| -J (upper case for width, lower case for scale) Map projection |
| -JAlon0/lat0[/horizon]/width |
Lambert azimuthal equal area … |
| -JBlon0/lat0/lat1/lat2width |
Albers conic equal area … |
| -JClon0/lat0width |
Cassini cylindrical … |
| -JCyl_stere/[lon0[/lat0/]]width |
Cylindrical stereographic … |
| -JDlon0/lat0/lat1/lat2width |
Equidistant conic … |
| -JElon0/lat0[/horizon]/width |
Azimuthal equidistant … |
| -JFlon0/lat0[/horizon]/width |
Azimuthal gnomonic … |
| -JGlon0/lat0[/horizon]/width |
Azimuthal orthographic … |
| -JGlon0/lat0alt/azim/tilt/twist/W/H/width |
General perspective … |
| -JH[lon0/]width |
Hammer equal area … |
| -JI[lon0/]width |
Sinusoidal equal area … |
| -JJ[lon0/]width |
Miller cylindrical … |
| -JKf[lon0/]width |
Eckert IV equal area … |
| -JKs[lon0/]width |
Eckert VI equal area … |
| -JLlon0/lat0/lat1/lat2width |
Lambert conic conformal … |
| -JM[lon0[/lat0/]]width |
Mercator cylindrical … |
| -JN[lon0/]width |
Robinson … |
| -JOalon0/lat0azim/width |
Oblique Mercator, 1: origin and azim … |
| -JOblon0/lat0/lon1/lat1width |
Oblique Mercator, 2: two points … |
| -JOclon0/lat0/lonp/latpwidth |
Oblique Mercator, 3: origin and pole … |
| -JP[a]width[/origin] |
Polar [azimuthal] (\(\theta, r\)) (or cylindrical) |
| -JPoly[lon0[/lat0/]]width |
(American) polyconic … |
| -JQ[lon0[/lat0/]]width |
Equidistant cylindrical … |
| -JR[lon0/]width |
Winkel Tripel … |
| -JSlon0/lat0[/horizon]/width |
General stereographic … |
| -JT[lon0[/lat0/]]width |
Transverse Mercator … |
| -JUzone/width |
Universal Transverse Mercator (UTM) … |
| -JV[lon0/]width |
Van der Grinten … |
| -JW[lon0/]width |
Mollweide … |
| -JXwidth[l|pexp|T|t][/height[l|pexp|T|t]][d] |
Linear, log\(_{10}\), \(x^a-y^b\), and time |
| -JYlon0/lat0width |
Cylindrical equal area … |