??? mccombe.mapping
? SloveneGrid
java.lang.Object
mccombe.mapping.CoordinateSystem
mccombe.mapping.Projection
mccombe.mapping.TransverseMercator
mccombe.mapping.SloveneGrid
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??????? mccombe.mapping.TransverseMercator
northernHemisphere, zone
??????? mccombe.mapping.CoordinateSystem
locus, ref, sph
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??????????Get the defaul Datum for an instance of CoordinateSystem.The default Ellipsoid used by instances of this CoordinateSystem For example, a CoordinateSystem of type OSGB has the AirySphere as its default Ellipsoiddouble
e0()
phi0() defines the latitude of the true origin of the projection.double
f0()
The scale factor on the Central Meridian.double
lamda0()
lamda0() defines the longitude (in radians) of the true origin also known as the "Central Meridian".static SloveneGrid
double
n0()
n0() defines the "false northing" distance of the projection.double
phi0()
phi0() defines the latitude of the true origin of the projection.toString()
Provide a String representation of this point in Slovene coordinates??????? mccombe.mapping.TransverseMercator
gridConvergence, pointScaleFactor, toEN
??????? mccombe.mapping.CoordinateSystem
getDatum, getEllipsoid, getName, getPosition, getWGS84, parseDouble, toLatLong, toLatLongString
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SloveneGrid
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SloveneGrid
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makePoint
public static SloveneGrid makePoint(String gridRef, Ellipsoid e, Datum d) throws GridFormatException -
defaultDatum
???????:CoordinateSystem
Get the defaul Datum for an instance of CoordinateSystem. For example, instances of OSGB usually use the OSGB 1936 datum.- ???:
defaultDatum
???CoordinateSystem
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- The default Datum used by this instance of CoordinateSystem
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defaultEllipsoid
???????:CoordinateSystem
The default Ellipsoid used by instances of this CoordinateSystem For example, a CoordinateSystem of type OSGB has the AirySphere as its default Ellipsoid- ???:
defaultEllipsoid
???CoordinateSystem
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- The Ellipsoid used as the deafult for this CoordinateSystem
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toString
Provide a String representation of this point in Slovene coordinates- ???:
toString
???CoordinateSystem
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- A Slovene coordinate String
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f0
public double f0()The scale factor on the Central Meridian. Generally, Transverse Mercator projections increasingly exaggerate distances further from the central meridian. It is usual to reduce the scale factor at the central meridian to compensate for this effect and optimise the scale over the area of interest.- ???:
f0
???TransverseMercator
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- the value of the ScaleFactor at the central meridian.
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n0
public double n0()n0() defines the "false northing" distance of the projection. False origins are usually used with TM projections to ensure that easting and northing distances are always positive over the area of interest. n0() is used as an offset to the grid so that the "true origin" appears to have a northing value equal to n0().- ???:
n0
???TransverseMercator
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- The false northing distance (double)
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e0
public double e0()phi0() defines the latitude of the true origin of the projection. Note, however, that many Transverse Mercator projections employ a false origin. See n0() and e0() .- ???:
e0
???TransverseMercator
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- The latitude of the true origin (radians)
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phi0
public double phi0()???????:TransverseMercator
phi0() defines the latitude of the true origin of the projection. Note, however, that many Transverse Mercator projections employ a false origin. See n0() and e0() below.- ???:
phi0
???TransverseMercator
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- The latitude of the true origin (radians)
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lamda0
public double lamda0()lamda0() defines the longitude (in radians) of the true origin also known as the "Central Meridian".- ???:
lamda0
???TransverseMercator
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- The central meridian (radians)
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