// calculate and display the results in the RichTextBox
private void CalculateButton_Click(object sender, EventArgs e)
{
// check the values in the ViewModel to see if they are correct before we calculate
if ((vm.LCT50Dosage > vm.ICT50Dosage) && (vm.ICT50Dosage > vm.ThresholdDosage) && (vm.ThresholdDosage > 0) && (vm.UKts > 0) && (vm.Qkg > 0))
{
// we don't have to check the other values because we wouldn't have gotten here unless they are > 0
totalPattern = new TotalDosagePattern();
totalPattern.AgentName = vm.AgentName;
totalPattern.WeaponName = vm.WeaponName;
totalPattern.Qkg = vm.Qkg;
totalPattern.UKts = vm.UKts;
totalPattern.Psc = vm.Psc;
totalPattern.Tst = vm.Tst;
// calculate the dosage patterns & stats
totalPattern.Patterns.Add(totalPattern.CalculateDosagePattern(vm.ThresholdDosage));
totalPattern.Patterns.Add(totalPattern.CalculateDosagePattern(vm.ICT50Dosage));
totalPattern.Patterns.Add(totalPattern.CalculateDosagePattern(vm.LCT50Dosage));
vm.CalculatedPattern = totalPattern;
ResultsRichText.Clear();
// output the results to the ResultsRichText box
ResultsRichText.AppendText(string.Format("Total Dosage Patterns for {0}{1}", totalPattern.WeaponName, Environment.NewLine));
ResultsRichText.AppendText(string.Format("Filled with {0} kilograms of {1}, explosive release{2}", totalPattern.Qkg, totalPattern.AgentName, Environment.NewLine));
ResultsRichText.AppendText(string.Format("Atmospheric stability of {0}{1}", totalPattern.Psc.ToString(), Environment.NewLine));
ResultsRichText.AppendText(string.Format("Target Surface Type is {0}{1}", totalPattern.Tst.ToString(), Environment.NewLine));
ResultsRichText.AppendText(string.Format("Windspeed is {0:0.0} knots", totalPattern.UKts));
ResultsRichText.AppendText(Environment.NewLine);
ResultsRichText.AppendText(Environment.NewLine);
foreach (DosageField df in totalPattern.Patterns)
{
ResultsRichText.AppendText(string.Format("For Dosage {0} mg.min/m^3{1}", df.Threshold, Environment.NewLine));
ResultsRichText.AppendText(string.Format("Maximum Downwind Distance is {0:0.00} meters{1}", df.MaxDownwindDistance, Environment.NewLine));
ResultsRichText.AppendText(string.Format("Maximum Crosswind Distance is {0:0.00} meters{1}", df.MaxCrosswindDistance, Environment.NewLine));
ResultsRichText.AppendText(string.Format("Area Coverage is {0:0.00} square meters{1}", df.AreaCovergeSquareMeters, Environment.NewLine));
ResultsRichText.AppendText(Environment.NewLine);
}
}
else
{
ResultsRichText.Clear();
ResultsRichText.AppendText("LCT50 must be greater than ICT50. ICT50 must be greater than Threshold.");
ResultsRichText.AppendText(Environment.NewLine);
ResultsRichText.AppendText("Threshold, Windspeed, and Fill Weight must all be greater than zero.");
ResultsRichText.AppendText(Environment.NewLine);
ResultsRichText.AppendText("Please adjust your input parameters and try again.");
}
}
private void SearchButton_Click(object sender, EventArgs e)
{
// check for valid search term
if (TermTextBox.TextLength == 0)
{
MessageBox.Show("Please enter a valid search term.", "", MessageBoxButtons.OK);
return;
}
// Check for valid directory
bool directoryExists = Directory.Exists(PathTextBox.Text);
if (!directoryExists)
{
MessageBox.Show("Please select a valid directory.", "", MessageBoxButtons.OK);
return;
}
// Perform search
string searchTerm = TermTextBox.Text;
ResultsRichText.Clear();
if (ContainsRadioButton.Checked)
{
searchTerm = $"*{searchTerm}*";
}
else if (EndsWithRadioButton.Checked)
{
searchTerm = $"*{searchTerm}";
}
else
{
searchTerm = $"{searchTerm}*";
}
string directory = PathTextBox.Text;
List <string> validDirs = GetSearchableDirs(directory);
List <string> results = GetAllFiles(validDirs, searchTerm);
foreach (string r in results)
{
ResultsRichText.AppendText(r + "\n");
}
ResultsRichText.AppendText($"\nTOTAL RESULTS: {results.Count}");
ResultsRichText.ScrollToCaret();
}
