int main (int argc,char *argv []) {
//printf("at start of main\n");
int argNum;
//int DELAY=10;
//int i;
int optID = MDbankfullQcalc; //CHANGED may2011
const char *optStr, *optName = MDOptModel;
const char *options [] = { "pet", "surplus", "infiltration", "runoff", "discharge", "watertemp", "balance", "geometry", "bgc", "bgc_DIN","bgc_DINPLUSBIOMASS", "bgc_DOC", "fecal", "sedimentflux","bedloadflux", "BQARTinputs" , "BQARTpreprocess","bankfullQcalc","riverbedshape",(char *) NULL };
argNum = MFOptionParse (argc,argv);
if ((optStr = MFOptionGet (optName)) != (char *) NULL) optID = CMoptLookup (options, optStr, true);
//printf("before switch\n");
switch (optID) {
case MDpet: return (MFModelRun (argc,argv,argNum,MDRainPotETDef));
case MDsurplus: return (MFModelRun (argc,argv,argNum,MDRainWaterSurplusDef));
case MDinfiltration: return (MFModelRun (argc,argv,argNum,MDRainInfiltrationDef));
case MDrunoff: return (MFModelRun (argc,argv,argNum,MDRunoffDef));
case MDdischarge: return (MFModelRun (argc,argv,argNum,MDDischargeDef));
case MDwatertemp: return (MFModelRun (argc,argv,argNum,MDWTempRiverRouteDef));
case MDbalance: return (MFModelRun (argc,argv,argNum,MDWaterBalanceDef));
case MDgeometry: return (MFModelRun (argc,argv,argNum,MDRiverWidthDef));
case MDbgc: return (MFModelRun (argc,argv,argNum,MDBgcRoutingDef));
case MDbgc_DOC: return (MFModelRun (argc,argv,argNum,MDBgcDOCRoutingDef));
case MDbgc_DIN: return (MFModelRun (argc,argv,argNum,MDBgcDINRoutingDef));
case MDbgc_DINPLUSBIOMASS: return (MFModelRun (argc,argv,argNum,MDBgcDINPlusBiomassRoutingDef));
case MDsedimentflux: return (MFModelRun (argc,argv,argNum,MDSedimentFluxDef));
case MDbedloadflux: return (MFModelRun (argc,argv,argNum,MDBedloadFluxDef));
case MDBQARTpreprocess: return (MFModelRun (argc,argv,argNum,MDBQARTpreprocessDef));
case MDbankfullQcalc: return (MFModelRun (argc,argv,argNum,MDBankfullQcalcDef));
case MDRiverbedShapeExponent: return (MFModelRun (argc,argv,argNum,MDRiverbedShapeExponentDef));
default: MFOptionMessage (optName, optStr, options); return (CMfailed);
}
return (CMfailed);
}
int main (int argc,char *argv []) {
int argNum;
int optID = MDbalance;
const char *optStr, *optName = MDOptModel;
const char *options [] = { "pet", "surplus", "infiltration", "runoff", "discharge", "watertemp", "thermal", "thermal2", "thermal3", "balance", "geometry", "bgc", "bgc_DIN","bgc_DINPLUSBIOMASS", "bgc_DOC", "fecal", "DO2", (char *) NULL };
argNum = MFOptionParse (argc,argv);
if ((optStr = MFOptionGet (optName)) != (char *) NULL) optID = CMoptLookup (options, optStr, true);
switch (optID) {
case MDpet: return (MFModelRun (argc,argv,argNum,MDRainPotETDef));
case MDsurplus: return (MFModelRun (argc,argv,argNum,MDRainWaterSurplusDef));
case MDinfiltration: return (MFModelRun (argc,argv,argNum,MDRainInfiltrationDef));
case MDrunoff: return (MFModelRun (argc,argv,argNum,MDRunoffDef));
case MDdischarge: return (MFModelRun (argc,argv,argNum,MDDischargeDef));
case MDbalance: return (MFModelRun (argc,argv,argNum,MDWaterBalanceDef));
case MDwatertemp: return (MFModelRun (argc,argv,argNum,MDWTempRiverRouteDef));
case MDthermal: return (MFModelRun (argc,argv,argNum,MDThermalInputsDef)); // RJS 013112
case MDthermal2: return (MFModelRun (argc,argv,argNum,MDThermalInputs2Def)); // RJS 062012
case MDthermal3: return (MFModelRun (argc,argv,argNum,MDThermalInputs3Def)); // RJS 112712
case MDgeometry: return (MFModelRun (argc,argv,argNum,MDRiverWidthDef));
case MDbgc: return (MFModelRun (argc,argv,argNum,MDBgcRoutingDef));
case MDbgc_DOC: return (MFModelRun (argc,argv,argNum,MDBgcDOCRoutingDef));
case MDbgc_DIN: return (MFModelRun (argc,argv,argNum,MDBgcDINRoutingDef));
case MDbgc_DINPLUSBIOMASS: return (MFModelRun (argc,argv,argNum,MDBgcDINPlusBiomassRoutingDef));
case MDDO2: return (MFModelRun (argc,argv,argNum,MDDO2Def)); // RJS 111612
default: MFOptionMessage (optName, optStr, options); return (CMfailed);
}
return (CMfailed);
}
