What algorithms are used to generate mazes?

We use four different algorithms: Recursive Backtracking (creates long winding paths), Kruskal's Algorithm (creates more branching paths), Prim's Algorithm (creates tree-like structures), and Wilson's Algorithm (creates unbiased random mazes). Each algorithm produces different maze characteristics and difficulty patterns.

How do the difficulty levels work?

Difficulty levels affect maze complexity: Easy (simple paths, fewer dead ends), Medium (moderate complexity with some branching), Hard (complex paths with many dead ends), and Expert (maximum complexity with intricate branching patterns). The algorithm parameters are adjusted to create appropriate challenge levels.

Can I create custom maze sizes?

Yes! While we provide preset sizes (20×20 to 80×80), you can specify custom dimensions. Larger mazes are more challenging but may take longer to generate and require more processing power. We recommend staying within reasonable limits for optimal performance.

What export formats are available?

You can export mazes in multiple formats: SVG (vector format, scalable), PNG (raster image, good for web), PDF (document format, perfect for printing), and Print-Ready (optimized for paper printing with proper margins and scaling).

How does the solution path work?

The solution path shows the optimal route from start to finish, highlighted in red. It's calculated using pathfinding algorithms to ensure it's the shortest possible route. You can toggle the solution on/off to use the maze as a puzzle or reference.

Are the generated mazes always solvable?

Yes, all generated mazes are guaranteed to be solvable with exactly one solution path from start to finish. Our algorithms ensure there are no isolated sections and that every cell is reachable from the starting point.

Can I use these mazes commercially?

Yes, all generated mazes are free to use for personal, educational, and commercial purposes. You can include them in books, worksheets, games, or any other projects without attribution required, though it's always appreciated.

What's the best format for printing?

For printing, use the PDF format or Print-Ready option. These formats are optimized for paper with proper margins, scaling, and resolution. SVG format also works well for printing as it's vector-based and scales perfectly to any size.

Maze Generator

Create Custom Mazes & Puzzles with Solution Paths

Advanced maze generation • Multiple algorithms • Various shapes & sizes • Solution visualization • Export capabilities

Maze Settings

Difficulty

Size

Algorithm

Shape

Current Maze

Click "Generate Maze" to create your first maze

Features

Professional maze generation with advanced customization options

4 Algorithms

Multiple Algorithms

Choose from 4 different maze generation algorithms for varied patterns

4 Levels

Difficulty Levels

Easy to expert difficulty with adjustable complexity

4 Shapes

Various Shapes

Generate square, rectangular, circular, and hexagonal mazes

Visual Path

Solution Visualization

View optimal solution path highlighted in red

4 Formats

Export Options

Download as SVG, PNG, PDF, or print-ready formats

Scalable

Custom Sizes

Create mazes from small puzzles to large wall posters

Educational

Educational Tool

Perfect for teachers, parents, and puzzle enthusiasts

Real-time

Instant Generation

Generate new mazes instantly with one click

Technical Specifications

4 Generation Algorithms

Generation Methods

Up to 100×100 cells

Maximum Size

4 Export Formats

Export Options

Always Solvable

Guaranteed

Instant Generation

Speed

Quick Tips for Maze Creation

Choose Difficulty

Start with Easy for beginners, Expert for maximum challenge

Try Different Algorithms

Each algorithm creates unique maze patterns and characteristics

Use Solution Toggle

Hide solution for puzzles, show for reference or verification

Export Quality

Use SVG for scalability, PDF for printing, PNG for web use

Frequently Asked Questions

Common questions about maze generation and usage

General Questions

3 questions

Technical & Usage

3 questions

Export & Printing

2 questions

Use Cases

Perfect for education, entertainment, and professional applications

Education & Learning

Create educational materials for students and children

Entertainment & Games

Generate puzzles for parties, events, and personal enjoyment

Cognitive Therapy

Use for cognitive training and therapeutic activities

Print Materials

Create printable mazes for books, worksheets, and activities

Game Development

Generate maze layouts for video games and applications

Art & Design

Use maze patterns for artistic and design projects

Maze Generation Knowledge Graph

Deep dive into maze algorithms, types, and applications

Core Concepts

Fundamental mathematical and algorithmic principles

Theory

Graph Theory

Mathematical foundation of maze generation using nodes and edges

Algorithm

Pathfinding

Algorithms to find optimal routes through maze structures

Method

Recursive Algorithms

Self-referencing algorithms that build mazes step by step

Structure

Spanning Trees

Tree structures that connect all points with minimum connections

Geometry

Maze Topology

Structural properties and connectivity patterns of mazes

Algorithms & Techniques

Based on computer science algorithms and graph theory

Depth-First

Recursive Backtracking

Recursive Backtracking - Creates long winding passages with few branches

Minimum Spanning Tree

Kruskal's Algorithm

Kruskal's Algorithm - Minimum spanning tree approach with uniform distribution

Growing Tree

Prim's Algorithm

Prim's Algorithm - Grows maze from single point creating tree-like structures

Random Walk

Wilson's Algorithm

Wilson's Algorithm - Loop-erased random walk for unbiased maze generation

Application Fields

Real-world applications and use cases

Education

Education & Learning

Teaching problem-solving, spatial reasoning, and logical thinking

Gaming

Game Design

Level design and procedural content generation for games

Research

Cognitive Science

Research into spatial navigation and problem-solving abilities

Knowledge Network

Theory

Graph theory, algorithms, mathematical foundations

Implementation

Algorithms, data structures, optimization techniques

Application

Education, gaming, research, problem-solving