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A robot represented as a point moves in a regular two-dimensional NxN grid (e.g., N = 100). Each point of the grid is either "free" or "forbidden" (obstacle). From any position (i,j) in the grid the robot can reach each of the 4 adjacent positions (i,j-1), (i,j+1), (i-1,j), (i+1,j), if it is not forbidden. A navigation problem consists of findin…

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pazukunous/Best-First-Robot-Navigation

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Justin Saborouh
sabor101@mail.chapman.edu
2280128

TO COMPILE: 
g++ -o main *.cpp
./main [textFileGoesHere.txt]


I only have three samples provided.

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A robot represented as a point moves in a regular two-dimensional NxN grid (e.g., N = 100). Each point of the grid is either "free" or "forbidden" (obstacle). From any position (i,j) in the grid the robot can reach each of the 4 adjacent positions (i,j-1), (i,j+1), (i-1,j), (i+1,j), if it is not forbidden. A navigation problem consists of findin…

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