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Commit 052847d4 authored by Luc Maisonobe's avatar Luc Maisonobe
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Fixed tables in markdown syntax.

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......@@ -51,7 +51,6 @@ please use the following address:
| BP 15872 |
| 31506 Toulouse CEDEX 5 |
| FRANCE |
|:---------------------------------------------------------------------|
| |
| phone: +33 5-61-17-66-66 (ask for Luc Maisonobe or Aude Espesset) |
| fax: +33 5-61-34-84-15 |
|:---------------------------------------------------------------------|
......@@ -84,8 +84,8 @@ difficult to catch bugs are caused by mutable objects that are changed in some d
buried code and have an impact on user code that forgot to perform a defensive copy.
Orbits, dates, vectors, and rotations are all immutable objects.
Style
-----
Style Rules
-----------
For reading ease and consistency, the existing code style should be
preserved for all new developments. The rules are common ones, inherited
......@@ -142,27 +142,29 @@ root directory.
: _star_ imports are forbidden, parameters and local variables are final
wherever possible.
Rules summary
-------------
|---|-----------------|----------------------------------------------------------------------------------|
| 1 | validation | seek for a line test coverage of at least 80% (more is better) |
|---|-----------------|----------------------------------------------------------------------------------|
| 2 | robustness | fix _all_ errors and warnings found by findbugs |
|---|-----------------|----------------------------------------------------------------------------------|
| 3 | robustness | do not make assumptions on the runtime environment of applications using Rugged |
| | | (they may be embedded with no console, no possible user interaction, no network, |
| | | no writable file system, no stoppable main program, have memory constraints, |
| | | time constraints, be run in different linguistic contexts ...) |
|---|-----------------|----------------------------------------------------------------------------------|
| 4 | maintainability | follow Occam's razor principle |
| | | or its declination in computer science: KISS (Keep It Simple, Stupid) |
|---|-----------------|----------------------------------------------------------------------------------|
| 5 | efficiency | seek efficiency, but do not overstep robustness and maintainability |
|---|-----------------|----------------------------------------------------------------------------------|
| 6 | robustness | use immutable objects as much as possible |
| | maintainability | |
| | efficiency | |
|---|-----------------|----------------------------------------------------------------------------------|
| 7 | style | fix _all_ errors and warnings found by checkstyle |
|---|-----------------|----------------------------------------------------------------------------------|
Design Rules
------------
*coverage* (validation)
: seek for a line test coverage of at least 80% (more is better)
*findbugs* (robustness)
: fix _all_ errors and warnings found by findbugs
*no runtime assumptions* (robustness)
: do not make assumptions on the runtime environment of applications using Rugged
(they may be embedded with no console, no possible user interaction, no network,
no writable file system, no stoppable main program, have memory constraints,
time constraints, be run in different linguistic contexts ...)
*simplicity* (maintainability)
: follow Occam's razor principle or its declination in computer science: KISS (Keep It Simple, Stupid)
*balanced design* (efficiency)
: seek efficiency, but do not overstep robustness and maintainability
*immutable objects* (robustness, maintainability)
: use immutable objects as much as possible
*checkstyle* (style)
: fix _all_ errors and warnings found by checkstyle
......@@ -22,7 +22,14 @@ Overview
It mainly provides direct and inverse localization, i.e. it allows
to compute accurately which ground point is looked at from a specific
pixel in a spacecraft instrument, and conversely which pixel will
see a specified ground point.
see a specified ground point. This mapping between ground and sensor
is computed with a viewing model taking into account ground Digital
Elevation Model, Earth rotation will all its tiny irregularities,
on-board sensor pixels individual line-of-sights, spacecraft motion and
attitude and several physical effects.
Direct and inverse localization can be used to perform full ortho-rectification
of images and correlation between sensors observing the same area.
Features
--------
......
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