/// <summary>
/// Выйти на длину волны
/// </summary>
/// <param name="v_Num">Статичный монахраматор?</param>
/// <param name="v_TimeToSleep">время на выполнение</param>
public void F_GoWave(bool v_Static, Int32 v_TimeToSleep = 100)
{
try
{
if (V_Command_D02.V_Status)
{
float v_WaveLenght = 200;
if (v_Static)
{
v_WaveLenght = (float)(V_Options.V_WaveStatic.Fv_wave / (C_ParametorGrid.F_GridGet().FindIndex(x => x.Equals(V_Options.V_WaveStatic.Fv_ParameterGrid)) + 1));
}
else
{
v_WaveLenght = (float)(V_Options.V_WaveDynamic.Fv_wave / (C_ParametorGrid.F_GridGet().FindIndex(x => x.Equals(V_Options.V_WaveDynamic.Fv_ParameterGrid)) + 1));
}
V_Command_D02.F_ComOut_200_WaveLength(
(byte)(v_Static == true ? V_Options.Fv_NumTypeMeasurement : Math.Abs(V_Options.Fv_NumTypeMeasurement - 1)),
v_WaveLenght,
v_TimeToSleep);
}
}
catch (ApplicationException v_Ex)
{
F_MyException(v_Ex);
}
}
/// <summary>
/// Выйти на длину волны
/// </summary>
/// <param name="v_Num">номер монохраматора</param>
/// <param name="v_TimeToSleep">время на выполнение</param>
public void F_GoWave(int v_Num, Int32 v_TimeToSleep = 100)
{
try
{
if (V_Command_D02.V_Status)
{
float v_WaveLenght = 200;
if (v_Num == 0)
{
v_WaveLenght = (float)(V_Options.V_WaveFirst.Fv_wave / (C_ParametorGrid.F_GridGet().FindIndex(x => x.Equals(V_Options.V_WaveFirst.Fv_ParameterGrid)) + 1));
}
else
{
v_WaveLenght = (float)(V_Options.V_WaveSecond.Fv_wave / (C_ParametorGrid.F_GridGet().FindIndex(x => x.Equals(V_Options.V_WaveSecond.Fv_ParameterGrid)) + 1));
}
V_Command_D02.F_ComOut_200_WaveLength(
(byte)v_Num,
v_WaveLenght,
v_TimeToSleep);
}
}
catch (ApplicationException v_Ex)
{
F_MyException(v_Ex);
}
}
public C_Waves()
{
var v_OptionsGrids = C_ParametorGrid.F_GridGet();
V_Waves = new C_Wave[]
{
new C_Wave(v_OptionsGrids[0], v_OptionsGrids[0].Fv_Min),
new C_Wave(v_OptionsGrids[0], v_OptionsGrids[0].Fv_Min),
};
}
/*
* public void F_NewWaveAndGrid(double v_NewWave)
* {
* V_Wave = v_NewWave;
* foreach (var v_grid in C_ParametorGrid.F_GridGet())
* if (F_WaveValidity(v_grid))
* Fv_ParameterGrid = v_grid;
* }
* */
private string F_GridNew() // Дать нормальное имя
{
foreach (var v_grid in C_ParametorGrid.F_GridGet())
{
if (F_WaveValidity(v_grid))
{
return("Подходящая решётка: " + v_grid.Fv_NumberStrokes.ToString() + " штр/мм.");
}
}
return("Подходящих решёток нет");
}
/// <summary>
/// Запуск измерения с параметрами
/// </summary>
/// <param name="v_Shift">Номер шага</param>
/// <param name="v_PMT">Установка напряжения ФЭУ. 0xFF соответствует 1250 В.</param>
/// <param name="v_k">Количество повторов</param>
/// <param name="v_Name">Название образца</param>
/// <param name="v_MinWave">Минимальная Длина</param>
public void F_Measurement_(double v_Shift, int v_k, string v_Name, double v_PMT, double v_MinWave)
{
try
{
if (V_Command_D01.V_Status)
{
V_Command_D01.F_CommandOut_PMT((byte)(255 * (v_PMT / 1250)));
}
if (V_Command_D02.V_Status)
{
double V_DynamicMax = V_Options.V_WaveDynamic.Fv_wave;
F_GoWave(true);
for (; v_MinWave <= V_Options.V_WaveDynamic.Fv_wave; V_Options.V_WaveDynamic.Fv_wave -= v_Shift)
{
if (V_Options.V_WaveDynamic.V_Error != null)
{
if (MessageBox.Show(V_Options.V_WaveDynamic.V_Error.Message + " Для подтверждения замены нажмите 'Ок'", "Требуется смена решётки", MessageBoxButton.OK) != MessageBoxResult.OK)
{
break;
}
else
{
V_Options.V_WaveDynamic.Fv_ParameterGrid = C_ParametorGrid.F_GridGet().Find(x => V_Options.V_WaveDynamic.F_WaveValidity(x));
}
}
F_GoWave(false);
if (V_Command_D01.V_Status)
{
for (int i = v_k; 0 < i; --i)
{
F_Request(v_Name);
}
}
}
V_Options.V_WaveDynamic.Fv_wave = V_DynamicMax;
}
}
catch (ApplicationException v_Ex)
{
F_MyException(v_Ex);
}
catch (Exception v_Ex)
{
F_MyException(v_Ex);
}
}
private void B_UseCorrection_Click(object sender, RoutedEventArgs e)
{
try
{
if (Event_UseCorrection != null)
{
float[] v_Monohromators = new float[] { float.Parse(TB_Monochromator1.Text.Replace(',', '.'), CultureInfo.InvariantCulture), float.Parse(TB_Monochromator2.Text.Replace(',', '.'), CultureInfo.InvariantCulture) };
if ((C_ParametorGrid.F_GridGet()[0].Fv_Min <= v_Monohromators.Min()) && (v_Monohromators.Max() <= C_ParametorGrid.F_GridGet()[0].Fv_Max))
{
B_UseCorrection.IsEnabled = !B_UseCorrection.IsEnabled;
Event_UseCorrection(v_Monohromators);
this.Close();
}
else
{
MessageBox.Show("Показания счётчика за границами рабочего диапазона [ " + C_ParametorGrid.F_GridGet()[0].Fv_Min.ToString() + " ; " + C_ParametorGrid.F_GridGet()[0].Fv_Max.ToString() + " ]", "Ошибка данных");
}
}
}
catch (System.FormatException v_Ex)
{
MessageBox.Show(v_Ex.Message, "Ошибка данных");
}
}
/// <summary>
/// Обновление настроек
/// </summary>
private void F_NewOptions()
{
lock (v_Key)
{
B_Start.IsEnabled = true;
try
{
V_Logic.Fv_Options.V_WaveStatic.Fv_wave = double.Parse(TB_MonochromatorStatic.Text.Replace(',', '.'), CultureInfo.InvariantCulture);
V_Logic.Fv_Options.V_WaveDynamic.Fv_wave = double.Parse(TB_MonochromatorDynamic.Text.Replace(',', '.'), CultureInfo.InvariantCulture);
V_Logic.Fv_Options.V_WaveDynamic.Fv_ParameterGrid = C_ParametorGrid.F_GridGet()[CB_MonochromatorDynamicGrid.SelectedIndex];
V_Logic.Fv_Options.V_WaveStatic.Fv_ParameterGrid = C_ParametorGrid.F_GridGet()[CB_MonochromatorStaticGrid.SelectedIndex];
}
catch (ApplicationException)
{
B_Start.IsEnabled = false;
}
catch (System.FormatException)
{
B_Start.IsEnabled = false;
}
}
//F_Paint();
}
public W_Measurements(C_Logic v_Logic)
{
InitializeComponent();
V_Logic = v_Logic;
foreach (var v_type in V_Logic.Fv_Options.F_GetTypeMeasurement())
{
CB_TypeMeasurement.Items.Add(v_type);
}
foreach (C_ParametorGrid.S_ParameterGrid v_grid in C_ParametorGrid.F_GridGet())
{
CB_MonochromatorDynamicGrid.Items.Add(v_grid.Fv_NumberStrokes);
CB_MonochromatorStaticGrid.Items.Add(v_grid.Fv_NumberStrokes);
}
CB_TypeMeasurement.SelectionChanged += delegate(object sender, SelectionChangedEventArgs e)
{
if (CB_TypeMeasurement.SelectedIndex == 0)
{
T_MonochromatorStaticOrDynamic.Text = "Длина волны возбуждения";
}
else
{
T_MonochromatorStaticOrDynamic.Text = "Длина волны эмиссии";
}
V_Logic.Fv_Options.Fv_NumTypeMeasurement = CB_TypeMeasurement.SelectedIndex;
TB_MonochromatorStatic.Text = V_Logic.Fv_Options.V_WaveStatic.Fv_wave.ToString("F3", CultureInfo.InvariantCulture);
TB_MonochromatorDynamic.Text = V_Logic.Fv_Options.V_WaveDynamic.Fv_wave.ToString("F3", CultureInfo.InvariantCulture);
TB_MonochromatorMinDynamic.Text = V_Logic.Fv_Options.V_WaveDynamic.Fv_ParameterGrid.Fv_Min.ToString("F3", CultureInfo.InvariantCulture);
CB_MonochromatorDynamicGrid.SelectedIndex = C_ParametorGrid.F_GridGet().FindIndex(x => x.Equals(V_Logic.Fv_Options.V_WaveDynamic.Fv_ParameterGrid));
CB_MonochromatorStaticGrid.SelectedIndex = C_ParametorGrid.F_GridGet().FindIndex(x => x.Equals(V_Logic.Fv_Options.V_WaveStatic.Fv_ParameterGrid));
};
CB_TypeMeasurement.SelectedIndex = V_Logic.Fv_Options.Fv_NumTypeMeasurement;
CB_MonochromatorDynamicGrid.LostFocus += delegate(object sender, RoutedEventArgs e) { F_NewOptions(); }; // Применение новых настроек
CB_MonochromatorStaticGrid.SelectionChanged += delegate(object sender, SelectionChangedEventArgs e) { F_NewOptions(); }; // Применение новых настроек
TB_MonochromatorStatic.LostFocus += delegate(object sender, RoutedEventArgs e) { F_NewOptions(); }; // Применение новых настроек
TB_MonochromatorDynamic.LostFocus += delegate(object sender, RoutedEventArgs e) { F_NewOptions(); }; // Применение новых настроек
TB_MonochromatorMinDynamic.LostFocus += delegate(object sender, RoutedEventArgs e) { F_NewOptions(); }; // Применение новых настроек
V_Logic.E_CloseException += delegate() { this.Close(); }; // Закрытие из за ошибок
V_Logic.E_MeasurementOnSuccess += delegate()
{
B_Correction.IsEnabled = B_Free.IsEnabled = B_Save.IsEnabled = B_Stop.IsEnabled = TB_Name.IsEnabled = Gr_OptionsD01.IsEnabled = true;
B_Сalibration02.IsEnabled = B_On.IsEnabled = B_D01.IsEnabled = B_D02.IsEnabled = false;
}; // Блокировка/Активация элементов интерфейса при успешном подключении
V_Logic.E_MeasurementCorrectionSuccess += delegate()
{
B_Start.IsEnabled = B_WaveSattic.IsEnabled = B_Dynamic.IsEnabled = Gr_OptionsD01.IsEnabled = Gr_OptionsD02.IsEnabled = true;
B_D01.IsEnabled = B_D02.IsEnabled = B_On.IsEnabled = false;
}; // Блокировка/Активация элементов интерфейса при успешной корекции
V_Logic.E_MeasurementOffSuccess += delegate()
{
B_Сalibration02.IsEnabled = B_D01.IsEnabled = B_D02.IsEnabled = B_On.IsEnabled = true;
B_Correction.IsEnabled = B_Free.IsEnabled = B_Start.IsEnabled = B_Save.IsEnabled = B_WaveSattic.IsEnabled = B_Dynamic.IsEnabled = B_Stop.IsEnabled = TB_Name.IsEnabled = Gr_OptionsD02.IsEnabled = Gr_OptionsD01.IsEnabled = false;
}; // Блокировка/Активация элементов интерфейса при успешном отключении
V_Logic.E_MeasurementNew += delegate(int V_PMTOut, int v_ReferenceOut, int v_ProbeOut, double v_OutExcitation, double v_OutEmission, double v_WaveDynamic, double v_WaveStatic, C_Calibration02 v_Calibration02)
{
TB_NumberRequest.Text = (int.Parse(TB_NumberRequest.Text) + 1).ToString(); TB_PMTOut.Text = V_PMTOut.ToString();
TB_ReferenceOut.Text = v_ReferenceOut.ToString();
TB_ProbeOut.Text = v_ProbeOut.ToString();
TB_OutEmission.Text = v_OutEmission.ToString("e2");
TB_OutExcitation.Text = v_OutExcitation.ToString("e2");
};
WinFH_Paint = new System.Windows.Forms.Integration.WindowsFormsHost();
}
