Editing Scanco Administration (section)

===UCT_LIST Extract results===

Assuming you've used the <code>SCANCO_SUBMIT_COMMAND</code> to initialize your evaluations (either manually or through the <code>uct_evaluation</code> tool) then you can get all of your results stored into a text file that can be easily imported in Excel.
<pre>$ uct_list</pre>
The output text file will be stored in <code>sys$scratch</code> and you can ftp this to a PC so that it can be imported into excel and further analysis can be performed. 

Importing into Excel requires setting a deliminator based on the space.

<b>Customizing</b> the <code>uct_list</code> output.

The default list template is set by the logical <code>UCT_3D_LIST_SHEET</code> which is normally
set to point to <code>UU:UCT_3D_LIST.TXT</code>.  See the templates by

<pre>$ dir uu:*.txt</pre>

Almost all the available keywords are in <code>UCT_3D_LIST.TXT</code> enclosed
by \\ and //.

Only when you use the 'show directly on screen mode': 
<pre>$ uct_list 1234</pre>
then you need to do this to override the default output:
<pre>
$ def/user uct_3d_single_sheet  my-template_file.txt
$ uct_list 1234
</pre>

Some example format files are:
<pre>
UCT_3D_LIST.TXT
UCT_3D_SINGLE.TXT
UCT_3D_LIST_W_CRH.TXT
UCT_3D_MEANS.TXT       --> Use this to get the 5 mean values (i.e., calibration)
</pre>

A summary of all the available keywords is available in <code>UU:UCT_3D_SINGLE_SHEET.TXT</code>
<pre>
Name             :\\UCTMEASFILENAME//
Sample-Name      :\\SAMPLENAME//
Sample-Nr        :\\SAMPLENUMBER//
Meas-Nr          :\\UCTMEASNR//
Date of Birth    :\\SAMPLEDOB//
Sample-Remarks	 :\\SAMPLEREM//
Meas-Remarks     :\\UCTMEASREM//
Meas-NrofSlices  :\\UCTMEASNUMSLI//
Direct: -------------------------------------------------------------------
TV        : \\VOX_TV//
BV        : \\VOX_BV//
BV/TV     : \\VOX_BV_TV// 
Conn.Dens.: \\UCT_CONN//
SMI       : \\MC_SMI//
Tb.N*     : \\DT_N//
Tb.Th*    : \\DT_TH//
Tb.Sp*    : \\DT_SP//
Tb.1/N.SD*: \\DT_N_SD//
Tb.Th.SD* : \\DT_TH_SD//
Tb.Sp.SD* : \\DT_SP_SD//
Lin.Att.1 : \\UCT_MU0// +-\\UCT_MU0_SD//
Lin.Att.2 : \\UCT_MU1// +-\\UCT_MU1_SD//
Lin.Att.3 : \\UCT_MU2// +-\\UCT_MU2_SD//
Lin.Att.4 : \\UCT_MU3// +-\\UCT_MU3_SD//
Lin.Att.5 : \\UCT_MU4// +-\\UCT_MU4_SD//
TRI (Plate Model): --------------------------------------------------------
TV        : \\MC_TV//
BV        : \\MC_BV//
BS        : \\MC_BS//
BV/TV     : \\MC_BV_TV//
BS/BV     : \\MC_BS_BV//
Tb.Th     : \\MC_TH//
Tb.Sp     : \\MC_SP//
Tb.N      : \\MC_N//
Anisotropy:  --------------------------------------------------------------
|H1|      : \\MC_H1//  H1x: \\MC_H1X//  H1y: \\MC_H1Y//  H1z: \\MC_H1Z//
|H2|      : \\MC_H2//  H2x: \\MC_H2X//  H2y: \\MC_H2Y//  H2z: \\MC_H2Z//
|H3|      : \\MC_H3//  H3x: \\MC_H3X//  H3y: \\MC_H3Y//  H3z: \\MC_H3Z//
DA        : \\MC_DA//
Dim X	  : \\VOX_DX//
Dim Y	  : \\VOX_DY//
Dim Z	  : \\VOX_DZ//
Pos X	  : \\VOX_PX//
Pos Y	  : \\VOX_PY//
Pos Z	  : \\VOX_PZ//
El-Siz X  : \\VOX_ELSX//
El-Siz Y  : \\VOX_ELSY//
El-Siz Z  : \\VOX_ELSZ//  
</pre>


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