feSpacexk_mod.f90 File Reference

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Data Types
interface	fespacexk_mod::fespacexk
	The type feSpacexk defines \( Y = [ X_h ]^k \) for \( X_h \) a finite element space. More...
interface	fespacexk_mod::clear
	destructor More...
interface	fespacexk_mod::fespacexk
	The type feSpacexk defines \( Y = [ X_h ]^k \) for \( X_h \) a finite element space. More...
interface	fespacexk_mod::valid
interface	fespacexk_mod::interp_vect_func
interface	fespacexk_mod::print
	print a short description More...
interface	fespacexk_mod::l2_dist
	integral L2 distance More...
interface	fespacexk_mod::l2_dist_grad

Modules
module	fespacexk_mod
	DERIVED TYPE feSpacexk: define \( Y = [ X_h ]^k \) for \( X_h \) a finite element space.

Functions/Subroutines
subroutine	fespacexk_mod::fespacexk_clear (Y)
	Destructor for feSpacexk type. More...
type(fespacexk) function	fespacexk_mod::fespacexk_create (X_h, k)
	Constructor for the type feSpacexk More...
logical function	fespacexk_mod::fespacexk_valid (Y)
	Check if the structure content is correct. More...
subroutine	fespacexk_mod::fespacexk_interp_vect_func (u_h, Y, u_1, u_2, u_3)
	Interpolate a function u : R^3 –> R^d given by its components u_1, u_2 and u_3 on Y = [X_h]^d. More...
subroutine	fespacexk_mod::fespacexk_print (Y)
	Print a short description. More...
subroutine, public	fespacexk_mod::extract_component (u_c, u, Y, c)
	Extract the component \( c \) of a finite element function \( u \in Y = [X_h]^k \). More...
real(rp) function	fespacexk_mod::l2_dist_2 (uh, Y, qdm, u_1, u_2, u_3)
	Returns \( \left( \int_O \vert u - u_h \vert^2 \dx \right) ^{1/2} \). More...
real(rp) function	fespacexk_mod::l2_dist_grad_2 (uh, Y, qdm, grad_u1, grad_u2, grad_u3)
	Returns \( \left( \int_O \vert \nabla u - \nabla u_h \vert^2 dx \right)^{1/2} \). More...