Leave the analysis to the experts, and use the output of Trading Central's analysis to craft your trades. Get an instant viewpoint on Trading Central's preferred direction along with target levels. Discover Trading Central's alternative scenario based on a pivot level where Trading Central would change Trading Central's view and offer target levels in the opposite direction.

This MT4 indicator scans for sixteen of Trading Central's favourite time-trusted candlestick patterns, instantly on any chart!

Trading Central combine candlesticks with Trading Central's unique quantitative and technical analysis expertise to focus in on only those patterns that are relevant for decision making based on current context.

Labels help you spot trading opportunities: ↑ (long), LX (long exit), ↓ (short), SX (short exit). Signals are based on the status of all ADC components including price lines, indicators and oscillators. While these components all derive from the same adaptive "window" of market data, they do have some independence from each other so Trading Central can make decisions based on weight of evidence.

Trading Central use a front-weighted moving average for the slow indicator. The fast indicator emulates variable length weighted moving average—shorter in trends, longer in sideways markets. These can be used as other moving averages to offer slow signals by confirming the trend: look for lines sloping up and fast line above slow line; or price crossing above these lines. These indicators are the basis for other ADC components.

For fast signals, look for upward sloping lines and ADC raw above ADC smooth as your buying signal. For slow signals, look for both ADC raw and smooth to be above 0. Like the MACD, the raw signal line plots the difference between slow and fast indicators (divided by slow) and this is smoothed with exponential averaging, but in this case Trading Central find the smoothing length automatically, typically around 4 unlike MACD's 9.

ADC has two compatible oscillators. For fast signals, look for the fast oscillator to be sloping up and above zero. For slow signals, look for the fast oscillator to be above the slow; or look for the slow oscillator to be sloping up, below the fast oscillator, and above the adaptive filter.