public void InitializeVisualElement(VisualContainer _vContainer, VarPass _nodeConnection)
{
vContainer = _vContainer;
varPass = _nodeConnection;
//Get Names for our variables
if (varPass.dataDirection == DataDirection.OutcomeData) {
//adjust name position
if(vContainer.node.outConNames.ContainsKey(varPass.varType)){
if(vContainer.node.outConNames[varPass.varType].Count > varPass.num){
elName.text = vContainer.node.outConNames[varPass.varType][varPass.num];
}
}
}
if (varPass.dataDirection == DataDirection.IncomeData) {
//adjust name position
elName.alignment = TextAnchor.MiddleLeft;
elName.rectTransform.anchoredPosition = new Vector2(elName.rectTransform.anchoredPosition.x * -1, elName.rectTransform.anchoredPosition.y);
if(vContainer.node.inConNames.ContainsKey(varPass.varType)){
if(vContainer.node.inConNames[varPass.varType].Count > varPass.num){
elName.text = vContainer.node.inConNames[varPass.varType][varPass.num];
}
}
}
}
public void InitializeConnectionUI(VisualElement _visElement, VisualElement _otherVisElement)
{
visElement = _visElement;
otherVisElement = _otherVisElement;
varPass = visElement.varPass;
beginTrans = visElement.transform;
endTrans = otherVisElement.transform;
}
//break connection between nodes' variables. Uses input variables as input var comes from one outputvar whille one
// output var can pass to multiply input vars
public void BreakConnection(VarPass _con)
{
if (_con.dataDirection == DataDirection.IncomeData) {
if(_con.oppositeConnections.Count > 0){
int index = _con.oppositeConnections[0].oppositeConnections.IndexOf(_con);
_con.oppositeConnections[0].oppositeConnections[index] = null;
GameObject go = elementsVisualsDict[_con.oppositeConnections[0]].conUIs[index].gameObject;
elementsVisualsDict[_con].conUIs.Clear();
_con.oppositeConnections[0] = null;
Destroy(go);
}
}
}
public bool BindConnections(VarPass outNode, VarPass inNode, VarType outType, VarType inType, int outNum, int inNum)
{
if (outType == VarType.IdWeightList) {
Debug.Log("Binding...");
IOutputList<IdWeight> outIdWeightList = outNode.node as IOutputList<IdWeight>;
if(outIdWeightList == null) return false;
Debug.Log("got output interface...");
if(inNode.varType == VarType.IdWeightVar){
return false;
}
if (inNode.varType == VarType.IdWeightList){
Debug.Log("got list node..." + inNode.node.GetType().ToString());
IInputList<IdWeight> inIdWeightList = inNode.node as IInputList<IdWeight>;
if(inIdWeightList == null) return false;
inIdWeightList.inputList = outIdWeightList.outputList;
if (outNode.oppositeConnections.Count == 0)
outNode.oppositeConnections.Add(inNode);
else{
outNode.oppositeConnections.Clear();
outNode.oppositeConnections.Add(inNode);
}
return true;
}
if (inNode.varType == VarType.IdWeightNestedList){
Debug.Log("got nested list node..." + inNode.node.GetType().ToString());
IInputMultyList<IdWeight> inIdWeightMultyList = inNode.node as IInputMultyList<IdWeight>;
if(inIdWeightMultyList == null) return false;
Debug.Log("got input Nested list interface...");
inIdWeightMultyList.inputLists[inNum] = outIdWeightList.outputList;
if (outNode.oppositeConnections.Count == 0){
outNode.oppositeConnections.Add(inNode);
inNode.oppositeConnections.Add(outNode);
Debug.Log("Adding to empty new opposite connection");
}
else{
outNode.oppositeConnections.Clear();
outNode.oppositeConnections.Add(inNode);
inNode.oppositeConnections.Add(outNode);
Debug.Log("Replacing new opposite connection");
}
return true;
}
return false;
}
return false;
}