??? mccombe.mapping
? LambertI
java.lang.Object
mccombe.mapping.CoordinateSystem
mccombe.mapping.Projection
mccombe.mapping.Lambert
mccombe.mapping.LambertI
A non-abstract class implementing the Lambert Conformal Conical projection
for Zone 1 (Northern France between latitudes 48.15 and 51.3 degrees N)
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??????? mccombe.mapping.CoordinateSystem
locus, ref, sph
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??????????protected double
e0()
Define false easting valueprotected double
lamda0()
Define longitude of grid originstatic LambertI
Static factory method to create an instance of LambertI from a grid reference Stringprotected double
n0()
Define false northingprotected double
phiB()
Define latitude of false originprotected double
phiL()
Define lower standard parallel for this projectionprotected double
phiU()
Define Upper standard parallel for this conical projection??????? mccombe.mapping.Lambert
calcCoords, defaultDatum, defaultEllipsoid, getEN, gridConvergence, toEN, toString
??????? mccombe.mapping.CoordinateSystem
getDatum, getEllipsoid, getName, getPosition, getWGS84, parseDouble, toLatLong, toLatLongString
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LambertI
Create an instance of LambertI from Position, Ellipsoid and Datum- ??:
p
- the position of this pointe
- The Ellipsoid to used
- The datum to be used
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LambertI
Create an instance of LambertI from easting and northing distances, Ellipsoid and Datum- ??:
en
- Easting and Northing distancese
- Ellipsoid to used
- Datum to use
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makePoint
Static factory method to create an instance of LambertI from a grid reference String- ??:
gridref
- A grid reference of the form "X=... Y=..." where the values are easting and northing distances in km. French convention sometimes includes the zone number as the first digit of the Y (northing) coordinate (e.g. "Y=1210.98" denoting a northing distance of 210.98km in zone 1). If present, this is ignored.e
- Ellipsoid to use in conversionsd
- Datum to use in conversions- ??:
- A new LambertI instance
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GridFormatException
- thrown in case of format error in the grid reference
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phiU
protected double phiU()Define Upper standard parallel for this conical projection -
phiL
protected double phiL()Define lower standard parallel for this projection -
phiB
protected double phiB()Define latitude of false origin -
lamda0
protected double lamda0()Define longitude of grid origin -
e0
protected double e0()Define false easting value -
n0
protected double n0()Define false northing
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