This revised IngestLDD file is content-equivalent to the 1.0.0.1 version of the original BOPPS mission dictionary schemas with some minor corrections and reference updates. It was been created by modifying the back-ported version 1.0.0.1 IngestLDD file. For this version, PDS4 IM version references have been updated to version 1.26.0.0 (1Q00 in file references), the Ingest_LDD structure has been updated to conform to IM 1.26.0.0 structure requirements, version_id values of "0.0" have been updated to "1.0" and class names that appeared with lowercase names in the original BOPPS dictionary have been changed to start case, as required (but not validated at the time) by the PDS4 standards then and now. This change is reflected in the BOPPS v2 bundle product labels. An unused class called "instrument_parameters" has beed dropped from this version. The change in class name case and the altered structure of Ingest_LDD are both nonbackwards-compatible changes, so the LDD version has been incremented to 2.0.0.0 in keeping with semantic version conventions. Describes the temperatures measured by various sensors. Contains all the parameters for the observation. Contains information about the position and orientation of the telescope calculated at spacecraft_clock_read_time. 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 ratio of the optical path length of light from the target passing through Earth's atmosphere over the optical path length from sea level to zenith. Average pixel value of the BIRC field of regard in DN. Average pixel value of the BIRC field of regard in electrons. The calculated elevation angle of the telescope boresight. Measured between the plane perpendicular to the surface normal vector at the sub-gondola point and the telescope boresight vector to the target. The approximate location along the X-axis of the target in the shifted image. The pixel in the upper left corner of the image is designated as 0,0 and x pixel location increases from left to right while y pixel location increases from top to bottom. This attribute only exists in the shifted products due to the difficulty in algorithmically determining the center location of dim targets in single image products (i.e. raw, bias-subtracted, calibrated). Value is set to 999 if the target could not be found in the image. The approximate location along the Y-axis of the target in the shifted image. The pixel in the upper left corner of the image is designated as 0,0 and x pixel location increases from left to right while y pixel location increases from top to bottom. This attribute only exists in the shifted products due to the difficulty in algorithmically determining the center location of dim targets in single image products (i.e. raw, bias-subtracted, calibrated). Value is set to 999 if the target could not be found in the image. The commanded Declination (DEC) to point the telescope boresight. The calculated deviation in azimuth of the telescope boresight from the commanded RA and DEC, measured in arcseconds. Only applicable for RAW, BIAS_SUBTRACTED, or CALIBRATED data products. The calculated deviation in elevation of the telescope boresight from the commanded RA and DEC, measured in arcseconds. Only applicable for RAW, BIAS_SUBTRACTED, or CALIBRATED data products. The number associated with a given wavelength filter on the filter wheel. The center wavelength of the filter in micrometers. The altitude of the gondola reported by the on-board GPS receiver in kilometers. The latitude of the gondola reported by the on-board GPS receiver in degrees. The longitude of the gondola reported by the on-board GPS receiver in degrees. Maximum average pixel value of the BIRC field of regard in DN out of the set of images used to generate this data product. Maximum average pixel value of the BIRC field of regard in electrons out of the set of images used to generate this data product. The maximum calibrated temperature value measured by the sensor. The name of the sensor which is providing the measurement. Minimum average pixel value of the BIRC field of regard in DN out of the set of images used to generate this data product. Minimum average pixel value of the BIRC field of regard in electrons out of the set of images used to generate this data product. The minimum calibrated temperature value measured by the sensor. The commanded elevation offset of the telescope off-pointing from the commanded ra, dec. General description of the observation. May include target name and a short description of observation goals. For example, "Vesta target acquisition". General description of the type of target pointing at the time of the observation. For example, "finding target" describes the telescope being panned in several directions in order to aqcuire the target and center it in the field of view. "target acquired" describes the telescope control such that it tries to minimize the drift error between the commanded and measured azimuth and elevation. The type of product generated: RAW, BIAS_SUBTRACTED, CALIBRATED, SHIFTED, COADDED, FLATFIELD, RELAYS, TEMPS The commanded Right Ascension (RA) to point the telescope boresight. The calculated solar elevation angle, measured between the plane perpendicular to the surface normal vector at the sub-gondola point and the vector from the gondola to the sun. The observation start time measured in seconds from January 1, 1970 00:00:00, Unix Epoch time. The spacecraft_clock_start_count is the same value for all image frames created by a single start_observation command. The observation stop time measured in seconds from January 1, 1970 00:00:00, Unix Epoch time. The observation stop time is measured at the end of the integration time for an individual image frame. For a data product that is the result of two or more image frames it is the start of the integration time of the first signal frame in the time ordered list of frames. Integer counter of the number of star fixes executed by the star tracker. Used as a reference for the validity of the pointing information. If the starfix is zero then the telescope position is not known and the rest of the pointing information should be ignored. The calibrated temperature value measured by the sensor. The total integration time for a single image. For a bias-subtracted image product it is the total integration time for the signal frame. For a product that is the result of more than one bias-signal frame pair it is the integration time of the entire set of images. The bias frame always has an integration time of 3ms.