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Hello I have the empty Gauss point results field in the output file: GaussPoints "hex_gauss_legendre_3_element_gp_PARTITION_INDEX" ElemType Hexahedra Number Of Gauss Points: 27 Natural Coordinates: Given -0.774597 -0.774597 -0.774597 0 -0.774597 -0.774597 0.774597 -0.774597 -0.774597 -0.77...

You're right. I delete those Line_Activation_Level from the problemtype. Now it's fine.

The problem for the hesitance to change is that it's the legacy problemtype, and it maybe dangerous to remove something. But I'll see.

Hello

I got the one year license for GiD13 as an advertisement in the conference. This works fine until recently it said that the license is not valid anymore and went back to EVALUATION. Is it possible for me to get back the license?

Hi I did as you suggested. But I also received from the line condition some elements For example Begin ElementalData ACTIVATION_LEVEL *set cond Line_Activation_Level *elems *add cond Surface_Activation_Level *elems *add cond Volume_Activation_Level *elems *format "%i%i" *loop elems *ElemsN...

Just another thought, it may be helpful if there is CONDMESHTYPE: over line elements

Hello, I would like to assert a bit to this thread. In fact, I truly want to define the distributed load over lines in 3D. The syntax below works fine in 2D CONDITION: Distributed_Line_Load CONDTYPE: over lines CONDMESHTYPE: over face elements multiple but in 3D, when I assigned this condition to a ...

Hello

I tried to define the results for non-standard Gauss point using the Given option. In this case 16 GPs are plotted on the quad9 surface. The result using Contour Fill does not show the smoothed interpolation results but rather the color plot on point. May I know why?

Ciao
Giang

Hello Is there a way to get the material name from *MatNum in *loop material ? Consider the loop *loop materials Material *MatNum is assigned DENSITY = *MatProp(Density,real) Material *MatNum has name ??? *end materials The problem is that the model has many materials and each portion is given a mat...

The problem still persists. In the attached file you can find the files to reproduce the problem.

That's pretty simple. In Tcl, declare the global variable and subroutines to read/write it set g_conddict [dict create] proc SaveCond { cond_type args } { global g_conddict dict append g_conddict $cond_type "$args\n" return "" } proc GetCond { cond_type } { global g_conddict if {...