def testHorizontalRuleMatch_ccw_right(self):
leftside = Side("left", self.makeEdgeDict(Edge("X XXX", DIR.RIGHT)))
rightside = Side("right", self.makeEdgeDict(Edge(" XX ", DIR.TOP)))
rule = HorizontalRule('A', ROT.NONE, 'B', ROT.FROM_CODE['-'])
check = rule.check(Arrangement([leftside, rightside]))
if not check: dump(leftside, rightside, leftside.getEdge(DIR.RIGHT), rightside.getEdge(DIR.TOP))
self.assertTrue(check)
def makeEdgeDict(self, *special_edge):
edges = {}
for d in DIR.ALL:
edges[d] = Edge(" "*6, d)
for edge in special_edge:
edges[edge.direction] = edge
return edges
def testHorizontalRuleMatch_cw_left(self):
leftside = Side("left", self.makeEdgeDict(Edge("X XXX", DIR.TOP)))
rightside = Side("right", self.makeEdgeDict(Edge(" XX ", DIR.LEFT)))
rule = HorizontalRule('A', ROT.FROM_CODE['+'], 'B', ROT.NONE)
check = rule.check(Arrangement([leftside, rightside]))
self.assertTrue(check)
def testHorizontalRuleMatch_noRotation(self):
leftside = Side("left", self.makeEdgeDict(Edge("X XXX", DIR.RIGHT)))
rightside = Side("right", self.makeEdgeDict(Edge(" XX ", DIR.LEFT)))
rule = HorizontalRule('A', ROT.NONE, 'B', ROT.NONE)
check = rule.check(Arrangement([leftside, rightside]))
self.assertTrue(check)
def testVerticalRuleMatch_noRotation(self):
topside = Side("top", self.makeEdgeDict(Edge("X XXX", DIR.BOTTOM)))
bottomside = Side("bottom", self.makeEdgeDict(Edge(" XX ", DIR.TOP)))
rule = VerticalRule('A', 'B')
check = rule.check(Arrangement([topside, bottomside]))
self.assertTrue(check)
def testEdgeDoesNotMatch_SpaceVsSpace(self):
e1 = Edge("XX X ", DIR.TOP)
e2 = Edge(" XX ", DIR.BOTTOM)
self.assertTrue(e1.matches(e2))
def testEdgeDoesNotMatch_XvsX(self):
e1 = Edge("XX XX", DIR.TOP)
e2 = Edge(" XX X", DIR.BOTTOM)
self.assertFalse(e1.matches(e2))
def testEdgeMatch_orthogonal2(self):
e1 = Edge("X XXX", DIR.RIGHT)
e2 = Edge(" XX ", DIR.BOTTOM)
self.assertTrue(e1.matches(e2))
def testEdgeMatch_parallel(self):
e1 = Edge("X XXX", DIR.TOP)
e2 = Edge(" XX ", DIR.BOTTOM)
self.assertTrue(e1.matches(e2))