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@@ -114,12 +114,41 @@ func simulateY(v int, yPoint point) int {
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return 0
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}
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-func main() {
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- if len(os.Args) < 2 {
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- log.Fatal("Please provide a file name as argument")
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+func part2(minXVelocity int, input []point) int {
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+ found := 0
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+
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+ for initialXVelocity := minXVelocity; initialXVelocity <= input[0].max; initialXVelocity++ {
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+ for initialYVelocity := 0 - input[1].min - 1; initialYVelocity >= input[1].min; initialYVelocity-- {
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+ x := 0
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+ y := 0
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+ xV := initialXVelocity
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+ yV := initialYVelocity
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+ for {
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+ x += xV
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+ y += yV
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+ if xV > 0 {
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+ xV--
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+ }
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+ yV--
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+
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+ if x > input[0].max || y < input[1].min {
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+ break
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+ }
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+
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+ if (x >= input[0].min && x <= input[0].max) && (y >= input[1].min && y <= input[1].max) {
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+ found++
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+ break
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+ }
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+ }
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+ }
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}
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+ return found
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+}
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+
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+func main() {
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input := readInput(os.Args[1])
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- //fmt.Println(findMinXVelocity(input[0]))
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+ minXVelocity := findMinXVelocity(input[0])
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fmt.Println("Part1:", simulateY(0-input[1].min-1, input[1]))
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+ fmt.Println("Part2:", part2(minXVelocity, input))
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}
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