conftest.py
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Jesse Mapel authored
* Sample MDIS test * All tests at least running * Tests now passing with relative paths * Removed leftover code * Removed leftover code * added DS_Store to gitignore * added binary kernels to git ignore * Moved getting kernels and converting to binary to conftest * Updated after merge from upstream * Fixed multiple assignment * Removed extra slice assignment * Cleaned up convert_kernels
Jesse Mapel authored* Sample MDIS test * All tests at least running * Tests now passing with relative paths * Removed leftover code * Removed leftover code * added DS_Store to gitignore * added binary kernels to git ignore * Moved getting kernels and converting to binary to conftest * Updated after merge from upstream * Fixed multiple assignment * Removed extra slice assignment * Cleaned up convert_kernels
A
Adjusted
The term, Adjusted, refers to the output pixel coordinate or output geographic location within a control network. Applications such as pointreg or jigsaw report and update the "Adjusted" output pixel coordinate (pointreg) or geographic location (jigsaw) in the output control network.
Albedo
Reflectivity of a surface or particle. Commonly in I/F units for radiometrically calibrated data.
A Priori
The term, "A Priori", refers to the initial or original value of a pixel coordinate or geographic location within a control network. Applications such as pointreg or jigsaw refer to the a priori values for an input pixel coordinate (pointreg) or geographic location (jigsaw) in an input control network.
Azimuth
A clockwise angle from a point of origin to a point of interest.
B
Band
A 3rd dimensional layer of pixels in an image, typically representing spectral information. The number of bands indicates the depth of an image in terms of these layers.
Bit
Short for binary digit, which in a computer is the smallest unit of storage. Bits are either "0" or "1".
Bit Type
Refers to how many bits there are per single meaningful value in an image cube file.
Body Fixed Coordinate
A planetary coordinate system where the coordinates are not time varying.
Body-Fixed Coordinate System
A body-fixed coordinate system is used to determine positions and directions of objects and vectors with respect to a target body. The origin is at the center of mass for the target and the axes rotate and move through space with the body. These systems are non-inertial, meaning the velocity of the origin is non-constant. Many body-fixed coordinate systems, or reference frames, are defined in NAIF PCK files.