def add_entities(self):
"""spawn in each of our items from self.item_names and then select them"""
num_cols = 25
x = 0
y = 0
for idx, item in enumerate(self.item_names):
if idx % num_cols == 0:
x += 1
self.items.append(
general.new_object("Entity", item, "", x, idx % num_cols, 0))
# clear the selection and add the new items to the selection
general.select_objects(self.items)
def add_entities(self):
"""spawn in each of our items from self.item_names and then select them"""
num_cols = 25
x = 0
y = 0
for idx, item in enumerate(self.item_names):
if idx % num_cols == 0:
x += 1
self.items.append(
general.new_object("Entity", item, "", x, idx % num_cols, 0)
)
# clear the selection and add the new items to the selection
general.select_objects(self.items)
def add_cgfs(self):
"""spawn in each of our items from self.item_names and then select them"""
num_cols = 25
x = 0
for idx, item in enumerate(self.cgf_files):
if idx % num_cols == 0:
# increment by some amount set by the last objects x width
x += self.increment_amount
ob = general.new_object("Brush", self.norm_path_for_ce(item), "",
x, (idx % num_cols) * 0.23, 32)
self.items.append(ob)
general.select_object(ob)
self.set_increment_amount()
general.log("Added %s CGF Files to the map." % len(self.cgf_files))
def add_cgfs(self):
"""spawn in each of our items from self.item_names and then select them"""
num_cols = 25
x = 0
for idx, item in enumerate(self.cgf_files):
if idx % num_cols == 0:
# increment by some amount set by the last objects x width
x += self.increment_amount
ob = general.new_object(
"Brush", self.norm_path_for_ce(item), "", x, (idx % num_cols) * 0.23, 32
)
self.items.append(ob)
general.select_object(ob)
self.set_increment_amount()
general.log("Added %s CGF Files to the map." % len(self.cgf_files))
def add_cgfs(items):
"""spawn in each of our items from self.item_names and then select them"""
num_cols = 25
x = 0
increment_amount = 0
for idx, item in enumerate(items):
if idx % num_cols == 0:
# increment by some amount set by the last objects x width
x += increment_amount
general.select_object(
general.new_object("Brush", norm_path_for_ce(item), "", x,
(idx % num_cols) * 55, 32))
increment_amount = set_increment_amount()
print("Added %s CGF Files to the map. Thanks for adding every damn CGF!" %
len(items))
def add_cgfs(items):
"""spawn in each of the cgfs from the array passed in and then return the names of the items"""
added_names = []
num_cols = 25
x = 0
increment_amount = 0
for idx, item in enumerate(items):
if idx % num_cols == 0:
# increment by some amount set by the last objects x width
x += increment_amount
new_object = general.new_object("Brush", norm_path_for_ce(item), "", x,
(idx % num_cols) * 55, 32)
general.select_object(new_object)
increment_amount = set_increment_amount()
added_names.append(new_object)
general.clear_selection()
general.select_objects(added_names)
return added_names
def add_cgfs(items):
"""spawn in each of our items from self.item_names and then select them"""
num_cols = 25
x = 0
increment_amount = 0
for idx, item in enumerate(items):
if idx % num_cols == 0:
# increment by some amount set by the last objects x width
x += increment_amount
general.select_object(
general.new_object(
"Brush", norm_path_for_ce(item), "", x, (idx % num_cols) * 55, 32
)
)
increment_amount = set_increment_amount()
print(
"Added %s CGF Files to the map. Thanks for adding every damn CGF!" % len(items)
)
def add_cgfs(items):
"""spawn in each of the cgfs from the array passed in and then return the names of the items"""
added_names = []
num_cols = 25
x = 0
increment_amount = 0
for idx, item in enumerate(items):
if idx % num_cols == 0:
# increment by some amount set by the last objects x width
x += increment_amount
new_object = general.new_object(
"Brush", norm_path_for_ce(item), "", x, (idx % num_cols) * 55, 32
)
general.select_object(new_object)
increment_amount = set_increment_amount()
added_names.append(new_object)
general.clear_selection()
general.select_objects(added_names)
return added_names
def add_xmls(self):
"""spawn in each of our items from self.item_names and then select them"""
num_cols = 25
x = 0
num_added = 0
for idx, item in enumerate(self.item_names):
if idx % num_cols == 0:
x += 1
if item not in self.exclude_list:
self.items.append(
general.new_object("Entity", item, "", x, idx % num_cols, 0)
)
num_added += 1
else:
idx -= 1
print(
"Added %s CGF Files to the map. Thanks for adding every damn entity!"
% num_added
)
def replace_selected():
new_objects = list()
# get the mesh to replace the selected item with
replacement_mesh = general.open_file_box()
# get all selected object
selected = general.get_names_of_selected_objects()
# clear the selection so we can work on one item at a time
general.clear_selection()
for item in selected:
# store the items xforms
[scale_x, scale_y, scale_z] = general.get_scale(item)
[pos_x, pos_y, pos_z] = general.get_position(item)
[rot_x, rot_y, rot_z] = general.get_rotation(item)
general.delete_object(item)
new_objects.append(
general.new_object("Brush", replacement_mesh, item, pos_x, pos_y, pos_z)
)
general.set_rotation(item, rot_x, rot_y, rot_z)
general.set_scale(item, scale_x, scale_y, scale_z)
print("Replaced: %s with %s" % (item, replacement_mesh))
general.select_objects(new_objects)
def replace_selected():
new_objects = list()
# get the mesh to replace the selected item with
replacement_mesh = general.open_file_box()
# get all selected object
selected = general.get_names_of_selected_objects()
# clear the selection so we can work on one item at a time
general.clear_selection()
for item in selected:
# store the items xforms
[scale_x, scale_y, scale_z] = general.get_scale(item)
[pos_x, pos_y, pos_z] = general.get_position(item)
[rot_x, rot_y, rot_z] = general.get_rotation(item)
general.delete_object(item)
new_objects.append(
general.new_object("Brush", replacement_mesh, item, pos_x, pos_y,
pos_z))
general.set_rotation(item, rot_x, rot_y, rot_z)
general.set_scale(item, scale_x, scale_y, scale_z)
print("Replaced: %s with %s" % (item, replacement_mesh))
general.select_objects(new_objects)
def new_object(entity_type, model, name, x, y, z):
return Transformable(
general.new_object(entity_type, model, name, x, y, z))
# 1. Get selected object.
# grab some properties for our selected object
user_selection = general.get_names_of_selected_objects()[0]
if stored_brush is None:
print('Simulating Brush')
# store the users selection for setting the physics state later on
store.set("simmed_brush", user_selection)
# grab the transforms of the object
obj_pos = general.get_position(user_selection)
obj_rot = general.get_rotation(user_selection)
obj_scale = general.get_scale(user_selection)
# 2. Create rigid body ex and copy model to rigidbodyex
# create the object at 0,0,0
PHYS_OBJECT_NAME = general.new_object("Entity", r"RigidBodyEx",
PHYS_OBJECT_NAME, 0, 0, 0)
# mark it with a special material so you know it's being simulated
general.set_custom_material(PHYS_OBJECT_NAME,
'Materials/Special/green_screen.mtl')
# set the physobj to be the selected brush object
user_selection_brush = str(lodtools.getselected())
general.set_entity_geometry_file(PHYS_OBJECT_NAME,
user_selection_brush)
# 3. snap physobj to xform of selected object
general.set_position(PHYS_OBJECT_NAME, int(obj_pos[0]),
int(obj_pos[1]), int(obj_pos[2]))
general.set_rotation(PHYS_OBJECT_NAME, int(obj_rot[0]),
int(obj_rot[1]), int(obj_rot[2]))
general.set_scale(PHYS_OBJECT_NAME, int(obj_scale[0]),
int(obj_scale[1]), int(obj_scale[2]))