s_operator_cross Submodule

  1. operator_cross.f90
  2. s_operator_cross

Contains implementations for the .cross. operator for all defined integer and real types Computes the cross product of two (3) vectors or (3,:) arrays Single vector implementations: C(1:3) = A(1:3) .cross. B(1:3) Vector list implementations: C(1:3, :) = A(1:3, :) .cross. B(1:3, :)


Uses

  • module~~s_operator_cross~~UsesGraph module~s_operator_cross s_operator_cross ieee_exceptions ieee_exceptions module~s_operator_cross->ieee_exceptions module~operators operators module~s_operator_cross->module~operators module~swiftest swiftest module~s_operator_cross->module~swiftest globals globals module~operators->globals module~swiftest->module~operators module~swiftest->globals module~encounter encounter module~swiftest->module~encounter module~collision collision module~swiftest->module~collision module~lambda_function lambda_function module~swiftest->module~lambda_function module~base base module~swiftest->module~base module~walltime walltime module~swiftest->module~walltime module~netcdf_io netcdf_io module~swiftest->module~netcdf_io module~io_progress_bar io_progress_bar module~swiftest->module~io_progress_bar module~solver solver module~swiftest->module~solver module~encounter->globals module~encounter->module~base module~encounter->module~netcdf_io module~collision->globals module~collision->module~encounter module~collision->module~base module~lambda_function->globals module~base->globals module~coarray coarray module~base->module~coarray module~walltime->globals module~walltime->module~base module~netcdf_io->globals module~netcdf_io->module~base module~io_progress_bar->globals module~io_progress_bar->module~base module~solver->ieee_exceptions module~solver->globals module~solver->module~lambda_function module~solver->module~base module~coarray->globals

Contents

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