| 252 | [=#surface_fraction ''surface_fraction(nsurface_fraction,y,x)''] |
| 253 | }}} |
| 254 | {{{#!td style="vertical-align:top" |
| 255 | NC_FLOAT |
| 256 | }}} |
| 257 | {{{#!td style="vertical-align:top" |
| 258 | {{{_FillValue=-127b}}}(*)\\{{{coordinates}}}\\{{{grid_mapping}}}\\{{{long_name="water type classification"}}}\\{{{res_orig}}}\\{{{source}}}\\{{{units="1"}}} |
| 259 | }}} |
| 260 | {{{#!td style="vertical-align:top" |
| 261 | Relative fraction of the respective surface type given via [#vegetation ''vegetation_type''] (''nsurface_fraction'' = 0), [#pavement_type ''pavement_type''] (''nsurface_fraction'' = 1) and [#water_type ''water_type''] (''nsurface_fraction'' = 2). The sum over all relative fractions must be equal to one for each location. This parameter is only needed at locations (y,x) where more than one surface type (vegetation, pavement, water) is defined. Moreover, if more than one surface type is defined at a location, the relative fractions of the respective surface types must not be 0. Also, if '''surface_fraction''' is given for one of the above mentioned surface types, this type need to be defined at this location. |
| 262 | }}} |
| 263 | |---------------- |
| 264 | {{{#!td style="vertical-align:top" |