Difference between revisions of "Model Samples"
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| − | <table border="1" width="100%"> | + | <table border="1" width="100%"> |
| − | + | <tr> | |
<td width="18%"><b>Name</b></td> | <td width="18%"><b>Name</b></td> | ||
<td width="61%"><b>Description</b></td> | <td width="61%"><b>Description</b></td> | ||
</tr> | </tr> | ||
| − | + | <tr> | |
<td width="18%">2D-HEAT CONDUCTION</td> | <td width="18%">2D-HEAT CONDUCTION</td> | ||
| − | <td width="61%">This is an example of steady state 2-D heat transfer in a long bar of rectangular cross section. One side of the bar is insulated, the other exposed to a fluid at 25ºc. | + | <td width="61%">This is an example of steady state 2-D heat transfer in a long bar of rectangular cross section. One side of the bar is insulated, the other exposed to a fluid at 25ºc.</td> |
| − | + | ||
| − | + | ||
</tr> | </tr> | ||
<tr> | <tr> | ||
<td width="18%">2D-HEAT DIFFUSION</td> | <td width="18%">2D-HEAT DIFFUSION</td> | ||
| − | <td width="61%">Heat diffusion model in a surface. A cell can be connected to heat generator, a cold generator or none. A cell's temperature is measured as the average of its neighborhood. | + | <td width="61%">Heat diffusion model in a surface. A cell can be connected to heat generator, a cold generator or none. A cell's temperature is measured as the average of its neighborhood. It's possible to see the cell's temperature in each step. |
| − | + | </td> | |
| − | + | ||
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</tr> | </tr> | ||
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<td width="18%">3D-HEAT DIFFUSION<br> | <td width="18%">3D-HEAT DIFFUSION<br> | ||
</td> | </td> | ||
| − | <td width="61%">A heat diffusion model (as the one described above) but using three-dimensions. | + | <td width="61%">A heat diffusion model (as the one described above) but using three-dimensions. |
| − | + | Download model and sample</td> | |
| − | Download model and sample | + | |
</tr> | </tr> | ||
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<tr> | <tr> | ||
<td width="18%">3D-FREE FORM</td> | <td width="18%">3D-FREE FORM</td> | ||
| − | <td width="61%">This application studies free-form modeling the deformation of objects in 3D space. | + | <td width="61%">This application studies free-form modeling the deformation of objects in 3D space. |
| − | + | </td> | |
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</tr> | </tr> | ||
<tr> | <tr> | ||
<td width="18%">Driven Diffusion</td> | <td width="18%">Driven Diffusion</td> | ||
| − | <td width="61%">Testing File | + | <td width="61%">Testing File |
| − | + | [http://134.117.53.107/mediawiki/models/DrivenDiffusion.ZIP Download]</td> | |
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</table> | </table> | ||
Revision as of 14:39, 11 January 2008
| Name | Description |
| 2D-HEAT CONDUCTION | This is an example of steady state 2-D heat transfer in a long bar of rectangular cross section. One side of the bar is insulated, the other exposed to a fluid at 25ºc. |
| 2D-HEAT DIFFUSION | Heat diffusion model in a surface. A cell can be connected to heat generator, a cold generator or none. A cell's temperature is measured as the average of its neighborhood. It's possible to see the cell's temperature in each step. |
| 3D-HEAT DIFFUSION |
A heat diffusion model (as the one described above) but using three-dimensions. Download model and sample |
| 3D-FREE FORM | This application studies free-form modeling the deformation of objects in 3D space. |
| Driven Diffusion | Testing File Download |
There is a more detailed description of each model in the file README.TXT
located in every subdirectory.
More information:
All of the above samples include:
FileName.MA: The model description file
FileName.EV (optional): external events file
FileName.LOG (optional): A log file generated by the simulator
FileName.DRW (optional): A file generated by the DRAWLOG tool, where the results can be seen in a matrix (only available with some cellular models)
FileName.VAL (optional): A file with initial values for the model
FileName.BAT: A script used to run the simulation with the correct parameters (Windows platforms only, but it can be simply modified to be used under other platforms). Generates a LOG file
FileNameDRW.BAT (optional): A script used to generate the .drw file
The DEVS models are written in C++, and includes :
NAME.CPP: The C++ source code file of the NAME model. This file is needed to recompile the simulator properly (Download an example here!)
NAME.H: The C++ header file of the NAME model. This file is needed to recompile the simulator properly (Download an example here!)
