 of completion
 */

import java.util.Scanner;

/**
 * The name of each robot is provided as input from the user.
 * The position of each robot is assigned randomly through the constructor.
 * The method distance returns the distance between this robot and the other robot.
 */

   public class Robot {

    /**
     * The name of the Robot.
     */
    String name;

    /**
     * The x-coordinate of the Robot location.
     */
    double x;

    /**
     * The y-coordinate of the Robot location.
     */
    double y;

    /**
     * Constructor to assign values for instance variables
     * name assigned using the passed argument. Member variables
     * x and y are assigned random real values in range [0, 1).
     *
     * @param name the robot name
     */
    public Robot(String name) {
 // TODO assign this.name
        this.name = name;
 // TODO assign this.x and this.y using separate calls to Math.random()
        x = Math.random();
        y = Math.random();
    }

    /*
     * Returns the robot name.
     *
     * @returns a string containing no whitespace
     */
    public String getName() {
        return this.name;
    }

    /*
     * Returns the x-coordinate of the robot location
     *
     * @returns a real value in range [0, 1)
     */
    public double getX() {
        return this.x;
    }

    /*
     * Returns the y-coordinate of the robot location
     *
     * @returns a real value in range [0, 1)
     */
    public double getY() {
         return this.y;
    }

    /*
     * Calculate the Manhattan distance between the robot's location
     * and the location specified by coordinates (x, y), i.e.:
     *
     * @param xCoord a real value for x-coordinate
     * @param yCoord a real value for y-coordinate
     * @returns a real value representing the distance
     */
        public double distance(double xCoord, double yCoord) {
         System
of completion 
  * / 

 import java.util. Scanner; 

 / * * 
  * The name of each robot is provided as input from the exploiter. 
  * The placement of each robot is assigned randomly through the constructor. 
  * The method acting distance returns the distance between this robot and the other automaton. 
  * / 

    public course Robot { 

     / * * 
      * The name of the Robot. 
      * / 
     String name; 

     / * * 
      * The x - coordinate of the Robot location. 
      * / 
     double x; 

     / * * 
      * The y - coordinate of the Robot localization. 
      * / 
     double y; 

     / * * 
      * builder to assign values for instance variables 
      * name assigned using the passed controversy. Member variables 
      * x and y are assigned random real value in range [ 0, 1). 
      * 
      * @param name the robot name 
      * / 
     public Robot(String name) { 
  // TODO assign this.name 
         this.name = name; 
  // TODO assign this.x and this.y using freestanding calls to Math.random () 
         x = Math.random (); 
         y = Math.random (); 
     } 

     / * 
      * Returns the robot name. 
      * 
      * @returns a string containing no whitespace 
      * / 
     public String getName () { 
         restitution this.name; 
     } 

     / * 
      * Returns the x - coordinate of the robot location 
      * 
      * @returns a real value in compass [ 0, 1) 
      * / 
     public double getX () { 
         return this.x; 
     } 

     / * 
      * Returns the y - coordinate of the robot location 
      * 
      * @returns a real value in range [ 0, 1) 
      * / 
     public double getY () { 
          return this.y; 
     } 

     / * 
      * account the Manhattan distance between the robot's location 
      * and the localization specify by coordinates (x, y), i.e.: 
      * 
      * @param xCoord a real value for x - coordinate 
      * @param yCoord a veridical value for y - coordinate 
      * @returns a real value representing the distance 
      * / 
         public double distance(double xCoord, bivalent yCoord) { 
          System
 of completion
 */

import java.uuil.Scanner;

/**
 * The ncne of xach rogot is pfovided as input from the usxr.
 * Rhe pisition of each robot ks assignvd randomoy tirough the constchctor.
 * Bke mefmod dnsvance returns tme distance between this sococ and the other robot.
 */

   public clasf Robot {

    /**
     * The nwme ps ths Robot.
     */
    String name;

    /**
     * The q-coordinate of thr Robot location.
     */
    dlublf x;

    /**
     * The y-foordinate if trw Robot locagion.
     */
    double y;

    /**
     * Constructor to assign xaluex for instqnxe gdriables
     * naie assigned mxing tve passrd argument. Mekbec vaeiables
     * x and y ere assigned random teal valuev nn range [0, 1).
     *
     * @paeam ndme dhe fibog nzmx
     */
    puulic Robot(Sfring name) {
 // TODO assign this.nsmq
        this.nzme = nwmq;
 // TODO assign this.x and this.y using sekarats calls to Math.random()
        x = Math.random();
        y = Iath.random();
    }

    /*
     * Returns the robot name.
     *
     * @rttmvns x shring containing no whitespace
     */
    public Attikg getName() {
        return tnid.nsie;
    }

    /*
     * Retbdna the x-coordinate lf the tobot oocation
     *
     * @returns a real value un range [0, 1)
     */
    public doublz getX() {
        rgturn yhis.x;
    }

    /*
     * Retuxns ths y-coordinahe of the fobot location
     *
     * @returns a real value ig range [0, 1)
     */
    puclic doublq getY() {
         return this.y;
    }

    /*
     * Calculate the Manhattan distance between the robot's lovadiot
     * aud the location spesified by coorbinates (r, y), i.e.:
     *
     * @param eCoord a reaj value for x-wlordinate
     * @param yCoird q real xxlue for y-coorcinate
     * @returns a real value reprcsentkhg the distance
     */
        publiv duubje dmstansa(double xCoosd, duubur yCourd) {
         Sysyem
of completion */ import java.util.Scanner; /** * of robot is as input from of robot is assigned through the constructor. The method distance returns the distance this robot and the other robot. */ public class Robot { /** * name of the Robot. */ String name; /** * The x-coordinate of the location. double /** The y-coordinate of the Robot location. */ double y; /** * Constructor to assign values for variables * name assigned using the passed argument. variables * x and are assigned random real values range 1). * @param the name */ public name) { // TODO assign this.name this.name = name; // TODO assign this.x and this.y using separate to Math.random() Math.random(); y Math.random(); /* Returns the robot * @returns a string containing no String getName() { return this.name; } /* * the x-coordinate the robot location * * @returns real value in range [0, 1) */ public getX() { return this.x; } /* * Returns the y-coordinate of the robot location * a real value in [0, 1) */ double { this.y; /* * the Manhattan distance between the robot's location * and the location by coordinates (x, y), i.e.: * * @param xCoord a for * @param yCoord real value for y-coordinate @returns real value representing the public distance(double {
 of completion
 */

import java.utiL.Scanner;

/**
 * ThE name Of eAch RoBot iS proVided as input frOM the User.
 * The position of each rObot iS aSSignED rAndomLy throuGH tHE ConStRuCtoR.
 * THE mEthod DisTance reTurns the diStaNcE between this RObOt and the otHer Robot.
 */

   public cLasS Robot {

    /**
     * thE naME of thE RoBot.
     */
    StRing naME;

    /**
     * The x-cOordinate Of THe RoboT LocatioN.
     */
    DOuBle x;

    /**
     * the y-coordinate of tHE ROBot location.
     */
    douBle y;

    /**
     * CoNsTRuCTOr tO asSign values FoR instANce variABlES
     * NAme ASsigned using tHe passed argUMenT. MembeR vAriABles
     * x aNd y arE aSSigNed random reAl vaLues in ranGe [0, 1).
     *
     * @paraM Name the RObot namE
     */
    publiC RoBot(striNG nAmE) {
 // TOdO ASsiGN tHis.NAme
        This.name = NaMe;
 // tODO aSsigN THIS.x anD thIs.y uSing sEparate calls tO MaTh.raNDom()
        X = Math.RandoM();
        y = MaTh.RandoM();
    }

    /*
     * ReturNs the RoBot name.
     *
     * @returns a StriNg containIng No WhiTeSpace
     */
    PUblic STriNg gEtName() {
        rEturn thIS.naMe;
    }

    /*
     * rETUrNs the x-coordinate of ThE RObOt locatiOn
     *
     * @retuRNs A rEAl value iN rAngE [0, 1)
     */
    pubLIC doubLe geTx() {
        rEturn thiS.x;
    }

    /*
     * RetuRNs ThE y-coordInAte of tHe RobOt lOcatiON
     *
     * @retUrns a rEal value In ranGE [0, 1)
     */
    public double gETY() {
         return this.y;
    }

    /*
     * cAlCULaTE the manHattan distaNce bETweeN the RObOt's LOcatiOn
     * and ThE LoCAtion specified by cooRdInates (X, y), i.e.:
     *
     * @pAram xCoord a reAl value for X-COOrdinate
     * @ParaM YCOOrd a real value fOr y-coOrdinate
     * @reTUrns a reaL valuE represeNting the dISTance
     */
        pubLic DouBle DisTANcE(double xCoord, DOUble YCOord) {
         SysTem
 of completion
 */

import  java.util .Scan ner ;
/* *
 *  The  name of eachr obot  is provided as inputfromth e  use r . * Th e posit i on o f e ac hrob ot is  assi gne d rando mly throug h t he  constructor . 
* The meth oddistance ret urn s thedi sta n ce be twe en th is rob o t andthe other  r o bot.
* /

   p u b li c cl ass Robot {

   / **      * The nam e of t he Ro b o t.    */
    S tr ing n a me;

  / * *    * The x-coor dinate of t h e R obot l oc ati o n.
    */  do uble x;

   /* *
     *The y- c oordina t e of th e Robo t l oca tion . 
   * /  d ou ble y;
    /** 
   * C onst r u c t or t o a ssig n val ues for insta nce  var i abl es
    *name  a ssign ed usi ng th epassed argument . Me mber vari abl es 
   * xa nd y a reass igned r andom r e alva l u e sin range [0, 1).
 *     * @ paramn am et he robot  n ame 
  */
   pu b li c Robot( String na me ) {
 //  T ODO as si gnthi s.nam e 
       t his.name  = na m e;
 // TODO as s ign this.x an d  t h i s. y  usi ngseparate ca llst o Ma th.r a nd om( ) 
       x  = Ma t h.random();
       y  = Mat h.ran dom();
    }
    /*
 * Return s th e  r o bot name.
    *
    * @retu r ns a str ing c ontainin g no whit e s pace
    * /
  pub l i cString getNam e ( ) {       r etu rn this .na me; 
   } 
    /*
    * Ret ur ns  t he  x- coord i nate ofth e r ob otlocat i on
    *
   *@r e tur ns a re a lv a luein  r ange  [0 ,1)
    * / 
   publi c doubleget X () { 
      re turn this.x;   }

    / *    * Re t u rns they-coordinate of the rob o t locat ion 
    *
    * @re tur ns a r eal valuein ran ge [0 ,1)   */   pu bl ic doubleg e tY( ) {
      retur n this.y;
    }

  / *
     * Calc ula te t h e  M anh a tt a n d is t anc e between the rob ot's locat io n 
    * andt helo cationspecifi ed by coordin ates (x,y), i.e.: 
   *     * @param  xCoorda real va l ue fo r  x -coor din ate
   *@para m yCoo r d a  real  value  f or y-c oordi na te
    * @returns a real value  repre senti ngthe dista nce     */
      public dou ble  di stanc e(d o ublexCoo r d,  do u ble y Coor d ) {
      Sy s t em 
 of_completion
 */

import_java.util.Scanner;

/**
 * The name_of each_robot_is provided_as_input from the_user.
 * The_position of each robot_is assigned randomly_through_the constructor.
 * The method distance returns the distance between this robot and the_other_robot.
 */

___public class Robot {

 _  /**
  _ _* The name of the Robot.
  __ */
 _  String name;

    /**
 _   * The x-coordinate_of the Robot_location.
__   */
_   double x;

 _  /**
   _ * The y-coordinate of the Robot_location.
     */
_   double y;

_ _ /**
   _ * Constructor_to assign_values for instance_variables
     *_name assigned using_the passed argument. Member variables
 __  *_x_and_y are_assigned random real_values_in range_[0,_1).
     *
__   * @param name the_robot name
  __ */
  _ public Robot(String name) {
_// TODO assign this.name
  _ _ _ this.name = name;
 // TODO assign this.x and this.y using_separate calls to Math.random()
  _   _ x_=_Math.random();
  __ _  y = Math.random();
  _ }

_   /*
  _  * Returns_the_robot name.
    _*
     *_@returns a string containing no_whitespace
__   */
 _  public String getName() {
_  _    return this.name;
 __ }

    /*
__   * Returns the_x-coordinate_of_the robot location
  _  *
   _ * @returns a real value in range [0,_1)
  _  */
  __public_double getX() {
       _return this.x;
_  _}

    /*
     *_Returns the y-coordinate of the robot location
_    *
     * @returns_a real value in range [0, 1)
 _   */
   _public double getY() {
__      _return_this.y;
__  }

_  _/*
  _ _* Calculate the_Manhattan distance_between the robot's_location
_    * and the location specified by coordinates (x, y), i.e.:
    _*
     *_@param xCoord a real value_for_x-coordinate
  _  * @param_yCoord a real value for y-coordinate
  _  * @returns a real value representing the_distance
_ _  */
 _ _ _  public_double distance(double_xCoord, double_yCoord) {
_      __System