Creases

IDEA-30Creases winner

An old village map, drawn on paper and divided into a grid of panels, lies on a desk. People in the village have letters they never sent. They might be two sisters who stopped speaking, a ferryman and the widow on the far bank, or a boy and the dog that ran off. You play the courier, but you don't walk anywhere. You fold the paper. Each move is one fold along a grid line, left over right or top over bottom, shown with a soft 3D paper animation. When the sender's house lands directly on top of the recipient's, the letter crosses over, and a short handwritten note (four or five lines) fades in where the two places now touch. Then you unfold the map, and the crease stays. The puzzles get harder through rules built into the paper. Some creases are already torn and won't take a fold. Wet ink stains bleed onto any panel they're folded against, which ruins that panel. Some letters need a third panel caught between the sender and the recipient, like a shared memory. Some deliveries need two letters to pass in the same fold. Each level gives a fold count to aim for, and solving it means thinking about how the paper stacks, which feels like origami.

The bittersweet part comes from what's kept. Every crease you make stays on the map for good, and over 15 to 20 levels the paper gets soft, worn and covered in lines. The letters tell overlapping stories, and people from early notes show up again older in later ones. In the last level the map is so worn that the final fold tears it along the line you choose, so you decide which half of the village keeps its last letter. Afterwards the map, with every crease you made, becomes a keepsake image you can save. The minimum satisfying version has 12 hand-made levels on 3×3 to 5×4 grids, the fold-and-stack mechanic with full undo, torn creases and ink stains, a letter shown after each delivery, crease marks that build up on a paper texture, and the ending where the map tears.

• Tools: HTML/JS/CSS (CSS 3D transforms or Three.js for the fold animation), a Python BFS solver to check every level is solvable and set its fold target, headless Chrome for testing
• Assets: aged paper texture and hand-inked village icons (GPT image gen or FLUX), a looping solo-piano/music-box ambience (ACE-Step, needs looping), paper-rustle, fold and tear sound effects (Stable Audio Open), about 20 short letters written in-house
• Principal risk: tracking how panels stack across many folds, and making sure every level can be solved without a trick that skips the intended solution. The solver is there to catch this, but designing levels that feel good takes iteration.
• Scope-down option: Drop the third-panel and two-letter rules and the 3D animation (use a 2D flip instead). Ship 8 levels with torn creases only, the letters, the crease buildup and the tear ending.
• Content warning: Mature themes: gentle themes of grief, estrangement and aging, with nothing graphic.

Pitched by Tobias Wren.

IDEA-DFThe Umbrella Orchard

You tend a floating garden where ordinary objects grow like plants: plant a teapot, chair, clock, fishbowl, door, or umbrella seed, water it with bottled weather — drizzle, moonlight, applause, or upside-down rain — and watch it sprout procedurally into a swaying, impossible tree that drips porcelain birds, ticking fruit, or tiny staircases to nowhere. Bees carrying smears of color drift between your creations and cross-pollinate them, so a clock watered with moonlight beside a fishbowl may bloom into a chiming jellyfish-tree; you prune, move, and rotate pieces, trigger passing clouds and gravity flips that make everything briefly grow sideways, attract visiting creatures whose behavior changes with your garden's colors and sounds, and capture postcards of your favorite arrangements in a keepsake album. It is appealing as a gentle, judgment-free toy for making living surrealist paintings — there is no failure or timer, only surprise combinations, soft generative music that blooms from what you plant, and the delight of discovering what two familiar things become together. The minimum satisfying version is a single-screen browser garden with six seed types, four weather waters, procedural growth and cross-pollination producing visibly mixed offspring, a handful of wandering visitors, day-to-evening light changes, and a save-a-postcard snapshot button.

• Tools: Node.js, HTML Canvas/WebAudio in the browser, headless Chrome for testing; optional GPT image generation for a title illustration
• Assets: All procedural vector plants, particles, creatures, and generative chime-and-pad audio — no external assets required
• Principal risk: Cross-pollination combinations looking muddy rather than readable; mitigated by mixing distinct parts (canopy, fruit, motion, sound) instead of blending whole sprites
• Scope-down option: Cut gravity flips and creature visitors, keeping six seeds, four waters, cross-pollination, light cycle, and postcards

Pitched by Maya Ellison.

IDEA-2FThe Phosphor Chamber

You sit before a vintage, brass-fitted instrumentation console to inspect five uncatalogued geological specimens recovered from an unexplained subterranean silence. Interaction centers on delicate calibration: you manipulate tactile dials to balance supersaturated vapor pressure, magnetic deflection coils, and acoustic excitation frequencies within an illuminated glass viewing bell. When resonance is struck, ionizing radiation blooms across the chamber in mesmerizing, frost-like vapor trails while low-frequency microtonal drones hum through the speakers. By measuring particle deflection angles and decoding acoustic harmonics against an archival reference log, you piece together anomalous decay patterns that reveal impossible physical phenomena and the unsettling history of where each specimen was unearthed.

The appeal lies in tactile empirical investigation coupled with quiet, atmospheric suspense—the hypnotic wonder of coaxing invisible, law-defying phenomena into plain sight through rigorous observation. The hum of condenser coils, the hiss of pressurized alcohol mist, and the blooming geometry of glowing ionization tracks turn scientific deduction into an eerie, immersive ritual. The minimum satisfying version features three fully interactive specimens rendered via canvas/WebGL, responsive dial controls with procedural particle trail generation, dynamic Web Audio sound synthesis, and a notebook interface that unlocks a fragment of a classified laboratory logbook once an anomaly is successfully categorized.

• Tools: HTML5 Canvas/WebGL, Web Audio API, Python/Node.js, ACE-Step, Stable Audio Open, ComfyUI/FLUX.
• Assets: Looping low-frequency laboratory ambience, tactile relay clicks and condenser hum SFX, generated 19th-century scientific patent plates and specimen sketches.
• Principal risk: Balancing the particle decay simulation so it feels scientifically authentic without becoming unintuitive to calibrate.
• Scope-down option: Replace continuous multi-variable vector physics with discrete threshold ranges and pre-rendered vapor states on an HTML5 canvas.

Pitched by Julian Vance.

IDEA-B1The Bridge That Went Exploring

Build a bridge that can walk, then take it somewhere a bridge has absolutely no business going. You pilot a cheerful mechanical centipede carrying a tiny expedition camp across a scrolling archipelago. Its segments accept interchangeable contraptions: suction feet grip ceilings, paddle feet cross lakes, balloon bellies lift neighboring segments, and spring knees hop over trouble. At each obstacle, unfold your toolbox and rearrange the creature; a dotted preview shows its next few steps before you commit. Your goal is to reach the lighthouse at the edge of the map with your camp still aboard, discovering ingenious—and occasionally ridiculous—ways across ravines, waterfalls, swinging ruins, and migrating islands.

The pleasure comes from making one invention serve several purposes: a balloon can float your front half over a cliff, counterbalance a heavy souvenir, or keep the camp level while the rear legs climb. Optional expedition requests reward odd solutions, such as transporting a giant egg without tilting it or crossing a lake without touching water. Failures produce short, comic tumbles and an immediate rewind to the last safe perch. The minimum satisfying version is a complete twelve-stop journey with six distinct modules, three optional cargo challenges, a compact construction interface, and a final ascent that combines everything you have learned. Movement uses predictable articulated segments and explicit attachment points, making experimentation readable and controllable.

• Tools: TypeScript, Canvas 2D, browser; deterministic movement simulation and headless Chrome testing.
• Assets: Illustrated modular machinery, expressive camp passengers, layered island scenery; cheerful looping expedition music and mechanical sound effects.
• Principal risk: Combining modules could make movement unpredictable; limit each module to clearly previewed actions and resolve movement in discrete steps.
• Scope-down option: Eight handcrafted stops, four modules, and one cargo challenge, preserving the complete expedition and final combined puzzle.

Pitched by Clara Bennett.