func main() {
// s := (math.Trunc(math.Sqrt(5)*math.Pow(10,10)) + 1) / math.Pow(10,10)
s := math.Sqrt(5)
t := 31
results := make([][4]uint64, t, t)
results[0] = [4]uint64{1, 0, 0, 0}
results[1] = [4]uint64{3, 0, 1, 0}
for i := 2; i < t; i++ {
a := results[i-1][0]
b := results[i-1][1]
c := results[i-1][2]
d := results[i-1][3]
ai := 3*a + 3000*b + 5*c + 5000*d
ci := 3*c + 3000*d + a + 1000*b
results[i] = [4]uint64{ai % 1000, (ai / 1000) % 10000000000, ci % 1000, (ci / 1000) % 10000000000}
}
// CONFIG TO DO EVERY TIME
const headerLines int = 1
const caseSize int = 1
fmt.Println("-- Start")
filename := gxbUtilsOld.SetupEnv()
_, problems := gxbUtilsOld.ReadInputFile(filename, headerLines, caseSize)
solutions := make([][]string, len(problems), len(problems))
for i := 0; i < len(problems); i++ {
solutions[i] = handleCase(problems[i], results, s)
}
gxbUtilsOld.OutputResults(solutions, filename)
fmt.Println("-- Done")
}
func main() {
// CONFIG TO DO EVERY TIME
const headerLines int = 1
const caseSize int = 3
filename := gxbUtilsOld.SetupEnv()
_, problems := gxbUtilsOld.ReadInputFile(filename, headerLines, caseSize)
solutions := make([][]string, len(problems), len(problems))
for i := 0; i < len(problems); i++ {
solutions[i] = handleCase(problems[i])
}
gxbUtilsOld.OutputResults(solutions, filename)
}
func main() {
// CONFIG TO DO EVERY TIME
headerLines := 1
caseSize := 1
filename := gxbUtilsOld.SetupEnv()
_, problems := gxbUtilsOld.ReadInputFile(filename, headerLines, caseSize)
solutions := make([][]string, len(problems), len(problems))
i := 0
for i < len(problems) {
solutions[i] = handleCase(problems[i])
i += 1
}
gxbUtilsOld.OutputResults(solutions, filename)
}