def convert(p):
dct = {
'sheet': p.sheet_idx,
# Give the offset of the pixel corresponding to (0,0,0)
'offset': geom.sub(p.offset, p.base),
'vert_idx': p.vert_idx,
'vert_count': p.vert_count,
}
flags = p.get_flags()
if flags != 0:
dct.update(
flags=flags)
if isinstance(p.img, image2.Anim):
dct.update(
anim_length=p.img.length,
anim_rate=p.img.rate,
anim_oneshot=p.img.oneshot,
anim_size=p.img.px_size)
return dct
def __init__(self, name, image, model, shape, layer):
super(StructureDef, self).__init__(name, shape, layer)
px_size = tuple(x * TILE_SIZE for x in shape.size)
mesh = model.to_mesh()
if isinstance(image, StaticAnimDef):
base = image2.Image(img=image_cache.ConstImage(image.static_base))
base_model2 = Model2(mesh, ((0, 0, 0), px_size))
self.add_part(base_model2, base)
frame_sheet = image2.Image(img=image_cache.ConstImage(image.anim_sheet),
unit=image.anim_size)
frames = [frame_sheet.extract((x, 0)) for x in range(image.length)]
anim = image2.Anim(frames, image.framerate, image.oneshot)
box_min = geom.sub(image.anim_offset, (0, shape.size[2] * TILE_SIZE))
box_max = geom.add(box_min, image.anim_size)
anim_mesh = mesh.copy()
geom.clip_xv(anim_mesh, *(box_min + box_max))
anim_model2 = Model2(anim_mesh, anim_mesh.get_bounds())
self.add_part(anim_model2, anim)
else:
image = image2.Image(img=image_cache.ConstImage(image))
model2 = Model2(mesh, ((0, 0, 0), px_size))
self.add_part(model2, image)
