CodePudding user response:

 import Java. Util. Concurrent. Callable. 
Import the Java. Util. Concurrent. TimeUnit; 

Public class MyThread extends Thread implements Runnable {
private String name; 
Private volatile double sum=0; 

Public MyThread (String name) {
this.name=name; 
} 

Public void the run () {
While (true) {
If (name=="flog" & amp; & Sum<100) {
Double short=Math. The random () * 2; 
The sum +=short; 
System. Out. Println (" toad walked "+ sum," m "); 
Try {
TimeUnit. MILLISECONDS. Sleep (1500); 
{} catch InterruptedException (e) 
//TODO Auto - generated the catch block, 
e.printStackTrace(); 
} 
If (sum> {
=100)System. The out. Println (" toad ran 100 meters "); 
} 
} else if (name=="q" & amp; & Sum<100) {
Double short=Math. The random (); 
The sum +=short; 
System. Out. Println (" snail go "+ sum," m "); 
Try {
TimeUnit. SECONDS. Sleep (1); 
{} catch InterruptedException (e) 
//TODO Auto - generated the catch block, 
e.printStackTrace(); 
} 
If (sum> {
=100)System. The out. Println (ran 100 meters to the "snail"); 
} 
} else {
return; 
} 
} 

} 
Public static void main (String [] args) {
New MyThread (" q "). The start (); 
New MyThread (" flog "). The start (); 
} 
} 

CodePudding user response:

 import Java. Util. ArrayList; 
import java.util.List; 

Public class RaceGame {
Public static void main (String [] args) {
GamePlayer GamePlayer=new GamePlayer (); 
GamePlayer. AddAnimal (new Animal (" snail ", 1.00)); 
GamePlayer. AddAnimal (new Animal (2.00) "toad,"); 
GamePlayer. Start (); 
Try {
GamePlayer. The join (); 
{} catch InterruptedException (e) 
e.printStackTrace(); 
} 
; 
} 
} 

The class GamePlayer extends Thread {
Private List AnimalList; 
Private Boolean gameover=false; 

Public GamePlayer () {
AnimalList=new ArrayList (a); 
} 

Public void addAnimal (Animal Animal) {
This. AnimalList. Add (animal); 
} 

Public void the run () {
while (! Gameover) {
For (Animal Animal: animalList) {
Animal. The move (); 
System. The out. Println (animal. The getName () + "ran" + animal. The getDistance () + "m"); 
If (animal. GetDistance () & gt; 100) {
System. Out.println (animal getName () + "win!!! "); 
Gameover=true; 
} 
} 
} 
} 
} 

The class Animal {
Public Animal (String name, double maxSpeed) {
this.name=name; 
Enclosing maxSpeed=maxSpeed; 
} 

private String name; 
Private double maxSpeed=0; 
Private double short=0; 

Public String getName () {
Return this. The name; 
} 

Public void move () {
Double temp=Math. The random () * maxSpeed; 
Short +=temp; 
} 

Public double getDistance () {
Return this. Short; 
} 

} 

CodePudding user response:

 
Public class Animal implements Runnable {

private String name; 
Private int move; 

Public Animal (String name) {
super(); 
this.name=name; 
} 

Public String getName () {
return name; 
} 

Public void elegantly-named setName (String name) {
this.name=name; 
} 

Public int getMove () {
If (getName () equals (" snail ")) {
Try {
Thread.sleep(1000); 
{} catch InterruptedException (e) 
//TODO Auto - generated the catch block, 
e.printStackTrace(); 
} 
Return (int) (Math. The random () * 3); 
} else {
Try {
Thread.sleep (1500); 
{} catch InterruptedException (e) 
//TODO Auto - generated the catch block, 
e.printStackTrace(); 
} 
Return (int) (Math. The random () * 4); 
} 
} 

@ Override 
Public void the run () {
//TODO Auto - generated method stub 
Int short=0; 
While (short & lt; 100) {
System. The out. Println (getName () + "have already run" + (short +=getMove ())); 
} 
System. The out. Println (getName () + "has run 100 meters"); 
} 

} 

 
Public class Test {

Public static void main (String [] args) {
//TODO Auto - generated method stub 
Animal a1=new Animal (" snail "); 
Animal a2=new Animal (" toad "); 
Thread the t1=new Thread (a1); 
Thread t2=new Thread (a2); 
t1.start(); 
t2.start(); 

} 

}