# KEYWORD:D,R,V1,V2,..;T,C,W,X|D,R,V1,V2,..;T,C,W,X
# D:default, R:Range(R,U), V1:value; T:type (F,I,S), C:column, W: width, X:decimals
X_SCREEN_SIZE:90.0,R,10,100;F,40,4,0      
Size of initial X-window in % of total screen
Size of initial X-window in % of total screen.

SPECTRAL Q0:440.0,R,0,1000;F,40,6,1
Q0 for spectral analysis
Q is defined as q0*f**qalpha, default 0 meaning no Q-correction.

SPECTRAL QALPHA:0.70,R,0,10;F,40,5,2
Spectral Qalpha
Q is defined as q0*f**qalpha, default 1, NOTE: Q is only used when doing
spectral analysis and has no effect on the displacement seismograms.

SPECTRAL KAPPA:0.0,R,0,10;F,40,5,2   
Spectral kappa - near surface attenuation
Spectral kappa - near surface attenuation, default 0 meaning no attenuation.

SPECTRAL P-VELOCITY:6.2,R,0,10;F,40,5,2
P velocity in Km/sec used for spectral analysis
P velocity in Km/sec used for spectral analysis.

SPECTRAL S-VELOCITY:3.6,R,0,10;F,40,5,2
S velocity in Km/sec used for spectral analysis
S velocity in Km/sec used for spectral analysis, defaukt 3.5 km/s.

SPECTRAL DENSITY:3.5,R,0,10;F,40,5,2   
Density for spectral analysis
Density for spectral analysis (g/cm**3), default 3.5 g/cm**3.

3COMP VELOCITY:5.0,R,0,10;F,40,5,2     
Velocity for 3 component azimuth analysis
Velocity used (km/sec) in 3 component azimuth analysis, default is 5 km/sec.

RESOLUTIONX:1000.0,R,400,10000;F,40,7,0
The number of points plotted on the screen
The number of points plotted on the screen. 
If e.g. 1000 points are plotted, this means that the 
remaining points are skipped although some primitive smoothing is done.
Choosing too few points can lead to funny looking seismograms with aliasing 
effects and using all points will slow down the plotting. Resolutionx is 
for the screen and resolutionhc for the hardcopy. 
NOTE: If using MULPLT mode where both screen and hardcopy is used, 
it is the hardcopy resolution, which is used for both. 
Default 1000.

RESOLUTIONHC:3000.0,R,400,10000;F,40,7,0
Number of points plotted on the laser printer
The number of points plotted on the laser printer. 
If e.g. 1000 points are plotted, this means that the 
remaining points are skipped although some primitive smoothing is done.
Choosing too few points can lead to funny looking seismograms with aliasing 
effects and using all points will slow down the plotting. Resolutionx is 
for the screen and resolutionhc for the hardcopy. 
NOTE: If using MULPLT mode where both screen and hardcopy is used, 
it is the hardcopy resolution, which is used for both. 
Default 3000.

NSORT_DISTANCE:0.0,R,0,100;F,40,3,0
Set sorting of traces after distance
Sorting after distance. If not there or zero, channels are plotted in the order
as they appear in the waveform file. If set to a positive number, 
that number is the minimum number of phases to be present in the S-file 
in order for the S-file ordering to be used for plotting order, 
if plotted from EEV. If not plotted from EEV, any positive number will 
indicate sorting in waveform file header time order. Default 0.

SPECTRAL F-BAND:0.05,R,0,20;F,40,5,2|20.0,R,0,20;F,50,5,2
Spectral range used for spectral plots. 
Spectral range (Hz) used for spectral plots. Defaults values are 0.05 to 20.0 Hz

AUTO_LOCATE:0.,U,0,1,2;F,40,2,0|2.,U,0,1,2;F,50,2,0
Auto Locate after registration
Immediately following registration, MULPLT can locate the newly 
registered event and put the location into the database. 
Parameter one has the options: 0: Do not locate, 1: Ask the user if locate, 
2: Locate without asking the user. Parameter 2: 0: Do not save in database, 
1: Ask if saving in database, 2: Automatically save in database. 
Default, no auto locate.

AUTO_PROCESS:0.0,U,0,1,2;F,40,2,0|ls;S,50,10
Run program after registration
Immediately following registration, MULPLT can run any program specified here.
Since the event name has been put into memory, the program can operate 
on the newly registered S-file. Parameter one has the options: 
0: Do not auto process, 2: Ask the user if autoprocess, 3: Autoprocess 
without asking the user. Parameter 2 gives the name of the process to run. 
The name is limited to 10 characters. Default, no auto processing.

SPECTRAL OUTPUT:0.,U,0,1;F,40,2,0
Spectral and signal output off or on
If parameter set to 1, 2 output files are created for each signal spectrum. 
com_spec.out is the complex spectrum and amp_spec.out is the real spectrum. 
Default 0.0. 
In addition, the single trace zoom window is saved in signal.out.

WOOD ANDERSON HIGH CUT:20.0,R,0,50;F,40,5,2
Wood anderson high cut filter (Hz)
A high cut filter can be set when using Wood Anderson simulation. Default 20.0 Hz

BANDPASS FILTER:0.,R,0,50;F,40,5,2|0.,R,0,50;F,50,5,2
Bandpass filter when using all defaults
When using all defaults from EEV (option PO), a bandpass filter can be set. 
Default is no filter. The parameters are lowcut and highcut for parameter 
one and two respectively.

AUTOCODA FILTER:5,R,0,50;F,40,5,2|10.0,R,0,50;F,50,5,2
Filter band for automatic coda
Filter band for automatic coda. Default 5 to 10 Hz

AUTOCODA STA:5.0,R,0,50;F,40,5,2
Auto coda short term average
Auto coda short term average. Default 5.0 secs.

AUTOCODA RATIO:1.5,R,0,10;F,40,4,1
Autocoda ratio
Autocoda ratio. Default 1.5

CODA AUTO:0.,U,0,1;F,40,2,0 
Enable automatic coda determination
Enable automatic coda determination (YES or NO), 0: No, Default NO

FILTER TYPE:0.,U,0,1;F,40,2,0
Filter Type
Set Filter type 0 for bndpas 1 for recfil routine. Default 0

FILTER 1:0.01,R,0,50;F,40,5,2|0.1,R,0,50;F,50,5,2
User-defined filter
User-defined filter. Low cut and High cut frequency (Hz).
The settings affect both the shortcut keys and the menu boxes.

FILTER 2:0.1,R,0,50;F,40,5,2|1.0,R,0,50;F,50,5,2
User-defined filter
User-defined filter. Low cut and High cut frequency (Hz).
The settings affect both the shortcut keys and the menu boxes.

FILTER 3:1.0,R,0,50;F,40,5,2|5.0,R,0,50;F,50,5,2
User-defined filter
User-defined filter. Low cut and High cut frequency (Hz).
The settings affect both the shortcut keys and the menu boxes.

FILTER 4:5.0,R,0,50;F,40,5,2|10.0,R,0,50;F,50,5,2
User-defined filter
User-defined filter. Low cut and High cut frequency (Hz).
The settings affect both the shortcut keys and the menu boxes.

FILTER 5:10.0,R,0,50;F,40,5,2|15.0,R,0,50;F,50,5,2
User-defined filter
User-defined filter. Low cut and High cut frequency (Hz).
The settings affect both the shortcut keys and the menu boxes.

FILTER 6:15.0,R,0,50;F,40,5,2|25.0,R,0,50;F,50,5,2
User-defined filter
User-defined filter. Low cut and High cut frequency (Hz).
The settings affect both the shortcut keys and the menu boxes.

FILTER 7:2.0,R,0,50;F,40,5,2|4.0,R,0,50;F,50,5,2
User-defined filter
User-defined filter. Low cut and High cut frequency (Hz).
The settings affect both the shortcut keys and the menu boxes.

DEFAULT CHANNEL:KONO;S,40,4|S  Z;S,50,4,[ADD]
Default channel
All channels are default if not given. For routine display, it is useful
to only select some channels.

PHASE NAME KEY:P;S,40,1|P;S,50,9,[ADD]
The keys associated with given phases
The keys associated with given phases. Remember that I, E or a blank MUST 
be part of the name so it is not possible to chose a name like "P", 
it must then be " P" (note the blank in front of P). About 10 phase 
combinations are currently default as seen the pick display. 
If at least one new phase key is selected, you must define all the keys 
you want to use for phases. The combined onset/phase key can be 
up to 9 characters.

PHASE WEIGHT KEY:1;S,40,1|1;S,50,1,[ADD]
Setting keys for phase weight
The defaults are upper case 1,2.. to 0 for weights 1,2.. to 0 . 
Again, choosing just one other key and all must be redefined.

PHASE MOUSE KEY: ;S,40,1
Ascii code of mouse click
The default is blank.  Normally no redefinition is needed since the 
mouse character is defined in SEISAN. The key can be defined as a 
character or the ASCII code written as a real number.

ML LOW CUT AND POLES:0.0001,R,0,50;F,40,7,4|8,R,0,16;F,50,2,0
ML LOW CUT AND POLES
Filter band for Woo Anderson filter.
Ml low cut is the same as WOOD ANDERSON HIGH CUT w

ML HIGH CUT AND POLES:0.042,R,0,50;F,40,7,4|8,R,0,16;F,50,2,0 
ML HIGH CUT AND POLES
Filter band for  Woo Anderson filter. 
Ml high cut is the same as WOOD ANDERSON HIGH CUT with respect to frequency. 
Default values are 0.042Hz to 0.063 Hz and 8 poles.

MS LOW CUT AND POLES:0.5,R,0,50;F,40,7,4|8,R,0,16;F,50,2,0 
MS LOW CUT AND POLES
Filter band for Ms filter. 
Default values are 0.5 to 8.0 Hz and 8 poles.

MS HIGH CUT AND POLES:0.5,R,0,50;F,40,7,4|8,R,0,16;F,50,2,0
MS HIGH CUT AND POLES
Filter band for Ms filter. 
Default values are 0.5 to 8.0 Hz and 8 poles.

MB LOW CUT AND POLES:0.0001,R,0,50;F,40,7,4|8,R,0,16;F,50,2,0
MB LOW CUT AND POLES
Filter band for Mb filter. 

MB HIGH CUT AND POLES:0.5,R,0,50;F,40,7,4|8,R,0,16;F,50,2,0 
MB HIGH CUT AND POLES
Filter band for Mb filter. 
Default values are  0.5 to 8.0 Hz.