LYR Struct Reference

#include <libcpixe.h>

Collaboration diagram for LYR:

[legend]

Data Fields
int	NumOfTrc
	Number of "traces" (i.e. elements).
int *	TrcAtnum
	Atomic numbers for each trace.
int	dimTrans
	Dimension of Transmission vector.
CalibYld *	Trans
	Vector of calculated transmission for the lines of each element in this layer.
XrayYield *	ResYldArray
	Results (areas and energies of the calculated lines).
SecResType *	SecResArray
	Same as ResYldArray but for secondary fluorescence results only.
int *	TrcUse
	Pointer to an array of flags controlling if calcs should be done for each given "trace" of this layer.
int *	NeedSFC
	Pointer to an array of flags controlling if sec. fluor. calcs should be done for each given element present in the SAMPLE.
ESxType *	ESxArray
	Array containing Energy, Stopping and position of each sublayer.
int	FESxlen
	Number of sublayers created for this layer (dimension of ESxArray).
CalibYld *	SSTrsArray
	Array containing Transmission coefs for each element in each sublayer.
CalibYld *	SSYldArray
	Array containing X-ray production cross section for each element in each sublayer.
double	ThickIn
	In-going path length for the layer (and the curren geometry).
double	FoilInEner
	Energy (keV) when entering the layer.
double	FoilOutEner
	Energy (keV) when exiting the layer.
double	absolutepos
	absolute in-going path length, in 1e15at/cm2, from sample surface. i.e. sumation of ThickIn for all layers below this one.
const foil *	pFoil
	pointer to the foil associated to this layer (see foil structure)

---

Detailed Description

Variables that depend on the layer

Definition at line 247 of file libcpixe.h.

---

Field Documentation

int LYR::NumOfTrc

Number of "traces" (i.e. elements).

Definition at line 249 of file libcpixe.h.

Referenced by initlyr(), integrate_Simpson(), and integrate_Simpson2().

int* LYR::TrcAtnum

Atomic numbers for each trace.

Definition at line 250 of file libcpixe.h.

Referenced by freeReusable(), initlyr(), integrate_Simpson(), and integrate_Simpson2().

int LYR::dimTrans

Dimension of Transmission vector.

Definition at line 251 of file libcpixe.h.

Referenced by initlyr().

CalibYld* LYR::Trans

Vector of calculated transmission for the lines of each element in this layer.

Definition at line 252 of file libcpixe.h.

Referenced by freeReusable(), initlyr(), integrate_Simpson(), and integrate_Simpson2().

XrayYield* LYR::ResYldArray

Results (areas and energies of the calculated lines).

Definition at line 255 of file libcpixe.h.

Referenced by freeReusable(), initlyr(), integrate_Simpson(), and integrate_Simpson2().

SecResType* LYR::SecResArray

Same as ResYldArray but for secondary fluorescence results only.

Definition at line 256 of file libcpixe.h.

Referenced by freeReusable(), initlyr(), integrate_Simpson(), and integrate_Simpson2().

int* LYR::TrcUse

Pointer to an array of flags controlling if calcs should be done for each given "trace" of this layer.

Definition at line 257 of file libcpixe.h.

Referenced by freeReusable(), initlyr(), integrate_Simpson(), and integrate_Simpson2().

int* LYR::NeedSFC

Pointer to an array of flags controlling if sec. fluor. calcs should be done for each given element present in the SAMPLE.

Definition at line 258 of file libcpixe.h.

Referenced by freeReusable(), initlyr(), integrate_Simpson(), and integrate_Simpson2().

ESxType* LYR::ESxArray

Array containing Energy, Stopping and position of each sublayer.

Definition at line 259 of file libcpixe.h.

Referenced by createsublyrs(), freeReusable(), integrate_Simpson(), and integrate_Simpson2().

int LYR::FESxlen

Number of sublayers created for this layer (dimension of ESxArray).

Definition at line 260 of file libcpixe.h.

Referenced by createsublyrs(), integrate_Simpson(), and integrate_Simpson2().

CalibYld* LYR::SSTrsArray

Array containing Transmission coefs for each element in each sublayer.

Definition at line 261 of file libcpixe.h.

Referenced by freeReusable(), integrate_Simpson(), and integrate_Simpson2().

CalibYld* LYR::SSYldArray

Array containing X-ray production cross section for each element in each sublayer.

Definition at line 262 of file libcpixe.h.

Referenced by freeReusable(), integrate_Simpson(), and integrate_Simpson2().

double LYR::ThickIn

In-going path length for the layer (and the curren geometry).

Definition at line 263 of file libcpixe.h.

Referenced by createsublyrs(), and initlyrarray().

double LYR::FoilInEner

Energy (keV) when entering the layer.

Definition at line 264 of file libcpixe.h.

Referenced by createsublyrs(), and initlyrarray().

double LYR::FoilOutEner

Energy (keV) when exiting the layer.

Definition at line 265 of file libcpixe.h.

Referenced by createsublyrs(), and initlyrarray().

double LYR::absolutepos

absolute in-going path length, in 1e15at/cm2, from sample surface. i.e. sumation of ThickIn for all layers below this one.

Definition at line 266 of file libcpixe.h.

Referenced by initlyrarray(), integrate_Simpson(), and integrate_Simpson2().

const foil* LYR::pFoil

pointer to the foil associated to this layer (see foil structure)

Definition at line 267 of file libcpixe.h.

Referenced by initlyr(), initlyrarray(), integrate_Simpson(), and integrate_Simpson2().

---

The documentation for this struct was generated from the following file:

• libcpixe/libcpixe.h

---