Functions
def	tabulate (frm, ncols, data)

Variables
int	isize = 'i'

int	lsize = 'l'

int	rsize = 'd'

	f = open(argv[1], 'rb')

	ion_state

	neutral_state

	photon_energy = array(rform); photon_energy.fromfile(f, no_energies)

	theta = array(rform); theta.fromfile(f, no_theta)

	phi = array(rform); phi.fromfile(f, no_phi)

	no_angles

	no_components

	no_energies

	MFDip = array(rform); MFDip.fromfile(f, no_angles * no_components * no_energies * 2)

Function Documentation

◆ tabulate()

def dump-MFDip.tabulate	(	frm,
		ncols,
		data
	)

Variable Documentation

◆ f

dump-MFDip.f = open(argv[1], 'rb')

◆ ion_state

dump-MFDip.ion_state

◆ isize

int dump-MFDip.isize = 'i'

◆ lsize

int dump-MFDip.lsize = 'l'

◆ MFDip

dump-MFDip.MFDip = array(rform); MFDip.fromfile(f, no_angles * no_components * no_energies * 2)

◆ neutral_state

dump-MFDip.neutral_state

◆ no_angles

dump-MFDip.no_angles

◆ no_components

dump-MFDip.no_components

◆ no_energies

dump-MFDip.no_energies

◆ phi

dump-MFDip.phi = array(rform); phi.fromfile(f, no_phi)

◆ photon_energy

dump-MFDip.photon_energy = array(rform); photon_energy.fromfile(f, no_energies)

◆ rsize

int dump-MFDip.rsize = 'd'

◆ theta

dump-MFDip.theta = array(rform); theta.fromfile(f, no_theta)

Functions

Variables