Closed kskinoue0612 closed 6 years ago
Hi Keisuke,
Adding FlowCellSolutions is doubling the number of solutions (for example case_SolWriteStd now contains 10 solutions when it had 5 before). I think we should just divide the result by two and add three new functions to retrieve CellCentered solutions:
cg_iRIC_Read_Sol_Cell_Count_Mul
cg_iRIC_Read_Sol_Cell_Real_Mul
and
cg_iRIC_Read_Sol_Cell_Integer_Mul
Let me know if you have any other ideas on how to handle this.
Thanks, Scott
Hi Scott,
Yes, I think that will be the right solution about handling that issue.
And, thank you for proposing the functions to read the solutions. Please implement those three functions too.
Thanks, Keisuke
This function will be beneficial for solver developers, because in many cases results are not defined at grid nodes, but cells.
Functions to add:
For C/C++:
For FORTRAN:
How to record result in CGNS files
Currently, calculation result defined at grid nodes are stored in FlowSolution_t nodes named "FlowSolution1", "FlowSolution2",... The names of the nodes is stored in "FlowSolutionPointers" in "ZoneIterativeData".
For calculation result defined at grid cells, data is stored in FlowSolution_t nodes with GridLocation_t value CellCenter, named "FlowCellSolution1", "FlowCellSolution", ... The names of the nodes is stored in "FlowCellSolutionPointers" in "ZoneIterativeData".
How to implement