public void Pitch(PitchType type, params object[] args)
{
if (this.pitchSounds.ContainsKey(type))
{
this.pitchSounds[type].Replay(args);
}
}
public void PitchTypeTest()
{
Section target = new Section(); // TODO: Initialize to an appropriate value
PitchType expected = new PitchType(); // TODO: Initialize to an appropriate value
PitchType actual;
target.PitchType = expected;
actual = target.PitchType;
Assert.AreEqual(expected, actual);
}
// Use this for initialization
void Start()
{
//The rigid body is the ball;
rb = GetComponent<Rigidbody>();
// Test the Fastball
pitch = new Fastball();
pitch.setRotationSpeed(40.0f * 360.0f);
transform.Rotate(new Vector3(0.0f, 0.0f, 90.0f));
// pitch = new Slider();
//pitch.setRotationSpeed(5.0f * 360.0f);
//transform.Rotate(new Vector3(95.0f, 0.0f, 0.0f));
}
//These are the private helper functions to pass us through the states.
private void pitchWindupRoutine()
{
//Position the ball
rb.position.Set(0.75f, 2.3f, 18.404f);
//Position the ball to initial rotation.
if (pitch.getPitchType() == "Fastball")
{
transform.Rotate(new Vector3(0.0f, 0.0f, 90.0f));
pitch = new Fastball();
}
else if (pitch.getPitchType() == "Slider")
{
transform.Rotate(new Vector3(90.0f, 0.0f, 0.0f));
pitch = new Slider();
}
rb.AddForce(pitch.getPitchForce(), ForceMode.VelocityChange);
}
public ScheduleView(PitchType pitchType)
{
InitializeComponent();
_place = SessionCustomerService.Place;
_pitchType = pitchType;
dpDate.DateSelected += (sender, e) => { GetSchedule(); };
var tapGestureRecognizer = new TapGestureRecognizer();
tapGestureRecognizer.Tapped += async(s, e) =>
{
_binding.IsBusy = true; await Task.Delay(1000);
_hourToShow = _hourToShow - (_rowsToShow * 2);
AddDetail(false);
_binding.IsBusy = false;
};
imgUp.GestureRecognizers.Add(tapGestureRecognizer);
tapGestureRecognizer = new TapGestureRecognizer();
tapGestureRecognizer.Tapped += async(s, e) => { _binding.IsBusy = true; await Task.Delay(1000); AddDetail(false); _binding.IsBusy = false; };
imgDown.GestureRecognizers.Add(tapGestureRecognizer);
_binding = new ScheduleViewModel(this, _place, pitchType);
_binding.PropertyChanged += (sender, args) =>
{
if (args.PropertyName == "PitchesBusy")
{
if (_binding.Pitches == null)
{
return;
}
CreateHeadersAsync();
}
};
BindingContext = _binding;
GetSchedule();
}
private void Start()
{
// increase by 1, reset to 0 if above 15
int PopupCounter = Settings.Get("PopupCounter", 0);
PopupCounter++;
if (PopupCounter > 15)
{
PopupCounter = 0;
}
Settings.Save("PopupCounter", PopupCounter);
if (PopupCounter == 5 && !Settings.Get("DontPitchEmail", false))
{
CurrentPitchType = PitchType.email;
EnablePopup();
}
else if (PopupCounter == 10 && !Settings.Get("DontPitchReddit", false))
{
CurrentPitchType = PitchType.reddit;
EnablePopup();
}
else if (PopupCounter == 15 && !Settings.Get("DontPitchDiscord", false))
{
CurrentPitchType = PitchType.discord;
EnablePopup();
}
else if (Random.Range(0, int.MaxValue) == 69)
{
CurrentPitchType = PitchType.secret;
EnablePopup();
}
else
{
Canvas.enabled = false;
}
}
public ScheduleViewModel(Page page, PlaceModel place, PitchType pitchType) : base(page)
{
_place = place;
_pitchType = pitchType;
ReservationCommand = new Command <CommandWrapper>(async(wrapper) =>
{
ReservationService.Button = wrapper.Button;
ReservationService.Reservation = wrapper.Reservation;
ReservationService.HasChanges = false;
ReservationService.IsNew = true;
await OpenPageAsync(new ReservationCreateView(wrapper.Reservation));
});
ReservationSummaryCommand = new Command <CommandWrapper>(async(wrapper) =>
{
ReservationService.Button = wrapper.Button;
ReservationService.Reservation = wrapper.Reservation;
ReservationService.HasChanges = false;
ReservationService.IsNew = false;
await OpenPageAsync(new ReservationSummaryView(wrapper.Reservation, true));
});
RetryCommand = new Command(async() => { await GetSchedule(); });
RefreshCommand = new Command(async() => { await GetSchedule(); });
ShowPitchDescriptionCommand = new Command <string>(async(message) => { await DisplayAlertAsync(message); });
}
public HoldAction(string unityObjectName, StatisticType statisticType, PatientJoint affectedJoint, double value, FulFillable previous, SettingsManager settingsManager, Feedback feedback, PitchType pitchType, int repetitions, WriteStatisticManager statisticManager) : base(unityObjectName, statisticType, affectedJoint, value, previous, settingsManager, feedback, pitchType, repetitions, statisticManager)
{
}
public BaseJointValueBehaviour(double value, string unityObjectName, StatisticType statisticType, PatientJoint affectedJoint, PatientJoint activeJoint, PatientJoint passiveJoint, SettingsManager settingsManager, Feedback feedback, PitchType pitchType, FulFillable previous, int repetitions, WriteStatisticManager statisticManager) : base(unityObjectName, statisticType, affectedJoint, activeJoint, passiveJoint, settingsManager, feedback, pitchType, previous, repetitions, statisticManager)
{
this.initialValue = this.value = value;
}
public DistanceValueBehaviour(double value, string unityObjectName, StatisticType statisticType, PatientJoint affectedJoint, PatientJoint activeJoint, PatientJoint passiveJoint, SettingsManager settingsManager, Feedback feedback, PitchType pitchType, FulFillable previous, int repetitions, WriteStatisticManager statisticManager) : base(value, unityObjectName, statisticType, affectedJoint, activeJoint, passiveJoint, settingsManager, feedback, pitchType, previous, repetitions, statisticManager)
{
logger.AddLogAppender <ConsoleAppender>();
}
public AngleValueBehaviour(double value, string unityObjectName, StatisticType statisticType, PatientJoint affectedJoint, PatientJoint activeJoint, PatientJoint childJoint, SettingsManager settingsManager, Feedback feedback, PitchType pitchType, FulFillable previous, int repetitions, WriteStatisticManager statisticManager) : base(value, unityObjectName, statisticType, affectedJoint, activeJoint, childJoint, settingsManager, feedback, pitchType, previous, repetitions, statisticManager)
{
this.tolerance = settingsManager.GetValue <int>("ingame", "angleTolerance");
this.angle = 0;
this.minAngle = initialValue - tolerance;
this.maxAngle = initialValue + tolerance;
}
public void PitchValue(PitchType pitchType, params object[] value)
{
pitchManager.Pitch(pitchType, value);
}
public BaseAction(string unityObjectName, StatisticType statisticType, PatientJoint affectedJoint, double value, FulFillable previous, SettingsManager settingsManager, Feedback feedback, PitchType pitchType, int repetitions, WriteStatisticManager statisticManager) : base(settingsManager, feedback, pitchType, unityObjectName, statisticType, affectedJoint, previous, repetitions, statisticManager)
{
this.type = Types.action;
this.initialValue = this.value = value;
this.information = Models.Model.GetModel <Models.ExerciseInformation>(unityObjectName).Order;
}
public void StoreToXML(string path)
{
XmlDocument doc = new XmlDocument();
XmlDeclaration xmlDeclaration = doc.CreateXmlDeclaration("1.0", "UTF-8", null);
XmlElement root = doc.CreateElement("Root");
doc.AppendChild(root);
XmlElement mfccSetting_e = doc.CreateElement("Mfcc_Setting");
if (mfccSetting_e != null)
{
XmlElement e_LowFreq = doc.CreateElement("LowFreq");
e_LowFreq.InnerText = LowFreq.ToString();
mfccSetting_e.AppendChild(e_LowFreq);
XmlElement e_HighFreq = doc.CreateElement("HighFreq");
e_HighFreq.InnerText = HighFreq.ToString();
mfccSetting_e.AppendChild(e_HighFreq);
XmlElement e_TimeFrame = doc.CreateElement("TimeFrame");
e_TimeFrame.InnerText = TimeFrame.ToString();
mfccSetting_e.AppendChild(e_TimeFrame);
XmlElement e_TimeShift = doc.CreateElement("TimeShift");
e_TimeShift.InnerText = TimeShift.ToString();
mfccSetting_e.AppendChild(e_TimeShift);
XmlElement e_NumCeps = doc.CreateElement("NumCeps");
e_NumCeps.InnerText = NumCeps.ToString();
mfccSetting_e.AppendChild(e_NumCeps);
XmlElement e_CepFilter = doc.CreateElement("CepFilter");
e_CepFilter.InnerText = CepFilter.ToString();
mfccSetting_e.AppendChild(e_CepFilter);
XmlElement e_UseStandardization = doc.CreateElement("UseStandardization");
e_UseStandardization.InnerText = UseStandardization.ToString();
mfccSetting_e.AppendChild(e_UseStandardization);
root.AppendChild(mfccSetting_e);
}
// Tab Pitch
XmlElement pitchSetting_e = doc.CreateElement(string.Empty, "Pitch_Setting", string.Empty);
if (pitchSetting_e != null)
{
XmlElement e_PitchLowFreq = doc.CreateElement("PitchLowFreq");
e_PitchLowFreq.InnerText = PitchLowFreq.ToString();
pitchSetting_e.AppendChild(e_PitchLowFreq);
XmlElement e_PitchHighFreq = doc.CreateElement("PitchHighFreq");
e_PitchHighFreq.InnerText = PitchHighFreq.ToString();
pitchSetting_e.AppendChild(e_PitchHighFreq);
XmlElement e_PitchTimeFrame = doc.CreateElement("PitchTimeFrame");
e_PitchTimeFrame.InnerText = PitchTimeFrame.ToString();
pitchSetting_e.AppendChild(e_PitchTimeFrame);
XmlElement e_PitchTimeShift = doc.CreateElement("PitchTimeShift");
e_PitchTimeShift.InnerText = PitchTimeShift.ToString();
pitchSetting_e.AppendChild(e_PitchTimeShift);
XmlElement e_YinThreshhold = doc.CreateElement("YinThreshhold");
e_YinThreshhold.InnerText = YinThreshhold.ToString();
pitchSetting_e.AppendChild(e_YinThreshhold);
XmlElement e_PitchType = doc.CreateElement("PitchType");
e_PitchType.InnerText = PitchType.ToString();
pitchSetting_e.AppendChild(e_PitchType);
XmlElement e_UseMedian = doc.CreateElement("UseMedian");
e_UseMedian.InnerText = UseMedian.ToString();
pitchSetting_e.AppendChild(e_UseMedian);
XmlElement e_MedianWindow = doc.CreateElement("MedianWindow");
e_MedianWindow.InnerText = MedianWindow.ToString();
pitchSetting_e.AppendChild(e_MedianWindow);
root.AppendChild(pitchSetting_e);
}
// Table Log
XmlElement logSetting_e = doc.CreateElement(string.Empty, "Logs_Setting", string.Empty);
if (logSetting_e != null)
{
XmlElement e_EnableLog = doc.CreateElement("EnableLog");
e_EnableLog.InnerText = EnableLog.ToString();
logSetting_e.AppendChild(e_EnableLog);
XmlElement e_SeparateLog = doc.CreateElement("SeparateLog");
e_SeparateLog.InnerText = SeparateLog.ToString();
logSetting_e.AppendChild(e_SeparateLog);
XmlElement e_LevelLog = doc.CreateElement("LogLevel");
e_LevelLog.InnerText = LogLevel.ToString();
logSetting_e.AppendChild(e_LevelLog);
root.AppendChild(logSetting_e);
}
// Tab Noise
XmlElement waveSetting_e = doc.CreateElement(string.Empty, "Wave_Setting", string.Empty);
if (waveSetting_e != null)
{
XmlElement e_NormalizeAudio = doc.CreateElement("NormalizeAudio");
e_NormalizeAudio.InnerText = NormalizeAudio.ToString();
waveSetting_e.AppendChild(e_NormalizeAudio);
XmlElement e_RemoveNoiseYourAudio = doc.CreateElement("RemoveNoiseYourAudio");
e_RemoveNoiseYourAudio.InnerText = RemoveNoiseYourAudio.ToString();
waveSetting_e.AppendChild(e_RemoveNoiseYourAudio);
XmlElement e_ShiftSampleToZero = doc.CreateElement("ShiftSampleToZero");
e_ShiftSampleToZero.InnerText = ShiftSampleToZero.ToString();
waveSetting_e.AppendChild(e_ShiftSampleToZero);
root.AppendChild(waveSetting_e);
}
//Tab VAD
XmlElement vadSetting_e = doc.CreateElement("VAD_Setting");
if (vadSetting_e != null)
{
XmlElement e_PitchThreshold = doc.CreateElement("PitchThreshold");
e_PitchThreshold.InnerText = PitchThreshold.ToString();
vadSetting_e.AppendChild(e_PitchThreshold);
XmlElement e_EnergyThreshold = doc.CreateElement("EnergyThreshold");
e_EnergyThreshold.InnerText = EnergyThreshold.ToString();
vadSetting_e.AppendChild(e_EnergyThreshold);
root.AppendChild(vadSetting_e);
}
//Tab Train
XmlElement train_e = doc.CreateElement("Train_Setting");
if (train_e != null)
{
XmlElement e_TrainCofficientType = doc.CreateElement("TrainCofficientType");
e_TrainCofficientType.InnerText = TrainCofficientType.ToString();
train_e.AppendChild(e_TrainCofficientType);
XmlElement e_TrainHMMState = doc.CreateElement("TrainHMMState");
e_TrainHMMState.InnerText = TrainHMMState.ToString();
train_e.AppendChild(e_TrainHMMState);
XmlElement e_TrainGMMComponent = doc.CreateElement("TrainGMMComponent");
e_TrainGMMComponent.InnerText = TrainGMMComponent.ToString();
train_e.AppendChild(e_TrainGMMComponent);
XmlElement e_TrainGMMCovVar = doc.CreateElement("TrainGMMCovVar");
e_TrainGMMCovVar.InnerText = TrainGMMCovVar.ToString();
train_e.AppendChild(e_TrainGMMCovVar);
root.AppendChild(train_e);
}
doc.Save(path);
}
public Informable(SettingsManager settingsManager, Feedback feedback, PitchType pitchType, string name, StatisticType statisticType, PatientJoint affectedJoint, FulFillable previous, int repetitions, WriteStatisticManager statisticManager) : base(name, statisticType, affectedJoint, previous, repetitions, statisticManager)
{
this.database = Database.Instance();
this.feedback = feedback;
this.pitchType = pitchType;
}
private PitchType GetPitchType(char p)
{
PitchType returnedPitchType = PitchType.Unknown;
switch (p)
{
case 'B':
returnedPitchType = PitchType.Ball;
break;
case 'C':
returnedPitchType = PitchType.CalledStrike;
break;
case 'F':
returnedPitchType = PitchType.Foul;
break;
case 'H':
returnedPitchType = PitchType.HitBatter;
break;
case 'I':
returnedPitchType = PitchType.IntentionalBall;
break;
case 'K':
returnedPitchType = PitchType.Strike;
break;
case 'L':
returnedPitchType = PitchType.FoulBunt;
break;
case 'M':
returnedPitchType = PitchType.MissedBuntAttempt;
break;
case 'N':
returnedPitchType = PitchType.NoPitch;
break;
case 'O':
returnedPitchType = PitchType.FoulTipOnBunt;
break;
case 'P':
returnedPitchType = PitchType.Pitchout;
break;
case 'Q':
returnedPitchType = PitchType.SwingingOnPitchout;
break;
case 'R':
returnedPitchType = PitchType.FoulBallOnPitchout;
break;
case 'S':
returnedPitchType = PitchType.SwingingStrike;
break;
case 'T':
returnedPitchType = PitchType.FoulTip;
break;
case 'U':
returnedPitchType = PitchType.Unknown;
break;
case 'V':
returnedPitchType = PitchType.CalledBallPitcherMouth;
break;
case 'X':
returnedPitchType = PitchType.BallInPlayByBatter;
break;
case 'Y':
returnedPitchType = PitchType.BallInPlayOnPitchout;
break;
case '1':
returnedPitchType = PitchType.PickoffThrowToFirst;
break;
case '2':
returnedPitchType = PitchType.PickoffThrowToSecond;
break;
case '3':
returnedPitchType = PitchType.PickoffThrowToThird;
break;
case '>':
returnedPitchType = PitchType.RunnerGoingOnPitch;
break;
case '+':
returnedPitchType = PitchType.PickoffThrowByCatcher;
break;
case '*':
returnedPitchType = PitchType.PitchBlockedByCatcher;
break;
case '.':
returnedPitchType = PitchType.PlayNotInvolvingBatter;
break;
default:
returnedPitchType = PitchType.Unknown;
break;
}
return(returnedPitchType);
}
public EqualHeightBehaviour(string unityObjectName, StatisticType statisticType, PatientJoint affectedJoint, PatientJoint activeJoint, PatientJoint passiveJoint, SettingsManager settingsManager, Feedback feedback, PitchType pitchType, FulFillable previous, int repetitions, WriteStatisticManager statisticManager) : base(unityObjectName, statisticType, affectedJoint, activeJoint, passiveJoint, settingsManager, feedback, pitchType, previous, repetitions, statisticManager)
{
this.tolerance = settingsManager.GetValue <double>("ingame", "distanceTolerance");
}
public Joint(string name, StatisticType statisticType, PatientJoint affectedJoint, SettingsManager settingsManager, Feedback feedback, PitchType pitchType, FulFillable previous, int repetitions, WriteStatisticManager statisticManager) : base(settingsManager, feedback, pitchType, name, statisticType, affectedJoint, previous, repetitions, statisticManager)
{
this.type = Types.joint;
}
public BaseJointBehaviour(string unityObjectName, StatisticType statisticType, PatientJoint affectedJoint, PatientJoint activeJoint, Models.PatientJoint passiveJoint, SettingsManager settingsManager, Feedback feedback, PitchType pitchType, FulFillable previous, int repetitions, WriteStatisticManager statisticManager) : base(settingsManager, feedback, pitchType, unityObjectName, statisticType, affectedJoint, previous, repetitions, statisticManager)
{
this.type = Types.behaviour;
this.activeJoint = activeJoint;
this.passiveJoint = passiveJoint;
this.information = Models.Model.GetModel <Models.ExerciseInformation>(unityObjectName).Order;
}
