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enGits / engrid

ENGRID is a mesh generation software with CFD applications in mind. It supports automatic prismatic boundary layer grids for Navier-Stokes simulations and has a Qt based GUI.
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export grid only to openfoam results in cpp error on line 82 of openfoamwriter.cpp #19

Closed wyldckat closed 12 years ago

wyldckat commented 12 years ago

Original Report:

ID: Category: Severity: Reproducibility: Date Submitted: Last Update:
21 [enGrid] bug major always 2012-07-04 00:35 2012-07-04 20:53
Reporter: unauthenticated Platform:  
Assigned To: OS:  
Priority: normal OS Version:  
Status: new Product Version: 1.3beta  
Product Build: Resolution: open  
Projection: none      
ETA: none  
Summary: export grid only to openfoam results in cpp error on line 82 of openfoamwriter.cpp
Description: see attached file, this is windows version
Steps To Reproduce:
Additional Information:
Attached Files: cylinder.egc (6 KB) 2012-07-04 00:35
wyldckat commented 12 years ago

Reporter forgot to attach the file "cylinder.egc.vtu"... and since he/she didn't login, we are unable to get more feedback on this.

wyldckat commented 12 years ago

The attached file had this inside:

<engridcase>
  <openfoam-1.5>
    <simplefoam>
      <standard>
        <controldict>&#xd;
 start from = startTime;&#xd;
 start iteration = 0;&#xd;
 last iteration = 1000;&#xd;
 write interval = 100;&#xd;
</controldict>
        <u>&#xd;
 initial u = 0;&#xd;
 initial v = 0;&#xd;
 initial w = 0;&#xd;
</u>
        <p>&#xd;
 initial pressure = 0;&#xd;
</p>
        <k/>
        <epsilon/>
        <omega/>
        <transportproperties>&#xd;
 kinematic viscosity = 1e-6;&#xd;
</transportproperties>
        <rasproperties>&#xd;
 turbulence model = kOmegaSST;&#xd;
 freeze turbulent properties = on;&#xd;
</rasproperties>
        <fvschemes>&#xd;
 U convection scheme = linearUpwind Gauss;&#xd;
 k convection scheme = upwind;&#xd;
 epsilon convection scheme = upwind;&#xd;
 omega convection scheme = upwind;&#xd;
</fvschemes>
        <fvsolution>&#xd;
 non-orthogonal correctors = 2;&#xd;
 p relaxation factor       = 0.3;&#xd;
 U relaxation factor       = 0.7;&#xd;
 k relaxation factor       = 0.7;&#xd;
 epsilon relaxation factor = 0.7;&#xd;
 omega relaxation factor   = 0.7;&#xd;
</fvsolution>
      </standard>
    </simplefoam>
    <rhosimplefoam>
      <standard>
        <controldict>&#xd;
 start from = startTime;&#xd;
 start iteration = 0;&#xd;
 last iteration = 1000;&#xd;
 write interval = 100;&#xd;
</controldict>
        <u>&#xd;
 initial u = 0;&#xd;
 initial v = 0;&#xd;
 initial w = 0;&#xd;
</u>
        <p>&#xd;
 initial pressure = 100000;&#xd;
</p>
        <t>&#xd;
 initial temperature = 300;&#xd;
</t>
        <k/>
        <epsilon/>
        <omega/>
        <thermophysicalproperties>&#xd;
 molar mass = 28.96;&#xd;
 specific heat at constant pressure = 1004.5;&#xd;
 Sutherland constant = 1.458e-06;&#xd;
 Sutherland temperature = 110.4;&#xd;
</thermophysicalproperties>
        <rasproperties>&#xd;
 turbulence model = kOmegaSST;&#xd;
 freeze turbulent properties = on;&#xd;
</rasproperties>
        <fvschemes>&#xd;
 U convection scheme = linearUpwind Gauss;&#xd;
 h convection scheme = linearUpwind Gauss;&#xd;
 k convection scheme = upwind;&#xd;
 epsilon convection scheme = upwind;&#xd;
 omega convection scheme = upwind;&#xd;
</fvschemes>
        <fvsolution>&#xd;
 non-orthogonal correctors = 2;&#xd;
 minimal pressure = 1000;&#xd;
 p relaxation factor       = 0.3;&#xd;
 U relaxation factor       = 0.7;&#xd;
 h relaxation factor       = 0.7;&#xd;
 k relaxation factor       = 0.7;&#xd;
 epsilon relaxation factor = 0.7;&#xd;
 omega relaxation factor   = 0.7;&#xd;
</fvsolution>
      </standard>
    </rhosimplefoam>
  </openfoam-1.5>
  <openfoam-1.6.x>
    <simplefoam>
      <standard>
        <controldict>&#xd;
 start from = startTime;&#xd;
 start iteration = 0;&#xd;
 last iteration = 1000;&#xd;
 write interval = 100;&#xd;
</controldict>
        <u>&#xd;
 initial u = 0;&#xd;
 initial v = 0;&#xd;
 initial w = 0;&#xd;
</u>
        <p>&#xd;
 initial pressure = 0;&#xd;
</p>
        <k/>
        <epsilon/>
        <omega/>
        <transportproperties>&#xd;
 kinematic viscosity = 1e-6;&#xd;
</transportproperties>
        <rasproperties>&#xd;
 turbulence model = kOmegaSST;&#xd;
 freeze turbulent properties = on;&#xd;
</rasproperties>
        <fvschemes>&#xd;
 U convection scheme = linearUpwind Gauss;&#xd;
 k convection scheme = upwind;&#xd;
 epsilon convection scheme = upwind;&#xd;
 omega convection scheme = upwind;&#xd;
</fvschemes>
        <fvsolution>&#xd;
 non-orthogonal correctors = 2;&#xd;
 p relaxation factor       = 0.3;&#xd;
 U relaxation factor       = 0.7;&#xd;
 k relaxation factor       = 0.7;&#xd;
 epsilon relaxation factor = 0.7;&#xd;
 omega relaxation factor   = 0.7;&#xd;
</fvsolution>
      </standard>
    </simplefoam>
    <rhosimplefoam>
      <standard>
        <controldict>&#xd;
 start from = startTime;&#xd;
 start iteration = 0;&#xd;
 last iteration = 1000;&#xd;
 write interval = 100;&#xd;
</controldict>
        <u>&#xd;
 initial u = 0;&#xd;
 initial v = 0;&#xd;
 initial w = 0;&#xd;
</u>
        <p>&#xd;
 initial pressure = 100000;&#xd;
</p>
        <t>&#xd;
 initial temperature = 300;&#xd;
</t>
        <k/>
        <epsilon/>
        <omega/>
        <thermophysicalproperties>&#xd;
 molar mass = 28.96;&#xd;
 specific heat at constant pressure = 1004.5;&#xd;
 Sutherland constant = 1.458e-06;&#xd;
 Sutherland temperature = 110.4;&#xd;
</thermophysicalproperties>
        <rasproperties>&#xd;
 turbulence model = kOmegaSST;&#xd;
 freeze turbulent properties = on;&#xd;
</rasproperties>
        <fvschemes>&#xd;
 U convection scheme = linearUpwind Gauss;&#xd;
 h convection scheme = linearUpwind Gauss;&#xd;
 k convection scheme = upwind;&#xd;
 epsilon convection scheme = upwind;&#xd;
 omega convection scheme = upwind;&#xd;
</fvschemes>
        <fvsolution>&#xd;
 non-orthogonal correctors = 2;&#xd;
 minimal pressure = 1000;&#xd;
 p relaxation factor       = 0.3;&#xd;
 U relaxation factor       = 0.7;&#xd;
 h relaxation factor       = 0.7;&#xd;
 k relaxation factor       = 0.7;&#xd;
 epsilon relaxation factor = 0.7;&#xd;
 omega relaxation factor   = 0.7;&#xd;
</fvsolution>
      </standard>
    </rhosimplefoam>
  </openfoam-1.6.x>
  <solver>
    <general>
      <solver_type>0</solver_type>
      <solver_binary>simpleFoam</solver_binary>
      <host_weight_list/>
    </general>
  </solver>
  <engrid>
    <surface>
      <settings>&#xd;
1000&#xd;
0&#xd;
1.5&#xd;
24&#xd;
3&#xd;
1 &#xd;
1 &#xd;
1 &#xd;
</settings>
      <table>&#xd;
0 6&#xd;
</table>
    </surface>
    <sources/>
    <bc>
1 cylinderwall wall
2 inlet inlet
3 outlet outlet
-1 Volume1 1:1,2:1,3:1
</bc>
    <physical>
1 OurInlet inlet 0 0.04 1 300
2 OurOutlet outlet 0
0 OurWall wall
</physical>
  </engrid>
  <blayer>1 0.01 0 1.5 11 </blayer>
</engridcase>
ogloth commented 12 years ago

Most likely there was no volume grid. I have provided an actual error message instead of the bug message now.