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Fix to calculation of OUT_PREC for output files when LAKES=TRUE. #316

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merged 3 commits into from
Dec 7, 2015
Merged

Fix to calculation of OUT_PREC for output files when LAKES=TRUE. #316

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36d5bd3
Fix to calculation of OUT_PREC for output files when LAKES=TRUE.
tbohn Nov 17, 2015
34bcfde
Added validation for lake depth-area relationship.
tbohn Nov 17, 2015
3125695
Updated validation of lake depth-area in read_lakeparam.c. This ensu…
tbohn Nov 19, 2015
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8 changes: 5 additions & 3 deletions src/full_energy.c
View file
Original file line number Diff line number Diff line change
@@ -543,9 +543,11 @@ int full_energy(int gridcell,
oldsnow = lake_var->snow.swq;
snowprec = gauge_correction[SNOW] * (atmos->prec[NR] - rainonly);
rainprec = gauge_correction[SNOW] * rainonly;
atmos->out_prec += (snowprec + rainprec) * lake_con->Cl[0] * lakefrac;
atmos->out_rain += rainprec * lake_con->Cl[0] * lakefrac;
atmos->out_snow += snowprec * lake_con->Cl[0] * lakefrac;
Cv = veg_con[iveg].Cv;
Cv *= lakefrac;
atmos->out_prec += (snowprec + rainprec) * Cv;
atmos->out_rain += rainprec * Cv;
atmos->out_snow += snowprec * Cv;

ErrorFlag = solve_lake(snowprec, rainprec, atmos->air_temp[NR],
atmos->wind[NR], atmos->vp[NR] / 1000.,
18 changes: 16 additions & 2 deletions src/read_lakeparam.c
View file
Original file line number Diff line number Diff line change
@@ -167,6 +167,13 @@ lake_con_struct read_lakeparam(FILE *lakeparam,
sprintf(tmpstr, "Lake area fraction (%f) for cell (%d) specified in the lake parameter file must be a fraction between 0 and 1.", temp.Cl[0], soil_con.gridcel);
nrerror(tmpstr);
}
if(fabs(1-temp.Cl[0]/veg_con[temp.lake_idx].Cv) > 0.01) {
sprintf(tmpstr, "Lake area fraction at top of lake basin (%f) for cell (%d) specified in the lake parameter file must equal the area fraction of the veg tile containing it (%f).", temp.Cl[0], soil_con.gridcel,veg_con[temp.lake_idx].Cv);
nrerror(tmpstr);
}
else {
temp.Cl[0] = veg_con[temp.lake_idx].Cv;
}

fgets(tmpstr, MAXSTRING, lakeparam);

@@ -204,10 +211,17 @@ lake_con_struct read_lakeparam(FILE *lakeparam,
if(i==0) {
temp.maxdepth = temp.z[i];
tempdz = (temp.maxdepth) / ((float) temp.numnod);
if(fabs(1-temp.Cl[0]/veg_con[temp.lake_idx].Cv) > 0.01) {
sprintf(tmpstr, "Lake area fraction at top of lake basin (%f) for cell (%d) specified in the lake parameter file must equal the area fraction of the veg tile containing it (%f).", temp.Cl[0], soil_con.gridcel,veg_con[temp.lake_idx].Cv);
nrerror(tmpstr);
}
else {
temp.Cl[0] = veg_con[temp.lake_idx].Cv;
}
}

if(temp.Cl[0] < 0.0 || temp.Cl[0] > 1.0) {
sprintf(tmpstr, "Lake area fraction (%f) for cell (%d) specified in the lake parameter file must be a fraction between 0 and 1.", temp.Cl[0], soil_con.gridcel);
if(temp.Cl[i] < 0.0 || temp.Cl[i] > 1.0) {
sprintf(tmpstr, "Lake layer %d area fraction (%f) for cell (%d) specified in the lake parameter file must be a fraction between 0 and 1.", i, temp.Cl[i], soil_con.gridcel);
nrerror(tmpstr);
}
}