Help for PHOTFIT2_HAPKE_81_COOK
PURPOSE:
In this PDF, the user is asked for the parameters and there limits needed to
fit the Hapke-1981-two-term-Legendre-Polynomial bidirectional reflectance in
the modification of Cook.
If a sulution guess falls out-of-bonds then the attemp will be aborted and
a new guess attempted.
MATHEMATICAL BACKGROUND :
The Cook bidirectional reflectance is a modification to the 1981 Hapke one.
The modification is in the redefining incidence and emission angles to their
new values :
cos(i) <-- sqrt(1-COOK*COOK*(1-cos(i)*cos(i)))
cos(e) <-- sqrt(1-COOK*COOK*(1-cos(e)*cos(e)))
REFERENCE :
Old VICAR Photometry programs
PROGRAMMER:
Friedel Oschuetz
Institute of Planetary Exploration
DLR
12484 Berlin (FRG)
PARAMETERS:
W_SOIL
Hapke parameter
MIN_W_SOIL
Minimum of single-scattering albedo
MAX_W_SOIL
Maximum of single-scattering albedo
T_W_SOIL
Temperatur of single-scattering albedo
H_SHOE
Width of opposition surge
MIN_H_SHOE
Minimum of width of opposition surge
MAX_H_SHOE
Maximum of width of opposition surge
T_H_SHOE
Temperatur of width of opposition surge
LE1_SOIL
Hapke parameter
MIN_LE1_SOIL
Minimum of Hapke parameter
MAX_LE1_SOIL
Maximum of Hapke parameter
T_LE1_SOIL
Temperatur of Hapke parameter
LE2_SOIL
Hapke parameter
MIN_LE2_SOIL
Minimum of Hapke parameter
MAX_LE2_SOIL
Maximum of Hapke parameter
T_LE2_SOIL
Temperatur of Hapke parameter
COOK
Hapke-Cook parameter
MIN_COOK
Minimum of Hapke-Cook parameter
MAX_COOK
Maximum of Hapke-Cook parameter
T_COOK
Temperatur of Hapke-Cook parameter
See Examples:
Cognizant Programmer: