Compatibility
Minecraft: Java Edition
Platforms
Supported environments
Tags
Creators
Details
🧮 Numberous
The Ultimate Mathematical Logic & Reality Manipulation Mod for Minecraft!
Have you ever wanted to defeat enemies with Calculus, control time with Algebra, or force the fabric of reality to bend to a sequence? Numberous is not just a mod that adds numbers to Minecraft; it is a hardcore mathematical magic and logic mod that turns pure math into your most powerful weapon and automation tool.
⚙️ Core Blocks (Machines)
- Formula Crafting Table
The foundational workbench for all your mathematical needs.
Function: Performs pure arithmetic and set theory operations.
Usage: Combine numbers, variables, and operators (+, -, *, /, %, $\Delta$, $\Sigma$) to calculate outputs. Also handles complex Set operations like Union ($\cup$) and Intersection ($\cap$).
- Definition Computer
The heart of the mod's logic system. This block allows you to define reality using the Definition Operator (:=).
Global Variables: Define global variables (e.g., x := 5). This updates x everywhere in the world!
Chip Baking: Place an algebraic expression here to bake it into a Function Chip (e.g., f(x) := 2x + 1) or a Sequence Chip (e.g., a_n := an * 2).
⚠️ Mathematical Contradiction: Be careful! If you try to define x := 3 in one computer while x := 5 is defined in another, you will create a mathematical contradiction, resulting in a catastrophic explosion!
- Number Display Block
A holographic projector for your mathematics.
Function: Displays numbers and evaluates variables floating beautifully in the world.
Real-time Sequences: If you insert a Sequence Chip ($a_n$), the block automatically increments $n$ by 1 every second (20 ticks), showing the sequence progressing in real-time!
Chaining: You can insert a base variable on top and a Function Chip on the bottom to pass the output through the function dynamically.
- Equation Comparator
The ultimate Redstone mathematical sensor.
Function: Compares two values or chips using comparison operators (>, <, =, ≥, ≤, ≠). If the mathematical statement is true, it emits a Redstone signal. Perfect for precise automation!
- Set Counter & Set Element Extractor
Advanced tools for Set Theory. Count the cardinality of a set or extract specific elements from infinite sets ($\mathbb{N}$, $\mathbb{Z}$, $\mathbb{Q}$, $\mathbb{R}$).
🛠️ Items & Variables
Numbers & Operators
Numbers (0-9 & Generic Numbers): The basic building blocks.
Operators: Basic arithmetic, Modulo (%), Absolute Value ($|x|$), Delta ($\Delta$ - finds the rate of change/derivative), and Summation ($\Sigma$ - calculates series and Riemann integrals).
Special Numbers: Infinity ($\infty$), Epsilon ($\varepsilon$), and Aleph ($\aleph$).
Dynamic Variables
This is where the true power of Numberous lies:
Variable x: Standard algebraic variable.
Variable n: Sequence step variable.
Variable t (Time): Synchronized perfectly with the Minecraft world tick clock. Use this to make functions change as time passes!
Coordinate Variables (pos.x, pos.y, pos.z): Represents the coordinates of entities.
🌟 The Power of Coordinate Manipulation
Using the Definition Computer, you can manipulate player coordinates directly.
If you define pos.y := 100, your Y coordinate is locked to 100.
If you define pos.y := t, you will continuously float up into the sky as time ($t$) progresses! The possibilities for custom spells and traps are infinite.
Function & Sequence Chips
Portable NBT items that store your complex formulas. Apply them to other calculations or slot them into Number Display Blocks to automate math.
Creative Calculator
A handy UI tool for Creative mode to easily type and obtain any specific generic number you need without crafting it digit by digit. (Press E or ESC to close).
🚀 Why Play Numberous?
Whether you are a Redstone engineer looking for precise logic gates, a combat enthusiast wanting to create scaling "Sequence-based" damage weapons, or just a math nerd wanting to calculate Riemann Sums in Minecraft—Numberous gives you the tools to write the laws of the universe yourself.


