def make_timelines( self ):
if not self._drawable:
return
dr = self._drawable
params = system.get_object_params( dr )
params.append( ('_alpha', parameters.SCALAR, 1.0) )
Element.make_timelines( self, params )
def make_timelines( self ):
if not self._drawable:
return
dr = self._drawable
params = system.get_object_params( dr )
#params_keys = [x[0] for x in params]
if '_alpha' in self._defaults.keys():
params.append( ('_alpha', parameters.SCALAR, self._defaults['_alpha']) )
else:
params.append( ('_alpha', parameters.SCALAR, 1.0) )
Element.make_timelines( self, params )
def make_timelines(self):
if not self._drawable:
return
dr = self._drawable
params = system.get_object_params(dr)
#params_keys = [x[0] for x in params]
if '_alpha' in self._defaults.keys():
params.append(
('_alpha', parameters.SCALAR, self._defaults['_alpha']))
else:
params.append(('_alpha', parameters.SCALAR, 1.0))
Element.make_timelines(self, params)
def build_diagram_controls( self, index, object, pdict ):
params = system.get_object_params( object )
ranges = system.get_object_param_ranges( object )
oldpdict = self.pdict
self.pdict = {}
self.wcontrols = []
self.wlabels = []
self.tkvars = {}
j = 0
for name, ptype, value in params:
if name in pdict:
self.pdict[name] = pdict[name]
elif name in oldpdict:
self.pdict[name] = oldpdict[name]
else:
self.pdict[name] = value
if ptype == parameters.SCALAR:
wl = Tk.Label( self.controls, text = name, font = self.labelfont )
wl.grid( row = j, column = 0, sticky = Tk.E )
self.wlabels.append( wl )
v = Tk.DoubleVar()
w = Tk.Scale( self.controls, {'from' : ranges[name][0], 'to' : ranges[name][1]}, width = 5,
res = math.fabs( ranges[name][1] - ranges[name][0] ) * 0.001, orient = 'h',
variable = v, command = self.diagram_eval )
v.set( self.pdict[name] )
w.grid( row = j, column = 1, sticky = Tk.EW )
j += 1
self.wcontrols.append( w )
self.tkvars[name] = v
elif ptype == parameters.INTEGER:
wl = Tk.Label( self.controls, text = name, font = self.labelfont )
wl.grid( row = j, column = 0, sticky = Tk.E )
self.wlabels.append( wl )
v = Tk.IntVar()
w = Tk.Scale( self.controls, {'from' : ranges[name][0], 'to' : ranges[name][1]}, width = 5,
res = 1, orient = 'h', variable = v, command = self.diagram_eval )
v.set( self.pdict[name] )
w.grid( row = j, column = 1, sticky = Tk.EW )
j += 1
self.wcontrols.append( w )
self.tkvars[name] = v
elif ptype == parameters.BOOLEAN:
wl = Tk.Label( self.controls, text = name, font = self.labelfont )
wl.grid( row = j, column = 0, sticky = Tk.E )
self.wlabels.append( wl )
v = Tk.BooleanVar()
w = Tk.Checkbutton( self.controls, variable = v, command = self.diagram_eval )
v.set( self.pdict[name] )
w.grid( row = j, column = 1, sticky = Tk.W )
j += 1
self.wcontrols.append( w )
self.tkvars[name] = v
elif ptype == parameters.STRING:
wl = Tk.Label( self.controls, text = name, font = self.labelfont )
wl.grid( row = j, column = 0, sticky = Tk.E )
self.wlabels.append( wl )
v = Tk.StringVar()
w = Tk.Entry( self.controls, width = 40, textvariable = v )
w.bind( '<Key-Return>', self.diagram_eval )
v.set( self.pdict[name] )
w.grid( row = j, column = 1, sticky = Tk.W )
j += 1
self.wcontrols.append( w )
self.tkvars[name] = v
elif ptype == parameters.COLOR:
wl = Tk.Label( self.controls, text = name, font = self.labelfont )
wl.grid( row = j, column = 0, sticky = Tk.E )
self.wlabels.append( wl )
c = self.pdict[name]
vr = Tk.DoubleVar()
vr.set( c[0] )
vg = Tk.DoubleVar()
vg.set( c[1] )
vb = Tk.DoubleVar()
vb.set( c[2] )
va = Tk.DoubleVar()
va.set( c[3] )
w = Tk.Frame( self.controls )
wr = Tk.Scale( w, {'from' : 0.0, 'to' : 1.0}, width = 5,
res = 0.01, orient = 'h', variable = vr, command = self.diagram_eval )
wg = Tk.Scale( w, {'from' : 0.0, 'to' : 1.0}, width = 5,
res = 0.01, orient = 'h', variable = vg, command = self.diagram_eval )
wb = Tk.Scale( w, {'from' : 0.0, 'to' : 1.0}, width = 5,
res = 0.01, orient = 'h', variable = vb, command = self.diagram_eval )
wa = Tk.Scale( w, {'from' : 0.0, 'to' : 1.0}, width = 5,
res = 0.01, orient = 'h', variable = va, command = self.diagram_eval )
wr.pack( side = 'left', fill = 'x', expand = 1 )
wg.pack( side = 'left', fill = 'x', expand = 1 )
wb.pack( side = 'left', fill = 'x', expand = 1 )
wa.pack( side = 'left', fill = 'x', expand = 1 )
w.grid( row = j, column = 1, sticky = Tk.EW )
j += 1
self.wcontrols.append( w )
self.tkvars[name] = (vr, vg, vb, va)
self.controls.grid_columnconfigure( 1, weight = 1 )
self.controls.grid_columnconfigure( 0, weight = 0 )
self.object = object
self.index = index
