* QUANTITY : waterlevelbnd, velocitybnd, dischargebnd, tangentialvelocitybnd, normalvelocitybnd filetype=9 method=2,3 * : outflowbnd, neumannbnd, qhbnd filetype=9 method=2,3 * : salinitybnd filetype=9 method=2,3 * : gateloweredgelevel, damlevel, pump filetype=9 method=2,3 * : frictioncoefficient, horizontaleddyviscositycoefficient, advectiontype, ibotlevtype filetype=4,7,10 method=4 * : initialwaterlevel filetype=4,7,10,12 method=4,5 * : initialsalinity, initialsalinitytop: use initialsalinity for depth-uniform, or * : as bed level value in combination with initialsalinitytop filetype=4,7,10 method=4 * : windx, windy, windxy, rainfall_mmperday, atmosphericpressure filetype=1,2,4,7,8 method=1,2,3 * : shiptxy, movingstationtxy filetype=1 method=1 * * kx = Vectormax = Nr of variables specified on the same time/space frame. Eg. Wind magnitude,direction: kx = 2 * FILETYPE=1 : uniform kx = 1 value 1 dim array uni * FILETYPE=2 : unimagdir kx = 2 values 1 dim array, uni mag/dir transf to u,v, in index 1,2 * FILETYPE=3 : svwp kx = 3 fields u,v,p 3 dim array nointerpolation * FILETYPE=4 : arcinfo kx = 1 field 2 dim array bilin/direct * FILETYPE=5 : spiderweb kx = 3 fields 3 dim array bilin/spw * FILETYPE=6 : curvi kx = ? bilin/findnm * FILETYPE=7 : triangulation kx = 1 field 1 dim array triangulation * FILETYPE=8 : triangulation_magdir kx = 2 fields consisting of Filetype=2 triangulation in (wind) stations * * FILETYPE=9 : polyline kx = 1 For polyline points i= 1 through N specify boundary signals, either as * timeseries or Fourier components or tidal constituents * Timeseries are in files *_000i.tim, two columns: time (min) values * Fourier components and or tidal constituents are in files *_000i.cmp, three columns * period (min) or constituent name (e.g. M2), amplitude and phase (deg) * If no file is specified for a node, its value will be interpolated from surrounding nodes * If only one signal file is specified, the boundary gets a uniform signal * For a dischargebnd, only one signal file must be specified * * FILETYPE=10 : inside_polygon kx = 1 field uniform value inside polygon for INITIAL fields * FILETYPE=11 : ncgrid currently not in use * FILETYPE=12 : ncflow kx = 1 field 1 dim array triangulation * * METHOD =0 : provider just updates, another provider that pointers to this one does the actual interpolation * =1 : intp space and time (getval) keep 2 meteofields in memory * =2 : first intp space (update), next intp. time (getval) keep 2 flowfields in memory * =3 : save weightfactors, intp space and time (getval), keep 2 pointer- and weight sets in memory. * =4 : only spatial, inside polygon * =5 : only spatial, triangulation * =6 : only spatial, averaging * =7 : only spatial, index triangulation * =8 : only spatial, smoothing * =9 : only spatial, internal diffusion * * OPERAND =O : Override at all points * =+ : Add to previously specified value * =* : Multiply with previously specified value * =A : Apply only if no value specified previously (For Initial fields, similar to Quickin preserving best data specified first) * * VALUE = : Offset value for this provider * * FACTOR = : Conversion factor for this provider * ************************************************************************************************************** QUANTITY=rainfall FILENAME=rainfall.tim FILETYPE=1 METHOD=1 OPERAND=O