Deltares, DELWAQ Version 5.10.00.67167M, Jun 29 2020, 22:03:29 Execution start: 2020/06/29 22:56:25 ----------> Version number of the input file is: 4.910 ----------> Output level of the listfile is: 4 Model : Tutorial WAQ - Friesian Tidal Inlet Example E.Coli Run : Deltares march 2013 T0: 1990.08.05 00:00:00 (scu= 1s) Intermediate version absolute timer detected ! System clock is 1 seconds ! Number of active constituents : 3 Number of inactive constituents : 0 Total number of constituents : 3 Number name 1 Salinity 2 IM1 3 EColi ************************************************************************************************************* 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 : 16.72 Keyword ( 8) detected: ANTICREEP Start of simulation : 0Y- 0D-12H-30M- 0S. End of simulation : 0Y- 10D-12H-30M- 0S. Selected option for time step size : 0 Integration time stepsize is : 0Y- 0D- 0H-15M- 0S. Dump areas: option selected for input : 1 Number of dump areas : 20 Dump area : 1 : left upper (1) Number of segments in area : 1 number segment 1 82 Dump area : 2 : left upper (2) Number of segments in area : 1 number segment 1 308 Dump area : 3 : left upper (3) Number of segments in area : 1 number segment 1 534 Dump area : 4 : left upper (4) Number of segments in area : 1 number segment 1 760 Dump area : 5 : left upper (5) Number of segments in area : 1 number segment 1 986 Dump area : 6 : right upper (1) Number of segments in area : 1 number segment 1 163 Dump area : 7 : right upper (2) Number of segments in area : 1 number segment 1 389 Dump area : 8 : right upper (3) Number of segments in area : 1 number segment 1 615 Dump area : 9 : right upper (4) Number of segments in area : 1 number segment 1 841 Dump area : 10 : right upper (5) Number of segments in area : 1 number segment 1 1067 Dump area : 11 : left lower (1) Number of segments in area : 1 number segment 1 74 Dump area : 12 : left lower (2) Number of segments in area : 1 number segment 1 300 Dump area : 13 : left lower (3) Number of segments in area : 1 number segment 1 526 Dump area : 14 : left lower (4) Number of segments in area : 1 number segment 1 752 Dump area : 15 : left lower (5) Number of segments in area : 1 number segment 1 978 Dump area : 16 : right lower (1) Number of segments in area : 1 number segment 1 155 Dump area : 17 : right lower (2) Number of segments in area : 1 number segment 1 381 Dump area : 18 : right lower (3) Number of segments in area : 1 number segment 1 607 Dump area : 19 : right lower (4) Number of segments in area : 1 number segment 1 833 Dump area : 20 : right lower (5) Number of segments in area : 1 number segment 1 1059 Transects: option selected for input : 2 No transects used. Monitoring timings : Start time : 0Y- 0D-12H-30M- 0S Stop time : 0Y- 10D-12H-30M- 0S Time step : 0Y- 0D- 6H- 0M- 0S Output timings : Start time : 0Y- 0D-12H-30M- 0S Stop time : 0Y- 10D-12H-30M- 0S Time step : 0Y- 0D- 2H- 0M- 0S History timings : Start time : 0Y- 0D-12H-30M- 0S Stop time : 0Y- 10D-12H-30M- 0S Time step : 0Y- 0D- 1H- 0M- 0S ************************************************************************************************************* B L O C K - 2 ***** Number of segments : 1130 NO process decomposition selected option selected for grid layout : 2 Grid layout not used. 1 blocks of time independent attribute contribution 1 attributes in this block Selected file option is 1 Information from the standard input file. Including file: com-tut_fti_waq.atr 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 Closing file: com-tut_fti_waq.atr Continuing on file: C:\Users\Carey\Desktop\delft3d_repository\examples\06_delwaq\com-tut_fti_waq.i option for time dependent attributes 0 NO time dependent attributes No first attribute set, using default 1 Volumes: First selected option : -2 Information from unformatted intermediate file. Filename is: com-tut_fti_waq.vol ************************************************************************************************************* B L O C K - 3 ***** Dimensions of the system : Number of exchanges 1st direction : 1130 Number of exchanges 2nd direction : 1020 Number of exchanges 3rd direction : 904 Total number of exchanges : 3054 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: com-tut_fti_waq.poi Number of boundaries : 65 boundary exchange from to number number segment segment 1 18 18 -1 2 36 36 -2 3 54 54 -3 4 71 71 -4 5 87 87 -5 6 103 103 -6 7 119 119 -7 8 135 135 -8 9 151 151 -9 10 168 168 -10 11 187 187 -11 12 206 206 -12 13 226 226 -13 14 244 244 -14 15 262 262 -15 16 280 280 -16 17 297 297 -17 18 313 313 -18 19 329 329 -19 20 345 345 -20 21 361 361 -21 22 377 377 -22 23 394 394 -23 24 413 413 -24 25 432 432 -25 26 452 452 -26 27 470 470 -27 28 488 488 -28 29 506 506 -29 30 523 523 -30 31 539 539 -31 32 555 555 -32 33 571 571 -33 34 587 587 -34 35 603 603 -35 36 620 620 -36 37 639 639 -37 38 658 658 -38 39 678 678 -39 40 696 696 -40 41 714 714 -41 42 732 732 -42 43 749 749 -43 44 765 765 -44 45 781 781 -45 46 797 797 -46 47 813 813 -47 48 829 829 -48 49 846 846 -49 50 865 865 -50 51 884 884 -51 52 904 904 -52 53 922 922 -53 54 940 940 -54 55 958 958 -55 56 975 975 -56 57 991 991 -57 58 1007 1007 -58 59 1023 1023 -59 60 1039 1039 -60 61 1055 1055 -61 62 1072 1072 -62 63 1091 1091 -63 64 1110 1110 -64 65 1130 1130 -65 Size of the big matrix for fast solvers is: 6495 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: com-tut_fti_waq.are Flows: First selected option : -2 Information from unformatted intermediate file. Filename is: com-tut_fti_waq.flo Lengths: Option for lengths : 1 Lengths variable over the area. First selected option : 0 Information from unformatted intermediate file. Filename is: com-tut_fti_waq.len Number of layers in the model: 5 ************************************************************************************************************* B L O C K - 4 ***** Bound nr: boundary-IDs: boundary-names: boundary-types: 1 1 (Left-right 1) 1 (Left-right 1) 1/1 (Left-right 1) 2 2 (Left-right 1) 2 (Left-right 1) 1/1 (Left-right 1) 3 3 (Left-right 1) 3 (Left-right 1) 1/1 (Left-right 1) 4 4 (Left-right 1) 4 (Left-right 1) 1/1 (Left-right 1) 5 5 (Left-right 1) 5 (Left-right 1) 1/1 (Left-right 1) 6 6 (Left-right 1) 6 (Left-right 1) 1/1 (Left-right 1) 7 7 (Left-right 1) 7 (Left-right 1) 1/1 (Left-right 1) 8 8 (Left-right 1) 8 (Left-right 1) 1/1 (Left-right 1) 9 9 (Left-right 1) 9 (Left-right 1) 1/1 (Left-right 1) 10 10 (Left-right 1) 10 (Left-right 1) 1/1 (Left-right 1) 11 11 (Left-right 1) 11 (Left-right 1) 1/1 (Left-right 1) 12 12 (Left-right 1) 12 (Left-right 1) 1/1 (Left-right 1) 13 13 (Left-right 1) 13 (Left-right 1) 1/1 (Left-right 1) 14 14 (Left-right 1) 14 (Left-right 1) 1/2 (Left-right 1) 15 15 (Left-right 1) 15 (Left-right 1) 1/2 (Left-right 1) 16 16 (Left-right 1) 16 (Left-right 1) 1/2 (Left-right 1) 17 17 (Left-right 1) 17 (Left-right 1) 1/2 (Left-right 1) 18 18 (Left-right 1) 18 (Left-right 1) 1/2 (Left-right 1) 19 19 (Left-right 1) 19 (Left-right 1) 1/2 (Left-right 1) 20 20 (Left-right 1) 20 (Left-right 1) 1/2 (Left-right 1) 21 21 (Left-right 1) 21 (Left-right 1) 1/2 (Left-right 1) 22 22 (Left-right 1) 22 (Left-right 1) 1/2 (Left-right 1) 23 23 (Left-right 1) 23 (Left-right 1) 1/2 (Left-right 1) 24 24 (Left-right 1) 24 (Left-right 1) 1/2 (Left-right 1) 25 25 (Left-right 1) 25 (Left-right 1) 1/2 (Left-right 1) 26 26 (Left-right 1) 26 (Left-right 1) 1/2 (Left-right 1) 27 27 (Left-right 1) 27 (Left-right 1) 1/3 (Left-right 1) 28 28 (Left-right 1) 28 (Left-right 1) 1/3 (Left-right 1) 29 29 (Left-right 1) 29 (Left-right 1) 1/3 (Left-right 1) 30 30 (Left-right 1) 30 (Left-right 1) 1/3 (Left-right 1) 31 31 (Left-right 1) 31 (Left-right 1) 1/3 (Left-right 1) 32 32 (Left-right 1) 32 (Left-right 1) 1/3 (Left-right 1) 33 33 (Left-right 1) 33 (Left-right 1) 1/3 (Left-right 1) 34 34 (Left-right 1) 34 (Left-right 1) 1/3 (Left-right 1) 35 35 (Left-right 1) 35 (Left-right 1) 1/3 (Left-right 1) 36 36 (Left-right 1) 36 (Left-right 1) 1/3 (Left-right 1) 37 37 (Left-right 1) 37 (Left-right 1) 1/3 (Left-right 1) 38 38 (Left-right 1) 38 (Left-right 1) 1/3 (Left-right 1) 39 39 (Left-right 1) 39 (Left-right 1) 1/3 (Left-right 1) 40 40 (Left-right 1) 40 (Left-right 1) 1/4 (Left-right 1) 41 41 (Left-right 1) 41 (Left-right 1) 1/4 (Left-right 1) 42 42 (Left-right 1) 42 (Left-right 1) 1/4 (Left-right 1) 43 43 (Left-right 1) 43 (Left-right 1) 1/4 (Left-right 1) 44 44 (Left-right 1) 44 (Left-right 1) 1/4 (Left-right 1) 45 45 (Left-right 1) 45 (Left-right 1) 1/4 (Left-right 1) 46 46 (Left-right 1) 46 (Left-right 1) 1/4 (Left-right 1) 47 47 (Left-right 1) 47 (Left-right 1) 1/4 (Left-right 1) 48 48 (Left-right 1) 48 (Left-right 1) 1/4 (Left-right 1) 49 49 (Left-right 1) 49 (Left-right 1) 1/4 (Left-right 1) 50 50 (Left-right 1) 50 (Left-right 1) 1/4 (Left-right 1) 51 51 (Left-right 1) 51 (Left-right 1) 1/4 (Left-right 1) 52 52 (Left-right 1) 52 (Left-right 1) 1/4 (Left-right 1) 53 53 (Left-right 1) 53 (Left-right 1) 1/5 (Left-right 1) 54 54 (Left-right 1) 54 (Left-right 1) 1/5 (Left-right 1) 55 55 (Left-right 1) 55 (Left-right 1) 1/5 (Left-right 1) 56 56 (Left-right 1) 56 (Left-right 1) 1/5 (Left-right 1) 57 57 (Left-right 1) 57 (Left-right 1) 1/5 (Left-right 1) 58 58 (Left-right 1) 58 (Left-right 1) 1/5 (Left-right 1) 59 59 (Left-right 1) 59 (Left-right 1) 1/5 (Left-right 1) 60 60 (Left-right 1) 60 (Left-right 1) 1/5 (Left-right 1) 61 61 (Left-right 1) 61 (Left-right 1) 1/5 (Left-right 1) 62 62 (Left-right 1) 62 (Left-right 1) 1/5 (Left-right 1) 63 63 (Left-right 1) 63 (Left-right 1) 1/5 (Left-right 1) 64 64 (Left-right 1) 64 (Left-right 1) 1/5 (Left-right 1) 65 65 (Left-right 1) 65 (Left-right 1) 1/5 (Left-right 1) Number of different boundary types: 5 Type: Type-string 1 1/1 (Left-right 1) 2 1/2 (Left-right 1) 3 1/3 (Left-right 1) 4 1/4 (Left-right 1) 5 1/5 (Left-right 1) Time lag option: 2 Constant time lags with defaults Default value : 0Y- 0D- 0H- 0M- 0S Number of overridings : 65 Number values 1 0Y- 0D- 0H- 0M- 0S 14 0Y- 0D- 0H- 0M- 0S 27 0Y- 0D- 0H- 0M- 0S 40 0Y- 0D- 0H- 0M- 0S 53 0Y- 0D- 0H- 0M- 0S 2 0Y- 0D- 0H- 0M- 0S 15 0Y- 0D- 0H- 0M- 0S 28 0Y- 0D- 0H- 0M- 0S 41 0Y- 0D- 0H- 0M- 0S 54 0Y- 0D- 0H- 0M- 0S 3 0Y- 0D- 0H- 0M- 0S 16 0Y- 0D- 0H- 0M- 0S 29 0Y- 0D- 0H- 0M- 0S 42 0Y- 0D- 0H- 0M- 0S 55 0Y- 0D- 0H- 0M- 0S 4 0Y- 0D- 0H- 0M- 0S 17 0Y- 0D- 0H- 0M- 0S 30 0Y- 0D- 0H- 0M- 0S 43 0Y- 0D- 0H- 0M- 0S 56 0Y- 0D- 0H- 0M- 0S 5 0Y- 0D- 0H- 0M- 0S 18 0Y- 0D- 0H- 0M- 0S 31 0Y- 0D- 0H- 0M- 0S 44 0Y- 0D- 0H- 0M- 0S 57 0Y- 0D- 0H- 0M- 0S 6 0Y- 0D- 0H- 0M- 0S 19 0Y- 0D- 0H- 0M- 0S 32 0Y- 0D- 0H- 0M- 0S 45 0Y- 0D- 0H- 0M- 0S 58 0Y- 0D- 0H- 0M- 0S 7 0Y- 0D- 0H- 0M- 0S 20 0Y- 0D- 0H- 0M- 0S 33 0Y- 0D- 0H- 0M- 0S 46 0Y- 0D- 0H- 0M- 0S 59 0Y- 0D- 0H- 0M- 0S 8 0Y- 0D- 0H- 0M- 0S 21 0Y- 0D- 0H- 0M- 0S 34 0Y- 0D- 0H- 0M- 0S 47 0Y- 0D- 0H- 0M- 0S 60 0Y- 0D- 0H- 0M- 0S 9 0Y- 0D- 0H- 0M- 0S 22 0Y- 0D- 0H- 0M- 0S 35 0Y- 0D- 0H- 0M- 0S 48 0Y- 0D- 0H- 0M- 0S 61 0Y- 0D- 0H- 0M- 0S 10 0Y- 0D- 0H- 0M- 0S 23 0Y- 0D- 0H- 0M- 0S 36 0Y- 0D- 0H- 0M- 0S 49 0Y- 0D- 0H- 0M- 0S 62 0Y- 0D- 0H- 0M- 0S 11 0Y- 0D- 0H- 0M- 0S 24 0Y- 0D- 0H- 0M- 0S 37 0Y- 0D- 0H- 0M- 0S 50 0Y- 0D- 0H- 0M- 0S 63 0Y- 0D- 0H- 0M- 0S 12 0Y- 0D- 0H- 0M- 0S 25 0Y- 0D- 0H- 0M- 0S 38 0Y- 0D- 0H- 0M- 0S 51 0Y- 0D- 0H- 0M- 0S 64 0Y- 0D- 0H- 0M- 0S 13 0Y- 0D- 0H- 0M- 0S 26 0Y- 0D- 0H- 0M- 0S 39 0Y- 0D- 0H- 0M- 0S 52 0Y- 0D- 0H- 0M- 0S 65 0Y- 0D- 0H- 0M- 0S Boundary concentrations BLOCKED per ITEM: Input BOUNDARIES nr: 1 is BOUNDARIES nr: 1 with type: 1/1 (Left-right 1) Input BOUNDARIES nr: 2 is BOUNDARIES nr: 2 with type: 1/2 (Left-right 1) Input BOUNDARIES nr: 3 is BOUNDARIES nr: 3 with type: 1/3 (Left-right 1) Input BOUNDARIES nr: 4 is BOUNDARIES nr: 4 with type: 1/4 (Left-right 1) Input BOUNDARIES nr: 5 is BOUNDARIES nr: 5 with type: 1/5 (Left-right 1) CONCENTRATIONs within the item blocks: Input CONCENTR. nr: 1 is CONCENTR. nr: 1 with ID : Salinity and local substitution: Salinity Input CONCENTR. nr: 2 is CONCENTR. nr: 2 with ID : IM1 and local substitution: IM1 Input CONCENTR. nr: 3 is CONCENTR. nr: 3 with ID : EColi and local substitution: EColi Linear interpolation is selected ! Column: 1 contains: Salinity Status: used Column: 2 contains: IM1 Status: used Column: 3 contains: EColi Status: used DATA grouped in 5 blocks of 3 Substance Number of breakpoints with full data: 2 breakpoint 1 : 45000 Substance 1 2 3 boundary Salinity IM1 EColi 1 3.5000E+01 1.0000E+01 0.0000E+00 2 3.5000E+01 1.0000E+01 0.0000E+00 3 3.5000E+01 1.0000E+01 0.0000E+00 4 3.5000E+01 1.0000E+01 0.0000E+00 5 3.5000E+01 1.0000E+01 0.0000E+00 breakpoint 2 : 909000 Substance 1 2 3 boundary Salinity IM1 EColi 1 3.5000E+01 1.0000E+01 0.0000E+00 2 3.5000E+01 1.0000E+01 0.0000E+00 3 3.5000E+01 1.0000E+01 0.0000E+00 4 3.5000E+01 1.0000E+01 0.0000E+00 5 3.5000E+01 1.0000E+01 0.0000E+00 ====> input item completed <==== ************************************************************************************************************* B L O C K - 5 ***** Number of waste loads: 2 Number segment knd wasteload ID wasteload name wasteload type 1 207 0 1 (E. Coli discharge waste-load name 1 waste-load type 1 2 110 0 2 (IM1 discharge) waste-load name 2 waste-load type 1 Number of different wasteload types: 1 Type: Type-string 1 waste-load type 1 BLOCKED per ITEM: Input WASTELOADS nr: 1 is WASTELOADS nr: 1 with ID : 1 (E. Coli discharge CONCENTRATIONs within the item blocks: Input CONCENTR. nr: 1 is CONCENTR. nr: 0 with ID : FLOW and local substitution: FLOW Input CONCENTR. nr: 2 is CONCENTR. nr: 1 with ID : Salinity and local substitution: Salinity Input CONCENTR. nr: 3 is CONCENTR. nr: 2 with ID : IM1 and local substitution: IM1 Input CONCENTR. nr: 4 is CONCENTR. nr: 3 with ID : EColi and local substitution: EColi Column: 1 contains: FLOW Status: used Column: 2 contains: Salinity Status: used Column: 3 contains: IM1 Status: used Column: 4 contains: EColi Status: used DATA grouped in 1 blocks of 4 Substance Number of breakpoints with full data: 5 breakpoint 1 : 45000 Substance 0 1 2 3 wasteload FLOW Salinity IM1 EColi 1 1.0000E+01 5.0000E+00 1.0000E+01 1.0000E+08 breakpoint 2 : 176400 Substance 0 1 2 3 wasteload FLOW Salinity IM1 EColi 1 1.0000E+01 5.0000E+00 1.0000E+01 1.0000E+09 breakpoint 3 : 349200 Substance 0 1 2 3 wasteload FLOW Salinity IM1 EColi 1 1.0000E+01 5.0000E+00 1.0000E+01 1.0000E+07 breakpoint 4 : 522000 Substance 0 1 2 3 wasteload FLOW Salinity IM1 EColi 1 1.0000E+01 5.0000E+00 1.0000E+01 0.0000E+00 breakpoint 5 : 867600 Substance 0 1 2 3 wasteload FLOW Salinity IM1 EColi 1 1.0000E+01 5.0000E+00 1.0000E+01 0.0000E+00 ====> input item completed <==== BLOCKED per ITEM: Input WASTELOADS nr: 1 is WASTELOADS nr: 2 with ID : 2 (IM1 discharge) CONCENTRATIONs within the item blocks: Input CONCENTR. nr: 1 is CONCENTR. nr: 0 with ID : FLOW and local substitution: FLOW Input CONCENTR. nr: 2 is CONCENTR. nr: 1 with ID : Salinity and local substitution: Salinity Input CONCENTR. nr: 3 is CONCENTR. nr: 2 with ID : IM1 and local substitution: IM1 Input CONCENTR. nr: 4 is CONCENTR. nr: 3 with ID : EColi and local substitution: EColi Linear interpolation is selected ! Column: 1 contains: FLOW Status: used Column: 2 contains: Salinity Status: used Column: 3 contains: IM1 Status: used Column: 4 contains: EColi Status: used DATA grouped in 1 blocks of 4 Substance Number of breakpoints with full data: 2 breakpoint 1 : 45000 Substance 0 1 2 3 wasteload FLOW Salinity IM1 EColi 2 1.0000E-20 5.0000E+00 5.0000E+01 0.0000E+00 breakpoint 2 : 909000 Substance 0 1 2 3 wasteload FLOW Salinity IM1 EColi 2 1.0000E-20 5.0000E+00 5.0000E+01 0.0000E+00 ====> input item completed <==== ************************************************************************************************************* B L O C K - 6 ***** Input constant nr: 1 is constant nr: 1 with ID : RcMrtEColi Input constant nr: 2 is constant nr: 2 with ID : Temp Input constant nr: 3 is constant nr: 3 with ID : DayL Input constant nr: 4 is constant nr: 4 with ID : ExtUvIM1 Input constant nr: 5 is constant nr: 5 with ID : ExtUvBak Input constant nr: 6 is constant nr: 6 with ID : ACTIVE_VERTDISP Input constant nr: 7 is constant nr: 7 with ID : ACTIVE_TOTDEPTH Input constant nr: 8 is constant nr: 8 with ID : ACTIVE_DYNDEPTH Input constant nr: 9 is constant nr: 9 with ID : CLOSE_ERR Input constant nr: 10 is constant nr: 10 with ID : ScaleVDisp Input constant nr: 11 is constant nr: 11 with ID : MaxIter Input constant nr: 12 is constant nr: 12 with ID : Tolerance Input constant nr: 13 is constant nr: 13 with ID : Iteration Report Input constant nr: 14 is constant nr: 14 with ID : ONLY_ACTIVE Input constant nr: 15 is constant nr: 15 with ID : ACTIVE_Secchi Input constant nr: 16 is constant nr: 16 with ID : ACTIVE_EColiMrt Input constant nr: 17 is constant nr: 17 with ID : ACTIVE_Extinc_VLG Input constant nr: 18 is constant nr: 18 with ID : ACTIVE_Salinchlor Input constant nr: 19 is constant nr: 19 with ID : ACTIVE_CalcRadUV Input constant nr: 20 is constant nr: 20 with ID : ACTIVE_Extinc_UVG Input constant nr: 21 is constant nr: 8 with ID : ACTIVE_DYNDEPTH constant values in this block. values 1 2 3 4 5 6 7 8 9 10 constants RcMrtEColi Temp DayL ExtUvIM1 ExtUvBak ACTIVE_VER ACTIVE_TOT ACTIVE_DYN CLOSE_ERR ScaleVDisp 1 8.0000E-01 1.8000E+01 5.8000E-01 5.0000E-02 8.0000E-02 0.0000E+00 0.0000E+00 0.0000E+00 1.0000E+00 1.0000E+00 values 11 12 13 14 15 16 17 18 19 20 constants MaxIter Tolerance Iteration ONLY_ACTIV ACTIVE_Sec ACTIVE_ECo ACTIVE_Ext ACTIVE_Sal ACTIVE_Cal ACTIVE_Ext 1 1.0000E+02 1.0000E-07 0.0000E+00 1.0000E+00 1.0000E+00 1.0000E+00 1.0000E+00 1.0000E+00 1.0000E+00 1.0000E+00 values 8 constants ACTIVE_Dyn 1 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 1130 segments. parameter s ordered in groups of segments per parameter . Input comes from binary file: com-tut_fti_waq.par info comes at runtime from binary file: com-tut_fti_waq.par ====> input item completed <==== Input function nr: 1 is function nr: 1 with ID : RadSurf Time function is linearly interpolated. number of breakpoints with full data: 11 breakpoint 1 : 45000 values 1 functions RadSurf 1 2.5000E+02 breakpoint 2 : 131400 values 1 functions RadSurf 1 2.2500E+02 breakpoint 3 : 217800 values 1 functions RadSurf 1 2.0000E+02 breakpoint 4 : 304200 values 1 functions RadSurf 1 1.7500E+02 breakpoint 5 : 390600 values 1 functions RadSurf 1 2.0000E+02 breakpoint 6 : 477000 values 1 functions RadSurf 1 2.3000E+02 breakpoint 7 : 563400 values 1 functions RadSurf 1 2.2000E+02 breakpoint 8 : 649800 values 1 functions RadSurf 1 2.4000E+02 breakpoint 9 : 736200 values 1 functions RadSurf 1 2.1000E+02 breakpoint 10 : 822600 values 1 functions RadSurf 1 2.0000E+02 breakpoint 11 : 909000 values 1 functions RadSurf 1 1.9000E+02 ====> input item completed <==== Input seg-funct. nr: 1 is seg-funct. nr: 1 with ID : VertDisper Input will be given for all 1130 segments. seg-funct.s ordered in groups of segments per seg-funct.. Input comes from binary file: com-tut_fti_waq.vdf info comes at runtime from binary file: com-tut_fti_waq.vdf ====> input item completed <==== Total number of constants : 20 Total number of parameters : 2 Total number of functions : 1 Total number of segment functions: 1 ************************************************************************************************************* 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 1.0000E+00 1.0000E+00 1.0000E+00 Unscaled default values: 3.5000E+01 1.0000E+01 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 ( 4) number of output variables specified Number Identification Weight variable 1 ExtUv 2 MrtToEColi 3 SURF 4 LocalDepth Specification of grid dump output All substances plus extra output variables ( 4) number of output variables specified Number Identification 1 ExtUv 2 MrtToEColi 3 SURF 4 LocalDepth Specification of history output All substances plus extra output variables ( 4) number of output variables specified Number Identification Weight variable 1 ExtUv 2 MrtToEColi 3 SURF 4 LocalDepth Specification of map output All substances plus extra output variables ( 4) number of output variables specified Number Identification 1 ExtUv 2 MrtToEColi 3 SURF 4 LocalDepth 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 ! Balance file set to new format Determining the place of the output variables INFO:ExtUv ; NOT FOUND, delwaq will detect variables from process library INFO:MrtToEColi ; NOT FOUND, delwaq will detect variables from process library SURF ; Using parameter nr 1 INFO:LocalDepth ; NOT FOUND, delwaq will detect variables from process library INFO:ExtUv ; NOT FOUND, delwaq will detect variables from process library INFO:MrtToEColi ; NOT FOUND, delwaq will detect variables from process library SURF ; Using parameter nr 1 INFO:LocalDepth ; NOT FOUND, delwaq will detect variables from process library INFO:ExtUv ; NOT FOUND, delwaq will detect variables from process library INFO:MrtToEColi ; NOT FOUND, delwaq will detect variables from process library SURF ; Using parameter nr 1 INFO:LocalDepth ; NOT FOUND, delwaq will detect variables from process library Not all variables available. Number off missing variables : 9 ************************************************************************************************************* B L O C K - 9 ***** Output operations Including file: com-tut_fti_waq.stt Closing file: com-tut_fti_waq.stt Continuing on file: C:\Users\Carey\Desktop\delft3d_repository\examples\06_delwaq\com-tut_fti_waq.i Number of periods defined: 1 PERIOD [whole period ] SUFFIX [whole ] Start of period : 0Y- 0D-12H-30M- 0S. End of period : 0Y- 10D-12H-30M- 0S. output-operation STADSC substance Salinity suffix For period [whole period ]: Statistical output named [MAX_whole_Salinity ] created with maximum from [Salinity ] Statistical output named [MIN_whole_Salinity ] created with minimum from [Salinity ] Statistical output named [MEAN_whole_Salinity ] created with average concentration from [Salinity ] Statistical output named [STDEV_whole_Salinity] created with standard deviation from [Salinity ] END-OUTPUT-OPERATION output-operation STADPT substance Salinity suffix Statistical output named [DPTAVG_Salinity ] created with depth average from [Salinity ] Statistical output named [DPTMAX_Salinity ] created with maximum over depth from [Salinity ] Statistical output named [DPTMIN_Salinity ] created with minimum over depth from [Salinity ] END-OUTPUT-OPERATION output-operation STADSC substance IM1 suffix For period [whole period ]: Statistical output named [MAX_whole_IM1 ] created with maximum from [IM1 ] Statistical output named [MIN_whole_IM1 ] created with minimum from [IM1 ] Statistical output named [MEAN_whole_IM1 ] created with average concentration from [IM1 ] Statistical output named [STDEV_whole_IM1 ] created with standard deviation from [IM1 ] END-OUTPUT-OPERATION output-operation STADPT substance IM1 suffix Statistical output named [DPTAVG_IM1 ] created with depth average from [IM1 ] Statistical output named [DPTMAX_IM1 ] created with maximum over depth from [IM1 ] Statistical output named [DPTMIN_IM1 ] created with minimum over depth from [IM1 ] END-OUTPUT-OPERATION output-operation STADAY substance EColi suffix daily TINIT START PERIOD 0000/00/01-00:00:00 Statistical output named [daily_EColi ] created with periodic average from [EColi ] END-OUTPUT-OPERATION output-operation STAGEO substance EColi suffix geomean THRESH 1 For period [whole period ]: Statistical output named [T_geomean_whole_ECol] created with time step counter above threshold from [EColi ] Statistical output named [geomean_whole_EColi ] created with geometric mean of values above threshold from [EColi ] Statistical output named [ALL_geomean_whole_EC] created with geometric mean of max(value,threshold) from [EColi ] END-OUTPUT-OPERATION output-operation STADSC substance EColi suffix For period [whole period ]: Statistical output named [MAX_whole_EColi ] created with maximum from [EColi ] Statistical output named [MIN_whole_EColi ] created with minimum from [EColi ] Statistical output named [MEAN_whole_EColi ] created with average concentration from [EColi ] Statistical output named [STDEV_whole_EColi ] created with standard deviation from [EColi ] END-OUTPUT-OPERATION output-operation STADPT substance EColi suffix Statistical output named [DPTAVG_EColi ] created with depth average from [EColi ] Statistical output named [DPTMAX_EColi ] created with maximum over depth from [EColi ] Statistical output named [DPTMIN_EColi ] created with minimum over depth from [EColi ] END-OUTPUT-OPERATION output-operation STADSC substance ExtUv suffix For period [whole period ]: Statistical output named [MAX_whole_ExtUv ] created with maximum from [ExtUv ] Statistical output named [MIN_whole_ExtUv ] created with minimum from [ExtUv ] Statistical output named [MEAN_whole_ExtUv ] created with average concentration from [ExtUv ] Statistical output named [STDEV_whole_ExtUv ] created with standard deviation from [ExtUv ] END-OUTPUT-OPERATION output-operation STADPT substance ExtUv suffix Statistical output named [DPTAVG_ExtUv ] created with depth average from [ExtUv ] Statistical output named [DPTMAX_ExtUv ] created with maximum over depth from [ExtUv ] Statistical output named [DPTMIN_ExtUv ] created with minimum over depth from [ExtUv ] END-OUTPUT-OPERATION output-operation STADSC substance MrtToEColi suffix For period [whole period ]: Statistical output named [MAX_whole_MrtToEColi] created with maximum from [MrtToEColi ] Statistical output named [MIN_whole_MrtToEColi] created with minimum from [MrtToEColi ] Statistical output named [MEAN_whole_MrtToECol] created with average concentration from [MrtToEColi ] Statistical output named [STDEV_whole_MrtToECo] created with standard deviation from [MrtToEColi ] END-OUTPUT-OPERATION output-operation STADPT substance MrtToEColi suffix Statistical output named [DPTAVG_MrtToEColi ] created with depth average from [MrtToEColi ] Statistical output named [DPTMAX_MrtToEColi ] created with maximum over depth from [MrtToEColi ] Statistical output named [DPTMIN_MrtToEColi ] created with minimum over depth from [MrtToEColi ] END-OUTPUT-OPERATION *********************************************************** 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 : 4 Number of ERRORS during input : 3 SIMULATION PROHIBITED !!!!!!!!