import math._
import scala.util._

/**
 * Auto-generated code below aims at helping you parse
 * the standard input according to the problem statement.
 **/
object Player extends App {
    // w: number of columns.
    // h: number of rows.
    val Array(w, h) = for(i <- readLine split " ") yield i.toInt

    val tunnelMap = (1 to h).toList.map(_ -> readLine.split(" ").map(_.toInt).toList)
    val exit = readInt

    val tileFlow = Map(
        0 -> null,
        1 -> Map("TOP" -> "BOTTOM", "LEFT" -> "BOTTOM", "RIGHT" -> "BOTTOM"),
        2 -> Map("LEFT" -> "RIGHT", "RIGHT" -> "LEFT"),
        3 -> Map("TOP" -> "BOTTOM"),
        4 -> Map("TOP" -> "LEFT", "RIGHT" -> "BOTTOM"),
        5 -> Map("TOP" -> "RIGHT", "LEFT" -> "BOTTOM"),
        6 -> Map("TOP" -> null, "LEFT" -> "RIGHT", "RIGHT" -> "LEFT"),
        7 -> Map("TOP" -> "BOTTOM", "RIGHT" -> "BOTTOM"),
        8 -> Map("LEFT" -> "BOTTOM", "RIGHT" -> "BOTTOM"),
        9 -> Map("LEFT" -> "BOTTOM", "TOP" -> "BOTTOM"),
        10 -> Map("TOP" -> "LEFT", "LEFT" -> null),
        11 -> Map("TOP" -> "RIGHT", "RIGHT" -> null),
        12 -> Map("RIGHT" -> "BOTTOM"),
        13 -> Map("LEFT" -> "BOTTOM")
    )

    // game loop
    while(true) {
        val Array(_xi, _yi, pos) = readLine split " "
        val xi = _xi.toInt
        val yi = _yi.toInt

        val tile = tunnelMap(yi)._2(xi)
        val flow = tileFlow(tile)(pos)

        val (nx, ny) = flow match {
            case "LEFT" => (xi - 1, yi)
            case "RIGHT" => (xi + 1, yi)
            case "BOTTOM" => (xi, yi + 1)
        }

        println(s"$nx $ny")
    }
}