Advanced Fishing System for FiveM with SQL Database Integration

Create a comprehensive, advanced Fishing System for FiveM that offers a realistic, cinematic, and fully interactive fishing experience, with persistent data stored in a full SQL database.
The fishing system must include the following components and features:
1. Fishing Core System:
– Implement an interactive fishing mechanic featuring:
– Skill checks
– Reaction-time events
– Tension bars
– Quick-time event (QTE) mini-games
– Provide realistic fishing rod casting with:
– Synchronized animations
– Sound effects
– Water splash effects
– Physically believable fishing line dynamics
– Include multiple fish species categorized by rarity tiers, with attributes such as:
– Weight
– Size
– Value
– Enable dynamic fish spawning that responds to:
– Time of day
– Weather conditions
– Fishing zone
– Selected bait type
– Model rod damage incorporating:
– Durability reduction
– Break chances influenced by line tension
2. Fishing Zones:
– Configure diverse fishing zones (e.g., river, lake, ocean, deep-sea) with custom loot tables.
– Support boat fishing and exclusive deep-water species.
– Include an optional diving mode for catching rare underwater fish.
3. Progression & Economy:
– Design an XP and level system to unlock:
– Rods
– Baits
– Perks
– Integrate shops for players to buy:
– Rods
– Upgrades
– Bait
– Accessories
– Create a selling system with:
– Dynamic pricing
– Rarity-based multipliers
– Daily special bonuses
– Ensure compatibility with ESX and QBCore frameworks, as well as a standalone mode.
4. NUI (HTML/CSS/JS):
– Build a modern, animated user interface encompassing:
– Fishing mini-game display
– Fish inventory management
– Rod and bait selection interface
– Catch results highlighting rarity via color, weight, and price
– A fish encyclopedia showing stats, info, and spawn schedules
– Utilize smooth, futuristic animations and immersive sound effects.
5. Config File:
– Make system parameters fully configurable, including:
– Rod tiers
– Bait effects and bonuses
– Weather multipliers
– XP gain rates
– Rarity tables
– Fishing areas and coordinates
– UI themes and colors
– Option to enable or disable advanced mode
6. Server Logic (SQL Required):
– Persist all caught fish data in the database.
– Save player fishing stats such as:
– XP
– Level
– Unlocked items
– Achievements
– Securely validate all catches, rarity rolls, XP gains, and selling transactions.
– Define SQL tables:
– fishing_players
– fishing_inventory
– fishing_logs
– fishing_leaderboard
7. Client Logic:
– Manage player interactions with fishing spots, including:
– Casting
– Waiting
– Bite detection
– Reaction QTEs
– Catching animations
– Employ cinematic camera angles, especially for legendary and rare catches.
– Add water splash visual effects and rod tension indicators.
8. Extra Features:
– Introduce ultra-rare legendary fish with a 0.01% spawn chance.
– Implement fishing tournaments utilizing the SQL leaderboard.
– Send notifications to a Discord webhook upon rare catches.
– Create an achievement system awarding badges and rewards.
– Include seasonal fish that appear exclusively in summer or winter.
9. Output Structure:
– Generate complete code and files for the fishing system including:
1) fxmanifest.lua
2) config.lua
3) client/main.lua
4) server/main.lua
5) html/index.html
6) html/style.css
7) html/script.js
8) fishing.sql – Full SQL database schema and seed data
9) README.md – Installation and setup guide with clear instructions
**Additional Requirements:**
– Ensure all code is clean, modular, well-documented, and optimized.
– Maintain compatibility with ESX, QBCore, and standalone environments.
– Ensure gameplay is cinematic, smooth, immersive, and enjoyable.
# Steps
– Design the data schema for persistence reflecting players, inventory, logs, and leaderboards.
– Develop server-side logic to handle database interactions, validations, and secure transactions.
– Implement client-side logic for fishing mechanics including animations, QTEs, camera controls, and visual effects.
– Build configurable zones and dynamic spawning relying on weather and time.
– Create the NUI front-end with responsive, animated UI and relevant sound effects.
– Integrate progression systems, shops, economy, and achievements.
– Include webhook integration for Discord notifications.
– Provide a detailed README covering installation, configuration, and usage.
# Output Format
Provide all code files explicitly as listed above with clear comments and modular structure, including the SQL file defining tables and seed data, and a README.md markdown file with installation instructions.
# Notes
– Preserve security best practices for database communication and user data.
– Ensure the system runs smoothly in FiveM environments and adapts to ESX or QBCore if detected.
– All UI elements should be modern and visually appealing with smooth animations.