Data Set Information
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| DATA_SET_NAME |
PHOENIX MARS ROBOTIC ARM CAMERA 5 ANAGLYPH OPS V1.0
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| DATA_SET_ID |
PHX-M-RAC-5-ANAGLYPH-OPS-V1.0
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| NSSDC_DATA_SET_ID |
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| DATA_SET_TERSE_DESCRIPTION |
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| DATA_SET_DESCRIPTION |
Data Set Overview : A stereo anaglyph is a method of displaying stereo imagery quickly and conveniently using conventional display technology (no special hardware) and red/blue glasses. This is done by displaying the left eye of the stereo pair in the red channel, and displaying the right eye in the green and blue channels. An anaglyph data product simply captures that into a single 3-band color image, which can be displayed using any standard image display program with no knowledge that it is a stereo image. The red (first) band contains the left eye image, while the green and blue (second and third) bands each contain the right eye image (so the right image is duplicated in the file). The Anaglyph method can also apply to multi-frame mosaic products. MIPL-generated mosaic Anaglyphs occasionally required some subtle pixel-shifting of the right eye mosaic data to improve the stereo effects. Mosaic Anaglyph products are distinguishable in the Mosaic RDR filename convention. More information is found in ALEXANDERETAL2008, BOSETAL2007, and KELLERETAL2008. Processing : Anaglyphs are created manually from CAHV linearized Full Framed (FFL) stereo pair EDRs or mosaics. Often times the images are stretched prior to creating the anaglyph. After stretching, the images are converted to a VICAR cube, which creates a single multi-band image. The final step involves adding the PDS label. Data : The RDR data product is comprised of radiometrically decalibrated and/or camera model corrected and/or geometrically altered versions of the raw camera data, in both single and multi-frame (mosaic) form. Most RDR data products will have PDS labels, or if generated by MIPL (OPGS), dual PDS/VICAR labels. Non-labeled RDRs include the Terrain products (Mesh and Wedge). Software : The MIPL Mars Program Suite was used to generate these RDRs. Media/Format : The data set will initially be delivered and kept online. Upon Mission completion, the RAC Operations RDRs will be delivered to PDS on DVD.
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| DATA_SET_RELEASE_DATE |
2008-12-23T00:00:00.000Z
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| START_TIME |
2008-05-25T12:00:00.000Z
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| STOP_TIME |
N/A (ongoing)
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| MISSION_NAME |
PHOENIX
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| MISSION_START_DATE |
2008-05-25T12:00:00.000Z
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| MISSION_STOP_DATE |
2008-11-02T12:00:00.000Z
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| TARGET_NAME |
MARS
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| TARGET_TYPE |
PLANET
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| INSTRUMENT_HOST_ID |
PHX
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| INSTRUMENT_NAME |
ROBOTIC ARM CAMERA
|
| INSTRUMENT_ID |
RAC
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| INSTRUMENT_TYPE |
IMAGING CAMERA
|
| NODE_NAME |
Imaging
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| ARCHIVE_STATUS |
ARCHIVED
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| CONFIDENCE_LEVEL_NOTE |
NULL
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| CITATION_DESCRIPTION |
Lemmon, M., Phoenix Mars Robotic Arm Camera Anaglyph RDR OPS V1.0, NASA Planetary Data System, PHX-M-RAC-5-ANAGLYPH-OPS-V1.0, 2008.
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| ABSTRACT_TEXT |
The Robotic Arm Camera (RAC) experiment on the Mars Phoenix Lander consists of one instrument component plus command electronics. This RAC Imaging Operations RDR data set contains anaglyph data from the Robotic Arm Camera (RAC).
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| PRODUCER_FULL_NAME |
MARK T. LEMMON
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| SEARCH/ACCESS DATA |
Imaging Planetary Image Atlas
Imaging Online Data Volumes
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