mof2d_minimization_reconstruction.f90 File Reference

Modules
module	mod_mof2d_minimization_reconstruction

Functions/Subroutines
pure subroutine, public	mod_mof2d_minimization_reconstruction::mof2d_symmetric_minimization_reconstruction (polygon, ref_centroid1, ref_centroid2, ref_volume1, ref_volume2, angle, normal, residual1, residual2, polygon1, polygon2)
	Find the MOF linear reconstruction in a convex cell using a minimization algorithm.
pure subroutine, public	mod_mof2d_minimization_reconstruction::mof2d_minimization_reconstruction (polygon, ref_centroid, ref_volume, angle, normal, residual, polygon_full, polygon_empty)
	Find the MOF linear reconstruction in a convex cell using a minimization algorithm.
pure double precision function	mod_mof2d_minimization_reconstruction::mof2d_symmetric_derivative (centroid1, centroid2, ref_centroid1, ref_centroid2, s0, s1, angle, ref_volume1, ref_volume2)
	Compute the derivative of the symmetric objective function(any coordinate system)
pure double precision function	mod_mof2d_minimization_reconstruction::mof2d_derivative (centroid, ref_centroid, s0, s1, angle, ref_volume)
	Compute the derivative of the objective function(any coordinate system)
pure double precision function	mod_mof2d_minimization_reconstruction::mof2d_cart_symmetric_derivative (centroid1, centroid2, ref_centroid1, ref_centroid2, s0, s1, angle, ref_volume1, ref_volume2)
	Compute the derivative of the symmetric objective function in Cartesian.
pure double precision function	mod_mof2d_minimization_reconstruction::mof2d_cart_derivative (centroid, ref_centroid, s0, s1, angle, ref_volume)
	Compute the derivative of the objective function in Cartesian.
pure double precision function	mod_mof2d_minimization_reconstruction::mof2d_axisym_derivative (centroid, ref_centroid, s0, s1, angle, ref_volume)
	Analytic derivative in axisymmetric.
pure double precision function	mod_mof2d_minimization_reconstruction::mof2d_axisym_symmetric_derivative (centroid1, centroid2, ref_centroid1, ref_centroid2, s0, s1, angle, ref_volume1, ref_volume2)
	Analytic derivative in axisymmetric using symmetric reconstruction.
pure double precision function, dimension(2, 2)	mod_mof2d_minimization_reconstruction::tensor_product (p1, p2)
	Tensor product of two vectors.

Variables
double precision, parameter	mod_mof2d_minimization_reconstruction::tau = 4d0*acos(0d0)
double precision, parameter	mod_mof2d_minimization_reconstruction::pi = 2d0*acos(0d0)
integer, parameter	mod_mof2d_minimization_reconstruction::max_iter_zoom = 120
double precision, parameter	mod_mof2d_minimization_reconstruction::tol_angle_low = 5d-2