public SwitchesSet(InteriorModel interiorModel, ViewModel.ViewModel viewModel)
{
SwitchesList = new PropertyOfModel <Turned> [4];
SwitchesList[0] = new PropertyOfModel <Turned>(
interiorModel.SubFixFrequency[0],
(value) => viewModel.SubFrequency0 = Converter.TurnedState.ToBoolean(value));
SwitchesList[1] = new PropertyOfModel <Turned>(
interiorModel.SubFixFrequency[1],
(value) => viewModel.SubFrequency1 = Converter.TurnedState.ToBoolean(value));
SwitchesList[2] = new PropertyOfModel <Turned>(
interiorModel.SubFixFrequency[2],
(value) => viewModel.SubFrequency2 = Converter.TurnedState.ToBoolean(value));
SwitchesList[3] = new PropertyOfModel <Turned>(
interiorModel.SubFixFrequency[3],
(value) => viewModel.SubFrequency3 = Converter.TurnedState.ToBoolean(value));
}
public StatusChart(ViewModel.SPMSViewModel vm)
{
try
{
status = vm.GetCurrSprintUserStatus();
}
catch (InvalidOperationException)
{
MessageBox.Show(
"You have selected an invalid sprint. Please try a different sprint.",
"Invalid Sprint",
MessageBoxButton.OK,
MessageBoxImage.Warning);
this.Close();
}
InitializeComponent();
}
public void loadStimulusFile(string Filepath, ViewModel.MenuViewModel MVM)
{
//load the stimulus file and covert the locations into a set of measurements to be made.
bool headerLine = false; // has the headerline been read (1st line in the input file)?
foreach (string line in System.IO.File.ReadAllLines(Filepath)) // for each line in the input file.
{
if (headerLine == false) // has the header line been read
{
headerLine = true; // skip it and set the flag.
continue;
}
string[] rows = line.Split(','); // split the row into an array
int ID = int.Parse(rows[0]); // get the reading id
double Horizontal = double.Parse(rows[1]); // get the horizontal location
double Vertical = double.Parse(rows[2]); // get the vertical location
double MeasurementTime = double.Parse(rows[3]); // get the time to measure
double _SettleTime = double.Parse(rows[4]); // get the time to wait before measuring
MeasurementList.Add(new Measurement() { id = ID, Horizontal = Horizontal, Vertical = Vertical, MeasurementTime = MeasurementTime, SettleTime = _SettleTime }); // add the parsed data to the measurement list
}
TotalMeasurementCount = MeasurementList.Count(); // udate the measurement count.
}
public ClampsSet(InteriorModel interiorModel, ViewModel.ViewModel viewModel)
{
ClampsList = new PropertyOfModel <ClampState> [4];
ClampsList[0] = new PropertyOfModel <ClampState>(
interiorModel.Clamps[0],
(value) => viewModel.Clamp0Angle = Converter.Clamp.ToAngle(value));
ClampsList[1] = new PropertyOfModel <ClampState>(
interiorModel.Clamps[1],
(value) => viewModel.Clamp1Angle = Converter.Clamp.ToAngle(value));
ClampsList[2] = new PropertyOfModel <ClampState>(
interiorModel.Clamps[2],
(value) => viewModel.Clamp2Angle = Converter.Clamp.ToAngle(value));
ClampsList[3] = new PropertyOfModel <ClampState>(
interiorModel.Clamps[3],
(value) => viewModel.Clamp3Angle = Converter.Clamp.ToAngle(value));
ClampsList[0].ValueChanged += (s, e) => ValueChanged?.Invoke(s, new ClampChangedEventArgs(0, e.NewValue));
ClampsList[1].ValueChanged += (s, e) => ValueChanged?.Invoke(s, new ClampChangedEventArgs(1, e.NewValue));
ClampsList[2].ValueChanged += (s, e) => ValueChanged?.Invoke(s, new ClampChangedEventArgs(2, e.NewValue));
ClampsList[3].ValueChanged += (s, e) => ValueChanged?.Invoke(s, new ClampChangedEventArgs(3, e.NewValue));
}
public TeamWindow(ViewModel.TeamView team, ViewModel.SPMSViewModel viewModel)
{
InitializeComponent();
_team = team;
_viewModel = viewModel;
}
public void SetViewModel(ViewModel.ViewModel viewModel)
{
}
public NewItemWindow(MainWindow.selection type, ViewModel.SPMSViewModel vm)
{
InitializeComponent();
_type = type;
_viewModel = vm;
}
