Plane

Description of the plane

File format

Type of product

PHYS_VOL

Physical Volumedescriptor

Information about thedelivery

TXT

P/S/D

LOG

Logical Volume descriptor

Information about
- the product
- map projection information (general information, geodetic systemparameters, projection parameters)
- cartographic location
- geographic location
- image co-ordinates (corresponding to carto and geographiclocation)
- geometric correction
- radiometric correction
- orbit parameters
- date and time
- algorithms references
- production

TXT

P/S/D

RIG

Copyright Descriptor

Information about thecopyright

TXT

P/S/D

BO

B0 spectral band

Radiometry data

HDF

P/S/D

B2

B2 spectral band

Radiometry data

HDF

P/S/D

B3

B3 spectral band

Radiometry data

HDF

P/S/D

MIR

MIR spectral band

Radiometry data

HDF

P/S/D

NDV

Vegetation Global Index

NDVI indices

HDF

S/D

SM

Status Map

Data about
Bit NR 7: Radiometric quality forB0 coded as 0 if bad and 1 if good
Bit NR 6: Radiometric quality forB2 coded as 0 if bad and 1 if good
Bit NR 5: Radiometric quality forB3 coded as 0 if bad and 1 if good
Bit NR 4: Radiometric quality forMIR coded as 0 if bad and 1 if good
Bit NR 3: land code 1 or watercode 0
Bit NR 2: ice/snow code 1 , code 0if there is no ice/snow

HDF

P/S

Bit NR1:

0

0

1

1

Bit NR 0:

0

1

0

1

clear

shadow

uncertain

cloud

BSM

BDC Status Map

Data about

Bit NR 7: BRDF model adjustment quality on B0:coded as 0 if bad quality and 1 if good
Bit NR 6: BRDF model adjustmentquality on B2: coded as 0 if bad quality and 1 ifgood

Bit NR 5: BRDFmodel adjustment quality on B3: coded as 0 if bad quality and 1 ifgood
Bit NR 4: BRDF model adjustmentquality on MIR: coded as 0 if bad quality and 1 if good
Bit NR 3: land/water: coded as 1if land and 0 if sea
Bit NR———— 2: ice/snow: coded as 1 ifthere is ice/snow and 0 if not

Bit NR 1: cloud/shadow or clear: coded as 1 if there iscloud/shadow and 0 if not

Bit NR 0

HDF

D

VZA

Viewing zenith angle grid

Data of the satellite zenithangles

HDF

P/S

VAA

Viewing azimuth anglegrid

Data of the satellite azimuthangles

HDF

P/S

SZA

Solar zenith angle grid

Data of the solar zenithangles

HDF

P/S

SAA

Solar azimuth angle grid

Data of the solar azimuthangles

HDF

P/S

WVG

Water Vapour grid

Data of water vapour

HDF

P

OG

Ozone grid

Data of ozone

HDF

P

AG

Tropospheric Aerosol grid

Data of aerosols

HDF

P

1BL

1B HRVIR latitude plane

Data of the HRVIR co-location(latitude)

HDF

P

1BO

1B HRVIR longitude plane

Data of the HRVIR co-location(longitude)

HDF

P

TG

Time grid

Each pixel is expressed with aprecision of one minute referring to the beginning of the firstsegment of the synthesis.

HDF

S

SZN

SZ NORM

This value is the normalized solarzenith angle used in the BDC correction.

HDF

D

TP

TAUP: Optical thickness

This value is the average of theoptical thickness of the selected measures of the BDCperiod.

HDF

D

Kxx

K0, K1, K2 for the the bands B0, B2,B3 and MIR

These values are the coefficients ofthe BDC correction function.

HDF

D

QL

Quick look

Quick look of one spectral band (seeLOG file which spectral band)

TIF

P/S/D