tts_convention

10 сент. 2023 г.

Library "tts_convention"
This library can convert the start, end, cancel start, cancel end deal conditions that are used in the
"Template Trailing Strategy" script into a signal value and vice versa. The "two channels mod div" convention is unsed
internaly and the signal value can be composed/decomposed into two channels that contain the afforementioned actions
for long and short positions separetely.

getDealConditions(signal)
  getDealConditions - Get the start, end, cancel start and cancel end deal conditions that are used in the "Template Trailing Strategy" script by decomposing the given signal
  Parameters:
    signal (int): - The signal value to decompose
  Returns: An object with the start, end, cancel start and cancel end deal conditions for long and short

getSignal(dealConditions)
  getSignal - Get the signal value from the composition of the start, end, cancel start and cancel end deal conditions that are used in the "Template Trailing Strategy" script
  Parameters:
    dealConditions (DealConditions): - The deal conditions object that containd the start, end, cancel start and cancel end deal conditions for long and short
  Returns: The composed signal value

DealConditions
  Fields:
    startLongDeal (series__bool)
    startShortDeal (series__bool)
    endLongDeal (series__bool)
    endShortDeal (series__bool)
    cnlStartLongDeal (series__bool)
    cnlStartShortDeal (series__bool)
    cnlEndLongDeal (series__bool)
    cnlEndShortDeal (series__bool)

11 сент. 2023 г.

Информация о релизе

v2
minor improvement use constants instead of literals

13 сент. 2023 г.

Информация о релизе

v3
Minor typo and documentation changes

11 окт. 2023 г.

Информация о релизе

v4
Added some documentation

25 февр.

Информация о релизе

v5

• Some minor optimizations using `const` variables where it was possible
  
• Update signal_datagram library
  

26 сент.

Информация о релизе

v6

• Added version check functionality on handshake
  
• Added examples at the end of the script on how to produce and consume a signal
  
• Use enums
  
• Update `signal_datagram` libarary