Java实验报告：深入解析继承与多态在Shape类中的应用

publicclassTest{

/**

*@paramargs

*/

publicstaticvoidmain(String[]args){

Circlec=newCircle(2,4,3);

c.printItMyWay();

}

}

abstractclassShape{

publicabstractfloatgetCir();

publicabstractfloatgetArea();

}

classPointextendsShapeiimplementsPrintable{

publicintx;

publicinty;

publicPoint(intx,inty){

this.x=x;

this.y=y;

}

publicPoint(){

}

@Override

publicfloatgetCir(){

//自动生成方法的TODOStub

return0;

}

@Override

publicfloatgetArea(){

//TODO自动生成的方法存根

return0;

}

页面ublicintgetX(){

returnx;

}

publicvoidsetX(intx){

this.x=x;

}

publicintgetY(){

返回；

}

publicvoidsetY(inty){

this.y=y;

}

@Override

publicvoidprintItMyWay(){

System.out.println("Point("+x+","+y+")");

System.out.println("PointArea:"+this.getArea());

System.out.println("圆点:"+this.getCir());

}

}

classCircleextendsPointimplementsPrintable{

publicfloatr;

publicCircle(){

}

publicCircle(floatr,intx,inty){

this.r=r;

this.x=x;

this.y=y;

}

}

publicfloatgetR(){

returnr;

}

publicvoidsetR(floatr){

this.r=r;

}

@Override

publicfloatgetArea(){

return(float)(r*r*3.14/2);

}

@Override

publicfloatgetCir(){

return(float)(3.14*r*2);

}

@Override

publicvoidprintItMyWay(){

System.out.println("圆("+x+","+y+")");

System.out.println("CircleR:"+r);

System.out.println("CircleArea:"+this.getArea());

System.out.println("CircleCircle:"+this.getCir());

}

}

interfacePrintable{

publicvoidprintItMyWay();

}

实验报告java过程分析怎么写