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Mines Multiplier and Win Chance Generator in List Format


Dice888

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Hello Stake Family! 😄

I’m excited to share a simple yet powerful tool that can enhance your gameplay in the Stake Mines game. Using mathematical principles, I've created a JavaScript calculator that computes the multipliers and win chances based on different combinations of Diamonds and Bombs.

How It Works:
The calculator operates on the following principles:

  • Diamonds and Bombs: You can input the number of Diamonds and Bombs, ensuring their total does not exceed 25.
  • Multiplier Calculation: The formula used takes into account the combinations of Diamonds placed in the game, yielding a multiplier for each combination.
  • Win Chance: Based on the calculated multiplier, the win chance is determined, giving you insight into your potential success.

Features:

  • Dynamic Output: The tool calculates results for all combinations of Diamonds (1-24) and Bombs (1-24).
  • Formatted Table: Outputs a clear, structured table displaying Diamonds, Bombs, Multiplier, and Win Chance.

Sample Output:
Here’s a preview of what the table looks like:

Quote

| Diamonds | Bombs | Multiplier | Win Chance (%) |
|----------|-------|------------|-----------------|
|    1    |  1   |   1.03x   |   96.1165%   |
|    1    |  2   |   1.08x   |   91.6667%   |
|    2    |  2   |   1.17x   |   84.6154%   |
|    2    |  3   |   1.29x   |   76.7442%   |
...

How to Use:
You can run the JavaScript code directly in your browser’s console or any online JavaScript compiler to generate the output. I’ve included the complete code below for your convenience.

Javascript:

Quote

const minWinChance = 0; // Minimum Win Chance
const maxWinChance = 100; // Maximum Win Chance

function factorial(number) {
    let value = number;
    for (let i = number; i > 1; i--) {
        value *= i - 1;
    }
    return value;
}

function combination(n, d) {
    if (n === d) return 1;
    return factorial(n) / (factorial(d) * factorial(n - d));
}

const totalSlots = 25; // Total slots (Bombs + Diamonds)

// Prepare the output in a table format
console.log('| Diamonds | Bombs | Multiplier | Win Chance (%) |');
console.log('|----------|-------|------------|-----------------|');

for (let diamonds = 1; diamonds <= 24; diamonds++) {
    for (let bombs = 1; bombs <= 24; bombs++) {
        if (bombs + diamonds <= totalSlots) {
            const x = totalSlots - diamonds; // Remaining slots after placing diamonds
            const first = combination(totalSlots, bombs);
            const second = combination(x, bombs);
            
            // Calculate the multiplier
            let result = 0.99 * (first / second);
            result = Math.round(result * 100) / 100;

            // Calculate Win Chance
            let winChance = 99 / result; // Convert to percentage
            winChance = Math.round(winChance * 100000) / 100000;

            // Log the row to the console if Win Chance is within the specified range or remove this condition
            if (winChance >= minWinChance && winChance <= maxWinChance) {
                console.log(`|    ${diamonds}    |  ${bombs}   |   ${result.toFixed(2)}x   |   ${winChance.toFixed(4)}%   |`);
            }
        }
    }
}

Feel free to experiment with it and share your findings! I hope this tool helps you make more informed decisions in the Mines game. Let’s discuss strategies and insights in the comments!

Happy mining!

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