The default hotkey table

  

By default the file .tvkeys has the following contents.

Strgc	tv$>$ input-mode edit;	Switch to edit-mode when in cursor-mode, quit TV else
Strgl	tv$>$ window redisplay;	Refresh display
Strgo	tv$>$ window redisplay;	Refresh display
Esc	tv$>$ input-mode edit;	Switch between edit- and cursor-mode
Spacebar	tv$>$ window mark vertical enter cursor;	Set vertical markers to define x-range to expand
-1	tv$>$ window view full y;	Zoom out, show 50% of channels
	tv$>$ window view stretch -1 cursor 0;
-2	tv$>$ window view full y;	Zoom out, show 25% of channels
	tv$>$ window view stretch -2 cursor 0;
-3	tv$>$ window view full y;	Zoom out, show 12.5% of
	tv$>$ window view stretch -3 cursor 0;	channels
-4	tv$>$ window view full y;
	tv$>$ window view stretch -4 cursor 0;
-5	tv$>$ window view full y;
	tv$>$ window view stretch -5 cursor 0;
-6	tv$>$ window view full y;
	tv$>$ window view stretch -6 cursor 0;
-7	tv$>$ window view full y;
	tv$>$ window view stretch -7 cursor 0;
-8	tv$>$ window view full y;
	tv$>$ window view stretch -8 cursor 0;
-9	tv$>$ window view full y;
	tv$>$ window view stretch -9 cursor 0;
+	tv$>$ label user enter cursor;
-A	tv$>$ cut mark cut delete;	Delete all markers. You will
	tv$>$ window hide mark cut;	still see markers which are
	tv$>$ fit mark fit delete;	part of the autonomous fit
	tv$>$ fit delete;
	tv$>$ window hide mark fit;
	tv$>$ label user delete all;
	tv$>$ normalization mark delete;
	tv$>$ recalibration marker delete all;
-C	tv$>$ cut mark cut delete;	Delete cut markers
	tv$>$ window hide mark cut;
-D	tv$>$ window hide fit decomposition;	Hides the decomposition of a fit.
-F	tv$>$ fit mark fit delete;	Delete the current fit and
	tv$>$ fit delete;	all its markers
	tv$>$ fit delete activ;
	tv$>$ window hide mark fit;
-P	tv$>$ fit mark peak delete 0 uncalib 8192 uncalib;	Delete all peak markers
-p	tv$>$ fit mark peak delete cursor;	Delete peak marker closest to cursor
-B	tv$>$ fit mark bg-region delete all;	Delete all background markers
-b	tv$>$ fit mark bg-region delete cursor;	Delete background marker closest to the cursor
-cg	tv$>$ cut mark gate delete cursor;	Delete gate marker closest to cursor
-cb	tv$>$ cut mark bg-gate delete cursor;	Delete background-gate marker closest to cursor
-l	tv$>$ label user delete cursor;	Delete user label
-n	tv$>$ normalization mark delete;	Delete the normalization markers
-r	tv$>$ fit mark region delete cursor;	Delete fit-region marker closest to cursor
-R	tv$>$ recalibration marker delete cursor;	Delete recalibration marker closest to cursor
-wn	tv$>$ window scaling function-y normalization off;
,	tv$>$ window view full y;	Move the viewport to the left
	tv$>$ window view shift -70.0 0.0;	by 70% of the visible channels
.	tv$>$ window view full y;	Move the viewport to the right
	tv$>$ window view shift 70.0 0.0;	by 70% of the visible channels
0	tv$>$ window view full y;	Zoom out, show 50% of channels
	tv$>$ window view stretch -1 cursor 0;
1	tv$>$ window view full y;	Zoom in, show 200% of channels
	tv$>$ window view stretch 1 cursor 0;
2	tv$>$ window view full y;	Zoom in, show 400 % of channels
	tv$>$ window view stretch 2 cursor 0;
3	tv$>$ window view full y;
	tv$>$ window view stretch 3 cursor 0;
4	tv$>$ window view full y;
	tv$>$ window view stretch 4 cursor 0;
5	tv$>$ window view full y;
	tv$>$ window view stretch 5 cursor 0;
6	tv$>$ window view full y;
	tv$>$ window view stretch 6 cursor 0;
7	tv$>$ window view full y;
	tv$>$ window view stretch 7 cursor 0;
8	tv$>$ window view full y;
	tv$>$ window view stretch 8 cursor 0;
9	tv$>$ window view full y;
	tv$>$ window view stretch 9 cursor 0;
	tv$>$ window view full y;
	tv$>$ window view shift -70.0 0.0;
=	tv$>$ spectrum update all;
$>$	tv$>$ window view full y;
	tv$>$ window view shift 70.0 0.0;
?	tv$>$ keyalias;	List all hotkeys in text-window
B	tv$>$ fit param backgr free;
	tv$>$ fit param expo free;
	tv$>$ fit param fact free;
	tv$>$ fit background-create;
	tv$>$ fit param backgr hold;
	tv$>$ fit param expo hold;
	tv$>$ fit param fact hold;
	tv$>$ window show fit function/marker;
C	tv$>$ cut create cut;
D	tv$>$ window show fit decomposition;
E	tv$>$ edit;	Reads a calibration files
	tv$>$ calibration position read *cal;	for all spectra loaded.
F	tv$>$ fit region-create active;
	tv$>$ fit status short;
	tv$>$ window show fit function/marker;
Gf	tv$>$ fit read bin position cursor;
	tv$>$ window show fit function/marker;
Gc	tv$>$ cut read cut position cursor;
Gh	tv$>$ cut read head position cursor;
GG	tv$>$ cut marker gate enter cursor;	Defines a gate marker.
HP	tv$>$ fit parameter position hold;	Prevent peak position from being fitted
HW	tv$>$ fit parameter width hold;	Prevent peak width from being fitted
I	tv$>$ fit integration-create active;	Integrate active spectrum and
	tv$>$ fit status short;	print short status
L	tv$>$ window setup keyboard-focus cursor;	Set keyboard to graphic-window selected by cursor
M	tv$>$ edit;	Opens a cut-window named
	tv$>$ window create cut Cut;	Cut and queries an
	tv$>$ cut environment	environment to load.
Nn	tv$>$ window show spectrum next;	Display next spectrum in buffer list
tv$>$ window redisplay;
Np	tv$>$ window show spectrum previous;	Display previous spectrum in buffer list
tv$>$ window redisplay;
Pbh	tv$>$ fit param backgr hold;	The background-parameters
	tv$>$ fit param exponent hold;	will not be fitted
	tv$>$ fit param factor hold;
Pbf	tv$>$ fit param backgr free;	The background-parameters
	tv$>$ fit param exponent free;	will be fitted
	tv$>$ fit param factor free;
Pph0	tv$>$ fit para position0 hold;	Hold position of peak 0. This hotkey is available for peaks 1 to 4 either.
Ppf0	tv$>$ fit para position0 free;	The position of peak 0 is set free for fitting. This hotkey is available for peaks 1 to 4 either.
Ppn0	tv$>$ fit para position0 none;	Peak 0 is removed from the peaklist. This hotkey is available for peaks 1 to 4 either.
Pp=0	tv$>$ edit; tv$>$ fit para position0 = ?	The position of peak 0 is set to the queried value. This hotkey is available for peaks 1 to 4 either.
Pwe	tv$>$ fit parameter width equal;
Pu	tv$>$ edit;	Plots a unix-plot figure to
	tv$>$ window plot create unix-plot	a selectable file.
Px	tv$>$ edit;	Plots a xfig v2.1 figure to
	tv$>$ window plot create xfig	a selectable file.
Q	tv$>$ fit mark fit delete;	Creates a quick fit.
	tv$>$ fit delete;
	tv$>$ fit mark peak enter cursor;
	tv$>$ fit mark region enter offset -10 offset 20;
	tv$>$ window view full y;
	tv$>$ fit region-create;
	tv$>$ fit status short;
	tv$>$ window show fit function/marker;
Rbc	tv$>$ fit read bin position cursor;	Reads fit at cursor position.
Rbf	tv$>$ fit read bin first;	Reads first fit from fitfile.
Rbn	tv$>$ fit read bin next;	Reads next fit from fitfile.
Rbp	tv$>$ fit read bin position cursor;	Reads fit at cursor position.
Rcc	tv$>$ cut read cut cursor;	Reads cut spectrum and a set of cut markers at the cursor position.
Rcf	tv$>$ cut read cut first;	Read the first cut spectrum and the first set of cut markers.
Rcn	tv$>$ cut read cut next;	Reads the next cut spectrum and the next set of cut markers.
Rff	tv$>$ fit read fit first;	Read the first fit from fitfile.
Rfn	tv$>$ fit read fit next;	Reads the next fit from fitfile.
Rhc	tv$>$ cut read head cursor;	Reads the set of cut markers at cursor position and performs the cut.
Rhf	tv$>$ cut read head first;	Reads the first set of cut markers and performs the cut.
Rhn	tv$>$ cut read head next;	Reads the next set of cut markers and performs the cut.
Rif	tv$>$ fit read integration first;	Reads the first integration from fitfile.
Rin	tv$>$ fit read integration next;	Reads the next integration from fitfile.
Rr	tv$>$ recalibration marker enter cursor;	Set a recalibration marker at cursor position
RR	tv$>$ edit;	Queries a reference buffer
	tv$>$ recalibration create;	and creates the recalibration
Sf	tv$>$ fit write;
Sc	tv$>$ cut write cut;	Writes a cut to file
U	tv$>$ window setup keyboard-focus none;
a	tv$>$ edit;	Queries a buffer number and
	tv$>$ spectrum activate;	activates the according spectrum
b	tv$>$ fit mark bg-region enter cursor;	Set background-region marker at cursor position
c	tv$>$ cut mark cut enter cursor;	Set cut marker at cursor position
e	tv$>$ window view expand;	Expand viewport to the x-range between markers set with Spacebar
f	tv$>$ window view full both;	Expand visible part to
	tv$>$ window view expand;	full size
g	tv$>$ edit;	Queries a spectrum name
	tv$>$ spectrum get	and reads it
h	tv$>$ window mark horizontal enter cursor;	Set a horizontal marker
i	tv$>$ edit;	Queries a position by energy
	tv$>$ window view full y;	and displays 100 channels with
	tv$>$ window view position 100;	the given position in center
k	tv$>$ edit;	Queries a buffer number
	tv$>$ spectrum delete;	and deletes the according spectrum
l+	tv$>$ spectrum delete all;	Deletes all spectra and reads
	tv$>$ spectrum ls-file get ++;	according to the ls-file rules (see 6.8.10 p. )
l-	tv$>$ spectrum delete all;	Deletes all spectra and reads
	tv$>$ spectrum ls-file get -;	according to the ls-file rules (see 6.8.10 p. )
lg	tv$>$ edit;	Asks for spectra to be loaded
	tv$>$ spectrum ls-file get;	and reads according to the ls-file rules (see 6.8.10 p. )
lo	tv$>$ edit;	Queries an ls-file name
	tv$>$ spectrum ls-file open;	and opens it
mP	tv$>$ window show peaklist;
	window show labellist peaklist;
	tv$>$ fit open active;
mb	tv$>$ window show fit bin-list;	Display bin markers
	tv$>$ fit open active;
md	tv$>$ window show fit decomposition;	Display decomposition of the
	tv$>$ fit open active;	fit for the active spectrum
mf	tv$>$ window show fit function/marker;	Display fit function and marker
mn	tv$>$ window show spectrum next;	Display next spectrum in bufferlist
mp	tv$>$ window show spectrum previous;	Display previous spectrum
ms	tv$>$ edit;	Queries a list of buffer
	tv$>$ window show spectrum index;	numbers and displays the according spectra
n	tv$>$ edit;	Queries a list of buffer
	tv$>$ window show spectrum index;	numbers and displays the according spectra
o	tv$>$ normalization mark enter cursor;	Set normalization marker at cursor position
p	tv$>$ fit mark peak enter cursor;	Set a peak marker at cursor position
r	tv$>$ fit mark region enter cursor;	Set fit-region marker at cursor position
s	tv$>$ fit status full;	Print all status information about the fit
uP	tv$>$ window hide peaklist;
	window hide labellist peaklist;
ub	tv$>$ window hide fit bin-list;	Do not display bin markers
uc	tv$>$ window hide cut-gate-marker;	Do not display cut gate markers
ud	tv$>$ window hide fit decomposition;	Do not display the decomposition of the fit
uf	tv$>$ window hide fit function/marker;	Do not display fit function and markers
umc	tv$>$ window hide marker cut;	Do not display cut markers
umf	tv$>$ window hide marker fit;	Do not display fit-region markers
umn	tv$>$ window hide marker normalization;	Do not display normalization markers
umr	tv$>$ window hide marker recalibration;	Do not display recalibration markers
ums	tv$>$ window hide marker psearch;	Do not display peaksearch- region markers
we	tv$>$ fit parameter width equal;	The widths of all peaks will be correlated
wf	tv$>$ fit parameter width free;	Allow width to be fitted
wi	tv$>$ window scaling function-y linear; tv$>$ window scaling function-y normalization on; tv$>$ window scaling function-y normalization off;	Switch y-axis to linear scaling.
wl	tv$>$ window scaling function-y logarithmic; tv$>$ window scaling function-y normalization on; tv$>$ window scaling function-y normalization off;	Switch y-axis to logarithmic scaling.
wn	tv$>$ window scaling function-y normalization on;
ws	tv$>$ window scaling function-y squared; tv$>$ window scaling function-y normalization on; tv$>$ window scaling function-y normalization off;	Switch y-axis to quadratic scaling.
x	tv$>$ window view full x;	Expand viewport to full size in
	tv$>$ window view expand;	x-direction
y	tv$>$ window view full y;	Expand viewport to full size in
	tv$>$ window view expand;	y-direction
$|$	tv$>$ window view full y;	Center the spectra around
	tv$>$ window view center x cursor;	position defined by cursor