class StoneWall(Tile):
generation_parameters = GenerationProfile(
fabrication = GenerationParameter(0.5, dropoff=1.5),
shelter = GenerationParameter(0.3, dropoff=1.2),
opulence = GenerationParameter(0.0)
)
def tile_id(self):
return 'env-stone-wall'
def generate(self, *_):
random_gray = random.uniform(130, 180)
return [int(random_gray) for x in range(3)] + [1]
class Cobblestone(Tile):
BaseAlias = 'cobblestone'
generation_parameters = GenerationProfile(
fabrication=GenerationParameter(0.8),
shelter=GenerationParameter(0.3),
opulence=GenerationParameter(0.3))
def tile_id(self):
return 'env-cobblestone'
def generate(self, *_):
random_gray = random.uniform(20, 130)
return [int(random_gray) for x in range(3)] + [1]
class StoneFloor(Tile):
BaseAlias = 'a stone floor'
generation_parameters = GenerationProfile(
fabrication = GenerationParameter(0.5, dropoff=1.5),
shelter = GenerationParameter(0.3, dropoff=1.2),
opulence = GenerationParameter(0.0)
)
def tile_id(self):
return 'env-stone-floor'
def generate(self, *_):
random_gray = random.uniform(100, 150)
return [int(random_gray) for x in range(3)] + [1]
class Snow(Tile):
BaseAlias = 'fresh snow'
generation_parameters = GenerationProfile(
precipitation=GenerationParameter(1.0, strength=2),
temperature=GenerationParameter(-0.8, dropoff=3, strength=2),
fabrication=GenerationParameter(-0.5),
shelter=GenerationParameter(-1.0, dropoff=4.0))
def tile_id(self):
return 'env-snow'
def generate(self, *_):
random_gray = random.uniform(225, 250)
return [int(random_gray) for x in range(3)] + [1]
class StoneBricks(Tile):
BaseAlias = 'a masoned stone wall'
generation_parameters = GenerationProfile(
fabrication=GenerationParameter(0.8),
shelter=GenerationParameter(0.3),
opulence=GenerationParameter(0.3))
def tile_id(self):
return 'env-stone-brick-wall'
def generate(self, loc, total_dimensions):
if (loc[1] + 1) % 3 and (loc[1] + loc[0]) % 6:
random_gray = int(random.uniform(160, 180))
else:
random_gray = int(random.uniform(130, 150))
return [random_gray, random_gray, random_gray] + [1]
class Tiles(Tile):
generation_parameters = GenerationProfile(
temperature=GenerationParameter(0.2),
fabrication=GenerationParameter(1.0, dropoff=1.5),
shelter=GenerationParameter(1.0, dropoff=5),
opulence=GenerationParameter(0.8))
def tile_id(self):
return 'env-tiled-floor'
def generate(self, loc, total_dimensions):
if (loc[0] >= math.floor(total_dimensions[0] / 2)) ^ (
loc[1] >= math.floor(total_dimensions[1] / 2)):
random_red = int(random.uniform(200, 250))
random_green = random_red
random_blue = random_red
else:
random_red = int(random.uniform(50, 100))
random_green = random_red
random_blue = random_red
return [random_red, random_green, random_blue] + [1]
class Pine(Tile):
BaseAlias = 'a pine tree'
generation_parameters = GenerationProfile(
precipitation=GenerationParameter(1.0, strength=2),
temperature=GenerationParameter(-0.8, dropoff=3, strength=2),
fabrication=GenerationParameter(-0.5),
shelter=GenerationParameter(-1.0, dropoff=4.0))
def tile_id(self):
return 'env-pine-tree'
def build_generator(self, dimensions, *_):
h, w = dimensions
circles = list(Pine.get_circles(dimensions))
for x in range(h):
for y in range(w):
scalar = sum((x, y) in circle for circle in circles)
if not scalar:
random_red = int(random.uniform(1, 20))
random_green = int(random.uniform(35, 60))
random_blue = int(random.uniform(1, 10))
else:
random_red = int(random.uniform(1, 30 + 20 * scalar))
random_green = int(
random.uniform(40 + 20 * scalar, 70 + 23 * scalar))
random_blue = int(
random.uniform(5 + 20 * scalar, 20 + 40 * scalar))
yield Tile.rgba(*[random_red, random_green, random_blue, 1.0])
def get_circles(dimensions):
h, w = dimensions
x0 = w / 2
y0 = h / 2
radius = int(w / 2)
for offset in [2, 3, 3]:
radius -= offset
x0 -= offset
y0 += offset
yield list(Distance.points_in_circle(radius, (x0, y0)))
class WoodFloor(Tile):
BaseAlias = 'wood flooring'
generation_parameters = GenerationProfile(
temperature = GenerationParameter(0.1),
fabrication = GenerationParameter(0.5, dropoff=1.5),
shelter = GenerationParameter(0.3, dropoff=1.2),
opulence = GenerationParameter(-0.3)
)
def tile_id(self):
return 'env-wood-floor'
def generate(self, loc, total_dimensions):
if loc[0] % 4:
random_red = int(random.uniform(100, 130))
random_green = int(random.uniform(80, 100))
random_blue = int(random.uniform(35, 55))
else:
random_red = int(random.uniform(90, 110))
random_green = int(random.uniform(50, 80))
random_blue = int(random.uniform(0, 10))
return [random_red,random_green,random_blue] + [1]
class FrozenGrass(Tile):
BaseAlias = 'frozen grass'
generation_parameters = GenerationProfile(
ambient_water=GenerationParameter(0.3),
precipitation=GenerationParameter(-0.3),
temperature=GenerationParameter(-0.9, dropoff=4, strength=5),
fertility=GenerationParameter(1.0, dropoff=1.5),
barrenness=GenerationParameter(-0.8),
altitude=GenerationParameter(0.3),
fabrication=GenerationParameter(-0.2),
shelter=GenerationParameter(-1.0, dropoff=0.5))
def tile_id(self):
return 'env-frozen-grass'
def generate(self, *_):
random_red = int(random.uniform(20, 40))
random_green = int(random.uniform(80, 130))
random_blue = int(random.uniform(60, 100))
return [random_red, random_green, random_blue] + [1]
class Grass(Tile):
BaseAlias = 'foot-tall grass'
generation_parameters = GenerationProfile(
ambient_water=GenerationParameter(0.5),
precipitation=GenerationParameter(0.1),
temperature=GenerationParameter(0.6),
fertility=GenerationParameter(1.0, dropoff=1.5, strength=2),
barrenness=GenerationParameter(-1.0, dropoff=0.5),
altitude=GenerationParameter(0.3),
fabrication=GenerationParameter(-0.2),
shelter=GenerationParameter(-1.0, dropoff=0.5))
def tile_id(self):
return 'env-grass'
def generate(self, *_):
random_red = int(random.uniform(40, 60))
random_green = int(random.uniform(130, 160))
random_blue = int(random.uniform(30, 60))
return [random_red, random_green, random_blue] + [1]
class Sand(Tile):
BaseAlias = 'loose sand'
generation_parameters = GenerationProfile(
ambient_water=GenerationParameter(-0.2),
precipitation=GenerationParameter(-0.7),
temperature=GenerationParameter(0.7),
fertility=GenerationParameter(-1.0, dropoff=2.5),
fabrication=GenerationParameter(-0.8, dropoff=2.0),
shelter=GenerationParameter(-1.0, dropoff=4.0),
barrenness=GenerationParameter(0.5),
)
def tile_id(self):
return 'env-sand'
def generate(self, *_):
random_red = int(random.uniform(210, 220))
random_green = int(random.uniform(160, 180))
random_blue = int(random.uniform(80, 100))
return [random_red, random_green, random_blue] + [1]
class Dirt(Tile):
BaseAlias = 'a patch of dirt'
generation_parameters = GenerationProfile(
precipitation = GenerationParameter(-0.2),
ambient_water = GenerationParameter(-0.2),
temperature = GenerationParameter(0.0),
fertility = GenerationParameter(-0.8, dropoff=2.0),
altitude = GenerationParameter(-0.1),
fabrication = GenerationParameter(-0.8, dropoff=5.0),
shelter = GenerationParameter(-0.8, dropoff=2.0)
)
def tile_id(self):
return 'env-dirt'
def generate(self, *_):
random_red = int(random.uniform(100, 150))
random_green = int(random.uniform(60, 80))
random_blue = int(random.uniform(00, 10))
return [random_red,random_green,random_blue] + [1]
class SandStoneBricks(Tile):
generation_parameters = GenerationProfile(
ambient_water=GenerationParameter(-0.2),
precipitation=GenerationParameter(-0.7),
temperature=GenerationParameter(0.7),
fertility=GenerationParameter(-1.0, dropoff=2.5),
fabrication=GenerationParameter(-0.8, dropoff=2.0),
shelter=GenerationParameter(-1.0, dropoff=4.0),
barrenness=GenerationParameter(0.5),
)
def tile_id(self):
return 'env-sandstone-brick-wall'
def generate(self, loc, total_dimensions):
if (loc[1] + 1) % 2 and (loc[1] + loc[0]) % 4:
random_red = int(random.uniform(210, 220))
random_green = int(random.uniform(160, 180))
random_blue = int(random.uniform(80, 100))
else:
random_red = int(random.uniform(150, 190))
random_green = int(random.uniform(120, 140))
random_blue = int(random.uniform(60, 80))
return [random_red, random_green, random_blue] + [1]