public NArrayTreeNode GetNode(String tt) //YHB:this mehtod returns the GraphNode object with given value { NArrayTreeNode returnNode = null; foreach (NArrayTreeNode item in treeNodes) { if (item.data == tt) { returnNode = item; } } return(returnNode); }
public void postOrderTravMethod(NArrayTreeNode root) {//post-order traversal method for N-arry tree if (root != null) { if (root.childrens != null) { foreach (NArrayTreeNode item in root.childrens) { postOrderTravMethod(item); } } //Visit the node by Printing the node data } postOrderTrav.Add(root.data); }
public int postOrderAggregation(NArrayTreeNode root) {//this method aggregates variables at any sub-tree of the N-arry tree given the root of the sub-tree or tree int returnValue = 0; if (root == null) { return(returnValue = 0); } if (root.childrens == null) {//Here write code to search the variable with given dimension //if childrens are null, it means it is leap nodes in component hierarchy. so, variables associated with the component in computational domain are searched to get the // required dimension variables. Once the variable is found, its value is assigned to the root.value otherwise it is assigned as zero. /* int[] masDim = new int[] { 1, 0, 0, 0, 0, 0, 0 }; * foreach (var item in root.variableDimension) * { * if (compareDimensions(item, masDim)) * { * root.value = root.value+0; //need to write code to take the same dimension varialbe value * } * * } */ returnValue = root.value; } else { foreach (NArrayTreeNode item in root.childrens) { root.value = root.value + postOrderAggregation(item); } } return(returnValue = root.value); }