def __init__(self):
self._addMarkerAction = createMenuAction("Add Marker", self.addMarkerToCurrentFrame)
self._addMarkerAction.setShortcut( "M" )
self._addMarkerAction.setObjectName("foundry.timeline.addMarker")
registerAction(self._addMarkerAction)
self._clearAllMarkersAction = createMenuAction("Clear All Markers", self.clearAllMarkers)
self._clearAllMarkersAction.setObjectName("foundry.timeline.clearAllMarkers")
registerAction(self._clearAllMarkersAction)
self._clearMarkersInOutAction = createMenuAction("Clear Markers In/Out Range", self.clearMarkersInActiveRange)
self._clearMarkersInOutAction.setObjectName("foundry.timeline.clearMarkersInOut")
registerAction(self._clearMarkersInOutAction)
hiero.core.events.registerInterest("kShowContextMenu/kTimeline", self.eventHandler)
hiero.core.events.registerInterest("kShowContextMenu/kViewer", self.eventHandler)
def __init__(self):
self._addMarkerAction = createMenuAction("Add Marker",
self.addMarkerToCurrentFrame)
self._addMarkerAction.setShortcut("Alt+Shift+M")
self._addMarkerAction.setObjectName("foundry.timeline.addMarker")
registerAction(self._addMarkerAction)
self._clearAllMarkersAction = createMenuAction("Clear All Markers",
self.clearAllMarkers)
self._clearAllMarkersAction.setObjectName(
"foundry.timeline.clearAllMarkers")
registerAction(self._clearAllMarkersAction)
self._clearMarkersInOutAction = createMenuAction(
"Clear Markers In/Out Range", self.clearMarkersInActiveRange)
self._clearMarkersInOutAction.setObjectName(
"foundry.timeline.clearMarkersInOut")
registerAction(self._clearMarkersInOutAction)
hiero.core.events.registerInterest("kShowContextMenu/kTimeline",
self.eventHandler)
hiero.core.events.registerInterest("kShowContextMenu/kViewer",
self.eventHandler)
# This creates an action with an icon and effect named 'Awesome OCIO'
action = QAction(QIcon("icons:TCStop.png"), "Slug", None)
# Soft effect actions can be found by prefixing the QAction's objectName with: 'foundry.timeline.effect'
action.setObjectName("foundry.timeline.effect.addSlug")
# You can optionally set a tooltip for this action
action.setToolTip("Will apply a Slug Gizmo")
# Setting of Data here will point to the Nuke node class name.
# Here, we assume there is a plugin with a Class name 'AwesomeOCIO'
# Note: for soft effects to work, the Nuke node must use a gpuEngine implementation.
action.setData("Slug")
# This registers your custom action with the Effects Menu
registerAction(action)
# This creates an action with an icon and effect named 'SuperGrade'
action = QAction(QIcon("icons:LUT.png"), "SuperGrade", None)
# Soft effect actions can be found by prefixing the QAction's objectName with: 'foundry.timeline.effect.'
action.setObjectName("foundry.timeline.effect.addCustomGrade")
# You can optionally set a tooltip for this action
action.setToolTip("Will apply a Custom Grade soft effect")
action.setData("SuperGrade")
# This registers your custom action with the Effects Menu
registerAction(action)
self.eventHandler)
self.setObjectName("foundry.viewer.setPosterFrame")
self.setShortcut("Shift+P")
self.currentViewer = None
def setPosterFrameForActiveSequence(self):
if not self.currentViewer:
self.currentViewer = currentViewer()
currentTime = self.currentViewer.time()
activeSequence = self.currentViewer.player().sequence()
if activeSequence and currentTime:
activeSequence.setPosterFrame(int(currentTime))
self.currentViewer = None
def eventHandler(self, event):
enabled = event.sender.player().sequence() is not None
for a in event.menu.actions():
if a.text().lower().strip() == "mark":
self.setEnabled(enabled)
insertMenuAction(self, a.menu())
# Instantiate the action, add it to the Viewer menu and register it.
action = SetPosterFrameAction()
v = findMenuAction("foundry.menu.viewer")
insertMenuAction(action, v.menu(), after='foundry.viewer.clearInOut')
registerAction(action)
