static void CreateNodes(Store store, IPortModel portModel, Vector2 position,
IEnumerable <IEdgeModel> edgesToDelete, IStackModel stackModel, int index, IGroupNodeModel groupModel)
{
switch (portModel.PortType)
{
case PortType.Data:
case PortType.Instance:
switch (portModel.Direction)
{
case Direction.Output when stackModel != null:
if (portModel.DataType != TypeHandle.Unknown)
{
SearcherService.ShowOutputToStackNodes(
store.GetState(), stackModel, portModel, position, item =>
{
store.Dispatch(new CreateStackedNodeFromOutputPortAction(
portModel, stackModel, index, item, edgesToDelete, groupModel));
});
}
break;
case Direction.Output:
SearcherService.ShowOutputToGraphNodes(store.GetState(), portModel, position, item =>
{
store.Dispatch(new CreateNodeFromOutputPortAction(
portModel, position, item, edgesToDelete, groupModel));
});
break;
case Direction.Input:
SearcherService.ShowInputToGraphNodes(store.GetState(), portModel, position, item =>
{
store.Dispatch(new CreateNodeFromInputPortAction(
portModel, position, item, edgesToDelete, groupModel));
});
break;
default:
throw new ArgumentOutOfRangeException();
}
break;
case PortType.Execution:
if (portModel.NodeModel is LoopStackModel loopStack && portModel.Direction == Direction.Input)
{
if (stackModel != null)
{
store.Dispatch(new CreateInsertLoopNodeAction(
portModel, stackModel, index, loopStack, edgesToDelete, groupModel));
}
}
else
{
store.Dispatch(new CreateNodeFromExecutionPortAction(
portModel, position, edgesToDelete, groupModel));
}
break;
public override void CreateNodesFromPort(Store store, IPortModel portModel, Vector2 localPosition, Vector2 worldPosition,
IEnumerable <IGTFEdgeModel> edgesToDelete, IStackModel stackModel, int index)
{
switch (portModel.Direction)
{
case Direction.Output:
SearcherService.ShowOutputToGraphNodes(store.GetState(), portModel, worldPosition, item =>
store.Dispatch(new CreateNodeFromOutputPortAction(portModel, localPosition, item, edgesToDelete)));
break;
case Direction.Input:
SearcherService.ShowInputToGraphNodes(store.GetState(), portModel, worldPosition, item =>
store.Dispatch(new CreateNodeFromInputPortAction(portModel, localPosition, item, edgesToDelete)));
break;
}
}
public virtual void CreateNodesFromPort(Store store, IPortModel portModel, Vector2 localPosition, Vector2 worldPosition,
IEnumerable <IGTFEdgeModel> edgesToDelete, IStackModel stackModel, int index)
{
switch (portModel.PortType)
{
case PortType.Data:
case PortType.Instance:
switch (portModel.Direction)
{
case Direction.Output when stackModel != null:
if (portModel.DataTypeHandle != TypeHandle.Unknown)
{
SearcherService.ShowOutputToStackNodes(
store.GetState(), stackModel, portModel, worldPosition, item =>
{
store.Dispatch(new CreateStackedNodeFromOutputPortAction(
portModel, stackModel, index, item, edgesToDelete));
});
}
break;
case Direction.Output:
SearcherService.ShowOutputToGraphNodes(store.GetState(), portModel, worldPosition, item =>
store.Dispatch(new CreateNodeFromOutputPortAction(portModel, localPosition, item, edgesToDelete)));
break;
case Direction.Input:
SearcherService.ShowInputToGraphNodes(store.GetState(), portModel, worldPosition, item =>
store.Dispatch(new CreateNodeFromInputPortAction(portModel, localPosition, item, edgesToDelete)));
break;
default:
throw new ArgumentOutOfRangeException();
}
break;
case PortType.Execution:
store.Dispatch(new CreateNodeFromExecutionPortAction(portModel, localPosition, edgesToDelete));
break;
}
}