这是一份关于如何编辑存档数据的快速指南。 在哪里找到你的存档？ 首先，我觉得开发者应该想办法阻止玩家这么做，或者添加一个检查机制来查看文件是否被编辑过，因为这是一种非常容易解锁所有成就的方法。 继续操作需自行承担存档风险。 打开文件资源管理器，按照以下路径查找： C: Users [你的用户名] AppData LocalLow MisterMorrisGames Rusty's Retirement 在该文件夹中你会找到一些文件。 你要找的是名称类似“H3-2024-5-4-16-56-40”的文件。在修改文件前请先备份。 使用记事本或Notepad++打开文件。 按Ctrl+F查找需要编辑的内容。 例如，若想增加化石数量，将数值从0改为9999。 修改前： "fossils" : { "__type" : "int", "value" : 0 } 修改后： "fossils" : { "__type" : "int", "value" : 9999 } 也可通过将数值从false改为true来解锁内容。 例如，解锁胡萝卜： 修改前： "cropCarrotUnlocked" : { "__type" : "bool", "value" : false }, 修改后： "cropCarrotUnlocked" : { "__type" : "bool", "value" : true },

本指南提供了循序渐进的操作说明、巧妙策略和实用技巧，以优化你的 farming 体验。重点关注合乎逻辑的行动，从作物种植到游戏早中期的自动化，强调实用的游戏玩法元素。 简介 本指南提供了构建和优化农场的结构化方法。你可以根据自己的游戏风格进行调整。 初始设置： 先创建几块作物田，并种满小麦。 优先建造的建筑 【海库的小屋】：海库会协助浇水、收获和建造。这能让拉斯蒂在 farming 和其他任务中的效率提升一倍。 次要建造的建筑 【艾科的工坊】：用于升级机器人以提高效率。虽然成本高且耗时长，但对于自动化至关重要。现在回声工坊已建成，是时候优化你的机器人了。首先建造生物燃料机器人，然后是收割机器人，最后是水机器人。 接着开始最大化生物燃料机器人的容量。生物燃料可以转化为现金，而且它的生产速度比从垃圾中获取硬币更快。接下来，专注于提升收割机器人的容量，这将提高你的生物燃料产量。一旦收割机器人的容量达到最优，就将注意力转向最大化水机器人的容量，这也会提升生物燃料产量。最后，提升机器人的速度，先从生物燃料机器人开始，然后是收割机器人，最后是水机器人。 第三个要建造的建筑： 斯普伦克小屋：自动播种，减少微操作。这座建筑比回声工坊耗时更长，也是成本最高的建筑。它的重要性在于能够自动播种，而播种是目前唯一需要手动操作的任务。一旦设置完成，你只需管理这一项任务，从而获得更休闲的游戏体验，无需过多微操。 第四个建造的建筑 石板谷仓：解锁化石挖掘以获取资源，并能创造农场动物。 建造完成后，尽快建造动物喂食器。 石板谷仓建成后，石板会四处收集化石。一旦化石数量足够，就创造奶牛或猪，不断添加直到动物喂食器满员。动物会进食，然后四处走动并排泄。现在，首先制造喂食机器人来喂养动物。然后制造一个垃圾机器人来收集它们的粪便。接着制造一个肥料机器人，用它们的排泄物给土壤施肥。之后建造一个肥料处理设施来存放粪便。然后开始升级机器人，先升级容量，再升级速度。最好先把肥料机器人升到满级，然后是垃圾机器人，最后是喂食机器人。因为肥料机器人产生的肥料能加快农作物的生长速度。 第五个要建造的建筑 福比克的小屋：从 bulb hives 收集生物燃料。 建造完成后，种植一些蓝莓灌木。你需要一定数量的蓝莓才能解锁树莓灌木等其他植物。 你还需要建造一个 bulb hive，bulbs 会从灌木上收集浆果，然后将其转化为生物燃料。我还会建造一个蝴蝶笼，因为蝴蝶有助于加快收集进程。你还需要建造一个浆果机器人，并再次将其升级到最高级，优先升级容量，然后是速度。同时要确保浆果机器人靠近存储单元，如果还没有存储单元，就在浆果机器人附近建造一个，这样它就可以存放采摘的浆果了。 第六个要建造的建筑： 桑内特商店：购买装饰品来美化你的农场，并有助于作物自动化。放置指示牌可以帮助斯普伦克种植特定的作物，从而优化他的自动化流程。此外，你还可以添加装饰品来设计和填充你喜欢的空白区域。 第七个也是最后一个要建造的建筑： 皮尼恩小屋：追踪农场统计数据。无资源贡献，提供农场性能和统计数据的洞察。土地扩张 专业提示： 逐步扩展地块，先开垦两侧最近的地块，再向外推进。由于物品移动仅限于完整地块，两侧的额外土地有助于更轻松地重新排列物体。

A basic guide with a spreadsheet containing crop and berry data. Spreadsheet This guide contains a spreadsheet table with crop and berry parameters for anyone to use. I've done some basic maths to find out which crops are the most efficient for different parameters. For example, if you're bottlenecked by watering bots, you can grow a crop that is more water efficient. Spreadsheet link: https://docs.google.com/spreadsheets/d/14ba_tuCNRMV6-yQTmk8exRVV-_6VGmu5qOHHm2vKJN0/edit?usp=sharing I've explained each spreadsheet column in order, below: The Basic Stuff Cost, Time, Water, Cycles, Crop Sell Price and Biofuel values are taken straight from the game. In case anyone needs it explained: Cost 💰 - Cost per seed Time 🕒- Time it takes to grow in seconds Water 💧- How many times the crop needs to be watered to reach full growth Cycles ♻️- How many times the crop regrows Crop Sell Price 🥕💰- How many spare parts received when the crop is harvested Biofuel 🔋- Biofuel produced per crop when placed on the Biofuel Converter. Total Crop Sell Price 🥕💰 Crop Sell Price x Cycles = Total Crop Sell Price per seedThe total spare parts value for each crop, per seed. Total Biofuel 🔋 Biofuel x Cycles = Total Biofuel produced per seedThe total amount of biofuel each crop produces, per seed. Biofuel Sell 🔋💰 Total Biofuel x 10 spare parts = Total Biofuel value in spare partsThe total spare parts value for the biofuel produced by each crop, per seed Gross Profit 💰 Biofuel sell + Total Crop Sell Price = Gross profit Net Profit 💰 Gross profit - cost = Net profit Most Efficient Crops Refer to relevant columns on the spreadsheet Most Efficient Crop at producing Biofuel per Minute 🥕 = 🔋 per 🕒 see Time per Biofuel column (Time x Cycles)/Biofuel = Time per BiofuelThe time it takes for each crop to produce 1 biofuel. The more green the cell column is on the spreadsheet, the more time efficient the crop is at producing biofuel, assuming that it is watered and harvested optimally. For example, Tomatoes, Artichokes and Red Grapes produce the most biofuel per minute. In practice, it's unlikely that crops are watered and harvested immediately so this metric might not be the most practical, i.e. tomatoes are a water-hungry crop, and may spend time waiting to be watered. Artichokes and Red Grapes take a long time to grow so your Biofuel bots might be idle. Time to replant (min) 🌱 Time x cycles = Time to replantTime it takes to replant a seed, in minutes. Most Water Efficient Crop 🥕 = 💧 see Water Efficiency/Intervals column Time to grow / Water required to grow = Water efficiency/intervalHow long it takes before a plant needs to be watered. Red is least efficient (requires the most watering) while Green is most efficient (requires the least watering). You can plant more water efficient crops if you don't have enough water bots. Onions, Pinto Bean, Oats and Watermelon are very water efficient. Total Waterings 💧 Water x Cycles = Waterings per seedTotal number of waterings for each seed. Most Cost Efficient Late Game Crop 💧 per 🔋 see Lowest/Highest Upgrade Watering per Biofuel column Crop waterings required/watering per bot recharge = biofuel efficiency per wateringA calculation to determine how much Biofuel is used up by water bots to fully water/grow a seed. Once you enter the mid-late game, this metric is more useful to calculate which crops are the most cost-efficient. Upgraded water and harvest bots use up more biofuel, so growing water efficient crops becomes more important as they use up less biofuel to grow (Water bots only water a certain amount of tiles before recharging, see water bots below) Non upgraded bot 🤖 = 1 biofuel 🔋 to water 20 tiles 💧 Fully upgraded bot 🤖= 11 biofuel 🔋 to water 80 tiles 💧 For example, in the top 10 high tier crops, Watermelon is the most cost-efficient to grow as it uses up the least amount of water for the highest yield of biofuel. The Lowest Upgrade column calculates the biofuel efficiency of a non-upgraded water bot. The Highest Upgrade column calculates the biofuel efficiency of a fully upgraded water bot. You may have noticed that based on the numbers, the non-upgraded water bot and the lowest tier crop is technically the most optimal crop. This metric isn't perfect because it doesn't factor in time, and is more useful for comparing crops within the same column. On paper, a fully upgraded water bot is less "efficient" because it uses up more biofuel to water less tiles. However, this doesn't take into consideration how a fully upgraded bot will water more tiles in less time. It's finicky to calculate the effect of time/speed as it depends on other variables such as crop growth time, distance between water source and tiles, etc. It's safe to assume, the fully upgraded water bot is at least 4 times faster than the non upgraded bot because it can water 16 tiles before refilling, while the basic bot can water 4 tiles before refilling (see Water Bots below). Water Bots💧🤖 Water bots take 15 seconds to recharge. "Capacity" is a bit misleading - it takes 4 capacity to water 1 crop. Crops watered = Water Bot Capacity divided by 4. Water bots will always water 5 cycles before recharging. E.g. Non-upgraded bot will water 4 tiles and collect water 5 times before recharging (20 tiles watered per recharge). Bots with upgraded capacity can water more tiles before recharging. Base recharge Cost = 1 Biofuel 🔋 + 1🔋 recharge cost per upgrade Max 11 🔋 cost Water Bot Upgrades Capacity Speed 16 100 waters 20 soils then recharges 24 140 waters 30 tiles then recharges 32 180 waters 40 tiles then recharges 40 220 waters 50 tiles then recharges 48 260 waters 60 tiles then recharges 56 - waters 70 tiles then recharges 64 - waters 80 tiles then recharges Author Notes Let me know if there are any mistakes in the guide, or if you have any suggestions. I'm not a maths nerd so I didn't do any complicated equations or any equations that require some guesswork/estimates (e.g. calculating optimal layouts since that depends on other variables such as crop watering intervals, distance and time) If anyone else in the community wants to have a shot at crunching numbers feel free to use my spreadsheet as a base. You can copy the spreadsheet with a Google account by clicking File -> Make a Copy.