volatile_doctest Program

  1. vecfor_R4P-doctest-23.f90
  2. volatile_doctest

Uses

  • program~~volatile_doctest~383~~UsesGraph program~volatile_doctest~383 volatile_doctest module~vecfor_r4p vecfor_R4P program~volatile_doctest~383->module~vecfor_r4p iso_fortran_env iso_fortran_env module~vecfor_r4p->iso_fortran_env module~penf penf module~vecfor_r4p->module~penf module~penf_stringify penf_stringify module~penf->module~penf_stringify module~penf_global_parameters_variables penf_global_parameters_variables module~penf->module~penf_global_parameters_variables module~penf_b_size penf_b_size module~penf->module~penf_b_size module~penf_stringify->iso_fortran_env module~penf_stringify->module~penf_global_parameters_variables module~penf_stringify->module~penf_b_size module~penf_b_size->module~penf_global_parameters_variables

Calls

program~~volatile_doctest~383~~CallsGraph program~volatile_doctest~383 volatile_doctest proc~is_concyclic_r4p is_concyclic_R4P program~volatile_doctest~383->proc~is_concyclic_r4p proc~sq_norm_r4p sq_norm_R4P proc~is_concyclic_r4p->proc~sq_norm_r4p

Contents

Variables

pt

Source Code

volatile_doctest

Variables

TypeAttributesNameInitial
type(vector_R4P) :: pt(0:3)

Source Code

program volatile_doctest
use vecfor_R4P
 type(vector_R4P) :: pt(0:3)

 pt(0) = -1 * ey_R4P
 pt(1) = 1 * ex_R4P
 pt(2) = 1 * ey_R4P
 pt(3) = -1 * ex_R4P
 print "(L1)", is_concyclic_R4P(pt(0), pt1=pt(1), pt2=pt(2), pt3=pt(3))
endprogram volatile_doctest