public CExplicitCastNode()
{
CExecutionPin execute = new CExecutionPin()
{
Name = "In",
TargetNode = null
};
InExecutionPins.Add(execute);
CExecutionPin success = new CExecutionPin()
{
Name = "Succeeded",
TargetNode = null
};
CExecutionPin failed = new CExecutionPin()
{
Name = "Failed",
TargetNode = null
};
OutExecutionPins.Add(success);
OutExecutionPins.Add(failed);
}
public CExecuteInterfaceFunctionNode(CKlaxScriptInterfaceFunction targetFunction)
{
TargetFunctionGuid = targetFunction.Guid;
Name = targetFunction.Name;
CExecutionPin inPin = new CExecutionPin("In");
InExecutionPins.Add(inPin);
CExecutionPin execPin = new CExecutionPin("Next");
OutExecutionPins.Add(execPin);
CInputPin targetInput = new CInputPin("Target", typeof(CEntity));
InputPins.Add(targetInput);
foreach (var inputParameter in targetFunction.InputParameters)
{
CInputPin input = new CInputPin(inputParameter.Name, inputParameter.Type);
InputPins.Add(input);
}
foreach (var returnParameter in targetFunction.OutputParameters)
{
COutputPin output = new COutputPin(returnParameter.Name, returnParameter.Type);
OutputPins.Add(output);
}
}
public CExecuteCustomFunctionNode(CCustomFunctionGraph functionGraph)
{
TargetFunctionGuid = functionGraph.Guid;
Name = functionGraph.Name;
CExecutionPin inPin = new CExecutionPin("In");
InExecutionPins.Add(inPin);
CExecutionPin execPin = new CExecutionPin("Next");
OutExecutionPins.Add(execPin);
foreach (var inputParameter in functionGraph.InputParameters)
{
CInputPin input = new CInputPin(inputParameter.Name, inputParameter.Type);
InputPins.Add(input);
}
foreach (var returnParameter in functionGraph.OutputParameters)
{
COutputPin output = new COutputPin(returnParameter.Name, returnParameter.Type);
OutputPins.Add(output);
}
}
private void ResolveScriptNodeConnections(IEnumerable <CNode> nodes, Dictionary <CNode, CScriptNodeViewmodel> nodeToViewModel)
{
foreach (CNode graphNode in nodes)
{
CScriptNodeViewmodel sourceViewModel = nodeToViewModel[graphNode];
for (int i = 0; i < graphNode.OutExecutionPins.Count; i++)
{
CExecutionPin inExecutionPin = graphNode.OutExecutionPins[i];
if (inExecutionPin.TargetNode == null)
{
continue;
}
CScriptNodeViewmodel targetViewModel = nodeToViewModel[inExecutionPin.TargetNode];
if (targetViewModel.InExecutionPins.Count > 0)
{
CNodeConnectionViewModel newConnection = new CNodeConnectionViewModel(sourceViewModel.OutExecutionPins[i], targetViewModel.InExecutionPins[inExecutionPin.TargetPinIndex], this);
newConnection.Connect();
}
else
{
inExecutionPin.TargetNode = null;
LogUtility.Log("[ScriptLoadError] node {0} tried to connect to {1} but the target does not have an in execution pin", sourceViewModel.Name, targetViewModel.Name);
}
}
for (int i = 0; i < graphNode.InputPins.Count; i++)
{
CInputPin inputPin = graphNode.InputPins[i];
if (inputPin.SourceNode == null)
{
continue;
}
CScriptNodeViewmodel inputSourceVm = nodeToViewModel[inputPin.SourceNode];
if (inputSourceVm.OutputPins.Count > inputPin.SourceParameterIndex)
{
COutputPinViewModel sourcePinVM = inputSourceVm.OutputPins[inputPin.SourceParameterIndex];
if (inputPin.Type.IsAssignableFrom(sourcePinVM.ValueType))
{
CNodeConnectionViewModel newConnection = new CNodeConnectionViewModel(sourcePinVM, sourceViewModel.InputPins[i], this);
newConnection.Connect();
}
else
{
inputPin.SourceNode = null;
inputPin.SourceParameterIndex = -1;
LogUtility.Log("[ScriptLoadWarning] Node {0} tried to connect to {1} at output pin index {2} but the pin types are not compatible, connection removed", sourceViewModel.Name, inputSourceVm.Name, inputPin.SourceParameterIndex);
}
}
else
{
inputPin.SourceNode = null;
inputPin.SourceParameterIndex = -1;
LogUtility.Log("[ScriptLoadError] node {0} tried to connect to {1} at output pin index {2} but there are not enough pins", sourceViewModel.Name, inputSourceVm.Name, inputPin.SourceParameterIndex);
}
}
}
}
public CExecutionPinViewModel(CExecutionPin executionPin, CScriptNodeViewmodel nodeViewModel, int pinIndex, bool isIn) : base(nodeViewModel, pinIndex)
{
m_pin = executionPin;
Name = executionPin.Name;
Tooltip = "Execution Path";
m_pinColor = PinColorHelpers.GetExecutionPinColor();
IsIn = isIn;
}
private CExecutionPinViewModel GetOutExecutionPinViewModel(CExecutionPin pin, int pinIndex)
{
if (pin is CSwitchExecutionPin switchPin)
{
return(new CSwitchExecutionPinViewModel(pin, this, pinIndex, false, switchPin.Type, switchPin.Value));
}
else
{
return(new CExecutionPinViewModel(pin, this, pinIndex, false));
}
}
public CSetKlaxVariableNode()
{
IsImplicit = true;
CExecutionPin inPin = new CExecutionPin("In");
InExecutionPins.Add(inPin);
CExecutionPin outPin = new CExecutionPin("Out");
OutExecutionPins.Add(outPin);
}
public CReceiveEventNode()
{
CExecutionPin invokedPin = new CExecutionPin()
{
Name = "Out",
TargetNode = null,
TargetNodeIndex = -1,
};
OutExecutionPins.Add(invokedPin);
AllowCopy = false;
AllowDelete = false;
}
public CReceiveEventNode(CKlaxScriptEventInfo targetKlaxEvent)
{
CExecutionPin invokedPin = new CExecutionPin()
{
Name = "Out",
TargetNode = null,
TargetNodeIndex = -1,
};
OutExecutionPins.Add(invokedPin);
TargetKlaxEvent = targetKlaxEvent;
AllowCopy = false;
AllowDelete = false;
}
public CFunctionGraphEntryNode(List <CKlaxVariable> inputParameters)
{
AllowDelete = false;
AllowCopy = false;
Name = "Entry";
CExecutionPin execPin = new CExecutionPin("Next");
OutExecutionPins.Add(execPin);
foreach (var inputParameter in inputParameters)
{
COutputPin output = new COutputPin(inputParameter.Name, inputParameter.Type);
OutputPins.Add(output);
}
}
public CFunctionGraphReturnNode(List <CKlaxVariable> returnParameters)
{
AllowDelete = false;
AllowCopy = false;
Name = "Return";
CExecutionPin inPin = new CExecutionPin("Return");
InExecutionPins.Add(inPin);
foreach (var returnParameter in returnParameters)
{
CInputPin input = new CInputPin(returnParameter.Name, returnParameter.Type);
InputPins.Add(input);
}
}
public CBranchNode()
{
Name = "Branch";
CExecutionPin inPin = new CExecutionPin("In");
InExecutionPins.Add(inPin);
CExecutionPin truePin = new CExecutionPin("True");
OutExecutionPins.Add(truePin);
CExecutionPin falsePin = new CExecutionPin("False");
OutExecutionPins.Add(falsePin);
CInputPin conditionPin = new CInputPin("Condition", typeof(bool));
InputPins.Add(conditionPin);
}
public CForEachLoopNode()
{
Name = "Foreach Loop";
CExecutionPin execute = new CExecutionPin()
{
Name = "In",
TargetNode = null
};
InExecutionPins.Add(execute);
CExecutionPin breakExec = new CExecutionPin()
{
Name = "Break",
TargetNode = null
};
InExecutionPins.Add(breakExec);
CExecutionPin loop = new CExecutionPin()
{
Name = "Loop",
TargetNode = null
};
OutExecutionPins.Add(loop);
CExecutionPin done = new CExecutionPin()
{
Name = "Done",
TargetNode = null
};
OutExecutionPins.Add(done);
InputPins.Add(new CInputPin("List", typeof(IList)));
OutputPins.Add(new COutputPin("Index", typeof(int)));
OutputPins.Add(new COutputPin("Element", typeof(object)));
}
public CSwitchNode()
{
Name = "Switch";
CanAddOutputPins = true;
CExecutionPin execute = new CExecutionPin()
{
Name = "In",
TargetNode = null
};
InExecutionPins.Add(execute);
CExecutionPin defaultOutExec = new CExecutionPin()
{
Name = "Default",
TargetNode = null
};
OutExecutionPins.Add(defaultOutExec);
CInputPin typePin = new CInputPin()
{
Name = "Type",
bIsLiteralOnly = true,
Type = typeof(CKlaxScriptTypeInfo),
Literal = typeof(string)
};
InputPins.Add(typePin);
CInputPin objectPin = new CInputPin()
{
Name = "Object",
Type = typeof(object)
};
InputPins.Add(objectPin);
}
public CForLoopNode()
{
CExecutionPin execute = new CExecutionPin()
{
Name = "In",
TargetNode = null
};
InExecutionPins.Add(execute);
CExecutionPin breakExec = new CExecutionPin()
{
Name = "Break",
TargetNode = null
};
InExecutionPins.Add(breakExec);
CExecutionPin loop = new CExecutionPin()
{
Name = "Loop",
TargetNode = null
};
OutExecutionPins.Add(loop);
CExecutionPin done = new CExecutionPin()
{
Name = "Done",
TargetNode = null
};
OutExecutionPins.Add(done);
InputPins.Add(new CInputPin("First Index", typeof(int)));
InputPins.Add(new CInputPin("Last Index", typeof(int)));
OutputPins.Add(new COutputPin("Index", typeof(int)));
}
public CSwitchExecutionPinViewModel(CExecutionPin executionPin, CScriptNodeViewmodel nodeViewModel, int pinIndex, bool isIn, Type controlType, object controlValue)
: base(executionPin, nodeViewModel, pinIndex, isIn)
{
m_controlType = controlType;
m_controlValue = controlValue;
}
