def render(self, surface):
draw_hex_map(surface, self.hmap, self._draw_hex)
draw_text(surface, (2, 10), "Num cells:%i" % len(self.cells))
draw_text(surface, (2, 50),
"legroom fitness:%f" % self.legroom_fitness)
draw_text(surface, (2, 70), "FOS fitness :%f" % self.fos_fitness)
draw_text(surface, (2, 90), "balance :%f" % self._balance_fitness())
draw_text(surface, (2, 110), "total fitness :%f" % self.total_fitness)
def render(self, surface):
max_value = self.values.max()
draw_text(surface, (2, 10),
"Morphogens (%i genes)" % len(self.module.genes))
draw_text(surface, (2, 30), "Max :%f" % max_value)
hmap = Map(self.simulation.bounds)
# hmap.values = self.values
draw_hex_map(surface, hmap, self._draw_hex)
def render(self, surface):
max_light = self.simulation.bounds[1]
total_light = 0
for cell in self.simulation.cells:
total_light += cell.userData['light']
draw_hex_map(surface, self.simulation.hmap, self._draw_hex)
draw_text(surface, (10, 10), "light:%f"%total_light)
draw_text(surface, (10, 30), "light_percentage:%f"%(total_light/max_light))
def render(self, surface):
draw_text(surface, (2, 10), "Num genes:%i" % len(self.module.genes))
max_value = 0
for cell in self.simulation.cells:
for gene in self.module.genes.values():
max_value = max(max_value, max(cell.userData[gene.key()]))
draw_text(surface, (2, 30), "Max :%f" % max_value)
draw_hex_map(surface, self.simulation.hmap, self._draw_hex)
def render(self, surface):
draw_hex_map(surface, self.hmap, self._draw_hex)
draw_text(surface, (2, 10), "Num cells:%i" % len(self.cells))
draw_text(surface, (2, 30), "Fitness :%f" % self.fitness())
def render(self, surface):
draw_hex_map(surface, self.water_map, self._draw_hex)
draw_text(surface, (10, 10),
"water_collection:%f" % self.water_collection)