MicroEvals

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Fast-paced slice of Doom 1 and Quake 1 with satisfying movement and a brutally powerful shotgun

You are an expert HTML5 game developer. Build a complete Tower Bloxx-inspired game as a single self-contained HTML file using only HTML, CSS, and vanilla JavaScript. Do not use external libraries, frameworks, or assets. The game must run directly in a browser. Create a polished, fully playable tower-stacking game with the following requirements: 1) Core gameplay - A crane moves a floor block horizontally above the current tower. - The player taps/clicks/presses Space to drop the block. - The new block must land on the tower. - Any overhang is cut off and falls away as a separate physics object. - Perfect or near-perfect alignment keeps the tower stable. - Misaligned blocks make the tower sway more as height increases. - The tower becomes harder to place on as it gets taller. - If the player drops a block and it misses the tower entirely, count it as a fail. - In Quick Mode, the game ends after 3 misses. - Add score, combo, height, stability, and missed-drop counters. 2) Game modes - Quick Mode: - Endless score-chasing mode. - The player builds until 3 misses. - Show final score, highest tower height, best combo, and accuracy. - Build City Mode: - After each successful tower completion, place the finished building onto a city grid. - The grid has placement rules. - Small towers can be placed anywhere. - Larger towers require adjacency to compatible lower towers or matching rules. - The goal is to maximize city population. - Each tower type should add population based on height, alignment quality, and combo bonuses. - Show the city map, population total, available tower tiers, and placement hints. 3) Tower physics - Use believable 2D physics for: - block drop acceleration - block landing - tower sway - wind force that increases with height - falling cut-off pieces - collapse if instability gets too high - The tower should visibly lean and oscillate when misaligned. - The higher the tower, the stronger the sway and wind effect. - Include subtle damping so the tower settles when the player builds carefully. - Make the physics feel arcade-friendly, not hyper-realistic. 4) Scoring and progression - Perfect drop gives bonus points. - Near-perfect drop gives combo multiplier. - Combo increases when consecutive drops are centered. - Combo resets on a bad drop or miss. - Higher floors are worth more points. - In Build City Mode, better aligned towers produce more residents. - Unlock larger tower tiers as the player progresses. - Add a high score save using localStorage. 5) UI/UX - Clean retro-arcade style with crisp panels and readable HUD. - Animated crane, tower sway, score popups, and city map transitions. - Responsive layout for desktop and mobile. - Touch controls and keyboard controls both supported. - Add start menu, pause, game over, and mode select screens. - Include restart, mute, and help buttons. - Show small on-screen instructions for first-time players. 6) Audio and sound design - Add sound effects for: - crane movement - block drop - perfect placement - near-perfect placement - bad landing - overhang falling - tower sway / wind hum - combo increase - score popups - game over - city placement success - Add background music loops with a light retro arcade feel. - Use separate audio tracks for menu and gameplay. - Include a mute toggle and volume control. - Audio must be generated with the Web Audio API or simple embedded audio logic, no external files. 7) Visual details - Use layered backgrounds, subtle parallax, and animated skyline elements. - Show tiny windows, people, or ambient city life on completed towers. - Add celebration animation for perfect towers and high population milestones. - Add debris particles when blocks are trimmed or fall. - Make the tower visually distinct from the city map in Build City Mode. 8) Technical requirements - Output exactly one HTML file containing all code. - Use no external dependencies. - Organize the code cleanly with comments. - The game must be playable immediately after opening the HTML file. - Make the code robust, readable, and easy to modify. - Handle resize events properly. - Prevent crashes from rapid clicking or repeated input. - Ensure consistent behavior across modern browsers. 9) Acceptance criteria - The game must feel like a faithful Tower Bloxx-style stacking game. - It must be fully playable. - It must include both Quick Mode and Build City Mode. - It must have real physics-like sway and overhang trimming. - It must include scoring, combos, progression, city placement, localStorage, and sounds. - It must look and feel finished, not like a prototype. Before coding, briefly outline the architecture inside comments, then generate the full working HTML file.

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