Excel Export Fields

Field	Units
Albedo	0..1	Albedo of the land covered by this swath, in the range 0..1, 0 = total absorption, 1 = total reflection
Altitude	m	Swath center altitude over the ellipsoid.
Anx	time	Ascending node crossing time of this orbit
AnxLon	deg	Geographical longitude of ascending node crossing of this orbi
AreaCovered	%	Percentage of coverage as the ratio between the Area Intersected by the Swath and the Total AOI Area.
ArgLatitude	deg	Argument of Latitude since the last Ascending Node Crossing, as the angle between the ECI position vectors at Anx and at the current time.
Azimuth	deg	Azimuth angle is the look direction with respect to the target - the horizontal angular distance from true north measured clockwise from true north
Bands		Number of spectral bands
Beta angle	deg	Angle between the solar vector (Earth to Sun) and its projection onto the orbit plane, calculated at the centre of the swath
Catalog number		NORAD Catalog Number, to uniquely identify the satellite
Center_Lat	deg	Latitude of the Swath centroid
Center_Lat_AOI	deg	Latitude of the center of the AOI covering the current swath
Center_Lon	deg	Longitude of the Swath centroid
Center_Lon_AOI	deg	Longitude of the center of the AOI covering the current swath
CloudPercent	%	Cloud probability percent for the date and hour of the swath, measured for the intersection between AOI and Swath.
Constellation		Satellite constellation to which this event applies, if any
Cost		Cost in monetary units. It requires a cost model associated with and AOI or a sensor.
CoverageId		Coverage counter, associating this swath to a coverage operation performed with the optimization algorithm.
Cycle		Cycle Number. Only shown for SSO orbits
DataSize	GBytes	Size of the swath in GBytes. It requires that the sensor bit rate parameter is configured with a value in MBits / sec. By default the sensor is usually not configured and therefore the DataSize is most of the times zero
DeliveryTime(*)	time	Estimated time of delivery to user, on account of the antenna estimated delivery time after downlink.
DownlinkAnx(*)	time	Time of the ascending crossing for the orbit where the downlink operation starts
DownlinkAntenna (*)		Name of the suitable antenna for first downlink opportunity
DownlinkLatency (*)	sec	Time gap until next downlink opportunity.
DownlinkOrbit (*)		Absolute orbit number at the time of downlink
DownlinkTime (*)	time	Time of next downlink opportunity
Duration	sec	Event duration
End	time	Stop of event
Frame_End		Frame number of the last frame of this swath
Frame_Start		Frame number of the first frame of this swath
Frames		Number of frames (scenes) in this swath
Frequencies	GHz	Frequency or frequencies employed by the sensor (SAR or MW instruments)
Ground speed	km/sec	Average satellite speed perceived on ground at the center of the swath, and iin the direction of the swath length.
GSD_Azimuth	m	Ground Sample Distance (GSD), or distance between pixel centers measured on the ground in the azimuth direction (along-track)
GSD_Range	m	Ground Sample Distance (GSD), or distance between pixel centers measured on the ground in the range direction (cross-track)
Height	km	Height of the satellite over the ellipsoid at the mid swath time
IntersectionArea	km2	Area of the Intersection between AOI and Swath
IntlDesignator		International designator, also known as COSPAR ID, is an international identifier assigned to artificial objects in space
IntrContribution	%	Ratio between the AOI part covered exclusively by this swath, discounting the contribution of other swaths, and the AOI part covered without the discount
LandCover	%	Percentage of land covered by this swath
Length	km	Swath Along Track length
LookAngle	deg	Look Angle between Satellite Nadir and Centroid of the intersection between AOI and Swath.
Max_Incid	deg	Maximum Incidence Angle, measured at one of the swath edges.
MaxElevation	deg	Maximum antenna elevation reached during the current pass.
Min_Incid	deg	Minimum Incidence Angle, measured at one of the swath edges.
MLST_End		Mean Local Solar Time at Swath End time, measured at the center of the last scan line
MLST_Start		Mean Local Solar Time at Swath Start time, measured at the center of the first scan line
Nadir End Lat	deg	Satellite Nadir latitude at the end of the swath
Nadir End Lon	deg	Satellite Nadir longitude at the end of the swath
Nadir Start Lat	deg	Satellite Nadir latitude at the beginning of the swath
Nadir Start Lon	deg	Satellite Nadir longitude at the beginning of the swath
Name		Unique string identifier
NE_Lat	deg	Latitude of the Swath North East Corner
NE_Lon	deg	Longitude of the Swath North East Corner
NW_Lat	deg	Latitude of the Swath North West Corner
NW_Lon	deg	Longitude of the Swath North West Corner
Orbit		Absolute Orbit Number
OrbName		Orbit Name identifier used to calculate the current swath
OZA	deg	Observation Zenith Angle (aka Incidence Angle), measured at the centroid of the intersection between AOI and Swath. The OZA is the angle between local zenith and the observation vector .
Pass		Pass direction, measured at the start of the event, Ascending or Descending
Path		Orbit path number, if defined for this orbit
Pitch	deg	Satellite pitch angle at the beginning of the swath
Polarization		Selected polarization, if defined for the current sensor.
Priority		Priority number for this event, in the range 0...999. Lower numbers mean higher priority
Range	km	Distance between satellite and center of the swath at the mid swath time
Region		Name of the AOI associated with the swath
RelOrb		Relative Orbit Number. . Only shown for SSO orbits
Revisiting	days	Time gap between this and the previous swath (in time order), measured Start to Start.
Roll	deg	Satellite roll angle at the beginning of the swath
Satellite		Satellite Name
ScanRate	1/sec	Required sensor scan rate, in scan lines per second, compatible with the ground speed and the GSD
SE_Lat	deg	Latitude of the Swath South East Corner
SE_Lon	deg	Longitude of the Swath South East Corner
Sensor		Sensor Name
Sensor band		Sensor operation frequency band, e.g VNIR, SWIR, for optical, C-BAND, X-BAND, for radar
SensorMode		Sensor Mode Name
Sensor Type		Sensor type, whether Radar, Optical, Microwave, etc.
Slew		Slew side, RIGHT ot LEFT, for satellites with a slew plan, like Radarsat-2
Spectral range	nm	Range of wavelengths covered by the sensor, in nano meters
Start	time	Start of event
Sun glint	0..1	Sun glint normalized reflectance coefficient calculated at the centroid of the swath and the area of interest
SW_Lat	deg	Latitude of the Swath South West Corner
SW_Lon	deg	Longitude of the Swath South West Corner
SwathArea	km2	Total Swath Area
SZA	deg	Sun Zenith Angle, measured at the centroid of the intersection between AOI and Swath. The SZA is the angle between local zenith and the vector to the sun.
TAnx	sec	Time ellapsed since the last Ascending Node Crossing
TargetInImage	%	Percentage of useful swath coverage as the ratio between the Area Intersected by the Swath and the Total Swath Area.
TaskingAntenna(**)		Name of the suitable antenna for last tasking opportunity for uplinking commands to the satellite
TaskingLatency(**)	sec	Time gap between latest opportunity of uplink tasking and actual sensing
TaskingTime(**)	time	Time of next tasking opportunity for uplinking commands to the satellite
Type		Type tag for vertical ordering in the Gantt chart
Width	km	Swath Width measured at the start of the swath
WindowingFactorLeft	0..1	Swaths without windowing will have a WindowingFactorLeft = 0. If Windowing is applied this value will increase up to a maximum of 1, depending of the the level of windowing. It is always the case that WindowingFactorRight > WindowingFactorLeft See more information in the Windowing Constraint page.
WindowingFactorRight	0..1	Swaths without windowing will have a WindowingFactorRight = 1. If Windowing is applied this value will decrease up to a minimum of 1, depending of the the level of windowing. It is always the case that WindowingFactorRight > WindowingFactorLeft See more information in the Windowing Constraint page.
Yaw	deg	Satellite yaw angle at the beginning of the swath

(*) It requires that a downlink opportunity exists ahead of time over a selected antenna. If there are no antennas selected this value will not be calculated and the parameter will not be generated.

(**)It requires a tasking opportunity exists ahead of time over a selected antenna. If there are no antennas selected this value will not be calculated and the parameter will not be generated.