internal void PlotEsps(FcPlotUI ui, FloodControlPoint pt, FcOpsMenu opsUI)
{
opsUI.toolStripStatusLabel1.Text = "Plotting Esps...";
// Get required variables from the available resources
string inflowYear = opsUI.numericUpDownInflowYear.Value.ToString();
var sItem = opsUI.comboBoxEspTraces.SelectedItem;
var selIndex = opsUI.yearList.IndexOf(sItem.ToString());
var s = opsUI.espList[selIndex - 1];
inflowYear = (sItem.ToString());
int yr = Convert.ToInt32(ui.textBoxWaterYear.Text);
DateTime t1 = new DateTime(), t2 = new DateTime();
ui.SetupDates(yr, ref t1, ref t2, false);
t2 = ui.GetWyEnd(t2);
var sInflow = new Reclamation.TimeSeries.Hydromet.HydrometDailySeries("", "");
var sInflowShifted = new Series();
sInflow.Table = s.Table;
sInflowShifted = Reclamation.TimeSeries.Math.ShiftToYear(sInflow, Convert.ToInt16(ui.textBoxWaterYear.Text) - 1);
sInflowShifted = sInflowShifted.Subset(t1, t2);
CreateSeries(espColors[espColorCounter], inflowYear + "-ESP Inflow", sInflowShifted, "right", true);
espColorCounter++;
if (espColorCounter >= espColors.Count)
{
espColorCounter = 0;
}
SetupTChartTools();
}
private void buttonOpsMenu_Click(object sender, EventArgs e)
{
// Check if a valid FloodControl object is selected and if the form is already open
if (this.comboBoxSite.SelectedItem == null || this.comboBoxSite.SelectedItem.ToString().IndexOf("--") != -1)
{
return;
}
CheckOpsMenuOpen();
// Open form
fcOpsMenu = new FcOpsMenu(this);
fcOpsMenu.Show();
}
/// <summary>
/// Method to perform operations given an inflow and an outflow
/// [JR] Need to refactor this code! Maybe make a new class like FloodOperation? something like SimulationOperation?
/// </summary>
/// <param name="ui"></param>
internal void FcOps(FcPlotUI ui, FloodControlPoint pt, FcOpsMenu opsUI)
{
opsUI.toolStripStatusLabel1.Text = "Performing operations simulation...";
// Get required variables from the available resources
string inflowCode = opsUI.textBoxInflowCode.Text;
string outflowCode = opsUI.textBoxOutflowCode.Text;
string inflowYear = opsUI.numericUpDownInflowYear.Value.ToString();
string outflowYear = opsUI.numericUpDownOutflowYear.Value.ToString();
string[] resCodes = pt.UpstreamReservoirs;
double maxSpace = pt.TotalUpstreamActiveSpace;
decimal inflowShift = opsUI.numericUpDownInflowShift.Value;
decimal outflowShift = opsUI.numericUpDownOutflowShift.Value;
string inflowScale = opsUI.textBoxInflowScale.Text;
string outflowScale = opsUI.textBoxOutflowScale.Text;
// redraw the main graph
if (opsUI.checkBoxRedrawGraph.Checked)
{
ui.GraphData();
}
PlotCurrentData(ui, inflowCode, outflowCode);
var sOutflow = new Reclamation.TimeSeries.Hydromet.HydrometDailySeries("", "");
var sOutflowShifted = new Series();
var sInflow = new Reclamation.TimeSeries.Hydromet.HydrometDailySeries("", "");
var sInflowShifted = new Series();
DateTime t1, t2;
int yr;
// Get observed storage contents
// [JR] we only need the last value so we can streamline this code...
// or keep it as is and allow the user to start the simulation from a past date...
var ithStorage = new Reclamation.TimeSeries.Hydromet.HydrometDailySeries(resCodes[0], "AF");
t1 = DateTime.Now;
t2 = DateTime.Now;
yr = Convert.ToInt32(ui.textBoxWaterYear.Text);
ui.SetupDates(yr, ref t1, ref t2, false);
ithStorage.Read(t1, t2);
Series sStorage = new Series(ithStorage.Table, "content", TimeInterval.Daily);
for (int i = 1; i < resCodes.Count(); i++)
{
ithStorage = new Reclamation.TimeSeries.Hydromet.HydrometDailySeries(resCodes[i], "AF");
t1 = DateTime.Now;
t2 = DateTime.Now;
yr = Convert.ToInt32(ui.textBoxWaterYear.Text);
ui.SetupDates(yr, ref t1, ref t2, false);
ithStorage.Read(t1, t2);
Series sStorageTemp = new Series(ithStorage.Table, "content", TimeInterval.Daily);
sStorage = sStorage + sStorageTemp;
}
//Reclamation.TimeSeries.Point lastPt = sStorage[sStorage.Count() - 1]; // could potentially start simulation from any past date...
Reclamation.TimeSeries.Point lastPt = sStorage[opsUI.dateTimePickerSimStart.Value.AddDays(-1)];
// Process simulation outflow curve
double outflowScaleValue;
try { outflowScaleValue = Convert.ToDouble(outflowScale); }
catch { outflowScaleValue = 1.0; }
sOutflow = new Reclamation.TimeSeries.Hydromet.HydrometDailySeries(outflowCode.Split(' ')[0], outflowCode.Split(' ')[1]);
t1 = DateTime.Now;
t2 = DateTime.Now;
yr = Convert.ToInt32(outflowYear);
ui.SetupDates(yr, ref t1, ref t2, false);
sOutflow.Read(t1, t2);
sOutflowShifted = Reclamation.TimeSeries.Math.ShiftToYear(sOutflow, Convert.ToInt16(ui.textBoxWaterYear.Text) - 1);
t1 = sOutflowShifted.MinDateTime;
t2 = sOutflowShifted.MaxDateTime;
sOutflowShifted = Reclamation.TimeSeries.Math.Shift(sOutflowShifted, Convert.ToInt32(outflowShift));
sOutflowShifted = sOutflowShifted.Subset(t1, t2);
sOutflowShifted = sOutflowShifted * outflowScaleValue;
if (opsUI.checkBoxUseCustomOutflow.Checked) //apply custom outflow
{
DateTime customT1 = opsUI.dateTimePickerCustomOutflow1.Value;
DateTime customT2 = opsUI.dateTimePickerCustomOutflow2.Value;
DateTime customT3 = opsUI.dateTimePickerCustomOutflow3.Value;
var customV1 = Convert.ToInt32(opsUI.textBoxCustomOutflow1.Text);
var customV2 = Convert.ToInt32(opsUI.textBoxCustomOutflow2.Text);
Series rval = sOutflowShifted.Clone();
foreach (var item in sOutflowShifted)
{
DateTime sDate1 = new DateTime(customT1.Year, customT1.Month, customT1.Day);
DateTime sDate2 = new DateTime(customT2.Year, customT2.Month, customT2.Day);
DateTime sDate3 = new DateTime(customT3.Year, customT3.Month, customT3.Day);
var ithDate = item.DateTime;
if (ithDate >= sDate1 && ithDate < sDate2 && customV1 >= 0)
{
rval.Add(ithDate, customV1);
}
else if (ithDate >= sDate2 && ithDate < sDate3 && customV2 >= 0)
{
rval.Add(ithDate, customV2);
}
else
{
rval.Add(item);
}
}
sOutflowShifted = rval;
}
CreateSeries(System.Drawing.Color.Plum, outflowYear + "-Outflow", sOutflowShifted, "right", true);
// Process simulation inflow curve
double inflowScaleValue;
try { inflowScaleValue = Convert.ToDouble(inflowScale); }
catch { inflowScaleValue = 1.0; }
if (opsUI.checkBoxUseCustomInflow.Checked && opsUI.yearList.Count() > 0)
{
var sItem = opsUI.comboBoxEspTraces.SelectedItem;
var selIndex = opsUI.yearList.IndexOf(sItem.ToString());
var s = opsUI.espList[selIndex - 1];
inflowYear = (sItem.ToString());
sInflow.Table = s.Table;
sInflowShifted = Reclamation.TimeSeries.Math.Shift(sInflow, Convert.ToInt32(inflowShift));
sInflowShifted = sInflowShifted.Subset(sOutflowShifted.MinDateTime, sOutflowShifted.MaxDateTime);
sInflowShifted = sInflowShifted * inflowScaleValue;
CreateSeries(System.Drawing.Color.LawnGreen, inflowYear + "-ESP Inflow", sInflowShifted, "right", true);
}
else
{
sInflow = new Reclamation.TimeSeries.Hydromet.HydrometDailySeries(inflowCode.Split(' ')[0], inflowCode.Split(' ')[1]);
t1 = DateTime.Now;
t2 = DateTime.Now;
yr = Convert.ToInt32(inflowYear);
ui.SetupDates(yr, ref t1, ref t2, false);
sInflow.Read(t1, t2);
sInflowShifted = Reclamation.TimeSeries.Math.ShiftToYear(sInflow, Convert.ToInt16(ui.textBoxWaterYear.Text) - 1);
t1 = sInflowShifted.MinDateTime;
t2 = sInflowShifted.MaxDateTime;
sInflowShifted = Reclamation.TimeSeries.Math.Shift(sInflowShifted, Convert.ToInt32(inflowShift));
sInflowShifted = sInflowShifted.Subset(t1, t2);
sInflowShifted = sInflowShifted * inflowScaleValue;
CreateSeries(System.Drawing.Color.LawnGreen, inflowYear + "-Inflow", sInflowShifted, "right", true);
}
// Process simulated storage curve and run storage simulation forward
DateTime minDate = new DateTime(System.Math.Min(sOutflowShifted.MaxDateTime.Ticks, sInflowShifted.MaxDateTime.Ticks)); //day-shifting misaligns the max-dates of each series
if (lastPt.DateTime < minDate)
{
var t = lastPt.DateTime;
var stor = lastPt.Value;
var simStorage = new Series();
var simSpill = new Series();
var simShort = new Series();
simStorage.Add(lastPt);
while (t < minDate)
{
t = t.AddDays(1);
var volIn = (sInflowShifted[t].Value * 86400.0 / 43560.0);
var volOut = (sOutflowShifted[t].Value * 86400.0 / 43560.0);
var tempStor = stor + volIn - volOut;
if (tempStor >= maxSpace)
{
var spill = (tempStor - maxSpace) * 43560.0 / 86400.0;
simSpill.Add(t, spill);
stor = maxSpace;
}
else if (tempStor <= 0)
{
var shrt = (0 - tempStor) * 43560.0 / 86400.0;
simShort.Add(t, shrt);
stor = 0;
}
else
{
stor = tempStor;
}
simStorage.Add(t, stor);
}
// Add series items to chart
CreateSeries(System.Drawing.Color.DodgerBlue, "Simulated Storage (" + inflowYear + "-Qin | " + outflowYear + "-Qout)", simStorage, "left", true);
if (simSpill.Count() > 0)
{
CreateSeries(System.Drawing.Color.OrangeRed, "Simulated Spill (" + inflowYear + "-Qin | " + outflowYear + "-Qout)", simSpill, "right", true);
}
if (simShort.Count() > 0)
{
CreateSeries(System.Drawing.Color.Cyan, "Simulated Shortage (" + inflowYear + "-Qin | " + outflowYear + "-Qout)", simShort, "right", true);
}
}
tChart1.Axes.Right.Grid.Visible = false;
tChart1.Axes.Right.Title.Caption = "Flow (cfs)";
tChart1.Axes.Right.FixedLabelSize = false;
SetupTChartTools();
opsUI.toolStripStatusLabel1.Text = "Showing results for (" + inflowYear + "-Qin | " + outflowYear + "-Qout)";
}
