FX Fisher indicator is a momentum based VertexFX client side VTL indicator that is useful in providing market tops and bottoms with minimal lag. It is an oscillator and hence it scales the values between -2.57 and +2.57. It is useful over four hours period and daily period charts.

At first step, we calculate the Highest High and Lowest Low over the PERIOD bars. We then calculate the ratio of the difference between the current reference price (PRICE_FIELD) and Lowest Low, over the difference between the Highest High and Lowest Low. This ratio is normalized over two bars, and the log-normal ratio of this value and of the previous value is added up to calculate the FX Fish indicator value.

J_TPO indicator is a VertexFX client side VTL oscillator where the calculation is based on the rate of change in price over the LENGTH bars, and is smoothed for elimination of lag.

At first step, we calculate the rate of change based on the current price and the price LENGTH bars ago. In next step, this rate of change is smoothed using polynomial co-efficient (polynomial squares fit). By doing this J_TPO indicator attempts to predict the rate of change for the next bar. Finally, one more level of smoothing is applied to generate the J_TPO oscillator. It oscillates between -1 and +1.

Kaufman indicator is a VertexFX client side VTL indicator which employs a variation of the Adaptive Moving Average (AMA), to generate precise trade signals. It also uses concepts of digital filters and signal-to-noise (SNR).

The first step, is to calculate the absolute difference between the current price and the price KAUFMAN_PERIOD bars ago.

RAVI is a simple VertexFX client side VTL indicator but innovative one based on Simple Moving Averages. The idea behind RAVI is that faster SMA responds quicker to market changes compared to slower SMA.

It is calculated by dividing the difference between the faster SMA and the slower SMA by the longer SMA. When markets are rising, the difference between faster and slower SMA increases quickly and hence RAVI rises. When the market reaches saturation top, this difference starts reducing and the RAVI peaks out – signaling a market top.

Chandelier Exit indicator is a handy VertexFX client side VTL indicator that guides traders for placing stop-losses and exit levels.

When the Chandelier Exit is Blue, then stop-losses can be placed for Buy trades below the Chandelier Exit. Likewise, when the Chandelier Exit is Red, then stop-losses can be placed for SELL trades above the Chandelier Exit values.

Fractal AMA (Adaptive Moving Average) is a powerful VertexFX client side trend following VTL indicator that gives excellent entry and exit signals typically on higher (H4 and Daily) time-frames.

There are two components in the indicator – main Fractal AMA indicator (Blue), and the signal indicator which is Red. We calculate the range which is the Highest High minus Lowest Low, over the R_PERIOD, and half of R_PERIOD. Then digital filter is applied to calculate the difference between the logarithms of the ranges for the different periods. Finally it is smoothed using the MULTIPLIER to calculate the main BLUE signal. Likewise, the difference is smoothed using the SIGNAL_MULTIPLIER to derive the signal Red line.

Swing Point indicator is a useful VertexFX client side VTL indicator for trading price breakouts. Also , it is also used by traders to determine market turning points, and for placing stop-losses.

Silver Trend Signal is a powerful VertexFX client side VTL indicator that gives precise Buy and Sell signals, based on breakouts and market turn around.

MTEI SuperTrend indicator is a powerful VertexFX client side VTL trend based indicator that provides excellent trend following direction. It is based on the Commodity Channel Index (CCI) and Average True Range (ATR).

The concept behind SuperTrend indicator is that the CCI indicator provides the direction of the trend, and the ATR provides the proximity of the SuperTrend line to the current price.

RBCI (Range Bound Channel Index) is a VertexFX client side VTL indicator based upon the Fast Adaptive Trend line (FATL) and Slow Adaptive Trend line (SATL) indicators, that is useful for determining market turning points.

In Digital Signal Processing theory, prices are considered to be based of two components – the signal component – which is the main trend, and the noise component – which is the whipsaws and sideways movements. RBCI indicator attempts to eliminate the noise component and refine the main trend component. The close price of each candle is multiplied by a filter smoothing co-efficient, and the sum of this value is calculated over the recent 55 bars to derive the RBCI indicator value.