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README.md
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README.md
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@ -2,6 +2,8 @@
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As the name suggests, this will generate a personality for The Sims 2. If you choose to have a bias towards one trait being higher over the others, it will automatically compensate for the difference. It is recommended to only set a bias towards one trait at a time.
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This has been succeeded by [PersonaForge](https://git.tonybark.com/tonytins/PersonaForge).
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## 🛠 Features
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* [x] User Input and Name Bias
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@ -10,30 +12,12 @@ As the name suggests, this will generate a personality for The Sims 2. If you ch
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* [ ] Dynamic Personality Range
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* [ ] CLI Arguments
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## 🗓️ Support & Update Cycle
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## 🛡️ Status
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| Type | Frequency | Notes |
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| ------------ | ---------------- | ---------------------------------------- |
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| Minor Update | Every 3–6 months | Small enhancements, non-breaking changes |
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| Patch Update | As needed | Bug fixes, security updates |
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| Major Update | As needed | Framework upgrades, major refactors |
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* Reserve months: June (Mid-Year Chill) & December (End-Year Freeze)
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## 🧘 Sustainability Practices
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* 20% creative/recovery space built into development
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* Mandatory cooldowns after major launches (minimum 1 week)
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* Crisis Mode Activates if:
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* Critical vulnerabilities
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* Framework-breaking issues
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## 🛡️ Support
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* [x] Active Support
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* [ ] Active Support
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* [ ] Limited Support (Security patches only)
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* [ ] Maintenance Mode (Dependency-only updates)
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* [ ] Archived (No active work planned)
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* [x] Archived (No active work planned)
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## 📓 Project Notes
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@ -1,64 +1,101 @@
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var rng = new Random();
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using PersonalityGenerator;
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int totalPoints = 25;
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int[] points = new int[5]; // To store the personality points for Outgoing, Nice, Playful, Neat, and Active
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var name = GetUserInput("Enter the name of the Sim: ");
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var bias = GetUserInput("Choose a personality bias (Outgoing, Nice, Playful, Neat, Active): ");
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string[] personalities = { "Outgoing", "Nice", "Playful", "Neat", "Active" };
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var isFinishedSession = false;
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string GetUserInput(string prompt)
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void GenerateTraits()
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{
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Console.Write(prompt);
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return Console.ReadLine();
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}
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// Prompt the user to enter traits they want to prioritize.
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Console.WriteLine("You can prioritize one or more traits to be above 8 by entering them.");
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Console.Write("Enter traits separated by commas (e.g., Outgoing, Nice), or press Enter to generate a random personality: ");
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// Function to randomly allocate points
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void AllocatePoints()
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{
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int remainingPoints = totalPoints;
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int biasIndex = Array.IndexOf(personalities, bias);
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// Read the user input and trim any leading or trailing whitespace.
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var prioritizedTraitsInput = Console.ReadLine()?.Trim();
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// First, allocate points to each personality.
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for (int i = 0; i < points.Length; i++)
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// Initialize a dictionary with predefined traits and their initial values set to 0.
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var traits = new Dictionary<string, int>
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{
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if (i == biasIndex)
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{ "Outgoing", 0 },
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{ "Nice", 0 },
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{ "Playful", 0 },
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{ "Neat", 0 },
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{ "Active", 0 }
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};
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// Process the prioritized traits input:
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// 1. Split the input string by commas.
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// 2. Trim whitespace from each resulting trait.
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// 3. Filter out any empty or invalid traits (traits that are not in the predefined list).
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var prioritizedTraits = new HashSet<string>(prioritizedTraitsInput.Split(',')
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.Select(t => t.Trim()).Where(t => !string.IsNullOrEmpty(t) && traits.ContainsKey(t)));
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// Check if there are any prioritized traits provided by the user.
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if (prioritizedTraits.Count > 0)
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{
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points[i] = rng.Next(4, 11); // Assign 0-10 points to each personality
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// Assign values to the prioritized traits.
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TraitGenerator.AssignPrioritizedTraits(traits, prioritizedTraits);
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}
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else
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{
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points[i] = rng.Next(0, 6);
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// If no prioritized traits are provided, assign random values to all traits.
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TraitGenerator.AssignRandomTraits(traits);
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}
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remainingPoints -= points[i];
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// Display the generated personality traits.
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TraitGenerator.DisplayPersonality(traits);
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// Mark the session as finished.
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isFinishedSession = true;
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// Re-enter the session manager to allow for another session or to exit.
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SessionManager();
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}
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// Adjust the remaining points
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for (int i = 0; i < points.Length; i++)
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// Retrieves user input from the console with a given prompt.
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string? GetUserInput(string prompt)
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{
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if (remainingPoints == 0) break;
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Console.WriteLine(prompt);
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var input = Console.ReadLine();
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int adjustment = Math.Min(rng.Next(0, 3), remainingPoints); // Small adjustment within range
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points[i] += adjustment;
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remainingPoints -= adjustment;
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return input;
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}
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if (points[i] > 10) // Ensure no personality gets more than 10 points
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// Manages the personality generator session. It checks if a previous session is finished
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// and prompts the user to either generate a new personality or exit the application.
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void SessionManager()
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{
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int excess = points[i] - 10;
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points[i] = 10;
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remainingPoints += excess; // Return excess points to the pool
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}
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}
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// Greet the user at the start of a new session only if the previous session wasn't finished.
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if (!isFinishedSession)
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Console.WriteLine("Welcome to the Sim Personality Generator!");
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// Print the final personality points
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Console.WriteLine($"{name}'s Personality Points:");
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for (int i = 0; i < points.Length; i++)
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// Define a message to prompt the user about generating a personality.
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// The message differs slightly if a previous session was already finished.
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var message = "Would you like to generate a random personality? [y/n]";
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if (isFinishedSession)
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message = "Would you like to generate a new personality? [y/n]";
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// Retrieve the user's input through a prompt specified by 'message'.
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var input = GetUserInput(message);
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// Convert the input to lowercase to handle user input in a case-insensitive manner.
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switch (input?.ToLower())
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{
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Console.WriteLine($"{personalities[i]}: {points[i]} points");
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case "y":
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// Reset the session status if the previous session was finished.
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if (isFinishedSession)
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isFinishedSession = false;
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// Clear the console to provide a clean interface for generating a new personality.
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Console.Clear();
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// Generate a new set of personality traits
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GenerateTraits();
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break;
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default:
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// If the user enters anything other than 'y', terminate the application gracefully.
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Environment.Exit(Environment.ExitCode);
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break;
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}
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}
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Console.WriteLine($"Total remaining points in the pool: {remainingPoints}");
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}
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// Generate the points and print the result
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AllocatePoints();
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SessionManager();
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