for pic,fn,xoff in [(self.PNew,self.New,0),(self.POpen,self.Open,0),(self.PSave,self.Save,0),(self.POrigin,self.SetOrigin,20),(self.PFiducial,self.SetFiducial,0),(self.PLine,self.AddLine,20),(self.PPoint,self.AddPoint,0),(self.PMove,self.AddMove,0),(self.PCircle,self.AddCircle,0),(self.PCall,self.AddCall,0)]: Button(ButtonRow,image=pic,command=fn).pack(side=LEFT,padx=(xoff,0))
答案 0 :(得分:15)
items = [
(self.PNew, self.New, 0),
(self.POpen, self.Open, 0),
(self.PSave, self.Save, 0),
(self.POrigin, self.SetOrigin, 20),
(self.PFiducial, self.SetFiducial, 0),
(self.PLine, self.AddLine, 20),
(self.PPoint, self.AddPoint, 0),
(self.PMove, self.AddMove, 0),
(self.PCircle, self.AddCircle, 0),
(self.PCall, self.AddCall, 0)
]
for pic, fn, xoff in items:
Button(ButtonRow, image=pic, command=fn).pack(side=LEFT, padx=(xoff, 0))
答案 1 :(得分:3)
你可以把它变成一个函数......
def add_button(pic, fn, xoff=0):
Button(ButtonRow, image=pic, command=fn).pack(side=LEFT, padx=(xoff, 0))
add_button(self.PNew, self.New)
add_button(self.POpen, self.Open)
add_button(self.PSave, self.Save)
add_button(self.POrigin, self.SetOrigin, 20)
add_button(self.PFiducial, self.SetFiducial)
add_button(self.PLine, self.AddLine, 20)
add_button(self.PPoint, self.AddPoint)
add_button(self.PMove, self.AddMove)
add_button(self.PCircle, self.AddCircle)
add_button(self.PCall, self.AddCall)