urn:nasa:pds:lunar_lro_lroc_topography_domingue_2023:data:ings358416181_10544l_ioverf_c1 1.0 1.15.0.0 Product_Observational Weirich, J.R. 2023 Data represent the I/F (i.e. reflectance) of LRO image M1102510544L. SPC has solved for the spacecraft position and pointing that aligns the image to the topography, resulting in a one-to-one correlation between the data in this file and the topography data. This data, like the topography it is aligned to, is not projected, but is close to North up. Data file is stored in a USGS-native ISIS format. Science Derived Visible Imaging Grayscale Lunar Reconnaissance Orbiter Mission urn:nasa:pds:context:investigation:mission.lunar_reconnaissance_orbiter data_to_investigation LUNAR RECONNAISSANCE ORBITER Host urn:nasa:pds:context:instrument_host:spacecraft.lro is_instrument_host LUNAR RECONNAISSANCE ORBITER CAMERA Instrument urn:nasa:pds:context:instrument:lro.lroc is_instrument Moon Satellite urn:nasa:pds:context:target:satellite.earth.moon data_to_target primary_image imaging_parameters_to_image_object primary_image display_settings_to_array Sample Left to Right Line Top to Bottom primary_image cartography_parameters_to_image_object 161.625107 161.997177 -35.6902657 -35.9918938 This file is simple in a local reference frame and thus not in a map projection. Within cart:local_georeference_information we provide the needed vectors such that a transformation could be applied to this file. Vector is the radius vector that extends from the center of the object to the middle vertex of the DTM. It is in Cartesian space with the first number being in the direction of x, the second number the direction of y, and the third number the direction of z. 0 West Longitude defines the positive x-axis, while north pole is the positive z-axis. 270 West Longitude defines the positive y-axis. The plane of the DTM is determined by the local slope. This plane of the DTM is defined by two horizontal unit vectors (i.e. Ux and Uy) and a vertical unit vector (i.e. Uz). Each of these unit vectors are defined in the same Cartesian space as the radius vector, where again the first number is in the direction of x, the second number the direction of y, and the third number the direction of z. # Vector -1335.3082275390625 438.74850463867188 -1015.2468261718750 # Ux 0.55440473556518555 -0.18538483977317810 -0.81133711338043213 # Uy -0.31712561845779419 -0.94838356971740723 0.0000000000000000 # Uz -0.76945871114730835 0.25729575753211975 -0.58457857370376587 Planetocentric Moon_2000 1737400 1737400 1737400 Positive East ings358416181_10544l_ioverf_c1.cub file 13330863

0 65536 ISIS3 ISIS attached header

primary_image 65536 2 Last Index Fastest Data represent the I/F (i.e. reflectance) of LRO image M1102510544L. SPC has solved for the spacecraft position and pointing that aligns the image to the topography, resulting in a one-to-one correlation between the data in this file and the topography data. This data, like the topography it is aligned to, is not projected, but is close to North up. Data file is stored in a USGS-native ISIS format. IEEE754LSBSingle unitless 1 0 Line 1821 1 Sample 1821 2