Variables in Programming

Variables

• dL1:: item is a variable without a type.
• dL1:: limit is a variable without a type.
• Target Profit, Stop Loss, Stake are variables without a type.
• l:7RuG_sjkE,;Soo~KvE is the Martingale Factor variable without a type.
• V[2B6n3*X)+P8b^1$b:-" is the Martingale Level variable without a type.
• t;CYcfLq)%OFpG+/3{vM is the ResultWin variable without a type.
• *i;?vm_,+UH|ex~a;DqN is a Contract Detail [Profit] variable without a type.
• ACLAY#Un0TMTlWq75y;I is a dL1:: dList variable without a type.
• ([]ZHkRhxzHtV(];hKJE is a mm:InitStake variable without a type.
• WFTljM/qDb@~[_g[oY$: is a mm:TotalProfit variable without a type.
• =Zb7UxC(*8^msC;!DUBM is a mm:TradeAgain variable without a type.
• vIqHo2f7=V)B:(f`PLy} is a patern variable without a type.
• lmU8i|q9P$umX-tTJpg) is a List of Digit variable without a type.
• VusNm::{{qv859iU.aYg is a mm:WinStake variable without a type.
• g(L*9rjHw0?CixJS;m!. is a mm:MartingaleSize variable without a type.
• {d}$-k-/R*JphKe-9)K(B is a mm:loss_count variable without a type.
• (aBoar4dG9v^Bkfl{`V is a digit5 variable without a type.
• .k#y=.|numVpo+x%Wq+8 is a mm:TargetProfit variable without a type.
• s!Qi6FmZ0Y7LbC0Nq! is a mm:win_count variable without a type.
• FRiId?!1]zp/tfUvLfQ} is a digit4 variable without a type.
• Z(I$xHw(Hw,2]cFu%`xx is a mm:StopLoss variable without a type.
• erE@WTt/TnAT@M7%.iDY is a digit3 variable without a type.
• WBGY[VPVAsyJ4,Ci7$h is a mm:MartingaleFactor variable without a type.
• xSjGqB,u!|R9ArG9USQ5 is a mm:loss_level variable without a type.
• (!BsA?3}Lz%)syC43h|( is a digit2 variable without a type.
• f)o2Ji?_gc@mx]F;I[5, is a mm:MartingaleLevel variable without a type.
• v(NXR8bwzygDp3R/3ex. is a digitl variable without a type.

Before Purchase Stack

• An if/elseif control structure exists:
  • The first condition checks if the variable "patern" is equal to 22222.
  • If true, a notification is sent with type "info," silent sound, and the message "signal:22222."
  • Then, the "DIGITEVEN" purchase is made.
• Else if the variable "patern" is equal to 11111
  • A notification is sent with type "info," silent sound, and the message "signal:11111."
  • Then, the "DIGITODD" purchase is made.
• Else if the variable "patern" is equal to 12121
  • A notification is sent with type "info", silent sound, and the message "signal:12121".
  • Then the DIGITODD purchase happens
• Else if the variable "patern" is equal to 21212
  • A notification is sent with type "info", silent sound, and the message "signal:21212"
  • Then the DIGITEVEN purchase happens
• Else if the variable "patern" is equal to 22122
  • A notification is sent with type "info", silent sound, and the message "signal:22122"
  • Then the DIGITODD purchase happens
• Else if the variable "patern" is equal to 11211
  • A notification is sent with type "info", silent sound, and the message signal:11211
  • Then, the purchase type DIGITODD takes place
• Else if the variable patern is equal to 11122
  • A notification is sent with the message signal:11122
  • Proceeds to purchase DIGITEVEN
• Else if the variable patern is equal to 22211
  • Sends a notification with the message "signal:22211"
  • Proceeds to purchase DIGITODD

Trade Block

• Sets up a trade on the synthetic index, random index R 100 with digits, evenodd, for both types
• Sets a candle interval of 60, disables time machine and uses true restart on error
• Contains a procedures call to "Ultimate Trader Money Management System".
• Sets several variables.
• "mm:InitStake" to "Stake"
• "mm:WinStake" to "Stake"
• "mm:TargetProfit" to "Target Profit"
• "mm:StopLoss" to "Stop Loss"
• "mm:MartingaleFactor" to "Martingale Factor"
• "mm:MartingaleLevel" to "Martingale Level"
• "mm:MartingaleSize" to 1
• "mm:TotalProfit" to 0
• "mm:win_count" to 0
• "mm:loss_count" to 0
• "mm:loss_level" to 0
• Runs multiple if statements determining logic for setting martingale size, sending digit paterns, and other trade option parameters

Procedures

• dList1 function is defined with two arguments: dLl:: item and dL1:: limit.
• Checks if the dL1:: dList item is equal to null.
• If true, it sets the dL1:: dList variable item to a list containing just the dLl:: item
• if dL1:: dList length is greater than or equal to dL1:: limit +1, it reduces dL1:: dList variable by removing elements from the LAST
• The function "Initial Stake" multiplies "mm:MartingaleSize" by "mm:InitStake" and returns the result.
• ULTIMATE TRADER Money Management System function is defined.

Function Martingale Factor&Level

• Function Martingale Factor&Level is defined with the argument "ResultWin".

• If "ResultWin" is true.

• "mm:MartingaleSize" is set to 1.

• "mm:win_count" is incremented by 1.

• "mm:loss_count" is set to 0.

• "mm:loss_level" is set to 0.

  • Else "mm:loss_count" is incremented by 1.

• If "mm:loss_count" is greater than or equal to "mm:loss_level".

• mm:loss_level is set mm:loss_count

  • If "MartingaleLevel" is equal to 0
  • "mm:MartingaleSize" is multiplied by "mm:MartingaleFactor"
  • Sends a notification that the martingale count has reset

Money Management System Trade Again function

• The function "Money Management System Trade Again" is defined.
• It increments "mm:TotalProfit" by "Contract Detail [Profit]".
• It divides "mm:TotalProfit" by 100 and round the result
• After that, if the specified condition is met, a notification is displayed, and a call to "Function Martingale Factor&Level" is performed

Tick analysis Stack

• Runs dList1 setting item and limit parameters and setting variables
• If the current digit is an Even number, update the digit patern
• Runs multiple if statements determining logic for setting martingale size, sending digit paterns, and other trade option parameters
• It determines even or odd patern and proceeds to trade accordingly