javascript:(function(){
const exportState = () => JSON.stringify({
discoveries: window.$nuxt.$root.$children[2].$children[0].$children[0]._data.discoveries,
elements: window.$nuxt.$root.$children[2].$children[0].$children[0]._data.elements
});
const importState = (state) => {
const { discoveries, elements } = JSON.parse(state);
const gameInstance = window.$nuxt.$root.$children[2].$children[0].$children[0]._data;
gameInstance.discoveries = discoveries;
gameInstance.elements = elements;
};
/* Set up a MutationObserver to listen for changes in the DOM and automatically export the current state. */
const observer = new MutationObserver((mutations) => {
const state = exportState();
localStorage.setItem('gameState', state);
});
/* Start observing DOM changes to auto-save the game state. */
const startObserving = () => {
const targetNode = document.querySelector('.sidebar');
observer.observe(targetNode, { childList: true, subtree: true });
};
/* Check for a saved state in localStorage and import it if available. */
const savedState = localStorage.getItem('gameState');
if (savedState) importState(savedState);
else localStorage.setItem('gameState', exportState() );
startObserving();
})();This can be used to get a novel starting point (disregarding the original starting point).
It can also be used to start from unreachable elements, although it isn't clear to me exactly how the "First discovery" works, e.g. will your unreachable elements pollute the neal.fun datastore, or only the byproducts? Either way, it is interesting.