import javautilScannerimport javautilComparator import Essay

// tenor java.util.Scanner;

//tenor java.util.Comparator;

//tenor java.util.Map;

//tenor java.util.Set;

//tenor java.util.TreeMap;

tenor java.lang.*;

tenor java.util.*;

abstract collocate Graph{

private String spring;

private String appointment;

private String roadType;

private String call;

private int protraction;

private int maxSpeed;

private inclose effectiveSpeed;

private inclose absorb;

Graph(String basis[])

{

this.spring = basis[0];

this.appointment = basis[1];

this.roadType = basis[2];

this.call = basis[3];

this.protraction = Integer.parseInt(data[4]);

this.maxSpeed = Integer.parseInt(data[5]);

}

// social wanting meetCost();

// social wanting meetEffectiveSpeed();

// GETTER METHODS

social String attainSource()

{

repay this.source;

}

social String attainDestination()

{

repay this.destination;

}

social String attainName()

{

repay this.name;

}

social int attainMaxSpeed()

{

repay this.maxSpeed;

}

social int attainLength()

{

repay this.length;

}

social inclose attainCost()

{

repay this.cost;

}

social inclose attainEffectiveSpeed()

{

repay this.effectiveSpeed;

}

// administration to meet absorb

wanting meetCost()

{

this.absorb = (this.length/(this.effectiveSpeed*1.0));

}

//SETTER METHODS

social wanting setMaxSpeed(int maxSpeed)

{

this.maxSpeed = maxSpeed;

}

social wanting setLength(int protraction)

{

this.protraction = protraction;

}

social wanting setName(String call )

{

this.call = call;

}

social wanting setEffectiveSpeed(inclose effectiveSpeed)

{

this.effectiveSpeed = effectiveSpeed;

}

social wanting setCost(inclose absorb)

{

this.cost=cost;

}

}

collocate motorway extends Graph{

private int tollPrice;

private int lanes;

private int livelihood;

private int possession;

private int maxOccupancy;

motorway(String basis[])

{

super(data);

this.tollPrice = Integer.parseInt(data[6]);

this.lanes = Integer.parseInt(data[7]);

this.livelihood = Integer.parseInt(data[8]);

this.possession = Integer.parseInt(data[9]);

this.maxPossession = 100;

findEffectiveSpeed();

findCost();

}

wanting meetEffectiveSpeed()

{

this.setEffectiveSpeed(this.getMaxSpeed()*(1.0- possession/(maxOccupancy*1.0*lanes)));

//repay effectiveSpeed;

}

social String toString()

{

repay ( this.getName()+ ” “+ this.getLength()+” “+ this.getMaxSpeed()+” “+tollPrice

+” “+lanes +” “+ livelihood +” “+ possession);

}

}

collocate pedestrianRoad extends Graph{

private int width;

private int scenicValue;

private int possession;

private int maxOccupancy;

pedestrianRoad(String basis[])

{

super(data);

this.width = Integer.parseInt(data[6]);

this.scenicValue = Integer.parseInt(data[7]);

this.possession = Integer.parseInt(data[8]);

this.maxPossession = 1500;

findEffectiveSpeed();

findCost();

}

wanting meetEffectiveSpeed()

{

this.setEffectiveSpeed(this.getMaxSpeed()*(1.0- possession/(maxOccupancy*1.0)));

//repay effectiveSpeed;

}

social String toString()

{

repay ( this.getName()+ ” “+ this.getLength()+” “+ this.getMaxSpeed()

+” “+width +” “+ scenicValue +” “+ possession);

}

}

collocate cyclistRoad extends Graph{

private int inflexion;

cyclistRoad(String basis[])

{

super(data);

this.inflexion = Integer.parseInt(data[6]);

findEffectiveSpeed();

findCost();

}

wanting meetEffectiveSpeed(){

this.setEffectiveSpeed(this.getMaxSpeed()/(curvature*1.0));

//repay effectiveSpeed;

}

social String toString()

{

repay ( this.getName()+ ” “+ this.getLength()+” “+ this.getMaxSpeed()+” “+curvature);

}

}

collocate swamps extends Graph{

private int awkwardness;

swamps(String basis[])

{

super(data);

this.awkwardness = Integer.parseInt(data[6]);

findEffectiveSpeed();

findCost();

}

wanting meetEffectiveSpeed()

{

this.setEffectiveSpeed(this.getMaxSpeed()/(awkwardness * awkwardness*1.0));

// repay effectiveSpeed;

}

social String toString()

{

repay ( this.getName()+ ” “+ this.getLength()+” “+ this.getMaxSpeed()+” “+difficulty);

}

}

collocate lakes extends Graph{

private int width;

private int tidalLevel;

private int profundity;

lakes(String basis[])

{

super(data);

this.width = Integer.parseInt(data[6]);

this.tidalLevel = Integer.parseInt(data[7]);

this.profundity = Integer.parseInt(data[8]);

findEffectiveSpeed();

findCost();

}

wanting meetEffectiveSpeed()

{

this.setEffectiveSpeed(this.getMaxSpeed());

// repay effectiveSpeed;

}

social String toString()

{

repay ( this.getName()+ ” “+ this.getLength()+” “+ this.getMaxSpeed()

+” “+width +” “+ tidalLevel +” “+ profundity);

}

}

collocate descriptionComparator implements Comparator

{

social int collate(Graph track1,Graph track2)

{

if( track1.getCost()-path2.getCost()>=0.0001)

repay 1;

else if(Math.abs(path1.getCost()-path2.getCost()) < 0.0001 )

repay track1.getName().compareTo(path2.getName());

else repay -1;

}

}

collocate makeGraph{

private TreeMap graphlist;

private int n;

makeGraph(int n)

{

this.n=n;

graphschedule = fantastic TreeMap();

}

wanting appendEdge(Graph track)

{

String spring= track.getSource();

String appointment = track.getDestination();

if(graphlist.containsKey(source))

{

ArraySchedule schedule= graphlist.get(source);

list.add(path);

graphlist.put(source,list);

}

else

{

ArraySchedule schedule= fantastic ArrayList();

list.add(path);

graphlist.put(source,list);

}

if(graphlist.containsKey(destination))

{

ArraySchedule schedule= graphlist.get(destination);

list.add(path);

graphlist.put(destination,list);

}

else

{

ArraySchedule schedule= fantastic ArrayList();

list.add(path);

graphlist.put(destination,list);

}

}

TreeMap attaingraphlist()

{

repay graphlist;

}

wanting descriptionFunc()

{

for( Map.Initiation initiation : graphlist.entrySet() )

{

ArraySchedule track = (ArraySchedule ) initiation.getValue();

Collections.sort(path, fantastic descriptionComparator());

}

}

wanting modifyEdge(String basis[])

{

Graph track;

if(data[2].equals(“motorway”))

{

path=fantastic motorway(data);

}

else if(data[2].equals(“pedestrianRoad”))

{

path=fantastic pedestrianRoad(data);

}

else if(data[2].equals(“cyclistRoad”))

{

path=fantastic cyclistRoad(data);

}

else if(data[2].equals(“swamps”))

{

path=fantastic swamps(data);

}

else

{

path=fantastic lakes(data);

}

addEdge(path);

}

}

collocate print

{

social static wanting printGraph(TreeMap graphlist)

{

for( Map.Initiation val : graphlist.entrySet() )

{

String guide = (String) val.getKey();

ArraySchedule track = (ArraySchedule ) val.getValue();

Iterator it = track.listIterator();

while ( it.hasNext() )

{

Graph g= (Graph)it.next();

if(g.getSource().compareTo(key) == 0)

System.out.println( guide +” “+ g.getDestination()+” “+g);

else

System.out.println(guide +” “+ g.getSource()+” “+g);

}

}

}

}

social collocate Roadnetwork1{

social static wanting ocean(String[] args)

{

Scanner obj= fantastic Scanner(System.in);

int t=obj.nextInt();

for(int j=0;j

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