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<H2><A NAME="SECTION00531000000000000000"> </A>
<A NAME="simple-midas-session"> </A>
<BR>
Simple MIDAS Session
</H2>
<P>
This section gives two examples of simple MIDAS sessions.
The first one reads some frames
from a magnetic tape, displays them on a monitor and performs some simple
operations. The second one creates MIDAS tables and performs some
simple operations.
In the following examples, user input is written in bold face type
while comments, (after an exclamation mark) are written in normal roman font.<BLOCKQUOTE><FONT SIZE="-1">
<TT>$ <B>inmidas</B>
<BR>
Midas 001> <B>HELP INTAPE</B> </TT></FONT><FONT SIZE="-1">!get help for tape input<TT>
<BR>
Midas 002> <B>INTAPE * x TAPE1 FNN</B> </TT></FONT><FONT SIZE="-1">!lists headers of all files<TT>
<BR>
</TT></FONT><FONT SIZE="-1">!from tape mounted on TAPE1<TT>
<BR>
Midas 003> <B>INTAPE 2,16-17,31-33,52 CCD TAPE1</B></TT></FONT><FONT SIZE="-1">!read files from TAPE1</FONT><PRE>
Image ccd0002 : FF D V 20S , naxis: 2, pixels: 337, 520
Image ccd0016 : DK BIAS 1S , naxis: 2, pixels: 337, 520
Image ccd0017 : DK BIAS 1S , naxis: 2, pixels: 337, 520
Image ccd0031 : DK 60S , naxis: 2, pixels: 337, 520
Image ccd0032 : DK 60S , naxis: 2, pixels: 337, 520
Image ccd0033 : DK 60S , naxis: 2, pixels: 337, 520
Image ccd0052 : A0532-527 V 300 , naxis: 2, pixels: 337, 520
</PRE><FONT SIZE="-1"><TT>Midas 004> <B>INTAPE 78 ccd image.fits</B> </TT></FONT><FONT SIZE="-1">!read fits file from disk</FONT><PRE>
Image ccd0078 : A1029-459 V 40S , naxis: 2, pixels: 337, 520
</PRE><FONT SIZE="-1"><TT>Midas 005> <B>CREATE/ICAT</B> </TT></FONT><FONT SIZE="-1">!create a catalogue of images<TT>
<BR>
Image catalog icatalog.cat with 8 entries created...
<BR>
Midas 006> <B>SET/ICAT </B> </TT></FONT><FONT SIZE="-1">!enable catalogue<TT>
<BR>
Midas 007> <B>READ/ICAT</B> </TT></FONT><FONT SIZE="-1">!list the catalogue out<TT>
<BR>
Image Catalog: icatalog.cat
</TT></FONT><PRE>
No Name Ident Naxis Npix(1,2)
#0001 ccd0002.bdf FF D V 20S 2 337 520
#0002 ccd0016.bdf DK BIAS 1S 2 337 520
#0003 ccd0017.bdf DK BIAS 1S 2 337 520
#0004 ccd0031.bdf DK 60S 2 337 520
#0005 ccd0032.bdf DK 60S 2 337 520
#0006 ccd0033.bdf DK 60S 2 337 520
#0007 ccd0052.bdf A0532-527 V 300 2 337 520
#0008 ccd0078.bdf A1029-459 V 40S 2 337 520
</PRE><FONT SIZE="-1"><TT>Midas 008> <B>STAT/IMA ccd0016</B> </TT></FONT><FONT SIZE="-1">!compute statistics for this frame</FONT><PRE>
frame: ccd0016 (data = R4)
complete area of frame
minimum, maximum: 184.0000 16383.00
at ( 215, 2),( 337, 520)
mean, standard_deviation: 251.2245 880.0140
3rd + 4th moment: 0.1305419E+11 0.2137182E+15
total intensity: 0.4402457E+08
median, 1. mode: 16287.41 16287.71
total no. of bins, binsize: 256 63.52549
# of pixels used = 175240 or 100.00 % of all possible pixels (= 175240)
from 1 1 to 337 520 (in pixels)
</PRE><FONT SIZE="-1"><TT>Midas 009> <B>STAT/IMA ccd0017</B>
</TT></FONT><PRE>
frame: ccd0017 (data = R4)
complete area of frame
minimum, maximum: 187.0000 16383.00
at ( 113, 1),( 337, 520)
mean, standard_deviation: 251.2514 880.0129
3rd + 4th moment: 0.1305419E+11 0.2137182E+15
total intensity: 0.4402929E+08
median, 1. mode: 16287.30 16287.73
total no. of bins, binsize: 256 63.51373
# of pixels used = 175240 or 100.00 % of all possible pixels (= 175240)
from 1 1 to 337 520 (in pixels)
</PRE><FONT SIZE="-1"><TT>Midas 010> <B>CREATE/DISPLAY</B> </TT></FONT><FONT SIZE="-1">!create a display window<TT>
<BR>
Midas 011> <B>LOAD/IMA ccd0017</B> </TT></FONT><FONT SIZE="-1">!display image <TT>
<BR>
Midas 012> <B>GET/CURS</B> </TT></FONT><FONT SIZE="-1">!read some pixels values from the image</FONT><PRE>
cursor #0
frame pixels world coords intensity
frame: ccd0017
334.0 166.0 334.000 166.000 228.000
</PRE><FONT SIZE="-1"><TT>Midas 013> <B>EXTRACT/IMA ff = ccd0002</B>[<,<:@330,>] </TT></FONT><FONT SIZE="-1">!remove <TT>
<BR>
</TT></FONT><FONT SIZE="-1">!irrelevant columns<TT>
<BR>
Midas 014> <B>EXTRACT/IMA biai1 = ccd0016</B>[<,<:@330,>]
<BR>
Midas 015> <B>EXTRACT/IMA biai2 = ccd0017</B>[<,<:@330,>]
<BR>
Midas 016> <B>EXTRACT/IMA dk1 = ccd0031</B>[<,<:@330,>]
<BR>
Midas 017> <B>EXTRACT/IMA dk2 = ccd0032</B>[<,<:@330,>]
<BR>
Midas 018> <B>EXTRACT/IMA dk3 = ccd0033</B>[<,<:@330,>]
<BR>
Midas 019> <B>EXTRACT/IMA ima1 = ccd0052</B>[<,<:@330,>]
<BR>
Midas 020> <B>EXTRACT/IMA ima2 = ccd0078</B>[<,<:@330,>]
<BR>
Midas 021> <B>STAT/IMA biai1</B>
</TT></FONT><PRE>
frame: biai1 (data = R4)
complete area of frame
minimum, maximum: 184.0000 497.0000
at ( 215, 2),( 147, 408)
mean, standard_deviation: 203.2299 3.752572
3rd + 4th moment: 8402620. 0.1709546E+10
total intensity: 0.3487425E+08
median, 1. mode: 202.0980 204.2529
total no. of bins, binsize: 256 1.227451
# of pixels used = 171600 or 100.00 % of all possible pixels (= 171600)
from 1 1 to 330 520 (in pixels)
</PRE><FONT SIZE="-1"><TT>Midas 022> <B>STAT/IMA biai2</B>
</TT></FONT><PRE>
frame: biai2 (data = R4)
complete area of frame
minimum, maximum: 187.0000 613.0000
at ( 113, 1),( 286, 473)
mean, standard\_deviation: 203.2554 3.836732
3rd + 4th moment: 8406459. 0.1710918E+10
total intensity: 0.3487864E+08
median, 1. mode: 201.6387 202.8706
total no. of bins, binsize: 256 1.670588
# of pixels used = 171600 or 100.00 % of all possible pixels (= 171600)
from 1 1 to 330 520 (in pixels)
</PRE><FONT SIZE="-1"><TT>Midas 023> <B>READ/DESCR biai1 STATISTIC</B> </TT></FONT><FONT SIZE="-1">!read descriptor statistic</FONT><PRE>
frame: BIAI1 (data = R4)
STATISTIC :
184.0000 497.0000 203.2299 3.752572 8402620.
0.1709546E+10 202.0980 204.2529 256.0000 1.227451
0.3487425E+08
</PRE><FONT SIZE="-1"><TT>Midas 024> <B>COMPUTE/IMA ffb = ff-203.</B> </TT></FONT><FONT SIZE="-1">!biais correction<TT>
<BR>
Midas 025> <B>COMPUTE/IMA dk1b = dk1-203.</B>
<BR>
Midas 026> <B>COMPUTE/IMA dk2b = dk2-203.</B>
<BR>
Midas 027> <B>COMPUTE/IMA dk3b = dk3-203.</B>
<BR>
Midas 028> <B>COMPUTE/IMA ima1b = ima1-203.</B>
<BR>
Midas 029> <B>COMPUTE/IMA ima2b = ima2-203.</B>
<BR>
Midas 030> <B>AVERAGE/IMA dk = dk1b,dk2b,dk3b</B> </TT></FONT><FONT SIZE="-1">!compute an <TT>
<BR>
</TT></FONT><FONT SIZE="-1">!average of DARK frames<TT>
<BR>
dk1b processed ...
<BR>
dk2b processed ... <BR>
dk3b processed ... <BR>
Midas 031> <B>COMPUTE/IMA ffd = ff-dk</B> </TT></FONT><FONT SIZE="-1">!dark subtraction<TT>
<BR>
Midas 032> <B>COMPUTE/IMA ima1bd = ima1b-dk</B>
<BR>
Midas 033> <B>COMPUTE/IMA ima2bd = ima2b-dk</B>
<BR>
Midas 034> <B>COMPUTE/IMA ima1bdf = ima1bd/ffd</B> </TT></FONT><FONT SIZE="-1">!flat-field the frame <TT>
<BR>
Midas 035> <B>COMPUTE/IMA ima2bdf = ima2bd/ffd</B>
<BR>
Midas 036> <B>LOAD/IMA ima1bdf</B>
<BR>
Midas 037> <B>READ/DESCR ima1bdf LHCUTS</B>
</TT></FONT><PRE>
frame: ima1bdf (data = R4)
LHCUTS :
0.0000000E+00 0.0000000E+00 -0.7500000E-01 1.992324 0.0000000E+00
0.0000000E+00
</PRE><FONT SIZE="-1"><TT>Midas 038> <B>CUTS ima1bdf 0.,1.992</B> </TT></FONT><FONT SIZE="-1">!modify display cuts<TT>
<BR>
Midas 039> <B>LOAD ima1bdf</B>
<BR>
Midas 040> <B>READ/ICAT icatalog</B>
<BR>
Image Catalog: icatalog.cat
</TT></FONT><PRE>
No Name Ident Naxis Npix(1,2)
#0001 ccd0002.bdf FF D V 20S 2 337 520
#0002 ccd0016.bdf DK BIAS 1S 2 337 520
#0003 ccd0017.bdf DK BIAS 1S 2 337 520
#0004 ccd0031.bdf DK 60S 2 337 520
#0005 ccd0032.bdf DK 60S 2 337 520
#0006 ccd0033.bdf DK 60S 2 337 520
#0007 ccd0052.bdf A0532-527 V 300 2 337 520
#0008 ccd0078.bdf A1029-459 V 40S 2 337 520
#0009 ff FF D V 20S 2 330 520
#0010 biai1 DK BIAS 1S 2 330 520
#0011 biai2 DK BIAS 1S 2 330 520
#0012 dk1 DK 60S 2 330 520
#0013 dk2 DK 60S 2 330 520
#0014 dk3 DK 60S 2 330 520
#0015 ima1 A0532-527 V 300 2 330 520
#0016 ima2 A1029-459 V 40S 2 330 520
#0017 ffb FF D V 20S 2 330 520
#0018 dk1b DK 60S 2 330 520
#0019 dk2b DK 60S 2 330 520
#0020 dk3b DK 60S 2 330 520
#0021 ima1b A0532-527 V 300 2 330 520
#0022 ima2b A1029-459 V 40S 2 330 520
#0023 dk average frame 2 330 520
#0024 ffd FF D V 20S 2 330 520
#0025 ima1bd A0532-527 V 300 2 330 520
#0026 ima2bd A1029-459 V 40S 2 330 520
#0027 ima1bdf A0532-527 V 300 2 330 520
#0028 ima2bdf A1029-459 V 40S 2 330 520
</PRE><FONT SIZE="-1"><TT>Midas 041> <B>OUTTAPE icatalog,9-28 TAPE1</B> </TT></FONT><FONT SIZE="-1">!save data on tape</FONT><PRE>
File ff.bdf written to tape with 241 blocks
File biai1.bdf written to tape with 243 blocks
File biai2.bdf written to tape with 243 blocks
File dk1.bdf written to tape with 241 blocks
File dk2.bdf written to tape with 241 blocks
File dk3.bdf written to tape with 241 blocks
File ima1.bdf written to tape with 241 blocks
File ima2.bdf written to tape with 241 blocks
File ffb.bdf written to tape with 241 blocks
File dk1b.bdf written to tape with 241 blocks
File dk2b.bdf written to tape with 241 blocks
File dk3b.bdf written to tape with 241 blocks
File ima1b.bdf written to tape with 241 blocks
File ima2b.bdf written to tape with 241 blocks
File dk.bdf written to tape with 241 blocks
File ffd.bdf written to tape with 241 blocks
File ima1bd.bdf written to tape with 241 blocks
File ima2bd.bdf written to tape with 241 blocks
File ima1bdf.bdf written to tape with 241 blocks
File ima2bdf.bdf written to tape with 241 blocks
</PRE><FONT SIZE="-1"><TT>Midas 042> <B>OUTTAPE icatalog,7-8 ima</B> </TT></FONT><FONT SIZE="-1">!save data on disk in FITS format</FONT><PRE>
File ima1.bdf written to disk> ima0001.mt
File ima2.bdf written to disk> ima0002.mt
</PRE><FONT SIZE="-1"><TT>Midas 043> <B>PRINT/LOG</B> </TT></FONT><FONT SIZE="-1">!print logfile on the default printer<TT>
<BR>
Midas 042> <B>BYE</B>
<BR></TT></FONT></BLOCKQUOTE>
<BLOCKQUOTE>
<DIV ALIGN="CENTER">
<B>Note</DIV>
<I>As you can see e.g. from Midas command #8, you can abbreviate commands and
qualifiers (this is, however, not recommended when writing Midas procedures).
Furthermore, you can omit qualifiers as in command #39, then the default
qualifier of the command is taken. The command <TT>SHOW/COMMAND
Midas_command</TT> displays the default qualifier of command <TT>Midas_command</TT>.</I></B><FONT SIZE="-1">
<TT>$ <B>inmidas</B>
<BR>
Midas 001> <B>CREATE/TABLE flux1 2 30 flux1</B> </TT></FONT><FONT SIZE="-1">! create table from ASCII file<TT>
<BR>
Midas 002> <B>SHOW/TABLE flux1</B> </TT></FONT><FONT SIZE="-1">! list table parameters</FONT><PRE>
Table : flux1 [Transposed format]
No.Columns : 2 No.Rows : 30
All.Columns: 3 All.Rows : 32
Sorted by Sequence Reference : Sequence
Col.# 1:LAB001 Unit:Unitless Format:E15.6 R*4
Col.# 2:LAB002 Unit:Unitless Format:E15.6 R*4
Selection : ALL
</PRE><FONT SIZE="-1"><TT>Midas 003> <B>READ/TABLE flux1 :LAB001 :LAB002 @1 @9</B>
</TT></FONT><FONT SIZE="-1">!read data from table</FONT><PRE>
Table : flux1
Sequence LAB001 LAB002
-------- --------------- ---------------
1 4.71000e+03 1.12850e+04
2 4.77000e+03 1.08300e+04
3 5.05000e+03 8.77000e+03
4 5.09000e+03 8.55000e+03
5 5.12000e+03 8.34000e+03
6 5.19000e+03 7.93000e+03
7 5.23500e+03 7.73500e+03
8 5.26500e+03 7.55000e+03
9 5.39000e+03 7.00500e+03
-------- --------------- ---------------
</PRE><FONT SIZE="-1"><TT>Midas 004> <B>NAME/COLUMN flux1 :LAB001 "(sec)" F6.0</B> </TT></FONT><FONT SIZE="-1">!change<TT>
<BR>
</TT></FONT><FONT SIZE="-1">! format and define unit<TT>
<BR>
Midas 005> <B>NAME/COLUMN flux1 :LAB002 "(erg/sec)" F6.0</B>
<BR>
Midas 006> <B>READ/DESCR flux1.tbl HISTORY</B> <BR>
</TT></FONT><PRE>
HISTORY :
CREA/TABL flux1 2 30 flux1 NULL TRAN
NAME/COLU flux1 :LAB001 "(sec)" F6.0
NAME/COLU flux1 :LAB002 "(erg/sec)" F6.0
</PRE><FONT SIZE="-1"><TT>Midas 007> <B>STAT/TABLE flux1 :LAB001</B> </TT></FONT><FONT SIZE="-1">!compute statistics of a column</FONT><PRE>
Table : flux1
Column # 1 Label :LAB001 Type :R*4
Total no. of entries : 30, selected no. of entries : 30
Miminum value : 0.47100E+04, Maximum value: 0.96800E+04
Mean value : 0.66437E+04, Standard dev.: 0.15539E+04
</PRE><FONT SIZE="-1"><TT>Midas 008> <B>$more flux2.fmt</B>
</TT></FONT><PRE>
!
! format file flux2.fmt
!
DEFINE/FIELD 1 6 R F6.0 :LAB001
DEFINE/FIELD 9 13 R F6.0 :LAB002
END
</PRE><FONT SIZE="-1"><TT>Midas 009> <B>CREATE/TABLE flux2 2 8 flux2 flux2</B>
<BR>
Midas 010> <B>READ/TABLE flux2</B>
</TT></FONT><PRE>
Table : flux2
Sequence LAB001 LAB002
-------- ------ ------
1 9705 2750
2 9930 2700
3 10130 2655
4 10150 2650
5 10520 2580
6 10740 2540
7 11040 2485
8 11570 2410
-------- ------ ------
</PRE><FONT SIZE="-1"><TT>Midas 011> <B>MERGE/TABLE flux1 flux2 flux</B> </TT></FONT><FONT SIZE="-1">!merge of two tables<TT>
<BR>
Midas 012> <B>SHOW/TABLE flux</B>
</TT></FONT><PRE>
Table : flux [Transposed format]
No.Columns : 2 No.Rows : 38
All.Columns: 3 All.Rows : 40
Sorted by # Sequence Reference : Sequence
Col.# 1:LAB001 Unit:(sec) Format:F6.0 R*4
Col.# 2:LAB002 Unit:(erg/sec) Format:F6.0 R*4
Selection : ALL
</PRE><FONT SIZE="-1"><TT>
Midas 013> <B>SORT/TABLE flux :LAB002</B> </TT></FONT><FONT SIZE="-1">!sort table according to<TT>
<BR>
</TT></FONT><FONT SIZE="-1">!increasing values of a column<TT>
<BR>
Midas 014> <B>REGRESSION/POLYNOMIAL flux :LAB001 :LAB002 5</B> </TT></FONT><FONT SIZE="-1">!polynomial fit</FONT><PRE>
flux
POLYNOMIALS Input Table : UNION Type : MUL L-S
N.Cases : 38 ; N.Ind.Vars : 1
Dependent variable : column # 1
Independent variable: column # 2 degree : 5
degree
0 4.4818E+04
1 -2.6778E+01
2 7.4671E-03
3 -1.0405E-06
4 7.1309E-11
5 -1.9126E-15
R.M.S error : 72.04152
</PRE><FONT SIZE="-1"><TT>Midas 015> <B>SAVE/REGRESSION flux REGRE</B> </TT></FONT><FONT SIZE="-1">!save the result of<TT>
<BR>
</TT></FONT><FONT SIZE="-1">!regression in a descriptor<TT>
<BR>
Midas 016> <B>CREATE/COLUMN flux :FIT</B> </TT></FONT><FONT SIZE="-1">!create a new column <TT>
<BR>
</TT></FONT><FONT SIZE="-1">!in the table<TT>
<BR>
Warning: Column overflow mechanism activated
<BR>
Midas 017> <B>COMPUTE/REGRESSION flux :FIT = REGRE</B> </TT></FONT><FONT SIZE="-1">!compute <TT>
<BR>
</TT></FONT><FONT SIZE="-1">!the results of the regression<TT>
<BR>
Midas 018> <B>READ/TABLE flux :FIT @1..4,@6,@9</B>
</TT></FONT><PRE>
Table : flux
Sequence FIT
-------- -------------
1 1.1337231e+04
2 1.0955642e+04
3 1.0690593e+04
4 1.0505399e+04
6 1.0174703e+04
9 9.7462227e+03
-------- -------------
</PRE><FONT SIZE="-1"><TT>Midas 019> <B>CREATE/GRAPH</B>
<BR> </TT></FONT><FONT SIZE="-1">!create graphic window<TT>
<BR>
Midas 020> <B>PROJECT/TABLE flux newflux :LAB002</B> </TT></FONT><FONT SIZE="-1">! project one <TT>
<BR>
</TT></FONT><FONT SIZE="-1">!column of a table in a new one<TT>
<BR>
Midas 021> <B>INTERPOLATE/TT newflux :LAB002,:SPLINE flux :LAB002,:LAB001 0.001 </B>
<BR>
</TT></FONT><FONT SIZE="-1">!spline interpolation<TT>
<BR>
Midas 022> <B>CREATE/GRAPH</B>
<BR> </TT></FONT><FONT SIZE="-1">!create graphic window<TT>
<BR>
Midas 023> <B>PLOT/TABLE newflux :LAB002 :LAB001</B> </TT></FONT><FONT SIZE="-1">!plot table columns<TT>
<BR>
Midas 024> <B>SET/PLOT LTYPE=1 STYPE=0</B> </TT></FONT><FONT SIZE="-1">!plot table columns<TT> <BR>
Midas 025> <B>OVERPLOT/TABLE flux :LAB002 :SPLINE</B>
<BR>
Midas 026> <B>SELECT/TAB newflux sequence.gt.5</B> </TT></FONT><FONT SIZE="-1">!select part of the table<TT> <BR>
Midas 027> <B>COPY/TAB newflux result</B> </TT></FONT><FONT SIZE="-1">!copy selected table<TT>
<BR>
Midas 028> <B>OUTTAPE result.tbl result.fits</B> </TT></FONT><FONT SIZE="-1">!save file in FITS<TT>
<BR>
</TT></FONT><FONT SIZE="-1">!format on disk<TT>
<BR>
Midas 029> <B>BYE</B>
<BR></TT></FONT></BLOCKQUOTE>
<P>
<BR>
<DIV ALIGN="CENTER"><A NAME="808"> </A>
<TABLE>
<CAPTION><STRONG>Table 2.1:</STRONG>
List of Tutorials</CAPTION>
<TR><TD>
<DIV ALIGN="CENTER">
<TABLE CELLPADDING=3 BORDER="1" ALIGN="CENTER">
<TR><TD ALIGN="LEFT" VALIGN="TOP" WIDTH=1><B> Command</B></TD>
<TD ALIGN="LEFT" VALIGN="TOP" WIDTH=1><B> Description</B></TD>
</TR>
<TR><TD ALIGN="LEFT" VALIGN="TOP" WIDTH=1><TT>TUTORIAL/ALIGN </TT></TD>
<TD ALIGN="LEFT" VALIGN="TOP" WIDTH=1>Explains the use of the ALIGN command</TD>
</TR>
<TR><TD ALIGN="LEFT" VALIGN="TOP" WIDTH=1><TT>TUTORIAL/EXTRACT </TT></TD>
<TD ALIGN="LEFT" VALIGN="TOP" WIDTH=1>Demonstrates the extraction of a
subimage from a father image</TD>
</TR>
<TR><TD ALIGN="LEFT" VALIGN="TOP" WIDTH=1><TT>TUTORIAL/FILTER </TT></TD>
<TD ALIGN="LEFT" VALIGN="TOP" WIDTH=1>Displays some of the filtering options</TD>
</TR>
<TR><TD ALIGN="LEFT" VALIGN="TOP" WIDTH=1><TT>TUTORIAL/FIT </TT></TD>
<TD ALIGN="LEFT" VALIGN="TOP" WIDTH=1>Shows the fitting capabilities</TD>
</TR>
<TR><TD ALIGN="LEFT" VALIGN="TOP" WIDTH=1><TT>TUTORIAL/HELP </TT></TD>
<TD ALIGN="LEFT" VALIGN="TOP" WIDTH=1>Explains the usage of the HELP command</TD>
</TR>
<TR><TD ALIGN="LEFT" VALIGN="TOP" WIDTH=1><TT>TUTORIAL/ITT </TT></TD>
<TD ALIGN="LEFT" VALIGN="TOP" WIDTH=1>Shows the effect of various
Image Transformation Tables on an image</TD>
</TR>
<TR><TD ALIGN="LEFT" VALIGN="TOP" WIDTH=1><TT>TUTORIAL/PLOT </TT></TD>
<TD ALIGN="LEFT" VALIGN="TOP" WIDTH=1>Demonstrates the plot package facilities</TD>
</TR>
<TR><TD ALIGN="LEFT" VALIGN="TOP" WIDTH=1><TT>TUTORIAL/LUT </TT></TD>
<TD ALIGN="LEFT" VALIGN="TOP" WIDTH=1>Shows the effect of various Look-Up Tables on an image</TD>
</TR>
<TR><TD ALIGN="LEFT" VALIGN="TOP" WIDTH=1><TT>TUTORIAL/PLOT </TT></TD>
<TD ALIGN="LEFT" VALIGN="TOP" WIDTH=1>Demonstrates the plot package facilities</TD>
</TR>
<TR><TD ALIGN="LEFT" VALIGN="TOP" WIDTH=1><TT>TUTORIAL/SPLIT </TT></TD>
<TD ALIGN="LEFT" VALIGN="TOP" WIDTH=1>Shows the split-screen capabilities of the
display</TD>
</TR>
<TR><TD ALIGN="LEFT" VALIGN="TOP" WIDTH=1><TT>TUTORIAL/TABLE </TT></TD>
<TD ALIGN="LEFT" VALIGN="TOP" WIDTH=1>Demonstrates the table system</TD>
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<ADDRESS>
<I>Petra Nass</I>
<BR><I>1999-06-09</I>
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