removed nonogram

README.md

@@ -1,6 +1,6 @@
 # N-Dimensional Wave Function Collapse (WFC) Library
 
-A templated C++20 Wave Function Collapse engine that can work with 2D grids, 3D grids, Sudoku, Picross, and any other constraint satisfaction problem. The engine is coordinate-system agnostic and can work with any graph-like structure.
+A templated C++20 Wave Function Collapse engine that can work with 2D grids, 3D grids, Sudoku, and any other constraint satisfaction problem. The engine is coordinate-system agnostic and can work with any graph-like structure.
 
 ## Features
 
@@ -12,26 +12,6 @@ A templated C++20 Wave Function Collapse engine that can work with 2D grids, 3D
 - **C++20**: Uses modern C++ features like concepts, ranges, and smart pointers
 - **Custom Random Selectors**: Pluggable random selection strategies for cell collapse, including compile-time compatible options
 
-## Project Structure
-
-```
-nd-wfc/
-├── CMakeLists.txt              # Main CMake configuration
-├── include/nd-wfc/            # Public headers
-│   ├── wfc.h                  # Main include file
-│   ├── wfc.hpp                # Core WFC classes and builder pattern
-│   └── worlds.hpp             # Built-in World type implementations
-├── src/                       # Implementation files
-│   ├── CMakeLists.txt
-│   └── main.cpp               # Basic test program
-├── examples/                  # Example programs
-│   ├── CMakeLists.txt
-│   ├── tilemap_example.cpp    # 2D tilemap generation
-│   ├── sudoku_example.cpp     # Full 9x9 Sudoku solver
-│   └── simple_sudoku_example.cpp # Simple 2x2 Sudoku for testing
-└── build/                     # Build directory (generated)
-```
-
 ## Custom Random Selectors
 
 The WFC library now supports customizable random selection strategies for choosing cell values during the collapse process. This allows users to implement different randomization algorithms while maintaining compile-time compatibility.