public void StartSound()
{
playing++;
if (playing > 0)
{
if (SoundPlayer != null)
{
SoundPlayer.ContinuePlaying();
SoundPlayer.SetVolume(1);
}
if (SoundIndicator != null)
SoundIndicator.Stop();
SoundIndicator = IndicatorManager.ShowAudioIndicator(this.gameObject, float.MaxValue, 0.5f);
}
}
public void StartBell()
{
//Debug.Log("startBell called");
playing++;
if (playing >= 0)
{
if (bellPlayer != null)
{
bellPlayer.ContinuePlaying();
bellPlayer.SetVolume(1);
}
if (bellIndicator != null)
bellIndicator.Stop();
bellIndicator = IndicatorManager.ShowAudioIndicator(this.gameObject, float.MaxValue, 0.5f);
}
}
/// <summary>
/// 添加指标公式
/// </summary>
/// <param name="sender"></param>
/// <param name="e"></param>
public BaseIndicator ChangeIndicator(String text)
{
indicatorName = text;
BaseIndicator indicator = AddIndicator(text);
if (div2Indicator != null)
{
DeleteIndicator(div2Indicator);
switch (text)
{
case "ASI":
(indicator as IndicatorAccumulationSwingIndex).SetParam(COLUMN_OPEN, COLUMN_CLOSE, COLUMN_HIGH, COLUMN_LOW, 6, macdDiv);
break;
case "ADTM":
(indicator as IndicatorADTM).SetParam(COLUMN_OPEN, COLUMN_HIGH, COLUMN_LOW, 23, 8, macdDiv);
break;
case "ATR":
(indicator as IndicatorAverageTrueRange).SetParam(COLUMN_HIGH, COLUMN_LOW, 14, macdDiv);
break;
case "BBI":
(indicator as IndicatorBullandBearIndex).SetParam(COLUMN_CLOSE, 3, 6, 12, 24, macdDiv);
break;
case "BIAS":
(indicator as IndicatorBIAS).SetParam(COLUMN_CLOSE, 6, macdDiv);
break;
case "BOLL":
(indicator as IndicatorBollingerBands).SetParam(COLUMN_CLOSE, 20, 2, macdDiv);
break;
case "CCI":
(indicator as IndicatorCommodityChannelIndex).SetParam(COLUMN_CLOSE, COLUMN_HIGH, COLUMN_LOW, 14, macdDiv);
break;
case "CHAIKIN":
(indicator as IndicatorChaikinOscillator).SetParam(COLUMN_CLOSE, COLUMN_HIGH, COLUMN_LOW, COLUMN_VOLUME, 10, 20, 6, macdDiv);
break;
case "DDI":
(indicator as IndicatorDirectionDeviationIndex).SetParam(COLUMN_HIGH, COLUMN_LOW, 13, 30, 10, 5, macdDiv);
break;
case "DMA":
(indicator as IndicatorDifferentOfMovingAverage).SetParam(COLUMN_CLOSE, 10, 50, 10, macdDiv);
break;
case "DMI":
(indicator as IndicatorDirectionalMovementIndex).SetParam(COLUMN_CLOSE, COLUMN_HIGH, COLUMN_LOW, 14, 6, macdDiv);
break;
case "DPO":
(indicator as IndicatorDetrendedPriceOscillator).SetParam(COLUMN_CLOSE, 20, 11, 6, macdDiv);
break;
case "EMA":
(indicator as IndicatorExponentialMovingAverage).SetParam(COLUMN_CLOSE, 5, macdDiv);
break;
case "KDJ":
(indicator as IndicatorStochasticOscillator).SetParam(COLUMN_CLOSE, COLUMN_HIGH, COLUMN_LOW, 9, 3, 3, macdDiv);
break;
case "LWR":
(indicator as IndicatorLWR).SetParam(COLUMN_CLOSE, COLUMN_HIGH, COLUMN_LOW, 9, 3, 3, macdDiv);
break;
case "MACD":
(indicator as IndicatorMACD).SetParam(COLUMN_CLOSE, 12, 26, 9, macdDiv);
break;
case "MASS":
(indicator as IndicatorMassIndex).SetParam(COLUMN_HIGH, COLUMN_LOW, 25, 9, macdDiv);
break;
case "MTM":
(indicator as IndicatorMomentumIndex).SetParam(COLUMN_CLOSE, 12, 6, macdDiv);
break;
case "NVI":
(indicator as IndicatorNegativeVolumeIndex).SetParam(COLUMN_VOLUME, COLUMN_CLOSE, 72, macdDiv);
break;
case "OBV":
(indicator as IndicatorOnBalanceVolume).SetParam(COLUMN_CLOSE, COLUMN_VOLUME, macdDiv);
break;
case "OSC":
(indicator as IndicatorOscillator).SetParam(COLUMN_CLOSE, 10, 6, macdDiv);
break;
case "PBX":
(indicator as IndicatorPBX).SetParam(COLUMN_CLOSE, 4, macdDiv);
break;
case "PSY":
(indicator as IndicatorPsychologicalLine).SetParam(COLUMN_CLOSE, 12, macdDiv);
break;
case "PVI":
(indicator as IndicatorPositiveVolumeIndex).SetParam(COLUMN_VOLUME, COLUMN_CLOSE, 72, macdDiv);
break;
case "ROC":
(indicator as IndicatorRateOfChange).SetParam(COLUMN_CLOSE, 12, 6, macdDiv);
break;
case "RSI":
(indicator as IndicatorRelativeStrengthIndex).SetParam(COLUMN_CLOSE, 6, macdDiv);
break;
case "SAR":
(indicator as IndicatorStopAndReveres).SetParam(COLUMN_HIGH, COLUMN_LOW, 4, 2, 20, macdDiv);
break;
case "SD":
(indicator as IndicatorStandardDeviation).SetParam(COLUMN_CLOSE, 14, 2, macdDiv);
break;
case "SLOWKD":
(indicator as IndicatorSlowStochasticOscillator).SetParam(COLUMN_CLOSE, COLUMN_HIGH, COLUMN_LOW, 9, 3, 3, 3, macdDiv);
break;
case "MA":
(indicator as IndicatorMovingAverage).SetParam(COLUMN_CLOSE, macdDiv);
break;
case "SMA":
(indicator as IndicatorSimpleMovingAverage).SetParam(COLUMN_CLOSE, 5, 1, macdDiv);
break;
case "TRIX":
(indicator as IndicatorTripleExponentiallySmoothedMovingAverage).SetParam(COLUMN_CLOSE, 12, 12, macdDiv);
break;
case "VR":
(indicator as IndicatorVolumeRatio).SetParam(COLUMN_CLOSE, COLUMN_VOLUME, 26, 6, macdDiv);
break;
case "WR":
(indicator as IndicatorWilliamsAndRate).SetParam(COLUMN_CLOSE, COLUMN_HIGH, COLUMN_LOW, 10, macdDiv);
break;
case "WVAD":
(indicator as IndicatorWVAD).SetParam(COLUMN_VOLUME, COLUMN_CLOSE, COLUMN_HIGH, COLUMN_LOW, COLUMN_OPEN, 24, 6, macdDiv);
break;
}
indicators.Remove(indicator);
div2Indicator = indicator;
indicators.Add(div2Indicator);
div2Indicator.OnCalculate(0);
RefreshGraph();
}
if (!Program.BlackOrWhite)
{
List <BaseShape> shapes = indicator.GetShapeList();
for (int i = 0; i < shapes.Count; i++)
{
BaseShape bShape = shapes[i] as BaseShape;
if (bShape is BarShape)
{
(bShape as BarShape).DownColor = Color.Black;
(bShape as BarShape).UpColor = Color.Black;
}
else if (bShape is LineShape)
{
(bShape as LineShape).LineColor = Color.Black;
}
}
}
return(indicator);
}