public PrintExecuteViewModel(GCodeManagerViewModel GCodeManagerViewModel,
RealTimeStatusDataModel RealTimeStatusDataModel, CalibrationViewModel CalibrationViewModel,
SerialCommunicationViewModel SerialCommunicationViewModel, SerialCommunicationOutgoingMessagesModel SerialCommunicationOutgoingMessagesModel,
SerialMessageDisplayViewModel SerialMessageDisplayViewModel, PrintViewModel PrintViewModel)
{
_gCodeManagerViewModel = GCodeManagerViewModel;
_realTimeStatusDataModel = RealTimeStatusDataModel;
_calibrationViewModel = CalibrationViewModel;
_serialCommunicationViewModel = SerialCommunicationViewModel;
_serialCommunicationOutgoingMessagesModel = SerialCommunicationOutgoingMessagesModel;
_serialMessageDisplayViewModel = SerialMessageDisplayViewModel;
_printViewModel = PrintViewModel;
_gCodeManagerViewModel.GCodeFileUploaded += new GCodeFileUploadedEventHandler(UpdateUploadedGCode);
_printViewModel.PrintViewModelRepRapIDChanged += new PrintViewModelRepRapIDChanged(UpdateRepRapIDSet);
_serialCommunicationViewModel.SerialCommunicationMainModel.SerialConnectionChanged += new SerialConnectionChangedEventHandler(UpdateSerialConnection);
_serialCommunicationViewModel.SerialCommunicationMainModel.SerialCommunicationCompleted += new SerialCommunicationCompletedEventHandler(UpdatePrintFinished);
_serialCommunicationViewModel.SerialCommunicationMainModel.SerialCommunicationPrintSequencePaused += new SerialCommunicationPrintSequencePausedEventHandler(UpdatePrintSequencePaused);
_serialCommunicationViewModel.SerialCommunicationMainModel.SerialCommunicationMicrocontrollerResumed += new SerialCommunicationMicrocontrollerResumedEventHandler(UpdateMicrocontrollerResumed);
_realTimeStatusDataModel.RecordSetMotorizedPrintheadExecuted += new RecordSetMotorizedPrintheadExecutedEventHandler(UpdateActivePrintheadType);
_realTimeStatusDataModel.RecordSetValvePrintheadExecuted += new RecordSetValvePrintheadExecutedEventHandler(UpdateActivePrintheadType);
_realTimeStatusDataModel.RecordLimitExecuted += new RecordLimitExecutedEventHandler(UpdateLimitHit);
_calibrationViewModel.CalibrationModel.CalibrationBegun += new CalibrationBegunEventHandler(UpdateCalibrationBegun);
}
public MVCalibrationView(IMachine machine)
{
InitializeComponent();
var designTime = System.ComponentModel.DesignerProperties.GetIsInDesignMode(new DependencyObject());
if (!designTime)
{
ViewModel = new CalibrationViewModel(machine);
this.Closing += MachineVision_Closing;
this.Loaded += MachineVision_Loaded;
}
}
public MainViewModel()
{
//Error Handling.
_errorListViewModel = new ErrorListViewModel();
//Printer Model.
_printerModel = new PrinterModel();
//Print Model.
_printModel = new PrintModel(_printerModel);
//Serial Communication Incoming and Outgoing Message Interpreter.
_realTimeStatusDataModel = new RealTimeStatusDataModel(_printerModel);
//Serial Communication.
_serialCommunicationOutgoingMessagesModel = new SerialCommunicationOutgoingMessagesModel();
_serialCommunicationMainModel = new SerialCommunicationMainModel(_serialCommunicationOutgoingMessagesModel, _printerModel, _printModel, _realTimeStatusDataModel, _errorListViewModel);
_serialMessageDisplayViewModel = new SerialMessageDisplayViewModel();
_serialCommunicationViewModel = new SerialCommunicationViewModel(_serialCommunicationMainModel, _serialCommunicationOutgoingMessagesModel, _serialMessageDisplayViewModel);
//Printer View Model.
_printerViewModel = new PrinterViewModel(_printerModel, _serialCommunicationMainModel.SerialCommunicationCommandSetsModel);
//Print View Model.
_printViewModel = new PrintViewModel(_printModel, _serialMessageDisplayViewModel);
//Real Time Status.
_realTimeStatusSerialInterpreterModel = new RealTimeStatusSerialInterpreterModel(_serialCommunicationMainModel, _printerModel, _printerViewModel, _realTimeStatusDataModel, _errorListViewModel);
_realTimeStatusDataViewModel = new RealTimeStatusDataViewModel(_realTimeStatusDataModel, _printerViewModel, _serialCommunicationMainModel.SerialCommunicationCommandSetsModel, _errorListViewModel);
//Manual Commmands and Calibration.
_manualControlModel = new ManualControlModel(_printerModel, _serialCommunicationOutgoingMessagesModel, _realTimeStatusDataModel, _errorListViewModel);
_calibrationModel = new CalibrationModel(_realTimeStatusDataModel, _printerModel, _serialCommunicationOutgoingMessagesModel, _errorListViewModel);
_manualControlViewModel = new ManualControlViewModel(_manualControlModel, _realTimeStatusDataViewModel, _printerViewModel);
_calibrationViewModel = new CalibrationViewModel(_calibrationModel, _manualControlViewModel, _realTimeStatusDataViewModel, _printerViewModel);
//GCode.
_uploadedGCodeModel = new GCodeModel();
_gCodeFileManagerModel = new GCodeFileManagerModel(_uploadedGCodeModel, _errorListViewModel);
_gCodeConverterModel = new GCodeConverterModel(_printerModel, _printModel, _realTimeStatusDataModel, _errorListViewModel);
_gcodeManagerViewModel = new GCodeManagerViewModel(_gCodeFileManagerModel, _gCodeConverterModel, _printViewModel);
//Printing.
_printExecuteViewModel = new PrintExecuteViewModel(_gcodeManagerViewModel, _realTimeStatusDataModel, _calibrationViewModel, _serialCommunicationViewModel, _serialCommunicationOutgoingMessagesModel, _serialMessageDisplayViewModel, _printViewModel);
//Settings.
_saveLoadViewModel = new SaveLoadViewModel(_gcodeManagerViewModel, _printerViewModel, _printViewModel, _errorListViewModel);
//Unset Main Window.
_unsetMainViewModel = new UnsetMainViewModel();
}
private KinectManager()
{
EventIntervalInMilliseconds = 2000;
_kinect = MyKinect.Instance;
_kinect.SingleUserMode = true;
_kinect.ChangeMaxSkeletonPositions(.5f, .5f);
ConfigurationViewModel = new ConfigureKinectViewModel();
_calibrationView = new Calibration();
_calibrationViewModel = CalibrationViewModel.Current;
if (_calibrationViewModel != null)
{
_calibrationViewModel.SaveCalibrationData += CalibrationView_SaveCalibrationData;
_calibrationViewModel.CountDownFinished += CalibrationView_CountDownFinished;
}
}
public CalibrationWindow(AdasController controller)
{
InitializeComponent();
Controller = controller;
_viewModel = Model.Calibrated
? new CalibrationViewModel(Model.CalibrationModel.CalibrationResult.Settings)
: new CalibrationViewModel();
_viewModel.CalibrationResult = Model.CalibrationModel.CalibrationResult;
if (Model.Mode == SourceMode.Camera)
{
InitCameraMode();
}
else
{
InitImageMode();
}
DataContext = _viewModel;
}
protected override void OnStartup(StartupEventArgs e)
{
Shell shell = new Shell("АИК");
var LogWindow = new LogginWindowView();
var LogWindowViewModel = new LoggingWindowViewModel(shell);
var InstrumentalView = new InstrumentalView();
var SettingsView = new SettingsView();
var MeasurementsView = new MeasurementsView();
var DataBaseView = new DataBaseView();
var LogsView = new LogsView();
var CalibrationView = new CalibrationView();
var WizardView = new WizardView();
var ContextMediator = new ContextMediator();
LogWindow.DataContext = LogWindowViewModel;
LogWindow.Show();
//LogWindow
var SubStep1 = new ExecutableWizardStepBuilder()
.SetName("SubStep1.1")
.SetDescription("description for substep 1.1")
.SetReadOnly(false)
.SetSelectable(true)
.AddAction((s, c, o) =>
{
try
{
}
catch (System.Exception)
{
throw;
}
finally
{
}
})
.Build();
var SubStep2 = new ExecutableWizardStepBuilder()
.SetName("SubStep1.2")
.SetDescription("description for substep 1.2")
.SetReadOnly(false)
.SetSelectable(true)
.AddAction((s, c, o) =>
{
try
{
}
catch (System.Exception)
{
throw;
}
finally
{
}
})
.Build();
var SubSubStep1 = new ExecutableWizardStepBuilder()
.SetName("SubSubStep1.3.1")
.SetDescription("description for subsubstep 1.3.1")
.SetReadOnly(false)
.SetSelectable(true)
.AddAction((s, c, o) =>
{
try
{
}
catch (System.Exception)
{
throw;
}
finally
{
}
})
.Build();
var SubSubStep2 = new ExecutableWizardStepBuilder()
.SetName("SubSubStep1.3.2")
.SetDescription("description for subsubstep 1.3.2")
.SetReadOnly(false)
.SetSelectable(true)
.AddAction((s, c, o) =>
{
try
{
}
catch (System.Exception)
{
throw;
}
finally
{
}
})
.Build();
var GrouppedStep1_3 = new WizardStepGroupBuilder()
.SetName("SubGruop1.3")
.SetDescription("description for subgroup 1.3")
.AddChildren(SubSubStep1)
.AddChildren(SubSubStep2)
.Build();
var GrouppedStep1 = new WizardStepGroupBuilder()
.SetName("Group1")
.SetDescription("description for subgroup 1")
.AddChildren(SubStep1)
.AddChildren(SubStep2)
.AddChildren(GrouppedStep1_3)
.Build();
var Step2 = new ExecutableWizardStepBuilder()
.SetName("Step2")
.SetIconName("Settings")
.SetDescription("description for step 2")
.SetReadOnly(false)
.SetSelectable(true)
.AddBoundedStep(SubSubStep1)
.AddBoundedStep(GrouppedStep1)
.AddAction((s, c, o) =>
{
try
{
}
catch (System.Exception)
{
throw;
}
finally
{
}
})
.Build();
var SubStep3_1 = new ExecutableWizardStepBuilder()
.SetName("SubStep3.1")
.SetDescription("description for substep 3.1")
.SetReadOnly(false)
.SetSelectable(true)
.AddAction((s, c, o) =>
{
try
{
}
catch (System.Exception)
{
throw;
}
finally
{
}
})
.Build();
var GrouppedStep3 = new WizardStepGroupBuilder()
.SetName("Group3")
.SetDescription("description for group 3")
.AddChildren(SubStep3_1)
.Build();
var Step4 = new ExecutableWizardStepBuilder()
.SetName("Step4")
.SetIconName("Settings")
.SetDescription("description for step 2")
.SetReadOnly(false)
.SetSelectable(true)
.AddAction((s, c, o) =>
{
try
{
}
catch (System.Exception)
{
throw;
}
finally
{
}
})
.Last(true)
.Build();
var TestData = new TestData();
var SettingsGroupsContainer = new SettingsGroupsContainer(
new SettingsGroup("Group 1",
new DoubleSetting()
{
Name = "Setting1.1", Dimention = "Hz", Visible = true
},
new IntSetting()
{
Name = "Setting1.2", Dimention = "Ohm", Visible = true
}),
new SettingsGroup("Group 2",
new DoubleSetting()
{
Name = "Setting2.1", Dimention = "dB", Visible = true
},
new IntSetting()
{
Name = "Setting2.2", Dimention = "Sec", Visible = true
}),
new SettingsGroup("Group 3",
new DoubleSetting()
{
Name = "Setting3.1", Dimention = "mV", Visible = true
},
new IntSetting()
{
Name = "Setting3.2", Dimention = "Rad", Visible = true
}));
var InstrumentalViewModel = new InstrumentalViewModel("Модуль приборов", "appbar_power", ContextMediator, new SignalAnalyzer(), new SignalGenerator());
var SettingsViewModel = new SettingsViewModel("Модуль настроек", "appbar_settings", ContextMediator, SettingsGroupsContainer.SettingsGroups);
var MeasurementsViewModel = new MeasurementsViewModel("Автоматический режим", "appbar_axis_x", ContextMediator, TestData)
{
SettingsList = SettingsGroupsContainer.SettingsGroups
};
var DataBaseViewModel = new DataBaseViewModel("База данных", "appbar_database", ContextMediator);
var LogsViewModel = new LogsViewModel("Лог", "appbar_disk", ContextMediator);
var SetupWizard = new SetupWizardBuilder()
.AddStep(GrouppedStep1)
.AddStep(Step2)
.AddStep(GrouppedStep3)
.AddStep(Step4)
.ConfigureWizard()
.Build();
LogWindow.DataContext = LogWindowViewModel;
InstrumentalView.DataContext = InstrumentalViewModel;
SettingsView.DataContext = SettingsViewModel;
MeasurementsView.DataContext = MeasurementsViewModel;
DataBaseView.DataContext = DataBaseViewModel;
LogsView.DataContext = LogsViewModel;
WizardView.DataContext = SetupWizard;
var CalibrationViewModel = new CalibrationViewModel("Модуль калибровки", "appbar_scale", ContextMediator, WizardView, SetupWizard);
CalibrationView.DataContext = CalibrationViewModel;
ContextMediator
.AddModuleReference(InstrumentalViewModel)
.AddModuleReference(SettingsViewModel)
.AddModuleReference(CalibrationViewModel)
.AddModuleReference(MeasurementsViewModel)
.AddModuleReference(DataBaseViewModel)
.AddModuleReference(LogsViewModel);
shell
.AddView(InstrumentalView)
.AddView(SettingsView)
.AddView(CalibrationView)
.AddView(MeasurementsView)
.AddView(DataBaseView)
.AddView(LogsView);
//var mainWindow = new MainWindow();
//mainWindow.DataContext = shell;
}
private void Control_DataContextChanged(object sender, DependencyPropertyChangedEventArgs e)
{
_calibration = e.NewValue as CalibrationViewModel;
}
