This XML schema file has been generated from the Information Model.
The JIRAM Parameters class contains attributes
specific to JIRAM observations.
The JunoCam Parameters class contains attributes
specific to JunoCam observations.
The L Band Parameters class contains attributes
specific to JIRAM L Band observations.
The L Band Parameters class contains attributes
specific to JIRAM M Band observations.
The Observation_Information class provides
information about a science observation.
This section contains the simpleTypes that provide more constraints
than those at the base data type level. The simpleTypes defined here build on the base data
types. This is another component of the common dictionary and therefore falls within the
common namespace.
The mission_phase_name identifies a time period
within the mission.
The orbit_number attribute identifies the number
of the orbital revolution of the spacecraft around a target
body. This value is N/A for cruise images.
Release_number is the number of a scheduled
release of JunoCam data from PDS. The first Juno data release is
Release 1. The release_number for a given product is always the
first release in which it appears, and does not change if the
product is revised later.
The spacecraft_clock_start_count attribute
provides the value of the spacecraft clock at the actual start
of image acquisition. There may be small inconsistencies with
start_date_time due to varying correlation between UTC and the
spacecraft clock. For purposes of data analysis the spacecraft
clock value should be used. The format of this field is
compatible with the NAIF Toolkit software where s = seconds
converted from the clock's coarse counter and m = seconds
converted from the clock's fine counter.
The spacecraft_clock_stop_count attribute
provides the value of the spacecraft clock at the actual end of
image acquisition. There may be small inconsistencies with
stop_date_time due to varying correlation between UTC and the
spacecraft clock. For purposes of data analysis the spacecraft
clock value should be used. The format of this field is
compatible with the NAIF Toolkit software where s = seconds
converted from the clock's coarse counter and m = seconds
converted from the clock's fine counter.
The tdi_stages_count attribute provides the
number of time delay and integration (TDI) stages used to
increase the exposure time of a JunoCam
observation.