As-Built design specification for UNIV4VEC
The UNIV4VEC program which is part of the CLSFYG package is described. This program reads a CLASFYG vector parameter file and converts it to a four channel universal formatted file.
Tompkins, M. A.↗
Engineering topics
Tompkins, M. A.
Publications and source records attributed to Tompkins, M. A..
As-built design specification for PARHIS
The program is part of the CLASFYG package. It produces histograms of the greeness profile derived parameters alpha, beta, t sub o, and chi squared, which are computed by the CLASFYG program. Alpha is the approximate greeness rise time, beta is the approximate greeness decay time, t sub o is the spectral crop emergence date, and chi squared per degree of freedom is the goodness of fit of the actual data to the computed greeness profile. The program also produces statistical information concerning the parameters.
Tompkins, M. A.↗
As-built design specification for PARCLS
The PARCLS program, part of the CLASFYG package, reads a parameter file created by the CLASFYG program and a pure pixel ground truth file in order to create to classification file of three separate crop categories in universal format.
Tompkins, M. A.↗
As-built design specification for MISMAP
The MISMAP program, which is part of the CLASFYT package, is described. The program is designed to compare classification values with ground truth values for a segment and produce a comparison map and summary table.
Brown, P. M.↗
As-built design specification for segment map (Sgmap) program
The segment map program (SGMAP), which is part of the CLASFYT package, is described in detail. This program is designed to output symbolic maps or numerical dumps from LANDSAT cluster/classification files or aircraft ground truth/processed ground truth files which are in 'universal' format.
Tompkins, M. A.↗
As-Built design specification for PARPLT
The design and implementation of the PARPLT program are described. The program produces scatter plots of the greenness profile derived parameters alpha, beta, and t sub o computed by the CLASFYG program (alpha being the approximate greenness rise time; beta, the greenness decay time; and t sub o, the spectral crop emergence date). Statistical information concerning the parameters is also computed.
Tompkins, M. A.↗