import java.io.File

fun main() {
    var input = File("input.txt").readLines()
    val seeds = input[0].split(":")[1].trim().split(" ")
    var formattedInput = ""
    val soilMap: HashMap<IntRange, IntRange> = HashMap()
    val fertilizerMap: HashMap<IntRange, IntRange> = HashMap()
    val waterMap: HashMap<IntRange, IntRange> = HashMap()
    val lightMap: HashMap<IntRange, IntRange> = HashMap()
    val temperatureMap: HashMap<IntRange, IntRange> = HashMap()
    val humidityMap: HashMap<IntRange, IntRange> = HashMap()
    val locationMap: HashMap<IntRange, IntRange> = HashMap()
    input = input.drop(2)
    input.forEach { line -> formattedInput += line.ifBlank { "#" }.plus(" ") }
    val splitValue = formattedInput.split("#")
    splitValue[0].split(": ").drop(1).forEach {
        val numbers = it.trim().split(" ")
        for (i in numbers.indices step 3) {
            soilMap[numbers[i + 1].toInt()..<numbers[i + 1].toInt() + numbers[i + 2].toInt()] =
                numbers[i].toInt()..<numbers[i].toInt() + numbers[i + 2].toInt()
        }
    }
    splitValue[1].split(": ").drop(1).forEach {
        val numbers = it.trim().split(" ")
        for (i in numbers.indices step 3) {
            fertilizerMap[numbers[i + 1].toInt()..<numbers[i + 1].toInt() + numbers[i + 2].toInt()] =
                numbers[i].toInt()..<numbers[i].toInt() + numbers[i + 2].toInt()
        }
    }
    splitValue[2].split(": ").drop(1).forEach {
        val numbers = it.trim().split(" ")
        for (i in numbers.indices step 3) {
            waterMap[numbers[i + 1].toInt()..<numbers[i + 1].toInt() + numbers[i + 2].toInt()] =
                numbers[i].toInt()..<numbers[i].toInt() + numbers[i + 2].toInt()
        }
    }
    splitValue[3].split(": ").drop(1).forEach {
        val numbers = it.trim().split(" ")
        for (i in numbers.indices step 3) {
            lightMap[numbers[i + 1].toInt()..<numbers[i + 1].toInt() + numbers[i + 2].toInt()] =
                numbers[i].toInt()..<numbers[i].toInt() + numbers[i + 2].toInt()
        }
    }
    splitValue[4].split(": ").drop(1).forEach {
        val numbers = it.trim().split(" ")
        for (i in numbers.indices step 3) {
            temperatureMap[numbers[i + 1].toInt()..<numbers[i + 1].toInt() + numbers[i + 2].toInt()] =
                numbers[i].toInt()..<numbers[i].toInt() + numbers[i + 2].toInt()
        }
    }
    splitValue[5].split(": ").drop(1).forEach {
        val numbers = it.trim().split(" ")
        for (i in numbers.indices step 3) {
            humidityMap[numbers[i + 1].toInt()..<numbers[i + 1].toInt() + numbers[i + 2].toInt()] =
                numbers[i].toInt()..<numbers[i].toInt() + numbers[i + 2].toInt()
        }
    }
    splitValue[6].split(": ").drop(1).forEach {
        val numbers = it.trim().split(" ")
        for (i in numbers.indices step 3) {
            locationMap[numbers[i + 1].toInt()..<numbers[i + 1].toInt() + numbers[i + 2].toInt()] =
                numbers[i].toInt()..<numbers[i].toInt() + numbers[i + 2].toInt()
        }
    }

    var lowest = Int.MAX_VALUE
    seeds.forEach { seed ->
        val soil = 0
        soilMap.keys.forEach {range ->
            if (seed.toInt() in range){
                soil = 
            }
        }
    }
}