5. (25 points) For this question, do not worry about error checking. Assume all inputs to functions will be valid, and no malloc errors will occur. Ignore all trivial typos (e.g., missing :) in the code below and assume it will work as intended. (25 minutes) Given the following code that implements a 2-D Cartesian coordinate system: typdef struct { int x // x-axis position // y-axis position int val // value in that position } point_t int y int main(int argc, char** argv) { int rows = atoi (argv[1]) // number of rows in the 2-D array int cols = atoi(argv[2]) // number of columns in the 2-D array // create a 2D array of point_t* point_t*** my-grid init_2d_grid(&my-grid, rows, cols) // Print out the coordinate system print-grid(my-grid, rows, cols) } void print_grid(point_t*** my-grid, int rows, int cols) { for(int i = 0; i x, my-grid[i][j]->y, my-grid[i][j]->val) } printf(" ") } } 5. (25 points) For this question, do not worry about error checking. Assume all inputs to functions will be valid, and no malloc errors will occur. Ignore all trivial typos (e.g., missing :) in the code below and assume it will work as intended. (25 minutes) Given the following code that implements a 2-D Cartesian coordinate system: typdef struct { int x // x-axis position // y-axis position int val // value in that position } point_t int y int main(int argc, char** argv) { int rows = atoi (argv[1]) // number of rows in the 2-D array int cols = atoi(argv[2]) // number of columns in the 2-D array // create a 2D array of point_t* point_t*** my-grid init_2d_grid(&my-grid, rows, cols) // Print out the coordinate system print-grid(my-grid, rows, cols) } void print_grid(point_t*** my-grid, int rows, int cols) { for(int i = 0; i x, my-grid[i][j]->y, my-grid[i][j]->val) } printf(" ") } }