def __init__(self, frames_map, raw=True):
if raw:
for frames_tag, frames_path in frames_map.items():
# Convert paths in matrix set
frames_map[frames_tag] = read_matrix_from_file(frames_path)
self.frames_map = frames_map
self.renderer_object = RendererObject()
self.center_hor = False
self.parent_screen_object = None
class ScreenObjectModel(object):
def __init__(self, frames_map, raw=True):
if raw:
for frames_tag, frames_path in frames_map.items():
# Convert paths in matrix set
frames_map[frames_tag] = read_matrix_from_file(frames_path)
self.frames_map = frames_map
self.renderer_object = RendererObject()
self.center_hor = False
self.parent_screen_object = None
def on_render(self):
if self.center_hor:
self.parent_screen_object.pos_x = int(
(self.parent_screen_object.screen.size_x / 2) - (self.renderer_object.size_x / 2))
def set_current_frames(self, key):
self.renderer_object.model_matrix_frames = self.frames_map[key]
self.renderer_object.reset_animation_frame_counter()
def get_renderer_object(self):
return self.renderer_object
print("#", end="")
for drawer in range(self.screen_x):
print("-", end="")
print("#")
def update_screen(self):
self.screen_matrix.clear()
if __name__ == "__main__":
frames_matrix_go_right = read_matrix_from_file("models/example_right.model")
frames_matrix_go_left = read_matrix_from_file("models/example_left.model")
renderer = Renderer()
demo_object = RendererObject(0, 0)
renderer.renderer_objects.append(demo_object)
go_right = True
while True:
# Walk logic
if demo_object.pos_x == 0:
go_right = True
demo_object.set_model_matrix_frames(frames_matrix_go_right)
if demo_object.pos_x == renderer.screen_x - 19:
go_right = False
demo_object.set_model_matrix_frames(frames_matrix_go_left)
if go_right:
demo_object.pos_x += 1
else: # go left
demo_object.pos_x -= 1