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docs:gsvit_inputs [2015/07/17 22:18] pklapetek |
docs:gsvit_inputs [2018/09/12 13:40] pklapetek |
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</tt> | </tt> | ||
+ | <br><br> | ||
<p><b>THREADS</b><br> | <p><b>THREADS</b><br> | ||
<i>nthreads</i><br> | <i>nthreads</i><br> | ||
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</tt> | </tt> | ||
+ | <br><br> | ||
<p><b>MATMODE_CHECK</b><br> | <p><b>MATMODE_CHECK</b><br> | ||
<i>0/1</i><br> | <i>0/1</i><br> | ||
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</tt> | </tt> | ||
+ | <br><br> | ||
<p><b>MEDIUM_LINEAR</b><br> | <p><b>MEDIUM_LINEAR</b><br> | ||
<i>filename</i><br> | <i>filename</i><br> | ||
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</p> | </p> | ||
+ | <br><br> | ||
<p><b>MEDIUM_VECTOR</b><br> | <p><b>MEDIUM_VECTOR</b><br> | ||
<i>filename</i><br> | <i>filename</i><br> | ||
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<tt><br><br> | <tt><br><br> | ||
5 0.89583 0 13.8737e15 0.0207332e15 1.3735 -0.504659 7.59914e15 4.28431e15 0.304478 -1.48944 6.15009e15 0.659262e15 (silver)<br> | 5 0.89583 0 13.8737e15 0.0207332e15 1.3735 -0.504659 7.59914e15 4.28431e15 0.304478 -1.48944 6.15009e15 0.659262e15 (silver)<br> | ||
- | 5 1.11683 0 13.1839e15 0.0207332e15 3.04155 -1.09115 4.20737e15 2.35409e15 0.273221 -1.18299 3.88123e15 0.452005e15 (gold)<br> | + | 5 1.11683 0 13.1839e15 0.109173e15 3.04155 -1.09115 4.20737e15 2.35409e15 0.273221 -1.18299 3.88123e15 0.452005e15 (gold)<br> |
5 1.82307 0 13.3846e15 0.163439e15 2.57278 -1.56922e-8 6.65296e15 3.80643e15 0.638294 -1.22019 3.39199e15 0.472389e15 (copper)<br> | 5 1.82307 0 13.3846e15 0.163439e15 2.57278 -1.56922e-8 6.65296e15 3.80643e15 0.638294 -1.22019 3.39199e15 0.472389e15 (copper)<br> | ||
<br> | <br> | ||
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</ul> | </ul> | ||
+ | <br><br> | ||
<p><b>BOUNDARY_X0/BOUNDARY_XN/BOUNDARY_Y0/BOUNDARY_YN/BOUNDARY_Z0/BOUNDARY_ZN</b><br> | <p><b>BOUNDARY_X0/BOUNDARY_XN/BOUNDARY_Y0/BOUNDARY_YN/BOUNDARY_Z0/BOUNDARY_ZN</b><br> | ||
<i>type</i><br> | <i>type</i><br> | ||
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Some combinations may lead to instabilities, e.g. corner of cpml and liao region. | Some combinations may lead to instabilities, e.g. corner of cpml and liao region. | ||
+ | <br><br> | ||
<p><b>MBOUNDARY_X0/MBOUNDARY_XN/MBOUNDARY_Y0/MBOUNDARY_YN/MBOUNDARY_Z0/MBOUNDARY_ZN</b><br> | <p><b>MBOUNDARY_X0/MBOUNDARY_XN/MBOUNDARY_Y0/MBOUNDARY_YN/MBOUNDARY_Z0/MBOUNDARY_ZN</b><br> | ||
<i>type position</i><br> | <i>type position</i><br> | ||
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<p><i>Note that this option is not supported for direct editing by XSvit in this version</i></p> | <p><i>Note that this option is not supported for direct editing by XSvit in this version</i></p> | ||
+ | <br><br> | ||
<p><b>MEDIUM_SMOOTH</b><br> | <p><b>MEDIUM_SMOOTH</b><br> | ||
<i>unused_integer_parameter</i><br> | <i>unused_integer_parameter</i><br> | ||
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Theta and phi equal to zero correspond to x-direction electric field point source.</p> | Theta and phi equal to zero correspond to x-direction electric field point source.</p> | ||
+ | <br><br> | ||
<p><b>SOURCE_TSF</b><br> | <p><b>SOURCE_TSF</b><br> | ||
<i>i_start j_start k_start i_end j_end k_end theta phi psi mode (filename, values)</i><br> | <i>i_start j_start k_start i_end j_end k_end theta phi psi mode (filename, values)</i><br> | ||
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<i>boundary</i><br> | <i>boundary</i><br> | ||
Specifies boundary that should be excluded from TSF application. Parameter "boundary" | Specifies boundary that should be excluded from TSF application. Parameter "boundary" | ||
- | is string denoting which boundary is being set (i0, j0, k0, in, jn, kn). Note that | + | is string denoting which boundary is being set (i0, j0, k0, in, jn, kn, depth N). Note that |
in principle TSF should be applied on all the boundaries to work properly, but in case | in principle TSF should be applied on all the boundaries to work properly, but in case | ||
of special materials or boundary conditions some boundary skipping can make sense. | of special materials or boundary conditions some boundary skipping can make sense. | ||
+ | The special boundary setting "depth" followed by a positive integer number, e.g. "depth 5" | ||
+ | causes solver to skip the TSF application in all the places with some material (not vacuum) | ||
+ | and even some number of voxels (parameter depth) close to it. This is useful to remove only some area where material is traversing the TSF boundary from the TSF application. | ||
</p> | </p> | ||