Here's the updated version with support for multiple lakes and rods: using System; using System.Collections.Generic; [Serializable] public class FishData { public string id; public string name; public string tier; public int baseScore; public float catchDifficulty; public string[] baitPreferences; public string spritePath; public string lakeId; // Added lake association } [Serializable] public class LakeData { public string id; public string name; public string sceneName; public string backgroundSpritePath; } [Serializable] public class RodData { public string id; public string name; public float catchBonus; // Multiplier for catch success public string spritePath; public int unlockLevel; } public static class FishingDatabase { public static Dictionary fishDictionary = new Dictionary(); public static Dictionary lakeDictionary = new Dictionary(); public static Dictionary rodDictionary = new Dictionary(); public static string currentLakeId = "lake_1"; // Default to first lake public static string currentRodId = "rod_basic"; // Default rod public static void Initialize() { InitializeLakes(); InitializeRods(); InitializeFish(); } private static void InitializeLakes() { // Current lake AddLake(new LakeData { id = "lake_1", name = "Mystvale Pond", sceneName = "FishingScene_Lake1", backgroundSpritePath = "Sprites/Lakes/lake1_bg" }); // Future lakes (boilerplate) AddLake(new LakeData { id = "lake_2", name = "Crystal Springs", sceneName = "FishingScene_Lake2", backgroundSpritePath = "Sprites/Lakes/lake2_bg" }); AddLake(new LakeData { id = "lake_3", name = "Shadowmere Depths", sceneName = "FishingScene_Lake3", backgroundSpritePath = "Sprites/Lakes/lake3_bg" }); AddLake(new LakeData { id = "lake_4", name = "Sunset Bayou", sceneName = "FishingScene_Lake4", backgroundSpritePath = "Sprites/Lakes/lake4_bg" }); AddLake(new LakeData { id = "lake_5", name = "Starlight Lagoon", sceneName = "FishingScene_Lake5", backgroundSpritePath = "Sprites/Lakes/lake5_bg" }); } private static void InitializeRods() { // Basic rod AddRod(new RodData { id = "rod_basic", name = "Basic Rod", catchBonus = 1.0f, spritePath = "Sprites/Rods/rod_basic", unlockLevel = 0 }); // Future rods (boilerplate) AddRod(new RodData { id = "rod_silver", name = "Silver Rod", catchBonus = 1.2f, spritePath = "Sprites/Rods/rod_silver", unlockLevel = 5 }); AddRod(new RodData { id = "rod_gold", name = "Golden Rod", catchBonus = 1.5f, spritePath = "Sprites/Rods/rod_gold", unlockLevel = 10 }); AddRod(new RodData { id = "rod_mystic", name = "Mystic Rod", catchBonus = 1.8f, spritePath = "Sprites/Rods/rod_mystic", unlockLevel = 15 }); AddRod(new RodData { id = "rod_legendary", name = "Legendary Rod", catchBonus = 2.2f, spritePath = "Sprites/Rods/rod_legendary", unlockLevel = 20 }); } private static void InitializeFish() { // Lake 1 fish (original 16) AddFish(new FishData { id = "lake1_fish_sm_001", name = "Silver Minnow", tier = "Small", baseScore = 10, catchDifficulty = 0.8f, baitPreferences = new string[] { "Bait A", "Bait B", "Bait C" }, spritePath = "Sprites/Fish/lake1_silver_minnow", lakeId = "lake_1" }); // Add all other original fish with lakeId = "lake_1" // Lake 1 legendary AddFish(new FishData { id = "lake1_fish_leg_001", name = "Aurorasturge", tier = "Legendary", baseScore = 150, catchDifficulty = 0.05f, baitPreferences = new string[] { "Bait C" }, spritePath = "Sprites/Fish/lake1_aurorasturge", lakeId = "lake_1" }); // Boilerplate for future lakes (repeat for lakes 2-5) for (int lakeNum = 2; lakeNum <= 5; lakeNum++) { string lakeId = $"lake_{lakeNum}"; // Small fish for (int i = 1; i <= 4; i++) { AddFish(new FishData { id = $"{lakeId}_fish_sm_{i:000}", name = $"Lake {lakeNum} Minnow {i}", tier = "Small", baseScore = 10, catchDifficulty = 0.7f + (0.1f * lakeNum), baitPreferences = new string[] { "Bait A", "Bait B", "Bait C" }, spritePath = $"Sprites/Fish/{lakeId}_minnow_{i}", lakeId = lakeId }); } // Medium fish for (int i = 1; i <= 4; i++) { AddFish(new FishData { id = $"{lakeId}_fish_md_{i:000}", name = $"Lake {lakeNum} Bluegill {i}", tier = "Medium", baseScore = 30, catchDifficulty = 0.6f + (0.1f * lakeNum), baitPreferences = new string[] { "Bait B", "Bait C" }, spritePath = $"Sprites/Fish/{lakeId}_bluegill_{i}", lakeId = lakeId }); } // Large fish for (int i = 1; i <= 4; i++) { AddFish(new FishData { id = $"{lakeId}_fish_lg_{i:000}", name = $"Lake {lakeNum} Bass {i}", tier = "Large", baseScore = 70, catchDifficulty = 0.5f + (0.1f * lakeNum), baitPreferences = new string[] { "Bait C" }, spritePath = $"Sprites/Fish/{lakeId}_bass_{i}", lakeId = lakeId }); } // Legendary fish for (int i = 1; i <= 4; i++) { AddFish(new FishData { id = $"{lakeId}_fish_leg_{i:000}", name = $"Lake {lakeNum} Legendary {i}", tier = "Legendary", baseScore = 150, catchDifficulty = 0.05f + (0.01f * lakeNum), baitPreferences = new string[] { "Bait C" }, spritePath = $"Sprites/Fish/{lakeId}_legendary_{i}", lakeId = lakeId }); } } } private static void AddFish(FishData fish) { fishDictionary.Add(fish.id, fish); } private static void AddLake(LakeData lake) { lakeDictionary.Add(lake.id, lake); } private static void AddRod(RodData rod) { rodDictionary.Add(rod.id, rod); } public static FishData GetRandomFish(string baitType) { List possibleFish = new List(); List weights = new List(); foreach (var fish in fishDictionary.Values) { if (fish.lakeId == currentLakeId && Array.Exists(fish.baitPreferences, bait => bait == baitType)) { possibleFish.Add(fish); float weight = fish.tier switch { "Small" => 50f, "Medium" => 30f, "Large" => 15f, "Legendary" => 0.02f, _ => 10f }; weights.Add(weight); } } float totalWeight = 0; foreach (float w in weights) totalWeight += w; float randomValue = UnityEngine.Random.Range(0, totalWeight); float currentWeight = 0; for (int i = 0; i < possibleFish.Count; i++) { currentWeight += weights[i]; if (randomValue < currentWeight) { return possibleFish[i]; } } return possibleFish[0]; } public static float GetCurrentRodBonus() { return rodDictionary[currentRodId].catchBonus; } } using UnityEngine; using System.Collections; using System.Collections.Generic; public class FishingController : MonoBehaviour { public enum FishingState { Idle, Casting, Waiting, Biting, Reeling, Caught, Failed } public FishingState currentState = FishingState.Idle; public string currentBait; public int bucketSize = 5; public List currentBucket = new List(); public int totalScore = 0; private float biteTimer; private float reactionWindow; private FishData currentFish; void Start() { FishingDatabase.Initialize(); } public void StartFishing(string baitType) { if (!HasRequiredItems(baitType)) { Debug.Log("Missing required items"); return; } currentBait = baitType; currentState = FishingState.Casting; StartCoroutine(CastingRoutine()); } public void ChangeLake(string lakeId) { if (FishingDatabase.lakeDictionary.ContainsKey(lakeId)) { FishingDatabase.currentLakeId = lakeId; // Here you would typically load the new lake scene Debug.Log($"Changed to lake: {FishingDatabase.lakeDictionary[lakeId].name}"); } } public void ChangeRod(string rodId) { if (FishingDatabase.rodDictionary.ContainsKey(rodId)) { FishingDatabase.currentRodId = rodId; Debug.Log($"Equipped rod: {FishingDatabase.rodDictionary[rodId].name}"); } } IEnumerator CastingRoutine() { yield return new WaitForSeconds(1.5f); currentState = FishingState.Waiting; StartCoroutine(WaitingForBite()); } IEnumerator WaitingForBite() { currentFish = FishingDatabase.GetRandomFish(currentBait); biteTimer = UnityEngine.Random.Range(3f, 10f); reactionWindow = currentFish.catchDifficulty * 0.5f * FishingDatabase.GetCurrentRodBonus(); yield return new WaitForSeconds(biteTimer); currentState = FishingState.Biting; // Show visual/audio cue for bite } public void AttemptCatch() { if (currentState != FishingState.Biting) { currentState = FishingState.Failed; StartCoroutine(ResetAfterFail()); return; } float reactionTime = UnityEngine.Random.Range(0f, 1f); if (reactionTime < reactionWindow) { currentState = FishingState.Caught; AddFishToBucket(currentFish); StartCoroutine(ResetAfterCatch()); } else { currentState = FishingState.Failed; StartCoroutine(ResetAfterFail()); } } void AddFishToBucket(FishData fish) { float variance = UnityEngine.Random.Range(-0.05f, 0.05f); int actualScore = Mathf.RoundToInt(fish.baseScore * (1 + variance)); currentBucket.Add(fish); totalScore += actualScore; if (currentBucket.Count >= bucketSize) { SaveBucket(); } } IEnumerator ResetAfterCatch() { yield return new WaitForSeconds(2f); currentState = currentBucket.Count < bucketSize ? FishingState.Casting : FishingState.Idle; if (currentState == FishingState.Casting) { StartCoroutine(CastingRoutine()); } } IEnumerator ResetAfterFail() { yield return new WaitForSeconds(2f); currentState = FishingState.Casting; StartCoroutine(CastingRoutine()); } bool HasRequiredItems(string baitType) { // This would call your Mystvale API to check inventory // For now just return true for testing return true; } public void SaveBucket() { List