public Operation(IWlanWorker worker)
{
this._worker = worker;
IsLoading = new BooleanNotifier();
IsWorking = new BooleanNotifier();
ShowLoadingTime(); // For debug
ShowWorkingTime(); // For debug
ReloadTimer = new ReactiveTimer(TimeSpan.FromSeconds(Settings.Current.AutoReloadInterval))
.AddTo(this.Subscription);
ReloadTimer
.Subscribe(async _ => await LoadProfilesAsync(true))
.AddTo(this.Subscription);
Settings.Current
.ObserveProperty(x => x.AutoReloadInterval)
.Throttle(TimeSpan.FromMilliseconds(100))
.Subscribe(x => ReloadTimer.Interval = TimeSpan.FromSeconds(x))
.AddTo(this.Subscription);
this.ObserveProperty(x => x.IsAutoReloadEnabled)
.Subscribe(isEnabled =>
{
if (isEnabled)
{
ReloadTimer.Start();
}
else
{
ReloadTimer.Stop();
}
})
.AddTo(this.Subscription);
this.ObserveProperty(x => x.IsSuspended, false)
.Subscribe(async isSuspended =>
{
if (isSuspended)
{
ReloadTimer.Stop();
}
else
{
if (IsAutoReloadEnabled)
{
ReloadTimer.Start();
}
else
{
await LoadProfilesAsync(false);
}
}
})
.AddTo(this.Subscription);
var initialTask = LoadProfilesAsync(false);
}
public void TimerTestStart2()
{
var testScheduler = new TestScheduler();
var recorder = testScheduler.CreateObserver <long>();
var timer = new ReactiveTimer(TimeSpan.FromSeconds(1), testScheduler);
timer.Subscribe(recorder);
timer.Start();
testScheduler.AdvanceTo(TimeSpan.FromSeconds(3).Ticks + 1);
recorder.Messages.Is(
OnNext(TimeSpan.FromSeconds(0).Ticks + 1, 0L),
OnNext(TimeSpan.FromSeconds(1).Ticks + 1, 1L),
OnNext(TimeSpan.FromSeconds(2).Ticks + 1, 2L),
OnNext(TimeSpan.FromSeconds(3).Ticks + 1, 3L));
timer.Stop();
recorder.Messages.Clear();
testScheduler.AdvanceBy(TimeSpan.FromSeconds(5).Ticks);
recorder.Messages.Count.Is(0);
}
public void TimerTestStart2()
{
var testScheduler = new TestScheduler();
var recorder = testScheduler.CreateObserver<long>();
var timer = new ReactiveTimer(TimeSpan.FromSeconds(1), testScheduler);
timer.Subscribe(recorder);
timer.Start();
testScheduler.AdvanceTo(TimeSpan.FromSeconds(3).Ticks + 1);
recorder.Messages.Is(
OnNext(TimeSpan.FromSeconds(0).Ticks + 1, 0L),
OnNext(TimeSpan.FromSeconds(1).Ticks + 1, 1L),
OnNext(TimeSpan.FromSeconds(2).Ticks + 1, 2L),
OnNext(TimeSpan.FromSeconds(3).Ticks + 1, 3L));
timer.Stop();
recorder.Messages.Clear();
testScheduler.AdvanceBy(TimeSpan.FromSeconds(5).Ticks);
recorder.Messages.Count.Is(0);
}
public Operation(IWlanWorker worker)
{
this._worker = worker;
IsLoading = new BooleanNotifier();
IsWorking = new BooleanNotifier();
ShowLoadingTime(); // For debug
ShowWorkingTime(); // For debug
ReloadTimer = new ReactiveTimer(TimeSpan.FromSeconds(Settings.Current.AutoReloadInterval))
.AddTo(this.Subscription);
ReloadTimer
.Subscribe(async _ => await LoadProfilesAsync(true))
.AddTo(this.Subscription);
Settings.Current
.ObserveProperty(x => x.AutoReloadInterval)
.Throttle(TimeSpan.FromMilliseconds(100))
.Subscribe(x => ReloadTimer.Interval = TimeSpan.FromSeconds(x))
.AddTo(this.Subscription);
this.ObserveProperty(x => x.IsAutoReloadEnabled)
.Subscribe(isEnabled =>
{
if (isEnabled)
ReloadTimer.Start();
else
ReloadTimer.Stop();
})
.AddTo(this.Subscription);
this.ObserveProperty(x => x.IsSuspended, false)
.Subscribe(async isSuspended =>
{
if (isSuspended)
{
ReloadTimer.Stop();
}
else
{
if (IsAutoReloadEnabled)
ReloadTimer.Start();
else
await LoadProfilesAsync(false);
}
})
.AddTo(this.Subscription);
var initialTask = LoadProfilesAsync(false);
}
public void IsEnabledTest()
{
var testScheduler = new TestScheduler();
var recorder = testScheduler.CreateObserver <long>();
var timer = new ReactiveTimer(TimeSpan.FromSeconds(1), testScheduler);
var isEnabledChangedCounter = 0;
timer.ObserveProperty(x => x.IsEnabled, false).Subscribe(_ => isEnabledChangedCounter++);
timer.IsEnabled.IsFalse();
timer.Start();
timer.IsEnabled.IsTrue();
timer.Stop();
timer.IsEnabled.IsFalse();
isEnabledChangedCounter.Is(2);
}
public void TimerTest1()
{
var testScheduler = new TestScheduler();
var recorder = testScheduler.CreateObserver <long>();
var timer = new ReactiveTimer(TimeSpan.FromSeconds(1), testScheduler);
timer.Subscribe(recorder);
timer.Start(TimeSpan.FromSeconds(10));
testScheduler.AdvanceTo(TimeSpan.FromSeconds(13).Ticks);
recorder.Messages.Is(
OnNext(TimeSpan.FromSeconds(10).Ticks, 0L),
OnNext(TimeSpan.FromSeconds(11).Ticks, 1L),
OnNext(TimeSpan.FromSeconds(12).Ticks, 2L),
OnNext(TimeSpan.FromSeconds(13).Ticks, 3L));
recorder.Messages.Clear();
timer.Stop();
testScheduler.AdvanceBy(TimeSpan.FromSeconds(5).Ticks);
recorder.Messages.Count.Is(0);
timer.Start();
var reStartClock = testScheduler.Clock + 1;
testScheduler.AdvanceBy(TimeSpan.FromSeconds(3).Ticks + 1);
recorder.Messages.Is(
OnNext(reStartClock, 4L),
OnNext(reStartClock + TimeSpan.FromSeconds(1).Ticks, 5L),
OnNext(reStartClock + TimeSpan.FromSeconds(2).Ticks, 6L),
OnNext(reStartClock + TimeSpan.FromSeconds(3).Ticks, 7L));
recorder.Messages.Clear();
timer.Reset();
testScheduler.AdvanceBy(TimeSpan.FromSeconds(5).Ticks);
recorder.Messages.Count.Is(0);
timer.Dispose();
recorder.Messages.Is(OnCompleted <long>(testScheduler.Clock));
timer.Dispose(); // dispose again
}
public void TimerTest1()
{
var testScheduler = new TestScheduler();
var recorder = testScheduler.CreateObserver<long>();
var timer = new ReactiveTimer(TimeSpan.FromSeconds(1), testScheduler);
timer.Subscribe(recorder);
timer.Start(TimeSpan.FromSeconds(10));
testScheduler.AdvanceTo(TimeSpan.FromSeconds(13).Ticks);
recorder.Messages.Is(
OnNext(TimeSpan.FromSeconds(10).Ticks, 0L),
OnNext(TimeSpan.FromSeconds(11).Ticks, 1L),
OnNext(TimeSpan.FromSeconds(12).Ticks, 2L),
OnNext(TimeSpan.FromSeconds(13).Ticks, 3L));
recorder.Messages.Clear();
timer.Stop();
testScheduler.AdvanceBy(TimeSpan.FromSeconds(5).Ticks);
recorder.Messages.Count.Is(0);
timer.Start();
var reStartClock = testScheduler.Clock + 1;
testScheduler.AdvanceBy(TimeSpan.FromSeconds(3).Ticks + 1);
recorder.Messages.Is(
OnNext(reStartClock, 4L),
OnNext(reStartClock + TimeSpan.FromSeconds(1).Ticks, 5L),
OnNext(reStartClock + TimeSpan.FromSeconds(2).Ticks, 6L),
OnNext(reStartClock + TimeSpan.FromSeconds(3).Ticks, 7L));
recorder.Messages.Clear();
timer.Reset();
testScheduler.AdvanceBy(TimeSpan.FromSeconds(5).Ticks);
recorder.Messages.Count.Is(0);
timer.Dispose();
recorder.Messages.Is(OnCompleted<long>(testScheduler.Clock));
timer.Dispose(); // dispose again
}
public MainController(StartupAgent agent, IWlanWorker worker)
{
StartupAgent = agent ?? throw new ArgumentNullException(nameof(agent));
Profiles = new ObservableCollection <ProfileItem>();
BindingOperations.EnableCollectionSynchronization(Profiles, _profilesLock);
NotifyIconContainer = new NotifyIconContainer();
NotifyIconContainer.MouseLeftButtonClick += OnMainWindowShowRequested;
NotifyIconContainer.MouseRightButtonClick += OnMenuWindowShowRequested;
this._worker = worker;
IsUpdating = new BooleanNotifier();
IsWorking = new BooleanNotifier();
ShowUpdatingTime(); // For debug
ShowWorkingTime(); // For debug
RushesRescan = new ReactiveProperty <bool>()
.AddTo(this.Subscription);
EngagesPriority = new ReactiveProperty <bool>()
.AddTo(this.Subscription);
EngagesPriority
.Subscribe(_ => SetNotifyIconText())
.AddTo(this.Subscription);
#region Update
RescanTimer = new ReactiveTimer(TimeSpan.FromSeconds(Settings.Current.RescanInterval))
.AddTo(this.Subscription);
RescanCommand = IsUpdating
.Inverse()
.ObserveOnUIDispatcher() // This is for thread access by ReactiveCommand.
.ToReactiveCommand();
RescanCommand
.Merge(EngagesPriority.Where(x => x).Select(x => x as object))
.Merge(RescanTimer.Select(x => x as object))
.Subscribe(async _ => await ScanNetworkAsync())
.AddTo(this.Subscription);
Settings.Current
.ObserveProperty(x => x.RescanInterval)
.Subscribe(rescanInterval => RescanTimer.Interval = TimeSpan.FromSeconds(rescanInterval))
.AddTo(this.Subscription);
RushesRescan
.Subscribe(rushesRescan =>
{
if (rushesRescan)
{
RescanTimer.Start();
}
else
{
RescanTimer.Stop();
}
SetNotifyIconText();
})
.AddTo(this.Subscription);
var networkRefreshed = Observable.FromEventPattern(
h => _worker.NetworkRefreshed += h,
h => _worker.NetworkRefreshed -= h);
var availabilityChanged = Observable.FromEventPattern(
h => _worker.AvailabilityChanged += h,
h => _worker.AvailabilityChanged -= h);
var interfaceChanged = Observable.FromEventPattern(
h => _worker.InterfaceChanged += h,
h => _worker.InterfaceChanged -= h);
var connectionChanged = Observable.FromEventPattern(
h => _worker.ConnectionChanged += h,
h => _worker.ConnectionChanged -= h);
var profileChanged = Observable.FromEventPattern(
h => _worker.ProfileChanged += h,
h => _worker.ProfileChanged -= h);
Observable.Merge(networkRefreshed, availabilityChanged, interfaceChanged, connectionChanged, profileChanged)
.Throttle(TimeSpan.FromMilliseconds(100))
.Subscribe(async _ =>
{
if (RushesRescan.Value)
{
RescanTimer.Start(TimeSpan.FromSeconds(Settings.Current.RescanInterval)); // Wait for due time.
}
await LoadProfilesAsync();
})
.AddTo(this.Subscription);
#endregion
#region Close
CloseCommand = new ReactiveProperty <bool>(true)
.ToReactiveCommand();
CloseCommand
.Subscribe(_ => _current.Shutdown())
.AddTo(this.Subscription);
#endregion
}
public void Pause()
{
Status.Value = TimerStatus.PAUSE;
ReactiveTimer.Stop();
}
public async void OnNavigatedTo(NavigationParameters parameters)
{
App.AppStatus = "ResultPage";
App.EventList.Add(Observable.FromEventPattern <PositionEventArgs>(
h => CrossGeolocator.Current.PositionChanged += h, h => CrossGeolocator.Current.PositionChanged -= h)
.Subscribe(e => OnPositionChanged(e.Sender, e.EventArgs)));
//CrossGeolocator.Current.PositionChanged += OnPositionChanged;
if (CrossGeolocator.Current.IsListening == false)
{
CrossGeolocator.Current.DesiredAccuracy = 1;
await CrossGeolocator.Current.StartListeningAsync(minimumTime : TimeSpan.FromMilliseconds(1000), minimumDistance : 0, includeHeading : false);
}
_calculatorParam = parameters[ParamCalculator] as ECOLOGCalculator;
_calculatorMine = new ECOLOGCalculator();
_calculatorMine.Init();
_lostEnergy = _calculatorParam.LostEnergyList.Sum();
_transitTime = (int)(_calculatorParam.PositionCollection.Last().Timestamp -
_calculatorParam.PositionCollection.First().Timestamp).TotalSeconds;
var semanticLink = parameters[ParamSemanticLink] as SemanticLink;
_ecgModel = ECGModel.GetECGModel(semanticLink);
//DependencyService.Get<IAudio>().PlayAudioFile("broadcasting.mp3");
/*** デバッグコード ***/
/*Debug.WriteLine("Count: " + _calculatorParam.PositionCollection.Count);
* Debug.WriteLine("LostEnergy: " + _calculatorParam.LostEnergyList.Sum());
* Debug.WriteLine("AirResistance: " + _calculatorParam.AirResistanceList.Sum());
* Debug.WriteLine("Rolling: " + _calculatorParam.RollingResistanceList.Sum());
* Debug.WriteLine("Convert: " + _calculatorParam.ConvertLossList.Sum());
* Debug.WriteLine("Regene: " + _calculatorParam.RegeneLossList.Sum());*/
/*** デバッグコード ***/
PlotModel.Value = CreatePlotModel();
var timer = new ReactiveTimer(TimeSpan.FromSeconds(1));
timer.Subscribe(v =>
{
Device.BeginInvokeOnMainThread(() =>
{
_count++;
/*** テストコード ***/
//OnPositionChanged(null, new PositionEventArgs(TestPosition.TestPositions[TestPosition.Index]));
//TestPosition.Index++;
/*** テストコード ***/
if (_count >= 10)
{
timer.Stop();
if (_semanticLink != null)
{
var parameter = new NavigationParameters
{
{ ECGsPageViewModel.ParamCalculator, _calculatorMine },
{ ECGsPageViewModel.ParamSemanticLink, _semanticLink }
};
_navigationService.NavigateAsync($"/{nameof(ECGsPage)}", parameter);
}
else
{
_navigationService.NavigateAsync($"/{nameof(MapPage)}");
}
}
});
});
timer.Start();
}
internal MotorViewModel(Motor motor)
{
CultureInfo culture = CultureInfo.InvariantCulture;
MessageBox = motor
.ObserveProperty(x => x.MessageBox)
.Do(_ => MessageBox?.Value.Dispose())
.Select(x => new MessageBoxViewModel(x))
.ToReadOnlyReactivePropertySlim()
.AddTo(disposable);
ToolTipVertexPitch = motor
.ObserveProperty(x => x.ToolTipVertexPitch)
.Do(_ => ToolTipVertexPitch?.Value.Dispose())
.Select(x => new ToolTipViewModel(x))
.ToReadOnlyReactivePropertySlim()
.AddTo(disposable);
ToolTipVertexVolume = motor
.ObserveProperty(x => x.ToolTipVertexVolume)
.Do(_ => ToolTipVertexVolume?.Value.Dispose())
.Select(x => new ToolTipViewModel(x))
.ToReadOnlyReactivePropertySlim()
.AddTo(disposable);
CurrentModifierKeys = motor
.ToReactivePropertyAsSynchronized(x => x.CurrentModifierKeys)
.AddTo(disposable);
CurrentCursorType = motor
.ObserveProperty(x => x.CurrentCursorType)
.ToReadOnlyReactivePropertySlim()
.AddTo(disposable);
MinVelocity = motor
.ToReactivePropertyAsSynchronized(
x => x.MinVelocity,
x => x.ToString(culture),
x => double.Parse(x, NumberStyles.Float, culture),
ignoreValidationErrorValue: true
)
.AddTo(disposable);
MinVelocity.Subscribe(_ => motor.IsRefreshGlControl = true).AddTo(disposable);
MaxVelocity = motor
.ToReactivePropertyAsSynchronized(
x => x.MaxVelocity,
x => x.ToString(culture),
x => double.Parse(x, NumberStyles.Float, culture),
ignoreValidationErrorValue: true
)
.AddTo(disposable);
MaxVelocity.Subscribe(_ => motor.IsRefreshGlControl = true).AddTo(disposable);
MinPitch = motor
.ToReactivePropertyAsSynchronized(
x => x.MinPitch,
x => x.ToString(culture),
x => double.Parse(x, NumberStyles.Float, culture),
ignoreValidationErrorValue: true
)
.AddTo(disposable);
MinPitch.Subscribe(_ => motor.IsRefreshGlControl = true).AddTo(disposable);
MaxPitch = motor
.ToReactivePropertyAsSynchronized(
x => x.MaxPitch,
x => x.ToString(culture),
x => double.Parse(x, NumberStyles.Float, culture),
ignoreValidationErrorValue: true
)
.AddTo(disposable);
MaxPitch.Subscribe(_ => motor.IsRefreshGlControl = true).AddTo(disposable);
MinVolume = motor
.ToReactivePropertyAsSynchronized(
x => x.MinVolume,
x => x.ToString(culture),
x => double.Parse(x, NumberStyles.Float, culture),
ignoreValidationErrorValue: true
)
.AddTo(disposable);
MinVolume.Subscribe(_ => motor.IsRefreshGlControl = true).AddTo(disposable);
MaxVolume = motor
.ToReactivePropertyAsSynchronized(
x => x.MaxVolume,
x => x.ToString(culture),
x => double.Parse(x, NumberStyles.Float, culture),
ignoreValidationErrorValue: true
)
.AddTo(disposable);
MaxVolume.Subscribe(_ => motor.IsRefreshGlControl = true).AddTo(disposable);
NowVelocity = motor
.ObserveProperty(x => x.NowVelocity)
.ToReadOnlyReactivePropertySlim()
.AddTo(disposable);
NowPitch = motor
.ObserveProperty(x => x.NowPitch)
.ToReadOnlyReactivePropertySlim()
.AddTo(disposable);
NowVolume = motor
.ObserveProperty(x => x.NowVolume)
.ToReadOnlyReactivePropertySlim()
.AddTo(disposable);
CurrentSelectedTrack = motor
.ObserveProperty(x => x.SelectedTrackInfo)
.ToReadOnlyReactivePropertySlim()
.AddTo(disposable);
CurrentSelectedTrack
.Subscribe(_ =>
{
motor.ResetSelect();
motor.IsRefreshGlControl = true;
})
.AddTo(disposable);
CurrentInputMode = motor
.ObserveProperty(x => x.CurrentInputMode)
.ToReadOnlyReactivePropertySlim()
.AddTo(disposable);
CurrentInputMode
.Subscribe(_ =>
{
motor.ResetSelect();
motor.IsRefreshGlControl = true;
})
.AddTo(disposable);
SelectedSoundIndex = motor
.ToReactivePropertyAsSynchronized(x => x.SelectedSoundIndex)
.AddTo(disposable);
CurrentToolMode = motor
.ObserveProperty(x => x.CurrentToolMode)
.ToReadOnlyReactivePropertySlim()
.AddTo(disposable);
CurrentToolMode
.Subscribe(_ =>
{
motor.ResetSelect();
motor.IsRefreshGlControl = true;
})
.AddTo(disposable);
StoppedSim = motor
.ObserveProperty(x => x.CurrentSimState)
.Select(x => x == Motor.SimulationState.Disable || x == Motor.SimulationState.Stopped)
.ToReadOnlyReactivePropertySlim()
.AddTo(disposable);
RunIndex = motor
.ToReactivePropertyAsSynchronized(x => x.RunIndex)
.AddTo(disposable);
IsPlayTrack1 = motor
.ToReactivePropertyAsSynchronized(x => x.IsPlayTrack1)
.AddTo(disposable);
IsPlayTrack2 = motor
.ToReactivePropertyAsSynchronized(x => x.IsPlayTrack2)
.AddTo(disposable);
IsLoop = motor
.ToReactivePropertyAsSynchronized(x => x.IsLoop)
.AddTo(disposable);
IsConstant = motor
.ToReactivePropertyAsSynchronized(x => x.IsConstant)
.AddTo(disposable);
Acceleration = motor
.ToReactivePropertyAsSynchronized(
x => x.Acceleration,
x => x.ToString(culture),
x => double.Parse(x, NumberStyles.Float, culture),
ignoreValidationErrorValue: true
)
.SetValidateNotifyError(x =>
{
double result;
string message;
Utilities.TryParse(x, NumberRange.NonNegative, out result, out message);
return(message);
})
.AddTo(disposable);
StartSpeed = motor
.ToReactivePropertyAsSynchronized(
x => x.StartSpeed,
x => x.ToString(culture),
x => double.Parse(x, NumberStyles.Float, culture),
ignoreValidationErrorValue: true
)
.SetValidateNotifyError(x =>
{
double result;
string message;
Utilities.TryParse(x, NumberRange.NonNegative, out result, out message);
return(message);
})
.AddTo(disposable);
EndSpeed = motor
.ToReactivePropertyAsSynchronized(
x => x.EndSpeed,
x => x.ToString(culture),
x => double.Parse(x, NumberStyles.Float, culture),
ignoreValidationErrorValue: true
)
.SetValidateNotifyError(x =>
{
double result;
string message;
Utilities.TryParse(x, NumberRange.NonNegative, out result, out message);
return(message);
})
.AddTo(disposable);
EnabledDirect = new[]
{
CurrentInputMode.Select(x => x != Motor.InputMode.SoundIndex),
StoppedSim
}
.CombineLatestValuesAreAllTrue()
.ToReadOnlyReactivePropertySlim()
.AddTo(disposable);
DirectX = new ReactiveProperty <string>(0.0.ToString(culture))
.SetValidateNotifyError(x =>
{
double result;
string message;
switch (CurrentToolMode.Value)
{
case Motor.ToolMode.Move:
Utilities.TryParse(x, NumberRange.Any, out result, out message);
break;
case Motor.ToolMode.Dot:
Utilities.TryParse(x, NumberRange.NonNegative, out result, out message);
break;
default:
message = null;
break;
}
return(message);
})
.AddTo(disposable);
DirectY = new ReactiveProperty <string>(0.0.ToString(culture))
.SetValidateNotifyError(x =>
{
double result;
string message;
switch (CurrentToolMode.Value)
{
case Motor.ToolMode.Move:
Utilities.TryParse(x, NumberRange.Any, out result, out message);
break;
case Motor.ToolMode.Dot:
Utilities.TryParse(x, NumberRange.NonNegative, out result, out message);
break;
default:
message = null;
break;
}
return(message);
})
.AddTo(disposable);
CurrentToolMode
.Subscribe(_ =>
{
DirectX.ForceValidate();
DirectY.ForceValidate();
})
.AddTo(disposable);
GlControlWidth = motor
.ToReactivePropertyAsSynchronized(
x => x.GlControlWidth,
ignoreValidationErrorValue: true
)
.SetValidateNotifyError(x => x <= 0 ? string.Empty : null)
.AddTo(disposable);
GlControlWidth.Subscribe(_ => motor.IsRefreshGlControl = true).AddTo(disposable);
GlControlHeight = motor
.ToReactivePropertyAsSynchronized(
x => x.GlControlHeight,
ignoreValidationErrorValue: true
)
.SetValidateNotifyError(x => x <= 0 ? string.Empty : null)
.AddTo(disposable);
GlControlHeight.Subscribe(_ => motor.IsRefreshGlControl = true).AddTo(disposable);
IsRefreshGlControl = motor
.ToReactivePropertyAsSynchronized(x => x.IsRefreshGlControl)
.AddTo(disposable);
ChangeSelectedTrack = new ReactiveCommand <Motor.TrackInfo>().WithSubscribe(x => motor.SelectedTrackInfo = x).AddTo(disposable);
ChangeInputMode = new ReactiveCommand <Motor.InputMode>().WithSubscribe(x => motor.CurrentInputMode = x).AddTo(disposable);
ChangeToolMode = new[]
{
CurrentInputMode.Select(x => x != Motor.InputMode.SoundIndex),
StoppedSim
}
.CombineLatestValuesAreAllTrue()
.ToReactiveCommand <Motor.ToolMode>()
.WithSubscribe(x => motor.CurrentToolMode = x)
.AddTo(disposable);
ZoomIn = new ReactiveCommand().WithSubscribe(motor.ZoomIn).AddTo(disposable);
ZoomOut = new ReactiveCommand().WithSubscribe(motor.ZoomOut).AddTo(disposable);
Reset = new ReactiveCommand().WithSubscribe(motor.Reset).AddTo(disposable);
MoveLeft = new ReactiveCommand().WithSubscribe(motor.MoveLeft).AddTo(disposable);
MoveRight = new ReactiveCommand().WithSubscribe(motor.MoveRight).AddTo(disposable);
MoveBottom = new ReactiveCommand().WithSubscribe(motor.MoveBottom).AddTo(disposable);
MoveTop = new ReactiveCommand().WithSubscribe(motor.MoveTop).AddTo(disposable);
Undo = new[]
{
new[]
{
motor.PropertyChangedAsObservable().Where(x => x.PropertyName == nameof(motor.SelectedTrackInfo)).OfType <object>(),
motor.PrevTrackStates.CollectionChangedAsObservable().OfType <object>()
}
.Merge()
.Select(_ => motor.PrevTrackStates.Any(x => x.Info == motor.SelectedTrackInfo)),
StoppedSim
}
.CombineLatestValuesAreAllTrue()
.ToReactiveCommand(false)
.WithSubscribe(motor.Undo)
.AddTo(disposable);
Redo = new[]
{
new[]
{
motor.PropertyChangedAsObservable().Where(x => x.PropertyName == nameof(motor.SelectedTrackInfo)).OfType <object>(),
motor.NextTrackStates.CollectionChangedAsObservable().OfType <object>()
}
.Merge()
.Select(_ => motor.NextTrackStates.Any(x => x.Info == motor.SelectedTrackInfo)),
StoppedSim
}
.CombineLatestValuesAreAllTrue()
.ToReactiveCommand(false)
.WithSubscribe(motor.Redo)
.AddTo(disposable);
TearingOff = StoppedSim
.ToReactiveCommand()
.WithSubscribe(motor.TearingOff)
.AddTo(disposable);
Copy = StoppedSim
.ToReactiveCommand()
.WithSubscribe(motor.Copy)
.AddTo(disposable);
Paste = new[]
{
motor.ObserveProperty(x => x.CopyTrack).Select(x => x != null),
StoppedSim
}
.CombineLatestValuesAreAllTrue()
.ToReactiveCommand()
.WithSubscribe(motor.Paste)
.AddTo(disposable);
Cleanup = StoppedSim
.ToReactiveCommand()
.WithSubscribe(motor.Cleanup)
.AddTo(disposable);
Delete = StoppedSim
.ToReactiveCommand()
.WithSubscribe(motor.Delete)
.AddTo(disposable);
MouseDown = new ReactiveCommand <InputEventModel.EventArgs>().WithSubscribe(motor.MouseDown).AddTo(disposable);
MouseMove = new ReactiveCommand <InputEventModel.EventArgs>().WithSubscribe(motor.MouseMove).AddTo(disposable);
MouseUp = new ReactiveCommand().WithSubscribe(motor.MouseUp).AddTo(disposable);
DirectDot = new[]
{
StoppedSim,
CurrentToolMode.Select(x => x == Motor.ToolMode.Dot),
DirectX.ObserveHasErrors.Select(x => !x),
DirectY.ObserveHasErrors.Select(x => !x)
}
.CombineLatestValuesAreAllTrue()
.ToReactiveCommand()
.WithSubscribe(() => motor.DirectDot(double.Parse(DirectX.Value), double.Parse(DirectY.Value)))
.AddTo(disposable);
DirectMove = new[]
{
StoppedSim,
CurrentToolMode.Select(x => x == Motor.ToolMode.Move),
DirectX.ObserveHasErrors.Select(x => !x),
DirectY.ObserveHasErrors.Select(x => !x)
}
.CombineLatestValuesAreAllTrue()
.ToReactiveCommand()
.WithSubscribe(() => motor.DirectMove(double.Parse(DirectX.Value), double.Parse(DirectY.Value)))
.AddTo(disposable);
SwapSpeed = StoppedSim
.ToReactiveCommand()
.WithSubscribe(() =>
{
string tmp = StartSpeed.Value;
StartSpeed.Value = EndSpeed.Value;
EndSpeed.Value = tmp;
})
.AddTo(disposable);
SimulationTimer = new ReactiveTimer(TimeSpan.FromMilliseconds(1000.0 / 30.0));
SimulationTimer
.Subscribe(_ =>
{
SimulationTimer.Stop();
Observable.Start(motor.RunSimulation, UIDispatcherScheduler.Default).Wait();
SimulationTimer.Start(TimeSpan.FromMilliseconds(1000.0 / 30.0));
})
.AddTo(disposable);
motor.ObserveProperty(x => x.CurrentSimState)
.ToReadOnlyReactivePropertySlim()
.Subscribe(x =>
{
switch (x)
{
case Motor.SimulationState.Started:
SimulationTimer.Start();
break;
default:
SimulationTimer.Stop();
break;
}
})
.AddTo(disposable);
StartSimulation = motor
.ObserveProperty(x => x.CurrentSimState)
.Select(x => x == Motor.SimulationState.Paused || x == Motor.SimulationState.Stopped)
.ToReactiveCommand()
.WithSubscribe(motor.StartSimulation)
.AddTo(disposable);
PauseSimulation = motor
.ObserveProperty(x => x.CurrentSimState)
.Select(x => x == Motor.SimulationState.Started)
.ToReactiveCommand()
.WithSubscribe(motor.PauseSimulation)
.AddTo(disposable);
StopSimulation = motor
.ObserveProperty(x => x.CurrentSimState)
.Select(x => x == Motor.SimulationState.Paused || x == Motor.SimulationState.Started)
.ToReactiveCommand()
.WithSubscribe(motor.StopSimulation)
.AddTo(disposable);
DrawGlControl = new ReactiveCommand()
.WithSubscribe(motor.DrawGlControl)
.AddTo(disposable);
MinVelocity
.SetValidateNotifyError(x =>
{
double min;
string message;
if (Utilities.TryParse(x, NumberRange.NonNegative, out min, out message))
{
double max;
if (Utilities.TryParse(MaxVelocity.Value, NumberRange.NonNegative, out max) && min >= max)
{
message = "MinはMax未満でなければなりません。";
}
}
return(message);
})
.Subscribe(_ => MaxVelocity.ForceValidate())
.AddTo(disposable);
MinVelocity.ObserveHasErrors
.ToReadOnlyReactivePropertySlim(mode: ReactivePropertyMode.DistinctUntilChanged)
.Where(x => !x)
.Subscribe(_ => MinVelocity.ForceNotify())
.AddTo(disposable);
MaxVelocity
.SetValidateNotifyError(x =>
{
double max;
string message;
if (Utilities.TryParse(x, NumberRange.NonNegative, out max, out message))
{
double min;
if (Utilities.TryParse(MinVelocity.Value, NumberRange.NonNegative, out min) && max <= min)
{
message = "MinはMax未満でなければなりません。";
}
}
return(message);
})
.Subscribe(_ => MinVelocity.ForceValidate())
.AddTo(disposable);
MaxVelocity.ObserveHasErrors
.ToReadOnlyReactivePropertySlim(mode: ReactivePropertyMode.DistinctUntilChanged)
.Where(x => !x)
.Subscribe(_ => MaxVelocity.ForceNotify())
.AddTo(disposable);
MinPitch
.SetValidateNotifyError(x =>
{
double min;
string message;
if (Utilities.TryParse(x, NumberRange.NonNegative, out min, out message))
{
double max;
if (Utilities.TryParse(MaxPitch.Value, NumberRange.NonNegative, out max) && min >= max)
{
message = "MinはMax未満でなければなりません。";
}
}
return(message);
})
.Subscribe(_ => MaxPitch.ForceValidate())
.AddTo(disposable);
MinPitch.ObserveHasErrors
.ToReadOnlyReactivePropertySlim(mode: ReactivePropertyMode.DistinctUntilChanged)
.Where(x => !x)
.Subscribe(_ => MinPitch.ForceNotify())
.AddTo(disposable);
MaxPitch
.SetValidateNotifyError(x =>
{
double max;
string message;
if (Utilities.TryParse(x, NumberRange.NonNegative, out max, out message))
{
double min;
if (Utilities.TryParse(MinPitch.Value, NumberRange.NonNegative, out min) && max <= min)
{
message = "MinはMax未満でなければなりません。";
}
}
return(message);
})
.Subscribe(_ => MinPitch.ForceValidate())
.AddTo(disposable);
MaxPitch.ObserveHasErrors
.ToReadOnlyReactivePropertySlim(mode: ReactivePropertyMode.DistinctUntilChanged)
.Where(x => !x)
.Subscribe(_ => MaxPitch.ForceNotify())
.AddTo(disposable);
MinVolume
.SetValidateNotifyError(x =>
{
double min;
string message;
if (Utilities.TryParse(x, NumberRange.NonNegative, out min, out message))
{
double max;
if (Utilities.TryParse(MaxVolume.Value, NumberRange.NonNegative, out max) && min >= max)
{
message = "MinはMax未満でなければなりません。";
}
}
return(message);
})
.Subscribe(_ => MaxVolume.ForceValidate())
.AddTo(disposable);
MinVolume.ObserveHasErrors
.ToReadOnlyReactivePropertySlim(mode: ReactivePropertyMode.DistinctUntilChanged)
.Where(x => !x)
.Subscribe(_ => MinVolume.ForceNotify())
.AddTo(disposable);
MaxVolume
.SetValidateNotifyError(x =>
{
double max;
string message;
if (Utilities.TryParse(x, NumberRange.NonNegative, out max, out message))
{
double min;
if (Utilities.TryParse(MinVolume.Value, NumberRange.NonNegative, out min) && max <= min)
{
message = "MinはMax未満でなければなりません。";
}
}
return(message);
})
.Subscribe(_ => MinVolume.ForceValidate())
.AddTo(disposable);
MaxVolume.ObserveHasErrors
.ToReadOnlyReactivePropertySlim(mode: ReactivePropertyMode.DistinctUntilChanged)
.Where(x => !x)
.Subscribe(_ => MaxVolume.ForceNotify())
.AddTo(disposable);
}
