def coordinates(self):
h = HexagonalGrid3DCoordSet(self.coordinates_trapezoid(5, 4))
coords = set(
list(h.translate((5, 3, 0))) +
list(h.rotate0(2).translate((4, 5, 0))) +
list(h.rotate0(4).translate((3, 4, 0))))
return sorted(coords)
def coordinates(self):
h = HexagonalGrid3DCoordSet(self.coordinates_elongated_hexagon(5, 2))
coords = set(
list(h.translate((5, 4, 0))) +
list(h.rotate0(1).translate((6, -1, 0))) +
list(h.rotate0(2).translate((6, 5, 0))))
return sorted(coords)
def coordinates(self):
h = HexagonalGrid3DCoordSet(
list(self.coordinates_bordered(4, 3, offset=(0, 1, 0))) +
list(self.coordinates_hexagon(2)))
coords = set(
list(h.translate((0, 2, 0))) +
list(h.rotate0(2).translate((10, 0, 0))) +
list(h.rotate0(4).translate((2, 10, 0))))
return sorted(coords)
def coordinates(self):
s = HexagonalGrid3DCoordSet(
list(self.coordinates_triangle(2)) + [
self.coordinate_offset(x, y, z, None)
for (x, y, z) in self.extras
])
coords = set()
self.shapes = []
for i in range(4):
t = s.translate((i * 4, (3 - i) * 2, 0))
coords.update(t)
self.shapes.append(t)
return sorted(coords)
def coordinates(self):
s = HexagonalGrid3DCoordSet(
list(self.coordinates_triangle(2)) + [
self.coordinate_offset(x, y, z, None)
for (x, y, z) in self.extras
])
coords = set()
self.shapes = []
for i, offset in enumerate(self.offsets):
if not offset:
continue
shape = s.rotate0(i).translate(offset)
coords.update(shape)
self.shapes.append(shape)
return sorted(coords)