/// <summary>
/// Creates Daily Crop Water Use Charts
/// </summary>
/// <param name="cbtt"></param>
/// <param name="t"></param>
/// <returns></returns>
private static void CreateDailyHTMLWebReport(string cbtt, DateTime t,
CropDatesDataSet.CropDatesRow[] cropRow)
{
CropDatesDataSet.CropDatesDataTable cropTable = new CropDatesDataSet.CropDatesDataTable();
cropTable = CropDatesDataSet.GetCropDataTable(t.Year, false);
var agrimetDir = ConfigurationManager.AppSettings["AgriMetCropOutputDirectory"];
string html_file = Path.Combine(agrimetDir, "chart", "agricultureEmail-V2.html");
if (!File.Exists(html_file))
{
Logger.WriteLine("Error: missing file :" + html_file);
return;
}
//var fn = Path.Combine(agrimetDir, "chart", html_file);
var contents = File.ReadAllText(html_file);
var outputfn = Path.Combine(agrimetDir, "chart", t.Year.ToString(), (cbtt + ".html"));
var et = new HydrometDailySeries(cbtt, "ETRS", s_host);
// Below is the calculation to determine how many days to read back. Set to calculate based on ETr Start Date.
var etStartDate = cropRow[0].startdate.DayOfYear;
var etTodayDate = t.DayOfYear;
int numDaysRead = etTodayDate - etStartDate - 1;
et.Read(t.AddDays(-numDaysRead), t.AddDays(-1));
var pcode = new string[] { "MX", "MN", "PP", "TA", "UA", "WG" };
var htmlPcode = new string[] {
"{site_high_temp}",
"{site_low_temp}",
"{site_precip}",
"{site_humidity}",
"{site_wind}",
"{site_max_wind}"
};
DateTime yesterday = DateTime.Now.Date.AddDays(-1);
for (int i = 0; i < pcode.Length; i++)
{
var s = new HydrometDailySeries(cbtt, pcode[i], s_host);
s.Read(yesterday, yesterday);
var val = "";
if (s.Count == 1 && !s[0].IsMissing)
{
val = s[0].Value.ToString("F2");
}
contents = contents.Replace(htmlPcode[i], val);
}
contents = contents.Replace("{site_name}", cbtt);
contents = contents.Replace("{yesterday}", yesterday.ToString("yyyy-MM-dd"));
contents = contents.Replace("{site_m1}", t.AddDays(-1).Month.ToString() + "/" + t.AddDays(-1).Day.ToString());
contents = contents.Replace("{site_m2}", t.AddDays(-2).Month.ToString() + "/" + t.AddDays(-2).Day.ToString());
contents = contents.Replace("{site_m3}", t.AddDays(-3).Month.ToString() + "/" + t.AddDays(-3).Day.ToString());
contents = contents.Replace("{site_m4}", t.AddDays(-4).Month.ToString() + "/" + t.AddDays(-4).Day.ToString());
String[] cropCode = { "ETr", "ALFP", "ALFM", "HAYP", "HAYM", "POTA", "POTS", "WGRN", "SGRN" };
String[] cropNames = { "site_ref", "alfalfa_peak", "alfalfa_mean", "grass_peak", "grass_mean", "russet",
"shepody", "winter_grain", "spring_grain" };
for (int i = 0; i < cropNames.Length; i++)
{
var rows = cropTable.Select("cbtt= '" + cbtt + "' and cropname= '" + cropCode[i] + "'");
if (rows.Length == 0)
{
continue;
}
var cRow = cropTable.NewCropDatesRow();
cRow.ItemArray = rows[0].ItemArray;
var crop = cropNames[i];
contents = contents.Replace("{" + crop + "_et_m1}", CropCurves.ETCropDaily(numDaysRead, 1, et, cRow));
contents = contents.Replace("{" + crop + "_et_m2}", CropCurves.ETCropDaily(numDaysRead, 2, et, cRow));
contents = contents.Replace("{" + crop + "_et_m3}", CropCurves.ETCropDaily(numDaysRead, 3, et, cRow));
contents = contents.Replace("{" + crop + "_et_m4}", CropCurves.ETCropDaily(numDaysRead, 4, et, cRow));
contents = contents.Replace("{" + crop + "_et_avg}", (CropCurves.EtSummation(4, et, cRow, numDaysRead) / 4).ToString("F2"));
contents = contents.Replace("{" + crop + "_7_day}", CropCurves.EtSummation(7, et, cRow, numDaysRead).ToString("F1"));
contents = contents.Replace("{" + crop + "_14_day}", CropCurves.EtSummation(14, et, cRow, numDaysRead).ToString("F1"));
contents = contents.Replace("{" + crop + "_total}", CropCurves.EtSummation(numDaysRead, et, cRow, numDaysRead).ToString("F1"));
contents = contents.Replace("{" + crop + "_start_date}", cRow.startdate.ToString("MM/dd"));
contents = contents.Replace("{" + crop + "_cover_date}", cRow.fullcoverdate.ToString("MM/dd"));
contents = contents.Replace("{" + crop + "_term_date}", cRow.terminatedate.ToString("MM/dd"));
}
File.WriteAllText(outputfn, contents);
}
/// <summary>
/// Creates Daily Crop Water Use Charts
/// </summary>
/// <param name="cbtt"></param>
/// <param name="t"></param>
/// <returns></returns>
private static List <string> CreateDailyReport(string cbtt, DateTime t,
CropDatesDataSet.CropDatesRow[] cropRow)
{
var rval = new List <string>();
//var cropRow = CropDatesDataSet.GetCropFiles(t.Year, cbtt);
// Produces Crop Chart heading
rval.Add("");
rval.Add(" ************************************************************************");
rval.Add(" * *");
rval.Add(" *" + " " + "ESTIMATED CROP WATER USE - " + t.ToString("MMM dd, yyyy") + " " + cbtt + "\t\t\t" + "*");
rval.Add(" * *");
rval.Add(" ************************************************************************");
rval.Add(" * * DAILY * * * * * * *");
rval.Add(" * * CROP WATER USE-(IN) * DAILY* * * * 7 * 14 *");
rval.Add(" * CROP START* PENMAN ET - " + t.ToString("MMM") + " * FORE *COVER* TERM* SUM * DAY* DAY *");
rval.Add(" * DATE*---------------------* CAST * DATE* DATE* ET * USE* USE *");
rval.Add(" * *"
+ t.AddDays(-4).Day.ToString().PadLeft(4)
+ t.AddDays(-3).Day.ToString().PadLeft(5)
+ t.AddDays(-2).Day.ToString().PadLeft(5)
+ t.AddDays(-1).Day.ToString().PadLeft(5)
+ " * * * * * * *");
var et = new HydrometDailySeries(cbtt, "ETRS");
//var et = new KimberlyPenmanEtSeries(cbtt);
// Below is the calculation to determine how many days to read back. Set to calculate based on ETr Start Date.
var etStartDate = cropRow[0].startdate.DayOfYear;
var etTodayDate = t.DayOfYear;
int numDaysRead = etTodayDate - etStartDate - 1;
et.Read(t.AddDays(-numDaysRead), t.AddDays(-1));
// For-Loop to populate chart
for (int i = 0; i < cropRow.Length; i++)
{
rval.Add(" *-----------*---------------------*------*------------------*----------*");
var row = cropRow[i];
string s = " * " + row.cropname.PadRight(4) + " " + row.startdate.ToString("MM/dd").PadLeft(4) + "*"
// Calculates Daily Crop ET values
+ " " + CropCurves.ETCropDaily(numDaysRead, 4, et, row).PadLeft(4)
+ " " + CropCurves.ETCropDaily(numDaysRead, 3, et, row).PadLeft(4)
+ " " + CropCurves.ETCropDaily(numDaysRead, 2, et, row).PadLeft(4)
+ " " + CropCurves.ETCropDaily(numDaysRead, 1, et, row).PadLeft(4)
// Today's forecast is the average of previous 3 days
+ " * " + (CropCurves.EtSummation(3, et, row, numDaysRead) / 3).ToString("F2").PadLeft(3)
+ " *" + row.fullcoverdate.ToString("MM/dd").PadRight(4) + "*" + row.terminatedate.ToString("MM/dd").PadLeft(4)
// Cumulative summation from Crop Start Date to today
+ "* " + CropCurves.EtSummation(numDaysRead, et, row, numDaysRead).ToString("F1").PadLeft(4) + " * "
// 7 and 14 day use
+ CropCurves.EtSummation(7, et, row, numDaysRead).ToString("F1") + "* "
+ CropCurves.EtSummation(14, et, row, numDaysRead).ToString("F1") + " *";
rval.Add(s);
}
rval.Add(" ************************************************************************");
return(rval);
}
/// <summary>
/// Creates Daily Crop Water Use Charts
/// </summary>
/// <param name="cbtt"></param>
/// <param name="t"></param>
/// <returns></returns>
private static List <string> CreateDailyHTMLReport(string cbtt, DateTime t,
CropDatesDataSet.CropDatesRow[] cropRow)
{
var rval = new List <string>();
//var cropRow = CropDatesDataSet.GetCropFiles(t.Year, cbtt);
DataTable heading_tbl = new DataTable();
// Produces Crop Chart heading
heading_tbl.Columns.Add("\t" + "ESTIMATED CROP WATER USE " + t.ToString("MMM dd, yyyy") + " " + cbtt + " ");
DataTable tbl = new DataTable();
tbl.Columns.Add("Crop");
tbl.Columns.Add("Start Date");
tbl.Columns.Add("ET(IN) " + t.Month.ToString() + "/" + t.AddDays(-4).Day.ToString());
tbl.Columns.Add("ET(IN) " + t.Month.ToString() + "/" + t.AddDays(-3).Day.ToString());
tbl.Columns.Add("ET(IN) " + t.Month.ToString() + "/" + t.AddDays(-2).Day.ToString());
tbl.Columns.Add("ET(IN) " + t.Month.ToString() + "/" + t.AddDays(-1).Day.ToString());
tbl.Columns.Add("Daily Forecast");
tbl.Columns.Add("Cover Date");
tbl.Columns.Add("Termination Date");
tbl.Columns.Add("Sum of ET");
tbl.Columns.Add("7 Day Use");
tbl.Columns.Add("14 Day Use");
var et = new HydrometDailySeries(cbtt, "ETRS", s_host);
// Below is the calculation to determine how many days to read back. Set to calculate based on ETr Start Date.
var etStartDate = cropRow[0].startdate.DayOfYear;
var etTodayDate = t.DayOfYear;
int numDaysRead = etTodayDate - etStartDate - 1;
et.Read(t.AddDays(-numDaysRead), t.AddDays(-1));
// For-Loop to populate chart
for (int i = 0; i < cropRow.Length; i++)
{
var row = tbl.NewRow();
var cRow = cropRow[i];
row[0] = cRow.cropname;
row[1] = cRow.startdate.ToString("MM/dd");
row[2] = CropCurves.ETCropDaily(numDaysRead, 4, et, cRow);
row[3] = CropCurves.ETCropDaily(numDaysRead, 3, et, cRow);
row[4] = CropCurves.ETCropDaily(numDaysRead, 2, et, cRow);
row[5] = CropCurves.ETCropDaily(numDaysRead, 1, et, cRow);
// Today's forecast is the average of previous 3 days
row[6] = (CropCurves.EtSummation(3, et, cRow, numDaysRead) / 3).ToString("F2");
row[7] = cRow.fullcoverdate.ToString("MM/dd");
row[8] = cRow.terminatedate.ToString("MM/dd");
// Cumulative summation from Crop Start Date to today
row[9] = CropCurves.EtSummation(numDaysRead, et, cRow, numDaysRead).ToString("F1");
// 7 and 14 day use
row[10] = CropCurves.EtSummation(7, et, cRow, numDaysRead).ToString("F1");
row[11] = CropCurves.EtSummation(14, et, cRow, numDaysRead).ToString("F1");
tbl.Rows.Add(row);
}
rval.Add("");
rval.Add("<html>");
rval.Add(DataTableOutput.ToHTML(heading_tbl));
rval.Add(DataTableOutput.ToHTML(tbl));
rval.Add("</html>");
return(rval);
}