GSvit documentation

open source FDTD solver with GPU support

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docs:gsvit_inputs [2025/02/19 14:41] admindocs:gsvit_inputs [2025/02/19 14:57] (current) admin
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 //i0 j0 k0 i1 j1 k1 sum_from sum_to// //i0 j0 k0 i1 j1 k1 sum_from sum_to//
  
-Near-to-far-field calculation boundary definition. Needs to be within the computational+Near-field to far-field calculation boundary definition. Needs to be within the computational
 volume. Parameters i0..k1 define the boundary position, sum_from and sum_to define volume. Parameters i0..k1 define the boundary position, sum_from and sum_to define
 the range of NFFF data summation when applied (not supported now). See example 3 for details of use. the range of NFFF data summation when applied (not supported now). See example 3 for details of use.
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 //i0 j0 k0 i1 j1 k1 per_ifrom per_jfrom per_ito per_jto// //i0 j0 k0 i1 j1 k1 per_ifrom per_jfrom per_ito per_jto//
  
-Periodic near-to far field calculation boundary definition. Suitable namely for use with periodic+Periodic near-field to far-field calculation boundary definition. Suitable namely for use with periodic
 boundary conditions of same dimensions. Uses only z planes (given by integer k0, k1) but repeats it as many times as given by integer boundary conditions of same dimensions. Uses only z planes (given by integer k0, k1) but repeats it as many times as given by integer
 span (per_ifrom, per_jfrom, per_ito, per_jto). Using periodic repeating values 0 0 1 1 gives the same  span (per_ifrom, per_jfrom, per_ito, per_jto). Using periodic repeating values 0 0 1 1 gives the same 
docs/gsvit_inputs.1739972487.txt.gz · Last modified: 2025/02/19 14:41 by admin