Geographic Distances (Pair of Coordinates)

Author: O. Conrad (c) 2015
Menu: Projection | Tools

Description

Calculates for all segments of the input lines the planar, great elliptic, and loxodrome distance and re-projects the latter two to the projection of the input lines.

Parameters

	Name	Type	Identifier	Description	Constraints
Input	Grid	grid, input, optional	`CRS_GRID`	-	-
Input	Shapes	shapes, input, optional	`CRS_SHAPES`	-	-
Output	Geographic Distances	shapes, output	`DISTANCES`	-	-
Options	Get CRS Definition from...	choice, CMD	`CRS_METHOD`	-	Available Choices: [0] Proj4 Parameters [1] EPSG Code [2] Well Known Text File Default: 0
	Proj4 Parameters	long text	`CRS_PROJ4`	-	Default: +proj=longlat +datum=WGS84 +no_defs
	Projection Type	choice	`PROJ_TYPE`	Available Projections: [adams_hemi] Adams Hemisphere in a Square [adams_ws1] Adams World in a Square I [adams_ws2] Adams World in a Square II [aea] Albers Equal Area (lat_1= lat_2=) [aeqd] Azimuthal Equidistant (lat_0 guam) [affine] Affine transformation [airy] Airy (no_cut lat_b=) [aitoff] Aitoff [alsk] Mod. Stereographic of Alaska [apian] Apian Globular I [august] August Epicycloidal [axisswap] Axis ordering [bacon] Bacon Globular [bertin1953] Bertin 1953 [bipc] Bipolar conic of western hemisphere [boggs] Boggs Eumorphic [bonne] Bonne (Werner lat_1=90) (lat_1=) [calcofi] Cal Coop Ocean Fish Invest Lines/Stations [cart] Geodetic/cartesian conversions [cass] Cassini [cc] Central Cylindrical [ccon] Central Conic (lat_1=) [cea] Equal Area Cylindrical (lat_ts=) [chamb] Chamberlin Trimetric (lat_1= lon_1= lat_2= lon_2= lat_3= lon_3=) [collg] Collignon [col_urban] Colombia Urban (h_0=) [comill] Compact Miller [crast] Craster Parabolic (Putnins P4) [defmodel] Deformation model [deformation] Kinematic grid shift [denoy] Denoyer Semi-Elliptical [eck1] Eckert I [eck2] Eckert II [eck3] Eckert III [eck4] Eckert IV [eck5] Eckert V [eck6] Eckert VI [eqearth] Equal Earth [eqc] Equidistant Cylindrical (Plate Carree) (lat_ts=[, lat_0=0]) [eqdc] Equidistant Conic (lat_1= lat_2=) [euler] Euler (lat_1= and lat_2=) [etmerc] Extended Transverse Mercator [fahey] Fahey [fouc] Foucaut [fouc_s] Foucaut Sinusoidal [gall] Gall (Gall Stereographic) [geoc] Geocentric Latitude [geocent] Geocentric [geogoffset] Geographic Offset [geos] Geostationary Satellite View (h=) [gins8] Ginsburg VIII (TsNIIGAiK) [gn_sinu] General Sinusoidal Series (m= n=) [gnom] Gnomonic [goode] Goode Homolosine [gs48] Mod. Stereographic of 48 U.S. [gs50] Mod. Stereographic of 50 U.S. [guyou] Guyou [hammer] Hammer & Eckert-Greifendorff (W= M=) [hatano] Hatano Asymmetrical Equal Area [healpix] HEALPix (rot_xy=) [rhealpix] rHEALPix (north_square= south_square=) [helmert] 3(6)-, 4(8)- and 7(14)-parameter Helmert shift [hgridshift] Horizontal grid shift [horner] Horner polynomial evaluation [igh] Interrupted Goode Homolosine [igh_o] Interrupted Goode Homolosine Oceanic View [imw_p] International Map of the World Polyconic (lat_1= and lat_2= [lon_1=]) [isea] Icosahedral Snyder Equal Area [kav5] Kavraisky V [kav7] Kavraisky VII [krovak] Krovak [labrd] Laborde (Special for Madagascar) [laea] Lambert Azimuthal Equal Area [lagrng] Lagrange (W=) [larr] Larrivee [lask] Laskowski [lonlat] Lat/long (Geodetic) [latlon] Lat/long (Geodetic alias) [latlong] Lat/long (Geodetic alias) [longlat] Lat/long (Geodetic alias) [lcc] Lambert Conformal Conic (lat_1= and lat_2= or lat_0, k_0=) [lcca] Lambert Conformal Conic Alternative (lat_0=) [leac] Lambert Equal Area Conic (lat_1= south) [lee_os] Lee Oblated Stereographic [loxim] Loximuthal [lsat] Space oblique for LANDSAT (lsat= path=) [mbt_s] McBryde-Thomas Flat-Polar Sine (No. 1) [mbt_fps] McBryde-Thomas Flat-Pole Sine (No. 2) [mbtfpp] McBride-Thomas Flat-Polar Parabolic [mbtfpq] McBryde-Thomas Flat-Polar Quartic [mbtfps] McBryde-Thomas Flat-Polar Sinusoidal [merc] Mercator (lat_ts=) [mil_os] Miller Oblated Stereographic [mill] Miller Cylindrical [misrsom] Space oblique for MISR (path=) [moll] Mollweide [molobadekas] Molodensky-Badekas transformation [molodensky] Molodensky transform [murd1] Murdoch I (lat_1= and lat_2=) [murd2] Murdoch II (lat_1= and lat_2=) [murd3] Murdoch III (lat_1= and lat_2=) [natearth] Natural Earth [natearth2] Natural Earth 2 [nell] Nell [nell_h] Nell-Hammer [nicol] Nicolosi Globular [nsper] Near-sided perspective (h=) [nzmg] New Zealand Map Grid [noop] No operation [ob_tran] General Oblique Transformation (o_proj= plus parameters for projection o_lat_p= o_lon_p= (new pole) or o_alpha= o_lon_c= o_lat_c= or o_lon_1= o_lat_1= o_lon_2= o_lat_2=) [ocea] Oblique Cylindrical Equal Area (lat_1= lat_2= lon_1= lon_2=) [oea] Oblated Equal Area (n= m= theta=) [omerc] Oblique Mercator (alpha= [gamma=] [no_off] lonc= or lon_1= lat_1= lon_2= lat_2=) [ortel] Ortelius Oval [ortho] Orthographic [pconic] Perspective Conic (lat_1= and lat_2=) [patterson] Patterson Cylindrical [peirce_q] Peirce Quincuncial [pipeline] Transformation pipeline manager [poly] Polyconic (American) [pop] Retrieve coordinate value from pipeline stack [push] Save coordinate value on pipeline stack [putp1] Putnins P1 [putp2] Putnins P2 [putp3] Putnins P3 [putp3p] Putnins P3' [putp4p] Putnins P4' [putp5] Putnins P5 [putp5p] Putnins P5' [putp6] Putnins P6 [putp6p] Putnins P6' [qua_aut] Quartic Authalic [qsc] Quadrilateralized Spherical Cube [robin] Robinson [rouss] Roussilhe Stereographic [rpoly] Rectangular Polyconic (lat_ts=) [sch] Spherical Cross-track Height (plat_0= plon_0= phdg_0= [h_0=]) [set] Set coordinate value [sinu] Sinusoidal (Sanson-Flamsteed) [somerc] Swiss. Obl. Mercator (For CH1903) [stere] Stereographic (lat_ts=) [sterea] Oblique Stereographic Alternative [gstmerc] Gauss-Schreiber Transverse Mercator (aka Gauss-Laborde Reunion) (lat_0= lon_0= k_0=) [tcc] Transverse Central Cylindrical [tcea] Transverse Cylindrical Equal Area [times] Times [tinshift] Triangulation based transformation [tissot] Tissot (lat_1= and lat_2=) [tmerc] Transverse Mercator (approx) [tobmerc] Tobler-Mercator [tpeqd] Two Point Equidistant (lat_1= lon_1= lat_2= lon_2=) [tpers] Tilted perspective (tilt= azi= h=) [unitconvert] Unit conversion [ups] Universal Polar Stereographic (south) [urm5] Urmaev V (n= q= alpha=) [urmfps] Urmaev Flat-Polar Sinusoidal (n=) [utm] Universal Transverse Mercator (UTM) (zone= south approx) [vandg] van der Grinten (I) [vandg2] van der Grinten II [vandg3] van der Grinten III [vandg4] van der Grinten IV [vitk1] Vitkovsky I (lat_1= and lat_2=) [vgridshift] Vertical grid shift [wag1] Wagner I (Kavraisky VI) [wag2] Wagner II [wag3] Wagner III (lat_ts=) [wag4] Wagner IV [wag5] Wagner V [wag6] Wagner VI [wag7] Wagner VII [webmerc] Web Mercator / Pseudo Mercator [weren] Werenskiold I [wink1] Winkel I (lat_ts=) [wink2] Winkel II (lat_1=) [wintri] Winkel Tripel (lat_1) [xyzgridshift] Geocentric grid shift	Available Choices: [0] Adams Hemisphere in a Square [1] Adams World in a Square I [2] Adams World in a Square II [3] Albers Equal Area [4] Azimuthal Equidistant [5] Affine transformation [6] Airy [7] Aitoff [8] Mod. Stereographic of Alaska [9] Apian Globular I [10] August Epicycloidal [11] Axis ordering [12] Bacon Globular [13] Bertin 1953 [14] Bipolar conic of western hemisphere [15] Boggs Eumorphic [16] Bonne (Werner lat_1=90) [17] Cal Coop Ocean Fish Invest Lines/Stations [18] Geodetic/cartesian conversions [19] Cassini [20] Central Cylindrical [21] Central Conic [22] Equal Area Cylindrical [23] Chamberlin Trimetric [24] Collignon [25] Colombia Urban [26] Compact Miller [27] Craster Parabolic (Putnins P4) [28] Deformation model [29] Kinematic grid shift [30] Denoyer Semi-Elliptical [31] Eckert I [32] Eckert II [33] Eckert III [34] Eckert IV [35] Eckert V [36] Eckert VI [37] Equal Earth [38] Equidistant Cylindrical (Plate Carree) [39] Equidistant Conic [40] Euler [41] Extended Transverse Mercator [42] Fahey [43] Foucaut [44] Foucaut Sinusoidal [45] Gall (Gall Stereographic) [46] Geocentric Latitude [47] Geocentric [48] Geographic Offset [49] Geostationary Satellite View [50] Ginsburg VIII (TsNIIGAiK) [51] General Sinusoidal Series [52] Gnomonic [53] Goode Homolosine [54] Mod. Stereographic of 48 U.S. [55] Mod. Stereographic of 50 U.S. [56] Guyou [57] Hammer & Eckert-Greifendorff [58] Hatano Asymmetrical Equal Area [59] HEALPix [60] rHEALPix [61] 3(6)-, 4(8)- and 7(14)-parameter Helmert shift [62] Horizontal grid shift [63] Horner polynomial evaluation [64] Interrupted Goode Homolosine [65] Interrupted Goode Homolosine Oceanic View [66] International Map of the World Polyconic [67] Icosahedral Snyder Equal Area [68] Kavraisky V [69] Kavraisky VII [70] Krovak [71] Laborde [72] Lambert Azimuthal Equal Area [73] Lagrange [74] Larrivee [75] Laskowski [76] Lat/long (Geodetic) [77] Lat/long (Geodetic alias) [78] Lat/long (Geodetic alias) [79] Lat/long (Geodetic alias) [80] Lambert Conformal Conic [81] Lambert Conformal Conic Alternative [82] Lambert Equal Area Conic [83] Lee Oblated Stereographic [84] Loximuthal [85] Space oblique for LANDSAT [86] McBryde-Thomas Flat-Polar Sine (No. 1) [87] McBryde-Thomas Flat-Pole Sine (No. 2) [88] McBride-Thomas Flat-Polar Parabolic [89] McBryde-Thomas Flat-Polar Quartic [90] McBryde-Thomas Flat-Polar Sinusoidal [91] Mercator [92] Miller Oblated Stereographic [93] Miller Cylindrical [94] Space oblique for MISR [95] Mollweide [96] Molodensky-Badekas transformation [97] Molodensky transform [98] Murdoch I [99] Murdoch II [100] Murdoch III [101] Natural Earth [102] Natural Earth 2 [103] Nell [104] Nell-Hammer [105] Nicolosi Globular [106] Near-sided perspective [107] New Zealand Map Grid [108] No operation [109] General Oblique Transformation [110] Oblique Cylindrical Equal Area [111] Oblated Equal Area [112] Oblique Mercator [113] Ortelius Oval [114] Orthographic [115] Perspective Conic [116] Patterson Cylindrical [117] Peirce Quincuncial [118] Transformation pipeline manager [119] Polyconic (American) [120] Retrieve coordinate value from pipeline stack [121] Save coordinate value on pipeline stack [122] Putnins P1 [123] Putnins P2 [124] Putnins P3 [125] Putnins P3' [126] Putnins P4' [127] Putnins P5 [128] Putnins P5' [129] Putnins P6 [130] Putnins P6' [131] Quartic Authalic [132] Quadrilateralized Spherical Cube [133] Robinson [134] Roussilhe Stereographic [135] Rectangular Polyconic [136] Spherical Cross-track Height [137] Set coordinate value [138] Sinusoidal (Sanson-Flamsteed) [139] Swiss. Obl. Mercator [140] Stereographic [141] Oblique Stereographic Alternative [142] Gauss-Schreiber Transverse Mercator (aka Gauss-Laborde Reunion) [143] Transverse Central Cylindrical [144] Transverse Cylindrical Equal Area [145] Times [146] Triangulation based transformation [147] Tissot [148] Transverse Mercator [149] Tobler-Mercator [150] Two Point Equidistant [151] Tilted perspective [152] Unit conversion [153] Universal Polar Stereographic [154] Urmaev V [155] Urmaev Flat-Polar Sinusoidal [156] Universal Transverse Mercator (UTM) [157] van der Grinten (I) [158] van der Grinten II [159] van der Grinten III [160] van der Grinten IV [161] Vitkovsky I [162] Vertical grid shift [163] Wagner I (Kavraisky VI) [164] Wagner II [165] Wagner III [166] Wagner IV [167] Wagner V [168] Wagner VI [169] Wagner VII [170] Web Mercator / Pseudo Mercator [171] Werenskiold I [172] Winkel I [173] Winkel II [174] Winkel Tripel [175] Geocentric grid shift Default: 0
	Datum Definition	choice	`DATUM_DEF`	-	Available Choices: [0] Predefined Datum [1] User Defined Datum Default: 0
	Latitude 1	floating point number	`aealat_1`	-	Default: 33.000000
	Latitude 2	floating point number	`aealat_2`	-	Default: 45.000000
	Use Guam elliptical	boolean	`aeqdguam`	-	Default: 0
	Latitude B	floating point number	`airylat_b`	-	Default: 45.000000
	No Cut	boolean	`airyno_cut`	-	Default: 1
	Latitude 1	floating point number	`bonnelat_1`	-	Default: 45.000000
	True Scale Latitude	floating point number	`cealat_ts`	-	Default: 0.000000
	Latitude 1	floating point number	`chamblat_1`	-	Default: 30.000000
	Longitude 1	floating point number	`chamblon_1`	-	Default: -20.000000
	Latitude 2	floating point number	`chamblat_2`	-	Default: 40.000000
	Longitude 2	floating point number	`chamblon_2`	-	Default: 0.000000
	Latitude 3	floating point number	`chamblat_3`	-	Default: 50.000000
	Longitude 3	floating point number	`chamblon_3`	-	Default: 20.000000
	True Scale Latitude	floating point number	`eqclat_ts`	-	Default: 0.000000
	Latitude 1	floating point number	`eqdclat_1`	-	Default: 33.000000
	Latitude 2	floating point number	`eqdclat_2`	-	Default: 45.000000
	Latitude 1	floating point number	`eulerlat_1`	-	Default: 33.000000
	Latitude 2	floating point number	`eulerlat_2`	-	Default: 45.000000
	Satellite Height [m]	floating point number	`geosh`	-	Default: 35785831.000000
	Sweep Angle	choice	`geossweep`	-	Available Choices: [0] x [1] y Default: 0
	m	floating point number	`gn_sinum`	-	Default: 0.500000
	n	floating point number	`gn_sinun`	-	Default: 1.785398
	W	floating point number	`hammerW`	-	Default: 0.500000
	M	floating point number	`hammerM`	-	Default: 1.000000
	Latitude 1	floating point number	`imw_plat_1`	-	Default: 33.000000
	Latitude 2	floating point number	`imw_plat_2`	-	Default: 45.000000
	Azimuth	floating point number	`labrdazi`	-	Default: 19.000000
	Latitude 1	floating point number	`lagrnglat_1`	-	Default: 0.000000
	W	floating point number	`lagrngW`	-	Default: 2.000000
	Latitude 1	floating point number	`lcclat_1`	-	Default: 33.000000
	Latitude 2	floating point number	`lcclat_2`	-	Default: 45.000000
	Latitude 1	floating point number	`leaclat_1`	-	Default: 45.000000
	South	boolean	`leacsouth`	-	Default: 0
	Landsat Satellite (1-5)	integer number	`lsatlsat`	-	Default: 5
	Path (1-255/233 1-3/4-5	integer number	`lsatpath`	-	Default: 195
	True Scale Latitude	floating point number	`merclat_ts`	-	Default: 0.000000
	Latitude 1	floating point number	`murd1lat_1`	-	Default: 33.000000
	Latitude 2	floating point number	`murd1lat_2`	-	Default: 45.000000
	Latitude 1	floating point number	`murd2lat_1`	-	Default: 33.000000
	Latitude 2	floating point number	`murd2lat_2`	-	Default: 45.000000
	Latitude 1	floating point number	`murd3lat_1`	-	Default: 33.000000
	Latitude 2	floating point number	`murd3lat_2`	-	Default: 45.000000
	Height of view point	floating point number	`nsperh`	-	Default: 1.000000
	Latitude Pole	floating point number	`ob_trano_lat_p`	-	Default: 40.000000
	Longitude Pole	floating point number	`ob_trano_lon_p`	-	Default: 40.000000
	Latitude 1	floating point number	`ocealat_1`	-	Default: 40.000000
	Longitude 1	floating point number	`ocealon_1`	-	Default: -20.000000
	Latitude 2	floating point number	`ocealat_2`	-	Default: 50.000000
	Longitude 2	floating point number	`ocealon_2`	-	Default: 20.000000
	m	floating point number	`oeam`	-	Default: 1.000000
	n	floating point number	`oean`	-	Default: 1.000000
	theta	floating point number	`oeatheta`	-	Default: 45.000000
	Latitude 1	floating point number	`omerclat_1`	-	Default: 40.000000
	Longitude 1	floating point number	`omerclon_1`	-	Default: -20.000000
	Latitude 2	floating point number	`omerclat_2`	-	Default: 50.000000
	Longitude 2	floating point number	`omerclon_2`	-	Default: 20.000000
	Latitude 1	floating point number	`pconiclat_1`	-	Default: 33.000000
	Latitude 2	floating point number	`pconiclat_2`	-	Default: 45.000000
	True Scale Latitude	floating point number	`rpolylat_ts`	-	Default: 45.000000
	True Scale Latitude	floating point number	`sterelat_ts`	-	Default: 45.000000
Latitude 1	floating point number	`tissotlat_1`	-	Default: 33.000000
Latitude 2	floating point number	`tissotlat_2`	-	Default: 45.000000
Latitude 1	floating point number	`tpeqdlat_1`	-	Default: 40.000000
Longitude 1	floating point number	`tpeqdlon_1`	-	Default: -20.000000
Latitude 2	floating point number	`tpeqdlat_2`	-	Default: 50.000000
Longitude 2	floating point number	`tpeqdlon_2`	-	Default: 20.000000
Tilt	floating point number	`tperstilt`	-	Default: 45.000000
Azimuth	floating point number	`tpersazi`	-	Default: 45.000000
h	floating point number	`tpersh`	-	Default: 1000.000000
South	boolean	`upssouth`	-	Default: 1
n	floating point number	`urm5n`	-	Default: 1.000000
q	floating point number	`urm5q`	-	Default: 1.000000
alphi	floating point number	`urm5alphi`	-	Default: 45.000000
n	floating point number	`urmfpsn`	-	Default: 1.000000
Zone	integer number	`utmzone`	-	Default: 32
South	boolean	`utmsouth`	-	Default: 0
Latitude 1	floating point number	`vitk1lat_1`	-	Default: 33.000000
Latitude 2	floating point number	`vitk1lat_2`	-	Default: 45.000000
True Scale Latitude	floating point number	`wag3lat_ts`	-	Default: 45.000000
True Scale Latitude	floating point number	`wink1lat_ts`	-	Default: 45.000000
Latitude 1	floating point number	`wink2lat_1`	-	Default: 40.000000
Latitude 1	floating point number	`wintrilat_1`	-	Default: 40.000000
Predefined Datum	choice	`DATUM`	-	Available Choices: [0] WGS84 [1] Greek Geodetic Reference System 1987 [2] North American Datum 1983 [3] North American Datum 1927 [4] Potsdam Rauenberg 1950 DHDN [5] Carthage 1934 Tunisia [6] Hermannskogel [7] Ireland 1965 [8] New Zealand Geodetic Datum 1949 [9] Airy 1830 Default: 0
Ellipsoid Definition	choice	`ELLIPSOID`	-	Available Choices: [0] Predefined Ellipsoids [1] Semimajor Axis and Semiminor Axis [2] Semimajor Axis and Flattening [3] Semimajor Axis and Reciprocal Flattening [4] Semimajor Axis and Eccentricity [5] Semimajor Axis and Eccentricity Squared Default: 0
Predefined Ellipsoids	choice	`ELLPS_DEF`	-	Available Choices: [0] MERIT 1983 (a=6378137.0, rf=298.257) [1] Soviet Geodetic System 85 (a=6378136.0, rf=298.257) [2] GRS 1980(IUGG, 1980) (a=6378137.0, rf=298.257222101) [3] IAU 1976 (a=6378140.0, rf=298.257) [4] Airy 1830 (a=6377563.396, rf=299.3249646) [5] Appl. Physics. 1965 (a=6378137.0, rf=298.25) [6] Naval Weapons Lab., 1965 (a=6378145.0, rf=298.25) [7] Modified Airy (a=6377340.189, b=6356034.446) [8] Andrae 1876 (Den., Iclnd.) (a=6377104.43, rf=300.0) [9] Andrae 1876 (Denmark, Iceland) (a=6377019.2563, rf=300.0) [10] Australian Natl & S. Amer. 1969 (a=6378160.0, rf=298.25) [11] GRS 67(IUGG 1967) (a=6378160.0, rf=298.2471674270) [12] GSK-2011 (a=6378136.5, rf=298.2564151) [13] Bessel 1841 (a=6377397.155, rf=299.1528128) [14] Bessel 1841 (Namibia) (a=6377483.865, rf=299.1528128) [15] Clarke 1866 (a=6378206.4, b=6356583.8) [16] Clarke 1880 mod. (a=6378249.145, rf=293.4663) [17] Clarke 1880 (IGN). (a=6378249.2, rf=293.4660212936269) [18] Comm. des Poids et Mesures 1799 (a=6375738.7, rf=334.29) [19] Delambre 1810 (Belgium) (a=6376428., rf=311.5) [20] Engelis 1985 (a=6378136.05, rf=298.2566) [21] Everest 1830 (a=6377276.345, rf=300.8017) [22] Everest 1948 (a=6377304.063, rf=300.8017) [23] Everest 1956 (a=6377301.243, rf=300.8017) [24] Everest 1969 (a=6377295.664, rf=300.8017) [25] Everest (Sabah & Sarawak) (a=6377298.556, rf=300.8017) [26] Fischer (Mercury Datum) 1960 (a=6378166., rf=298.3) [27] Modified Fischer 1960 (a=6378155., rf=298.3) [28] Fischer 1968 (a=6378150., rf=298.3) [29] Helmert 1906 (a=6378200., rf=298.3) [30] Hough (a=6378270.0, rf=297.) [31] International 1909 (Hayford) (a=6378388.0, rf=297.) [32] Krassovsky, 1942 (a=6378245.0, rf=298.3) [33] Kaula 1961 (a=6378163., rf=298.24) [34] Lerch 1979 (a=6378139., rf=298.257) [35] Maupertius 1738 (a=6397300., rf=191.) [36] New International 1967 (a=6378157.5, b=6356772.2) [37] Plessis 1817 (France) (a=6376523., b=6355863.) [38] PZ-90 (a=6378136.0, rf=298.25784) [39] Southeast Asia (a=6378155.0, b=6356773.3205) [40] Walbeck (a=6376896.0, b=6355834.8467) [41] WGS 60 (a=6378165.0, rf=298.3) [42] WGS 66 (a=6378145.0, rf=298.25) [43] WGS 72 (a=6378135.0, rf=298.26) [44] WGS 84 (a=6378137.0, rf=298.257223563) [45] Normal Sphere (r=6370997) (a=6370997.0, b=6370997.0) Default: 0
Semimajor Axis (a)	floating point number	`ELLPS_A`	-	Default: 6378137.000000
Semiminor Axis (b)	floating point number	`ELLPS_B`	-	Default: 6356752.314000
Flattening (f)	floating point number	`ELLPS_F`	-	Default: 0.003353
Reciprocal Flattening (rf)	floating point number	`ELLPS_RF`	-	Default: 298.257220
Eccentricity (e)	floating point number	`ELLPS_E`	-	Default: 9004939.287542
Squared Eccentricity (es)	floating point number	`ELLPS_ES`	-	Default: 81088931572313.359375
Datum Shift	choice	`DATUM_SHIFT`	-	Available Choices: [0] none [1] 3 parameters (translation only) [2] 7 parameters [3] Datum Shift Grid Default: 0
Translation X	floating point number	`DS_DX`	-	Default: 0.000000
Translation Y	floating point number	`DS_DY`	-	Default: 0.000000
Translation Z	floating point number	`DS_DZ`	-	Default: 0.000000
Rotation X	floating point number	`DS_RX`	-	Default: 0.000000
Rotation Y	floating point number	`DS_RY`	-	Default: 0.000000
Rotation Z	floating point number	`DS_RZ`	-	Default: 0.000000
Scaling	floating point number	`DS_SC`	-	Default: 0.000000
Datum Shift Grid File	file path	`DATUM_GRID`	-	-
Central Meridian	floating point number	`LON_0`	-	Default: 0.000000
Central Parallel	floating point number	`LAT_0`	-	Default: 0.000000
False Easting	floating point number	`X_0`	-	Default: 0.000000
False Northing	floating point number	`Y_0`	-	Default: 0.000000
Scale Factor	floating point number	`K_0`	-	Minimum: 0.000000 Default: 1.000000
Unit	choice	`UNIT`	-	Available Choices: [0] Kilometer (1000) [1] Meter (1) [2] Decimeter (1/10) [3] Centimeter (1/100) [4] Millimeter (1/1000) [5] International Nautical Mile (1852) [6] International Inch (0.0254) [7] International Foot (0.3048) [8] International Yard (0.9144) [9] International Statute Mile (1609.344) [10] International Fathom (1.8288) [11] International Chain (20.1168) [12] International Link (0.201168) [13] U.S. Surveyor's Inch (1/39.37) [14] U.S. Surveyor's Foot (0.304800609601219) [15] U.S. Surveyor's Yard (0.914401828803658) [16] U.S. Surveyor's Chain (20.11684023368047) [17] U.S. Surveyor's Statute Mile (1609.347218694437) [18] Indian Yard (0.91439523) [19] Indian Foot (0.30479841) [20] Indian Chain (20.11669506) Default: 1
Ignore Defaults	boolean	`NO_DEFS`	-	Default: 0
Allow longitudes outside -180 to 180 Range	boolean	`OVER`	-	Default: 0
Grid system	grid system	`CRS_GRID_GRIDSYSTEM`	-	-
Well Known Text File	file path	`CRS_FILE`	-	-
Authority Code	integer number	`CRS_EPSG`	-	Default: 4326
Authority	text	`CRS_EPSG_AUTH`	-	Default: EPSG
Geographic Coordinate Systems	choice, GUI	`CRS_EPSG_GEOGCS`	-	Available Choices: [0]
Projected Coordinate Systems	choice, GUI	`CRS_EPSG_PROJCS`	-	Available Choices: [0]
X	floating point number	`COORD_X1`	-	Default: 10.000000
Y	floating point number	`COORD_Y1`	-	Default: 53.500000
X	floating point number	`COORD_X2`	-	Default: 116.500000
Y	floating point number	`COORD_Y2`	-	Default: 6.400000
Epsilon	floating point number	`EPSILON`	defines the maximum resolution [km] for the re-projected distance segments	Minimum: 1.000000 Default: 100.000000

Command Line


Usage: saga_cmd pj_proj4 21 [-CRS_METHOD ] [-CRS_PROJ4 ] [-CRS_FILE ] [-CRS_EPSG ] [-CRS_EPSG_AUTH ] [-DISTANCES ] [-COORD_X1 ] [-COORD_Y1 ] [-COORD_X2 ] [-COORD_Y2 ] [-EPSILON ]
  -CRS_METHOD:   	Get CRS Definition from...
	choice, CMD
	Available Choices:
	[0] Proj4 Parameters
	[1] EPSG Code
	[2] Well Known Text File
	Default: 0
  -CRS_PROJ4:    	Proj4 Parameters
	long text
	Default: +proj=longlat +datum=WGS84 +no_defs 
  -CRS_FILE:     	Well Known Text File
	file path
  -CRS_EPSG:     	Authority Code
	integer number
	Default: 4326
  -CRS_EPSG_AUTH:	Authority
	text
	Default: EPSG
  -DISTANCES:    	Geographic Distances
	shapes, output
  -COORD_X1:  	X
	floating point number
	Default: 10.000000
  -COORD_Y1:  	Y
	floating point number
	Default: 53.500000
  -COORD_X2:  	X
	floating point number
	Default: 116.500000
  -COORD_Y2:  	Y
	floating point number
	Default: 6.400000
  -EPSILON:   	Epsilon
	floating point number
	Minimum: 1.000000
	Default: 100.000000