Data Types
interface	mod_integration_computer::integ_compute

interface	mod_integration_computer::scalar_function_opt

Modules
module	mod_integration_computer
	Computer for evaluating Integration Schemes.

Functions/Subroutines
double precision function	mod_integration_computer::integ_compute_from_values (scheme, values, cell_width)
	Compute the integration via the scheme by giving the associated field values.

double precision function	mod_integration_computer::integ_compute_from_array (scheme, scheme_interp, step_array, cv_array, array, index)
	Compute the integration via the scheme by giving the associated array, the index where to compute the integration.

double precision function	mod_integration_computer::integ_compute_from_field (scheme, order, pos_field_x, pos_field_y, pos_field_z, cv_field_x, cv_field_y, cv_field_z, field, i, j, k, dim)
	Integrate on the field Given a 'scheme' and the 'order' of interpolation.

double precision function	func_identity (x, arg)

double precision function	mod_integration_computer::integ_compute_from_field_with_function (scheme, order, pos_field_x, pos_field_y, pos_field_z, cv_field_x, cv_field_y, cv_field_z, field, i, j, k, dim, func, arg)
	Integrate on the field Given a 'scheme' and the 'order' of interpolation Apply the given scalar function to the interpolated values.

double precision function	mod_integration_computer::integ_compute_from_face_field (scheme, order, pos_field_x, pos_field_y, pos_field_z, cv_field_x, cv_field_y, cv_field_z, field, i, j, k, dim, comp)
	Integrate on the field Given a 'scheme' and the 'order' of interpolation Using the component 'comp' (1 for 'u', 2 for 'v', 3 for 'w')

Function/Subroutine Documentation

◆ func_identity()

double precision function integ_compute_from_field::func_identity	(	double precision, intent(in)	x,
		double precision, intent(in), optional	arg )