private static PrjFile AsEsriPrjFile(TransverseMercator transverseMercator)
{
PrjTree root = new PrjTree();
root.Name = PrjFile._projcs;
root.Values = new List <string>()
{
string.IsNullOrWhiteSpace(transverseMercator.Title) ? "Transverse Mercator" : transverseMercator.Title
};
var geogcs = new PrjTree(transverseMercator.Ellipsoid, transverseMercator.DatumName);
var projection = new PrjTree(PrjFile._projection, PrjFile._esriTransverseMercator);
var falseEasting = new PrjTree(PrjFile._parameter, PrjFile._falseEasting, transverseMercator.FalseEasting.AsExactString());
var falseNorthing = new PrjTree(PrjFile._parameter, PrjFile._falseNorthing, transverseMercator.FalseNorthing.AsExactString());
var centralMeridian = new PrjTree(PrjFile._parameter, PrjFile._centralMeridian, transverseMercator.CentralMeridian.AsExactString());
var scaleFactor = new PrjTree(PrjFile._parameter, PrjFile._scaleFactor, transverseMercator.ScaleFactor.AsExactString());
var latitudeOfOrigin = new PrjTree(PrjFile._parameter, PrjFile._latitudeOfOrigin, transverseMercator.StandardParallel2.AsExactString());
var unit = PrjTree.MeterUnit;
root.Children = new List <PrjTree>()
{
geogcs, projection, falseEasting, falseNorthing, centralMeridian, scaleFactor, latitudeOfOrigin, unit
};
return(new PrjFile(root));
}
private static PrjFile AsEsriPrjFile(CylindricalEqualArea cylindricalEqualArea)
{
PrjTree root = new PrjTree();
root.Name = PrjFile._projcs;
root.Values = new List <string>()
{
string.IsNullOrWhiteSpace(cylindricalEqualArea.Title) ? "World_Cylindrical_Equal_Area" : cylindricalEqualArea.Title
};
var geogcs = new PrjTree(cylindricalEqualArea.Ellipsoid, cylindricalEqualArea.DatumName);
var projection = new PrjTree(PrjFile._projection, PrjFile._esriCylindricalEqualArea);
var falseEasting = new PrjTree(PrjFile._parameter, PrjFile._falseEasting, cylindricalEqualArea.FalseEasting.AsExactString());
var falseNorthing = new PrjTree(PrjFile._parameter, PrjFile._falseNorthing, cylindricalEqualArea.FalseNorthing.AsExactString());
var centralMeridian = new PrjTree(PrjFile._parameter, PrjFile._centralMeridian, cylindricalEqualArea.CentralMeridian.AsExactString());
var standardParallel1 = new PrjTree(PrjFile._parameter, PrjFile._standardParallel1, cylindricalEqualArea.StandardParallel1.AsExactString());
var unit = PrjTree.MeterUnit;
root.Children = new List <PrjTree>()
{
geogcs, projection, falseEasting, falseNorthing, centralMeridian, standardParallel1, unit
};
return(new PrjFile(root));
}
private static PrjFile AsEsriPrjFile(Mercator mercator)
{
PrjTree root = new PrjTree();
root.Name = PrjFile._projcs;
root.Values = new List <string>()
{
string.IsNullOrWhiteSpace(mercator.Title) ? "WGS_1984_World_Mercator" : mercator.Title
};
var geogcs = new PrjTree(mercator.Ellipsoid, mercator.DatumName);
var projection = new PrjTree(PrjFile._projection, PrjFile._esriMercator);
var falseEasting = new PrjTree(PrjFile._parameter, PrjFile._falseEasting, mercator.FalseEasting.AsExactString());
var falseNorthing = new PrjTree(PrjFile._parameter, PrjFile._falseNorthing, mercator.FalseNorthing.AsExactString());
var centralMeridian = new PrjTree(PrjFile._parameter, PrjFile._centralMeridian, mercator.CentralMeridian.AsExactString());
var standardParallel1 = new PrjTree(PrjFile._parameter, PrjFile._standardParallel1, mercator.StandardParallel1.AsExactString());
var unit = PrjTree.MeterUnit;
root.Children = new List <PrjTree>()
{
geogcs, projection, falseEasting, falseNorthing, centralMeridian, standardParallel1, unit
};
return(new PrjFile(root));
}
private static PrjFile AsEsriPrjFile(WebMercator webMercator)
{
PrjTree root = new PrjTree();
root.Name = PrjFile._projcs;
root.Values = new List <string>()
{
string.IsNullOrWhiteSpace(webMercator.Title) ? $"{webMercator.Ellipsoid.EsriName}_Web_Mercator_Auxiliary_Sphere" : webMercator.Title
};
var geogcs = new PrjTree(webMercator.Ellipsoid, webMercator.DatumName);
var projection = new PrjTree(PrjFile._projection, PrjFile._esriWebMercator);
var falseEasting = new PrjTree(PrjFile._parameter, PrjFile._falseEasting, webMercator.FalseEasting.AsExactString());
var falseNorthing = new PrjTree(PrjFile._parameter, PrjFile._falseNorthing, webMercator.FalseNorthing.AsExactString());
var centralMeridian = new PrjTree(PrjFile._parameter, PrjFile._centralMeridian, webMercator.CentralMeridian.AsExactString());
var standardParallel1 = new PrjTree(PrjFile._parameter, PrjFile._standardParallel1, webMercator.StandardParallel1.AsExactString());
var auxiliarySphereType = new PrjTree(PrjFile._parameter, PrjFile._auxiliarySphereType, webMercator.AuxiliarySphereType.AsExactString());
var unit = PrjTree.MeterUnit;
root.Children = new List <PrjTree>()
{
geogcs, projection, falseEasting, falseNorthing, centralMeridian, standardParallel1, auxiliarySphereType, unit
};
return(new PrjFile(root));
}
private static PrjFile AsEsriPrjFile(UTM utm)
{
PrjTree root = new PrjTree();
root.Name = PrjFile._projcs;
string ns = utm.FalseNorthing == 0 ? "N" : "S";
var zone = IRI.Ham.CoordinateSystem.MapProjection.MapProjects.FindZone(utm.CentralMeridian);
root.Values = new List <string>()
{
string.IsNullOrWhiteSpace(utm.Title) ? $"WGS_1984_UTM_Zone_{zone}{ns}" : utm.Title
};
var geogcs = new PrjTree(utm.Ellipsoid, utm.DatumName);
var projection = new PrjTree(PrjFile._projection, PrjFile._esriTransverseMercator);
var falseEasting = new PrjTree(PrjFile._parameter, PrjFile._falseEasting, utm.FalseEasting.AsExactString());
var falseNorthing = new PrjTree(PrjFile._parameter, PrjFile._falseNorthing, utm.FalseNorthing.AsExactString());
var centralMeridian = new PrjTree(PrjFile._parameter, PrjFile._centralMeridian, utm.CentralMeridian.AsExactString());
var scaleFactor = new PrjTree(PrjFile._parameter, PrjFile._scaleFactor, utm.ScaleFactor.AsExactString());
var latitudeOfOrigin = new PrjTree(PrjFile._parameter, PrjFile._latitudeOfOrigin, utm.StandardParallel2.AsExactString());
var unit = PrjTree.MeterUnit;
root.Children = new List <PrjTree>()
{
geogcs, projection, falseEasting, falseNorthing, centralMeridian, scaleFactor, latitudeOfOrigin, unit
};
return(new PrjFile(root));
}
private static PrjFile AsEsriPrjFile(LambertConformalConic lcc)
{
PrjTree root = new PrjTree();
root.Name = PrjFile._projcs;
root.Values = new List <string>()
{
string.IsNullOrWhiteSpace(lcc.Title) ? "LAMBERT CONFORMAL CONIC" : lcc.Title
};
var geogcs = new PrjTree(lcc.Ellipsoid, lcc.DatumName);
var projection = new PrjTree(PrjFile._projection, PrjFile._esriLambertConformalConic);
var falseEasting = new PrjTree(PrjFile._parameter, PrjFile._falseEasting, lcc.FalseEasting.AsExactString());
var falseNorthing = new PrjTree(PrjFile._parameter, PrjFile._falseNorthing, lcc.FalseNorthing.AsExactString());
var centralMeridian = new PrjTree(PrjFile._parameter, PrjFile._centralMeridian, lcc.CentralMeridian.AsExactString());
var standardParallel1 = new PrjTree(PrjFile._parameter, PrjFile._standardParallel1, lcc.StandardParallel1.AsExactString());
var standardParallel2 = new PrjTree(PrjFile._parameter, PrjFile._standardParallel2, lcc.StandardParallel2.AsExactString());
var scaleFactor = new PrjTree(PrjFile._parameter, PrjFile._scaleFactor, lcc.StandardParallel2.AsExactString());
var latitudeOfOrigin = new PrjTree(PrjFile._parameter, PrjFile._latitudeOfOrigin, lcc.StandardParallel2.AsExactString());
var unit = PrjTree.MeterUnit;
root.Children = new List <PrjTree>()
{
geogcs, projection, falseEasting, falseNorthing, centralMeridian, standardParallel1, standardParallel2, scaleFactor, latitudeOfOrigin, unit
};
return(new PrjFile(root));
}
