文件列表:

LICENSE (1065, 2020-01-12)
Lee_Algorithm_CUDA_fast_distribute.sln (1136, 2020-01-12)
Lee_Algorithm_CUDA_fast_distribute (0, 2020-01-12)
Lee_Algorithm_CUDA_fast_distribute\Lee_Algorithm_CUDA_fast_distribute.vcxproj (4908, 2020-01-12)
Lee_Algorithm_CUDA_fast_distribute\input_image.png (2338, 2020-01-12)
Lee_Algorithm_CUDA_fast_distribute\maze_solver_cuda_fast.cu (10402, 2020-01-12)
images (0, 2020-01-12)
images\100_by_100_orthogonal_maze.png (28387, 2020-01-12)
images\200_by_200_orthogonal_maze.png (98881, 2020-01-12)
images\20_by_20_orthogonal_maze.png (2338, 2020-01-12)
images\input_sample.png (2338, 2020-01-12)
images\maze_after_large.png (2014665, 2020-01-12)
images\maze_after_mid.png (625676, 2020-01-12)
images\maze_after_small.png (58279, 2020-01-12)
images\results1.png (91914, 2020-01-12)
images\results2.png (285684, 2020-01-12)
images\visual_studio_example.png (6010, 2020-01-12)

# maze-solver-cuda C++ based maze solver using Lee Algorithm, accelerated with Nvidia CUDA

## Requirements - Nvidia CUDA : https://developer.nvidia.com/cuda-downloads - openCV 4.1.2-vc14_cv15 : https://opencv.org/opencv-4-1-2/ - you need to copy 'opencv_world412d.dll' to your project directory (./Lee_Algorithm_CUDA_fast_distribute/opencv_world412d.dll).

## Input Maze image You can get randomly generated input maze image from here : www.mazegenerator.net input ex) 

## Usage ### Windows compile with Visual Studio (use .sln file)  ### linux compile cu file with below command ``` nvcc maze_solver_cuda_fast.cu ```

## Results ### 322x322 pixels ### 1602x1602 pixels ### 3202x3202 pixels [Input Maze Image] [Output Solution]

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