SEELE AI Gaming Platform

Please use Three.js to generate a **mobile-first game** with the theme "**Cricket Superstar League - High-Octane Batting**". Please read the following detailed game design requirements first, and then generate the code accordingly: ### 1. Assets & Environment * **Visual Style:** * **Art Direction:** Stylized 3D realism with a vibrant arcade feel. The players should look athletic but with slightly exaggerated animations for impact. * **Color Palette:** Use saturated colors for team uniforms (e.g., bright blue vs. deep green) against a lush, manicured green grass field. The environment should feel like a sunny afternoon match. * **Main Assets:** * **Batsman:** A rigged 3D character in full cricket gear (pads, helmet, gloves). * **Bowler:** A simplified character model for the opposing bowler (seen at a distance). * **Pitch & Stadium:** A realistic central rectangular pitch with stumps at both ends. Surrounding the field is a low-poly stadium crowd (can be a billboard texture or simple particle instances) to maintain high frame rates on mobile. * **The Ball:** A shiny red cricket ball with visible white stitching texture. * **Effects:** Add visual impact effects when the bat hits the ball (e.g., a "pow" shockwave or comic-book style splatter lines similar to the reference image) and trail renderers on the ball to show speed and trajectory. * **Optimization:** Use low-poly models (under 5k tris for main characters) and baked lighting for the stadium to ensure 60fps on mobile browsers. ### 2. Audio Requirements * **Background Music (BGM):** Energetic, stadium-rock style music with heavy drums and electric guitar riffs to build hype. It should loop seamlessly but fade out slightly during the bowler's run-up. * **Sound Effects (SFX):** * **Bat-Ball Contact:** A crisp, woody "thwack" sound that varies in pitch depending on the quality of the shot (perfect timing = loud/satisfying; poor timing = dull/flat). * **Crowd:** A constant low hum of anticipation, swelling into a massive roar/cheer when a "Six" or "Four" is hit. * **Umpire/Announcer:** Short voice clips like "Fantastic shot!", "That's huge!", or "Out!" * **UI Sounds:** Sharp metallic clicks for menu selection. ### 3. Gameplay Loop * **Core Mechanic:** The player controls the batsman from a third-person view (behind the batsman). The bowler runs in and bowls the ball towards the player. * **Batting Logic:** * The ball travels at varying speeds and swing directions. * **Timing & Placement:** The success of the shot depends on *when* and *where* the player swipes. * **Scoring:** * Hit past the boundary rope on the ground = **4 Runs**. * Hit over the boundary rope in the air = **6 Runs**. * Short hits allow for running between wickets (1 or 2 runs). * **Win/Loss Condition:** * **Goal:** Chase a specific target score (e.g., "Score 20 runs in 2 overs"). * **Loss:** Getting "Bowled" (ball hits stumps), "Caught" (fielder catches ball), or failing to reach the target score within the limited number of balls. ### 4. Mobile Controls & Interaction * **Primary Control (Swipe-Based):** * This is a one-handed, portrait-mode oriented game (can also support landscape, but portrait is preferred for casual play). * **Input:** The player swipes on the screen to swing the bat. * **Direction:** The angle of the swipe determines the direction of the shot (swipe left to hit to the leg side, swipe right for off side). * **Timing:** The speed of the swipe determines power, and the moment of the swipe determines contact quality. * **UI/UX:** * **Scoreboard:** A large, readable overlay at the top showing Score/Wickets and Balls Remaining. * **Action Feedback:** When a ball is hit, display floating text ("Perfect!", "Good", "Late") near the player. * **Haptic Feedback:** Trigger a distinct vibration on mobile devices at the moment the bat connects with the ball to provide tactile satisfaction. * **Start/Restart:** Large, thumb-friendly buttons (min 44px height) for "Play Match" and "Try Again". Do not ask for clarification. Do not request confirmation. Directly execute the generation task based on the given instructions.