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