fftsize(self, index, value):
newsize = int(value)
self.fade.value = 0
time.sleep(.05)
self.delsrc.delay = newsize*self.oneOverSr
self.fin.size = newsize
time.sleep(.05)
self.fade.value = 1
def overlaps(self, index, value):
olaps = int(value)
self.fade.value = 0
time.sleep(.05)
self.fin.overlaps = olaps
time.sleep(.05)
self.fade.value = 1
def wtype(self, index, value):
self.fin.wintype = index
self.fout.wintype = index
Interface = [ csampler(name="snd"),
cgraph(name="env", label="Overall Amplitude", func=[(0,1),(1,1)], col="blue"),
cslider(name="amfreq", label="AM Base Freq", min=0.0001, max=100, init=4, rel="log", unit="Hz", col="green1"),
cslider(name="amspread", label="AM Spread", min=-1, max=1, init=0.5, rel="lin", unit="x", col="green2"),
cslider(name="fmfreq", label="FM Base Freq", min=0.0001, max=100, init=2, rel="log", unit="Hz", col="orange1"),
cslider(name="fmspread", label="FM Spread", min=-1, max=1, init=0.1, rel="lin", unit="x", col="orange2"),
cslider(name="fmdepth", label="FM Depth", min=0, max=1, init=0.1, rel="lin", unit="x", col="orange3"),
cslider(name="mix", label="Dry / Wet", min=0, max=1, init=1, rel="lin", unit="x", col="blue"),
cbutton(name="reset", label="Reset", col="blue2"),
cpopup(name="routing", label="Routing", init="Amp Only", value=["Amp Only", "Freq Only", "Amp -> Freq"], col="blue2"),
cpopup(name="ampmodshape", label="AM Shape", init="Sine",
value=["Sine", "Sawtooth", "Ramp", "Square", "Triangle", "Brown Noise", "Pink Noise", "White Noise"], col="green1"),
cpopup(name="freqmodshape", label="FM Shape", init="Sine",
value=["Sine", "Sawtooth", "Ramp", "Square", "Triangle", "Brown Noise", "Pink Noise", "White Noise"], col="orange1"),
cpopup(name="fftsize", label="FFT Size", init="1024", value=["16", "32", "64", "128", "256", "512", "1024", "2048", "4096", "8192"], col="red"),
cpopup(name="wtype", label="FFT Envelope", init="Hanning", col="red", value=["Rectangular", "Hamming", "Hanning", "Bartlett",
"Blackman 3", "Blackman 4", "Blackman 7", "Tuckey", "Sine"]),
cpopup(name="overlaps", label="FFT Overlaps", init="4", col="red", value=["1", "2", "4", "8", "16"]),
cpoly()
]
cecilia/Resources/modules/Spectral/Transpose.c5 0000664 0001750 0001750 00000006770 15074672731 020637 0 ustar tvaz tvaz class Module(BaseModule):
"""
"Phase Vocoder based two voices transposer"
Description
This module transpose the frequency components of a phase
vocoder analysis.
Sliders
# Transpo 1 :
Transposition factor of the first voice
# Transpo 2 :
Transposition factor of the second voice
# Dry / Wet :
Mix between the original signal and the delayed signals
Graph Only
# Overall Amplitude :
The amplitude curve applied on the total duration of the performance
Popups & Toggles
# FFT Size :
Size, in samples, of the FFT
# FFT Envelope :
Windowing shape of the FFT
# FFT Overlaps :
Number of FFT overlaping analysis
# Polyphony Voices :
Number of voices played simultaneously (polyphony),
only available at initialization time
# Polyphony Spread :
Pitch variation between voices (chorus),
only available at initialization time
"""
def __init__(self):
BaseModule.__init__(self)
self.snd = self.addSampler("snd")
size = int(self.fftsize_value)
olaps = int(self.overlaps_value)
wintype = self.wtype_index
self.oneOverSr = 1.0 / self.sr
self.delsrc = Delay(self.snd, delay=size*self.oneOverSr)
self.fin = PVAnal(self.snd, size=size, overlaps=olaps, wintype=wintype)
self.tr1 = PVTranspose(self.fin, transpo=CentsToTranspo(self.transpo1))
self.tr2 = PVTranspose(self.fin, transpo=CentsToTranspo(self.transpo2))
self.fout1 = PVSynth(self.tr1, wintype=wintype)
self.fout2 = PVSynth(self.tr2, wintype=wintype)
self.fout = self.fout1 + self.fout2
self.fade = SigTo(value=1, time=.05, init=1)
self.out = Interp(self.delsrc*0.5, self.fout*0.4, self.mix, mul=self.fade*self.env)
def fftsize(self, index, value):
newsize = int(value)
self.fade.value = 0
time.sleep(.05)
self.delsrc.delay = newsize*self.oneOverSr
self.fin.size = newsize
time.sleep(.05)
self.fade.value = 1
def overlaps(self, index, value):
olaps = int(value)
self.fade.value = 0
time.sleep(.05)
self.fin.overlaps = olaps
time.sleep(.05)
self.fade.value = 1
def wtype(self, index, value):
self.fin.wintype = index
self.fout.wintype = index
Interface = [ csampler(name="snd"),
cgraph(name="env", label="Overall Amplitude", func=[(0,1),(1,1)], col="blue"),
cslider(name="transpo1", label="Transpo 1", min=-2400, max=2400, init=-200, rel="lin", unit="cts", col="green1"),
cslider(name="transpo2", label="Transpo 2", min=-2400, max=2400, init=300, rel="lin", unit="cts", col="green2"),
cslider(name="mix", label="Dry / Wet", min=0, max=1, init=0.5, rel="lin", unit="x", col="blue"),
cpopup(name="fftsize", label="FFT Size", init="1024", value=["16", "32", "64", "128", "256", "512", "1024", "2048", "4096", "8192"], col="red"),
cpopup(name="wtype", label="FFT Envelope", init="Hanning", col="red", value=["Rectangular", "Hamming", "Hanning", "Bartlett",
"Blackman 3", "Blackman 4", "Blackman 7", "Tuckey", "Sine"]),
cpopup(name="overlaps", label="FFT Overlaps", init="4", col="red", value=["1", "2", "4", "8", "16"]),
cpoly()
]
cecilia/Resources/modules/Multiband/ 0000775 0001750 0001750 00000000000 15074672731 016560 5 ustar tvaz tvaz cecilia/Resources/modules/Multiband/MultiBandHarmonizer.c5 0000664 0001750 0001750 00000012726 15074672731 022737 0 ustar tvaz tvaz class Module(BaseModule):
"""
"Multi-band harmonizer module"
Description
MultiBandHarmonizer implements four separated spectral band
harmonizers with independent transposition, feedback and gain.
Sliders
# Frequency Splitter :
Split points for multi-band processing
# Transpo Band 1 :
Pitch shift for the first band
# Feedback Band 1 :
Amount of harmonized signal fed back into the first band harmonizer
# Gain Band 1 :
Gain of the harmonized first band
# Transpo Band 2 :
Pitch shift for the second band
# Feedback Band 2 :
Amount of harmonized signal fed back into the second band harmonizer
# Gain Band 2 :
Gain of the harmonized second band
# Transpo Band 3 :
Pitch shift for the third band
# Feedback Band 3 :
Amount of harmonized signal fed back into the third band harmonizer
# Gain Band 3 :
Gain of the harmonized third band
# Transpo Band 4 :
Pitch shift for the fourth band
# Feedback Band 4 :
Amount of harmonized signal fed back into the fourth band harmonizer
# Gain Band 4 :
Gain of the harmonized fourth band
# Dry / Wet :
Mix between the original signal and the harmonized signals
Graph Only
# Overall Amplitude :
The amplitude curve applied on the total duration of the performance
Popups & Toggles
# Win Size :
Harmonizer window size (delay) in seconds
# Polyphony Voices :
Number of voices played simultaneously (polyphony),
only available at initialization time
# Polyphony Spread :
Pitch variation between voices (chorus),
only available at initialization time
"""
def __init__(self):
BaseModule.__init__(self)
self.snd = self.addSampler("snd")
freqs = self.splitter.get(True)
self.FBfade = SigTo(value=1, time=.01, init=1)
self.split = FourBand(input=self.snd, freq1=freqs[0], freq2=freqs[1], freq3=freqs[2], mul=self.FBfade)
self.transps = self.duplicate([self.transp1,self.transp2,self.transp3,self.transp4], len(self.snd))
self.mul1 = DBToA(self.gain1)
self.mul2 = DBToA(self.gain2)
self.mul3 = DBToA(self.gain3)
self.mul4 = DBToA(self.gain4)
self.muls = self.duplicate([self.mul1,self.mul2,self.mul3,self.mul4], len(self.snd))
self.fbs = self.duplicate([self.fb1, self.fb2, self.fb3, self.fb4], len(self.snd))
self.harm = Harmonizer(input=self.split, transpo=self.transps, feedback=self.fbs, winsize=float(self.winsize_value), mul=self.muls)
self.harms = self.harm.mix(self.nchnls)
self.out = Interp(self.snd, self.harms, self.drywet, mul=self.env*0.5)
def winsize(self, index, value):
self.harm.winsize = float(value)
def splitter_up(self, value):
self.FBfade.value = 0
time.sleep(.02)
self.split.freq1 = value[0]
self.split.freq2 = value[1]
self.split.freq3 = value[2]
time.sleep(.02)
self.FBfade.value = 1
Interface = [ csampler(name="snd"),
cgraph(name="env", label="Overall Amplitude", func=[(0,1),(1,1)], col="blue1"),
csplitter(name="splitter", label="Frequency Splitter", min=100, max=18000, init=[150, 500, 2000],
num_knobs=3, rel="log", gliss=0, up=True, unit="Hz", col="grey"),
cslider(name="transp1", label="Transpo Band 1", min=-24, max=24, init=2, rel="lin", unit="semi", col="purple1", half=True),
cslider(name="transp2", label="Transpo Band 2", min=-24, max=24, init=4, rel="lin", unit="semi", col="red1", half=True),
cslider(name="fb1", label="Feedback Band 1", min=0, max=0.999, init=0.6, rel="lin", unit="x", col="purple2", half=True),
cslider(name="fb2", label="Feedback Band 2", min=0, max=0.999, init=0.5, rel="lin", unit="x", col="red2", half=True),
cslider(name="gain1", label="Gain Band 1", min=-48, max=18, init=0, rel="lin", unit="dB", col="purple3", half=True),
cslider(name="gain2", label="Gain Band 2", min=-48, max=18, init=0, rel="lin", unit="dB", col="red3", half=True),
cslider(name="transp3", label="Transpo Band 3", min=-24, max=24, init=-2, rel="lin", unit="semi", col="green1", half=True),
cslider(name="transp4", label="Transpo Band 4", min=-24, max=24, init=-4, rel="lin", unit="semi", col="blue1", half=True),
cslider(name="fb3", label="Feedback Band 3", min=0, max=0.999, init=0.5, rel="lin", unit="x", col="green2", half=True),
cslider(name="fb4", label="Feedback Band 4", min=0, max=0.999, init=0.6, rel="lin", unit="x", col="blue2", half=True),
cslider(name="gain3", label="Gain Band 3", min=-48, max=18, init=0, rel="lin", unit="dB", col="green3", half=True),
cslider(name="gain4", label="Gain Band 4", min=-48, max=18, init=0, rel="lin", unit="dB", col="blue3", half=True),
cslider(name="drywet", label="Dry / Wet", min=0, max=1, init=1, rel="lin", unit="x", col="blue1"),
cpopup(name="winsize", label="Win Size", init="0.1", col="orange1", value=["0.025","0.05","0.1","0.15","0.2","0.25","0.5","0.75","1"]),
cpoly()
]
cecilia/Resources/modules/Multiband/MultiBandReverb.c5 0000664 0001750 0001750 00000012321 15074672731 022035 0 ustar tvaz tvaz class Module(BaseModule):
"""
"Multi-band reverberation module"
Description
MultiBandReverb implements four separated spectral band
harmonizers with independent reverb time, cutoff and gain.
Sliders
# Frequency Splitter :
Split points for multi-band processing
# Reverb Time 1 :
Amount of reverb (tail duration) applied on first band
# Lowpass Cutoff 1 :
Cutoff frequency of the reverb's lowpass filter (damp) for the first band
# Gain 1 :
Gain of the reverberized first band
# Reverb Time 2 :
Amount of reverb (tail duration) applied on second band
# Lowpass Cutoff 2 :
Cutoff frequency of the reverb's lowpass filter (damp) for the second band
# Gain 2 :
Gain of the reverberized second band
# Reverb Time 3 :
Amount of reverb (tail duration) applied on third band
# Lowpass Cutoff 3 :
Cutoff frequency of the reverb's lowpass filter (damp) for the third band
# Gain 3 :
Gain of the reverberized third band
# Reverb Time 4 :
Amount of reverb (tail duration) applied on fourth band
# Lowpass Cutoff 4 :
Cutoff frequency of the reverb's lowpass filter (damp) for the fourth band
# Gain 4 :
Gain of the reverberized fourth band
# Dry / Wet :
Mix between the original signal and the harmonized signals
Graph Only
# Overall Amplitude :
The amplitude curve applied on the total duration of the performance
Popups & Toggles
# Polyphony Voices :
Number of voices played simultaneously (polyphony),
only available at initialization time
# Polyphony Spread :
Pitch variation between voices (chorus),
only available at initialization time
"""
def __init__(self):
BaseModule.__init__(self)
self.snd = self.addSampler("snd")
freqs = self.splitter.get(True)
self.FBfade = SigTo(value=1, time=.01, init=1)
self.split = FourBand(input=self.snd, freq1=freqs[0], freq2=freqs[1], freq3=freqs[2], mul=self.FBfade)
self.fbs = self.duplicate([self.fb1,self.fb2,self.fb3,self.fb4], len(self.snd))
self.cutoffs = self.duplicate([self.cutoff1,self.cutoff2,self.cutoff3,self.cutoff4], len(self.snd))
self.mul1 = DBToA(self.gain1)
self.mul2 = DBToA(self.gain2)
self.mul3 = DBToA(self.gain3)
self.mul4 = DBToA(self.gain4)
self.muls = self.duplicate([self.mul1,self.mul2,self.mul3,self.mul4], len(self.snd))
self.verb = WGVerb(input=self.split, feedback=self.fbs, cutoff=self.cutoffs, bal=1, mul=self.muls)
self.verbs = self.verb.mix(self.nchnls)
self.out = Interp(self.snd, self.verbs, self.drywet, mul=self.env*0.5)
def splitter_up(self, value):
self.FBfade.value = 0
time.sleep(.02)
self.split.freq1 = value[0]
self.split.freq2 = value[1]
self.split.freq3 = value[2]
time.sleep(.02)
self.FBfade.value = 1
Interface = [ csampler(name="snd"),
cgraph(name="env", label="Overall Amplitude", func=[(0,1),(1,1)], col="blue1"),
csplitter(name="splitter", label="Frequency Splitter", min=100, max=18000, init=[150, 500, 2000],
num_knobs=3, rel="log", gliss=0, up=True, unit="Hz", col="grey"),
cslider(name="fb1", label="Reverb Time 1", min=0, max=0.999, init=0.5, rel="lin", unit="x", col="purple1", half=True),
cslider(name="fb2", label="Reverb Time 2", min=0, max=0.999, init=0.75, rel="lin", unit="x", col="red1", half=True),
cslider(name="cutoff1", label="Lowpass Cutoff 1", min=20, max=20000, init=2500, rel="log", unit="Hz", col="purple2", half=True),
cslider(name="cutoff2", label="Lowpass Cutoff 2", min=20, max=20000, init=4000, rel="log", unit="Hz", col="red2", half=True),
cslider(name="gain1", label="Gain 1", min=-48, max=18, init=0, rel="lin", unit="dB", col="purple3", half=True),
cslider(name="gain2", label="Gain 2", min=-48, max=18, init=0, rel="lin", unit="dB", col="red3", half=True),
cslider(name="fb3", label="Reverb Time 3", min=0, max=0.999, init=0.85, rel="lin", unit="x", col="green1", half=True),
cslider(name="fb4", label="Reverb Time 4", min=0, max=0.999, init=0.65, rel="lin", unit="x", col="blue1", half=True),
cslider(name="cutoff3", label="Lowpass Cutoff 3", min=20, max=20000, init=5000, rel="log", unit="Hz", col="green2", half=True),
cslider(name="cutoff4", label="Lowpass Cutoff 4", min=20, max=20000, init=6000, rel="log", unit="Hz", col="blue2", half=True),
cslider(name="gain3", label="Gain 3", min=-48, max=18, init=0, rel="lin", unit="dB", col="green3", half=True),
cslider(name="gain4", label="Gain 4", min=-48, max=18, init=0, rel="lin", unit="dB", col="blue3", half=True),
cslider(name="drywet", label="Dry / Wet", min=0, max=1, init=0.5, rel="lin", unit="x", col="blue1"),
cpoly()
]
cecilia/Resources/modules/Multiband/MultiBandBeatMaker.c5 0000664 0001750 0001750 00000026274 15074672731 022457 0 ustar tvaz tvaz class Module(BaseModule):
"""
"Multi-band algorithmic beatmaker"
Description
MultiBandBeatMaker uses four algorithmic beat generators to play
spectral separated chunks of a sound.
Sliders
# Frequency Splitter :
Split points for multi-band processing
# Num of Taps :
Number of taps in a measure
# Tempo :
Speed of taps
# Tap Length :
Length of taps
# Beat 1 Index :
Soundfile index of the first beat
# Beat 2 Index :
Soundfile index of the second beat
# Beat 3 Index :
Soundfile index of the third beat
# Beat 4 Index :
Soundfile index of the fourth beat
# Beat 1 Distribution :
Repartition of taps for the first beat (100% weak --> 100% down)
# Beat 2 Distribution :
Repartition of taps for the second beat (100% weak --> 100% down)
# Beat 3 Distribution :
Repartition of taps for the third beat (100% weak --> 100% down)
# Beat 4 Distribution :
Repartition of taps for the fourth beat (100% weak --> 100% down)
# Beat 1 Gain :
Gain of the first beat
# Beat 2 Gain :
Gain of the second beat
# Beat 3 Gain :
Gain of the third beat
# Beat 4 Gain :
Gain of the fourth beat
# Global Seed :
Seed value for the algorithmic beats, using the same seed with
the same distributions will yield the exact same beats
Graph Only
# Overall Amplitude :
The amplitude curve applied on the total duration of the performance
# Beat 1 ADSR :
Envelope of taps for the first beat in breakpoint fashion
# Beat 2 ADSR :
Envelope of taps for the second beat in breakpoint fashion
# Beat 3 ADSR :
Envelope of taps for the third beat in breakpoint fashion
# Beat 4 ADSR :
Envelope of taps for the fourth beat in breakpoint fashion
Popups & Toggles
# Polyphony per Voice :
The number of streams used for each voice's polpyhony. High values
allow more overlaps but are more CPU expensive, only available at
initialization time.
"""
def __init__(self):
BaseModule.__init__(self)
self.snd = self.addFilein("snd")
self.last_we1 = self.last_we2 = self.last_we3 = self.last_we4 = self.last_taps = -1
self.rtempo = 1/(self.tempo/15)
self.setGlobalSeed(int(self.seed.get()))
POLY = self.poly_index + 1
self.beat1 = Beat(time=self.rtempo, taps=int(self.taps.get()), w1=80, w2=40, w3=20, poly=POLY).play()
self.beat2 = Beat(time=self.rtempo, taps=int(self.taps.get()), w1=50, w2=100, w3=50, poly=POLY).play()
self.beat3 = Beat(time=self.rtempo, taps=int(self.taps.get()), w1=30, w2=60, w3=70, poly=POLY).play()
self.beat4 = Beat(time=self.rtempo, taps=int(self.taps.get()), w1=15, w2=30, w3=90, poly=POLY).play()
self.tre1 = TrigEnv(input=self.beat1, table=self.adsr1, dur=self.tapsl, mul=self.beat1['amp'])
self.tre2 = TrigEnv(input=self.beat2, table=self.adsr2, dur=self.tapsl, mul=self.beat2['amp'])
self.tre3 = TrigEnv(input=self.beat3, table=self.adsr3, dur=self.tapsl, mul=self.beat3['amp'])
self.tre4 = TrigEnv(input=self.beat4, table=self.adsr4, dur=self.tapsl, mul=self.beat4['amp'])
self.linseg1 = TrigLinseg(input=self.beat1, list=[(0,self.bindex1.get()),(self.tapsl.get(),1/(self.snd.getDur(False)/self.tapsl.get())+self.bindex1.get())])
self.linseg2 = TrigLinseg(input=self.beat2, list=[(0,self.bindex2.get()),(self.tapsl.get(),(1/(self.snd.getDur(False)/self.tapsl.get()))+self.bindex2.get())])
self.linseg3 = TrigLinseg(input=self.beat3, list=[(0,self.bindex3.get()),(self.tapsl.get(),(1/(self.snd.getDur(False)/self.tapsl.get()))+self.bindex3.get())])
self.linseg4 = TrigLinseg(input=self.beat4, list=[(0,self.bindex4.get()),(self.tapsl.get(),(1/(self.snd.getDur(False)/self.tapsl.get()))+self.bindex4.get())])
self.trf1 = TrigFunc(self.linseg1['trig'], self.newseg1)
self.trf2 = TrigFunc(self.linseg2['trig'], self.newseg2)
self.trf3 = TrigFunc(self.linseg3['trig'], self.newseg3)
self.trf4 = TrigFunc(self.linseg4['trig'], self.newseg4)
self.again1 = DBToA(self.gain1)
self.again2 = DBToA(self.gain2)
self.again3 = DBToA(self.gain3)
self.again4 = DBToA(self.gain4)
self.pointer1 = ButLP(Pointer(table=self.snd, index=self.linseg1, mul=self.tre1*self.again1), freq=self.splitter[0])
self.pointer2 = ButHP(ButLP(Pointer(table=self.snd, index=self.linseg2, mul=self.tre2*self.again2), freq=self.splitter[1]), freq=self.splitter[0])
self.pointer3 = ButHP(ButLP(Pointer(table=self.snd, index=self.linseg3, mul=self.tre3*self.again3), freq=self.splitter[2]), freq=self.splitter[1])
self.pointer4 = ButHP(Pointer(table=self.snd, index=self.linseg4, mul=self.tre4*self.again4), freq=self.splitter[2])
self.out = Mix(self.pointer1+self.pointer2+self.pointer3+self.pointer4, voices=self.nchnls, mul=self.env)
self.trigend = TrigFunc(self.beat1["end"], self.newdist)
def seed_up(self, value):
self.setGlobalSeed(int(value))
self.beat1.new()
self.beat2.new()
self.beat3.new()
def newseg1(self):
self.linseg1.setList([(0,self.bindex1.get()),(self.tapsl.get(),1/(self.snd.getDur(False)/self.tapsl.get())+self.bindex1.get())])
def newseg2(self):
self.linseg2.setList([(0,self.bindex2.get()),(self.tapsl.get(),1/(self.snd.getDur(False)/self.tapsl.get())+self.bindex2.get())])
def newseg3(self):
self.linseg3.setList([(0,self.bindex3.get()),(self.tapsl.get(),1/(self.snd.getDur(False)/self.tapsl.get())+self.bindex3.get())])
def newseg4(self):
self.linseg4.setList([(0,self.bindex4.get()),(self.tapsl.get(),1/(self.snd.getDur(False)/self.tapsl.get())+self.bindex4.get())])
def newtaps(self, value):
self.beat1.setTaps(value)
self.beat2.setTaps(value)
self.beat3.setTaps(value)
self.beat4.setTaps(value)
def newdist1(self, value):
w1 = int(value)
if value <= 50:
w2 = int(value*2)
else:
w2 = int((100-value)*2)
w3 = int(100-value)
self.beat1.setW1(w1)
self.beat1.setW2(w2)
self.beat1.setW3(w3)
def newdist2(self, value):
w1 = int(value)
if value <= 50:
w2 = int(value*2)
else:
w2 = int((100-value)*2)
w3 = int(100-value)
self.beat2.setW1(w1)
self.beat2.setW2(w2)
self.beat2.setW3(w3)
def newdist3(self, value):
w1 = int(value)
if value <= 50:
w2 = int(value*2)
else:
w2 = int((100-value)*2)
w3 = int(100-value)
self.beat3.setW1(w1)
self.beat3.setW2(w2)
self.beat3.setW3(w3)
def newdist4(self, value):
w1 = int(value)
if value <= 50:
w2 = int(value*2)
else:
w2 = int((100-value)*2)
w3 = int(100-value)
self.beat4.setW1(w1)
self.beat4.setW2(w2)
self.beat4.setW3(w3)
def newdist(self):
taps = int(self.taps.get())
if taps != self.last_taps:
self.last_taps = taps
self.newtaps(taps)
value = int(self.we1.get())
if value != self.last_we1:
self.last_we1 = value
self.newdist1(value)
value = int(self.we2.get())
if value != self.last_we2:
self.last_we2 = value
self.newdist2(value)
value = int(self.we3.get())
if value != self.last_we3:
self.last_we3 = value
self.newdist3(value)
value = int(self.we4.get())
if value != self.last_we4:
self.last_we4 = value
self.newdist4(value)
Interface = [ cfilein(name="snd", label="Audio"),
cgraph(name="env", label="Overall Amplitude", func=[(0,1),(1,1)], col="blue"),
csplitter(name="splitter", label="Frequency Splitter", min=100, max=18000, init=[150, 500, 2000],
num_knobs=3, rel="log", unit="Hz", col="grey"),
cgraph(name="adsr1", label="Beat 1 ADSR", func=[(0,0),(0.04,1),(0.13,0.5),(0.8,0.5),(1,0)], table=True, col="purple1"),
cgraph(name="adsr2", label="Beat 2 ADSR", func=[(0,0),(0.03,1),(0.12,0.5),(0.7,0.45),(1,0)], table=True, col="red1"),
cgraph(name="adsr3", label="Beat 3 ADSR", func=[(0,0),(0.02,1),(0.11,0.5),(0.6,0.4),(1,0)], table=True, col="green1"),
cgraph(name="adsr4", label="Beat 4 ADSR", func=[(0,0),(0.01,1),(0.1,0.5),(0.5,0.35),(1,0)], table=True, col="blue1"),
cslider(name="taps", label="Num of Taps", min=1, max=64, init=16, res="int", rel="lin", unit="x", col="orange1"),
cslider(name="tempo", label="Tempo", min=20, max=240, gliss=0, init=120, rel="lin", unit="bpm", col="orange2"),
cslider(name="tapsl", label="Tap Length", min=0.1, max=1, init=0.1, rel="lin", unit="sec", col="orange3"),
cslider(name="bindex1", label="Beat 1 Index", min=0, max=1, init=0, rel="lin", unit="x", col="purple1",half=True),
cslider(name="bindex2", label="Beat 2 Index", min=0, max=1, init=0.4, rel="lin", unit="x", col="red1",half=True),
cslider(name="we1", label="Beat 1 Distribution", min=0, max=100, init=80, res="int", rel="lin", unit="%", col="purple2",half=True),
cslider(name="we2", label="Beat 2 Distribution", min=0, max=100, init=80, res="int", rel="lin", unit="%", col="red2",half=True),
cslider(name="gain1", label="Beat 1 Gain", min=-48, max=18, init=0, rel="lin", unit="dB", col="purple3",half=True),
cslider(name="gain2", label="Beat 2 Gain", min=-48, max=18, init=0, rel="lin", unit="dB", col="red3",half=True),
cslider(name="bindex3", label="Beat 3 Index", min=0, max=1, init=0.8, rel="lin", unit="x", col="green1",half=True),
cslider(name="bindex4", label="Beat 4 Index", min=0, max=1, init=0.9, rel="lin", unit="x", col="blue1",half=True),
cslider(name="we3", label="Beat 3 Distribution", min=0, max=100, init=30, rel="lin", res="int", unit="%", col="green2",half=True),
cslider(name="we4", label="Beat 4 Distribution", min=0, max=100, init=20, rel="lin", res="int", unit="%", col="blue2",half=True),
cslider(name="gain3", label="Beat 3 Gain", min=-48, max=18, init=0, rel="lin", unit="dB", col="green3",half=True),
cslider(name="gain4", label="Beat 4 Gain", min=-48, max=18, init=0, rel="lin", unit="dB", col="blue3",half=True),
cslider(name="seed", label="Global seed", min=0, max=5000, init=0, rel="lin", res="int", unit="x", up=True),
cpopup(name="poly", label = "Polyphony per Voice", init= "4", rate="i", col="grey", value=[str(i+1) for i in range(8)]),
]
cecilia/Resources/modules/Multiband/MultiBandGate.c5 0000664 0001750 0001750 00000011176 15074672731 021477 0 ustar tvaz tvaz class Module(BaseModule):
"""
"Multi-band noise gate module"
Description
MultiBandGate implements four separated spectral band
noise gaters with independent threshold and gain.
Sliders
# Frequency Splitter :
Split points for multi-band processing
# Threshold Band 1 :
dB value at which the gate becomes active on the first band
# Gain Band 1 :
Gain of the gated first band
# Threshold Band 2 :
dB value at which the gate becomes active on the second band
# Gain Band 2 :
Gain of the gated second band
# Threshold Band 3 :
dB value at which the gate becomes active on the third band
# Gain Band 3 :
Gain of the gated third band
# Threshold Band 4 :
dB value at which the gate becomes active on the fourth band
# Gain Band 4 :
Gain of the gated fourth band
# Rise Time :
Time taken by the gate to close
# Fall Time :
Time taken by the gate to open
# Dry / Wet :
Mix between the original signal and the shifted signals
Graph Only
# Overall Amplitude :
The amplitude curve applied on the total duration of the performance
Popups & Toggles
# Polyphony Voices :
Number of voices played simultaneously (polyphony),
only available at initialization time
# Polyphony Spread :
Pitch variation between voices (chorus),
only available at initialization time
"""
def __init__(self):
BaseModule.__init__(self)
self.snd = self.addSampler("snd")
freqs = self.splitter.get(True)
self.FBfade = SigTo(value=1, time=.01, init=1)
self.split = FourBand(input=self.snd, freq1=freqs[0], freq2=freqs[1], freq3=freqs[2], mul=self.FBfade)
self.threshs = self.duplicate([self.thresh1,self.thresh2,self.thresh3,self.thresh4], len(self.snd))
self.mul1 = DBToA(self.gain1)
self.mul2 = DBToA(self.gain2)
self.mul3 = DBToA(self.gain3)
self.mul4 = DBToA(self.gain4)
self.muls = self.duplicate([self.mul1,self.mul2,self.mul3,self.mul4], len(self.snd))
self.gate = Gate(input=self.split, thresh=self.threshs, risetime=self.gaterise, falltime=self.gatefall, lookahead=5.00,
outputAmp=False, mul=self.muls).mix(self.nchnls)
self.out = Interp(Delay(self.snd, 0.005, maxdelay=0.005), self.gate, self.drywet, mul=self.env)
def splitter_up(self, value):
self.FBfade.value = 0
time.sleep(.02)
self.split.freq1 = value[0]
self.split.freq2 = value[1]
self.split.freq3 = value[2]
time.sleep(.02)
self.FBfade.value = 1
Interface = [ csampler(name="snd"),
cgraph(name="env", label="Overall Amplitude", func=[(0,1),(1,1)], col="blue"),
csplitter(name="splitter", label="Frequency Splitter", min=100, max=18000, init=[150, 500, 2000],
num_knobs=3, rel="log", gliss=0, up=True, unit="Hz", col="grey"),
cslider(name="thresh1", label="Threshold Band 1", min=-80, max=-0.1, init=-60, rel="lin", unit="dB", col="purple1", half=True),
cslider(name="gain1", label="Gain Band 1", min=-48, max=18, init=0, rel="lin", unit="dB", col="purple2", half=True),
cslider(name="thresh2", label="Threshold Band 2", min=-80, max=-0.1, init=-60, rel="lin", unit="dB", col="red1", half=True),
cslider(name="gain2", label="Gain Band 2", min=-48, max=18, init=0, rel="lin", unit="dB", col="red2", half=True),
cslider(name="thresh3", label="Threshold Band 3", min=-80, max=-0.1, init=-60, rel="lin", unit="dB", col="green1", half=True),
cslider(name="gain3", label="Gain Band 3", min=-48, max=18, init=0, rel="lin", unit="dB", col="green2", half=True),
cslider(name="thresh4", label="Threshold Band 4", min=-80, max=-0.1, init=-60, rel="lin", unit="dB", col="blue1", half=True),
cslider(name="gain4", label="Gain Band 4", min=-48, max=18, init=0, rel="lin", unit="dB", col="blue2", half=True),
cslider(name="gaterise", label="Rise Time", min=0.001, max=1, init=0.01, rel="lin", unit="sec", col="orange1"),
cslider(name="gatefall", label="Fall Time", min=0.001, max=1, init=0.01, rel="lin", unit="sec", col="orange2"),
cslider(name="drywet", label="Dry / Wet", min=0, max=1, init=1, rel="lin", unit="x", col="blue1"),
cpoly()
]
cecilia/Resources/modules/Multiband/MultiBandDisto.c5 0000664 0001750 0001750 00000012014 15074672731 021671 0 ustar tvaz tvaz class Module(BaseModule):
"""
"Multi-band distortion module"
Description
MultiBandDisto implements four separated spectral band distortions
with independent drive, slope and gain.
Sliders
# Frequency Splitter :
Split points for multi-band processing
# Band 1 Drive :
Amount of distortion applied on the first band
# Band 1 Slope :
Harshness of distorted first band
# Band 1 Gain :
Gain of the distorted first band
# Band 2 Drive :
Amount of distortion applied on the second band
# Band 2 Slope :
Harshness of distorted second band
# Band 2 Gain :
Gain of the distorted second band
# Band 3 Drive :
Amount of distortion applied on the third band
# Band 3 Slope :
Harshness of distorted third band
# Band 3 Gain :
Gain of the distorted third band
# Band 4 Drive :
Amount of distortion applied on the fourth band
# Band 4 Slope :
Harshness of distorted fourth band
# Band 4 Gain :
Gain of the distorted fourth band
# Dry / Wet :
Mix between the original signal and the delayed signals
Graph Only
# Overall Amplitude :
The amplitude curve applied on the total duration of the performance
Popups & Toggles
# Polyphony Voices :
Number of voices played simultaneously (polyphony),
only available at initialization time
# Polyphony Spread :
Pitch variation between voices (chorus),
only available at initialization time
"""
def __init__(self):
BaseModule.__init__(self)
self.snd = self.addSampler("snd")
freqs = self.splitter.get(True)
self.FBfade = SigTo(value=1, time=.01, init=1)
self.split = FourBand(input=self.snd, freq1=freqs[0], freq2=freqs[1], freq3=freqs[2], mul=self.FBfade)
self.drives = self.duplicate([self.drive1,self.drive2,self.drive3,self.drive4], len(self.snd))
self.slopes = self.duplicate([self.drive1slope,self.drive2slope,self.drive3slope,self.drive4slope], len(self.snd))
self.mul1 = DBToA(self.drive1mul)
self.mul2 = DBToA(self.drive2mul)
self.mul3 = DBToA(self.drive3mul)
self.mul4 = DBToA(self.drive4mul)
self.muls = self.duplicate([self.mul1,self.mul2,self.mul3,self.mul4], len(self.snd))
self.disto = Disto(input=self.split, drive=self.drives, slope=self.slopes, mul=[i*0.1 for i in self.muls]).mix(self.nchnls)
self.out = Interp(self.snd, self.disto, self.drywet, mul=self.env)
def splitter_up(self, value):
self.FBfade.value = 0
time.sleep(.02)
self.split.freq1 = value[0]
self.split.freq2 = value[1]
self.split.freq3 = value[2]
time.sleep(.02)
self.FBfade.value = 1
Interface = [ csampler(name="snd"),
cgraph(name="env", label="Overall Amplitude", func=[(0,1),(1,1)], col="blue1"),
csplitter(name="splitter", label="Frequency Splitter", min=100, max=18000, init=[150, 500, 2000],
num_knobs=3, rel="log", gliss=0, up=True, unit="Hz", col="grey"),
cslider(name="drive1", label="Band 1 Drive", min=0, max=1, init=0.5, rel="lin", unit="x", col="purple1", half=True),
cslider(name="drive2", label="Band 2 Drive", min=0, max=1, init=0.95, rel="lin", unit="x", col="red1", half=True),
cslider(name="drive1slope", label="Band 1 Slope", min=0, max=1, init=0.85, rel="lin", unit="x", col="purple2", half=True),
cslider(name="drive2slope", label="Band 2 Slope", min=0, max=1, init=0.8, rel="lin", unit="x", col="red2", half=True),
cslider(name="drive1mul", label="Band 1 Gain", min=-48, max=18, init=0, rel="lin", unit="dB", col="purple3", half=True),
cslider(name="drive2mul", label="Band 2 Gain", min=-48, max=18, init=0, rel="lin", unit="dB", col="red3", half=True),
cslider(name="drive3", label="Band 3 Drive", min=0, max=1, init=0.75, rel="lin", unit="x", col="green1", half=True),
cslider(name="drive4", label="Band 4 Drive", min=0, max=1, init=0.5, rel="lin", unit="x", col="blue1", half=True),
cslider(name="drive3slope", label="Band 3 Slope", min=0, max=1, init=0.75, rel="lin", unit="x", col="green2", half=True),
cslider(name="drive4slope", label="Band 4 Slope", min=0, max=1, init=0.5, rel="lin", unit="x", col="blue2", half=True),
cslider(name="drive3mul", label="Band 3 Gain", min=-48, max=18, init=0, rel="lin", unit="dB", col="green3", half=True),
cslider(name="drive4mul", label="Band 4 Gain", min=-48, max=18, init=0, rel="lin", unit="dB", col="blue3", half=True),
cslider(name="drywet", label="Dry / Wet", min=0, max=1, init=1, rel="lin", unit="x", col="blue1"),
cpoly()
]
cecilia/Resources/modules/Multiband/MultiBandDelay.c5 0000664 0001750 0001750 00000012047 15074672731 021653 0 ustar tvaz tvaz class Module(BaseModule):
"""
"Multi-band delay with feedback"
Description
MultiBandDelay implements four separated spectral band delays
with independent delay time, gain and feedback.
Sliders
# Frequency Splitter :
Split points for multi-band processing
# Delay Band 1 :
Delay time for the first band
# Feedback Band 1 :
Amount of delayed signal fed back into the first band delay
# Gain Band 1 :
Gain of the delayed first band
# Delay Band 2 :
Delay time for the second band
# Feedback Band 2 :
Amount of delayed signal fed back into the second band delay
# Gain Band 2 :
Gain of the delayed second band
# Delay Band 3 :
Delay time for the third band
# Feedback Band 3 :
Amount of delayed signal fed back into the third band delay
# Gain Band 3 :
Gain of the delayed third band
# Delay Band 4 :
Delay time for the fourth band
# Feedback Band 4 :
Amount of delayed signal fed back into the fourth band delay
# Gain Band 4 :
Gain of the delayed fourth band
# Dry / Wet :
Mix between the original signal and the delayed signals
Graph Only
# Overall Amplitude :
The amplitude curve applied on the total duration of the performance
Popups & Toggles
# Polyphony Voices :
Number of voices played simultaneously (polyphony),
only available at initialization time
# Polyphony Spread :
Pitch variation between voices (chorus),
only available at initialization time
"""
def __init__(self):
BaseModule.__init__(self)
self.snd = self.addSampler("snd")
freqs = self.splitter.get(True)
self.FBfade = SigTo(value=1, time=.01, init=1)
self.split = FourBand(input=self.snd, freq1=freqs[0], freq2=freqs[1], freq3=freqs[2], mul=self.FBfade)
self.dels = self.duplicate([self.del1,self.del2,self.del3,self.del4], len(self.snd))
self.fbs = self.duplicate([self.fb1,self.fb2,self.fb3,self.fb4], len(self.snd))
self.mul1 = DBToA(self.gain1)
self.mul2 = DBToA(self.gain2)
self.mul3 = DBToA(self.gain3)
self.mul4 = DBToA(self.gain4)
self.muls = self.duplicate([self.mul1,self.mul2,self.mul3,self.mul4], len(self.snd))
self.delay = Delay(input=self.split, delay=self.dels, feedback=self.fbs, maxdelay=15, mul=self.muls).mix(self.nchnls)
self.out = Interp(self.snd, self.delay, self.drywet, mul=0.5*self.env)
def splitter_up(self, value):
self.FBfade.value = 0
time.sleep(.02)
self.split.freq1 = value[0]
self.split.freq2 = value[1]
self.split.freq3 = value[2]
time.sleep(.02)
self.FBfade.value = 1
Interface = [ csampler(name="snd"),
cgraph(name="env", label="Overall Amplitude", func=[(0,1),(1,1)], col="blue"),
csplitter(name="splitter", label="Frequency Splitter", min=100, max=18000, init=[150, 500, 2000],
num_knobs=3, rel="log", gliss=0, up=True, unit="Hz", col="grey"),
cslider(name="del1", label="Delay Band 1", min=0.0001, max=15, init=0.5, gliss=0.1, rel="log", unit="sec", half=True, col="purple1"),
cslider(name="del2", label="Delay Band 2", min=0.0001, max=15, init=0.25, gliss=0.1, rel="log", unit="sec", half=True, col="red1"),
cslider(name="fb1", label="Feedback Band 1", min=0, max=0.999, init=0.6, rel="lin", unit="x", half=True, col="purple2"),
cslider(name="fb2", label="Feedback Band 2", min=0, max=0.999, init=0.6, rel="lin", unit="x", half=True, col="red2"),
cslider(name="gain1", label="Gain Band 1", min=-48, max=18, init=0, rel="lin", unit="dB", half=True, col="purple3"),
cslider(name="gain2", label="Gain Band 2", min=-48, max=18, init=0, rel="lin", unit="dB", half=True, col="red3"),
cslider(name="del3", label="Delay Band 3", min=0.0001, max=15, init=0.33, gliss=0.1, rel="log", unit="sec", half=True, col="green1"),
cslider(name="del4", label="Delay Band 4", min=0.0001, max=15, init=0.66, gliss=0.1, rel="log", unit="sec", half=True, col="blue1"),
cslider(name="fb3", label="Feedback Band 3", min=0, max=0.999, init=0.6, rel="lin", unit="x", half=True, col="green2"),
cslider(name="fb4", label="Feedback Band 4", min=0, max=0.999, init=0.6, rel="lin", unit="x", half=True, col="blue2"),
cslider(name="gain3", label="Gain Band 3", min=-48, max=18, init=0, rel="lin", unit="dB", half=True, col="green3"),
cslider(name="gain4", label="Gain Band 4", min=-48, max=18, init=0, rel="lin", unit="dB", half=True, col="blue3"),
cslider(name="drywet", label="Dry / Wet", min=0, max=1, init=1, rel="lin", unit="x", col="blue"),
cpoly()
]
cecilia/Resources/modules/Multiband/MultiBandFreqShift.c5 0000664 0001750 0001750 00000010006 15074672731 022501 0 ustar tvaz tvaz class Module(BaseModule):
"""
"Multi-band frequency shifter module"
Description
MultiBandFreqShift implements four separated spectral band
frequency shifters with independent amount of shift and gain.
Sliders
# Frequency Splitter :
Split points for multi-band processing
# Freq Shift Band 1 :
Shift frequency of first band
# Gain Band 1 :
Gain of the shifted first band
# Freq Shift Band 2 :
Shift frequency of second band
# Gain Band 2 :
Gain of the shifted second band
# Freq Shift Band 3 :
Shift frequency of third band
# Gain Band 3 :
Gain of the shifted third band
# Freq Shift Band 4 :
Shift frequency of fourth band
# Gain Band 5 :
Gain of the shifted fourth band
# Dry / Wet :
Mix between the original signal and the shifted signals
Graph Only
# Overall Amplitude :
The amplitude curve applied on the total duration of the performance
Popups & Toggles
# Polyphony Voices :
Number of voices played simultaneously (polyphony),
only available at initialization time
# Polyphony Spread :
Pitch variation between voices (chorus),
only available at initialization time
"""
def __init__(self):
BaseModule.__init__(self)
self.snd = self.addSampler("snd")
freqs = self.splitter.get(True)
self.FBfade = SigTo(value=1, time=.01, init=1)
self.split = FourBand(input=self.snd, freq1=freqs[0], freq2=freqs[1], freq3=freqs[2], mul=self.FBfade)
self.shifts = self.duplicate([self.shift1,self.shift2,self.shift3,self.shift4], len(self.snd))
self.mul1 = DBToA(self.gain1)
self.mul2 = DBToA(self.gain2)
self.mul3 = DBToA(self.gain3)
self.mul4 = DBToA(self.gain4)
self.muls = self.duplicate([self.mul1,self.mul2,self.mul3,self.mul4], len(self.snd))
self.realups = FreqShift(self.split, self.shifts, self.muls)
self.out = Interp(self.snd, self.realups, self.drywet, mul=self.env*0.2)
def splitter_up(self, value):
self.FBfade.value = 0
time.sleep(.02)
self.split.freq1 = value[0]
self.split.freq2 = value[1]
self.split.freq3 = value[2]
time.sleep(.02)
self.FBfade.value = 1
Interface = [ csampler(name="snd"),
cgraph(name="env", label="Overall Amplitude", func=[(0,1),(1,1)], col="blue1"),
csplitter(name="splitter", label="Frequency Splitter", min=100, max=18000, init=[150, 500, 2000],
num_knobs=3, rel="log", gliss=0, up=True, unit="Hz", col="grey"),
cslider(name="shift1", label="Freq Shift Band 1", min=-2000, max=2000, init=600, rel="lin", unit="Hz", col="purple1", half=True),
cslider(name="gain1", label="Gain Band 1", min=-48, max=18, init=0, rel="lin", unit="dB", col="purple2", half=True),
cslider(name="shift2", label="Freq Shift Band 2", min=-2000, max=2000, init=500, rel="lin", unit="Hz", col="red1", half=True),
cslider(name="gain2", label="Gain Band 2", min=-48, max=18, init=0, rel="lin", unit="dB", col="red2", half=True),
cslider(name="shift3", label="Freq Shift Band 3", min=-2000, max=2000, init=400, rel="lin", unit="Hz", col="green1", half=True),
cslider(name="gain3", label="Gain Band 3", min=-48, max=18, init=0, rel="lin", unit="dB", col="green2", half=True),
cslider(name="shift4", label="Freq Shift Band 4", min=-2000, max=2000, init=300, rel="lin", unit="Hz", col="orange1", half=True),
cslider(name="gain4", label="Gain Band 4", min=-48, max=18, init=0, rel="lin", unit="dB", col="orange2", half=True),
cslider(name="drywet", label="Dry / Wet", min=0, max=1, init=1, rel="lin", unit="x", col="blue1"),
cpoly()
]
cecilia/Resources/modules/Dynamics/ 0000775 0001750 0001750 00000000000 15074672731 016410 5 ustar tvaz tvaz cecilia/Resources/modules/Dynamics/UpDistoRes.c5 0000664 0001750 0001750 00000011436 15074672731 020707 0 ustar tvaz tvaz class Module(BaseModule):
"""
"Arctangent distortion module with upsampling and resonant lowpass filter"
Description
This module applies an arctangent distortion on an upsampled signal and pass
the result through a 24dB/oct lowpass resonant filter.
Sliders
# Pre-Filter Freq :
Center frequency of the filter applied before distortion
# Pre-Filter Q :
Q factor of the filter applied before distortion
# Pre-Gain :
Gain control applied before the distortion
# Drive :
Amount of distortion applied on the signal
# Lowpass Freq :
Cutoff frequency of the 24dB/oct lowpass filter applied after distortion
# Lowpass Res :
Resonance factor of the 24dB/oct lowpass filter applied after distortion
# Dry / Wet :
Mix between the original signal and the degraded signal
Graph Only
# Overall Amplitude :
The amplitude curve applied on the total duration of the performance
Popups & Toggles
# Pre Filter Type :
Type of filter used before distortion
# Balance :
Compression mode. Off, balanced with a fixed signal
or balanced with the input source.
# Upsampling :
The resampling factor. The process will be applied with a virtual
sampling rate of the current sampling rate times this factor.
# Interpolation :
Defines the FIR lowpass kernel length used for interpolation and decimation.
The kernel length will be the upsampling factor times this value.
# Polyphony Voices :
Number of voices played simultaneously (polyphony),
only available at initialization time
# Polyphony Spread :
Pitch variation between voices (chorus),
only available at initialization time
"""
def __init__(self):
BaseModule.__init__(self)
self.snd = self.addSampler("snd")
self.snd_filt = Biquadx(self.snd, freq=self.prefiltf, q=self.prefiltq,
type=self.prefilttype_index, stages=2)
self.input = Sig(self.snd_filt, mul=DBToA(self.pregain))
self.drive = Sqrt(self.drv * 0.1 + 0.9)
upfactor = int(self.factor_value)
filtermode = int(self.fmode_value)
server = self.input.getServer()
server.beginResamplingBlock(upfactor)
self.inputup = Resample(self.input, mode=filtermode)
self.drvup = Resample(self.drive, mode=1)
self.disto = Disto(self.inputup, drive=self.drvup, mul=0.5)
server.endResamplingBlock()
self.sigdown = Resample(self.disto, mode=filtermode)
self.distof = MoogLP(self.sigdown, freq=self.cut, res=self.res)
self.deg = Interp(self.snd, self.distof, self.drywet, mul=self.env)
self.osc = Sine(10000, mul=.1)
self.balanced = Balance(self.deg, self.osc, freq=10)
self.out = Interp(self.deg, self.balanced)
#INIT
self.balance(self.balance_index, self.balance_value)
def prefilttype(self, index, value):
self.snd_filt.type = index
def balance(self,index,value):
if index == 0:
self.out.interp = 0
elif index == 1:
self.out.interp = 1
self.balanced.input2 = self.osc
elif index == 2:
self.out.interp = 1
self.balanced.input2 = self.snd
Interface = [
csampler(name="snd"),
cgraph(name="env", label="Overall Amplitude", func=[(0,1),(1,1)], col="blue1"),
cslider(name="prefiltf", label="Pre-Filter Freq", min=100, max=18000, init=250, rel="log", unit="Hz", col="green1"),
cslider(name="prefiltq", label="Pre-Filter Q", min=.5, max=10, init=0.707, rel="log", col="green2"),
cslider(name="pregain", label="Pre-Gain", min=-48, max=18, init=0, rel="lin", col="blue2"),
cslider(name="drv", label="Drive", min=0, max=1, init=.75, rel="lin", col="purple1"),
cslider(name="cut", label="Lowpass Freq", min=100, max=15000, init=5000, rel="log", col="green3"),
cslider(name="res", label="Lowpass Res", min=0, max=1, init=0.5, col="green4"),
cslider(name="drywet", label="Dry / Wet", min=0, max=1, init=1, rel="lin", unit="x", col="blue1"),
cpopup(name="balance", label = "Balance", init= "Off", col="blue", value=["Off","Compress", "Source"]),
cpopup(name="prefilttype", label="Pre-Filter Type", init="Highpass", col="green1", value=["Lowpass","Highpass","Bandpass","Bandstop"]),
cpopup(name="factor", label = "Upsampling", init= "8", rate="i", col="grey", value=["2","4", "8", "16", "32"]),
cpopup(name="fmode", label = "Interpolation", init= "32", rate="i", col="grey", value=["2","4", "8", "16", "32", "64", "128", "256"]),
cpoly()
]
cecilia/Resources/modules/Dynamics/Distortion.c5 0000664 0001750 0001750 00000010201 15074672731 020771 0 ustar tvaz tvaz class Module(BaseModule):
"""
"Arctangent distortion module with pre and post filters"
Description
This module applies an arctangent distortion with control on the amount
of drive and pre/post filtering.
Sliders
# Pre Filter Freq :
Center frequency of the filter applied before distortion
# Pre Filter Q :
Q factor of the filter applied before distortion
# Pre Gain :
Gain control applied before the distortion
# Drive :
Amount of distortion applied on the signal
# Post Filter Freq :
Center frequency of the filter applied after distortion
# Post Filter Q :
Q factor of the filter applied after distortion
# Dry / Wet :
Mix between the original signal and the degraded signal
Graph Only
# Overall Amplitude :
The amplitude curve applied on the total duration of the performance
Popups & Toggles
# Pre Filter Type :
Type of filter used before distortion
# Post Filter Type :
Type of filter used after distortion
# Balance :
Compression mode. Off, balanced with a fixed signal
or balanced with the input source.
# Polyphony Voices :
Number of voices played simultaneously (polyphony),
only available at initialization time
# Polyphony Spread :
Pitch variation between voices (chorus),
only available at initialization time
"""
def __init__(self):
BaseModule.__init__(self)
self.snd = self.addSampler("snd")
self.snd_filt = Biquadx(self.snd, freq=self.prefiltf, q=self.prefiltq, type=self.prefilttype_index, stages=2)
self.input = Sig(self.snd_filt, mul=DBToA(self.pregain))
self.disto = Disto(self.input, drive=self.drv, slope=0, mul=.2)
self.disto_filt = Biquadx(self.disto, freq=self.cut, q=self.q, stages=2, type=self.postfilttype_index)
self.deg = Interp(self.snd, self.disto_filt, self.drywet, mul=self.env)
self.osc = Sine(10000,mul=.1)
self.balanced = Balance(self.deg, self.osc, freq=10)
self.out = Interp(self.deg, self.balanced)
#INIT
self.balance(self.balance_index, self.balance_value)
def balance(self,index,value):
if index == 0:
self.out.interp = 0
elif index == 1:
self.out.interp = 1
self.balanced.input2 = self.osc
elif index == 2:
self.out.interp = 1
self.balanced.input2 = self.snd
def prefilttype(self, index, value):
self.snd_filt.type = index
def postfilttype(self, index, value):
self.out.type = index
Interface = [ csampler(name="snd"),
cgraph(name="env", label="Overall Amplitude", func=[(0,1),(1,1)], col="blue1"),
cslider(name="prefiltf", label="Pre Filter Freq", min=100, max=18000, init=250, rel="log", unit="Hz", col="green1"),
cslider(name="prefiltq", label="Pre Filter Q", min=.5, max=10, init=0.707, rel="log", col="green2"),
cslider(name="pregain", label="Pre Gain", min=-48, max=18, init=0, rel="lin", col="blue2"),
cslider(name="drv", label="Drive", min=0.5, max=1, init=.9, rel="lin", col="purple1"),
cslider(name="cut", label="Post Filter Freq", min=100, max=18000, init=5000, rel="log", col="green3"),
cslider(name="q", label="Post Filter Q", min=.5, max=10, init=0.707, rel="log", col="green4"),
cslider(name="drywet", label="Dry / Wet", min=0, max=1, init=1, rel="lin", unit="x", col="blue1"),
cpopup(name="prefilttype", label="Pre Filter Type", init="Highpass", col="green1", value=["Lowpass","Highpass","Bandpass","Bandstop"]),
cpopup(name="postfilttype", label="Post Filter Type", init="Lowpass", col="green3", value=["Lowpass","Highpass","Bandpass","Bandstop"]),
cpopup(name="balance", label = "Balance", init= "Off", col="blue", value=["Off","Compress", "Source"]),
cpoly()
]
cecilia/Resources/modules/Dynamics/FeedbackLooper.c5 0000664 0001750 0001750 00000005513 15074672731 021512 0 ustar tvaz tvaz class Module(BaseModule):
"""
"Frequency self-modulated sound looper"
Description
This module loads a sound in a table and apply a frequency self-modulated
playback of the content. A Frequency self-modulation occurs when the
output sound of the playback is used to modulate the reading pointer speed.
That produces new harmonics in a way similar to waveshaping distortion.
Sliders
# Transposition :
Transposition, in cents, of the input sound
# Feedback :
Amount of self-modulation in sound playback
# Filter Frequency :
Frequency, in Hertz, of the filter
# Filter Q :
Q of the filter (inverse of the bandwidth)
# Dry / Wet :
Mix between the original signal and the degraded signal
Graph Only
# Overall Amplitude :
The amplitude curve applied on the total duration of the performance
Popups & Toggles
# Filter Type :
Type of the filter
# Polyphony Voices :
Number of voices played simultaneously (polyphony),
only available at initialization time
# Polyphony Chords :
Pitch interval between voices (chords),
only available at initialization time
"""
def __init__(self):
BaseModule.__init__(self)
self.snd = self.addFilein("snd")
self.trfactor = CentsToTranspo(self.transpo, mul=self.polyphony_spread)
self.freq = Sig(self.trfactor, mul=self.snd.getRate())
self.dry = Osc(self.snd, self.freq, mul=self.polyphony_scaling * 0.5)
self.dsp = OscLoop(self.snd, self.freq, self.feed*0.0002, mul=self.polyphony_scaling * 0.5)
self.mix = self.dsp.mix(self.nchnls)
self.filt = Biquad(self.mix, freq=self.filt_f, q=self.filt_q, type=self.filt_t_index)
self.out = Interp(self.dry, self.filt, self.drywet, mul=self.env)
def filt_t(self, index, value):
self.filt.type = index
Interface = [
cfilein(name="snd"),
cgraph(name="env", label="Overall Amplitude", func=[(0,1),(1,1)], col="blue1"),
cslider(name="transpo", label="Transposition", min=-4800, max=4800, init=0, unit="cnts", col="red1"),
cslider(name="feed", label="Feedback", min=0, max=1, init=0.25, unit="x", col="purple1"),
cslider(name="filt_f", label="Filter Frequency", min=20, max=18000, init=10000, rel="log", unit="Hz", col="green1"),
cslider(name="filt_q", label="Filter Q", min=0.5, max=25, init=1, rel="log", unit="x", col="green2"),
cpopup(name="filt_t", label="Filter Type", init="Lowpass", value=["Lowpass", "Highpass", "Bandpass", "Bandreject"], col="green1"),
cslider(name="drywet", label="Dry / Wet", min=0, max=1, init=1, rel="lin", unit="x", col="blue1"),
cpoly()
]
cecilia/Resources/modules/Dynamics/DynamicsProcessor.c5 0000664 0001750 0001750 00000007642 15074672731 022321 0 ustar tvaz tvaz class Module(BaseModule):
"""
"Dynamic compression and gate module"
Description
This module can be used to adjust the dynamic range of a signal by applying a compressor
followed by a gate.
Sliders
# Input Gain :
Adjust the amount of signal sent to the processing chain
# Comp Thresh :
dB value at which the compressor becomes active
# Comp Rise Time :
Time taken by the compressor to reach compression ratio
# Comp Fall Time :
Time taken by the compressor to reach uncompressed state
# Comp Knee :
Steepness of the compression curve
# Gate Thresh :
dB value at which the gate becomes active
# Gate Rise Time :
Time taken to open the gate
# Gate Fall Time :
Time taken to close the gate
# Output Gain :
Makeup gain applied after the processing chain
Graph Only
# Overall Amplitude :
The amplitude curve applied on the total duration of the performance
Popups & Toggles
# Compression Ratio :
Ratio between the compressed signal and the uncompressed signal
# Polyphony Voices :
Number of voices played simultaneously (polyphony),
only available at initialization time
# Polyphony Spread :
Pitch variation between voices (chorus),
only available at initialization time
"""
def __init__(self):
BaseModule.__init__(self)
self.snd = self.addSampler("snd")
self.crank = Sig(self.snd, mul=DBToA(self.inputgain))
self.comp = Compress(input=self.crank, thresh=self.compthresh, ratio=1, risetime=self.comprise,
falltime=self.compfall, lookahead=5, knee=self.compknee.get(), outputAmp=False, mul=1)
self.gate = Gate(input=self.comp , thresh=self.gatethresh, risetime=self.gaterise,
falltime=self.gatefall, lookahead=5.00, outputAmp=False, mul=DBToA(self.outputgain))
self.out = self.gate*self.env
#INIT
self.compratio(self.compratio_index, self.compratio_value)
def compratio(self, index, value):
ratioList = [0.25,0.5,1,2,3,5,8,13,21,34,55,100]
self.comp.ratio = ratioList[index]
def compknee_up(self, value):
self.comp.knee = value
Interface = [ csampler(name="snd"),
cgraph(name="env", label="Overall Amplitude", func=[(0,1),(1,1)], col="blue1"),
cslider(name="inputgain", label="Input Gain", min=-48, max=18, init=0, rel="lin", unit="dB", col="blue1"),
cslider(name="compthresh", label="Comp Thresh", min=-60, max=-0.1, init=-20, rel="lin", unit="dB", col="orange1"),
cslider(name="comprise", label="Comp Rise Time", min=0.01, max=1, init=0.01, rel="lin", unit="sec", col="orange2"),
cslider(name="compfall", label="Comp Fall Time", min=0.01, max=1, init=0.1, rel="lin", unit="sec", col="orange3"),
cslider(name="gatethresh", label="Gate Thresh", min=-80, max=-0.1, init=-60, rel="lin", unit="dB", col="green1"),
cslider(name="gaterise", label="Gate Rise Time", min=0.01, max=1, init=0.01, rel="lin", unit="x", col="green2"),
cslider(name="gatefall", label="Gate Fall Time", min=0.01, max=1, init=0.1, rel="lin", unit="x", col="green3"),
cslider(name="compknee", label="Comp Knee", min=0, max=1, init=0.5, rel="lin", unit="x", up=True, col="orange4"),
cslider(name="outputgain", label="Output Gain", min=-48, max=18, init=0, rel="lin", unit="dB", col="blue1"),
cpopup(name="compratio", label="Comp Ratio", init="1:1", col="orange1", value=["0.25:1", "0.5:1", "1:1", "2:1", "3:1", "5:1", "8:1", "13:1", "21:1",
"34:1", "55:1", "100:1"]),
cpoly()
]
cecilia/Resources/modules/Dynamics/WaveShaper.c5 0000664 0001750 0001750 00000004534 15074672731 020714 0 ustar tvaz tvaz class Module(BaseModule):
"""
"Table lookup waveshaping module"
Description
This module applies a waveshaping-based distortion on the input sound.
It allows the user to draw the transfert function on the screen.
Sliders
# Filter Freq :
Center frequency of the post-process filter
# Filter Q :
Q factor of the post-process filter
# Dry / Wet :
Mix between the original signal and the degraded signal
Graph Only
# Overall Amplitude :
The amplitude curve applied on the total duration of the performance
# Transfer Function :
Table used as transfert function for waveshaping
Popups & Toggles
# Filter Type :
Type of the post-process filter
# Polyphony Voices :
Number of voices played simultaneously (polyphony),
only available at initialization time
# Polyphony Spread :
Pitch variation between voices (chorus),
only available at initialization time
"""
def __init__(self):
BaseModule.__init__(self)
self.snd = self.addSampler("snd")
self.lookup = Lookup(self.function, self.snd)
self.lookdc = DCBlock(self.lookup, mul=0.4)
self.filt = Biquadx(self.lookdc, freq=self.cut, q=self.filterq, type=self.filttype_index, stages=3)
self.out = Interp(self.snd, self.filt, self.drywet, mul=self.env)
def filttype(self, index, value):
self.out.type = index
Interface = [ csampler(name="snd"),
cgraph(name="env", label="Overall Amplitude", func=[(0,1),(1,1)], col="blue1"),
cgraph(name="function", label="Transfer Function", func=[(0,1),(0.5,1),(0.501,0),(1,0)], table=True, col="orange1"),
cslider(name="cut", label="Filter Freq", min=100, max=18000, init=7000, rel="log", unit="Hz", col="green1"),
cslider(name="filterq", label="Filter Q", min=0.5, max=10, init=0.707, rel="log", unit="Q", col="green2"),
cslider(name="drywet", label="Dry / Wet", min=0, max=1, init=1, rel="lin", unit="x", col="blue1"),
cpopup(name="filttype", label="Filter Type", init="Lowpass", col="green1", value=["Lowpass","Highpass","Bandpass","Bandstop"]),
cpoly()
]
cecilia/Resources/modules/Dynamics/Degrade.c5 0000664 0001750 0001750 00000007403 15074672731 020200 0 ustar tvaz tvaz class Module(BaseModule):
"""
"Sampling rate and bit depth degradation with optional mirror clipping"
Description
This module allows the user to degrade a sound with artificial resampling
and quantization. This process emulates the artifacts caused by a poor
sampling frequency or bit depth resolution. It optionally offers a simple
mirror distortion, if the degradation is not enough!
Sliders
# Bit Depth :
Resolution of the amplitude in bits
# Sampling Rate Ratio :
Ratio of the new sampling rate compared to the original one
# Mirror Threshold :
Clipping limits between -1 and 1 (signal is reflected around the thresholds)
# Filter Freq :
Center frequency of the filter
# Filter Q :
Q factor of the filter
# Dry / Wet :
Mix between the original signal and the degraded signal
Graph Only
# Overall Amplitude :
The amplitude curve applied on the total duration of the performance
Popups & Toggles
# Filter Type :
Type of filter
# Balance :
Compression mode. Off, balanced with a fixed signal
or balanced with the input source.
# Polyphony Voices :
Number of voices played simultaneously (polyphony),
only available at initialization time
# Polyphony Chords :
Pitch interval between voices (chords),
only available at initialization time
"""
def __init__(self):
BaseModule.__init__(self)
self.snd = self.addSampler("snd")
self.degr = Degrade(input=self.snd, bitdepth=self.bit, srscale=self.sr, mul=1)
self.wrap = Mirror(self.degr, self.clip*-1, self.clip)
self.biquad = Biquadx(self.wrap, freq=self.filter, q=self.filterq, type=self.filttype_index, stages=4, mul=0.7)
self.deg = Interp(self.snd, self.biquad, self.drywet, mul=self.env)
self.osc = Sine(10000,mul=.1)
self.balanced = Balance(self.deg, self.osc, freq=10)
self.out = Interp(self.deg, self.balanced)
#INIT
self.balance(self.balance_index, self.balance_value)
def balance(self,index,value):
if index == 0:
self.out.interp= 0
elif index == 1:
self.out.interp= 1
self.balanced.input2 = self.osc
elif index == 2:
self.out.interp = 1
self.balanced.input2 = self.snd
def filttype(self, index, value):
self.biquad.type = index
Interface = [ csampler(name="snd"),
cgraph(name="env", label="Overall Amplitude", func=[(0,1),(1,1)], col="blue1"),
cslider(name="bit", label="Bit Depth", min=1, max=32, init=8, rel="lin", unit="bit", col="purple1"),
cslider(name="sr", label="Sample Rate Ratio", min=0.01, max=1, init=0.25, rel="log", unit="x", col="purple2"),
cslider(name="clip", label="Mirror Threshold", min=0.01, max=1, init=0.8, rel="lin", unit="x", col="purple3"),
cslider(name="filter", label="Filter Freq", min=30, max=20000, init=15000, rel="log", unit="Hz", col="green1"),
cslider(name="filterq", label="Filter Q", min=0.5, max=10, init=0.707, rel="log", unit="Q", col="green2"),
cslider(name="drywet", label="Dry / Wet", min=0, max=1, init=1, rel="lin", unit="x", col="blue1"),
cpopup(name="filttype", label="Filter Type", init="Lowpass", col="green1", value=["Lowpass","Highpass","Bandpass","Bandstop"]),
cpopup(name="balance", label = "Balance", init= "Off", col="blue1", value=["Off","Compress", "Source"]),
cpoly()
]
cecilia/Resources/modules/Pitch/ 0000775 0001750 0001750 00000000000 15074672731 015710 5 ustar tvaz tvaz cecilia/Resources/modules/Pitch/PitchLooper.c5 0000664 0001750 0001750 00000012474 15074672731 020401 0 ustar tvaz tvaz class Module(BaseModule):
"""
"Table-based transposition module with multiple voices"
Description
This module implements five sound loopers playing in parallel.
Loopers are table-based so a change in pitch will produce a
change in sound duration. This can be useful to create rhythm
effects as well as harmonic effects.
Sliders
# Transpo Voice 1 :
Playback speed of the first voice
# Gain Voice 1 :
Gain of the transposed first voice
# Transpo Voice 2 :
Playback speed of the second voice
# Gain Voice 2 :
Gain of the transposed second voice
# Transpo Voice 3 :
Playback speed of the third voice
# Gain Voice 3 :
Gain of the transposed third voice
# Transpo Voice 4 :
Playback speed of the fourth voice
# Gain Voice 4 :
Gain of the transposed fourth voice
# Transpo Voice 5 :
Playback speed of the fifth voice
# Gain Voice 5 :
Gain of the transposed fifth voice
Graph Only
# Overall Amplitude :
The amplitude curve applied on the total duration of the performance
Popups & Toggles
# Voice Activation 1 --> 5 :
Mute or unmute each voice independently
# Polyphony Voices :
Number of voices played simultaneously (polyphony),
only available at initialization time
# Polyphony Spread :
Pitch variation between voices (chorus),
only available at initialization time
"""
def __init__(self):
BaseModule.__init__(self)
self.snd = self.addFilein("snd")
self.factor1 = CentsToTranspo(self.transpo1)
self.factor2 = CentsToTranspo(self.transpo2)
self.factor3 = CentsToTranspo(self.transpo3)
self.factor4 = CentsToTranspo(self.transpo4)
self.factor5 = CentsToTranspo(self.transpo5)
self.phasor1 = Phasor(self.snd.getRate()*self.factor1)
self.phasor2 = Phasor(self.snd.getRate()*self.factor2)
self.phasor3 = Phasor(self.snd.getRate()*self.factor3)
self.phasor4 = Phasor(self.snd.getRate()*self.factor4)
self.phasor5 = Phasor(self.snd.getRate()*self.factor5)
self.mul1 = DBToA(self.gain1, mul=self.onoffv1_value)
self.mul2 = DBToA(self.gain2, mul=self.onoffv2_value)
self.mul3 = DBToA(self.gain3, mul=self.onoffv3_value)
self.mul4 = DBToA(self.gain4, mul=self.onoffv4_value)
self.mul5 = DBToA(self.gain5, mul=self.onoffv5_value)
self.voice1 = Pointer(self.snd, self.phasor1, mul=self.mul1*0.2)
self.voice2 = Pointer(self.snd, self.phasor2, mul=self.mul2*0.2)
self.voice3 = Pointer(self.snd, self.phasor3, mul=self.mul3*0.2)
self.voice4 = Pointer(self.snd, self.phasor4, mul=self.mul4*0.2)
self.voice5 = Pointer(self.snd, self.phasor5, mul=self.mul5*0.2)
self.mixxx = self.voice1+self.voice2+self.voice3+self.voice4+self.voice5
self.out = self.mixxx*self.env
def onoffv1(self, value):
self.mul1.mul = value
def onoffv2(self, value):
self.mul2.mul = value
def onoffv3(self, value):
self.mul3.mul = value
def onoffv4(self, value):
self.mul4.mul = value
def onoffv5(self, value):
self.mul5.mul = value
Interface = [ cfilein(name="snd"),
cgraph(name="env", label="Overall Amplitude", func=[(0,1),(1,1)], col="blue"),
cslider(name="transpo1", label="Transpo Voice 1", min=-4800, max=4800, init=0, rel="lin", unit="cnts", col="green",half=True),
cslider(name="gain1", label="Gain Voice 1", min=-48, max=18, init=0, rel="lin", unit="dB", col="green",half=True),
cslider(name="transpo2", label="Transpo Voice 2", min=-4800, max=4800, init=10, rel="lin", unit="cnts", col="blue",half=True),
cslider(name="gain2", label="Gain Voice 2", min=-48, max=18, init=0, rel="lin", unit="dB", col="blue",half=True),
cslider(name="transpo3", label="Transpo Voice 3", min=-4800, max=4800, init=400, rel="lin", unit="cnts", col="orange",half=True),
cslider(name="gain3", label="Gain Voice 3", min=-48, max=18, init=0, rel="lin", unit="dB", col="orange",half=True),
cslider(name="transpo4", label="Transpo Voice 4", min=-4800, max=4800, init=-300, rel="lin", unit="cnts", col="blue4",half=True),
cslider(name="gain4", label="Gain Voice 4", min=-48, max=18, init=0, rel="lin", unit="dB", col="blue4",half=True),
cslider(name="transpo5", label="Transpo Voice 5", min=-4800, max=4800, init=-800, rel="lin", unit="cnts", col="green4",half=True),
cslider(name="gain5", label="Gain Voice 5", min=-48, max=18, init=0, rel="lin", unit="dB", col="green4",half=True),
ctoggle(name="onoffv1", label="Voice Activation 1 --> 5", init=1, stack=True, col="green"),
ctoggle(name="onoffv2", label="", init=1, stack=True, col="green"),
ctoggle(name="onoffv3", label="", init=1, stack=True, col="green"),
ctoggle(name="onoffv4", label="", init=1, stack=True, col="green"),
ctoggle(name="onoffv5", label="", init=1, stack=True, col="green"),
]
cecilia/Resources/modules/Pitch/ChordMaker.c5 0000664 0001750 0001750 00000015362 15074672731 020167 0 ustar tvaz tvaz class Module(BaseModule):
"""
"Sampler-based harmonizer module with multiple voices"
Description
The input sound is mixed with five real-time, non-stretching,
harmonization voices.
Sliders
# Transpo Voice 1 :
Pitch shift of the first voice
# Gain Voice 1 :
Gain of the transposed first voice
# Transpo Voice 2 :
Pitch shift of the second voice
# Gain Voice 2 :
Gain of the transposed second voice
# Transpo Voice 3 :
Pitch shift of the third voice
# Gain Voice 3 :
Gain of the transposed third voice
# Transpo Voice 4 :
Pitch shift of the fourth voice
# Gain Voice 4 :
Gain of the transposed fourth voice
# Transpo Voice 5 :
Pitch shift of the fifth voice
# Gain Voice 5 :
Gain of the transposed fifth voice
# Feedback :
Amount of transposed signal fed back into the harmonizers
(feedback is voice independent)
# Dry / Wet :
Mix between the original signal and the harmonized signals
Graph Only
# Overall Amplitude :
The amplitude curve applied on the total duration of the performance
Popups & Toggles
# Win Size :
Harmonizer window size in seconds
# Balance :
Compression mode. Off, balanced with a fixed signal
or balanced with the input source.
# Voice Activation (1 --> 5)
Mute or unmute each voice independently
# Polyphony Voices :
Number of voices played simultaneously (polyphony),
only available at initialization time
# Polyphony Spread :
Pitch variation between voices (chorus),
only available at initialization time
"""
def __init__(self):
BaseModule.__init__(self)
self.snd = self.addSampler("snd")
self.mul1 = DBToA(self.gain1, mul=self.onoffv1_value)
self.mul2 = DBToA(self.gain2, mul=self.onoffv2_value)
self.mul3 = DBToA(self.gain3, mul=self.onoffv3_value)
self.mul4 = DBToA(self.gain4, mul=self.onoffv4_value)
self.mul5 = DBToA(self.gain5, mul=self.onoffv5_value)
self.harm1 = Harmonizer(input=self.snd, transpo=self.transp1, feedback=self.fb, winsize=float(self.winsize_value), mul=self.mul1*0.3)
self.harm2 = Harmonizer(input=self.snd, transpo=self.transp2, feedback=self.fb, winsize=float(self.winsize_value), mul=self.mul2*0.3)
self.harm3 = Harmonizer(input=self.snd, transpo=self.transp3, feedback=self.fb, winsize=float(self.winsize_value), mul=self.mul3*0.3)
self.harm4 = Harmonizer(input=self.snd, transpo=self.transp4, feedback=self.fb, winsize=float(self.winsize_value), mul=self.mul4*0.3)
self.harm5 = Harmonizer(input=self.snd, transpo=self.transp5, feedback=self.fb, winsize=float(self.winsize_value), mul=self.mul5*0.3)
self.harms = self.harm1+self.harm2+self.harm3+self.harm4+self.harm5
self.drydel = Delay(self.snd, delay=float(self.winsize_value)*0.5)
self.deg = Interp(self.drydel, self.harms, self.drywet, mul=self.env)
self.osc = Sine(10000,mul=.1)
self.balanced = Balance(self.deg, self.osc, freq=10)
self.out = Interp(self.deg, self.balanced)
#INIT
self.balance(self.balance_index, self.balance_value)
def balance(self,index,value):
if index == 0:
self.out.interp = 0
elif index ==1:
self.out.interp = 1
self.balanced.input2 = self.osc
elif index == 2:
self.out.interp = 1
self.balanced.input2 = self.snd
def winsize(self, index, value):
self.harm1.winsize = float(value)
self.harm2.winsize = float(value)
self.harm3.winsize = float(value)
self.harm4.winsize = float(value)
self.harm5.winsize = float(value)
self.drydel.delay = float(value)*0.5
def onoffv1(self, value):
self.mul1.mul = value
def onoffv2(self, value):
self.mul2.mul = value
def onoffv3(self, value):
self.mul3.mul = value
def onoffv4(self, value):
self.mul4.mul = value
def onoffv5(self, value):
self.mul5.mul = value
Interface = [ csampler(name="snd"),
cgraph(name="env", label="Overall Amplitude", func=[(0,1),(1,1)], col="blue1"),
cslider(name="transp1", label="Transpo Voice 1", min=-24, max=24, init=0, rel="lin", unit="semi", col="red1",half=True),
cslider(name="gain1", label="Gain Voice 1", min=-48, max=18, init=0, rel="lin", unit="dB", col="red2",half=True),
cslider(name="transp2", label="Transpo Voice 2", min=-24, max=24, init=3, rel="lin", unit="semi", col="purple1",half=True),
cslider(name="gain2", label="Gain Voice 2", min=-48, max=18, init=0, rel="lin", unit="dB", col="purple2",half=True),
cslider(name="transp3", label="Transpo Voice 3", min=-24, max=24, init=5, rel="lin", unit="semi", col="orange1",half=True),
cslider(name="gain3", label="Gain Voice 3", min=-48, max=18, init=0, rel="lin", unit="dB", col="orange2",half=True),
cslider(name="transp4", label="Transpo Voice 4", min=-24, max=24, init=-2, rel="lin", unit="semi", col="blue2",half=True),
cslider(name="gain4", label="Gain Voice 4", min=-48, max=18, init=0, rel="lin", unit="dB", col="blue3",half=True),
cslider(name="transp5", label="Transpo Voice 5", min=-24, max=24, init=-4, rel="lin", unit="semi", col="green1",half=True),
cslider(name="gain5", label="Gain Voice 5", min=-48, max=18, init=0, rel="lin", unit="dB", col="green2",half=True),
cslider(name="fb", label="Feedback", min=0, max=0.999, init=0, rel="lin", unit="x", col="orange1"),
cslider(name="drywet", label="Dry / Wet", min=0, max=1, init=1, rel="lin", unit="x", col="blue1"),
cpopup(name="winsize", label="Win Size", init="0.1", col="blue4", value=["0.025","0.05","0.1","0.15","0.2","0.25","0.5","0.75","1"]),
cpopup(name="balance", label = "Balance", init= "Off", col="blue1", value=["Off","Compress", "Source"]),
ctoggle(name="onoffv1", label="Voice Activation ( 1 --> 5 )", init=1, stack=True, col="green1"),
ctoggle(name="onoffv2", label="", init=1, stack=True, col="green1"),
ctoggle(name="onoffv3", label="", init=1, stack=True, col="green1"),
ctoggle(name="onoffv4", label="", init=1, stack=True, col="green1"),
ctoggle(name="onoffv5", label="", init=1, stack=True, col="green1"),
cpoly()
]
cecilia/Resources/modules/Pitch/Harmonizer.c5 0000664 0001750 0001750 00000007345 15074672731 020270 0 ustar tvaz tvaz class Module(BaseModule):
"""
"Two voices harmonization module"
Description
This module implements a two voices harmonization with independent feedback.
Sliders
# Transpo Voice 1 :
Pitch shift of the first voice
# Transpo Voice 2 :
Pitch shift of the second voice
# Feedback :
Amount of transposed signal fed back into the harmonizers (feedback is voice independent)
# Harm1 / Harm2 :
Mix between the first and the second harmonized signals
# Dry / Wet :
Mix between the original signal and the harmonized signals
Graph Only
# Overall Amplitude :
The amplitude curve applied on the total duration of the performance
Popups & Toggles
# Win Size Voice 1 :
Window size of the first harmonizer (delay) in second
# Win Size Voice 2 :
Window size of the second harmonizer (delay) in second
# Polyphony Voices :
Number of voices played simultaneously (polyphony),
only available at initialization time
# Polyphony Spread :
Pitch variation between voices (chorus),
only available at initialization time
"""
def __init__(self):
BaseModule.__init__(self)
self.snd = self.addSampler("snd")
self.ws1 = float(self.winsize_value)
self.ws2 = float(self.winsize2_value)
self.avg_winsize = (self.ws1 + self.ws2) * 0.5
self.snd_del = Delay(self.snd, self.avg_winsize)
self.harm1 = Harmonizer(input=self.snd, transpo=self.transp1, feedback=self.fb, winsize=float(self.winsize_value), mul=.5)
self.harm2 = Harmonizer(input=self.snd, transpo=self.transp2, feedback=self.fb, winsize=float(self.winsize2_value), mul=.5)
self.harms = self.harm1 + (self.harm2 - self.harm1) * self.mix
self.dcb = DCBlock(self.harms)
self.out = Interp(self.snd_del, self.dcb, self.drywet, mul=self.env)
def winsize(self, index, value):
self.harm1.winsize = float(value)
self.ws1 = float(value)
self.avg_winsize = (self.ws1 + self.ws2) * 0.5
self.snd_del.delay = self.avg_winsize
def winsize2(self, index, value):
if index == 9:
self.harm2.winsize = float(self.winsize_value)+0.01
self.ws2 = float(self.winsize_value)+0.01
else:
self.harm2.winsize = float(value)
self.ws2 = float(value)
self.avg_winsize = (self.ws1 + self.ws2) * 0.5
self.snd_del.delay = self.avg_winsize
Interface = [ csampler(name="snd"),
cgraph(name="env", label="Overall Amplitude", func=[(0,1),(1,1)], col="blue1"),
cslider(name="transp1", label="Transpo Voice 1", min=-36, max=36, init=-7, rel="lin", unit="semi", col="red1"),
cslider(name="transp2", label="Transpo Voice 2", min=-36, max=36, init=3, rel="lin", unit="semi", col="red2"),
cslider(name="fb", label="Feedback", min=0, max=0.999, init=0, rel="lin", unit="x", col="orange1"),
cslider(name="mix", label="Harm1 / Harm2", min=0, max=1, init=.5, rel="lin", unit="x", col="green1"),
cslider(name="drywet", label="Dry / Wet", min=0, max=1, init=1, rel="lin", unit="x", col="blue1"),
cpopup(name="winsize", label="Win Size Voice 1", init="0.1", col="red1",
value=["0.025","0.05","0.1","0.15","0.2","0.25","0.5","0.75","1"]),
cpopup(name="winsize2", label="Win Size Voice 2", init="0.1", col="red2",
value=["0.025","0.05","0.1","0.15","0.2","0.25","0.5","0.75","1","Voice 1 + 0.01"]),
cpoly()
] cecilia/Resources/modules/Pitch/FreqShift.c5 0000664 0001750 0001750 00000011110 15074672731 020026 0 ustar tvaz tvaz class Module(BaseModule):
"""
"Two frequency shifters with optional cross-delay and feedback"
Description
This module implements two frequency shifters from which the output
sound of both one can be fed back in the input of the other. Cross-
feedback occurs after a user-defined delay of the output sounds.
Sliders
# Filter Freq :
Cutoff or center frequency of the pre-filtering stage
# Filter Q :
Q factor of the pre-filtering stage
# Frequency Shift 1 :
Frequency shift, in Hz, of the first voice
# Frequency Shift 2 :
Frequency shift, in Hz, of the second voice
# Feedback Delay :
Delay time before the signal is fed back into the delay lines
# Feedback :
Amount of signal fed back into the delay lines
# Feedback Gain :
Amount of delayed signal cross-fed back into the frequency shifters.
Signal from delay 1 into shifter 2 and signal from delay 2 into shifter 1.
# Dry / Wet :
Mix between the original signal and the shifted signals
Graph Only
# Overall Amplitude :
The amplitude curve applied on the total duration of the performance
Popups & Toggles
# Filter Type :
Type of filter
# Balance :
Compression mode. Off, balanced with a fixed signal
or balanced with the input source.
# Polyphony Voices :
Number of voices played simultaneously (polyphony),
only available at initialization time
# Polyphony Spread :
Pitch variation between voices (chorus),
only available at initialization time
"""
def __init__(self):
BaseModule.__init__(self)
self.snd = self.addSampler("snd")
self.biquad = Biquadx(self.snd, freq=self.filter, q=self.filterq, type=self.filttype_index, stages=2, mul=1)
self.feed1 = Sig(0, add=self.biquad)
self.feed2 = Sig(0, add=self.biquad)
self.up1 = FreqShift(input=self.feed1, shift=self.shift1, mul=0.5)
self.up2 = FreqShift(input=self.feed2, shift=self.shift2, mul=0.5)
self.feeddelay1 = Delay(self.up1, delay=self.delay, feedback=self.feedback, mul=self.gain)
self.feeddelay2 = Delay(self.up2, delay=self.delay, feedback=self.feedback, mul=self.gain)
self.feed1.value = self.feeddelay2
self.feed2.value = self.feeddelay1
self.deg = Interp(self.snd, self.up1+self.up2, self.drywet, mul=self.env)
self.osc = Sine(10000,mul=.1)
self.balanced = Balance(self.deg, self.osc, freq=10)
self.out = Interp(self.deg, self.balanced)
#INIT
self.balance(self.balance_index, self.balance_value)
def filttype(self, index, value):
self.biquad.type = index
def balance(self,index,value):
if index == 0:
self.out.interp = 0
elif index ==1:
self.out.interp = 1
self.balanced.input2 = self.osc
elif index == 2:
self.out.interp = 1
self.balanced.input2 = self.snd
Interface = [ csampler(name="snd"),
cgraph(name="env", label="Overall Amplitude", func=[(0,1),(1,1)], col="blue1"),
cslider(name="filter", label="Filter Freq", min=30, max=20000, init=15000, rel="log", unit="Hz", col="green1",half=True),
cslider(name="filterq", label="Filter Q", min=0.5, max=10, init=0.707, rel="log", unit="Q", col="green2",half=True),
cslider(name="shift1", label="Frequency Shift 1", min=-2000, max=2000, init=500, rel="lin", unit="Hz", col="red1"),
cslider(name="shift2", label="Frequency Shift 2", min=-2000, max=2000, init=100, rel="lin", unit="Hz", col="red2"),
cslider(name="delay", label="Feedback Delay", min=0.001, max=1, init=.1, rel="lin", unit="sec", col="orange1"),
cslider(name="feedback", label="Feedback", min=0, max=0.999, init=0.5, rel="lin", unit="x", col="orange2",half=True),
cslider(name="gain", label="Feedback Gain", min=0, max=1, init=0, rel="lin", unit="x", col="orange3",half=True),
cslider(name="drywet", label="Dry / Wet", min=0, max=1, init=1, rel="lin", unit="x", col="blue1"),
cpopup(name="filttype", label="Filter Type", init="Lowpass", col="green1", value=["Lowpass","Highpass","Bandpass","Bandstop"]),
cpopup(name="balance", label = "Balance", init= "Off", col="blue1", value=["Off","Compress", "Source"]),
cpoly()
] cecilia/Resources/modules/Pitch/RandomAccumulator.c5 0000664 0001750 0001750 00000011674 15074672731 021572 0 ustar tvaz tvaz class Module(BaseModule):
"""
"Variable speed recording accumulator module"
Description
This module records the sound from the sampler in a table at a varying
position and speed. The feedback parameter indicates how much of the
previous recording at the current position is kept back in the table.
The recorded table is read in loop at the normal speed, with possibility
to activate a 180 degrees out-of-phase overlap.
Sliders
# Pre-Filter Freq :
Center frequency of the filter applied before the recording
# Pre-Filter Q :
Q factor of the filter applied before the recording
# Accum Feedback :
The amount of previous signal in the table that is kept back,
mixed with the new recording.
# Record Time Rand :
The time it took to the recording head to reach the new position
target in the table. The target is chosen randomly between 0 and
the end of the table. If the time is longer than the distance to
run, the signal will be write slowly, so the playback (at regular
speed) will give an upward transposition. When the target is reached,
a new target and a new recording duration are chosen.
# Buffer Length :
The size of the table in seconds. This parameter is updated only
at the start of the performance.
# Global Seed :
Root of stochatic generators. If 0, a new value is chosen randomly each
time the performance starts. Otherwise, the same root is used every
performance, making the generated sequences the same every time.
Graph Only
# Overall Amplitude :
The amplitude curve applied on the total duration of the performance
# Recording Envelope :
The envelope applied to each recording segment
Popups & Toggles
# Pre-Filter Type :
Type of filter used before the recording
# Overlapped :
If "On", a second player, 180 degrees out-of-phase, will read the
recorded buffer. The signals of both players are summed and sent to
the output
# Polyphony Voices :
Number of voices played simultaneously (polyphony),
only available at initialization time
# Polyphony Spread :
Pitch variation between voices (chorus),
only available at initialization time
"""
def __init__(self):
BaseModule.__init__(self)
self.setGlobalSeed(int(self.seed.get()))
duration = self.buflen.get()
self.snd = self.addSampler("snd")
self.snd_filt = Biquadx(self.snd, freq=self.prefiltf, q=self.prefiltq,
type=self.prefilttype_index, stages=2, mul=0.25)
self.table = NewTable(length=duration, chnls=self.nchnls, feedback=self.feed.get())
self.dur = RandDur(min=self.min_max[0], max=self.min_max[1])
self.trig = Change(self.dur)
self.amp = TrigEnv(self.trig, table=self.envelope, dur=self.dur)
self.po = TrigRand(self.trig, 0, duration*self.sr)
self.pos = SigTo(self.po, self.dur)
self.tw = TableWrite(self.snd_filt*self.amp, self.pos, self.table, 1)
self.tf = TrigFunc(self.trig, self.setFeed)
self.olapgain = SigTo(self.overlapped_index, time=0.05)
self.play1 = Osc(self.table, freq=1.0/duration)
self.play2 = Osc(self.table, freq=1.0/duration, phase=0.5, mul=self.olapgain)
self.out = (self.play1 + self.play2) * self.env
def setFeed(self):
self.table.feedback = self.feed.get()
def prefilttype(self, index, value):
self.snd_filt.type = index
def overlapped(self, index, value):
self.olapgain.value = index
Interface = [
csampler(name="snd"),
cgraph(name="env", label="Overall Amplitude", func=[(0,1),(1,1)], col="blue"),
cgraph(name="envelope", label="Recording Envelope", func=[(0,0),(0.15,1),(0.85,1),(1,0)], table=True, curved=True, col="purple1"),
cslider(name="prefiltf", label="Pre-Filter Freq", min=100, max=18000, init=15000, rel="log", unit="Hz", col="green1"),
cslider(name="prefiltq", label="Pre-Filter Q", min=.5, max=10, init=0.707, rel="log", col="green2"),
cslider(name="feed", label="Accum Feedback", min=0, max=1, init=0.5, rel="lin", col="purple1"),
crange(name="min_max", label="Record Time Rand", min=0.5, max=10, init=[1,2], rel="log", unit="sec", col="orange1"),
cslider(name="buflen", label="Buffer Length", min=1, max=10, init=4, rel="lin", unit="sec", up=True),
cslider(name="seed", label="Global Seed", min=0, max=5000, init=0, rel="lin", res="int", unit="x", up=True),
cpopup(name="prefilttype", label="Pre-Filter Type", init="Lowpass", col="green1", value=["Lowpass","Highpass","Bandpass","Bandstop"]),
cpopup(name="overlapped", label="Overlapped", init="Off", col="purple2", value=["Off","On"]),
cpoly()
]
cecilia/Resources/modules/Pitch/LooperMod.c5 0000664 0001750 0001750 00000011413 15074672731 020041 0 ustar tvaz tvaz import random
class Module(BaseModule):
"""
"Looper module with optional amplitude and frequency modulation"
Description
A simple soundfile looper with optional amplitude and frequency modulations
of variable shapes.
Sliders
# AM Range :
Minimum and maximum amplitude of the Amplitude Modulation LFO
# AM Speed :
Frequency of the Amplitude Modulation LFO
# FM Range :
Minimum and maximum amplitude of the Frequency Modulation LFO
# FM Speed :
Frequency of the Frequency Modulation LFO
# Dry / Wet :
Mix between the original signal and the processed signal
Graph Only
# Overall Amplitude :
The amplitude curve applied on the total duration of the performance
Popups & Toggles
# AM LFO Type :
Shape of the amplitude modulation waveform
# AM On/Off :
Activate or deactivate the amplitude modulation
# FM LFO Type :
Shape of the frequency modulation waveform
# FM On/Off :
Activate or deactivate frequency modulation
# Polyphony Voices :
Number of voices played simultaneously (polyphony),
only available at initialization time
# Polyphony Spread :
Pitch variation between voices (chorus),
only available at initialization time
"""
def __init__(self):
BaseModule.__init__(self)
self.snd = self.addFilein("snd")
if type(self.snd.getRate()) == type([]):
rate = self.snd.getRate()[0]
else:
rate = self.snd.getRate()
self.lfoam = LFO(freq=self.amspeed, sharp=1, type=self.ampwave_index, mul=0.37, add=0.6)
self.lfoamrange = Randi(min=self.amrange[0], max=self.amrange[1], freq=self.amspeed, mul=self.lfoam)
self.lfofm = LFO(freq=self.fmspeed, sharp=1, type=self.freqwave_index, mul=0.05, add=1)
self.sig1 = Sig(self.fmrange[0])
self.sig2 = Sig(self.fmrange[1])
self.lfofmrange = Randi(min=1-self.sig1, max=1+self.sig2, freq=self.fmspeed, mul=self.lfofm)
self.pitrnds = [x*rate for x in self.polyphony_spread for j in range(self.nchnls)]
self.ply = [i*self.lfofmrange for i in self.pitrnds]
self.index = Phasor(freq=self.pitrnds)
self.pointer = Pointer(self.snd, self.index)
self.index2 = Phasor(freq=self.pitrnds)
self.pointer2 = Pointer(self.snd, self.index2)
self.out = Interp(self.pointer2.mix(self.nchnls), self.pointer.mix(self.nchnls), self.drywet, mul=self.polyphony_scaling*0.5*self.env)
#INIT
self.onoffam(self.onoffam_value)
self.onofffm(self.onofffm_value)
def ampwave(self, index, value):
if index == 0:
self.lfoam.sharp = 0.0
else:
self.lfoam.sharp = 1.0
self.lfoam.type = (index - 1) % 8
def freqwave(self, index, value):
if index == 0:
self.lfofm.sharp = 0.0
else:
self.lfofm.sharp = 1.0
self.lfofm.type = (index - 1) % 8
def onoffam(self, value):
if value == 0:
self.pointer.mul = 1
else:
self.pointer.mul = self.lfoamrange
def onofffm(self, value):
if value == 0:
self.index.freq = self.pitrnds
else:
self.index.freq = self.ply
Interface = [ cfilein(name="snd"),
cgraph(name="env", label="Overall Amplitude", func=[(0,1),(1,1)], col="blue1"),
crange(name="amrange", label="AM Range", min=0.001, max=1, init=[0.3,0.5], rel="lin", unit="x", col="green1"),
cslider(name="amspeed", label="AM Speed", min=0.001, max=2000, init=8, rel="log", unit="Hz", col="green2"),
crange(name="fmrange", label="FM Range", min=0.001, max=0.2, init=[0.01,0.05], rel="lin", unit="x", col="red1"),
cslider(name="fmspeed", label="FM Speed", min=0.001, max=2000, init=200, rel="log", unit="Hz", col="red2"),
cslider(name="drywet", label="Dry / Wet", min=0, max=1, init=1, rel="lin", unit="x", col="blue1"),
cpopup(name="ampwave", label="AM LFO Type", init="Sine", col="green1", value=["Sine", "Saw Up", "Saw Down", "Square",
"Triangle", "Pulse", "Bipolar Pulse", "SAH"]),
ctoggle(name="onoffam", label="AM On/Off", init=1, col="green2"),
cpopup(name="freqwave", label="FM LFO Type", init="Sine", col="red1", value=["Sine", "Saw Up", "Saw Down", "Square",
"Triangle", "Pulse", "Bipolar Pulse", "SAH"]),
ctoggle(name="onofffm", label="FM On/Off", init=1, col="red2"),
cpoly()
] cecilia/Resources/modules/Pitch/LooperBank.c5 0000664 0001750 0001750 00000010333 15074672731 020175 0 ustar tvaz tvaz class Module(BaseModule):
"""
"Sound looper bank with independant pitch and amplitude random"
Description
Huge oscillator bank (up to 500 players) looping a soundfile stored in a waveform
table. The frequencies and amplitudes can be modulated by two random generators
with interpolation (each partial have a different set of randoms).
Sliders
# Transposition :
Transposition of the base frequency of the process, given by the sound length.
# Frequency Spread :
Coefficient of expansion used to compute partial frequencies. If 0, all
partials will be at the base frequency. A value of 1 will generate integer
harmonics, a value of 2 will skip even harmonics and non-integer values will
generate different series of inharmonic frequencies.
# Amplitude Slope :
Specifies the multiplier in the series of amplitude coefficients.
# Boost / Cut :
Controls the overall amplitude.
# Freq Rand Speed :
Frequency, in cycle per second, of the frequency modulations.
# Freq Rand Gain :
Maximum frequency deviation (positive and negative) in portion of the partial
frequency. A value of 1 means that the frequency can drift from 0 Hz to twice
the partial frequency. A value of 0 deactivates the frequency deviations.
# Amp Rand Speed :
Frequency, in cycle per second, of the amplitude modulations.
# Amp Rand Gain :
Amount of amplitude deviation. 0 deactivates the amplitude modulations
and 1 gives full amplitude modulations.
# Voices Per Channel :
Number of loopers created for each output channel. Changes will be
effective on next start.
Graph Only
# Overall Amplitude :
The amplitude curve applied on the total duration of the performance
Popups & Toggles
# Partials Freq Jitter :
If active, a small jitter is added to the frequency of each partial. For a
large number of oscillators and a very small `Frequency Spread`, the
periodicity between partial frequencies can cause very strange artefact.
Adding a jitter breaks the periodicity.
"""
def __init__(self):
BaseModule.__init__(self)
self.snd = self.addFilein("snd")
self.gain = DBToA(self.boost, mul=self.env)
self.transpo = CentsToTranspo(self.pitch, mul=self.snd.getRate())
self.out = OscBank(self.snd, self.transpo, self.spread, self.slope, self.frndf, self.frnda, self.arndf, self.arnda,
[int(self.num.get())]*self.nchnls, self.fjit_value, self.gain).out()
def num_up(self, value):
pass
def fjit(self, value):
self.out.fjit = value
Interface = [ cfilein(name="snd"),
cgraph(name="env", label="Overall Amplitude", func=[(0,1),(1,1)], col="blue1"),
cslider(name="pitch", label="Transposition", min=-4800, max=4800, init=0, rel="lin", unit="cnts", col="green1"),
cslider(name="spread", label="Frequency Spread", min=0, max=2, init=0.002, rel="lin", unit="x", col="green2"),
cslider(name="slope", label="Amplitude Slope", min=0, max=1, init=0.9, rel="lin", unit="x", col="red1"),
cslider(name="boost", label="Boost / Cut", min=-32, max=32, init=0, rel="lin", unit="dB", col="red2"),
cslider(name="frndf", label="Freq Rand Speed", min=0.001, max=20, init=1, rel="log", unit="Hz", col="green3", half=True),
cslider(name="arndf", label="Amp Rand Speed", min=0.001, max=20, init=1, rel="log", unit="Hz", col="red3", half=True),
cslider(name="frnda", label="Freq Rand Gain", min=0, max=1, init=0, rel="lin", unit="x", col="green4", half=True),
cslider(name="arnda", label="Amp Rand Gain", min=0, max=1, init=0, rel="lin", unit="x", col="red4", half=True),
cslider(name="num", label="Voices Per Channel", min=1, max=500, init=100, rel="lin", res="int", unit="x", up=True),
ctoggle(name="fjit", label="Partials Freq Jitter", init=False, col="green1"),
] cecilia/Resources/modules/Synthesis/ 0000775 0001750 0001750 00000000000 15074672731 016632 5 ustar tvaz tvaz cecilia/Resources/modules/Synthesis/WaveScanSynth.c5 0000664 0001750 0001750 00000006627 15074672731 021633 0 ustar tvaz tvaz class Module(BaseModule):
"""
"Synthesis where the waveform is a small portion extracted from an audio signal"
Description
This module uses a small portion of an audio signal (between 64 and 8192 samples) as
the waveform for an oscillator. By sliding the position of the portion in the signal,
one can produce continuous complex variations of the waveform, which can give very
rich sonorities.
Sliders
# Base Frequency :
Fundamental frequency of the oscillator.
# Position :
Position in the signal where to extract the waveform.
# Window Size :
Lentgh, in samples, of the waveform.
# LFO Frequency :
Frequency of an LFO applied to the position in the signal.
# LFO Depth :
Depth of the LFO applied to the position in the signal.
# Lowpass Freq :
Frequency of a lowpass filter used to attenuate the higher components
in the spectrum of the resulting signal.
Graph Only
# Overall Amplitude :
The amplitude curve applied on the total duration of the performance
Popups & Toggles
# Polyphony Voices :
Number of voices played simultaneously (polyphony),
only available at initialization time
# Polyphony Spread :
Pitch variation between voices (chorus),
only available at initialization time
"""
def __init__(self):
BaseModule.__init__(self)
self.table = self.addFilein("table")
self.phase = Phasor(freq=self.frequency * self.polyphony_spread)
self.triangle = Min(self.phase, comp=self.phase* -1 + 1, mul=2)
self.winsizePort = Port(self.winsize / self.polyphony_spread, risetime=0.5, falltime=0.5, init=self.winsize.get(),
mul=1. / self.table.getSize(False))
self.window = self.triangle * self.winsizePort
self.lfodepthPort = Port(self.lfodepth, risetime=0.5, falltime=0.5, init=self.lfodepth.get(), mul=0.1)
self.lfo = Sine(self.lfofreq, mul=self.lfodepthPort)
self.positionPort = Port(self.position, risetime=0.25, falltime=0.25, init=self.position.get())
self.pointerPos = self.positionPort + self.window + self.lfo
self.reader = Pointer2(self.table, index=self.pointerPos, mul=0.7)
self.readerBL = IRWinSinc(self.reader, freq=0, order=16)
self.filter = Biquadx(self.readerBL, freq=self.lowfreq, q=0.7, stages=2)
self.out = Mix(self.filter, voices=self.nchnls, mul=self.env * self.polyphony_scaling)
Interface = [
cfilein(name="table"),
cgraph(name="env", label="Overall Amplitude", func=[(0,1),(1,1)], col="blue"),
cslider(name="frequency", label="Base Frequency", min=1, max=1000, init=100, rel="log", unit="Hz", col="red"),
cslider(name="position", label="Position", min=0, max=1, init=0.5, rel="lin", unit="x", col="orange"),
cslider(name="winsize", label="Window Size", min=64, max=8192, init=512, rel="lin", res="int", unit="spl", col="orange2"),
cslider(name="lfofreq", label="LFO Frequency", min=0.001, max=100, init=0.1, rel="log", unit="Hz", col="purple"),
cslider(name="lfodepth", label="LFO Depth", min=0, max=1, init=0.1, rel="lin", unit="x", col="purple2"),
cslider(name="lowfreq", label="Lowpass Freq", min=50, max=15000, init=2500, rel="log", unit="Hz", col="green"),
cpoly()
]
cecilia/Resources/modules/Synthesis/StochGrains2.c5 0000664 0001750 0001750 00000027715 15074672731 021405 0 ustar tvaz tvaz class GrainFilter:
def __init__(self, input, freq, q, type):
self.filter = Biquad(input, freq, q, self.clipTypeToFilter(type))
self.output = Interp(input, self.filter, interp=self.clipTypeToInterp(type))
def stop(self):
self.filter.stop()
self.output.stop()
def play(self):
self.filter.play()
self.output.play()
def setType(self, x):
self.filter.type = self.clipTypeToFilter(x)
self.output.interp = self.clipTypeToInterp(x)
def clipTypeToFilter(self, x):
x = x - 1
if x < 0:
return 0
return x
def clipTypeToInterp(self, x):
if x > 0:
return 1
return 0
class GrainSnd:
def __init__(self, order, count, table, freq, start, dur, pan, ftype, ffr, fq, mul, env, nchnls, table_dur):
self.trig = Select(count, order)
self.freq = SampHold(freq, self.trig, 1.0)
self.start_rng = SampHold(start, self.trig, 1.0)
self.start = TrigXnoise(self.trig, mul=self.start_rng[1]-self.start_rng[0], add=self.start_rng[0])
self.dur_rng = SampHold(dur, self.trig, 1.0)
self.dur = TrigXnoise(self.trig, mul=self.dur_rng[1]-self.dur_rng[0], add=self.dur_rng[0])
self.pan = TrigRand(self.trig, pan[0], pan[1])
self.ffr = TrigRand(self.trig, ffr[0], ffr[1])
self.fq = TrigRand(self.trig, fq[0], fq[1])
self.mul = TrigXnoise(self.trig, mul=mul[1]-mul[0], add=mul[0])
self.amp = TrigEnv(self.trig, env, self.dur, mul=self.mul*0.25)
self.pointer = TrigEnv(self.trig, LinTable(), self.dur, mul=self.dur*self.freq/table_dur, add=self.start)
self.s1 = Pointer(table, self.pointer, mul=self.amp)
self.filter = GrainFilter(self.s1, freq=self.ffr, q=self.fq, type=ftype)
self.out = SPan(self.filter.output, outs=nchnls, pan=self.pan)
class Module(BaseModule):
"""
"Stochastic granular synthesis based on a soundfile"
Description
This module implements a stochastic granular synthesis where grains
coe from a given soundfile. The user has control over the range of
every generation parameters and envelopes.
Sliders
# Pitch Offset :
Base transposition, in semitones, applied to every grain
# Pitch Range :
Range, in semitone, over which grain transpositions are chosen randomly
# Speed Range :
Range, in second, over which grain start times are chosen randomly
# Duration Range :
Range, in second, over which grain durations are chosen randomly
# Start Range :
Range, in seconds, over which grain starting poistions (in the file)
are chosen randomly
# Intensity Range :
Range, in dB, over which grain amplitudes are chosen randomly
# Filter Freq Range :
Range over which filter cutoff or center frequencies are chosen randomly
# Filter Q Range :
Range over which filter Qsare chosen
# Pan Range :
Range over which grain spatial positions are chosen randomly
# Density :
Density of active grains, expressed as percent of the total generated grains
# Global Seed :
Root of stochatic generators. If 0, a new value is chosen randomly each
time the performance starts. Otherwise, the same root is used every
performance, making the generated sequences the same every time.
Graph Only
# Overall Amplitude :
The amplitude curve applied on the total duration of the performance
# Grain Envelope :
Amplitude envelope of each grain
Popups & Toggles
# Pitch Scaling :
Controls the possible values (as chords or scales) of the pitch generation
# Pitch Algorithm :
Noise distribution used by the pitch generator
# Speed Algorithm :
Noise distribution used by the speed generator
# Duration Algorithm :
Noise distribution used by the duration generator
# Intensity Algorithm :
Noise distribution used by the intensity generator
# Filter Type :
Type of the grain's filter (None, Lowpass, Highpass, Bandpass, Bandstop)
# Max Num of Grains :
Regardless the speed generation and the duration of each grain, there will
never be more overlapped grains than this value. The more CPU power you have,
higher this value can be.
"""
def __init__(self):
BaseModule.__init__(self)
self.table = self.addFilein("snd")
self.table_dur = self.table.getDur()
self.setGlobalSeed(int(self.seed.get()))
self.num = int(self.numofvoices_value)
self.scaledict = {'Major':[0,4,7], 'Minor':[0,3,7], 'Seventh':[0,4,7,10], 'Minor 7':[0,3,7,10], 'Major 7':[0,4,7,11],
'Minor 7 b5':[0,3,6,10], 'Diminished':[0,3,6], 'Diminished 7':[0,3,6,9], 'Minor 9':[0,3,7,10,14],
'Major 9':[0,4,7,11,14], 'Ninth':[0,4,7,10,14], 'Minor 11':[0,3,7,10,14,17], 'Major 11':[0,4,7,11,14,18],
'Eleventh':[0,4,7,10,14,18], 'Major 13':[0,4,7,11,14,18,21], 'Thirteenth':[0,4,7,10,14,18,21],
'Serial':[0,1,2,3,4,5,6,7,8,9,10,11], 'Whole-tone': [0,2,4,6,8,10]}
self.speedgen = XnoiseDur(min=self.speed_rng[0], max=self.speed_rng[1])
self.new = Change(self.speedgen)
self.newpass = Percent(self.new, self.density)
self.count = VoiceManager(self.newpass)
self.pitfloat = TrigXnoise(self.newpass, mul=self.pitch[1]-self.pitch[0], add=self.pitch_off+self.pitch[0])
self.freq = MToT(self.pitfloat)
self.pitint = TrigXnoiseMidi(self.newpass, mrange=(0, 120), mul=0.007874015748031496)
self.pitch_range = self.pitch[1]-self.pitch[0]
self.scl = Snap(self.pitint*self.pitch_range+self.pitch[0]+self.pitch_off, choice=self.scaledict["Serial"], scale=2)
self.frtostack = Sig(self.freq)
self.mul_rng = DBToA(self.dbamp_rng)
self.stack = [GrainSnd(i, self.count, self.table, self.frtostack, self.start_rng, self.dur_rng, self.pan_rng,
self.ftype_index, self.ffreq_rng, self.fq_rng, self.mul_rng, self.grainenv, self.nchnls, self.table_dur) for i in range(self.num)]
self.stack_mix = Mix([gr.out for gr in self.stack], voices=self.nchnls)
self.out = Sig(self.stack_mix, mul=self.env)
self.count.setTriggers([obj.amp["trig"] for obj in self.stack])
self.speedalgo(self.speedalgo_index, self.speedalgo_value)
self.mulalgo(self.mulalgo_index, self.mulalgo_value)
self.duralgo(self.duralgo_index, self.duralgo_value)
self.pitalgo(self.pitalgo_index, self.pitalgo_value)
self.genmethod(self.genmethod_index, self.genmethod_value)
def assignX1X2(self, index, *args):
for arg in args:
arg.dist = index
if index in [4,5,6]:
arg.x1 = 8
elif index == 7:
arg.x1 = 2
elif index == 8:
arg.x1 = 0.5
arg.x2 = 3.2
elif index == 9:
arg.x1 = 0.5
arg.x2 = 1
elif index == 10:
arg.x1 = 3
arg.x2 = 2
elif index in [11,12]:
arg.x1 = 1
arg.x2 = .25
def speedalgo(self, index, value):
self.assignX1X2(index, self.speedgen)
def pitalgo(self, index, value):
self.assignX1X2(index, self.pitfloat, self.pitint)
def duralgo(self, index, value):
self.assignX1X2(index, *[obj.dur for obj in self.stack])
def mulalgo(self, index, value):
self.assignX1X2(index, *[obj.mul for obj in self.stack])
def genmethod(self, index, value):
if value == "All-over":
self.pitfloat.play()
self.freq.play()
self.frtostack.value = self.freq
self.pitint.stop()
self.scl.stop()
else:
self.scl.choice = self.scaledict[value]
self.pitint.play()
self.scl.play()
self.frtostack.value = self.scl
self.pitfloat.stop()
self.freq.stop()
def seed_up(self, value):
self.setGlobalSeed(int(value))
def ftype(self, index, value):
[obj.filter.setType(index) for obj in self.stack]
Interface = [ cfilein(name="snd", label="Audio"),
cgraph(name="env", label="Overall Amplitude", func=[(0,1),(1,1)], col="blue1"),
cgraph(name="grainenv", label="Grain Envelope", func=[(0,0),(.1,1),(.4,.8),(.7,.3),(1,0)], table=True, col="orange1"),
cslider(name="pitch_off", label="Pitch Offset", min=-12, max=12, init=0, rel="lin", res="int", unit="midi", col="red1"),
crange(name="pitch", label="Pitch Range", min=12, max=115, init=[48,72], rel="lin", unit="midi", col="red2"),
crange(name="speed_rng", label="Speed Range", min=0.0005, max=5, init=[.05, .25], rel="log", unit="sec", col="orange1"),
crange(name="dur_rng", label="Duration Range", min=0.001, max=10, init=[.25,2], rel="log", unit="sec", col="orange2"),
crange(name="start_rng", label="Start Range", min=0, max=1, init=[.1,.5], rel="lin", unit="%", col="purple1"),
crange(name="dbamp_rng", label="Intensity Range", min=-90, max=0, init=[-18,-6], rel="lin", unit="dB", col="blue2"),
crange(name="pan_rng", label="Pan Range", min=0, max=1, init=[0,1], rel="lin", unit="x", col="orange1"),
cslider(name="density", label="Density", min=0, max=100, init=100, rel="lin", unit="%", col="orange3"),
crange(name="ffreq_rng", label="Filter Freq Range", min=50, max=18000, init=[500, 5000], rel="log", unit="Hz", col="green1"),
crange(name="fq_rng", label="Filter Q Range", min=0.5, max=50, init=[1, 5], rel="log", unit="Q", col="green2"),
cslider(name="seed", label="Global seed", min=0, max=5000, init=0, rel="lin", res="int", unit="x", up=True),
cpopup(name="genmethod", label="Pitch Scaling", value=['All-over', 'Serial', 'Major', 'Minor', 'Seventh', 'Minor 7',
'Major 7', 'Minor 7 b5', 'Diminished', 'Diminished 7', 'Ninth', 'Major 9', 'Minor 9', 'Eleventh', 'Major 11',
'Minor 11', 'Thirteenth', 'Major 13', 'Whole-tone'], init="Major 11", col="red1"),
cpopup(name="pitalgo", label="Pitch Algorithm", value=['Uniform', 'Linear min', 'Linear max', 'Triangular',
'Expon min', 'Expon max', 'Bi-exponential', 'Cauchy', 'Weibull', 'Gaussian', 'Poisson', 'Walker', 'Loopseg'],
init="Uniform", col="red2"),
cpopup(name="speedalgo", label="Speed Algorithm", value=['Uniform', 'Linear min', 'Linear max', 'Triangular',
'Expon min', 'Expon max', 'Bi-exponential', 'Cauchy', 'Weibull', 'Gaussian', 'Poisson', 'Walker', 'Loopseg'],
init="Uniform", col="orange1"),
cpopup(name="duralgo", label="Duration Algorithm", value=['Uniform', 'Linear min', 'Linear max', 'Triangular',
'Expon min', 'Expon max', 'Bi-exponential', 'Cauchy', 'Weibull', 'Gaussian', 'Poisson', 'Walker', 'Loopseg'],
init="Uniform", col="orange2"),
cpopup(name="mulalgo", label="Intensity Algorithm", value=['Uniform', 'Linear min', 'Linear max', 'Triangular',
'Expon min', 'Expon max', 'Bi-exponential', 'Cauchy', 'Weibull', 'Gaussian', 'Poisson', 'Walker', 'Loopseg'],
init="Uniform", col="blue2"),
cpopup(name="ftype", label="Filter Type", value=['None', 'Lowpass', 'Highpass', 'Bandpass', 'Bandstop'], init="None", col="green1"),
cpopup(name="numofvoices", label="Max Num of Grains", value=['5','10','15','20','25','30','40','50','60'], init='10', rate="i")
]
cecilia/Resources/modules/Synthesis/Pulsar.c5 0000664 0001750 0001750 00000007304 15074672731 020335 0 ustar tvaz tvaz import random
class Module(BaseModule):
"""
"Pulsar synthesis module"
Description
This module implements the classic pulsar synthesis.
Sliders
# Base Frequency :
Base pitch of the synthesis
# Pulsar Width :
Amount of silence added to one period
# Detune Factor :
Amount of jitter applied to the pitch
# Detune Speed :
Speed of the jitter applied to the pitch
Graph Only
# Overall Amplitude :
The amplitude curve applied on the total duration of the performance
Popups & Toggles
# Wave Shape :
Shape used for the synthesis
# Custom Wave :
Define a custom wave shape by entering amplitude values
# Window Type :
Pulsar envelope
"""
def __init__(self):
BaseModule.__init__(self)
self.customtable = self.custom_value
self.wavetable = HarmTable(size=8192)
self.wind = WinTable(type=self.wtype_index, size=8192)
self.rnd1 = Randi(min=1-self.detune, max=1+self.detune, freq=self.detunesp)
self.rnd2 = Randi(min=1-self.detune, max=1+self.detune, freq=self.detunesp)
self.polyfreqs = self.polyphony_spread
self.ply1 = [self.bfreq*i*self.rnd1 for i in self.polyfreqs]
self.ply2 = [self.bfreq*i*self.rnd2 for i in self.polyfreqs]
self.ply3 = [self.bfreq*i for i in self.polyfreqs for j in range(self.nchnls)]
self.pfreqs = self.ply3+self.ply1+self.ply2
self.pul = Pulsar(self.wavetable, self.wind, freq=self.pfreqs, frac=self.width,
phase=0, interp=4, mul=0.1*self.polyphony_scaling*self.env)
self.out = Mix(self.pul, voices=self.nchnls)
#INIT
self.wavedict = {'Sine':[1], 'Sawtooth':[1, 0.5, 0.333, 0.25, 0.2, 0.167, 0.143, 0.111, 0.1], 'Square':[1, 0, 0.333, 0, 0.2, 0, 0.143, 0, 0.111],
'Complex1':[1, 0, 0, 0, 0.3, 0, 0, 0, 0.2, 0, 0, 0.05], 'Complex2':[1, 0, 0, 0.3, 0, 0, 0.2, 0, 0, 0, 0, 0.1, 0, 0, 0.05, 0, 0, 0.02],
'Complex3':[1, 0, 0, 0.2, 0, 0.1, 0, 0, 0, 0.3, 0, 0.1, 0, 0, 0.05, 0, 0, 0.1, 0, 0.05, 0, 0, 0, 0.05, 0, 0, 0.02],
'Custom':self.customtable}
self.shape(self.shape_index, self.shape_value)
def shape(self, index, value):
self.wavetable.replace(self.wavedict[value])
def custom(self, value):
self.wavedict['Custom'] = value
def wtype(self, index, value):
self.wind.type = index
Interface = [ cgraph(name="env", label="Overall Amplitude", func=[(0,1),(1,1)], col="blue"),
cslider(name="bfreq", label="Base Frequency", min=0.1, max=1000, init=100, rel="log", unit="Hz", col="blue"),
cslider(name="width", label="Pulsar Width", min=0.01, max=1, init=0.5, rel="lin", unit="x", col="green4"),
cslider(name="detune", label="Detune Factor", min=0.0001, max=0.999, init=0.005, rel="log", unit="x", col="red"),
cslider(name="detunesp", label="Detune Speed", min=0.0001, max=100, init=0.3, rel="log", unit="Hz", col="red"),
cpopup(name="wtype", label="Window Type", init="Tuckey", col="orange4", value=["Rectangular", "Hamming", "Hanning",
"Bartlett", "Blackman 3", "Blackman 4", "Blackman 7", "Tuckey", "Sine"]),
cpopup(name="shape", label="Wave Shape", init="Sine", col="green", value=["Sine","Sawtooth","Square","Complex1", "Complex2", "Complex3", "Custom"]),
cgen(name="custom", label="Custom Wave", init=[1,0,0.5,0.3,0,0,0.2,0,0.1,0,0.09,0,0.05], popup=("shape", 6), col="green2"),
cpoly()
]
cecilia/Resources/modules/Synthesis/StochGrains.c5 0000664 0001750 0001750 00000046166 15074672731 021324 0 ustar tvaz tvaz GRAIN_SAWTOOTH_WAVEFORM = SawTable(20)
GRAIN_SQUARE_WAVEFORM = SquareTable(30)
GRAIN_SINC_WAVEFORM = SincTable(freq=3.14159*16, windowed=True)
GRAIN_PULSAR_WAVEFORM = SincTable(freq=3.14159*4, windowed=True)
GRAIN_ENVELOPE_WAVEFORM = HannTable()
GRAIN_SINE_WAVEFORM = HarmTable([1,0,0,.1,0,.3,0,0,.2,0,0,.1,0,0,.15,0,.1,0,0,.2,0,.1,0,0,.1,0,0,.07,0,.05])
class Grain:
def __init__(self, order, count, freq, det, bri, dur, pan, ffr, fq, mul, env, brienv):
self.trig = Select(count, order)
self.freq = SampHold(freq, self.trig, 1.0)
self.dur = TrigXnoise(self.trig, mul=dur[1]-dur[0], add=dur[0])
self.det = TrigRand(self.trig, det[0], det[1])
self.bri = TrigRand(self.trig, bri[0], bri[1])
self.pan = TrigRand(self.trig, pan[0], pan[1])
self.ffr = TrigRand(self.trig, ffr[0], ffr[1])
self.fq = TrigRand(self.trig, fq[0], fq[1])
self.mul = TrigXnoise(self.trig, mul=mul[1]-mul[0], add=mul[0])
self.amp = TrigEnv(self.trig, env, self.dur, mul=self.mul*.25)
def stop(self):
for obj in self.__dict__.values():
obj.stop()
return self
def play(self):
for obj in self.__dict__.values():
obj.play()
return self
class GrainFilter:
def __init__(self, input, freq, q, type):
self.filter = Biquad(input, freq, q, self.clipTypeToFilter(type))
self.output = Interp(input, self.filter, interp=self.clipTypeToInterp(type))
def stop(self):
self.filter.stop()
self.output.stop()
def play(self):
self.filter.play()
self.output.play()
def setType(self, x):
self.filter.type = self.clipTypeToFilter(x)
self.output.interp = self.clipTypeToInterp(x)
def clipTypeToFilter(self, x):
x = x - 1
if x < 0:
return 0
return x
def clipTypeToInterp(self, x):
if x > 0:
return 1
return 0
class GrainFM(Grain):
def __init__(self, order, count, freq, det, bri, dur, pan, ftype, ffr, fq, mul, env, brienv, nchnls):
Grain.__init__(self, order, count, freq, det, bri, dur, pan, ffr, fq, mul, env, brienv)
self.ind = TrigEnv(self.trig, brienv, self.dur, mul=self.bri*20)
self.s1 = FM(carrier=self.freq, ratio=self.det*.4+1, index=self.ind, mul=self.amp)
self.filter = GrainFilter(self.s1, freq=self.ffr, q=self.fq, type=ftype)
self.out = SPan(self.filter.output, outs=nchnls, pan=self.pan)
class GrainSL(Grain):
def __init__(self, order, count, freq, det, bri, dur, pan, ftype, ffr, fq, mul, env, brienv, nchnls):
Grain.__init__(self, order, count, freq, det, bri, dur, pan, ffr, fq, mul, env, brienv)
self.feed = TrigEnv(self.trig, brienv, self.dur, mul=self.bri*.3)
self.s1 = SineLoop(self.freq, feedback=self.feed, mul=self.amp)
self.detune = self.det * .3 + 1
self.s2 = SineLoop(self.freq*self.detune, feedback=self.feed, mul=self.amp)
self.filter = GrainFilter(self.s1+self.s2, freq=self.ffr, q=self.fq, type=ftype)
self.out = SPan(self.filter.output, outs=nchnls, pan=self.pan)
class GrainBlit(Grain):
def __init__(self, order, count, freq, det, bri, dur, pan, ftype, ffr, fq, mul, env, brienv, nchnls):
Grain.__init__(self, order, count, freq, det, bri, dur, pan, ffr, fq, mul, env, brienv)
self.cutoff = TrigEnv(self.trig, brienv, self.dur, mul=self.bri*10000, add=100)
self.s1 = Osc(GRAIN_SINC_WAVEFORM, self.freq, mul=self.amp)
self.detune = self.det * .3 + 1
self.s2 = Osc(GRAIN_SINC_WAVEFORM, self.freq*self.detune, mul=self.amp)
self.filt = Tone(self.s1+self.s2, self.cutoff, mul=4)
self.filter = GrainFilter(self.filt, freq=self.ffr, q=self.fq, type=ftype)
self.out = SPan(self.filter.output, outs=nchnls, pan=self.pan)
class GrainCrossFM(Grain):
def __init__(self, order, count, freq, det, bri, dur, pan, ftype, ffr, fq, mul, env, brienv, nchnls):
Grain.__init__(self, order, count, freq, det, bri, dur, pan, ffr, fq, mul, env, brienv)
self.ind = TrigEnv(self.trig, brienv, self.dur, mul=self.bri*4)
self.s1 = CrossFM(carrier=self.freq, ratio=self.det*.4+1, ind1=4, ind2=self.ind, mul=self.amp)
self.filter = GrainFilter(self.s1, freq=self.ffr, q=self.fq, type=ftype)
self.out = SPan(self.filter.output, outs=nchnls, pan=self.pan)
class GrainSaw(Grain):
def __init__(self, order, count, freq, det, bri, dur, pan, ftype, ffr, fq, mul, env, brienv, nchnls):
Grain.__init__(self, order, count, freq, det, bri, dur, pan, ffr, fq, mul, env, brienv)
self.cutoff = TrigEnv(self.trig, brienv, self.dur, mul=self.bri*10000, add=100)
self.s1 = Osc(GRAIN_SAWTOOTH_WAVEFORM, self.freq, mul=self.amp)
self.detune = self.det * .3 + 1
self.s2 = Osc(GRAIN_SAWTOOTH_WAVEFORM, self.freq*self.detune, mul=self.amp)
self.filt = Tone(self.s1+self.s2, self.cutoff, mul=.7)
self.filter = GrainFilter(self.filt, freq=self.ffr, q=self.fq, type=ftype)
self.out = SPan(self.filter.output, outs=nchnls, pan=self.pan)
class GrainSquare(Grain):
def __init__(self, order, count, freq, det, bri, dur, pan, ftype, ffr, fq, mul, env, brienv, nchnls):
Grain.__init__(self, order, count, freq, det, bri, dur, pan, ffr, fq, mul, env, brienv)
self.cutoff = TrigEnv(self.trig, brienv, self.dur, mul=self.bri*10000, add=100)
self.s1 = Osc(GRAIN_SQUARE_WAVEFORM, self.freq, mul=self.amp)
self.detune = self.det * .3 + 1
self.s2 = Osc(GRAIN_SQUARE_WAVEFORM, self.freq*self.detune, mul=self.amp)
self.filt = Tone(self.s1+self.s2, self.cutoff, mul=.7)
self.filter = GrainFilter(self.filt, freq=self.ffr, q=self.fq, type=ftype)
self.out = SPan(self.filter.output, outs=nchnls, pan=self.pan)
class GrainPulsar(Grain):
def __init__(self, order, count, freq, det, bri, dur, pan, ftype, ffr, fq, mul, env, brienv, nchnls):
Grain.__init__(self, order, count, freq, det, bri, dur, pan, ffr, fq, mul, env, brienv)
self.frac = TrigEnv(self.trig, brienv, self.dur, mul=self.bri)
self.scl_frac = Scale(self.frac, 0, 1, 1, 0.05)
self.s1 = Pulsar(GRAIN_PULSAR_WAVEFORM, env=GRAIN_ENVELOPE_WAVEFORM, freq=self.freq, frac=self.scl_frac, mul=self.amp)
self.detune = self.det * .3 + 1
self.s2 = Pulsar(GRAIN_PULSAR_WAVEFORM, env=GRAIN_ENVELOPE_WAVEFORM, freq=self.freq*self.detune, frac=self.scl_frac, mul=self.amp)
self.filter = GrainFilter(self.s1+self.s2, freq=self.ffr, q=self.fq, type=ftype)
self.out = SPan(self.filter.output, outs=nchnls, pan=self.pan)
class GrainAddSynth(Grain):
def __init__(self, order, count, freq, det, bri, dur, pan, ftype, ffr, fq, mul, env, brienv, nchnls):
Grain.__init__(self, order, count, freq, det, bri, dur, pan, ffr, fq, mul, env, brienv)
self.cutoff = TrigEnv(self.trig, brienv, self.dur, mul=self.bri*10000, add=100)
self.s1 = OscBank(GRAIN_SINE_WAVEFORM, freq=self.freq, spread=self.det*.25, slope=1, num=8, fjit=True, mul=self.amp)
self.s2 = Tone(self.s1, self.cutoff, mul=4)
self.filter = GrainFilter(self.s2, freq=self.ffr, q=self.fq, type=ftype)
self.out = SPan(self.filter.output, outs=nchnls, pan=self.pan)
class Module(BaseModule):
"""
"Stochastic granular synthesis with different instrument tone qualities"
Description
This module implements a stochastic granular synthesis. Different synthesis
engine are available and the user has control over the range of every
generation parameters and envelopes.
Sliders
# Pitch Offset :
Base transposition, in semitones, applied to every grain
# Pitch Range :
Range, in semitone, over which grain pitches are chosen randomly
# Speed Range :
Range, in second, over which grain start times are chosen randomly
# Duration Range :
Range, in second, over which grain durations are chosen randomly
# Brightness Range :
Range over which grain brightness factors (high frequency power)
are chosen randomly
# Detune Range :
Range over which grain detune factors (frequency deviation between
voices) are chosen randomly
# Intensity Range :
Range, in dB, over which grain amplitudes are chosen randomly
# Pan Range :
Range over which grain spatial positions are chosen randomly
# Filter Freq Range :
Range over which filter cutoff or center frequencies are chosen randomly
# Filter Q Range :
Range over which filter Qsare chosen
# Density :
Density of active grains, expressed as percent of the total generated grains
# Global Seed :
Root of stochatic generators. If 0, a new value is chosen randomly each
time the performance starts. Otherwise, the same root is used every
performance, making the generated sequences the same every time.
Graph Only
# Overall Amplitude :
The amplitude curve applied on the total duration of the performance
# Grain Envelope :
Amplitude envelope of each grain
# Brightness Envelope :
Brightness (high frequency power) envelope of each grain
Popups & Toggles
# Synth Type :
Choose between the different synthesis engines
# Pitch Scaling :
Controls the possible values (as chords or scales) of the pitch generation
# Pitch Algorithm :
Noise distribution used by the pitch generator
# Speed Algorithm :
Noise distribution used by the speed generator
# Duration Algorithm :
Noise distribution used by the duration generator
# Intensity Algorithm :
Noise distribution used by the intensity generator
# Filter Type :
Type of the grain's filter (None, Lowpass, Highpass, Bandpass, Bandstop)
# Max Num of Grains :
Regardless the speed generation and the duration of each grain, there will
never be more overlapped grains than this value. The more CPU power you have,
higher this value can be.
"""
def __init__(self):
BaseModule.__init__(self)
self.setGlobalSeed(int(self.seed.get()))
self.num = int(self.numofvoices_value)
self.current_synth = self.synth_value
self.scaledict = {'Major':[0,4,7], 'Minor':[0,3,7], 'Seventh':[0,4,7,10], 'Minor 7':[0,3,7,10], 'Major 7':[0,4,7,11],
'Minor 7 b5':[0,3,6,10], 'Diminished':[0,3,6], 'Diminished 7':[0,3,6,9], 'Minor 9':[0,3,7,10,14],
'Major 9':[0,4,7,11,14], 'Ninth':[0,4,7,10,14], 'Minor 11':[0,3,7,10,14,17], 'Major 11':[0,4,7,11,14,18],
'Eleventh':[0,4,7,10,14,18], 'Major 13':[0,4,7,11,14,18,21], 'Thirteenth':[0,4,7,10,14,18,21],
'Serial':[0,1,2,3,4,5,6,7,8,9,10,11], 'Whole-tone': [0,2,4,6,8,10]}
self.stack_dict = {"FM": GrainFM, "Looped Sine": GrainSL, "Impulse train": GrainBlit, "AddSynth": GrainAddSynth,
"CrossFM": GrainCrossFM, "Sawtooth": GrainSaw, "Square": GrainSquare, "Pulsar": GrainPulsar}
self.speedgen = XnoiseDur(min=self.speed_rng[0], max=self.speed_rng[1])
self.new = Change(self.speedgen)
self.newpass = Percent(self.new, self.density)
self.count = VoiceManager(self.newpass)
self.pitfloat = TrigXnoise(self.newpass, mul=self.pitch[1]-self.pitch[0], add=self.pitch_off+self.pitch[0])
self.freq = MToF(self.pitfloat)
self.pitint = TrigXnoiseMidi(self.newpass, mul=0.007874015748031496)
self.pitch_range = self.pitch[1]-self.pitch[0]
self.scl = Snap(self.pitint*self.pitch_range+self.pitch[0]+self.pitch_off, choice=self.scaledict["Serial"], scale=1)
self.frtostack = Sig(self.freq)
self.mul_rng = DBToA(self.dbamp_rng)
self.det_rng = Sig(self.detune_rng, mul=0.01)
for key in self.stack_dict.keys():
stack = [self.stack_dict[key](i, self.count, self.frtostack, self.det_rng, self.bright_rng, self.dur_rng,
self.pan_rng, self.ftype_index, self.ffreq_rng, self.fq_rng, self.mul_rng, self.grainenv, self.brightenv, self.nchnls).stop() for i in range(self.num)]
stack_mix = Mix([gr.out for gr in stack], voices=self.nchnls).stop()
self.stack_dict[key] = [stack, stack_mix]
self.count.setTriggers([obj.amp["trig"] for obj in self.stack_dict[self.current_synth][0]])
[obj.play() for obj in self.stack_dict[self.current_synth][0]]
self.stack_dict[self.current_synth][1].play()
self.out = Sig(self.stack_dict[self.current_synth][1], mul=self.env)
self.speedalgo(self.speedalgo_index, self.speedalgo_value)
self.mulalgo(self.mulalgo_index, self.mulalgo_value)
self.duralgo(self.duralgo_index, self.duralgo_value)
self.pitalgo(self.pitalgo_index, self.pitalgo_value)
self.genmethod(self.genmethod_index, self.genmethod_value)
def synth(self, index, value):
[obj.stop() for obj in self.stack_dict[self.current_synth][0]]
[obj.play() for obj in self.stack_dict[value][0]]
self.stack_dict[value][1].play()
self.out.value = self.stack_dict[value][1]
self.current_synth = value
self.count.setTriggers([obj.amp["trig"] for obj in self.stack_dict[self.current_synth][0]])
def assignX1X2(self, index, *args):
for arg in args:
arg.dist = index
if index in [4,5,6]:
arg.x1 = 8
elif index == 7:
arg.x1 = 2
elif index == 8:
arg.x1 = 0.5
arg.x2 = 3.2
elif index == 9:
arg.x1 = 0.5
arg.x2 = 1
elif index == 10:
arg.x1 = 3
arg.x2 = 2
elif index in [11,12]:
arg.x1 = 1
arg.x2 = .25
def speedalgo(self, index, value):
self.assignX1X2(index, self.speedgen)
def pitalgo(self, index, value):
self.assignX1X2(index, self.pitfloat, self.pitint)
def duralgo(self, index, value):
for key in self.stack_dict.keys():
self.assignX1X2(index, *[obj.dur for obj in self.stack_dict[key][0]])
def mulalgo(self, index, value):
for key in self.stack_dict.keys():
self.assignX1X2(index, *[obj.mul for obj in self.stack_dict[key][0]])
def genmethod(self, index, value):
if value == "All-over":
self.pitfloat.play()
self.freq.play()
self.frtostack.value = self.freq
self.pitint.stop()
self.scl.stop()
else:
self.scl.choice = self.scaledict[value]
self.pitint.play()
self.scl.play()
self.frtostack.value = self.scl
self.pitfloat.stop()
self.freq.stop()
def seed_up(self, value):
self.setGlobalSeed(int(value))
def ftype(self, index, value):
for key in self.stack_dict.keys():
[obj.filter.setType(index) for obj in self.stack_dict[key][0]]
Interface = [ cgraph(name="env", label="Overall Amplitude", func=[(0,1),(1,1)], col="blue"),
cgraph(name="grainenv", label="Grain Envelope", func=[(0,0),(.01,1),(.2,.4),(.5,.3),(1,0)], table=True, col="orange"),
cgraph(name="brightenv", label="Brightness Envelope", func=[(0,1),(.2,.2),(1,0)], table=True, col="orange4"),
cslider(name="pitch_off", label="Pitch Offset", min=-12, max=12, init=0, rel="lin", res="int", unit="midi", col="red"),
crange(name="pitch", label="Pitch Range", min=12, max=115, init=[48,84], rel="lin", unit="midi", col="red4"),
crange(name="speed_rng", label="Speed Range", min=.005, max=5, init=[.05, .25], rel="log", unit="sec", col="orange"),
crange(name="dur_rng", label="Duration Range", min=.005, max=20, init=[.5,5], rel="log", unit="sec", col="orange2"),
crange(name="bright_rng", label="Brightness Range", min=0, max=1, init=[0,.1], rel="lin", unit="x", col="blue2"),
crange(name="detune_rng", label="Detune Range", min=0.01, max=100, init=[0.01, 0.05], rel="log", unit="x", col="blue3"),
crange(name="dbamp_rng", label="Intensity Range", min=-90, max=0, init=[-18,-6], rel="lin", unit="dB", col="purple4"),
crange(name="pan_rng", label="Pan Range", min=0, max=1, init=[0,1], rel="lin", unit="x", col="purple1"),
crange(name="ffreq_rng", label="Filter Freq Range", min=50, max=18000, init=[500, 5000], rel="log", unit="Hz", col="green1"),
crange(name="fq_rng", label="Filter Q Range", min=0.5, max=50, init=[1, 5], rel="log", unit="Q", col="green2"),
cslider(name="density", label="Density", min=0, max=100, init=100, rel="lin", unit="%", col="orange"),
cslider(name="seed", label="Global seed", min=0, max=5000, init=0, rel="lin", res="int", unit="x", up=True),
cpopup(name="synth", label="Synth Type", value=['FM', 'Looped Sine', 'Impulse train', 'CrossFM', 'Sawtooth',
'Square', 'Pulsar', 'AddSynth'], init="FM", col="blue1"),
cpopup(name="genmethod", label="Pitch Scaling", value=['All-over', 'Serial', 'Major', 'Minor', 'Seventh', 'Minor 7',
'Major 7', 'Minor 7 b5', 'Diminished', 'Diminished 7', 'Ninth', 'Major 9', 'Minor 9', 'Eleventh', 'Major 11',
'Minor 11', 'Thirteenth', 'Major 13', 'Whole-tone'], init="Major 11", col="red"),
cpopup(name="pitalgo", label="Pitch Algorithm", value=['Uniform', 'Linear min', 'Linear max', 'Triangular',
'Expon min', 'Expon max', 'Bi-exponential', 'Cauchy', 'Weibull', 'Gaussian', 'Poisson', 'Walker', 'Loopseg'],
init="Uniform", col="red4"),
cpopup(name="speedalgo", label="Speed Algorithm", value=['Uniform', 'Linear min', 'Linear max', 'Triangular',
'Expon min', 'Expon max', 'Bi-exponential', 'Cauchy', 'Weibull', 'Gaussian', 'Poisson', 'Walker', 'Loopseg'],
init="Uniform", col="orange"),
cpopup(name="duralgo", label="Duration Algorithm", value=['Uniform', 'Linear min', 'Linear max', 'Triangular',
'Expon min', 'Expon max', 'Bi-exponential', 'Cauchy', 'Weibull', 'Gaussian', 'Poisson', 'Walker', 'Loopseg'],
init="Uniform", col="orange2"),
cpopup(name="mulalgo", label="Intensity Algorithm", value=['Uniform', 'Linear min', 'Linear max', 'Triangular',
'Expon min', 'Expon max', 'Bi-exponential', 'Cauchy', 'Weibull', 'Gaussian', 'Poisson', 'Walker', 'Loopseg'],
init="Uniform", col="purple4"),
cpopup(name="ftype", label="Filter Type", value=['None', 'Lowpass', 'Highpass', 'Bandpass', 'Bandstop'], init="None", col="green1"),
cpopup(name="numofvoices", label="Max Num of Grains", value=['5','10','15','20','25','30','40','50','60'], init='10', rate="i")
]
cecilia/Resources/modules/Synthesis/AdditiveSynth.c5 0000664 0001750 0001750 00000010362 15074672731 021644 0 ustar tvaz tvaz import random
class Module(BaseModule):
"""
"Additive synthesis module"
Description
An all featured additive synthesis module.
Sliders
# Base Frequency :
Base pitch of the synthesis
# Partials Spread :
Distance between partials
# Partials Freq Rand Amp :
Amplitude of the jitter applied on the partials pitch
# Partials Freq Rand Speed :
Frequency of the jitter applied on the partials pitch
# Partials Amp Rand Amp :
Amplitude of the jitter applied on the partials amplitude
# Partials Amp Rand Speed :
Frequency of the jitter applied on the partials amplitude
# Amplitude Factor :
Spread of amplitude between partials
# Chorus Depth :
Amplitude of the chorus
# Chorus Feedback :
Amount of chorused signal fed back to the chorus
# Chorus Dry / Wet :
Mix between the original synthesis and the chorused signal
Graph Only
# Overall Amplitude :
The amplitude curve applied on the total duration of the performance
Popups & Toggles
# Num of Partials :
Number of partials present
# Wave Shape :
Shape used for the synthesis
# Custom Wave :
Define a custom wave shape by entering amplitude values
"""
def __init__(self):
BaseModule.__init__(self)
self.customtable = self.custom_value
self.wavetable = HarmTable(size=8192)
self.polyfreqs = self.polyphony_spread
self.ply = [i*self.freq for i in self.polyfreqs for j in range(self.nchnls)]
self.out = OscBank(table=self.wavetable, freq=self.ply, spread=self.spread, slope=self.ampfactor,
fjit=True, frndf=self.rndampspeedf, frnda=self.rndampf, arndf=self.rndampspeed,
arnda=self.rndamp, num=int(self.num_value), mul=self.polyphony_scaling*self.env)
#INIT
self.wavedict = {'Sine':[1], 'Sawtooth':[1, 0.5, 0.333, 0.25, 0.2, 0.167, 0.143, 0.111, 0.1], 'Square':[1, 0, 0.333, 0, 0.2, 0, 0.143, 0, 0.111],
'Complex1':[1, 0, 0, 0, 0.3, 0, 0, 0, 0.2, 0, 0, 0.05], 'Complex2':[1, 0, 0, 0.3, 0, 0, 0.2, 0, 0, 0, 0, 0.1, 0, 0, 0.05, 0, 0, 0.02],
'Complex3':[1, 0, 0, 0.2, 0, 0.1, 0, 0, 0, 0.3, 0, 0.1, 0, 0, 0.05, 0, 0, 0.1, 0, 0.05, 0, 0, 0, 0.05, 0, 0, 0.02],
'Custom':self.customtable}
self.shape(self.shape_index, self.shape_value)
def shape(self, index, value):
self.wavetable.replace(self.wavedict[value])
def custom(self, value):
self.wavedict['Custom'] = value
Interface = [ cgraph(name="env", label="Overall Amplitude", func=[(0,1),(1,1)], col="blue"),
cslider(name="freq", label="Base Frequency", min=10, max=10000, init=150, rel="log", unit="Hz", col="blue"),
cslider(name="spread", label="Partials Spread", min=0.0001, max=4, init=0.003, rel="log", unit="x", col="red3"),
cslider(name="rndampspeedf", label=" Freq Rand Speed", min=0.0001, max=100, init=1, rel="log", unit="Hz", col="blue3",half=True),
cslider(name="rndampspeed", label=" Amp Rand Speed", min=0.0001, max=20, init=1, rel="log", unit="Hz", col="green3",half=True),
cslider(name="rndampf", label=" Freq Rand Amp", min=0.0001, max=1, init=0.02, rel="log", unit="x", col="blue3",half=True),
cslider(name="rndamp", label=" Amp Rand Amp", min=0.0001, max=1, init=0.01, rel="log", unit="x", col="green3",half=True),
cslider(name="ampfactor", label="Amplitude Factor", min=0.5, max=1, init=0.85, rel="lin", unit="x", col="green"),
cpopup(name="num", label="Num of Partials", init="20", col="grey", rate="i", value=["5","10","20","40","80","160","320","640"]),
cpopup(name="shape", label="Wave Shape", init="Square", col="green", value=["Sine","Sawtooth","Square","Complex1", "Complex2", "Complex3", "Custom"]),
cgen(name="custom", label="Custom Wave", init=[1,0,0.5,0.3,0,0,0.2,0,0.1,0,0.09,0,0.05], popup=("shape", 6), col="green2"),
cpoly()
]
cecilia/Resources/modules/Resonators&Verbs/ 0000775 0001750 0001750 00000000000 15074672731 020050 5 ustar tvaz tvaz cecilia/Resources/modules/Resonators&Verbs/MatrixReverb.c5 0000664 0001750 0001750 00000043334 15074672731 022722 0 ustar tvaz tvaz from math import sqrt, exp, e
from random import sample
def clipint(value, maxi):
if value < 0:
value = 0
elif value >= maxi:
value = maxi - 1
return value
def primes(mini=512, maxi=8192):
ps, pp = [2, 3], 3
while pp < maxi:
pp += 2
test = True
sqrtpp = sqrt(pp)
for a in ps:
if a > sqrtpp:
break
if pp % a == 0:
test = False
break
if test:
ps.append(pp)
return [x for x in ps if x > mini]
def linmin(values, num):
l = len(values)
step = l // num
v = []
for i in range(num):
index = clipint(step * i, l)
v.append(values[index])
return v
def linmax(values, num):
l = len(values)
step = l // num
last = l - 1
v = []
for i in range(num):
index = clipint(last - step * i, l)
v.append(values[index])
return v
def expmin(values, num):
l = len(values)
v = []
for i in range(num):
index = int((exp(i / num) - 1.0) / (e - 1.0) * l)
index = clipint(index, l)
v.append(values[index])
return v
def expmax(values, num):
l = len(values)
last = l - 1
v = []
for i in range(num):
index = last - int((exp(i / num) - 1.0) / (e - 1.0) * l)
index = clipint(index, l)
v.append(values[index])
return v
def powmin(values, num):
l = len(values)
v = []
for i in range(num):
index = int((pow(10.0, i / num) - 1.0) / 9.0 * l)
index = clipint(index, l)
v.append(values[index])
return v
def powmax(values, num):
l = len(values)
last = l - 1
v = []
for i in range(num):
index = last - int((pow(10.0, i / num) - 1.0) / 9.0 * l)
index = clipint(index, l)
v.append(values[index])
return v
def sqrtmin(values, num):
l = len(values)
step = 1.0 / num
v = []
for i in range(num):
index = int(sqrt(step*i) * l)
index = clipint(index, l)
v.append(values[index])
return v
def sqrtmax(values, num):
l = len(values)
step = 1.0 / num
last = l - 1
v = []
for i in range(num):
index = last - int(sqrt(step*i) * l)
index = clipint(index, l)
v.append(values[index])
return v
def rand(values, num):
return sample(values, num)
def get_spacing_algorithm(algoname):
dict = {"linmin": linmin, "linmax": linmax, "expmin": expmin,
"expmax": expmax, "sqrtmin": sqrtmin, "sqrtmax": sqrtmax,
"powmin": powmin, "powmax": powmax, "rand": rand}
if algoname in dict.keys():
return dict[algoname]
else:
return dict["linmin"]
class ERotate:
def __init__(self, in1, in2, delay=0):
self.in1, self.in2 = in1, in2
self.re = (self.in1 + self.in2) * 0.7071
self.im = SDelay(self.in1-self.in2, delay=delay, mul=0.7071)
def setDelay(self, x):
self.im.delay = x
class Rotate2:
def __init__(self, input):
self.sig = [input[0] + input[1], input[0] - input[1]]
class Rotate4:
def __init__(self, input):
self.h1, self.h2 = Rotate2(input[:2]), Rotate2(input[2:])
self.r1, self.i1 = self.h1.sig[0] + self.h2.sig[0], self.h1.sig[0] - self.h2.sig[0]
self.r2, self.i2 = self.h1.sig[1] + self.h2.sig[1], self.h1.sig[1] - self.h2.sig[1]
self.sig = [self.r1, self.r2, self.i1, self.i2]
class Rotate8:
def __init__(self, input):
self.h1, self.h2 = Rotate4(input[:4]), Rotate4(input[4:])
self.r1, self.i1 = self.h1.sig[0] + self.h2.sig[0], self.h1.sig[0] - self.h2.sig[0]
self.r2, self.i2 = self.h1.sig[1] + self.h2.sig[1], self.h1.sig[1] - self.h2.sig[1]
self.r3, self.i3 = self.h1.sig[2] + self.h2.sig[2], self.h1.sig[2] - self.h2.sig[2]
self.r4, self.i4 = self.h1.sig[3] + self.h2.sig[3], self.h1.sig[3] - self.h2.sig[3]
self.sig = [self.r1, self.r2, self.r3, self.r4, self.i1, self.i2, self.i3, self.i4]
class Rotate16:
def __init__(self, input):
self.h1, self.h2 = Rotate8(input[:8]), Rotate8(input[8:])
self.r1, self.i1 = self.h1.sig[0] + self.h2.sig[0], self.h1.sig[0] - self.h2.sig[0]
self.r2, self.i2 = self.h1.sig[1] + self.h2.sig[1], self.h1.sig[1] - self.h2.sig[1]
self.r3, self.i3 = self.h1.sig[2] + self.h2.sig[2], self.h1.sig[2] - self.h2.sig[2]
self.r4, self.i4 = self.h1.sig[3] + self.h2.sig[3], self.h1.sig[3] - self.h2.sig[3]
self.r5, self.i5 = self.h1.sig[4] + self.h2.sig[4], self.h1.sig[4] - self.h2.sig[4]
self.r6, self.i6 = self.h1.sig[5] + self.h2.sig[5], self.h1.sig[5] - self.h2.sig[5]
self.r7, self.i7 = self.h1.sig[6] + self.h2.sig[6], self.h1.sig[6] - self.h2.sig[6]
self.r8, self.i8 = self.h1.sig[7] + self.h2.sig[7], self.h1.sig[7] - self.h2.sig[7]
self.sig = [self.r1, self.r2, self.r3, self.r4, self.r5, self.r6, self.r7, self.r8,
self.i1, self.i2, self.i3, self.i4, self.i5, self.i6, self.i7, self.i8]
class LoP:
def __init__(self, input, freq, damp, which, order=2):
self._which = which
if order not in [1, 2, 4]:
order = 2
if which < 4:
self.lp = {1: Tone, 2: ButLP, 4: MoogLP}[order](input, freq)
self.sig = Sig(self.lp - input, mul=damp, add=input)
else:
self.sig = input
def setFreq(self, x):
if self._which < 4:
self.lp.freq = x
def setDamp(self, x):
if self._which < 4:
self.sig.mul = x
class MatrixVerb(PyoObject):
def __init__(self, input, liveness=0.7, depth=0.7, crossover=3500,
highdamp=0.75, balance=0.25, numechoes=8, quality=4,
filtorder=2, echoesrange=[0.03, 0.08], echoesmode="linmin",
matrixrange=[0.05, 0.15], matrixmode="linmin", mul=1, add=0):
PyoObject.__init__(self, mul, add)
# Raw arguments so that we can retrieve them with the attribute syntax.
self._input = input
self._liveness = liveness # reverb time.
self._depth = depth # balance early reflexions / reverb tail.
self._crossover = crossover # lowpass cutoff frequency.
self._highdamp = highdamp # high frequencies damping.
self._balance = balance # balance dry / wet.
# Get current sampling rate.
sampleRate = Sig(0).getSamplingRate()
# Normalization gain and number of delays for the rotating matrix.
if quality < 1: quality = 1
elif quality > 4: quality = 4
num_delays = 2 ** quality
# Compensation for the 4-order lowpass filter at high cutoff frequency.
if filtorder == 4:
gain = pow(10, -4.01 * quality * 0.05)
else:
gain = pow(10, -3.01 * quality * 0.05)
# Computes early reflections delay times (ensure there is enough
# prime numbers to satisfy numechoes).
er_primes = primes(int(echoesrange[0] * sampleRate),
int(echoesrange[1] * sampleRate))
extend = 0.005
while len(er_primes) < numechoes:
er_primes = primes(int(echoesrange[0] * sampleRate),
int((echoesrange[1] + extend) * sampleRate))
extend += 0.005
samps = get_spacing_algorithm(echoesmode)(er_primes, numechoes)
self._er_delays = [x / sampleRate for x in samps]
# Computes delay line lengths (ensure there is enough prime numbers
# to satisfy num_delays).
dl_primes = primes(int(matrixrange[0] * sampleRate),
int(matrixrange[1] * sampleRate))
extend = 0.005
while len(dl_primes) < num_delays:
dl_primes = primes(int(matrixrange[0] * sampleRate),
int((matrixrange[1] + extend) * sampleRate))
extend += 0.005
samps = get_spacing_algorithm(matrixmode)(dl_primes, num_delays)
self._delays = [x / sampleRate for x in samps]
# Feedback based on liveness parameter and number of stages.
self._feedback = Sig(liveness)
self._clippedfeed = Clip(self._feedback, min=0, max=1, mul=gain)
# Input crossfader and pre-lowpass filtering.
self._in_fader = InputFader(input)
self._prefilter = Tone(Denorm(self._in_fader.mix(1)), self._crossover)
# Early reflexions as a sequence of ERotate objects.
self._earlyrefs = [ERotate(self._prefilter, Sig(0), self._er_delays.pop(0))]
for t in self._er_delays:
self._earlyrefs.append(ERotate(self._earlyrefs[-1].re, self._earlyrefs[-1].im, t))
# First "buffersize" delay lines input signal (will be replaced by the matrix outputs).
self._matrixin = [self._earlyrefs[-1].re, self._earlyrefs[-1].im]
self._matrixin.extend([Sig(0) for i in range(num_delays-2)])
# Reverberation tail delay lines.
self._dlines = [SDelay(self._matrixin[i], delay=self._delays[i]) for i in range(num_delays)]
# Lowpass filtering.
self._lopass = [LoP(self._dlines[i], self._crossover, self._highdamp, i, filtorder) for i in range(num_delays)]
# Delay lines feedback + input.
self._torotate = [self._lopass[i].sig * self._clippedfeed + self._matrixin[i] for i in range(num_delays)]
# Select and apply the rotating matrix.
self._matrix = {2: Rotate2, 4: Rotate4, 8: Rotate8, 16: Rotate16}[num_delays](self._torotate)
# Feed the delay lines with the output of the rotation matrix.
[self._dlines[i].setInput(self._matrix.sig[i]) for i in range(num_delays)]
# Early reflections / reverberation tail balance and stereo mixing.
self._left = Interp(self._matrixin[0] * 2 + self._matrix.sig[-2] * 0.1,
self._matrixin[0] * 0.5 + self._matrix.sig[-2], self._depth)
self._right = Interp(self._matrixin[1] * 2 + self._matrix.sig[-1] * 0.1,
self._matrixin[1] * 0.5 + self._matrix.sig[-1], self._depth)
self._stereo = Mix([self._left, self._right], voices=2, mul=0.25)
# Dry / wet balance and output audio streams.
self._out = Interp(self._in_fader.mix(2), self._stereo, self._balance)
# Create the "_base_objs" attribute. This is the object's audio output.
self._base_objs = self._out.getBaseObjects()
def setInput(self, x, fadetime=0.05):
self._input = x
self._in_fader.setInput(x, fadetime)
def setLiveness(self, x):
self._liveness = x
self._feedback.value = x
def setDepth(self, x):
self._depth = x
self._left.interp = x
self._right.interp = x
def setCrossover(self, x):
self._crossover = x
self._prefilter.freq = x
[obj.setFreq(x) for obj in self._lopass]
def setHighdamp(self, x):
self._highdamp = x
[obj.setDamp(x) for obj in self._lopass]
def setBalance(self, x):
self._balance = x
self._out.interp = x
def ctrl(self, map_list=None, title=None, wxnoserver=False):
self._map_list = [SLMap(0, 1, "lin", "liveness", self._liveness),
SLMap(0, 1, "lin", "depth", self._depth),
SLMap(100, 15000, "log", "crossover", self._crossover),
SLMap(0, 1, "lin", "highdamp", self._highdamp),
SLMap(0, 1, "lin", "balance", self._balance),
SLMapMul(self._mul)]
PyoObject.ctrl(self, map_list, title, wxnoserver)
@property
def input(self):
return self._input
@input.setter
def input(self, x):
self.setInput(x)
@property
def liveness(self):
return self._liveness
@liveness.setter
def liveness(self, x):
self.setLiveness(x)
@property
def depth(self):
return self._depth
@depth.setter
def depth(self, x):
self.setDepth(x)
@property
def crossover(self):
return self._crossover
@crossover.setter
def crossover(self, x):
self.setCrossover(x)
@property
def highdamp(self):
return self._highdamp
@highdamp.setter
def highdamp(self, x):
self.setHighdamp(x)
@property
def balance(self):
return self._balance
@balance.setter
def balance(self, x):
self.setBalance(x)
class Module(BaseModule):
"""
"Delay-line rotating-matrix reverb inspired by Miller Puckette's rev3~ object"
Description
This reverb uses a delay line network with a rotating matrix to create a
dense reverberation tail. Time range for early reflexions and reverberation
delays can be specified as well as the kind of algorithm to use to distribute
values inside the given ranges. This leaves room for lot of explorations.
This object is a kind of reverberator laboratory, play with the many
arguments to hear the different reverb colors you can create with it!
Sliders
# Liveness :
Internal feedback value of the delay network.
A value of 1 produces an infinite reverb.
# Room Size :
Balance between early reflexions and reverb tail.
Values around 0.4 give small rooms while higher values give larger rooms.
# Crossover :
Crossover frequency in Hz. Frequencies above the crossover will be
attenuated according to the `High Freq Damp` parameter.
# High Freq Damp :
High frequencies damping factor between 0 and 1. A value of 0 means
equal reverb time at all frequencies and a value of 1 means almost
nothing above the crossover frequency gets through.
# Dry/Wet :
Balance, in the range 0 to 1, between the dry (input) and the wet
(reverberated) signals.
# Early Refs :
The number of early reflexions.
# Echoes Range :
The minimum and maximum delay times, in seconds, used to compute
the early reflexions.
# Matrix Range :
The minimum and maximum delay times, in seconds, used to compute
the reverberation tail.
Graph Only
# Overall Amplitude :
The amplitude curve applied on the total duration of the performance
Popups & Toggles
# Matrix Order :
Defines the reverb tail density. The rotating matrix will contain
`2 ** quality` delay lines. The higher the better reverb quality
(and also more expensive).
# Lowpass Order :
The order of the IIR lowpass filter used in the feedback network.
It can be 1 for a 6dB/oct, 2 for a 12db/oct or 4 for a 24dB/oct.
# Echoes Mode :
The distribution algorithm used to compute the early reflexions
delay times. The algorithm choose the delay times in a list of
prime numbers generated according to the `Echoes Range` values.
# Matrix Mode :
The distribution algorithm used to compute the reverberation tail
delay times. The algorithm choose the delay times in a list of
prime numbers generated according to the `Matrix Range` values.
# Polyphony Voices :
Number of voices played simultaneously (polyphony),
only available at initialization time
# Polyphony Spread :
Pitch variation between voices (chorus),
only available at initialization time
"""
def __init__(self):
BaseModule.__init__(self)
self.snd = self.addSampler("snd")
echoesRange = self.echoesrange.get(True)
matrixRange = self.matrixrange.get(True)
self.verb = MatrixVerb(self.snd, liveness=self.liveness, depth=self.depth, crossover=self.crossover,
highdamp=self.highdamp, balance=self.balance, numechoes=int(self.earlyrefs.get()),
quality=int(self.quality_value), filtorder=int(self.filtorder_value),
echoesrange=echoesRange, echoesmode=self.echoesmode_value,
matrixrange=matrixRange, matrixmode=self.matrixmode_value, mul=1)
self.out = Mix(self.verb, voices=self.nchnls, mul=self.env)
Interface = [
csampler(name="snd"),
cgraph(name="env", label="Overall Amplitude", func=[(0,1),(1,1)], col="blue"),
cslider(name="liveness", label="Liveness", min=0, max=1, init=0.7, unit="%", col="red"),
cslider(name="depth", label="Room Size", min=0, max=1, init=0.7, unit="x", col="red2"),
cslider(name="crossover", label="Crossover", min=500, max=10000, init=4000, rel="log", unit="Hz", col="green1"),
cslider(name="highdamp", label="High Freq Damp", min=0, max=1, init=0.7, unit="x", col="green2"),
cslider(name="balance", label="Dry/Wet", min=0, max=1, init=0.3, unit="x", col="blue1"),
cslider(name="earlyrefs", label="Early Refs", min=2, max=16, init=8, res="int", gliss=0, col="grey"),
crange(name='echoesrange', label='Echoes Range', min=0.001, max=0.25, init=[0.03, 0.08], gliss=0, rel='log', unit='sec', col='grey'),
crange(name='matrixrange', label='Matrix Range', min=0.005, max=0.5, init=[0.05, 0.15], gliss=0, rel='log', unit='sec', col='grey'),
cpopup(name="quality", label="Matrix Order", value=['1', '2', '3', '4'], init='3', rate="i", col="grey"),
cpopup(name="filtorder", label="Lowpass Order", value=['1', '2', '4'], init='2', rate="i", col="grey"),
cpopup(name="echoesmode", label="Echoes Mode", init="linmin", rate="i", col="grey",
value=["linmin", "linmax", "expmin", "expmax", "sqrtmin", "sqrtmax", "powmin", "powmax", "rand"]),
cpopup(name="matrixmode", label="Matrix Mode", init="linmin", rate="i", col="grey",
value=["linmin", "linmax", "expmin", "expmax", "sqrtmin", "sqrtmax", "powmin", "powmax", "rand"]),
cpoly()
]
cecilia/Resources/modules/Resonators&Verbs/ConvolutionReverb.c5 0000664 0001750 0001750 00000002547 15074672731 023776 0 ustar tvaz tvaz class Module(BaseModule):
"""
"FFT-based convolution reverb"
Description
This module implements a convolution based on a uniformly partitioned overlap-save
algorithm. It can be used to convolve an input signal with an impulse response
soundfile to simulate real acoustic spaces.
Sliders
# Dry / Wet :
Mix between the original signal and the convoluted signal
Graph Only
# Overall Amplitude :
The amplitude curve applied on the total duration of the performance
Popups & Toggles
# Polyphony Voices :
Number of voices played simultaneously (polyphony),
only available at initialization time
# Polyphony Spread :
Pitch variation between voices (chorus),
only available at initialization time
"""
def __init__(self):
BaseModule.__init__(self)
self.snd = self.addSampler("snd")
self.table = self.addFilein("impulse")
self.out = CvlVerb(self.snd, self.table.path, bal=self.drywet, mul=self.env)
Interface = [
csampler(name="snd", label="Audio"),
cfilein(name="impulse", label="Impulse response"),
cgraph(name="env"),
cslider(name="drywet", label="Mix dry/wet", min=0, max=1, init=0.5, col="blue"),
cpoly()
]
cecilia/Resources/modules/Resonators&Verbs/Convolve.c5 0000664 0001750 0001750 00000010103 15074672731 022067 0 ustar tvaz tvaz class Module(BaseModule):
"""
"Circular convolution filtering module"
Description
Circular convolution filter where the filter kernel is extract from a soundfile segments.
Circular convolution is very expensive to compute, so the impulse response must be kept
very short to run in real time.
Sliders
# Impulse index 1 :
Position of the first impulse response in the soundfile (mouse up)
# Impulse index 2 :
Position of the second impulse response in the soundfile (mouse up)
# Imp 1 <--> Imp 2 :
Morphing between the two impulse responses
# Dry / Wet :
Mix between the original signal and the convoluted signal
Graph Only
# Overall Amplitude :
The amplitude curve applied on the total duration of the performance
Popups & Toggles
# Size :
Buffer size of the convolution
# Balance :
Compression mode. Off, balanced with a fixed signal
or balanced with the input source.
# Polyphony Voices :
Number of voices played simultaneously (polyphony),
only available at initialization time
# Polyphony Spread :
Pitch variation between voices (chorus),
only available at initialization time
"""
def __init__(self):
BaseModule.__init__(self)
self.snd = self.addSampler("snd")
self.dump = self.addFilein("sndtable")
self.sizeInSec = sampsToSec(int(self.size_value))
if type(self.dump.path) == type([]):
p = self.dump.path[0]
else:
p = self.dump.path
self.snddur = sndinfo(p)[1]
start = self.snddur*(self.index.get()*0.01)
start2 = self.snddur*(self.index2.get()*0.01)
self.sndtable = SndTable(self.dump.path, start=start, stop=start+self.sizeInSec)
self.sndtable2 = SndTable(self.dump.path, start=start2, stop=start2+self.sizeInSec)
self.mtable = NewTable(self.sizeInSec, self.nchnls)
self.morphing= TableMorph(self.morph, self.mtable, [self.sndtable, self.sndtable2])
self.convo = Convolve(self.snd, self.mtable, size=int(self.size_value), mul=0.25)
self.deg = Interp(self.snd, self.convo, self.drywet, mul=self.env)
self.osc = Sine(10000,mul=.1)
self.balanced = Balance(self.deg, self.osc, freq=10)
self.out = Interp(self.deg, self.balanced)
#INIT
self.balance(self.balance_index, self.balance_value)
def index_up(self, value):
start = self.snddur*(value*0.01)
self.sndtable.setSound(self.dump.path, start=start, stop=start+self.sizeInSec)
def index2_up(self, value):
start2 = self.snddur*(value*0.01)
self.sndtable2.setSound(self.dump.path, start=start2, stop=start2+self.sizeInSec)
def balance(self,index,value):
if index == 0:
self.out.interp = 0
elif index ==1:
self.out.interp = 1
self.balanced.input2 = self.osc
elif index == 2:
self.out.interp = 1
self.balanced.input2 = self.snd
Interface = [ csampler(name="snd"),
cfilein(name="sndtable", label="Impulse"),
cgraph(name="env", label="Overall Amplitude", func=[(0,1),(1,1)], col="blue"),
cslider(name="index", label="Impulse index 1", min=0, max=100, init=25, rel="lin", unit="%", up=True),
cslider(name="index2", label="Impulse index 2", min=0, max=100, init=50, rel="lin", unit="%", up=True),
cslider(name="morph", label="Imp 1 <--> Imp 2", min=0, max=1, init=0.5, rel="lin", unit="x", col="red"),
cslider(name="drywet", label="Dry / Wet", min=0, max=1, init=1, rel="lin", unit="x", col="blue"),
cpopup(name="size", label="Size", init="512", col="grey", rate="i", value=["128","256","512","1024","2048","4096","8192"]),
cpopup(name="balance", label = "Balance", init= "Off", col="blue", value=["Off","Compress", "Audio"]),
cpoly()
] cecilia/Resources/modules/Resonators&Verbs/WGuideBank.c5 0000664 0001750 0001750 00000011447 15074672731 022270 0 ustar tvaz tvaz import random
class Module(BaseModule):
"""
"Multiple waveguide models module"
Description
Resonators whose frequencies are controlled with an expansion expression.
freq[i] = BaseFreq * pow(WGExpansion, i)
Sliders
# Base Freq :
Base pitch of the waveguides
# WG Expansion :
Spread between waveguides
# WG Feedback :
Length of the waveguides
# Filter Cutoff :
Center frequency of the filter
# Filter Q :
Q (resonance) of the filter
# Amp Dev Amp :
Amplitude of the jitter applied on the waveguides amplitude
# Amp Dev Speed :
Frequency of the jitter applied on the waveguides amplitude
# Freq Dev Amp :
Amplitude of the jitter applied on the waveguides pitch
# Freq Dev Speed :
Frequency of the jitter applied on the waveguides pitch
# Dry / Wet :
Mix between the original signal and the waveguides
Graph Only
# Overall Amplitude :
The amplitude curve applied on the total duration of the performance
Popups & Toggles
# Filter Type :
Type of the post-process filter
# Balance :
Compression mode. Off, balanced with a fixed signal
or balanced with the input source.
# Polyphony Voices :
Number of voices played simultaneously (polyphony),
only available at initialization time
# Polyphony Spread :
Pitch variation between voices (chorus),
only available at initialization time
"""
def __init__(self):
BaseModule.__init__(self)
self.snd = self.addSampler("snd")
chnls = len(self.snd)
num = 8 * chnls
self.ra = Randi(min=1-self.dev, max=1+self.dev, freq=self.speed*[random.uniform(0.85,1.15) for i in range(num)], mul=0.03)
self.rf = Randi(min=1-self.fdev, max=1+self.fdev, freq=self.fspeed*[random.uniform(0.97,1.03) for i in range(num)])
self.voices = [self.basefreq*Pow(self.exp, i) for i in range(num)]
self.frs = self.duplicate(self.voices, chnls)
self.wgs = Waveguide(input=self.snd, freq=Dummy(self.frs)*self.rf, dur=60*self.fb, minfreq=10, mul=self.ra)
self.wgsm = self.wgs.mix(chnls)
self.biquad = Biquadx(self.wgsm, freq=self.filter, q=self.filterq, type=self.filttype_index, stages=2, mul=0.4)
self.deg = Interp(self.snd, self.biquad, self.drywet, mul=self.env)
self.osc = Sine(10000,mul=.1)
self.balanced = Balance(self.deg, self.osc, freq=10)
self.out = Interp(self.deg, self.balanced)
#INIT
self.balance(self.balance_index, self.balance_value)
def balance(self,index,value):
if index == 0:
self.out.interp = 0
elif index ==1:
self.out.interp = 1
self.balanced.input2 = self.osc
elif index == 2:
self.out.interp = 1
self.balanced.input2 = self.snd
def filttype(self, index, value):
self.biquad.type = index
Interface = [ csampler(name="snd"),
cgraph(name="env", label="Overall Amplitude", func=[(0,1),(1,1)], col="blue"),
cslider(name="basefreq", label="Base Freq", min=10, max=1000, init=40, rel="log", unit="Hz", col="blue"),
cslider(name="exp", label="WG Expansion", min=0, max=4, init=1.33, rel="lin", unit="x", col="blue4"),
cslider(name="fb", label="WG Feedback", min=0, max=0.999, init=0.95, rel="lin", unit="x", col="blue4"),
cslider(name="filter", label="Filter Cutoff", min=50, max=20000, init=20000, rel="log", unit="Hz", col="green1"),
cslider(name="filterq", label="Filter Q", min=0.5, max=10, init=0.7, rel="log", unit="x", col="green2"),
cslider(name="dev", label="Amp Dev Amp", min=0.001, max=1, init=0.01, rel="log", unit="x", col="purple2", half = True),
cslider(name="fdev", label="Freq Dev Amp", min=0.001, max=1, init=0.01, rel="log", unit="x", col="purple1", half = True),
cslider(name="speed", label="Amp Dev Speed", min=0.01, max=120, init=1, rel="log", unit="Hz", col="purple2", half = True),
cslider(name="fspeed", label="Freq Dev Speed", min=0.01, max=120, init=1, rel="log", unit="Hz", col="purple1", half = True),
cslider(name="drywet", label="Dry / Wet", min=0, max=1, init=1, rel="lin", unit="x", col="blue"),
cpopup(name="filttype", label="Filter Type", init="Lowpass", col="green1", value=["Lowpass","Highpass","Bandpass","Bandstop"]),
cpopup(name="balance", label = "Balance", init= "Off", col="blue", value=["Off","Compress", "Source"]),
cpoly()
]
cecilia/Resources/modules/Resonators&Verbs/DetunedResonators.c5 0000664 0001750 0001750 00000016037 15074672731 023760 0 ustar tvaz tvaz import random
class Module(BaseModule):
"""
"Eight detuned resonators with jitter control"
Description
This module implements a detuned resonator (waveguide) bank with
random controls.
This waveguide model consists of one delay-line with a 3-stages recursive
allpass filter which made the resonances of the waveguide out of tune.
Sliders
# Pitch Offset :
Base pitch of all the resonators
# Amp Random Amp :
Amplitude of the jitter applied on the resonators amplitude
# Amp Random Speed :
Frequency of the jitter applied on the resonators amplitude
# Pitch Random Amp :
Amplitude of the jitter applied on the resonators frequency
# Pitch Random Speed :
Frequency of the jitter applied on the resonators frequency
# Detune Factor :
Detune spread of the resonators
# Pitch Voice 1 :
Pitch of the first resonator
# Pitch Voice 2 :
Pitch of the second resonator
# Pitch Voice 3 :
Pitch of the third resonator
# Pitch Voice 4 :
Pitch of the fourth resonator
# Pitch Voice 5 :
Pitch of the fifth resonator
# Pitch Voice 6 :
Pitch of the sixth resonator
# Pitch Voice 7 :
Pitch of the seventh resonator
# Pitch Voice 8 :
Pitch of the eigth resonator
# Feedback :
Amount of resonators fed back in the resonators
# Dry / Wet :
Mix between the original signal and the resonators
Graph Only
# Overall Amplitude :
The amplitude curve applied on the total duration of the performance
Popups & Toggles
# Voice Activation ( 1 --> 8 ) :
Mute or unmute each of the eigth voices independently
# Polyphony Voices :
Number of voices played simultaneously (polyphony),
only available at initialization time
# Polyphony Spread :
Pitch variation between voices (chorus),
only available at initialization time
"""
def __init__(self):
BaseModule.__init__(self)
self.snd = self.addSampler("snd")
chnls = len(self.snd)
num = 8 * chnls
self.defamp = Sig([0.005 for i in range(num)])
self.ra = Randi(min=1-self.rndamp, max=1+self.rndamp, freq=self.rndspeed*[random.uniform(.95,1.05) for i in range(num)])
self.rf = Randi(min=1-self.rnddelamp, max=1+self.rnddelamp, freq=self.rnddelspeed*[random.uniform(.95,1.05) for i in range(num)])
self.off_transpo = CentsToTranspo(self.offset)
self.frs = self.duplicate([self.voice1, self.voice2, self.voice3, self.voice4, self.voice5, self.voice6, self.voice7, self.voice8], chnls)
self.freqs = MToF(self.frs, mul=self.off_transpo)
self.all_freqs = self.freqs*self.rf
self.wgs = AllpassWG(input=self.snd*0.05, freq=self.all_freqs, feed=self.fb, detune=self.detune, minfreq=1, mul=self.ra*self.defamp)
self.out = Interp(self.snd, self.wgs.mix(chnls), self.drywet, mul=self.env)
#INIT
self.onoffv1(self.onoffv1_value)
self.onoffv2(self.onoffv2_value)
self.onoffv3(self.onoffv3_value)
self.onoffv4(self.onoffv4_value)
self.onoffv5(self.onoffv5_value)
self.onoffv6(self.onoffv6_value)
self.onoffv7(self.onoffv7_value)
self.onoffv8(self.onoffv8_value)
def onoff(self, i, value):
l = self.defamp.value
l[i*2:i*2+2] = [value, value]
self.defamp.value = l
def onoffv1(self, value):
self.onoff(0, value)
def onoffv2(self, value):
self.onoff(1, value)
def onoffv3(self, value):
self.onoff(2, value)
def onoffv4(self, value):
self.onoff(3, value)
def onoffv5(self, value):
self.onoff(4, value)
def onoffv6(self, value):
self.onoff(5, value)
def onoffv7(self, value):
self.onoff(6, value)
def onoffv8(self, value):
self.onoff(7, value)
Interface = [ csampler(name="snd"),
cgraph(name="env", label="Overall Amplitude", func=[(0,1),(1,1)], col="blue"),
cslider(name="offset", label="Pitch Offset", min=-2400, max=2400, init=0, rel="lin", unit="cnts", col="blue"),
cslider(name="rndamp", label="Amp Rand Amp", min=0, max=1, init=0, rel="lin", unit="x", col="blue4", half=True),
cslider(name="rnddelamp", label="Pitch Rand Amp", min=0, max=0.25, init=0, rel="lin", unit="x", col="blue2", half=True),
cslider(name="rndspeed", label="Amp Rand Speed", min=0.001, max=100, init=0.25, rel="log", unit="Hz", col="blue4", half=True),
cslider(name="rnddelspeed", label="Pitch Rand Speed", min=0.001, max=100, init=6, rel="log", unit="Hz", col="blue2", half=True),
cslider(name="detune", label="Detune Factor", min=0.001, max=1, init=0.5, rel="lin", unit="x", col="orange"),
cslider(name="voice1", label="Pitch Voice 1", min=1, max=130, init=60, rel="lin", unit="semi", half=True, col="green"),
cslider(name="voice2", label="Pitch Voice 2", min=1, max=130, init=72, rel="lin", unit="semi", half=True, col="green"),
cslider(name="voice3", label="Pitch Voice 3", min=1, max=130, init=84, rel="lin", unit="semi", half=True, col="green"),
cslider(name="voice4", label="Pitch Voice 4", min=1, max=130, init=96, rel="lin", unit="semi", half=True, col="green"),
cslider(name="voice5", label="Pitch Voice 5", min=1, max=130, init=48, rel="lin", unit="semi", half=True, col="green"),
cslider(name="voice6", label="Pitch Voice 6", min=1, max=130, init=67, rel="lin", unit="semi", half=True, col="green"),
cslider(name="voice7", label="Pitch Voice 7", min=1, max=130, init=36, rel="lin", unit="semi", half=True, col="green"),
cslider(name="voice8", label="Pitch Voice 8", min=1, max=130, init=87, rel="lin", unit="semi", half=True, col="green"),
cslider(name="fb", label="Feedback", min=0.01, max=0.9999, init=0.95, rel="lin", unit="x", col="red"),
cslider(name="drywet", label="Dry / Wet", min=0, max=1, init=1, rel="lin", unit="x", col="blue"),
ctoggle(name="onoffv1", label="Voice Activation ( 1 --> 8 )", init=1, stack=True, col="green"),
ctoggle(name="onoffv2", label="", init=1, stack=True, col="green"),
ctoggle(name="onoffv3", label="", init=1, stack=True, col="green"),
ctoggle(name="onoffv4", label="", init=1, stack=True, col="green"),
ctoggle(name="onoffv5", label="", init=1, stack=True, col="green"),
ctoggle(name="onoffv6", label="", init=1, stack=True, col="green"),
ctoggle(name="onoffv7", label="", init=1, stack=True, col="green"),
ctoggle(name="onoffv8", label="", init=1, stack=True, col="green"),
cpoly()
]
cecilia/Resources/modules/Resonators&Verbs/Resonators.c5 0000664 0001750 0001750 00000016574 15074672731 022455 0 ustar tvaz tvaz import random
class Module(BaseModule):
"""
"Eight resonators with jitter control"
Description
This module implements a resonator (waveguide) bank with random controls.
This waveguide model consists of one delay-line with a simple
lowpass filtering and lagrange interpolation.
Sliders
# Pitch Offset :
Base pitch of all the resonators
# Amp Random Amp :
Amplitude of the jitter applied on the resonators amplitude
# Amp Random Speed :
Frequency of the jitter applied on the resonators amplitude
# Pitch Random Amp :
Amplitude of the jitter applied on the resonators frequency
# Pitch Random Speed :
Frequency of the jitter applied on the resonators frequency
# Pitch Voice 1 :
Pitch of the first resonator
# Pitch Voice 2 :
Pitch of the second resonator
# Pitch Voice 3 :
Pitch of the third resonator
# Pitch Voice 4 :
Pitch of the fourth resonator
# Pitch Voice 5 :
Pitch of the fifth resonator
# Pitch Voice 6 :
Pitch of the sixth resonator
# Pitch Voice 7 :
Pitch of the seventh resonator
# Pitch Voice 8 :
Pitch of the eigth resonator
# Feedback :
Amount of resonators fed back in the resonators
# Dry / Wet :
Mix between the original signal and the resonators
Graph Only
# Overall Amplitude :
The amplitude curve applied on the total duration of the performance
Popups & Toggles
# Voice Activation ( 1 --> 8 ) :
Mute or unmute each of the eigth voices independently
# Polyphony Voices :
Number of voices played simultaneously (polyphony),
only available at initialization time
# Polyphony Spread :
Pitch variation between voices (chorus),
only available at initialization time
"""
def __init__(self):
BaseModule.__init__(self)
self.snd = self.addSampler("snd")
chnls = len(self.snd)
num = 8 * chnls
self.defamp = Sig([0.005 for i in range(num)])
self.ra = Randi(min=1-self.rndamp, max=1+self.rndamp, freq=self.rndspeed*[random.uniform(.75,1.25) for i in range(num)])
self.rf = Randi(min=1-self.rnddelamp, max=1+self.rnddelamp, freq=self.rnddelspeed*[random.uniform(.95,1.05) for i in range(num)])
self.off_transpo = CentsToTranspo(self.offset)
self.frs = self.duplicate([self.voice1, self.voice2, self.voice3, self.voice4, self.voice5, self.voice6, self.voice7, self.voice8], chnls)
self.freqs = MToF(self.frs, mul=self.off_transpo)
self.all_freqs = self.freqs*self.rf
self.wgs = Waveguide(input=self.snd*0.05, freq=self.all_freqs, dur=60*self.fb, minfreq=20, mul=self.ra*self.defamp)
self.deg = Interp(self.snd, self.wgs.mix(chnls), self.drywet, mul=self.env)
self.osc = Sine(10000,mul=.1)
self.balanced = Balance(self.deg, self.osc, freq=10)
self.out = Interp(self.deg, self.balanced)
#INIT
self.balance(self.balance_index, self.balance_value)
self.onoffv1(self.onoffv1_value)
self.onoffv2(self.onoffv2_value)
self.onoffv3(self.onoffv3_value)
self.onoffv4(self.onoffv4_value)
self.onoffv5(self.onoffv5_value)
self.onoffv6(self.onoffv6_value)
self.onoffv7(self.onoffv7_value)
self.onoffv8(self.onoffv8_value)
def balance(self,index,value):
if index == 0:
self.out.interp = 0
elif index ==1:
self.out.interp = 1
self.balanced.input2 = self.osc
elif index == 2:
self.out.interp = 1
self.balanced.input2 = self.snd
def onoff(self, i, value):
l = self.defamp.value
l[i*2:i*2+2] = [value, value]
self.defamp.value = l
def onoffv1(self, value):
self.onoff(0, value)
def onoffv2(self, value):
self.onoff(1, value)
def onoffv3(self, value):
self.onoff(2, value)
def onoffv4(self, value):
self.onoff(3, value)
def onoffv5(self, value):
self.onoff(4, value)
def onoffv6(self, value):
self.onoff(5, value)
def onoffv7(self, value):
self.onoff(6, value)
def onoffv8(self, value):
self.onoff(7, value)
Interface = [ csampler(name="snd"),
cgraph(name="env", label="Overall Amplitude", func=[(0,1),(1,1)], col="blue"),
cslider(name="offset", label="Pitch Offset", min=-2400, max=2400, init=0, rel="lin", unit="cnts", col="blue"),
cslider(name="voice1", label="Pitch Voice 1", min=1, max=130, init=60, rel="lin", unit="semi", half=True, col="green2"),
cslider(name="voice2", label="Pitch Voice 2", min=1, max=130, init=72, rel="lin", unit="semi", half=True, col="green2"),
cslider(name="voice3", label="Pitch Voice 3", min=1, max=130, init=84, rel="lin", unit="semi", half=True, col="green2"),
cslider(name="voice4", label="Pitch Voice 4", min=1, max=130, init=96, rel="lin", unit="semi", half=True, col="green2"),
cslider(name="voice5", label="Pitch Voice 5", min=1, max=130, init=48, rel="lin", unit="semi", half=True, col="green2"),
cslider(name="voice6", label="Pitch Voice 6", min=1, max=130, init=67, rel="lin", unit="semi", half=True, col="green2"),
cslider(name="voice7", label="Pitch Voice 7", min=1, max=130, init=36, rel="lin", unit="semi", half=True, col="green2"),
cslider(name="voice8", label="Pitch Voice 8", min=1, max=130, init=87, rel="lin", unit="semi", half=True, col="green2"),
cslider(name="rndamp", label="Amp Rand Amp", min=0, max=1, init=0, rel="lin", unit="x", col="blue4", half=True),
cslider(name="rnddelamp", label="Pitch Rand Amp", min=0, max=0.25, init=0, rel="lin", unit="x", col="blue2", half=True),
cslider(name="rndspeed", label="Amp Rand Speed", min=0.001, max=100, init=0.25, rel="log", unit="Hz", col="blue4", half=True),
cslider(name="rnddelspeed", label="Pitch Rand Speed", min=0.001, max=100, init=6, rel="log", unit="Hz", col="blue2", half=True),
cslider(name="fb", label="Feedback", min=0.01, max=0.999, init=0.95, rel="lin", unit="x", col="red"),
cslider(name="drywet", label="Dry / Wet", min=0, max=1, init=1, rel="lin", unit="x", col="blue"),
cpopup(name="balance", label = "Balance", init= "Off", col="blue", value=["Off","Compress", "Source"]),
ctoggle(name="onoffv1", label="Voice Activation / 1 > 8", init=1, stack=True, col="green2"),
ctoggle(name="onoffv2", label="", init=1, stack=True, col="green2"),
ctoggle(name="onoffv3", label="", init=1, stack=True, col="green2"),
ctoggle(name="onoffv4", label="", init=1, stack=True, col="green2"),
ctoggle(name="onoffv5", label="", init=1, stack=True, col="green2"),
ctoggle(name="onoffv6", label="", init=1, stack=True, col="green2"),
ctoggle(name="onoffv7", label="", init=1, stack=True, col="green2"),
ctoggle(name="onoffv8", label="", init=1, stack=True, col="green2"),
cpoly()
]
cecilia/Resources/modules/Time/ 0000775 0001750 0001750 00000000000 15074672731 015537 5 ustar tvaz tvaz cecilia/Resources/modules/Time/Pelletizer.c5 0000664 0001750 0001750 00000012534 15074672731 020114 0 ustar tvaz tvaz import random
class Module(BaseModule):
"""
"Another granulation module"
Description
A granulation module where the number of grains (density) and
the grain duration can be set independently. Useful to stretch
a sound without changing the pitch or to transposition without
changing the duration.
Sliders
# Transpose :
Base pitch of the grains
# Density of grains :
Number of grains per second
# Grain Position :
Grain start position in the position
# Grain Duration :
Duration of the grain in seconds
# Pitch Random :
Jitter applied on the pitch of the grains
# Density Random :
Jitter applied on the density
# Position Random :
Jitter applied on the grain start position
# Duration Random :
Jitter applied on the duration of the grain
# Filter Freq :
Cutoff or center frequency of the filter (post-processing)
# Filter Q :
Q of the filter
Graph Only
# Overall Amplitude :
The amplitude curve applied on the total duration of the performance
# Grain Envelope :
Emplitude envelope of the grains
Popups & Toggles
# Filter Type :
Type of the post filter
# Balance :
Compression mode. Off, balanced with a fixed signal
or balanced with the input source.
# Discreet Transpo :
List of pitch ratios
# Polyphony Voices :
Number of voices played simultaneously (polyphony),
only available at initialization time
# Polyphony Spread :
Pitch variation between voices (chorus),
only available at initialization time
"""
def __init__(self):
BaseModule.__init__(self)
pitrnds = self.polyphony_spread * self.nchnls
self.t = self.addFilein("sndtable")
self.drng = self.densrnd*self.dens
self.densr = Randi(-self.drng, self.drng, freq=.2, add=self.dens)
self.posr = Noise(self.posrnd*self.t.getSize(False))
self.pitr = Noise(self.pitrnd, add=pitrnds)
self.discr = Choice(choice=self.discreet_value, freq=1000)
self.pitch = CentsToTranspo(self.transp, mul=self.pitr)
self.pospos = Sig(self.pos, mul=self.t.getSize(False), add=self.posr)
self.durr = Noise(self.durrnd*self.dur, add=self.dur)
self.gr = Granule(self.t, self.grainenv, dens=self.densr, pitch=self.pitch*self.discr, pos=self.pospos, dur=self.durr, mul=self.env* 0.1)
self.gro = Biquadx(self.gr, freq=self.cut, q=self.filterq, type=self.filttype_index, stages=2, mul=self.polyphony_scaling)
self.osc = Sine(10000,mul=.1)
self.balanced = Balance(self.gro, self.osc, freq=10)
self.out = Interp(self.gro, self.balanced)
#INIT
self.balance(self.balance_index, self.balance_value)
def balance(self,index,value):
if index == 0:
self.out.interp = 0
elif index ==1:
self.out.interp = 1
self.balanced.input2 = self.osc
elif index == 2:
self.out.interp = 1
self.balanced.input2 = self.gr
def filttype(self, index, value):
self.gro.type = index
def discreet(self, value):
self.discr.choice = value
Interface = [ cfilein(name="sndtable", label="Audio"),
cgraph(name="env", label="Overall Amplitude", func=[(0,1),(1,1)], col="blue1"),
cgraph(name="grainenv", label="Grain Envelope", func=[(0,0),(0.5,1),(1,0)], table=True, curved=True, col="purple1"),
cslider(name="transp", label="Transpose", min=-4800, max=4800, init=0, rel="lin", unit="cnts", col="red1"),
cslider(name="dens", label="Density of grains", min=1, max=250, init=30, rel="log", unit="x", col="purple1"),
cslider(name="pos", label="Grain Position", min=0, max=1, init=0, func=[(0,0),(1,1)], rel="lin", unit="x", col="blue1"),
cslider(name="dur", label="Grain Duration", min=0.001, max=10, init=0.2, rel="log", unit="sec", col="orange1"),
cslider(name="pitrnd", label="Pitch Random", min=0.0001, max=0.5, init=0.0005, rel="log", unit="x", col="red2",half=True),
cslider(name="densrnd", label="Density Random", min=0.0001, max=1, init=0.0005, rel="log", unit="x", col="purple2",half=True),
cslider(name="posrnd", label="Position Random", min=0.0001, max=0.5, init=0.0005, rel="log", unit="x", col="blue2",half=True),
cslider(name="durrnd", label="Duration Random", min=0.0001, max=1, init=0.0005, rel="log", unit="x", col="orange2",half=True),
cslider(name="cut", label="Filter Freq", min=100, max=18000, init=20000, rel="log", unit="Hz", col="green1"),
cslider(name="filterq", label="Filter Q", min=0.5, max=10, init=0.707, rel="log", unit="Q", col="green2"),
cpopup(name="filttype", label="Filter Type", init="Lowpass", col="green1", value=["Lowpass","Highpass","Bandpass","Bandstop"]),
cpopup(name="balance", label = "Balance", init= "Off", col="blue1", value=["Off","Compress", "Source"]),
cgen(name="discreet", label="Discreet Transpo", init=[1], col="red1"),
cpoly()
]
cecilia/Resources/modules/Time/UltimateGrainer.c5 0000664 0001750 0001750 00000016757 15074672731 021104 0 ustar tvaz tvaz import random
class Module(BaseModule):
"""
"A state-of-the-art granulation processing module"
Description
This module offers more controls than the classic granulation module.
Useful to generate clouds, to stretch a sound without changing the pitch
or to transpose without changing the duration. It features a grain filter
with control over type, frequency and Q for each grain.
`Density per Second * Grain Duration` defines the overall overlaps.
Sliders
# Density per Sec :
How many grains to play per second
# Transpose :
Overall transposition, in cents, of the grains
# Grain Position :
Soundfile index
# Grain Duration :
Duration of each grain, in seconds
# Start Time Dev :
Maximum deviation of the starting time of the grain
# Filter Freq :
Filter cutoff or center frequency, chosen at the beginning of the grain
# Filter Q :
Filter Q, chosen at the beginning of the grain
# Panning Random :
Random added to the panning of each grain
# Density Random :
Jitter applied to the density per second
# Pitch Random :
Jitter applied on the pitch of the grains
# Position Random :
Jitter applied on the soundfile index
# Duration Random :
Jitter applied to the grain duration
# Filter Freq Random :
Jitter applied to the grain's filter cutoff or center frequency
# Filter Q Random :
Jitter applied to the grain's filter Q
Graph Only
# Overall Amplitude :
The amplitude curve applied on the total duration of the performance
# Grain Envelope :
Emplitude envelope of the grains
Popups & Toggles
# Balance :
Compression mode. Off, balanced with a fixed signal
or balanced with the input source.
# Filter Type :
Type of the grain's filter (Lowpass, Highpass, Bandpass, Bandstop, Allpass)
# Filter Freq Ratio :
List ratios used to randomize grain's filter frequency
# Discreet Transpo :
List of pitch ratios used to randomize grain's transposition
# Polyphony Voices :
Number of voices played simultaneously (polyphony),
only available at initialization time
# Polyphony Spread :
Pitch variation between voices (chorus),
only available at initialization time
"""
def __init__(self):
BaseModule.__init__(self)
self.table = self.addFilein("sndtable")
self.densr = Randi(-self.dnsrnd, self.dnsrnd, freq=1, add=1)
self.posr = Noise(self.posrnd * self.table.getSize(False))
self.pitr = Noise(self.pitrnd, add=1)
self.durr = Noise(self.durrnd, add=1)
self.freqr = Noise(self.ffrnd, add=1)
self.qr = Noise(self.fqrnd, add=1)
self.filterfreq = Choice(choice=self.ffchoice_value, freq=1000, mul=self.ffreq)
self.discr = Choice(choice=self.discreet_value, freq=1000)
self.pitch = CentsToTranspo(self.transp, mul=self.polyphony_spread)
self.pospos = Sig(self.pos, mul=self.table.getSize(False), add=self.posr)
initpan = [float(i) / (self.nchnls-1) for i in range(self.nchnls)]
self.panr = Noise(self.pan, add=initpan)
self.panw = Clip(self.panr, 0, 1)
self.gr = Particle2(table=self.table,
env=self.grainenv,
dens=self.dens*self.densr,
pitch=self.pitch*self.pitr*self.discr,
pos=self.pospos,
dur=self.dur*self.durr,
dev=self.dev,
pan=self.panw,
filterfreq=self.filterfreq*self.freqr,
filterq=self.filterq*self.qr,
filtertype=self.filtertype_index,
chnls=self.nchnls,
mul=self.env*0.2
)
self.osc = Sine(10000,mul=.1)
self.balanced = Balance(self.gr, self.osc, freq=10)
self.out = Interp(self.gr, self.balanced)
#INIT
self.balance(self.balance_index, self.balance_value)
def balance(self, index, value):
if index == 0:
self.out.interp = 0
elif index ==1:
self.out.interp = 1
self.balanced.input2 = self.osc
elif index == 2:
self.out.interp = 1
self.balanced.input2 = self.gr
def filtertype(self, index, value):
self.gr.filtertype = index
def ffchoice(self, value):
self.filterfreq.choice = value
def discreet(self, value):
self.discr.choice = value
Interface = [ cfilein(name="sndtable", label="Audio"),
cgraph(name="env", label="Overall Amplitude", func=[(0,1),(1,1)], col="blue1"),
cgraph(name="grainenv", label="Grain Envelope", func=[(0,0),(0.5,1),(1,0)], table=True, curved=True, col="purple1"),
cslider(name="dens", label="Density per Sec", min=1, max=1000, init=100, rel="log", gliss=0, res="int", unit="x", col="blue1"),
cslider(name="transp", label="Transpose", min=-4800, max=4800, init=0, rel="lin", unit="cnts", col="red1"),
cslider(name="pos", label="Grain Position", min=0, max=1, init=0, func=[(0,0),(1,1)], rel="lin", unit="x", col="purple1"),
cslider(name="dur", label="Grain Duration", min=0.0001, max=10, init=0.15, rel="log", unit="sec", col="orange1"),
cslider(name="dev", label="Start Time Dev", min=0.0001, max=1, init=0.01, rel="log", unit="x", col="purple3"),
cslider(name="ffreq", label="Filter Freq", min=20, max=18000, init=10000, rel="log", unit="Hz", col="green1"),
cslider(name="filterq", label="Filter Q", min=0.5, max=20, init=0.7, rel="log", unit="x", col="green2"),
cslider(name="pan", label="Panning Random", min=0, max=1, init=0, rel="lin", unit="x", col="purple4"),
cslider(name="dnsrnd", label="Density Random", min=0.00001, max=1, init=0.001, rel="log", unit="x", col="blue2", half=True),
cslider(name="pitrnd", label="Pitch Random", min=0.00001, max=0.5, init=0.001, rel="log", unit="x", col="red2", half=True),
cslider(name="posrnd", label="Position Random", min=0.00001, max=0.5, init=0.001, rel="log", unit="x", col="purple2", half=True),
cslider(name="durrnd", label="Duration Random", min=0.00001, max=1, init=0.001, rel="log", unit="x", col="orange2", half=True),
cslider(name="ffrnd", label="Filter Freq Random", min=0.00001, max=1, init=0.001, rel="log", unit="x", col="green1", half=True),
cslider(name="fqrnd", label="Filter Q Random", min=0.00001, max=1, init=0.001, rel="log", unit="x", col="green2", half=True),
cpopup(name="balance", label = "Balance", init= "Off", col="blue1", value=["Off","Compress", "Source"]),
cpopup(name="filtertype", label = "Filter Type", init= "Lowpass", col="green1",
value=["Lowpass","Highpass", "Bandpass", "Bandstop", "Allpass"]),
cgen(name="ffchoice", label="Filter Freq Ratio", init=[1], col="green1"),
cgen(name="discreet", label="Discreet Transpo", init=[1], col="red1"),
cpoly()
]
cecilia/Resources/modules/Time/Stutterer.c5 0000664 0001750 0001750 00000010641 15074672731 017773 0 ustar tvaz tvaz import random
class Module(BaseModule):
"""
"Stuttering an audio signal"
Description
This module reads successive segments extracted from a sound loaded in memory.
The start position of each segment is chosen according to a step factor given
in milliseconds.
Sliders
# Transpose :
Overall transposition, in cents, of the segments.
# Segment Duration :
Duration of the segments in ms.
# Start Pos Step :
Starting point offset (from previous start position) in ms.
# Crossfade Dur :
Crossfade duration as a percentage of the segment duration.
# Segment Dur Rand :
Amplitude of a random applied to the segment durations.
# Pos Step Rand :
Amplitude of a random applied to the starting point offset.
# Initial Start Pos :
The position in the sound memory for the first segment.
Graph Only
# Overall Amplitude :
The amplitude curve applied on the total duration of the performance
Popups & Toggles
# Loop Mode :
Sets the reading direction of the segments, either forward, backward or
back-and-forth.
# Polyphony Voices :
Number of voices played simultaneously (polyphony),
only available at initialization time
# Polyphony Spread :
Pitch variation between voices (chorus),
only available at initialization time
"""
def __init__(self):
BaseModule.__init__(self)
self.table = self.addFilein("table")
self.tableDuration = self.table.getDur(False)
self.segmentStartPos = []
self.segmentDuration = []
self.reader = []
self.trigFunc = []
self.pitch = CentsToTranspo(self.transp, mul=self.polyphony_spread)
for i in range(self.number_of_voices):
self.segmentStartPos.append(Sig(self.tableDuration * self.initpos.get()))
self.segmentDuration.append(Sig(self.dur.get() * 0.001))
self.reader.append(Looper(self.table, pitch=self.pitch[i], start=self.segmentStartPos[-1], dur=self.segmentDuration[-1],
xfade=self.xfade, mode=self.loopmode_index, xfadeshape=1, startfromloop=True, interp=4, autosmooth=True))
self.reader[-1].appendFadeTime(True)
self.trigFunc.append(TrigFunc(self.reader[-1]["trig"], self.prepare, arg=i))
self.out = Mix(sum([read for read in self.reader]), voices=self.nchnls, mul=self.env*self.polyphony_scaling)
def prepare(self, voice=0):
durationRandom = random.uniform(-self.durrnd.get(), self.durrnd.get()) * 0.9
centralDuration = self.dur.get() * 0.001
centralDuration += centralDuration * durationRandom
self.segmentDuration[voice].value = centralDuration
stepRandom = random.uniform(-self.steprnd.get(), self.steprnd.get()) * 0.9
step = self.step.get() * 0.001
step += step * stepRandom
newStartPos = self.segmentStartPos[voice].value + step
if newStartPos < 0:
newStartPos = self.tableDuration - self.dur.get() * 0.001
elif newStartPos > self.tableDuration - centralDuration:
newStartPos = 0
self.segmentStartPos[voice].value = newStartPos
def loopmode(self, index, value):
[read.setMode(index+1) for read in self.reader]
Interface = [
cfilein(name="table"),
cgraph(name="env", label="Overall Amplitude", func=[(0,1),(1,1)], col="blue"),
cslider(name="transp", label="Transpose", min=-1200, max=1200, init=0, rel="lin", unit="cnts", col="red1"),
cslider(name="dur", label="Segment Duration", min=10, max=500, init=200, unit="ms", col="green1"),
cslider(name="step", label="Start Pos Step", min=-250.0, max=250.0, init=5, unit="ms", col="purple1"),
cslider(name="xfade", label="Crossfade Dur", min=0, max=50, init=5, unit="%", col="orange2"),
cslider(name="durrnd", label="Segment Dur Rand", min=0, max=1, init=0, unit="x", half=True, col="green2"),
cslider(name="steprnd", label="Pos Step Rand", min=0, max=1, init=0.01, unit="x", half=True, col="purple2"),
cslider(name="initpos", label="Initial Start Pos", min=0.0, max=1.0, init=0, unit="%", col="grey"),
cpopup(name="loopmode", label = "Loop Mode", init= "Forward", value=["Forward","Backward", "Two Ways"], col="green1"),
cpoly()
] cecilia/Resources/modules/Time/4Delays.c5 0000664 0001750 0001750 00000015412 15074672731 017300 0 ustar tvaz tvaz class Module(BaseModule):
"""
"Two stereo delays with parallel or serial routing"
Description
A classical module implementing a pair of stereo delays
with user-defined delay time, feedback and gain. Routing
of delays and filters can be defined with the popup menus.
Sliders
# Delay 1 Left :
Delay one, left channel, delay time in seconds
# Delay 1 Right :
Delay one, right channel, delay time in seconds
# Delay 1 Feedback :
Amount of delayed signal fed back to the delay line input
# Delay 1 Gain :
Gain of the delayed signal
# Delay 2 Left :
Delay two, left channel, delay time in seconds
# Delay 2 Right :
Delay two, right channel, delay time in seconds
# Delay 2 Feedback :
Amount of delayed signal fed back to the delay line input
# Delay 2 Gain :
Gain of the delayed signal
# Jitter Amp :
Amplitude of the jitter applied on the delay times
# Jitter Speed :
Speed of the jitter applied on the delay times
# Filter Freq :
Cutoff or center frequency of the filter
# Filter Q :
Q factor of the filter
# Dry / Wet :
Mix between the original signal and the processed signals
Graph Only
# Overall Amplitude :
The amplitude curve applied on the total duration of the performance
Popups & Toggles
# Delay Routing :
Type of routing
# Filter Type :
Type of filter
# Filter Routing :
Specify if the filter is pre or post process
# Balance :
Compression mode. Off, balanced with a fixed signal
or balanced with the input source.
# Polyphony Voices :
Number of voices played simultaneously (polyphony),
only available at initialization time
# Polyphony Spread :
Pitch variation between voices (chorus),
only available at initialization time
"""
def __init__(self):
BaseModule.__init__(self)
self.snd = self.addSampler("snd")
self.prefilt = Biquadx(self.snd, freq=self.filter, q=self.filterq, type=self.filttype_index, stages=2, mul=0.25)
self.filtChoice = SigTo(0, time=0.005, init=0)
self.toDelays = Interp(self.prefilt, self.snd, interp=self.filtChoice)
self.jit = Randi(min=1-self.jitamp, max=1+self.jitamp, freq=self.jitspeed, mul=[1]*4)
self.delay1 = Delay(self.toDelays, delay=[self.del1l*self.jit[0],self.del1r*self.jit[1]],
feedback=self.del1f, maxdelay=10, mul=DBToA(self.del1m))
self.delay2 = Delay(self.toDelays, delay=[self.del2l*self.jit[2],self.del2r*self.jit[3]],
feedback=self.del2f, maxdelay=10, mul=DBToA(self.del2m))
self.dels = self.delay1+self.delay2
self.postfilt = Biquadx(self.dels, freq=self.filter, q=self.filterq, type=self.filttype_index, stages=2, mul=0.25)
self.toOuts = Interp(self.dels, self.postfilt, interp=self.filtChoice)
self.deg = Interp(self.snd*0.25, self.toOuts, self.drywet, mul=self.env)
self.osc = Sine(10000,mul=.1)
self.balanced = Balance(self.deg, self.osc, freq=10)
self.out = Interp(self.deg, self.balanced)
#INIT
self.balance(self.balance_index, self.balance_value)
self.routing(self.routing_index, self.routing_value)
self.filtrouting(self.filtrouting_index, self.filtrouting_value)
def balance(self,index,value):
if index == 0:
self.out.interp = 0
elif index ==1:
self.out.interp = 1
self.balanced.input2 = self.osc
elif index == 2:
self.out.interp = 1
self.balanced.input2 = self.snd
def filttype(self, index, value):
self.prefilt.type = index
self.postfilt.type = index
def routing(self, index, value):
if index == 0:
self.delay2.setInput(self.delay1, 0.1)
self.postfilt.setInput(self.delay2, 0.1)
else:
self.delay2.setInput(self.toDelays, 0.1)
self.postfilt.setInput(self.dels, 0.1)
def filtrouting(self, index, value):
self.filtChoice.value = index
Interface = [ csampler(name="snd", label="Audio"),
cgraph(name="env", label="Overall Amplitude", func=[(0,1),(1,1)], col="blue"),
cslider(name="del1l", label="Delay 1 Left", min=0.0001, max=10, init=0.26, gliss=0.1, rel="log", unit="sec", half=True, col="blue1"),
cslider(name="del2l", label="Delay 2 Left", min=0.0001, max=10, init=0.16, gliss=0.1, rel="log", unit="sec", half=True, col="green1"),
cslider(name="del1r", label="Delay 1 Right", min=0.0001, max=10, gliss=0.1, init=0.25, rel="log", unit="sec", half=True, col="blue2"),
cslider(name="del2r", label="Delay 2 Right", min=0.0001, max=10, init=0.15, gliss=0.1, rel="log", unit="sec", half=True, col="green2"),
cslider(name="del1f", label="Delay 1 Feedback", min=0, max=0.999, init=0.5, rel="lin", unit="x", half=True, col="blue3"),
cslider(name="del2f", label="Delay 2 Feedback", min=0, max=0.999, init=0.5, rel="lin", unit="x", half=True, col="green3"),
cslider(name="del1m", label="Delay 1 Gain", min=-48, max=18, init=0, rel="lin", unit="dB", half=True, col="blue4"),
cslider(name="del2m", label="Delay 2 Gain", min=-48, max=18, init=0, rel="lin", unit="dB", half=True, col="green4"),
cslider(name="jitamp", label="Jitter Amp", min=0.0001, max=1, init=0.1, rel="log", unit="x", col="red1", half=True),
cslider(name="jitspeed", label="Jitter Speed", min=0.0001, max=50, init=0.03, rel="log", unit="Hz", col="red2", half=True),
cslider(name="filter", label="Filter Freq", min=30, max=20000, init=15000, rel="log", unit="Hz", col="orange1"),
cslider(name="filterq", label="Filter Q", min=0.5, max=10, init=0.707, rel="log", unit="Q", col="orange2"),
cslider(name="drywet", label="Dry / Wet", min=0, max=1, init=1, rel="lin", unit="x", col="blue1"),
cpopup(name="routing", label="Delay Routing", init="Parallel", col="purple1", value=["Serial","Parallel"]),
cpopup(name="filttype", label="Filter Type", init="Lowpass", col="orange1", value=["Lowpass","Highpass","Bandpass","Bandstop"]),
cpopup(name="filtrouting", label="Filter Routing", init="Pre", col="orange1", value=["Pre","Post"]),
cpopup(name="balance", label = "Balance", init= "Off", col="blue1", value=["Off","Compress", "Source"]),
cpoly()
]
cecilia/Resources/modules/Time/BeatMaker.c5 0000664 0001750 0001750 00000026021 15074672731 017624 0 ustar tvaz tvaz class Module(BaseModule):
"""
"Algorithmic beat maker module"
Description
Four voices beat generator where sounds are extracted from a soundfile.
Sliders
# Num of Taps :
Number of taps in a measure
# Tempo :
Speed of taps in BPM (ref. to quarter note)
# Beat 1 Tap Length :
Length of taps of the first beat, in seconds
# Beat 1 Index :
Soundfile index of the first beat
# Beat 1 Gain :
Gain of the first beat
# Beat 1 Distribution :
Repartition of taps for the first beat (100% weak <--> 100% down)
# Beat 2 Tap Length :
Length of taps of the second beat, in seconds
# Beat 2 Index :
Soundfile index of the second beat
# Beat 2 Gain :
Gain of the second beat
# Beat 2 Distribution :
Repartition of taps for the second beat (100% weak <--> 100% down)
# Beat 3 Tap Length :
Length of taps of the third beat, in seconds
# Beat 3 Index :
Soundfile index of the third beat
# Beat 3 Gain :
Gain of the third beat
# Beat 3 Distribution :
Repartition of taps for the third beat (100% weak <--> 100% down)
# Beat 4 Tap Length :
Length of taps of the fourth beat, in seconds
# Beat 4 Index :
Soundfile index of the fourth beat
# Beat 4 Gain :
Gain of the fourth beat
# Beat 4 Distribution :
Repartition of taps for the fourth beat (100% weak <--> 100% down)
# Global Seed :
Seed value for the algorithmic beats, using the same seed with
the same distributions will yield the exact same beats.
Graph Only
# Beat 1 ADSR :
Envelope of taps for the first beat in breakpoint fashion
# Beat 2 ADSR :
Envelope of taps for the second beat in breakpoint fashion
# Beat 3 ADSR :
Envelope of taps for the third beat in breakpoint fashion
# Beat 4 ADSR :
Envelope of taps for the fourth beat in breakpoint fashion
# Overall Amplitude :
The amplitude curve applied on the total duration of the performance
"""
def __init__(self):
BaseModule.__init__(self)
self.snd = self.addFilein("snd")
self.last_we1 =self.last_we2 = self.last_we3 = self.last_we4 = self.last_taps = -1
self.rtempo = 1/(self.tempo/15)
self.setGlobalSeed(int(self.seed.get()))
w1, w2, w3 = self.newdist1(int(self.we1.get()))
self.beat1 = Beat(time=self.rtempo, taps=int(self.taps.get()), w1=w1, w2=w2, w3=w3, poly=10).play()
w1, w2, w3 = self.newdist2(int(self.we2.get()))
self.beat2 = Beat(time=self.rtempo, taps=int(self.taps.get()), w1=w1, w2=w2, w3=w3, poly=10).play()
w1, w2, w3 = self.newdist3(int(self.we3.get()))
self.beat3 = Beat(time=self.rtempo, taps=int(self.taps.get()), w1=w1, w2=w2, w3=w3, poly=10).play()
w1, w2, w3 = self.newdist4(int(self.we4.get()))
self.beat4 = Beat(time=self.rtempo, taps=int(self.taps.get()), w1=w1, w2=w2, w3=w3, poly=10).play()
self.tre1 = TrigEnv(input=self.beat1, table=self.adsr1, dur=self.tapsl1, mul=self.beat1['amp'])
self.tre2 = TrigEnv(input=self.beat2, table=self.adsr2, dur=self.tapsl2, mul=self.beat2['amp'])
self.tre3 = TrigEnv(input=self.beat3, table=self.adsr3, dur=self.tapsl3, mul=self.beat3['amp'])
self.tre4 = TrigEnv(input=self.beat4, table=self.adsr4, dur=self.tapsl4, mul=self.beat4['amp'])
self.linseg1 = TrigLinseg(input=self.beat1, list=[(0,self.bindex1.get()),(self.tapsl1.get(),1/(self.snd.getDur(False)/self.tapsl1.get())+self.bindex1.get())])
self.linseg2 = TrigLinseg(input=self.beat2, list=[(0,self.bindex2.get()),(self.tapsl2.get(),(1/(self.snd.getDur(False)/self.tapsl2.get()))+self.bindex2.get())])
self.linseg3 = TrigLinseg(input=self.beat3, list=[(0,self.bindex3.get()),(self.tapsl3.get(),(1/(self.snd.getDur(False)/self.tapsl3.get()))+self.bindex3.get())])
self.linseg4 = TrigLinseg(input=self.beat4, list=[(0,self.bindex4.get()),(self.tapsl4.get(),(1/(self.snd.getDur(False)/self.tapsl4.get()))+self.bindex4.get())])
self.trf1 = TrigFunc(self.linseg1['trig'], self.newseg1)
self.trf2 = TrigFunc(self.linseg2['trig'], self.newseg2)
self.trf3 = TrigFunc(self.linseg3['trig'], self.newseg3)
self.trf4 = TrigFunc(self.linseg4['trig'], self.newseg4)
self.again1 = DBToA(self.gain1, mul=0.7)
self.again2 = DBToA(self.gain2, mul=0.7)
self.again3 = DBToA(self.gain3, mul=0.7)
self.again4 = DBToA(self.gain4, mul=0.7)
self.pointer1 = Pointer(table=self.snd, index=self.linseg1, mul=self.tre1*self.again1)
self.pointer2 = Pointer(table=self.snd, index=self.linseg2, mul=self.tre2*self.again2)
self.pointer3 = Pointer(table=self.snd, index=self.linseg3, mul=self.tre3*self.again3)
self.pointer4 = Pointer(table=self.snd, index=self.linseg4, mul=self.tre4*self.again4)
self.mixx = self.pointer1+self.pointer2+self.pointer3+self.pointer4
self.out = Sig(self.mixx, mul=self.env).mix(self.nchnls)
self.trigend = TrigFunc(self.beat1["end"], self.newdist)
def seed_up(self, value):
self.setGlobalSeed(int(value))
self.beat1.new()
self.beat2.new()
self.beat3.new()
self.beat4.new()
def newseg1(self):
self.linseg1.setList([(0,self.bindex1.get()),(self.tapsl1.get(),1/(self.snd.getDur(False)/self.tapsl1.get())+self.bindex1.get())])
def newseg2(self):
self.linseg2.setList([(0,self.bindex2.get()),(self.tapsl2.get(),1/(self.snd.getDur(False)/self.tapsl2.get())+self.bindex2.get())])
def newseg3(self):
self.linseg3.setList([(0,self.bindex3.get()),(self.tapsl3.get(),1/(self.snd.getDur(False)/self.tapsl3.get())+self.bindex3.get())])
def newseg4(self):
self.linseg4.setList([(0,self.bindex4.get()),(self.tapsl4.get(),1/(self.snd.getDur(False)/self.tapsl4.get())+self.bindex4.get())])
def newtaps(self, value):
self.beat1.setTaps(value)
self.beat2.setTaps(value)
self.beat3.setTaps(value)
self.beat4.setTaps(value)
def newdist1(self, value):
w1 = value
if value <= 50:
w2 = value*2
else:
w2 = (100-value)*2
w3 = 100-value
return (w1, w2, w3)
def newdist2(self, value):
w1 = value
if value <= 50:
w2 = value*2
else:
w2 = (100-value)*2
w3 = 100-value
return (w1, w2, w3)
def newdist3(self, value):
w1 = value
if value <= 50:
w2 = value*2
else:
w2 = (100-value)*2
w3 = 100-value
return (w1, w2, w3)
def newdist4(self, value):
w1 = value
if value <= 50:
w2 = value*2
else:
w2 = (100-value)*2
w3 = 100-value
return (w1, w2, w3)
def newdist(self):
taps = int(self.taps.get())
if taps != self.last_taps:
self.last_taps = taps
self.newtaps(taps)
value = int(self.we1.get())
if value != self.last_we1:
self.last_we1 = value
self.beat1.setWeights(*self.newdist1(value))
value = int(self.we2.get())
if value != self.last_we2:
self.last_we2 = value
self.beat2.setWeights(*self.newdist2(value))
value = int(self.we3.get())
if value != self.last_we3:
self.last_we3 = value
self.beat3.setWeights(*self.newdist3(value))
value = int(self.we4.get())
if value != self.last_we4:
self.last_we4 = value
self.beat4.setWeights(*self.newdist4(value))
Interface = [ cfilein(name="snd", label="Audio"),
cgraph(name="env", label="Overall Amplitude", func=[(0,1),(1,1)], col="blue"),
cgraph(name="adsr1", label="Beat 1 ADSR", func=[(0,0),(0.001,1),(0.125,0.25),(1,0)], table=True, col="blue1"),
cgraph(name="adsr2", label="Beat 2 ADSR", func=[(0,0),(0.005,1),(0.135,0.3),(1,0)], table=True, col="purple1"),
cgraph(name="adsr3", label="Beat 3 ADSR", func=[(0,0),(0.01,1),(0.145,0.35),(1,0)], table=True, col="red1"),
cgraph(name="adsr4", label="Beat 4 ADSR", func=[(0,0),(0.015,1),(0.155,0.4),(1,0)], table=True, col="green1"),
cslider(name="taps", label="Num of Taps", min=1, max=64, init=16, res="int", rel="lin", unit="x", col= "orange1"),
cslider(name="tempo", label="Tempo", min=20, max=240, gliss=0, init=120, rel="lin", unit="bpm", col="orange3"),
cslider(name="tapsl1", label="Beat 1 Tap Length", min=0.01, max=1, init=0.2, rel="lin", unit="sec", col="blue1",half=True),
cslider(name="tapsl3", label="Beat 3 Tap Length", min=0.01, max=1, init=0.2, rel="lin", unit="sec", col="red1",half=True),
cslider(name="bindex1", label="Beat 1 Index", min=0, max=1, init=0, rel="lin", unit="x", col="blue2",half=True),
cslider(name="bindex3", label="Beat 3 Index", min=0, max=1, init=0.25, rel="lin", unit="x", col="red2",half=True),
cslider(name="gain1", label="Beat 1 Gain", min=-48, max=18, init=0, rel="lin", unit="dB", col="blue3",half=True),
cslider(name="gain3", label="Beat 3 Gain", min=-48, max=18, init=0, rel="lin", unit="dB", col="red3",half=True),
cslider(name="we1", label="Beat 1 Distribution", min=0, max=100, init=80, res="int", rel="lin", unit="%", col="blue4",half=True),
cslider(name="we3", label="Beat 3 Distribution", min=0, max=100, init=30, rel="lin", res="int", unit="%", col="red4",half=True),
cslider(name="tapsl2", label="Beat 2 Tap Length", min=0.01, max=1, init=0.2, rel="lin", unit="sec", col="purple1",half=True),
cslider(name="tapsl4", label="Beat 4 Tap Length", min=0.01, max=1, init=0.2, rel="lin", unit="sec", col="green1",half=True),
cslider(name="bindex2", label="Beat 2 Index", min=0, max=1, init=0.5, rel="lin", unit="x", col="purple2",half=True),
cslider(name="bindex4", label="Beat 4 Index", min=0, max=1, init=0.75, rel="lin", unit="x", col="green2",half=True),
cslider(name="gain2", label="Beat 2 Gain", min=-48, max=18, init=0, rel="lin", unit="dB", col="purple3",half=True),
cslider(name="gain4", label="Beat 4 Gain", min=-48, max=18, init=0, rel="lin", unit="dB", col="green3",half=True),
cslider(name="we2", label="Beat 2 Distribution", min=0, max=100, init=50, rel="lin", res="int", unit="%", col="purple4",half=True),
cslider(name="we4", label="Beat 4 Distribution", min=0, max=100, init=10, rel="lin", res="int", unit="%", col="green4",half=True),
cslider(name="seed", label="Global seed", min=0, max=5000, init=0, rel="lin", res="int", unit="x", up=True),
]
cecilia/Resources/modules/Time/Particle.c5 0000664 0001750 0001750 00000013021 15074672731 017530 0 ustar tvaz tvaz import random
class Module(BaseModule):
"""
"A full-featured granulation module"
Description
This module offers more controls than the classic granulation module.
Useful to generate clouds, to stretch a sound without changing the pitch
or to transpose without changing the duration.
`Density per Second * Grain Duration` defines the overall overlaps.
Sliders
# Density per Sec :
How many grains to play per second
# Transpose :
Overall transposition, in cents, of the grains
# Grain Position :
Soundfile index
# Grain Duration :
Duration of each grain, in seconds
# Start Time Dev :
Maximum deviation of the starting time of the grain
# Panning Random :
Random added to the panning of each grain
# Density Random :
Jitter applied to the density per second
# Pitch Random :
Jitter applied on the pitch of the grains
# Position Random :
Jitter applied on the soundfile index
# Duration Random :
Jitter applied to the grain duration
Graph Only
# Overall Amplitude :
The amplitude curve applied on the total duration of the performance
# Grain Envelope :
Emplitude envelope of the grains
Popups & Toggles
# Balance :
Compression mode. Off, balanced with a fixed signal
or balanced with the input source.
# Discreet Transpo :
List of pitch ratios used to randomize grain's transposition
# Polyphony Voices :
Number of voices played simultaneously (polyphony),
only available at initialization time
# Polyphony Spread :
Pitch variation between voices (chorus),
only available at initialization time
"""
def __init__(self):
BaseModule.__init__(self)
self.table = self.addFilein("sndtable")
self.densr = Randi(-self.dnsrnd, self.dnsrnd, freq=1, add=1)
self.posr = Noise(self.posrnd * self.table.getSize(False))
self.pitr = Noise(self.pitrnd, add=1)
self.durr = Noise(self.durrnd, add=1)
self.discr = Choice(choice=self.discreet_value, freq=1000)
self.pitch = CentsToTranspo(self.transp, mul=self.polyphony_spread)
self.pospos = Sig(self.pos, mul=self.table.getSize(False), add=self.posr)
initpan = [float(i) / (self.nchnls-1) for i in range(self.nchnls)]
self.panr = Noise(self.pan, add=initpan)
self.panw = Clip(self.panr, 0, 1)
self.gr = Particle(table=self.table,
env=self.grainenv,
dens=self.dens*self.densr,
pitch=self.pitch*self.pitr*self.discr,
pos=self.pospos,
dur=self.dur*self.durr,
dev=self.dev,
pan=self.panw,
chnls=self.nchnls,
mul=self.env*0.2
)
self.osc = Sine(10000,mul=.1)
self.balanced = Balance(self.gr, self.osc, freq=10)
self.out = Interp(self.gr, self.balanced)
#INIT
self.balance(self.balance_index, self.balance_value)
def balance(self, index, value):
if index == 0:
self.out.interp = 0
elif index ==1:
self.out.interp = 1
self.balanced.input2 = self.osc
elif index == 2:
self.out.interp = 1
self.balanced.input2 = self.gr
def discreet(self, value):
self.discr.choice = value
Interface = [ cfilein(name="sndtable", label="Audio"),
cgraph(name="env", label="Overall Amplitude", func=[(0,1),(1,1)], col="blue1"),
cgraph(name="grainenv", label="Grain Envelope", func=[(0,0),(0.5,1),(1,0)], table=True, curved=True, col="purple1"),
cslider(name="dens", label="Density per Sec", min=1, max=1000, init=100, rel="log", gliss=0, res="int", unit="x", col="blue1"),
cslider(name="transp", label="Transpose", min=-4800, max=4800, init=0, rel="lin", unit="cnts", col="red1"),
cslider(name="pos", label="Grain Position", min=0, max=1, init=0, func=[(0,0),(1,1)], rel="lin", unit="x", col="purple1"),
cslider(name="dur", label="Grain Duration", min=0.0001, max=1, init=0.1, rel="log", unit="sec", col="orange1"),
cslider(name="dev", label="Start Time Dev", min=0.0001, max=1, init=0.01, rel="log", unit="x", col="green1"),
cslider(name="pan", label="Panning Random", min=0, max=1, init=0, rel="lin", unit="x", col="green3"),
cslider(name="dnsrnd", label="Density Random", min=0.00001, max=1, init=0.001, rel="log", unit="x", col="blue2", half=True),
cslider(name="pitrnd", label="Pitch Random", min=0.00001, max=0.5, init=0.001, rel="log", unit="x", col="red2", half=True),
cslider(name="posrnd", label="Position Random", min=0.00001, max=0.5, init=0.001, rel="log", unit="x", col="purple2", half=True),
cslider(name="durrnd", label="Duration Random", min=0.00001, max=1, init=0.001, rel="log", unit="x", col="orange2", half=True),
cpopup(name="balance", label = "Balance", init= "Off", col="blue1", value=["Off","Compress", "Source"]),
cgen(name="discreet", label="Discreet Transpo", init=[1], col="red1"),
cpoly()
]
cecilia/Resources/modules/Time/Granulator.c5 0000664 0001750 0001750 00000012007 15074672731 020106 0 ustar tvaz tvaz import random
class Module(BaseModule):
"""
"Granulation module"
Description
A classic granulation module. Useful to stretch a sound without changing
the pitch or to transpose without changing the duration.
Sliders
# Transpose :
Base pitch of the grains
# Grain Position :
Soundfile index
# Position Random :
Jitter applied on the soundfile index
# Pitch Random :
Jitter applied on the pitch of the grains using the discreet transpo list
# Grain Duration :
Length of the grains
# Num of Grains :
Number of overlapping grains
Graph Only
# Overall Amplitude :
The amplitude curve applied on the total duration of the performance
# Grain Envelope :
Emplitude envelope of the grains
Popups & Toggles
# Filter Type :
Type of the post filter
# Discreet Transpo :
List of pitch ratios
# Balance :
Compression mode. Off, balanced with a fixed signal
or balanced with the input source.
# Polyphony Voices :
Number of voices played simultaneously (polyphony),
only available at initialization time
# Polyphony Spread :
Pitch variation between voices (chorus),
only available at initialization time
"""
def __init__(self):
BaseModule.__init__(self)
self.amp_scl = Map(350, 1, "lin")
firstamp = self.amp_scl.set(self.num.get())
pitrnds = self.polyphony_spread
self.table = self.addFilein("sndtable")
self.posr = Noise(self.posrnd*self.table.getSize(False))
self.pitr = Noise(self.pitrnd, add=1)
self.discr = Choice(choice=self.discreet_value, freq=1000)
self.pitch = CentsToTranspo(self.transp, mul=pitrnds)
self.pospos = Sig(self.pos, mul=self.table.getSize(False), add=self.posr)
self.gr = Granulator(self.table, self.grainenv, pitch=self.pitch, pos=self.pospos,
dur=self.dur.get()*self.pitr*self.discr, grains=int(self.num.get()),
basedur=self.dur.get(), mul=self.env* 0.1 * firstamp)
self.gro = Biquadx(self.gr.mix(self.nchnls), freq=self.cut, q=self.filterq, type=self.filttype_index, stages=2, mul=self.polyphony_scaling)
self.osc = Sine(10000,mul=.1)
self.balanced = Balance(self.gro, self.osc, freq=10)
self.out = Interp(self.gro, self.balanced)
#INIT
self.balance(self.balance_index, self.balance_value)
def balance(self, index, value):
if index == 0:
self.out.interp = 0
elif index ==1:
self.out.interp = 1
self.balanced.input2 = self.osc
elif index == 2:
self.out.interp = 1
self.balanced.input2 = self.gr
def filttype(self, index, value):
self.gro.type = index
def dur_up(self, value):
self.gr.basedur = value
self.gr.dur = value * self.pitr * self.discr
def num_up(self, value):
gr = int(value)
self.gr.grains = gr
self.gr.mul = self.env * 0.1 * self.amp_scl.set(gr)
def discreet(self, value):
self.discr.choice = value
Interface = [ cfilein(name="sndtable", label="Audio"),
cgraph(name="env", label="Overall Amplitude", func=[(0,1),(1,1)], col="blue1"),
cgraph(name="grainenv", label="Grain Envelope", func=[(0,0),(0.5,1),(1,0)], table=True, curved=True, col="purple1"),
cslider(name="transp", label="Transpose", min=-4800, max=4800, init=0, rel="lin", unit="cnts", col="red1"),
cslider(name="pos", label="Grain Position", min=0, max=1, init=0, func=[(0,0),(1,1)], rel="lin", unit="x", col="purple1"),
cslider(name="posrnd", label="Position Random", min=0.00001, max=0.5, init=0.001, rel="log", unit="x", col="orange2", half=True),
cslider(name="pitrnd", label="Pitch Random", min=0.00001, max=0.5, init=0.001, rel="log", unit="x", col="orange3", half=True),
cslider(name="cut", label="Filter Freq", min=100, max=18000, init=20000, rel="log", unit="Hz", col="green1"),
cslider(name="filterq", label="Filter Q", min=0.5, max=10, init=0.707, rel="log", unit="Q", col="green2"),
cslider(name="dur", label="Grain Duration", min=0.01, max=10, init=0.1, up=True, rel="log", unit="sec", half=True),
cslider(name="num", label="Num of Grains", min=1, max=256, init=32, rel="lin", gliss=0, res="int", up=True, unit="grs", half=True),
cpopup(name="filttype", label="Filter Type", init="Lowpass", col="green1", value=["Lowpass","Highpass","Bandpass","Bandstop"]),
cpopup(name="balance", label = "Balance", init= "Off", col="blue1", value=["Off","Compress", "Source"]),
cgen(name="discreet", label="Discreet Transpo", init=[1], col="red1"),
cpoly()
]
cecilia/Resources/modules/Time/DelayMod.c5 0000664 0001750 0001750 00000011036 15074672731 017467 0 ustar tvaz tvaz class Module(BaseModule):
"""
"Stereo delay module with LFO on delay times"
Description
A stereo delay whose delay times are modulated with LFO of different shapes.
Sliders
# Delay Time L :
Delay time of the left channel delay
# Delay Time R :
Delay time of the right channel delay
# LFO Depth L :
Amplitude of the LFO applied on left channel delay time
# LFO Depth R :
Amplitude of the LFO applied on right channel delay time
# LFO Freq L :
Frequency of the LFO applied on left channel delay time
# LFO Freq R :
Frequency of the LFO applied on right channel delay time
# Gain Delay L :
Amplitude of the left channel delay
# Gain Delay R :
Amplitude of the right channel delay
# Feedback :
Amount of delayed signal fed back in the delay chain
# LFO Sharpness :
Sharper waveform results in more harmonics in the LFO spectrum.
# Dry / Wet :
Mix between the original signal and the delayed signals
Graph Only
# Overall Amplitude :
The amplitude curve applied on the total duration of the performance
Popups & Toggles
# LFO Waveform L :
Shape of the LFO waveform applied on left channel delay
# LFO Waveform R :
Shape of the LFO waveform applied on right channel delay
# Polyphony Voices :
Number of voices played simultaneously (polyphony),
only available at initialization time
# Polyphony Spread :
Pitch variation between voices (chorus),
only available at initialization time
"""
def __init__(self):
BaseModule.__init__(self)
self.snd = self.addSampler("snd")
self.lfol = LFO(self.speedl, sharp=self.sharp, mul=self.depthl, type=self.wavel_index, add=1)
self.lfor = LFO(self.speedr, sharp=self.sharp, mul=self.depthr, type=self.waver_index, add=1)
self.ampl = DBToA(self.gainl)
self.ampr = DBToA(self.gainr)
self.delay = Delay(self.snd, delay=[self.dell*self.lfol,self.delr*self.lfor], feedback=self.fb, maxdelay=20, mul=[self.ampl, self.ampr])
self.out = Interp(self.snd, self.delay, self.drywet, mul=self.env*0.5)
def wavel(self, index, value):
self.lfol.type = (index - 1) % 8
def waver(self, index, value):
self.lfor.type = (index - 1) % 8
Interface = [ csampler(name="snd", label="Audio"),
cgraph(name="env", label="Overall Amplitude", func=[(0,1),(1,1)], col="blue1"),
cslider(name="dell", label="Delay Time L", min=0.0001, max=10, init=0.15, gliss=0.1, rel="log", unit="sec", half=True, col="purple1"),
cslider(name="delr", label="Delay Time R", min=0.0001, max=10, init=0.25, gliss=0.1, rel="log", unit="sec", half=True, col="red1"),
cslider(name="depthl", label="LFO Depth L", min=0.001, max=0.5, init=0.05, rel="log", unit="x", half=True, col="purple2"),
cslider(name="depthr", label="LFO Depth R", min=0.001, max=0.5, init=0.05, rel="log", unit="x", half=True, col="red2"),
cslider(name="speedl", label="LFO Freq L", min=0.001, max=200, init=1, rel="log", unit="Hz", half=True, col="purple3"),
cslider(name="speedr", label="LFO Freq R", min=0.001, max=200, init=1.1, rel="log", unit="Hz", half=True, col="red3"),
cslider(name="gainl", label="Gain Delay L", min=-48, max=18, init=0, rel="lin", unit="dB", half=True, col="purple4"),
cslider(name="gainr", label="Gain Delay R", min=-48, max=18, init=0, rel="lin", unit="dB", half=True, col="red4"),
cslider(name="fb", label="Feedback", min=0, max=0.999, init=0.5, rel="lin", unit="x", col="green1"),
cslider(name="sharp", label="LFO Sharpness", min=0, max=1, init=0.5, rel="lin", unit="x", col="green2"),
cslider(name="drywet", label="Dry / Wet", min=0, max=1, init=0.7, rel="lin", unit="x", col="blue1"),
cpopup(name="wavel", label="LFO Waveform L", init="Sine", col="purple2", value=["Sine", "Saw Up", "Saw Down", "Square",
"Triangle", "Pulse", "Bipolar Pulse", "SAH"]),
cpopup(name="waver", label="LFO Waveform R", init="Sine", col="red2", value=["Sine", "Saw Up", "Saw Down", "Square",
"Triangle", "Pulse", "Bipolar Pulse", "SAH"]),
cpoly()
]
cecilia/Resources/modules/Filters/ 0000775 0001750 0001750 00000000000 15074672731 016251 5 ustar tvaz tvaz cecilia/Resources/modules/Filters/StateVar2.c5 0000664 0001750 0001750 00000007502 15074672731 020321 0 ustar tvaz tvaz class Module(BaseModule):
"""
"State Variable Filter, version 2 !"
Description
This module implements a second-order state variable filter (SVF) which allow to
interpolate over various filter types, organized in a user-defined order (see
`Filter Order` parameter below).
This 2-pole multimode filter is described in the book "The Art of VA Filter Design"
by Vadim Zavalishin (version 2.1.0).
Sliders
# Filter Freq :
Cutoff or center frequency of the filter.
# Filter Q :
Q factor (inverse of bandwidth) of the filter.
# Filter Shelf :
Gain, in dB, used by shelving filters.
# Type :
Interpolating factor between filters
# Dry / Wet :
Mix between the original and the filtered signals
Graph Only
# Overall Amplitude :
The amplitude curve applied on the total duration of the performance
Popups & Toggles
# Balance :
Compression mode. Off, balanced with a fixed signal
or balanced with the input source.
# Filter Order :
The ordering is a list of one to ten integers indicating the filter
types order used by the `Type` parameter to crossfade between them.
Types, as integer, are:
0 = lowpass
1 = bandpass
2 = highpass
3 = highshelf
4 = bandshelf
5 = lowshelf
6 = notch
7 = peak
8 = allpass
# Polyphony Voices :
Number of voices played simultaneously (polyphony),
only available at initialization time
# Polyphony Chords :
Pitch interval between voices (chords),
only available at initialization time
"""
def __init__(self):
BaseModule.__init__(self)
self.snd = self.addSampler("snd")
self.filtOrder = [0, 1, 2, 3, 4, 5, 6, 7, 8]
self.filterType = Sig(self.type, mul=len(self.filtOrder))
self.dsp = SVF2(self.snd, freq=self.freq, q=self.q, shelf=self.shelf, type=self.filterType)
self.dsp.order = self.filtOrder
self.deg = Interp(self.snd, self.dsp, self.drywet, mul=self.env)
#BALANCE
self.osc = Sine(10000, mul=.1)
self.balanced = Balance(self.deg, self.osc, freq=10)
self.out = Interp(self.deg, self.balanced)
#INIT
self.balance(self.balance_index, self.balance_value)
def balance(self,index,value):
if index == 0:
self.out.interp = 0
elif index ==1:
self.out.interp = 1
self.balanced.input2 = self.osc
elif index == 2:
self.out.interp = 1
self.balanced.input2 = self.snd
def order(self, value):
self.filtOrder = value[:]
self.dsp.order = self.filtOrder
self.filterType.mul = len(self.filtOrder)
Interface = [
csampler(name="snd"),
cgraph(name="env", label="Overall Amplitude", func=[(0,1),(1,1)], col="blue1"),
cslider(name="freq", label="Filter Freq", min=20, max=20000, init=1000, rel="log", unit="Hz", col="green1"),
cslider(name="q", label="Filter Q", min=0.5, max=25, init=1, rel="log", unit="x", col="green2"),
cslider(name="shelf", label="Filter Shelf", min=-12, max=12, init=-6, rel="lin", unit="dB", col="green3"),
cslider(name="type", label="Type", min=0, max=1, init=0.5, rel="lin", unit="x", col="green4"),
cslider(name="drywet", label="Dry / Wet", min=0, max=1, init=1, rel="lin", unit="x", col="blue1"),
cgen(name="order", label="Filter Order", init=[0,1,2,3,4,5,6,7,8], col="green1"),
cpopup(name="balance", label = "Balance", init= "Off", col="blue1", value=["Off","Compress", "Source"]),
cpoly()
]
cecilia/Resources/modules/Filters/AutoModFilter.c5 0000664 0001750 0001750 00000013741 15074672731 021226 0 ustar tvaz tvaz class Module(BaseModule):
"""
"Filter audo-modulated by an extracted feature of its input sound"
Description
This module implements a variable filter, whose frequency is driven by the
outcome of an analysis on its input signal. Available analysis continuous amplitude,
centroid, fundamental frequency and zero-crossing. The filter type can be lowpass,
highpass, bandpass or bandstop.
Sliders
# Freq Range :
Lowest and highest filter frequencies, corresponding to the lowest and
highest values of the analyzer output.
# Filter Q :
Q factor (inverse of bandwidth) of the filter.
# Num of Filters :
Number of filters (with identical parameters) applied in serie.
# Dry / Wet :
Mix between the original and the filtered signals
Graph Only
# Overall Amplitude :
The amplitude curve applied on the total duration of the performance
Popups & Toggles
# Analysis Type :
Choose between the four possible analyzers (amplitude, centroid,
pitch or zero-crossing).
# Filter Type :
Choose the type of the filter (lowpass, highpass, bandpass or bandstop).
# Balance :
Compression mode. Off, balanced with a fixed signal
or balanced with the input source.
# Polyphony Voices :
Number of voices played simultaneously (polyphony),
only available at initialization time
# Polyphony Spread :
Pitch variation between voices (chorus),
only available at initialization time
"""
def __init__(self):
BaseModule.__init__(self)
self.snd = self.addSampler("snd")
self.ampFollow = Follower(self.snd, freq=20).stop()
self.ampScale = Scale(self.ampFollow, outmin=self.frange[0], outmax=self.frange[1]).stop()
self.centroidFollow = Centroid(self.snd, size=512).stop()
self.centroidScale = Scale(self.centroidFollow, inmin=20, inmax=15000, outmin=self.frange[0], outmax=self.frange[1]).stop()
self.pitchFollow = Yin(self.snd, tolerance=0.20, minfreq=40, maxfreq=2000, cutoff=1000, winsize=2048).stop()
self.pitchScale = Scale(self.pitchFollow, inmin=40, inmax=2000, outmin=self.frange[0], outmax=self.frange[1]).stop()
self.zcrossFollow = ZCross(self.snd, thresh=0.001).stop()
self.zcrossScale = Scale(self.zcrossFollow, outmin=self.frange[0], outmax=self.frange[1]).stop()
self.filterFreq = Clip(self.centroidScale, min=self.frange[0], max=self.frange[1])
self.filterFreqPort = Port(self.filterFreq, 0.02, 0.02)
self.filter = Biquadx(self.snd, freq=self.filterFreqPort, q=self.q, type=self.filttype_index, stages=int(self.stages.get()))
self.proc = Interp(self.snd, self.filter, self.drywet, mul=self.env)
self.osc = Sine(10000,mul=.1)
self.balanced = Balance(self.proc, self.osc, freq=10)
self.out = Interp(self.proc, self.balanced)
self.lastAnalysis = ""
self.currentAnalysis = ""
self.analysisLaterCall = CallAfter(self.analysisTurnoff, time=0.1)
#INIT
self.balance(self.balance_index, self.balance_value)
self.analysis(self.analysis_index, self.analysis_value)
def balance(self, index, value):
if index == 0:
self.out.interp = 0
elif index == 1:
self.out.interp = 1
self.balanced.input2 = self.osc
elif index == 2:
self.out.interp = 1
self.balanced.input2 = self.snd
def analysis(self, index, value):
self.lastAnalysis = self.currentAnalysis
self.currentAnalysis = value
if index == 0:
self.ampFollow.play()
self.ampScale.play()
self.filterFreq.setInput(self.ampScale, 0.05)
elif index == 1:
self.centroidFollow.play()
self.centroidScale.play()
self.filterFreq.setInput(self.centroidScale, 0.05)
elif index == 2:
self.pitchFollow.play()
self.pitchScale.play()
self.filterFreq.setInput(self.pitchScale, 0.05)
elif index == 2:
self.zcrossFollow.play()
self.zcrossScale.play()
self.filterFreq.setInput(self.zcrossScale, 0.05)
self.analysisLaterCall.play()
def analysisTurnoff(self):
if self.lastAnalysis == self.currentAnalysis:
return
if self.lastAnalysis == "Amplitude":
self.ampFollow.stop()
self.ampScale.stop()
elif self.lastAnalysis == "Centroid":
self.centroidFollow.stop()
self.centroidScale.stop()
elif self.lastAnalysis == "Pitch":
self.pitchFollow.stop()
self.pitchScale.stop()
elif self.lastAnalysis == "Zero-Crossing":
self.zcrossFollow.stop()
self.zcrossScale.stop()
def filttype(self, index, value):
self.filter.type = index
def stages_up(self, value):
self.filter.stages = value
Interface = [
csampler(name="snd"),
cgraph(name="env", label="Overall Amplitude", func=[(0,1),(1,1)], col="blue"),
crange(name='frange', label='Freq Range', min=20.0, max=18000.0, init=[100.0, 5000.0], rel='log', unit='Hz', col='green'),
cslider(name="q", label="Filter Q", min=0.5, max=5, init=1, unit="Q", col="green2"),
cslider(name="stages", label="# of Filters", min=1, max=4, init=2, unit="x", res="int", up=True),
cslider(name="drywet", label="Dry / Wet", min=0, max=1, init=1, rel="lin", unit="x", col="blue1"),
cpopup(name="analysis", label="Analysis Type", init="Amplitude", value=["Amplitude", "Centroid", "Pitch", "Zero-Crossing"], col="orange"),
cpopup(name="filttype", label="Filter Type", init="Lowpass", col="green3", value=["Lowpass","Highpass","Bandpass","Bandstop"]),
cpopup(name="balance", label = "Balance", init= "Off", col="blue", value=["Off","Compress", "Source"]),
cpoly()
]
cecilia/Resources/modules/Filters/MaskFilter.c5 0000664 0001750 0001750 00000007255 15074672731 020554 0 ustar tvaz tvaz class Module(BaseModule):
"""
"Ranged filter module using lowpass and highpass filters"
Description
The signal is first lowpassed and then highpassed to create a bandpass
filter with independant lower and higher boundaries. The user can
interpolate between two such filters.
Sliders
# Filter 1 Limits :
Range of the first filter (min = highpass, max = lowpass)
# Filter 2 Limits :
Range of the second filter (min = highpass, max = lowpass)
# Mix :
Balance between filter 1 and filter 2
Graph Only
# Overall Amplitude :
The amplitude curve applied on the total duration of the performance
Popups & Toggles
# Number of Stages :
Amount of stacked biquad filters
# Balance :
Compression mode. Off, balanced with a fixed signal
or balanced with the input source.
# Polyphony Voices :
Number of voices played simultaneously (polyphony),
only available at initialization time
# Polyphony Spread :
Pitch variation between voices (chorus),
only available at initialization time
"""
def __init__(self):
BaseModule.__init__(self)
self.snd = self.addSampler("snd")
self.lp = Biquadx(input=self.snd, freq=self.fultrange[1], q=1, type=0, stages=int(self.filtnum_value), mul=1)
self.hp = Biquadx(input=self.lp, freq=self.fultrange[0], q=1, type=1, stages=int(self.filtnum_value), mul=0.5*self.env)
self.lp2 = Biquadx(input=self.snd, freq=self.filtrangeCAC[1], q=1, type=0, stages=int(self.filtnum_value), mul=1)
self.hp2 = Biquadx(input=self.lp2, freq=self.filtrangeCAC[0], q=1, type=1, stages=int(self.filtnum_value), mul=0.5*self.env)
#BALANCE
self.osc = Sine(10000,mul=.1)
self.balanced1 = Balance(self.hp, self.osc, freq=10)
self.balanced2 = Balance(self.hp2, self.osc, freq=10)
self.out1 = Interp(self.hp, self.balanced1)
self.out2 = Interp(self.hp2, self.balanced2)
self.out = Interp(self.out1, self.out2, self.mix, mul=0.5)
#INIT
self.balance(self.balance_index, self.balance_value)
def filtnum(self, index, value):
self.lp.stages = int(value)
self.hp.stages = int(value)
self.lp2.stages = int(value)
self.hp2.stages = int(value)
def balance(self,index,value):
if index == 0:
self.out1.interp = 0
self.out2.interp = 0
elif index ==1:
self.out1.interp = 1
self.out2.interp = 1
self.balanced1.input2 = self.osc
self.balanced2.input2 = self.osc
elif index == 2:
self.out1.interp = 1
self.out2.interp = 1
self.balanced1.input2 = self.snd
self.balanced2.input2 = self.snd
Interface = [ csampler(name="snd"),
cgraph(name="env", label="Overall Amplitude", func=[(0,1),(1,1)], col="blue1"),
crange(name="fultrange", label="Filter 1 Limits", min=20, max=20000, init = [100,200], rel="log", unit="Hz", col="green1"),
crange(name="filtrangeCAC", label="Filter 2 Limits", min=20, max=20000, init = [1000,2000], rel="log", unit="Hz", col="green2"),
cslider(name="mix", label = "Mix", min=0,max=1,init=0.5,rel="lin", unit="%",col="blue1"),
cpopup(name="filtnum", label="Number of Stages", init="4", col="orange1", value=["1","2","3","4","5","6"]),
cpopup(name="balance", label = "Balance", init= "Off", col="blue1", value=["Off","Compress", "Source"]),
cpoly()
]
cecilia/Resources/modules/Filters/AMFMFilter.c5 0000664 0001750 0001750 00000011555 15074672731 020377 0 ustar tvaz tvaz class Module(BaseModule):
"""
"AM/FM modulated filter"
Description
The input sound is filtered by a variable type modulated filter.
Speed, depth and shape can be modified for both AM and FM modulators.
Sliders
# Filter Mean Freq :
Mean frequency of the filter
# Resonance :
Q factor of the filter
# AM Depth :
Amplitude of the amplitude modulator
# AM Freq :
Speed, in Hz, of the amplitude modulator
# FM Depth :
Amplitude of the frequency modulator
# FM Freq :
Speed, in Hz, of the frequency modulator
# Mod Sharpness :
Sharpness of waveforms used as modulators
# Dry / Wet :
Mix between the original signal and the filtered signal
Graph Only
# Overall Amplitude :
The amplitude curve applied on the total duration of the performance
Popups & Toggles
# Filter Type :
Type of filter
# AM Mod Type :
Shape of the amplitude modulator
# FM Mod Type :
Shape of the frequency modulator
# Balance :
Compression mode. Off, balanced with a fixed signal
or balanced with the input source.
# Polyphony Voices :
Number of voices played simultaneously (polyphony),
only available at initialization time
# Polyphony Spread :
Pitch variation between voices (chorus),
only available at initialization time
"""
def __init__(self):
BaseModule.__init__(self)
self.snd = self.addSampler("snd")
self.lfomodAM = LFO(freq=self.modfreqAM, sharp=self.modSharp, type=self.modtypeAM_index, mul=0.5, add=0.5)
self.lfomodFM = LFO(freq=self.modfreqFM, sharp=self.modSharp, type=self.modtypeFM_index, mul=0.5, add=0.5)
self.filt = Biquadx(input=self.snd, freq=self.centerfreq*(self.lfomodFM*(self.moddepthFM*2)+(1-self.moddepthFM))+50, q=self.filterq,
type=self.filttype_index, stages=2, mul=0.7 *(self.lfomodAM*self.moddepthAM+(1-self.moddepthAM)))
self.deg = Interp(self.snd, self.filt, self.drywet, mul=self.env)
self.osc = Sine(10000,mul=.1)
self.balanced = Balance(self.deg, self.osc, freq=10)
self.out = Interp(self.deg, self.balanced)
#INIT
self.balance(self.balance_index, self.balance_value)
def filttype(self, index, value):
self.filt.type = index
def modtypeFM(self, index, value):
self.lfomodFM.type = (index - 1) % 8
def modtypeAM(self, index, value):
self.lfomodAM.type = (index - 1) % 8
def balance(self,index,value):
if index == 0:
self.out.interp = 0
elif index == 1:
self.out.interp = 1
self.balanced.input2 = self.osc
elif index == 2:
self.out.interp = 1
self.balanced.input2 = self.snd
Interface = [ csampler(name="snd"),
cgraph(name="env", label="Overall Amplitude", func=[(0,1),(1,1)], col="blue1"),
cslider(name="centerfreq", label="Filter Mean Freq", min=20, max=20000, init=2000, rel="log", unit="Hz", col="green1"),
cslider(name="filterq", label="Resonance", min=0.5, max=10, init=0.707, rel="lin", unit="Q", col="green2"),
cslider(name="moddepthAM", label="AM Depth", min=0.001, max=1, init=0.5, rel="lin", unit="x", col="red1", half=True),
cslider(name="moddepthFM", label="FM Depth", min=0.001, max=1, init=0.85, rel="lin", unit="x", col="purple1", half=True),
cslider(name="modfreqAM", label="AM Freq", min=0.01, max=2000, init=1, rel="log", unit="Hz", col="red2", half=True),
cslider(name="modfreqFM", label="FM Freq", min=0.01, max=2000, init=10, rel="log", unit="Hz", col="purple2", half=True),
cslider(name="modSharp", label="Mod Sharpness", min=0, max=1, init=0.5, rel="lin", unit="x", col="orange1"),
cslider(name="drywet", label="Dry / Wet", min=0, max=1, init=1, rel="lin", unit="x", col="blue1"),
cpopup(name="filttype", label="Filter Type", init="Bandpass", col="green1", value=["Lowpass","Highpass","Bandpass","Bandstop"]),
cpopup(name="modtypeAM", label="AM Mod Type", init="Sine", col="red1", value=["Sine", "Saw Up", "Saw Down", "Square", "Triangle", "Pulse", "Bipolar Pulse",
"SAH"]),
cpopup(name="modtypeFM", label="FM Mod Type", init="Sine", col="purple1", value=["Sine", "Saw Up", "Saw Down", "Square", "Triangle", "Pulse", "Bipolar Pulse",
"SAH"]),
cpopup(name="balance", label = "Balance", init= "Off", col="blue1", value=["Off","Compress", "Source"]),
cpoly()
]
cecilia/Resources/modules/Filters/BrickWall.c5 0000664 0001750 0001750 00000005652 15074672731 020364 0 ustar tvaz tvaz class Module(BaseModule):
"""
"Convolution brickwall lowpass/highpass/bandpass/bandstop filter"
Description
Convolution filter with a user-defined length sinc kernel. This
kind of filters are very CPU expensive but can give quite good
stopband attenuation.
Sliders
# Cutoff Frequency :
Cutoff frequency, in Hz, of the filter.
# Bandwidth :
Bandwith, in Hz, of the filter.
Used only by bandpass and pnadstop filters.
# Filter Order :
Number of points of the filter kernel. A longer kernel means
a sharper attenuation (and a higher CPU cost). This value is
only available at initialization time.
Graph Only
# Overall Amplitude :
The amplitude curve applied on the total duration of the performance
Popups & Toggles
# Filter Type :
Type of the filter (lowpass, highpass, bandpass, bandstop)
# Balance :
Compression mode. Off, balanced with a fixed signal
or balanced with the input source.
# Polyphony Voices :
Number of voices played simultaneously (polyphony),
only available at initialization time
# Polyphony Spread :
Pitch variation between voices (chorus),
only available at initialization time
"""
def __init__(self):
BaseModule.__init__(self)
self.snd = self.addSampler("snd")
self.deg = IRWinSinc(self.snd, freq=self.freq, bw=self.bw, type=self.type_index, order=int(self.order.get()), mul=self.env)
#BALANCE
self.osc = Sine(10000, mul=.1)
self.balanced = Balance(self.deg, self.osc, freq=10)
self.out = Interp(self.deg, self.balanced)
#INIT
self.balance(self.balance_index, self.balance_value)
def balance(self,index,value):
if index == 0:
self.out.interp = 0
elif index ==1:
self.out.interp = 1
self.balanced.input2 = self.osc
elif index == 2:
self.out.interp = 1
self.balanced.input2 = self.snd
def type(self, index, value):
self.deg.type = index
def order_up(self, value):
pass
Interface = [
csampler(name="snd"),
cgraph(name="env", label="Overall Amplitude", func=[(0,1),(1,1)], col="blue1"),
cslider(name="freq", label="Cutoff Frequency", min=20, max=18000, init=1000, rel="log", unit="Hz", col="green1"),
cslider(name="bw", label="Bandwidth", min=20, max=18000, init=1000, rel="log", unit="Hz", col="green2"),
cslider(name="order", label="Filter Order", min=32, max=1024, init=256, res="int", rel="lin", up=True, col="grey"),
cpopup(name="type", label="Filter Type", value=["Lowpass", "Highpass","Bandstop","Bandpass"], init="Lowpass", col="green1"),
cpopup(name="balance", label = "Balance", init= "Off", col="blue1", value=["Off","Compress", "Source"]),
cpoly()
]
cecilia/Resources/modules/Filters/Binaural.c5 0000664 0001750 0001750 00000007471 15074672731 020250 0 ustar tvaz tvaz class Module(BaseModule):
"""
"Binaural 3D spatialization"
Description
This module provides a realtime 3D spatialization over two channels
by the mean of combining VBAP and HRTF algorithms.
VBAP is used to move the sound over a sixteen channels speaker setup
without artifact and its result signals are then processed with
Head-related Transfert Functions to mix them on a 3D sphere around a
virtual head.
This treatment is better perceived when listened with headphones!
Sliders
# Azimuth :
Position of the sound on the horizontal plane, between -180 and 180 degrees.
# Elevation :
Position of the sound on the vertical plane, between 0 and 90 degrees.
# Azimuth Span :
Spreading of the sound on the horizontal plane.
# Elevation Span :
Spreading of the sound on the vertical plane.
Graph Only
# Overall Amplitude :
The amplitude curve applied on the total duration of the performance
Popups & Toggles
# Monofy Source :
If checked, a multi-channel source is mixed down to a mono signal before
the spatialization. Otherwise, the channels are spreaded in azimuth over
360 degrees and are spatialized independently.
# Polyphony Voices :
Number of voices played simultaneously (polyphony),
only available at initialization time
# Polyphony Spread :
Pitch variation between voices (chorus),
only available at initialization time
"""
def __init__(self):
BaseModule.__init__(self)
self.snd = self.addSampler("snd")
self.isMonofied = False
self.filterMono = Binaural(self.snd.mix(), azimuth=self.azimuth, elevation=self.elevation,
azispan=self.azispan, elespan=self.elespan, mul=0.7)
self.mixedFilterMono = Mix(self.filterMono, voices=self.nchnls*2, mul=0.7)
offset = 360.0 / self.nchnls
self.scaledAzimuth = Sig(self.azimuth, add=[offset * i - 45. for i in range(self.nchnls)])
self.azimuthMulti = Wrap(self.scaledAzimuth, min=-180, max=180)
self.filterMulti = Binaural(self.snd, azimuth=self.azimuthMulti, elevation=self.elevation,
azispan=self.azispan, elespan=self.elespan, mul=0.7)
self.interp = Interp(self.mixedFilterMono, self.filterMulti, interp=1)
self.out = Mix(self.interp, voices=self.nchnls, mul=self.env)
self.monofy(self.monofy_value)
def monofy(self, value):
self.isMonofied = value
if value:
self.filterMono.play()
self.mixedFilterMono.play()
self.interp.set("interp", 0, 0.01, self.stopped)
else:
self.scaledAzimuth.play()
self.azimuthMulti.play()
self.filterMulti.play()
self.interp.set("interp", 1, 0.01, self.stopped)
def stopped(self):
if self.isMonofied:
self.scaledAzimuth.stop()
self.azimuthMulti.stop()
self.filterMulti.stop()
else:
self.filterMono.stop()
self.mixedFilterMono.stop()
Interface = [
csampler(name="snd"),
cgraph(name="env", label="Overall Amplitude", func=[(0,1),(1,1)], col="blue"),
cslider(name="azimuth", label="Azimuth", min=-180, max=180, init=0, unit="deg", col="orange"),
cslider(name="elevation", label="Elevation", min=0, max=90, init=0, unit="deg", col="purple1"),
cslider(name="azispan", label="Azimuth Span", min=0, max=1, init=0, unit="%", col="orange3"),
cslider(name="elespan", label="Elevation Span", min=0, max=1, init=0, unit="%", col="purple3"),
ctoggle(name="monofy", label="Monofy Source", init=False, col="blue"),
cpoly()
]
cecilia/Resources/modules/Filters/Vocoder.c5 0000664 0001750 0001750 00000010106 15074672731 020101 0 ustar tvaz tvaz class Module(BaseModule):
"""
"Time domain vocoder effect"
Description
Applies the spectral envelope of a first sound to the spectrum of a second sound.
The vocoder is an analysis/synthesis system, historically used to reproduce
human speech. In the encoder, the first input (spectral envelope) is passed
through a multiband filter, each band is passed through an envelope follower,
and the control signals from the envelope followers are communicated to the
decoder. The decoder applies these (amplitude) control signals to corresponding
filters modifying the second source (exciter).
Sliders
# Base Frequency :
Center frequency of the first band. This is the base
frequency used tocompute the upper bands.
# Frequency Spread :
Spreading factor for upper band frequencies. Each band is
`freq * pow(order, spread)`, where order is the harmonic rank of the band.
# Q Factor :
Q of the filters as `center frequency / bandwidth`. Higher values
imply more resonance around the center frequency.
# Time Response :
Time response of the envelope follower. Lower values mean smoother changes,
while higher values mean a better time accuracy.
# Gain :
Output gain of the process in dB.
# Num of Bands :
The number of bands in the filter bank. Defines the number of notches in
the spectrum.
Graph Only
# Overall Amplitude :
The amplitude curve applied on the total duration of the performance
Popups & Toggles
# Balance :
Compression mode. Off, balanced with a fixed signal
or balanced with the input source.
# Polyphony Voices :
Number of voices played simultaneously (polyphony),
only available at initialization time
# Polyphony Spread :
Pitch variation between voices (chorus),
only available at initialization time
"""
def __init__(self):
BaseModule.__init__(self)
self.spec = self.addSampler("spec")
self.exci = self.addSampler("exci")
self.proc = Vocoder(self.spec, self.exci, freq=self.freq, spread=self.spread,
q=self.q, slope=self.slope, stages=int(self.stages.get()), mul=DBToA(self.gain))
self.deg = Mix(self.proc, voices=self.nchnls, mul=self.env)
self.osc = Sine(10000,mul=.1)
self.balanced = Balance(self.deg, self.osc, freq=10)
self.out = Interp(self.deg, self.balanced)
#INIT
self.balance(self.balance_index, self.balance_value)
def balance(self,index,value):
if index == 0:
self.out.interp= 0
elif index ==1:
self.out.interp= 1
self.balanced.input2 = self.osc
elif index == 2:
self.out.interp = 1
self.balanced.input2 = self.spec
else:
self.out.interp = 1
self.balanced.input2 = self.exci
def stages_up(self, value):
self.proc.stages = int(value)
Interface = [
csampler(name="spec", label="Spectral Envelope"),
csampler(name="exci", label="Exciter"),
cgraph(name="env", label="Overall Amplitude", func=[(0,1),(1,1)], col="blue1"),
cslider(name="freq", label="Base Frequency", min=10, max=1000, init=80, rel="log", unit="Hz", col="green1"),
cslider(name="spread", label="Frequency Spread", min=0.25, max=2, init=1.25, rel="log", unit="x", col="green2"),
cslider(name="q", label="Q Factor", min=0.5, max=200, init=20, rel="log", unit="Q", col="green3"),
cslider(name="slope", label="Time Response", min=0, max=1, init=0.5, rel="lin", unit="x", col="orange1"),
cslider(name="gain", label="Gain", min=-90, max=18, init=0, rel="lin", unit="dB", col="purple1"),
cslider(name="stages", label="Num of bands", min=4, max=64, init=20, rel="lin", res="int", unit="x", up=True),
cpopup(name="balance", label = "Balance", init= "Off", col="blue1", value=["Off","Compress", "Spectral", "Exciter"]),
cpoly()
]
cecilia/Resources/modules/Filters/Phaser.c5 0000664 0001750 0001750 00000004745 15074672731 017736 0 ustar tvaz tvaz class Module(BaseModule):
"""
"Multi-stages second-order phase shifter allpass filters"
Description
Phaser implements a multi-stages second-order allpass filters,
which, when mixed with the original signal, create a serie of
peaks/notches in the sound.
Sliders
# Base Freq :
Center frequency of the first notch of the phaser
# Q Factor :
Q factor (resonance) of the phaser notches
# Notch Spread :
Distance between phaser notches
# Feedback :
Amount of phased signal fed back into the phaser
# Dry / Wet :
Mix between the original signal and the phased signal
Graph Only
# Overall Amplitude :
The amplitude curve applied on the total duration of the performance
Popups & Toggles
# Number of Stages :
Changes notches bandwidth (stacked filters),
only available at initialization time
# Polyphony Voices :
Number of voices played simultaneously (polyphony),
only available at initialization time
# Polyphony Spread :
Pitch variation between voices (chorus),
only available at initialization time
"""
def __init__(self):
BaseModule.__init__(self)
self.snd = self.addSampler("snd")
self.phaser = Phaser(input=self.snd, freq=self.centerfreq, spread=self.spread, q=self.fq, feedback=self.fb, num=self.stages_index+1, mul=0.5)
self.out = Interp(self.snd, self.phaser, self.drywet, mul=self.env)
Interface = [ csampler(name="snd"),
cgraph(name="env", label="Overall Amplitude", func=[(0,1),(1,1)], col="blue1"),
cslider(name="centerfreq", label="Base Freq", min=20, max=15000, init=100, rel="log", unit="Hz", col="green1"),
cslider(name="fq", label="Q Factor", min=0.5, max=10, init=5, rel="lin", unit="Q", col="green2"),
cslider(name="spread", label="Notch Spread", min=0.1, max=2, init=1.25, rel="lin", unit="x", col="green3"),
cslider(name="fb", label="Feedback", min=0, max=0.999, init=0.7, rel="lin", unit="x", col="purple1"),
cslider(name="drywet", label="Dry / Wet", min=0, max=1, init=0.8, rel="lin", unit="x", col="blue1"),
cpopup(name="stages", label="Number of Stages", init="16", rate="i", col="grey", value=[str(i+1) for i in range(64)]),
cpoly()
]
cecilia/Resources/modules/Filters/ParamEQ.c5 0000664 0001750 0001750 00000012641 15074672731 017774 0 ustar tvaz tvaz class Module(BaseModule):
"""
"Parametric equalizer"
Description
Standard parametric equalizer built with four lowshelf/highshelf/peak/notch filters.
Sliders
# Freq 1 Boost/Cut :
Gain of the first EQ
# Freq 1 :
Center frequency of the first EQ
# Freq 1 Q :
Q factor of the first EQ
# Freq 2 Boost/Cut :
Gain of the second EQ
# Freq 2 :
Center frequency of the second EQ
# Freq 2 Q :
Q factor of the second EQ
# Freq 3 Boost/Cut :
Gain of the third EQ
# Freq 3 :
Center frequency of the third EQ
# Freq 3 Q :
Q factor of the third EQ
# Freq 5 Boost/Cut :
Gain of the fourth EQ
# Freq 4 :
Center frequency of the fourth EQ
# Freq 5 Q :
Q factor of the fourth EQ
Graph Only
# Overall Amplitude :
The amplitude curve applied on the total duration of the performance
Popups & Toggles
# EQ Type 1 :
EQ type of the first EQ
# EQ Type 2 :
EQ type of the second EQ
# EQ Type 3 :
EQ type of the third EQ
# EQ Type 4 :
EQ type of the fourth EQ
# Balance :
Compression mode. Off, balanced with a fixed signal
or balanced with the input source.
# Polyphony Voices :
Number of voices played simultaneously (polyphony),
only available at initialization time
# Polyphony Spread :
Pitch variation between voices (chorus),
only available at initialization time
"""
def __init__(self):
BaseModule.__init__(self)
self.snd = self.addSampler("snd")
self.eq1 = EQ(self.snd, freq=self.freq1, q=self.freq1q, boost=self.freq1gain, type=self.eq1type_index)
self.eq2 = EQ(self.eq1, freq=self.freq2, q=self.freq2q, boost=self.freq2gain, type=self.eq2type_index)
self.eq3 = EQ(self.eq2, freq=self.freq3, q=self.freq3q, boost=self.freq3gain, type=self.eq3type_index)
self.eq4 = EQ(self.eq3, freq=self.freq4, q=self.freq4q, boost=self.freq4gain, type=self.eq4type_index, mul=self.env)
self.osc = Sine(10000,mul=.1)
self.balanced = Balance(self.eq4, self.osc, freq=10)
self.out = Interp(self.eq4, self.balanced)
#INIT
self.balance(self.balance_index, self.balance_value)
def eq1type(self, index, value):
self.eq1.type = index
def eq2type(self, index, value):
self.eq2.type = index
def eq3type(self, index, value):
self.eq3.type = index
def eq4type(self, index, value):
self.eq4.type = index
def balance(self,index,value):
if index == 0:
self.out.interp = 0
elif index == 1:
self.out.interp= 1
self.balanced.input2 = self.osc
elif index == 2:
self.out.interp = 1
self.balanced.input2 = self.snd
Interface = [ csampler(name="snd"),
cgraph(name="env", label="Overall Amplitude", func=[(0,1),(1,1)], col="blue"),
cslider(name="freq1gain", label="Freq 1 Boost/Cut", min=-48, max=24, init=-3, rel="lin", unit="dB", col="purple1"),
cslider(name="freq1", label="Freq 1", min=1, max=20000, init=500, rel="log", unit="Hz", col="purple1", half=True),
cslider(name="freq1q", label="Freq 1 Q", min=0.5, max=10, init=0.707, rel="lin", unit="x", col="purple1",half=True),
cslider(name="freq2gain", label="Freq 2 Boost/Cut", min=-48, max=24, init=-3, rel="lin", unit="dB", col="red"),
cslider(name="freq2", label="Freq 2", min=1, max=20000, init=1000, rel="log", unit="Hz", col="red", half=True),
cslider(name="freq2q", label="Freq 2 Q", min=0.5, max=10, init=0.707, rel="lin", unit="x", col="red", half=True),
cslider(name="freq3gain", label="Freq 3 Boost/Cut", min=-48, max=24, init=-3, rel="lin", unit="dB", col="blue1"),
cslider(name="freq3", label="Freq 3", min=1, max=20000, init=1500, rel="log", unit="Hz", col="blue1", half=True),
cslider(name="freq3q", label="Freq 3 Q", min=0.5, max=10, init=0.707, rel="lin", unit="x", col="blue1", half=True),
cslider(name="freq4gain", label="Freq 4 Boost/Cut", min=-48, max=24, init=-3, rel="lin", unit="dB", col="green1"),
cslider(name="freq4", label="Freq 4", min=1, max=20000, init=2000, rel="log", unit="Hz", col="green1", half=True),
cslider(name="freq4q", label="Freq 4 Q", min=0.5, max=10, init=0.707, rel="lin", unit="x", col="green1", half=True),
cpopup(name="eq1type", label="EQ 1 Type", init="Lowshelf", col="purple1", value=["Peak/Notch", "Lowshelf", "Highshelf"]),
cpopup(name="eq2type", label="EQ 2 Type", init="Peak/Notch", col="red", value=["Peak/Notch", "Lowshelf", "Highshelf"]),
cpopup(name="eq3type", label="EQ 3 Type", init="Peak/Notch", col="blue1", value=["Peak/Notch", "Lowshelf", "Highshelf"]),
cpopup(name="eq4type", label="EQ 4 Type", init="Highshelf", col="green1", value=["Peak/Notch", "Lowshelf", "Highshelf"]),
cpopup(name="balance", label = "Balance", init= "Off", col="blue", value=["Off","Compress", "Source"]),
cpoly()
]
cecilia/Resources/modules/Filters/StateVar.c5 0000664 0001750 0001750 00000005110 15074672731 020230 0 ustar tvaz tvaz class Module(BaseModule):
"""
"State Variable Filter"
Description
This module implements lowpass, bandpass and highpass filters in parallel
and allow the user to interpolate on an axis lp -> bp -> hp.
Sliders
# Filter Freq :
Cutoff frequency for lp and hp (center freq for bp)
# Filter Q :
Q factor (inverse of bandwidth) of the filter
# Type (lp->bp->hp) :
Interpolating factor between filters
# Dry / Wet :
Mix between the original and the filtered signals
Graph Only
# Overall Amplitude :
The amplitude curve applied on the total duration of the performance
Popups & Toggles
# Balance :
Compression mode. Off, balanced with a fixed signal
or balanced with the input source.
# Polyphony Voices :
Number of voices played simultaneously (polyphony),
only available at initialization time
# Polyphony Chords :
Pitch interval between voices (chords),
only available at initialization time
"""
def __init__(self):
BaseModule.__init__(self)
self.snd = self.addSampler("snd")
self.dsp = SVF(self.snd, self.freq, self.q, self.type)
self.deg = Interp(self.snd, self.dsp, self.drywet, mul=self.env)
#BALANCE
self.osc = Sine(10000, mul=.1)
self.balanced = Balance(self.deg, self.osc, freq=10)
self.out = Interp(self.deg, self.balanced)
#INIT
self.balance(self.balance_index, self.balance_value)
def balance(self,index,value):
if index == 0:
self.out.interp = 0
elif index ==1:
self.out.interp = 1
self.balanced.input2 = self.osc
elif index == 2:
self.out.interp = 1
self.balanced.input2 = self.snd
Interface = [
csampler(name="snd"),
cgraph(name="env", label="Overall Amplitude", func=[(0,1),(1,1)], col="blue1"),
cslider(name="freq", label="Filter Freq", min=20, max=20000, init=1000, rel="log", unit="Hz", col="green1"),
cslider(name="q", label="Filter Q", min=0.5, max=25, init=1, rel="log", unit="x", col="green2"),
cslider(name="type", label="Type (lp->bp->hp)", min=0, max=1, init=0.5, rel="lin", unit="x", col="green3"),
cslider(name="drywet", label="Dry / Wet", min=0, max=1, init=1, rel="lin", unit="x", col="blue1"),
cpopup(name="balance", label = "Balance", init= "Off", col="blue1", value=["Off","Compress", "Source"]),
cpoly()
]
cecilia/Resources/CeciliaLib.py 0000664 0001750 0001750 00000106307 15074672731 015532 0 ustar tvaz tvaz # encoding: utf-8
"""
Copyright 2019 iACT, Universite de Montreal,
Jean Piche, Olivier Belanger, Jean-Michel Dumas
This file is part of Cecilia 5.
Cecilia 5 is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
Cecilia 5 is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with Cecilia 5. If not, see .
"""
import os, sys, wx, time, math, copy, codecs, shutil
import unicodedata
from subprocess import Popen
from .constants import *
from .API_interface import *
import Resources.Variables as vars
import wx.lib.agw.supertooltip as STT
import xmlrpc.client as xmlrpclib
if sys.version_info[0] < 3:
unicode_t = unicode
else:
unicode_t = str
def buildFileTree():
root = MODULES_PATH
directories = []
files = {}
for dir in sorted(os.listdir(MODULES_PATH)):
if not dir.startswith('.'):
directories.append(dir)
files[dir] = []
for f in sorted(os.listdir(os.path.join(root, dir))):
if not f.startswith('.'):
files[dir].append(f)
return root, directories, files
def setVar(var, value):
vars.CeciliaVar[var] = value
def getVar(var, unicode=False):
if unicode:
return ensureNFD(vars.CeciliaVar[var])
else:
return vars.CeciliaVar[var]
def setJackParams(client=None, inPortName=None, outPortName=None):
if client is not None:
vars.CeciliaVar['jack']['client'] = client
if inPortName is not None:
vars.CeciliaVar['jack']['inPortName'] = inPortName
if outPortName is not None:
vars.CeciliaVar['jack']['outPortName'] = outPortName
def setPlugins(x, pos):
vars.CeciliaVar['plugins'][pos] = x
def getControlPanel():
return getVar('interface').getControlPanel()
def writeVarToDisk():
vars.writeCeciliaPrefsToFile()
def chooseColour(i, numlines):
def clip(x):
val = int(x * 255)
if val < 0: val = 0
elif val > 255: val = 255
else: val = val
return val
def colour(i, numlines, sat, bright):
hue = (i / numlines) * 315
segment = math.floor(hue / 60) % 6
fraction = hue / 60 - segment
t1 = bright * (1 - sat)
t2 = bright * (1 - (sat * fraction))
t3 = bright * (1 - (sat * (1 - fraction)))
if segment == 0:
r, g, b = bright, t3, t1
elif segment == 1:
r, g, b = t2, bright, t1
elif segment == 2:
r, g, b = t1, bright, t3
elif segment == 3:
r, g, b = t1, t2, bright
elif segment == 4:
r, g, b = t3, t1, bright
elif segment == 5:
r, g, b = bright, t1, t2
return wx.Colour(clip(r), clip(g), clip(b))
lineColour = colour(i, numlines, 1, 1)
midColour = colour(i, numlines, .5, .5)
knobColour = colour(i, numlines, .8, .5)
sliderColour = colour(i, numlines, .5, .75)
return [lineColour, midColour, knobColour, sliderColour]
def chooseColourFromName(name):
def clip(x):
val = int(x * 255)
if val < 0: val = 0
elif val > 255: val = 255
else: val = val
return val
def colour(name):
vals = COLOUR_CLASSES[name]
hue = vals[0]
bright = vals[1]
sat = vals[2]
segment = int(math.floor(hue / 60))
fraction = hue / 60 - segment
t1 = bright * (1 - sat)
t2 = bright * (1 - (sat * fraction))
t3 = bright * (1 - (sat * (1 - fraction)))
if segment == 0:
r, g, b = bright, t3, t1
elif segment == 1:
r, g, b = t2, bright, t1
elif segment == 2:
r, g, b = t1, bright, t3
elif segment == 3:
r, g, b = t1, t2, bright
elif segment == 4:
r, g, b = t3, t1, bright
elif segment == 5:
r, g, b = bright, t1, t2
return wx.Colour(clip(r), clip(g), clip(b))
lineColour = colour(name)
midColour = colour(name)
knobColour = colour(name)
sliderColour = colour(name)
return [lineColour, midColour, knobColour, sliderColour]
### Tooltips ###
class CECTooltip(STT.SuperToolTip):
def __init__(self, tip):
STT.SuperToolTip.__init__(self, tip)
self.SetStartDelay(1.5)
if getVar("useTooltips"):
self.EnableTip(True)
else:
self.EnableTip(False)
self.ApplyStyle("Gray")
def OnMouseEvents(self, evt):
if evt.ButtonDown() or evt.ButtonDClick():
self.DoHideNow()
evt.Skip()
def update(self):
if getVar("useTooltips"):
self.EnableTip(True)
else:
self.EnableTip(False)
def setToolTip(obj, tip):
if "\n" in tip:
pos = tip.find("\n")
header = tip[:pos]
body = tip[pos+1:]
else:
header = "Documentation"
body = tip
tooltip = CECTooltip(body)
tooltip.SetHeader(header)
tooltip.SetTarget(obj)
tooltip.SetDrawHeaderLine(True)
getVar("tooltips").append(tooltip)
obj.Bind(wx.EVT_MOUSE_EVENTS, tooltip.OnMouseEvents)
def updateTooltips():
for tooltip in getVar("tooltips"):
tooltip.update()
###### Start / Stop / Drivers ######
def startCeciliaSound(timer=True, rec=False):
# Check if soundfile is loaded
for key in getVar("userInputs").keys():
if 'mode' not in getVar("userInputs")[key]:
getVar("userInputs")[key]['mode'] = 0
if getVar("userInputs")[key]['mode'] == 0:
if not os.path.isfile(getVar("userInputs")[key]['path']):
showErrorDialog('No input sound file!',
'In/Out panel, "%s" has no input sound file, please load one...' % getControlPanel().getCfileinFromName(key).label)
ret = getControlPanel().getCfileinFromName(key).onLoadFile()
if not ret:
resetControls()
getVar("grapher").toolbar.loadingMsg.SetForegroundColour(TITLE_BACK_COLOUR)
wx.CallAfter(getVar("grapher").toolbar.loadingMsg.Refresh)
return
getControlPanel().resetMeter()
getVar("audioServer").shutdown()
getVar("audioServer").reinit()
getVar("audioServer").boot()
if getVar("currentModuleRef") is not None:
if not getVar("audioServer").loadModule(getVar("currentModuleRef")):
return
else:
showErrorDialog("Wow...!", "No module to load.")
return
getVar("grapher").toolbar.convertSlider.Hide()
getVar("presetPanel").presetChoice.setEnable(False)
getControlPanel().durationSlider.Disable()
getVar("audioServer").start(timer=timer, rec=rec)
if getVar('showSpectrum'):
getVar('mainFrame').openSpectrumWindow()
getVar("grapher").toolbar.loadingMsg.SetForegroundColour(TITLE_BACK_COLOUR)
wx.CallAfter(getVar("grapher").toolbar.loadingMsg.Refresh)
def stopCeciliaSound():
if getVar('spectrumFrame') is not None:
try:
getVar('spectrumFrame').onClose()
except:
getVar('interface').menubar.spectrumSwitch(False)
setVar('showSpectrum', 0)
finally:
setVar('spectrumFrame', None)
if getVar("audioServer").isAudioServerRunning():
getVar("audioServer").stop()
time.sleep(.25)
if getVar("currentModule") is not None:
getVar("audioServer").checkForAutomation()
getVar("currentModule")._checkForAutomation()
getVar("grapher").checkForAutomation()
resetControls()
def resetControls():
if getVar('interface') is not None:
getControlPanel().transportButtons.setPlay(False)
getControlPanel().transportButtons.setRecord(False)
getVar("presetPanel").presetChoice.setEnable(True)
getControlPanel().durationSlider.Enable()
if getControlPanel().tmpTotalTime != getVar("totalTime"):
getControlPanel().setTotalTime(getControlPanel().tmpTotalTime, True)
wx.CallAfter(getControlPanel().vuMeter.reset)
def queryAudioMidiDrivers():
inputs, inputIndexes, defaultInput, outputs, outputIndexes, \
defaultOutput, midiInputs, midiInputIndexes, defaultMidiInput = getVar("audioServer").getAvailableAudioMidiDrivers()
setVar("availableAudioOutputs", outputs)
setVar("availableAudioOutputIndexes", outputIndexes)
if getVar("audioOutput") not in outputIndexes:
try:
setVar("audioOutput", outputIndexes[outputs.index(defaultOutput)])
except:
setVar("audioOutput", 0)
setVar("availableAudioInputs", inputs)
setVar("availableAudioInputIndexes", inputIndexes)
if getVar("audioInput") not in inputIndexes:
try:
setVar("audioInput", inputIndexes[inputs.index(defaultInput)])
except:
setVar("audioInput", 0)
if midiInputs == []:
setVar("useMidi", 0)
else:
setVar("useMidi", 1)
setVar("availableMidiInputs", midiInputs)
setVar("availableMidiInputIndexes", midiInputIndexes)
if getVar("midiDeviceIn") not in midiInputIndexes:
try:
setVar("midiDeviceIn", midiInputIndexes[midiInputs.index(defaultMidiInput)])
except:
setVar("midiDeviceIn", 0)
def openAudioFileDialog(parent, wildcard, type='open', defaultPath=os.path.expanduser('~')):
setVar("canGrabFocus", False)
openDialog = wx.FileDialog(parent, message='Choose a file to %s' % type,
defaultDir=defaultPath, wildcard=wildcard,
style=wx.FD_OPEN | wx.FD_PREVIEW)
if openDialog.ShowModal() == wx.ID_OK:
filePath = ensureNFD(openDialog.GetPath())
setVar("openAudioFilePath", os.path.split(filePath)[0])
else:
filePath = None
openDialog.Destroy()
setVar("canGrabFocus", True)
return filePath
def saveFileDialog(parent, wildcard, type='Save'):
if type == 'Save audio':
defaultPath = getVar("saveAudioFilePath", unicode=True)
ext = "." + getVar("audioFileType")
else:
defaultPath = getVar("saveFilePath", unicode=True)
ext = ".c5"
setVar("canGrabFocus", False)
defaultFile = os.path.split(getVar("currentCeciliaFile", unicode=True))[1].split(".")[0]
saveAsDialog = wx.FileDialog(parent, message="%s file as ..." % type,
defaultDir=defaultPath, defaultFile=defaultFile + ext,
wildcard=wildcard, style=wx.FD_SAVE | wx.FD_OVERWRITE_PROMPT)
if saveAsDialog.ShowModal() == wx.ID_OK:
filePath = ensureNFD(saveAsDialog.GetPath())
if type == 'Save audio':
setVar("saveAudioFilePath", os.path.split(filePath)[0])
else:
setVar("saveFilePath", os.path.split(filePath)[0])
else:
filePath = None
saveAsDialog.Destroy()
setVar("canGrabFocus", True)
return filePath
def showErrorDialog(title, msg):
setVar("canGrabFocus", False)
if getVar("mainFrame") is not None:
dlg = wx.MessageDialog(getVar("mainFrame"), msg, title, wx.OK)
else:
dlg = wx.MessageDialog(None, msg, title, wx.OK)
dlg.ShowModal()
dlg.Destroy()
setVar("canGrabFocus", True)
###### External app calls ######
def loadPlayerEditor(app_type):
if getVar("systemPlatform") == 'win32':
wildcard = "Executable files (*.exe)|*.exe|" \
"All files|*"
elif getVar("systemPlatform") == 'darwin':
wildcard = "Application files (*.app)|*.app|" \
"All files|*"
else:
wildcard = "All files|*"
setVar("canGrabFocus", False)
path = ''
dlg = wx.FileDialog(None, message="Choose a %s..." % app_type,
defaultDir=ensureNFD(os.path.expanduser('~')),
wildcard=wildcard, style=wx.FD_OPEN)
if dlg.ShowModal() == wx.ID_OK:
path = dlg.GetPath()
dlg.Destroy()
setVar("canGrabFocus", True)
if path:
if app_type == 'soundfile player':
setVar("soundfilePlayer", path)
elif app_type == 'soundfile editor':
setVar("soundfileEditor", path)
elif app_type == 'text editor':
setVar("textEditor", path)
def listenSoundfile(soundfile):
if getVar("soundfilePlayer") == '':
showErrorDialog("Preferences not set", "Choose a soundfile player first.")
loadPlayerEditor('soundfile player')
if os.path.isfile(soundfile):
app = getVar("soundfilePlayer")
if getVar("systemPlatform") == 'darwin':
cmd = 'open -a "%s" "%s"' % (app, soundfile)
Popen(cmd, shell=True)
elif getVar("systemPlatform") == 'win32':
try:
Popen([app, soundfile], shell=False)
except (OSError, OSError2):
print('Unable to open desired software:\n' + app)
else:
cmd = '"%s" "%s"' % (app, soundfile)
try:
Popen(cmd, shell=True)
except (OSError, OSError2):
print('Unable to open desired software:\n' + app)
def editSoundfile(soundfile):
if getVar("soundfileEditor") == '':
showErrorDialog("Preferences not set", "Choose a soundfile editor first.")
loadPlayerEditor('soundfile editor')
if os.path.isfile(soundfile):
app = getVar("soundfileEditor")
if getVar("systemPlatform") == 'darwin':
cmd = 'open -a "%s" "%s"' % (app, soundfile)
Popen(cmd, shell=True)
elif getVar("systemPlatform") == 'win32':
try:
Popen([app, soundfile], shell=False)
except (OSError, OSError2):
print('Unable to open desired software:\n' + app)
else:
cmd = '%s %s' % (app, soundfile)
try:
Popen(cmd, shell=True)
except (OSError, OSError2):
print('Unable to open desired software:\n' + app)
def openCurrentFileAsText(curfile):
if getVar("textEditor") == '':
showErrorDialog("Preferences not set", "Choose a text editor first.")
loadPlayerEditor('text editor')
if os.path.isfile(curfile):
app = getVar("textEditor")
if getVar("systemPlatform") == 'darwin':
cmd = 'open -a "%s" "%s"' % (app, os.path.join(os.getcwd(), curfile))
Popen(cmd, shell=True, cwd=os.path.expanduser("~"))
elif getVar("systemPlatform") == 'win32':
try:
Popen([app, curfile], shell=False)
except (OSError, OSError2):
print('Unable to open desired software:\n' + app)
else:
cmd = '%s %s' % (app, curfile)
try:
Popen(cmd, shell=True)
except (OSError, OSError2):
print('Unable to open desired software:\n' + app)
###### Preset functions ######
def loadPresetFromFile(preset):
presetFile = os.path.join(PRESETS_PATH, getVar("currentModuleName"), preset)
presetData = None
if preset == "init":
presetData = getVar("initPreset")
elif os.path.isfile(presetFile):
with open(presetFile, 'r') as f:
try:
result, method = xmlrpclib.loads(f.read())
presetData = result[0]
except:
showErrorDialog("Preset corrupted...", "Failed to load preset '%s', reloading 'init'..." % preset)
preset = "init"
presetData = getVar("initPreset")
if presetData is not None:
currentModule = getVar("currentModule")
setVar("currentModule", None)
for data in presetData.keys():
if data == 'userInputs':
if presetData[data] == {}:
continue
ok = True
prekeys = presetData[data].keys()
for key in prekeys:
if not os.path.isfile(presetData[data][key]['path']):
ok = False
break
if not getVar("rememberedSound"):
if ok:
setVar("userInputs", copy.deepcopy(presetData[data]))
updateInputsFromDict()
else:
for input in getVar("userInputs"):
cfilein = getControlPanel().getCfileinFromName(input)
cfilein.reset()
cfilein.reinitSamplerFrame()
else:
if ok:
setVar("userInputs", copy.deepcopy(presetData[data]))
updateInputsFromDict()
else:
for input in getVar("userInputs"):
cfilein = getControlPanel().getCfileinFromName(input)
cfilein.reinitSamplerFrame()
elif data == 'userSliders':
slidersDict = presetData[data]
for slider in getVar("userSliders"):
if slider.getName() in slidersDict:
slider.setState(slidersDict[slider.getName()])
del slidersDict
elif data == 'plugins':
pluginsDict = deepCopy(presetData[data])
wx.CallAfter(getControlPanel().setPlugins, pluginsDict)
del pluginsDict
elif data == 'userTogglePopups':
togDict = presetData[data]
for widget in getVar("userTogglePopups"):
if widget.getName() in togDict and hasattr(widget, "setValue"):
widget.setValue(togDict[widget.getName()], True)
del togDict
else:
continue
if preset == "init":
for line in getVar("grapher").getPlotter().getData():
try:
line.reinit()
except:
pass
elif 'userGraph' in presetData:
graphDict = deepCopy(presetData['userGraph'])
ends = ['min', 'max']
for line in graphDict:
for i, graphLine in enumerate(getVar("grapher").getPlotter().getData()):
if line == graphLine.getName():
graphLine.setLineState(graphDict[line])
break
else:
for end in ends:
if graphLine.getLabel().endswith(end) and line.endswith(end) and line.startswith(graphLine.getName()):
graphLine.setLineState(graphDict[line])
break
del graphDict
setVar("totalTime", presetData["totalTime"])
getControlPanel().updateDurationSlider()
setVar("nchnls", presetData["nchnls"])
updateNchnlsDevices()
getVar("gainSlider").SetValue(presetData["gainSlider"])
getVar("presetPanel").setLabel(preset)
getVar("grapher").getPlotter().draw()
setVar("currentModule", currentModule)
getVar("grapher").setTotalTime(getVar("totalTime"))
wx.CallAfter(againForPluginKnobs, presetData)
### This is a hack to ensure that plugin knob automations are drawn in the grapher.
### Called within a wx.CallAfter to be executed after wx.CallAfter(getControlPanel().setPlugins).
def againForPluginKnobs(presetData):
if 'userGraph' in presetData:
graphDict = presetData['userGraph']
for line in graphDict:
for i, graphLine in enumerate(getVar("grapher").getPlotter().getData()):
if line == graphLine.getName():
graphLine.setLineState(graphDict[line])
break
del graphDict
getVar("grapher").getPlotter().draw()
getVar("grapher").setTotalTime(getVar("totalTime"))
def savePresetToFile(presetName):
presetDict = dict()
presetDict['nchnls'] = getVar("nchnls")
presetDict['totalTime'] = getVar("totalTime")
presetDict['gainSlider'] = getVar("gainSlider").GetValue()
if getVar("interface"):
presetDict['userInputs'] = completeUserInputsDict()
sliderDict = dict()
for slider in getVar("userSliders"):
sliderDict[slider.getName()] = slider.getState()
presetDict['userSliders'] = copy.deepcopy(sliderDict)
del sliderDict
widgetDict = dict()
plugins = getVar("plugins")
for i, plugin in enumerate(plugins):
if plugin is None:
widgetDict[str(i)] = ['None', [0, 0, 0, 0], [[0, 0, None], [0, 0, None], [0, 0, None]]]
else:
widgetDict[str(i)] = [plugin.getName(), plugin.getParams(), plugin.getStates()]
presetDict['plugins'] = copy.deepcopy(widgetDict)
del widgetDict
widgetDict = dict()
for widget in getVar("userTogglePopups"):
widgetDict[widget.getName()] = widget.getValue()
presetDict['userTogglePopups'] = copy.deepcopy(widgetDict)
del widgetDict
graphDict = dict()
for line in getVar("grapher").getPlotter().getData():
if line.slider is None:
graphDict[line.getName()] = line.getLineState()
else:
outvalue = line.slider.getValue()
if line.slider.widget_type in ["slider", "plugin_knob"]:
graphDict[line.getName()] = line.getLineState()
elif line.slider.widget_type == "range":
ends = ['min', 'max']
for i in range(len(outvalue)):
if line.getLabel().endswith(ends[i]):
graphDict[line.getName() + ends[i]] = line.getLineState()
break
elif line.slider.widget_type == "splitter":
for i in range(len(outvalue)):
if line.getLabel().endswith("%d" % i):
graphDict[line.getName() + "_%d" % i] = line.getLineState()
break
presetDict['userGraph'] = copy.deepcopy(graphDict)
del graphDict
if presetName == "init":
setVar("initPreset", deepCopy(presetDict))
else:
with open(os.path.join(PRESETS_PATH, getVar('currentModuleName'), presetName), "w") as presetFile:
msg = xmlrpclib.dumps((presetDict, ), allow_none=True)
presetFile.write(msg)
def completeUserInputsDict():
for i in getVar("userInputs"):
try:
getVar("userInputs")[i]['mode'] = 0
if getVar("userInputs")[i]['type'] == 'csampler':
cfilein = getControlPanel().getCfileinFromName(i)
getVar("userInputs")[i]['off' + cfilein.getName()] = cfilein.getOffset()
getVar("userInputs")[i]['loopMode'] = cfilein.getSamplerInfo()['loopMode']
getVar("userInputs")[i]['startFromLoop'] = cfilein.getSamplerInfo()['startFromLoop']
getVar("userInputs")[i]['loopX'] = cfilein.getSamplerInfo()['loopX']
getVar("userInputs")[i]['loopIn'] = cfilein.getSamplerInfo()['loopIn']
getVar("userInputs")[i]['loopOut'] = cfilein.getSamplerInfo()['loopOut']
getVar("userInputs")[i]['gain'] = cfilein.getSamplerInfo()['gain']
getVar("userInputs")[i]['transp'] = cfilein.getSamplerInfo()['transp']
elif getVar("userInputs")[i]['type'] == 'cfilein':
cfilein = getControlPanel().getCfileinFromName(i)
getVar("userInputs")[i]['off' + cfilein.getName()] = cfilein.getOffset()
except:
pass
return copy.deepcopy(getVar("userInputs"))
def updateInputsFromDict():
for input in getVar("userInputs"):
cfilein = getControlPanel().getCfileinFromName(input)
if cfilein and os.path.isfile(getVar("userInputs")[input]['path']):
inputDict = getVar("userInputs")[input]
cfilein.updateMenuFromPath(inputDict['path'])
for k in inputDict:
if k == 'loopMode':
cfilein.getSamplerFrame().setLoopMode(inputDict[k])
elif k == 'loopX':
cfilein.getSamplerFrame().setLoopX(inputDict[k])
elif k == 'loopIn':
cfilein.getSamplerFrame().setLoopIn(inputDict[k])
elif k == 'loopOut':
cfilein.getSamplerFrame().setLoopOut(inputDict[k])
elif k == 'gain':
cfilein.getSamplerFrame().setGain(inputDict[k])
elif k == 'transp':
cfilein.getSamplerFrame().setTransp(inputDict[k])
elif k == 'startFromLoop':
cfilein.getSamplerFrame().setStartFromLoop(inputDict[k])
elif k == ('off' + input):
cfilein.setOffset(inputDict[k])
elif k == 'path':
pass
###### Open / Save / Close ######
def saveCompileBackupFile(cecFilePath):
with open(cecFilePath, "r") as f:
_module = f.read()
with open(MODULE_COMPILE_BACKUP_PATH, "w") as f:
f.write(_module)
def saveRuntimeBackupFile(cecFilePath):
with open(cecFilePath, "r") as f:
_module = f.read()
with open(MODULE_RUNTIME_BACKUP_PATH, "w") as f:
f.write(_module)
def saveCeciliaFile(parent):
wildcard = "Cecilia file (*.%s)|*.%s" % (FILE_EXTENSION, FILE_EXTENSION)
fileToSave = saveFileDialog(parent, wildcard, 'Save')
if not fileToSave:
return
else:
if not fileToSave.endswith(FILE_EXTENSION):
fileToSave = "%s.%s" % (fileToSave, FILE_EXTENSION)
savePresetToFile("last save")
curfile = codecs.open(getVar("currentCeciliaFile", unicode=True), "r", encoding="utf-8")
curtext = curfile.read()
curfile.close()
try:
file = codecs.open(fileToSave, "w", encoding="utf-8")
except IOError:
setVar("canGrabFocus", False)
dlg = wx.MessageDialog(parent, 'Please verify permissions and write access on the file and try again.',
'"%s" could not be opened for writing' % (fileToSave), wx.OK | wx.ICON_EXCLAMATION)
if dlg.ShowModal() == wx.ID_OK:
dlg.Destroy()
setVar("canGrabFocus", True)
return
file.write(curtext.rstrip())
file.close()
oldModuleName = os.path.split(getVar("currentCeciliaFile"))[1]
oldModuleName = os.path.splitext(oldModuleName)[0]
newModuleName = os.path.split(fileToSave)[1]
newModuleName = os.path.splitext(newModuleName)[0]
if not os.path.isdir(os.path.join(PRESETS_PATH, newModuleName)):
os.mkdir(os.path.join(PRESETS_PATH, newModuleName))
for f in os.listdir(os.path.join(PRESETS_PATH, oldModuleName)):
shutil.copyfile(os.path.join(PRESETS_PATH, oldModuleName, f), os.path.join(PRESETS_PATH, newModuleName, f))
setVar("builtinModule", False)
setVar('currentModuleName', newModuleName)
setVar("currentCeciliaFile", fileToSave)
setVar("lastCeciliaFile", fileToSave)
if getVar("mainFrame") is not None:
getVar("mainFrame").newRecent(fileToSave)
saveCompileBackupFile(fileToSave)
def openCeciliaFile(parent, openfile=None, builtin=False):
if not openfile:
setVar("canGrabFocus", False)
wildcard = "Cecilia file (*.%s)|*.%s" % (FILE_EXTENSION, FILE_EXTENSION)
defaultPath = getVar("openFilePath", unicode=True)
openDialog = wx.FileDialog(parent, message='Choose a Cecilia file to open...',
defaultDir=defaultPath, wildcard=wildcard, style=wx.FD_OPEN)
if openDialog.ShowModal() == wx.ID_OK:
cecFilePath = openDialog.GetPath()
setVar("openFilePath", (os.path.split(cecFilePath)[0]))
else:
cecFilePath = None
openDialog.Destroy()
setVar("canGrabFocus", True)
if cecFilePath is None:
return
else:
cecFilePath = openfile
if getVar("audioServer").isAudioServerRunning():
stopCeciliaSound()
snds = []
if getVar("rememberedSound") and getVar("interfaceWidgets") and getVar("userInputs"):
try:
names = [d['name'] for d in getVar("interfaceWidgets")]
keys = getVar("userInputs").keys()
sortlist = list(zip([names.index(k) for k in keys], keys))
sortlist.sort()
index, keys = list(zip(*sortlist))
for key in keys:
if getVar("userInputs")[key]['path'] != '':
snds.append(getVar("userInputs")[key]['path'])
except:
pass
if getVar("currentCeciliaFile"):
closeCeciliaFile(parent)
moduleName = os.path.split(cecFilePath)[1]
moduleName = os.path.splitext(moduleName)[0]
setVar('currentModuleName', moduleName)
if not os.path.isdir(os.path.join(PRESETS_PATH, moduleName)):
os.mkdir(os.path.join(PRESETS_PATH, moduleName))
getVar("mainFrame").Hide()
if not getVar("audioServer").openCecFile(cecFilePath):
return
setVar("builtinModule", builtin)
setVar("currentCeciliaFile", cecFilePath)
setVar("lastCeciliaFile", cecFilePath)
if getVar("mainFrame") is not None:
getVar("mainFrame").newRecent(cecFilePath)
saveCompileBackupFile(cecFilePath)
if getVar("interface"):
for i, cfilein in enumerate(getControlPanel().getCfileinList()):
if i >= len(snds):
break
cfilein.onLoadFile(snds[i])
savePresetToFile("init")
if os.path.isfile(os.path.join(PRESETS_PATH, moduleName, "last save")):
setVar("presetToLoad", "last save")
getVar("mainFrame").updateTitle()
getVar("interface").Raise()
def closeCeciliaFile(parent):
savePresetToFile("last save")
getVar("mainFrame").closeInterface()
setVar("currentCeciliaFile", '')
###### Interface creation utilities ######
def resetWidgetVariables():
setVar("gainSlider", None)
setVar("plugins", [None] * NUM_OF_PLUGINS)
setVar("userInputs", {})
for slider in getVar("userSliders"):
slider.cleanup()
setVar("userSliders", [])
setVar("userSamplers", [])
setVar("userTogglePopups", [])
setVar("samplerSliders", [])
setVar("samplerTogglePopup", [])
getVar("presetPanel").cleanup()
getVar("presetPanel").parent = None
setVar("presetPanel", None)
getVar("grapher").parent = None
setVar("grapher", None)
setVar("tooltips", [])
def parseInterfaceText():
interfaceWidgets = getVar("interfaceWidgets")
return interfaceWidgets
def updateNchnlsDevices():
try:
getVar("interface").updateNchnls()
except:
pass
def deepCopy(ori):
if type(ori) is dict:
new = {}
for key in ori:
new[key] = deepCopy(ori[key])
return new
elif type(ori) is list:
new = []
for data in ori:
new.append(deepCopy(data))
return new
elif type(ori) is tuple:
new = []
for data in ori:
new.append(deepCopy(data))
return new
else:
return ori
return new
###### Conversion functions #######
def interpFloat(t, v1, v2):
"interpolator for a single value; interprets t in [0-1] between v1 and v2"
return (v2 - v1) * t + v1
def tFromValue(value, v1, v2):
"returns a t (in range 0-1) given a value in the range v1 to v2"
return (value - v1) / (v2 - v1)
def clamp(v, minv, maxv):
"clamps a value within a range"
if v < minv: v = minv
if v > maxv: v = maxv
return v
def toLog(t, v1, v2):
v1 = float(v1)
return math.log10(t / v1) / math.log10(v2 / v1)
def toExp(t, v1, v2):
return math.pow(10, t * (math.log10(v2) - math.log10(v1)) + math.log10(v1))
###### Utility functions #######
def autoRename(path, index=0, wrap=False):
if os.path.exists(path):
file = ensureNFD(os.path.split(path)[1])
if wrap:
name = ensureNFD(file.rsplit('.', 1)[0])[:-4]
else:
name = ensureNFD(file.rsplit('.', 1)[0])
ext = file.rsplit('.', 1)[1]
if len(name) >= 5:
if name[-4] == '_' and name[-3:].isdigit():
name = name[:-4]
root = os.path.split(path)[0]
filelist = os.listdir(root)
num = index
for f in filelist:
f = ensureNFD(f)
if name in f and ext in f:
num += 1
newName = name + '_%03d' % num + '.' + ext
newPath = os.path.join(root, newName)
return autoRename(newPath, index + 1, True)
else:
newPath = path
return newPath
def shortenName(name, maxChar):
name = ensureNFD(name)
if len(name) > maxChar:
shortenChar = '...'
addSpace = 0
charSpace = (maxChar - len(shortenChar)) // 2
if (maxChar - 5) % 2 != 0:
addSpace = 1
name = name[:charSpace + addSpace] + shortenChar + name[len(name) - charSpace:]
return name
def ensureNFD(unistr):
if getVar("systemPlatform").startswith('linux') or sys.platform == 'win32':
encodings = [DEFAULT_ENCODING, ENCODING,
'cp1252', 'iso-8859-1', 'utf-16']
format = 'NFC'
else:
encodings = [DEFAULT_ENCODING, ENCODING,
'macroman', 'iso-8859-1', 'utf-16']
format = 'NFC'
decstr = unistr
if type(decstr) != unicode_t:
for encoding in encodings:
try:
decstr = decstr.decode(encoding)
break
except UnicodeDecodeError:
continue
except:
decstr = "UnableToDecodeString"
print("Unicode encoding not in a recognized format...")
break
if decstr == "UnableToDecodeString":
return unistr
else:
return unicodedata.normalize(format, decstr)
def checkForPresetsInCeciliaFile(filepath):
PRESETS_DELIMITER = "####################################\n" \
"##### Cecilia reserved section #####\n" \
"#### Presets saved from the app ####\n" \
"####################################\n"
mylocals = {}
rewrite = False
with open(filepath, "r") as f:
text = f.read()
if PRESETS_DELIMITER in text:
rewrite = True
newtext = text[:text.find(PRESETS_DELIMITER) - 1]
text = text[text.find(PRESETS_DELIMITER) + len(PRESETS_DELIMITER) + 1:]
if text.strip() != "":
exec(text, globals(), mylocals)
presetsDir = os.path.join(PRESETS_PATH, getVar("currentModuleName"))
if not os.path.isdir(presetsDir):
os.mkdir(presetsDir)
for preset in mylocals["CECILIA_PRESETS"]:
for key in list(mylocals["CECILIA_PRESETS"][preset]["plugins"]):
mylocals["CECILIA_PRESETS"][preset]["plugins"][str(key)] = mylocals["CECILIA_PRESETS"][preset]["plugins"][key]
del mylocals["CECILIA_PRESETS"][preset]["plugins"][key]
msg = xmlrpclib.dumps((mylocals["CECILIA_PRESETS"][preset], ), allow_none=True)
with open(os.path.join(presetsDir, preset), "w") as fw:
fw.write(msg)
if rewrite:
with open(filepath, "w") as f:
f.write(newtext)
cecilia/Resources/Sliders.py 0000664 0001750 0001750 00000216761 15074672731 015165 0 ustar tvaz tvaz """
Copyright 2019 iACT, Universite de Montreal,
Jean Piche, Olivier Belanger, Jean-Michel Dumas
This file is part of Cecilia 5.
Cecilia 5 is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
Cecilia 5 is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with Cecilia 5. If not, see .
"""
import wx, math
import Resources.CeciliaLib as CeciliaLib
from .constants import *
from .Widgets import *
class PlayRecButtons(wx.Panel):
def __init__(self, parent, cecslider, id=wx.ID_ANY, pos=(0, 0), size=(40, 20)):
wx.Panel.__init__(self, parent=parent, id=wx.ID_ANY, pos=pos, size=size)
self.SetMaxSize(self.GetSize())
self.SetBackgroundStyle(wx.BG_STYLE_CUSTOM)
self.SetBackgroundColour(BACKGROUND_COLOUR)
self.cecslider = cecslider
self.Bind(wx.EVT_PAINT, self.OnPaint)
self.Bind(wx.EVT_MOTION, self.OnMotion)
self.Bind(wx.EVT_LEAVE_WINDOW, self.OnLeave)
self.Bind(wx.EVT_ENTER_WINDOW, self.OnEnter)
self.Bind(wx.EVT_LEFT_DOWN, self.MouseDown)
self.Bind(wx.EVT_LEFT_UP, self.MouseUp)
self.enterWithButtonDown = False
self.playColour = SLIDER_PLAY_COLOUR_HOT
self.recColour = SLIDER_REC_COLOUR_HOT
self.playOver = False
self.recOver = False
self.playOverWait = True
self.recOverWait = True
self.play = 0
self.rec = False
if CeciliaLib.getVar("systemPlatform") == "win32":
self.dcref = wx.BufferedPaintDC
else:
self.dcref = wx.PaintDC
def cleanup(self):
self.Unbind(wx.EVT_PAINT, handler=self.OnPaint)
self.Unbind(wx.EVT_MOTION, handler=self.OnMotion)
self.Unbind(wx.EVT_LEAVE_WINDOW, handler=self.OnLeave)
self.Unbind(wx.EVT_ENTER_WINDOW, handler=self.OnEnter)
self.Unbind(wx.EVT_LEFT_DOWN, handler=self.MouseDown)
self.Unbind(wx.EVT_LEFT_UP, handler=self.MouseUp)
self.cecslider = None
def setOverWait(self, which):
if which == 0:
self.playOverWait = False
elif which == 1:
self.recOverWait = False
def checkForOverReady(self, pos):
if not wx.Rect(2, 2, 17, 17).Contains(pos):
self.playOverWait = True
if not wx.Rect(21, 2, 38, 17).Contains(pos):
self.recOverWait = True
def MouseDown(self, evt):
if not CeciliaLib.getVar("audioServer").isAudioServerRunning():
pos = evt.GetPosition()
if wx.Rect(2, 2, 17, 17).Contains(pos):
self.play = (self.play + 1) % 3
self.setPlay(self.play)
self.setOverWait(0)
elif wx.Rect(21, 2, 38, 17).Contains(pos):
if self.rec:
self.setRec(False)
else:
self.setRec(True)
self.setOverWait(1)
self.playOver = False
self.recOver = False
wx.CallAfter(self.Refresh)
evt.Skip()
def OnEnter(self, evt):
if evt.LeftIsDown() and not CeciliaLib.getVar("audioServer").isAudioServerRunning():
self.enterWithButtonDown = True
pos = evt.GetPosition()
if wx.Rect(0, 0, 20, 20).Contains(pos):
self.play = (self.play + 1) % 3
self.setPlay(self.play)
elif wx.Rect(20, 0, 40, 20).Contains(pos):
if self.rec:
self.setRec(False)
else:
self.setRec(True)
self.playOver = False
self.recOver = False
wx.CallAfter(self.Refresh)
evt.Skip()
def MouseUp(self, evt):
self.enterWithButtonDown = False
def OnMotion(self, evt):
if not CeciliaLib.getVar("audioServer").isAudioServerRunning() and not self.enterWithButtonDown:
pos = evt.GetPosition()
if wx.Rect(2, 2, 17, 17).Contains(pos) and self.playOverWait:
self.playOver = True
self.recOver = False
elif wx.Rect(21, 2, 38, 17).Contains(pos) and self.recOverWait:
self.playOver = False
self.recOver = True
self.checkForOverReady(pos)
wx.CallAfter(self.Refresh)
evt.Skip()
def OnLeave(self, evt):
self.enterWithButtonDown = False
self.playOver = False
self.recOver = False
self.playOverWait = True
self.recOverWait = True
wx.CallAfter(self.Refresh)
evt.Skip()
def OnPaint(self, evt):
w, h = self.GetSize()
dc = self.dcref(self)
gc = wx.GraphicsContext_Create(dc)
dc.SetBrush(wx.Brush(BACKGROUND_COLOUR, wx.SOLID))
dc.Clear()
dc.SetPen(wx.Pen(BACKGROUND_COLOUR, width=0, style=wx.SOLID))
dc.DrawRectangle(0, 0, w, h)
# Draw triangle
if self.playOver: playColour = SLIDER_PLAY_COLOUR_OVER
else: playColour = self.playColour
gc.SetPen(wx.Pen(playColour, width=1, style=wx.SOLID))
gc.SetBrush(wx.Brush(playColour, wx.SOLID))
tri = [(14, h / 2), (9, 4), (9, h - 4), (14, h / 2)]
gc.DrawLines(tri)
dc.SetPen(wx.Pen('#333333', width=1, style=wx.SOLID))
dc.DrawLine(w // 2, 4, w // 2, h - 4)
# Draw circle
if self.recOver: recColour = SLIDER_REC_COLOUR_OVER
else: recColour = self.recColour
gc.SetPen(wx.Pen(recColour, width=1, style=wx.SOLID))
gc.SetBrush(wx.Brush(recColour, wx.SOLID))
gc.DrawEllipse(w / 4 + w / 2 - 4, h / 2 - 4, 8, 8)
evt.Skip()
def setPlay(self, x):
self.play = x
if self.play == 0:
self.playColour = SLIDER_PLAY_COLOUR_HOT
elif self.play == 1:
if self.rec:
self.setRec(0)
self.playColour = SLIDER_PLAY_COLOUR_PRESSED
else:
if self.rec:
self.setRec(0)
self.playColour = SLIDER_PLAY_COLOUR_NO_BIND
wx.CallAfter(self.Refresh)
def getPlay(self):
return self.play
def getRec(self):
return self.rec
def setRec(self, x):
if x == 0:
self.rec = False
self.recColour = SLIDER_REC_COLOUR_HOT
else:
if self.play > 0:
self.setPlay(0)
self.rec = True
self.recColour = SLIDER_REC_COLOUR_PRESSED
class Slider(wx.Panel):
def __init__(self, parent, minvalue, maxvalue, init=None, pos=(0, 0), size=(200, 20),
valtype='float', log=False, function=None, cecslider=None):
wx.Panel.__init__(self, parent=parent, id=wx.ID_ANY, pos=pos, size=size, style=wx.BORDER_NONE)
self.SetBackgroundStyle(wx.BG_STYLE_CUSTOM)
self.SetBackgroundColour(BACKGROUND_COLOUR)
self.SetMinSize(self.GetSize())
self.outFunction = function
self.cecslider = cecslider
if valtype.startswith('i'): self.myType = int
else: self.myType = float
self.log = log
self.SetRange(minvalue, maxvalue)
self.borderWidth = 1
self.fillcolor = SLIDER_BACK_COLOUR
self.knobcolor = SLIDER_KNOB_COLOUR
self.Bind(wx.EVT_LEFT_DOWN, self.MouseDown)
self.Bind(wx.EVT_LEFT_UP, self.MouseUp)
self.Bind(wx.EVT_MOTION, self.MouseMotion)
self.Bind(wx.EVT_PAINT, self.OnPaint)
self.Bind(wx.EVT_SIZE, self.OnResize)
def cleanup(self):
self.Unbind(wx.EVT_LEFT_DOWN, handler=self.MouseDown)
self.Unbind(wx.EVT_LEFT_UP, handler=self.MouseUp)
self.Unbind(wx.EVT_MOTION, handler=self.MouseMotion)
self.Unbind(wx.EVT_PAINT, handler=self.OnPaint)
self.Unbind(wx.EVT_SIZE, handler=self.OnResize)
self.outFunction = None
self.cecslider = None
def createSliderBitmap(self):
w, h = self.GetSize()
b = wx.EmptyBitmap(w, h)
dc = wx.MemoryDC(b)
dc.SetPen(wx.Pen(BACKGROUND_COLOUR, width=1))
dc.SetBrush(wx.Brush(BACKGROUND_COLOUR))
dc.DrawRectangle(0, 0, w, h)
dc.SetBrush(wx.Brush("#777777"))
dc.SetPen(wx.Pen(WIDGET_BORDER_COLOUR, width=1))
h2 = self.sliderHeight // 4
dc.DrawRoundedRectangle(0, h2, w, self.sliderHeight, 4)
dc.SelectObject(wx.NullBitmap)
b.SetMaskColour("#777777")
self.sliderMask = b
def createKnobMaskBitmap(self):
w, h = self.knobSize, self.GetSize()[1]
b = wx.EmptyBitmap(w, h)
dc = wx.MemoryDC(b)
rec = wx.Rect(0, 0, int(w), h)
dc.SetPen(wx.Pen(BACKGROUND_COLOUR, width=1))
dc.SetBrush(wx.Brush(BACKGROUND_COLOUR))
dc.DrawRectangle(rec)
h2 = self.sliderHeight // 4
rec = wx.Rect(0, h2, w, int(self.sliderHeight))
dc.SetBrush(wx.Brush("#787878"))
dc.SetPen(wx.Pen(KNOB_BORDER_COLOUR, width=1))
dc.DrawRoundedRectangle(0, 0, w, h, 3)
dc.SelectObject(wx.NullBitmap)
b.SetMaskColour("#787878")
self.knobMask = b
def setFillColour(self, col1, col2):
self.fillcolor = col1
self.knobcolor = col2
self.createBackgroundBitmap()
self.createKnobBitmap()
def SetRange(self, minvalue, maxvalue):
self.minvalue = minvalue
self.maxvalue = maxvalue
def scale(self):
inter = CeciliaLib.tFromValue(self.pos, self.knobHalfSize, self.GetSize()[0] - self.knobHalfSize)
return CeciliaLib.interpFloat(inter, self.minvalue, self.maxvalue)
def MouseDown(self, evt):
size = self.GetSize()
self.pos = CeciliaLib.clamp(evt.GetPosition()[0], self.knobHalfSize, size[0] - self.knobHalfSize)
self.value = self.scale()
self.CaptureMouse()
wx.CallAfter(self.Refresh)
def MouseMotion(self, evt):
size = self.GetSize()
if evt.Dragging() and evt.LeftIsDown() and self.HasCapture():
self.pos = CeciliaLib.clamp(evt.GetPosition()[0], self.knobHalfSize, size[0] - self.knobHalfSize)
self.value = self.scale()
wx.CallAfter(self.Refresh)
def MouseUp(self, evt):
if self.HasCapture():
self.ReleaseMouse()
if self.cecslider.getUp() and CeciliaLib.getVar("currentModule") is not None:
getattr(CeciliaLib.getVar("currentModule"), self.cecslider.name + "_up")(self.GetValue())
def OnResize(self, evt):
self.createSliderBitmap()
self.createKnobMaskBitmap()
self.createKnobBitmap()
self.createBackgroundBitmap()
self.clampPos()
#wx.CallAfter(self.Refresh)
self.Refresh()
def clampPos(self):
size = self.GetSize()
self.pos = CeciliaLib.tFromValue(self.value, self.minvalue, self.maxvalue) * (size[0] - self.knobSize) + self.knobHalfSize
self.pos = CeciliaLib.clamp(self.pos, self.knobHalfSize, size[0] - self.knobHalfSize)
class HSlider(Slider):
def __init__(self, parent, minvalue, maxvalue, init=None, pos=(0, 0), size=(200, 15),
valtype='float', log=False, function=None, cecslider=None):
Slider.__init__(self, parent, minvalue, maxvalue, init, pos, size, valtype, log, function, cecslider)
self.SetMinSize((50, 15))
if self.cecslider:
if self.cecslider.half:
self.knobSize = 22
self.knobHalfSize = 11
else:
self.knobSize = 28
self.knobHalfSize = 14
else:
self.knobSize = 28
self.knobHalfSize = 14
self.sliderHeight = 14
self.createKnobMaskBitmap()
self.createSliderBitmap()
self.createKnobBitmap()
self.createBackgroundBitmap()
self.value = 0
if init is not None: self._setValue(init)
else: self._setValue(minvalue)
self.clampPos()
self.midictl = ''
self.midiLearn = False
self.openSndCtrl = ''
self.font = wx.Font(LABEL_FONT - 2, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_ITALIC, wx.FONTWEIGHT_LIGHT)
self.mario = 0
self.useMario = False
self.marios = [CeciliaLib.getVar("ICON_MARIO1"), CeciliaLib.getVar("ICON_MARIO2"), CeciliaLib.getVar("ICON_MARIO3"),
CeciliaLib.getVar("ICON_MARIO4"), CeciliaLib.getVar("ICON_MARIO5"), CeciliaLib.getVar("ICON_MARIO6")]
def setSliderHeight(self, height):
self.sliderHeight = height
self.createSliderBitmap()
self.createKnobMaskBitmap()
self.createBackgroundBitmap()
self.createKnobBitmap()
wx.CallAfter(self.Refresh)
def createBackgroundBitmap(self):
w, h = self.GetSize()
self.backgroundBitmap = wx.EmptyBitmap(w, h)
dc = wx.MemoryDC(self.backgroundBitmap)
gc = wx.GraphicsContext_Create(dc)
dc.SetBrush(wx.Brush(BACKGROUND_COLOUR, wx.SOLID))
dc.Clear()
# Draw background
dc.SetPen(wx.Pen(BACKGROUND_COLOUR, width=self.borderWidth, style=wx.SOLID))
dc.DrawRectangle(0, 0, w, h)
# Draw inner part
h2 = self.sliderHeight // 4
rec = wx.Rect(0, h2, w-1, int(self.sliderHeight))
gc.SetPen(wx.Pen(WIDGET_BORDER_COLOUR, width=1))
brush = gc.CreateLinearGradientBrush(0, h2, 0, h2 + self.sliderHeight, GRADIENT_DARK_COLOUR, self.fillcolor)
gc.SetBrush(brush)
gc.DrawRoundedRectangle(rec[0], rec[1], rec[2], rec[3], 4)
dc.SelectObject(wx.NullBitmap)
def createKnobBitmap(self):
w, h = self.GetSize()
self.knobBitmap = wx.EmptyBitmap(self.knobSize, h)
dc = wx.MemoryDC(self.knobBitmap)
gc = wx.GraphicsContext_Create(dc)
dc.SetBrush(wx.Brush(BACKGROUND_COLOUR, wx.SOLID))
dc.Clear()
rec = wx.Rect(0, 0, int(self.knobSize), h)
# Draw background
dc.SetPen(wx.Pen(BACKGROUND_COLOUR, width=self.borderWidth, style=wx.SOLID))
dc.DrawRectangle(rec)
brush = gc.CreateLinearGradientBrush(0, 0, self.knobSize, 0, GRADIENT_DARK_COLOUR, self.knobcolor)
gc.SetPen(wx.Pen(KNOB_BORDER_COLOUR, width=1))
gc.SetBrush(brush)
gc.DrawRoundedRectangle(rec[0], rec[1], rec[2]-1, rec[3]-1, 2)
dc.SelectObject(wx.NullBitmap)
def setMidiCtl(self, str):
self.midictl = str
self.midiLearn = False
def inMidiLearnMode(self):
self.midiLearn = True
wx.CallAfter(self.Refresh)
def setOpenSndCtrl(self, str):
self.openSndCtrl = str
wx.CallAfter(self.Refresh)
def _setValue(self, value):
self.lastvalue = self.value
value = CeciliaLib.clamp(value, self.minvalue, self.maxvalue)
if self.log:
t = CeciliaLib.toLog(value, self.minvalue, self.maxvalue)
self.value = CeciliaLib.interpFloat(t, self.minvalue, self.maxvalue)
else:
t = CeciliaLib.tFromValue(value, self.minvalue, self.maxvalue)
self.value = CeciliaLib.interpFloat(t, self.minvalue, self.maxvalue)
if self.myType == int:
self.value = int(self.value)
self.clampPos()
def SetValue(self, value):
self._setValue(value)
wx.CallAfter(self.Refresh)
def GetValue(self):
if self.log:
t = CeciliaLib.tFromValue(self.value, self.minvalue, self.maxvalue)
val = CeciliaLib.toExp(t, self.minvalue, self.maxvalue)
else:
val = self.value
if self.myType == int:
return int(val)
return val
def OnPaint(self, evt):
w, h = self.GetSize()
dc = wx.AutoBufferedPaintDC(self)
dc.SetFont(self.font)
dc.SetTextForeground(LABEL_LABEL_COLOUR)
pos = self.pos - self.knobHalfSize
dc.DrawBitmap(self.backgroundBitmap, 0, 0)
# Draw knob
if not self.useMario:
dc.DrawBitmap(self.knobBitmap, int(pos), 0)
else:
if self.lastvalue < self.value: marioff = 0
else: marioff = 3
bitmario = self.marios[(self.mario % 3) + marioff]
dc.DrawBitmap(bitmario, int(self.pos) - 8, 0, True)
self.mario += 1
if CeciliaLib.getVar("systemPlatform") == "win32":
dc.SetFont(wx.Font(LABEL_FONT - 1, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL))
else:
dc.SetFont(wx.Font(LABEL_FONT - 1, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_ITALIC, wx.FONTWEIGHT_LIGHT))
if self.midiLearn:
dc.DrawLabel("Move a MIDI controller...", wx.Rect(5, 0, 50, h), wx.ALIGN_CENTER_VERTICAL)
elif self.openSndCtrl:
dc.DrawLabel(self.openSndCtrl, wx.Rect(5, 0, w, h), wx.ALIGN_CENTER_VERTICAL)
else:
dc.DrawLabel(self.midictl, wx.Rect(5, 0, w, h), wx.ALIGN_CENTER_VERTICAL)
# Send value
if self.outFunction:
self.outFunction(self.GetValue())
class CECSlider:
def __init__(self, parent, minvalue, maxvalue, init=None, label='slider', unit='', valtype='float',
log=False, name='', gliss=.025, midictl=None, tooltip='', up=False, half=False):
self.widget_type = "slider"
self.parent = parent
self.valtype = valtype
self.name = name
self.half = half
self.gliss = gliss
self.automationLength = None
self.automationData = []
self.path = None
self.openSndCtrl = None
self.OSCOut = None
self.midictl = None
self.midichan = 1
self.minvalue = minvalue
self.maxvalue = maxvalue
self.log = log
self.up = up
self.convertSliderValue = 200
self.path = os.path.join(AUTOMATION_SAVE_PATH, self.name)
pos = (0, 0)
size = (200, 16)
self.slider = HSlider(parent, minvalue, maxvalue, init, pos, size, valtype, log, self.writeToEntry, self)
self.slider.setSliderHeight(11)
self.setMidiCtl(midictl)
self.label = Label(parent, label, size=(100, 16), outFunction=self.onLabelClick, dclickFunction=self.onLabelDClick)
CeciliaLib.setToolTip(self.label, TT_SLIDER_LABEL)
if self.half:
unitX = 100
else:
unitX = 120
self.entryUnit = EntryUnit(parent, self.slider.GetValue(), unit, size=(unitX, 16),
valtype=valtype, outFunction=self.entryReturn)
CeciliaLib.setToolTip(self.entryUnit, TT_SLIDER_DISPLAY)
self.buttons = PlayRecButtons(parent, self, size=(40, 16))
CeciliaLib.setToolTip(self.buttons, TT_SLIDER_AUTO)
def cleanup(self):
self.entryUnit.cleanup()
self.slider.cleanup()
self.label.cleanup()
self.buttons.cleanup()
def refresh(self):
wx.CallAfter(self.slider.Refresh)
wx.CallAfter(self.label.Refresh)
wx.CallAfter(self.entryUnit.Refresh)
def setFillColour(self, col1, col2, col3):
self.slider.setFillColour(col1, col2)
self.label.setBackColour(col1)
self.entryUnit.setBackColour(col1)
def onLabelClick(self, label, shift=False, alt=False, side='left'):
if not self.up:
# alt is now the right click
if alt and shift:
self.setMidiCtl(None)
elif shift:
CeciliaLib.getVar("grapher").setShowLineSolo(label)
CeciliaLib.getVar("grapher").toolbar.menu.setLabel(label, True)
elif alt:
if CeciliaLib.getVar("useMidi"):
CeciliaLib.getVar("grapher").toolbar.menu.setLabel(label, True)
CeciliaLib.getVar("audioServer").midiLearn(self)
self.slider.inMidiLearnMode()
else:
CeciliaLib.showErrorDialog("Midi not initialized!",
"There is no Midi interface connected!")
else:
CeciliaLib.getVar("grapher").resetShow()
CeciliaLib.getVar("grapher").toolbar.menu.setLabel(label, True)
def onLabelDClick(self, side='left'):
f = OSCPopupFrame(CeciliaLib.getVar('interface'), self)
f.CenterOnParent()
f.Show()
def setOSCInput(self, value):
self.setOpenSndCtrl(value)
def setOSCOutput(self, value):
self.setOSCOut(value)
def setConvertSliderValue(self, x, end=None):
self.convertSliderValue = x
def setAutomationLength(self, x):
self.automationLength = x
def getAutomationLength(self):
return self.automationLength
def sendValue(self, value):
if self.getPlay() in [0, 1] or self.getRec() == 1:
if CeciliaLib.getVar("currentModule") is not None:
CeciliaLib.getVar("currentModule")._sliders[self.name].setValue(value)
def entryReturn(self, value):
self.slider.SetValue(value)
self.sendValue(value)
def writeToEntry(self, value):
if self.slider.myType == float:
if value >= 10000:
self.entryUnit.setValue(float('%5.2f' % value))
elif value >= 1000:
self.entryUnit.setValue(float('%5.3f' % value))
elif value >= 10:
self.entryUnit.setValue(float('%5.5f' % value))
elif value >= 0:
self.entryUnit.setValue(float('%5.5f' % value))
elif value >= -100:
self.entryUnit.setValue(float('%5.5f' % value))
elif value >= -1000:
self.entryUnit.setValue(float('%5.4f' % value))
elif value >= -10000:
self.entryUnit.setValue(float('%5.3f' % value))
else:
self.entryUnit.setValue(float('%5.2f' % value))
else:
self.entryUnit.setValue(value)
self.sendValue(value)
def getUp(self):
return self.up
def setValue(self, value):
self.slider.SetValue(value)
def getValue(self):
return self.slider.GetValue()
def getLog(self):
return self.log
def getMinValue(self):
return self.minvalue
def getMaxValue(self):
return self.maxvalue
def getName(self):
return self.name
def setPlay(self, x):
self.buttons.setPlay(x)
def setRec(self, x):
self.buttons.setRec(x)
def getPlay(self):
return self.buttons.getPlay()
def getRec(self):
return self.buttons.getRec()
def getState(self):
return [self.getValue(), self.getPlay(), self.getMidiCtl(), self.getMidiChannel(), self.getOpenSndCtrl(), self.getOSCOut()]
def setState(self, values):
self.setValue(values[0])
self.setPlay(values[1])
if len(values) >= 4:
self.setMidiChannel(values[3])
self.setMidiCtl(values[2])
if len(values) >= 5:
self.setOpenSndCtrl(values[4])
if len(values) >= 6:
self.setOSCOut(values[5])
def getPath(self):
return self.path
def setMidiCtl(self, ctl):
if ctl is None:
self.midictl = None
self.midichan = 1
self.slider.setMidiCtl('')
else:
self.midictl = int(ctl)
self.slider.setMidiCtl("%d:%d" % (self.midictl, self.midichan))
self.openSndCtrl = None
self.slider.setOpenSndCtrl('')
wx.CallAfter(self.slider.Refresh)
def getMidiCtl(self):
return self.midictl
def setMidiChannel(self, chan):
self.midichan = int(chan)
def getMidiChannel(self):
return self.midichan
def getWithMidi(self):
if self.getMidiCtl() is not None and CeciliaLib.getVar("useMidi"):
return True
else:
return False
def setOpenSndCtrl(self, value):
if value is None or value == "":
self.openSndCtrl = None
self.slider.setOpenSndCtrl("")
else:
if type(value) == tuple:
msg = "%s:%s" % (value[0], value[1])
else:
msg = value
sep = msg.split(":")
port = int(sep[0].strip())
address = str(sep[1].strip())
self.openSndCtrl = (port, address)
self.slider.setOpenSndCtrl("%d:%s" % (port, address))
self.setMidiCtl(None)
def setOSCOut(self, value):
if value is None or value == "":
self.OSCOut = None
else:
if type(value) == tuple:
msg = "%s:%d:%s" % (value[0], value[1], value[2])
else:
msg = value
sep = msg.split(":")
host = str(sep[0].strip())
port = int(sep[1].strip())
address = str(sep[2].strip())
self.OSCOut = (host, port, address)
def getOpenSndCtrl(self):
return self.openSndCtrl
def getOSCOut(self):
return self.OSCOut
def getWithOSC(self):
if self.openSndCtrl is not None:
return True
else:
return False
def setAutomationData(self, data):
# convert values on scaling
temp = []
log = self.getLog()
minval = self.getMinValue()
maxval = self.getMaxValue()
automationlength = self.getAutomationLength()
frac = automationlength / CeciliaLib.getVar("totalTime")
virtuallength = len(data) / frac
data.extend([data[-1]] * int(((1 - frac) * virtuallength)))
totallength = float(len(data))
oldpos = 0
oldval = data[0]
if log:
maxOnMin = maxval / minval
torec = math.log10(oldval / minval) / math.log10(maxOnMin)
else:
maxMinusMin = maxval - minval
torec = (oldval - minval) / maxMinusMin
temp.append([0.0, torec])
for i, val in enumerate(data):
length = (i - oldpos) / totallength
pos = oldpos / totallength + length
if val == 0:
val = oldval
if log:
torec = math.log10(val / minval) / math.log10(maxOnMin)
else:
torec = (val - minval) / maxMinusMin
temp.append([pos, torec])
oldval = val
oldpos = i
self.automationData = temp
def getAutomationData(self):
return [[x[0], x[1]] for x in self.automationData]
def update(self, val):
if not self.slider.HasCapture() and self.getPlay() == 1 or self.getWithMidi():
self.setValue(val)
class RangeSlider(wx.Panel):
def __init__(self, parent, minvalue, maxvalue, init=None, pos=(0, 0), size=(200, 20),
valtype='float', log=False, function=None, cecslider=None):
wx.Panel.__init__(self, parent=parent, id=wx.ID_ANY, pos=pos, size=size, style=wx.BORDER_NONE)
self.SetBackgroundStyle(wx.BG_STYLE_CUSTOM)
self.SetBackgroundColour(BACKGROUND_COLOUR)
self.SetMinSize(self.GetSize())
self.sliderHeight = 14
self.borderWidth = 1
self.action = None
self.fillcolor = SLIDER_BACK_COLOUR
self.knobcolor = SLIDER_KNOB_COLOUR
self.handlecolor = wx.Colour(int(self.knobcolor[1:3]) - 10, int(self.knobcolor[3:5]) - 10, int(self.knobcolor[5:7]) - 10)
self.outFunction = function
self.cecslider = cecslider
if valtype.startswith('i'): self.myType = int
else: self.myType = float
self.log = log
self.SetRange(minvalue, maxvalue)
self.handles = [minvalue, maxvalue]
if init is not None:
if type(init) in [list, tuple]:
if len(init) == 1:
self.SetValue([init[0], init[0]])
else:
self.SetValue([init[0], init[1]])
else:
self.SetValue([minvalue, maxvalue])
else:
self.SetValue([minvalue, maxvalue])
self.Bind(wx.EVT_LEFT_DOWN, self.MouseDown)
self.Bind(wx.EVT_RIGHT_DOWN, self.MouseRightDown)
self.Bind(wx.EVT_LEFT_UP, self.MouseUp)
self.Bind(wx.EVT_RIGHT_UP, self.MouseUp)
self.Bind(wx.EVT_MOTION, self.MouseMotion)
self.Bind(wx.EVT_PAINT, self.OnPaint)
self.Bind(wx.EVT_SIZE, self.OnResize)
def cleanup(self):
self.Unbind(wx.EVT_LEFT_DOWN, handler=self.MouseDown)
self.Unbind(wx.EVT_RIGHT_DOWN, handler=self.MouseRightDown)
self.Unbind(wx.EVT_LEFT_UP, handler=self.MouseUp)
self.Unbind(wx.EVT_RIGHT_UP, handler=self.MouseUp)
self.Unbind(wx.EVT_MOTION, handler=self.MouseMotion)
self.Unbind(wx.EVT_PAINT, handler=self.OnPaint)
self.Unbind(wx.EVT_SIZE, handler=self.OnResize)
self.outFunction = None
self.cecslider = None
def createSliderBitmap(self):
w, h = self.GetSize()
b = wx.EmptyBitmap(w, h)
dc = wx.MemoryDC(b)
dc.SetPen(wx.Pen(BACKGROUND_COLOUR, width=1))
dc.SetBrush(wx.Brush(BACKGROUND_COLOUR))
dc.DrawRectangle(0, 0, w, h)
dc.SetBrush(wx.Brush("#777777"))
dc.SetPen(wx.Pen(WIDGET_BORDER_COLOUR, width=1))
h2 = self.sliderHeight // 4
dc.DrawRoundedRectangle(0, h2, w, self.sliderHeight, 4)
dc.SelectObject(wx.NullBitmap)
b.SetMaskColour("#777777")
self.sliderMask = b
def setFillColour(self, col1, col2):
self.fillcolor = col1
self.knobcolor = col2
self.handlecolor = wx.Colour(int(self.knobcolor[0] * 0.35), int(self.knobcolor[1] * 0.35), int(self.knobcolor[2] * 0.35))
self.createBackgroundBitmap()
def SetRange(self, minvalue, maxvalue):
self.minvalue = minvalue
self.maxvalue = maxvalue
def scale(self, pos):
tmp = []
for p in pos:
inter = CeciliaLib.tFromValue(p, 1, self.GetSize()[0] - 1)
inter2 = CeciliaLib.interpFloat(inter, self.minvalue, self.maxvalue)
tmp.append(inter2)
return tmp
def MouseRightDown(self, evt):
xpos = evt.GetPosition()[0]
if xpos > (self.handlePos[0] - 5) and xpos < (self.handlePos[1] + 5):
self.lastpos = xpos
self.length = self.handlePos[1] - self.handlePos[0]
self.action = 'drag'
self.handles = self.scale(self.handlePos)
self.CaptureMouse()
wx.CallAfter(self.Refresh)
def MouseDown(self, evt):
size = self.GetSize()
xpos = evt.GetPosition()[0]
self.middle = (self.handlePos[1] - self.handlePos[0]) // 2 + self.handlePos[0]
midrec = wx.Rect(int(self.middle) - 7, 4, 15, size[1] - 9)
if midrec.Contains(evt.GetPosition()):
self.lastpos = xpos
self.length = self.handlePos[1] - self.handlePos[0]
self.action = 'drag'
elif xpos < self.middle:
self.handlePos[0] = CeciliaLib.clamp(xpos, 1, self.handlePos[1])
self.action = 'left'
elif xpos > self.middle:
self.handlePos[1] = CeciliaLib.clamp(xpos, self.handlePos[0], size[0] - 1)
self.action = 'right'
self.handles = self.scale(self.handlePos)
self.CaptureMouse()
wx.CallAfter(self.Refresh)
def MouseMotion(self, evt):
size = self.GetSize()
if evt.Dragging() and self.HasCapture() and evt.LeftIsDown() or evt.RightIsDown():
xpos = evt.GetPosition()[0]
if self.action == 'drag':
off = xpos - self.lastpos
self.lastpos = xpos
self.handlePos[0] = CeciliaLib.clamp(self.handlePos[0] + off, 1, size[0] - self.length)
self.handlePos[1] = CeciliaLib.clamp(self.handlePos[1] + off, self.length, size[0] - 1)
if self.action == 'left':
self.handlePos[0] = CeciliaLib.clamp(xpos, 1, self.handlePos[1] - 4)
elif self.action == 'right':
self.handlePos[1] = CeciliaLib.clamp(xpos, self.handlePos[0] + 4, size[0] - 1)
self.handles = self.scale(self.handlePos)
wx.CallAfter(self.Refresh)
def MouseUp(self, evt):
if self.HasCapture():
self.ReleaseMouse()
if self.cecslider.getUp() and CeciliaLib.getVar("currentModule") is not None:
getattr(CeciliaLib.getVar("currentModule"), self.cecslider.name + "_up")(self.GetValue())
def OnResize(self, evt):
self.createSliderBitmap()
self.createBackgroundBitmap()
self.clampHandlePos()
wx.CallAfter(self.Refresh)
def clampHandlePos(self):
size = self.GetSize()
tmp = []
for handle in [min(self.handles), max(self.handles)]:
pos = CeciliaLib.tFromValue(handle, self.minvalue, self.maxvalue) * size[0]
pos = CeciliaLib.clamp(pos, 1, size[0] - 1)
tmp.append(pos)
self.handlePos = tmp
class HRangeSlider(RangeSlider):
def __init__(self, parent, minvalue, maxvalue, init=None, pos=(0, 0), size=(200, 15),
valtype='float', log=False, function=None, cecslider=None):
RangeSlider.__init__(self, parent, minvalue, maxvalue, init, pos, size, valtype, log, function, cecslider)
self.SetMinSize((50, 15))
self.createSliderBitmap()
self.createBackgroundBitmap()
self.clampHandlePos()
self.midictl1 = ''
self.midictl2 = ''
self.openSndCtrl1 = ''
self.openSndCtrl2 = ''
self.midiLearn = False
self.font = wx.Font(LABEL_FONT - 2, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_ITALIC, wx.FONTWEIGHT_LIGHT)
def setSliderHeight(self, height):
self.sliderHeight = height
self.createSliderBitmap()
self.createBackgroundBitmap()
wx.CallAfter(self.Refresh)
def createBackgroundBitmap(self):
w, h = self.GetSize()
self.backgroundBitmap = wx.EmptyBitmap(w, h)
dc = wx.MemoryDC(self.backgroundBitmap)
gc = wx.GraphicsContext_Create(dc)
dc.SetBrush(wx.Brush(BACKGROUND_COLOUR, wx.SOLID))
dc.Clear()
# Draw background
dc.SetPen(wx.Pen(BACKGROUND_COLOUR, width=self.borderWidth, style=wx.SOLID))
dc.DrawRectangle(0, 0, w, h)
# Draw inner part
h2 = self.sliderHeight // 4
rec = wx.Rect(0, h2, w-1, int(self.sliderHeight))
gc.SetPen(wx.Pen(WIDGET_BORDER_COLOUR, width=1))
brush = gc.CreateLinearGradientBrush(0, h2, 0, h2 + self.sliderHeight, GRADIENT_DARK_COLOUR, self.fillcolor)
gc.SetBrush(brush)
gc.DrawRoundedRectangle(rec[0], rec[1], rec[2], rec[3], 4)
dc.SelectObject(wx.NullBitmap)
def setMidiCtl(self, str1, str2):
self.midictl1 = str1
self.midictl2 = str2
self.midiLearn = False
def inMidiLearnMode(self):
self.midiLearn = True
wx.CallAfter(self.Refresh)
def setOpenSndCtrl(self, str, side):
if side == 'left':
self.openSndCtrl1 = str
else:
self.openSndCtrl2 = str
self.OnResize(None)
def SetOneValue(self, value, which):
value = CeciliaLib.clamp(value, self.minvalue, self.maxvalue)
if self.log:
t = CeciliaLib.toLog(value, self.minvalue, self.maxvalue)
value = CeciliaLib.interpFloat(t, self.minvalue, self.maxvalue)
else:
t = CeciliaLib.tFromValue(value, self.minvalue, self.maxvalue)
value = CeciliaLib.interpFloat(t, self.minvalue, self.maxvalue)
if self.myType == int:
value = int(value)
self.handles[which] = value
self.OnResize(None)
def SetValue(self, values):
tmp = []
for val in values:
value = CeciliaLib.clamp(val, self.minvalue, self.maxvalue)
if self.log:
t = CeciliaLib.toLog(value, self.minvalue, self.maxvalue)
value = CeciliaLib.interpFloat(t, self.minvalue, self.maxvalue)
else:
t = CeciliaLib.tFromValue(value, self.minvalue, self.maxvalue)
value = CeciliaLib.interpFloat(t, self.minvalue, self.maxvalue)
if self.myType == int:
value = int(value)
tmp.append(value)
self.handles = tmp
self.OnResize(None)
def GetValue(self):
tmp = []
for value in self.handles:
if self.log:
t = CeciliaLib.tFromValue(value, self.minvalue, self.maxvalue)
val = CeciliaLib.toExp(t, self.minvalue, self.maxvalue)
else:
val = value
if self.myType == int:
val = int(val)
tmp.append(val)
tmp = [min(tmp), max(tmp)]
return tmp
def OnPaint(self, evt):
w, h = self.GetSize()
dc = wx.AutoBufferedPaintDC(self)
dc.SetFont(self.font)
dc.SetTextForeground(LABEL_LABEL_COLOUR)
dc.DrawBitmap(self.backgroundBitmap, 0, 0)
# Draw handles
dc.SetPen(wx.Pen(self.handlecolor, width=1, style=wx.SOLID))
dc.SetBrush(wx.Brush(self.handlecolor))
if self.handlePos[1] - self.handlePos[0] > 4:
rec = wx.Rect(int(self.handlePos[0]), 3, int(self.handlePos[1] - self.handlePos[0]), h - 7)
dc.DrawRoundedRectangle(rec, 4)
dc.SetPen(wx.Pen(self.fillcolor, width=1, style=wx.SOLID))
dc.SetBrush(wx.Brush(self.fillcolor))
mid = (self.handlePos[1] - self.handlePos[0]) // 2 + self.handlePos[0]
rec = wx.Rect(int(mid) - 4, 4, 8, h - 9)
dc.DrawRoundedRectangle(rec, 3)
else:
mid = (self.handlePos[1] - self.handlePos[0]) // 2 + self.handlePos[0]
rec = wx.Rect(int(mid) - 4, 4, 8, h - 9)
dc.DrawRoundedRectangle(rec, 3)
if self.midiLearn:
dc.SetFont(wx.Font(LABEL_FONT - 1, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_ITALIC, wx.FONTWEIGHT_LIGHT))
dc.DrawLabel("Move 2 MIDI controllers...", wx.Rect(5, 0, 50, h), wx.ALIGN_CENTER_VERTICAL)
elif self.openSndCtrl1 or self.openSndCtrl2:
if self.openSndCtrl1:
dc.DrawLabel(self.openSndCtrl1, wx.Rect(5, 0, w, h), wx.ALIGN_CENTER_VERTICAL)
if self.openSndCtrl2:
textwidth = dc.GetTextExtent(self.openSndCtrl2)[0] + 5
dc.DrawLabel(self.openSndCtrl2, wx.Rect(w - textwidth, 0, textwidth, h), wx.ALIGN_CENTER_VERTICAL)
else:
textwidth = dc.GetTextExtent(self.midictl2)[0] + 5
dc.DrawLabel(self.midictl1, wx.Rect(5, 0, 30, h), wx.ALIGN_CENTER_VERTICAL)
dc.DrawLabel(self.midictl2, wx.Rect(w - textwidth, 0, textwidth, h), wx.ALIGN_CENTER_VERTICAL)
# Send value
if self.outFunction:
self.outFunction(self.GetValue())
class CECRange:
def __init__(self, parent, minvalue, maxvalue, init=None, label='range', unit='', valtype='float',
log=False, name='', gliss=.025, midictl=None, tooltip='', up=False):
self.widget_type = "range"
self.parent = parent
self.valtype = valtype
self.name = name
self.gliss = gliss
self.automationLength = None
self.automationData = []
self.path = os.path.join(AUTOMATION_SAVE_PATH, self.name)
self.minvalue = minvalue
self.maxvalue = maxvalue
self.log = log
self.up = up
self.convertSliderValue = {'min': 200, 'max': 200}
self.midictl = None
self.midichan = [1, 1]
self.openSndCtrl = None
self.OSCOut = None
pos = (0, 0)
size = (200, 16)
self.slider = HRangeSlider(parent, minvalue, maxvalue, init, pos, size, valtype, log, self.writeToEntry, self)
self.slider.setSliderHeight(11)
self.setMidiCtl(midictl)
self.label = Label(parent, label, size=(100, 16), outFunction=self.onLabelClick, dclickFunction=self.onLabelDClick)
CeciliaLib.setToolTip(self.label, TT_RANGE_LABEL)
self.entryUnit = RangeEntryUnit(parent, self.slider.GetValue(), unit, size=(120, 16), valtype=valtype, outFunction=self.entryReturn)
CeciliaLib.setToolTip(self.entryUnit, TT_RANGE_DISPLAY)
self.buttons = PlayRecButtons(parent, self, size=(40, 16))
CeciliaLib.setToolTip(self.buttons, TT_SLIDER_AUTO)
def cleanup(self):
self.entryUnit.cleanup()
self.slider.cleanup()
self.label.cleanup()
self.buttons.cleanup()
def refresh(self):
wx.CallAfter(self.slider.Refresh)
wx.CallAfter(self.label.Refresh)
wx.CallAfter(self.entryUnit.Refresh)
def setFillColour(self, col1, col2, col3):
self.slider.setFillColour(col3, col2)
self.label.setBackColour(col1)
self.entryUnit.setBackColour(col1)
def onLabelClick(self, label, shift=False, alt=False, side='left'):
if not self.up:
# alt is now the right click
rightclick = alt
if side == 'left':
label = label + ' min'
else:
label = label + ' max'
if rightclick and shift:
self.setMidiCtl(None)
elif shift:
CeciliaLib.getVar("grapher").setShowLineSolo(label)
CeciliaLib.getVar("grapher").toolbar.menu.setLabel(label, True)
elif rightclick:
if CeciliaLib.getVar("useMidi"):
CeciliaLib.getVar("grapher").toolbar.menu.setLabel(label, True)
CeciliaLib.getVar("audioServer").midiLearn(self, True)
self.slider.inMidiLearnMode()
else:
CeciliaLib.showErrorDialog("Midi not initialized!",
"There is no Midi interface connected!")
else:
CeciliaLib.getVar("grapher").resetShow()
CeciliaLib.getVar("grapher").toolbar.menu.setLabel(label, True)
def onLabelDClick(self, side='left'):
f = OSCPopupFrame(CeciliaLib.getVar('interface'), self, side=side)
f.CenterOnParent()
f.Show()
def setOSCInput(self, value, side):
self.setOpenSndCtrl(value, side)
def setOSCOutput(self, value, side):
self.setOSCOut(value, side)
def setConvertSliderValue(self, x, end='min'):
self.convertSliderValue[end] = x
def setAutomationLength(self, x):
self.automationLength = x
def getAutomationLength(self):
return self.automationLength
def sendValue(self, value):
if self.getPlay() in [0, 1] or self.getRec() == 1:
if CeciliaLib.getVar("currentModule") is not None:
CeciliaLib.getVar("currentModule")._sliders[self.name].setValue(value)
def entryReturn(self, value):
self.slider.SetValue(value)
self.sendValue(value)
def writeToEntry(self, values):
tmp = []
if self.slider.myType == float:
for value in values:
if value >= 10000:
val = int(value)
elif value >= 1000:
val = int(value)
elif value >= 100:
val = float('%5.1f' % value)
elif value >= 10:
val = float('%5.1f' % value)
elif value >= -10:
val = float('%5.2f' % value)
elif value >= -100:
val = float('%5.1f' % value)
elif value >= -1000:
val = float('%5.1f' % value)
elif value >= -10000:
val = float('%5.1f' % value)
else:
val = float('%5.0f' % value)
tmp.append(val)
else:
tmp = [i for i in values]
self.entryUnit.setValue(tmp)
self.sendValue(values)
def getUp(self):
return self.up
def setOneValue(self, value, which):
self.slider.SetOneValue(value, which)
def setValue(self, value):
self.slider.SetValue(value)
def getValue(self):
return self.slider.GetValue()
def getLog(self):
return self.log
def getMinValue(self):
return self.minvalue
def getMaxValue(self):
return self.maxvalue
def getName(self):
return self.name
def setPlay(self, x):
self.buttons.setPlay(x)
def setRec(self, x):
self.buttons.setRec(x)
def getPlay(self):
return self.buttons.getPlay()
def getRec(self):
return self.buttons.getRec()
def getState(self):
return [self.getValue(), self.getPlay(), self.getMidiCtl(), self.getMidiChannel(), self.getOpenSndCtrl(), self.getOSCOut()]
def setState(self, values):
self.setValue(values[0])
self.setPlay(values[1])
if len(values) >= 4:
self.setMidiChannel(values[3])
self.setMidiCtl(values[2])
if len(values) >= 5:
if values[4] is not None:
for i, tup in enumerate(values[4]):
if tup != ():
if i == 0:
self.setOpenSndCtrl("%d:%s" % (tup[0], tup[1]), 'left')
else:
self.setOpenSndCtrl("%d:%s" % (tup[0], tup[1]), 'right')
else:
self.setOpenSndCtrl("", 'left')
self.setOpenSndCtrl("", 'right')
if len(values) >= 6:
if values[5] is not None:
for i, tup in enumerate(values[5]):
if tup != ():
if i == 0:
self.setOSCOut("%s:%d:%s" % (tup[0], tup[1], tup[2]), 'left')
else:
self.setOSCOut("%s:%d:%s" % (tup[0], tup[1], tup[2]), 'right')
else:
self.setOSCOut("", 'left')
self.setOSCOut("", 'right')
def getPath(self):
return self.path
def setMidiCtl(self, ctls):
if ctls is None:
self.midictl = None
self.midichan = [1, 1]
self.slider.setMidiCtl('', '')
else:
self.midictl = ctls
self.slider.setMidiCtl("%d:%d" % (self.midictl[0], self.midichan[0]), "%d:%d" % (self.midictl[1], self.midichan[1]))
self.openSndCtrl = None
self.slider.setOpenSndCtrl('', "left")
self.slider.setOpenSndCtrl('', "right")
wx.CallAfter(self.slider.Refresh)
def getMidiCtl(self):
return self.midictl
def setMidiChannel(self, chan):
self.midichan = chan
def getMidiChannel(self):
return self.midichan
def getWithMidi(self):
if self.getMidiCtl() is not None and CeciliaLib.getVar("useMidi"):
return True
else:
return False
def setOpenSndCtrl(self, value, side='left'):
if value is None or value == "":
self.slider.setOpenSndCtrl("", side)
if self.openSndCtrl is not None:
if side == 'left':
self.openSndCtrl = ((), self.openSndCtrl[1])
else:
self.openSndCtrl = (self.openSndCtrl[0], ())
if self.openSndCtrl == ((), ()):
self.openSndCtrl = None
else:
if type(value) == tuple:
msg = "%s:%s" % (value[0], value[1])
else:
msg = value
sep = msg.split(":")
port = int(sep[0].strip())
address = str(sep[1].strip())
if self.openSndCtrl is None:
if side == 'left':
self.openSndCtrl = ((port, address), ())
else:
self.openSndCtrl = ((), (port, address))
else:
if side == 'left':
self.openSndCtrl = ((port, address), self.openSndCtrl[1])
else:
self.openSndCtrl = (self.openSndCtrl[0], (port, address))
self.slider.setOpenSndCtrl("%d:%s" % (port, address), side)
self.setMidiCtl(None)
def setOSCOut(self, value, side='left'):
if value is not None:
if value == "":
if self.OSCOut is not None:
if side == 'left':
self.OSCOut = ((), self.OSCOut[1])
else:
self.OSCOut = (self.OSCOut[0], ())
if self.OSCOut == ((), ()):
self.OSCOut = None
else:
sep = value.split(":")
host = str(sep[0].strip())
port = int(sep[1].strip())
address = str(sep[2].strip())
if self.OSCOut is None:
if side == 'left':
self.OSCOut = ((host, port, address), ())
else:
self.OSCOut = ((), (host, port, address))
else:
if side == 'left':
self.OSCOut = ((host, port, address), self.OSCOut[1])
else:
self.OSCOut = (self.OSCOut[0], (host, port, address))
def getOpenSndCtrl(self):
return self.openSndCtrl
def getOSCOut(self):
return self.OSCOut
def getWithOSC(self):
if self.openSndCtrl is not None:
return True
else:
return False
def setAutomationData(self, data, which=0):
# convert values on scaling
temp = []
log = self.getLog()
minval = self.getMinValue()
maxval = self.getMaxValue()
automationlength = self.getAutomationLength()
frac = automationlength / CeciliaLib.getVar("totalTime")
virtuallength = len(data) / frac
data.extend([data[-1]] * int(((1 - frac) * virtuallength)))
totallength = float(len(data))
oldpos = 0
oldval = data[0]
if log:
maxOnMin = maxval / minval
torec = math.log10(oldval / minval) / math.log10(maxOnMin)
else:
maxMinusMin = maxval - minval
torec = (oldval - minval) / maxMinusMin
temp.append([0.0, torec])
for i, val in enumerate(data):
length = (i - oldpos) / totallength
pos = oldpos / totallength + length
if log:
torec = math.log10(val / minval) / math.log10(maxOnMin)
else:
torec = (val - minval) / maxMinusMin
temp.append([pos, torec])
oldval = val
oldpos = i
if len(self.automationData) < 2:
self.automationData.append(temp)
else:
self.automationData[which] = temp
def getAutomationData(self, which=0):
return [[x[0], x[1]] for x in self.automationData[which]]
def update(self, val):
if not self.slider.HasCapture() and self.getPlay() == 1 or self.getWithMidi():
self.setValue(val)
class SplitterSlider(wx.Panel):
def __init__(self, parent, minvalue, maxvalue, init=None, pos=(0, 0), size=(200, 20), num_knobs=3,
valtype='float', log=False, function=None, cecslider=None):
wx.Panel.__init__(self, parent=parent, id=wx.ID_ANY, pos=pos, size=size, style=wx.BORDER_NONE)
self.SetBackgroundStyle(wx.BG_STYLE_CUSTOM)
self.SetBackgroundColour(BACKGROUND_COLOUR)
self.SetMinSize(self.GetSize())
self.sliderHeight = 14
self.knobSize = 11
self.borderWidth = 1
self.selectedHandle = None
self.handleWidth = 10
self.fillcolor = SLIDER_BACK_COLOUR
self.knobcolor = SLIDER_KNOB_COLOUR
self.handlecolor = wx.Colour(int(self.knobcolor[1:3]) - 10, int(self.knobcolor[3:5]) - 10, int(self.knobcolor[5:7]) - 10)
self.outFunction = function
self.cecslider = cecslider
self.num_knobs = num_knobs
if valtype.startswith('i'): self.myType = int
else: self.myType = float
self.log = log
self.SetRange(minvalue, maxvalue)
self.handles = [0 for i in range(self.num_knobs)]
if init is not None:
if type(init) in [list, tuple]:
if len(init) != self.num_knobs:
vals = [float(i) / self.num_knobs * (self.maxvalue - self.minvalue) + self.minvalue for i in range(self.num_knobs)]
self.SetValue(vals)
else:
self.SetValue([v for v in init])
else:
vals = [float(i) / self.num_knobs * (self.maxvalue - self.minvalue) + self.minvalue for i in range(self.num_knobs)]
self.SetValue(vals)
else:
vals = [float(i) / self.num_knobs * (self.maxvalue - self.minvalue) + self.minvalue for i in range(self.num_knobs)]
self.SetValue(vals)
self.Bind(wx.EVT_LEFT_DOWN, self.MouseDown)
self.Bind(wx.EVT_LEFT_UP, self.MouseUp)
self.Bind(wx.EVT_RIGHT_UP, self.MouseUp)
self.Bind(wx.EVT_MOTION, self.MouseMotion)
self.Bind(wx.EVT_PAINT, self.OnPaint)
self.Bind(wx.EVT_SIZE, self.OnResize)
def cleanup(self):
self.Unbind(wx.EVT_LEFT_DOWN, handler=self.MouseDown)
self.Unbind(wx.EVT_LEFT_UP, handler=self.MouseUp)
self.Unbind(wx.EVT_RIGHT_UP, handler=self.MouseUp)
self.Unbind(wx.EVT_MOTION, handler=self.MouseMotion)
self.Unbind(wx.EVT_PAINT, handler=self.OnPaint)
self.Unbind(wx.EVT_SIZE, handler=self.OnResize)
self.outFunction = None
self.cecslider = None
def createSliderBitmap(self):
w, h = self.GetSize()
b = wx.EmptyBitmap(w, h)
dc = wx.MemoryDC(b)
dc.SetPen(wx.Pen(BACKGROUND_COLOUR, width=1))
dc.SetBrush(wx.Brush(BACKGROUND_COLOUR))
dc.DrawRectangle(0, 0, w, h)
dc.SetBrush(wx.Brush("#777777"))
dc.SetPen(wx.Pen(WIDGET_BORDER_COLOUR, width=1))
h2 = self.sliderHeight // 4
dc.DrawRoundedRectangle(0, h2, w, self.sliderHeight, 4)
dc.SelectObject(wx.NullBitmap)
b.SetMaskColour("#777777")
self.sliderMask = b
def createKnobMaskBitmap(self):
w, h = self.knobSize, self.GetSize()[1]
b = wx.EmptyBitmap(w, h)
dc = wx.MemoryDC(b)
rec = wx.Rect(0, 0, int(w), h)
dc.SetPen(wx.Pen(BACKGROUND_COLOUR, width=1))
dc.SetBrush(wx.Brush(BACKGROUND_COLOUR))
dc.DrawRectangle(rec)
h2 = self.sliderHeight // 4
rec = wx.Rect(0, h2, w, int(self.sliderHeight))
dc.GradientFillLinear(rec, GRADIENT_DARK_COLOUR, self.fillcolor, wx.BOTTOM)
dc.SetBrush(wx.Brush("#787878"))
dc.SetPen(wx.Pen(KNOB_BORDER_COLOUR, width=1))
dc.DrawRoundedRectangle(0, 0, w, h, 2)
dc.SelectObject(wx.NullBitmap)
b.SetMaskColour("#787878")
self.knobMask = b
def setFillColour(self, col1, col2):
self.fillcolor = col1
self.knobcolor = col2
self.handlecolor = wx.Colour(self.knobcolor[0] * 0.25, self.knobcolor[1] * 0.25, self.knobcolor[2] * 0.25)
self.createSliderBitmap()
def SetRange(self, minvalue, maxvalue):
self.minvalue = minvalue
self.maxvalue = maxvalue
def scale(self, pos):
tmp = []
for p in pos:
inter = CeciliaLib.tFromValue(p, 1, self.GetSize()[0] - 1)
inter2 = CeciliaLib.interpFloat(inter, self.minvalue, self.maxvalue)
tmp.append(inter2)
return tmp
def setHandlePosition(self, xpos):
size = self.GetSize()
halfSize = self.handleWidth // 2 + 1
if self.selectedHandle == 0:
self.handlePos[self.selectedHandle] = CeciliaLib.clamp(xpos, halfSize, self.handlePos[self.selectedHandle + 1] - self.handleWidth)
elif self.selectedHandle == (self.num_knobs - 1):
self.handlePos[self.selectedHandle] = CeciliaLib.clamp(xpos, self.handlePos[self.selectedHandle - 1] + self.handleWidth, size[0] - halfSize)
else:
self.handlePos[self.selectedHandle] = CeciliaLib.clamp(xpos, self.handlePos[self.selectedHandle - 1] + self.handleWidth, self.handlePos[self.selectedHandle + 1] - self.handleWidth)
self.handles = self.scale(self.handlePos)
def MouseDown(self, evt):
w, h = self.GetSize()
pos = evt.GetPosition()
xpos = pos[0]
self.selectedHandle = None
for i, handle in enumerate(self.handlePos):
rec = wx.Rect(int(handle) - 5, 3, 10, h - 7)
if rec.Contains(pos):
self.selectedHandle = i
break
if self.selectedHandle is None:
return
self.setHandlePosition(xpos)
self.CaptureMouse()
wx.CallAfter(self.Refresh)
def MouseMotion(self, evt):
if evt.Dragging() and self.HasCapture() and evt.LeftIsDown():
self.setHandlePosition(evt.GetPosition()[0])
wx.CallAfter(self.Refresh)
def MouseUp(self, evt):
if self.HasCapture():
self.ReleaseMouse()
if self.cecslider.getUp() and CeciliaLib.getVar("currentModule") is not None:
getattr(CeciliaLib.getVar("currentModule"), self.cecslider.name + "_up")(self.GetValue())
def OnResize(self, evt):
self.createSliderBitmap()
self.createBackgroundBitmap()
self.clampHandlePos()
wx.CallAfter(self.Refresh)
def clampHandlePos(self):
size = self.GetSize()
tmp = []
for handle in self.handles:
pos = CeciliaLib.tFromValue(handle, self.minvalue, self.maxvalue) * (size[0])
pos = CeciliaLib.clamp(pos, 1, size[0] - 1)
tmp.append(pos)
self.handlePos = tmp
class HSplitterSlider(SplitterSlider):
def __init__(self, parent, minvalue, maxvalue, init=None, pos=(0, 0), size=(200, 15), num_knobs=3,
valtype='float', log=False, function=None, cecslider=None):
SplitterSlider.__init__(self, parent, minvalue, maxvalue, init, pos, size, num_knobs, valtype, log, function, cecslider)
self.SetMinSize((50, 15))
self.createSliderBitmap()
self.createBackgroundBitmap()
self.createKnobMaskBitmap()
self.createKnobBitmap()
self.clampHandlePos()
self.midictl1 = ''
self.midictl2 = ''
self.midiLearn = False
self.font = wx.Font(SPLITTER_FONT, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_ITALIC, wx.FONTWEIGHT_LIGHT)
def setSliderHeight(self, height):
self.sliderHeight = height
self.createSliderBitmap()
self.createBackgroundBitmap()
wx.CallAfter(self.Refresh)
def createBackgroundBitmap(self):
w, h = self.GetSize()
self.backgroundBitmap = wx.EmptyBitmap(w, h)
dc = wx.MemoryDC(self.backgroundBitmap)
dc.SetBrush(wx.Brush(BACKGROUND_COLOUR, wx.SOLID))
dc.Clear()
# Draw background
dc.SetPen(wx.Pen(BACKGROUND_COLOUR, width=self.borderWidth, style=wx.SOLID))
dc.DrawRectangle(0, 0, w, h)
# Draw inner part
h2 = self.sliderHeight // 4
rec = wx.Rect(0, h2, w, int(self.sliderHeight))
dc.GradientFillLinear(rec, GRADIENT_DARK_COLOUR, self.fillcolor, wx.BOTTOM)
dc.DrawBitmap(self.sliderMask, 0, 0, True)
dc.SelectObject(wx.NullBitmap)
def createKnobBitmap(self):
w, h = self.GetSize()
self.knobBitmap = wx.EmptyBitmap(self.knobSize, h)
dc = wx.MemoryDC(self.knobBitmap)
dc.SetBrush(wx.Brush(BACKGROUND_COLOUR, wx.SOLID))
dc.Clear()
rec = wx.Rect(0, 0, int(self.knobSize), h)
dc.GradientFillLinear(rec, GRADIENT_DARK_COLOUR, self.handlecolor, wx.RIGHT)
dc.DrawBitmap(self.knobMask, rec[0], rec[1], True)
dc.SelectObject(wx.NullBitmap)
def setMidiCtl(self, str1, str2):
self.midictl1 = str1
self.midictl2 = str2
self.midiLearn = False
def inMidiLearnMode(self):
self.midiLearn = True
wx.CallAfter(self.Refresh)
def SetValue(self, values):
tmp = []
for val in values:
value = CeciliaLib.clamp(val, self.minvalue, self.maxvalue)
if self.log:
t = CeciliaLib.toLog(value, self.minvalue, self.maxvalue)
value = CeciliaLib.interpFloat(t, self.minvalue, self.maxvalue)
else:
t = CeciliaLib.tFromValue(value, self.minvalue, self.maxvalue)
value = CeciliaLib.interpFloat(t, self.minvalue, self.maxvalue)
if self.myType == int:
value = int(value)
tmp.append(value)
self.handles = tmp
self.OnResize(None)
def GetValue(self):
tmp = []
for value in self.handles:
if self.log:
t = CeciliaLib.tFromValue(value, self.minvalue, self.maxvalue)
val = CeciliaLib.toExp(t, self.minvalue, self.maxvalue)
else:
val = value
if self.myType == int:
val = int(val)
tmp.append(val)
return tmp
def OnPaint(self, evt):
w, h = self.GetSize()
dc = wx.AutoBufferedPaintDC(self)
dc.SetFont(self.font)
dc.SetTextForeground(LABEL_LABEL_COLOUR)
dc.DrawBitmap(self.backgroundBitmap, 0, 0)
# Draw handles
dc.SetPen(wx.Pen(WIDGET_BORDER_COLOUR, width=1, style=wx.SOLID))
dc.SetBrush(wx.Brush(self.handlecolor))
for i, handle in enumerate(self.handlePos):
dc.DrawBitmap(self.knobBitmap, int(handle) - 5, 0)
rec = wx.Rect(int(handle) - 4, 1, 10, h - 2)
dc.DrawLabel(str(i + 1), rec, wx.ALIGN_CENTER)
if not self.midiLearn:
dc.DrawLabel(self.midictl1, wx.Rect(10, 0, 30, h), wx.ALIGN_CENTER_VERTICAL)
dc.DrawLabel(self.midictl2, wx.Rect(w - 20, 0, 20, h), wx.ALIGN_CENTER_VERTICAL)
else:
dc.SetFont(wx.Font(LABEL_FONT - 1, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_ITALIC, wx.FONTWEIGHT_LIGHT))
dc.DrawLabel("Move 2 MIDI controllers...", wx.Rect(5, 0, 50, h), wx.ALIGN_CENTER_VERTICAL)
# Send value
if self.outFunction:
self.outFunction(self.GetValue())
class CECSplitter:
def __init__(self, parent, minvalue, maxvalue, init=None, label='splitter', unit='', valtype='float', num_knobs=3,
log=False, name='', gliss=.025, midictl=None, tooltip='', up=False):
self.widget_type = "splitter"
self.parent = parent
self.valtype = valtype
self.num_knobs = num_knobs
self.name = name
self.gliss = gliss
self.automationLength = None
self.automationData = []
self.path = os.path.join(AUTOMATION_SAVE_PATH, self.name)
self.minvalue = minvalue
self.maxvalue = maxvalue
self.log = log
self.up = up
self.midictl = None
self.midichan = [1 for i in range(num_knobs)]
pos = (0, 0)
size = (200, 16)
self.slider = HSplitterSlider(parent, minvalue, maxvalue, init, pos, size,
num_knobs, valtype, log, self.writeToEntry, self)
self.slider.setSliderHeight(11)
self.setMidiCtl(midictl)
self.label = Label(parent, label, size=(100, 16))
CeciliaLib.setToolTip(self.label, TT_SPLITTER_LABEL)
self.entryUnit = SplitterEntryUnit(parent, self.slider.GetValue(), unit,
size=(120, 16), num=num_knobs,
valtype=valtype, outFunction=self.entryReturn)
CeciliaLib.setToolTip(self.entryUnit, TT_SPLITTER_DISPLAY)
# Buttons are always hidden for csplitter.
self.buttons = PlayRecButtons(parent, self, size=(40, 16))
def cleanup(self):
self.entryUnit.cleanup()
self.slider.cleanup()
self.label.cleanup()
self.buttons.cleanup()
def refresh(self):
wx.CallAfter(self.slider.Refresh)
wx.CallAfter(self.label.Refresh)
wx.CallAfter(self.entryUnit.Refresh)
def setFillColour(self, col1, col2, col3):
self.slider.setFillColour(col3, col2)
self.label.setBackColour(col1)
self.entryUnit.setBackColour(col1)
def setAutomationLength(self, x):
self.automationLength = x
def getAutomationLength(self):
return self.automationLength
def sendValue(self, value):
if self.getPlay() in [0, 1] or self.getRec() == 1:
if CeciliaLib.getVar("currentModule") is not None:
CeciliaLib.getVar("currentModule")._sliders[self.name].setValue(value)
def entryReturn(self, value):
self.slider.SetValue(value)
self.sendValue(value)
def writeToEntry(self, values):
tmp = []
if self.slider.myType == float:
for value in values:
if value >= 10000:
val = float('%5.0f' % value)
elif value >= 1000:
val = float('%5.1f' % value)
elif value >= 100:
val = float('%5.2f' % value)
elif value >= 10:
val = float('%5.3f' % value)
elif value >= -100:
val = float('%5.3f' % value)
elif value >= -1000:
val = float('%5.2f' % value)
elif value >= -10000:
val = float('%5.1f' % value)
else:
val = float('%5.2f' % value)
tmp.append(val)
else:
tmp = [i for i in values]
self.entryUnit.setValue(tmp)
self.sendValue(values)
def getUp(self):
return self.up
def setValue(self, value):
self.slider.SetValue(value)
def getValue(self):
return self.slider.GetValue()
def getLog(self):
return self.log
def getMinValue(self):
return self.minvalue
def getMaxValue(self):
return self.maxvalue
def getName(self):
return self.name
def setPlay(self, x):
self.buttons.setPlay(x)
def setRec(self, x):
self.buttons.setRec(x)
def getPlay(self):
return self.buttons.getPlay()
def getRec(self):
return self.buttons.getRec()
def getState(self):
return [self.getValue(), self.getPlay(), self.getMidiCtl(), self.getMidiChannel()]
def setState(self, values):
self.setValue(values[0])
self.setPlay(values[1])
self.setMidiCtl(values[2])
if len(values) >= 4:
self.setMidiChannel(values[3])
def getPath(self):
return self.path
def setMidiCtl(self, ctls):
if ctls is None:
self.midictl = None
self.midichan = [1, 1]
self.slider.setMidiCtl('', '')
else:
self.midictl = ctls
self.slider.setMidiCtl(str(self.midictl[0]), str(self.midictl[1]))
self.slider.Refresh()
def getMidiCtl(self):
return self.midictl
def setMidiChannel(self, chan):
self.midichan = chan
def getMidiChannel(self):
return self.midichan
def getWithMidi(self):
if self.getMidiCtl() is not None and CeciliaLib.getVar("useMidi"):
return True
else:
return False
def setAutomationData(self, data, which=0):
# convert values on scaling
temp = []
log = self.getLog()
minval = self.getMinValue()
maxval = self.getMaxValue()
automationlength = self.getAutomationLength()
frac = automationlength / CeciliaLib.getVar("totalTime")
virtuallength = len(data) / frac
data.extend([data[-1]] * int(((1 - frac) * virtuallength)))
totallength = float(len(data))
oldpos = 0
oldval = data[0]
if log:
maxOnMin = maxval / minval
torec = math.log10(oldval / minval) / math.log10(maxOnMin)
else:
maxMinusMin = maxval - minval
torec = (oldval - minval) / maxMinusMin
temp.append([0.0, torec])
for i, val in enumerate(data):
length = (i - oldpos) / totallength
pos = oldpos / totallength + length
if log:
torec = math.log10(val / minval) / math.log10(maxOnMin)
else:
torec = (val - minval) / maxMinusMin
temp.append([pos, torec])
oldval = val
oldpos = i
if len(self.automationData) < 2:
self.automationData.append(temp)
else:
self.automationData[which] = temp
def getAutomationData(self, which=0):
return [[x[0], x[1]] for x in self.automationData[which]]
def update(self, val):
if not self.slider.HasCapture() and self.getPlay() == 1 or self.getWithMidi():
self.setValue(val)
def buildHorizontalSlidersBox(parent, list):
mainBox = wx.BoxSizer(wx.VERTICAL)
outBox = wx.BoxSizer(wx.VERTICAL)
sliders = []
halfcount = 0
for widget in list:
if widget['type'] in ['cslider', 'crange', 'csplitter']:
name = widget['name']
label = widget['label']
tooltip = widget['help']
mini = widget['min']
maxi = widget['max']
unit = widget['unit']
init = widget['init']
up = widget['up']
midictl = widget['midictl']
half = widget['half']
if midictl is not None and midictl <= -1:
midictl = None
valtype = widget['res']
if valtype not in ['int', 'float']:
CeciliaLib.showErrorDialog('Error when building interface!', "'res' argument choices are 'int' or 'float'. Reset to 'float'.")
valtype = 'float'
gliss = widget['gliss']
if gliss < 0.0 or up:
gliss = 0.0
linlog = widget['rel']
if linlog not in ['lin', 'log']:
CeciliaLib.showErrorDialog('Error when building interface!', "'rel' argument choices are 'lin' or 'log'. Reset to 'lin'.")
linlog = 'lin'
log = {'lin': False, 'log': True}[linlog]
if log and mini == 0 or log and maxi == 0:
CeciliaLib.showErrorDialog('Error when building interface!', "'min' or 'max' arguments can't be 0 for a logarithmic slider. Reset to 'lin'.")
log = False
if widget['type'] == 'cslider':
sl = CECSlider(parent, mini, maxi, init, label, unit, valtype, log, name, gliss, midictl, tooltip, up, half)
elif widget['type'] == 'crange':
sl = CECRange(parent, mini, maxi, init, label, unit, valtype, log, name, gliss, midictl, tooltip, up)
else:
num_knobs = widget['num_knobs']
sl = CECSplitter(parent, mini, maxi, init, label, unit, valtype, num_knobs, log, name, gliss, midictl, tooltip, up)
if up or widget['type'] == "csplitter":
sl.buttons.Hide()
if not half:
box = wx.FlexGridSizer(1, 4, 2, 5)
box.AddGrowableCol(2)
box.AddMany([(sl.label, 0, wx.LEFT, 5), (sl.buttons, 0, wx.LEFT, 0),
(sl.slider, 0, wx.EXPAND), (sl.entryUnit, 0, wx.LEFT | wx.RIGHT, 5)])
mainBox.Add(box, 1, wx.EXPAND | wx.TOP | wx.BOTTOM, 2)
else:
if halfcount % 2 == 0:
lowerBox = wx.BoxSizer(wx.HORIZONTAL)
leftbox, rightbox = wx.FlexGridSizer(1, 4, 2, 5), wx.FlexGridSizer(1, 4, 2, 5)
leftbox.AddGrowableCol(2)
rightbox.AddGrowableCol(2)
leftbox.AddMany([(sl.label, 0, wx.LEFT, 5), (sl.buttons, 0, wx.LEFT, 0),
(sl.slider, 0, wx.EXPAND), (sl.entryUnit, 0, wx.LEFT | wx.RIGHT, 5)])
lowerBox.Add(leftbox, 1, wx.TOP | wx.BOTTOM, 0)
mainBox.Add(lowerBox, 0, wx.EXPAND | wx.TOP | wx.BOTTOM, 2)
else:
rightbox.AddMany([(sl.label, 0, wx.LEFT, 5), (sl.buttons, 0, wx.LEFT, 0),
(sl.slider, 0, wx.EXPAND), (sl.entryUnit, 0, wx.LEFT | wx.RIGHT, 5)])
lowerBox.Add(rightbox, 1, wx.TOP | wx.BOTTOM, 0)
halfcount += 1
sliders.append(sl)
outBox.Add(mainBox, 0, wx.ALL | wx.EXPAND, 3)
return outBox, sliders cecilia/Resources/CeciliaInterface.py 0000664 0001750 0001750 00000023652 15074672731 016725 0 ustar tvaz tvaz # encoding: utf-8
"""
Copyright 2019 iACT, Universite de Montreal,
Jean Piche, Olivier Belanger, Jean-Michel Dumas
This file is part of Cecilia 5.
Cecilia 5 is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
Cecilia 5 is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with Cecilia 5. If not, see .
"""
import wx
import Resources.CeciliaLib as CeciliaLib
import Resources.Control as Control
import Resources.Preset as Preset
from .constants import *
from .Sliders import buildHorizontalSlidersBox
from .Grapher import getGrapher, buildGrapher
from .TogglePopup import buildTogglePopupBox
from .menubar import InterfaceMenuBar
class CeciliaInterface(wx.Frame):
if CeciliaLib.getVar("systemPlatform").startswith('linux'):
style = wx.MINIMIZE_BOX | wx.MAXIMIZE_BOX | wx.RESIZE_BORDER | \
wx.SYSTEM_MENU | wx.CAPTION | wx.CLIP_CHILDREN | wx.WANTS_CHARS
else:
style = wx.MINIMIZE_BOX | wx.MAXIMIZE_BOX | wx.RESIZE_BORDER | \
wx.SYSTEM_MENU | wx.CAPTION | wx.BORDER_SUNKEN | \
wx.CLIP_CHILDREN | wx.WANTS_CHARS
def __init__(self, parent, id=-1, title='', mainFrame=None,
pos=wx.DefaultPosition, size=wx.DefaultSize, style=style):
wx.Frame.__init__(self, parent, id, title, pos, size, style)
self.SetBackgroundColour(BACKGROUND_COLOUR)
self.ceciliaMainFrame = mainFrame
self.menubar = InterfaceMenuBar(self, self.ceciliaMainFrame)
self.SetMenuBar(self.menubar)
self.box = wx.GridBagSizer(0, 0)
self.controlBox = wx.BoxSizer(wx.VERTICAL)
self.controlPanel = Control.CECControl(self, -1)
togglePopupPanel, objs, tpsize = self.createTogglePopupPanel()
slidersPanel, slPanelSize = self.createSlidersPanel()
self.grapher = getGrapher(self)
CeciliaLib.setVar("grapher", self.grapher)
self.presetPanel = Preset.CECPreset(self)
CeciliaLib.setVar("presetPanel", self.presetPanel)
self.controlBox.Add(self.controlPanel, 1, wx.EXPAND | wx.RIGHT, -1)
self.controlBox.Add(self.presetPanel, 0, wx.EXPAND | wx.TOP | wx.RIGHT, -1)
self.controlBox.Add(togglePopupPanel, 0, wx.EXPAND | wx.TOP | wx.RIGHT, -1)
self.box.Add(self.controlBox, (0, 0), span=(2, 1), flag=wx.EXPAND)
self.box.Add(self.grapher, (0, 1), flag=wx.EXPAND)
self.box.Add(slidersPanel, (1, 1), flag=wx.EXPAND | wx.TOP, border=-1)
self.box.AddGrowableCol(1, 1)
self.box.AddGrowableRow(0, 1)
pos = CeciliaLib.getVar("interfacePosition")
size = CeciliaLib.getVar("interfaceSize")
pos, size = self.positionToClientArea(pos, size)
self.SetSizer(self.box)
self.SetSize(size)
self.Bind(wx.EVT_CLOSE, self.onClose)
if pos is None:
self.Center()
else:
self.SetPosition(pos)
self.Show()
wx.CallLater(100, self.createGrapher)
def positionToClientArea(self, pos, size):
position = None
screen = 0
if pos is not None:
for i in range(CeciliaLib.getVar("numDisplays")):
off = CeciliaLib.getVar("displayOffset")[i]
dispsize = CeciliaLib.getVar("displaySize")[i]
Xbounds = [off[0], dispsize[0] + off[0]]
Ybounds = [off[1], dispsize[1] + off[1]]
if pos[0] >= Xbounds[0] and pos[0] <= Xbounds[1] and \
pos[1] >= Ybounds[0] and pos[1] <= Ybounds[1]:
position = pos
screen = i
break
dispsize = CeciliaLib.getVar("displaySize")[screen]
if size[0] <= dispsize[0] and size[1] <= dispsize[1]:
newsize = size
else:
newsize = (dispsize[0] - 50, dispsize[1] - 50)
return position, newsize
def updateTitle(self, title):
self.SetTitle(title)
def createGrapher(self, evt=None):
buildGrapher(self.grapher)
for slider in CeciliaLib.getVar("userSliders"):
slider.refresh()
if CeciliaLib.getVar("presetToLoad") is not None:
CeciliaLib.loadPresetFromFile(CeciliaLib.getVar("presetToLoad"))
CeciliaLib.setVar("presetToLoad", None)
def createTogglePopupPanel(self):
panel = wx.Panel(self, -1, style=wx.BORDER_SIMPLE)
panel.SetBackgroundColour(BACKGROUND_COLOUR)
widgets = CeciliaLib.getVar("interfaceWidgets")
box, objs = buildTogglePopupBox(panel, widgets)
panel.SetSizerAndFit(box)
CeciliaLib.setVar("userTogglePopups", objs)
size = panel.GetSize()
return panel, objs, size
def createSlidersPanel(self):
panel = wx.Panel(self, -1, style=wx.BORDER_SIMPLE)
panel.SetBackgroundColour(BACKGROUND_COLOUR)
widgets = CeciliaLib.getVar("interfaceWidgets")
box, sl = buildHorizontalSlidersBox(panel, widgets)
CeciliaLib.setVar("userSliders", sl)
panel.SetSizerAndFit(box)
size = panel.GetSize()
return panel, size
def onClose(self, event):
CeciliaLib.setVar("interfaceSize", self.GetSize())
CeciliaLib.setVar("interfacePosition", self.GetPosition())
CeciliaLib.getVar("mainFrame").SetFocus()
CeciliaLib.getVar("mainFrame").Hide()
CeciliaLib.resetWidgetVariables()
# Cleanup menubar
self.menubar.frame = None
self.Unbind(wx.EVT_MENU, handler=self.onUndo, id=ID_UNDO)
self.Unbind(wx.EVT_MENU, handler=self.onRedo, id=ID_REDO)
self.Unbind(wx.EVT_MENU, handler=self.onCopy, id=ID_COPY)
self.Unbind(wx.EVT_MENU, handler=self.onPaste, id=ID_PASTE)
self.Unbind(wx.EVT_MENU, handler=self.onSelectAll, id=ID_SELECT_ALL)
self.Unbind(wx.EVT_CLOSE, handler=self.onClose)
self.controlPanel.parent = None
# Cleanup Grapher.plotter
self.grapher.plotter.canvas.Unbind(wx.EVT_LEFT_DOWN, handler=self.grapher.plotter.OnMouseLeftDown)
self.grapher.plotter.canvas.Unbind(wx.EVT_LEFT_UP, handler=self.grapher.plotter.OnMouseLeftUp)
self.grapher.plotter.canvas.Unbind(wx.EVT_MOTION, handler=self.grapher.plotter.OnMotion)
self.grapher.plotter.canvas.Unbind(wx.EVT_LEFT_DCLICK, handler=self.grapher.plotter.OnMouseDoubleClick)
self.grapher.plotter.canvas.Unbind(wx.EVT_RIGHT_DOWN, handler=self.grapher.plotter.OnMouseRightDown)
self.grapher.plotter.canvas.Unbind(wx.EVT_LEAVE_WINDOW, handler=self.grapher.plotter.OnLeave)
self.grapher.plotter.canvas.Unbind(wx.EVT_PAINT, handler=self.grapher.plotter.OnPaint)
self.grapher.plotter.canvas.Unbind(wx.EVT_SIZE, handler=self.grapher.plotter.OnSize)
self.grapher.plotter.canvas.Unbind(wx.EVT_LEAVE_WINDOW, handler=self.grapher.plotter.OnLooseFocus)
self.grapher.plotter.canvas.Unbind(wx.EVT_ENTER_WINDOW, handler=self.grapher.plotter.OnGrabFocus)
self.grapher.plotter.canvas.Unbind(wx.EVT_CHAR, handler=self.grapher.plotter.OnKeyDown)
self.grapher.plotter.Unbind(wx.EVT_CHAR, handler=self.grapher.plotter.OnKeyDown)
self.grapher.plotter.Unbind(wx.EVT_SCROLL_THUMBTRACK, handler=self.grapher.plotter.OnScroll)
self.grapher.plotter.Unbind(wx.EVT_SCROLL_PAGEUP, handler=self.grapher.plotter.OnScroll)
self.grapher.plotter.Unbind(wx.EVT_SCROLL_PAGEDOWN, handler=self.grapher.plotter.OnScroll)
self.grapher.plotter.Unbind(wx.EVT_SCROLL_LINEUP, handler=self.grapher.plotter.OnScroll)
self.grapher.plotter.Unbind(wx.EVT_SCROLL_LINEDOWN, handler=self.grapher.plotter.OnScroll)
if '__WXGTK__' in wx.PlatformInfo:
self.grapher.plotter.canvas.Unbind(wx.EVT_WINDOW_CREATE, handler=self.grapher.plotter.doOnSize)
self.grapher.plotter.parent = None
self.grapher.plotter = None
# Cleanup Grapher.toolbar
self.grapher.toolbar.Unbind(wx.EVT_LEAVE_WINDOW, handler=self.grapher.toolbar.OnLooseFocus)
self.grapher.toolbar.fakePanel.Unbind(wx.EVT_LEAVE_WINDOW, handler=self.grapher.toolbar.OnLooseFocus)
self.grapher.toolbar.Unbind(wx.EVT_CHAR, handler=self.grapher.toolbar.OnKeyDown)
self.grapher.toolbar.convertSlider.cecGrapher = None
self.grapher.toolbar.radiotoolbox.outFunction = None
self.grapher.toolbar.menu.outFunction = None
self.grapher.toolbar.toolbox.outFunction = None
self.grapher.toolbar.toolbox.parent = None
self.grapher.toolbar.parent = None
self.grapher.toolbar = None
# Cleanup Grapher.cursorPanel
self.grapher.cursorPanel.Unbind(wx.EVT_LEFT_DOWN, handler=self.grapher.cursorPanel.OnLeftDown)
self.grapher.cursorPanel.Unbind(wx.EVT_LEAVE_WINDOW, handler=self.grapher.cursorPanel.OnLooseFocus)
self.grapher.cursorPanel.Unbind(wx.EVT_PAINT, handler=self.grapher.cursorPanel.OnPaint)
self.grapher.cursorPanel.parent = None
self.grapher.cursorPanel = None
# Cleanup PresetPanel
self.presetPanel.presetChoice = None
self.presetPanel.saveTool = None
try:
self.Destroy()
CeciliaLib.setVar("interface", None)
except:
pass
def getControlPanel(self):
return self.controlPanel
def onUndo(self, evt):
self.grapher.plotter.undoRedo(1)
def onRedo(self, event):
self.grapher.plotter.undoRedo(-1)
def onCopy(self, event):
self.grapher.plotter.onCopy()
def onPaste(self, event):
self.grapher.plotter.onPaste()
def onSelectAll(self, event):
self.grapher.plotter.onSelectAll()
def updateNchnls(self):
self.controlPanel.updateNchnls()
cecilia/Resources/Plugins.py 0000664 0001750 0001750 00000144304 15074672731 015172 0 ustar tvaz tvaz """
Copyright 2019 iACT, Universite de Montreal,
Jean Piche, Olivier Belanger, Jean-Michel Dumas
This file is part of Cecilia 5.
Cecilia 5 is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
Cecilia 5 is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with Cecilia 5. If not, see .
"""
import wx, math
import Resources.CeciliaLib as CeciliaLib
from .constants import *
from .Widgets import *
class PluginArrow(wx.Panel):
def __init__(self, parent, dir="up", size=(8, 10), outFunction=None, colour=None):
wx.Panel.__init__(self, parent, -1, size=size)
self.SetMaxSize(self.GetSize())
self.SetBackgroundStyle(wx.BG_STYLE_CUSTOM)
self.SetBackgroundColour(BACKGROUND_COLOUR)
self.outFunction = outFunction
self.dir = dir
self.hover = 0
if colour:
self.colour = colour
else:
self.colour = BACKGROUND_COLOUR
if self.dir == "up":
self.bitmaps = [CeciliaLib.getVar("ICON_PLUGINS_ARROW_UP"), CeciliaLib.getVar("ICON_PLUGINS_ARROW_UP_HOVER")]
else:
self.bitmaps = [CeciliaLib.getVar("ICON_PLUGINS_ARROW_DOWN"), CeciliaLib.getVar("ICON_PLUGINS_ARROW_DOWN_HOVER")]
self.Bind(wx.EVT_PAINT, self.OnPaint)
self.Bind(wx.EVT_LEFT_DOWN, self.MouseDown)
self.Bind(wx.EVT_ENTER_WINDOW, self.MouseEnter)
self.Bind(wx.EVT_LEAVE_WINDOW, self.MouseLeave)
def MouseEnter(self, evt):
self.hover = 1
wx.CallAfter(self.Refresh)
def MouseLeave(self, evt):
self.hover = 0
wx.CallAfter(self.Refresh)
def OnPaint(self, event):
w, h = self.GetSize()
dc = wx.AutoBufferedPaintDC(self)
dc.SetBrush(wx.Brush(BACKGROUND_COLOUR, wx.SOLID))
dc.Clear()
# Draw background
dc.SetPen(wx.Pen(BACKGROUND_COLOUR, width=0, style=wx.SOLID))
dc.DrawRectangle(0, 0, w, h)
dc.DrawBitmap(self.bitmaps[self.hover], 0, 0, True)
def MouseDown(self, event):
if self.outFunction:
self.outFunction(self.dir)
#wx.CallAfter(self.Refresh)
event.Skip()
class PluginKnob(ControlKnob):
def __init__(self, parent, minvalue, maxvalue, init=None, pos=(0, 0), size=(50, 70),
log=False, outFunction=None, integer=False, backColour=None, label=''):
ControlKnob.__init__(self, parent, minvalue, maxvalue, init, pos, size,
log, outFunction, integer, backColour, label)
self.Bind(wx.EVT_RIGHT_DOWN, self.MouseRightDown)
self.widget_type = "plugin_knob"
self.name = ''
self.longLabel = ''
self.gliss = 0
self.midictl = None
self.midichan = 1
self.midictlLabel = ''
self.midiLearn = False
self.automationLength = None
self.automationData = []
self.path = None
self.play = False
self.rec = False
self.convertSliderValue = 200
def getParentVPos(self):
return self.GetParent().vpos
def getKnobPos(self):
names = self.GetParent().getKnobNames()
return names.index(self.name)
def setConvertSliderValue(self, x, end=None):
self.convertSliderValue = x
def getValue(self):
return self.GetValue()
def setValue(self, x):
self.SetValue(x)
def getName(self):
return self.name
def setName(self, name):
self.name = name
self.path = os.path.join(AUTOMATION_SAVE_PATH, self.name)
def setLongLabel(self, label):
self.longLabel = label
def getLongLabel(self):
return self.longLabel
def setPlay(self, x):
if x:
self.mode = 2
data = CeciliaLib.getVar("grapher").plotter.data
for line in data:
if line.getName() == self.name:
line.setShow(1)
CeciliaLib.getVar("grapher").plotter.draw()
else:
self.mode = 0
self.Refresh()
def setRec(self, x):
if x:
self.mode = 1
else:
self.mode = 0
self.Refresh()
def getPlay(self):
if self.mode == 2:
return True
else:
return False
def getPlayState(self):
return self.mode
def getRec(self):
if self.mode == 1:
return True
else:
return False
def getPath(self):
return self.path
def getState(self):
return [self.getValue(), self.getPlayState(), self.getMidiCtl(), self.getMidiChannel()]
def setState(self, values):
self.setValue(values[0])
self.setPlay(values[1])
self.setMidiCtl(values[2])
if len(values) >= 4:
self.setMidiChannel(values[3])
def inMidiLearnMode(self):
self.midiLearn = True
self.Refresh()
def setMidiCtl(self, ctl):
if ctl is None:
self.midictl = None
self.midichan = 1
self.midictlLabel = ''
self.midiLearn = False
else:
self.midictl = int(ctl)
self.midictlLabel = str(self.midictl)
self.midiLearn = False
self.Refresh()
def getMidiCtl(self):
return self.midictl
def setMidiChannel(self, chan):
self.midichan = int(chan)
def getMidiChannel(self):
return self.midichan
def getWithMidi(self):
if self.getMidiCtl() is not None and CeciliaLib.getVar("useMidi"):
return True
else:
return False
def setAutomationLength(self, x):
self.automationLength = x
def getAutomationLength(self):
return self.automationLength
def setAutomationData(self, data):
# convert values on scaling
temp = []
log = self.getLog()
minval = self.getMinValue()
maxval = self.getMaxValue()
automationlength = self.getAutomationLength()
frac = automationlength / CeciliaLib.getVar("totalTime")
virtuallength = len(data) / frac
data.extend([data[-1]] * int(((1 - frac) * virtuallength)))
totallength = float(len(data))
oldpos = 0
oldval = data[0]
if log:
maxOnMin = maxval / minval
torec = math.log10(oldval / minval) / math.log10(maxOnMin)
else:
maxMinusMin = maxval - minval
torec = (oldval - minval) / maxMinusMin
temp.append([0.0, torec])
for i, val in enumerate(data):
length = (i - oldpos) / totallength
pos = oldpos / totallength + length
if log:
torec = math.log10(val / minval) / math.log10(maxOnMin)
else:
torec = (val - minval) / maxMinusMin
temp.append([pos, torec])
oldval = val
oldpos = i
self.automationData = temp
def getAutomationData(self):
return [[x[0], x[1]] for x in self.automationData]
def update(self, val):
if not self.HasCapture() and self.getPlay() == 1 or self.getWithMidi():
self.setValue(val)
def MouseRightDown(self, evt):
if self._enable:
rec = wx.Rect(5, 13, 45, 45)
pos = evt.GetPosition()
if rec.Contains(pos):
if evt.ShiftDown():
self.setMidiCtl(None)
else:
if CeciliaLib.getVar("useMidi"):
CeciliaLib.getVar("audioServer").midiLearn(self)
self.inMidiLearnMode()
else:
CeciliaLib.showErrorDialog("Midi not initialized!",
"There is no Midi interface connected!")
evt.Skip()
class Plugin(wx.Panel):
def __init__(self, parent, choiceFunc, order):
wx.Panel.__init__(self, parent, pos=wx.DefaultPosition)
self.SetBackgroundColour(BACKGROUND_COLOUR)
self.choiceFunc = choiceFunc
self.order = order
self.vpos = order
def setKnobLabels(self):
if self.pluginName != 'None':
for i, knob in enumerate(self.getKnobs()):
knob.setLongLabel("PP%d %s %s" % (self.vpos + 1, self.pluginName, knob.getLabel()))
def setKnobNames(self):
if self.pluginName != 'None':
for i, knob in enumerate(self.getKnobs()):
knob.setName(self.knobNameTemplates[i] % self.vpos)
def replacePlugin(self, i, new):
wx.CallLater(50, self.choiceFunc, self.vpos, new)
def getName(self):
return self.pluginName
def getKnobs(self):
return [self.knob1, self.knob2, self.knob3]
def getKnobNames(self):
return [knob.getName() for knob in self.getKnobs()]
def getKnobLongLabels(self):
return [knob.getLongLabel() for knob in self.getKnobs()]
def getParams(self):
return [self.knob1.GetValue(), self.knob2.GetValue(), self.knob3.GetValue(), self.preset.getIndex()]
def getStates(self):
return [self.knob1.getState(), self.knob2.getState(), self.knob3.getState()]
def setStates(self, states):
self.knob1.setState(states[0])
self.knob2.setState(states[1])
self.knob3.setState(states[2])
def setParams(self, params):
self.knob1.SetValue(params[0])
self.knob2.SetValue(params[1])
self.knob3.SetValue(params[2])
self.preset.setByIndex(params[3])
def onChangeKnob1(self, x):
if self.knob1.getState()[1] in [0, 1]:
if CeciliaLib.getVar("currentModule") is not None:
CeciliaLib.getVar("audioServer").setPluginValue(self.vpos, 0, x)
def onChangeKnob2(self, x):
if self.knob2.getState()[1] in [0, 1]:
if CeciliaLib.getVar("currentModule") is not None:
CeciliaLib.getVar("audioServer").setPluginValue(self.vpos, 1, x)
def onChangeKnob3(self, x):
if self.knob3.getState()[1] in [0, 1]:
if CeciliaLib.getVar("currentModule") is not None:
CeciliaLib.getVar("audioServer").setPluginValue(self.vpos, 2, x)
def onChangePreset(self, x, label=None):
if CeciliaLib.getVar("currentModule") is not None:
CeciliaLib.getVar("audioServer").setPluginPreset(self.vpos, x, label)
def createHeadBox(self):
self.SetFont(wx.Font(CONTROLSLIDER_FONT, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL))
self.tw, th = self.GetTextExtent('Effects:')
self.headBox = wx.BoxSizer(wx.HORIZONTAL)
plugChoiceText = wx.StaticText(self, -1, 'Effects:', size=(self.tw, -1))
plugChoiceText.SetFont(wx.Font(CONTROLSLIDER_FONT, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL))
plugChoiceText.SetForegroundColour(TEXT_LABELFORWIDGET_COLOUR)
self.headBox.Add(plugChoiceText, 0)
self.headBox.Add(98 - self.tw - 20, -1, 0)
self.arrowUp = PluginArrow(self, "up", outFunction=self.arrowLeftDown)
self.headBox.Add(self.arrowUp, 0)
self.arrowDown = PluginArrow(self, "down", outFunction=self.arrowLeftDown)
self.headBox.Add(self.arrowDown, 0)
if self.vpos == 0:
self.arrowUp.Hide()
if self.vpos == (NUM_OF_PLUGINS - 1):
self.arrowDown.Hide()
self.headBox.Layout()
def checkArrows(self):
if self.vpos == 0:
self.arrowUp.Hide()
self.arrowDown.Show()
self.headBox.Layout()
elif self.vpos == (NUM_OF_PLUGINS - 1):
self.arrowUp.Show()
self.arrowDown.Hide()
self.headBox.Layout()
else:
self.arrowUp.Show()
self.arrowDown.Show()
self.headBox.Layout()
def arrowLeftDown(self, dir):
if dir == "up":
CeciliaLib.getControlPanel().movePlugin(self.vpos, -1)
else:
CeciliaLib.getControlPanel().movePlugin(self.vpos, 1)
def cleanup(self):
self.knob1.outFunction = self.knob1.parent = None
self.knob2.outFunction = self.knob2.parent = None
self.knob3.outFunction = self.knob3.parent = None
self.choice.outFunction = None
self.preset.outFunction = None
self.arrowUp.outFunction = None
self.arrowDown.outFunction = None
class NonePlugin(Plugin):
def __init__(self, parent, choiceFunc, order):
Plugin.__init__(self, parent, choiceFunc, order)
self.pluginName = 'None'
self.sizer = wx.FlexGridSizer(1, 4, 0, 0)
revMenuBox = wx.BoxSizer(wx.VERTICAL)
self.knob1 = PluginKnob(self, 0, 1, 0, size=(43, 70), label='None')
self.knob1.setEnable(False)
self.sizer.Add(self.knob1)
self.knob2 = PluginKnob(self, 0, 1, 0, size=(43, 70), label='None')
self.knob2.setEnable(False)
self.sizer.Add(self.knob2)
self.knob3 = PluginKnob(self, 0, 1, 0, size=(43, 70), label='None')
self.knob3.setEnable(False)
self.sizer.Add(self.knob3)
self.createHeadBox()
revMenuBox.Add(self.headBox, 0, wx.TOP, 0)
self.choice = CustomMenu(self, choice=PLUGINS_CHOICE, init='None', size=(93, 18), colour=PLUGINPOPUP_BACK_COLOUR, outFunction=self.replacePlugin)
CeciliaLib.setToolTip(self.choice, TT_POST_ITEMS)
revMenuBox.Add(self.choice, 0, wx.TOP, 2)
plugChoicePreset = wx.StaticText(self, -1, 'Type:')
plugChoicePreset.SetFont(wx.Font(CONTROLSLIDER_FONT, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL))
plugChoicePreset.SetForegroundColour(TEXT_LABELFORWIDGET_COLOUR)
revMenuBox.Add(plugChoicePreset, 0, wx.TOP, 6)
self.preset = CustomMenu(self, choice=['None'], init='None', size=(93, 18), colour=CONTROLLABEL_BACK_COLOUR)
self.preset.setEnable(False)
revMenuBox.Add(self.preset, 0, wx.TOP, 2)
self.sizer.Add(revMenuBox, 0, wx.LEFT, 5)
self.SetSizer(self.sizer)
class ReverbPlugin(Plugin):
def __init__(self, parent, choiceFunc, order):
Plugin.__init__(self, parent, choiceFunc, order)
self.pluginName = 'Reverb'
self.knobNameTemplates = ['plugin_%d_reverb_mix', 'plugin_%d_reverb_time', 'plugin_%d_reverb_damp']
self.sizer = wx.FlexGridSizer(1, 4, 0, 0)
revMenuBox = wx.BoxSizer(wx.VERTICAL)
self.knob1 = PluginKnob(self, 0, 1, 0.25, size=(43, 70), log=False, outFunction=self.onChangeKnob1, label='Mix')
self.knob1.setName(self.knobNameTemplates[0] % self.order)
self.sizer.Add(self.knob1)
self.knob2 = PluginKnob(self, 0.01, 10, 1, size=(43, 70), log=False, outFunction=self.onChangeKnob2, label='Time')
self.knob2.setName(self.knobNameTemplates[1] % self.order)
self.sizer.Add(self.knob2)
self.knob3 = PluginKnob(self, 0, 1, 0.5, size=(43, 70), log=False, outFunction=self.onChangeKnob3, label='Damp')
self.knob3.setName(self.knobNameTemplates[2] % self.order)
self.sizer.Add(self.knob3)
self.setKnobLabels()
self.createHeadBox()
revMenuBox.Add(self.headBox, 0, wx.TOP, 0)
self.choice = CustomMenu(self, choice=PLUGINS_CHOICE, init='Reverb', size=(93, 18), colour=PLUGINPOPUP_BACK_COLOUR, outFunction=self.replacePlugin)
CeciliaLib.setToolTip(self.choice, TT_POST_ITEMS)
revMenuBox.Add(self.choice, 0, wx.TOP, 2)
plugChoicePreset = wx.StaticText(self, -1, 'Type:')
plugChoicePreset.SetFont(wx.Font(CONTROLSLIDER_FONT, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL))
plugChoicePreset.SetForegroundColour(TEXT_LABELFORWIDGET_COLOUR)
revMenuBox.Add(plugChoicePreset, 0, wx.TOP, 6)
self.preset = CustomMenu(self, choice=['Bypass', 'Active'], init='Active', size=(93, 18), colour=CONTROLLABEL_BACK_COLOUR, outFunction=self.onChangePreset)
self.presetName = 'plugin_%d_reverb_preset' % self.order
revMenuBox.Add(self.preset, 0, wx.TOP, 2)
self.sizer.Add(revMenuBox, 0, wx.LEFT, 5)
self.SetSizer(self.sizer)
class WGReverbPlugin(Plugin):
def __init__(self, parent, choiceFunc, order):
Plugin.__init__(self, parent, choiceFunc, order)
self.pluginName = 'WGVerb'
self.knobNameTemplates = ['plugin_%d_wgreverb_mix', 'plugin_%d_wgreverb_feed', 'plugin_%d_wgreverb_lp']
self.sizer = wx.FlexGridSizer(1, 4, 0, 0)
revMenuBox = wx.BoxSizer(wx.VERTICAL)
self.knob1 = PluginKnob(self, 0, 1, 0.25, size=(43, 70), log=False, outFunction=self.onChangeKnob1, label='Mix')
self.knob1.setName(self.knobNameTemplates[0] % self.order)
self.sizer.Add(self.knob1)
self.knob2 = PluginKnob(self, 0., 1, 0.7, size=(43, 70), log=False, outFunction=self.onChangeKnob2, label='Feed')
self.knob2.setName(self.knobNameTemplates[1] % self.order)
self.sizer.Add(self.knob2)
self.knob3 = PluginKnob(self, 100, 15000, 5000, size=(43, 70), log=True, outFunction=self.onChangeKnob3, label='Cutoff')
self.knob3.setName(self.knobNameTemplates[2] % self.order)
self.knob3.setFloatPrecision(2)
self.sizer.Add(self.knob3)
self.setKnobLabels()
self.createHeadBox()
revMenuBox.Add(self.headBox, 0, wx.TOP, 0)
self.choice = CustomMenu(self, choice=PLUGINS_CHOICE, init='WGVerb', size=(93, 18), colour=PLUGINPOPUP_BACK_COLOUR, outFunction=self.replacePlugin)
CeciliaLib.setToolTip(self.choice, TT_POST_ITEMS)
revMenuBox.Add(self.choice, 0, wx.TOP, 2)
plugChoicePreset = wx.StaticText(self, -1, 'Type:')
plugChoicePreset.SetFont(wx.Font(CONTROLSLIDER_FONT, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL))
plugChoicePreset.SetForegroundColour(TEXT_LABELFORWIDGET_COLOUR)
revMenuBox.Add(plugChoicePreset, 0, wx.TOP, 6)
self.preset = CustomMenu(self, choice=['Bypass', 'Active'], init='Active', size=(93, 18), colour=CONTROLLABEL_BACK_COLOUR, outFunction=self.onChangePreset)
self.presetName = 'plugin_%d_wgreverb_preset' % self.order
revMenuBox.Add(self.preset, 0, wx.TOP, 2)
self.sizer.Add(revMenuBox, 0, wx.LEFT, 5)
self.SetSizer(self.sizer)
class FilterPlugin(Plugin):
def __init__(self, parent, choiceFunc, order):
Plugin.__init__(self, parent, choiceFunc, order)
self.pluginName = 'Filter'
self.knobNameTemplates = ['plugin_%d_filter_level', 'plugin_%d_filter_freq', 'plugin_%d_filter_q']
self.sizer = wx.FlexGridSizer(1, 4, 0, 0)
revMenuBox = wx.BoxSizer(wx.VERTICAL)
self.knob1 = PluginKnob(self, 0, 2, 1, size=(43, 70), log=False, outFunction=self.onChangeKnob1, label='Level')
self.knob1.setName(self.knobNameTemplates[0] % self.order)
self.sizer.Add(self.knob1)
self.knob2 = PluginKnob(self, 20, 18000, 1000, size=(43, 70), log=True, outFunction=self.onChangeKnob2, label='Freq')
self.knob2.setName(self.knobNameTemplates[1] % self.order)
self.knob2.setFloatPrecision(0)
self.sizer.Add(self.knob2)
self.knob3 = PluginKnob(self, 0.5, 10, 1, size=(43, 70), log=False, outFunction=self.onChangeKnob3, label='Q')
self.knob3.setName(self.knobNameTemplates[2] % self.order)
self.sizer.Add(self.knob3)
self.setKnobLabels()
self.createHeadBox()
revMenuBox.Add(self.headBox, 0, wx.TOP, 0)
self.choice = CustomMenu(self, choice=PLUGINS_CHOICE, init='Filter', size=(93, 18), colour=PLUGINPOPUP_BACK_COLOUR, outFunction=self.replacePlugin)
CeciliaLib.setToolTip(self.choice, TT_POST_ITEMS)
revMenuBox.Add(self.choice, 0, wx.TOP, 2)
plugChoicePreset = wx.StaticText(self, -1, 'Type:')
plugChoicePreset.SetFont(wx.Font(CONTROLSLIDER_FONT, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL))
plugChoicePreset.SetForegroundColour(TEXT_LABELFORWIDGET_COLOUR)
revMenuBox.Add(plugChoicePreset, 0, wx.TOP, 6)
self.preset = CustomMenu(self, choice=['Bypass', 'Lowpass', 'Highpass', 'Bandpass', 'Bandreject'], init='Lowpass', size=(93, 18),
colour=CONTROLLABEL_BACK_COLOUR, outFunction=self.onChangePreset)
self.presetName = 'plugin_%d_filter_preset' % self.order
revMenuBox.Add(self.preset, 0, wx.TOP, 2)
self.sizer.Add(revMenuBox, 0, wx.LEFT, 5)
self.SetSizer(self.sizer)
class EQPlugin(Plugin):
def __init__(self, parent, choiceFunc, order):
Plugin.__init__(self, parent, choiceFunc, order)
self.pluginName = 'Para EQ'
self.knobNameTemplates = ['plugin_%d_eq_freq', 'plugin_%d_eq_q', 'plugin_%d_eq_gain']
self.sizer = wx.FlexGridSizer(1, 4, 0, 0)
revMenuBox = wx.BoxSizer(wx.VERTICAL)
self.knob1 = PluginKnob(self, 20, 18000, 1000, size=(43, 70), log=True, outFunction=self.onChangeKnob1, label='Freq')
self.knob1.setName(self.knobNameTemplates[0] % self.order)
self.knob1.setFloatPrecision(0)
self.sizer.Add(self.knob1)
self.knob2 = PluginKnob(self, .5, 10, 1, size=(43, 70), log=False, outFunction=self.onChangeKnob2, label='Q')
self.knob2.setName(self.knobNameTemplates[1] % self.order)
self.sizer.Add(self.knob2)
self.knob3 = PluginKnob(self, -48, 18, -3, size=(43, 70), log=False, outFunction=self.onChangeKnob3, label='Gain')
self.knob3.setName(self.knobNameTemplates[2] % self.order)
self.sizer.Add(self.knob3)
self.setKnobLabels()
self.createHeadBox()
revMenuBox.Add(self.headBox, 0, wx.TOP, 0)
self.choice = CustomMenu(self, choice=PLUGINS_CHOICE, init='Para EQ', size=(93, 18), colour=PLUGINPOPUP_BACK_COLOUR, outFunction=self.replacePlugin)
CeciliaLib.setToolTip(self.choice, TT_POST_ITEMS)
revMenuBox.Add(self.choice, 0, wx.TOP, 2)
plugChoicePreset = wx.StaticText(self, -1, 'Type:')
plugChoicePreset.SetFont(wx.Font(CONTROLSLIDER_FONT, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL))
plugChoicePreset.SetForegroundColour(TEXT_LABELFORWIDGET_COLOUR)
revMenuBox.Add(plugChoicePreset, 0, wx.TOP, 6)
self.preset = CustomMenu(self, choice=['Bypass', 'Peak/Notch', 'Lowshelf', 'Highshelf'], init='Active', size=(93, 18),
colour=CONTROLLABEL_BACK_COLOUR, outFunction=self.onChangePreset)
self.presetName = 'plugin_%d_eq_preset' % self.order
revMenuBox.Add(self.preset, 0, wx.TOP, 2)
self.sizer.Add(revMenuBox, 0, wx.LEFT, 5)
self.SetSizer(self.sizer)
class EQ3BPlugin(Plugin):
def __init__(self, parent, choiceFunc, order):
Plugin.__init__(self, parent, choiceFunc, order)
self.pluginName = '3 Bands EQ'
self.knobNameTemplates = ['plugin_%d_eq3b_low', 'plugin_%d_eq3b_mid', 'plugin_%d_eq3b_high']
self.sizer = wx.FlexGridSizer(1, 4, 0, 0)
revMenuBox = wx.BoxSizer(wx.VERTICAL)
self.knob1 = PluginKnob(self, -60, 18, 0, size=(43, 70), log=False, outFunction=self.onChangeKnob1, label='Low')
self.knob1.setName(self.knobNameTemplates[0] % self.order)
self.knob1.setFloatPrecision(2)
self.sizer.Add(self.knob1)
self.knob2 = PluginKnob(self, -60, 18, 0, size=(43, 70), log=False, outFunction=self.onChangeKnob2, label='Mid')
self.knob2.setName(self.knobNameTemplates[1] % self.order)
self.knob2.setFloatPrecision(2)
self.sizer.Add(self.knob2)
self.knob3 = PluginKnob(self, -60, 18, 0, size=(43, 70), log=False, outFunction=self.onChangeKnob3, label='High')
self.knob3.setName(self.knobNameTemplates[2] % self.order)
self.knob3.setFloatPrecision(2)
self.sizer.Add(self.knob3)
self.setKnobLabels()
self.createHeadBox()
revMenuBox.Add(self.headBox, 0, wx.TOP, 0)
self.choice = CustomMenu(self, choice=PLUGINS_CHOICE, init='3 Bands EQ', size=(93, 18), colour=PLUGINPOPUP_BACK_COLOUR, outFunction=self.replacePlugin)
CeciliaLib.setToolTip(self.choice, TT_POST_ITEMS)
revMenuBox.Add(self.choice, 0, wx.TOP, 2)
plugChoicePreset = wx.StaticText(self, -1, 'Type:')
plugChoicePreset.SetFont(wx.Font(CONTROLSLIDER_FONT, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL))
plugChoicePreset.SetForegroundColour(TEXT_LABELFORWIDGET_COLOUR)
revMenuBox.Add(plugChoicePreset, 0, wx.TOP, 6)
self.preset = CustomMenu(self, choice=['Bypass', 'Active'], init='Active', size=(93, 18),
colour=CONTROLLABEL_BACK_COLOUR, outFunction=self.onChangePreset)
self.presetName = 'plugin_%d_eq3b_preset' % self.order
revMenuBox.Add(self.preset, 0, wx.TOP, 2)
self.sizer.Add(revMenuBox, 0, wx.LEFT, 5)
self.SetSizer(self.sizer)
class ChorusPlugin(Plugin):
def __init__(self, parent, choiceFunc, order):
Plugin.__init__(self, parent, choiceFunc, order)
self.pluginName = 'Chorus'
self.knobNameTemplates = ['plugin_%d_chorus_mix', 'plugin_%d_chorus_depth', 'plugin_%d_chorus_feed']
self.sizer = wx.FlexGridSizer(1, 4, 0, 0)
revMenuBox = wx.BoxSizer(wx.VERTICAL)
self.knob1 = PluginKnob(self, 0, 1, 0.5, size=(43, 70), log=False, outFunction=self.onChangeKnob1, label='Mix')
self.knob1.setName(self.knobNameTemplates[0] % self.order)
self.sizer.Add(self.knob1)
self.knob2 = PluginKnob(self, 0.001, 5., 0.2, size=(43, 70), log=False, outFunction=self.onChangeKnob2, label='Depth')
self.knob2.setName(self.knobNameTemplates[1] % self.order)
self.sizer.Add(self.knob2)
self.knob3 = PluginKnob(self, 0, 1, .5, size=(43, 70), log=False, outFunction=self.onChangeKnob3, label='Feed')
self.knob3.setName(self.knobNameTemplates[2] % self.order)
self.sizer.Add(self.knob3)
self.setKnobLabels()
self.createHeadBox()
revMenuBox.Add(self.headBox, 0, wx.TOP, 0)
self.choice = CustomMenu(self, choice=PLUGINS_CHOICE, init='Chorus', size=(93, 18), colour=PLUGINPOPUP_BACK_COLOUR, outFunction=self.replacePlugin)
CeciliaLib.setToolTip(self.choice, TT_POST_ITEMS)
revMenuBox.Add(self.choice, 0, wx.TOP, 2)
plugChoicePreset = wx.StaticText(self, -1, 'Type:')
plugChoicePreset.SetFont(wx.Font(CONTROLSLIDER_FONT, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL))
plugChoicePreset.SetForegroundColour(TEXT_LABELFORWIDGET_COLOUR)
revMenuBox.Add(plugChoicePreset, 0, wx.TOP, 6)
self.preset = CustomMenu(self, choice=['Bypass', 'Active'], init='Flange', size=(93, 18),
colour=CONTROLLABEL_BACK_COLOUR, outFunction=self.onChangePreset)
self.presetName = 'plugin_%d_chorus_preset' % self.order
revMenuBox.Add(self.preset, 0, wx.TOP, 2)
self.sizer.Add(revMenuBox, 0, wx.LEFT, 5)
self.SetSizer(self.sizer)
class CompressPlugin(Plugin):
def __init__(self, parent, choiceFunc, order):
Plugin.__init__(self, parent, choiceFunc, order)
self.pluginName = 'Compress'
self.knobNameTemplates = ['plugin_%d_comp_thresh', 'plugin_%d_comp_ratio', 'plugin_%d_comp_gain']
self.sizer = wx.FlexGridSizer(1, 4, 0, 0)
revMenuBox = wx.BoxSizer(wx.VERTICAL)
self.knob1 = PluginKnob(self, -80, 0, -20, size=(43, 70), log=False, outFunction=self.onChangeKnob1, label='Thresh')
self.knob1.setName(self.knobNameTemplates[0] % self.order)
self.knob1.setFloatPrecision(1)
self.sizer.Add(self.knob1)
self.knob2 = PluginKnob(self, 0.125, 20, 3, size=(43, 70), log=False, outFunction=self.onChangeKnob2, label='Ratio')
self.knob2.setName(self.knobNameTemplates[1] % self.order)
self.knob2.setFloatPrecision(3)
self.sizer.Add(self.knob2)
self.knob3 = PluginKnob(self, -36, 36, 0, size=(43, 70), log=False, outFunction=self.onChangeKnob3, label='Gain')
self.knob3.setName(self.knobNameTemplates[2] % self.order)
self.sizer.Add(self.knob3)
self.setKnobLabels()
self.createHeadBox()
revMenuBox.Add(self.headBox, 0, wx.TOP, 0)
self.choice = CustomMenu(self, choice=PLUGINS_CHOICE, init='Compress', size=(93, 18), colour=PLUGINPOPUP_BACK_COLOUR, outFunction=self.replacePlugin)
CeciliaLib.setToolTip(self.choice, TT_POST_ITEMS)
revMenuBox.Add(self.choice, 0, wx.TOP, 2)
plugChoicePreset = wx.StaticText(self, -1, 'Type:')
plugChoicePreset.SetFont(wx.Font(CONTROLSLIDER_FONT, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL))
plugChoicePreset.SetForegroundColour(TEXT_LABELFORWIDGET_COLOUR)
revMenuBox.Add(plugChoicePreset, 0, wx.TOP, 6)
self.preset = CustomMenu(self, choice=['Bypass', 'Active'], init='Active', size=(93, 18),
colour=CONTROLLABEL_BACK_COLOUR, outFunction=self.onChangePreset)
self.presetName = 'plugin_%d_comp_preset' % self.order
revMenuBox.Add(self.preset, 0, wx.TOP, 2)
self.sizer.Add(revMenuBox, 0, wx.LEFT, 5)
self.SetSizer(self.sizer)
class GatePlugin(Plugin):
def __init__(self, parent, choiceFunc, order):
Plugin.__init__(self, parent, choiceFunc, order)
self.pluginName = 'Gate'
self.knobNameTemplates = ['plugin_%d_gate_thresh', 'plugin_%d_gate_rise', 'plugin_%d_gate_fall']
self.sizer = wx.FlexGridSizer(1, 4, 0, 0)
revMenuBox = wx.BoxSizer(wx.VERTICAL)
self.knob1 = PluginKnob(self, -120, 0, -70, size=(43, 70), log=False, outFunction=self.onChangeKnob1, label='Thresh')
self.knob1.setName(self.knobNameTemplates[0] % self.order)
self.sizer.Add(self.knob1)
self.knob2 = PluginKnob(self, 0.0005, .5, 0.005, size=(43, 70), log=True, outFunction=self.onChangeKnob2, label='Rise')
self.knob2.setName(self.knobNameTemplates[1] % self.order)
self.sizer.Add(self.knob2)
self.knob3 = PluginKnob(self, 0.0005, .5, .01, size=(43, 70), log=True, outFunction=self.onChangeKnob3, label='Fall')
self.knob3.setName(self.knobNameTemplates[2] % self.order)
self.sizer.Add(self.knob3)
self.setKnobLabels()
self.createHeadBox()
revMenuBox.Add(self.headBox, 0, wx.TOP, 0)
self.choice = CustomMenu(self, choice=PLUGINS_CHOICE, init='Gate', size=(93, 18), colour=PLUGINPOPUP_BACK_COLOUR, outFunction=self.replacePlugin)
CeciliaLib.setToolTip(self.choice, TT_POST_ITEMS)
revMenuBox.Add(self.choice, 0, wx.TOP, 2)
plugChoicePreset = wx.StaticText(self, -1, 'Type:')
plugChoicePreset.SetFont(wx.Font(CONTROLSLIDER_FONT, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL))
plugChoicePreset.SetForegroundColour(TEXT_LABELFORWIDGET_COLOUR)
revMenuBox.Add(plugChoicePreset, 0, wx.TOP, 6)
self.preset = CustomMenu(self, choice=['Bypass', 'Active'], init='Active', size=(93, 18),
colour=CONTROLLABEL_BACK_COLOUR, outFunction=self.onChangePreset)
self.presetName = 'plugin_%d_gate_preset' % self.order
revMenuBox.Add(self.preset, 0, wx.TOP, 2)
self.sizer.Add(revMenuBox, 0, wx.LEFT, 5)
self.SetSizer(self.sizer)
class DistoPlugin(Plugin):
def __init__(self, parent, choiceFunc, order):
Plugin.__init__(self, parent, choiceFunc, order)
self.pluginName = 'Disto'
self.knobNameTemplates = ['plugin_%d_disto_drive', 'plugin_%d_disto_slope', 'plugin_%d_disto_gain']
self.sizer = wx.FlexGridSizer(1, 4, 0, 0)
revMenuBox = wx.BoxSizer(wx.VERTICAL)
self.knob1 = PluginKnob(self, 0, 1, .7, size=(43, 70), log=False, outFunction=self.onChangeKnob1, label='Drive')
self.knob1.setName(self.knobNameTemplates[0] % self.order)
self.sizer.Add(self.knob1)
self.knob2 = PluginKnob(self, 0, 1, .7, size=(43, 70), log=False, outFunction=self.onChangeKnob2, label='Slope')
self.knob2.setName(self.knobNameTemplates[1] % self.order)
self.sizer.Add(self.knob2)
self.knob3 = PluginKnob(self, -60, 0, -12, size=(43, 70), log=False, outFunction=self.onChangeKnob3, label='Gain')
self.knob3.setName(self.knobNameTemplates[2] % self.order)
self.sizer.Add(self.knob3)
self.setKnobLabels()
self.createHeadBox()
revMenuBox.Add(self.headBox, 0, wx.TOP, 0)
self.choice = CustomMenu(self, choice=PLUGINS_CHOICE, init='Disto', size=(93, 18), colour=PLUGINPOPUP_BACK_COLOUR, outFunction=self.replacePlugin)
CeciliaLib.setToolTip(self.choice, TT_POST_ITEMS)
revMenuBox.Add(self.choice, 0, wx.TOP, 2)
plugChoicePreset = wx.StaticText(self, -1, 'Type:')
plugChoicePreset.SetFont(wx.Font(CONTROLSLIDER_FONT, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL))
plugChoicePreset.SetForegroundColour(TEXT_LABELFORWIDGET_COLOUR)
revMenuBox.Add(plugChoicePreset, 0, wx.TOP, 6)
self.preset = CustomMenu(self, choice=['Bypass', 'Active'], init='Active', size=(93, 18),
colour=CONTROLLABEL_BACK_COLOUR, outFunction=self.onChangePreset)
self.presetName = 'plugin_%d_disto_preset' % self.order
revMenuBox.Add(self.preset, 0, wx.TOP, 2)
self.sizer.Add(revMenuBox, 0, wx.LEFT, 5)
self.SetSizer(self.sizer)
class AmpModPlugin(Plugin):
def __init__(self, parent, choiceFunc, order):
Plugin.__init__(self, parent, choiceFunc, order)
self.pluginName = 'AmpMod'
self.knobNameTemplates = ['plugin_%d_ampmod_freq', 'plugin_%d_ampmod_amp', 'plugin_%d_ampmod_stereo']
self.sizer = wx.FlexGridSizer(1, 4, 0, 0)
revMenuBox = wx.BoxSizer(wx.VERTICAL)
self.knob1 = PluginKnob(self, 0.01, 1000, 8, size=(43, 70), log=True, outFunction=self.onChangeKnob1, label='Freq')
self.knob1.setName(self.knobNameTemplates[0] % self.order)
self.sizer.Add(self.knob1)
self.knob2 = PluginKnob(self, 0, 1, 1, size=(43, 70), log=False, outFunction=self.onChangeKnob2, label='Amp')
self.knob2.setName(self.knobNameTemplates[1] % self.order)
self.sizer.Add(self.knob2)
self.knob3 = PluginKnob(self, 0, 0.5, 0, size=(43, 70), log=False, outFunction=self.onChangeKnob3, label='Stereo')
self.knob3.setName(self.knobNameTemplates[2] % self.order)
self.sizer.Add(self.knob3)
self.setKnobLabels()
self.createHeadBox()
revMenuBox.Add(self.headBox, 0, wx.TOP, 0)
self.choice = CustomMenu(self, choice=PLUGINS_CHOICE, init='AmpMod', size=(93, 18), colour=PLUGINPOPUP_BACK_COLOUR, outFunction=self.replacePlugin)
CeciliaLib.setToolTip(self.choice, TT_POST_ITEMS)
revMenuBox.Add(self.choice, 0, wx.TOP, 2)
plugChoicePreset = wx.StaticText(self, -1, 'Type:')
plugChoicePreset.SetFont(wx.Font(CONTROLSLIDER_FONT, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL))
plugChoicePreset.SetForegroundColour(TEXT_LABELFORWIDGET_COLOUR)
revMenuBox.Add(plugChoicePreset, 0, wx.TOP, 6)
self.preset = CustomMenu(self, choice=['Bypass', 'Amplitude', 'RingMod'], init='Amplitude', size=(93, 18),
colour=CONTROLLABEL_BACK_COLOUR, outFunction=self.onChangePreset)
self.presetName = 'plugin_%d_ampmod_preset' % self.order
revMenuBox.Add(self.preset, 0, wx.TOP, 2)
self.sizer.Add(revMenuBox, 0, wx.LEFT, 5)
self.SetSizer(self.sizer)
class PhaserPlugin(Plugin):
def __init__(self, parent, choiceFunc, order):
Plugin.__init__(self, parent, choiceFunc, order)
self.pluginName = 'Phaser'
self.knobNameTemplates = ['plugin_%d_phaser_freq', 'plugin_%d_phaser_q', 'plugin_%d_phaser_spread']
self.sizer = wx.FlexGridSizer(1, 4, 0, 0)
revMenuBox = wx.BoxSizer(wx.VERTICAL)
self.knob1 = PluginKnob(self, 20, 1000, 100, size=(43, 70), log=True, outFunction=self.onChangeKnob1, label='Freq')
self.knob1.setName(self.knobNameTemplates[0] % self.order)
self.knob1.setFloatPrecision(2)
self.sizer.Add(self.knob1)
self.knob2 = PluginKnob(self, 1, 20, 5, size=(43, 70), log=False, outFunction=self.onChangeKnob2, label='Q')
self.knob2.setName(self.knobNameTemplates[1] % self.order)
self.sizer.Add(self.knob2)
self.knob3 = PluginKnob(self, .5, 2, 1.1, size=(43, 70), log=False, outFunction=self.onChangeKnob3, label='Spread')
self.knob3.setName(self.knobNameTemplates[2] % self.order)
self.sizer.Add(self.knob3)
self.setKnobLabels()
self.createHeadBox()
revMenuBox.Add(self.headBox, 0, wx.TOP, 0)
self.choice = CustomMenu(self, choice=PLUGINS_CHOICE, init='Phaser', size=(93, 18), colour=PLUGINPOPUP_BACK_COLOUR, outFunction=self.replacePlugin)
CeciliaLib.setToolTip(self.choice, TT_POST_ITEMS)
revMenuBox.Add(self.choice, 0, wx.TOP, 2)
plugChoicePreset = wx.StaticText(self, -1, 'Type:')
plugChoicePreset.SetFont(wx.Font(CONTROLSLIDER_FONT, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL))
plugChoicePreset.SetForegroundColour(TEXT_LABELFORWIDGET_COLOUR)
revMenuBox.Add(plugChoicePreset, 0, wx.TOP, 6)
self.preset = CustomMenu(self, choice=['Bypass', 'Active'], init='Active', size=(93, 18),
colour=CONTROLLABEL_BACK_COLOUR, outFunction=self.onChangePreset)
self.presetName = 'plugin_%d_phaser_preset' % self.order
revMenuBox.Add(self.preset, 0, wx.TOP, 2)
self.sizer.Add(revMenuBox, 0, wx.LEFT, 5)
self.SetSizer(self.sizer)
class DelayPlugin(Plugin):
def __init__(self, parent, choiceFunc, order):
Plugin.__init__(self, parent, choiceFunc, order)
self.pluginName = 'Delay'
self.knobNameTemplates = ['plugin_%d_delay_delay', 'plugin_%d_delay_feed', 'plugin_%d_delay_mix']
self.sizer = wx.FlexGridSizer(1, 4, 0, 0)
revMenuBox = wx.BoxSizer(wx.VERTICAL)
self.knob1 = PluginKnob(self, 0.01, 1, .1, size=(43, 70), log=False, outFunction=self.onChangeKnob1, label='Delay')
self.knob1.setName(self.knobNameTemplates[0] % self.order)
self.sizer.Add(self.knob1)
self.knob2 = PluginKnob(self, 0, .999, 0, size=(43, 70), log=False, outFunction=self.onChangeKnob2, label='Feed')
self.knob2.setName(self.knobNameTemplates[1] % self.order)
self.sizer.Add(self.knob2)
self.knob3 = PluginKnob(self, 0, 1, 0.5, size=(43, 70), log=False, outFunction=self.onChangeKnob3, label='Mix')
self.knob3.setName(self.knobNameTemplates[2] % self.order)
self.sizer.Add(self.knob3)
self.setKnobLabels()
self.createHeadBox()
revMenuBox.Add(self.headBox, 0, wx.TOP, 0)
self.choice = CustomMenu(self, choice=PLUGINS_CHOICE, init='Delay', size=(93, 18), colour=PLUGINPOPUP_BACK_COLOUR, outFunction=self.replacePlugin)
CeciliaLib.setToolTip(self.choice, TT_POST_ITEMS)
revMenuBox.Add(self.choice, 0, wx.TOP, 2)
plugChoicePreset = wx.StaticText(self, -1, 'Type:')
plugChoicePreset.SetFont(wx.Font(CONTROLSLIDER_FONT, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL))
plugChoicePreset.SetForegroundColour(TEXT_LABELFORWIDGET_COLOUR)
revMenuBox.Add(plugChoicePreset, 0, wx.TOP, 6)
self.preset = CustomMenu(self, choice=['Bypass', 'Active'], init='Active', size=(93, 18),
colour=CONTROLLABEL_BACK_COLOUR, outFunction=self.onChangePreset)
self.presetName = 'plugin_%d_delay_preset' % self.order
revMenuBox.Add(self.preset, 0, wx.TOP, 2)
self.sizer.Add(revMenuBox, 0, wx.LEFT, 5)
self.SetSizer(self.sizer)
class FlangePlugin(Plugin):
def __init__(self, parent, choiceFunc, order):
Plugin.__init__(self, parent, choiceFunc, order)
self.pluginName = 'Flange'
self.knobNameTemplates = ['plugin_%d_flange_depth', 'plugin_%d_flange_freq', 'plugin_%d_flange_feed']
self.sizer = wx.FlexGridSizer(1, 4, 0, 0)
revMenuBox = wx.BoxSizer(wx.VERTICAL)
self.knob1 = PluginKnob(self, 0.001, .99, .5, size=(43, 70), log=False, outFunction=self.onChangeKnob1, label='Depth')
self.knob1.setName(self.knobNameTemplates[0] % self.order)
self.sizer.Add(self.knob1)
self.knob2 = PluginKnob(self, 0.001, 20, 1, size=(43, 70), log=True, outFunction=self.onChangeKnob2, label='Freq')
self.knob2.setName(self.knobNameTemplates[1] % self.order)
self.sizer.Add(self.knob2)
self.knob3 = PluginKnob(self, 0, .999, 0.5, size=(43, 70), log=False, outFunction=self.onChangeKnob3, label='Feed')
self.knob3.setName(self.knobNameTemplates[2] % self.order)
self.sizer.Add(self.knob3)
self.setKnobLabels()
self.createHeadBox()
revMenuBox.Add(self.headBox, 0, wx.TOP, 0)
self.choice = CustomMenu(self, choice=PLUGINS_CHOICE, init='Flange', size=(93, 18), colour=PLUGINPOPUP_BACK_COLOUR, outFunction=self.replacePlugin)
CeciliaLib.setToolTip(self.choice, TT_POST_ITEMS)
revMenuBox.Add(self.choice, 0, wx.TOP, 2)
plugChoicePreset = wx.StaticText(self, -1, 'Type:')
plugChoicePreset.SetFont(wx.Font(CONTROLSLIDER_FONT, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL))
plugChoicePreset.SetForegroundColour(TEXT_LABELFORWIDGET_COLOUR)
revMenuBox.Add(plugChoicePreset, 0, wx.TOP, 6)
self.preset = CustomMenu(self, choice=['Bypass', 'Active'], init='Active', size=(93, 18),
colour=CONTROLLABEL_BACK_COLOUR, outFunction=self.onChangePreset)
self.presetName = 'plugin_%d_flange_preset' % self.order
revMenuBox.Add(self.preset, 0, wx.TOP, 2)
self.sizer.Add(revMenuBox, 0, wx.LEFT, 5)
self.SetSizer(self.sizer)
class HarmonizerPlugin(Plugin):
def __init__(self, parent, choiceFunc, order):
Plugin.__init__(self, parent, choiceFunc, order)
self.pluginName = 'Harmonizer'
self.knobNameTemplates = ['plugin_%d_harmonizer_transpo', 'plugin_%d_harmonizer_feed', 'plugin_%d_harmonizer_mix']
self.sizer = wx.FlexGridSizer(1, 4, 0, 0)
revMenuBox = wx.BoxSizer(wx.VERTICAL)
self.knob1 = PluginKnob(self, -24, 24, -7, size=(43, 70), log=False, outFunction=self.onChangeKnob1, label='Transpo')
self.knob1.setName(self.knobNameTemplates[0] % self.order)
self.sizer.Add(self.knob1)
self.knob2 = PluginKnob(self, 0, .999, 0, size=(43, 70), log=False, outFunction=self.onChangeKnob2, label='Feed')
self.knob2.setName(self.knobNameTemplates[1] % self.order)
self.sizer.Add(self.knob2)
self.knob3 = PluginKnob(self, 0, 1, 0.5, size=(43, 70), log=False, outFunction=self.onChangeKnob3, label='Mix')
self.knob3.setName(self.knobNameTemplates[2] % self.order)
self.sizer.Add(self.knob3)
self.setKnobLabels()
self.createHeadBox()
revMenuBox.Add(self.headBox, 0, wx.TOP, 0)
self.choice = CustomMenu(self, choice=PLUGINS_CHOICE, init='Harmonizer', size=(93, 18), colour=PLUGINPOPUP_BACK_COLOUR, outFunction=self.replacePlugin)
CeciliaLib.setToolTip(self.choice, TT_POST_ITEMS)
revMenuBox.Add(self.choice, 0, wx.TOP, 2)
plugChoicePreset = wx.StaticText(self, -1, 'Type:')
plugChoicePreset.SetFont(wx.Font(CONTROLSLIDER_FONT, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL))
plugChoicePreset.SetForegroundColour(TEXT_LABELFORWIDGET_COLOUR)
revMenuBox.Add(plugChoicePreset, 0, wx.TOP, 6)
self.preset = CustomMenu(self, choice=['Bypass', 'Active'], init='Active', size=(93, 18),
colour=CONTROLLABEL_BACK_COLOUR, outFunction=self.onChangePreset)
self.presetName = 'plugin_%d_harmonizer_preset' % self.order
revMenuBox.Add(self.preset, 0, wx.TOP, 2)
self.sizer.Add(revMenuBox, 0, wx.LEFT, 5)
self.SetSizer(self.sizer)
class ResonatorsPlugin(Plugin):
def __init__(self, parent, choiceFunc, order):
Plugin.__init__(self, parent, choiceFunc, order)
self.pluginName = 'Resonators'
self.knobNameTemplates = ['plugin_%d_resonators_freq', 'plugin_%d_resonators_spread', 'plugin_%d_resonators_mix']
self.sizer = wx.FlexGridSizer(1, 4, 0, 0)
revMenuBox = wx.BoxSizer(wx.VERTICAL)
self.knob1 = PluginKnob(self, 20, 1000, 80, size=(43, 70), log=True, outFunction=self.onChangeKnob1, label='Freq')
self.knob1.setName(self.knobNameTemplates[0] % self.order)
self.knob1.setFloatPrecision(2)
self.sizer.Add(self.knob1)
self.knob2 = PluginKnob(self, .25, 4, 2.01, size=(43, 70), log=False, outFunction=self.onChangeKnob2, label='Spread')
self.knob2.setName(self.knobNameTemplates[1] % self.order)
self.sizer.Add(self.knob2)
self.knob3 = PluginKnob(self, 0, 1, 0.33, size=(43, 70), log=False, outFunction=self.onChangeKnob3, label='Mix')
self.knob3.setName(self.knobNameTemplates[2] % self.order)
self.sizer.Add(self.knob3)
self.setKnobLabels()
self.createHeadBox()
revMenuBox.Add(self.headBox, 0, wx.TOP, 0)
self.choice = CustomMenu(self, choice=PLUGINS_CHOICE, init='Resonators', size=(93, 18), colour=PLUGINPOPUP_BACK_COLOUR, outFunction=self.replacePlugin)
CeciliaLib.setToolTip(self.choice, TT_POST_ITEMS)
revMenuBox.Add(self.choice, 0, wx.TOP, 2)
plugChoicePreset = wx.StaticText(self, -1, 'Type:')
plugChoicePreset.SetFont(wx.Font(CONTROLSLIDER_FONT, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL))
plugChoicePreset.SetForegroundColour(TEXT_LABELFORWIDGET_COLOUR)
revMenuBox.Add(plugChoicePreset, 0, wx.TOP, 6)
self.preset = CustomMenu(self, choice=['Bypass', 'Active'], init='Active', size=(93, 18),
colour=CONTROLLABEL_BACK_COLOUR, outFunction=self.onChangePreset)
self.presetName = 'plugin_%d_resonators_preset' % self.order
revMenuBox.Add(self.preset, 0, wx.TOP, 2)
self.sizer.Add(revMenuBox, 0, wx.LEFT, 5)
self.SetSizer(self.sizer)
class DeadResonPlugin(Plugin):
def __init__(self, parent, choiceFunc, order):
Plugin.__init__(self, parent, choiceFunc, order)
self.pluginName = 'DeadReson'
self.knobNameTemplates = ['plugin_%d_deadresonators_freq', 'plugin_%d_deadresonators_detune', 'plugin_%d_deadresonators_mix']
self.sizer = wx.FlexGridSizer(1, 4, 0, 0)
revMenuBox = wx.BoxSizer(wx.VERTICAL)
self.knob1 = PluginKnob(self, 20, 1000, 80, size=(43, 70), log=True, outFunction=self.onChangeKnob1, label='Freq')
self.knob1.setName(self.knobNameTemplates[0] % self.order)
self.knob1.setFloatPrecision(2)
self.sizer.Add(self.knob1)
self.knob2 = PluginKnob(self, 0, 1, 0.5, size=(43, 70), log=False, outFunction=self.onChangeKnob2, label='Detune')
self.knob2.setName(self.knobNameTemplates[1] % self.order)
self.sizer.Add(self.knob2)
self.knob3 = PluginKnob(self, 0, 1, 0.33, size=(43, 70), log=False, outFunction=self.onChangeKnob3, label='Mix')
self.knob3.setName(self.knobNameTemplates[2] % self.order)
self.sizer.Add(self.knob3)
self.setKnobLabels()
self.createHeadBox()
revMenuBox.Add(self.headBox, 0, wx.TOP, 0)
self.choice = CustomMenu(self, choice=PLUGINS_CHOICE, init='DeadReson', size=(93, 18), colour=PLUGINPOPUP_BACK_COLOUR, outFunction=self.replacePlugin)
CeciliaLib.setToolTip(self.choice, TT_POST_ITEMS)
revMenuBox.Add(self.choice, 0, wx.TOP, 2)
plugChoicePreset = wx.StaticText(self, -1, 'Type:')
plugChoicePreset.SetFont(wx.Font(CONTROLSLIDER_FONT, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL))
plugChoicePreset.SetForegroundColour(TEXT_LABELFORWIDGET_COLOUR)
revMenuBox.Add(plugChoicePreset, 0, wx.TOP, 6)
self.preset = CustomMenu(self, choice=['Bypass', 'Active'], init='Active', size=(93, 18),
colour=CONTROLLABEL_BACK_COLOUR, outFunction=self.onChangePreset)
self.presetName = 'plugin_%d_deadresonators_preset' % self.order
revMenuBox.Add(self.preset, 0, wx.TOP, 2)
self.sizer.Add(revMenuBox, 0, wx.LEFT, 5)
self.SetSizer(self.sizer)
class ChaosModPlugin(Plugin):
def __init__(self, parent, choiceFunc, order):
Plugin.__init__(self, parent, choiceFunc, order)
self.pluginName = 'ChaosMod'
self.knobNameTemplates = ['plugin_%d_chaosmod_freq', 'plugin_%d_chaosmod_amp', 'plugin_%d_chaosmod_amp']
self.sizer = wx.FlexGridSizer(1, 4, 0, 0)
revMenuBox = wx.BoxSizer(wx.VERTICAL)
self.knob1 = PluginKnob(self, 0.001, 1, 0.025, size=(43, 70), log=True, outFunction=self.onChangeKnob1, label='Speed')
self.knob1.setName(self.knobNameTemplates[0] % self.order)
self.sizer.Add(self.knob1)
self.knob2 = PluginKnob(self, 0, 1, 0.5, size=(43, 70), log=False, outFunction=self.onChangeKnob2, label='Chaos')
self.knob2.setName(self.knobNameTemplates[1] % self.order)
self.sizer.Add(self.knob2)
self.knob3 = PluginKnob(self, 0, 1, 1, size=(43, 70), log=False, outFunction=self.onChangeKnob3, label='Amp')
self.knob3.setName(self.knobNameTemplates[2] % self.order)
self.sizer.Add(self.knob3)
self.setKnobLabels()
self.createHeadBox()
revMenuBox.Add(self.headBox, 0, wx.TOP, 0)
self.choice = CustomMenu(self, choice=PLUGINS_CHOICE, init='ChaosMod', size=(93, 18), colour=PLUGINPOPUP_BACK_COLOUR, outFunction=self.replacePlugin)
CeciliaLib.setToolTip(self.choice, TT_POST_ITEMS)
revMenuBox.Add(self.choice, 0, wx.TOP, 2)
plugChoicePreset = wx.StaticText(self, -1, 'Type:')
plugChoicePreset.SetFont(wx.Font(CONTROLSLIDER_FONT, wx.FONTFAMILY_SWISS, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL))
plugChoicePreset.SetForegroundColour(TEXT_LABELFORWIDGET_COLOUR)
revMenuBox.Add(plugChoicePreset, 0, wx.TOP, 6)
self.preset = CustomMenu(self, choice=['Bypass', 'Lorenz', 'Rossler', 'ChenLee'], init='Rossler', size=(93, 18),
colour=CONTROLLABEL_BACK_COLOUR, outFunction=self.onChangePreset)
self.presetName = 'plugin_%d_chaosmod_preset' % self.order
revMenuBox.Add(self.preset, 0, wx.TOP, 2)
self.sizer.Add(revMenuBox, 0, wx.LEFT, 5)
self.SetSizer(self.sizer)
cecilia/Resources/CeciliaMainFrame.py 0000775 0001750 0001750 00000035326 15074672731 016670 0 ustar tvaz tvaz # encoding: utf-8
"""
Copyright 2019 iACT, Universite de Montreal,
Jean Piche, Olivier Belanger, Jean-Michel Dumas
This file is part of Cecilia 5.
Cecilia 5 is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
Cecilia 5 is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with Cecilia 5. If not, see .
"""
import os, time, random
import wx
from .constants import *
import Resources.CeciliaLib as CeciliaLib
import Resources.PreferencePanel as PreferencePanel
import Resources.CeciliaInterface as CeciliaInterface
from .menubar import InterfaceMenuBar
from .Widgets import *
from .DocFrame import ManualFrame
class CeciliaMainFrame(wx.Frame):
def __init__(self, parent, ID):
wx.Frame.__init__(self, parent, ID)
self.menubar = InterfaceMenuBar(self, self)
self.SetMenuBar(self.menubar)
self.prefs = None
self.time = 0
self.api_doc_frame = ManualFrame(kind="api")
self.mod_doc_frame = ManualFrame(kind="modules")
def setTime(self, curTime=0):
self.time = curTime
def updateTitle(self):
title = os.path.split(CeciliaLib.getVar("currentCeciliaFile", unicode=True))[1]
if CeciliaLib.getVar("interface"):
CeciliaLib.getVar("interface").updateTitle('Cecilia5 - ' + title)
def onShortPlayStop(self, event):
self.onPlayStop(not CeciliaLib.getVar("audioServer").isAudioServerRunning())
def onPlayStop(self, value):
if value:
CeciliaLib.getControlPanel().nonZeroTime = 0
CeciliaLib.setVar("toDac", True)
CeciliaLib.getVar("grapher").toolbar.loadingMsg.SetForegroundColour("#FFFFFF")
CeciliaLib.getVar("grapher").toolbar.loadingMsg.Refresh()
CeciliaLib.getControlPanel().transportButtons.setPlay(True)
wx.CallLater(50, CeciliaLib.startCeciliaSound, True)
else:
CeciliaLib.stopCeciliaSound()
def onBounceToDisk(self, event):
CeciliaLib.getControlPanel().onBounceToDisk()
def applyBatchProcessingFolder(self, value):
folderName = value
if folderName == "":
return
old_file_type = CeciliaLib.getVar("audioFileType")
cfileins = CeciliaLib.getControlPanel().getCfileinList()
num_snds = len(cfileins[0].fileMenu.choice)
dlg = wx.ProgressDialog("Batch processing on sound folder", "", maximum=num_snds, parent=self,
style=wx.PD_APP_MODAL | wx.PD_AUTO_HIDE | wx.PD_SMOOTH)
dlg.SetMinSize((600, -1))
dlg.SetClientSize((600, 100))
count = 0
totaltime = CeciliaLib.getVar("totalTime")
for snd in cfileins[0].fileMenu.choice:
cfileins[0].onSelectSound(-1, snd)
if CeciliaLib.getVar("useSoundDur"):
cfileins[0].setTotalTime()
path = os.path.split(cfileins[0].filePath)[0]
name, ext = os.path.splitext(snd)
lext = ext.lower()
if lext in [".wav", ".wave"]:
CeciliaLib.setVar('audioFileType', "wav")
elif lext in [".aif", ".aiff", ".aifc"]:
CeciliaLib.setVar('audioFileType', "aif")
elif lext in [".ogg"]:
CeciliaLib.setVar('audioFileType', "ogg")
elif lext in [".flac"]:
CeciliaLib.setVar('audioFileType', "flac")
elif lext in [".au"]:
CeciliaLib.setVar('audioFileType', "au")
elif lext in [".sd2"]:
CeciliaLib.setVar('audioFileType', "sd2")
elif lext in [".caf"]:
CeciliaLib.setVar('audioFileType', "caf")
if not os.path.isdir(os.path.join(path, folderName)):
os.mkdir(os.path.join(path, folderName))
filename = os.path.join(path, folderName, "%s-%s%s" % (name, folderName, ext))
count += 1
(keepGoing, skip) = dlg.Update(count, "Exporting %s" % filename)
CeciliaLib.getControlPanel().onBatchProcessing(filename)
while (CeciliaLib.getVar("audioServer").isAudioServerRunning()):
time.sleep(.1)
if CeciliaLib.getVar("useSoundDur"):
CeciliaLib.getControlPanel().setTotalTime(totaltime)
CeciliaLib.getControlPanel().updateDurationSlider()
dlg.Destroy()
CeciliaLib.setVar('audioFileType', old_file_type)
def applyBatchProcessingPreset(self, value):
folderName = value
if folderName == "":
return
cfileins = CeciliaLib.getControlPanel().getCfileinList()
presets = CeciliaLib.getVar("presetPanel").getPresets()
if "init" in presets:
presets.remove("init")
if "last save" in presets:
presets.remove("last save")
num_presets = len(presets)
dlg = wx.ProgressDialog("Batch processing on preset sequence",
"", maximum=num_presets, parent=self,
style=wx.PD_APP_MODAL | wx.PD_AUTO_HIDE | wx.PD_SMOOTH)
dlg.SetMinSize((600, -1))
dlg.SetClientSize((600, 100))
if len(cfileins) > 0:
filepath = cfileins[0].filePath
count = 0
for preset in presets:
CeciliaLib.loadPresetFromFile(preset)
if len(cfileins) == 0:
path = os.path.join(os.path.expanduser("~"), "Desktop")
name = "batch"
ext = "." + CeciliaLib.getVar("audioFileType")
else:
cfileins[0].onLoadFile(filepath)
path, fname = os.path.split(cfileins[0].filePath)
name, ext = os.path.splitext(fname)
if not os.path.isdir(os.path.join(path, folderName)):
os.mkdir(os.path.join(path, folderName))
filename = os.path.join(path, folderName, "%s-%s%s" % (name, preset, ext))
count += 1
(keepGoing, skip) = dlg.Update(count, "Exporting %s" % filename)
CeciliaLib.getControlPanel().onBatchProcessing(filename)
while (CeciliaLib.getVar("audioServer").isAudioServerRunning()):
time.sleep(.1)
dlg.Destroy()
def onBatchProcessing(self, event):
if event.GetId() == ID_BATCH_FOLDER:
f = BatchPopupFrame(self, self.applyBatchProcessingFolder)
else:
f = BatchPopupFrame(self, self.applyBatchProcessingPreset)
f.CenterOnScreen()
f.Show()
def onUseSoundDuration(self, evt):
CeciliaLib.setVar("useSoundDur", evt.GetInt())
def onSelectOutputFilename(self):
file = CeciliaLib.saveFileDialog(self, AUDIO_FILE_WILDCARD, type='Save audio')
if file is not None:
CeciliaLib.setVar("saveAudioFilePath", os.path.split(file)[0])
return file
def closeInterface(self):
if CeciliaLib.getVar("interface") is not None:
CeciliaLib.getVar("interface").onClose(None)
CeciliaLib.setVar("interface", None)
def newRecent(self, file, remove=False):
if ".cecilia5" in file:
return
file = CeciliaLib.ensureNFD(file)
try:
f = open(RECENT_FILE_PATH, "r")
lines = [CeciliaLib.ensureNFD(line[:-1]) for line in f.readlines()]
f.close()
except:
lines = []
update = False
if not remove:
if file not in lines and 'Resources/modules/' not in file:
lines.insert(0, file)
update = True
else:
if file in lines:
lines.remove(file)
update = True
if update:
f = open(RECENT_FILE_PATH, "w")
if len(lines) > 10:
lines = lines[0:10]
for line in lines:
f.write(line + '\n')
f.close()
subId2 = ID_OPEN_RECENT
recentFiles = []
f = open(RECENT_FILE_PATH, "r")
for line in f.readlines():
recentFiles.append(line)
f.close()
if recentFiles:
for item in self.menubar.openRecentMenu.GetMenuItems():
self.menubar.openRecentMenu.Delete(item)
for file in recentFiles:
try:
self.menubar.openRecentMenu.Append(subId2, file)
subId2 += 1
except:
pass
def onOpen(self, event, builtin=False):
if isinstance(event, wx.CommandEvent):
CeciliaLib.openCeciliaFile(self)
elif os.path.isfile(event):
CeciliaLib.openCeciliaFile(self, event, builtin)
def onOpenRandom(self, event):
categories = [folder for folder in os.listdir(MODULES_PATH) if not folder.startswith(".")]
category = random.choice(categories)
files = [f for f in os.listdir(os.path.join(MODULES_PATH, category)) if f.endswith(FILE_EXTENSION)]
file = random.choice(files)
self.onOpen(os.path.join(MODULES_PATH, category, file), True)
def openRecent(self, event):
menu = self.GetMenuBar()
id = event.GetId()
file = menu.FindItemById(id).GetItemLabelText().replace("\n", "").strip()
if os.path.isfile(file):
CeciliaLib.openCeciliaFile(self, file)
else:
CeciliaLib.showErrorDialog("Error while trying to open a file!", "No such file : %s" % file[:-1])
self.newRecent(file, remove=True)
def onOpenBuiltin(self, event):
menu = self.GetMenuBar()
id = event.GetId()
file = menu.FindItemById(id)
filename = file.GetItemLabelText()
filedict = self.GetMenuBar().files
for key in filedict.keys():
if filename in filedict[key]:
dirname = key
break
name = os.path.join(CeciliaLib.ensureNFD(MODULES_PATH), dirname, filename)
CeciliaLib.openCeciliaFile(self, name, True)
def onOpenPrefModule(self, event):
menu = self.GetMenuBar()
id = event.GetId()
file = menu.FindItemById(id)
filename = file.GetItemLabelText()
filedir = file.GetMenu().GetTitle()
prefPath = CeciliaLib.getVar("prefferedPath")
prefPaths = prefPath.split(';')
prefBaseNames = [os.path.basename(path) for path in prefPaths]
dirname = prefPaths[prefBaseNames.index(filedir)]
if dirname:
name = os.path.join(dirname, filename)
CeciliaLib.openCeciliaFile(self, name)
def openModuleAsText(self, event):
CeciliaLib.openCurrentFileAsText(CeciliaLib.getVar("currentCeciliaFile"))
def reloadCurrentModule(self, event):
CeciliaLib.openCeciliaFile(self, CeciliaLib.getVar("currentCeciliaFile"))
def onSaveAs(self, event):
CeciliaLib.saveCeciliaFile(self)
self.updateTitle()
def onPreferences(self, event):
self.prefs = PreferencePanel.PreferenceFrame(self)
self.prefs.Show()
self.prefs.Center()
def onRememberInputSound(self, event):
CeciliaLib.getVar("interface").menubar.editMenu.FindItemById(ID_REMEMBER).Check(event.GetInt())
CeciliaLib.setVar("rememberedSound", event.GetInt())
return
def onUpdateInterface(self, event):
if event is not None:
snds = []
if CeciliaLib.getVar("rememberedSound"):
for key in CeciliaLib.getVar("userInputs").keys():
if CeciliaLib.getVar("userInputs")[key]['path'] != '':
snds.append(CeciliaLib.getVar("userInputs")[key]['path'])
if CeciliaLib.getVar("audioServer").isAudioServerRunning():
CeciliaLib.stopCeciliaSound()
self.closeInterface()
CeciliaLib.parseInterfaceText()
title = os.path.split(CeciliaLib.getVar("currentCeciliaFile", unicode=True))[1]
ceciliaInterface = CeciliaInterface.CeciliaInterface(None, title='Interface - %s' % title, mainFrame=self)
ceciliaInterface.SetSize(CeciliaLib.getVar("interfaceSize"))
ceciliaInterface.SetPosition(CeciliaLib.getVar("interfacePosition"))
CeciliaLib.setVar("interface", ceciliaInterface)
CeciliaLib.getVar("presetPanel").loadPresets()
if event is not None:
for i, cfilein in enumerate(CeciliaLib.getControlPanel().getCfileinList()):
if i >= len(snds):
break
cfilein.onLoadFile(snds[i])
def onShowSpectrum(self, event):
CeciliaLib.setVar('showSpectrum', event.GetInt())
def openSpectrumWindow(self):
if CeciliaLib.getVar('spectrumFrame') is None:
f = SpectrumFrame(CeciliaLib.getVar("interface"))
f.setAnalyzer(CeciliaLib.getVar("audioServer").spectrum)
f.Center()
f.Show()
CeciliaLib.setVar('spectrumFrame', f)
def onQuit(self, event):
reallyQuit = False
msg = "Do you really want to quit Cecilia ?"
dlg = wx.MessageDialog(self, msg, "Quit Cecilia5...", style=wx.YES_NO | wx.STAY_ON_TOP)
ret = dlg.ShowModal()
if ret == wx.ID_YES:
reallyQuit = True
dlg.Destroy()
if not reallyQuit:
return
try:
self.prefs.onClose(event)
except:
pass
if CeciliaLib.getVar("audioServer").isAudioServerRunning():
CeciliaLib.getVar("audioServer").stop()
time.sleep(.2)
if CeciliaLib.getVar('spectrumFrame') is not None:
try:
CeciliaLib.getVar('spectrumFrame')._destroy(None)
except:
pass
finally:
CeciliaLib.setVar('spectrumFrame', None)
self.api_doc_frame.Destroy()
self.mod_doc_frame.Destroy()
CeciliaLib.closeCeciliaFile(self)
CeciliaLib.writeVarToDisk()
self.Destroy()
def onUseMidi(self, event):
CeciliaLib.setVar("useMidi", event.GetInt())
def onHelpAbout(self, evt):
Y = CeciliaLib.getVar("displaySize")[0][1]
about = AboutPopupFrame(self, Y // 5)
about.Show()
def onModuleAbout(self, evt):
file = os.path.split(CeciliaLib.getVar("currentCeciliaFile"))[1]
self.mod_doc_frame.Center()
self.mod_doc_frame.openPage(file)
def onDocFrame(self, evt):
self.api_doc_frame.Center()
self.api_doc_frame.Show()
def onGraphFrame(self, evt):
self.graph_doc_frame = wx.MessageDialog(self, TT_GRAPHER)
self.graph_doc_frame.ShowModal()
self.graph_doc_frame.Destroy()
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"""
import wx, sys, os
from .constants import *
def GetRoundBitmap(w, h, r):
maskColour = wx.Colour(0, 0, 0)
if sys.platform == "darwin":
shownColour = wx.Colour(5, 5, 5, wx.ALPHA_TRANSPARENT)
else:
shownColour = wx.Colour(5, 5, 5)
b = wx.EmptyBitmap(w, h)
dc = wx.MemoryDC(b)
dc.SetBrush(wx.Brush(maskColour))
dc.DrawRectangle(0, 0, w, h)
dc.SetBrush(wx.Brush(shownColour))
dc.SetPen(wx.Pen(shownColour))
dc.DrawRoundedRectangle(0, 0, w, h, r)
dc.SelectObject(wx.NullBitmap)
b.SetMaskColour(maskColour)
return b
def GetRoundShape(w, h, r):
return wx.Region(GetRoundBitmap(w, h, r))
class CeciliaSplashScreen(wx.Frame):
def __init__(self, parent, img, callback):
display = wx.Display(0)
size = display.GetGeometry()[2:]
wx.Frame.__init__(self, parent, -1, "", pos=(-1, size[1] // 6),
style=wx.FRAME_SHAPED | wx.BORDER_SIMPLE | wx.FRAME_NO_TASKBAR | wx.STAY_ON_TOP)
self.Bind(wx.EVT_PAINT, self.OnPaint)
self.SetBackgroundColour(wx.Colour(0, 0, 0, wx.ALPHA_TRANSPARENT))
self.callback = callback
self.bmp = wx.Bitmap(os.path.join(img), wx.BITMAP_TYPE_PNG)
self.w, self.h = self.bmp.GetWidth(), self.bmp.GetHeight()
self.SetClientSize((self.w, self.h))
if wx.Platform == "__WXGTK__":
self.Bind(wx.EVT_WINDOW_CREATE, self.SetWindowShape)
else:
self.SetWindowShape()
dc = wx.ClientDC(self)
dc.DrawBitmap(self.bmp, 0, 0, True)
wx.CallLater(2500, self.OnClose)
self.Center(wx.HORIZONTAL)
if sys.platform == 'win32':
self.Center(wx.VERTICAL)
wx.CallAfter(self.Show)
def SetWindowShape(self, *evt):
r = GetRoundShape(self.w, self.h, 17)
self.SetShape(r)
def OnPaint(self, evt):
w, h = self.GetSize()
dc = wx.PaintDC(self)
dc.SetPen(wx.Pen(wx.Colour(0, 0, 0, wx.ALPHA_TRANSPARENT)))
dc.SetBrush(wx.Brush(wx.Colour(0, 0, 0, wx.ALPHA_TRANSPARENT)))
dc.DrawRectangle(0, 0, w, h)
dc.DrawBitmap(self.bmp, 0, 0, True)
dc.SetTextForeground("#333333")
font, psize = dc.GetFont(), dc.GetFont().GetPointSize()
if sys.platform != "win32":
font.SetFaceName("Monaco")
if sys.platform.startswith("linux"):
font.SetPointSize(psize - 2)
else:
font.SetPointSize(psize)
dc.SetFont(font)
dc.DrawLabel("Cecilia %s" % APP_VERSION, wx.Rect(280, 185, 200, 15), wx.ALIGN_RIGHT)
dc.DrawLabel("Spirit of the project: Jean Piche", wx.Rect(280, 200, 200, 15), wx.ALIGN_RIGHT)
dc.DrawLabel("Programmed by: Olivier Belanger", wx.Rect(280, 215, 200, 15), wx.ALIGN_RIGHT)
dc.DrawLabel(APP_COPYRIGHT, wx.Rect(280, 230, 200, 15), wx.ALIGN_RIGHT)
def OnClose(self):
self.callback()
self.Destroy() cecilia/Resources/DocFrame.py 0000664 0001750 0001750 00000131147 15074672731 015232 0 ustar tvaz tvaz """
Copyright 2019 iACT, Universite de Montreal,
Jean Piche, Olivier Belanger, Jean-Michel Dumas
This file is part of Cecilia 5.
Cecilia 5 is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
Cecilia 5 is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with Cecilia 5. If not, see .
"""
import os, keyword, shutil
import wx
import wx.stc as stc
from .constants import *
from .API_interface import *
import Resources.CeciliaLib as CeciliaLib
_INTRO_TEXT = """
"Cecilia5 API Documentation"
# What is a Cecilia module
A Cecilia module is a python file (with the extension 'C5', associated to
the application) containing a class named `Module`, within which the audio
processing chain is developed, and a list called `Interface`, telling the
software what are the graphical controls necessary for the proper operation
of the module. the file can then be loaded by the application to apply the
process on different audio signals, whether coming from sound files or from
the microphone input. Processes used to manipulate the audio signal must be
written with the Python's dedicated signal processing module 'pyo'.
# API Documentation Structure
This API is divided into two parts: firstly, there is the description of the
parent class, named `BaseModule`, from which every module must inherit. This
class implements a lot of features that ease the creation of a dsp chain.
Then, the various available GUI elements (widgets) are presented.
"""
_EXAMPLE_1 = '''
### EXAMPLE 1 ###
# This example shows how to use the sampler to loop any soundfile from the disk.
# A state-variable filter is then applied on the looped sound.
class Module(BaseModule):
"""
"State Variable Filter"
Description
This module implements lowpass, bandpass and highpass filters in parallel
and allow the user to interpolate on an axis lp -> bp -> hp.
Sliders
# Cutoff/Center Freq :
Cutoff frequency for lp and hp (center freq for bp)
# Filter Q :
Q factor (inverse of bandwidth) of the filter
# Type (lp->bp->hp) :
Interpolating factor between filters
# Dry / Wet :
Mix between the original and the filtered signals
Graph Only
# Overall Amplitude :
The amplitude curve applied on the total duration of the performance
Popups & Toggles
# Polyphony Voices :
Number of voices played simultaneously (polyphony),
only available at initialization time
# Polyphony Chords :
Pitch interval between voices (chords),
only available at initialization time
"""
def __init__(self):
BaseModule.__init__(self)
self.snd = self.addSampler("snd")
self.dsp = SVF(self.snd, self.freq, self.q, self.type)
self.out = Interp(self.snd, self.dsp, self.drywet, mul=self.env)
Interface = [
csampler(name="snd"),
cgraph(name="env", label="Overall Amplitude", func=[(0, 1), (1, 1)], col="blue1"),
cslider(name="freq", label="Cutoff/Center Freq", min=20, max=20000, init=1000,
rel="log", unit="Hz", col="green1"),
cslider(name="q", label="Filter Q", min=0.5, max=25, init=1, rel="log",
unit="x", col="green2"),
cslider(name="type", label="Type (lp->bp->hp)", min=0, max=1, init=0.5,
rel="lin", unit="x", col="green3"),
cslider(name="drywet", label="Dry / Wet", min=0, max=1, init=1, rel="lin",
unit="x", col="blue1"),
cpoly()
]
'''
_EXAMPLE_2 = '''
### EXAMPLE 2 ###
# This example shows how to load a sound in a table (RAM) in order to apply
# non-streaming effects. Here a frequency self-modulated reader is used to
# create new harmonics, in a way similar to waveshaping distortion.
class Module(BaseModule):
"""
"Self-modulated frequency sound looper"
Description
This module loads a sound in a table and apply a frequency self-modulated
playback of the content. A Frequency self-modulation occurs when the
output sound of the playback is used to modulate the reading pointer speed.
That produces new harmonics in a way similar to waveshaping distortion.
Sliders
# Transposition :
Transposition, in cents, of the input sound
# Feedback :
Amount of self-modulation in sound playback
# Filter Frequency :
Frequency, in Hertz, of the filter
# Filter Q :
Q of the filter (inverse of the bandwidth)
Graph Only
# Overall Amplitude :
The amplitude curve applied on the total duration of the performance
Popups & Toggles
# Filter Type :
Type of the filter
# Polyphony Voices :
Number of voices played simultaneously (polyphony),
only available at initialization time
# Polyphony Chords :
Pitch interval between voices (chords),
only available at initialization time
"""
def __init__(self):
BaseModule.__init__(self)
self.snd = self.addFilein("snd")
self.trfactor = CentsToTranspo(self.transpo, mul=self.polyphony_spread)
self.freq = Sig(self.trfactor, mul=self.snd.getRate())
self.dsp = OscLoop(self.snd, self.freq, self.feed*0.0002,
mul=self.polyphony_scaling * 0.5)
self.mix = self.dsp.mix(self.nchnls)
self.out = Biquad(self.mix, freq=self.filt_f, q=self.filt_q,
type=self.filt_t_index, mul=self.env)
def filt_t(self, index, value):
self.out.type = index
Interface = [
cfilein(name="snd"),
cgraph(name="env", label="Overall Amplitude", func=[(0, 1), (1, 1)], col="blue1"),
cslider(name="transpo", label="Transposition", min=-4800, max=4800, init=0,
unit="cnts", col="red1"),
cslider(name="feed", label="Feedback", min=0, max=1, init=0.25, unit="x",
col="purple1"),
cslider(name="filt_f", label="Filter Frequency", min=20, max=18000,
init=10000, rel="log", unit="Hz", col="green1"),
cslider(name="filt_q", label="Filter Q", min=0.5, max=25, init=1,
rel="log", unit="x", col="green2"),
cpopup(name="filt_t", label="Filter Type", init="Lowpass",
value=["Lowpass", "Highpass", "Bandpass", "Bandreject"], col="green1"),
cpoly()
]
'''
_COLOUR_TEXT = """
Colours
Five colours, with four shades each, are available to build the interface.
The colour should be given, as a string, to the `col` argument of a widget
function.
"""
_COLOURS = """
red1 blue1 green1 purple1 orange1
red2 blue2 green2 purple2 orange2
red3 blue3 green3 purple3 orange3
red4 blue4 green4 purple4 orange4
"""
_MODULES_TEXT = """
"Documentation of Built-In Modules"
The built-in modules are classified into different categories:
"""
_CATEGORY_OVERVIEW = {'Dynamics': """
"Modules related to waveshaping and amplitude manipulations"
""",
'Filters': """
"Filtering and subtractive synthesis modules"
""",
'Multiband': """
"Various processing applied independently to four spectral regions"
""",
'Pitch': """
"Modules related to playback speed and pitch manipulations"
""",
'Resonators&Verbs': """
"Artificial spaces generation modules"
""",
'Spectral': """
"Spectral streaming processing modules"
""",
'Synthesis': """
"Additive synthesis and particle generators"
""",
'Time': """
"Granulation based time-stretching and delay related modules"
"""}
_MODULE_CATEGORIES = ['Dynamics', 'Filters', 'Multiband', 'Pitch', 'Resonators&Verbs', 'Spectral', 'Synthesis', 'Time']
_DOC_KEYWORDS = ['Attributes', 'Examples', 'Parameters', 'Methods', 'Notes', 'Methods details', 'Public', "BaseModule_API", "Interface_API",
'Notes', 'Overview', 'Initline', 'Description', 'Sliders', 'Graph Only', 'Popups & Toggles', 'Template', 'Colours',
'Public Attributes', 'Public Methods']
_KEYWORDS_LIST = ["cfilein", "csampler", "cpoly", "cgraph", "cslider", "crange", "csplitter",
"ctoggle", "cpopup", "cbutton", "cgen"]
_KEYWORDS_TREE = {"BaseModule_API": [], "Interface_API": ["cfilein", "csampler", "cpoly", "cgraph", "cslider", "crange", "csplitter",
"ctoggle", "cpopup", "cbutton", "cgen"]}
_NUM_PAGES = len(_KEYWORDS_LIST)
DOC_STYLES = {'Default': {'default': '#000000', 'comment': '#003333', 'commentblock': '#000000', 'selback': '#CCCCCC',
'number': '#000000', 'string': '#000000', 'triple': '#000000', 'keyword': '#00007F', 'keyword2': '#003333',
'class': '#0000FF', 'function': '#007F7F', 'identifier': '#000000', 'caret': '#00007E',
'background': '#EEEEEE', 'linenumber': '#000000', 'marginback': '#B0B0B0', 'markerfg': '#CCCCCC',
'markerbg': '#000000', 'bracelight': '#AABBDD', 'bracebad': '#DD0000', 'lineedge': '#CCCCCC'}}
if wx.Platform == '__WXMSW__':
DOC_FACES = {'face': 'Verdana', 'size': 8, 'size2': 7}
elif wx.Platform == '__WXMAC__':
DOC_FACES = {'face': 'Monaco', 'size': 12, 'size2': 9}
else:
DOC_FACES = {'face': 'Monospace', 'size': 8, 'size2': 7}
DOC_FACES['size3'] = DOC_FACES['size2'] + 4
DOC_FACES['size4'] = DOC_FACES['size2'] + 3
for key, value in DOC_STYLES['Default'].items():
DOC_FACES[key] = value
DOC_STYLES_P = {'Default': {'default': '#000000', 'comment': '#007F7F', 'commentblock': '#7F7F7F', 'selback': '#CCCCCC',
'number': '#005000', 'string': '#7F007F', 'triple': '#7F0000', 'keyword': '#00007F', 'keyword2': '#007F9F',
'class': '#0000FF', 'function': '#007F7F', 'identifier': '#000000', 'caret': '#00007E',
'background': '#EEEEEE', 'linenumber': '#000000', 'marginback': '#B0B0B0', 'markerfg': '#CCCCCC',
'markerbg': '#000000', 'bracelight': '#AABBDD', 'bracebad': '#DD0000', 'lineedge': '#CCCCCC'}}
if wx.Platform == '__WXMSW__':
DOC_FACES_P = {'face': 'Verdana', 'size': 8, 'size2': 7}
elif wx.Platform == '__WXMAC__':
DOC_FACES_P = {'face': 'Monaco', 'size': 12, 'size2': 9}
else:
DOC_FACES_P = {'face': 'Monospace', 'size': 8, 'size2': 7}
DOC_FACES_P['size3'] = DOC_FACES_P['size2'] + 4
for key, value in DOC_STYLES_P['Default'].items():
DOC_FACES_P[key] = value
def _ed_set_style(editor, searchKey=None):
editor.SetLexer(stc.STC_LEX_PYTHON)
editor.SetKeyWords(0, " ".join(_KEYWORDS_LIST))
if searchKey is None:
editor.SetKeyWords(1, " ".join(_DOC_KEYWORDS))
else:
editor.SetKeyWords(1, " ".join(_DOC_KEYWORDS) + " " + searchKey)
editor.SetMargins(5, 5)
editor.SetSTCCursor(2)
editor.SetIndent(4)
editor.SetTabIndents(True)
editor.SetTabWidth(4)
editor.SetUseTabs(False)
editor.StyleSetSpec(stc.STC_STYLE_DEFAULT, "fore:%(default)s, face:%(face)s, size:%(size)d, back:%(background)s" % DOC_FACES)
editor.StyleClearAll()
editor.StyleSetSpec(stc.STC_STYLE_DEFAULT, "fore:%(default)s, face:%(face)s, size:%(size)d" % DOC_FACES)
editor.StyleSetSpec(stc.STC_STYLE_LINENUMBER, "fore:%(linenumber)s, back:%(marginback)s, face:%(face)s, size:%(size2)d" % DOC_FACES)
editor.StyleSetSpec(stc.STC_STYLE_CONTROLCHAR, "fore:%(default)s, face:%(face)s" % DOC_FACES)
editor.StyleSetSpec(stc.STC_P_DEFAULT, "fore:%(default)s, face:%(face)s, size:%(size)d" % DOC_FACES)
editor.StyleSetSpec(stc.STC_P_COMMENTLINE, "fore:%(comment)s, face:%(face)s, bold, italic, size:%(size)d" % DOC_FACES)
editor.StyleSetSpec(stc.STC_P_NUMBER, "fore:%(number)s, face:%(face)s, size:%(size)d" % DOC_FACES)
editor.StyleSetSpec(stc.STC_P_STRING, "fore:%(string)s, face:%(face)s, bold, size:%(size4)d" % DOC_FACES)
editor.StyleSetSpec(stc.STC_P_CHARACTER, "fore:%(string)s, face:%(face)s, size:%(size)d" % DOC_FACES)
editor.StyleSetSpec(stc.STC_P_WORD, "fore:%(keyword)s, face:%(face)s, bold, size:%(size)d" % DOC_FACES)
editor.StyleSetSpec(stc.STC_P_WORD2, "fore:%(keyword2)s, face:%(face)s, bold, size:%(size3)d" % DOC_FACES)
editor.StyleSetSpec(stc.STC_P_TRIPLE, "fore:%(triple)s, face:%(face)s, size:%(size)d" % DOC_FACES)
editor.StyleSetSpec(stc.STC_P_TRIPLEDOUBLE, "fore:%(triple)s, face:%(face)s, size:%(size)d" % DOC_FACES)
editor.StyleSetSpec(stc.STC_P_CLASSNAME, "fore:%(class)s, face:%(face)s, bold, size:%(size)d" % DOC_FACES)
editor.StyleSetSpec(stc.STC_P_DEFNAME, "fore:%(function)s, face:%(face)s, bold, size:%(size)d" % DOC_FACES)
editor.StyleSetSpec(stc.STC_P_OPERATOR, "bold, size:%(size)d, face:%(face)s" % DOC_FACES)
editor.StyleSetSpec(stc.STC_P_IDENTIFIER, "fore:%(identifier)s, face:%(face)s, size:%(size)d" % DOC_FACES)
editor.StyleSetSpec(stc.STC_P_COMMENTBLOCK, "fore:%(commentblock)s, face:%(face)s, italic, size:%(size)d" % DOC_FACES)
def _ed_set_style_p(editor, searchKey=None):
editor.SetLexer(stc.STC_LEX_PYTHON)
editor.SetKeyWords(0, " ".join(keyword.kwlist) + " None True False ")
editor.SetMargins(5, 5)
editor.SetSTCCursor(2)
editor.SetIndent(4)
editor.SetTabIndents(True)
editor.SetTabWidth(4)
editor.SetUseTabs(False)
editor.StyleSetSpec(stc.STC_STYLE_DEFAULT, "fore:%(default)s, face:%(face)s, size:%(size)d, back:%(background)s" % DOC_FACES_P)
editor.StyleClearAll()
editor.StyleSetSpec(stc.STC_STYLE_DEFAULT, "fore:%(default)s, face:%(face)s, size:%(size)d" % DOC_FACES_P)
editor.StyleSetSpec(stc.STC_STYLE_LINENUMBER, "fore:%(linenumber)s, back:%(marginback)s, face:%(face)s, size:%(size2)d" % DOC_FACES_P)
editor.StyleSetSpec(stc.STC_STYLE_CONTROLCHAR, "fore:%(default)s, face:%(face)s" % DOC_FACES_P)
editor.StyleSetSpec(stc.STC_P_DEFAULT, "fore:%(default)s, face:%(face)s, size:%(size)d" % DOC_FACES_P)
editor.StyleSetSpec(stc.STC_P_COMMENTLINE, "fore:%(comment)s, face:%(face)s, size:%(size)d" % DOC_FACES_P)
editor.StyleSetSpec(stc.STC_P_NUMBER, "fore:%(number)s, face:%(face)s, bold, size:%(size)d" % DOC_FACES_P)
editor.StyleSetSpec(stc.STC_P_STRING, "fore:%(string)s, face:%(face)s, size:%(size)d" % DOC_FACES_P)
editor.StyleSetSpec(stc.STC_P_CHARACTER, "fore:%(string)s, face:%(face)s, size:%(size)d" % DOC_FACES_P)
editor.StyleSetSpec(stc.STC_P_WORD, "fore:%(keyword)s, face:%(face)s, bold, size:%(size)d" % DOC_FACES_P)
editor.StyleSetSpec(stc.STC_P_WORD2, "fore:%(keyword2)s, face:%(face)s, bold, size:%(size3)d" % DOC_FACES_P)
editor.StyleSetSpec(stc.STC_P_TRIPLE, "fore:%(triple)s, face:%(face)s, size:%(size)d" % DOC_FACES_P)
editor.StyleSetSpec(stc.STC_P_TRIPLEDOUBLE, "fore:%(triple)s, face:%(face)s, size:%(size)d" % DOC_FACES_P)
editor.StyleSetSpec(stc.STC_P_CLASSNAME, "fore:%(class)s, face:%(face)s, bold, size:%(size)d" % DOC_FACES_P)
editor.StyleSetSpec(stc.STC_P_DEFNAME, "fore:%(function)s, face:%(face)s, bold, size:%(size)d" % DOC_FACES_P)
editor.StyleSetSpec(stc.STC_P_OPERATOR, "bold, size:%(size)d, face:%(face)s" % DOC_FACES_P)
editor.StyleSetSpec(stc.STC_P_IDENTIFIER, "fore:%(identifier)s, face:%(face)s, size:%(size)d" % DOC_FACES_P)
editor.StyleSetSpec(stc.STC_P_COMMENTBLOCK, "fore:%(commentblock)s, face:%(face)s, size:%(size)d" % DOC_FACES_P)
def complete_words_from_str(text, keyword):
words = [keyword]
keyword = keyword.lower()
text_ori = text
text = text.replace("`", " ").replace("'", " ").replace(".", " ").replace(", ", " ").replace('"', " ").replace("=", " ").replace("\n", " ").lower()
found = text.find(keyword)
while found > -1:
start = text.rfind(" ", 0, found)
end = text.find(" ", found)
words.append(text_ori[start:end])
found = text.find(keyword, found + 1)
words = " ".join(words)
return words
class ManualPanel(wx.Treebook):
def __init__(self, parent):
wx.Treebook.__init__(self, parent, -1, size=(600, 480), style=wx.BK_DEFAULT | wx.BORDER_SUNKEN)
self.parent = parent
self.searchKey = None
self.Bind(wx.EVT_TREEBOOK_PAGE_CHANGED, self.OnPageChanged)
def cleanup(self):
self.searchKey = None
self.DeleteAllPages()
self.reset_history()
def reset_history(self):
self.fromToolbar = False
self.oldPage = ""
self.sequence = []
self.seq_index = 0
def AdjustSize(self):
#self.GetTreeCtrl().InvalidateBestSize()
self.SendSizeEvent()
def copy(self):
self.GetPage(self.GetSelection()).win.Copy()
def collapseAll(self):
count = self.GetPageCount()
for i in range(count):
if self.IsNodeExpanded(i):
self.CollapseNode(i)
def OnPageChanged(self, event):
old = event.GetOldSelection()
new = event.GetSelection()
if new != old:
text = self.GetPageText(new)
self.getPage(text)
event.Skip()
def history_check(self):
back = True
forward = True
if self.seq_index <= 0:
back = False
if self.seq_index == (len(self.sequence) - 1):
forward = False
self.parent.history_check(back, forward)
def history_back(self):
self.seq_index -= 1
if self.seq_index < 0:
self.seq_index = 0
self.fromToolbar = True
self.SetSelection(self.sequence[self.seq_index])
self.history_check()
def history_forward(self):
seq_len = len(self.sequence)
self.seq_index += 1
if self.seq_index == seq_len:
self.seq_index = seq_len - 1
self.fromToolbar = True
self.SetSelection(self.sequence[self.seq_index])
self.history_check()
def setStyle(self):
return # TreeBook has no more a GetTreeCtrl method. Don't know how to retrieve it...
tree = self.GetTreeCtrl()
tree.SetBackgroundColour(DOC_STYLES['Default']['background'])
root = tree.GetRootItem()
tree.SetItemTextColour(root, DOC_STYLES['Default']['identifier'])
(child, cookie) = tree.GetFirstChild(root)
while child.IsOk():
tree.SetItemTextColour(child, DOC_STYLES['Default']['identifier'])
if tree.ItemHasChildren(child):
(child2, cookie2) = tree.GetFirstChild(child)
while child2.IsOk():
tree.SetItemTextColour(child2, DOC_STYLES['Default']['identifier'])
(child2, cookie2) = tree.GetNextChild(child, cookie2)
(child, cookie) = tree.GetNextChild(root, cookie)
modules_path = os.path.join(os.getcwd(), "doc-en", "source", "src", "modules")
def prepare_doc_tree():
if os.path.isdir(modules_path):
shutil.rmtree(modules_path)
os.mkdir(modules_path)
for cat in _MODULE_CATEGORIES:
os.mkdir(os.path.join(modules_path, cat))
def create_modules_index():
lines = _MODULES_TEXT.splitlines(True)
lines.pop(0)
with open(os.path.join(modules_path, "index.rst"), "w") as f:
f.write(lines[0].replace('"', ''))
f.write("=" * len(lines[0]))
f.write("\n")
for i in range(1, len(lines)):
f.write(lines[i])
f.write("\n.. toctree::\n :maxdepth: 2\n\n")
for cat in _MODULE_CATEGORIES:
f.write(" %s/index\n" % cat)
def create_category_index(category, overview, modules):
path = os.path.join(modules_path, category)
lines = overview.splitlines(True)
lines.pop(0)
with open(os.path.join(path, "index.rst"), "w") as f:
f.write(category + " : " + lines[0].replace('"', ''))
f.write("=" * len(category + lines[0]))
f.write("\n")
for i in range(1, len(lines)):
f.write(lines[i])
f.write("\n.. toctree::\n :maxdepth: 1\n\n")
for mod in modules:
f.write(" %s\n" % mod.split(".")[0])
def create_module_doc_page(module, text):
root, name = os.path.split(module)
root, category = os.path.split(root)
name = name.split(".")[0]
pname = name + ".rst"
path = os.path.join(modules_path, category, pname)
lines = text.splitlines(True)
for i, line in enumerate(lines):
if len(line) > 4:
lines[i] = line[4:]
with open(path, "w") as f:
f.write(name + " : " + lines[0].replace('"', ''))
f.write("=" * len(name + lines[0]))
f.write("\n")
tosub = 0
for i in range(1, len(lines)):
if tosub > 0:
f.write("-" * tosub)
f.write("\n")
if lines[i].strip() in _DOC_KEYWORDS:
tosub = len(lines[i])
else:
tosub = 0
if "#" in lines[i] and ":" in lines[i]:
line = lines[i].replace("# ", "**").replace(" :", "** :")
else:
line = lines[i]
f.write(line)
class ManualPanel_modules(ManualPanel):
def __init__(self, parent):
ManualPanel.__init__(self, parent)
self.root, self.directories, self.files = CeciliaLib.buildFileTree()
self.parse()
def parse(self):
if BUILD_RST:
prepare_doc_tree()
self.cleanup()
self.needToParse = True
count = 1
win = self.makePanel("Modules")
self.AddPage(win, "Modules")
for key in self.directories:
count += 1
win = self.makePanel(key)
self.AddPage(win, key)
for key2 in self.files[key]:
count += 1
win = self.makePanel(os.path.join(self.root, key, key2))
self.AddSubPage(win, key2)
self.setStyle()
self.getPage("Modules")
wx.CallLater(100, self.AdjustSize)
def parseOnSearchName(self, keyword):
self.cleanup()
keyword = keyword.lower()
for key in self.directories:
for key2 in self.files[key]:
if keyword in key2.lower():
win = self.makePanel(os.path.join(self.root, key, key2))
self.AddPage(win, key2)
self.setStyle()
wx.CallAfter(self.AdjustSize)
def parseOnSearchPage(self, keyword):
self.cleanup()
keyword = keyword.lower()
for key in self.directories:
for key2 in self.files[key]:
with open(os.path.join(self.root, key, key2), "r") as f:
text = f.read().lower()
first = text.find('"""')
if first != -1:
newline = text.find("\n", first)
second = text.find('"""', newline)
text = text[newline + 1:second]
else:
text = "module not documented..."
if keyword in text:
win = self.makePanel(os.path.join(self.root, key, key2))
self.AddPage(win, key2)
self.setStyle()
wx.CallAfter(self.AdjustSize)
def makePanel(self, obj=None):
panel = wx.Panel(self, -1)
panel.isLoad = False
if self.needToParse:
if obj == "Modules":
if BUILD_RST:
create_modules_index()
panel.win = stc.StyledTextCtrl(panel, -1, size=(600, 480), style=wx.BORDER_SUNKEN)
panel.win.SetUseHorizontalScrollBar(False)
panel.win.SetUseVerticalScrollBar(False)
text = ""
for cat in _MODULE_CATEGORIES:
l = _CATEGORY_OVERVIEW[cat].splitlines()[1].replace('"', '').strip()
text += "# %s\n %s\n" % (cat, l)
panel.win.SetText(_MODULES_TEXT + text)
elif obj in _MODULE_CATEGORIES:
if BUILD_RST:
create_category_index(obj, _CATEGORY_OVERVIEW[obj], self.files[obj])
panel.win = stc.StyledTextCtrl(panel, -1, size=(600, 480), style=wx.BORDER_SUNKEN)
panel.win.SetUseHorizontalScrollBar(False)
panel.win.SetUseVerticalScrollBar(False)
text = _CATEGORY_OVERVIEW[obj]
for file in self.files[obj]:
text += "# %s\n" % file
with open(os.path.join(self.root, obj, file), "r") as f:
t = f.read()
first = t.find('"""')
if first != -1:
newline = t.find("\n", first)
second = t.find('\n', newline + 2)
text += t[newline + 1:second].replace('"', '')
text += "\n"
panel.win.SetText(text)
elif os.path.isfile(obj):
with open(obj, "r") as f:
text = f.read()
first = text.find('"""')
if first != -1:
newline = text.find("\n", first)
second = text.find('"""', newline)
text = text[newline + 1:second]
else:
text = '"Module not documented..."'
if BUILD_RST:
create_module_doc_page(obj, text)
obj = os.path.split(obj)[1]
panel.win = stc.StyledTextCtrl(panel, -1, size=(600, 480), style=wx.BORDER_SUNKEN)
panel.win.SetUseHorizontalScrollBar(False)
panel.win.SetUseVerticalScrollBar(False)
panel.win.SetText(text)
else:
var = eval(obj)
if isinstance(var, str):
panel.win = stc.StyledTextCtrl(panel, -1, size=(600, 480), style=wx.BORDER_SUNKEN)
panel.win.SetUseHorizontalScrollBar(False)
panel.win.SetUseVerticalScrollBar(False)
panel.win.SetText(var)
else:
text = var.__doc__
panel.win = stc.StyledTextCtrl(panel, -1, size=(600, 480), style=wx.BORDER_SUNKEN)
panel.win.SetUseHorizontalScrollBar(False)
panel.win.SetUseVerticalScrollBar(False)
panel.win.SetText(text)
panel.win.SaveFile(CeciliaLib.ensureNFD(os.path.join(DOC_PATH, obj)))
return panel
def getPage(self, word):
if word == self.oldPage:
self.fromToolbar = False
return
page_count = self.GetPageCount()
for i in range(page_count):
text = self.GetPageText(i)
if text == word:
self.oldPage = word
if not self.fromToolbar:
self.sequence = self.sequence[0:self.seq_index + 1]
self.sequence.append(i)
self.seq_index = len(self.sequence) - 1
self.history_check()
self.parent.setTitle(text)
self.SetSelection(i)
panel = self.GetPage(self.GetSelection())
if not panel.isLoad:
panel.isLoad = True
panel.win = stc.StyledTextCtrl(panel, -1, size=panel.GetSize(), style=wx.BORDER_SUNKEN)
panel.win.SetUseHorizontalScrollBar(False)
panel.win.LoadFile(os.path.join(CeciliaLib.ensureNFD(DOC_PATH), word))
panel.win.SetMarginWidth(1, 0)
if self.searchKey is not None:
words = complete_words_from_str(panel.win.GetText(), self.searchKey)
_ed_set_style(panel.win, words)
else:
_ed_set_style(panel.win)
panel.win.SetSelectionEnd(0)
def OnPanelSize(evt, win=panel.win):
win.SetPosition((0, 0))
win.SetSize(evt.GetSize())
panel.Bind(wx.EVT_SIZE, OnPanelSize)
self.fromToolbar = False
return
try:
win = self.makePanel(CeciliaLib.getVar("currentCeciliaFile"))
self.AddPage(win, word)
self.getPage(word)
except:
pass
api_doc_path = os.path.join(os.getcwd(), "doc-en", "source", "src", "api")
def prepare_api_doc_tree():
if os.path.isdir(api_doc_path):
shutil.rmtree(api_doc_path)
os.mkdir(api_doc_path)
for cat in ["BaseModule", "Interface"]:
os.mkdir(os.path.join(api_doc_path, cat))
def create_api_doc_index():
lines = _INTRO_TEXT.splitlines(True)
lines.pop(0)
with open(os.path.join(api_doc_path, "index.rst"), "w") as f:
f.write(lines[0].replace('"', ''))
f.write("=" * len(lines[0]))
f.write("\n")
tosub = 0
for i in range(1, len(lines)):
if tosub > 0:
f.write("-" * tosub)
f.write("\n")
if lines[i].startswith("#"):
lines[i] = lines[i].replace("# ", "")
tosub = len(lines[i])
else:
tosub = 0
f.write(lines[i])
f.write("\n.. toctree::\n :maxdepth: 2\n\n")
for cat in ["BaseModule", "Interface"]:
f.write(" %s/index\n" % cat)
def create_base_module_index():
lines = BaseModule_API.splitlines(True)
lines.pop(0)
with open(os.path.join(api_doc_path, "BaseModule", "index.rst"), "w") as f:
f.write(lines[0].replace("_", " "))
f.write("=" * len(lines[0]))
f.write("\n")
tosub = 0
in_code_block = False
for i in range(1, len(lines)):
if in_code_block:
if lines[i].startswith("###"):
in_code_block = False
lines[i] = "\n"
else:
lines[i] = " " + lines[i]
else:
if lines[i].startswith("###"):
lines[i] = ".. code::\n\n"
in_code_block = True
if tosub > 0:
f.write("-" * tosub)
f.write("\n")
if lines[i].startswith("#") and ":" not in lines[i]:
lines[i] = lines[i].replace("# ", "")
tosub = len(lines[i])
elif lines[i].startswith("#") and ":" in lines[i]:
lines[i] = lines[i].replace("# ", "**").replace(" :", "**")
elif lines[i].strip() in _DOC_KEYWORDS and not in_code_block:
tosub = len(lines[i])
else:
tosub = 0
f.write(lines[i])
def create_interface_api_index():
lines = Interface_API.splitlines(True)
lines.pop(0)
with open(os.path.join(api_doc_path, "Interface", "index.rst"), "w") as f:
f.write(lines[0].replace("_", " "))
f.write("=" * len(lines[0]))
f.write("\n")
for i in range(1, len(lines)):
f.write(lines[i])
f.write("\n.. toctree::\n :maxdepth: 1\n\n")
for word in _KEYWORDS_LIST:
f.write(" %s\n" % word)
f.write(" colours\n")
f.write(" example1\n")
f.write(" example2\n")
lines = _COLOUR_TEXT.splitlines(True)
lines.pop(0)
lines2 = _COLOURS.splitlines(True)
lines2.pop(0)
with open(os.path.join(api_doc_path, "Interface", "colours.rst"), "w") as f:
f.write(lines[0])
f.write("=" * len(lines[0]))
for i in range(1, len(lines)):
f.write(lines[i])
f.write("\n\n.. code::\n\n")
for i in range(len(lines2)):
f.write(lines2[i] + "\n")
lines = _EXAMPLE_1.splitlines(True)
lines.pop(0)
with open(os.path.join(api_doc_path, "Interface", "example1.rst"), "w") as f:
f.write(lines[0].replace("###", "").strip().lower().capitalize() + "\n")
f.write("=" * len(lines[0]))
f.write("\n\n.. code::\n\n")
for i in range(1, len(lines)):
f.write(" " + lines[i])
lines = _EXAMPLE_2.splitlines(True)
lines.pop(0)
with open(os.path.join(api_doc_path, "Interface", "example2.rst"), "w") as f:
f.write(lines[0].replace("###", "").strip().lower().capitalize() + "\n")
f.write("=" * len(lines[0]))
f.write("\n\n.. code::\n\n")
for i in range(1, len(lines)):
f.write(" " + lines[i])
def create_api_doc_page(obj, text):
path = os.path.join(api_doc_path, "Interface", "%s.rst" % obj)
lines = text.splitlines(True)
lines.pop(0)
for i, line in enumerate(lines):
if len(line) > 4:
lines[i] = line[4:]
with open(path, "w") as f:
f.write(obj + " : " + lines[0].replace('"', '').lower())
f.write("=" * len(obj + lines[0]))
f.write("\n")
tosub = 0
indent = 0
incode = False
prompt = False
for i in range(1, len(lines)):
if tosub > 0:
f.write("-" * tosub)
f.write("\n")
if incode:
f.write("\n.. code::\n")
incode = False
if ">>> " in lines[i]:
if not prompt:
prompt = True
f.write("\n.. code::\n\n")
else:
prompt = False
if lines[i].strip() in _DOC_KEYWORDS:
tosub = len(lines[i])
if lines[i].strip() == "Initline":
indent = 4
incode = True
else:
indent = 0
else:
tosub = 0
if "#" in lines[i] and ":" in lines[i]:
line = lines[i].replace("# ", "**").replace(" :", "** :")
elif indent > 0 and tosub == 0 or prompt:
line = " " + lines[i].replace(">>> ", "")
else:
line = lines[i]
f.write(line)
class ManualPanel_api(ManualPanel):
def __init__(self, parent):
ManualPanel.__init__(self, parent)
self.parse()
def parse(self):
if BUILD_RST:
prepare_api_doc_tree()
self.cleanup()
self.needToParse = True
count = 1
win = self.makePanel("Intro")
self.AddPage(win, "Intro")
for key in _KEYWORDS_TREE.keys():
count += 1
win = self.makePanel(key)
self.AddPage(win, key)
for key2 in _KEYWORDS_TREE[key]:
count += 1
win = self.makePanel(key2)
self.AddPage(win, key2)
self.setStyle()
win = self.makePanel("Example 1")
self.AddPage(win, "Example 1")
win = self.makePanel("Example 2")
self.AddPage(win, "Example 2")
self.getPage("Intro")
wx.CallLater(100, self.AdjustSize)
def parseOnSearchName(self, keyword):
self.cleanup()
keyword = keyword.lower()
for key in _KEYWORDS_LIST:
if keyword in key.lower():
win = self.makePanel(key)
self.AddPage(win, key)
self.setStyle()
self.getPage("Intro")
wx.CallAfter(self.AdjustSize)
def parseOnSearchPage(self, keyword):
self.cleanup()
keyword = keyword.lower()
for key in _KEYWORDS_LIST:
with open(os.path.join(DOC_PATH, key), "r") as f:
text = f.read().lower()
if keyword in text:
win = self.makePanel(key)
self.AddPage(win, key)
self.setStyle()
self.getPage("Intro")
wx.CallAfter(self.AdjustSize)
def makePanel(self, obj=None):
panel = wx.Panel(self, -1)
panel.isLoad = False
if self.needToParse:
if obj == "Intro":
if BUILD_RST:
create_api_doc_index()
panel.win = stc.StyledTextCtrl(panel, -1, size=(600, 480), style=wx.BORDER_SUNKEN)
panel.win.SetUseHorizontalScrollBar(False)
panel.win.SetUseVerticalScrollBar(False)
panel.win.SetText(_INTRO_TEXT)
elif "Example" in obj:
panel.win = stc.StyledTextCtrl(panel, -1, size=(600, 480), style=wx.BORDER_SUNKEN)
panel.win.SetUseHorizontalScrollBar(False)
panel.win.SetUseVerticalScrollBar(False)
if "1" in obj:
panel.win.SetText(_EXAMPLE_1)
elif "2" in obj:
panel.win.SetText(_EXAMPLE_2)
else:
var = eval(obj)
if isinstance(var, str):
panel.win = stc.StyledTextCtrl(panel, -1, size=(600, 480), style=wx.BORDER_SUNKEN)
panel.win.SetUseHorizontalScrollBar(False)
panel.win.SetUseVerticalScrollBar(False)
if "Interface_API" in var:
if BUILD_RST:
create_interface_api_index()
for word in _KEYWORDS_LIST:
lines = eval(word).__doc__.splitlines()
line = "%s : %s\n" % (word, lines[1].replace('"', '').strip())
var += line
var += _COLOUR_TEXT
var += _COLOURS
else:
if BUILD_RST:
create_base_module_index()
panel.win.SetText(var)
else:
text = var.__doc__
if BUILD_RST:
create_api_doc_page(obj, text)
panel.win = stc.StyledTextCtrl(panel, -1, size=(600, 480), style=wx.BORDER_SUNKEN)
panel.win.SetUseHorizontalScrollBar(False)
panel.win.SetUseVerticalScrollBar(False)
panel.win.SetText(text.replace(">>> ", ""))
panel.win.SaveFile(CeciliaLib.ensureNFD(os.path.join(DOC_PATH, obj)))
return panel
def getPage(self, word):
if word == self.oldPage:
self.fromToolbar = False
return
page_count = self.GetPageCount()
for i in range(page_count):
text = self.GetPageText(i)
if text == word:
self.oldPage = word
if not self.fromToolbar:
self.sequence = self.sequence[0:self.seq_index + 1]
self.sequence.append(i)
self.seq_index = len(self.sequence) - 1
self.history_check()
self.parent.setTitle(text)
self.SetSelection(i)
panel = self.GetPage(self.GetSelection())
if not panel.isLoad:
panel.isLoad = True
panel.win = stc.StyledTextCtrl(panel, -1, size=panel.GetSize(), style=wx.BORDER_SUNKEN)
panel.win.SetUseHorizontalScrollBar(False)
panel.win.LoadFile(os.path.join(CeciliaLib.ensureNFD(DOC_PATH), word))
panel.win.SetMarginWidth(1, 0)
if self.searchKey is not None:
words = complete_words_from_str(panel.win.GetText(), self.searchKey)
_ed_set_style(panel.win, words)
else:
if "Example" in word:
_ed_set_style_p(panel.win)
else:
_ed_set_style(panel.win)
panel.win.SetSelectionEnd(0)
def OnPanelSize(evt, win=panel.win):
win.SetPosition((0, 0))
win.SetSize(evt.GetSize())
panel.Bind(wx.EVT_SIZE, OnPanelSize)
self.fromToolbar = False
return
class ManualFrame(wx.Frame):
def __init__(self, parent=None, id=-1, size=(950, 650), kind="api"):
if kind == "api":
title = 'API Documentation'
else:
title = 'Modules Documentation'
wx.Frame.__init__(self, parent=parent, id=id, title=title, size=size)
self.SetMinSize((600, 480))
self.kind = kind
gosearchID = 1000
aTable = wx.AcceleratorTable([(wx.ACCEL_NORMAL, 47, gosearchID)])
self.SetAcceleratorTable(aTable)
self.Bind(wx.EVT_MENU, self.setSearchFocus, id=gosearchID)
self.toolbar = self.CreateToolBar()
self.toolbar.SetToolBitmapSize((24, 24))
back_ico = CeciliaLib.getVar("ICON_DOC_PREVIOUS")
forward_ico = CeciliaLib.getVar("ICON_DOC_NEXT")
home_ico = CeciliaLib.getVar("ICON_DOC_UP")
backTool = self.toolbar.AddTool(wx.ID_BACKWARD, "", back_ico, "Back")
self.toolbar.EnableTool(wx.ID_BACKWARD, False)
self.Bind(wx.EVT_MENU, self.onBack, backTool)
self.toolbar.AddSeparator()
forwardTool = self.toolbar.AddTool(wx.ID_FORWARD, "", forward_ico, "Forward")
self.toolbar.EnableTool(wx.ID_FORWARD, False)
self.Bind(wx.EVT_MENU, self.onForward, forwardTool)
self.toolbar.AddSeparator()
homeTool = self.toolbar.AddTool(wx.ID_HOME, "", home_ico, "Go Home")
self.toolbar.EnableTool(wx.ID_HOME, True)
self.Bind(wx.EVT_MENU, self.onHome, homeTool)
self.toolbar.AddSeparator()
self.searchTimer = None
self.searchScope = "Page Names"
self.searchMenu = wx.Menu()
item = self.searchMenu.Append(-1, "Search Scope")
item.Enable(False)
for i, txt in enumerate(["Page Names", "Manual Pages"]):
id = i + 10
self.searchMenu.Append(id, txt)
self.Bind(wx.EVT_MENU, self.onSearchScope, id=id)
self.search = wx.SearchCtrl(self.toolbar, 200, size=(200, -1), style=wx.WANTS_CHARS | wx.TE_PROCESS_ENTER)
self.search.ShowCancelButton(True)
self.search.SetMenu(self.searchMenu)
self.toolbar.AddControl(self.search)
self.Bind(wx.EVT_TEXT, self.onSearch, id=200)
self.Bind(wx.EVT_TEXT_ENTER, self.onSearchEnter, id=200)
self.Bind(wx.EVT_SEARCHCTRL_CANCEL_BTN, self.onSearchCancel, id=200)
self.toolbar.Realize()
self.status = wx.StatusBar(self, -1)
self.SetStatusBar(self.status)
if kind == "api":
self.doc_panel = ManualPanel_api(self)
self.doc_panel.getPage("Intro")
else:
self.doc_panel = ManualPanel_modules(self)
self.doc_panel.getPage("Modules")
self.menuBar = wx.MenuBar()
menu1 = wx.Menu()
menu1.Append(99, "Close\tCtrl+W")
self.menuBar.Append(menu1, 'File')
menu2 = wx.Menu()
menu2.Append(101, "Copy\tCtrl+C")
self.menuBar.Append(menu2, 'Text')
self.SetMenuBar(self.menuBar)
self.Bind(wx.EVT_MENU, self.copy, id=101)
self.Bind(wx.EVT_MENU, self.close, id=99)
self.Bind(wx.EVT_CLOSE, self.close)
def openPage(self, page):
self.doc_panel.getPage(page)
if not self.IsShownOnScreen():
self.Show()
self.Raise()
def setSearchFocus(self, evt):
self.search.SetFocus()
def onSearchEnter(self, evt):
return # TreeBook has no more a GetTreeCtrl method. Don't know how to retrieve it...
self.doc_panel.GetTreeCtrl().SetFocus()
def onSearch(self, evt):
if self.searchTimer is not None:
self.searchTimer.Stop()
self.searchTimer = wx.CallLater(200, self.doSearch)
def doSearch(self):
keyword = self.search.GetValue()
if keyword == "":
self.doc_panel.parse()
else:
if self.searchScope == "Page Names":
self.doc_panel.parseOnSearchName(keyword)
else:
self.doc_panel.parseOnSearchPage(keyword)
self.searchTimer = None
def onSearchCancel(self, evt):
self.search.SetValue("")
def onSearchScope(self, evt):
id = evt.GetId()
if id == 10:
self.searchScope = "Page Names"
else:
self.searchScope = "Manual Pages"
def copy(self, evt):
self.doc_panel.copy()
def close(self, evt):
self.Hide()
def setTitle(self, page):
if self.kind == "api":
self.SetTitle('API Documentation - %s' % page)
else:
self.SetTitle('Modules Documentation - %s' % page)
def history_check(self, back, forward):
self.toolbar.EnableTool(wx.ID_BACKWARD, back)
self.toolbar.EnableTool(wx.ID_FORWARD, forward)
def onBack(self, evt):
self.doc_panel.history_back()
def onForward(self, evt):
self.doc_panel.history_forward()
def onHome(self, evt):
search = self.search.GetValue()
if search != "":
self.search.SetValue("")
self.doc_panel.getPage("Intro")
self.doc_panel.collapseAll() cecilia/Resources/__pycache__/ 0000775 0001750 0001750 00000000000 15074672740 015401 5 ustar tvaz tvaz cecilia/Resources/__pycache__/TogglePopup.cpython-313.pyc 0000664 0001750 0001750 00000056615 15074672740 022367 0 ustar tvaz tvaz
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Copyright 2019 iACT, Universite de Montreal,
Jean Piche, Olivier Belanger, Jean-Michel Dumas
This file is part of Cecilia 5.
Cecilia 5 is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
Cecilia 5 is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with Cecilia 5. If not, see .
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Copyright 2019 iACT, Universite de Montreal,
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This file is part of Cecilia 5.
Cecilia 5 is free software: you can redistribute it and/or modify
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the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
Cecilia 5 is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with Cecilia 5. If not, see .
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the Free Software Foundation, either version 3 of the License, or
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Cecilia 5 is distributed in the hope that it will be useful,
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MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
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This is a simple light weight plotting module that can be used with
Boa or easily integrated into your own wxPython application. The
emphasis is on small size and fast plotting for large data sets. It
has a reasonable number of features to do line and scatter graphs
easily as well as simple bar graphs. It is not as sophisticated or
as powerful as SciPy Plt or Chaco. Both of these are great packages
but consume huge amounts of computer resources for simple plots.
They can be found at http://scipy.com
This file contains two parts; first the re-usable library stuff, then,
after a "if __name__=='__main__'" test, a simple frame and a few default
plots for examples and testing.
Based on wxPlotCanvas
Written by K.Hinsen, R. Srinivasan;
Ported to wxPython Harm van der Heijden, feb 1999
Major Additions Gordon Williams Feb. 2003 (g_will@cyberus.ca)
-More style options
-Zooming using mouse "rubber band"
-Scroll left, right
-Grid(graticule)
-Printing, preview, and page set up (margins)
-Axis and title labels
-Cursor xy axis values
-Doc strings and lots of comments
-Optimizations for large number of points
-Legends
Did a lot of work here to speed markers up. Only a factor of 4
improvement though. Lines are much faster than markers, especially
filled markers. Stay away from circles and triangles unless you
only have a few thousand points.
Times for 25, 000 points
Line - 0.078 sec
Markers
Square - 0.22 sec
dot - 0.10
circle - 0.87
cross, plus - 0.28
triangle, triangle_down - 0.90
Thanks to Chris Barker for getting this version working on Linux.
Zooming controls with mouse (when enabled):
Left mouse drag - Zoom box.
Left mouse double click - reset zoom.
Right mouse click - zoom out centred on click location.
N )*a
This module requires the NumPy module, which could not be imported.
It probably is not installed (it's not part of the standard Python
distribution). See the NumPy Python site (http://www.numpy.org/)
for information on downloading source or binaries.zNumPy not found.
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- All methods except __init__ are private.
blackr )rN widthstylerG c 0 [ R XU5 g)an Creates PolyLine object
points - sequence (array, tuple or list) of (x, y) points making up line
**attr - key word attributes
Defaults:
'colour'= 'black', - wx.Pen Colour any wx.Colour
'width'= 1, - Pen width
'style'= wx.SOLID, - wx.Pen style
'legend'= '' - Line Legend to display
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PolyMarker zQClass to define marker type and style
- All methods except __init__ are private.
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fillcolour fillstylemarkerrG c | [ R XU5 [ SSSS5 U l [ SSSS5 U l g)az Creates PolyMarker object
points - sequence (array, tuple or list) of (x, y) points
**attr - key word attributes
Defaults:
'colour'= 'black', - wx.Pen Colour any wx.Colour
'width'= 1, - Pen width
'size'= 2, - Marker size
'fillcolour'= same as colour, - wx.Brush Colour any wx.Colour
'fillstyle'= wx.SOLID, - wx.Brush fill style (use wx.TRANSPARENT for no fill)
'marker'= 'circle' - Marker shape
'legend'= '' - Marker Legend to display
Marker Shapes:
- 'circle'
- 'dot'
- 'square'
- 'triangle'
- 'triangle_down'
- 'cross'
- 'plus'
- 'bmp' ---> Cecilia 5 grapher marker
- 'bmpsel' ---> Cecilia 5 grapher selected marker
- 'none' ---> Cecilia 5 grapher non selected lines
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c | [ U5 [ [ 4; a [ S5 eXl X l X0l X@l g)zCreates PlotGraphics object
objects - list of PolyXXX objects to make graph
title - title shown at top of graph
xLabel - label shown on x-axis
yLabel - label shown on y-axis
z)objects argument should be list or tuple.N)typer tuple TypeErrorobjectstitlexLabelyLabel)r r r r r s r! r" PlotGraphics.__init__h s4 =u
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r$ c U R $ )zGet x axis label stringr rI s r! getXLabelPlotGraphics.getXLabel {{r$ c U R $ )zGet y axis label stringr rI s r! getYLabelPlotGraphics.getYLabel r r$ c U R $ )z!Get the title at the top of graphr r s r! getTitlePlotGraphics.getTitle s zzr$ c L U R H nUR U5 M g r& )r r )r r| r s r! r PlotGraphics.draw s A
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r$ c S/[ U 5 - n[ [ U 5 5 H" nU R U R 5 X' M$ U$ )z Returns list of legend namesN)r- ranger rJ )r lstis r! getLegendNamesPlotGraphics.getLegendNames sB fs4y s4y!A\\!_..0CF "
r$ c , [ U R 5 $ r& )r- r rI s r! __len__PlotGraphics.__len__ s 4<< r$ c U R U $ r& )r )r items r! __getitem__PlotGraphics.__getitem__ s ||D!!r$ )r r r r N)rl rl rl r_ )rl )ra rb rc rd re r" r) r? rD r r r r r r r r r r r rf rg r$ r! r r c sR $* !"r$ r c [ R " SSS5 n[ R " SSS5 n[ R " X5 n[ R " U5 nUR [ R
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PlotCanvasi z
Subclass of a wx.Panel which holds two scrollbars and the actual
plotting canvas (self.canvas). It allows for simple general plotting
of data with zoom, labels, and automatic axis scaling.r
plotCanvasc [ R R XX#XEU5 [ R " SSSS5 n[ R " XR 5 S9U l [ R " U S[ R S9U l U R R SSSS5 [ R " U S[ R S9U l U R R SSSS5 UR U R S[ R 5 UR U R S[ R 5 UR U R S[ R 5 UR S5 UR SS5 UR! SS5 U R R# S 5 U R R# S 5 U R% U5 U R' 5 S
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Copyright 2019 iACT, Universite de Montreal,
Jean Piche, Olivier Belanger, Jean-Michel Dumas
This file is part of Cecilia 5.
Cecilia 5 is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
Cecilia 5 is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with Cecilia 5. If not, see .
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Creates a SndTable object from the name of a cfilein widget.
A SndTable is a memory filled with the samples of the current audio file.
Parameters:
name : string
The name assigned to a cfilein widget in the Interface declaration.
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pitch, etc.)
Parameters:
pitch : float or PyoObject
External pitch control added to the value of the transposition slider.
amp : float or PyoObject
External amplitude control added to the value of the gain slider.
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Duplicates elements in a sequence according to the `num` parameter.
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multiplied by the number of voices from a cpoly or a splitter widget.
Parameters:
seq : list
List of values to duplicate.
num : int
Number of iteration for each value in the sequence.
Example:
freqs = duplicate([100, 200, 300], 4)
print(freqs)
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o1r; r c \ rS rSrS rS rSrg)CeciliaFilterPlugini c R [ R XX#5 U R S:X a SnSnOSnU R S-
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g )Nr r rX r boostr~ ) r; r4 rZ EQr> r_ rc rf r r rj r s r3 r4 CeciliaEQPlugin.__init__ s} tF: ;;! ECE++/C$))+DIIK^ab $**dkk59r; c Xl U R S:X a SU R l g U R S-
U R l SU R l g ri r rk s r3 rl CeciliaEQPlugin.setPreset r r; r Nr rA r; r3 r r r r; r c \ rS rSrS rS rSrg)CeciliaChorusPlugini c [ R XX#5 [ U R U R 5 U R 5 U R
5 U R - S9U l g )N)depthr r ) r; r4 Chorusr> rc rf r_ rZ rj r s r3 r4 CeciliaChorusPlugin.__init__ sJ tF:$**DIIK$))+SWS\S\S^aealalSlmr; c h Xl U R 5 U R - U R l g r7 r rk s r3 rl CeciliaChorusPlugin.setPreset r r; r Nr rA r; r3 r r s
n1r; r c \ rS rSrS rSrg)CeciliaEQ3BPlugini c [ R XX#5 U R S:X a SnOSn[ U R SSU R 5 SS9U l [ U R SSU R 5 SS9U l [ U R SSU R 5 SS9U l
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currentModulezAudio server stop: end
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Copyright 2019 iACT, Universite de Montreal,
Jean Piche, Olivier Belanger, Jean-Michel Dumas
This file is part of Cecilia 5.
Cecilia 5 is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
Cecilia 5 is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with Cecilia 5. If not, see .
a
BaseModule_API
Here are the explanations about the processing class under every cecilia5 module.
# Declaration of the module's class
Every module must contain a class named 'Module', where the audio processing
will be developed. In order to work properly inside the environment, this
class must inherit from the `BaseModule` class, defined inside the Cecilia
source code. The BaseModule's internals create all links between the interface
and the module's processing. A Cecilia module must be declared like this:
###########################################################################
class Module(BaseModule):
'''
Module's documentation
'''
def __init__(self):
BaseModule.__init__(self)
### Here comes the processing chain...
###########################################################################
The module file will be executed in an environment where both `BaseModule` and
`pyo` are already available. No need to import anything specific to define the
audio process of the module.
# Module's output
The last object of the processing chain (ie the one producing the output sound)
must be called 'self.out'. The audio server gets the sound from this variable
and sends it to the Post-Processing plugins and from there, to the soundcard.
Here is an example of a typical output variable, where 'self.snd' is the dry
sound and 'self.dsp' is the processed sound. 'self.drywet' is a mixing slider
and 'self.env' is the overall gain from a grapher's line:
###########################################################################
self.out = Interp(self.snd, self.dsp, self.drywet, mul=self.env)
###########################################################################
# Module's documentation
The class should provide a __doc__ string giving relevant information about
the processing implemented by the module. The user can show the documentation
by selecting 'Help Menu' ---> 'Show Module Info'. Here is an example:
###########################################################################
'''
"Convolution brickwall lowpass/highpass/bandpass/bandstop filter"
Description
Convolution filter with a user-defined length sinc kernel. This
kind of filters are very CPU expensive but can give quite good
stopband attenuation.
Sliders
# Cutoff Frequency :
Cutoff frequency, in Hz, of the filter.
# Bandwidth :
Bandwith, in Hz, of the filter.
Used only by bandpass and pnadstop filters.
# Filter Order :
Number of points of the filter kernel. A longer kernel means
a sharper attenuation (and a higher CPU cost). This value is
only available at initialization time.
Graph Only
# Overall Amplitude :
The amplitude curve applied on the total duration of the performance
Popups & Toggles
# Filter Type :
Type of the filter (lowpass, highpass, bandpass, bandstop)
# Balance :
Compression mode. Off, balanced with a fixed signal
or balanced with the input source.
# Polyphony Voices :
Number of voices played simultaneously (polyphony),
only available at initialization time
# Polyphony Spread :
Pitch variation between voices (chorus),
only available at initialization time
'''
###########################################################################
Public Attributes
These are the attributes, defined in the BaseModule class, available to the
user to help in the design of his custom modules.
# self.sr :
Cecilia's current sampling rate.
# self.nchnls :
Cecilia's current number of channels.
# self.totalTime :
Cecilia's current duration.
# self.filepath :
Path to the directory where is saved the current cecilia file.
# self.number_of_voices :
Number of voices from the cpoly widget.
# self.polyphony_spread :
List of transposition factors from the cpoly widget.
# self.polyphony_scaling :
Amplitude value according to polyphony number of voices.
Public Methods
These are the methods, defined in the BaseModule class, available to the
user to help in the design of his custom modules.
# self.addFilein(name) :
Creates a SndTable object from the name of a cfilein widget.
# self.addSampler(name, pitch, amp) :
Creates a sampler/looper from the name of a csampler widget.
# self.getSamplerDur(name) :
Returns the duration of the sound used by the sampler `name`.
# self.duplicate(seq, num) :
Duplicates elements in a sequence according to the `num` parameter.
# self.setGlobalSeed(x) :
Sets the Server's global seed used by objects from the random family.
Template
This template, saved in a file with the extension '.c5', created a basic
module where a sound can be load in a sampler for reading, with optional
polyphonic playback. A graph envelope modulates the amplitude of the sound
over the performance duration.
###########################################################################
class Module(BaseModule):
'''
Module's documentation
'''
def __init__(self):
BaseModule.__init__(self)
### get the sound from a sampler/looper
self.snd = self.addSampler('snd')
### mix the channels and apply the envelope from the graph
self.out = Mix(self.snd, voices=self.nchnls, mul=self.env)
Interface = [
csampler(name='snd'),
cgraph(name='env', label='Amplitude', func=[(0,1),(1,1)], col='blue1'),
cpoly()
]
###########################################################################
zh
Interface_API
The next functions describe every available widgets for building a Cecilia5 interface.
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"Creates a popup menu to load a soundfile in a table"
Initline
cfilein(name='filein', label='Audio', help='')
Description
This interactive menu allows the user to import a soundfile into the
processing module. When the user chooses a sound using the interface,
Cecilia will scan the whole folder for soundfiles. A submenu containing
all soundfiles present in the folder will allow a quicker access to them
later on.
More than one cfilein can be defined in a module. They will appear under
the input label in the left side panel of the main window, in the order
defined.
In the processing class, use the BaseModule's method `addFilein` to
retrieve the SndTable filled with the selected sound.
>>> BaseModule.addFilein(name)
For a cfilein created with name='mysound', the table is retrieved
using a call like this one:
>>> self.table = self.addFilein('mysound')
Parameters
# name : str
A string passed to the parameter `name` of the BaseModule.addFilein
method. This method returns a SndTable object containing Cecilia's
number of channels filled with the selected sound in the interface.
# label : str
Label shown in the interface.
# help : str
Help string shown in the widget's popup tooltip.
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"Creates a popup menu to load a soundfile in a sampler"
Initline
csampler(name='sampler', label='Audio', help='')
Description
This menu allows the user to choose a soundfile for processing in the
module. More than one csampler can be defined in a module. They will
appear under the input label in the left side panel of the main window,
in the order they have been defined. When the user chooses a sound using
the interface, Cecilia will scan the whole folder for soundfiles. A
submenu containing all soundfiles present in the folder will allow a
quicker access to them later on. Loop points, pitch and amplitude
parameters of the loaded soundfile can be controlled by the csampler
window that drops when clicking the triangle just besides the name of
the sound.
A sampler returns an audio variable containing Cecilia's number of
output channels regardless of the number of channels in the soundfile.
A distribution algorithm is used to assign X number of channels to Y
number of outputs.
In the processing class, use the BaseModule's method `addSampler` to
retrieve the audio variable containing all channels of the looped sound.
>>> BaseModule.addSampler(name, pitch, amp)
For a csampler created with name='mysound', the audio variable is
retrieved using a call like this one:
>>> self.snd = self.addSampler('mysound')
Audio LFOs on pitch and amplitude of the looped sound can be passed
directly to the addSampler method:
>>> self.pitlf = Sine(freq=.1, mul=.25, add=1)
>>> self.amplf = Sine(freq=.15, mul=.5, add=.5)
>>> self.snd = self.addSampler('mysound', self.pitlf, self.amplf)
Parameters
# name : str
A string passed to the parameter `name` of the BaseModule.addSampler
method. This method returns a Mix object containing Cecilia's
number of channels as audio streams from a Looper object
controlled with the sampler window of the interface.
# label : str
Label shown in the interface.
# help : str
Help string shown in the sampler popup's tooltip.
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"Creates two popup menus used as polyphony manager"
Initline
cpoly(name='poly', label='Polyphony', min=1, max=10, init=1, help='')
Description
cpoly is a widget conceived to help manage the voice polyphony of a
module. cpoly comes with a popup menu that allows the user to choose how
many instances (voices) of a process will be simultaneously playing. It
also provides another popup to choose the type of polyphony (phasing,
chorus, out-of-tune or one of the provided chords).
cpoly has two values that are passed to the processing module: the number
of voices and the voice spread. The number of voices can be collected
using `self.number_of_voices`. `self.polyphony_spread` gives access to
the transposition factors defined by the type of polyphony.
If a csampler is used, you don't need to take care of polyphony, it's
automatically handled inside the csampler. Without a csampler, user can
retrieve polyphony popups values with these builtin reserved
variables :
# self.number_of_voices : int
Number of layers of polyphony
# self.polyphony_spread : list of floats
Transposition factors as a list of floats
# self.polyphony_scaling : float
An amplitude factor based on the number of voices
Notes
The cpoly interface object and its associated variables can be used in
the dsp module any way one sees fit.
No more than one `cpoly` can be declared in a module.
Parameters
# name : str
Name of the widget.
# label : str
Label shown in the interface.
# min : int
Minimum value for the number of layers slider.
# max : int
Maximum value for the number of layers slider.
# init : int
Initial value for the number of layers slider.
# help : str
Help string shown in the cpoly tooltip.
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"Creates a graph only automated parameter or a shapeable envelope"
Initline
cgraph(name='graph', label='Envelope', min=0.0, max=1.0, rel='lin',
table=False, size=8192, unit='x', curved=False,
func=[(0, 0.), (.01, 1), (.99, 1), (1, 0.)], col='red')
Description
A graph line represents the evolution of a variable during a Cecilia
performance. The value of the graph is passed to the module with a
variable named `self.name`. The 'func' argument defines an initial
break-point line shaped with time/value pairs (floats) as a list. Time
values must be defined from 0 to 1 and are multiplied by the total_time
of the process. When True, the 'table' argument writes the graph line in
a PyoTableObject named with the variable `self.name`. The graph can then
be used for any purpose in the module by recalling its variable. The
`col` argument defines the color of the graph line using a color value.
Parameters
# name : str
Name of the grapher line.
# label : str
Label shown in the grapher popup.
# min : float
Minimum value for the Y axis.
# max : float
Maximum value for the Y axis.
# rel : str {'lin', 'log'}
Y axis scaling.
# table : boolean
If True, a PyoTableObject will be created instead of a
control variable.
# size : int
Size, in samples, of the PyoTableObject.
# unit : str
Unit symbol shown in the interface.
# curved : boolean
If True, a cosinus segments will be drawn between points.
The curved mode can be switched by double-click on the curve
in the grapher. Defaults to Flase
# func : list of tuples
Initial graph line in break-points (serie of time/value points).
Times must be in increasing order between 0 and 1.
# col : str
Color of the widget.
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"Creates a slider, and its own graph line, for time-varying controls"
Initline
cslider(name='slider', label='Pitch', min=20.0, max=20000.0, init=1000.0,
rel='lin', res='float', gliss=0.025, unit='x', up=False,
func=None, midictl=None, half=False, col='red', help='')
Description
When created, the slider is stacked in the slider pane of the main Cecilia
window in the order it is defined. The value of the slider is passed to
the module with a variable named `self.name`. The `up` argument passes
the value of the slider on mouse up if set to True or continuously if set
to False. The `gliss` argument determines the duration of the portamento
(in seconds) applied between values. The portamento is automatically set
to 0 if `up` is True. The resolution of the slider can be set to int or
float using the `res` argument. Slider color can be set using the `col`
argument and a color value. However, sliders with `up` set to True are
greyed out and the `col` argument is ignored.
If `up` is set to True, the cslider will not create an audio rate signal,
but will call a method named `widget_name` + '_up'. This method must be
defined in the class `Module`. For a cslider with the name 'grains', the
method should be declared like this:
>>> def grains_up(self, value):
Every time a slider is defined with `up` set to False, a corresponding
graph line is automatically defined for the grapher in the Cecilia
interface. The recording and playback of an automated slider is linked
to its graph line.
Parameters
# name : str
Name of the slider.
# label : str
Label shown in the slider label and the grapher popup.
# min : float
Minimum value of the slider.
# max : float
Maximum value of the slider.
# init : float
Slider's initial value.
# rel : str {'lin', 'log'}
Slider scaling. Defaults to 'lin'.
# res : str {'int', 'float'}
Slider resolution. Defaults to 'float'
# gliss : float
Portamento between values in seconds. Defaults to 0.025.
# unit : str
Unit symbol shown in the interface.
# up : boolean
Value passed on mouse up if True. Defaults to False.
# func : list of tuples
Initial automation in break-points format (serie of time/value
points). Times must be in increasing order between 0 and 1.
# midictl : int
Automatically map a midi controller to this slider.
Defaults to None.
# half : boolean
Determines if the slider is full-width or half-width. Set to True
to get half-width slider. Defaults to False.
# col : str
Color of the widget.
# help : str
Help string shown in the cslider tooltip.
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"Two-sided slider, with its own graph lines, for time-varying controls"
Initline
crange(name='range', label='Pitch', min=20.0, max=20000.0,
init=[500.0, 2000.0], rel='log', res='float', gliss=0.025,
unit='x', up=False, func=None, midictl=None, col='red', help='')
Description
This function creates a two-sided slider used to control a minimum and
a maximum range at the sime time. When created, the range slider is
stacked in the slider pane of the main Cecilia window in the order it
is defined. The values of the range slider are passed to the module
with a variable named `self.name`. The range minimum is collected using
`self.name[0]` and the range maximum is collected using `self.name[1]`.
The `up` argument passes the values of the range on mouse up if set to
True or continuously if set to False. The `gliss` argument determines
the duration of the portamento (in sec) applied on a new value. The
resolution of the range slider can be set to 'int' or 'float' using the
`res` argument. Slider color can be set using the `col` argument and a
color value. However, sliders with `up` set to True are greyed out and
the `col` argument is ignored.
Every time a range slider is defined, two graph lines are automatically
defined for the grapher in the Cecilia interface. One is linked to the
minimum value of the range, the other one to the maximum value of the
range. The recording and playback of an automated slider is linked to its
graph line.
Notes
In order to quickly select the minimum value (and graph line), the user
can click on the left side of the crange label, and on the right side of
the label to select the maximum value (and graph line).
Parameters
# name : str
Name of the range slider.
# label : str
Label shown in the crange label and the grapher popup.
# min : float
Minimum value of the range slider.
# max : float
Maximum value of the range slider.
# init : list of float
Range slider minimum and maximum initial values.
# rel : str {'lin', 'log'}
Range slider scaling. Defaults to 'lin'.
# res : str {'int', 'float'}
Range slider resolution. Defaults to 'float'
# gliss : float
Portamento between values in seconds. Defaults to 0.025.
# unit : str
Unit symbol shown in the interface.
# up : boolean
Value passed on mouse up if True. Defaults to False.
# func : list of list of tuples
Initial automation in break-points format (serie of time/value
points). Times must be in increasing order between 0 and 1.
The list must contain two lists of points, one for the minimum
value and one for the maximum value.
# midictl : list of int
Automatically map two midi controllers to this range slider.
Defaults to None.
# col : str
Color of the widget.
# help : str
Help string shown in the crange tooltip.
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"Creates a multi-knobs slider used to split the spectrum in sub-regions"
Initline
csplitter(name='splitter', label='Pitch', min=20.0, max=20000.0,
init=[500.0, 2000.0, 5000.0], rel='log', res='float',
gliss=0.025, unit='x', up=False, num_knobs=3, col='red', help='')
Description
When created, the splitter is stacked in the slider pane of the main
Cecilia window in the order it is defined. The values of the splitter
slider are passed to the module with a variable named `self.name`. The
knob values are collected using `self.name[0]` to `self.name[num-knobs-1]`.
The `up` argument passes the values of the splitter on mouse up if set to
True or continuously if set to False. The `gliss` argument determines the
duration of the portamento (in seconds) applied between values. The
resolution of the splitter slider can be set to int or float using the
`res` argument. The slider color can be set using the `col` argument and
a color value. However, sliders with `up` set to True are greyed out and
the `col` argument is ignored.
The csplitter is designed to be used with the FourBand() object in
order to allow multi-band processing. Although the FourBand() parameters
can be changed at audio rate, it is not recommended. This filter is CPU
intensive and can have erratic behavior when boundaries are changed too
quickly.
Parameters
# name : str
Name of the splitter slider.
# label : str
Label shown in the csplitter label.
# min : float
Minimum value of the splitter slider.
# max : float
Maximum value of the splitter slider.
# init : list of float
Splitter knobs initial values. List must be of length `num_knobs`.
Defaults to [500.0, 2000.0, 5000.0].
# rel : str {'lin', 'log'}
Splitter slider scaling. Defaults to 'lin'.
# res : str {'int', 'float'}
Splitter slider resolution. Defaults to 'float'
# gliss : float
Portamento between values in seconds. Defaults to 0.025.
# unit : str
Unit symbol shown in the interface.
# up : boolean
Value passed on mouse up if True. Defaults to False.
# num_knobs : int
Number of junction knobs. Defaults to 3.
# col : str
Color of the widget.
# help : str
Help string shown in the csplitter tooltip.
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a
"Creates a two-states button"
Initline
ctoggle(name='toggle', label='Start/Stop', init=True, rate='k',
stack=False, col='red', help='')
Description
A toggle button is a two-states switch that can be used to start and stop
processes.
If `rate` argument is set to 'i', a built-in reserved variable is created
at initialization time. The variable's name is constructed like this :
>>> self.widget_name + '_value'
If `name` is set to 'foo', the variable's name will be:
>>> self.foo_value
If `rate` argument is set to 'k', a module method using one argument
must be defined with the name `name`. If `name` is set to 'foo', the
function should be defined like this :
>>> def foo(self, value):
value is an integer (0 or 1).
Parameters
# name : str
Name of the widget used to defined the function or the
reserved variable.
# label : str
Label shown in the interface.
# init : int
Initial state of the toggle.
# rate : str {'k', 'i'}
Indicates if the toggle is handled at initialization time only
('i') with a reserved variable or with a function ('k') that can
be called at any time during playback.
# stack : boolean
If True, the toggle will be added on the same row as the last
toogle with stack=True and a label not empty. Defaults to False.
# col : str
Color of the widget.
# help : str
Help string shown in the toggle tooltip.
r ctoggler r r ratestackr$ r r )r r r rA rB r$ r r s r r@ r@ sE j 9
CKLKKLJK Jr
popupChooser)1234rE c r SS0nXS' XS' U Vs/ s H oPM snUS' X7S' XGS' XWS' XgS ' U$ s snf )
a
"Creates a popup menu offering a limited set of choices"
Initline
cpopup(name='popup', label='Chooser', value=['1', '2', '3', '4'],
init='1', rate='k', col='red', help='')
Description
A popup menu offers a limited set choices that are available to modify
the state of the current module.
If `rate` argument is set to 'i', two built-in reserved variables are
created at initialization time. The variables' names are constructed
like this :
>>> self.widget_name + '_index' for the selected position in the popup.
>>> self.widget_name + '_value' for the selected string in the popup.
If `name` is set to 'foo', the variables names will be:
>>> self.foo_index (this variable is an integer)
>>> self.foo_value (this variable is a string)
If `rate` argument is set to 'k', a module method using two arguments
must be defined with the name `name`. If `name` is set to 'foo', the
function should be defined like this :
>>> def foo(self, index, value):
>>> index -> int
>>> value -> str
Parameters
# name : str
Name of the widget.
Used to defined the function or the reserved variables.
# label : str
Label shown in the interface.
# value : list of strings
An array of strings with which to initialize the popup.
# init : int
Initial state of the popup.
# rate : str {'k', 'i'}
Indicates if the popup is handled at initialization time only
('i') with reserved variables or with a function ('k') that can
be called at any time during playback.
# col : str
Color of the widget.
# help : str
Help string shown in the popup tooltip.
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"Creates a button that can be used as an event trigger"
Initline
cbutton(name='button', label='Trigger', col='red', help='')
Description
A button has no state, it only sends a trigger when it is clicked.
When the button is clicked, a function is called with the current
state of the mouse (down or up) as argument.
If `name` is set to 'foo', the function should be defined like this :
>>> def foo(self, value):
value is True on mouse pressed and False on mouse released.
Parameters
# name : str
Name of the widget. Used to defined the function.
# label : str
Label shown in the interface.
# col : str
Color of the widget.
# help : str
Help string shown in the button tooltip.
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a
"Creates a list entry useful to generate list of arbitrary values"
Initline
cgen(name='gen', label='Wave shape', init=[1,0,.3,0,.2,0,.143,0,.111],
rate='k', popup=None, col='red', help='')
Description
Widget that can be used to create a list of floating-point values. A
left click on the widget will open a floating window to enter the desired
values. Values can be separated by commas or by spaces.
If `rate` argument is set to 'i', a built-in reserved variable is created
at initialization time. The variable name is constructed like this :
>>> self.widget_name + '_value' for retrieving a list of floats.
If `name` is set to 'foo', the variable name will be:
>>> self.foo_value (this variable is a list of floats)
If `rate` argument is set to 'k', a module method using one argument
must be defined with the name `name`. If `name` is set to 'foo', the
function should be defined like this :
>>> def foo(self, value):
>>> value -> list of strings
Parameters
# name : str
Name of the widget.
Used to defined the function or the reserved variable.
# label : str
Label shown in the interface.
# init : list of floats
An array of number, separated with commas, with which to
initialize the widget.
# rate : str {'k', 'i'}
Indicates if the widget is handled at initialization time only
('i') with a reserved variable or with a function ('k') that can
be called at any time during playback.
# popup : tuple (str, int) -> (popup's name, index)
If a tuple is specified, and cgen is modified, the popup will
be automatically set to the given index.
# col : str
Color of the widget.
# help : str
Help string shown in the widget's tooltip.
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Copyright 2019 iACT, Universite de Montreal,
Jean Piche, Olivier Belanger, Jean-Michel Dumas
This file is part of Cecilia 5.
Cecilia 5 is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
Cecilia 5 is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with Cecilia 5. If not, see .
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Copyright 2011 iACT, Universite de Montreal, Jean Piche, Olivier Belanger, Jean-Michel Dumas
This file is part of Cecilia 5.
Cecilia 5 is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
Cecilia 5 is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with Cecilia 5. If not, see .
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Copyright 2019 iACT, Universite de Montreal,
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This file is part of Cecilia 5.
Cecilia 5 is free software: you can redistribute it and/or modify
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the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
Cecilia 5 is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
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GNU General Public License for more details.
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Copyright 2011 iACT, Universite de Montreal,
Jean Piche, Olivier Belanger, Jean-Michel Dumas
This file is part of Cecilia 5.
Cecilia 5 is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
Cecilia 5 is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with Cecilia 5. If not, see .
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Copyright 2019 iACT, Universite de Montreal,
Jean Piche, Olivier Belanger, Jean-Michel Dumas
This file is part of Cecilia 5.
Cecilia 5 is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
Cecilia 5 is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with Cecilia 5. If not, see .
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Copyright 2019 iACT, Universite de Montreal,
Jean Piche, Olivier Belanger, Jean-Michel Dumas
This file is part of Cecilia 5.
Cecilia 5 is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
Cecilia 5 is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with Cecilia 5. If not, see .
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Copyright 2011 iACT, Universite de Montreal,
Jean Piche, Olivier Belanger, Jean-Michel Dumas
This file is part of Cecilia 5.
Cecilia 5 is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
Cecilia 5 is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with Cecilia 5. If not, see .
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Copyright 2019 iACT, Universite de Montreal,
Jean Piche, Olivier Belanger, Jean-Michel Dumas
This file is part of Cecilia 5.
Cecilia 5 is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
Cecilia 5 is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with Cecilia 5. If not, see .
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Copyright 2019 iACT, Universite de Montreal,
Jean Piche, Olivier Belanger, Jean-Michel Dumas
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the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
Cecilia 5 is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with Cecilia 5. If not, see .
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Copyright 2019 iACT, Universite de Montreal,
Jean Piche, Olivier Belanger, Jean-Michel Dumas
This file is part of Cecilia 5.
Cecilia 5 is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
Cecilia 5 is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with Cecilia 5. If not, see .
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Copyright 2011 iACT, Universite de Montreal,
Jean Piche, Olivier Belanger, Jean-Michel Dumas
This file is part of Cecilia 5.
Cecilia 5 is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
Cecilia 5 is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with Cecilia 5. If not, see .
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17 - Ninth)r r5 rH rQ rU z
14 - Minor 11)r r< rH rQ z 04 - Serial) r r r; r< r5 rF rG rH rT rQ rR z
05 - Whole T.)r r; r5 rG rW rQ z 01 - Phasing)
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ף?re )g r@r` rq )g q@rc ra )g p@rv rh )g @p@rw re ) orange1orange2orange3orange4purplepurple1purple2purple3purple4zuTRANSPORT
Triangle: Launch playback. Click again to stop.
Circle: Realtime recording of the output sound to a file.
z"CLOCKER
Current time of playback.
a SOUND SELECTOR
Select source sound.
Click on the popup to open a standard dialog to choose the soundfile to play.
Click on the triangle to open the popup window with pre-loaded soundifles.
Right-click on the popup to open a "recently used soundfiles" popup window.
a MODULE'S INPUT MODE
1 - Soundfile: load a soundfile in a sampler or a table.
2 - Mic: use the live input signal to feed the module's processing.
Only available with a csampler.
3 - Mic 1: use the live input signal to fill (only once at the beginning
of the playback) a sampler buffer or a table.
4 - Mic (circular): use a double buffer to continuously fill the sampler
with new samples from the live input sound. Only available with a csampler.
zOUTPUT TOOLS
Speaker: Play sound in Player app.
Scissors: Edit sound in Editor app.
Arrows: Use last output sound as source sound.
zINPUT TOOLS
Speaker: Play loaded sound in Player app.
Scissors: Edit loaded sound in Editor app.
Triangle: Toggle for source sound controls.
zINPUT CONTROL TOOLS
Speaker: Play loaded sound in Player app.
Scissors: Edit loaded sound in Editor app.
Clock: Set duration of output to source sound duration.
zGRAPHER LINE TOOLS
Floppy: Save current line parameters to the disk.
Folder: Load current line parameters from disk.
Arrow: Reinitialize current line parameters.
Eye: Show/Hide current line on grapher.
z PRESET
Choose a preset to load.
zPRESET MANAGEMENT
Floppy: Save a preset.
X: Delete a preset.
When saving or deleting a preset, you'll be asked to save the module.
zJOUTPUT FILE
Name of output file.
Click to open a standard saving dialog.
zpDURATION SLIDER
Set duration of output.
Shift-click or double-click in slider knob to set value from keyboard.
zrGLOBAL GAIN SLIDER
Adjust gain of output.
Shift-click or double-click in slider knob to set value from keyboard.
z6OUTPUT CHANNELS
Select number of channels for output.
zHPEAK DISPLAY
Displays peak amplitude of output.
Double-click to reset.
z4GRAPHER SELECTOR
Select parameter line for editing.
zHRECORDING RESOLUTION
Adjust resolution of recorded automation on graph.
zGRAPHER EDITING TOOLS
Arrow: Use pointer tool - shortcut = "v".
Magnifying glass: Use zoom tool - shortcut = "z".
Hand: Use hand tool - shortcut = "h".
Pencil: Use pencil tool - shortcut = "p".
zGRAPHER LINE GENERATORS
Rand line: Use stochastic function generators.
Sine wave: Use waveform function generators.
Gears: Use function processors.
zSLIDER LABEL
Show the parameter's name.
Click to select in grapher.
Shift-click to solo in grapher.
Right-click starts midi learn.
Shift-Right-click removed midi binding.
Double-click to set OSC bindings.
zSLIDER AUTOMATION CONTROLS
Triangle: Playback controls.
- Dark green: Off
- Light green: Play with visual update
- Yellow: Play without visual update.
Circle: Record movements of this slider.
zSLIDER DISPLAY
Show the parameter's value
Click in to enter value from keyboard.
Click and scroll on value to increment/decrement,
left<->right position of the mouse controls the increment size.
az RANGE SLIDER LABEL
Show the parameter's name.
Functions listed below apply to the minimum value if the
click is on the left side of label and to the maximum
value if the click is on the right side of label.
Click to select in grapher.
Shift-click to solo in grapher.
Right-click starts midi learn.
Shift-Right-click removed midi binding.
Double-click to set OSC bindings.
zRANGE SLIDER DISPLAY
Show the parameter's value
Click in to enter value from keyboard. Two values,
separated by a coma, must be given.
ztSPLITTER SLIDER LABEL
Show the parameter's name.
Splitter slider sends its values on the mouse release (mouse up).
zSPLITTER SLIDER DISPLAY
Show the parameter's value
Click in to enter value from keyboard. Three values,
separated by a coma, must be given.
z8OFFSET SLIDER
Offset time in seconds into source sound.
z LOOP MODE
Direction of loop.
zLCROSSFADE SHAPE
Shape of the crossfade. Linear, equal power or sine/cosine.
zfSTART FROM LOOP
If checked, start directly from loop in point (instead of the beginning of the file).
zLOOP IN SLIDER
Set loop in point in seconds.
Right-click on the label to start midi learn.
Shift-Right-click on the label to remove midi binding.
Double-click on the label to set OSC bindings.
zLOOP DURATION SLIDER
Set loop duration in seconds.
Right-click on the label to start midi learn.
Shift-Right-click on the label to remove midi binding.
Double-click on the label to set OSC bindings.
zCROSSFADE DURATION SLIDER
Set duration of loop crossfade in percent.
Right-click on the label to start midi learn.
Shift-Right-click on the label to remove midi binding.
Double-click on the label to set OSC bindings.
zGAIN SLIDER
Set input gain of source sound.
Right-click on the label to start midi learn.
Shift-Right-click on the label to remove midi binding.
Double-click on the label to set OSC bindings.
zTRANSPOSITION SLIDER
Set transposition of source sound.
Right-click on the label to start midi learn.
Shift-Right-click on the label to remove midi binding.
Double-click on the label to set OSC bindings.
zSLIDER AUTOMATION CONTROLS
Triangle: Playback controls.
- Dark green: Off
- Yellow: Play without visual update.
Circle: Record movements of this slider.
z'ALGORITHM
Type of random distribution.
z3INTERPOLATION
Interpolation method between points.
z9POINTS
Number of points over which to draw the function.
z4MIN
Minimum value (mapped over range of parameter).
z4MAX
Maximum value (mapped over range of parameter).
z*X1
Distribution specific first parameter.
z+X2
Distribution specific second parameter.
z0WAVE TYPE
Waveshape of the function generation.
zPAMPLITUDE
Amplitude of the waveform, centered around the middle of the grapher.
z-WAVEFORM FREQUENCY
Number of cycles to draw.
z.WAVEFORM PHASE
Initial phase of the waveform.
zFPULSE WIDTH
Pulse width of the waveform (duty cycle when it applies).
z(ALGORITHM
Type of the processor to use.
z*SCATTER X
Amount of horizontal deviation.
z(SCATTER Y
Amount of vertical deviation.
z OFFSET X
Horizontal offset.
zOFFSET Y
Vertical offset.
a GRAPHER BINDINGS
Pointer tool:
- Click and drag line to move it horizontally.
- Shift+Click on line to add a point.
- Double-click on line to toggle curved mode.
- Click on point or drag to select points.
- Click and drag to move point or selected points.
- Dragging with Alt key clips horizontal position.
- Dragging with Shift+Alt clips vertical position.
- Double-click anywhere to add point.
- Delete key to delete selected points.
Pencil tool:
- Click anywhere to add point.
- Click and drag to add multiple points.
Zoom tool:
- Click and drag to zoom a region.
- Escape key to reset zoom level.
Hand tool:
- When zoomed, click and drag to move the view.z4POPUP
Choose amongst a predefined list of elements.
z?TOGGLE
Two states button usually used to start/stop processes.
zJBUTTON
A simple trigger.
Both mouse down and mouse up trigger an event.
zCLIST GENERATOR
List entry, useful to send list of discreet values.
z8POLYPHONY VOICES
Number of independent notes generated.
z9POLYPHONY CHORDS
Pitch mapping between individual notes.
zPOST_PROCESSING
Choose a post-processing module.
Parameters appear on the left buttons.
Signal routing is from top to bottom.
( __doc__ossysimages BUILD_RSTAPP_NAME APP_VERSION
APP_COPYRIGHTFILE_EXTENSIONplatform
FILE_ENCODINGgetdefaultencodingDEFAULT_ENCODINGgetfilesystemencodingENCODINGgetcwdRESOURCES_PATHenvironpathjoinisdirgetenv
expanduserTMP_PATHmkdirRECENT_FILE_PATHisfileopenfclose PRESETS_PATHAUTOMATION_SAVE_PATHDOC_PATHPREFERENCES_FILE MODULES_PATHSPLASH_FILE_PATHMODULE_COMPILE_BACKUP_PATHMODULE_RUNTIME_BACKUP_PATHcatalog ICON_VUMETERICON_VUMETER_DARKICON_PLUGINS_KNOBICON_PLUGINS_KNOB_DISABLEICON_PLUGINS_ARROW_UPICON_PLUGINS_ARROW_UP_HOVERICON_PLUGINS_ARROW_DOWN ICON_PLUGINS_ARROW_DOWN_HOVER ICON_TB_LOADICON_TB_LOAD_OVER ICON_TB_SAVEICON_TB_SAVE_OVER
ICON_TB_RESETICON_TB_RESET_OVER ICON_TB_SHOWICON_TB_SHOW_OVER ICON_TB_HIDEICON_TB_HIDE_OVERICON_TB_RECYCLEICON_TB_RECYCLE_OVER ICON_TB_PLAYICON_TB_PLAY_OVER ICON_TB_EDITICON_TB_EDIT_OVER ICON_TB_OPENICON_TB_OPEN_OVER
ICON_TB_CLOSEICON_TB_CLOSE_OVER ICON_TB_TIMEICON_TB_TIME_OVERICON_TB_DELETEICON_TB_DELETE_OVERICON_RTB_POINTERICON_RTB_POINTER_OVERICON_RTB_POINTER_CLICKICON_RTB_PENCILICON_RTB_PENCIL_OVERICON_RTB_PENCIL_CLICK
ICON_RTB_ZOOMICON_RTB_ZOOM_OVERICON_RTB_ZOOM_CLICK
ICON_RTB_HANDICON_RTB_HAND_OVERICON_RTB_HAND_CLICKICON_PREF_AUDIOICON_PREF_AUDIO_OVERICON_PREF_AUDIO_CLICKICON_PREF_CECILIAICON_PREF_CECILIA_OVERICON_PREF_CECILIA_CLICKICON_PREF_FILERICON_PREF_FILER_OVERICON_PREF_FILER_CLICKICON_PREF_PATHICON_PREF_PATH_OVERICON_PREF_PATH_CLICKICON_PREF_MIDIICON_PREF_MIDI_OVERICON_PREF_MIDI_CLICKICON_PTB_PROCESSICON_PTB_PROCESS_OVERICON_PTB_RANDOMICON_PTB_RANDOM_OVERICON_PTB_WAVESICON_PTB_WAVES_OVERICON_INPUT_1_FILEICON_INPUT_2_LIVEICON_INPUT_3_MICICON_INPUT_4_MIC_RECIRCICON_XFADE_LINEARICON_XFADE_POWERICON_XFADE_SIGMOID ICON_MARIO1 ICON_MARIO2 ICON_MARIO3 ICON_MARIO4 ICON_MARIO5 ICON_MARIO6ICON_GRAPHER_BACKGROUNDICON_CECILIA_ABOUT_SMALLICON_DOC_PREVIOUS
ICON_DOC_NEXT ICON_DOC_UP
AUDIO_DRIVERS MIDI_DRIVERSPLUGINS_CHOICENUM_OF_PLUGINS SAMPLE_RATES
BIT_DEPTHS BUFFER_SIZESAUDIO_FILE_FORMATSAUDIO_FILE_WILDCARD POLY_CHORDSID_OPENID_OPEN_RANDOMID_SAVE ID_SAVEASID_UNDOID_REDOID_COPYID_PASTE
ID_SELECT_ALL ID_REMEMBER ID_PLAY_STOP ID_BOUNCEID_BATCH_FOLDERID_BATCH_PRESETID_USE_SOUND_DUR ID_USE_MIDIID_MARIOID_OPEN_RECENTID_OPEN_BUILTINID_OPEN_AS_TEXTID_UPDATE_INTERFACEID_SHOW_SPECTRUMID_MODULE_INFO ID_DOC_FRAMEID_GRAPH_FRAME
startswithCONTROLSLIDER_FONT
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SPLITTER_FONTLIST_ENTRY_FONTBACKGROUND_COLOURGRAPHER_BACK_COLOURTITLE_BACK_COLOURSECTION_TITLE_COLOUR WHITE_COLOURLIGHTGREY_COLOUR GREY_COLOUR BLACK_COLOUR
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TT_INPUT_MODETT_OUTPUT_TOOLSTT_INPUT_TOOLSTT_CFILEIN_TOOLSTT_GRAPHER_TOOLS TT_PRESETTT_PRESET_TOOLS TT_OUTPUT
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Copyright 2019 iACT, Universite de Montreal,
Jean Piche, Olivier Belanger, Jean-Michel Dumas
This file is part of Cecilia 5.
Cecilia 5 is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
Cecilia 5 is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with Cecilia 5. If not, see .
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