def getTile(self, x, y) -> Tile:
if (self.wrap_x and not (0 <= x < self.max_x)):
x = utils.modu(x, self.max_x)
if (self.wrap_y and not (0 <= y < self.max_y)):
y = utils.modu(y, self.max_y)
if not (0<=x<self.max_x):
return self.IMPASSIBLE_TILE
if not (0<=y<self.max_y):
return self.IMPASSIBLE_TILE
return self.tile_grid[x][y]
def getTile(self, x, y) -> Tile:
if (self.wrap_x and not (0 <= x < self.max_x)):
x = utils.modu(x, self.max_x)
if (self.wrap_y and not (0 <= y < self.max_y)):
y = utils.modu(y, self.max_y)
if not (0 <= x < self.max_x):
return self.IMPASSIBLE_TILE
if not (0 <= y < self.max_y):
return self.IMPASSIBLE_TILE
return self.tile_grid[x][y]
def noise2d(self, x : int, y : int):
"""
#Note: If random seed changes, we have an ENTIRELY new map.
#Gets our noise function for a given coordinate. MUST be an integer.
#Returns the same random number for the same coordinates regardless of how many times it's called.
#Returns a result that is between the lower and upper bounds of the amplitude.
"""
if (self.wrap_x is not None):
x = utils.modu(x, self.wrap_x)
if (self.wrap_y is not None):
y = utils.modu(y, self.wrap_y)
random.seed('' + str(x) + 'x' + str(y) + 'y' + str(self.seed))
noise = random.random()* (self.upper_bound-self.lower_bound) + self.lower_bound
return noise
def noise2d(self, x: int, y: int):
if (self.wrap_x is not None):
x = utils.modu(x, self.wrap_x)
if (self.wrap_y is not None):
y = utils.modu(y, self.wrap_y)
return x * 100 + y
def noise2d(self, x : int, y : int):
if (self.wrap_x is not None):
x = utils.modu(x, self.wrap_x)
if (self.wrap_y is not None):
y = utils.modu(y, self.wrap_y)
return x*100 + y
