📄 footballclass.java
字号:
break;
case 4:
this.strikeNext_Four(SpriteElse);
System.out.println("头部碰撞");
break;
}
return true;
}
else
{
if(this.Football_X<10+this.Football.getWidth()/2){
this.strikeNext_One();
System.out.println("左侧碰撞");
return true;
}else
if(this.Football_X > this.footballGameGanvas.getmyWidth()-10-this.Football.getWidth()/2){
this.strikeNext_Two();
System.out.println("右侧碰撞");
return true;
}
}
return false;
}
//检测到与天花板碰撞后的效果
public void strikeNext_Zero(){
this.NextFootball_X = 2* this.Football_X - this.PreFootball_X;
this.NextFootball_Y = this.PreFootball_Y;
}
//如果检测到碰撞，并且类项为1，左侧碰撞，则调用这个函数
public void strikeNext_One(){
this.NextFootball_X = this.PreFootball_X;
this.NextFootball_Y = 2*this.Football_Y - this.PreFootball_Y;
this.Football_distance_X = -this.Football_distance_X;
}
//如果检测到碰撞，并且类项为2，右侧碰撞，则调用这个函数
public void strikeNext_Two(){
this.NextFootball_X = this.PreFootball_X;
this.NextFootball_Y = 2*this.Football_Y - this.PreFootball_Y;
this.Football_distance_X = -this.Football_distance_X;
}
//如果检测到碰撞，并且类项为3，地板碰撞,游戏结束，则调用这个函数
public void strikeNext_Three(){
//进行地面摩擦的计算，因为地面摩擦，致使X方向的速度减少
if(this.Football_distance_X > GROUNDFORCE){
this.Football_distance_X -= GROUNDFORCE;
}else
if(this.Football_distance_X < -GROUNDFORCE){
this.Football_distance_X +=GROUNDFORCE;
}
//计算下一帧的对齐点坐标
this.NextFootball_X = this.Football_X + this.Football_distance_X;
this.NextFootball_Y = this.PreFootball_Y;
//this.state = false;
}
public void setForce(float Force){
this.Force = Force;
}
//如果检测到碰撞，并且类项为4，头部碰撞，则调用这个函数
public void strikeNext_Four(Sprite SpriteElse){
//获取人的对齐点坐标
float TempX = SpriteElse.getRefPixelX();
float TempY = SpriteElse.getRefPixelY();
//判断碰撞的大体位置，并根据大体位置求出反弹方向
if(TempX > this.Football_X-this.Football.getWidth()/6 && TempX < this.Football_X+this.Football.getWidth()/6)
this.Football_distance_X = -this.Football_distance_X;
else
if(TempX <= this.Football_X -this.Football.getWidth()/6 && TempX >this.Football_X-this.Football.getWidth()){
if(this.Football_distance_X>0){
this.Football_distance_X = MAXX/2;
}else
this.Football_distance_X = -this.Football_distance_X+MINX;
}else
if(TempX >= this.Football_X +this.Football.getWidth()/6 && TempX < this.Football_X + this.Football.getWidth()){
if(this.Football_distance_X<0){
this.Football_distance_X = -MAXX/2;
}else
this.Football_distance_X = -this.Football_distance_X-MINX;
}else
if(TempX < this.Football_X ){
// if(this.Football_distance_X > 0){
this.Football_distance_X = MAXX;
//
// if(this.Football_distance_X < -MAXX){
// this.Football_distance_X = -MAXX;
// }
}else
{this.Football_distance_X = -MAXX;
// if(this.Football_distance_X < 0){
// this.Football_distance_X = -this.Football_distance_X;
// }else
// this.Football_distance_X += MINX;
// System.out.println("+++++++++++");
// if(this.Football_distance_X > MAXX){
// this.Football_distance_X = MAXX;
// }
}
if(this.Football_distance_X < -MAXX){
this.Football_distance_X = -MAXX;
}
if(this.Football_distance_X > MAXX){
this.Football_distance_X = MAXX;
}
//求碰撞后的下一帧的点
this.NextFootball_Y = this.PreFootball_Y - this.Force;
this.NextFootball_X = this.Football_X + this.Football_distance_X;
this.Football_distanceR_Y = this.Football_diatanceR_Y_;
}
// public void strikeNext_Four(Sprite SpriteElse){
//
// float TempX = SpriteElse.getRefPixelX();
// float TempY = SpriteElse.getRefPixelY();
// float TempRadian0;
// float TempRadian1;
// float TempRadian2;
// float TempLenth;
// float Temp_XLenth;
// if(TempY < this.Football_Y && TempY < this.PreFootball_Y){
// TempRadian0 = (this.Football_Y - this.PreFootball_Y )/(this.PreFootball_X - this.Football_X);
// TempRadian1 = (TempY - this.Football_Y)/(this.Football_X - TempX);
// TempRadian2 = 2*TempRadian1 - TempRadian0;
// TempLenth = (float)Math.sqrt((this.PreFootball_X-this.Football_X)*(this.PreFootball_X-this.Football_X)+
// (this.PreFootball_Y-this.Football_Y)*(this.PreFootball_Y-this.Football_Y));
// Temp_XLenth = (float)this.mathComputeCos(TempRadian2)*TempLenth;
// this.NextFootball_X = (this.Force)*(this.Football_X + Temp_XLenth)/5;
// this.NextFootball_Y = (this.Force)*(this.Football_Y-(float)Math.sqrt(TempLenth*TempLenth - Temp_XLenth*Temp_XLenth))/5;
//
// }
// /*if(this.Direction_X){ //向左运动
// if((this.Football_X-TempX)/(2*this.Football_R) < 0.5){
// this.NextFootball_X = 2* this.Football_X - this.PreFootball_X;
// this.NextFootball_Y = this.Football_Y;
// }else{
// if(this.Football_X-TempX)/(2*this.Football_R) > 0.85){
//
// }
// this.NextFootball_X =
// }
// }*/
// }
/*public static int sqrt2(int i) {
int k = i / 2;
int last = 0;
while (Math.abs(k*k-i)>1 && last != k) {
last = k;
k = (k + i/k)/2;
}
return k;
}*/
//
// public double mathComputeCos(float radian){
// if(radian < 0.52){
// return 0.933;
// }else if(radian < 0.785 || radian > 5.500){
// return 0.800;
// }else if(radian < 1.047 || radian > 5.237){
// return 0.600;
// }else if(radian < 1.571 || radian > 4.713){
// return 0.300;
// }else if(radian < 2.094 || radian > 4.190){
// return -0.300;
// }else if(radian < 2.356 || radian > 3.928){
// return -0.600;
// }else if(radian < 2.618 || radian > 3.666){
// return -0.800;
// }else if(radian <= 3.142 || radian > 3.142){
// return -0.933;
// }else
// return 0.000;
// }
// //只计算0－3.14弧度的反正玄,使用前一定要检测弧度范围
// public double mathComputeATan(float value){
// if(value < -1.732){
// return 1.833;
// }else if(value < -1.000){
// return 2.225;
// }else if(value < -0.577){
// return 2.487;
// }else if(value < 0.000){
// return 2.880;
// }else if(value > 1.732){
// return 1.309;
// }else if(value > 1.000){
// return 0.916;
// }else if(value > 0.577){
// return 0.654;
// }else if(value >= 0.00){
// return 0.262;
// }else
// return 0.000;
// }
//
//
// //用于检测下一步的球心是否跃过屏幕的最高处，如果跃出，就隐藏football，并进行特殊的处理，直到足球的y点重新大于0
// public void isHigh(){
//
// }
//
//
// //以下为测试函数
// private int a=0;
// private int b=0;
// public void test(){
// this.Football.setRefPixelPosition(a,b);
// a++;
// b++;
// }
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