<h3>Export to string</h3>
      {btoa(JSON.stringify(playerSave))}

import { INTMAX32, squirrel3 } from "../lib/util/random";

  updaters.playerSave.activeQuest.enqueueUpdate((prev) => {

  updaters.playerSave.questsCompleted.enqueueUpdate((prev, prevGameState) => {
    let next = [...prev];
    prevGameState.playerSave.activeQuest && next.push(prevGameState.playerSave.activeQuest);
    return next;
  });
  updaters.playerSave.activeQuest.enqueueUpdate((prev, prevGameState) => {
    const numQuestsCompleted = prevGameState.playerSave.questsCompleted.length;
    const totalAllocatedNodes = gameState.computed.playerResourceNodesAggregated?.size() || 5;

    const resource = ResourceType.Mana0;
    const currentResource =
      gameState.computed.playerResourceAmounts?.[resource] || 50;
    const totalAllocatedNodes =
      gameState.computed.playerResourceNodesAggregated?.size() ?? 0;
    const scale = 2 + 1 / (totalAllocatedNodes + 1);
    const resourceAmount = Math.round(currentResource * scale);

    const resourceType = ResourceType.Mana0;
    const currentResourceAmount = gameState.computed.playerResourceAmounts?.[resourceType] || 50;
    const historicalAmountPerNode = currentResourceAmount / totalAllocatedNodes; // how much benefit, on average, each node gave
    // we want # of nodes to be quadratic with the # of quests completed
    const targetNumAllocatedNodes = totalAllocatedNodes + Math.round(Math.sqrt(totalAllocatedNodes) * 3 - 2);
    const randomScale = (squirrel3(prevGameState.worldGen.seed + numQuestsCompleted) / INTMAX32) * 0.4 + 0.8; // 0.8 - 1.2
    const resourceAmount = Math.round(targetNumAllocatedNodes * historicalAmountPerNode * randomScale);

      resourceType: resource,

      resourceType,