multidip_io.F90 File Reference

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Data Types
type	multidip_io::KMatrix
	K-matrix file. More...
type	multidip_io::ScatAkCoeffs
	Photoionization wave function coefficients. More...
type	multidip_io::MolecularData
	RMT molecular data file. More...

Modules
module	multidip_io
	I/O routines used by MULTIDIP.

Functions/Subroutines
subroutine	multidip_io::read_kmatrices (km, lukmt, nkset)
	Read K-matrix files. More...
subroutine	multidip_io::read_wfncoeffs (ak, lusct)
	Read wave function coefficients from file. More...
subroutine	multidip_io::read_molecular_data (moldat)
	Read RMT molecular_data file. More...
subroutine	multidip_io::destruct_molecular_data (moldat)
	Finalize the MolecularData object. More...
subroutine	multidip_io::setup_angular_integrals (moldat)
	Store the angular integrals in a more convenient shape. More...
subroutine	multidip_io::get_diptrans (moldat, I, iidip, ifdip)
	Return dipole transition descriptors. More...
subroutine	multidip_io::apply_dipole_matrix (moldat, I, s, transp, nf, nn, X, Y)
	Multiply by dipole matrix. More...
subroutine	multidip_io::apply_boundary_amplitudes (moldat, irr, transp, X, Y)
	Multiply by boundary amplitudes. More...
subroutine	multidip_io::scale_boundary_amplitudes (moldat, irr, v, vw)
	Scale boundary amplitudes matrix by a diagonal matrix. More...
subroutine	multidip_io::write_partial_wave_moments (moldat, M, suffix)
	Write partial wave moments. More...
subroutine	multidip_io::write_cross_section (cs)
	Write cross section to a file. More...

Variables
integer	multidip_io::myproc = 1
integer	multidip_io::nprocs = 1
real(wp), parameter	multidip_io::alpha = 1/137.03599907_wp
	Fine structure constant. More...
character(len=1), dimension(3), parameter	multidip_io::compt = ['x', 'y', 'z']