private void ReadExternalData(DateTime t1, DateTime t2)
{
var pc = textBoxPcode.Text.Trim().ToLower();
if (GetSourceType() == ExternalSource.USGS)
{
UsgsDailyParameter usgsParm = FindUsgsParameter(pc);
externalSeries = new UsgsDailyValueSeries(this.textBoxUsgs.Text.Trim(), usgsParm);
}
else
if (GetSourceType() == ExternalSource.OWRD)
{
if (pc == "qd" || pc == "qj")
{
externalSeries = new OwrdSeries(this.textBoxOwrd.Text.Trim(), OwrdSeries.OwrdDataSet.MDF, this.checkBoxProvisional.Checked);
}
else
if (pc == "af")
{
externalSeries = new OwrdSeries(this.textBoxOwrd.Text.Trim(), OwrdSeries.OwrdDataSet.Midnight_Volume, this.checkBoxProvisional.Checked);
}
else
{
externalSeries = new Series();
}
}
else
if (GetSourceType() == ExternalSource.IDACORP)
{
externalSeries = GetIdahoPowerSeries();
externalSeries.Units = "cfs";
}
else if (GetSourceType() == ExternalSource.nrcs)
{
var snotelSiteID = NrcsSnotelSeries.LookupSiteID(textBoxSnotel.Text);
string snotelParameter = NrcsSnotelSeries.SnotelParameterFromHydrometPcode(pc);
externalSeries = new NrcsSnotelSeries(snotelSiteID, snotelParameter);
}
else if (GetSourceType() == ExternalSource.Idwr)
{
externalSeries = new IDWRDailySeries(textBoxIdwr.Text.Trim());
}
externalSeries.Read(t1, t2);
// convert units if needed
if (externalSeries.Units == "degrees Celsius")
{
externalSeries.Units = "degrees C";
}
if (externalSeries.Units == "degrees C")
{
Reclamation.TimeSeries.Math.ConvertUnits(externalSeries, "degrees F");
}
externalSeries.Appearance.LegendText = GetSourceType().ToString() + " " + externalSeries.Name;
}
private void ReadDailyExternalData(DateTime t1, DateTime t2)
{
var pc = textBoxPcode.Text.Trim().ToLower();
ExternalSource src = GetSourceType();
switch (src)
{
case ExternalSource.USGS:
UsgsDailyParameter usgsParm = FindUsgsParameter(pc);
externalSeries = new UsgsDailyValueSeries(this.textBoxUsgs.Text.Trim(), usgsParm);
break;
case ExternalSource.OWRD:
if (pc == "qd" || pc == "qj")
{
externalSeries = new OwrdSeries(this.textBoxOwrd.Text.Trim(), OwrdSeries.OwrdDataSet.MDF, this.checkBoxProvisional.Checked);
}
else
if (pc == "af")
{
externalSeries = new OwrdSeries(this.textBoxOwrd.Text.Trim(), OwrdSeries.OwrdDataSet.Midnight_Volume, this.checkBoxProvisional.Checked);
}
else
{
externalSeries = new Series();
}
break;
case ExternalSource.IDACORP:
externalSeries = GetIdahoPowerSeries();
externalSeries.Units = "cfs";
break;
case ExternalSource.nrcs:
var snotelSiteID = NrcsSnotelSeries.LookupSiteID(textBoxSnotel.Text);
string snotelParameter = NrcsSnotelSeries.SnotelParameterFromHydrometPcode(pc);
externalSeries = new NrcsSnotelSeries(snotelSiteID, snotelParameter);
externalSeries.Units = "in";
break;
case ExternalSource.Idwr:
externalSeries = new IDWRDailySeries(textBoxIdwr.Text.Trim());
break;
default:
updateStatus("Invalid Data Source. Missing data?", true);
externalSeries = new Series("", TimeInterval.Daily);
return;
}
externalSeries.Read(t1, t2);
// convert units if needed
if (externalSeries.Units == "degrees Celsius")
{
externalSeries.Units = "degrees C";
}
if (externalSeries.Units == "degrees C")
{
Reclamation.TimeSeries.Math.ConvertUnits(externalSeries, "degrees F");
}
externalSeries.Appearance.LegendText = GetSourceType().ToString() + " " + externalSeries.Name;
}