* flt2flt.def (definitions for flt2flt)
* .....................................
*
* grid.pol=  ....................... grid type 1
* grid.geo=  ............. grid type 2
* grid.sph=  . grid type 3
* grid.pol.ext=  .............. grid type 4
* grid.mer=  ...... grid type 5
* vector.param=  
* t.and.td.to.rh.param= 
* direction.true.north.param= 
* turn.180.direction.true.north.param= 
* switch.sign.param= 
* # smoothing: -4=shap4 -2=shap2 1,2,3,...=lowbandpass filter
* param.smooth= 
* param.min= 
* param.max= 
* param.min.max= 
* set.param.scale= 
* check.undef.in.first.field ................................. (default)
* check.undef.in.each.field
* ocean.interp.field= 
* end
*
grid.geo=  101, 144,  37,-177.5,  90.,  2.5, -2.5           << ec 2.5deg sph(P)
grid.geo=  102, 240, 121,-178.5,  90.,  1.5, -1.5           << ec 1.5deg sph(surf)
grid.geo=  103, 720, 181,-179.5,  90.,  0.5, -0.5           << ec 0.5deg sph(P)
grid.geo=  104, 720, 361,-179.5,  90.,  0.5, -0.5           << ec 0.5deg sph(surf)
grid.geo=  300, 120,  61,-177.0,  90.,  3.0, -3.0           << ecwave 3.0deg sph
grid.pol=  503,  61,  49,   25.,  43.,  79., -32.           << ec 150km pol
grid.pol=  504,  93,  68,   54.,  52.,  79.,   0.           << ec 150km pol
grid.pol=  533,  81,  81,   41.,  41.,  39.5,  0.           << ec 300km pol
grid.pol=  604,  55,  49,   28.,  59.5,118.5,  0.           << uk.finmask 100km pol
grid.pol= 1814, 121,  97,   59., 109., 237.,  -5.           << lam50s 50km pol
grid.pol= 1815, 121,  97,  145., 109., 474., +58.           << lam25s 25km pol
grid.pol= 1830, 105, 127,   43., 121., 237., -32.           << hindcast 50km pol
grid.pol= 1840, 151, 133,   43., 121., 237., -32.           << lam50e 50km pol
grid.pol= 1841, 170, 133,   43., 121., 237.769, -32.        << hirlam 50km pol, Emep
grid.pol= 1993, 141, 131,  -69., 701.,2370.,  -5.           << lam5.s.nor 5km pol
grid.pol= 1994, 115,  85, 1080., 230.,3950., +90.           << lam3.ol94 3km pol
grid.pol= 1905, 229, 196,  115., 148., 237.,   0.           << hirlam 50km pol
grid.pol= 1907,  77,  66,   39.,  50.,  79.,   0.           << hirlam 150km pol
grid.pol= 1920, 547, 431,  274., 351.,592.5.,  0.           << hirlam 20km pol
grid.pol= 1995, 121, 191,    0., 355.,1185.,   0.           << hirlam.10km 10km pol ('2010')
grid.sph= 1914,  98,  80, -23.5,-23.5,  0.5,  0.5, -5., 65. << hirlam 0.5deg sph
grid.sph= 1997, 224, 324,   6.0,-13.0, 0.10, 0.10,-40., 68. << hirlam.0.1deg (T3E)
grid.sph= 1998, 248, 341,  5.75,-13.25,0.10, 0.10,-40., 68. << 0.10deg rot (hirlam10_mod)
grid.sph= 2001, 468, 378, -46.5,-36.5,  0.2,  0.2,  0., 65. << hirlam 0.2deg sph
grid.sph= 2006, 188, 152, -46.5,-36.5,  0.5,  0.5,  0., 65. << hirlam 0.5deg sph
grid.sph= 2106,  96,  77, -47.0,-37.0,  1.0,  1.0,  0., 65. << hirlam 1.0deg sph
grid.sph= 2010,  88, 202, 10.00,-6.50, 0.10, 0.10,-22., 66. << hirlam 0.1deg sph
grid.sph= 2335, 152, 150,  -6.0, -6.0, 0.05, 0.05, 13., 62.5  << hirlam 0.05deg sph ("5km")
grid.pol= 2999, 425, 333,  213.,275.,474.,0.                << 25km Bakkeanalyse ("2001" i diana)
*
grid.sph=  960, 142, 113, -41.8,-25.0, 0.45, 0.45,  0., 65. << Wam sph
*
grid.pol=  906, 265, 135,  209.,128.5, 592.5,+58.           << sea 20km clim.arch
grid.pol=  907, 208, 120,  203.,128.5, 592.5,+58.           << sea 20km pol NEW
grid.pol=  911, 201,  81,  196.,128.5, 592.5,+58.           << sea 20km pol
*
vector.param=  2,3, 33,34
*
vector.param=  291,292
*
vector.param=  302,303, 309,310, 342,343,
*
* t.and.td.to.rh.param= 31,88,32
* t.and.td.to.rh.param= 31,32,32
* set.param.scale= 32,-1
*
direction.true.north.param= 203, 204, 212, 214, 222, 224, 299
* turn.180.direction.true.north.param= 203, 204, 212, 214, 222, 224, 299
*
* param.smooth= 10,2
*
param.min=  9, 0.
param.min=  15,0.,  16,0.,  17,0., 19,0., 20,0., 65,0., 66,0.
param.min= 200,0., 201,0., 202,0.
param.min.max= 10,0.,100.
param.min.max= 25,0.,100., 39,0.,100.
param.min.max= 32,0.,100.
param.min.max= 104,0.,100., 181,0.,100., 191,0.,100.
*
* Used with command line option -i5
* (defined/undefined output grid positions, bottom field usually)
ocean.interp.field= 4,0,8,351,0,0
*
end