== Schedule ==
  Expect a long'ish lunch break to talk and discuss associated topics
 * Tuesday 8:30 - 5
 * Wednesday 8:30 - 5
 * Thursday 8:30 - 5
 * Friday 8:30 - 5


== Participants ==
 * John Weirich (PSI)
 * Lucille Le Corre (PSI)
 * Chris Debrunner (Lockheed)
 * Roberto Furfago (U of A)
 * Kristofer Drozd (U of A)
 * Tanner Campbell (U of A)
 * Dan Wibben (Kinetx)

== Goals ==

 * Main goal is to get Dr. Weirich up to speed to run Sensitivity Tests
 * Install SPC software for users
 * Specific things to learn
  * Be able to create landmarks and add images
  * Basic trouble shooting and fixing mis-registeration
  * Perform tiling
  * Do iterations
  * Run residuals, geometry

 * Optional, depending on time and understanding
  * Register images to shape model or maps
  * Autoregister

 * Practice 
  * Create landmarks
  * Tile landmarks
  * Run Calibration test
  * Try out error-injected images into the calibration test


== Topics ==

 * Get the concept of how SPC works
    * How SPC is different that stereo
    * How SPC is different that photoclinometry

 * Error
    * Aliasing
    * Stereo - trig, bundle adjustment, S/C position
    * Photoclinometry - 1D, single images

 * Tiling
    * What is it
    * When do you do it
    * Monitoring

 * Lithos - Concepts
    * Template
    * Topo
    
 * Lithos - Implementation
    * How to build a landmark
    * Adding images 
    * Pulling topo from map/shape
    * Building a template
    * Auto-alignment
    * Manual alignment
    * Building topography

 * Tools for debugging

 * Batch processing for iterations [[make_scriptP]]

 * Run some tiling
   * Get each person to do a portion of the calibration or sensitivity test.  Each calibration is based on the previous one.  How long do we iterate.

 * (Optional) Register

 * (Optional) Autoregister



== Student Prep ==

 * Stuff to read
   * Gaskell's 2008
   * Palmer's basic write up
   * Jackman's slides
   * Get a copy of the manual

 * Software - Please load the following
   * gfortran  - https://gcc.gnu.org/fortran/
   * spicelib - http://naif.jpl.nasa.gov/naif/toolkit_FORTRAN.html
   * gnuplot (I find it useful)
   * imagemagick (I find it useful)
   * GraphicConverter -- http://www.lemkesoft.de/en/products/graphicconverter/


== Stuff I need to get ready ==
 * Test Data
  * Need a test case -- mostly finished object.  
  * Somewhere where they can tile
  * Images of what the current shape model and what should look like when done

 * Documentation
  * done - Get Jackman's notes into Wiki
  * done - Get Bob's abstracts (doxygen) into the Wiki
  * Get Component Test Procedures into the Wiki
 * done - Get room and display set up
 * in progress - Develop a NDA


== Activities ==
 * Day 1, Tuesday
  * Install the software and test cases
  * Introduce SPC and Bob
  * Teach basics of SPC
    * Show wiki
    * Show code/documentations
  

 * Day 2, Wednesday
  * Basic SPC stuff

 * Day 3, Thursday
  * Revisit basics
  * Build shape
  * Discussions of how things work

 * Day 4, Friday
  * Run calibration



== Training Skill Levels ==

 * Level 1
  * Create a landmark
  * Add images
  * Autoremove images
  * Build template
   * Select images
   * Show which ones
   * Correlate
  * Align
   * Autoalign
   * Align with image
   * Align with gradients
  * Topography
   * Just using defaults

 * Level 2
  * Building workspaces
   * Bigmap
   * Showmap
   * Lithos -> find
  * Tile
   * Map_coverage
   * Make_tilefile
   * Make_scriptT
   * Find_nofitT
   * Export
  * Batch Run
   * Make_scriptP
   * Find_nofitP

 * Level 3
  * Build Shape
   * Densify
   * CompOBJ
   * ICQ format
  * Analysis
   * Residuals
   * Geometry
   * Sigmas
  * Setup images
   * Makesumfile.txt -- adding kernels
   * Autoregister
   * Register
   * Make_scriptR
   * Make_scriptA
  * Import
  * Advanced landmarks
   * Setting normal
   * Solving for height
   * Resize
   * Replacing topo with map or shape
   * Troubleshooting problem landmarks

 * Level 4
  * Run a full project
  * Setup
   * Init_lithos
   * Make_sumfiles.txt
   * Setup SPICE
  * Coordinate frames
   * Dynamics
  * Weighting LMKWTS & PICWTS
  * Spacecraft uncertanity
  * Distortion field


 * Level 5
  * Troubleshoot
  * Write code
   * Make updated to process_fits/img