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**for VERSION above 2021.02.09**
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In many cases, before submission of computation to hpc queue system, we would like to check the correctness of various settings to minimize the risk of job failure. W-SLDA Toolkit provides a set of extensions that can be used for testing the settings. To build these tools, execute in your project folder:
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In many cases, before submitting the computation to the HPC queue system, we would like to verify the correctness of various settings to minimize the risk of job failure. The W-SLDA Toolkit provides a set of extensions for testing settings. To build these tools, execute in your project folder:
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```bash
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make ext
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```
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| ... | ... | @@ -8,9 +8,9 @@ The command will compile selected tools from [extensions](https://gitlab.fizyka. |
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| tool name | scope | description | execution|
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| --- | ------ |----------|---------|
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| `solve-uniform` | `st`,`td` | The code solves uniform problem according settings provided in the input file. | `./solve-uniform input.txt`|
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| `solve-uniform` | `st`,`td` | The code solves the uniform problem according to the settings provided in the input file. | `./solve-uniform input.txt`|
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|`test-external-potentials-1d` |`st` | The code evaluates external potentials according problem-definition.h file and saves them to W-DATA format. Next, the potentials can be inspected by VisIt. | `./test-external-potentials-1d input.txt`|
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|`test-external-potentials-1d` |`st` | | `./test-external-potentials-2d input.txt`|
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|`test-external-potentials-1d` |`st` | | `./test-external-potentials-3d input.txt`|
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The tools are not computationally intensive. You can execute them from login code. |
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The tools are not computationally intensive. You can execute them from the login code. |
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