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Location: light9/light8/Xfader.py - annotation
547d65ea9902
2.6 KiB
text/x-python
port curvecalc to gtk3. mostly worked, but there are severe bugs with redraws
Ignore-this: 2a9ba18d1c180831446257054e5d7e8a
Ignore-this: 2a9ba18d1c180831446257054e5d7e8a
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from __future__ import division
class Xfader(Canvas):
def __init__(self, scalelevelsIn):
global scalelevels
scalelevels=scalelevelsIn
self.checkbuttons={}
self.startcoord=None
def sub2(self,a,b):
return ( (a[0]-b[0]), (a[1]-b[1]))
def down(self,ev):
global scalelevels
self.startcoord=(ev.x,-ev.y)
self.startlevels = dict([(k,v.get()) for k,v in scalelevels.items()])
# find the channel names of the selected subs
self.onchannel = {
'x':[x for x in scalelevels.keys() if self.checkbuttons[x]['x'].get()],
'y':[x for x in scalelevels.keys() if self.checkbuttons[x]['y'].get()]
}
#self.create_line(0,0,100,100,tag='transient')
def getoriglevel(self,subname):
return self.startlevels[subname]
def up(self,ev):
self.startcoord=None
self.delete('transient')
# self.clearallbuttons()
def moved(self,ev):
if self.startcoord is None:
return
pos=(ev.x,-ev.y)
deltas= self.sub2(pos,self.startcoord)
for axis,delta in zip(('x','y'),deltas):
onchan=self.onchannel[axis]
for subn in onchan:
newlev = self.getoriglevel(subn) + 1.0*delta/75
newlev = int(newlev*1000)/1000.0
newlev = min(1.0,max(newlev,0.0))
scalelevels[subn].set( newlev )
def width(self):
return int(self['width'])
def height(self):
return int(self['height'])
def setupwidget(self,parent):
Canvas.__init__(self,parent,width=150,height=150,bg="grey40")
self.pack(side='bottom')
self.create_rectangle(5,5,self.width()-5,self.height()-5)
self.create_line(0,self.height()/2,150,self.height()/2)
self.create_line(self.width()/2,0,self.width()/2,self.height())
self.bind("<ButtonPress-1>",self.down)
self.bind("<ButtonRelease-1>",self.up)
self.bind("<B1-Motion>",self.moved)
def registerbutton(self,subname,axis,checkvar):
if subname not in self.checkbuttons:
self.checkbuttons[subname]={}
self.checkbuttons[subname][axis]=checkvar
def clearallbuttons(self, axis='both'):
for cb in self.checkbuttons.values():
if axis == 'both':
for a in cb.values():
a.set(0)
else:
cb[axis].set(0)
def grab(self,axis):
self.clearallbuttons(axis)
for n,sv in scalelevels.items():
if sv.get() and n != 'blacklight':
self.checkbuttons[n][axis].set(1)
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