ess25.c File Reference

ESS: Electronen-Ion Scan Data; Extended Parameter I/O. More...

#include "vxWorks.h"
#include "stdlib.h"
#include "stdio.h"
#include "string.h"
#include "application.conf"

Defines
#define	P1NAM0   " Min. scan energy "
#define	P1NAM1   " Max. scan energy "
#define	P1NAM2   " Ion charge "
#define	P1NAM3   " Ion mass "
#define	P1NAM4   " Ion energy "
#define	P1NAM5   " Efficiency "
#define	P1NAM6   " Type of ECF program "
#define	P1NAM7   " WWR potential "
#define	P1UNIT0   " [eV]"
#define	P1UNIT1   " [eV]"
#define	P1UNIT2   " [q]"
#define	P1UNIT3   " [amu]"
#define	P1UNIT4   " [keV]"
#define	P1UNIT5   " [%%]"
#define	P1UNIT6   " "
#define	P1UNIT7   " [%%]"
#define	P2NAM00   " Time base spectrum 4:"
#define	P2NAM01   " Divider [2**(-n) MHz] "
#define	P2NAM02   " Frequency "
#define	P2NAM10   " Electron current converter:"
#define	P2NAM11   " Range "
#define	P2NAM12   " Full scale constant "
#define	P2NAM20   " Ion current converter:"
#define	P2NAM21   " Range "
#define	P2NAM22   " Full scale constant "
#define	P2UNIT00   " "
#define	P2UNIT01   " "
#define	P2UNIT02   " "
#define	P2UNIT10   " "
#define	P2UNIT11   " "
#define	P2UNIT12   " [Hz]"
#define	P2UNIT20   " "
#define	P2UNIT21   " "
#define	P2UNIT22   " [Hz]"
Functions
static int	rdconv (void)
void	Setcfes (void)
void	Setcfis (void)
int	Shoxhdr (void)
int	Inxpar (int mode)
void	Cnvxpar (FILE *fd1)
Variables
float	gp0old = 80.
char *	chzeit [16]
char *	chestr [8]
char *	chistr [16]

---

Detailed Description

ESS: Electronen-Ion Scan Data; Extended Parameter I/O.

Author:

Kurt Huber; Strahlenzentrum J.L.-Universitaet GIESSEN

Date:

05.10.1999

Version:

15.08.2008

modification history
--------------------
15aug08 kHu	DOXYGEN comments added
16apr03 kHu	Fit gemacht fuer -Wall GCC-Option
14jan03 kHu	neu: Edit header of spectrum
16may02 kHu	Test von dac1-4 usw. nach ess44.c (EXchck())
15may02 kHu	"loop = FALSE" bei: Continue old spectrum vergessen
07may02 kHu	"Update parameters" in inxpar..()
03apr01 kHu	Cnvxpar() neu
08mar01 kHu	Inxpar() update converter data
05mar01 kHu	ECWrite() Argumente invertiert
05jan01 kHu	tReadp() -> tMenu
19dec00 kHu	Ion-/Elektr.-Strom Konversionsfaktoren veraenderbar
16oct00 kHu	ECread() ohne Invertieren
05sep00 kHu	ECinit(void) -> ECinit(BOOL initIT)
24jan00 kHu	guntyp, gunpar[10] in header
11nov99 kHu	Newprog Standard
28okt99 kHu	x.conf x.h neu geordnet
22okt99 kHu	mit ESW abgeglichen
05oct99 kHu	neu aus ESW

---

Define Documentation

#define P1NAM0   " Min. scan energy "

#define P1NAM1   " Max. scan energy "

#define P1NAM2   " Ion charge "

#define P1NAM3   " Ion mass "

#define P1NAM4   " Ion energy "

#define P1NAM5   " Efficiency "

#define P1NAM6   " Type of ECF program "

#define P1NAM7   " WWR potential "

#define P1UNIT0   " [eV]"

#define P1UNIT1   " [eV]"

#define P1UNIT2   " [q]"

#define P1UNIT3   " [amu]"

#define P1UNIT4   " [keV]"

#define P1UNIT5   " [%%]"

#define P1UNIT6   " "

#define P1UNIT7   " [%%]"

#define P2NAM00   " Time base spectrum 4:"

#define P2NAM01   " Divider [2**(-n) MHz] "

#define P2NAM02   " Frequency "

#define P2NAM10   " Electron current converter:"

#define P2NAM11   " Range "

#define P2NAM12   " Full scale constant "

#define P2NAM20   " Ion current converter:"

#define P2NAM21   " Range "

#define P2NAM22   " Full scale constant "

#define P2UNIT00   " "

#define P2UNIT01   " "

#define P2UNIT02   " "

#define P2UNIT10   " "

#define P2UNIT11   " "

#define P2UNIT12   " [Hz]"

#define P2UNIT20   " "

#define P2UNIT21   " "

#define P2UNIT22   " [Hz]"

---

Function Documentation

void Cnvxpar

(

FILE *

fd1

)

int Inxpar

(

int

mode

)

static int rdconv

(

void

)

[static]

void Setcfes

(

void

)

void Setcfis

(

void

)

int Shoxhdr

(

void

)

---

Variable Documentation

char* chestr[8]

Initial value:

 {
        "500 [mA]","150 [mA]"," 50 [mA]"," 15 [mA]",
        "  5 [mA]","1.5 [mA]","500 [µA]","150 [µA]"
}

char* chistr[16]

Initial value:

 {
        "100 [µA]"," 30 [µA]"," 10 [µA]","  3 [µA]",
        "  1 [µA]","300 [nA]","100 [nA]"," 30 [nA]",
        " 10 [nA]","  3 [nA]","  1 [nA]","300 [pA]",
        "100 [pA]"," 30 [pA]"," 10 [pA]","  3 [pA]"
}

char* chzeit[16]

Initial value:

 {
        "    1 [MHz]","  500 [kHz]","  250 [kHz]","  125 [kHz]",
        " 62.5 [kHz]","31.25 [kHz]","15.63 [kHz]","7.813 [kHz]",
        "3.906 [kHz]","1.953 [kHz]"," 976.6 [Hz]"," 488.3 [Hz]",
        " 244.1 [Hz]"," 122.1 [Hz]"," 61.04 [Hz]"," 30.52 [Hz]"
}

float gp0old = 80.