def update_attribute(entity_name, index, value, tuple_bit=-1, type_val=None):
global _entity_configs
cast_map = {'string': str, 'float': float, 'int': int}
if type_val != None:
if type_val != 'list':
value = cast_map[type_val](value)
else:
value = value.split(',')
attrib_name = None
for i, val in enumerate(_entity_configs[entity_name].keys()):
if i == index:
attrib_name = val
print(attrib_name)
e = diskovery.entity(entity_name)
if tuple_bit != -1:
v = _entity_configs[entity_name][attrib_name]
if tuple_bit == 0:
setattr(e, attrib_name, glm.vec3(float(value), v[1], v[2]))
if tuple_bit == 1:
setattr(e, attrib_name, glm.vec3(v[0], float(value), v[2]))
if tuple_bit == 2:
setattr(e, attrib_name, glm.vec3(v[0], v[1], float(value)))
else:
if hasattr(e, attrib_name):
if attrib_name != 'name':
setattr(e, attrib_name, value)
else:
l = getattr(e, attrib_name)
l = value
if hasattr(
e, 'heightmap'
) and attrib_name != 'position' and attrib_name != 'name':
e.make_mesh()
if hasattr(e, attrib_name):
update_config(e, None, attrib_name)
if e.chi != None:
child = diskovery.entity(e.chi)
if tuple_bit != -1:
v = _entity_configs[entity_name][attrib_name]
if tuple_bit == 0:
setattr(child, attrib_name, glm.vec3(float(value), v[1], v[2]))
if tuple_bit == 1:
setattr(child, attrib_name, glm.vec3(v[0], float(value), v[2]))
if tuple_bit == 2:
setattr(child, attrib_name, glm.vec3(v[0], v[1], float(value)))
else:
setattr(child, attrib_name, value)
update_config(child, entity_name, attrib_name)
def delete_entity(self, e):
global _selected, _root
item = self.env.curselection()[0]
print(diskovery.entity(self.env.get(item)).chi)
if diskovery.entity(self.env.get(item)).chi != None:
diskovery.remove_entity(diskovery.entity(self.env.get(item)).chi)
diskovery.remove_entity(self.env.get(item))
diskovery_scene_manager.remove_config(self.env.get(item))
self.env.delete(item)
diskovery.deselect()
_selected = None
def update(self, ind):
diskovery.RenderedEntity.update(self, ind)
lit = Boolean(self.is_lit)
self.uniforms[2].update(lit.get_data(), ind)
tint = Tint(self.tint)
self.uniforms[3].update(tint.get_data(), ind)
selected = Boolean(self.selected)
self.uniforms[4].update(selected.get_data(), ind)
col = Color(self.color)
self.uniforms[5].update(col.get_data(), ind)
if self.selected:
diskovery.entity("Cursor").show()
diskovery.entity("Cursor").position = self.position
diskovery.entity("Cursor").rotation = self.rotation
manip_param = self.position
manip_param += self.left() * self.speed * diskovery.input(
"ObjMoveX") * diskovery.frame_time()
manip_param += -self.forward() * self.speed * diskovery.input(
"ObjMoveZ") * diskovery.frame_time()
manip_param += -self.up() * self.speed * diskovery.input(
"ObjMoveY") * diskovery.frame_time()
if self.chi != None:
diskovery.entity(self.chi).position = self.position
diskovery.entity(self.chi).rotation = self.rotation
diskovery_scene_manager.update_config(self, self.name, 'position')
def __init__(self, position, rotation, scale):
diskovery.RenderedEntity.__init__(
self,
position=position,
rotation=rotation,
scale=scale,
shader_str=self.presets['shader_str'],
mesh_str=self.presets['mesh_str'],
textures_str=self.presets['textures_str'],
light_scene="Terrain")
self.position.y = get_height(self.position.x, self.position.z,
diskovery.entity("land")) + 0.01
def update(self, ind):
diskovery.AnimatedEntity.update(self, ind)
self.position += self.forward() * -self.speed * diskovery.input(
"WalkY") * diskovery.frame_time()
self.position += self.left() * self.speed * diskovery.input(
"WalkX") * diskovery.frame_time()
if diskovery.input("WalkX") == 0 and diskovery.input("WalkY") == 0:
self.running = False
else:
self.running = True
if self.running and not self.animator.playing():
self.animator.play("Run")
elif not self.running and self.animator.playing():
self.animator.stop()
self.position.y = get_height(self.position.x, self.position.z,
diskovery.entity("land"))
self.rotation.y += diskovery.input(
"Rotate") * -self.speed * diskovery.frame_time() * 0.05