antifragileer

AdxCalcHourly

antifragileer Updated   
Library "AdxCalcHourly"

getBars()
  getBars: Returns the number of bars to use in the historical lookback period
  Returns: simple int

directionDown()
  directionDown: Calculates the direction down for bar_index
  Returns: series float

directionUp()
  directionUp: Calculates the direction up for bar_index
  Returns: series float

trueRangeMovingAverage()
  trueRangeMovingAverage: Calculates the true range moving average over the historical lookback period
  Returns: series float

positiveDirectionalMovement()
  positiveDirectionalMovement: Calculates the positive direction movement for bar_index
  Returns: series float

negativeDirectionalMovement()
  negativeDirectionalMovement: Calculates the begative direction movement for bar_index
  Returns: series float

totalDirectionDown()
  totalDirectionDown: Calculates the total direction down for the historical lookback period
  Returns: series float

totalDirectionUp()
  totalDirectionUp: Calculates the total direction up for the historical lookback period
  Returns: series float

totalDirection()
  totalDirection: Calculates the total direction movement for the historical lookback period
  Returns: series float

averageDirectionalIndex()
  averageDirectionalIndex: Calculates the average directional index (ADX) based on the trend for the historical lookback period
  Returns: series float

getAdxHistoricalAverage()
  getAdxHistoricalAverage: Calculates the average directional index (ADX) for the historical lookback period
  Returns: series float

getAdxHistoricalHigh()
  getAdxHistoricalHigh: Calculates the historical high of the directional index (ADX) for the historical lookback period
  Returns: series float

getAdxHistoricalLow()
  getAdxHistoricalLow: Calculates the historical low of the directional index (ADX) for the historical lookback period
  Returns: series float

getAdxOpinion()
  getAdxOpinion: Calculatesa recomendation for the directional index (ADX) based on the historical lookback period
  Returns: series float
Release Notes:
v2
Release Notes:
v3
Release Notes:
v4
Release Notes:
v5
Release Notes:
v6
Release Notes:
v7

Added:
fun(x)
  TODO: add function description here
  Parameters:
    x: TODO: add parameter x description here
  Returns: TODO: add what function returns

Removed:
getBars()
  getBars: Returns the number of bars to use in the historical lookback period

directionDown()
  directionDown: Calculates the direction down for bar_index

directionUp()
  directionUp: Calculates the direction up for bar_index

trueRangeMovingAverage()
  trueRangeMovingAverage: Calculates the true range moving average over the historical lookback period

positiveDirectionalMovement()
  positiveDirectionalMovement: Calculates the positive direction movement for bar_index

negativeDirectionalMovement()
  negativeDirectionalMovement: Calculates the begative direction movement for bar_index

totalDirectionDown()
  totalDirectionDown: Calculates the total direction down for the historical lookback period

totalDirectionUp()
  totalDirectionUp: Calculates the total direction up for the historical lookback period

totalDirection()
  totalDirection: Calculates the total direction movement for the historical lookback period

averageDirectionalIndex()
  averageDirectionalIndex: Calculates the average directional index (ADX) based on the trend for the historical lookback period

getAdxHistoricalAverage()
  getAdxHistoricalAverage: Calculates the average directional index (ADX) for the historical lookback period

getAdxHistoricalHigh()
  getAdxHistoricalHigh: Calculates the historical high of the directional index (ADX) for the historical lookback period

getAdxHistoricalLow()
  getAdxHistoricalLow: Calculates the historical low of the directional index (ADX) for the historical lookback period

getAdxOpinion()
  getAdxOpinion: Calculatesa recomendation for the directional index (ADX) based on the historical lookback period
Release Notes:
v8
Pine library

In true TradingView spirit, the author has published this Pine code as an open-source library so that other Pine programmers from our community can reuse it. Cheers to the author! You may use this library privately or in other open-source publications, but reuse of this code in a publication is governed by House Rules.

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