public int Fetch1dResults(string outputCase, double elementRef, Interop.gsa_8_7.ResHeader dataRef, int numOneDPos, out OneDResult oneDResult)
{
int numResultComponents;
Interop.gsa_8_7.GsaResults[] gsaOneDResults;
int status = gsaObject.Output_Init_Arr(0, "default", outputCase, dataRef, numOneDPos);
if (status == 0 && gsaObject.Output_DataExist((int)elementRef) == 1)
{
gsaObject.Output_Extract_Arr((int)elementRef, out gsaOneDResults, out numResultComponents);
//create the staggered array of data
int numDataPositions = gsaOneDResults.Count();
double[][] values = new double[numDataPositions][];
for (int i = 0; i < numDataPositions; i++)
{
values[i] = gsaOneDResults[i].dynaResults;
}
oneDResult = new OneDResult(values, gsaObject.Output_UnitString(), gsaObject.Output_DataTitle(1));
}
else
{
double[][] results = new double[1][];
oneDResult = new OneDResult(results, "results were not created properly", "results were not created properly");
}
return(status);
}
public int FetchNodeResults(string outputCase, Point3d nodePosition, Interop.gsa_8_7.ResHeader dataRef, out NodeResult nodeResults)
{
int nodeComp;
Interop.gsa_8_7.GsaResults[] gsaNodeResults;
long nodeRef = gsaObject.Gen_NodeAt(nodePosition.X, nodePosition.Y, nodePosition.Z, 0.1);
int status = gsaObject.Output_Init_Arr(0, "default", outputCase, dataRef, 0);
if (status == 0 && gsaObject.Output_DataExist((int)nodeRef) == 1)
{
gsaObject.Output_Extract_Arr((int)nodeRef, out gsaNodeResults, out nodeComp);
//create the NodeResult struct
nodeResults = new NodeResult(gsaNodeResults[0].dynaResults, gsaObject.Output_UnitString(), gsaObject.Output_DataTitle(1));
}
else
{
//need to initialise to complete the out input requirements
nodeResults = new NodeResult();
}
return(status);
}
