ImrLibrary

5月18日

Library "ImrLibrary"
TODO: add library description here

STG(Length)
  TODO: add function description here
  Parameters:
    Length (int)
  Returns: TODO: add what function returns

ISI(Length)
  Parameters:
    Length (simple int)

5月18日

發布通知

v2

Added:
RSI(Length)
  TODO: This Function will create RSI as originally formulated by J. Welles Wilder
  Parameters:
    Length (int)
  Returns: TODO: It will return RSI Value for given parameter

RSIPine(Length)
  TODO: This Function will create RSI using Exponentially Weighted Moving Average with Alpha = 1 / Length
  Parameters:
    Length (simple int)
  Returns: TODO: It will return RSI Value for given parameter as per Tradingview

Removed:
STG(Length)
  TODO: add function description here

ISI(Length)

5月24日

發布通知

v3

Added:
TF()
  TODO: This Function will decide Intermediate and Major Time Frame as user will select chart's time frame as Minor.
  Returns: TODO: It will return Intermediate and Major Time Frame value or else NA.

IsTimeFrameValid()
  TODO: This Function will decide whether time frame is right or not to fix intermediate and Major time frame.
  Returns: TODO: It will return true if time frame is right else give false

NEoSTG(high, low, Length)
  TODO: This Function will create RSI using Exponentially Weighted Moving Average with Alpha = 1 / Length
  Parameters:
    high (float)
    low (float)
    Length (simple int)
  Returns: TODO: It will return RSI Value for given parameter as per Tradingview

7月26日

發布通知

v4

Added:
STG(Length)
  TODO: This Function will create RSI using Exponentially Weighted Moving Average with Alpha = 1 / Length
  Parameters:
    Length (simple int)
  Returns: TODO: It will return RSI Value for given parameter as per Tradingview

Removed:
TF()
  TODO: This Function will decide Intermediate and Major Time Frame as user will select chart's time frame as Minor.

IsTimeFrameValid()
  TODO: This Function will decide whether time frame is right or not to fix intermediate and Major time frame.

RSI(Length)
  TODO: This Function will create RSI as originally formulated by J. Welles Wilder

RSIPine(Length)
  TODO: This Function will create RSI using Exponentially Weighted Moving Average with Alpha = 1 / Length

NEoSTG(high, low, Length)
  TODO: This Function will create RSI using Exponentially Weighted Moving Average with Alpha = 1 / Length