def __init__(self, prototile, cCurve):
self.prototile = prototile
AutoTiler.__init__(self, SimplePatch(), PrototileSet(prototile))
self.n = self.prototile.getSymmetryGroup().getRotationalSymmetry() / 2
self.fittingTiler = FittingTiler(self.patch, self.prototileSet)
if cCurve:
self.a = SymbolicTransform(self.prototile.getSymmetryGroup())
self.b = SymbolicTransform(self.prototile.getSymmetryGroup()).reflect().rotate(-2)
self.c = SymbolicTransform(self.prototile.getSymmetryGroup()).reflect().rotate(-1)
self.d = SymbolicTransform(self.prototile.getSymmetryGroup()).rotate(-1)
else:
self.a = SymbolicTransform(self.prototile.getSymmetryGroup())
self.b = SymbolicTransform(self.prototile.getSymmetryGroup()).rotate(self.n - 1)
self.c = SymbolicTransform(self.prototile.getSymmetryGroup()).rotate(self.n)
self.d = SymbolicTransform(self.prototile.getSymmetryGroup()).rotate(-1)
self.step1 = 1
self.black1 = 0
self.step2 = 1
self.black2 = 1
tile = self.prototile.getTransformedTile(self.a)
self.black1 = self.setTileColour(tile, self.black1)
self.a.rotate(-1)
self.patch.add(tile)
self.currentSide1 = self.patch.getSides().get(self.patch.getSideIndex() + 2)
tile = self.prototile.getTransformedTile(self.c)
tile = self.fittingTiler.getFittingTile(0, tile, 0)
self.black2 = self.setTileColour(tile, self.black2)
self.c.rotate(-1)
self.patch.add(tile)
self.currentSide2 = self.patch.getSides().get(self.patch.getSideIndex() + 1)
class MindlessAutoTiler(AutoTiler):
"""An edge is chosen at random then from all the tiles that
fit that edge (if there are any) one is chosen at random and added
to the tiling."""
def __init__(self, prototileSet):
AutoTiler.__init__(self, SimplePatch(), prototileSet)
self.random = Random()
self.fittingTiler = FittingTiler(self.patch, prototileSet)
allTiles = prototileSet.getAllTiles()
self.patch.add(allTiles.get(self.random.nextInt(allTiles.size())))
def addRandomTile(self, edge):
fittingTiles = self.fittingTiler.getFittingTiles(edge);
if fittingTiles.isEmpty():
return None
return self.patch.add(fittingTiles.get(self.random.nextInt(fittingTiles.size())))
def addTile(self):
edges = self.patch.getSides()
return self.addRandomTile(edges.get(self.random.nextInt(edges.size())))
class SpiralAutoTiler(AutoTiler):
"""Spiral tilings."""
def __init__(self, prototile, cCurve):
self.prototile = prototile
AutoTiler.__init__(self, SimplePatch(), PrototileSet(prototile))
self.n = self.prototile.getSymmetryGroup().getRotationalSymmetry() / 2
self.fittingTiler = FittingTiler(self.patch, self.prototileSet)
if cCurve:
self.a = SymbolicTransform(self.prototile.getSymmetryGroup())
self.b = SymbolicTransform(self.prototile.getSymmetryGroup()).reflect().rotate(-2)
self.c = SymbolicTransform(self.prototile.getSymmetryGroup()).reflect().rotate(-1)
self.d = SymbolicTransform(self.prototile.getSymmetryGroup()).rotate(-1)
else:
self.a = SymbolicTransform(self.prototile.getSymmetryGroup())
self.b = SymbolicTransform(self.prototile.getSymmetryGroup()).rotate(self.n - 1)
self.c = SymbolicTransform(self.prototile.getSymmetryGroup()).rotate(self.n)
self.d = SymbolicTransform(self.prototile.getSymmetryGroup()).rotate(-1)
self.step1 = 1
self.black1 = 0
self.step2 = 1
self.black2 = 1
tile = self.prototile.getTransformedTile(self.a)
self.black1 = self.setTileColour(tile, self.black1)
self.a.rotate(-1)
self.patch.add(tile)
self.currentSide1 = self.patch.getSides().get(self.patch.getSideIndex() + 2)
tile = self.prototile.getTransformedTile(self.c)
tile = self.fittingTiler.getFittingTile(0, tile, 0)
self.black2 = self.setTileColour(tile, self.black2)
self.c.rotate(-1)
self.patch.add(tile)
self.currentSide2 = self.patch.getSides().get(self.patch.getSideIndex() + 1)
def addTile(self):
for i in range(self.step1 / self.n):
self.currentSide1 = self.addBlockPair(self.a, self.b, self.currentSide1, self.black1)
tile = self.prototile.getTransformedTile(self.a)
tile = self.fittingTiler.getFittingTile(self.currentSide1, tile, 0)
self.black1 = self.setTileColour(tile, self.black1)
tileJoin = self.patch.add(tile)
self.currentSide1 = self.patch.getSides().get(self.patch.getSideIndex() + 1)
self.a.rotate(-1)
self.b.rotate(-1)
self.step1 = self.step1 + 1
for i in range(self.step2 / self.n):
self.currentSide2 = self.addBlockPair(self.c, self.d, self.currentSide2, self.black1)
tile = self.prototile.getTransformedTile(self.c)
tile = self.fittingTiler.getFittingTile(self.currentSide2, tile, 0)
self.black2 = self.setTileColour(tile, self.black2)
tileJoin = self.patch.add(tile)
self.currentSide2 = self.patch.getSides().get(self.patch.getSideIndex() + 1)
self.c.rotate(-1)
self.d.rotate(-1)
self.step2 = self.step2 + 1
return tileJoin
def addBlockPair(self, x, y, currentSide, black):
tile = self.prototile.getTransformedTile(x)
tile = self.fittingTiler.getFittingTile(currentSide, tile, 0)
self.setTileColour(tile, black)
self.patch.add(tile)
currentSide = self.patch.getSides().get(self.patch.getSideIndex() + 1)
tile = self.prototile.getTransformedTile(y)
tile = self.fittingTiler.getFittingTile(currentSide, tile, 2)
self.setTileColour(tile, not black)
self.patch.add(tile)
return self.patch.getSides().get(self.patch.getSideIndex())
def setTileColour(self, tile, black):
if black:
tile.getUI().setBackground(Color.black)
return 0
else:
tile.getUI().setBackground(Color.white)
return 1
def __init__(self, prototileSet): AutoTiler.__init__(self, SimplePatch(), prototileSet) self.random = Random() self.fittingTiler = FittingTiler(self.patch, prototileSet) allTiles = prototileSet.getAllTiles() self.patch.add(allTiles.get(self.random.nextInt(allTiles.size())))
