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Editing Talk:DRADIS/Archive 1

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:::I think that sierran is closest:  I believe it's either (Direction, RAdial, DIStance) or (Direction, RAdian, DIStance).  I'm not sure of the origin of the original interpretation, but if it's not from quotable dialog, it's probably incorrect.  Spherical coordinate systems require three values, but different names are used in various contexts:  (radial, azimuth, polar), (radial, azimuth, zenith), (range, azimuth, elevation).  In the first two sets, "radial" is the distance from the point of origin, but a radial pattern is a one that appears to originate at a point, like spokes in a wheel.  A scriptwriter could easily substitute RAdial into an acronym, without realizing it is technically incorrect.  Substitute DIrection for azimuth and DIStance for range, and it yields what I think is the intended derivation.  Alternatively, RAdian is a unit of plane angle.  Although both azimuth and elevation can be expressed in radians, perhaps a scriptwriter chose it for elevation because it created an acronym that sounded cool. --[[User:ptb|ptb]] 11:49, 12 March 2006 (CST)
:::I think that sierran is closest:  I believe it's either (Direction, RAdial, DIStance) or (Direction, RAdian, DIStance).  I'm not sure of the origin of the original interpretation, but if it's not from quotable dialog, it's probably incorrect.  Spherical coordinate systems require three values, but different names are used in various contexts:  (radial, azimuth, polar), (radial, azimuth, zenith), (range, azimuth, elevation).  In the first two sets, "radial" is the distance from the point of origin, but a radial pattern is a one that appears to originate at a point, like spokes in a wheel.  A scriptwriter could easily substitute RAdial into an acronym, without realizing it is technically incorrect.  Substitute DIrection for azimuth and DIStance for range, and it yields what I think is the intended derivation.  Alternatively, RAdian is a unit of plane angle.  Although both azimuth and elevation can be expressed in radians, perhaps a scriptwriter chose it for elevation because it created an acronym that sounded cool. --[[User:ptb|ptb]] 11:49, 12 March 2006 (CST)


:I have a WAY WAY '''WAY''' better definition for the DRADIS acronym.  Get this.  Get this, it's awesome.  You ready?  Check this out:  Direction RAnge DISplacement.  "Displacement" is commonly used in Naval terms to describe the amount of water mass "displaced" by a ship.  Displacement could easilly be co-opted for this sort of "Space Navy" mentality to be used to define the size of ships on DRADIS.  Notice that DRADIS '''does''' make a distinction between the small vessels and the capital ships.  Obviously it's more than a direction/distance calculation.  So what do you think?  Direction RAnge DISplacement?  Eh?  Eh?  I think it's high quality. --[[User:Trajan|Trajan]] 21:47, 26 October 2006 (CST)


:Range and Distance could refer to different measures in curved space-time or at relativistic speeds. So perhaps it locates targets in three out of four space-time dimensions, but not the three space dimensions at the same time. The display is clearly two-dimensional, with a sweeping arc to show the locus it is scanning at a given moment. It may not be able to differentiate positions within this arc. Perhaps it requires more than one DRADIS dish to accurately locate a target in three dimensions? This is equivalent to Earth radar, which can build a picture in two dimensions by scanning in one dimension. There's no reason to assume that the Colonials are not working around their own technical limitations. -- [[User:Mauve|Mauve]] 05:26, 16 November 2006 (CST)
:Range and Distance could refer to different measures in curved space-time or at relativistic speeds. So perhaps it locates targets in three out of four space-time dimensions, but not the three space dimensions at the same time. The display is clearly two-dimensional, with a sweeping arc to show the locus it is scanning at a given moment. It may not be able to differentiate positions within this arc. Perhaps it requires more than one DRADIS dish to accurately locate a target in three dimensions? This is equivalent to Earth radar, which can build a picture in two dimensions by scanning in one dimension. There's no reason to assume that the Colonials are not working around their own technical limitations. -- [[User:Mauve|Mauve]] 05:26, 16 November 2006 (CST)

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