視力表:
心得:
每一層隨機選一個圖像顯示，當leap motion抓取手移動的方向正確時，才會移動到下一層，
方向錯誤的話，就會顯示上一層所測的視力。
怕有bug出現，所以有設一個 key 去控制是否讀取手所在的位置，以免產生重複讀取的bug
然後也設一個範圍，手必須先回到中心，此時才會記錄移動的方向。
當方向都沒錯的話，最後的結果會顯示 1.0。
程式執行實況:
import de.voidplus.leapmotion.*;
LeapMotion leap;
import ddf.minim.*;
Minim minim;
AudioPlayer stop;
PVector handPos;
PImage [] img = new PImage[1];
PImage [] imgw = new PImage[1];
PImage [] eye = new PImage[1];
int test=0,act=0,ref=0,ex=2,right=0,fault=2;
void setup(){
size(300,300,P3D);
img[0]=loadImage("data/01.jpg");
imgw[0]=loadImage("data/02.jpg");
eye[0]=loadImage("data/eyes.jpg");
leap = new LeapMotion(this);
minim = new Minim(this);
stop = minim.loadFile("data/stop.mp3");
}
void draw(){
background(255,255,255);
for(Hand hand:leap.getHands())
{
hand.draw();
handPos = hand.getPosition();
println("X:"+handPos.x+", Y:"+handPos.y+" , ex= "+ex);
if(handPos.x>250 && right==1)
{
ref=1;
}
if(handPos.x<70 && right==1)
{
ref=3;
}
if(handPos.y>250 && right==1)
{
ref=2;
}
if(handPos.y<70 && right==1)
{
ref=4;
}
if(handPos.x>130 && handPos.x<170 && handPos.y>130 && handPos.y<170) //return 0
{
right=1;
ref=0;
}
}
if(fault==2)
{
image(eye[0],0,0,300,300);
ArrayList<Finger>fingers = leap.getFingers();
if(fingers.size()>3)
{
fault=0;
}
}
if(fault==1) // wrong direction result
{
if(test==1)
{
image(img[0],100,-250,740,1720);
image(imgw[0],0,0,300,100);
}
else if(test==2)
{
image(img[0],100,-450,740,1720);
image(imgw[0],0,200,300,300);
}
else if(test==3)
{
image(img[0],100,-600,740,1720);
image(imgw[0],0,0,300,100);
image(imgw[0],0,200,300,300);
image(imgw[0],200,0,300,300);
}
else if(test==4)
{
image(img[0],100,-750,740,1720);
image(imgw[0],0,0,300,100);
image(imgw[0],0,200,300,300);
image(imgw[0],200,0,300,300);
}
else if(test==5)
{
image(img[0],100,-900,740,1720);
image(imgw[0],0,0,300,100);
image(imgw[0],0,200,300,300);
image(imgw[0],200,0,300,300);
}
else if(test==6)
{
image(img[0],100,-1000,740,1720);
image(imgw[0],0,0,300,100);
image(imgw[0],0,200,300,300);
image(imgw[0],200,0,300,300);
}
else
{
image(img[0],100,-1100,740,1720);
image(imgw[0],0,0,300,100);
image(imgw[0],0,180,300,300);
image(imgw[0],200,0,300,300);
}
}
if(fault==0)
{
if(test==0)
{
act=1;
image(img[0],0,-50,370,860);
image(imgw[0],0,200,300,100);
image(imgw[0],0,0,300,100);
if(ref==act && right==1) //use right control next step
{
test++;
right=0;
}
if(ref==2 && right==1) ///wrong direction
{
fault=1;
stop.play();
}
if(ref==3 && right==1) ///wrong direction
{
fault=1;
stop.play();
}
if(ref==4 && right==1) ///wrong direction
{
fault=1;
stop.play();
}
}
/////////////////////////////////////////
if(test==1)
{
if(ex==2)
{
ex=int(random(2));
}
if(ex==0)
{
act=2;
image(img[0],0,-150,370,860);
image(imgw[0],0,200,300,100);
image(imgw[0],0,0,300,100);
image(imgw[0],200,0,300,300);
if(ref==act && right==1)
{
test++;
ex=2;
right=0;
}
if(ref==1 && right==1) ///wrong direction
{
fault=1;
}
if(ref==3 && right==1) ///wrong direction
{
fault=1;
}
if(ref==4 && right==1) ///wrong direction
{
fault=1;
}
}
else if(ex==1)
{
act=3;
image(img[0],0,-150,370,860);
image(imgw[0],0,200,300,100);
image(imgw[0],0,0,300,100);
image(imgw[0],50,0,130,300);
if(ref==act && right==1)
{
test++;
ex=2;
right=0;
}
if(ref==2 && right==1) ///wrong direction
{
fault=1;
}
if(ref==1 && right==1) ///wrong direction
{
fault=1;
}
if(ref==4 && right==1) ///wrong direction
{
fault=1;
}
}
}
/////////////////////////////////////////
if(test==2)
{
if(ex==2)
{
ex=int(random(2));
}
if(ex==0)
{
act=1;
image(img[0],0,-240,370,860);
image(imgw[0],0,180,300,200);
image(imgw[0],0,0,300,100);
image(imgw[0],50,0,150,300);
if(ref ==act && right==1)
{
test++;
ex=2;
right=0;
}
if(ref==2 && right==1) ///wrong direction
{
fault=1;
}
if(ref==3 && right==1) ///wrong direction
{
fault=1;
}
if(ref==4 && right==1) ///wrong direction
{
fault=1;
}
}
else if(ex==1)
{
act=4;
image(img[0],0,-240,370,860);
image(imgw[0],0,180,300,200);
image(imgw[0],0,0,300,100);
image(imgw[0],150,0,300,300);
if(ref ==act && right==1)
{
test++;
ex=2;
right=0;
}
if(ref==2 && right==1) ///wrong direction
{
fault=1;
}
if(ref==3 && right==1) ///wrong direction
{
fault=1;
}
if(ref==1 && right==1) ///wrong direction
{
fault=1;
}
}
}
//////////////////////////////////////////
if(test==3)
{
if(ex==2)
{
ex=int(random(2));
}
if(ex==0)
{
act=2;
image(img[0],0,-310,370,860);
image(imgw[0],0,180,300,200);
image(imgw[0],0,0,300,100);
image(imgw[0],50,0,200,300);
if(ref==act && right==1)
{
test++;
ex=2;
right=0;
}
if(ref==1 && right==1) ///wrong direction
{
fault=1;
}
if(ref==3 && right==1) ///wrong direction
{
fault=1;
}
if(ref==4 && right==1) ///wrong direction
{
fault=1;
}
}
else if(ex==1)
{
act=3;
image(img[0],0,-310,370,860);
image(imgw[0],0,180,300,200);
image(imgw[0],0,0,300,100);
image(imgw[0],250,0,200,300);
image(imgw[0],50,0,150,300);
if(ref==act && right==1)
{
test++;
ex=2;
right=0;
}
if(ref==2 && right==1) ///wrong direction
{
fault=1;
}
if(ref==1 && right==1) ///wrong direction
{
fault=1;
}
if(ref==4 && right==1) ///wrong direction
{
fault=1;
}
}
}
///////////////////////////////////////////
if(test==4)
{
if(ex==2)
{
ex=int(random(2));
}
if(ex==0)
{
act=1;
image(img[0],0,-380,370,860);
image(imgw[0],0,180,300,200);
image(imgw[0],0,0,300,100);
image(imgw[0],150,0,300,300);
image(imgw[0],50,0,50,300);
if(ref==act && right==1)
{
test++;
ex=2;
right=0;
}
if(ref==2 && right==1) ///wrong direction
{
fault=1;
}
if(ref==3 && right==1) ///wrong direction
{
fault=1;
}
if(ref==4 && right==1) ///wrong direction
{
fault=1;
}
}
else if(ex==1)
{
act=4;
image(img[0],0,-380,370,860);
image(imgw[0],0,180,300,200);
image(imgw[0],0,0,300,100);
image(imgw[0],50,0,200,300);
if(ref==act && right==1)
{
test++;
ex=2;
right=0;
}
if(ref==2 && right==1) ///wrong direction
{
fault=1;
}
if(ref==3 && right==1) ///wrong direction
{
fault=1;
}
if(ref==1 && right==1) ///wrong direction
{
fault=1;
}
}
}
//////////////////////////////////////////////
if(test==5)
{
if(ex==2)
{
ex=int(random(2));
}
if(ex==0)
{
act=2;
image(img[0],0,-440,370,860);
image(imgw[0],0,160,300,200);
image(imgw[0],0,0,300,100);
image(imgw[0],280,0,300,300);
image(imgw[0],60,0,160,300);
if(ref==act && right==1)
{
test++;
ex=2;
right=0;
}
if(ref==1 && right==1) ///wrong direction
{
fault=1;
}
if(ref==3 && right==1) ///wrong direction
{
fault=1;
}
if(ref==4 && right==1) ///wrong direction
{
fault=1;
}
}
else if(ex==1)
{
act=3;
image(img[0],0,-440,370,860);
image(imgw[0],0,160,300,200);
image(imgw[0],0,0,300,100);
image(imgw[0],0,0,300,100);
image(imgw[0],200,0,300,300);
image(imgw[0],50,0,100,300);
if(ref==act && right==1)
{
test++;
ex=2;
right=0;
}
if(ref==2 && right==1) ///wrong direction
{
fault=1;
}
if(ref==1 && right==1) ///wrong direction
{
fault=1;
}
if(ref==4 && right==1) ///wrong direction
{
fault=1;
}
}
}
///////////////////////////////////////////////
if(test==6)
{
if(ex==2)
{
ex=int(random(2));
}
if(ex==0)
{
act=4;
image(img[0],0,-480,370,860);
image(imgw[0],0,160,300,200);
image(imgw[0],0,0,300,100);
image(imgw[0],170,0,300,300);
image(imgw[0],50,0,70,300);
if(ref==act && right==1)
{
test++;
ex=2;
right=0;
fault=1;
}
if(ref==2 && right==1) ///wrong direction
{
fault=1;
}
if(ref==3 && right==1) ///wrong direction
{
fault=1;
}
if(ref==1 && right==1) ///wrong direction
{
fault=1;
}
}
else if(ex==1)
{
act=3;
image(img[0],0,-480,370,860);
image(imgw[0],0,160,300,200);
image(imgw[0],0,0,300,100);
image(imgw[0],50,0,200,300);
image(imgw[0],280,0,200,300);
if(ref==act && right==1)
{
test++;
ex=2;
right=0;
fault=1;
}
if(ref==2 && right==1) ///wrong direction
{
fault=1;
}
if(ref==1 && right==1) ///wrong direction
{
fault=1;
}
if(ref==4 && right==1) ///wrong direction
{
fault=1;
}
}
}
}
}
void keyPressed(){
if(keyCode == UP)
{
test+=1;
}
}
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