Modules
module	mod_ascending_order_array_check
	Module contains routines to check if array elements are in ascending order.

module	mod_nodes_coincidence_check
	Module contains routines to check if all nodes.

Functions/Subroutines
subroutine	integrated_f11 (nsd, sca, nang, angles, p11, ang1, ang2, f11_intd)
	Routine returns a value of integrated in given scattering angle limits phase function. More...

real(sp) function	simps_coeff (nsimps, i)
	Routine returns Simpson's rule coefficient for numerical integration. More...

Function/Subroutine Documentation

◆ integrated_f11()

subroutine integrated_f11	(	integer, intent(in)	nsd,
		real(sp), dimension(nsd), intent(in)	sca,
		integer, intent(in)	nang,
		real(sp), dimension(nang), intent(in)	angles,
		real(sp), dimension(nang,nsd), intent(in)	p11,
		real(sp), intent(in)	ang1,
		real(sp), intent(in)	ang2,
		real(sp), intent(out)	f11_intd
	)

Routine returns a value of integrated in given scattering angle limits phase function.

Parameters

[in]	nsd	- number of components of particles
[in]	sca	- scattering coefficients
[in]	nang	- number of scattering angles for both X1 and Y1 arrays
[in]	angles	- set of scattering angles
[in]	p11	- phase function array
[in]	limits	- angle limits for integration
[out]	f11_intd	- integrated phase function

Routine returns Simpson's rule coefficient for numerical integration.

Parameters

[in]	nsimps	- number of points for numerical integration
[in]	i	- order index