1a:I[10086,["6079","static/chunks/363642f4-ca12a5ed7d30075e.js","5653","static/chunks/5653-10777e0e1fc92dce.js","5000","static/chunks/5000-a7bfe5b9669501e3.js","8501","static/chunks/8501-12247bfa9b4a3a0d.js","643","static/chunks/app/codes/%5Bid%5D/page-56c854ce831bc98e.js"],"AdSenseInsert"] 1b:I[48803,["6079","static/chunks/363642f4-ca12a5ed7d30075e.js","5653","static/chunks/5653-10777e0e1fc92dce.js","5000","static/chunks/5000-a7bfe5b9669501e3.js","8501","static/chunks/8501-12247bfa9b4a3a0d.js","643","static/chunks/app/codes/%5Bid%5D/page-56c854ce831bc98e.js"],"CodeViewer"] 1c:T67c,#include "testlib.h" #include #include #include using namespace std; int main(int argc, char* argv[]) { registerGen(argc, argv, 1); // Hyper-parameters for diversity int R = rnd.next(3, 20); int C = rnd.next(3, 20); int fence_pct = rnd.next(0, 30); // percentage chance of fence in interior int occ_pct = rnd.next(0, 40); // percentage chance of occupancy (sheep+wolf) int sheep_pct = rnd.next(0, 100); // ratio of sheep within occupied cells double fence_prob = fence_pct / 100.0; double occ_prob = occ_pct / 100.0; double sheep_frac = sheep_pct / 100.0; double sheep_prob = occ_prob * sheep_frac; double wolf_prob = occ_prob * (1.0 - sheep_frac); // Build grid with boundary fences to prevent "escape" areas vector grid(R, string(C, '.')); for (int j = 0; j < C; j++) { grid[0][j] = '#'; grid[R-1][j] = '#'; } for (int i = 0; i < R; i++) { grid[i][0] = '#'; grid[i][C-1] = '#'; } // Fill interior cells for (int i = 1; i < R-1; i++) { for (int j = 1; j < C-1; j++) { double p = rnd.next(); if (p < fence_prob) { grid[i][j] = '#'; } else if (p < fence_prob + sheep_prob) { grid[i][j] = 'o'; } else if (p < fence_prob + sheep_prob + wolf_prob) { grid[i][j] = 'v'; } else {

코드 #3459