CFD Online Discussion Forums - [cfMesh] pMesh tetMesh fails

Hi, and thanks for the great tool cfMesh.
I tried some mesh with cartesianMesh since I guess is the fastest one and when I was satisfied with refinement I switch to tetMesh and pMesh, but I encurred in the following error:

Code:

...

 ...

...

 Extracting voronoi mesh

Resizing points!





--> FOAM FATAL ERROR:

Negative size requested.



    From function template<class T, Foam::label Offset>

inline void Foam::LongList<T, Offset>::allocateSize(const label)

    in file lnInclude/OF__LongListI.H at line 73.



  FOAM aborting

If I disable the refinements, the mesh continues without errors, obviously producing a too coarse result, so am I doing something wrong in the definition of refinements?
Has it already been reported that the cartesianMesh is more robust than pMesh and tetMesh?
Is there any way to visualize any areas where geometry can cause problems to the mesher?

I'm using cfMesh 1.1.1 under Windows 10, and in the following the meshDict i'm using:

Code:

surfaceFile "constant/triSurf/Geometry.fms";



enforceGeometryConstraints 0;

keepCellsIntersectingBoundary 0;



maxCellSize 0.128;



localRefinement {



    Main {

        cellSize                    0.012;

        refinementThickness         0.040;

    }



    SubSet_1 {

        cellSize                    0.006;

    }



    SubSet_2 {

        cellSize                    0.006;

    }



    Refinement_1 {

        cellSize                    0.002;

    }

    



    Refinement_2  {

        cellSize                    0.012;

        refinementThickness         0.1;

    }

    

}



objectRefinements {



    Box_Small {

        type        box;

        cellSize    0.016;

        centre      (1.35 0.0 0.0);

        lengthX      5.5;

        lengthY      2.5;

        lengthZ      2.5;

    }



    Box_Medium {

        type        box;

        cellSize    0.032;

        centre      (6.35 0.0 0.0);

        lengthX      10.5;

        lengthY       4.0;

        lengthZ       4.0;

    }



    Box_Large {

        type        box;

        cellSize    0.064;

        centre      (11.35 0.0 0.0);

        lengthX      15.5;

        lengthY       5.0;

        lengthZ       5.0;

    }



}