protected void SetHearingLevel(EarType ear, double freqHz, string hearingLevel)
{
HearingLevelValidation hlValidator = new HearingLevelValidation();
ValidationResult validResult = hlValidator.Validate(hearingLevel, CultureInfo.InvariantCulture);
HLValidationError = validResult.IsValid ? String.Empty : validResult.ErrorContent.ToString();
if (validResult.IsValid)
{
if (HearingLevels.ContainsKey(freqHz))
{
if (ear == EarType.RightEar)
{
HearingLevels[freqHz].RightEarHLdBStr = hearingLevel;
}
else if (ear == EarType.LeftEar)
{
HearingLevels[freqHz].LeftEarHLdBStr = hearingLevel;
}
else
{
throw new InvalidEnumArgumentException();
}
}
else
{
if (ear == EarType.RightEar)
{
HearingLevels.Add(freqHz, new HearingLevel {
RightEarHLdBStr = hearingLevel
});
}
else if (ear == EarType.LeftEar)
{
HearingLevels.Add(freqHz, new HearingLevel {
LeftEarHLdBStr = hearingLevel
});
}
else
{
throw new InvalidEnumArgumentException();
}
}
AudiogramPlot.UpdateEarPlot(ear, HearingLevels, AddBCFreqShift);
if (ear == EarType.RightEar)
{
HasRtEarValidData = HearingLevels.Values.Any(hl => hl.RightEarHLdB != null ||
hl.RightEarHLdBStr == HearingLevelTypes.NoResponse.GetDescription());
}
else if (ear == EarType.LeftEar)
{
HasLtEarValidData = HearingLevels.Values.Any(hl => hl.LeftEarHLdB != null ||
hl.LeftEarHLdBStr == HearingLevelTypes.NoResponse.GetDescription());
}
else
{
throw new InvalidEnumArgumentException();
}
}
}
public static PageContent CreatePrintPageContentOxyPlot(Size pageSize, AudiogramPlot audiogramPlot,
int width, int height, string header)
{
return(CreatePrintPageContentOxyPlot(pageSize, AudiogramPlot.PlotModel, width, height, header));
}
private void PrintGuiBtn_Click(object sender, RoutedEventArgs e)
{
try
{
PrintDialog printDlg = new PrintDialog();
bool? print = printDlg.ShowDialog();
if (print.HasValue && print.Value)
{
int mainTabIndex = mainTabCtrl.SelectedIndex;
var pageSize = new Size(printDlg.PrintableAreaWidth, printDlg.PrintableAreaHeight);
var document = new FixedDocument();
document.DocumentPaginator.PageSize = pageSize;
SwitchTab(mainTabCtrl, MainViewModel.PatientTabIndex);
var firstPageContent = PrintUtility.CreatePrintPageContent(pageSize, PatientInfoCanvas, "Patient Information");
document.Pages.Add(firstPageContent);
var secondPageContent = PrintUtility.CreatePrintPageContent(pageSize, ExamInfoCanvas, "Exam Information");
document.Pages.Add(secondPageContent);
int ptamTabIndex = ptamTabCtrl.SelectedIndex;
SwitchTab(mainTabCtrl, MainViewModel.PureToneTabIndex);
var thirdPageContent = PrintUtility.CreatePrintPageContent(pageSize, PureToneAMCanvas, ptamTabCtrl, 0, 3, "Pure Tone Audiometry");
document.Pages.Add(thirdPageContent);
var fourthPageContent = PrintUtility.CreatePrintPageContent(pageSize, PureToneAMCanvas, ptamTabCtrl, 4, 6, "Pure Tone Audiometry");
document.Pages.Add(fourthPageContent);
AudiogramPlot audiogramPlot =
((PureToneTabVM)mainVM.TabVMs[MainViewModel.PureToneTabIndex]).ACMskTabVM.PureToneData.AudiogramPlot;
var fifthPageContent = PrintUtility.CreatePrintPageContentOxyPlot(pageSize,
audiogramPlot, (int)AudiogramPlot.Width, (int)AudiogramPlot.Height, "Audiogram");
document.Pages.Add(fifthPageContent);
var sixthPageContent = PrintUtility.CreatePrintPageContent(pageSize, HearingDisabilityCanvas, "Hearing Disability");
document.Pages.Add(sixthPageContent);
int specTabIndex = specialTestsTabCtrl.SelectedIndex;
var seventhPageContent = PrintUtility.CreatePrintPageContent(pageSize, SpecialTestsCanvas, specialTestsTabCtrl, 0, 2, "Special Tests");
document.Pages.Add(seventhPageContent);
var eighthPageContent = PrintUtility.CreatePrintPageContent(pageSize, SpecialTestsCanvas, specialTestsTabCtrl, 3, 3, "Special Tests");
document.Pages.Add(eighthPageContent);
var ninthPageContent = PrintUtility.CreatePrintPageContent(pageSize, TuningForkTestsCanvas, "Tuning Fork Tests");
document.Pages.Add(ninthPageContent);
SwitchTab(mainTabCtrl, MainViewModel.SpeechTabIndex);
var tenthPageContent = PrintUtility.CreatePrintPageContent(pageSize, SpeechAudiometryCanvas, "Speech Audiometry");
document.Pages.Add(tenthPageContent);
PlotModel speechPlot = ((SpeechTabVM)mainVM.TabVMs[MainViewModel.SpeechTabIndex]).SpeechPlotModel;
var eleventhPageContent = PrintUtility.CreatePrintPageContentOxyPlot(pageSize, speechPlot,
(int)SpeechAudiometryPlot.Width, (int)SpeechAudiometryPlot.Height, "Speech Audiometry");
document.Pages.Add(eleventhPageContent);
SwitchTab(mainTabCtrl, MainViewModel.ImpedanceTabIndex);
var twelvethPageContent = PrintUtility.CreatePrintPageContent(pageSize, ImpedanceCanvas, "Impedance Audiometry");
document.Pages.Add(twelvethPageContent);
PlotModel impedancePlot =
((ImpedanceTabVM)mainVM.TabVMs[MainViewModel.ImpedanceTabIndex]).Tympanogram;
var thirteenthPageContent = PrintUtility.CreatePrintPageContentOxyPlot(pageSize, impedancePlot,
(int)ImpedancePlot.Width, (int)ImpedancePlot.Height, "Tympanogram");
document.Pages.Add(thirteenthPageContent);
SwitchTab(mainTabCtrl, MainViewModel.BithermalCaloricTabIndex);
var fourteenthPageContent = PrintUtility.CreatePrintPageContent(pageSize, BithermalCaloricCanvas, "Bithermal Caloric Test");
document.Pages.Add(fourteenthPageContent);
var fifteenthPageContent = PrintUtility.CreatePrintPageContentOxyPlot(pageSize,
((BithermalCaloricTabVM)mainVM.TabVMs[MainViewModel.BithermalCaloricTabIndex]),
(int)BithermalCaloricPlot.Width, (int)BithermalCaloricPlot.Height, "Calorigram");
document.Pages.Add(fifteenthPageContent);
//SwitchTab(mainTabCtrl, mainTabIndex);
mainTabCtrl.SelectedIndex = mainTabIndex;
ptamTabCtrl.SelectedIndex = ptamTabIndex;
specialTestsTabCtrl.SelectedIndex = specTabIndex;
ChangeWidthAndRefresh();
// Send to the printer.
printDlg.PrintDocument(document.DocumentPaginator, "AudiologicProfile.pdf");
}
}
catch (Exception ex)
{
MessageBox.Show(ex.Message + ex.StackTrace);
}
}
