The Dice Roll Simulation Program is a Python implementation that allows users to simulate rolling dice with various features. It supports both single-player and multiplayer modes, where players can roll different sets of dice. The program includes statistics, a histogram of rolled values, and probability calculations. Additionally, it provides an animated representation of dice rolling for an interactive experience.
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Dice Types:
- Users can choose the type of dice (e.g., 4-sided, 6-sided, 10-sided) to simulate different dice games.
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Statistics:
- Displays statistics about the rolled values, such as the total sum, average, minimum, and maximum values.
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Histogram:
- Creates a histogram or bar chart to visually represent the distribution of rolled values.
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History:
- Keeps a history of all rolled values and displays it upon request.
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Probability Calculation:
- Calculates and displays the probability of each possible outcome.
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Custom Dice:
- Allows users to define custom dice with specific numbers on each side.
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Multiplayer Mode:
- Supports rolling multiple sets of dice for multiplayer games.
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Animated Dice Roll:
- Adds a graphical representation of dice rolling for a more interactive experience.
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Dice Notation:
- Implements support for standard dice notation (e.g., 2d6 for rolling two six-sided dice).
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Error Handling:
- Implements proper error handling for invalid inputs or unexpected scenarios.
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Run the Program:
- Execute the program to begin the dice roll simulation.
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Single Player Mode:
- Enter the number of sides on the dice and the number of rolls to simulate.
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Multiplayer Mode:
- Specify the number of players, the number of sides on the dice, and the number of rolls per player.
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Dice Types:
- Choose the type of dice to simulate different dice games.
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Statistics:
- View statistics about the rolled values, including total sum, average, minimum, and maximum values.
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Histogram:
- Visualize the distribution of rolled values through a histogram.
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Probability Calculation:
- See the probability of each possible outcome based on the rolled values.
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Animated Dice Roll:
- Opt for an animated representation of dice rolling for a more interactive experience.
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Dice Notation:
- Use standard dice notation (e.g., 2d6) for rolling specific sets of dice.
- Error Handling:
- Receive clear error messages for invalid inputs or unexpected scenarios.
cd DiceRollSimulation
python dice_roll_simulation.pyEnter the number of sides on the dice: 6
Enter the number of rolls: 10
Statistics for Single Player:
Total Sum: 32
Average: 3.20
Minimum Value: 1
Maximum Value: 6
Probability of Each Outcome:
Value 1: 20.00%
Value 2: 10.00%
Value 3: 30.00%
Value 4: 10.00%
Value 5: 20.00%
Value 6: 10.00%
Do you want to animate the dice rolls for this round? (yes/y or no/n): yes-
Interactive GUI:
- Develop an interactive graphical user interface (GUI) for a seamless user experience.
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Custom Dice Configuration:
- Allow users to define custom dice with specific values on each side.
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Custom Sound Effects:
- Enable users to customize or choose different sound effects for a personalized experience.
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Probability Visualization:
- Provide a graphical representation of probability calculations for better visualization.
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Error Logging:
- Implement a comprehensive error logging system for better debugging and issue resolution.
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Dice Game Templates:
- Include predefined templates for popular dice games with specific rules and configurations.
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User Profiles:
- Allow users to create profiles to track their simulation preferences and history over multiple sessions.
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More Animation Options:
- Introduce more animation options, such as different styles or speeds, for the animated dice roll feature.
Contributions are welcome! If you have ideas for improvements or encounter any issues, please open an issue or refer to contribution guidelines for more details.