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=== Control Points === * Inputs are wweights for S/C uncertainties from measurement uncertainties and from a-prior shape constraints * Control points solution results in a 3x3 output covariance for each control point. Diagonal elements are uncertainties along maplet coord. system axes, i.e. two horizontal directions & height. Typically SPC produces comparable horizontal & height uncertainties. Results are summarized as a scalar standard deviation per degree of freedom in meters * Residuals check automatically flags errors beyond certain input values in dump file for ease of inspection |
residuals.e
Residuals tests the landmarks to look for problems. It will give you a report based on landmarks, pictures and maps.
Input - files
Input - stdin
- enter plim (px,km,km)
The number of pixels an images needs to be "off" to throw the chevron (>>) flag
- The rms error of a landmark
- Sets the "bin" size for the final histogram (basically how many images are in which side categories). input operation list
2.5, 1, 001
Output
Description
- Compares predicted and observed pixel, line position of the landmarks in the images
- Produces RSS of the diagonal convariance elements of each control point
- Describes landmark position uncertainty
- Flags landmarks with residuals over specified pixel value
Control Points
- Inputs are wweights for S/C uncertainties from measurement uncertainties and from a-prior shape constraints
Control points solution results in a 3x3 output covariance for each control point. Diagonal elements are uncertainties along maplet coord. system axes, i.e. two horizontal directions & height. Typically SPC produces comparable horizontal & height uncertainties. Results are summarized as a scalar standard deviation per degree of freedom in meters
- Residuals check automatically flags errors beyond certain input values in dump file for ease of inspection