Graphically display current trend for all time frames in one simple panel This is a graphical indicator based on a slope-direction-trend indicator that has been published under several other forms. I have taken this indicator and made it into a graphical panel displaying all time frames and made a few slight modifications to the original…
Higher Timeframe The indicator shows a higher timeframe candle on the current timeframe. In the screenshot, you can see the D1 candle on the H1 timeframe.
All Pivot Points An indicator for drawing all important Pivot Points including: “Classic”, “Camarilla”, “Woodie”, “Floor”, “Fibonacci”, “Fibonacci_Retracement”. You can choose different timeframes for pivot calculation. Customizable width, color, and style. Compatible to have multiple pivots with different timeframes in one chart.
Stochastic Buy Sell Arrows with Alert This indicator provides Buy/Sell arrows based on exit from the Overbought and Oversold zones in the Stochastic Oscillator. A Buy arrow is printed when the Stochastic oscillator exits from the Oversold Zone. A Sell arrow is printed when the Stochastic oscillator exits from the Overbought Zone. A very good…
Average True Range Value An indicator for displaying ATR (Average True Range) value in pips or points with an option for setting multiplier.
Linear Regression type The number of bars used in the calculations can be changed using the barsToCount parameter. Unlike the latter indicator, this one is plotted using a buffer.
Bollinger Bands, BB The Bollinger Bands ® (BB) are similar to the Envelopes. The only difference is that the bands of Envelopes are plotted a fixed distance (%) away from the moving average, while the Bollinger Bands are plotted a certain number of standard deviations away from it. Standard deviation is a measure of volatility,…
Combined MA Signa For the higher chart timeframes: H4, D1, W1 using Slow = false (0), and for smaller chart timeframes: H1, M30, M15, M5 set Slow = true (1). Arrows appear. If Signal = 3 (the best is 8), it calculates the Moving Average as 1×2 + 2×2 + 3×2 (minus) 1×3 – 2×3…