def makeSurf(self,size):#size is the size of the base square
outSize = size * 5/4
holeStart = size/4
holeEnd = size/4 * 3
self.offset = ( -size/4 , -size/4 )
self.baseSurf = pygame.Surface( (outSize,outSize) , SRCALPHA)
self.staticSurf = None
pointsTop = [ #borders around
(0,0) ,
(size,0) ,
(size,size),
(0,size) ,
(0,0) ,
#hole in the middle
(holeStart,holeStart),
(holeStart,holeEnd),
(holeEnd,holeEnd),
(holeEnd,holeStart),
(holeStart,holeStart)]
pointsRight = [ (size,0) ,
(outSize,outSize-size) ,
(outSize,outSize),
(size,size) ]
pointsFront = [ (0,size) ,
(outSize-size,outSize) ,
(outSize,outSize),
(size,size) ]
pointsHoleLeft = [ (holeStart,holeStart) ,
(holeEnd,holeEnd) ,
(holeStart,holeEnd) ]
pointsHoleTop = [ (holeStart,holeStart) ,
(holeEnd,holeEnd) ,
(holeEnd,holeStart) ]
baseArrowPoints = [ (size/4+size/16,0),
(size/2-size/16,size/4),
(size/2-size/16,-size/4)]
pointsArrow = util.translatePoints( util.rotatePoints( baseArrowPoints , self.orient*math.pi/2 ) , (size/2,size/2) )
#colors
colBase = g.color.getForCell(self.color,"base")
colRight = g.color.getForCell(self.color,"right")
colFront = g.color.getForCell(self.color,"front")
colArrow = g.color.getForCell(self.color,"arrow")
#shadow inside the hole
pygame.draw.polygon( self.baseSurf , colRight , pointsHoleLeft )
pygame.draw.polygon( self.baseSurf , colFront , pointsHoleTop )
#draw the basic shape
pygame.draw.polygon( self.baseSurf , colBase , pointsTop )
pygame.draw.polygon( self.baseSurf , colRight , pointsRight )
pygame.draw.polygon( self.baseSurf , colFront , pointsFront )
#draw inputting arrow
if self.orient == -1:
for i in range(4):
pointsArrow = util.translatePoints( util.rotatePoints( baseArrowPoints , i*math.pi/2 ) , (size/2,size/2) )
pygame.draw.polygon( self.baseSurf , colArrow , pointsArrow )
else:
pygame.draw.polygon( self.baseSurf , colArrow , pointsArrow )
def makeAnimSurf(self,size,adjCell = [None,None,None,None]):
#detect adjacent cells
nextPresent = False
prevPresent = False
if isinstance( adjCell[self.orient] , cell.belt.Belt ):
if adjCell[self.orient].orient == self.orient:
nextPresent = True
if isinstance( adjCell[(self.orient+2)%4] , cell.belt.Belt ):
if adjCell[(self.orient+2)%4].orient == self.orient:
prevPresent = True
xSubOffset = size*0.1
ySubOffset = size*0.1
if ((self.orient == 0 and prevPresent) or (self.orient == 2 and nextPresent)):
xSubOffset = 0
if ((self.orient == 1 and prevPresent) or (self.orient == 3 and nextPresent)):
ySubOffset = 0
#build surfaces
outSize = size * 5/4
self.animSurf = pygame.Surface( (outSize,outSize) , SRCALPHA )
subSurf = pygame.Surface( (size,size) , SRCALPHA )
#recalculate positions
baseArrowPoints = [ ( size* 1/18,0),
( size* 5/18,size*0.15),
( size* 5/18,-size*0.15)]
listArrowsPoints=[]
for i in range(4):
arrow = util.translatePoints(baseArrowPoints,(size/3 * (i - self.iterAnim/50) - size/2,0) )
arrow = util.rotatePoints(arrow, self.orient*math.pi/2 +math.pi)
arrow = util.translatePoints(arrow, (size/2,size/2) )
listArrowsPoints.append(arrow)
#drawing arrows
colArrow = g.color.getForCell("any","arrow")
for i in range(4):
pygame.draw.polygon( subSurf , colArrow , listArrowsPoints[i] )
#blitting
subSize = int(size*(0.8 + 0.1*nextPresent + 0.1*prevPresent))+1
self.animSurf.blit( subSurf, (xSubOffset,ySubOffset) , (xSubOffset,ySubOffset,subSize,subSize) )
def makeAnimSurf(self,size,adjCell = [None,None,None,None]):
outSize = size * 5/4
self.animSurf = pygame.Surface( (outSize,outSize) , SRCALPHA )
dim1 = size/2
dim2 = size/8
points = [ (-dim1 ,-dim1 ) ,
(-dim1+dim2,-dim1 ) ,
(-dim1+dim2,-dim1+dim2) ,
(-dim1 ,-dim1+dim2) ]
#colors
col = g.color.getForCell(self.color,"activeDetector")
for i in range(4):
pts = util.translatePoints( util.rotatePoints( points, i*math.pi/2) , (dim1,dim1) )
pygame.draw.polygon( self.animSurf , col , pts )
def makeSurf(self,size):#size is the size of the base square
outSize = size * 5/4
self.offset = ( -size/4 , -size/4 )
self.baseSurf = pygame.Surface( (outSize,outSize) , SRCALPHA)
self.staticSurf = pygame.Surface( (outSize,outSize) , SRCALPHA)
pointsTop = [ #borders around
(0,0) ,
(size,0) ,
(size,size),
(0,size) ]
pointsRight = [ (size,0) ,
(outSize,outSize-size) ,
(outSize,outSize),
(size,size) ]
pointsFront = [ (0,size) ,
(outSize-size,outSize) ,
(outSize,outSize),
(size,size) ]
baseArrowPoints = [ ( size* 1/18,0),
( size* 5/18,size*0.15),
( size* 5/18,-size*0.15)]
listArrowsPoints=[]
for i in range(3):
arrow = util.translatePoints(baseArrowPoints,(size/3 * i - size/2,0) )
arrow = util.rotatePoints(arrow, self.orient*math.pi/2 +math.pi)
arrow = util.translatePoints(arrow, (size/2,size/2) )
listArrowsPoints.append(arrow)
#colors
colBase = g.color.getForCell("any","base")
colRight = g.color.getForCell("any","right")
colFront = g.color.getForCell("any","front")
colArrow = g.color.getForCell("any","arrow")
#draw the basic shape
pygame.draw.polygon( self.baseSurf , colBase , pointsTop )
pygame.draw.polygon( self.baseSurf , colRight , pointsRight )
pygame.draw.polygon( self.baseSurf , colFront , pointsFront )
#draw outputting arrow
for i in range(3):
pygame.draw.polygon( self.staticSurf , colArrow , listArrowsPoints[i] )
def makeSurf(self,size):#size is the size of the base square
outSize = size * 5/4
self.offset = ( -size/4 , -size/4 )
self.baseSurf = pygame.Surface( (outSize,outSize) , SRCALPHA)
self.staticSurf = self.baseSurf
self.dispSurf = self.baseSurf
dim1 = size/2
dim2 = size/8
points = [ (-dim1 ,dim1 ) ,
(-dim1+dim2,dim1-dim2) ,
( dim1-dim2,dim1-dim2) ,
( dim1 ,dim1 ) ]
#colors
col = g.color.getForCell(self.color,"detector")
for i in range(4):
pts = util.translatePoints( util.rotatePoints( points, i*math.pi/2) , (dim1,dim1) )
pygame.draw.polygon( self.baseSurf , col , pts )
