The Farmer Was Replaced

The Farmer Was Replaced is a programming and automation game where the player controls a farming drone by writing code. Instead of planting and harvesting crops manually, the main task is to create instructions that tell the drone what to do. The game uses a simplified language similar to Python, so actions such as moving, planting, harvesting, checking conditions, and repeating tasks can be combined into automated farming routines. There is no traditional story campaign. Progress is based on improving the farm and creating more efficient programs.

Programming the Drone

The player writes code in an editor and then executes it to control the drone. Early sections introduce programming concepts gradually, including basic commands, loops, conditions, variables, and functions. The game explains new language features as they become available, but the player still has to determine how to solve each farming problem. A simple script may only move the drone between crops, while later programs can automate much larger parts of the farm.

The main gameplay includes:

•         writing commands for the farming drone;
•         planting and harvesting different resources;
•         using loops to repeat actions;
•         checking conditions before performing tasks;
•         creating functions for repeated operations;
•         collecting resources to unlock new technology;
•         optimizing programs so the farm works more efficiently.

Continuous Progression

The Farmer Was Replaced is not divided into conventional numbered levels. Instead, it uses continuous progression, with new farming mechanics and programming tools becoming available over time. Resources collected by the drone can be spent on technology that expands what the player can automate. New tasks require more complicated code, so progression comes from learning additional commands and combining them into larger systems rather than reaching the end of separate stages.

How to Play

The basic process is to decide what the drone should accomplish, write a program for that task, execute it, and watch the result. If the drone behaves incorrectly or stops before finishing the job, the player returns to the code and changes the instructions. This creates a repeated cycle of writing, testing, debugging, and optimizing. Later tasks require the player to manage larger farming areas and avoid unnecessary actions, making efficient code increasingly important.

Most of the game is therefore about solving automation problems rather than directly controlling a character. There are no standard combat encounters, exploration levels, or story missions. The challenge comes from understanding the available programming tools and using them to build farming systems that can continue working with minimal manual input.