def find_fillcolor(self):
terrain = self.battlehex.terrain
color = colors.battle_terrain_colors.get(
(terrain, self.battlehex.elevation), None)
if not color:
color = colors.battle_terrain_colors.get(terrain)
return guiutils.rgb_to_float(colors.rgb_colors[color])
def find_fillcolor(self):
terrain = self.battlehex.terrain
color = colors.battle_terrain_colors.get((terrain,
self.battlehex.elevation),
None)
if not color:
color = colors.battle_terrain_colors.get(terrain)
return guiutils.rgb_to_float(colors.rgb_colors[color])
def __init__(self,
creature,
playercolor,
scale=15,
dead=False,
rotate=0,
outlined=False,
name=None):
self.creature = creature
if creature is None:
if name is None:
self.name = "QuestionMark"
else:
self.name = name
else:
self.name = creature.name
self.dead = dead
# Convert from degrees to radians, and from GTK rotation direction
# to Cairo.
self.rotate = -rotate * math.pi / 180
self.outlined = outlined
self.location = None # (x, y) of top left corner
self.chit_scale = CHIT_SCALE_FACTOR * scale
if creature and creature.name in ["Titan", "Angel"]:
self.bases = [self.name + playercolor]
else:
self.bases = [self.name]
if creature:
color_name = creature.color_name
if creature.flies and creature.rangestrikes:
self.bases.append("FlyingRangestrikeBase")
elif creature.flies:
self.bases.append("FlyingBase")
elif creature.rangestrikes:
self.bases.append("RangestrikeBase")
else:
color_name = "black"
if color_name == "by_player":
color_name = "titan_%s" % playercolor.lower()
self.rgb = guiutils.rgb_to_float(colors.rgb_colors[color_name])
self.paths = [
fileutils.basedir("images/%s/%s.png" % (self.IMAGE_DIR, base))
for base in self.bases
]
self.event_box = gtk.EventBox()
self.event_box.chit = self
self.image = gtk.Image()
self.event_box.add(self.image)
self.build_image()
def __init__(self, creature, playercolor, scale=15, dead=False,
rotate=0, outlined=False, name=None):
self.creature = creature
if creature is None:
if name is None:
self.name = "QuestionMark"
else:
self.name = name
else:
self.name = creature.name
self.dead = dead
# Convert from degrees to radians, and from GTK rotation direction
# to Cairo.
self.rotate = -rotate * math.pi / 180
self.outlined = outlined
self.location = None # (x, y) of top left corner
self.chit_scale = CHIT_SCALE_FACTOR * scale
if creature and creature.name in ["Titan", "Angel"]:
self.bases = [self.name + playercolor]
else:
self.bases = [self.name]
if creature:
color_name = creature.color_name
if creature.flies and creature.rangestrikes:
self.bases.append("FlyingRangestrikeBase")
elif creature.flies:
self.bases.append("FlyingBase")
elif creature.rangestrikes:
self.bases.append("RangestrikeBase")
else:
color_name = "black"
if color_name == "by_player":
color_name = "titan_%s" % playercolor.lower()
self.rgb = guiutils.rgb_to_float(colors.rgb_colors[color_name])
self.paths = [fileutils.basedir("images/%s/%s.png" %
(self.IMAGE_DIR, base)) for base in self.bases]
self.event_box = Gtk.EventBox()
self.event_box.chit = self
self.image = Gtk.Image()
self.event_box.add(self.image)
self.build_image()
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()
