How to Add Extra Output Files to #SWMM 5.1.011 – the goal here is to automatically make calibration files for InfoSWMM, H2OMap SWMM, SWMM 5 and other programs based on the name of the Outflows file in SWMM 5.
Step 1. Add names to globals.h
EXTERN TFile
Finp, // Input file
Fout, // Output file
Frpt, // Report file
Fclimate, // Climate file
Frain, // Rainfall file
Frunoff, // Runoff file
Frdii, // RDII inflow file
Fhotstart1, // Hot start input file
Fhotstart2, // Hot start output file
Finflows, // Inflows routing file
Foutflows, // Outflows routing file
FcalibrationS, // Calibration file Innovyze RED 2016 // Storage Volume in a Storage Node
FcalibrationR, // Calibration file Innovyze RED 2016 Runoff
FcalibrationE, // Calibration file Innovyze RED 2016 Groundwater Elevation
FcalibrationG, // Calibration file Innovyze RED 2016 Groundwater Q
FcalibrationH, // Calibration file Innovyze RED 2016 Node Depth
FcalibrationL, // Calibration file Innovyze RED 2016 Node Lateral Q
FcalibrationQ, // Calibration file Innovyze RED 2016 Link Q
FcalibrationV, // Calibration file Innovyze RED 2016 Link V
FcalibrationD; // Calibration file Innovyze RED 2016 Link D
Step 2. Name them in iface.c
case OUTFLOWS_FILE:
if ( k != SAVE_FILE ) return error_setInpError(ERR_ITEMS, "");
Foutflows.mode = k;
sstrncpy(Foutflows.name, tok[2], MAXFNAME);
// SWMM 5 Calibration File // Innovyze RED - 2016
sstrncpy(FcalibrationS.name, tok[2], MAXFNAME);
sstrncpy(FcalibrationR.name, tok[2], MAXFNAME);
sstrncpy(FcalibrationG.name, tok[2], MAXFNAME);
sstrncpy(FcalibrationE.name, tok[2], MAXFNAME);
sstrncpy(FcalibrationH.name, tok[2], MAXFNAME);
sstrncpy(FcalibrationL.name, tok[2], MAXFNAME);
sstrncpy(FcalibrationQ.name, tok[2], MAXFNAME);
sstrncpy(FcalibrationV.name, tok[2], MAXFNAME);
sstrncpy(FcalibrationD.name, tok[2], MAXFNAME);
FcalibrationS.mode = k;
FcalibrationR.mode = k;
FcalibrationG.mode = k;
FcalibrationE.mode = k;
FcalibrationH.mode = k;
FcalibrationL.mode = k;
FcalibrationQ.mode = k;
FcalibrationV.mode = k;
FcalibrationD.mode = k;
strcat(FcalibrationS.name,".SWMM5_S_CALIBRATION.DAT");
strcat(FcalibrationR.name,".SWMM5_R_CALIBRATION.DAT");
strcat(FcalibrationG.name,".SWMM5_G_CALIBRATION.DAT");
strcat(FcalibrationE.name,".SWMM5_E_CALIBRATION.DAT");
strcat(FcalibrationH.name,".SWMM5_H_CALIBRATION.DAT");
strcat(FcalibrationL.name,".SWMM5_L_CALIBRATION.DAT");
strcat(FcalibrationQ.name,".SWMM5_Q_CALIBRATION.DAT");
strcat(FcalibrationV.name,".SWMM5_V_CALIBRATION.DAT");
strcat(FcalibrationD.name,".SWMM5_D_CALIBRATION.DAT");
break;
Step 3. Open them in iface.c
void openFileForOutput()
//
// Input: none
// Output: none
// Purpose: opens a routing interface file for writing.
//
{
int i, n;
// --- open the routing file for writing text
Foutflows.file = fopen(Foutflows.name, "wt");
FcalibrationS.file = fopen(FcalibrationS.name, "wt"); // Innovyze RED 2016
FcalibrationR.file = fopen(FcalibrationR.name, "wt"); // Innovyze RED 2016
FcalibrationG.file = fopen(FcalibrationG.name, "wt"); // Innovyze RED 2016
FcalibrationE.file = fopen(FcalibrationE.name, "wt"); // Innovyze RED 2016
FcalibrationH.file = fopen(FcalibrationH.name, "wt"); // Innovyze RED 2016
FcalibrationL.file = fopen(FcalibrationL.name, "wt"); // Innovyze RED 2016
FcalibrationQ.file = fopen(FcalibrationQ.name, "wt"); // Innovyze RED 2016
FcalibrationV.file = fopen(FcalibrationV.name, "wt"); // Innovyze RED 2016
FcalibrationD.file = fopen(FcalibrationD.name, "wt"); // Innovyze RED 2016
if ( Foutflows.file == NULL )
{
report_writeErrorMsg(ERR_ROUTING_FILE_OPEN, Foutflows.name);
return;
}
Step 5. Alter Report.c to save data to the Extra Output files
I will leave out these details as they are too tedious.
if ( Nobjects[SUBCATCH] == 0 ) return;
WRITE(";Subcatchment Results");
k = 0;
for (j = 0; j < Nobjects[SUBCATCH]; j++)
{
if ( Subcatch[j].rptFlag == TRUE )
{
fprintf(FcalibrationR.file,"\n%s", Subcatch[j].ID);
//fprintf(FcalibrationG.file,"\n%s", Subcatch[j].ID);
//Fprintf(FcalibrationE.file,"\n%s", Subcatch[j].ID);
report_SubcatchHeader(Subcatch[j].ID);
for ( period = 1; period <= Nperiods; period++ )
{
output_readDateTime(period, &days);
datetime_dateToStr(days, theDate);
datetime_timeToStr(days, theTime);
output_readSubcatchResults(period, k);
datetime_decodeDate(days, &year, &month, &day);
fprintf(FcalibrationR.file, "\n%02d/%02d/%4d %4s %9.3f R",
month,day,year, theTime, SubcatchResults[SUBCATCH_RUNOFF]) ;
}
k++;
}
}
Step 5. Close them in iface.c
void iface_closeRoutingFiles()
//
// Input: none
// Output: none
// Purpose: closes routing interface files.
//
{
FREE(IfacePolluts);
FREE(IfaceNodes);
if ( OldIfaceValues != NULL ) project_freeMatrix(OldIfaceValues);
if ( NewIfaceValues != NULL ) project_freeMatrix(NewIfaceValues);
if ( Finflows.file ) fclose(Finflows.file);
if ( Foutflows.file ) fclose(Foutflows.file);
if ( FcalibrationS.file ) fclose(FcalibrationS.file); // Innovyze RED - 2016
if ( FcalibrationR.file ) fclose(FcalibrationR.file); // Innovyze RED - 2016
if ( FcalibrationG.file ) fclose(FcalibrationG.file); // Innovyze RED - 2016
if ( FcalibrationE.file ) fclose(FcalibrationE.file); // Innovyze RED - 2016
if ( FcalibrationH.file ) fclose(FcalibrationH.file); // Innovyze RED - 2016
if ( FcalibrationL.file ) fclose(FcalibrationL.file); // Innovyze RED - 2016
if ( FcalibrationQ.file ) fclose(FcalibrationQ.file); // Innovyze RED - 2016
if ( FcalibrationV.file ) fclose(FcalibrationV.file); // Innovyze RED - 2016
if ( FcalibrationD.file ) fclose(FcalibrationD.file); // Innovyze RED - 2016
}
