def updateObjects(self,flipCount): displayObject.updateObjects(self,flipCount) self.lastFlipCount=flipCount x,y=self.pos sz=self.params['sz'] r=self.params['radius'] res=self.params['res'] if floor(sz/float(res))!=sz/float(res): sz=res*(sz//res) n=int(floor(flipCount/(float(self.params['duty'])*2.))) if n<len(self.params['squarenum']): self.currentPosition=self.params['squarenum'][n] else: self.currentPosition=0 n=self.currentPosition color=mod(floor(flipCount/(self.params['duty'])),2) if color==0 and self.currentPosition>=1 and self.currentPosition<=res*res: if 'fgCal' in self.params.keys() and n-1<len(self.params['fgCal']): fg=(self.params['fgCal'][n-1].astype(float64)/255.) self.fg=(fg,fg,fg,1.) self.fgObjects[0].setColor(self.fg) self.firstFrame+=1 else: self.fgObjects[0].setColor(self.bg) self.firstFrame=0 if self.firstFrame<0: v=self.centerV else: cornerx=x-sz/2+mod(n-1,res)*sz/res cornery=y+sz/2-((n-1)//res)*sz/res v=[(cornerx,cornery),(cornerx+2*r,cornery),(cornerx+r*2,cornery-r*2),(cornerx,cornery-r*2)] self.fgObjects[0].setV(v)
def updateObjects(self,flipCount): displayObject.updateObjects(self,flipCount) cycle=floor(flipCount/self.params['duty']) color=mod(cycle,2) if color==0: self.fgObjects[0].setColor(self.fg) else: self.fgObjects[0].setColor(self.bg)
def updateObjects(self,flipCount): displayObject.updateObjects(self,flipCount) intensity=self.params['intensity'] color=floor(flipCount/(self.params['duty'])) on=mod(color, 2) color=int(floor(color/2.)) if on==0 and color<len(intensity): c=intensity[color] self.fgObjects[0].setColor((c, c, c, 1)) else: self.fgObjects[0].setColor(self.bg)
def updateObjects(self,flipCount): displayObject.updateObjects(self,flipCount) durFlips=flipCount-self.preF tRes=float(self.params['res']) if mod(durFlips,tRes)==0: self.RC=(durFlips//tRes) c=(myrand[mod(self.RC,len(myrand))]*self.params['std']+self.params['mu']) if c<0: c =0 elif c>1: c=1 color=(c,c,c,1) self.fgObjects[0].setColor(color)
def updateObjects(self,flipCount): displayObject.updateObjects(self,flipCount) durFlips=flipCount-self.preF try: tRes=float(self.params['res'][1]) res=float(self.params['res'][0]) except: tRes=3 res=float(self.params['res']) if mod(durFlips,tRes)==0: x,y=self.pos sz=float(self.params['sz']) self.RC=(durFlips//tRes)*res*res for n in range(int(res**2)): c=(myrand[mod(self.RC+n,len(myrand))]*self.params['std']+self.params['mu']) if c<0: c =0 elif c>1: c=1 color=(c,c,c,1) self.fgObjects[n].setColor(color)
def updateObjects(self,flipCount): displayObject.updateObjects(self,flipCount) durFlips=flipCount-self.preF try: tRes=float(self.params['res'][1]) res=float(self.params['res'][0]) except: tRes=3 res=float(self.params['res']) if mod(durFlips,tRes)==0: x,y=self.pos sz=float(self.params['sz']) self.RC=(durFlips//tRes)*res*res col=zeros(res**2) if mod(self.RC,len(myrand))+res**2>=len(myrand): col[:len(myrand)-mod(self.RC,len(myrand))]=myrand[mod(self.RC,len(myrand)):]*self.params['std']+self.params['mu'] col[len(myrand)-mod(self.RC,len(myrand)):]=myrand[:len(col)-len(myrand)+mod(self.RC,len(myrand))]*self.params['std']+self.params['mu'] else: col=myrand[mod(self.RC,len(myrand)):mod(self.RC,len(myrand))+res**2]*self.params['std']+self.params['mu'] self.fgObjects[0].setColor(col)