sll_t_hermite_interpolation_1d Type Reference

Collaboration diagram for sll_t_hermite_interpolation_1d:

Private Attributes
real(kind=f64)	eta_min
	eta1 min More...
real(kind=f64)	eta_max
	eta1 max More...
integer(kind=i32)	nc
	number of cells in eta1 More...
integer(kind=i32)	degree
	interpolation degrees in eta1, eta2 More...
integer(kind=i32)	bc
	boundary conditions in eta1 can be SLL_HERMITE_PERIODIC or SLL_HERMITE_DIRICHLET More...
real(kind=f64), dimension(:, :), pointer	deriv
integer(kind=i32)	continuity
	can be SLL_HERMITE_C0 or SLL_HERMITE_C1 More...
integer(kind=i32)	deriv_size
	3 for SLL_HERMITE_C0 and 2 for SLL_HERMITE_C1 deriv_size = size(deriv,1) More...

Detailed Description

Definition at line 32 of file sll_m_hermite_interpolation_1d.F90.

Member Data Documentation

bc

integer(kind=i32) bc

private

boundary conditions in eta1 can be SLL_HERMITE_PERIODIC or SLL_HERMITE_DIRICHLET

Definition at line 37 of file sll_m_hermite_interpolation_1d.F90.

continuity

integer(kind=i32) continuity

private

can be SLL_HERMITE_C0 or SLL_HERMITE_C1

Definition at line 40 of file sll_m_hermite_interpolation_1d.F90.

degree

integer(kind=i32) degree

private

interpolation degrees in eta1, eta2

Definition at line 36 of file sll_m_hermite_interpolation_1d.F90.

deriv

real(kind=f64), dimension(:, :), pointer deriv

private

Definition at line 39 of file sll_m_hermite_interpolation_1d.F90.

deriv_size

integer(kind=i32) deriv_size

private

3 for SLL_HERMITE_C0 and 2 for SLL_HERMITE_C1 deriv_size = size(deriv,1)

Definition at line 41 of file sll_m_hermite_interpolation_1d.F90.

eta_max

real(kind=f64) eta_max

private

eta1 max

Definition at line 34 of file sll_m_hermite_interpolation_1d.F90.

eta_min

real(kind=f64) eta_min

private

eta1 min

Definition at line 33 of file sll_m_hermite_interpolation_1d.F90.

nc

integer(kind=i32) nc

private

number of cells in eta1

Definition at line 35 of file sll_m_hermite_interpolation_1d.F90.