Explanation of calcSequanceNode Function

Below is an explanation of the JavaScript function calcSequanceNode(), which calculates the potential profit from a series of trades by adding a fixed division amount to each trade.

The function begins by prompting the user to enter the necessary trade details:

1. Percentage of Return per Trade:
   The user is prompted to enter the percentage return expected from each trade.
2. Number of Trades:
   The user is prompted to specify the total number of trades they plan to execute.
3. Initial Investment:
   The user is prompted to enter the initial investment amount.

Once the user enters these details and clicks "OK", the function calculates the potential profit by performing the following steps:

1. Initialize Variables:
   
   • per: The percentage return per trade is obtained from the user's input and converted to a decimal value.
   • n: The total number of trades is obtained from the user's input.
   • amount: The initial investment amount is obtained from the user's input.
   • divisionAdd: The initial investment amount is divided by the total number of trades to determine the amount to be added to each trade in each iteration.
   • dividedNumber: The initial investment is divided equally among the trades, resulting in the amount each trade starts with.
2. Calculate Potential Profit:
   The function enters a loop that iterates through each trade. For each iteration:
   • The dividedNumber is multiplied by the decimal representation of the percentage return (per), updating the potential profit for the current trade.
   • The updated potential profit is displayed to the user using an alert.
   • The divisionAdd is added to the dividedNumber to prepare it for the next iteration.
3. Calculate Total Profit:
   After completing all trades, the function subtracts the initial investment amount from the final dividedNumber value to determine the total profit.
4. Display Total Profit:
   Finally, the function displays the total profit or loss to the user using an alert.

Explanation of calcDividedEqually Function

Below is an explanation of the JavaScript function calcDividedEqually(), which calculates the potential profit from a series of trades, dividing the initial investment equally among them.

The function begins by prompting the user to enter the necessary trade details:

1. Percentage of Return per Trade:
   The user is prompted to enter the percentage return expected from each trade.
2. Number of Trades:
   The user is prompted to specify the total number of trades they plan to execute.
3. Initial Investment:
   The user is prompted to enter the initial investment amount.

Once the user enters these details and clicks "OK", the function calculates the potential profit by performing the following steps:

1. Initialize Variables:
   
   • per: The percentage return per trade is obtained from the user's input and converted to a decimal value.
   • n: The total number of trades is obtained from the user's input.
   • amount: The initial investment amount is obtained from the user's input.
   • dividedNumber: The initial investment is divided equally among the trades, resulting in the amount each trade starts with.
   • node: A variable to hold the current amount for each trade.
   • divisionAdd: A variable to hold the amount to be added to each trade in each iteration.
   • remainingNodes: A counter to track the number of remaining trades to distribute the profit equally.
2. Calculate Potential Profit:
   The function enters a loop that iterates through each trade. For each iteration:
   • The dividedNumber is multiplied by the decimal representation of the percentage return (per), updating the potential profit for the current trade.
   • The updated potential profit is displayed to the user using an alert.
   • The remainingNodes counter is decremented to track the number of remaining trades.
   • The divisionAdd is calculated by dividing the current dividedNumber by the remainingNodes, ensuring equal distribution of profit among the remaining trades.
   • The dividedNumber is updated with the sum of the current node and the divisionAdd.
   • The node is updated with the current dividedNumber for the next iteration.