def shapePoints(self):
a = ArrayOfHexagons()
a.setRadius(40)
a.addHexagon(0, 0)
a.populate(2)
h = Shape()
h.loadFromFile('sampleTiles/hexagon.tile')
b = Shape()
b.loadFromFile('sampleTiles/smallBend.tile')
s = Shape()
s.loadFromFile('sampleTiles/simple.tile')
t = Shape()
t.loadFromFile('sampleTiles/triangle.tile')
c = Shape()
c.loadFromFile('sampleTiles/cross.tile')
p = Shape()
p.loadFromFile('sampleTiles/prang.tile')
ss = Shape()
ss.loadFromFile('sampleTiles/singleSide.tile')
shapes = ShapeManager(h, b, s)
a.hexagon(-2,0).addShape(h)
a.hexagon(0,0).addShape(b)
#a.hexagon(0,0).shape().rotate(5)
a.hexagon(-1,-1).addShape(b)
a.hexagon(-1,-1).shape().rotate(3)
a.hexagon(2,0).addShape(h)
a.hexagon(1,1).addShape(c)
a.hexagon(4,0).addShape(p)
a.hexagon(1,-1).addShape(p)
a.hexagon(1,-1).shape().rotate(5)
a.hexagon(-1,1).addShape(ss)
svg = SvgWriter()
svg.offset(200,200)
svg.rotate(0)
for coordinates in a:
svg.addHexagon(a.hexagon(coordinates[0], coordinates[1]))
svg.write('hexagons.svg')
print 'Done'
def illustrateProblem(self):
a = ArrayOfHexagons()
a.setRadius(40)
a.addHexagon(0, 0)
a.populate(6)
h = Shape()
h.loadFromFile('sampleTiles/hexagon.tile')
b = Shape()
b.loadFromFile('sampleTiles/smallBend.tile')
s = Shape()
s.loadFromFile('sampleTiles/simple.tile')
t = Shape()
t.loadFromFile('sampleTiles/triangle.tile')
c = Shape()
c.loadFromFile('sampleTiles/cross.tile')
p = Shape()
p.loadFromFile('sampleTiles/prang.tile')
ss = Shape()
ss.loadFromFile('sampleTiles/singleSide.tile')
a.hexagon(-12,0).addShape(h)
a.hexagon(-8,0).addShape(b)
a.hexagon(-4,0).addShape(s)
a.hexagon(0,0).addShape(t)
a.hexagon(4,0).addShape(c)
a.hexagon(8,0).addShape(p)
a.hexagon(12,0).addShape(ss)
svg = SvgWriter()
svg.offset(400,400)
for coordinates in a:
svg.addHexagon(a.hexagon(coordinates[0], coordinates[1]))
svg.write('hexagons.svg')
def everything(self):
'''do some tests'''
t1=time.time()
a = ArrayOfHexagons()
a.setRadius(25)
a.addHexagon(0, 0)
a.populate(6)
#print a.hexagon(1, 1).distanceFrom(0, 0)
#print a.hexagon(-2, 0).distanceFrom(0, 0)
h = Shape()
h.loadFromFile('sampleTiles/hexagon.tile')
b = Shape()
b.loadFromFile('sampleTiles/smallBend.tile')
s = Shape()
s.loadFromFile('sampleTiles/simple.tile')
shapes = ShapeManager(h, b, s)
#for i in shapes:
# print i
#print shapes
#a.hexagon(-1,-1).addShape(h)
a.hexagon(1,1).addShape(h)
a.hexagon(0,0).addShape(s)
#a.hexagon(-2,0).addShape(b)
a.hexagon(0,0).shape().rotate(4)
#a.printArray()
svg = SvgWriter()
svg.offset(400,400)
svg.rotate(0)
for coordinates in a:
svg.addHexagon(a.hexagon(coordinates[0], coordinates[1]))
svg.write('hexagons.svg')
#print shape
#shape.rotate(6)
#print shape
#sr = ShapeFitter(('a', '-', '-', '-', '-', '-'), ('+', '+', '+', 'A', '+', '+'))
sr = ShapeFitter(a.hexagon(0,0).shape().sides(), a.gapEdges(0, 0))
print 'need to rotate', sr.fit(), 'times'
#print a.gapEdges(0, 0)
t2=time.time()
print 'time taken', t2-t1
