| ACFunction | |
| AlligatorFunction | |
| AOFunction | |
| ATRFunction | |
| FinancialFunction | |
| GatorFunction | |
| KDEOptions | |
| KDEFunction | Kernel Density Estimator Function. |
| KurtosisFunction | |
| MoneyFlowFunction | |
| PercentChange | |
| RVIFunction | |
| SARFunction | Parabolic Stop And Reversal financial indicator. |
| SkewnessFunction | |
| SlopeFunction | |
| SmoothedMovAvgFunction | |
| ADXFunction | The ADXFunction is normally used in financial trending applications to determine whether a market is trending, or moving
sideways.
A high ADX reading indicates a trending market.
A rising ADX indicates a trending market (either up or down).
If the ADX reaches 40 or greater, look for a signal that indicates the trend is over.
An ADX of 20 or less indicates a sideways market. |
| Function | Basic functions (Add, Subtract, High, Low, Average and Count). |
| MovingAverage | Moving Average Function |
| Moving | Internal use. Base class for moving calculation functions |
| Add | Add Function. |
| ManySeries | Internal use. Base class for multiple Series function calculations |
| Subtract | Subtract Function. |
| Multiply | Multiply Function. |
| Divide | Divide Function. |
| High | High Function. Returns highest value. |
| Low | Low Function. Returns lowest value. |
| Average | Average (mean) Function. |
| Count | Count Function. |
| Cumulative | Cumulative Function.
The TCumulative function sums the Series values starting from the first point.
Example:
Given these values: 1 2 3
The TCumulative function returns: 1 3 6 ( 1=1, 1+2=3 and 1+2+3=6 ) |
| Momentum | Momentum Function. |
| MomentumDivision | Momentum Division Function. |
| ExpAverage | Exponential Average Function. |
| ExpMovAverage | Exponential Moving Average Function |
| Bollinger | Summary description for Bollinger. |
| CCIFunction | CCI Function. |
| CLVFunction | CLV Function. |
| CompressOHLC | CompressOHLC Function. |
| CompressGetDateEventArgs | EventArgs for CompressGetDateHandler |
| CrossPoints | CrossPoints Function. |
| BaseTrend | Internal use. Base class for different trend functions. |
| ExpTrendFunction | The Exponential Trend function is similar to Trend, except that the calculation fits values using their exponential (e) weights. |
| TrendFunction | Trendline function |
| CorrelationFunction | Correlation function |
| PolyFitting | Base class for fitting function(s) |
| Custom | Custom y=f(x) function |
| CalculateEventArgs | EventArgs for CalculateEventHandler |
| CustomSorted | Intermediate abstract class used by MedianFunction and ModeFunction to calculate values using the source series values sorted in ascending order. |
| DownSampling | Reduces the number of points in series by using several different methods. |
| HistogramFunction | Constructs a histogram or cumulative histogram from data. |
| MACDFunction | The MACD function (Moving Average Convergence Divergence), used in financial charts. |
| MedianFunction | Calculates the median value of the source series values.
The median value is different than the average in that median returns the value that is "at the middle" of the source series values ordered in ascending order.
If more than one value shares the middle position, this function returns the average of those values. |
| ModeFunction | The mode function returns the source series value that is most more times. |
| OBVFunction | OBV Function. |
| Performance | Performance Function. |
| PerimeterFunction | Perimeter function. |
| Regression | |
| Poly | |
| PVOFunction | PVO Function. |
| RootMeanSquare | Root Mean Square Function. |
| RSIFunction | RSIFunction is a Line Series derived component that calculates a percent value based on Financial data.
RSIFunction must be connected to a OHLC Series or any derived Series component (e.g. Candle). Like a
MovingAverage Function, RSI will calculate a new point Y value by using previous Period points.
The used formula is:
Add all Close prices greater than Open prices and divide by ocurrences (Ups).
Add all Close prices lower than Open prices and divide by ocurrences (Downs).
RSI = 100.0 - ( 100.0 / ( 1.0 + Math.Abs( Ups / Downs ) ) )
To see a visual representation of TeeChart Extended Functions, go to the TeeChart User Guide. |
| Smoothing | Smoothing Function. |
| Spline | Spline smoothing. |
| StdDeviation | Standard Deviation Function. |
| Stochastic | Stochastic Function. |
| VarianceFunction | Variance function. |