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codice_3D.cpp
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#include<stdio.h>
#include<math.h>
#include<stdlib.h>
#include <string.h>
#include <iostream>
#include <fstream>
#include <vector>
#include <string>
#include <cmath>
#include <complex>
#define Dxx 3600.0 // m^2/h
#define Dyy 3600.0 // m^2/h
#define Dzz 1.2 // m^2/h
#define vz0 0.0 // m/h
#define kDSPM0 pow(10.0,4.7) // l/Kg
#define kD0 pow(10.0,4.7) //210000 // l/Kg
#define kDIIsilt 3000 // l/Kg
#define kDMMsilt 1000 // l/Kg
#define kDIIsed pow(10.0,5.0) //l/Kg
#define kDMMsed pow(10.0,2.5) //l/Kg
#define SDsed 2.6 // g/cm3
#define vset 0.208 // m/h
#define VFCII 27500 // l/Kg
#define VFCMM 800000 // l/Kg
#define kPhde 0.00216 // 1/h
#define kmeth 0.000272 //0.000126 //0.00138 // 1/h
#define kdemeth 0.014940 // 1/h
#define k1phox 0.0000066 // m^2/W*s
#define k2phre 0.0000016 // m^2/W*s
#define k3bio 140.0 // m^3/mol
#define k4bio 86.0 // m^3/mol
#define det 24.0 // h
#define depmed 0.0000013356 // m/h
#define H1 0.479 // dimensionless
#define uwind 3.83 // m/s
#define PMCO2 44.01 // g/mol
#define PMHg0 200.59 // g/mol
#define PMH2O 18.02 // g/mol
#define PMHgII 200.59 // g/mol
#define PMMMHg 215.63 // g/mol
#define Qs 0.0 // m^3/h
#define As 1.0 // m^2
#define SLII 0.0 // ng/(l * h)
#define lambda1 0.52 //0.99 // dimensionless
//#define chlas 0.205 // mg/m^3
#define Dwin 0.000002534 // m^2/h
#define Dwor 0.000002534 // m^2/h
#define delsed 0.00009 // m
#define delsedMM 0.00030 // m
#define delw 0.0001 // m
#define Kdeme 0.007177 // 1/h
#define Kme 0.000503 // 1/h
#define kMM 0.004 // dimensionless
#define alfa 0.0000001 // 1/h
#define DHgextb27 0.26 // ng/l
#define DHgextb26 0.26 // ng/l
#define DHgextm27 0.26 // ng/l
#define DHgextm26 0.26 // ng/l
#define DHgexts27 0.26 // ng/l
#define DHgexts26 0.26 // ng/l
#define THgextb27 0.31 // ng/l
#define THgextb26 0.31 // ng/l
#define THgextm27 0.31 // ng/l
#define THgextm26 0.31 // ng/l
#define THgexts27 0.31 // ng/l
#define THgexts26 0.31 // ng/l
#define SPMextb27 0.00001870 // Kg/l
#define SPMextb26 0.00001865 // Kg/l
#define SPMextm27 0.00001870 // Kg/l
#define SPMextm26 0.00001865 // Kg/l
#define SPMexts27 0.00001830 // Kg/l
#define SPMexts26 0.00001865 // Kg/l
#define Lsci 300.0 // m
#define Llev 400.0 // m
#define SLMM 0.0 // ng/(l * h)
#define MMHgatm 0.0 // ng/m^3
#define DrydepHgII 0.000456 // microg/(m^-2 * h)
#define ws 0.174 // m/h
#define Td 1814400.0 // Kg/(m*h^2)
#define Tr 4147200.0 // Kg/(m*h^2)
#define emax 111.25 // g/(m^2*h)
#define lambdac 0.000208 // 1/h
#define delhu 0.02 // m
#define phiSPMatm 0.001256 // g/(m^2*h)
#define g 9.80665 // m/sec^2
#define ks 36.0 // m^(1/3)/s
#define romw 1025.0 // Kg/m^3
#define Vpce1 14.00 // microm^3/cell
#define Wp1 0.000014 // microg
#define ag 0.22 // dimensionless
#define bg 0.15 // dimensionless
#define kp 0.25 // dimensionless
#define pcap 0.29 // dimensionless
#define rolip 32.0 // ? d
#define rowat 0.0068 // ? d
#define rowatfood 0.0002 // ? d
#define logKow 2.54 // dimensionless
#define logBCFMM 4.4 // l/Kg
#define hlmet 250.0 //? d
#define Twat 20.0 // °C
#define Wzoo 0.027 // g
#define kzgr 0.016 // 1/d
#define kzurII 1.14 // l/g*d
#define kzurMM 1.59 // l/g*d
#define kzexrII 0.005 // 1/d
#define kzexrMM 0.00003 // 1/d
#define kzegII 0.089 // 1/d
#define kzegMM 0.052 // 1/d
#define plipPhy 0.02 // ? dimensionless
#define plipZoo 0.04 // ? dimensionless
#define plipFish 0.09 // dimensionless
#define gamfood 0.041 // 1/d
#define logKoc 5.00 // dimensionless
#define blip 0.41 // dimensionless
#define logkdII 5.4 // dimensionless
#define logkdMM 5.0 // dimensionless
#define Lfish 11.56 // cm
#define aWf 0.0085 // dimensionless
#define bWf 3.11 // dimensionless
#define aBCF 2.03 // ? dimensionless
#define bBCF -0.57 // ? dimensionless
#define kal 0.28 // dimensionless
#define tfish 730.0 // d
#define kzinII 0.104 // g/g*d
#define kzinMM 0.151 // g/g*d
#define AssFoodzooII 0.060 // dimensionless
#define AssFoodzooMM 0.800 // dimensionless
#define AssFoodII 0.030 // ? dimensionless
#define AssFoodMM 0.999 // dimensionless
#define PrefPhy 0.60 // dimensionless
#define PrefZoo 0.75 // dimensionless
#define Prefsed 0.25 // dimensionless
#define epsilon1 0.52 // dimensionless
#define r1 0.096 // 1/h
#define m1 0.010 // 1/h
#define Y1 500000000000 // cell/mmol phosphorus
#define abg 0.060 // 1/m
#define a1 0.012 // m^2/mg chl-a
#define a2 0.020 // m^2/mg chl-a
#define KR1 0.200 // mmol phosphorus/m^3
#define KI1 67.50 // micromol photons/(m^2 * s)
#define v1 0.000098 // m/h
#define Rin 0.010000 // mmol phosphorus/m^3
#define Rbot 0.100000 // mmol phosphorus/m^3
#define chla2 0.041 // mg/m^3
#define tempo 8760 // h
#define M 105120 // 1/12 h
#define N 250 // years
#define I 10 // nodes along x axis
#define J 18 // nodes along y axis
#define K 6 // vertical layers number in seawater
#define RL 10 // vertical layers number in sediments
#define T 4 // Mullus Barbatus lifetime
#define T1 8
#define SUR 128 // pixel number within the basin
#define klev 5 // inlet 1 (Levante) depth
#define ksci 2 // inlet 2 (Scirocco) depth
#define L 12 // y-position of inlet 1
#define C 7 // x-position of inlet 2
#define H 9 // position external area 3
#define iext1 9 // x-position of external area 1
#define iext2 9 // x-position of external area 2
#define iext3 9 // x-position of external area 3
#define jext1 8 // y-position of external area 1
#define jext2 16 // y-position of external area 2
#define jext3 17 // y-position of external area 3
#define P 528700 //
#define Q 365 // d
#define S 2
#define dx 454.6 // m
#define dy 454.6 // m
#define dz 5.0 // m
#define dz1 0.1 // m
#define dz2 0.2 // m
#define B1 600000000.0 // cell/m^3
#define B1ext 600000000.0 // cell/m^3
#define dlHg 1.9 // ng/l (detection limit for DHg and THg)
//#define NPP 0.020417 // g C/m^2 * h
int main(int argc, char *argv[])
{
FILE *fb1, *fct, *fR, *fI, *fHg0, *fHgII, *fMMHg, *fDHg, *fTHg, *fSPM, *fHgIIpw, *fMMHgpw;
FILE *fHgIIfluxsed, *fMMHgfluxsed;
FILE *fHg0fluxatm, *fHg0fluxdep, *fHgIIfluxdep, *fMMHgfluxdep, *fP, *fZ, *fFi, *fZtmean, *fFitmean, *fFisptmean, *fu, *fRelease, *fOutflow, *fEvasion, *fRecycled;
FILE *fv5, *fv10, *fv20, *fv30, *fero, *fero2;
FILE *fIin, *fPrec, *fTatm, *fHggas, *fHgIIatm, *fRin1, *fRin2, *fRin3, *fRin4, *fRin5, *fRin6, *fRin7;
FILE *fSPMin1, *fSPMin2, *fSPMin3, *fSPMin4, *fSPMin5, *fSPMin6, *fSPMin7, *fSPOMin1, *fSPOMin2, *fSPOMin3, *fSPOMin4, *fSPOMin5, *fSPOMin6, *fSPOMin7;
FILE *fTHgsedin, *fTHgsedin2, *fTHgsedin3, *fTHgsedin4, *fTHgsedin5, *fTHgsedin6, *fTHgsedin7, *fTHgsedin8, *fTHgsedin9, *fTHgsedin10;
FILE *fTHgsed, *ftotdep;
FILE *fSWsed;
FILE *fporsed;
FILE *fporsed2, *fporsed3, *fporsed4, *fporsed5, *fporsed6, *fporsed7, *fporsed8, *fporsed9, *fporsed10;
FILE *fTOCsed;
int i, j, k, m, n, p, q, r, idt, idtb;
double Hg0[I+2][J+2][K+2], HgII[I+2][J+2][K+2], MMHg[I+2][J+2][K+2], DHg[I+2][J+2][K+2], THg[I+2][J+2][K+2], SPIM[I+2][J+2][K+2], SPOM[I+2][J+2][K+2], SPM[I+2][J+2][K+2], forg[I+2][J+2][K+2];
double k1[I+2][J+2][K+2], k2[I+2][J+2][K+2];
double Rin1[I+2][J+2], Rin2[I+2][J+2], Rin3[I+2][J+2], Rin4[I+2][J+2], Rin5[I+2][J+2], Rin6[I+2][J+2];
double SPMin1[I+2][J+2], SPMin2[I+2][J+2], SPMin3[I+2][J+2], SPMin4[I+2][J+2], SPMin5[I+2][J+2], SPMin6[I+2][J+2], SPOMin1[I+2][J+2], SPOMin2[I+2][J+2], SPOMin3[I+2][J+2], SPOMin4[I+2][J+2], SPOMin5[I+2][J+2], SPOMin6[I+2][J+2];
double THgsedin[I+2][J+2], SWsedin[I+2][J+2], TOCsedin[I+2][J+2], porsedin[I+2][J+2], Iinin[Q+1][S+1], Tatmin[Q+1][S+1], Prin[Q+1][S+1], HgIIatmin[Q+1][S+1], Hggasin[Q+1][S+1];
double porsedin2[I+2][J+2], porsedin3[I+2][J+2], THgsedin2[I+2][J+2], THgsedin3[I+2][J+2];
double porsedin4[I+2][J+2], porsedin5[I+2][J+2], porsedin6[I+2][J+2], porsedin7[I+2][J+2], porsedin8[I+2][J+2], porsedin9[I+2][J+2], porsedin10[I+2][J+2];
double THgsedin4[I+2][J+2], THgsedin5[I+2][J+2], THgsedin6[I+2][J+2], THgsedin7[I+2][J+2], THgsedin8[I+2][J+2], THgsedin9[I+2][J+2], THgsedin10[I+2][J+2];
double PHgII[I+2][J+2][K+2], PMMHg[I+2][J+2][K+2], PHg[I+2][J+2][K+2], PHgIItmean[I+2][J+2][K+2], PMMHgtmean[I+2][J+2][K+2], PHgIItmean2[I+2][J+2][K+2], PMMHgtmean2[I+2][J+2][K+2];
double Wfish, kfgr, kfin, kfegr, logBCFII[I+2][J+2], kfurII[I+2][J+2], kfurMM, kfexrII[I+2][J+2], kfexrMM, lambmet;
double plipfood, kfinMM, kfegrMM, pcarsed[I+2][J+2], kfinMMsed[I+2][J+2], kfegrMMsed[I+2][J+2], DietHgII[I+2][J+2], DietMMHg[I+2][J+2];
double FiHgIIre[I+2][J+2], FiHgIIGIT[I+2][J+2], FiHgIIGITdet[I+2][J+2], FiMMHgre[I+2][J+2], FiMMHgGIT[I+2][J+2], FiMMHgGITdet[I+2][J+2], FiHgII[I+2][J+2], FiMMHg[I+2][J+2], FiHgIItmean[I+2][J+2], FiMMHgtmean[I+2][J+2], FiHgIItmean2[I+2][J+2], FiMMHgtmean2[I+2][J+2];
double DietzooHgII[I+2][J+2], DietzooMMHg[I+2][J+2], ZHgIIre[I+2][J+2], ZHgIIGIT[I+2][J+2], ZMMHgre[I+2][J+2], ZMMHgGIT[I+2][J+2], ZHgII[I+2][J+2], ZMMHg[I+2][J+2], ZHgIItmean[I+2][J+2], ZMMHgtmean[I+2][J+2], ZHgIItmean2[I+2][J+2], ZMMHgtmean2[I+2][J+2];
double PHgIIsptmean, PMMHgsptmean, ZHgIIsptmean, ZMMHgsptmean, FiHgIIsptmean, FiMMHgsptmean;
double PHgIIsptmean2, PMMHgsptmean2, ZHgIIsptmean2, ZMMHgsptmean2, FiHgIIsptmean2, FiMMHgsptmean2;
double MTCwaw[I+2][J+2], MTCwag[I+2][J+2], MTCwa[I+2][J+2];
double SIIDOM[I+2][J+2][K+2], SIISPM[I+2][J+2][K+2], MTCIIsw[I+2][J+2], Dinsed[I+2][J+2][RL+2];
double HgIIpw[I+2][J+2][RL+2];
double SMMDOM[I+2][J+2][K+2], SMMSPM[I+2][J+2][K+2], MTCMMsw[I+2][J+2], Dorsed[I+2][J+2][RL+2];
double MMHgpw[I+2][J+2][RL+2];
double fluxHgIIsed[I+2][J+2], fluxMMHgsed[I+2][J+2];
double fluxHg0atm[I+2][J+2], fluxHg0dep[I+2][J+2], fluxHgIIdep[I+2][J+2], fluxMMHgdep[I+2][J+2];
double SLSPM[I+2][J+2][K+2];
double b1[I+2][J+2][K+2], chla1[I+2][J+2][K+2], chlatot[I+2][J+2][K+2];
double R[I+2][J+2][K+2], Rini[I+2][J+2][K+2], Iin, Tatm, Pr, HgIIatm, It[I+2][J+2][K+2], THgsed[I+2][J+2][RL+2], SWsed[I+2][J+2], TOCsed[I+2][J+2], porsed[I+2][J+2][RL+2];
double THgsedold[I+2][J+2][RL+2];
double G1[I+2][J+2][K+2], sommab1[I+2][J+2], sommab2[I+2][J+2];
double F1R[I+2][J+2][K+2], F1I[I+2][J+2][K+2];
double sumfluHg0x[I+2][J+2], sumfluHgIIx[I+2][J+2], sumfluMMHgx[I+2][J+2], sumfluTHgx[I+2][J+2], sumfluvx[I+2][J+2];
double sumfluHg0xs[I+2][J+2], sumfluHgIIxs[I+2][J+2], sumfluMMHgxs[I+2][J+2], sumfluTHgxs[I+2][J+2], sumfluvxs[I+2][J+2];
double sumfluHg0y[I+2][J+2], sumfluHgIIy[I+2][J+2], sumfluMMHgy[I+2][J+2], sumfluTHgy[I+2][J+2], sumfluvy[I+2][J+2];
double **value1, **value2, **value3, **value5, **ero, **ero2;
double vxc[I+2][J+2][K+2], vyc[I+2][J+2][K+2], vx[I+2][J+2][K+2], vy[I+2][J+2][K+2], vxold[I+2][J+2][K+2], vyold[I+2][J+2][K+2], vz[I+2][J+2][K+2], dep[I+2][J+2], depold[I+2][J+2], Totdep[I+2][J+2], Totdepold[I+2][J+2];
double fluHg0x[I+2][J+2][K+2], fluHg0y[I+2][J+2][K+2], fluHg0z[I+2][J+2][K+2], fluHgIIx[I+2][J+2][K+2], fluHgIIy[I+2][J+2][K+2], fluHgIIz[I+2][J+2][K+2];
double fluMMHgx[I+2][J+2][K+2], fluMMHgy[I+2][J+2][K+2], fluMMHgz[I+2][J+2][K+2], fluSPMx[I+2][J+2][K+2], fluSPMy[I+2][J+2][K+2], fluSPMz[I+2][J+2][K+2];
double flub1x[I+2][J+2][K+2], flub1y[I+2][J+2][K+2], flub1z[I+2][J+2][K+2], fluRx[I+2][J+2][K+2], fluRy[I+2][J+2][K+2], fluRz[I+2][J+2][K+2];
double kphupII[I+2][J+2][K+2], kphexII, kphupMM[I+2][J+2][K+2], kphexMM, kphgr;
double PHgIIexts26, PMMHgexts26, PHgexts26;
double PHgIIextm26, PMMHgextm26, PHgextm26;
double PHgIIextb26, PMMHgextb26, PHgextb26;
double PHgIIexts27, PMMHgexts27, PHgexts27;
double PHgIIextm27, PMMHgextm27, PHgextm27;
double PHgIIextb27, PMMHgextb27, PHgextb27;
double TotfluHg0xlev, fluHg0xlev, TotfluHgIIxlev, fluHgIIxlev, TotfluMMHgxlev, fluMMHgxlev, fluTHgxlev, Totlev;
double TotfluHg0xysci, fluHg0xsci, fluHg0ysci, TotfluHgIIxysci, fluHgIIxsci, fluHgIIysci, TotfluMMHgxysci, fluMMHgxsci, fluMMHgysci, fluTHgxsci, fluTHgysci, Totsci;
double fluHgIIzsed, fluMMHgzsed, fluHgIIzsedext1, fluHgIIzsedext2, fluHgIIzsedext3, fluMMHgzsedext1, fluMMHgzsedext2, fluMMHgzsedext3;
double fluHgIIzbur, fluHgIIzburext1, fluHgIIzburext2, fluHgIIzburext3;
double fluMMHgzbur, fluMMHgzburext1, fluMMHgzburext2, fluMMHgzburext3;
double fluHgIIzbur2, fluHgIIzburext12, fluHgIIzburext22, fluHgIIzburext32;
double fluMMHgzbur2, fluMMHgzburext12, fluMMHgzburext22, fluMMHgzburext32;
double fluHgIIzbur3, fluHgIIzburext13, fluHgIIzburext23, fluHgIIzburext33;
double fluMMHgzbur3, fluMMHgzburext13, fluMMHgzburext23, fluMMHgzburext33;
double fluHgIIzbur4, fluHgIIzburext14, fluHgIIzburext24, fluHgIIzburext34;
double fluMMHgzbur4, fluMMHgzburext14, fluMMHgzburext24, fluMMHgzburext34;
double fluHgIIzbur5, fluHgIIzburext15, fluHgIIzburext25, fluHgIIzburext35;
double fluMMHgzbur5, fluMMHgzburext15, fluMMHgzburext25, fluMMHgzburext35;
double fluxHg0zatm, fluxHg0zdep, fluxHgIIzdep, fluxMMHgzdep, fluxHg0zatmext1, fluxHg0zdepext1, fluxHgIIzdepext1, fluxMMHgzdepext1;
double fluxHg0zatmext2, fluxHg0zdepext2, fluxHgIIzdepext2, fluxMMHgzdepext2, fluxHg0zatmext3, fluxHg0zdepext3, fluxHgIIzdepext3, fluxMMHgzdepext3;
double fluxSPMzdep, fluxSPMzdepext1, fluxSPMzdepext2, fluxSPMzdepext3;
double TotfluHgIIzsed, TotfluMMHgzsed, TotfluHgIIzsedext1, TotfluHgIIzsedext2, TotfluHgIIzsedext3, TotfluMMHgzsedext1, TotfluMMHgzsedext2, TotfluMMHgzsedext3;
double TotHgIIsed, TotMMHgsed, TotHgsed, TotSIISPM, TotSMMSPM, TotSIIDOM, TotSMMDOM;
double TotHgIIbur, TotfluHgIIzbur, TotfluHgIIzburext1, TotfluHgIIzburext2, TotfluHgIIzburext3;
double TotMMHgbur, TotfluMMHgzbur, TotfluMMHgzburext1, TotfluMMHgzburext2, TotfluMMHgzburext3;
double TotHgIIbur2, TotfluHgIIzbur2, TotfluHgIIzburext12, TotfluHgIIzburext22, TotfluHgIIzburext32;
double TotMMHgbur2, TotfluMMHgzbur2, TotfluMMHgzburext12, TotfluMMHgzburext22, TotfluMMHgzburext32;
double TotHgIIbur3, TotfluHgIIzbur3, TotfluHgIIzburext13, TotfluHgIIzburext23, TotfluHgIIzburext33;
double TotMMHgbur3, TotfluMMHgzbur3, TotfluMMHgzburext13, TotfluMMHgzburext23, TotfluMMHgzburext33;
double TotHgIIbur4, TotfluHgIIzbur4, TotfluHgIIzburext14, TotfluHgIIzburext24, TotfluHgIIzburext34;
double TotMMHgbur4, TotfluMMHgzbur4, TotfluMMHgzburext14, TotfluMMHgzburext24, TotfluMMHgzburext34;
double TotHgIIbur5, TotfluHgIIzbur5, TotfluHgIIzburext15, TotfluHgIIzburext25, TotfluHgIIzburext35;
double TotMMHgbur5, TotfluMMHgzbur5, TotfluMMHgzburext15, TotfluMMHgzburext25, TotfluMMHgzburext35;
double TotfluHg0atm, TotfluHg0zatm, TotfluHg0zatmext1, TotfluHg0zatmext2, TotfluHg0zatmext3;
double TotfluHg0dep, TotfluHg0zdep, TotfluHg0zdepext1, TotfluHg0zdepext2, TotfluHg0zdepext3;
double TotfluHgIIdep, TotfluHgIIzdep, TotfluHgIIzdepext1, TotfluHgIIzdepext2, TotfluHgIIzdepext3;
double TotfluSPMdep, TotfluSPMzdep, TotfluSPMzdepext1, TotfluSPMzdepext2, TotfluSPMzdepext3;
double TotfluMMHgdep, TotfluMMHgzdep, TotfluMMHgzdepext1, TotfluMMHgzdepext2, TotfluMMHgzdepext3;
double TotfluHgdep, TotHgbur, TotHgbur2, TotHgbur3, TotHgbur4, TotHgbur5;
double NPP[I+2][J+2][K+2], peratio[I+2][J+2][K+2], Hggas, OCRR[I+2][J+2][K+2], k3[I+2][J+2][K+2], k4[I+2][J+2][K+2], dt;
char *tmp,buf[20],buf1[50];
value1= (double**)malloc(528700 * sizeof(double*));
for (p=1; p<=528700; p++){
value1[p]=(double*)malloc(2 * sizeof(double));
}
value2= (double**)malloc(528700 * sizeof(double*));
for (p=1; p<=528700; p++){
value2[p]=(double*)malloc(2 * sizeof(double));
}
value3= (double**)malloc(528700 * sizeof(double*));
for (p=1; p<=528700; p++){
value3[p]=(double*)malloc(2 * sizeof(double));
}
value5= (double**)malloc(528700 * sizeof(double*));
for (p=1; p<=528700; p++){
value5[p]=(double*)malloc(2 * sizeof(double));
}
ero= (double**)malloc(528700 * sizeof(double*));
for (p=1; p<=528700; p++){
ero[p]=(double*)malloc(1 * sizeof(double));
}
ero2= (double**)malloc(180 * sizeof(double*));
for (p=1; p<=180; p++){
ero2[p]=(double*)malloc(1 * sizeof(double));
}
if((fb1=fopen("Phyto_conc.txt", "wb+"))==NULL)
{
printf("Impossibile aprire il file di dati\n");
exit(1);
}
if((fct=fopen("Chlor_conc.txt", "wb+"))==NULL)
{
printf("Impossibile aprire il file di dati\n");
exit(1);
}
if((fR=fopen("Nutrient_conc.txt", "wb+"))==NULL)
{
printf("Impossibile aprire il file di dati\n");
exit(1);
}
if((fI=fopen("Light_int.txt", "wb+"))==NULL)
{
printf("Impossibile aprire il file di dati\n");
exit(1);
}
if((fHg0=fopen("Hg0_conc.txt", "wb+"))==NULL)
{
printf("Impossibile aprire il file di dati\n");
exit(1);
}
if((fHgII=fopen("HgII_conc.txt", "wb+"))==NULL)
{
printf("Impossibile aprire il file di dati\n");
exit(1);
}
if((fMMHg=fopen("MMHg_conc.txt", "wb+"))==NULL)
{
printf("Impossibile aprire il file di dati\n");
exit(1);
}
if((fDHg=fopen("DHg_conc.txt", "wb+"))==NULL)
{
printf("Impossibile aprire il file di dati\n");
exit(1);
}
if((fTHg=fopen("THg_conc.txt", "wb+"))==NULL)
{
printf("Impossibile aprire il file di dati\n");
exit(1);
}
/*if((fSPM=fopen("SPM_conc.txt", "wb+"))==NULL)
{
printf("Impossibile aprire il file di dati\n");
exit(1);
}*/
if((fHgIIpw=fopen("HgIIpw_conc.txt", "wb+"))==NULL)
{
printf("Impossibile aprire il file di dati\n");
exit(1);
}
if((fMMHgpw=fopen("MMHgpw_conc.txt", "wb+"))==NULL)
{
printf("Impossibile aprire il file di dati\n");
exit(1);
}
if((fTHgsed=fopen("THgsed.txt", "wb+"))==NULL)
{
printf("Errore di apertura file\n");
exit(1);
}
if((ftotdep=fopen("Totdep.txt", "wb+"))==NULL)
{
printf("Errore di apertura file\n");
exit(1);
}
if((fHgIIfluxsed=fopen("FluxHgIIsed.txt", "wb+"))==NULL)
{
printf("Impossibile aprire il file di dati\n");
exit(1);
}
if((fMMHgfluxsed=fopen("FluxMMHgsed.txt", "wb+"))==NULL)
{
printf("Impossibile aprire il file di dati\n");
exit(1);
}
if((fHg0fluxatm=fopen("FluxHg0atm.txt", "wb+"))==NULL)
{
printf("Impossibile aprire il file di dati\n");
exit(1);
}
if((fHg0fluxdep=fopen("FluxHg0dep.txt", "wb+"))==NULL)
{
printf("Impossibile aprire il file di dati\n");
exit(1);
}
if((fHgIIfluxdep=fopen("FluxHgIIdep.txt", "wb+"))==NULL)
{
printf("Impossibile aprire il file di dati\n");
exit(1);
}
if((fMMHgfluxdep=fopen("FluxMMHgdep.txt", "wb+"))==NULL)
{
printf("Impossibile aprire il file di dati\n");
exit(1);
}
if((fu=fopen("mass-balance.txt", "wb+"))==NULL)
{
printf("Impossibile aprire il file di dati\n");
exit(1);
}
if((fRelease=fopen("R_time.txt", "wb+"))==NULL)
{
printf("Impossibile aprire il file di dati\n");
exit(1);
}
if((fOutflow=fopen("O-I_time.txt", "wb+"))==NULL)
{
printf("Impossibile aprire il file di dati\n");
exit(1);
}
if((fEvasion=fopen("V-AD_time.txt", "wb+"))==NULL)
{
printf("Impossibile aprire il file di dati\n");
exit(1);
}
if((fRecycled=fopen("D_time.txt", "wb+"))==NULL)
{
printf("Impossibile aprire il file di dati\n");
exit(1);
}
if((fP=fopen("Mercury-Phyto.txt", "wb+"))==NULL)
{
printf("Impossibile aprire il file di dati\n");
exit(1);
}
if((fZ=fopen("Mercury-Zoo.txt", "wb+"))==NULL)
{
printf("Impossibile aprire il file di dati\n");
exit(1);
}
if((fFi=fopen("Mercury-Fish.txt", "wb+"))==NULL)
{
printf("Impossibile aprire il file di dati\n");
exit(1);
}
if((fZtmean=fopen("Temp_mean_mercury_fish.txt", "wb+"))==NULL)
{
printf("Impossibile aprire il file di dati\n");
exit(1);
}
if((fFitmean=fopen("Temp_mean_mercury_fish.txt", "wb+"))==NULL)
{
printf("Impossibile aprire il file di dati\n");
exit(1);
}
if((fFisptmean=fopen("Spatio-temp_mean_mercury_fish.txt", "wb+"))==NULL)
{
printf("Impossibile aprire il file di dati\n");
exit(1);
}
if((fRin1=fopen("Rin1.txt", "r"))==NULL)
{
printf("Errore di apertura file\n");
exit(1);
}
if((fSPMin1=fopen("SPMin1.txt", "r"))==NULL)
{
printf("Errore di apertura file\n");
exit(1);
}
if((fSPOMin1=fopen("SPOMin1.txt", "r"))==NULL)
{
printf("Errore di apertura file\n");
exit(1);
}
if((fRin2=fopen("Rin2.txt", "r"))==NULL)
{
printf("Errore di apertura file\n");
exit(1);
}
if((fSPMin2=fopen("SPMin2.txt", "r"))==NULL)
{
printf("Errore di apertura file\n");
exit(1);
}
if((fSPOMin2=fopen("SPOMin2.txt", "r"))==NULL)
{
printf("Errore di apertura file\n");
exit(1);
}
if((fRin3=fopen("Rin3.txt", "r"))==NULL)
{
printf("Errore di apertura file\n");
exit(1);
}
if((fSPMin3=fopen("SPMin3.txt", "r"))==NULL)
{
printf("Errore di apertura file\n");
exit(1);
}
if((fSPOMin3=fopen("SPOMin3.txt", "r"))==NULL)
{
printf("Errore di apertura file\n");
exit(1);
}
if((fRin4=fopen("Rin4.txt", "r"))==NULL)
{
printf("Errore di apertura file\n");
exit(1);
}
if((fSPMin4=fopen("SPMin4.txt", "r"))==NULL)
{
printf("Errore di apertura file\n");
exit(1);
}
if((fSPOMin4=fopen("SPOMin4.txt", "r"))==NULL)
{
printf("Errore di apertura file\n");
exit(1);
}
if((fRin5=fopen("Rin5.txt", "r"))==NULL)
{
printf("Errore di apertura file\n");
exit(1);
}
if((fSPMin5=fopen("SPMin5.txt", "r"))==NULL)
{
printf("Errore di apertura file\n");
exit(1);
}
if((fSPOMin5=fopen("SPOMin5.txt", "r"))==NULL)
{
printf("Errore di apertura file\n");
exit(1);
}
if((fRin6=fopen("Rin6.txt", "r"))==NULL)
{
printf("Errore di apertura file\n");
exit(1);
}
if((fSPMin6=fopen("SPMin6.txt", "r"))==NULL)
{
printf("Errore di apertura file\n");
exit(1);
}
if((fSPOMin6=fopen("SPOMin6.txt", "r"))==NULL)
{
printf("Errore di apertura file\n");
exit(1);
}
if((fTHgsedin=fopen("THgsedin.txt", "r"))==NULL)
{
printf("Errore di apertura file\n");
exit(1);
}
if((fTHgsedin2=fopen("THgsedin2.txt", "r"))==NULL)
{
printf("Errore di apertura file\n");
exit(1);
}
if((fTHgsedin3=fopen("THgsedin3.txt", "r"))==NULL)
{
printf("Errore di apertura file\n");
exit(1);
}
if((fTHgsedin4=fopen("THgsedin4.txt", "r"))==NULL)
{
printf("Errore di apertura file\n");
exit(1);
}
if((fTHgsedin5=fopen("THgsedin5.txt", "r"))==NULL)
{
printf("Errore di apertura file\n");
exit(1);
}
if((fTHgsedin6=fopen("THgsedin6.txt", "r"))==NULL)
{
printf("Errore di apertura file\n");
exit(1);
}
if((fTHgsedin7=fopen("THgsedin7.txt", "r"))==NULL)
{
printf("Errore di apertura file\n");
exit(1);
}
if((fTHgsedin8=fopen("THgsedin8.txt", "r"))==NULL)
{
printf("Errore di apertura file\n");
exit(1);
}
if((fTHgsedin9=fopen("THgsedin9.txt", "r"))==NULL)
{
printf("Errore di apertura file\n");
exit(1);
}
if((fTHgsedin10=fopen("THgsedin10.txt", "r"))==NULL)
{
printf("Errore di apertura file\n");
exit(1);
}
if((fSWsed=fopen("SWsed.txt", "r"))==NULL)
{
printf("Errore di apertura file\n");
exit(1);
}
if((fTOCsed=fopen("TOCsed.txt", "r"))==NULL)
{
printf("Errore di apertura file\n");
exit(1);
}
if((fporsed=fopen("porsed.txt", "r"))==NULL)
{
printf("Errore di apertura file\n");
exit(1);
}
if((fporsed2=fopen("porsed2.txt", "r"))==NULL)
{
printf("Errore di apertura file\n");
exit(1);
}
if((fporsed3=fopen("porsed3.txt", "r"))==NULL)
{
printf("Errore di apertura file\n");
exit(1);
}
if((fporsed4=fopen("porsed4.txt", "r"))==NULL)
{
printf("Errore di apertura file\n");
exit(1);
}
if((fporsed5=fopen("porsed5.txt", "r"))==NULL)
{
printf("Errore di apertura file\n");
exit(1);
}
if((fporsed6=fopen("porsed6.txt", "r"))==NULL)
{
printf("Errore di apertura file\n");
exit(1);
}
if((fporsed7=fopen("porsed7.txt", "r"))==NULL)
{
printf("Errore di apertura file\n");
exit(1);
}
if((fporsed8=fopen("porsed8.txt", "r"))==NULL)
{
printf("Errore di apertura file\n");
exit(1);
}
if((fporsed9=fopen("porsed9.txt", "r"))==NULL)
{
printf("Errore di apertura file\n");
exit(1);
}
if((fporsed10=fopen("porsed10.txt", "r"))==NULL)
{
printf("Errore di apertura file\n");
exit(1);
}
if((fIin=fopen("Iin.txt", "r"))==NULL)
{
printf("Errore di apertura file\n");
exit(1);
}
if((fTatm=fopen("Tatm.txt", "r"))==NULL)
{
printf("Errore di apertura file\n");
exit(1);
}
if((fPrec=fopen("Prec.txt", "r"))==NULL)
{
printf("Errore di apertura file\n");
exit(1);
}
if((fHggas=fopen("Hg0gas.txt", "r"))==NULL)
{
printf("Errore di apertura file\n");
exit(1);
}
if((fHgIIatm=fopen("HgIIatm.txt", "r"))==NULL)
{
printf("Errore di apertura file\n");
exit(1);
}
if((fv5=fopen("newlev_0_5.txt","r"))==NULL)
{
printf("Errore di apertura file\n");
exit(1);
}
if((fv10=fopen("newlev_5_10.txt","r"))==NULL)
{
printf("Errore di apertura file\n");
exit(1);
}
if((fv20=fopen("newlev_10_20.txt","r"))==NULL)
{
printf("Errore di apertura file\n");
exit(1);
}
if((fv30=fopen("newlev_20_30.txt","r"))==NULL)
{
printf("Errore di apertura file\n");
exit(1);
}
if((fero=fopen("erosion.txt","r"))==NULL)
{
printf("Errore di apertura file\n");
exit(1);
}
if((fero2=fopen("erosion2.txt","r"))==NULL)
{
printf("Errore di apertura file\n");
exit(1);
}
dt=(double) tempo/M; // h
Iin=339.83; // micromol photons/(m^2*sec)
Tatm=13.17; // °C
Pr=0.00268; // m
HgIIatm=21000.000; //ng/m^3
Hggas=1.59; // ng/m^3
idt=(int) 3*pow(dt,-1);
idtb=12;
for(j=1; j<=J; j++){ // rispetto allo spazio y
for(i=1; i<=I; i++){ // rispetto allo spazio x
fscanf(fRin1,"%lf", &Rin1[i][j]);
fscanf(fSPMin1,"%lf", &SPMin1[i][j]);
fscanf(fSPOMin1,"%lf", &SPOMin1[i][j]);
Rini[i][j][1]=Rin1[i][j];
SPM[i][j][1]=SPMin1[i][j]*pow(10.0,-6.0); //Kg/l
SPOM[i][j][1]=SPOMin1[i][j]*pow(10.0,-6.0); //Kg/l
}
}
for(j=1; j<=J; j++){ // rispetto allo spazio y
for(i=1; i<=I; i++){ // rispetto allo spazio x
fscanf(fRin2,"%lf", &Rin2[i][j]);
fscanf(fSPMin2,"%lf", &SPMin2[i][j]);
fscanf(fSPOMin2,"%lf", &SPOMin2[i][j]);
Rini[i][j][2]=Rin2[i][j];
SPM[i][j][2]=SPMin2[i][j]*pow(10.0,-6.0); //Kg/l
SPOM[i][j][2]=SPOMin2[i][j]*pow(10.0,-6.0); //Kg/l
}
}
for(j=1; j<=J; j++){ // rispetto allo spazio y
for(i=1; i<=I; i++){ // rispetto allo spazio x
fscanf(fRin3,"%lf", &Rin3[i][j]);
fscanf(fSPMin3,"%lf", &SPMin3[i][j]);
fscanf(fSPOMin3,"%lf", &SPOMin3[i][j]);
Rini[i][j][3]=Rin3[i][j];
SPM[i][j][3]=SPMin3[i][j]*pow(10.0,-6.0); //Kg/l
SPOM[i][j][3]=SPOMin3[i][j]*pow(10.0,-6.0); //Kg/l
}
}
for(j=1; j<=J; j++){ // rispetto allo spazio y
for(i=1; i<=I; i++){ // rispetto allo spazio x
fscanf(fRin4,"%lf", &Rin4[i][j]);
fscanf(fSPMin4,"%lf", &SPMin4[i][j]);
fscanf(fSPOMin4,"%lf", &SPOMin4[i][j]);
Rini[i][j][4]=Rin4[i][j];
SPM[i][j][4]=SPMin4[i][j]*pow(10.0,-6.0); //Kg/l
SPOM[i][j][4]=SPOMin4[i][j]*pow(10.0,-6.0); //Kg/l
}
}
for(j=1; j<=J; j++){ // rispetto allo spazio y
for(i=1; i<=I; i++){ // rispetto allo spazio x
fscanf(fRin5,"%lf", &Rin5[i][j]);
fscanf(fSPMin5,"%lf", &SPMin5[i][j]);
fscanf(fSPOMin5,"%lf", &SPOMin5[i][j]);
Rini[i][j][5]=Rin5[i][j];
SPM[i][j][5]=SPMin5[i][j]*pow(10.0,-6.0); //Kg/l
SPOM[i][j][5]=SPOMin5[i][j]*pow(10.0,-6.0); //Kg/l
}
}
for(j=1; j<=J; j++){ // rispetto allo spazio y
for(i=1; i<=I; i++){ // rispetto allo spazio x
fscanf(fRin6,"%lf", &Rin6[i][j]);
fscanf(fSPMin6,"%lf", &SPMin6[i][j]);
fscanf(fSPOMin6,"%lf", &SPOMin6[i][j]);
Rini[i][j][6]=Rin6[i][j];
SPM[i][j][6]=SPMin6[i][j]*pow(10.0,-6.0); //Kg/l
SPOM[i][j][6]=SPOMin6[i][j]*pow(10.0,-6.0); //Kg/l
}
}
for(i=0; i<=I; i++){ // rispetto allo spazio y
for(k=0; k<=K; k++){ // rispetto allo spazio x
Rini[i][0][k]=0.000000;
b1[i][0][k]=0.000000;
Hg0[i][0][k]=0.000000;
HgII[i][0][k]=0.000000;
MMHg[i][0][k]=0.000000;
DHg[i][0][k]=0.000000;
SPM[i][0][k]=0.000000;
SPOM[i][0][k]=0.000000;
R[i][0][k]=0.000000;
vxc[i][0][k]=0.000000;
vyc[i][0][k]=0.000000;
}
}
for(j=1; j<=J; j++){ // rispetto allo spazio y
for(k=0; k<=K; k++){ // rispetto allo spazio x
Rini[0][j][k]=0.000000;
b1[0][j][k]=0.000000;
Hg0[0][j][k]=0.000000;
HgII[0][j][k]=0.000000;
MMHg[0][j][k]=0.000000;
DHg[0][j][k]=0.000000;
SPM[0][j][k]=0.000000;
SPOM[0][j][k]=0.000000;
R[0][j][k]=0.000000;
vxc[0][j][k]=0.000000;
vyc[0][j][k]=0.000000;
}
}
for(j=1; j<=J; j++){ // rispetto allo spazio y
for(i=1; i<=I; i++){ // rispetto allo spazio x
fscanf(fTHgsedin,"%lf", &THgsedin[i][j]);
fscanf(fTHgsedin2,"%lf", &THgsedin2[i][j]);
fscanf(fTHgsedin3,"%lf", &THgsedin3[i][j]);
fscanf(fTHgsedin4,"%lf", &THgsedin4[i][j]);
fscanf(fTHgsedin5,"%lf", &THgsedin5[i][j]);
fscanf(fTHgsedin6,"%lf", &THgsedin6[i][j]);
fscanf(fTHgsedin7,"%lf", &THgsedin7[i][j]);
fscanf(fTHgsedin8,"%lf", &THgsedin8[i][j]);
fscanf(fTHgsedin9,"%lf", &THgsedin9[i][j]);
fscanf(fTHgsedin10,"%lf", &THgsedin10[i][j]);
fscanf(fSWsed,"%lf", &SWsedin[i][j]);
fscanf(fTOCsed,"%lf", &TOCsedin[i][j]);
fscanf(fporsed,"%lf", &porsedin[i][j]);
fscanf(fporsed2,"%lf", &porsedin2[i][j]);
fscanf(fporsed3,"%lf", &porsedin3[i][j]);
fscanf(fporsed4,"%lf", &porsedin4[i][j]);
fscanf(fporsed5,"%lf", &porsedin5[i][j]);
fscanf(fporsed6,"%lf", &porsedin6[i][j]);
fscanf(fporsed7,"%lf", &porsedin7[i][j]);
fscanf(fporsed8,"%lf", &porsedin8[i][j]);
fscanf(fporsed9,"%lf", &porsedin9[i][j]);
fscanf(fporsed10,"%lf", &porsedin10[i][j]);
THgsed[i][j][1]=THgsedin[i][j];
THgsed[i][j][2]=THgsedin2[i][j];
THgsed[i][j][3]=THgsedin3[i][j];
THgsed[i][j][4]=THgsedin4[i][j];
THgsed[i][j][5]=THgsedin5[i][j];
THgsed[i][j][6]=THgsedin6[i][j];
THgsed[i][j][7]=THgsedin7[i][j];
THgsed[i][j][8]=THgsedin8[i][j];
THgsed[i][j][9]=THgsedin9[i][j];
THgsed[i][j][10]=THgsedin10[i][j];
SWsed[i][j]=SWsedin[i][j];
TOCsed[i][j]=TOCsedin[i][j];
porsed[i][j][1]=porsedin[i][j];
porsed[i][j][2]=porsedin2[i][j];
porsed[i][j][3]=porsedin3[i][j];
porsed[i][j][4]=porsedin4[i][j];
porsed[i][j][5]=porsedin5[i][j];
porsed[i][j][6]=porsedin6[i][j];
porsed[i][j][7]=porsedin7[i][j];
porsed[i][j][8]=porsedin8[i][j];
porsed[i][j][9]=porsedin9[i][j];
porsed[i][j][10]=porsedin10[i][j];
}
}
kphexII=(pow(Wp1,-kp)/(rowat+rolip))*(1.0/(pcap*pow(10.0,logkdII))); // 1/d
kphexMM=(pow(Wp1,-kp)/(rowat+rolip))*(1.0/(pcap*pow(10.0,logkdMM))); //1/d
kphgr=ag*pow(Vpce1,-bg); // 1/d
PHgIIexts27=Wp1*VFCII*0.794*DHgexts27*pow(10.0,-12.0); // microg
PMMHgexts27=Wp1*VFCMM*0.006*DHgexts27*pow(10.0,-12.0); // microg
PHgexts27=PHgIIexts27+PMMHgexts27; // microg
PHgIIextm27=Wp1*VFCII*0.794*DHgextm27*pow(10.0,-12.0); // microg
PMMHgextm27=Wp1*VFCMM*0.006*DHgextm27*pow(10.0,-12.0); // microg
PHgextm27=PHgIIextm27+PMMHgextm27; // microg
PHgIIextb27=Wp1*VFCII*0.794*DHgextb27*pow(10.0,-12.0); // microg
PMMHgextb27=Wp1*VFCMM*0.006*DHgextb27*pow(10.0,-12.0); // microg