public Chart(Bars bars, SignalData signal, DataReception data)
{
InitializeComponent();
this.data = data;
this.bars = bars;
label1.Text = String.Empty;
label2.Text = String.Empty;
label3.Text = String.Empty;
label4.Text = String.Empty;
timeLastData = bars.LastGet;
this.signal = signal;
CreateChart();
LoadCandleFromFile(bars);
PaintData(signal);
textBox1.Text = signal.Level.ToString();
stepPrice = bars.StepPrice;
CalculatePesent();
ChartResize();
this.Text = String.Format($"{bars.Name}_{bars.TimeFrame} - {signal.SignalType} || Люфт - {signal.CancelSignal}");
textBox2.Text = "1";
textBox3.Text = GetOneLotPrice(bars.Name).ToString();
}
void SpawnPortal(SignalData portalSpawnData)
{
Vector3 position = portalSpawnData.get <Vector3>("SpawnPosition");
Vector3 direction = portalSpawnData.get <Vector3>("SpawnDirection");
PortalColorData portalColor = portalSpawnData.get <PortalColorData>("PortalColors");
int arenaId = portalSpawnData.get <int>("ArenaId");
Debug.Log(arenaId);
var spawnPosition = new Vector3(position.x, 1.4f, position.z) + direction * 0.01f;
Quaternion portalRotation = Quaternion.LookRotation(direction);
GameObject portalObject = Instantiate(portalPrefab, spawnPosition, portalRotation);
GameObject correspondingPortal = null;
if (PortalMap.ContainsKey(portalColor))
{
if (PortalMap[portalColor].ContainsKey(arenaId))
{
Destroy(PortalMap[portalColor][arenaId]);
PortalMap[portalColor].Remove(arenaId);
}
correspondingPortal = getCorrespondingPortal(arenaId, portalColor);
}
else
{
PortalMap.Add(portalColor, new Dictionary <int, GameObject>());
}
if (correspondingPortal != null)
{
correspondingPortal.GetComponent <Portal>().changeCorrespondingPortal(portalObject);
}
portalObject.GetComponent <Portal>().initialize(portalColor, correspondingPortal, arenaId);
PortalMap[portalColor].Add(arenaId, portalObject);
}
private void helper_Paint_Bar(Graphics g, SignalData sd, int secIndex, int i, int k, Brush brush)
{
int num = (this.startY + ((k * this.boxHeight) / 12)) - 12;
g.DrawString(sd.CHAN_Arr_ID[i].ToString("00"), fn, brush, 0f, (float)num);
g.DrawString(sd.CHAN_Arr_CNO[i].ToString("00.0"), fn, brush, cnoHorzStartPoint, (float)num);
g.DrawString(sd.CHAN_Arr_State[i].ToString("X"), fn, brush, stateHorzStartPoint + 5f, (float)num);
g.DrawString(sd.CHAN_Arr_Elev[i].ToString("00.0"), fn, brush, elevStartPoint, (float)num);
g.DrawString(sd.CHAN_Arr_Azimuth[i].ToString("000.0"), fn, brush, azimStartPoint, (float)num);
int num2 = (signalRegHorzStartPoint + ((secIndex * this.boxWidth) / 5)) + 5;
int num3 = this.boxHeight / 12;
int y = this.startY + ((k * this.boxHeight) / 12);
int x = num2;
for (int j = 0; j < 10; j++)
{
int num7 = sd.CHAN_MEAS_CNO[i][j];
int num8 = y - ((num3 * num7) / cno_MAX);
Point point = new Point(x, y);
Point point2 = new Point(x, num8);
Pen pen = new Pen(brush);
g.DrawLine(pen, point, point2);
x += this.boxWidth / 50;
}
}
/// <summary>Updates the safety system plugin for this train</summary>
internal void UpdateSafetySystem()
{
if (Plugin != null)
{
SignalData[] data = new SignalData[16];
int count = 0;
int start = CurrentSectionIndex >= 0 ? CurrentSectionIndex : 0;
for (int i = start; i < TrainManagerBase.CurrentRoute.Sections.Length; i++)
{
SignalData signal = TrainManagerBase.CurrentRoute.Sections[i].GetPluginSignal(this);
if (data.Length == count)
{
Array.Resize(ref data, data.Length << 1);
}
data[count] = signal;
count++;
if (signal.Aspect == 0 | count == 16)
{
break;
}
}
Array.Resize(ref data, count);
Plugin.UpdateSignals(data);
Plugin.LastSection = CurrentSectionIndex;
Plugin.UpdatePlugin();
}
}
void ShootPortal()
{
if (Input.GetButtonDown(PlayerInput.FirePortal))
{
float timeSinceLastLaunch = Time.time - LastPortalLaunchTime;
if (timeSinceLastLaunch > PortalShootInterval &&
!CurrentPortalColors.PrimaryColor.Equals(Color.clear))
{
if (FrontPointHitResult)
{
if (FrontPointHit.transform.gameObject.layer == LayerMask.NameToLayer("Portal"))
{
return;
}
SignalData portalSpawnData = new SignalData();
portalSpawnData.set("SpawnPosition", FrontPointHit.point);
portalSpawnData.set("SpawnDirection", FrontPointHit.normal);
portalSpawnData.set("ArenaId", ArenaId);
portalSpawnData.set("PortalColors", CurrentPortalColors);
PortalSpawnSignal.fire(portalSpawnData);
LastPortalLaunchTime = Time.time;
ChangeCurrentPortalColor(new PortalColorData(Color.clear, Color.clear));
}
}
}
}
private void dataGridView1_CellMouseDoubleClick(object sender, DataGridViewCellMouseEventArgs e)
{
if (e.ColumnIndex == 0)
{
itemSign = new SignalItem();
int temp = 0;
foreach (DataGridViewCell cell in this.dataGridView1.Rows[e.RowIndex].Cells)
{
itemSign.dataGridView1.Rows[0].Cells[temp++].Value = cell.Value;
}
itemSign.Show();
}
if (e.ColumnIndex == 1)
{
if (this.dataGridView1.Rows.Count > 1)
{
string[] temp = this.dataGridView1.Rows[e.RowIndex].Cells[0].Value.ToString().Split();
Bars bars = (Bars)data.listBars.FirstOrDefault(x => x.Name == temp[0] && x.TimeFrame == Int32.Parse(temp[1]));
if (bars.listSignal != null && bars.listSignal.Count > 0)
{
SignalData signal = bars.listSignal.Last();
if (bars != null)
{
Chart window = new Chart(bars, signal, data);
window.Show();
}
}
}
}
}
//private void DrawLineStopAndTakeProfit(List<double> listLevel)
//{
// chartForCandle.Series.FindByName("SeriesCandleLineLevel").Points.AddXY(0, signal.Level);
// for (int i = 0; i < listLevel.Count; i++)
// {
// chartForCandle.Series.FindByName("SeriesCandleLineLevel").Points.AddXY(0, listLevel[i]);
// chartForCandle.Series.FindByName("SeriesCandleLineLevel").Points.AddXY(CandleArray.Count - 1, listLevel[i]);
// chartForCandle.Series.FindByName("SeriesCandleLineLevel").Points.AddXY(0, listLevel[i]);
// }
//}
private void DrawLine(SignalData signal)
{
int candleBsy;
int candleBpy1;
int candleBpy2;
if (!hourTimeFrame)
{
candleBsy = CandleArray.ToList().IndexOf(CandleArray.First(x => x.time == signal.DateBsy));
candleBpy1 = CandleArray.ToList().IndexOf(CandleArray.First(x => x.time == signal.DateBpy1));
candleBpy2 = CandleArray.ToList().IndexOf(CandleArray.First(x => x.time == signal.DateBpy2));
}
else
{
candleBsy = CandleArray.ToList().IndexOf(CandleArray.First(x => x.time.Date == signal.DateBsy.Date));
candleBpy1 = CandleArray.ToList().IndexOf(CandleArray.First(x => x.time.Date == signal.DateBpy1.Date));
candleBpy2 = CandleArray.ToList().IndexOf(CandleArray.First(x => x.time.Date == signal.DateBpy2.Date));
}
chartForCandle.Series.FindByName("SeriesCandleLine").Points.AddXY(candleBpy2, CandleArray[candleBpy2].high);
chartForCandle.Series.FindByName("SeriesCandleLine").Points.AddXY(candleBpy2, CandleArray[candleBpy2].high + CandleArray[candleBpy2].high / 100);
chartForCandle.Series.FindByName("SeriesCandleLine").Points.AddXY(candleBpy1, CandleArray[candleBpy1].high);
chartForCandle.Series.FindByName("SeriesCandleLine").Points.AddXY(candleBpy2, CandleArray[candleBpy2].high + CandleArray[candleBpy2].high / 100);
chartForCandle.Series.FindByName("SeriesCandleLine").Points.AddXY(candleBsy, CandleArray[candleBsy].high);
chartForCandle.Series.FindByName("SeriesCandleLine").Points.AddXY(candleBpy2, CandleArray[candleBpy2].high + CandleArray[candleBpy2].high / 100);
chartForCandle.Series.FindByName("SeriesCandleLineLevel").Points.AddXY(0, signal.Level);
chartForCandle.Series.FindByName("SeriesCandleLineLevel").Points.AddXY(CandleArray.Count - 1, signal.Level);
}
// update plugin sections
/// <summary>Updates the plugin to inform about sections.</summary>
/// <param name="train">The train.</param>
internal static void UpdatePluginSections(TrainManager.Train train)
{
if (train.Plugin != null)
{
SignalData[] data = new SignalData[16];
int count = 0;
int start = train.CurrentSectionIndex >= 0 ? train.CurrentSectionIndex : 0;
for (int i = start; i < CurrentRoute.Sections.Length; i++)
{
SignalData signal = CurrentRoute.Sections[i].GetPluginSignal(train);
if (data.Length == count)
{
Array.Resize <SignalData>(ref data, data.Length << 1);
}
data[count] = signal;
count++;
if (signal.Aspect == 0 | count == 16)
{
break;
}
}
Array.Resize <SignalData>(ref data, count);
train.Plugin.UpdateSignals(data);
}
}
public void fire(SignalData data)
{
foreach (Action <SignalData> listener in Listeners)
{
listener(data);
}
}
public void DestroyBullet()
{
SignalData data = new SignalData();
data.set("Bullet", this);
BulletDestroySignal.fire(data);
Destroy(this.gameObject);
}
private async Task <ICharacteristicManager> CreateCharacteristicManager()
{
FileParserResult fileParserResult = await _fileParserManager.ParseFileAsync(_fileName);
SignalData signalData = SignalDataMapper.Map(fileParserResult);
return(_characteristicManagerFactory.Create(signalData));
}
public SignalInfo(SignalData signalData, CharacteristicsResult characteristics)
{
Throw.IfNull(signalData, nameof(signalData));
Throw.IfNull(characteristics, nameof(characteristics));
this.SignalData = signalData;
this.Characteristics = characteristics;
}
public CharacteristicManager(ICharacteristicBuilder characteristicBuilder, SignalData signalData)
{
Throw.IfNull(signalData, nameof(signalData));
Throw.IfNull(signalData, nameof(characteristicBuilder));
_signalData = signalData;
_characteristicBuilder = characteristicBuilder;
}
public void TestSynchronizedBlockWithReentrancy1()
{
this.Test(() =>
{
SignalData signal = new SignalData();
signal.ReentrantLock();
},
Configuration.Create().WithTestingIterations(100));
}
public async void SendPeerChangedEvent()
{
var peerChangedMessage = new SignalData();
peerChangedMessage.type = "peer_changed";
peerChangedMessage.peers = infoList.Values.ToList();
await SendMessageToAllAsync(JsonConvert.SerializeObject(peerChangedMessage));
}
public void OnAfterDeserialize()
{
signalList = new Dictionary <string, SignalData>();
for (int i = 0; i < signals.Length; i++)
{
SignalData data = signals[i];
signalList.Add(data.signalID, data);
}
}
public void Find1478Tests(string input, int expected)
{
var lengths = new[] { 2, 3, 4, 7, };
var(_, output) = SignalData.Parse(input, default);
var actual = output.Select(s => s.Length).Count(lengths.Contains);
Assert.Equal(expected, actual);
}
public void TestMonitorWithReentrancy1()
{
this.Test(() =>
{
SignalData signal = new SignalData();
signal.ReentrantLock();
},
this.GetConfiguration().WithTestingIterations(100));
}
void onPortalFluidUse(SignalData fluidUSedData)
{
var arenaId = fluidUSedData.get <int>("arenaId");
var position = fluidUSedData.get <Vector3>("location");
var currentFluidColor = ArenaPointColorMap[arenaId][position];
ArenaPointColorMap[arenaId].Remove(position);
StartCoroutine(RespawnConsumedFluid(arenaId, position, currentFluidColor));
}
public void Compute()
{
if (FirstOperationTab.SignalData.IsNotEmpty() && SecondOperationTab.SignalData.IsNotEmpty())
{
if (SelectedOperation == "5) Splot" || SelectedOperation == "6) Korelacja (bezpośrednia)" ||
SelectedOperation == "7) Korelacja (przez Splot)")
{
List <double> XSamples = new List <double>();
int FirstTabSamplesCounter = FirstOperationTab.SignalData.ConversionSamplesX.Count;
int SecondTabSamplesCounter = SecondOperationTab.SignalData.ConversionSamplesX.Count;
for (int i = 0; i < FirstTabSamplesCounter + SecondTabSamplesCounter - 1; i++)
{
XSamples.Add(i);
}
SignalData signalData = new SignalData(0)
{
ConversionSamplesX = XSamples,
ConversionSamplesY = SelectedOperation.SignalOperation(FirstOperationTab.SignalData.ConversionSamplesY,
SecondOperationTab.SignalData.ConversionSamplesY)
};
SelectedTab.SignalData = signalData;
SelectedTab.IsScattered = true;
SelectedTab.DrawCharts();
}
else
{
string message = "";
if (SecondOperationTab.SignalData.IsInvalid(FirstOperationTab.SignalData, message))
{
MessageBox.Show(message, "Error", MessageBoxButton.OK, MessageBoxImage.Error);
return;
}
SignalData signalData = new SignalData(FirstOperationTab.SignalData.StartTime,
FirstOperationTab.SignalData.Sampling,
FirstOperationTab.SignalData.ConversionSampling)
{
ConversionSamplesX = FirstOperationTab.SignalData.ConversionSamplesX,
ConversionSamplesY = SelectedOperation.SignalOperation(FirstOperationTab.SignalData.ConversionSamplesY,
SecondOperationTab.SignalData.ConversionSamplesY)
};
SelectedTab.SignalData = signalData;
SelectedTab.IsScattered = true;
SelectedTab.CalculateSignalInfo(signalData.StartTime,
signalData.StartTime + (signalData.ConversionSamplesY.Count / signalData.ConversionSampling));
SelectedTab.DrawCharts();
}
}
}
private List <double> GetLewelForPaint(SignalData signal, List <double> allLevel)
{
List <double> temp = new List <double>();
temp.Add(signal.Level);
temp.Add(signal.SignalType[0] == 'S'?allLevel[1]:allLevel[2]);
temp.Add(signal.SignalType[0] == 'S' ? allLevel[3] : allLevel[0]);
temp.Add(signal.CancelSignal);
return(temp);
}
/// <summary>
/// Indicates whether this instance and a specified object are equal.
/// </summary>
/// <param name="obj">The object to compare with the current instance.</param>
/// <returns>
/// true if the object and this instance are of the same type and represent the same value,
/// otherwise false.
/// </returns>
public override bool Equals(object obj)
{
SignalData s = obj as SignalData;
if (s == null)
{
return(false);
}
return((Emission == s.Emission) && (Source == s.Source) && (Func == s.Func));
}
void OnTriggerStay(Collider other)
{
var currentLane = other.GetComponentInParent <MapTrafficLane>();
if (currentLane)
{
if (currentLane.stopLine?.isStopSign == false)
{
GameObject egoGO = transform.parent.gameObject;
var signals = currentLane.stopLine.signals;
foreach (var signal in signals)
{
Vector3 relPos = egoGO.transform.InverseTransformPoint(signal.gameObject.transform.position);
relPos.Set(relPos.z, -relPos.x, relPos.y);
var forwardDistance = relPos.x;
if (forwardDistance > 0 && forwardDistance < MaxDistance)
{
Quaternion relRot = Quaternion.Inverse(egoGO.transform.rotation) * signal.gameObject.transform.rotation;
relRot.Set(-relRot.z, relRot.x, -relRot.y, relRot.w);
Vector3 size = signal.CurrentSignalLight.Bounds.size;
size.Set(size.z, size.x, size.y);
string id = signal.id;
if (string.IsNullOrEmpty(id))
{
id = "signal_" + signal.SeqId.ToString();
}
if (!DetectedStates.Contains(signal.CurrentState))
{
DetectedStates.Add(signal.CurrentState);
}
if (!DetectedSignals.ContainsKey(signal))
{
var signalData = new SignalData()
{
SeqId = signal.SeqId,
Id = id,
Label = signal.CurrentState,
Score = 1.0f,
Position = relPos,
Rotation = relRot,
Scale = size,
};
DetectedSignals.Add(signal, signalData);
}
}
}
}
}
}
public void FilterSignal()
{
if (SignalTab.SignalData.IsNotEmpty() && FilterTab.SignalData.IsNotEmpty())
{
List <double> XSamples = new List <double>();
List <double> YSamples = new List <double>();
if (SignalTab.SignalData.QuantizationSamplesY.Count != 0 && FilterTab.SignalData.QuantizationSamplesY.Count != 0)
{
YSamples = Operations.ConvoluteSignals(SignalTab.SignalData.QuantizationSamplesY,
FilterTab.SignalData.QuantizationSamplesY)
.Skip((FilterTab.SignalData.QuantizationSamplesY.Count - 1) / 2)
.Take(SignalTab.SignalData.QuantizationSamplesY.Count).ToList();
}
else if (SignalTab.SignalData.QuantizationSamplesY.Count != 0 && FilterTab.SignalData.QuantizationSamplesY.Count == 0)
{
YSamples = Operations.ConvoluteSignals(SignalTab.SignalData.QuantizationSamplesY,
FilterTab.SignalData.SamplesY)
.Skip((FilterTab.SignalData.SamplesY.Count - 1) / 2)
.Take(SignalTab.SignalData.QuantizationSamplesY.Count).ToList();
}
else if (SignalTab.SignalData.QuantizationSamplesY.Count == 0 && FilterTab.SignalData.QuantizationSamplesY.Count != 0)
{
YSamples = Operations.ConvoluteSignals(SignalTab.SignalData.SamplesY,
FilterTab.SignalData.QuantizationSamplesY)
.Skip((FilterTab.SignalData.QuantizationSamplesY.Count - 1) / 2)
.Take(SignalTab.SignalData.SamplesY.Count).ToList();
}
else
{
YSamples = Operations.ConvoluteSignals(SignalTab.SignalData.SamplesY,
FilterTab.SignalData.SamplesY)
.Skip((FilterTab.SignalData.SamplesY.Count - 1) / 2)
.Take(SignalTab.SignalData.SamplesY.Count).ToList();
}
for (int i = 0; i < YSamples.Count; i++)
{
XSamples.Add(i);
}
SignalData signalData = new SignalData(0)
{
ConversionSamplesX = XSamples,
ConversionSamplesY = YSamples
};
SelectedTab.SignalData = signalData;
SelectedTab.IsScattered = true;
SelectedTab.DrawCharts();
}
}
public void Test2(string input, int expected)
{
var(samples, output) = SignalData.Parse(input, default);
IReadOnlyDictionary <string, int> dictionary = samples.ReverseArray().ToDictionary(kvp => kvp.Key, kvp => kvp.Value);
var chars = output.Select(s => dictionary[s].ToString()[0]);
var @string = string.Concat(chars);
var actual = int.Parse(@string);
Assert.Equal(expected, actual);
}
public void TestSimpleSynchronizedBlock()
{
this.Test(async() =>
{
SignalData signal = new SignalData();
var t1 = Task.Run(signal.Wait);
var t2 = Task.Run(signal.Signal);
await Task.WhenAll(t1, t2);
},
Configuration.Create().WithTestingIterations(100));
}
public void TestSynchronizedBlockWithReentrancy3()
{
this.Test(async() =>
{
SignalData signal = new SignalData();
Task t1 = Task.Run(signal.ReentrantWait);
Task t2 = Task.Run(signal.Signal);
await Task.WhenAll(t1, t2);
},
Configuration.Create().WithTestingIterations(100));
}
public void TestMonitorWithReentrancy3()
{
this.Test(async() =>
{
SignalData signal = new SignalData();
Task t1 = Task.Run(signal.ReentrantWait);
Task t2 = Task.Run(signal.Signal);
await Task.WhenAll(t1, t2);
},
this.GetConfiguration().WithTestingIterations(100));
}
IEnumerator killSwitch()
{
yield return(new WaitForSeconds(TimeoutInterval));
Destroy(this.gameObject);
SignalData data = new SignalData();
data.set("ArenaId", ArenaId);
data.set("PortalColors", PortalColors);
PortalTimeoutSignal.fire(data);
}
public void TestSimpleMonitor()
{
this.Test(async() =>
{
SignalData signal = new SignalData();
var t1 = Task.Run(signal.Wait);
var t2 = Task.Run(signal.Signal);
await Task.WhenAll(t1, t2);
},
this.GetConfiguration().WithTestingIterations(100));
}