public void TotalVolumeTester(DesignStorm ds,
decimal impArea, decimal cn, decimal toc, decimal expcumRO)
{
var sevt = StormEvent.Make(ds, impArea, cn, toc);
Assert.AreEqual(expcumRO, 2 * sevt.TotalCubicFeetVolume, "Cumulative Volume");
// -------------------------------------------------------------
}
public void CumRunoffTester(DesignStorm ds,
decimal impArea, decimal cn, decimal toc,
decimal expCumRunOff)
{
var sevt = StormEvent.Make(ds, impArea, cn, toc);
Assert.AreEqual(expCumRunOff, sevt.CumulativeRunOff,
"Total Volume in Cubic Ft");
}
public static StormResult Make(
DesignStorm dsgnStrm, PRStatus stat)
{
return(new StormResult
{
DesignStorm = dsgnStrm,
Status = stat,
Timesteps = Timesteps.Empty,
Failures = Failures.Make(dsgnStrm)
});
}
public static string Name(this DesignStorm ds)
{
{
return
(ds == DesignStorm.WQ ? "Water Quality" :
ds == DesignStorm.TwoYear ? "Two-Year" :
ds == DesignStorm.HalfTwoYear ? "Half Two-Year" :
ds == DesignStorm.FivYear ? "Five-Year" :
ds == DesignStorm.TenYear ? "10-Year" :
ds == DesignStorm.TwntyFiv ? "25-Year" : null);
}
}
public StormResult this[DesignStorm ds]
{
get { return(this.FirstOrDefault(r => r.DesignStorm == ds)); }
}
public void TestCumRainfall(DesignStorm ds, int ti, double expRslt)
{
var rainFall = Hyetograph.CumulativeRainfall(ds, ti);
Assert.AreEqual(expRslt, rainFall);
}
public static Failures Make(DesignStorm ds)
{
return(new Failures {
DesignStorm = ds
});
}
public static decimal Rainfall(DesignStorm ds, int timItvl)
{
return(RainfallPercentage(timItvl) * stormDepths[ds]);
}
public static decimal RunOff(int timItvl, DesignStorm ds)
{
return(RainfallPercentage(timItvl) * stormDepths[ds]);
}
