MGRS—Military Grid Reference System. Follows the UTM coordinates and divides the world into 6-degree longitude and 20 latitude bands, but MGRS then further subdivides the grid zones into smaller 100,000-meter grids. These 100,000-meter grids are then divided into 10,000-meter, 1,000-meter...
SHAPE —Only available when a point feature layer is selected as input. The coordinates of each point are used to define the output format. DD, DDM, DMS, and UTM are also valid keywords; they can be used just by typing in (on dialog) or passing the value in scripting. However, keywor...
This is a Common Lisp library to convert coordinates between Latitude/Longitude and UTM (Universal Transverse Mercator) or UPS (Universal Polar Stereographic). API In the library, latitude and longitude are represented by real numbers (degrees), positive for northern latitude and eastern longitudes,...
–Conversion of Coordinates in Decimal Degrees to UTM. –Conversion of Coordinates in Degrees, Minutes and Seconds to Decimal Degrees. –Conversion of Decimal Degrees to Coordinates in Degrees, Minutes, and Seconds. Here you can downloadExcel template to convert between Geographic Coordinates and UTM ...
Easting Northing to Lat Long.xlsm Types of Coordinates (Easting Northing and Latitude-Longitude)? Easting and Northing: The Easting coordinate indicates the distance measured eastward from a reference point, whereas the Northing coordinate represents the distance measured northward from the same reference...
The library does not handle polar coordinates, at current. Anything above the 84 degrees N. or below 80 degrees S. I need to Add that. This requires converting to Polar (UPS) then to MGRS, where as now we first convert to utm then to mgrs. ...
To convert all coordinates from a vector points map in the current projection to WGS84 long/lat, with output in decimal form: v.out.ascii bugsites | m.proj -od To transform points from a UTM projection into the Gauss-Kr�ger Grid System, importing and exporting to files: m.proj ...
M3D will take the geographic coordinates (lat/long degrees) from the prj of the shapefile and transform them to projected coordinates (X,Y meters), effectively georeferencing them onto an x,y grid in UTM. This shapefile would be reusable in all your models that has a...
(180/Math.PI) //degrees converted to radians var C1 = e_prim_sqr * (0.5*(1 + Math.cos(2*radian_lat1))) var T1 = (1-Math.cos(2*radian_lat1))/(1+Math.cos(2*radian_lat1)) var N1 = a/(Math.sqrt(1-(e_sqr*0.5*(1-Math.cos(2*rad...