Difference between revisions of "Laura"
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==Software== | ==Software== | ||
| − | Laura uses software, quite similar to that of [[Orbit]] software, with the exception of being able to move in three dimensions. The ability to move in three dimensions makes the program more complicated to master then that of the orbit software. The software gives the user all the data that they would need to pilot a submarine such as fathmometer, temperature, and sonar. Using | + | Laura uses software, quite similar to that of [[Orbit]] software, with the exception of being able to move in three dimensions. The ability to move in three dimensions makes the program more complicated to master then that of the orbit software. The software gives the user all the data that they would need to pilot a submarine such as fathmometer, temperature, and sonar. Using its information, the user is able to locate objects underwater and pilot Laura towards it to take a sample. Using either a top down two dimensional map, or a side view three dimensional grid, the user is able to see where they are in relation to the environment. |
Revision as of 00:27, 20 February 2010
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This article lacks crucial information, ends abruptly, or is blank. Please complete it. |
Laura is the name of a submersible being created for the 2009-10 mission. It is painted yellow as a reference to the Beatles song "Yellow Submarine". Laura is to be piloted by a Mission Specialist to collect samples from underwater and to search for life forms.
Software
Laura uses software, quite similar to that of Orbit software, with the exception of being able to move in three dimensions. The ability to move in three dimensions makes the program more complicated to master then that of the orbit software. The software gives the user all the data that they would need to pilot a submarine such as fathmometer, temperature, and sonar. Using its information, the user is able to locate objects underwater and pilot Laura towards it to take a sample. Using either a top down two dimensional map, or a side view three dimensional grid, the user is able to see where they are in relation to the environment.
