Deltares, DELWAQ1 Version 5.01.03.3575, Apr 1 2014, 15:45:05 Execution start: 2015/12/14 16:47:05 ----------> Version number of the input file is: 4.910 ----------> Output level of the listfile is: 4 Model : BLOOM basic Michel Jeuken - Deltares Run : 2014 T0: 2014.01.01 00:00:00 (scu= 1s) Intermediate version absolute timer detected ! System clock is 1 seconds ! Number of active constituents : 17 Number of inactive constituents : 4 Total number of constituents : 21 Number name 1 Continuity 2 NH4 3 NO3 4 PO4 5 Si 6 Opal 7 POC1 8 PON1 9 POP1 10 BLUEGRN_E 11 BLUEGRN_N 12 BLUEGRN_P 13 FDIATOMS_E 14 FDIATOMS_P 15 GREENS_E 16 GREENS_N 17 GREENS_P 18 DetCS1 19 DetNS1 20 DetPS1 21 DetSiS1 ************************************************************************************************************* B L O C K - 1 ***** Factor between two clocks : 86400 System clock in date-format DDHHMMSS Auxiliary timer in date-format DDHHMMSS The auxiliary timer is not equal to the system timer. All the process fluxes will be scaled from the auxiliary timer to the system timer. Integration option : 21.73 Keyword ( 9) detected: BAL_NOLUMPPROCESSES Keyword (10) detected: BAL_LUMPLOADS Keyword (11) detected: BAL_LUMPTRANSPORT Keyword (14) detected: BAL_NOSUPPRESSSPACE Keyword (15) detected: BAL_NOSUPPRESSTIME Start of simulation : 0Y- 0D- 0H- 0M- 0S. End of simulation : 1Y- 0D- 0H- 0M- 0S. Selected option for time step size : 0 Integration time stepsize is : 0Y- 1D- 0H- 0M- 0S. Dump areas: option selected for input : 1 Number of dump areas : 1 Dump area : 1 : The cell Number of segments in area : 1 number segment 1 1 Transects: option selected for input : 2 No transects used. Monitoring timings : Start time : 0Y- 0D- 0H- 0M- 0S Stop time : 1Y- 0D- 0H- 0M- 0S Time step : 0Y- 1D- 0H- 0M- 0S Output timings : Start time : 0Y- 0D- 0H- 0M- 0S Stop time : 1Y- 0D- 0H- 0M- 0S Time step : 0Y- 1D- 0H- 0M- 0S History timings : Start time : 0Y- 0D- 0H- 0M- 0S Stop time : 1Y- 0D- 0H- 0M- 0S Time step : 0Y- 1D- 0H- 0M- 0S ************************************************************************************************************* B L O C K - 2 ***** Number of segments : 1 NO process decomposition selected option selected for grid layout : 2 Grid layout not used. Including file: ../hydro/1x1x1_stagnant/com-1x1x1.atr 2 blocks of time independent attribute contribution 1 attributes in this block Selected file option is 1 Information from the standard input file. second selected option 1 constant values without defaults Information will be printed for output option is 5 or higher ! Pointer of contribution 1 mapped to attribute 1 1 attributes in this block Selected file option is 1 Information from the standard input file. second selected option 1 constant values without defaults Information will be printed for output option is 5 or higher ! Pointer of contribution 1 mapped to attribute 2 option for time dependent attributes 0 NO time dependent attributes Volumes: Closing file: ../hydro/1x1x1_stagnant/com-1x1x1.atr Continuing on file: bloom_basic.inp First selected option : -2 Information from unformatted intermediate file. Filename is: ../hydro/1x1x1_stagnant/com-1x1x1.vol ************************************************************************************************************* B L O C K - 3 ***** Dimensions of the system : Number of exchanges 1st direction : 0 Number of exchanges 2nd direction : 2 Number of exchanges 3rd direction : 0 Total number of exchanges : 2 Number of dispersion arrays : 0 Number of velocity arrays : 0 Input option : 1 Option selected for pointers : 0 Information from unformatted intermediate file. Filename is: ../hydro/1x1x1_stagnant/com-1x1x1.poi Number of boundaries : 2 boundary exchange from to number number segment segment 1 1 -1 1 2 2 1 -2 Size of the big matrix for fast solvers is: 2 Dispersion: First selected option : 1 Information from the standard input file. Constant values without defaults Scale factors: 1 2 3 1.0000E+00 1.0000E+00 1.0000E+00 Unscaled values: 1 1.0000E+00 1.0000E+00 1.0000E-07 Area: First selected option : -2 Information from unformatted intermediate file. Filename is: ../hydro/1x1x1_stagnant/com-1x1x1.are Flows: First selected option : -2 Information from unformatted intermediate file. Filename is: ../hydro/1x1x1_stagnant/com-1x1x1.flo Lengths: Option for lengths : 1 Lengths variable over the area. First selected option : 0 Information from unformatted intermediate file. Filename is: ../hydro/1x1x1_stagnant/com-1x1x1.len ************************************************************************************************************* B L O C K - 4 ***** Bound nr: boundary-IDs: boundary-names: boundary-types: 1 1 (In/out 1) 1 (In/out 1) 1/1 (In/out 1) 2 2 (In/out 2) 2 (In/out 2) 2/1 (In/out 2) Number of different boundary types: 2 Type: Type-string 1 1/1 (In/out 1) 2 2/1 (In/out 2) Time lag option: 2 Constant time lags with defaults Default value : 0Y- 0D- 0H- 0M- 0S Number of overridings : 2 Number values 1 0Y- 0D- 0H- 0M- 0S 2 0Y- 0D- 0H- 0M- 0S Boundary concentrations BLOCKED per ITEM: Input BOUNDARIES nr: 1 is BOUNDARIES nr: 1 with type: 1/1 (In/out 1) CONCENTRATIONs within the item blocks: Input CONCENTR. nr: 1 is CONCENTR. nr: 1 with ID : Continuity and local substitution: Continuity Input CONCENTR. nr: 2 is CONCENTR. nr: 2 with ID : NH4 and local substitution: NH4 Input CONCENTR. nr: 3 is CONCENTR. nr: 3 with ID : NO3 and local substitution: NO3 Input CONCENTR. nr: 4 is CONCENTR. nr: 4 with ID : PO4 and local substitution: PO4 Input CONCENTR. nr: 5 is CONCENTR. nr: 5 with ID : Si and local substitution: Si Input CONCENTR. nr: 6 is CONCENTR. nr: 6 with ID : Opal and local substitution: Opal Input CONCENTR. nr: 7 is CONCENTR. nr: 7 with ID : POC1 and local substitution: POC1 Input CONCENTR. nr: 8 is CONCENTR. nr: 8 with ID : PON1 and local substitution: PON1 Input CONCENTR. nr: 9 is CONCENTR. nr: 9 with ID : POP1 and local substitution: POP1 Input CONCENTR. nr: 10 is CONCENTR. nr: 10 with ID : BLUEGRN_E and local substitution: BLUEGRN_E Input CONCENTR. nr: 11 is CONCENTR. nr: 11 with ID : BLUEGRN_N and local substitution: BLUEGRN_N Input CONCENTR. nr: 12 is CONCENTR. nr: 12 with ID : BLUEGRN_P and local substitution: BLUEGRN_P Input CONCENTR. nr: 13 is CONCENTR. nr: 13 with ID : FDIATOMS_E and local substitution: FDIATOMS_E Input CONCENTR. nr: 14 is CONCENTR. nr: 14 with ID : FDIATOMS_P and local substitution: FDIATOMS_P Input CONCENTR. nr: 15 is CONCENTR. nr: 15 with ID : GREENS_E and local substitution: GREENS_E Input CONCENTR. nr: 16 is CONCENTR. nr: 16 with ID : GREENS_N and local substitution: GREENS_N Input CONCENTR. nr: 17 is CONCENTR. nr: 17 with ID : GREENS_P and local substitution: GREENS_P Linear interpolation is selected ! Column: 1 contains: Continuity Status: used Column: 2 contains: NH4 Status: used Column: 3 contains: NO3 Status: used Column: 4 contains: PO4 Status: used Column: 5 contains: Si Status: used Column: 6 contains: Opal Status: used Column: 7 contains: POC1 Status: used Column: 8 contains: PON1 Status: used Column: 9 contains: POP1 Status: used Column: 10 contains: BLUEGRN_E Status: used Column: 11 contains: BLUEGRN_N Status: used Column: 12 contains: BLUEGRN_P Status: used Column: 13 contains: FDIATOMS_E Status: used Column: 14 contains: FDIATOMS_P Status: used Column: 15 contains: GREENS_E Status: used Column: 16 contains: GREENS_N Status: used Column: 17 contains: GREENS_P Status: used DATA grouped in 1 blocks of 17 Substance Number of breakpoints with full data: 2 breakpoint 1 : 0 Substance 1 2 3 4 5 6 7 8 9 10 boundary Continuity NH4 NO3 PO4 Si Opal POC1 PON1 POP1 BLUEGRN_E 1 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 Substance 11 12 13 14 15 16 17 boundary BLUEGRN_N BLUEGRN_P FDIATOMS_E FDIATOMS_P GREENS_E GREENS_N GREENS_P 1 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 breakpoint 2 : 31536000 Substance 1 2 3 4 5 6 7 8 9 10 boundary Continuity NH4 NO3 PO4 Si Opal POC1 PON1 POP1 BLUEGRN_E 1 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 Substance 11 12 13 14 15 16 17 boundary BLUEGRN_N BLUEGRN_P FDIATOMS_E FDIATOMS_P GREENS_E GREENS_N GREENS_P 1 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 ====> input item completed <==== BLOCKED per ITEM: Input BOUNDARIES nr: 1 is BOUNDARIES nr: 2 with type: 2/1 (In/out 2) CONCENTRATIONs within the item blocks: Input CONCENTR. nr: 1 is CONCENTR. nr: 1 with ID : Continuity and local substitution: Continuity Input CONCENTR. nr: 2 is CONCENTR. nr: 2 with ID : NH4 and local substitution: NH4 Input CONCENTR. nr: 3 is CONCENTR. nr: 3 with ID : NO3 and local substitution: NO3 Input CONCENTR. nr: 4 is CONCENTR. nr: 4 with ID : PO4 and local substitution: PO4 Input CONCENTR. nr: 5 is CONCENTR. nr: 5 with ID : Si and local substitution: Si Input CONCENTR. nr: 6 is CONCENTR. nr: 6 with ID : Opal and local substitution: Opal Input CONCENTR. nr: 7 is CONCENTR. nr: 7 with ID : POC1 and local substitution: POC1 Input CONCENTR. nr: 8 is CONCENTR. nr: 8 with ID : PON1 and local substitution: PON1 Input CONCENTR. nr: 9 is CONCENTR. nr: 9 with ID : POP1 and local substitution: POP1 Input CONCENTR. nr: 10 is CONCENTR. nr: 10 with ID : BLUEGRN_E and local substitution: BLUEGRN_E Input CONCENTR. nr: 11 is CONCENTR. nr: 11 with ID : BLUEGRN_N and local substitution: BLUEGRN_N Input CONCENTR. nr: 12 is CONCENTR. nr: 12 with ID : BLUEGRN_P and local substitution: BLUEGRN_P Input CONCENTR. nr: 13 is CONCENTR. nr: 13 with ID : FDIATOMS_E and local substitution: FDIATOMS_E Input CONCENTR. nr: 14 is CONCENTR. nr: 14 with ID : FDIATOMS_P and local substitution: FDIATOMS_P Input CONCENTR. nr: 15 is CONCENTR. nr: 15 with ID : GREENS_E and local substitution: GREENS_E Input CONCENTR. nr: 16 is CONCENTR. nr: 16 with ID : GREENS_N and local substitution: GREENS_N Input CONCENTR. nr: 17 is CONCENTR. nr: 17 with ID : GREENS_P and local substitution: GREENS_P Linear interpolation is selected ! Column: 1 contains: Continuity Status: used Column: 2 contains: NH4 Status: used Column: 3 contains: NO3 Status: used Column: 4 contains: PO4 Status: used Column: 5 contains: Si Status: used Column: 6 contains: Opal Status: used Column: 7 contains: POC1 Status: used Column: 8 contains: PON1 Status: used Column: 9 contains: POP1 Status: used Column: 10 contains: BLUEGRN_E Status: used Column: 11 contains: BLUEGRN_N Status: used Column: 12 contains: BLUEGRN_P Status: used Column: 13 contains: FDIATOMS_E Status: used Column: 14 contains: FDIATOMS_P Status: used Column: 15 contains: GREENS_E Status: used Column: 16 contains: GREENS_N Status: used Column: 17 contains: GREENS_P Status: used DATA grouped in 1 blocks of 17 Substance Number of breakpoints with full data: 2 breakpoint 1 : 0 Substance 1 2 3 4 5 6 7 8 9 10 boundary Continuity NH4 NO3 PO4 Si Opal POC1 PON1 POP1 BLUEGRN_E 2 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 Substance 11 12 13 14 15 16 17 boundary BLUEGRN_N BLUEGRN_P FDIATOMS_E FDIATOMS_P GREENS_E GREENS_N GREENS_P 2 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 breakpoint 2 : 31536000 Substance 1 2 3 4 5 6 7 8 9 10 boundary Continuity NH4 NO3 PO4 Si Opal POC1 PON1 POP1 BLUEGRN_E 2 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 Substance 11 12 13 14 15 16 17 boundary BLUEGRN_N BLUEGRN_P FDIATOMS_E FDIATOMS_P GREENS_E GREENS_N GREENS_P 2 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 ====> input item completed <==== ************************************************************************************************************* B L O C K - 5 ***** No waste loads ************************************************************************************************************* B L O C K - 6 ***** Input constant nr: 1 is constant nr: 1 with ID : TimMultBl Input constant nr: 2 is constant nr: 2 with ID : SWBloomOut Input constant nr: 3 is constant nr: 3 with ID : FrAutFDI_E Input constant nr: 4 is constant nr: 4 with ID : FrAutFDI_P Input constant nr: 5 is constant nr: 5 with ID : FrAutGRE_E Input constant nr: 6 is constant nr: 6 with ID : FrAutGRE_N Input constant nr: 7 is constant nr: 7 with ID : FrAutGRE_P Input constant nr: 8 is constant nr: 8 with ID : FrAutBLU_E Input constant nr: 9 is constant nr: 9 with ID : FrAutBLU_N Input constant nr: 10 is constant nr: 10 with ID : FrAutBLU_P Input constant nr: 11 is constant nr: 11 with ID : FrDetFDI_E Input constant nr: 12 is constant nr: 12 with ID : FrDetFDI_P Input constant nr: 13 is constant nr: 13 with ID : FrDetGRE_E Input constant nr: 14 is constant nr: 14 with ID : FrDetGRE_N Input constant nr: 15 is constant nr: 15 with ID : FrDetGRE_P Input constant nr: 16 is constant nr: 16 with ID : FrDetBLU_E Input constant nr: 17 is constant nr: 17 with ID : FrDetBLU_N Input constant nr: 18 is constant nr: 18 with ID : FrDetBLU_P Input constant nr: 19 is constant nr: 19 with ID : OXY Input constant nr: 20 is constant nr: 20 with ID : RcNit20 Input constant nr: 21 is constant nr: 21 with ID : TcNit Input constant nr: 22 is constant nr: 22 with ID : ku_dFdcC20 Input constant nr: 23 is constant nr: 23 with ID : kl_dFdcC20 Input constant nr: 24 is constant nr: 24 with ID : ku_dFdcN20 Input constant nr: 25 is constant nr: 25 with ID : kl_dFdcN20 Input constant nr: 26 is constant nr: 26 with ID : ku_dFdcP20 Input constant nr: 27 is constant nr: 27 with ID : kl_dFdcP20 Input constant nr: 28 is constant nr: 28 with ID : kT_dec Input constant nr: 29 is constant nr: 29 with ID : b_poc1poc2 Input constant nr: 30 is constant nr: 30 with ID : b_poc1doc Input constant nr: 31 is constant nr: 31 with ID : SWOMDec Input constant nr: 32 is constant nr: 32 with ID : SWOxCon Input constant nr: 33 is constant nr: 33 with ID : RCdisSi20 Input constant nr: 34 is constant nr: 34 with ID : TCdisSi Input constant nr: 35 is constant nr: 35 with ID : Salinity Input constant nr: 36 is constant nr: 36 with ID : ExtVlPOC1 Input constant nr: 37 is constant nr: 37 with ID : ExtVlBak Input constant nr: 38 is constant nr: 38 with ID : Latitude Input constant nr: 39 is constant nr: 39 with ID : RefDay Input constant nr: 40 is constant nr: 40 with ID : ACTIVE_VERTDISP Input constant nr: 41 is constant nr: 41 with ID : ACTIVE_TOTDEPTH Input constant nr: 42 is constant nr: 42 with ID : ACTIVE_DYNDEPTH Input constant nr: 43 is constant nr: 43 with ID : CLOSE_ERR Input constant nr: 44 is constant nr: 44 with ID : ScaleVDisp Input constant nr: 45 is constant nr: 45 with ID : MaxIter Input constant nr: 46 is constant nr: 46 with ID : Tolerance Input constant nr: 47 is constant nr: 47 with ID : Iteration Report Input constant nr: 48 is constant nr: 48 with ID : MaxIterations Input constant nr: 49 is constant nr: 49 with ID : ONLY_ACTIVE Input constant nr: 50 is constant nr: 50 with ID : ACTIVE_BLOOM_P Input constant nr: 51 is constant nr: 51 with ID : ACTIVE_Compos Input constant nr: 52 is constant nr: 52 with ID : ACTIVE_Nitrif_NH4 Input constant nr: 53 is constant nr: 53 with ID : ACTIVE_DecFast Input constant nr: 54 is constant nr: 54 with ID : ACTIVE_CONSELAC Input constant nr: 55 is constant nr: 55 with ID : ACTIVE_DisSi Input constant nr: 56 is constant nr: 56 with ID : ACTIVE_Phy_Blo_P Input constant nr: 57 is constant nr: 57 with ID : ACTIVE_Salinchlor Input constant nr: 58 is constant nr: 58 with ID : ACTIVE_Extinc_VLG Input constant nr: 59 is constant nr: 59 with ID : ACTIVE_EXTINABVLP Input constant nr: 60 is constant nr: 60 with ID : ACTIVE_CalcRad Input constant nr: 61 is constant nr: 42 with ID : ACTIVE_DYNDEPTH Input constant nr: 62 is constant nr: 61 with ID : ACTIVE_DepAve Input constant nr: 63 is constant nr: 62 with ID : ACTIVE_Daylength constant values in this block. values 1 2 3 4 5 6 7 8 9 10 constants TimMultBl SWBloomOut FrAutFDI_E FrAutFDI_P FrAutGRE_E FrAutGRE_N FrAutGRE_P FrAutBLU_E FrAutBLU_N FrAutBLU_P 1 1.0000E+00 0.0000E+00 3.0000E-01 3.0000E-01 3.0000E-01 3.0000E-01 3.0000E-01 3.0000E-01 3.0000E-01 3.0000E-01 values 11 12 13 14 15 16 17 18 19 20 constants FrDetFDI_E FrDetFDI_P FrDetGRE_E FrDetGRE_N FrDetGRE_P FrDetBLU_E FrDetBLU_N FrDetBLU_P OXY RcNit20 1 7.0000E-01 7.0000E-01 7.0000E-01 7.0000E-01 7.0000E-01 7.0000E-01 7.0000E-01 7.0000E-01 1.0000E+01 1.0000E-01 values 21 22 23 24 25 26 27 28 29 30 constants TcNit ku_dFdcC20 kl_dFdcC20 ku_dFdcN20 kl_dFdcN20 ku_dFdcP20 kl_dFdcP20 kT_dec b_poc1poc2 b_poc1doc 1 1.0700E+00 1.2000E-01 1.2000E-01 1.2000E-01 1.2000E-01 1.2000E-01 1.2000E-01 1.1100E+00 0.0000E+00 0.0000E+00 values 31 32 33 34 35 36 37 38 39 40 constants SWOMDec SWOxCon RCdisSi20 TCdisSi Salinity ExtVlPOC1 ExtVlBak Latitude RefDay ACTIVE_VER 1 1.0000E+00 0.0000E+00 4.0000E-02 1.1100E+00 3.5000E+01 1.0000E-01 1.0000E+00 1.0000E+00 0.0000E+00 0.0000E+00 values 41 42 43 44 45 46 47 48 49 50 constants ACTIVE_TOT ACTIVE_DYN CLOSE_ERR ScaleVDisp MaxIter Tolerance Iteration MaxIterati ONLY_ACTIV ACTIVE_BLO 1 0.0000E+00 0.0000E+00 1.0000E+00 1.0000E+00 1.0000E+02 1.0000E-07 0.0000E+00 1.0000E+02 1.0000E+00 1.0000E+00 values 51 52 53 54 55 56 57 58 59 60 constants ACTIVE_Com ACTIVE_Nit ACTIVE_Dec ACTIVE_CON ACTIVE_Dis ACTIVE_Phy ACTIVE_Sal ACTIVE_Ext ACTIVE_EXT ACTIVE_Cal 1 1.0000E+00 1.0000E+00 1.0000E+00 1.0000E+00 1.0000E+00 1.0000E+00 1.0000E+00 1.0000E+00 1.0000E+00 1.0000E+00 values 42 61 62 constants ACTIVE_Dyn ACTIVE_Dep ACTIVE_Day 1 1.0000E+00 1.0000E+00 1.0000E+00 ====> input item completed <==== Input parameter nr: 1 is parameter nr: 1 with ID : SURF Input parameter nr: 2 is parameter nr: 2 with ID : bottomdept Input will be given for all 1 segments. parameter s ordered in groups of segments per parameter . Input comes from binary file: bloom_basic.par info comes at runtime from binary file: bloom_basic.par ====> input item completed <==== Input function nr: 1 is function nr: 1 with ID : Temp Time function is linearly interpolated. number of breakpoints with full data: 53 breakpoint 1 : 86400 values 1 functions Temp 1 2.7180E+01 breakpoint 2 : 691200 values 1 functions Temp 1 2.7480E+01 breakpoint 3 : 1296000 values 1 functions Temp 1 2.7500E+01 breakpoint 4 : 1900800 values 1 functions Temp 1 2.7370E+01 breakpoint 5 : 2505600 values 1 functions Temp 1 2.7440E+01 breakpoint 6 : 3110400 values 1 functions Temp 1 2.7620E+01 breakpoint 7 : 3715200 values 1 functions Temp 1 2.7360E+01 breakpoint 8 : 4320000 values 1 functions Temp 1 2.7160E+01 breakpoint 9 : 4924800 values 1 functions Temp 1 2.7370E+01 breakpoint 10 : 5529600 values 1 functions Temp 1 2.7690E+01 breakpoint 11 : 6134400 values 1 functions Temp 1 2.7840E+01 breakpoint 12 : 6739200 values 1 functions Temp 1 2.8170E+01 breakpoint 13 : 7344000 values 1 functions Temp 1 2.8530E+01 breakpoint 14 : 7948800 values 1 functions Temp 1 2.8880E+01 breakpoint 15 : 8553600 values 1 functions Temp 1 2.9240E+01 breakpoint 16 : 9158400 values 1 functions Temp 1 2.9390E+01 breakpoint 17 : 9763200 values 1 functions Temp 1 2.9500E+01 breakpoint 18 : 10368000 values 1 functions Temp 1 2.9640E+01 breakpoint 19 : 10972800 values 1 functions Temp 1 2.9850E+01 breakpoint 20 : 11577600 values 1 functions Temp 1 3.0120E+01 breakpoint 21 : 12182400 values 1 functions Temp 1 3.0180E+01 breakpoint 22 : 12787200 values 1 functions Temp 1 2.9910E+01 breakpoint 23 : 13392000 values 1 functions Temp 1 2.9630E+01 breakpoint 24 : 13996800 values 1 functions Temp 1 2.9570E+01 breakpoint 25 : 14601600 values 1 functions Temp 1 2.9410E+01 breakpoint 26 : 15206400 values 1 functions Temp 1 2.9120E+01 breakpoint 27 : 15811200 values 1 functions Temp 1 2.9000E+01 breakpoint 28 : 16416000 values 1 functions Temp 1 2.8870E+01 breakpoint 29 : 17020800 values 1 functions Temp 1 2.8770E+01 breakpoint 30 : 17625600 values 1 functions Temp 1 2.8510E+01 breakpoint 31 : 18230400 values 1 functions Temp 1 2.8380E+01 breakpoint 32 : 18835200 values 1 functions Temp 1 2.8100E+01 breakpoint 33 : 19440000 values 1 functions Temp 1 2.8070E+01 breakpoint 34 : 20044800 values 1 functions Temp 1 2.8180E+01 breakpoint 35 : 20649600 values 1 functions Temp 1 2.8340E+01 breakpoint 36 : 21254400 values 1 functions Temp 1 2.8320E+01 breakpoint 37 : 21859200 values 1 functions Temp 1 2.8340E+01 breakpoint 38 : 22464000 values 1 functions Temp 1 2.8420E+01 breakpoint 39 : 23068800 values 1 functions Temp 1 2.8690E+01 breakpoint 40 : 23673600 values 1 functions Temp 1 2.8750E+01 breakpoint 41 : 24278400 values 1 functions Temp 1 2.8810E+01 breakpoint 42 : 24883200 values 1 functions Temp 1 2.9040E+01 breakpoint 43 : 25488000 values 1 functions Temp 1 2.8980E+01 breakpoint 44 : 26092800 values 1 functions Temp 1 2.9000E+01 breakpoint 45 : 26697600 values 1 functions Temp 1 2.9070E+01 breakpoint 46 : 27302400 values 1 functions Temp 1 2.9210E+01 breakpoint 47 : 27907200 values 1 functions Temp 1 2.8900E+01 breakpoint 48 : 28512000 values 1 functions Temp 1 2.8790E+01 breakpoint 49 : 29116800 values 1 functions Temp 1 2.8620E+01 breakpoint 50 : 29721600 values 1 functions Temp 1 2.8290E+01 breakpoint 51 : 30326400 values 1 functions Temp 1 2.8090E+01 breakpoint 52 : 30931200 values 1 functions Temp 1 2.7780E+01 breakpoint 53 : 31536000 values 1 functions Temp 1 2.7400E+01 ====> input item completed <==== Input function nr: 1 is function nr: 2 with ID : RadSurf Time function is linearly interpolated. number of breakpoints with full data: 53 breakpoint 1 : 86400 values 2 functions RadSurf 1 1.4590E+02 breakpoint 2 : 691200 values 2 functions RadSurf 1 1.6450E+02 breakpoint 3 : 1296000 values 2 functions RadSurf 1 1.7760E+02 breakpoint 4 : 1900800 values 2 functions RadSurf 1 2.3920E+02 breakpoint 5 : 2505600 values 2 functions RadSurf 1 1.2090E+02 breakpoint 6 : 3110400 values 2 functions RadSurf 1 2.0560E+02 breakpoint 7 : 3715200 values 2 functions RadSurf 1 1.8610E+02 breakpoint 8 : 4320000 values 2 functions RadSurf 1 2.3480E+02 breakpoint 9 : 4924800 values 2 functions RadSurf 1 2.1500E+02 breakpoint 10 : 5529600 values 2 functions RadSurf 1 2.4120E+02 breakpoint 11 : 6134400 values 2 functions RadSurf 1 2.4170E+02 breakpoint 12 : 6739200 values 2 functions RadSurf 1 2.1550E+02 breakpoint 13 : 7344000 values 2 functions RadSurf 1 1.5980E+02 breakpoint 14 : 7948800 values 2 functions RadSurf 1 2.1320E+02 breakpoint 15 : 8553600 values 2 functions RadSurf 1 1.5740E+02 breakpoint 16 : 9158400 values 2 functions RadSurf 1 1.3470E+02 breakpoint 17 : 9763200 values 2 functions RadSurf 1 1.9560E+02 breakpoint 18 : 10368000 values 2 functions RadSurf 1 1.5570E+02 breakpoint 19 : 10972800 values 2 functions RadSurf 1 1.4990E+02 breakpoint 20 : 11577600 values 2 functions RadSurf 1 2.2040E+02 breakpoint 21 : 12182400 values 2 functions RadSurf 1 2.1870E+02 breakpoint 22 : 12787200 values 2 functions RadSurf 1 1.9230E+02 breakpoint 23 : 13392000 values 2 functions RadSurf 1 2.1020E+02 breakpoint 24 : 13996800 values 2 functions RadSurf 1 1.5870E+02 breakpoint 25 : 14601600 values 2 functions RadSurf 1 2.1890E+02 breakpoint 26 : 15206400 values 2 functions RadSurf 1 1.5310E+02 breakpoint 27 : 15811200 values 2 functions RadSurf 1 1.6790E+02 breakpoint 28 : 16416000 values 2 functions RadSurf 1 1.6670E+02 breakpoint 29 : 17020800 values 2 functions RadSurf 1 1.6710E+02 breakpoint 30 : 17625600 values 2 functions RadSurf 1 1.9250E+02 breakpoint 31 : 18230400 values 2 functions RadSurf 1 1.8530E+02 breakpoint 32 : 18835200 values 2 functions RadSurf 1 2.0160E+02 breakpoint 33 : 19440000 values 2 functions RadSurf 1 1.7050E+02 breakpoint 34 : 20044800 values 2 functions RadSurf 1 2.2600E+02 breakpoint 35 : 20649600 values 2 functions RadSurf 1 1.6810E+02 breakpoint 36 : 21254400 values 2 functions RadSurf 1 2.1430E+02 breakpoint 37 : 21859200 values 2 functions RadSurf 1 1.7040E+02 breakpoint 38 : 22464000 values 2 functions RadSurf 1 1.4070E+02 breakpoint 39 : 23068800 values 2 functions RadSurf 1 1.8520E+02 breakpoint 40 : 23673600 values 2 functions RadSurf 1 1.8100E+02 breakpoint 41 : 24278400 values 2 functions RadSurf 1 1.5740E+02 breakpoint 42 : 24883200 values 2 functions RadSurf 1 2.0070E+02 breakpoint 43 : 25488000 values 2 functions RadSurf 1 1.7360E+02 breakpoint 44 : 26092800 values 2 functions RadSurf 1 1.9670E+02 breakpoint 45 : 26697600 values 2 functions RadSurf 1 1.9340E+02 breakpoint 46 : 27302400 values 2 functions RadSurf 1 1.5790E+02 breakpoint 47 : 27907200 values 2 functions RadSurf 1 1.1130E+02 breakpoint 48 : 28512000 values 2 functions RadSurf 1 1.2490E+02 breakpoint 49 : 29116800 values 2 functions RadSurf 1 1.5720E+02 breakpoint 50 : 29721600 values 2 functions RadSurf 1 1.3860E+02 breakpoint 51 : 30326400 values 2 functions RadSurf 1 1.3330E+02 breakpoint 52 : 30931200 values 2 functions RadSurf 1 2.2090E+02 breakpoint 53 : 31536000 values 2 functions RadSurf 1 1.4590E+02 ====> input item completed <==== Total number of constants : 62 Total number of parameters : 2 Total number of functions : 2 Total number of segment functions: 0 ************************************************************************************************************* B L O C K - 7 ***** Initials for passive substances are in mass/m2 Option selected for initials : 1 Information from the standard input file. Second option for initials : 2 Constant values with defaults Scale factors: 1 2 3 4 5 6 7 8 9 10 1.0000E+00 1.0000E+00 1.0000E+00 1.0000E+00 1.0000E+00 1.0000E+00 1.0000E+00 1.0000E+00 1.0000E+00 1.0000E+00 Unscaled default values: 1.0000E+00 0.0000E+00 6.5000E-01 1.2000E-01 7.5000E-01 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 Scale factors: 11 12 13 14 15 16 17 18 19 20 1.0000E+00 1.0000E+00 1.0000E+00 1.0000E+00 1.0000E+00 1.0000E+00 1.0000E+00 1.0000E+00 1.0000E+00 1.0000E+00 Unscaled default values: 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 Scale factors: 21 1.0000E+00 Unscaled default values: 0.0000E+00 Number of overridings : 0 ************************************************************************************************************* B L O C K - 8 ***** Option selected for output specification : 1 Information from the standard input file. Specification of monitor output All substances plus extra output variables ( 37) number of output variables specified Number Identification Weight variable 1 Cl 2 ExtVlPhyt 3 Depth 4 DayL 5 Limit Chlo 6 Limit nit 7 Limit pho 8 Limit sil 9 Limit e 10 Limit gro 11 Phyt 12 AlgN 13 AlgP 14 AlgSi 15 AlgDM 16 TOC 17 TotN 18 KjelN 19 DIN 20 TON 21 PON 22 TotP 23 TOP 24 POP 25 TotSi 26 Chlfa 27 BLOOMGRP 28 ExtVlBak 29 ExtVlISS 30 ExtVlOSS 31 RadSurf 32 BLUEGRN 33 FDIATOMS 34 GREENS 35 SURF 36 LocalDepth 37 Theta Specification of grid dump output Only the output variables defined here ( 15) number of output variables specified Number Identification 1 Cl 2 ExtVlPhyt 3 TOC 4 DIN 5 TON 6 PON 7 TOP 8 POP 9 TotSi 10 ExtVlBak 11 ExtVlISS 12 ExtVlOSS 13 SURF 14 LocalDepth 15 Theta Specification of history output All substances plus extra output variables ( 37) number of output variables specified Number Identification Weight variable 1 Cl 2 ExtVlPhyt 3 Depth 4 DayL 5 Limit Chlo 6 Limit nit 7 Limit pho 8 Limit sil 9 Limit e 10 Limit gro 11 Phyt 12 AlgN 13 AlgP 14 AlgSi 15 AlgDM 16 TOC 17 TotN 18 KjelN 19 DIN 20 TON 21 PON 22 TotP 23 TOP 24 POP 25 TotSi 26 Chlfa 27 BLOOMGRP 28 ExtVlBak 29 ExtVlISS 30 ExtVlOSS 31 RadSurf 32 BLUEGRN 33 FDIATOMS 34 GREENS 35 SURF 36 LocalDepth 37 Theta Specification of map output All substances plus extra output variables ( 37) number of output variables specified Number Identification 1 Cl 2 ExtVlPhyt 3 Depth 4 DayL 5 Limit Chlo 6 Limit nit 7 Limit pho 8 Limit sil 9 Limit e 10 Limit gro 11 Phyt 12 AlgN 13 AlgP 14 AlgSi 15 AlgDM 16 TOC 17 TotN 18 KjelN 19 DIN 20 TON 21 PON 22 TotP 23 TOP 24 POP 25 TotSi 26 Chlfa 27 BLOOMGRP 28 ExtVlBak 29 ExtVlISS 30 ExtVlOSS 31 RadSurf 32 BLUEGRN 33 FDIATOMS 34 GREENS 35 SURF 36 LocalDepth 37 Theta Binary history file switched on Binary map file switched on NEFIS history file switched off NEFIS map file switched off NO GRID output : output grid not defined ! Determining the place of the output variables INFO:Cl ; NOT FOUND, delwaq1p will detect variables from process library INFO:ExtVlPhyt ; NOT FOUND, delwaq1p will detect variables from process library INFO:Depth ; NOT FOUND, delwaq1p will detect variables from process library INFO:DayL ; NOT FOUND, delwaq1p will detect variables from process library INFO:Limit Chlo ; NOT FOUND, delwaq1p will detect variables from process library INFO:Limit nit ; NOT FOUND, delwaq1p will detect variables from process library INFO:Limit pho ; NOT FOUND, delwaq1p will detect variables from process library INFO:Limit sil ; NOT FOUND, delwaq1p will detect variables from process library INFO:Limit e ; NOT FOUND, delwaq1p will detect variables from process library INFO:Limit gro ; NOT FOUND, delwaq1p will detect variables from process library INFO:Phyt ; NOT FOUND, delwaq1p will detect variables from process library INFO:AlgN ; NOT FOUND, delwaq1p will detect variables from process library INFO:AlgP ; NOT FOUND, delwaq1p will detect variables from process library INFO:AlgSi ; NOT FOUND, delwaq1p will detect variables from process library INFO:AlgDM ; NOT FOUND, delwaq1p will detect variables from process library INFO:TOC ; NOT FOUND, delwaq1p will detect variables from process library INFO:TotN ; NOT FOUND, delwaq1p will detect variables from process library INFO:KjelN ; NOT FOUND, delwaq1p will detect variables from process library INFO:DIN ; NOT FOUND, delwaq1p will detect variables from process library INFO:TON ; NOT FOUND, delwaq1p will detect variables from process library INFO:PON ; NOT FOUND, delwaq1p will detect variables from process library INFO:TotP ; NOT FOUND, delwaq1p will detect variables from process library INFO:TOP ; NOT FOUND, delwaq1p will detect variables from process library INFO:POP ; NOT FOUND, delwaq1p will detect variables from process library INFO:TotSi ; NOT FOUND, delwaq1p will detect variables from process library INFO:Chlfa ; NOT FOUND, delwaq1p will detect variables from process library INFO:BLOOMGRP ; NOT FOUND, delwaq1p will detect variables from process library ExtVlBak ; Using constant nr 37 INFO:ExtVlISS ; NOT FOUND, delwaq1p will detect variables from process library INFO:ExtVlOSS ; NOT FOUND, delwaq1p will detect variables from process library RadSurf ; Using function nr 2 INFO:BLUEGRN ; NOT FOUND, delwaq1p will detect variables from process library INFO:FDIATOMS ; NOT FOUND, delwaq1p will detect variables from process library INFO:GREENS ; NOT FOUND, delwaq1p will detect variables from process library SURF ; Using parameter nr 1 INFO:LocalDepth ; NOT FOUND, delwaq1p will detect variables from process library INFO:Theta ; NOT FOUND, delwaq1p will detect variables from process library INFO:Cl ; NOT FOUND, delwaq1p will detect variables from process library INFO:ExtVlPhyt ; NOT FOUND, delwaq1p will detect variables from process library INFO:Depth ; NOT FOUND, delwaq1p will detect variables from process library INFO:DayL ; NOT FOUND, delwaq1p will detect variables from process library INFO:Limit Chlo ; NOT FOUND, delwaq1p will detect variables from process library INFO:Limit nit ; NOT FOUND, delwaq1p will detect variables from process library INFO:Limit pho ; NOT FOUND, delwaq1p will detect variables from process library INFO:Limit sil ; NOT FOUND, delwaq1p will detect variables from process library INFO:Limit e ; NOT FOUND, delwaq1p will detect variables from process library INFO:Limit gro ; NOT FOUND, delwaq1p will detect variables from process library INFO:Phyt ; NOT FOUND, delwaq1p will detect variables from process library INFO:AlgN ; NOT FOUND, delwaq1p will detect variables from process library INFO:AlgP ; NOT FOUND, delwaq1p will detect variables from process library INFO:AlgSi ; NOT FOUND, delwaq1p will detect variables from process library INFO:AlgDM ; NOT FOUND, delwaq1p will detect variables from process library INFO:TOC ; NOT FOUND, delwaq1p will detect variables from process library INFO:TotN ; NOT FOUND, delwaq1p will detect variables from process library INFO:KjelN ; NOT FOUND, delwaq1p will detect variables from process library INFO:DIN ; NOT FOUND, delwaq1p will detect variables from process library INFO:TON ; NOT FOUND, delwaq1p will detect variables from process library INFO:PON ; NOT FOUND, delwaq1p will detect variables from process library INFO:TotP ; NOT FOUND, delwaq1p will detect variables from process library INFO:TOP ; NOT FOUND, delwaq1p will detect variables from process library INFO:POP ; NOT FOUND, delwaq1p will detect variables from process library INFO:TotSi ; NOT FOUND, delwaq1p will detect variables from process library INFO:Chlfa ; NOT FOUND, delwaq1p will detect variables from process library INFO:BLOOMGRP ; NOT FOUND, delwaq1p will detect variables from process library ExtVlBak ; Using constant nr 37 INFO:ExtVlISS ; NOT FOUND, delwaq1p will detect variables from process library INFO:ExtVlOSS ; NOT FOUND, delwaq1p will detect variables from process library RadSurf ; Using function nr 2 INFO:BLUEGRN ; NOT FOUND, delwaq1p will detect variables from process library INFO:FDIATOMS ; NOT FOUND, delwaq1p will detect variables from process library INFO:GREENS ; NOT FOUND, delwaq1p will detect variables from process library SURF ; Using parameter nr 1 INFO:LocalDepth ; NOT FOUND, delwaq1p will detect variables from process library INFO:Theta ; NOT FOUND, delwaq1p will detect variables from process library INFO:Cl ; NOT FOUND, delwaq1p will detect variables from process library INFO:ExtVlPhyt ; NOT FOUND, delwaq1p will detect variables from process library INFO:Depth ; NOT FOUND, delwaq1p will detect variables from process library INFO:DayL ; NOT FOUND, delwaq1p will detect variables from process library INFO:Limit Chlo ; NOT FOUND, delwaq1p will detect variables from process library INFO:Limit nit ; NOT FOUND, delwaq1p will detect variables from process library INFO:Limit pho ; NOT FOUND, delwaq1p will detect variables from process library INFO:Limit sil ; NOT FOUND, delwaq1p will detect variables from process library INFO:Limit e ; NOT FOUND, delwaq1p will detect variables from process library INFO:Limit gro ; NOT FOUND, delwaq1p will detect variables from process library INFO:Phyt ; NOT FOUND, delwaq1p will detect variables from process library INFO:AlgN ; NOT FOUND, delwaq1p will detect variables from process library INFO:AlgP ; NOT FOUND, delwaq1p will detect variables from process library INFO:AlgSi ; NOT FOUND, delwaq1p will detect variables from process library INFO:AlgDM ; NOT FOUND, delwaq1p will detect variables from process library INFO:TOC ; NOT FOUND, delwaq1p will detect variables from process library INFO:TotN ; NOT FOUND, delwaq1p will detect variables from process library INFO:KjelN ; NOT FOUND, delwaq1p will detect variables from process library INFO:DIN ; NOT FOUND, delwaq1p will detect variables from process library INFO:TON ; NOT FOUND, delwaq1p will detect variables from process library INFO:PON ; NOT FOUND, delwaq1p will detect variables from process library INFO:TotP ; NOT FOUND, delwaq1p will detect variables from process library INFO:TOP ; NOT FOUND, delwaq1p will detect variables from process library INFO:POP ; NOT FOUND, delwaq1p will detect variables from process library INFO:TotSi ; NOT FOUND, delwaq1p will detect variables from process library INFO:Chlfa ; NOT FOUND, delwaq1p will detect variables from process library INFO:BLOOMGRP ; NOT FOUND, delwaq1p will detect variables from process library ExtVlBak ; Using constant nr 37 INFO:ExtVlISS ; NOT FOUND, delwaq1p will detect variables from process library INFO:ExtVlOSS ; NOT FOUND, delwaq1p will detect variables from process library RadSurf ; Using function nr 2 INFO:BLUEGRN ; NOT FOUND, delwaq1p will detect variables from process library INFO:FDIATOMS ; NOT FOUND, delwaq1p will detect variables from process library INFO:GREENS ; NOT FOUND, delwaq1p will detect variables from process library SURF ; Using parameter nr 1 INFO:LocalDepth ; NOT FOUND, delwaq1p will detect variables from process library INFO:Theta ; NOT FOUND, delwaq1p will detect variables from process library Not all variables available. Number off missing variables : 102 ************************************************************************************************************* B L O C K - 9 ***** Output operations Number of periods defined: 0 *********************************************************** B L O C K -10 ***** Messages presented in this .lst file: Number of WARNINGS : 0 Number of ERRORS during input : 0 Messages presented including .lsp file: Number of WARNINGS : 2 Number of ERRORS during input : 0 Parallel processing with 1 processor(s) total real array space: 4808 total integer array space: 20869 total character array space: 2326 grand total in 4-byte words: 28003 = 0-GB 0-MB 112-KB 12-Byte. Execution stop : 2015/12/14 16:47:06