212 if ( projection == QLatin1String(
"adams_ws2" ) )
213 return QObject::tr(
"Adams World in a Square II" );
214 if ( projection == QLatin1String(
"aea" ) )
215 return QObject::tr(
"Albers Equal Area" );
216 if ( projection == QLatin1String(
"aeqd" ) )
217 return QObject::tr(
"Azimuthal Equidistant" );
218 if ( projection == QLatin1String(
"airy" ) )
219 return QObject::tr(
"Airy" );
220 if ( projection == QLatin1String(
"aitoff" ) )
221 return QObject::tr(
"Aitoff" );
222 if ( projection == QLatin1String(
"alsk" ) )
223 return QObject::tr(
"Modified Stererographics of Alaska" );
224 if ( projection == QLatin1String(
"apian" ) )
225 return QObject::tr(
"Apian Globular I" );
226 if ( projection == QLatin1String(
"august" ) )
227 return QObject::tr(
"August Epicycloidal" );
228 if ( projection == QLatin1String(
"bacon" ) )
229 return QObject::tr(
"Bacon Globular" );
230 if ( projection == QLatin1String(
"bipc" ) )
231 return QObject::tr(
"Bipolar Conic of Western Hemisphere" );
232 if ( projection == QLatin1String(
"boggs" ) )
233 return QObject::tr(
"Boggs Eumorphic" );
234 if ( projection == QLatin1String(
"bonne" ) )
235 return QObject::tr(
"Bonne (Werner lat_1=90)" );
236 if ( projection == QLatin1String(
"cass" ) )
237 return QObject::tr(
"Cassini" );
238 if ( projection == QLatin1String(
"cc" ) )
239 return QObject::tr(
"Central Cylindrical" );
240 if ( projection == QLatin1String(
"cea" ) )
241 return QObject::tr(
"Equal Area Cylindrical" );
242 if ( projection == QLatin1String(
"chamb" ) )
243 return QObject::tr(
"Chamberlin Trimetric" );
244 if ( projection == QLatin1String(
"col_urban" ) )
245 return QObject::tr(
"Colombia Urban" );
246 if ( projection == QLatin1String(
"collg" ) )
247 return QObject::tr(
"Collignon" );
248 if ( projection == QLatin1String(
"comill" ) )
249 return QObject::tr(
"Compact Miller" );
250 if ( projection == QLatin1String(
"crast" ) )
251 return QObject::tr(
"Craster Parabolic (Putnins P4)" );
252 if ( projection == QLatin1String(
"denoy" ) )
253 return QObject::tr(
"Denoyer Semi-Elliptical" );
254 if ( projection == QLatin1String(
"eck1" ) )
255 return QObject::tr(
"Eckert I" );
256 if ( projection == QLatin1String(
"eck2" ) )
257 return QObject::tr(
"Eckert II" );
258 if ( projection == QLatin1String(
"eck3" ) )
259 return QObject::tr(
"Eckert III" );
260 if ( projection == QLatin1String(
"eck4" ) )
261 return QObject::tr(
"Eckert IV" );
262 if ( projection == QLatin1String(
"eck5" ) )
263 return QObject::tr(
"Eckert V" );
264 if ( projection == QLatin1String(
"eck6" ) )
265 return QObject::tr(
"Eckert VI" );
266 if ( projection == QLatin1String(
"eqc" ) )
267 return QObject::tr(
"Equidistant Cylindrical (Plate Carrée)" );
268 if ( projection == QLatin1String(
"eqdc" ) )
269 return QObject::tr(
"Equidistant Conic" );
270 if ( projection == QLatin1String(
"eqearth" ) )
271 return QObject::tr(
"Equal Earth" );
272 if ( projection == QLatin1String(
"euler" ) )
273 return QObject::tr(
"Euler" );
274 if ( projection == QLatin1String(
"fahey" ) )
275 return QObject::tr(
"Fahey" );
276 if ( projection == QLatin1String(
"fouc" ) )
277 return QObject::tr(
"Foucaut" );
278 if ( projection == QLatin1String(
"fouc_s" ) )
279 return QObject::tr(
"Foucaut Sinusoidal" );
280 if ( projection == QLatin1String(
"gall" ) )
281 return QObject::tr(
"Gall (Gall Stereographic)" );
282 if ( projection == QLatin1String(
"geocent" ) )
283 return QObject::tr(
"Geocentric" );
284 if ( projection == QLatin1String(
"geos" ) )
285 return QObject::tr(
"Geostationary Satellite View" );
286 if ( projection == QLatin1String(
"gins8" ) )
287 return QObject::tr(
"Ginsburg VIII (TsNIIGAiK)" );
288 if ( projection == QLatin1String(
"gn_sinu" ) )
289 return QObject::tr(
"General Sinusoidal Series" );
290 if ( projection == QLatin1String(
"gnom" ) )
291 return QObject::tr(
"Gnomonic" );
292 if ( projection == QLatin1String(
"goode" ) )
293 return QObject::tr(
"Goode Homolosine" );
294 if ( projection == QLatin1String(
"gs48" ) )
295 return QObject::tr(
"Modified Stererographics of 48 U.S." );
296 if ( projection == QLatin1String(
"gs50" ) )
297 return QObject::tr(
"Modified Stererographics of 50 U.S." );
298 if ( projection == QLatin1String(
"hammer" ) )
299 return QObject::tr(
"Hammer & Eckert-Greifendorff" );
300 if ( projection == QLatin1String(
"hatano" ) )
301 return QObject::tr(
"Hatano Asymmetrical Equal Area" );
302 if ( projection == QLatin1String(
"igh" ) )
303 return QObject::tr(
"Interrupted Goode Homolosine" );
304 if ( projection == QLatin1String(
"igh_o" ) )
305 return QObject::tr(
"Interrupted Goode Homolosine (Oceanic View)" );
306 if ( projection == QLatin1String(
"imw_p" ) )
307 return QObject::tr(
"International Map of the World Polyconic" );
308 if ( projection == QLatin1String(
"kav5" ) )
309 return QObject::tr(
"Kavraisky V" );
310 if ( projection == QLatin1String(
"kav7" ) )
311 return QObject::tr(
"Kavraisky VII" );
312 if ( projection == QLatin1String(
"krovak" ) )
313 return QObject::tr(
"Krovak" );
314 if ( projection == QLatin1String(
"labrd" ) )
315 return QObject::tr(
"Laborde" );
316 if ( projection == QLatin1String(
"laea" ) )
317 return QObject::tr(
"Lambert Azimuthal Equal Area" );
318 if ( projection == QLatin1String(
"lagrng" ) )
319 return QObject::tr(
"Lagrange" );
320 if ( projection == QLatin1String(
"larr" ) )
321 return QObject::tr(
"Larrivee" );
322 if ( projection == QLatin1String(
"lask" ) )
323 return QObject::tr(
"Laskowski" );
324 if ( projection == QLatin1String(
"longlat" ) )
325 return QObject::tr(
"Long/lat (Geodetic Alias)" );
326 if ( projection == QLatin1String(
"latlong" ) )
327 return QObject::tr(
"Lat/long (Geodetic Alias)" );
328 if ( projection == QLatin1String(
"lcc" ) )
329 return QObject::tr(
"Lambert Conformal Conic" );
330 if ( projection == QLatin1String(
"lcca" ) )
331 return QObject::tr(
"Lambert Conformal Conic Alternative" );
332 if ( projection == QLatin1String(
"leac" ) )
333 return QObject::tr(
"Lambert Equal Area Conic" );
334 if ( projection == QLatin1String(
"lee_os" ) )
335 return QObject::tr(
"Lee Oblated Stereographic" );
336 if ( projection == QLatin1String(
"loxim" ) )
337 return QObject::tr(
"Loximuthal" );
338 if ( projection == QLatin1String(
"lsat" ) )
339 return QObject::tr(
"Space Oblique for LANDSAT" );
340 if ( projection == QLatin1String(
"mbt_s" ) )
341 return QObject::tr(
"McBryde-Thomas Flat-Polar Sine (No. 1)" );
342 if ( projection == QLatin1String(
"mbt_fps" ) )
343 return QObject::tr(
"McBryde-Thomas Flat-Pole Sine (No. 2)" );
344 if ( projection == QLatin1String(
"mbtfpp" ) )
345 return QObject::tr(
"McBride-Thomas Flat-Polar Parabolic" );
346 if ( projection == QLatin1String(
"mbtfpq" ) )
347 return QObject::tr(
"McBryde-Thomas Flat-Polar Quartic" );
348 if ( projection == QLatin1String(
"mbtfps" ) )
349 return QObject::tr(
"McBryde-Thomas Flat-Polar Sinusoidal" );
350 if ( projection == QLatin1String(
"merc" ) )
351 return QObject::tr(
"Mercator" );
352 if ( projection == QLatin1String(
"mil_os" ) )
353 return QObject::tr(
"Miller Oblated Stereographic" );
354 if ( projection == QLatin1String(
"mill" ) )
355 return QObject::tr(
"Miller Cylindrical" );
356 if ( projection == QLatin1String(
"mod_krovak" ) )
357 return QObject::tr(
"Modified Krovak" );
358 if ( projection == QLatin1String(
"moll" ) )
359 return QObject::tr(
"Mollweide" );
360 if ( projection == QLatin1String(
"murd1" ) )
361 return QObject::tr(
"Murdoch I" );
362 if ( projection == QLatin1String(
"murd2" ) )
363 return QObject::tr(
"Murdoch II" );
364 if ( projection == QLatin1String(
"murd3" ) )
365 return QObject::tr(
"Murdoch III" );
366 if ( projection == QLatin1String(
"natearth" ) )
367 return QObject::tr(
"Natural Earth" );
368 if ( projection == QLatin1String(
"natearth2" ) )
369 return QObject::tr(
"Natural Earth II" );
370 if ( projection == QLatin1String(
"nell" ) )
371 return QObject::tr(
"Nell" );
372 if ( projection == QLatin1String(
"nell_h" ) )
373 return QObject::tr(
"Nell-Hammer" );
374 if ( projection == QLatin1String(
"nicol" ) )
375 return QObject::tr(
"Nicolosi Globular" );
376 if ( projection == QLatin1String(
"nsper" ) )
377 return QObject::tr(
"Near-sided Perspective" );
378 if ( projection == QLatin1String(
"nzmg" ) )
379 return QObject::tr(
"New Zealand Map Grid" );
380 if ( projection == QLatin1String(
"ob_tran" ) )
381 return QObject::tr(
"General Oblique Transformation" );
382 if ( projection == QLatin1String(
"ocea" ) )
383 return QObject::tr(
"Oblique Cylindrical Equal Area" );
384 if ( projection == QLatin1String(
"oea" ) )
385 return QObject::tr(
"Oblated Equal Area" );
386 if ( projection == QLatin1String(
"omerc" ) )
387 return QObject::tr(
"Oblique Mercator" );
388 if ( projection == QLatin1String(
"ortel" ) )
389 return QObject::tr(
"Ortelius Oval" );
390 if ( projection == QLatin1String(
"ortho" ) )
391 return QObject::tr(
"Orthographic" );
392 if ( projection == QLatin1String(
"patterson" ) )
393 return QObject::tr(
"Patterson" );
394 if ( projection == QLatin1String(
"pconic" ) )
395 return QObject::tr(
"Perspective Conic" );
396 if ( projection == QLatin1String(
"peirce_q" ) )
397 return QObject::tr(
"Peirce Quincuncial" );
398 if ( projection == QLatin1String(
"poly" ) )
399 return QObject::tr(
"Polyconic (American)" );
400 if ( projection == QLatin1String(
"putp1" ) )
401 return QObject::tr(
"Putnins P1" );
402 if ( projection == QLatin1String(
"putp2" ) )
403 return QObject::tr(
"Putnins P2" );
404 if ( projection == QLatin1String(
"putp3" ) )
405 return QObject::tr(
"Putnins P3" );
406 if ( projection == QLatin1String(
"putp3p" ) )
407 return QObject::tr(
"Putnins P3'" );
408 if ( projection == QLatin1String(
"putp4p" ) )
409 return QObject::tr(
"Putnins P4'" );
410 if ( projection == QLatin1String(
"putp5" ) )
411 return QObject::tr(
"Putnins P5" );
412 if ( projection == QLatin1String(
"putp5p" ) )
413 return QObject::tr(
"Putnins P5'" );
414 if ( projection == QLatin1String(
"putp6" ) )
415 return QObject::tr(
"Putnins P6" );
416 if ( projection == QLatin1String(
"putp6p" ) )
417 return QObject::tr(
"Putnins P6'" );
418 if ( projection == QLatin1String(
"qua_aut" ) )
419 return QObject::tr(
"Quartic Authalic" );
420 if ( projection == QLatin1String(
"robin" ) )
421 return QObject::tr(
"Robinson" );
422 if ( projection == QLatin1String(
"rouss" ) )
423 return QObject::tr(
"Roussilhe Stereographic" );
424 if ( projection == QLatin1String(
"rpoly" ) )
425 return QObject::tr(
"Rectangular Polyconic" );
426 if ( projection == QLatin1String(
"sinu" ) )
427 return QObject::tr(
"Sinusoidal (Sanson-Flamsteed)" );
428 if ( projection == QLatin1String(
"somerc" ) )
429 return QObject::tr(
"Swiss Oblique Mercator" );
430 if ( projection == QLatin1String(
"stere" ) )
431 return QObject::tr(
"Stereographic" );
432 if ( projection == QLatin1String(
"sterea" ) )
433 return QObject::tr(
"Oblique Stereographic Alternative" );
434 if ( projection == QLatin1String(
"tcc" ) )
435 return QObject::tr(
"Transverse Central Cylindrical" );
436 if ( projection == QLatin1String(
"tcea" ) )
437 return QObject::tr(
"Transverse Cylindrical Equal Area" );
438 if ( projection == QLatin1String(
"times" ) )
439 return QObject::tr(
"Times" );
440 if ( projection == QLatin1String(
"tissot" ) )
441 return QObject::tr(
"Tissot" );
442 if ( projection == QLatin1String(
"tmerc" ) )
443 return QObject::tr(
"Transverse Mercator" );
444 if ( projection == QLatin1String(
"tpeqd" ) )
445 return QObject::tr(
"Two Point Equidistant" );
446 if ( projection == QLatin1String(
"tpers" ) )
447 return QObject::tr(
"Tilted Perspective" );
448 if ( projection == QLatin1String(
"ups" ) )
449 return QObject::tr(
"Universal Polar Stereographic" );
450 if ( projection == QLatin1String(
"urm5" ) )
451 return QObject::tr(
"Urmaev V" );
452 if ( projection == QLatin1String(
"urmfps" ) )
453 return QObject::tr(
"Urmaev Flat-Polar Sinusoidal" );
454 if ( projection == QLatin1String(
"utm" ) )
455 return QObject::tr(
"Universal Transverse Mercator (UTM)" );
456 if ( projection == QLatin1String(
"vandg" ) )
457 return QObject::tr(
"van der Grinten (I)" );
458 if ( projection == QLatin1String(
"vandg2" ) )
459 return QObject::tr(
"van der Grinten II" );
460 if ( projection == QLatin1String(
"vandg3" ) )
461 return QObject::tr(
"van der Grinten III" );
462 if ( projection == QLatin1String(
"vandg4" ) )
463 return QObject::tr(
"van der Grinten IV" );
464 if ( projection == QLatin1String(
"vitk1" ) )
465 return QObject::tr(
"Vitkovsky I" );
466 if ( projection == QLatin1String(
"wag1" ) )
467 return QObject::tr(
"Wagner I (Kavraisky VI)" );
468 if ( projection == QLatin1String(
"wag2" ) )
469 return QObject::tr(
"Wagner II" );
470 if ( projection == QLatin1String(
"wag3" ) )
471 return QObject::tr(
"Wagner III" );
472 if ( projection == QLatin1String(
"wag4" ) )
473 return QObject::tr(
"Wagner IV" );
474 if ( projection == QLatin1String(
"wag5" ) )
475 return QObject::tr(
"Wagner V" );
476 if ( projection == QLatin1String(
"wag6" ) )
477 return QObject::tr(
"Wagner VI" );
478 if ( projection == QLatin1String(
"wag7" ) )
479 return QObject::tr(
"Wagner VII" );
480 if ( projection == QLatin1String(
"weren" ) )
481 return QObject::tr(
"Werenskiold I" );
482 if ( projection == QLatin1String(
"wink1" ) )
483 return QObject::tr(
"Winkel I" );
484 if ( projection == QLatin1String(
"wink2" ) )
485 return QObject::tr(
"Winkel II" );
486 if ( projection == QLatin1String(
"wintri" ) )
487 return QObject::tr(
"Winkel Tripel" );
488 if ( projection == QLatin1String(
"gstmerc" ) )
489 return QObject::tr(
"Gauss-Schreiber" );