Describe SPC_V_and_V_testing here.


= Test Info =
Here is where we are putting the details of the test

== F2 - Calibration Tests ==

 * Test01 - FirstBoulder - John, Tanner, Kris
 * Test02 - BouldersDetail - John
 * Test03 - ControlledCalibrationTest -- Simple peak on a flat surface - Eric
 * Test04 - CalibrationF2-Approach, Tanner, Kris
 * Test05 - OptimalF2 - All
 * Test06 - FindHeights - John. Figure out which options on Find Heights caused a divergent solution
 * Test07 - BoulderEmission - John.  Test if better emission angles allows better representation of the boulder
 * Test08 - OptimalUltraF2 - Diane, Tanner
 * Test09 - OrbitBOptimal - [[OrbitBUltra]] - Kris, Tanner
 * Test10 - [[UltraFeatureF2]], All
 * Test11 - ReferencePeaks, All.  Link to [[Local Tilt]] results.
<<BR>>
 * [[NFT Stuff]]
 
== F3 - Sensitivity Tests ==
[[F3 center of figures]]

[[F3 Test Procedure]]

[[How To - F3 Test Procedure]]

 * [[TestF3A]] - Baseline (Eric)
 * [[TestF3B]] - Number of Images (Tanner)
 * [[TestF3C]] - Quality of Observing Conditions (Tanner)
 * [[TestF3D]] - LIDAR
 * [[TestF3E]] - Limbs (Kris)
 * [[TestF3F]] - Photometric Function (Diane) - [[TestF3F - Results]] and [[Test F3F3 - Analysis]]
 * [[TestF3G]] - Navigation Error (Diane) - [[TestF3G - Results]]
 * [[TestF3H]] - Latitude (John)

== Other test that might be useful ==
 * Add noise into the maplet, and see if the good parts remain and the poor parts go away
 * Surface with simple craters of the same size
 * Features with specific slopes to evaluate how steep SPC can go


== Projects ==
 * Fourier transform - Kris, Diane
 * [[Mambo_5]] - Kris.  Polar plots to describe quality of observations
 * [[DirtySumfiles]] - Kris.  Creates SUMFILES that can be used with [[creator_mg]] and [[creator_grid]] to make images at a specific spacecraft az/zenith and sun az/zenith
 * Whatcamacallit_11 - Tanner.  Tool to show how much maplets shift in 3D space to a truth model


== When to Backup ==
 * Make the following aliases
{{{
alias doneStep='rm -r step*'
alias murphy='rsync -hapvP LMKFILES/ ../back-landmarks'

}}}
 * Calibration -- When you are done with a tiling procedures and the needed iterations, you will ensure your logs are up to date and statistics computed, then run rsync to backup the directory.  Also, remove the old statistics directories (step75-a)
{{{
cd ..
rsync -hapvP --exclude=IMAGEFILES Bennu /Volumes/Share/Shared/SPC-share/<yourid>/2015-07-01-Apch-75cm
cd Bennu
doneStep
}}}

 * For each step (tiling and iteration), you will want to run statistics and copy the needed output into a directory (step75-a).
 * Make a temporary backup of only the landmarks files (LMKFILES/)
  * This will over write the previous ones, but that's okay because this is only for your use if you mess up some of them on the next step.
  * rsync -hapvP LMKFILES/ ../back-landmarks

  * Make an alias for this
{{{
mkdir step75-a
move bunch of stuff into step75-a
murphy
}}}


== File Structure ==
Many things are kept on ormacsrv1.lpl.arizona.edu

Official testing workspace

 * /SPC_Test 
 * /SPC_Test/F1a -- Dr. Gaskell's test
 * /SPC_Test/F1b -- Dr. Palmer's test
 * /SPC_Test/shape3 -- this has the official images needed for the test (only those from Freespace).
  * PICTLIST.TXT-App -- this has PICTLIST.TXT for each mission phase.  Do a symbolic link to it
  * PICTLIST.TXT-App.PS -- this has PICTLIST.TXT for each mission phase.  Do a symbolic link to it
  * PICTLIST.TXT-App.PS.DS -- this has PICTLIST.TXT for each mission phase.  Do a symbolic link to it
  * PICTLIST.TXT-App.PS.DS.OB -- this has PICTLIST.TXT for each mission phase.  Do a symbolic link to it
  * mapConf -- Stores the [[BIGMAP]] input files to form them.  There is a "truth" directory that stores the definitions used to form the truth version (that start with a T)
 * localbin -- executables that can't be placed in /usr/local/bin
 * altwg-date-os/bin -- java programs that do AltWG processing, such as [[CompareOBJ]], [[ICQ2PLT]], [[Maplet2FITS]] and [[FITS2OBJ]]
 * <working>/support -- Scripts, input files and other files common to all
 * <working>/lsupport -- Input files unique to each user (project) such as custom <bigmap>.in files

Support and backup data

 * /Volumes/Share/Shared/SPC-share/SubComp -- Results from the previous System SubComponent Test
 * /Volumes/Share/Shared/SPC-share/Component -- Results from the previous System Component Test
 * /Volumes/Share/Shared/SPC-share/F1b -- Saved checkpoints from the F1b test
 * /Volumes/Share/Shared/SPC-share/shape3-original -- The Freespace source tar.gz files
 * /Volumes/Share/Shared/SPC-share/truth-bigmaps -- Working directory that has the 5cm (Q=550) BIGMAPS that is Shape3.7
 * /Volumes/Share/Shared/SPC-share/bennu-image-generate -- Working directory that has the 7000 5cm (tiny) MAPLETS, Shape3.4
 * /Volumes/Share/Shared/SPC-share/kdrozd -- Backup directories for their tests
 * /Volumes/Share/Shared/SPC-share/tcampb -- Backup directories for their tests
 * /Volumes/Share/Shared/SPC-share/jweirch -- Backup directories for their tests


== README for major directories ==
For each top directory in SPC-share and /SPC_Test we need a README that describes the following

README
	* Purpose of the directory
	* Major subdirectories and their function
	* Who created it
	* Log
		* Date
			* What changes were made
		* Date 
			* More changes
		* etc.



== Test Log Files ==
For each major step (such as a sequence of tiling and iterations), please create a log file in the working directory.  When you start a tiling sequence, update it to the current info
testLog.txt
	*Date
	*Who is running the test	
	*Test Number/Subtest
	*Test Name
	*What is the goal of the test
	*Log
		*Date
			*Major procedures or techniques
			*Names of BIGMAPs created
			*Parameters used for tiling or other actions
			*Seed file used for make_script*.seed and changes to that file
			*Problems noted and solutions used




== Locations for Testing/Shape3 ==
This just lists what we are using for easy reference.

||Title	||	Latitude||	Longitude||	Feature||
||TAG 1: ||	-8.027	||262.768W	||TAG||
||TAG 2: ||	-10.232||	334.156W||	TAG||
||TAG 3: ||	+42.525||	114.719W||	TAG||
||Region 1: ||	-30.000||	220.000W||	Smooth||
||Region 2:||	-7.000	||270.000W||	Smooth - Not used||
||Region 3:||	+44.000||	199.000W||	Smooth||
||Region 4:||	-53.000||	59.000W	||Smooth||
||Region 5:||	+3.000||	41.000W	||Smooth||
||Region 6:||	+0.000||	301.000W||	Rough - Not used||
||Region 7:||	+0.000||	335.000W||	Rough - Not used||
||Region 8:||	+0.069||	319.800W||	Rough||
||Region 9:||	+0.000||	140.000W||	Rough||
||Boulder 1:||	+30.597	||190.232W||	2.77m||
||Boulder 2:||	-33.488||	40.817W||	4.07m||
||Boulder 3:||	+18.459||	222.335W||	8.24m||
||Boulder 4:||	TBD||
||Boulder 5:||	TBD||


== Bigmap Names ==
These are some names of the bigmaps that will be used during testing.
Truth Shape
 *TTAG15 - Truth TAG site1, GSD 5cm and 1001x1001 (50x50m)
 *TTAG25 - Truth TAG site2, GSD 5cm and 1001x1001 (50x50m)
 *TTAG25 - Truth TAG site3, GSD 5cm and 1001x1001 (50x50m)
 *TTAG10 - Truth TAG site1, GSD 10cm and 1001x1001 (100x100m)
 *T15-2K - Truth TAG site1, GSD 5cm and 2001x2001 (100x100m)
 *T12-5K - Truth TAG site1, GSD 2cm and 5001x5001 (100x100m)
 *TREG01 - Region 1, GSD 5cm and 1001x1001 (50x50m)
 * etc.
 *TEST01 to 7 - Truth TAG site1, GSD of 5cm with different parameters for each.  1-5 are different sizes while 6 and 7 have a slightly different starting location (a few hundredths of a degree -- a few meters) 
 *TJW003 - Boulder 2, GSD 5cm and 1001x1001 (50x50m)
 *TJW004 - Boulder 1, GSD 5cm and 1001x1001 (50x50m)
 *TJW005 - Boulder 3, GSD 5cm and 1001x1001 (50x50m)

The names of the model are similar, except the T (for truth) is replaced with M (for model)
 *MTAG15 - Truth TAG site1, GSD 5cm and 1001x1001 (50x50m)
 *MTAG25 - Truth TAG site2, GSD 5cm and 1001x1001 (50x50m)
 *MTAG25 - Truth TAG site3, GSD 5cm and 1001x1001 (50x50m)
 *MREG01 - Region 1, GSD 5cm and 1001x1001 (50x50m)
 *MJW003 (or BJW003) - Boulder 2, GSD 5cm and 1001x1001 (50x50m)
 *MJW004 (or BJW004)- Boulder 1, GSD 5cm and 1001x1001 (50x50m)
 *MJW005 (or BJW005)- Boulder 3, GSD 5cm and 1001x1001 (50x50m)

Other -- These names don't conflict with the standards of SPC.  
 *TJW001 - Truth bigmaps for John
 *TTC### - Truth bigmaps for Tanner
 *TKD### - Truth bigmaps for Kirs
 *TEP### - Truth bigmaps for Eric

 *MJW001 - Working bigmaps for John
 *MTC### - Working bigmaps for Tanner
 *MKD### - Working bigmaps for Kirs
 *MEP### - Working bigmaps for Eric


Source bigmaps (the truth that made up the truth)

*The original maplets are stored in /Volumes/Share/Shared/BENNUV3
*The Shape3.7 bigmaps come from /Volumes/Share/Shared/Eric_Bob
  *A working copy is in /Volumes/Share/Shared/SPC-share/truth-bigmaps
  *We ran about 1 degree bins (Q=550 at 5cm)
  *ZS0101
  *ZS####
  *ZN####
*The Shape3.8 bigmaps are in /Volumes/Share/Shared/Eric_Bob
  *B00001
  *B#####

== Naming Scheme for Boulder Maplets ==
Only 6 characters can be used for the naming of maplets because Bob says so.