def _redraw__Desc(self, verbose=0):
dprint('REDRAW DESC', verbose=verbose)
_type = get_single(self.ui.Type.selected_text(), catch=True)
_char = get_single(self.ui.Character.selected_text(), catch=True)
_name = get_single(self.ui.Name.selected_text(), catch=True)
_descs = sorted(
set([
_work.desc for _work in self.o_works if _work.type_ == _type
and _work.asset == _char and _work.name == _name
]))
# Populate list
self.ui.Desc.blockSignals(True)
self.ui.Desc.clear()
for _desc in _descs:
self.ui.Desc.addItem(_desc)
if _descs:
self.ui.Desc.setCurrentRow(0)
self.ui.Desc.blockSignals(False)
self.ui.DescLabel.setText({'Name': 'Desc'}.get(_type, 'Desc'))
self._redraw__Iteration()
def read_shd(shp, allow_base=False, verbose=1):
"""Read shader from the given geo shape node.
Args:
shp (str): shape node to read
allow_base (bool): return BaseShader objects for unhandled shaders
verbose (int): print process data
Returns:
(_BaseShader): shader object
"""
_shp = shp
if cmds.objectType(_shp) == 'transform':
_shp = get_shp(_shp)
_se = get_single(cmds.listConnections(_shp,
source=False,
type='shadingEngine'),
catch=True)
if not _se:
lprint('No shading engine found:', _shp, verbose=verbose)
return None
lprint('Shading engine:', _se, verbose=verbose > 1)
_shd = get_single(cmds.listConnections(_se + '.surfaceShader',
destination=False),
catch=True)
if not _shd:
return None
_shd = find_shd(_shd, allow_base=allow_base)
_shd.set_se(hom.HFnDependencyNode(_se))
return _shd
def _callback__PlaySeq(self):
_work = get_single(self.ui.Work.selected_data(), catch=True)
if not _work:
return
_c_work = self.c_works[_work]
_viewables = [
_out for _out in _c_work.find_outputs()
if _out.format in ['mov', 'jpg']
]
if len(_viewables) == 1:
_viewable = get_single(_viewables)
_seq = get_single(_viewable.find_files())
_seq.view()
return
_menu = qt.HMenu(self.ui.PlaySeq)
for _viewable in _viewables:
_seq = get_single(_viewable.find_files())
_menu.add_action('View ' + _viewable.output_type,
func=_seq.view,
icon=icons.EMOJI.find('Blue Circle'))
_pos = qt.get_p(self.ui.PlaySeq.size() / 2)
_menu.exec_(self.ui.PlaySeq.mapToGlobal(_pos))
def _redraw__Step(self):
# Get step root
_mode = self.ui.RootTabs.cur_text()
if _mode == 'Assets':
_root = get_single(self.ui.Asset.selected_data(), catch=True)
elif _mode == 'Shots':
_root = get_single(self.ui.Shot.selected_data(), catch=True)
else:
raise ValueError(_mode)
_steps = _root.find_step_roots() if _root else []
# Populate list
_cur = self.ui.Step.selected_text(single=True)
self.ui.Step.blockSignals(True)
self.ui.Step.clear()
_sel = _cur if _cur in _steps else None
for _step in _steps:
_work_area = _step.get_work_area(dcc=hb_utils.cur_dcc())
_col = 'grey'
if os.path.exists(_work_area.yaml):
_col = 'white'
_sel = _sel or _step
_item = qt.HListWidgetItem(_step.step, data=_step)
_item.set_col(_col)
self.ui.Step.addItem(_item)
if _sel:
self.ui.Step.select_data([_sel])
else:
self.ui.Step.setCurrentRow(0)
self.ui.Step.blockSignals(False)
self._callback__Step()
def _redraw__Work(self, verbose=0):
dprint('POPULATE WORK', verbose=verbose)
_type = get_single(self.ui.Type.selected_text(), catch=True)
_char = get_single(self.ui.Character.selected_data(), catch=True)
_name = get_single(self.ui.Name.selected_text(), catch=True)
_desc = get_single(self.ui.Desc.selected_text(), catch=True)
_iter = get_single(self.ui.Iteration.selected_data(), catch=True)
_works = [
_work for _work in self.o_works
if _work.type_ == _type and _work.get_root() == _char and
_work.iter == _iter and _work.name == _name and _work.desc == _desc
]
# Populate list
self.ui.Work.setSpacing(2)
self.ui.Work.blockSignals(True)
self.ui.Work.clear()
for _o_work in reversed(_works):
_c_work = self.c_works[_o_work]
_item = hive_bro.create_work_item(_c_work)
_item.set_data(_o_work)
self.ui.Work.addItem(_item)
if _works:
self.ui.Work.setCurrentRow(0)
self.ui.Work.blockSignals(False)
self._callback__Work()
def _redraw__Name(self, verbose=0):
dprint('REDRAW NAME', verbose=verbose)
# Get names
_type = get_single(self.ui.Type.selected_text(), catch=True)
_char = get_single(self.ui.Character.selected_data(), catch=True)
_names = sorted(
set([
_work.name for _work in self.o_works
if _work.type_ == _type and _work.get_root() == _char
]))
# Populate list
self.ui.Name.blockSignals(True)
self.ui.Name.clear()
for _item in _names:
self.ui.Name.addItem(_item)
if _names:
self.ui.Name.select_text(_names[0])
self.ui.Name.blockSignals(False)
self.ui.NameLabel.setText(_type)
self._redraw__Desc()
def _redraw__Iteration(self):
# Get iterations
_type = get_single(self.ui.Type.selected_text(), catch=True)
_char = get_single(self.ui.Character.selected_data(), catch=True)
_name = get_single(self.ui.Name.selected_text(), catch=True)
_desc = get_single(self.ui.Desc.selected_text(), catch=True)
_iters = sorted(
set([
_work.iter for _work in self.o_works
if _work.type_ == _type and _work.get_root() == _char
and _work.name == _name and _work.desc == _desc
]))
# Populate list
self.ui.Iteration.blockSignals(True)
self.ui.Iteration.clear()
for _iter in _iters:
_item = qt.HListWidgetItem('{:02d}'.format(_iter), data=_iter)
self.ui.Iteration.addItem(_item)
if _iters:
self.ui.Iteration.setCurrentRow(0)
self.ui.Iteration.blockSignals(False)
self._redraw__Work()
def test_find(self):
_test_dir = '{}/psyhive/testing/blah'.format(tempfile.gettempdir())
_test_file = abs_path('{}/test.txt'.format(_test_dir))
if os.path.exists(_test_dir):
shutil.rmtree(_test_dir)
touch(_test_file)
assert get_single(find(_test_dir)) == _test_file
assert get_single(find(_test_dir, full_path=False)) == 'test.txt'
def get_metadata(self, data=None, catch=True, verbose=0):
"""Get metadata for this work file.
This can be expensive - it should read at work area level and
then passed using the data arg.
Args:
data (dict): override data dict rather than read from disk
catch (bool): no error on work file missing from metadata
verbose (int): print process data
"""
dprint('Reading metadata', self.path, verbose=verbose)
_work_area = self.get_work_area()
if data:
_data = data
else:
dprint('Reading work area metadata (slow)',
_work_area.path,
verbose=verbose)
_data = _work_area.get_metadata()
if not _data:
return {}
# Apply task filter
_task_files = [
_data for _data in _data['workfiles']
if _data['name'] == self.task.lower()
]
if not _task_files:
if catch:
return {}
raise ValueError('Missing task {} from metadata {}'.format(
self.task.lower(), self.path))
_work_files = get_single(_task_files)
lprint("MATCHED {:d} WORK FILES IN TASK {}".format(
len(_work_files), self.task.lower()),
verbose=verbose > 1)
lprint(pprint.pformat(_work_files), verbose=verbose > 1)
# Find this version
if 'versions' not in _work_files:
raise ValueError("Missing versions key in metadata " +
_work_area.path)
_versions = [
_data for _data in _work_files['versions']
if _data['version'] == self.version
]
if not _versions and catch:
return {}
_version = get_single(_versions,
fail_message='Missing version in metadata ' +
self.path)
return _version
def get_sg_data(self, verbose=0):
"""Find shotgun data for this publish.
Args:
verbose (int): print process data
Returns:
(dict): shoutgun data
"""
from psyhive import tk2
_proj = tk2.get_project_sg_data(pipe.Project(self.path))
_root = tk2.TTRoot(self.path)
_task = tk2.get_sg_data(
'Task', content=self.task, project=_proj,
entity=_root.get_sg_data())
_data = tk2.get_sg_data(
'PublishedFile', version_number=self.ver_n, sg_format=self.extn,
project=_proj, task=_task, limit=2,
code=self.filename.replace('%04d', '####'),
fields=['task', 'code', 'short_name'])
if verbose:
pprint.pprint(_data)
if len(_data) > 1:
raise RuntimeError(self.path)
return get_single(_data, catch=True)
def find_ref(namespace=None,
filter_=None,
catch=False,
class_=None,
prefix=None,
extn=None,
verbose=0):
"""Find reference with given namespace.
Args:
namespace (str): namespace to match
filter_ (str): apply filter to names list
catch (bool): no error on fail to find matching ref
class_ (FileRef): override FileRef class
prefix (str): match reference by prefix (prefix references don't
use namespaces)
extn (str): filter by extension
verbose (int): print process data
Returns:
(FileRef): matching ref
"""
_refs = find_refs(namespace=namespace,
filter_=filter_,
class_=class_,
prefix=prefix,
extn=extn)
lprint('Found {:d} refs'.format(len(_refs)), _refs, verbose=verbose)
return get_single(_refs, catch=catch, name='ref')
def _add_work_ctx_output_files(work, menu):
"""Add work file output context options.
Args:
work (TTWork): work file
menu (QMenu): menu to add to
"""
_files = work.find_output_files()
menu.addSeparator()
# No outputs found
if not _files:
menu.add_label("No outputs found")
return
menu.add_label("Outputs")
# Show individual files if small number
if len(_files) < 10:
for _file in _files:
_add_work_ctx_output_file(menu=menu, file_=_file)
return
# Organise into names
_names = sorted(set([_file.output_name for _file in _files]))
for _name in _names:
_name_files = [_file for _file in _files if _file.output_name == _name]
if len(_name_files) == 1:
_add_work_ctx_output_file(menu=menu, file_=get_single(_name_files))
else:
_add_work_ctx_output_name(menu=menu, name=_name, files=_name_files)
def get_default(self):
"""Get default value of this plug.
Returns:
(any): default value
"""
return get_single(self.attribute_query(listDefault=True), catch=True)
def __init__(self, node, verbose=0):
"""Constructor.
Args:
node (str): tranform node name
verbose (int): print process data
"""
from maya_psyhive import open_maya as hom
super(BaseTransform, self).__init__(node)
# Get shape (if any)
_shps = cmds.listRelatives(
self.node, shapes=True, path=True, noIntermediate=True) or []
_shp = get_single([str(_shp) for _shp in _shps], catch=True)
self.shp = hom.HFnDependencyNode(_shp) if _shp else None
lprint('SHAPE', self.shp, _shps, verbose=verbose)
# Create plugs
for _param in 'trs':
for _axis in 'xyz':
_attr = _param + _axis
_plug = HPlug(self.node + '.' + _attr)
setattr(self, _attr, _plug)
self.translate = HPlug(self.node + '.translate')
self.rotate = HPlug(self.node + '.rotate')
self.scale = HPlug(self.node + '.scale')
self.visibility = HPlug(self.node + '.visibility')
def _script_editor_find_file_menu(verbose=0):
"""Find script editor file menu.
Args:
verbose (int): print process data
Returns:
(str): script editor file menu name
"""
# Find script editor file menu
_menus = []
for _menu in cmds.lsUI(menus=True):
if cmds.menu(_menu, query=True, label=True) != 'File':
continue
lprint('TESTING', _menu, verbose=verbose)
_post_cmd = cmds.menu(_menu, query=True, postMenuCommand=True)
lprint(' - POST CMD', _post_cmd, verbose=verbose)
if not _post_cmd or 'ScriptEditor' not in _post_cmd:
continue
lprint(' - MATCHED', verbose=verbose)
_menus.append(_menu)
_menu = get_single(_menus, catch=True)
if not _menu:
print ' - PSYHIVE FAILED TO FIND SCRIPT EDITOR MENU'
return None
# Init menu if it has no children
if not cmds.menu(_menu, query=True, itemArray=True):
_init_cmd = cmds.menu(_menu, query=True, postMenuCommand=True)
mel.eval(_init_cmd)
assert cmds.menu(_menu, query=True, itemArray=True)
return _menu
def map_tag_to_shot(tag):
"""Map the given tag to a shot in the current project.
Args:
tag (str): tag to match
Returns:
(TTShot): shot root
"""
# Try existing shot on disk
_shot = tk2.find_shot(tag, catch=True, mode='sg')
if _shot:
return _shot
# Try shot from sg
_data = get_single(tk2.get_sg_data('Shot',
code=tag,
fields=['sg_sequence']),
catch=True)
if _data:
_path = '{}/sequences/{}/{}'.format(pipe.cur_project().path,
_data['sg_sequence']['name'], tag)
return tk2.TTShot(_path)
return None
def _script_editor_save_to_project(*xargs):
"""Execute save to project."""
del xargs # Maya callbacks require args
# Get current editor
_cur_editor = [
_ui for _ui in cmds.lsUI(dumpWidgets=True, long=False)
if cmds.cmdScrollFieldExecuter(_ui, query=True, exists=True)
and not cmds.cmdScrollFieldExecuter(_ui, query=True, isObscured=True)
][0]
# Get file path
_src_type = cmds.cmdScrollFieldExecuter(_cur_editor,
query=True,
sourceType=True)
_extn = {'mel': 'mel', 'python': 'py'}[_src_type]
_text = cmds.cmdScrollFieldExecuter(_cur_editor, query=True, text=True)
_file = get_single(
cmds.fileDialog2(
fileMode=0, # Single file doesn't need to exist
caption="Save Script",
okCaption='Save',
startingDirectory=pipe.cur_project().maya_scripts_path,
fileFilter='{} Files (*.{})'.format(_extn.upper(), _extn)),
catch=True)
# Write file to disk
if _file:
write_file(file_=_file, text=_text)
def _add_elements_to_psyop_menu(verbose=0):
"""Add elements to psyop menu.
Args:
verbose (int): print process data
"""
dprint('ADDING {:d} TO PSYOP MENU'.format(len(_BUTTONS)), verbose=verbose)
_menu = ui.obtain_menu('Psyop')
_children = cmds.menu(_menu, query=True, itemArray=True) or []
_anim = get_single([
_child for _child in _children
if cmds.menuItem(_child, query=True, label=True) == 'Animation'
],
catch=True)
if _anim:
for _name, _data in _BUTTONS.items():
_mi_name = 'HIVE_' + _name
if cmds.menuItem(_mi_name, query=True, exists=True):
cmds.deleteUI(_mi_name)
lprint(' - ADDING', _mi_name, verbose=verbose)
cmds.menuItem(_mi_name,
parent=_anim,
command=_data['cmd'],
image=_data['image'],
label=_data['label'])
def _clean_unused_uv_sets(mesh, verbose=0):
"""Clean unused uv sets from the given mesh.
Args:
mesh (HFnMesh): mesh to clean
verbose (int): print process data
"""
_all = cmds.polyUVSet(mesh, query=True, allUVSets=True) or []
if len(_all) <= 1:
lprint('NO UV CLEAN REQUIRED', verbose=verbose)
return
_cur = get_single(cmds.polyUVSet(mesh, query=True, currentUVSet=True))
lprint(' - CLEANING UVS {} cur="{}" all={}'.format(mesh, _cur, _all),
verbose=verbose)
# Reorder if current is not default set (can't delete first set)
if _all.index(_cur):
lprint(' - SWITCHING SETS', _cur, _all[0], verbose=verbose)
cmds.polyUVSet(mesh, reorder=True, uvSet=_cur, newUVSet=_all[0])
for _idx, _set in enumerate(_all):
if _set != _cur:
lprint(' - DELETE SET', _idx, _set, verbose=verbose)
cmds.polyUVSet(mesh, delete=True, uvSet=_set)
def build_loc(name='locator', scale=None, col=None):
"""Build locator at this array's position.
Args:
name (str): name for locator
scale (str): locator scale
col (str): locator colour
Returns:
(str): locator name
"""
from maya_psyhive import open_maya as hom
from maya_psyhive.utils import set_col
_loc = cmds.spaceLocator(name=get_unique(name))[0]
# Apply scale
_scale = scale or hom.LOC_SCALE
if _scale != 1.0:
_shp = get_single(cmds.listRelatives(_loc, shapes=True))
cmds.setAttr(_shp + '.localScale', _scale, _scale, _scale)
# Apply colour
_col = col or hom.LOC_COL
set_col(_loc, _col)
return hom.HFnTransform(_loc)
def find_output_file(self,
format_=None,
extn=None,
version=None,
task=None,
output_type=None,
catch=False,
verbose=0):
"""Find a specific output file in this step root.
Args:
format_ (str): match format (eg. maya)
extn (str): match extension (eg. mb)
version (str): match version (eg. v003 or latest)
task (str): match task
output_type (str): match output type
catch (bool): no error on fail
verbose (int): print process data
Returns:
(TTOutputFileBase): matching output file
"""
_files = self.find_output_files(format_=format_,
extn=extn,
version=version,
task=task,
output_type=output_type)
return get_single(_files, catch=catch, verbose=verbose)
def export_img_plane(camera, abc):
"""Export image plane preset data for the given camera/abc.
Args:
camera (str): camera shape node name
abc (str): path to output abc
"""
_cam = hom.HFnCamera(get_parent(str(camera)))
lprint(' - CAM', _cam)
# Read image plane
_img_plane = get_single(_cam.shp.list_connections(type='imagePlane'),
catch=True)
if not _img_plane:
lprint(' - NO IMAGE PLANE FOUND')
return
_img_plane = hom.HFnTransform(_img_plane.split('->')[-1])
# Export preset for each shape
for _shp in [_cam.shp, _img_plane.shp]:
_preset = '{}/{}.preset'.format(os.path.dirname(abc),
_shp.object_type())
lprint(' - SAVING', _preset)
try:
_shp.save_preset(_preset)
except RuntimeError:
lprint(' - FAILED TO SAVE')
def _add_displacement_override(shd, aip, verbose=0):
"""Add displacement override if applicable.
Args:
shd (HFnDepedencyNode): shader node
aip (HFnDepedencyNode): aiSetParameter node
verbose (int): print process data
"""
_shd = tex.find_shd(str(shd), catch=True)
if not _shd:
return
lprint(' - SHD', _shd, verbose=verbose)
if not _shd.get_se():
return
lprint(' - SE', _shd.get_se(), verbose=verbose)
_displ = get_single(
_shd.get_se().plug('displacementShader').list_connections(),
catch=True)
if not _displ:
return
lprint(' - DISPL', _displ, verbose=verbose)
_val = "disp_map = '{}'".format(_displ)
_get_next_idx(aip.plug('assignment')).set_val(_val)
def _get_latest_abc(abc):
"""Get latest path for an abc.
This is the latest version of any output file with a special case added
to handle to off-pipeline rest cache abcs.
Args:
abc (str): path to abc
Returns:
(str): path to latest version
"""
# Handle regular output file
try:
_out_file = tk2.TTOutputFile(abc)
except ValueError:
pass
else:
return _out_file.find_latest().path
# Special handling for rest cache
try:
_output = tk2.TTOutput(abc)
except ValueError:
pass
else:
return get_single(_output.find_latest().find(extn=File(abc).extn))
def _context__WorkJumpTo(self, menu):
_work = get_single(self.ui.Work.selected_data(), catch=True)
# Add jump to recent options
menu.add_label("Jump to")
for _work in hb_work.get_recent_work():
_work = _work.find_latest()
if not _work:
continue
_label = hb_work.get_work_label(_work)
_icon = hb_work.get_work_icon(_work, mode='basic')
_fn = wrap_fn(self.jump_to, _work.path)
menu.add_action(_label, _fn, icon=_icon)
menu.addSeparator()
# Jump to clipboard work
_clip_work = tk2.get_work(qt.get_application().clipboard().text())
if _clip_work:
_label = hb_work.get_work_label(_clip_work)
_fn = wrap_fn(self.jump_to, _clip_work.path)
menu.add_action('Jump to '+_label, _fn, icon=icons.COPY)
else:
menu.add_label('No work in clipboard', icon=icons.COPY)
# Add current work to recent
if _work:
menu.add_action(
'Add selection to recent', _work.add_to_recent,
icon=icons.EMOJI.find('Magnet'))
def _callback__WorkSave(self):
self.ui.WorkSave.setEnabled(False)
_work = get_single(self.ui.Work.selected_data())
_comment = qt.read_input(
'Enter comment:', title='Save new version', parent=self)
_work.save_inc(comment=_comment)
self.ui.WorkSave.setEnabled(True)
def _callback__WorkLoad(self):
_ver = get_single(self.ui.Work.selected_data(), catch=True)
self.ui.WorkLoad.setEnabled(False)
host.refresh()
_ver.load()
self.ui.WorkLoad.setEnabled(True)
self._callback__Work()
def _redraw__WorkPath(self):
_work = get_single(self.ui.Work.selected_data(), catch=True)
_task = self.ui.TaskEdit.text()
_step = get_single(self.ui.Step.selected_data(), catch=True)
if not _work and _task and _step:
_dcc = hb_utils.cur_dcc()
_hint = '{dcc}_{area}_work'.format(dcc=_dcc, area=_step.area)
try:
_work = _step.map_to(
hint=_hint, class_=tk2.TTWork, Task=_task,
extension=tk2.get_extn(_dcc), version=1)
except ValueError:
_work = None
self.ui.WorkPath.setText(_work.path if _work else '')
def get_plugs(self):
"""Get name of plug which this curve is driving.
Returns:
(str): plug being driven
"""
return get_single(
self.output.list_connections(source=False, plugs=True))
def is_static(self):
"""Test whether this is a static anim.
Returns:
(bool): whether anim is static
"""
_ktv = get_single(cmds.getAttr(self.plug('keyTimeValue')))
return bool(_ktv)