part2 (1427B)
1--- Part Two --- 2 3Maybe a fancy trick shot isn't the best idea; after all, you only have one probe, so you had better 4not miss. 5 6To get the best idea of what your options are for launching the probe, you need to find 7[1m[97mevery initial velocity[0m that causes the probe to eventually be within the target area after any step. 8 9In the above example, there are [1m[97m112[0m different initial velocity values that meet these criteria: 10 1123,-10 25,-9 27,-5 29,-6 22,-6 21,-7 9,0 27,-7 24,-5 1225,-7 26,-6 25,-5 6,8 11,-2 20,-5 29,-10 6,3 28,-7 138,0 30,-6 29,-8 20,-10 6,7 6,4 6,1 14,-4 21,-6 1426,-10 7,-1 7,7 8,-1 21,-9 6,2 20,-7 30,-10 14,-3 1520,-8 13,-2 7,3 28,-8 29,-9 15,-3 22,-5 26,-8 25,-8 1625,-6 15,-4 9,-2 15,-2 12,-2 28,-9 12,-3 24,-6 23,-7 1725,-10 7,8 11,-3 26,-7 7,1 23,-9 6,0 22,-10 27,-6 188,1 22,-8 13,-4 7,6 28,-6 11,-4 12,-4 26,-9 7,4 1924,-10 23,-8 30,-8 7,0 9,-1 10,-1 26,-5 22,-9 6,5 207,5 23,-6 28,-10 10,-2 11,-1 20,-9 14,-2 29,-7 13,-3 2123,-5 24,-8 27,-9 30,-7 28,-5 21,-10 7,9 6,6 21,-5 2227,-10 7,2 30,-9 21,-8 22,-7 24,-9 20,-6 6,9 29,-5 238,-2 27,-8 30,-5 24,-7 24 25[1m[97mHow many distinct initial velocity values cause the probe to be within the target area after any 26step?[0m 27 28