def make_capital_duchy(origin=Cube(0, 0, 0),
size_list=KINGDOM_SIZE_LIST[0],
rgb_tuple=None,
coastal=True):
'''Makes a duchy whose capital county is clumped.
If coastal=True and size_list[0]<7, one water hex bordering the capital will be included.
rgb_tuple should be ((r,g,b),[(r,g,b)*])'''
rgb_tuple = rgb_tuple or random_rgb_tuple(size_list)
capital_county = make_capital_county(c_size=size_list[0],
coastal=coastal,
rgb=rgb_tuple[1][0])
duchy = Tile(origin=origin,
tile_list=[capital_county],
hex_list=[],
rgb=rgb_tuple[0])
for idx, el in enumerate(size_list[1:]):
try:
duchy.add_new_tile(el, rgb=rgb_tuple[1][idx + 1])
except:
print(idx, rgb_tuple)
raise ValueError
if coastal:
drhl = duchy.real_hex_list()
if check_water_access(drhl, duchy.real_water_list(),
max([el.mag() for el in drhl])):
return duchy
else:
return make_capital_duchy(origin, size_list, rgb_tuple, coastal)
else:
return duchy
def make_original_center_duchy(
origin=Cube(0, 0, 0), size_list=CENTER_SIZE_LIST, rgb_tuple=None):
rgb_tuple = rgb_tuple or random_rgb_tuple(size_list)
capital_county = make_capital_county(c_size=size_list[0],
coastal=False,
rgb=rgb_tuple[1][0])
duchy = Tile(origin=origin,
tile_list=[capital_county],
hex_list=[],
rgb=rgb_tuple[0])
for idx, c_size in enumerate(size_list[1:]):
duchy.add_new_tile(c_size,
rgb=rgb_tuple[1][idx + 1],
capital=Cube(0, -2, 2).rotate_right(idx * 2))
return duchy
def make_kingdom(
origin=Cube(0, 0, 0),
size_list=KINGDOM_SIZE_LIST,
rgb_tuple=None,
coastal=True,
):
"""rgb_tuple is complicated. For each level, the left element is the rgb of the title for that tile,
and the right element is a list of rgb_tuples for the tiles the next element below
(or a list of rgb tuples for baronies)."""
rgb_tuple = rgb_tuple or random_rgb_tuple(size_list)
kingdom = Tile(origin=origin,
tile_list=[
make_capital_duchy(size_list=size_list[0],
coastal=coastal,
rgb_tuple=rgb_tuple[1][0])
],
hex_list=[],
rgb=rgb_tuple[0])
d_idx = 1
while d_idx < len(size_list):
duchy_size_list = size_list[d_idx]
krhl = kingdom.relative_hex_list()
krwl = kingdom.relative_water_list()
new_county = Tile.new_tile(duchy_size_list[0],
rgb=rgb_tuple[1][d_idx][1][0])
if new_county.move_into_place([kingdom.relative_neighbors()], krhl,
krwl):
new_duchy = Tile(origin=Cube(0, 0, 0),
tile_list=[new_county],
hex_list=[],
rgb=rgb_tuple[1][d_idx][0])
for c_idx, county_size_list in enumerate(duchy_size_list[1:]):
new_duchy.add_new_tile(county_size_list,
cant=krhl + krwl,
rgb=rgb_tuple[1][d_idx][1][c_idx])
if check_water_access(krhl + new_duchy.relative_hex_list(), krwl):
kingdom.add_tile(new_duchy)
d_idx += 1
return kingdom