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
Stuff I need to get ready
- 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
- Get Jackman's notes into Wiki
- Get Bob's abstracts (doxygen) into the Wiki
- Get Component Test Procedures into the Wiki
- Get room and display set up
Goals
- Instal SPC software for users
- Be able to create landmarks and add images
- Basic trouble shooting and fixing mis-registeration
- Run some tiling
- Do iterations
- Run residuals, geometry
- (Optional) register images to shape model or maps
- (Optional) autoregister
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)