def load_shot(sbuf) : s = Shot() s.m.fwd.ups = fp.read_named_float(sbuf, "v=") s.travel_distance = fp.read_named_float(sbuf, "travel_distance=") s.damage = fp.read_named_int(sbuf, "damage=") load_game_object(sbuf, s) return s
def load_ship(filename) :
s = Ship()
buf = open(filename, 'r').read().replace('\n', '')
s.num_slots = fp.read_named_int(buf, "num_slots=")
s.hp = fp.read_named_int(buf, "hp=")
s.m.fwd.ups = fp.read_named_float(buf, "vf")
s.m.bwd.ups = fp.read_named_float(buf, "vb")
s.m.sll.ups = s.m.slr.ups = fp.read_named_float(buf, "vslide=")
s.m.tr.ups = s.m.tl.ups = fp.read_named_float(buf, "turn_rate=")
s.m.max_speed = fp.read_named_float(buf, "max_speed=")
s.m.dec = fp.read_named_float(buf, "dec=")
UpdateEvent.add_action(s.m)
load_game_object(buf, s)
for i in range(s.num_slots) :
wbuf = fp.read_named_string(buf, "slot{0}=".format(i+1), "[")
s.children.append(load_weapon(fp.read_named_string(wbuf, "weapon=")))
s.slot_positions.append(np.array([0.0, 0.0, 0.0, 1.0]))
s.slot_positions[i][0] = fp.read_named_float(wbuf, "position_x")
s.slot_positions[i][1] = fp.read_named_float(wbuf, "position_y")
s.m.sub_movements.append(s.children[i].m)
return s
def load(filename) :
a = Animation()
buf = open(filename, 'r').read()
a.m.r.width = FileParser.read_named_float(buf, "width:", "\"")
a.m.r.height = FileParser.read_named_float(buf, "height:", "\"")
tex_name = FileParser.read_named_string(buf, "texture:", "\"")
tex = Texture()
ImgLoader.load_image(tex_name, tex)
a.set_texture(tex)
sp_name = FileParser.read_named_string(buf, "solid_pixel_map", "\"")
if len(sp_name) > 0 :
spm = SolidPixelMap()
ImgLoader.load(sp_name, spm)
a.spm = spm
trans_name = FileParser.read_named_string(buf, "transparency_map:", "\"")
if len(trans_name) > 0 :
tmap = TransparencyMap()
ImgLoader.load(trans_name, tmap)
a.get_texture.apply_transparency_map(tmap)
a.num_frames = FileParser.read_named_int(buf, "num_frames:", "\"")
a.st.set_interval(FileParser.read_named_float(buf, "frame_time:", "\""))
if FileParser.read_named_int(buf, "looping:", "\"") == 1 :
a.looping = True
return a