def build_door(config, key):
center = mid(config.base_left, config.base_right)
# left
glPushMatrix()
left_vertices = quad(config.base_left, center, config.height)
with_tail_edges, no_tail_edges = make_edges(left_vertices, 0)
with_tail_surfaces, no_tail_surfaces = make_surface(left_vertices, 0)
left_edges = with_tail_edges
left_surfaces = with_tail_surfaces
glTranslate(config.base_left[0], config.base_left[1], config.base_left[2])
glRotatef(config.alpha, 0, 1, 0)
glTranslate(-config.base_left[0], -config.base_left[1],
-config.base_left[2])
draw_object(
DrawableObject(left_surfaces, left_vertices, left_edges, 'door'),
DataUtil.textures_id['door'])
# build(left_edges, left_vertices, left_surfaces)
if config.run:
if config.state:
config.alpha += delta_rotate
if config.alpha >= limit_door[1] or config.alpha <= limit_door[0]:
door_conf[key[0]][key[1]].run_reverse()
door_conf[key[0]][key[1]].state_reverse()
else:
config.alpha -= delta_rotate
if config.alpha >= limit_door[1] or config.alpha <= limit_door[0]:
door_conf[key[0]][key[1]].run_reverse()
door_conf[key[0]][key[1]].state_reverse()
glPopMatrix()
# right
glPushMatrix()
right_vertices = quad(config.base_right, center, config.height)
with_tail_edges, no_tail_edges = make_edges(right_vertices, 0)
with_tail_surfaces, no_tail_surfaces = make_surface(right_vertices, 0)
right_edges = with_tail_edges
right_surfaces = with_tail_surfaces
glTranslate(config.base_right[0], config.base_right[1],
config.base_right[2])
glRotatef(-config.alpha, 0, 1, 0)
glTranslate(-config.base_right[0], -config.base_right[1],
-config.base_right[2])
draw_object(
DrawableObject(right_surfaces, right_vertices, right_edges, 'door'),
DataUtil.textures_id['door'])
# build(right_edges, right_vertices, right_surfaces)
glPopMatrix()
def build_block_plain(center, l, d, notify=False, parent=None, t='ground1'):
vertices = (
(center[0] - l / 2, center[1], center[2] - d / 2),
(center[0] - l / 2, center[1], center[2] + d / 2),
(center[0] + l / 2, center[1], center[2] + d / 2),
(center[0] + l / 2, center[1], center[2] - d / 2),
)
if notify:
print('plain', vertices)
with_tail_edges, no_tail_edges = make_edges(vertices,
len(DataUtil.vertices))
with_tail_surfaces, no_tail_surfaces = make_surface(
vertices, len(DataUtil.vertices))
DataUtil.edges += with_tail_edges
DataUtil.surfaces += with_tail_surfaces
DataUtil.vertices += vertices
valid_points(DataUtil.vertices, 3, 'plain')
valid_edges(DataUtil.edges, DataUtil.vertices, 'plain')
if parent is not None:
parent.vertices += vertices
parent.edges += no_tail_edges
parent.surfaces = no_tail_surfaces
return parent
return DrawableObject(no_tail_surfaces, vertices, no_tail_edges, t)
def build_plain(origin, end, d, parent=None):
vertices = (
origin,
(origin[0], origin[1], origin[2] + d),
(end[0], end[1], end[2] + d),
end,
)
with_tail_edges, no_tail_edges = make_edges(vertices,
len(DataUtil.vertices))
with_tail_surfaces, no_tail_surfaces = make_surface(
vertices, len(DataUtil.vertices))
DataUtil.edges += with_tail_edges
DataUtil.surfaces += with_tail_surfaces
DataUtil.vertices += vertices
valid_points(DataUtil.vertices, 3, 'plain')
valid_edges(DataUtil.edges, DataUtil.vertices, 'plain')
if parent is not None:
parent.vertices += vertices
parent.edges += no_tail_edges
parent.surfaces = no_tail_surfaces
return parent
return DrawableObject(no_tail_surfaces, vertices, no_tail_edges, '')
def build_top(x_origin, y_origin, z_origin):
top = []
vertices = (
(x_origin + width / 2, y_origin + height + tower_height * 0.2,
z_origin),
(x_origin + width / 2, y_origin + height + tower_height * 0.2,
z_origin + depth),
(x_origin + width, y_origin + height, z_origin + depth),
(x_origin + width, y_origin + height, z_origin),
)
with_tail_edges, no_tail_edges = make_edges(vertices,
len(DataUtil.vertices))
with_tail_surfaces, no_tail_surfaces = make_surface(
vertices, len(DataUtil.vertices))
DataUtil.edges += with_tail_edges
DataUtil.surfaces += with_tail_surfaces
DataUtil.vertices += vertices
top.append(DrawableObject(no_tail_surfaces, vertices, no_tail_edges,
'top'))
vertices = (
(x_origin + width / 2, y_origin + height + tower_height * 0.2,
z_origin),
(x_origin + width / 2, y_origin + height + tower_height * 0.2,
z_origin + depth),
(x_origin, y_origin + height, z_origin + depth),
(x_origin, y_origin + height, z_origin),
)
with_tail_edges, no_tail_edges = make_edges(vertices,
len(DataUtil.vertices))
with_tail_surfaces, no_tail_surfaces = make_surface(
vertices, len(DataUtil.vertices))
DataUtil.edges += with_tail_edges
DataUtil.surfaces += with_tail_surfaces
DataUtil.vertices += vertices
top.append(DrawableObject(no_tail_surfaces, vertices, no_tail_edges,
'top'))
valid_points(DataUtil.vertices, 3, 'top')
valid_edges(DataUtil.edges, DataUtil.vertices, 'top')
return top
def build_any_plain(vertices, notify=False, parent=None, t='table'):
if notify:
print('plain', vertices)
with_tail_edges, no_tail_edges = make_edges(vertices,
len(DataUtil.vertices))
with_tail_surfaces, no_tail_surfaces = make_surface(
vertices, len(DataUtil.vertices))
DataUtil.edges += with_tail_edges
DataUtil.surfaces += with_tail_surfaces
DataUtil.vertices += vertices
valid_points(DataUtil.vertices, 3, 'plain')
valid_edges(DataUtil.edges, DataUtil.vertices, 'plain')
if parent is not None:
parent.vertices += vertices
parent.edges += no_tail_edges
parent.surfaces = no_tail_surfaces
return parent
return DrawableObject(no_tail_surfaces, vertices, no_tail_edges, t)
def build_arc_wall(arc_center,
top_origin,
top_end,
radius,
x_or_z,
h,
parent=None,
t=''):
vertices = (top_origin, top_end)
for i in range(180, 360):
rad = math.pi * i / 180
x = arc_center[0] + radius * math.cos(rad) if x_or_z else arc_center[0]
y = arc_center[1] + radius * math.sin(rad)
z = arc_center[2] if x_or_z else arc_center[2] + radius * math.cos(rad)
vertices += ((x, y, z), )
with_tail_edges, no_tail_edges = make_edges(vertices,
len(DataUtil.vertices))
with_tail_surfaces, no_tail_surfaces = make_surface(
vertices, len(DataUtil.vertices))
DataUtil.edges += with_tail_edges
DataUtil.surfaces += with_tail_surfaces
DataUtil.vertices += vertices
if parent is not None:
parent.vertices += vertices
parent.edges += no_tail_edges
parent.surfaces = no_tail_surfaces
return parent
return DrawableObject(no_tail_surfaces,
vertices,
no_tail_edges,
type_name=t)
def build_wall(origin, end, h, notify=False, type_name="wall", parent=None):
vertices = quad(origin, end, h)
if notify:
print('wall', vertices)
with_tail_edges, no_tail_edges = make_edges(vertices,
len(DataUtil.vertices))
with_tail_surfaces, no_tail_surfaces = make_surface(
vertices, len(DataUtil.vertices))
DataUtil.edges += with_tail_edges
DataUtil.surfaces += with_tail_surfaces
DataUtil.vertices += vertices
valid_points(DataUtil.vertices, 3, 'wall')
valid_edges(DataUtil.edges, DataUtil.vertices, 'wall')
if parent is not None:
parent.vertices += vertices
parent.edges += no_tail_edges
parent.surfaces = no_tail_surfaces
return parent
return DrawableObject(no_tail_surfaces, vertices, no_tail_edges, type_name)