mof3d_analytic_centroid.f90 File Reference

Modules
module	mod_mof3d_analytic_centroid

Functions/Subroutines
pure subroutine, public	mod_mof3d_analytic_centroid::mof3d_compute_analytic_gradient (s_angles, ref_centroid1, ref_centroid2, ref_volume, c, objective, gradient)
	Compute the centroid and the gradient of the objective function in rectangular hexahedral cell.
pure subroutine, public	mod_mof3d_analytic_centroid::mof3d_transform_angles_to_reference (transformation, orig_angles, ref_angles)
	Transform the spherical angles in the original configuration to the reference configuration.
pure subroutine, public	mod_mof3d_analytic_centroid::mof3d_transform_angles_to_original (transformation, ref_angles, orig_angles)
	Transform the spherical angles in the reference configuration to the original configuration.
pure subroutine, public	mod_mof3d_analytic_centroid::mof3d_compute_residual_analytic (s_angles, ref_centroid1, ref_centroid2, ref_volume, c, residual, jacobian)
	Compute the residual and its jacobian in a rectangular hexahedral cell.
pure subroutine	mod_mof3d_analytic_centroid::mof3d_transform_to_local_chart (angles, t_angles, sign_permutation)
pure subroutine	mod_mof3d_analytic_centroid::mof3d_transform_vector (sign_permutation, v, t_v)
pure subroutine	mod_mof3d_analytic_centroid::mof3d_transform_point (sign_permutation, p, t_p)
pure subroutine	mod_mof3d_analytic_centroid::mof3d_compute_analytic_derivatives_local (angles, volume, centroid, derivative)
pure subroutine	mod_mof3d_analytic_centroid::mof3d_compute_analytic_derivatives_below_one_sixth (angles, volume, centroid, derivative)
pure subroutine	mod_mof3d_analytic_centroid::mof3d_compute_analytic_derivatives_above_one_sixth (angles, volume, centroid, derivative)
pure subroutine	mod_mof3d_analytic_centroid::mof3d_compute_analytic_derivatives_half (angles, volume, centroid, derivative)
pure subroutine	mod_mof3d_analytic_centroid::mof3d_derivatives_triangle (trigo, volume, derivative_theta, derivative_phi, centroid)
pure subroutine	mod_mof3d_analytic_centroid::mof3d_derivatives_quad_face_left (trigo, volume, derivative_theta, derivative_phi, centroid)
pure subroutine	mod_mof3d_analytic_centroid::mof3d_derivatives_quad_face_right (trigo, volume, derivative_theta, derivative_phi, centroid)
pure subroutine	mod_mof3d_analytic_centroid::mof3d_derivatives_quad_face_below (trigo, volume, derivative_theta, derivative_phi, centroid)
pure subroutine	mod_mof3d_analytic_centroid::mof3d_derivatives_quad_edge_left (trigo, volume, derivative_theta, derivative_phi, centroid)
pure subroutine	mod_mof3d_analytic_centroid::mof3d_derivatives_quad_edge_right (trigo, volume, derivative_theta, derivative_phi, centroid)
pure subroutine	mod_mof3d_analytic_centroid::mof3d_derivatives_quad_edge_below (trigo, volume, derivative_theta, derivative_phi, centroid)
pure subroutine	mod_mof3d_analytic_centroid::mof3d_derivatives_with_points (trigo, point, volume, derivative_theta, derivative_phi)
pure subroutine	mod_mof3d_analytic_centroid::mof3d_derivatives_penta_left (trigo, volume, derivative_theta, derivative_phi, centroid)
double precision pure function	f0 (x, y)
double precision pure function	f1 (x, y)
double precision pure function	f2 (x, y)
double precision pure function	f3 (x, y)
pure subroutine	mod_mof3d_analytic_centroid::mof3d_derivatives_penta_right (trigo, volume, derivative_theta, derivative_phi, centroid)
pure subroutine	mod_mof3d_analytic_centroid::mof3d_derivatives_penta_below (trigo, volume, derivative_theta, derivative_phi, centroid)
pure subroutine	mod_mof3d_analytic_centroid::mof3d_derivatives_hexa (trigo, volume, derivative_theta, derivative_phi, centroid)
double precision pure function	f0 (x, y, z)
double precision pure function	f1 (x, y, z, t)
double precision pure function	f2 (x, y, z)
double precision pure function	mod_mof3d_analytic_centroid::modulo_tau (x)

Variables
double precision, parameter	mod_mof3d_analytic_centroid::pi_4 = acos(0d0)/2d0
double precision, parameter	mod_mof3d_analytic_centroid::pi_2 = acos(0d0)
double precision, parameter	mod_mof3d_analytic_centroid::pi_3_4 = 3d0*acos(0d0)/2d0
double precision, parameter	mod_mof3d_analytic_centroid::pi = 2d0*acos(0d0)
integer, parameter	mod_mof3d_analytic_centroid::c_theta = 1
integer, parameter	mod_mof3d_analytic_centroid::s_theta = 2
integer, parameter	mod_mof3d_analytic_centroid::c_phi = 3
integer, parameter	mod_mof3d_analytic_centroid::s_phi = 4

Function/Subroutine Documentation

f0() [1/2]

double precision pure function f0 ( double precision, intent(in) x, double precision, intent(in) y )

private

f0() [2/2]

double precision pure function mof3d_derivatives_hexa::f0 ( double precision, intent(in) x, double precision, intent(in) y, double precision, intent(in) z )

private

f1() [1/2]

double precision pure function f1 ( double precision, intent(in) x, double precision, intent(in) y )

private

f1() [2/2]

double precision pure function mof3d_derivatives_hexa::f1 ( double precision, intent(in) x, double precision, intent(in) y, double precision, intent(in) z, double precision, intent(in) t )

private

f2() [1/2]

double precision pure function f2 ( double precision, intent(in) x, double precision, intent(in) y )

private

f2() [2/2]

double precision pure function mof3d_derivatives_hexa::f2 ( double precision, intent(in) x, double precision, intent(in) y, double precision, intent(in) z )

private

f3()

double precision pure function f3 ( double precision, intent(in) x, double precision, intent(in) y )

private