using System;

using System.Collections.Generic;

public class Program

{

    static string line1input = "R991,U847,L239,U883,L224,D359,L907,D944,L79,U265,L107,D183,R850,U203,R828,D95,L258,D931,R792,U117,L309,U182,L633,D567,L828,D454,L660,U652,L887,D341,L497,D857,L299,U191,L882,D476,L968,U913,R453,D776,R169,D1,L193,D187,L564,U306,R815,U9,L434,U879,L816,D142,R16,U663,L54,D347,L557,U828,R597,D328,L636,U200,L383,D256,R162,U159,R37,D748,R440,D260,R48,D755,R762,U73,L357,U132,L745,D426,L797,U744,R945,D788,R585,U948,L20,D983,L335,U709,R488,U715,R229,D672,L13,D930,R903,D71,R620,U146,L835,U936,R542,D311,R375,U91,R362,U613,L78,D451,R220,D493,R404,D516,L550,U647,L908,U254,R827,D180,R902,U972,R56,U761,R912,U356,L921,D461,L65,D651,L230,U534,R143,D614,L526,D100,R76,D135,L572,U971,L219,D793,R638,U676,L58,D882,R299,D922,L198,D872,R736,D433,L999,U157,R795,U344,R213,D205,L928,D319,L775,U288,L903,U735,R128,D835,R496,U992,L875,D823,L833,D635,L700,U586,L587,U753,R849,U433,R473,U369,R891,U10,L152,U26,L893,U752,L258,D384,L491,U314,R722,U783,R801,U551,R141,U870,L662,D572,R671,U285,L435,D83,L260,U371,R849,U741,R661,U774,L583,U947,L460,U677,R809,D130,L288,D58,R107,U597,R21,U17,R99,U202,L324,U493,R824,U207,L460,D734,L154,D689,L366,D879,L353,U548,L307,D691,R70,U470,R649,D948,L346,U16,L257,D800,R954,D165,R376,D312,R491,D175,R426,U920,L532,U2,L556,D553,R320,D861,L129,D42,R112,U101,R455,D930,R122,D443,R28,D72,L670,U133,L599,D813,R169,D827,R235,D644,L297,U261,R405,D887,R218,D647,R108,D928,L779,D961,L110,U690,L214,U342,R449,D737,L651,U940,L370,D882,R10,D605,R369,U408,R167,D542,L819";

    static string line2input = "L994,U274,R468,D607,R236,D712,R825,D228,L812,U796,R806,D874,L742,D297,L269,D853,R229,U319,R616,U77,L30,D879,L831,U241,R751,D20,R577,D949,L333,D520,L249,D165,R831,U965,L229,D412,L312,U31,L624,U593,L508,D359,R187,D682,R536,D266,L761,U412,R136,D296,L334,D180,R683,U93,L323,D864,L912,U262,L150,U437,L961,U224,R684,D62,R733,U302,R700,D417,R861,U394,L647,D564,R588,U184,L344,D812,L412,U409,R853,D548,L401,D670,R973,U490,R791,D784,R569,U852,R753,U510,R394,D517,R253,D418,R665,D742,L233,D311,L266,D395,L23,U595,R248,D243,L944,U830,L846,U44,L231,D399,R131,D825,R975,U476,L306,U716,L764,D730,L455,U27,L764,D274,R403,D376,L474,D724,R237,U870,R206,U172,R857,D993,R348,U591,R228,U534,L968,U722,L891,U656,L645,U831,L838,D641,R886,U185,R760,U531,R397,D849,L790,U839,L937,U508,L802,U166,L571,D153,L600,U356,R273,D185,L862,D159,L806,U503,R612,U324,R745,D398,L905,D31,L14,U965,R586,U808,L334,U390,R44,D132,R605,U999,R880,U579,R732,D717,L489,D577,R373,D913,R238,U532,R614,U518,R197,U129,R627,U5,R774,D922,L761,D540,R418,U419,R120,U637,R237,D73,L648,D162,L324,D911,L916,D886,L60,D961,R207,U102,R872,D884,R611,U360,R679,U974,R30,U895,L327,U256,L520,U977,R792,D356,R376,D39,L689,U159,R270,D621,L197,U138,L811,U100,L776,U936,R514,D69,R625,U99,L970,D519,R831,U227,L307,D271,R940,U690,L978,D257,R500,D971,R149,U291,L706,U177,L694,U230,R780,U604,R987,U222,L941,D511,R591,U156,L511,U207,L423,U324,R508,U338,L257,U547,R952,U927,L205,U476,L713,D170,L462,D848,R666,D836,R352,U414,L653,D657,R721,U807,L182,U823,L826"; 

​

    //static string line1input = "R98,U47,R26,D63,R33,U87,L62,D20,R33,U53,R51";

    //static string line2input = "U98,R91,D20,R16,D67,R40,U7,R15,U6,R7";

    public static void Main()

    {

        string[] line1inputs = line1input.Split(',');

        string[] line2inputs = line2input.Split(',');

        List<Line> lines1 = new List<Line>();

        List<Line> lines2 = new List<Line>();

        Line lastLine = new Line(new Point(0,0),new Point(0,0),0);

        foreach(string s in line1inputs) {

            Point end = new Point(lastLine.end, s);

            Line newLine = new Line(lastLine.end, end, lastLine.endStep);

            /* no self intersections needed :(

            foreach(Line oldLine in lines1) {

                Point inter = Line.Intersect(newLine, oldLine);

                if(inter != null) {

                    newLine.AddIntersection(new Intersection(inter, oldLine));  

                }

            }

            */

            lines1.Add(newLine);

            lastLine = newLine;

        }

        lastLine = new Line(new Point(0,0),new Point(0,0),0);

        foreach(string s in line2inputs) {

            Point end = new Point(lastLine.end, s);

            Line newLine = new Line(lastLine.end, end, lastLine.endStep);

            /* no self intersections needed :(

            foreach(Line oldLine in lines2) {

                Point inter = Line.Intersect(newLine, oldLine);

                if(inter != null) {

                    newLine.AddIntersection(new Intersection(inter, oldLine));  

                }

            }

            */

            lines2.Add(newLine);

            lastLine = newLine;

        }

        //Point minPoint = new Point(9999999, 9999999);

        int minDistance = 999999999;

        int minSteps = 999999999;

        foreach(Line line1 in lines1) {

            foreach(Line line2 in lines2) {

                Point inter = Line.Intersect(line1, line2);

                if(inter != null) { 

                    if(inter.Distance() > 0 && inter.Distance() < minDistance) {

                        minDistance = inter.Distance();

                    }

                    int steps = line1.stepsToPoint(inter) + line2.stepsToPoint(inter);

                    if(steps > 0 && steps < minSteps) {

                        minSteps = steps;

                    }

                }

            }

        }

        Console.WriteLine("minDistance: " + minDistance + "  MinSteps: " + minSteps);

    }

}

​

public class Point {

    public int x;

    public int y;

​

    public Point(Point entry, string command) {

        x = entry.x;

        y = entry.y;

        string direction = command.Substring(0,1);

        int amount = int.Parse(command.Substring(1));

        if(direction == "U") y += amount;

        else if (direction == "D") y-= amount;

        else if(direction == "R") x += amount;

        else if (direction == "L") x-= amount;

    }

    public Point(Point point) {

        x = point.x;

        y = point.y;

    }

    public Point(int _x, int _y) {

        x = _x;

        y = _y;

    }

    public int Distance() {

        return Math.Abs(x) + Math.Abs(y);   

    }

    public static int DistanceBetween(Point a, Point b) {

        return Math.Abs(a.x - b.x) + Math.Abs(a.y - b.y);

    }

    public bool Between(Point _a, Point _b) {

        int minX = (_a.x < _b.x) ? _a.x : _b.x;

        int minY = (_a.y < _b.y) ? _a.y : _b.y;

        int maxX = (_a.x > _b.x) ? _a.x : _b.x;

        int maxY = (_a.y > _b.y) ? _a.y : _b.y;

        if(x >= minX && x <= maxX && y >= minY && y <= maxY) return true;

        return false;

    }

​

}

​

public class Line {

    public Point start;

    public Point end;

    public Point min;

    public Point max;

    public LineType lineType {get; private set;}

    public int length {get; private set;}

    public int startStep;

    public int endStep;

    public List<Intersection> intersections = new List<Intersection>();

    public enum LineType : int {

        hor = 0,

        ver = 1,

        other = 2,

    }

    public Line (Point _a, Point _b, int _startStep) {

        start = _a;

        end = _b;

        startStep = _startStep;

        int minX = (_a.x < _b.x) ? _a.x : _b.x;

        int minY = (_a.y < _b.y) ? _a.y : _b.y;

        int maxX = (_a.x > _b.x) ? _a.x : _b.x;

        int maxY = (_a.y > _b.y) ? _a.y : _b.y;

        min = new Point(minX, minY);

        max = new Point(maxX, maxY);

        if(min.x == max.x) lineType = LineType.ver;

        else if(min.y == max.y) lineType = LineType.hor;

        else lineType = LineType.other;

        length = (maxX - minX) + (maxY - minY);

        endStep = startStep + length;

    }

    public bool AddIntersection(Intersection i) {

        if(i.steps < stepsToPoint(i.point)) {

            intersections.Add(i);

            endStep = stepsToPoint(end);

            return true;

        }

        return false;

    }

    public Point Intersection(Line other) {

        return Line.Intersect(this, other);

    }

    public static Point Intersect(Line lineA, Line lineB) {

        if(lineA.lineType == lineB.lineType) return null;

        Line hor = (lineA.lineType == LineType.hor) ? lineA : lineB;

        Line ver = (lineA.lineType == LineType.ver) ? lineA : lineB;

        if(hor.min.x <= ver.min.x && hor.max.x >= ver.max.x && ver.min.y <= hor.min.y && ver.max.y >= hor.max.y) {

            return new Point(ver.min.x, hor.min.y); 

        }

        return null;

    }

    public int stepsToPoint(Point p) {

        int distanceToPoint = Point.DistanceBetween(start, p);

        int minstep = startStep + distanceToPoint;

        foreach(Intersection i in intersections) {

            if(i.point.Between(start, p)) {

                int step = i.steps + Point.DistanceBetween(i.point, p);

                minstep = Math.Min(step, minstep);

            }

        }

        return minstep; 

    }

}

public class Intersection {

    public Point point;

    public Line line;

    public int steps;

    public Intersection(Point _p, Line _l) {

        point = _p;

        line = _l;

        steps = line.startStep + Point.DistanceBetween(_p, line.start);

    }   

}