Help for FRAMEORTHO

PURPOSE:
Geometric orthoimaging of frame images 

FRAMEORTHO is a program created for geometric 
(ortho)-correction of frame images.


Programmer:
Frank Scholten
DLR



PARAMETERS:


INP

Input file

DTM

DTM file or fix height

OUT

Output image

ADJUFILE

File containing adjusted position and pointing (if set, no SPICE is used)

FITTOFILE

File to which output has to fit

O_FORMAT

Output format (valid=BYTE) default=-- Only effective, if PHO_FUNC != NONE and fileformat of input file is BYTE frameortho will cut grayvalues > 255 to 255

MP_TYPE

map projection type

PHO_FUNC

Photometric function type

IPOL

Interpolation type

NL_OUT

Number of lines of the output image

NS_OUT

Number of samples of the output image

ANCHDIST

Anchorpoint distance

BORDER

Width of black image border

LIMB

setting to BADLIMB does not make a (time consuming) nicelimb

MIN_LAT

Minimum latitude of image data allowed in output file (def.: -90.0)

MAX_LAT

Maximum latitude of image data allowed in output file (def.: 90.0)

TRIM_LEFT

user-defined border of the input image, which will be ignored; additional to VOYAGER: TOP/BOTTOM/LEFT/RIGHT 50 VIKING: TOP 25 BOTTOM 20 LEFT/RIGHT 30

TRIM_RIGHT

user-defined border of the input image, which will be ignored; additional to VOYAGER: TOP/BOTTOM/LEFT/RIGHT 50 VIKING: TOP 25 BOTTOM 20 LEFT/RIGHT 30

TRIM_TOP

user-defined border of the input image, which will be ignored; additional to VOYAGER: TOP/BOTTOM/LEFT/RIGHT 50 VIKING: TOP 25 BOTTOM 20 LEFT/RIGHT 30

TRIM_BOTTOM

user-defined border of the input image, which will be ignored; additional to VOYAGER: TOP/BOTTOM/LEFT/RIGHT 50 VIKING: TOP 25 BOTTOM 20 LEFT/RIGHT 30

REPORT

Monitor output request buttom

OUTMAX

Sizelimit for output image

MATCH

Match request parameter

T_EMI_A

Target emission angle

T_INC_A

Target incidence angle

T_AZI_A

Target azimuth angle

TOL

Clock tolerance of pointing requests

BSPFILE

Binary SP-Kernel

BCFILE

Binary C-Kernel

TSCFILE

Clock, SCLK-kernels

TIFILE

Instrument data, I-kernel

TPCFILE

Planetary constants, PC-kernels

BPCFILE

Binary Planetary constants, PC-kernels. Default = --

TLSFILE

Leapseconds, LS-kernel

MP_RADIUS

radius of map reference body.

A_AXIS

Semimajor axis of target body.

B_AXIS

Semiminor axis of target body.

C_AXIS

Polar axis of target body.

BOD_LONG

The target body's longitude at which the semimajor equatorial axis is measured.

MP_RES

scale of a map in pixels per degree, Attention! it is a nessary parameter, if MP_SCALE is not defined

MP_SCALE

scale of a map in kilometers per pixel, Attention! it is a nessary parameter, if MP_RES is not defined

POS_DIR

the direction of longitude (e.g. EAST, WEST) for a planet

CEN_LAT

center_latitude, measured in degrees with a valid range of (-90.0, 90.0)

CEN_LONG

center_longitude, measured in degrees with a valid range of (0,360)

SPHER_AZ

spherical_azimuth, measured in degrees with a valid range of (0,360)

L_PR_OFF

line offset value of the origin from the pixel line and sample 1,1

S_PR_OFF

sample offset value of the origin from the pixel line and sample 1,1

CART_AZ

cartesian_azimuth is the angle of the clockwise rotation of the map in degrees

F_ST_PAR

first standard parallel, measured in degrees with a valid range of (-90.0, 90.0)

S_ST_PAR

second standard parallel, measured in degrees with a valid range of (-90.0, 90.0)

FOC_LEN

Focal Length

FOC_SCAL

Focal Plane Scale

NORTH_AN

North Angle

INTERC_L

optical axis interception line

INTERC_S

optical axis interception sample

PL_CEN_L

planet center line

PL_CEN_S

planet center sample

SUB_LAT

subspacecraft latitude

SUB_LONG

subspacecraft longitude

SPC_DIST

Spacecraft Distance

ALBEDO

albedo

EXPONENT

Minnaert's konstant

A_VEVERKA

Veverka parameter

B_VEVERKA

Veverka parameter

C_VEVERKA

Veverka parameter

D_VEVERKA

Veverka parameter

MO_EXP2

Mosher's exponent

MO_EXP1

Mosher's exponent

E_BURATTI

Buratti's parameter

DEN_SOIL

Hapke parameter

W_SOIL

Hapke parameter

HG1_SOIL

Hapke Parameter

HG2_SOIL

Hapke parameter

HG_ASY_SOIL

Hapke parameter

LE1_SOIL

Hapke parameter

LE2_SOIL

Hapke parameter

H_SHOE

Hapke parameter

B_SHOE

Hapke parameter

H_CBOE

Hapke-Dominique parameter

B_CBOE

Hapke-Dominique parameter

THETA

Hapke parameter

COOK

Hapke-Cook parameter

TAU_ATM

Regner parameter

W_ATM

Regner parameter

HG1_ATM

Regner parameter

IRV_EXP1

Irvine parameter

IRV_EXP2

Irvine parameter