GSvit documentation

open source FDTD solver with GPU support

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docs:gsvit_inputs [2015/07/17 22:17]
pklapetek
docs:gsvit_inputs [2018/06/30 00:26]
pklapetek
Line 25: Line 25:
 200 200 200 1e-6 1e-6 1e-6 200 200 200 1e-6 1e-6 1e-6
 </tt> </tt>
-<br>+<br><br>
  
 <​p><​b>​COMP</​b><​br>​ <​p><​b>​COMP</​b><​br>​
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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>​
docs/gsvit_inputs.txt ยท Last modified: 2023/08/06 15:05 by pklapetek