func main() {
starttime := time.Now()
fmt.Println("Hello, World", euler.Prime(10000))
fmt.Println("Elapsed time:", time.Since(starttime))
}
func main() {
starttime := time.Now()
primes := make([][2]int64, 0)
for i := int64(1); i <= euler.PrimePi(n); i++ {
primes = append(primes, [2]int64{euler.Prime(i), 0})
}
total := 0
var f func(level int)
f = func(level int) {
if level == len(primes) {
total++
} else {
for primes[level][1] = 0; evaluateTrunc(primes, level+1) <= limit; primes[level][1]++ {
f(level + 1)
}
}
}
f(0)
fmt.Println(total)
fmt.Println("Elapsed time:", time.Since(starttime))
}
func main() {
starttime := time.Now()
memo = make(map[int64]int)
memo[1] = 1
euler.PrimeCache(target)
total := int64(0)
for i := int64(1); i < euler.PrimePi(target); i++ {
if length(euler.Prime(i)) == 25 {
total += euler.Prime(i)
}
}
fmt.Println(total)
fmt.Println("Elapsed time:", time.Since(starttime))
}
func main() {
starttime := time.Now()
total := int64(0)
counter := 0
for i := int64(1); counter < factors; i++ {
for euler.Prime(i)%2 == 0 || euler.Prime(i)%5 == 0 {
i++
}
if a(int(euler.Prime(i))) {
counter++
total += euler.Prime(i)
}
}
fmt.Println(total)
fmt.Println("Elapsed time:", time.Since(starttime))
}
func main() {
starttime := time.Now()
fac := make([][2]int64, lid)
for i := int64(1); i < lid+1; i++ {
fac[i-1] = [2]int64{euler.Prime(i), 0}
}
var smallest big.Int
smallest.SetString("9999999999999999", 10)
for fac[0][1] = 0; fac[0][1] < top; fac[0][1]++ {
for fac[1][1] = fac[0][1]; fac[1][1] >= 0; fac[1][1]-- {
for fac[2][1] = fac[1][1]; fac[2][1] >= 0; fac[2][1]-- {
for fac[3][1] = fac[2][1]; fac[3][1] >= 0; fac[3][1]-- {
for fac[4][1] = fac[3][1]; fac[4][1] >= 0; fac[4][1]-- {
for fac[5][1] = fac[4][1]; fac[5][1] >= 0; fac[5][1]-- {
for fac[6][1] = fac[5][1]; fac[6][1] >= 0; fac[6][1]-- {
for fac[7][1] = fac[6][1]; fac[7][1] >= 0; fac[7][1]-- {
for fac[8][1] = fac[7][1]; fac[8][1] >= 0; fac[8][1]-- {
for fac[9][1] = fac[8][1]; fac[9][1] >= 0; fac[9][1]-- {
for fac[10][1] = fac[9][1]; fac[10][1] >= 0; fac[10][1]-- {
for fac[11][1] = fac[10][1]; fac[11][1] >= 0; fac[11][1]-- {
if solns(fac) > target && smallest.Cmp(evaluate(fac)) > 0 {
smallest = *evaluate(fac)
}
}
}
}
}
}
}
}
}
}
}
}
}
fmt.Println(smallest.String())
fmt.Println("Elapsed time:", time.Since(starttime))
}