distance_to_plane_R4P Function

  1. vecfor_R4P.F90
  2. vecfor_R4P
  3. distance_to_plane_R4P

public elemental function distance_to_plane_R4P(self, pt1, pt2, pt3) result(distance)

Calculate the distance (signed, scalar) to plane defined by the 3 points.

The convention for the points numeration is the following:

 3.----.2
   \   |
    \ *---------> . self
     \ |
      \|
       .1

 type(vector_R4P) :: pt(0:3)
 real(R4P)        :: d

 pt(0) = 5.3 * ez_R4P
 pt(1) = ex_R4P
 pt(2) = ey_R4P
 pt(3) = ex_R4P - ey_R4P
 d = pt(0)%distance_to_plane(pt1=pt(1), pt2=pt(2), pt3=pt(3))
 print "(F3.1)", d

 type(vector_R4P) :: pt(0:3)
 real(R4P)        :: d

 pt(0) = 5.3 * ez_R4P
 pt(1) = ex_R4P
 pt(2) = ey_R4P
 pt(3) = ex_R4P - ey_R4P
 d = distance_to_plane_R4P(pt(0), pt1=pt(1), pt2=pt(2), pt3=pt(3))
 print "(F3.1)", d

Arguments

TypeIntentOptionalAttributesName
class(vector_R4P), intent(in) :: self

The point from which computing the distance.
type(vector_R4P), intent(in) :: pt1

First plane point.
type(vector_R4P), intent(in) :: pt2

Second plane point.
type(vector_R4P), intent(in) :: pt3

Third plane point.

Return Value real(kind=R4P)

Face normal.


Calls

proc~~distance_to_plane_r4p~~CallsGraph proc~distance_to_plane_r4p distance_to_plane_R4P proc~face_normal3_r4p face_normal3_R4P proc~distance_to_plane_r4p->proc~face_normal3_r4p proc~normalized_r4p normalized_R4P proc~face_normal3_r4p->proc~normalized_r4p

Called by

proc~~distance_to_plane_r4p~~CalledByGraph proc~distance_to_plane_r4p distance_to_plane_R4P program~volatile_doctest~450 volatile_doctest program~volatile_doctest~450->proc~distance_to_plane_r4p

Contents

None