def posMoveByY(self,movelength):
h,j,c = self.getRenderPos()
j+=movelength
r,g,b = jch2rgb([j,c,h])
if r>255 or g>255 or b>255:
return
if r<=255 and r>=0 and g<=255 and g>=0 and b<=255 and b>=0:
self.setRenderPos([j,c,h])
self.setPieceColor([r,g,b])
def _setJCH(self, j, c, h):
self._j = j
self._c = c
self._h = h
self._r,self._g,self._b=map(lambda x:int(x),\
jch2rgb([self._j,self._c,self._h]))
while(self._r<0 or self._r>255 or\
self._g<0 or self._g>255 or\
self._b<0 or self._b>255):
if self._c > 0:
self._c -= 1
elif self._c < 1:
self._c += 1
else:
break
self._r,self._g,self._b=map(lambda x:int(x),\
jch2rgb([self._j,self._c,self._h]))
def _respondC(self, c):
self._c = c
self._r, self._g, self._b = jch2rgb([self._j, self._c, self._h])
while(self._r<0 or self._r>255 or\
self._g<0 or self._g>255 or\
self._b<0 or self._b>255):
if self._c > 0:
self._c -= 1
elif self._c < 1:
self._c += 1
else:
break
self._r, self._g, self._b = jch2rgb([self._j, self._c, self._h])
self._dockright.resetValue(self._j)
self._docktop.resetValue(self._h)
self._dockbottom.resetValue(self._c)
self.update()
self.ColorSender.emit(self, "JCH", [self._j, self._c, self._h])
def maxChromebyJH(j, h):
c = 0.0
while True:
R, G, B = jch2rgb([j, c, h])
if R > 255 or G > 255 or B > 255 or R < 0 or G < 0 or B < 0 or j == 0 or j == 100:
break
c += 1.0
#print(j,c,h,R,G,B)
return c
def posRotateBy(self,hue):
h,j,c = self.getRenderPos()
h+=hue
while h>=360:
h -=360
while h<0:
h += 360
r,g,b = jch2rgb([j,c,h])
if r>255 or g>255 or b>255:
return
if r<=255 and r>=0 and g<=255 and g>=0 and b<=255 and b>=0:
self.setRenderPos([j,c,h])
self.setPieceColor([r,g,b])
def _respondH(self, h):
while h >= 360:
h -= 360
while h < 0:
h += 360
self._h = h
self._r, self._g, self._b = jch2rgb([self._j, self._c, self._h])
while(self._r<0 or self._r>255 or\
self._g<0 or self._g>255 or\
self._b<0 or self._b>255):
if self._c > 0:
self._c -= 1
elif self._c < 0:
self._c += 1
else:
break
self._r, self._g, self._b = jch2rgb([self._j, self._c, self._h])
self._dockright.resetValue(self._j)
self._docktop.resetValue(self._h)
self._dockbottom.resetValue(self._c)
self.update()
self.ColorSender.emit(self, "JCH", [self._j, self._c, self._h])
def _respondJ(self, j):
self._j = j
self._r, self._g, self._b = jch2rgb([self._j, self._c, self._h])
while(self._r<0 or self._r>255 or\
self._g<0 or self._g>255 or\
self._b<0 or self._b>255):
if self._c > 0:
self._c -= 1
elif self._c < 0:
self._c += 1
else:
break
# self._j,self._c,self._h =map(lambda x:int(x),\
# rgb2jch([self._r,self._g,self._b]))
self._r, self._g, self._b = jch2rgb([self._j, self._c, self._h])
self._dockright.resetValue(self._j)
self._docktop.resetValue(self._h)
self._dockbottom.resetValue(self._c)
self.update()
self.ColorSender.emit(self, "JCH", [self._j, self._c, self._h])
def posMoveByZ(self,movelength):
h,j,c = self.getRenderPos()
height = c * np.sin(h*np.pi/180)
width = c * np.cos(h*np.pi/180)
c = (width**2 + (height+movelength)**2)**0.5
h = np.arctan2(height+movelength,width)*180/np.pi
while h>=360:
h -=360
while h<0:
h += 360
r,g,b = jch2rgb([j,c,h])
if r>255 or g>255 or b>255:
return
if r<=255 and r>=0 and g<=255 and g>=0 and b<=255 and b>=0:
self.setRenderPos([j,c,h])
self.setPieceColor([r,g,b])
def posScaleBy(self,size):
h,j,c = self.getRenderPos()
jbc = j-50
l = (jbc**2+c**2)**0.5
proj = jbc/l
proc = c/l
l += size
if l<=0:
l=0.5
jbc = l*proj
c = l*proc
j = jbc+50
r,g,b = jch2rgb([j,c,h])
if r>255 or g>255 or b>255:
return
if r<=255 and r>=0 and g<=255 and g>=0 and b<=255 and b>=0:
self.setRenderPos([j,c,h])
self.setPieceColor([r,g,b])
