def generate_terrain(self):
generator = PlasmaFractalGenerator(200)
generator.apply(self.gameGrid)
self.gameGrid.connect_grid()
generator = MeteorTerrainGenerator()
smoother = Smoother(0.5)
generator.apply(self.gameGrid)
smoother.apply(self.gameGrid)
def generate_terrain(self):
generator = PlasmaFractalGenerator(200)
generator.apply(self.gameGrid)
self.gameGrid.connect_grid()
generator = MeteorTerrainGenerator()
smoother = Smoother(0.5)
generator.apply(self.gameGrid)
smoother.apply(self.gameGrid)
def generate_terrain(self):
generator = PlasmaFractalGenerator(400)
generator.apply(self.gameGrid)
self.gameGrid.connect_grid()
generator = MeteorTerrainGenerator()
smoother = Smoother(0.5)
generator.apply(self.gameGrid)
smoother.apply(self.gameGrid)
climatizer = LatitudeClimateBands()
climatizer.apply(self.gameGrid)
columns = SCREEN_WIDTH / zoom
rows = SCREEN_HEIGHT / zoom
# create the grid, fill it with nodes
# this is currently a bit slow...
gameGrid = Grid()
for x in range(0, X_GRID):
for y in range(0 ,Y_GRID):
terrain = TerrainData()
gameGrid.add_node((x, y, 0), terrain)
gameGrid.connect_grid()
generator = MeteorTerrainGenerator()
smoother = Smoother(0.5)
generator.apply(gameGrid)
smoother.apply(gameGrid)
font_file = pygame.font.match_font('freemono')
font = pygame.font.Font(font_file, FONT_SIZE)
font.set_bold(True)
movers = []
def rectRender(obj, loc):
""" Renders a renderable object as a rectangle
at the given grid square. """
rectX, rectY, rectZ = loc
newrectX = (rectX - viewportX) * zoom
newrectY = (rectY - viewportY) * zoom
