def render(self, surface, rects=None):
if not self.visible and rects:
return
for i in rects:
if self.rect.colliderect(i):
image.push_clip(surface, self.rect.clip(i))
surface.blit(self.surface, self.rect)
image.pop_clip(surface)
def render(self, surface, rects, camera_pos=[0,0]):
x, y = self.rect.topleft
x -= camera_pos[0]
y -= camera_pos[1]
for i in rects:
image.push_clip(surface, i)
surface.blit(self.image, (x, y))
image.pop_clip(surface)
def render(self, surface, rects, camera_pos=(0,0)):
#only render on the dirty rects!
x, y = self.rect.topleft
x -= camera_pos[0]
y -= camera_pos[1]
for i in rects:
image.push_clip(surface, i)
surface.blit(self.comp_image, (x, y))
image.pop_clip(surface)
def render(self, surface):
image.push_clip(surface, self.rect)
r=pygame.Rect(self.camera_pos,
self.rect.size)
if self.dirty:
image.push_clip(surface, r)
surface.fill((255,255,255))
image.pop_clip(surface)
self.dirty = False
for i in self.world.dirty_rects:
i.dirty_rect = None
self.world.dirty_rects = []
for i in self.world.get_tiles_in_area(r) +\
self.world.get_units_in_area(r):
i.render(surface, [r], self.camera_pos)
elif self.world.dirty_rects:
big = []
rects = []
for i in self.world.dirty_rects: #get objects, tiles + units
rects.append(i.dirty_rect)
image.push_clip(surface, i.dirty_rect)
surface.fill((255,255,255))
image.pop_clip(surface)
for x in i.get_objects_in_quads():
if not x in big:
big.append(x)
big.sort(self.mysort)
for obj in big:
obj.render(surface, rects, self.camera_pos)
for i in self.world.dirty_rects:
i.dirty_rect = None
self.world.dirty_rects = []
image.pop_clip(surface)
