def copy_xforms():
store = UserValues()
selected = general.get_names_of_selected_objects()[0]
if selected is None:
general.message_box_ok("Please Select an object")
rot = general.get_rotation(selected)
pos = general.get_position(selected)
scale = general.get_scale(selected)
store.set("xforms", {"rot": rot, "pos": pos, "scale": scale})
def add_to_scene(obj):
print("Adding: " + obj["name"])
store = UserValues(init_funcs=[init_screenshot_values])
store.set("current_icon_object", obj)
ico_obj = "icon_object_shot"
ico_obj_2 = "icon_object_shot_2"
# update our ico_obj based on the settings from the collected icon_object
general.set_position(ico_obj, obj["pos"][0], obj["pos"][1], obj["pos"][2])
general.set_scale(ico_obj, obj["scale"][0], obj["scale"][1], obj["scale"][2])
general.set_rotation(ico_obj, obj["rot"][0], obj["rot"][1], obj["rot"][2])
general.set_entity_geometry_file(ico_obj, str(obj["brush"]))
general.select_object(ico_obj)
material.reset_selection()
if obj["mtl"] is not None:
general.set_custom_material(ico_obj, str(obj["mtl"]))
if "tod" in obj.keys():
tod_list = [str("e_TimeOfDay %s" % obj["tod"])]
cycleConsolValue("mode_%s" % "e_TimeOfDay", tod_list)
def add_to_scene(obj):
print("Adding: " + obj["name"])
store = UserValues(init_funcs=[init_screenshot_values])
store.set("current_icon_object", obj)
ico_obj = "icon_object_shot"
ico_obj_2 = "icon_object_shot_2"
# update our ico_obj based on the settings from the collected icon_object
general.set_position(ico_obj, obj["pos"][0], obj["pos"][1], obj["pos"][2])
general.set_scale(ico_obj, obj["scale"][0], obj["scale"][1],
obj["scale"][2])
general.set_rotation(ico_obj, obj["rot"][0], obj["rot"][1], obj["rot"][2])
general.set_entity_geometry_file(ico_obj, str(obj["brush"]))
general.select_object(ico_obj)
material.reset_selection()
if obj["mtl"] is not None:
general.set_custom_material(ico_obj, str(obj["mtl"]))
if "tod" in obj.keys():
tod_list = [str("e_TimeOfDay %s" % obj["tod"])]
cycleConsolValue("mode_%s" % "e_TimeOfDay", tod_list)
# 8. delete rigid body.
import better_cry
from user_values import UserValues
if __name__ == "__main__":
PHY_OBJ_NAME = "brush_sim_temp"
level = better_cry.Level()
store = UserValues()
# check if we have a stored brush
stored_brush = store.get("simmed_brush")
if stored_brush is None:
# 1. Get selected object.
brush = level.selected[0]
# store the users selection for setting the physics state later on
store.set("simmed_brush", brush.name)
# 2. Create rigid body ex and copy model to rigidbodyex
phys_obj = level.new_object("Entity", r"RigidBodyEx", PHY_OBJ_NAME, 0, 0, 0)
# mark it with a special material so you know it's being simulated
phys_obj.material = "Materials/Special/green_screen.mtl"
# set the physobj to be the selected brush object
phys_obj.geometry_file = brush.geometry_file
# 3. snap physobj to xform of selected object
phys_obj.position = (brush.position[0], brush.position[1], brush.position[2])
phys_obj.rotation = (brush.rotation[0], brush.rotation[1], brush.rotation[2])
phys_obj.scale = (brush.scale[0], brush.scale[1], brush.scale[2])
# 5 Hide user selection object
brush.hide()
# 6. simulate physobj
phys_obj.simulate()
from user_values import UserValues
PHYS_OBJECT_NAME = "brush_sim_temp"
if __name__ == "__main__":
store = UserValues()
stored_brush = store.get("simmed_brush")
# 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,
def save(name=False, overwrite=False, embellishment=None):
"""
Save an Icon Setup
:return: string name of the entity class name
"""
# name of icon_object in icon_level.cry
ico_obj = "icon_object_shot"
store = UserValues()
# the obj to insert
obj = dict()
# instantiate our iodb
try:
io = IconObjectDB()
except ValueError as val_err:
general.message_box_ok(str(val_err))
return None
# clear the selection
general.clear_selection()
# get the info from the icon_object_shot
obj["pos"] = general.get_position(ico_obj)
obj["scale"] = general.get_scale(ico_obj)
obj["rot"] = general.get_rotation(ico_obj)
obj["mtl"] = general.get_assigned_material(ico_obj)
obj["tod"] = general.get_cvar("e_timeOfDay")
# get the brush by selecting the ico_obj
general.select_object(ico_obj)
obj["brush"] = lodtools.getselected().lower()
general.clear_selection()
stored = io.get_obj_by_brush_and_mtl(obj["brush"], obj["mtl"])
if embellishment:
print("Saving Embellishments")
obj["embellishment_48"] = embellishment["embellishment_48"]
obj["embellishment_200"] = embellishment["embellishment_200"]
obj["embellishment_2048"] = embellishment["embellishment_2048"]
if "embellishment_under" in embellishment.keys():
obj["embellishment_under"] = True
else:
icon_obj = store.get("current_icon_object")
if icon_obj:
keys = icon_obj.keys()
if "embellishment_under" in keys:
obj["embellishment_under"] = True
if "embellishment_48" in keys:
obj["embellishment_48"] = icon_obj["embellishment_48"]
if "embellishment_200" in keys:
obj["embellishment_200"] = icon_obj["embellishment_200"]
if "embellishment_2048" in keys:
obj["embellishment_2048"] = icon_obj["embellishment_2048"]
if name:
obj["name"] = name
elif stored:
obj["name"] = stored["name"]
if not general.message_box_yes_no(str("Save " + stored["name"] + "?")):
obj["name"] = general.edit_box("Entity ClassName")
else:
overwrite = True
else:
obj["name"] = general.edit_box("Entity ClassName")
if io.insert_object(obj) is False:
if overwrite:
io.insert_object(obj, override=True)
else:
if general.message_box_yes_no("Overwrite?"):
io.insert_object(obj, override=True)
print("Storing Item into UserValues")
store.set("current_icon_object", obj)
return obj["name"]
try:
io = IconObjectDB()
except ValueError as val_err:
general.message_box_ok(str(val_err))
return False
xml_path = store.get("todo")[0]
name = get_item_name_from_xml(xml_path)
if xml_path is not None:
icon_object = io.get_obj_by_name(name)
if icon_object:
add_to_scene(icon_object)
else:
print('Inserting ' + name + 'to icon database')
add_to_scene(
get_default_object(
get_item_geometry_from_xml(xml_path),
mtl=get_item_material_from_xml(xml_path),
name=name
)
)
save(name)
add_item_to_processed_list(xml_path, store)
if __name__ == "__main__":
store = UserValues()
if store.get("todo") is None:
store.set("todo", items)
store.set("done", [])
load_batch(store)