| 1 | =====================FORMER PATHNAMES FILE=================== |
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| 2 | /work/bb1170/RUN/b381737/data/FLEXPARTWRF/berlin_one_site_flat/day_stable_single_50k/ |
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| 3 | /work/bb1170/RUN/b381737/data/WRF_OUTPUT/Leonie/ |
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| 4 | /work/bb1170/RUN/b381737/data/WRF_OUTPUT/Leonie/AVAILABLE_d01 |
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| 5 | /work/bb1170/RUN/b381737/data/WRF_OUTPUT/Leonie/ |
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| 6 | /work/bb1170/RUN/b381737/data/WRF_OUTPUT/Leonie/AVAILABLE_d02 |
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| 7 | ============================================================= |
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| 8 | =====================FORMER COMMAND FILE===================== |
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| 9 | -1 LDIRECT: 1 for forward simulation, -1 for backward simulation |
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| 10 | 20210802 030000 YYYYMMDD HHMISS beginning date of simulation |
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| 11 | 20210802 160000 YYYYMMDD HHMISS beginning date of simulation |
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| 12 | 3600 SSSSS (int) output every SSSSS seconds |
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| 13 | 3600 SSSSS (int) time average of output (in SSSSS seconds) |
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| 14 | 90 SSSSS (int) sampling rate of output (in SSSSS seconds) |
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| 15 | 99999999 SSSSS (int) time constant for particle splitting (in seconds) |
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| 16 | 90 SSSSS (int) synchronisation interval of flexpart (in seconds) |
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| 17 | 5.0 CTL (real) factor by which time step must be smaller than tl |
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| 18 | 10 IFINE (int) decrease of time step for vertical motion by factor ifine |
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| 19 | 1 IOUT 1 concentration, 2 mixing ratio, 3 both, 4 plume traject, 5=1+4 |
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| 20 | 0 IPOUT particle dump: 0 no, 1 every output interval, 2 only at end |
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| 21 | 1 LSUBGRID subgrid terrain effect parameterization: 1 yes, 0 no |
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| 22 | 0 LCONVECTION convection: 3 yes, 0 no |
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| 23 | 180.0 DT_CONV (real) time interval to call convection, seconds |
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| 24 | 0 LAGESPECTRA age spectra: 1 yes, 0 no |
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| 25 | 0 IPIN continue simulation with dumped particle data: 1 yes, 0 no |
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| 26 | 0 IFLUX calculate fluxes: 1 yes, 0 no |
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| 27 | 1 IOUTPUTFOREACHREL CREATE AN OUPUT FILE FOR EACH RELEASE LOCATION: 1 YES, 0 NO |
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| 28 | 0 MDOMAINFILL domain-filling trajectory option: 1 yes, 0 no, 2 strat. o3 tracer |
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| 29 | 1 IND_SOURCE 1=mass unit , 2=mass mixing ratio unit |
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| 30 | 2 IND_RECEPTOR 1=mass unit , 2=mass mixing ratio unit |
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| 31 | 0 NESTED_OUTPUT shall nested output be used? 1 yes, 0 no |
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| 32 | 0 LINIT_COND INITIAL COND. FOR BW RUNS: 0=NO,1=MASS UNIT,2=MASS MIXING RATIO UNIT |
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| 33 | 1 TURB_OPTION 0=no turbulence; 1=diagnosed as in flexpart_ecmwf; 2 and 3=from tke. |
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| 34 | 1 LU_OPTION 0=old landuse (IGBP.dat); 1=landuse from WRF |
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| 35 | 0 CBL SCHEME 0=no, 1=yes. works if TURB_OPTION=1 |
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| 36 | 0 SFC_OPTION 0=default computation of u*, hflux, pblh, 1=from wrf |
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| 37 | 0 WIND_OPTION 0=snapshot winds, 1=mean winds,2=snapshot eta-dot,-1=w based on divergence |
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| 38 | 0 TIME_OPTION 1=correction of time validity for time-average wind, 0=no need |
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| 39 | 1 OUTGRID_COORD 0=wrf grid(meters), 1=regular lat/lon grid |
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| 40 | 1 RELEASE_COORD 0=wrf grid(meters), 1=regular lat/lon grid |
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| 41 | 2 IOUTTYPE 0=default binary, 1=ascii (for particle dump only),2=netcdf |
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| 42 | 10000 NCTIMEREC (int) Time frames per output file, only used for netcdf |
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| 43 | 0 VERBOSE VERBOSE MODE,0=minimum, 100=maximum |
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| 44 | =====================FORMER AGECLASESS FILE================== |
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| 45 | 1 NAGECLASS number of age classes |
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| 46 | 999999 SSSSSS (int) age class in SSSSS seconds |
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| 47 | =====================FORMER OUTGRID FILE===================== |
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| 48 | 11.82 OUTLONLEFT geograhical longitude of lower left corner of output grid |
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| 49 | 51.57 OUTLATLOWER geographical latitude of lower left corner of output grid |
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| 50 | 310 NUMXGRID number of grid points in x direction (= 310 of cells ) |
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| 51 | 177 NUMYGRID number of grid points in y direction (= 177 of cells ) |
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| 52 | 1 OUTGRIDDEF outgrid defined 0=using grid distance, 1=upperright corner coordinate |
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| 53 | 14.93 DXOUTLON grid distance in x direction or upper right corner of output grid |
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| 54 | 53.34 DYOUTLAT grid distance in y direction or upper right corner of output grid |
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| 55 | 1 NUMZGRID number of vertical levels |
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| 56 | 60.0 LEVEL height of level (upper boundary) |
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| 57 | =====================FORMER RECEPTOR FILE==================== |
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| 58 | 0 NUMRECEPTOR number of receptors |
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| 59 | =====================FORMER SPECIES FILE===================== |
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| 60 | 1 NUMTABLE number of variable properties. The following lines are fixed format |
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| 61 | XXXX|NAME |decaytime |wetscava |wetsb|drydif|dryhenry|drya|partrho |parmean|partsig|dryvelo|weight | |
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| 62 | CO2 -999.9 -9.9E-09 -9.9 -9.9E+09 -9.99 44.01 |
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| 63 | =====================FORMER RELEEASES FILE=================== |
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| 64 | 1 NSPEC total number of species emitted |
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| 65 | 0 EMITVAR 1 for emission variation |
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| 66 | 1 LINK index of species in file SPECIES |
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| 67 | 1 NUMPOINT number of releases |
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| 68 | 20210802 140000 ID1, IT1 beginning date and time of release |
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| 69 | 20210802 150000 ID1, IT1 ending date and time of release |
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| 70 | 13.762482 XPOINT1 (real) longitude [deg] of lower left corner |
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| 71 | 52.496826 YPOINT1 (real) latitude [deg] of lower left corner |
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| 72 | 13.762482 XPOINT2 (real) longitude [deg] of upper right corner |
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| 73 | 52.496826 YPOINT2 (real) latitude [DEG] of upper right corner |
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| 74 | 1 KINDZ (int) 1 for m above ground, 2 for m above sea level, 3 pressure |
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| 75 | 50.0 ZPOINT1 (real) lower z-level |
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| 76 | 50.0 ZPOINT2 (real) upper z-level |
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| 77 | 50000 NPART (int) total number of particles to be released |
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| 78 | 1.0000E+05 XMASS (real) total mass emitted |
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| 79 | east NAME OF RELEASE LOCATION |
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