static/chunks/766-12dbb05e2adf85ab.js","4150","static/chunks/app/courses/%5BcourseSlug%5D/lessons/%5BunitSlug%5D/page-1fc213a0f4568bd8.js"],"Image"] 3b:T4cc,#include #include std::vector> submatrixConcatenation( const std::vector>& matrixA, const std::vector>& matrixB, std::vector> submatrixCoords) { int startRowA = submatrixCoords[0][0]; int endRowA = submatrixCoords[0][1]; int startColA = submatrixCoords[0][2]; int endColA = submatrixCoords[0][3]; int startRowB = submatrixCoords[1][0]; int endRowB = submatrixCoords[1][1]; int startColB = submatrixCoords[1][2]; int endColB = submatrixCoords[1][3]; std::vector> submatrixA; for (int i = startRowA - 1; i < endRowA; ++i) { std::vector rowA; for (int j = startColA - 1; j < endColA; ++j) { rowA.push_back(matrixA[i][j]); } submatrixA.push_back(rowA); } std::vector> submatrixB; for (int i = startRowB - 1; i < endRowB; ++i) { std::vector rowB; for (int j = startColB - 1; j < endColB; ++j) { rowB.push_back(matrixB[i][j]); } submatrixB.push_back(rowB); } // At this point, we have extracted submatrices from matrixA and matrixB3c:T590,vector> submatrixConcatenation( const std::vector>& matrixA, const std::vector>& matrixB, std::vector> submatrixCoords) { int startRowA = submatrixCoords[0][0]; int endRowA = submatrixCoords[0][1]; int startColA = submatrixCoords[0][2]; int endColA = submatrixCoords[0][3]; int startRowB = submatrixCoords[1][0]; int endRowB = submatrixCoords[1][1]; int startColB = submatrixCoords[1][2]; int endColB = submatrixCoords[1][3]; std::vector> submatrixA; for (int i = startRowA - 1; i < endRowA; ++i) { std::ve