public bool addOutputVariable(string nodeName, SmOutput.outputType type) { bool bsuccess = false; if (type != SmOutput.outputType.nodeVolume) { throw new Exception("Unsupported output type for node " + nodeName); } foreach (Node _node in nodes) { if (_node.name == nodeName) { SmOutput xout = new SmOutput(); xout.type = SmOutput.outputType.nodeVolume; xout.name = "Volume in " + nodeName; xout.nodex = _node; output.addNewDataSeries(xout); bsuccess = true; } } if (!bsuccess) { throw new Exception("could not find output variable " + nodeName); } return(bsuccess); }
public bool addOutputVariable(string outletName) { bool bsuccess = false; foreach (int i in iOutlets) { if (nodes[i].name == outletName) { SmOutput xout = new SmOutput(); xout.type = SmOutput.outputType.outletFlowTimeSeries; xout.name = outletName; //jeg er i gang her MB og alle andre steder relateret til output. : foreach (Node _node in nodes) { if (_node.name == outletName) //not robust - add check for type. { xout.outletx = (Outlet)_node; } } output.addNewDataSeries(xout); bsuccess = true; } } if (!bsuccess) { throw new Exception("could not find output variable " + outletName); } return(bsuccess); }
private void addOutputVariablesFromParameters(string[,] paramTable) { { bool bInOutputSection = false; for (int i = 0; i < paramTable.GetLength(0); i++) { if (paramTable[i, 0] == "[Output]") { bInOutputSection = true; } if (bInOutputSection) { if (paramTable[i, 0] == "[EndSect]") { bInOutputSection = false; } else { while (paramTable[i, 0] == "<output>") { switch (paramTable[i, 1]) { case "Flow": addOutputVariable(paramTable[i, 2], paramTable[i, 3], paramTable[i, 4]); break; case "Vol": addOutputVariable(paramTable[i, 2], SmOutput.OutputType.nodeVolume); break; case "outletFlow": addOutputVariable(paramTable[i, 2]); break; case "GlobalVolume": addOutputVariable(SmOutput.OutputType.GlobalVolumen); break; case "NodeWL": SmOutput xout = new SmOutput(); xout.type = SmOutput.OutputType.nodeWaterLevel; xout.name = paramTable[i, 4]; xout.nodex = getNode(paramTable[i, 2]); xout.derived = new DerivedValue(paramTable[i, 5]); output.addNewDataSeries(xout); break; default: throw new NotImplementedException("Unknown connection type: " + paramTable[i, 1]); } i++; } } } } } }
public bool addOutputVariable(SmOutput.outputType type) { bool bsuccess = false; SmOutput xout = new SmOutput(); xout.type = type; xout.name = type.ToString(); output.addNewDataSeries(xout); bsuccess = true; return(bsuccess); }
public bool addOutputVariable(string fromNode, string toNode, string name) { bool bsuccess = false; Node N1 = getNodeOrDivider(fromNode); Node N2 = getNodeOrDivider(toNode); // string toName = getNode(toNode).name; //problem at outlets for samme index - lav om. int fromIndex = N1.index; int toIndex = N2.index; bool bFromDivider = false; bool bToDivder = false; if (N1 is FlowDivider) { bFromDivider = true; } if (N2 is FlowDivider) { bToDivder = true; } foreach (Connection con in connections) { if (con.from == fromIndex && con.to == toIndex) { //adapt to dividers if (bFromDivider) { if (!(flowDividers[fromIndex].name == fromNode)) { continue; } } if (bToDivder) { if (!(flowDividers[toIndex].name == toNode)) { continue; } } //end adapt to dividers SmOutput xout = new SmOutput(); xout.name = name; con.bIsOutput = true; xout.con = con; output.addNewDataSeries(xout); bsuccess = true; } } return(bsuccess); }
public bool addOutputVariable(string outletName) { bool bsuccess = false; foreach (int i in iOutlets) { if (nodes[i].name == outletName) { SmOutput xout = new SmOutput(); xout.type = SmOutput.OutputType.outletFlowTimeSeries; xout.name = outletName; xout.outletx = (Outlet)nodes[i]; output.addNewDataSeries(xout); bsuccess = true; } } if (!bsuccess) { throw new Exception("could not find output variable " + outletName); } return(bsuccess); }
public bool addOutputVariable(string fromNode, string toNode, string name) { bool bsuccess = false; int fromIndex = getNode(fromNode).index; int toIndex = getNode(toNode).index; // string toName = getNode(toNode).name; //problem at outlets for samme index - lav om. foreach (Connection con in connections) { if (con.from == fromIndex && con.to == toIndex) { SmOutput xout = new SmOutput(); xout.name = name; xout.con = con; output.addNewDataSeries(xout); bsuccess = true; } } return(bsuccess); }
public void addNewDataSeries(SmOutput outx) { dataCollection.Add(outx); timeInSeconds.Clear(); }