【图】Flash教程：AS制作复制美丽爱心效果

效果演示：（鼠标移到影片剪辑中心位置，看看效果）

1:先在场景绘制一个任意形,图像也可以,f8转换为影片剪辑

2:紧接着,按f8再转换一次影片剪辑"元件2"(也可以ctrl+F8拖进去,这里是个人习惯)

3:双击进入"元件2",给影片剪辑起名称为"aqua0"

4:新建图层2,层2第一帧点右键,给动作.

5:给第二层依次按f7插入三个空白关键帧.他们的action依次是

第一帧:

d = 0;
i = 0;
numAqua = 0;
minAlpha = 70;
threshold = 500;
clp = aqua0;
maxChange = 1.57;
maxChange2 = 1.04666666666667;
halfMax = maxChange/2;
halfMax2 = maxChange2/2;
maxSpeed2 = 2;
trajectory = new Array(15);
trajectory[0] = 0;

第二帧:

i = numAqua;
while (i=0) {
baseClip = eval("aqua"+i);
dx = baseClip._x-_xmouse;
dy = baseClip._y-_ymouse;
d = Number(Math.sqrt((dx*dx)+(dy*dy)));
if (threshold
            d = threshold;
}
closeness = (Math.pow(((threshold-d)/threshold)*10, 1.8)*0.016)*100;
if (!closeness) {
            closeness = 0;
}
if (0
            if (97
             if (baseClip._xscale<20) {
              removeMovieClip(baseClip);
             }
             if (numAqua<15) {
              numAqua = numAqua+1;
              duplicateMovieClip("aqua"+i, "aqua"+numAqua, numAqua);
              newClip = eval("aqua"+numAqua);
              trajectory[numAqua] = 0;
              colors[numAqua] = new Color(newClip);
              currentColor[numAqua] = new Object();
              colors[numAqua].setTransform(currentColor[numAqua]);
              newClip._x = newClip._x+(random(5)+5);
              newClip._y = newClip._y+(random(5)+5);
              baseClip._xscale = baseClip._xscale-20;
              baseClip._yscale = baseClip._yscale-20;
              newClip._xscale = baseClip._xscale;
              newClip._yscale = baseClip._yscale;
             }
            }
            currentColor[i].ra = startR-((closeness*0.01)*(startR-endR));
            currentColor[i].ga = startG-((closeness*0.01)*(startG-endG));
            currentColor[i].ba = startB-((closeness*0.01)*(startB-endB));
            colors[i].setTransform(currentColor[i]);
            a = (closeness*(100-minAlpha))*0.01;
            baseClip._alpha = a+minAlpha;
            speed = closeness/8;
            angle = (Math.random()*100)%maxChange;
            trajectory[i] = (trajectory[i]-halfMax)+angle;
} else {
            currentColor[i].ra = startR-((closeness*0.01)*(startR-endR));
            currentColor[i].ga = startG-((closeness*0.01)*(startG-endG));
            currentColor[i].ba = startB-((closeness*0.01)*(startB-endB));
            colors[i].setTransform(currentColor[i]);
            a = (closeness*(100-minAlpha))*0.01;
            baseClip._alpha = a+minAlpha;
            speed = maxSpeed2;
            angle = (Math.random()*100)%maxChange2;
            trajectory[i] = (trajectory[i]-halfMax2)+angle;
}
vx = speed*Math.cos(trajectory[i]);
vy = speed*Math.sin(trajectory[i]);
baseClip._x = baseClip._x+vx;
baseClip._y = baseClip._y+vy;
i = i-1;
}