def __init__(self, master, param, editor):
"""
Create new OscFrequencyControl object.
Widgets are not automatically added to the Tk master. Call the
layout method to place widgets using a default layout.
ARGS:
param - String, SC synth parameter.
editor - An instance of TkSubEditor
master - Tk container.
"""
print("DEPRECIATION WARNING: OscFrequencyControl")
super(OscFrequencyControl, self).__init__(param, editor, master)
octaves = [(3, "+3"),(2, "+2"),(1, "+1"),(0, " 0"),
(-1,"-1"),(-2,"-2"),(-3,"-3")]
self.var_octave = tk.StringVar() # Octave number -3 ... +3
self.var_transpose = tk.IntVar() # Transpose steps, 0 ... 11
self.var_detune = tk.IntVar() # Detune in cents 0 ... 99
self.var_zero = tk.IntVar() # 0 -> osc != 0, 1 -> osc freq = 0
self.var_octave.set(0)
self.var_transpose.set(0)
self.var_detune.set(0)
self.var_zero.set(0)
self._radio_buttons = []
for value, text in octaves:
rb = factory.radio(master, text, self.var_octave, value,
command = self.callback,
ttip = "%s octave" % param)
widget_key = "radio-octave-%d" % value
self._widgets[widget_key] = rb
self._radio_buttons.append(rb)
rb.bind("<Enter>", self.enter_callback)
s_step = factory.scale(master, from_=11, to=0,
var = self.var_transpose,
command = self.callback,
ttip = "%s transpose (steps)" % param)
s_detune = factory.scale(master, from_=99, to=0,
var = self.var_detune,
command=self.callback,
ttip = "%s detune (cents)" % param)
cb_zero = factory.checkbutton(master, "Off")
cb_zero.config(command=self.callback,var = self.var_zero)
## Labels
lab_transpose = factory.label(master, "00")
lab_detune = factory.label(master, "000")
lab_value = factory.label(master, "1.0000")
self._widgets["scale-transpose"] = s_step
self._widgets["scale-detune"] = s_detune
self._widgets["checkbutton-zero"] = cb_zero
self._widgets["label-transpose"] = lab_transpose
self._widgets["label-detune"] = lab_detune
self._widgets["label-value"] = lab_value
self._editor = editor
self._param = param
s_step.bind("<Enter>", self.enter_callback)
s_detune.bind("<Enter>", self.enter_callback)
def __init__(self, master, param, editor, curves=(None, None),
domain=(200,0), orientation="vertical", ttip=""):
"""
Constructs ControlSlider
master - Tk component to contain this control
param - String, synth parameter
editor - TkSubEditor
curves - A tuple (a,b) of transformation functions.
These functions transform slider position to parameter
values and the inverse parameter to slider position.
The defaults are
a = llia.gui.abstract_control.norm_to_aspect
b = llia.gui.abstract_control.aspect_to_norm
domain - Tuple, the number of slider positions (high, low)
default (200,0)
orientation - string, either "vertical" or "horizontal"
The default is vertical.
ttip - String, tool tip text, DEPRECIATED
"""
self._tkscale = factory.scale(master, from_=domain[0], to=domain[1],
command = self.callback, ttip=ttip)
super(ControlSlider, self).__init__(param, editor, self._tkscale)
self._primary_widget = self._tkscale
self.value_to_aspect_transform = curves[0] or absctrl.norm_to_aspect
self.aspect_to_value_transform = curves[1] or absctrl.aspect_to_norm
self.client_callback = ControlSlider.default_client_callback
self._tkscale.bind("<Enter>", self.enter_callback)
self._editor = editor
self._param = param
def __init__(self, master, param, editor, include_off=False, ttip=""):
octaves = [(3, "+3"),
(2, "+2"),
(1, "+1"),
(0, " 0"),
(-1, "-1"),
(-2, "-2"),
(-3, "-3")]
if include_off:
octaves.append((ZERO_FREQ, "Off"))
frame = factory.frame(master)
super(OscFrequencyControl, self).__init__(param, editor, frame)
self.var_octave = tk.StringVar()
self.var_octave.set(0)
row = 1
for value, text in octaves:
rb = factory.radio(frame, text, self.var_octave, value, ttip,
command=self.callback)
widget_key = "radio_coarse_%s" % value
self._widgets[widget_key] = rb
rb.grid(row = row, column=0, sticky="w")
row += 1
self.scale_fine = factory.scale(frame, command=self.callback, ttip="Fine Frequency Scale")
self.scale_fine.grid(row=1, column=1, rowspan=row)
self.lab_freq = factory.label(frame, "X.XXXX")
self.lab_freq.grid(row=row+1, column=0, columnspan=2)
def __init__(self, master, param, editor,
range_ = 1000,
degree = 2,
clip = None):
super(ReciprocalSlider, self).__init__(param, editor, master)
r = (1.0/range_,range_)
self.degree = degree
self.inv_degree = 1.0/degree
self.range_ = r
if clip:
self._clip = clip
else:
self._clip = self.range_
self.var_aspect = tk.StringVar()
self.var_sign = tk.IntVar()
self.var_invert = tk.IntVar()
self.var_aspect.set(self._clip[0])
self.var_sign.set(0)
self.var_invert.set(0)
s = factory.scale(master, from_ = 1, to=0, resolution = 0.005,
command= self.callback,
var = self.var_aspect)
cb_sign = factory.checkbutton(master, "-", self.var_sign,
command = self.callback)
cb_invert = factory.checkbutton(master, "1/n", self.var_invert,
command = self.callback)
self._widgets["slider"] = s
self._widgets["checkbutton-sign"] = cb_sign
self._widgets["checkbutton-invert"] = cb_invert
self._editor = editor
self._param = param
s.bind("<Enter>", self.enter_callback)
def _layout_env_time(self, master):
var = Tkinter.StringVar()
frame = factory.frame(master)
frame.grid(row=1,column=3,sticky='n',padx=8)
def select(n):
rndgen.gen_config["env-time-hint"] = n
rb_random = factory.radio(frame,"Random",var,7,
command=lambda : select(None))
rb_ufast = factory.radio(frame,"Ultra Fast",var,ULTRA_FAST,
command=lambda : select(ULTRA_FAST))
rb_fast = factory.radio(frame,"Fast",var,FAST,
command=lambda : select(FAST))
rb_med = factory.radio(frame,"Medium",var,MEDIUM,
command=lambda : select(MEDIUM))
rb_slow = factory.radio(frame,"Slow",var,SLOW,
command=lambda : select(SLOW))
rb_glac = factory.radio(frame,"Glacial",var,GLACIAL,
command=lambda : select(GLACIAL))
lab = factory.label(frame,"Envelope Times")
lab.grid(row=0,column=0,sticky='w')
rb_random.grid(row=1,column=0,sticky='w')
rb_ufast.grid(row=2,column=0,sticky='w')
rb_fast.grid(row=3,column=0,sticky='w')
rb_med.grid(row=4,column=0,sticky='w')
rb_slow.grid(row=5,column=0,sticky='w')
rb_glac.grid(row=6,column=0,sticky='w')
self._var_env_changeup = Tkinter.StringVar()
s = factory.scale(frame,from_=100,to=0,
var = self._var_env_changeup,
command=self._env_changeup_callback)
lab = factory.label(frame,"Env Changeup")
lab.grid(row=0,column=1,sticky='ew',padx=16)
s.grid(row=1,column=1,rowspan=6,sticky='ns')
def __init__(self, master, param, editor, include_off=False, ttip=""):
octaves = [(3, "+3"),
(2, "+2"),
(1, "+1"),
(0, " 0"),
(-1, "-1"),
(-2, "-2"),
(-3, "-3")]
if include_off:
octaves.append((ZERO_FREQ, "Off"))
frame = factory.frame(master)
super(OscFrequencyControl, self).__init__(param, editor, frame)
self.var_octave = tk.StringVar()
self.var_octave.set(0)
row = 1
for value, text in octaves:
rb = factory.radio(frame, text, self.var_octave, value, ttip,
command=self.callback)
widget_key = "radio_coarse_%s" % value
self._widgets[widget_key] = rb
rb.grid(row = row, column=0, sticky="w")
row += 1
self.scale_fine = factory.scale(frame, command=self.callback, ttip="Fine Frequency Scale")
self.scale_fine.grid(row=1, column=1, rowspan=row)
self.lab_freq = factory.label(frame, "X.XXXX")
self.lab_freq.grid(row=row+1, column=0, columnspan=2)
def __init__(self, master, param, editor,
coarse = (0.001, 1000),
limit = (0.001, 9999)):
"""
Constructs new DecadeControl object.
ARGS:
master - The TK master widget for these components.
param - String, synth parameter.
editor - An instance of TkSubEditor
coarse - Tuple (a, b) sets range of coarse controls.
a and b must both be powers of 10 with a < b.
A radio button is created for each power of 10
between a and b.
limit - Tuple (mn, mx), sets minimum and maximum value.
"""
print("DEPRECIATION WARNING: DecadeCounter")
super(DecadeControl, self).__init__(param, editor, master)
self._min_value, self._max_value = limit
start, end = coarse
start, end = min(start, end), max(start, end)
decades = []
value = start
while value <= end:
power = log10(value)
if power == 0:
txt = "1"
elif power < 1:
txt = "1/%d" % int(10**abs(power))
else:
txt = str(int(10**power))
decades.append((value, txt))
value *= 10
decades.reverse()
self.var_decade = tk.StringVar()
self.var_scale = tk.IntVar()
self.var_decade.set(start)
self.var_scale.set(1)
self._radio_buttons = []
for value, txt in decades:
rb = factory.radio(master, txt, self.var_decade, value,
command=self.callback,
ttip = "%s range" % param)
widget_key = "radio-range-%d" % value
self._widgets[widget_key] = rb
self._radio_buttons.append(rb)
rb.bind("<Enter>", self.enter_callback)
s_scale = factory.scale(master, from_=90, to=0,
var = self.var_scale,
command = self.callback,
ttip = "%s scale" % param)
s_scale.bind("<Enter>", self.enter_callback)
self._widgets["slider"] = s_scale
lab_value = factory.label(master, "X.XXX")
self._widgets["label-value"] = lab_value
self._editor = editor
self._param = param
def __init__(self, master, param, editor, curves=(None, None),
domain=(200,0), orientation="vertical", ttip=""):
self._tkscale = factory.scale(master, from_=domain[0], to=domain[1],
command = self.callback, ttip=ttip)
super(ControlSlider, self).__init__(param, editor, self._tkscale)
self._primary_widget = self._tkscale
self.value_to_aspect_transform = curves[0] or absctrl.norm_to_aspect
self.aspect_to_value_transform = curves[1] or absctrl.aspect_to_norm
self.client_callback = ControlSlider.default_client_callback
self._tkscale.bind("<Enter>", self.enter_callback)
self._editor = editor
self._param = param
def _layout_slider_panel(self,master):
frame = factory.frame(master)
frame.grid(row=1,column=4,sticky='n',padx=8)
self._var_harmonic = Tkinter.StringVar()
self._var_deepmod = Tkinter.StringVar()
self._var_feedback = Tkinter.StringVar()
lab = factory.label(frame,"Harmonic")
lab.grid(row=0,column=0,sticky='ew',padx=16)
lab = factory.label(frame,"Modulation")
lab.grid(row=0,column=1,sticky='ew',padx=16)
lab = factory.label(frame,"Feedback")
lab.grid(row=0,column=2,sticky='ew',padx=16)
sh = factory.scale(frame,from_=100,to=0,
var = self._var_harmonic,
command = self._harmonic_callback)
sm = factory.scale(frame,from_=100,to=0,
var = self._var_deepmod,
command = self._deepmod_callback)
sf = factory.scale(frame,from_=100,to=0,
var = self._var_feedback,
command = self._feedback_callback)
sh.grid(row=1,column=0,rowspan=6,sticky='ns')
sm.grid(row=2,column=1,rowspan=6,sticky='ns')
sf.grid(row=3,column=2,rowspan=6,sticky='ns')
def __init__(self,
master,
param,
editor,
range_=1000,
degree=2,
clip=None,
ttip=""):
"""
Construct new ExpSlider object.
ARGS:
master - The parent Tk container.
param - String, synth parameter.
editor - An instance of TkSubEditor
range_ - Float or Int, the maximum value magnitude. The minimum
magnitude is always 0.
degree - Positive Int of Float, The exponential degree.
ttip - String, tool tip text.
"""
super(ExpSlider, self).__init__(param, editor, master)
self.degree = degree
self.inv_degree = 1.0 / degree
if clip:
self._clip = clip
else:
self._clip = (0, range_)
self.var_aspect = tk.StringVar()
self.var_sign = tk.IntVar()
self.var_aspect.set(0.0)
self.var_sign.set(0)
self.range_ = [0, range_]
ttip = ttip or "%s" % param
s = factory.scale(master,
from_=1.0,
to=0.0,
resolution=0.005,
command=self.callback,
var=self.var_aspect,
ttip=ttip)
cb = factory.checkbutton(master,
"Inv",
self.var_sign,
command=self.callback)
self._widgets["slider"] = s
self._widgets["checkbutton-sign"] = cb
self._editor = editor
self._param = param
s.bind("<Enter>", self.enter_callback)
def __init__(self, master, param, editor,
range_ = 1000,
degree = 2,
clip=None,
ttip=""):
"""
Construct new ExpSlider object.
ARGS:
master - The parent Tk container.
param - String, synth parameter.
editor - An instance of TkSubEditor
range_ - Float or Int, the maximum value magnitude. The minimum
magnitude is always 0.
degree - Positive Int of Float, The exponential degree.
ttip - String, tool tip text.
"""
super(ExpSlider, self).__init__(param, editor, master)
self.degree = degree
self.inv_degree = 1.0/degree
if clip:
self._clip = clip
else:
self._clip = (0, range_)
self.var_aspect = tk.StringVar()
self.var_sign = tk.IntVar()
self.var_aspect.set(0.0)
self.var_sign.set(0)
self.range_ = [0,range_]
ttip = ttip or "%s" % param
s = factory.scale(master,
from_ = 1.0, to=0.0, resolution = 0.005,
command = self.callback,
var=self.var_aspect,
ttip=ttip)
cb = factory.checkbutton(master, "Inv", self.var_sign,
command = self.callback)
self._widgets["slider"] = s
self._widgets["checkbutton-sign"] = cb
self._editor = editor
self._param = param
s.bind("<Enter>", self.enter_callback)
def __init__(self,
master,
param,
editor,
coarse=(0.001, 1000),
limit=(0.001, 9999)):
"""
Constructs new DecadeControl object.
ARGS:
master - The TK master widget for these components.
param - String, synth parameter.
editor - An instance of TkSubEditor
coarse - Tuple (a, b) sets range of coarse controls.
a and b must both be powers of 10 with a < b.
A radio button is created for each power of 10
between a and b.
limit - Tuple (mn, mx), sets minimum and maximum value.
"""
print("DEPRECIATION WARNING: DecadeCounter")
super(DecadeControl, self).__init__(param, editor, master)
self._min_value, self._max_value = limit
start, end = coarse
start, end = min(start, end), max(start, end)
decades = []
value = start
while value <= end:
power = log10(value)
if power == 0:
txt = "1"
elif power < 1:
txt = "1/%d" % int(10**abs(power))
else:
txt = str(int(10**power))
decades.append((value, txt))
value *= 10
decades.reverse()
self.var_decade = tk.StringVar()
self.var_scale = tk.IntVar()
self.var_decade.set(start)
self.var_scale.set(1)
self._radio_buttons = []
for value, txt in decades:
rb = factory.radio(master,
txt,
self.var_decade,
value,
command=self.callback,
ttip="%s range" % param)
widget_key = "radio-range-%d" % value
self._widgets[widget_key] = rb
self._radio_buttons.append(rb)
rb.bind("<Enter>", self.enter_callback)
s_scale = factory.scale(master,
from_=90,
to=0,
var=self.var_scale,
command=self.callback,
ttip="%s scale" % param)
s_scale.bind("<Enter>", self.enter_callback)
self._widgets["slider"] = s_scale
lab_value = factory.label(master, "X.XXX")
self._widgets["label-value"] = lab_value
self._editor = editor
self._param = param
def __init__(self, master, param, editor):
"""
Create new OscFrequencyControl object.
Widgets are not automatically added to the Tk master. Call the
layout method to place widgets using a default layout.
ARGS:
param - String, SC synth parameter.
editor - An instance of TkSubEditor
master - Tk container.
"""
print("DEPRECIATION WARNING: OscFrequencyControl")
super(OscFrequencyControl, self).__init__(param, editor, master)
octaves = [(3, "+3"), (2, "+2"), (1, "+1"), (0, " 0"), (-1, "-1"),
(-2, "-2"), (-3, "-3")]
self.var_octave = tk.StringVar() # Octave number -3 ... +3
self.var_transpose = tk.IntVar() # Transpose steps, 0 ... 11
self.var_detune = tk.IntVar() # Detune in cents 0 ... 99
self.var_zero = tk.IntVar() # 0 -> osc != 0, 1 -> osc freq = 0
self.var_octave.set(0)
self.var_transpose.set(0)
self.var_detune.set(0)
self.var_zero.set(0)
self._radio_buttons = []
for value, text in octaves:
rb = factory.radio(master,
text,
self.var_octave,
value,
command=self.callback,
ttip="%s octave" % param)
widget_key = "radio-octave-%d" % value
self._widgets[widget_key] = rb
self._radio_buttons.append(rb)
rb.bind("<Enter>", self.enter_callback)
s_step = factory.scale(master,
from_=11,
to=0,
var=self.var_transpose,
command=self.callback,
ttip="%s transpose (steps)" % param)
s_detune = factory.scale(master,
from_=99,
to=0,
var=self.var_detune,
command=self.callback,
ttip="%s detune (cents)" % param)
cb_zero = factory.checkbutton(master, "Off")
cb_zero.config(command=self.callback, var=self.var_zero)
## Labels
lab_transpose = factory.label(master, "00")
lab_detune = factory.label(master, "000")
lab_value = factory.label(master, "1.0000")
self._widgets["scale-transpose"] = s_step
self._widgets["scale-detune"] = s_detune
self._widgets["checkbutton-zero"] = cb_zero
self._widgets["label-transpose"] = lab_transpose
self._widgets["label-detune"] = lab_detune
self._widgets["label-value"] = lab_value
self._editor = editor
self._param = param
s_step.bind("<Enter>", self.enter_callback)
s_detune.bind("<Enter>", self.enter_callback)