Chicken Jump

🌡️ Place a behaviour on a pressure–temperature diagram in Chicken Jump 📊 and see which phase it settles into 🪨 Solid means it runs by itself 💧 Liquid means it is in flux and needs attention 💨 Gas means it is dispersed, lost or not yet formed.

📈 Two continuous axes drive everything: the energy it takes to start and the pressure your surroundings put on you 🌍 Move either one and the point migrates across the phase boundaries in real time 🔄 Both are values you adjust, never entries in a list.

🧪 Open a behaviour in the phase chamber and drive it with a temperature slider 🌡️ A plasma orb 🔮 crystallises into facets, flows as liquid or disperses into vapour as the value moves, while a second slider sets how much the surrounding medium resists 🌀

📸 Photograph the place or object that sets a behaviour off. Five dominant colours 🎨 are read from that photo on your device and the resulting palette tints that behaviour everywhere it appears, on the diagram, in the web and in the atlas 🗺️ Tag what was around you 🌿 how it felt 💭 the time of day 🕐 and who was there 👥 then set how strongly that environment pulls 🧲

Break the energy of activation into named factors: start friction, payoff, competing impulse or ones you write yourself and watch liquid columns fill as you weigh each one 📊 Apply the resultant and the point moves on the diagram 🎯

🌐 Five more views build on the same field. The resonance web draws cues and behaviours as a force graph, with pulses travelling along the strongest links 🔗 The trajectory view lets you scrub a behaviour's path across the field over time ⏳ The environment atlas collects every captured environment, grouped and stripped to the colours it contributed 🎨 The field reflection takes a snapshot of the whole diagram with a note attached 📝 Eight screens in all, each with its own drawn system rather than a chart library.

🔒 Everything stays in Chicken Jump on this device. No account, no sign-in, no network content, no analytics, nothing downloaded after install 📱 The camera 📷 is used for one purpose: reading colours out of a photo you take. Reduced motion is respected on every animated surface and the interface is dark throughout 🌑

✨ Add a behaviour and see where it sits.