def WBPsel():
try:
filename = unreal_engine.save_file_dialog('Save a Text file', '', '',
'TXT|*.txt')[0]
selwb = ue.get_selected_assets()
settext = []
count = 0
startline = '위젯블루프린트이름\t위젯오브젝트이름\t문자열\t폰트이름\tLocalKey\tLocalNameSpace\t기획 로컬 체크\t코드제어 여부\t비고\n'
settext.append(startline)
for wb in selwb:
try:
ue.log('{0} SaveText : {1}'.format(count, wb.get_name()))
for i in WBAssetObj(wb):
settext.append(i)
except:
ue.log('Error!! : {0}'.format(wb.get_name()))
count = count + 1
#텍스트파일 생성
if len(settext) > 1:
TextwriteAll(settext, filename)
else:
ue.log('### 저장 할 정보가 없습니다###')
except:
ue.log('### 저장을 취소하였습니다###')
def export_selected_asset(savePath=None):
uasset = ue.get_selected_assets()
savePath = ue.open_directory_dialog("")
if not savePath:
savePath = ue.open_directory_dialog("")
if savePath:
ue.export_assets(staticMeshes, savePath)
def pick_content(self, vm, event_args):
'''
Command to gather the UE4 selected Content Browser asset
Args:
vm (UnrealTools.UE4AssetCreator.DestructionCreatorVM): C# view model object sending the command
event_args (PickContentEventArgs): C# EventArgs to pass over the string Path of a UE4 asset
'''
event_args.Path = ue.get_selected_assets()[0].get_path_name()
def rotate_selected_assets_data(degrees):
for asset in ue.get_selected_assets():
if asset.is_a(Texture2D):
data = asset.texture_get_source_data()
size = (asset.texture_get_width(), asset.texture_get_height())
img = Image.frombytes('RGBA', size, bytes(data))
out = img.rotate(degrees)
asset.texture_set_source_data(out.tobytes())
def Wtestxx():
selbp = ue.get_selected_assets()
for aa in selbp:
aa.save_package()
uw = aa.WidgetTree
allwid = uw.AllWidgets
for wb in allwid:
if wb.get_class().get_name() == 'TextBlock':
try:
ue.log(wb.get_name())
wb.Text = ''
except:
ue.log('Error!!')
if wb.get_class().get_name() == 'IMTextBlock':
try:
ue.log(wb.get_name())
ue.log(wb.Content)
wb.Content = ''
except:
ue.log('Error!!')
ue.compile_blueprint(aa)
aa.save_package()
seq_num_pin = node_sequence.add_pin() seq_num_pin.make_link_to(pin_branch_exec) # -------------------------------------------------------------------------------------------------------------------------------------- # import unreal_engine as ue import sys sys.path.append(r"C:\Python36\Lib\site-packages") import PySide2 from PySide2 import QtGui from PySide2 import QtWidgets assets = ue.get_selected_assets() property_list = [] for asset in assets: asset_properties = asset.properties() for p in asset_properties: if p not in property_list: property_list.append(p) app = QtWidgets.QApplication.instance() if not app: app = QtWidgets.QApplication() class widget(QtWidgets.QWidget): def __init__(self, parent=None): super(widget, self).__init__(parent)
import unreal_engine as ue from unreal_engine.structs import KAggregateGeom mesh = ue.get_selected_assets()[0] mesh.BodySetup.AggGeom = KAggregateGeom() mesh.static_mesh_generate_kdop26() mesh.static_mesh_generate_kdop18() mesh.static_mesh_generate_kdop10x() mesh.static_mesh_generate_kdop10y() mesh.static_mesh_generate_kdop10z()
import unreal_engine as ue from unreal_engine.structs import KAggregateGeom mesh = ue.get_selected_assets()[0] mesh.BodySetup.AggGeom = KAggregateGeom() mesh.static_mesh_generate_kdop26() mesh.static_mesh_generate_kdop18() mesh.static_mesh_generate_kdop10x() mesh.static_mesh_generate_kdop10y() mesh.static_mesh_generate_kdop10z()
def fn_sel():
arraylist = []
selbp = ue.get_selected_assets()
for i in selbp:
arraylist.append(i.get_path_name())
fn_writetext(arraylist)
# extract root motion
root_motion = [position - data.pos_keys[0] for position in data.pos_keys]
# remove root motion from original track
data.pos_keys = [data.pos_keys[0]]
new_anim.add_new_raw_track(name, data)
# create a new track (the root motion one)
root_data = FRawAnimSequenceTrack()
root_data.pos_keys = root_motion
# ensure empty rotations !
root_data.rot_keys = [FQuat()]
# add the track
new_anim.add_new_raw_track('root', root_data)
else:
new_anim.add_new_raw_track(name, data)
new_anim.save_package()
root_motion_fixer = RootMotionFixer()
for uobject in ue.get_selected_assets():
if uobject.is_a(SkeletalMesh):
root_motion_fixer.add_root_to_skeleton(uobject)
elif uobject.is_a(AnimSequence):
root_motion_fixer.split_hips(uobject)
else:
raise DialogException('Only Skeletal Meshes are supported')
# run this script in the python editor of the UE4 editor after selecting an asset in the asset browser # in order to see that path for this class (useful for loading a class via ue.load_class). import unreal_engine as ue ue.log(ue.get_selected_assets()[0].get_path_name())
