exam_gnuplot.h File Reference

Go to the source code of this file.

Classes
struct	labobj

Macros
#define	GNUPLOT_CODA   "\unset multiplot\n\set output\n\#\n\# eof\n\#\n\"
#define	GNUPLOT_CODA_BASE   100
#define	GNUPLOT_LINETYPES   9
#define	GNUPLOT_PDFILE   "\set term pdfcairo size %lf,%lf font '%s,%d'\n\set output '%s'\n\"
#define	GNUPLOT_PDFILE_BASE   100
#define	GNUPLOT_PERBNO   "\# begin with the variable stuff that changes per data file\n\if (%d) { fringe='{/:Bold %s}'; }\n\else { fringe='%s'; }\n\df='%s'\n\set xrange [%lf:%lf]\n\ampn=%lf; ampx=%lf; snrn=%lf; snrx=%lf\n\ampcoh=%lf # 95%% coherence seg. time\n\snrcoh=%lf # max snr seg. time\n\"
#define	GNUPLOT_PERBNO_BASE   300
#define	GNUPLOT_SETTINGS   "\ampytics='%%5.2f' # must be same width so boxes line up\n\snrytics='%%5.0f' # must be same width so boxes line up\n\#\n\set xtics border mirror in scale 1,0.5\n\set ytics border mirror in scale 1,0.5\n\set mxtics default\n\set mytics 5\n\set grid xtics ytics nomxtics nomytic\n\\n\# override linetypes for clarity below\n\# 1:amp 2:fitaps 3:fitapo 4:fitaso\n\# 5:snr 6:fitsnr 7:fit2p8 8:fit2p7\n\set lt 1 lw %d %s ps 1 pt 22 lc rgb '%s'\n\set lt 2 lw %d %s ps 1 pt 0 lc rgb '%s'\n\set lt 3 lw %d %s ps 1 pt 22 lc rgb '%s'\n\set lt 4 lw %d %s ps 1 pt 0 lc rgb '%s'\n\set lt 5 lw %d %s ps 1 pt 22 lc rgb '%s'\n\set lt 6 lw %d %s ps 1 pt 0 lc rgb '%s'\n\set lt 7 lw %d %s ps 1 pt 0 lc rgb '%s'\n\set lt 8 lw %d %s ps 1 pt 0 lc rgb '%s'\n\#\n\"
#define	GNUPLOT_SETTINGS_BASE   900
#define	GNUPLOT_TWOPANEL_HEAD_BLK   "\#\n\set multiplot title fringe\n\set log x\n\#\n\set origin 0,0.00\n\set size 1.00,0.53\n\set key %s\n\unset object; unset label\n\if (%d&&snrcoh>0) {# labels\n\set label 1 'SNR Max. %.1lf' at %lf,%lf left front tc rgb '%s'\n\set object 1 rect from %lf,%lf to %lf,%lf fc rgb '%s' fs solid %lf\\\n\ border rgb '%s'\n\}\n\set ylabel 'SNR'\n\set yrange [snrn:snrx]\n\set xlabel 'Segmentation Time (sec)'\n\set xtics format '%%3.0f'\n\set ytics format snrytics\n\#\n\"
#define	GNUPLOT_TWOPANEL_HEAD_BLK_BASE   500
#define	GNUPLOT_TWOPANEL_MID_BLCK   "\set origin 0,0.48\n\set size 1.00,0.49\n\set key %s\n\unset object; unset label\n\if (%d&&ampcoh>0) {# labels and when plateau-slope best\n\set label 2 'Amp. B.P. %.1lf' at %lf,%lf right front tc rgb '%s'\n\set object 2 rect from %lf,%lf to %lf,%lf fc rgb '%s' fs solid %lf\\\n\ border rgb '%s'\n\}\n\if (%d&&ampcoh>0) {# labels\n\set label 3 'Amp. Coh. %.1lf' at %lf,%lf left front tc rgb '%s'\n\set object 3 rect from %lf,%lf to %lf,%lf fc rgb '%s' fs solid %lf\\\n\ border rgb '%s'\n\}\n\set ylabel 'Amplitude'\n\unset xlabel\n\set yrange [ampn:ampx]\n\set xtics format ''\n\set ytics format ampytics\n\set log x\n\#\n\"
#define	GNUPLOT_TWOPANEL_MID_BLCK_BASE   700
#define	GNUPLOT_TWOPANEL_PLOT_AMP   "\plot df u 1:7 w line %s, \\\n\ df u 1:8 w line %s, \\\n\ df u 1:9 w line %s, \\\n\ df u 1:3:4 w yerrorlines lt 1 tit 'Amp data'\n\#\n\"
#define	GNUPLOT_TWOPANEL_PLOT_AMP_BASE   300
#define	GNUPLOT_TWOPANEL_PLOT_SNR   "\plot df u 1:10 w line %s, \\\n\ df u 1:11 w line %s, \\\n\ df u 1:12 w line %s, \\\n\ df u 1:5:6 w yerrorlines lt 5 tit 'SNR data'\n\#\n\"
#define	GNUPLOT_TWOPANEL_PLOT_SNR_BASE   300
#define	KEYBOT   "inside bottom left vertical reverse Left"
#define	KEYTBL   7
#define	KEYTOP   "inside top right vertical Right"

Typedefs
typedef struct labobj	labobj

---

Class Documentation

labobj

struct labobj

Class Members
double	bot
double	dens
char *	fc
double	lft
double	rgt
double	top
double	x
double	y

Macro Definition Documentation

GNUPLOT_CODA

#define GNUPLOT_CODA   "\unset multiplot\n\set output\n\#\n\# eof\n\#\n\"

GNUPLOT_CODA_BASE

#define GNUPLOT_CODA_BASE   100

GNUPLOT_LINETYPES

#define GNUPLOT_LINETYPES   9

GNUPLOT_PDFILE

#define GNUPLOT_PDFILE   "\set term pdfcairo size %lf,%lf font '%s,%d'\n\set output '%s'\n\"

GNUPLOT_PDFILE_BASE

#define GNUPLOT_PDFILE_BASE   100

GNUPLOT_PERBNO

#define GNUPLOT_PERBNO   "\# begin with the variable stuff that changes per data file\n\if (%d) { fringe='{/:Bold %s}'; }\n\else { fringe='%s'; }\n\df='%s'\n\set xrange [%lf:%lf]\n\ampn=%lf; ampx=%lf; snrn=%lf; snrx=%lf\n\ampcoh=%lf # 95%% coherence seg. time\n\snrcoh=%lf # max snr seg. time\n\"

GNUPLOT_PERBNO_BASE

#define GNUPLOT_PERBNO_BASE   300

GNUPLOT_SETTINGS

#define GNUPLOT_SETTINGS   "\ampytics='%%5.2f' # must be same width so boxes line up\n\snrytics='%%5.0f' # must be same width so boxes line up\n\#\n\set xtics border mirror in scale 1,0.5\n\set ytics border mirror in scale 1,0.5\n\set mxtics default\n\set mytics 5\n\set grid xtics ytics nomxtics nomytic\n\\n\# override linetypes for clarity below\n\# 1:amp 2:fitaps 3:fitapo 4:fitaso\n\# 5:snr 6:fitsnr 7:fit2p8 8:fit2p7\n\set lt 1 lw %d %s ps 1 pt 22 lc rgb '%s'\n\set lt 2 lw %d %s ps 1 pt 0 lc rgb '%s'\n\set lt 3 lw %d %s ps 1 pt 22 lc rgb '%s'\n\set lt 4 lw %d %s ps 1 pt 0 lc rgb '%s'\n\set lt 5 lw %d %s ps 1 pt 22 lc rgb '%s'\n\set lt 6 lw %d %s ps 1 pt 0 lc rgb '%s'\n\set lt 7 lw %d %s ps 1 pt 0 lc rgb '%s'\n\set lt 8 lw %d %s ps 1 pt 0 lc rgb '%s'\n\#\n\"

GNUPLOT_SETTINGS_BASE

#define GNUPLOT_SETTINGS_BASE   900

GNUPLOT_TWOPANEL_HEAD_BLK

#define GNUPLOT_TWOPANEL_HEAD_BLK   "\#\n\set multiplot title fringe\n\set log x\n\#\n\set origin 0,0.00\n\set size 1.00,0.53\n\set key %s\n\unset object; unset label\n\if (%d&&snrcoh>0) {# labels\n\set label 1 'SNR Max. %.1lf' at %lf,%lf left front tc rgb '%s'\n\set object 1 rect from %lf,%lf to %lf,%lf fc rgb '%s' fs solid %lf\\\n\ border rgb '%s'\n\}\n\set ylabel 'SNR'\n\set yrange [snrn:snrx]\n\set xlabel 'Segmentation Time (sec)'\n\set xtics format '%%3.0f'\n\set ytics format snrytics\n\#\n\"

GNUPLOT_TWOPANEL_HEAD_BLK_BASE

#define GNUPLOT_TWOPANEL_HEAD_BLK_BASE   500

GNUPLOT_TWOPANEL_MID_BLCK

#define GNUPLOT_TWOPANEL_MID_BLCK   "\set origin 0,0.48\n\set size 1.00,0.49\n\set key %s\n\unset object; unset label\n\if (%d&&ampcoh>0) {# labels and when plateau-slope best\n\set label 2 'Amp. B.P. %.1lf' at %lf,%lf right front tc rgb '%s'\n\set object 2 rect from %lf,%lf to %lf,%lf fc rgb '%s' fs solid %lf\\\n\ border rgb '%s'\n\}\n\if (%d&&ampcoh>0) {# labels\n\set label 3 'Amp. Coh. %.1lf' at %lf,%lf left front tc rgb '%s'\n\set object 3 rect from %lf,%lf to %lf,%lf fc rgb '%s' fs solid %lf\\\n\ border rgb '%s'\n\}\n\set ylabel 'Amplitude'\n\unset xlabel\n\set yrange [ampn:ampx]\n\set xtics format ''\n\set ytics format ampytics\n\set log x\n\#\n\"

GNUPLOT_TWOPANEL_MID_BLCK_BASE

#define GNUPLOT_TWOPANEL_MID_BLCK_BASE   700

GNUPLOT_TWOPANEL_PLOT_AMP

#define GNUPLOT_TWOPANEL_PLOT_AMP   "\plot df u 1:7 w line %s, \\\n\ df u 1:8 w line %s, \\\n\ df u 1:9 w line %s, \\\n\ df u 1:3:4 w yerrorlines lt 1 tit 'Amp data'\n\#\n\"

GNUPLOT_TWOPANEL_PLOT_AMP_BASE

#define GNUPLOT_TWOPANEL_PLOT_AMP_BASE   300

GNUPLOT_TWOPANEL_PLOT_SNR

#define GNUPLOT_TWOPANEL_PLOT_SNR   "\plot df u 1:10 w line %s, \\\n\ df u 1:11 w line %s, \\\n\ df u 1:12 w line %s, \\\n\ df u 1:5:6 w yerrorlines lt 5 tit 'SNR data'\n\#\n\"

GNUPLOT_TWOPANEL_PLOT_SNR_BASE

#define GNUPLOT_TWOPANEL_PLOT_SNR_BASE   300

KEYBOT

#define KEYBOT   "inside bottom left vertical reverse Left"

KEYTBL

#define KEYTBL   7

KEYTOP

#define KEYTOP   "inside top right vertical Right"

Typedef Documentation

labobj

typedef struct labobj labobj