grid_tools 1.14.0
|
Public Member Functions | |
subroutine | dininmap (alon0, alat0, rot3) |
Initialize the rotation matrix ROT3 needed to transform standard earth-centered cartesian components to the alternative cartesian frame oriented so as to put geographical point (ALAT0,ALON0) on the projection axis. | |
subroutine | sininmap (alon0, alat0, rot3) |
Initialize the rotation matrix ROT3 needed to transform standard earth-centered cartesian components to the alternative cartesian frame oriented so as to put geographical point (ALAT0,ALON0) on the projection axis. | |
subroutine pmat5::ininmap::dininmap | ( | real(dp), intent(in) | alon0, |
real(dp), intent(in) | alat0, | ||
real(dp), dimension(3,3), intent(out) | rot3 ) |
Initialize the rotation matrix ROT3 needed to transform standard earth-centered cartesian components to the alternative cartesian frame oriented so as to put geographical point (ALAT0,ALON0) on the projection axis.
Double precision version.
[in] | alon0 | geographical longitude (degrees) of projection center. |
[in] | alat0 | geographical latitude (degrees) of projection center. |
[out] | rot3 | rotation matrix. |
Definition at line 85 of file pmat5.f90.
References pietc::dtor, and pietc::u0.
subroutine pmat5::ininmap::sininmap | ( | real(sp), intent(in) | alon0, |
real(sp), intent(in) | alat0, | ||
real(sp), dimension(3,3), intent(out) | rot3 ) |
Initialize the rotation matrix ROT3 needed to transform standard earth-centered cartesian components to the alternative cartesian frame oriented so as to put geographical point (ALAT0,ALON0) on the projection axis.
Single precision version.
[in] | alon0 | geographical longitude (degrees) of projection center. |
[in] | alat0 | geographical latitude (degrees) of projection center. |
[out] | rot3 | rotation matrix. |