protected virtual bool UpdateSlots(List <VFXDataAnchorController> newAnchors, IEnumerable <VFXSlot> slotList, bool expanded, bool input)
{
VFXSlot[] slots = slotList.ToArray();
bool changed = false;
foreach (VFXSlot slot in slots)
{
VFXDataAnchorController propController = GetPropertyController(slot, input);
if (propController == null)
{
propController = AddDataAnchor(slot, input, !expanded);
changed = true;
}
newAnchors.Add(propController);
if (!VFXDataAnchorController.SlotShouldSkipFirstLevel(slot))
{
changed |= UpdateSlots(newAnchors, slot.children, expanded && propController.expandedSelf, input);
}
else
{
VFXSlot firstSlot = slot.children.First();
changed |= UpdateSlots(newAnchors, firstSlot.children, expanded && propController.expandedSelf, input);
}
}
return(changed);
}
public override void OnEdgeFromOutputGoingToBeRemoved(VFXDataAnchorController myOutput, VFXDataAnchorController otherInput)
{
base.OnEdgeFromOutputGoingToBeRemoved(myOutput, otherInput);
if (!parentController.isOutput)
{
infos.linkedSlots.RemoveAll(t => t.outputSlot == myOutput.model && t.inputSlot == otherInput.model);
}
}
public override VFXDataAnchor InstantiateDataAnchor(VFXDataAnchorController controller, VFXNodeUI node)
{
VFXContextDataAnchorController anchorController = controller as VFXContextDataAnchorController;
VFXEditableDataAnchor anchor = VFXBlockDataAnchor.Create(anchorController, node);
return(anchor);
}
public static new VFXInputParameterDataAnchor Create(VFXDataAnchorController controller, VFXNodeUI node)
{
var anchor = new VFXInputParameterDataAnchor(controller.orientation, controller.direction, controller.portType, node);
anchor.m_EdgeConnector = new EdgeConnector <VFXDataEdge>(anchor);
anchor.controller = controller;
anchor.AddManipulator(anchor.m_EdgeConnector);
return(anchor);
}
public void RemoveOperand(VFXDataAnchorController myInput)
{
var slotIndex = model.GetSlotIndex(myInput.model);
if (slotIndex != -1)
{
RemoveOperand(slotIndex);
}
}
public override VFXDataAnchor InstantiateDataAnchor(VFXDataAnchorController controller, VFXNodeUI node)
{
if (controller.direction == Direction.Input)
{
return(VFXInputParameterDataAnchor.Create(controller, node));
}
else
{
return(VFXOutputParameterDataAnchor.Create(controller, node));
}
}
public bool CouldLink(VFXDataAnchorController myAnchor, VFXDataAnchorController otherAnchor, VFXDataAnchorController.CanLinkCache cache)
{
if (myAnchor.direction == Direction.Input)
{
return(CouldLinkMyInputTo(myAnchor, otherAnchor, cache));
}
else
{
return(otherAnchor.sourceNode.CouldLinkMyInputTo(otherAnchor, myAnchor, cache));
}
}
// TODO This is a workaround to avoid having a generic type for the anchor as generic types mess with USS.
public static new VFXEditableDataAnchor Create(VFXDataAnchorController controller, VFXNodeUI node)
{
Profiler.BeginSample("VFXEditableDataAnchor.Create");
var anchor = new VFXEditableDataAnchor(controller.orientation, controller.direction, controller.portType, node);
anchor.m_EdgeConnector = new VFXEdgeConnector(anchor);
anchor.controller = controller;
anchor.AddManipulator(anchor.m_EdgeConnector);
Profiler.EndSample();
return(anchor);
}
protected override bool CouldLinkMyInputTo(VFXDataAnchorController myInput, VFXDataAnchorController otherOutput, VFXDataAnchorController.CanLinkCache cache)
{
if (otherOutput.direction == myInput.direction)
{
return(false);
}
if (!myInput.CanLinkToNode(otherOutput.sourceNode, cache))
{
return(false);
}
return(model.GetBestAffinityType(otherOutput.portType) != null);
}
public virtual VFXDataAnchor InstantiateDataAnchor(VFXDataAnchorController controller, VFXNodeUI node)
{
if (controller.direction == Direction.Input)
{
VFXEditableDataAnchor anchor = VFXEditableDataAnchor.Create(controller, node);
return(anchor);
}
else
{
return(VFXOutputDataAnchor.Create(controller, node));
}
}
public VFXDataAnchorController GetPropertyController(VFXSlot slot, bool input)
{
VFXDataAnchorController result = null;
if (input)
{
result = inputPorts.Cast <VFXDataAnchorController>().Where(t => t.model == slot).FirstOrDefault();
}
else
{
result = outputPorts.Cast <VFXDataAnchorController>().Where(t => t.model == slot).FirstOrDefault();
}
return(result);
}
public virtual VFXParameter.NodeLinkedSlot CreateLinkTo(VFXDataAnchorController output)
{
var slotOutput = output != null ? output.model : null;
var slotInput = model;
sourceNode.WillCreateLink(ref slotInput, ref slotOutput);
if (slotInput != null && slotOutput != null && slotInput.Link(slotOutput))
{
return(new VFXParameter.NodeLinkedSlot()
{
inputSlot = slotInput, outputSlot = slotOutput
});
}
return(new VFXParameter.NodeLinkedSlot());
}
public virtual bool CanLink(VFXDataAnchorController controller, CanLinkCache cache = null)
{
if (controller.model != null)
{
if (model.CanLink(controller.model) && controller.model.CanLink(model))
{
if (!CanLinkToNode(controller.sourceNode, cache))
{
return(false);
}
return(true);
}
return(sourceNode.CouldLink(this, controller, cache));
}
return(controller.CanLink(this, cache));
}
public override VFXParameter.NodeLinkedSlot CreateLinkTo(VFXDataAnchorController output)
{
var slotOutput = output != null ? output.model : null;
VFXOperatorNumericCascadedUnified op = sourceNode.model;
op.AddOperand(op.GetBestAffinityType(output.model.property.type));
var slotInput = op.GetInputSlot(op.GetNbInputSlots() - 1);
if (slotInput != null && slotOutput != null && slotInput.Link(slotOutput))
{
return(new VFXParameter.NodeLinkedSlot()
{
inputSlot = slotInput, outputSlot = slotOutput
});
}
return(new VFXParameter.NodeLinkedSlot());
}
public override bool CanLink(VFXDataAnchorController controller, CanLinkCache cache = null)
{
var op = (sourceNode as VFXCascadedOperatorController);
if (op == null)
{
return(false);
}
if (controller is VFXUpcommingDataAnchorController)
{
return(false);
}
if (!CanLinkToNode(controller.sourceNode, cache))
{
return(false);
}
return(op.model.GetBestAffinityType(controller.model.property.type) != null);
}
protected override bool CouldLinkMyInputTo(VFXDataAnchorController myInput, VFXDataAnchorController otherOutput, VFXDataAnchorController.CanLinkCache cache)
{
if (!myInput.model.IsMasterSlot())
{
return(false);
}
if (otherOutput.direction == myInput.direction)
{
return(false);
}
if (!myInput.CanLinkToNode(otherOutput.sourceNode, cache))
{
return(false);
}
int inputIndex = model.GetSlotIndex(myInput.model);
IVFXOperatorNumericUnifiedConstrained constraintInterface = model as IVFXOperatorNumericUnifiedConstrained;
var bestAffinityType = model.GetBestAffinityType(otherOutput.portType);
if (bestAffinityType == null)
{
return(false);
}
if (constraintInterface.slotIndicesThatCanBeScalar.Contains(inputIndex))
{
if (VFXTypeUtility.GetComponentCount(otherOutput.model) != 0) // If it is a vector or float type, then conversion to float exists
{
return(true);
}
}
return(model.GetBestAffinityType(otherOutput.portType) != null);
}
protected virtual bool CouldLinkMyInputTo(VFXDataAnchorController myInput, VFXDataAnchorController otherOutput, VFXDataAnchorController.CanLinkCache cache)
{
return(false);
}
public override void OnEdgeFromInputGoingToBeRemoved(VFXDataAnchorController myInput)
{
base.OnEdgeFromInputGoingToBeRemoved(myInput);
if (parentController.isOutput)
infos.linkedSlots.RemoveAll(t => t.inputSlot == myInput.model);
}
void TransfertDataEdges()
{
m_SourceControllersWithBlocks = m_SourceControllers.Concat(m_SourceControllers.OfType <VFXContextController>().SelectMany(t => t.blockControllers));
// Search for links between with inputs in the selected part and the output in other parts of the graph.
Dictionary <VFXDataAnchorController, List <VFXDataAnchorController> > traversingInEdges = new Dictionary <VFXDataAnchorController, List <VFXDataAnchorController> >();
foreach (var edge in m_SourceController.dataEdges.Where(
t =>
{
if (parameterNodeControllers.Contains(t.output.sourceNode))
{
return(false);
}
var inputInControllers = m_SourceControllersWithBlocks.Contains(t.input.sourceNode);
var outputInControllers = m_SourceControllersWithBlocks.Contains(t.output.sourceNode);
return(inputInControllers && !outputInControllers);
}
))
{
List <VFXDataAnchorController> outputs = null;
if (!traversingInEdges.TryGetValue(edge.input, out outputs))
{
outputs = new List <VFXDataAnchorController>();
traversingInEdges[edge.input] = outputs;
}
outputs.Add(edge.output);
}
var newSourceInputs = traversingInEdges.Keys.ToArray();
for (int i = 0; i < newSourceInputs.Length; ++i)
{
VFXParameter newTargetParameter = m_TargetController.AddVFXParameter(Vector2.zero, VFXLibrary.GetParameters().First(t => t.model.type == newSourceInputs[i].portType));
m_TargetController.LightApplyChanges();
VFXParameterController newTargetParamController = m_TargetController.GetParameterController(newTargetParameter);
newTargetParamController.exposed = true;
var outputs = traversingInEdges[newSourceInputs[i]];
var linkedParameter = outputs.FirstOrDefault(t => t.sourceNode is VFXParameterNodeController);
if (linkedParameter != null)
{
newTargetParamController.exposedName = (linkedParameter.sourceNode as VFXParameterNodeController).parentController.exposedName;
}
else
{
newTargetParamController.exposedName = newSourceInputs[i].name;
}
//first the equivalent of sourceInput in the target
VFXNodeController targetNode = null;
Vector2 position;
if (newSourceInputs[i].sourceNode is VFXBlockController)
{
var blockController = newSourceInputs[i].sourceNode as VFXBlockController;
if (m_TargetBlocks != null)
{
targetNode = m_TargetBlocks[m_SourceBlockControllers.IndexOf(blockController)];
position = blockController.contextController.position;
}
else
{
var targetContext = m_TargetControllers[m_SourceControllers.IndexOf(blockController.contextController)] as VFXContextController;
targetNode = targetContext.blockControllers[blockController.index];
position = blockController.contextController.position;
}
}
else
{
targetNode = m_TargetControllers[m_SourceControllers.IndexOf(newSourceInputs[i].sourceNode)];
position = targetNode.position;
}
VFXDataAnchorController targetAnchor = targetNode.inputPorts.First(t => t.path == newSourceInputs[i].path);
position.y += targetAnchor.model.owner.inputSlots.IndexOf(targetAnchor.model) * 32;
VFXNodeController parameterNode = m_TargetController.AddVFXParameter(position - new Vector2(200, 0), newTargetParamController, null);
// Link the parameternode and the input in the target
m_TargetController.CreateLink(targetAnchor, parameterNode.outputPorts[0]);
if (m_SourceSlotContainer is VFXOperator)
{
(m_SourceSlotContainer as VFXOperator).ResyncSlots(true);
}
else if (m_SourceSlotContainer is VFXSubgraphBlock)
{
VFXSubgraphBlock blk = (m_SourceSlotContainer as VFXSubgraphBlock);
blk.RecreateCopy();
blk.ResyncSlots(true);
}
else if (m_SourceSlotContainer is VFXSubgraphContext)
{
VFXSubgraphContext ctx = (m_SourceSlotContainer as VFXSubgraphContext);
ctx.RecreateCopy();
ctx.ResyncSlots(true);
}
m_SourceNodeController.ApplyChanges();
//Link all the outputs to the matching input of the subgraph
foreach (var output in outputs)
{
m_SourceController.CreateLink(m_SourceNodeController.inputPorts.First(t => t.model == m_SourceSlotContainer.inputSlots.Last()), output);
}
}
}
void TransfertOperatorOutputEdges()
{
var traversingOutEdges = new Dictionary <VFXDataAnchorController, List <VFXDataAnchorController> >();
foreach (var edge in m_SourceController.dataEdges.Where(
t =>
{
if (t.output.sourceNode is VFXParameterNodeController)
{
return(false);
}
var inputInControllers = m_SourceControllersWithBlocks.Contains(t.input.sourceNode);
var outputInControllers = m_SourceControllersWithBlocks.Contains(t.output.sourceNode);
return(!inputInControllers && outputInControllers);
}
))
{
List <VFXDataAnchorController> inputs = null;
if (!traversingOutEdges.TryGetValue(edge.output, out inputs))
{
inputs = new List <VFXDataAnchorController>();
traversingOutEdges[edge.output] = inputs;
}
inputs.Add(edge.input);
}
var newSourceOutputs = traversingOutEdges.Keys.ToArray();
for (int i = 0; i < newSourceOutputs.Length; ++i)
{
VFXParameter newTargetParameter = m_TargetController.AddVFXParameter(Vector2.zero, VFXLibrary.GetParameters().First(t => t.model.type == newSourceOutputs[i].portType));
m_TargetController.LightApplyChanges();
VFXParameterController newTargetParamController = m_TargetController.GetParameterController(newTargetParameter);
newTargetParamController.isOutput = true;
var inputs = traversingOutEdges[newSourceOutputs[i]];
var linkedParameter = inputs.FirstOrDefault(t => t.sourceNode is VFXParameterNodeController);
if (linkedParameter != null)
{
newTargetParamController.exposedName = (linkedParameter.sourceNode as VFXParameterNodeController).parentController.exposedName;
}
else
{
newTargetParamController.exposedName = newSourceOutputs[i].name;
}
//first the equivalent of sourceInput in the target
VFXNodeController targetNode = null;
if (newSourceOutputs[i].sourceNode is VFXBlockController)
{
var blockController = newSourceOutputs[i].sourceNode as VFXBlockController;
if (m_TargetBlocks != null)
{
targetNode = m_TargetBlocks[m_SourceBlockControllers.IndexOf(blockController)];
}
else
{
var targetContext = m_TargetControllers[m_SourceControllers.IndexOf(blockController.contextController)] as VFXContextController;
targetNode = targetContext.blockControllers[blockController.index];
}
}
else
{
targetNode = m_TargetControllers[m_SourceControllers.IndexOf(newSourceOutputs[i].sourceNode)];
}
VFXDataAnchorController targetAnchor = targetNode.outputPorts.FirstOrDefault(t => t.path == newSourceOutputs[i].path);
if (targetAnchor != null)
{
VFXNodeController parameterNode = m_TargetController.AddVFXParameter(targetNode.position + new Vector2(400, 0), newTargetParamController, null);
// Link the parameternode and the input in the target
m_TargetController.CreateLink(parameterNode.inputPorts[0], targetAnchor);
if (m_SourceSlotContainer is VFXOperator)
{
(m_SourceSlotContainer as VFXOperator).ResyncSlots(true);
}
m_SourceNodeController.ApplyChanges();
}
//Link all the outputs to the matching input of the subgraph
foreach (var input in inputs)
{
var port = m_SourceNodeController.outputPorts.FirstOrDefault(t => t.model == m_SourceSlotContainer.outputSlots.Last());
if (port != null)
{
m_SourceController.CreateLink(input, port);
}
}
}
}
public virtual void OnEdgeFromInputGoingToBeRemoved(VFXDataAnchorController myInput)
{
}
public override void OnEdgeFromInputGoingToBeRemoved(VFXDataAnchorController myInput)
{
base.OnEdgeFromInputGoingToBeRemoved(myInput);
RemoveOperand(myInput);
}
public virtual void OnEdgeFromOutputGoingToBeRemoved(VFXDataAnchorController myOutput, VFXDataAnchorController otherInput)
{
}
public override VFXDataAnchor InstantiateDataAnchor(VFXDataAnchorController controller, VFXNodeUI node)
{
return(VFXParameterDataAnchor.Create(controller, node));
}
// Provider
internal VFXDataAnchorGizmoContext(VFXDataAnchorController controller)
{
m_Controller = controller;
}
public void RemoveOperand(VFXDataAnchorController myInput)
{
RemoveOperand(model.GetSlotIndex(myInput.model));
}
