Simulate multi-stage plant growth with configurable definitions and environmental factors.
npx skills add https://github.com/haitao2016/--Skill --skill plant-growth-sim
Please help me install this Agent Skill. Skill: plant-growth-sim Source: https://github.com/haitao2016/--Skill/tree/main/plant-growth-sim Command: npx skills add https://github.com/haitao2016/--Skill --skill plant-growth-sim
This Skill provides a framework for simulating plant growth in 2D and 3D environments, suitable for games and educational applications, saving developers time on complex simulation logic.
Define a plant species with PlantDef.create({ name = "Tomato", stages = ..., needs = ..., yield = ... }). Create a growth engine with GrowthEngine.new(plant). Update the engine with plant:update(dt, env), where env includes light, water, temperature, and soil fertility factors.
High-intent search queries and answers about installing and using this skill.
To simulate plant growth in Lua, define a plant with `PlantDef.create`, instantiate `GrowthEngine.new`, and call `plant:update(dt, env)` by passing light, water, temperature, and soil fertility factors.
The growth engine processes environmental factors by updating plant progression through `plant:update(dt, env)`, where `env` contains variables like light, water, temperature, and soil fertility that drive multi-stage simulation.
Yes, the framework enables data-driven plant definition using `PlantDef.create`, allowing you to configure custom species with specific stages, environmental needs, and harvest yields.
Yes, this framework requires UrhoX Lua and related libraries to handle rendering and environment simulation for visualizing 2D and 3D plant growth progression.
The best way to build a farming simulation is using a dedicated growth engine framework that tracks multi-stage progression, visualizes 2D and 3D plants, and manages a harvest system for mature plants.
A harvest system tracks plant maturity and manages harvests within the simulation framework, ensuring that plants are collected only after completing their configured growth stages and yielding their defined output.
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