def init_vertexes(self):
"""Setup the hex vertexes.
Each vertex is the midpoint between the vertexes of the two
bordering hexes.
"""
self.vertexes = []
for unused in range(6):
self.vertexes.append(None)
cx = self.cx
cy = self.cy
scale = self.guimap.scale
if self.battlehex.entrance:
self.vertexes[0] = rp((cx + 1.5 * scale, cy - 3 * scale))
self.vertexes[1] = rp((cx + 3 * scale, cy - 3 * scale))
self.vertexes[2] = rp((cx + 3 * scale, cy + 3 * scale))
self.vertexes[3] = rp((cx + 3 * scale, cy + 9 * scale))
self.vertexes[4] = rp((cx + 1.5 * scale, cy + 9 * scale))
self.vertexes[5] = rp((cx + 1.5 * scale, cy + 3 * scale))
else:
self.vertexes[0] = rp((cx + scale, cy))
self.vertexes[1] = rp((cx + 3 * scale, cy))
self.vertexes[2] = rp((cx + 4 * scale, cy + SQRT3 * scale))
self.vertexes[3] = rp((cx + 3 * scale, cy + 2 * SQRT3 * scale))
self.vertexes[4] = rp((cx + scale, cy + 2 * SQRT3 * scale))
self.vertexes[5] = rp((cx, cy + SQRT3 * scale))
self.points = []
iv = guiutils.scale_polygon(self.vertexes, 0.9)
for point in iv:
self.points.append(rp(point))
def init_vertexes(self):
"""Setup the hex vertexes.
Each vertex is the midpoint between the vertexes of the two
bordering hexes.
"""
self.vertexes = []
for unused in xrange(6):
self.vertexes.append(None)
cx = self.cx
cy = self.cy
scale = self.guimap.scale
if self.battlehex.entrance:
self.vertexes[0] = rp((cx + 1.5 * scale, cy - 3 * scale))
self.vertexes[1] = rp((cx + 3 * scale, cy - 3 * scale))
self.vertexes[2] = rp((cx + 3 * scale, cy + 3 * scale))
self.vertexes[3] = rp((cx + 3 * scale, cy + 9 * scale))
self.vertexes[4] = rp((cx + 1.5 * scale, cy + 9 * scale))
self.vertexes[5] = rp((cx + 1.5 * scale, cy + 3 * scale))
else:
self.vertexes[0] = rp((cx + scale, cy))
self.vertexes[1] = rp((cx + 3 * scale, cy))
self.vertexes[2] = rp((cx + 4 * scale, cy + SQRT3 * scale))
self.vertexes[3] = rp((cx + 3 * scale, cy + 2 * SQRT3 * scale))
self.vertexes[4] = rp((cx + scale, cy + 2 * SQRT3 * scale))
self.vertexes[5] = rp((cx, cy + SQRT3 * scale))
self.points = []
iv = guiutils.scale_polygon(self.vertexes, 0.9)
for point in iv:
self.points.append(rp(point))
def test_scale_polygon():
vertexes = [(100, 0), (200, 100), (100, 200), (0, 100)]
nv = guiutils.scale_polygon(vertexes, 0.5)
assert int(round(nv[0][0])) == 100
assert int(round(nv[0][1])) == 50
assert int(round(nv[1][0])) == 150
assert int(round(nv[1][1])) == 100
assert int(round(nv[2][0])) == 100
assert int(round(nv[2][1])) == 150
assert int(round(nv[3][0])) == 50
assert int(round(nv[3][1])) == 100
def __init__(self, masterhex, guiboard):
self.masterhex = masterhex
self.guiboard = guiboard
scale = self.guiboard.scale
self.cx = masterhex.x * 4 * scale
self.cy = masterhex.y * 4 * SQRT3 * scale
if not masterhex.inverted:
self.cy += SQRT3 * scale
self.fillcolor = guiutils.rgb_to_float(
colors.rgb_colors[colors.terrain_colors[self.masterhex.terrain]])
self.center = (self.cx + 3 * scale, self.cy + 1.5 * SQRT3 * scale)
self.selected = False
self.init_vertexes()
self.init_gates()
iv = guiutils.scale_polygon(self.vertexes, 0.7)
self.inner_vertexes = []
for point in iv:
self.inner_vertexes.append(rp(point))
self.init_overlay()
def __init__(self, masterhex, guiboard):
self.masterhex = masterhex
self.guiboard = guiboard
scale = self.guiboard.scale
self.cx = masterhex.x * 4 * scale
self.cy = masterhex.y * 4 * SQRT3 * scale
if not masterhex.inverted:
self.cy += SQRT3 * scale
self.fillcolor = guiutils.rgb_to_float(
colors.rgb_colors[colors.terrain_colors[self.masterhex.terrain]])
self.center = (self.cx + 3 * scale, self.cy + 1.5 * SQRT3 * scale)
self.selected = False
self.init_vertexes()
self.init_gates()
iv = guiutils.scale_polygon(self.vertexes, 0.7)
self.inner_vertexes = []
for point in iv:
self.inner_vertexes.append(rp(point))
self.init_overlay()
