Exponential version of my anchored VWAP found here :

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Warning! Frequently hits the execution time limit for scripts. Especially on initially adding to your chart. Often requires toggling show/hide indicator to get it to complete script execution within the time limit. YMMV! From TASC Sept 2016 this is Ehler's Autocorrelation periodogram. A means of determining the dominant cycle ("ideal" indicator length /...

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Modified functions from www.tradingview.com Toolbox , but for pie charts.

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This is an experimental study derived from George Lane's Stochastic Oscillator. The %KWMA is calculated by taking a moving average of source with a %K weighting factor over its specified period. The %DWMA is calculated by taking a simple moving average of %KWMA over its specified period. Custom bar color scheme included.

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experimental: analyzing the differences between price closure and multiple moving averages to discern movement and direction of market. upper signal is the long trend, while the lower signal symbolizes faster movements within the trend.

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This study is an experimental force index variation calculated by separating upward force and downward force, then taking the sum of their averages.

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This is not an indicator, just for fun and testing out the new table functions. Requires bar replay to calculate (quickly) one generation to the next. A random pregen seed and a few other known seeds picked at random. The limited grid dimensions affect the outcome for some.

41

More a novelty than anything useful. Measures the % of overbought/sold RSI and renders as a pie chart. RSI % -> Radians -> (x,y) -> bar_time. 24hr market charts only.

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EXPERIMENTAL:MML using a absolute deviation average oscilator, i think this gives better results then donchian channels. color scheme for the bar color was ripped from UCS's MML oscilator :p thx.

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This is a potential solution to dealing with the inherent lag in most filters especially with instruments such as BTC and the effects of long periods of low volatility followed by massive volatility spikes as well as whipsaws/barts etc. We can try and solve these issues in a number of ways, adaptive lengths, dynamic weighting etc. This filter uses a non linear...

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Experiment in adding volume weighting to the calculation in determining HV. See here for HV explanation : www.investopedia.com -------------------------------------- If you find it useful please consider a tip/donation : BTC - 3BMEXEDyWJ58eXUEALYPadbn1wwWKmf6sA --------------------------------------

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Moving average overlay for Equivolume Bars To use it you must move it to the same existing pane as the Equivolume Bars pane and set it to the same scale (usually A). Please ensure if you have modified the equivolume bars script's settings that you modify them in this script accordingly or they will not line up correctly.

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A bollinger band overlay for Equivolume Bars . To use it you must move it to the same existing pane as the Equivolume Bars pane and set it to the same scale (usually A). Please ensure if you have modified the equivolume bars script's settings that you modify them in this script accordingly or they will not line up correctly.

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MTF ready adaptive MA using Ehler's IQ IFM ( In Phase - Quadrature Instantaneous Frequency Measurement ). Ehler's formula is a method of quantitatively measuring the length of a market cycle. In this case it is used to calculate the "optimal" adaptive EMA. Theoretically the length generated by Ehler's formula could be used in many indicators and it's been placed...

78

Measures price distance from extremes. Ranging closer to 0 means topping/bottoming (this can stay in this state for a long time), (price near extreme). Can be used to peak trend reversals(will need to keep doing tests with it) EXPERIMENTAL --> Use at your own risk.

207

Experimental NAND Perceptron based upon Python template that aims to predict NAND Gate Outputs. A Perceptron is one of the foundational building blocks of nearly all advanced Neural Network layers and models for Algo trading and Machine Learning. The goal behind this script was threefold: To prove and demonstrate that an ACTUAL working neural net can be...

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This is an experimental study designed to identify potential areas of support and resistance using a hybrid between Camarilla and Fibonacci pivot calculations. The levels are calculated by taking 110% of the previous interval's range multiplied by 8.33%, 16.67%, 25%, 50%, 61.8%, 78.6%, 100%, 127.2%, 141.4%, and 161.8%, then adding them above and below the interval...

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