2013互動技術概論: HW19

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2014年1月12日星期日

Week19 00161036魏正期末作品

互動技術期末作品
作品名稱:LED Cube 8x8x8
作品介紹:
此作品欲達成裸視3D的效果，並使觀眾能從任何角度欣賞動畫，創作過程使用512顆燈泡並依照8x8x8的架構進行焊接，底板晶片使用Arduino UNO來燒錄動畫程式，未來展望欲將體感裝置和此作品藉由PC溝通產生出新的體感操作模式，讓觀眾和展演者能不拘泥於任何方位demo都無觀賞死角，謝謝大家。

Week19_Final_彈珠台

##Demo影片

##製作到完成照片

一開始的拆箱、定尺寸、畫位置

測試電路、設計開關(感應區)

電路和版面組合

展開的樣子

組裝好後的外觀

玩的照片~

全亮燈的樣子

## Arduino程式碼

import processing.serial.*;

PFont font;

Serial serial;

int pon=0;

void setup()

{

size(600, 400);

background(0,0,0);

serial=new Serial(this, "COM3", 9600);

}

void draw()

{

background(0,0,0);

if (serial.available()>0)

{

int a=serial.read();

print(a+" ");

if(a==97) { pon+=0; }//a

else if(a==98) { pon+=20; }//b

else if(a==99) { pon+=0; }//c

else if(a==100) { pon+=25; }//d

else if(a==101) { pon+=0; }//e

else if(a==102) { pon+=50; }//f

else if(a==103) { pon+=0; }//g

else if(a==104) { pon+=20; }//h

//else if(a==105) { pon+=0; }//i

//else if(a==106) { pon+=10; }//j

textFont(createFont("calibri",40));

textSize(100);

text("Score:"+pon,50,210);

}

## Processing 程式碼

import processing.serial.*;

PFont font;

Serial serial;

int pon=0;

void setup()

{

size(600, 400);

background(0,0,0);

serial=new Serial(this, "COM3", 9600);

}

void draw()

{

background(0,0,0);

if (serial.available()>0)

{

int a=serial.read();

print(a+" ");

if(a==97) { pon+=0; }//a

else if(a==98) { pon+=20; }//b

else if(a==99) { pon+=0; }//c

else if(a==100) { pon+=25; }//d

else if(a==101) { pon+=0; }//e

else if(a==102) { pon+=50; }//f

else if(a==103) { pon+=0; }//g

else if(a==104) { pon+=20; }//h

//else if(a==105) { pon+=0; }//i

//else if(a==106) { pon+=10; }//j

textFont(createFont("calibri",40));

textSize(100);

text("Score:"+pon,50,210);

}

第十九週期末展示

結合Arduino音樂擴充版製作的MP3播放器，可進行播放/暫停，下一曲，上一曲以及音量控制。

影片:

整個系統工作情況:
左邊的4個按鈕就像吉他左手按玹，右手類似播玹，只是我改成按鍵而已。當左手按住某個按鈕時，右手也要跟著按，該鈕顯示的打擊方塊才會亮起，這時只要有韻律方塊也在該位置附近，這樣才能形成有效打擊，Score會加分數，也會有combo顯現。
遊戲執行時，視窗的左邊會有背景影片出現和分數，右邊則是
遊戲進行的畫面，4條通道和1條血條，有有效打擊會有combo出現還會加血，沒有的話漏掉方塊的話則會扣血。血量歸0，遊戲則結束並且有失敗畫面。不然就是等到背景影片播完，即勝利，會有勝利圖片然後計算總分。

心得:
一開始接線的時候，按鈕都沒接電阻，就一直短路，也不知道為啥。接了電阻就好了，不知道是不是因為沒電阻電壓太大，arduino的板子，就直接掛給你看。
然後起初當然是卡在processing如何和arduino做配合~
之後配合processing裡面的函示庫，很多問題都迎刃而解，
不過兩者的配合有一定程度上的lag，這時候就一直在嘗試改arduino的delay()值。
之後又卡在，如何讓方塊跟著音樂有節奏~~
還有方塊與方塊間，避免他們連在一起。
血條用兩張圖片做配合~~沒有意外。
只是悲劇的是processing的版本好像跟學校的不合
影片展示時就顯得很亂~~Q.Q

以下是所使用程式
arduino；

int switchStateRed = 0;
int switchStateBlue = 0;

void setup(){
pinMode(2 , INPUT);
pinMode(3, INPUT);
Serial.begin(9600);
}

int a=0,b=0;

void loop(){
switchStateRed = digitalRead(2);
switchStateBlue = digitalRead(3);

if(switchStateRed == LOW) a=0;
if(switchStateRed == HIGH && a==0){Serial.write('a');a=1;}
if(switchStateRed == LOW) b=0;
if(switchStateRed == HIGH && b==0){Serial.write('b');b=1;}

}

processing

import ddf.minim.*;
import processing.video.*; //導入 video 程式庫

import processing.serial.*;

Minim minim;
AudioPlayer in;
Serial serial;
Movie movie; //宣告 Movie 物件
int hand,handX;
PImage rback,lb,blood,bblood,rbb,blue,red,green,yellow,push,bg,die,win;
int score,blo,plo;
int a,i,j,dieo,winn,sum,com;

float []msX=new float[200],msY=new float[200];//x,y
float []msVX=new float[200],msVY=new float[200];
float []bl=new float[200];
int []thing = new int[200];

void setup() {
com=0;

dieo=1;
winn=0;
size(1300, 600);
score=0;
sum=0;
a=0;
j=0;
blo=0;
plo=565;
movie = new Movie(this, "aaa.mov");
minim=new Minim(this);
rback=loadImage("rback.jpg");
lb=loadImage("lb.jpg");
blood=loadImage("blood.jpg");
rbb=loadImage("rbb.jpg");
bblood=loadImage("bblood.jpg");
red=loadImage("red.jpg");
blue=loadImage("blue.jpg");
yellow=loadImage("yellow.jpg");
push=loadImage("yellow.jpg");
green=loadImage("green.jpg");
bg=loadImage("bg.jpg");
die=loadImage("die.jpg");
win=loadImage("winn.jpg");
// 開啟 Serial port，通訊速率為 9600 bps

// 注意! 如果你 Arduino 不是接在 COM4，請做適當調整

serial = new Serial(this, "COM4", 9600);
movie.play();

for (int i=0;i<200;i++) {
newms(i);
thing[i]=0;
bl[i]=0;
}

}
void movieEvent(Movie movie){
//讓 quicktime movie 通知 Processing 有一個畫格已經準備好可以被播放
movie.read();
/* 由 Movie 類別中呼叫 read() 函數，以便讀入當前畫格資料至 Movie 類別中，準備呈像 */
}

void draw() {

if(dieo==0)
{

movie.stop();
last(0);
stop();

}

else if(sum>1500)
{
movie.stop();
last(1);
stop();

}
else
{

image(lb,0, 0,900,522);
image(movie, 40, 30);
image(bblood, 0,522,900, 100);
image(rbb, 900, 0,405, 605);
image(rback, 920, 15,360, 570);
image(blood,1200, 15,72,565 );
image(bg,1200, 15,72, blo );
textSize(32);
text("Score:", 0, 572);
text(score,100, 572);
fill(255, 255, 255);

if(com!=0)
{
textSize(60);
text("COMBO", 928, 100);
text(com,1028, 150);
fill(0, 255, 0);
}

handX = 0;
hand = 0;
/*
image(blue, 928, 15,60, 20);
image(yellow, 996, 15,60, 20);
image(green, 1064,15,60, 20);
image(red,1132, 15,60,20 );*/

for ( i=0;i<a;i++) {
if (msX[i]==928.0)
image(blue, msX[i], msY[i], 60, 20);
else if (msX[i]==996.0)
image(yellow, msX[i], msY[i], 60, 20);
else if (msX[i]==1064.0)
image(green, msX[i], msY[i], 60, 20);
else if (msX[i]==1132.0)
image(red, msX[i], msY[i], 60, 20);
if(msY[i]<610)
{

msY[i]+=10;

}
}

if ( serial.available() > 0) {

// 讀取從 Serial Port 傳進來的 Sensor 讀值

hand = serial.read();

if(hand=='A'){
handX = 928;
image(push, handX, 450.0, 60, 20);

for ( i=0;i<a;i++) //有效打擊範圍+combo+分數+血量
{
if(msY[i]<471 && msY[i]>439)
{
if(msX[i]==928)
{
if ((461.0 > msY[i]) && (447.0 < msY[i]));
{
score=score+100;
msY[i]=610;
com=com+1;
if(plo<=535)
plo=plo+30;
}
}
}

}
}

else if(hand=='B'){
handX=996;
image(push, handX, 450, 60, 20);

for ( i=0;i<a;i++)
{

if(msY[i]<471 && msY[i]>439)
{
if(msX[i]==996)
{
if ((461.0 > msY[i]) && (447.0 < msY[i]));
{
score=score+100;
msY[i]=610;
com=com+1;
if(plo<=535)
plo=plo+30;
}
}
}
}
}

else if(hand=='C'){
handX = 1064;
image(push, handX, 450.0, 60, 20);

for ( i=0;i<a;i++)
{

if(msY[i]<471 && msY[i]>439)
{
if(msX[i]==1064)
{
if ((461.0 > msY[i]) && (447.0 < msY[i]));
{
score=score+100;
msY[i]=610;
com=com+1;
if(plo<=535)
plo=plo+30;
}
}
}
}
}

else if(hand=='D'){
handX=1132;
image(push, handX, 450.0, 60, 20);

for ( i=0;i<a;i++)
{
if(msY[i]<471 && msY[i]>439)
{
if(msX[i]==1132)
{
if ((461.0 > msY[i]) && (447.0 < msY[i]));
{
score=score+100;
msY[i]=610;
com=com+1;
if(plo<=535)
plo=plo+30;
}
}
}
}
}
/*
if(sensorValue0=='Z'){
sensorValue0=1000;

}*/

}

if(com!=0) //combo累計
{
textSize(60);
text("COMBO", 928, 100);
text(com,1028, 150);
fill(0, 255, 0);
}

for(int u=0;u<a;u++) //損寫機制+combo歸0+失敗檢測
{
if(msY[u] >600 && bl[u]==0 )
{
if(blo<570)
{
blo=blo+3;
image(bg,1200, 15,72, blo );
bl[u]=1;
com=0;
}
else
dieo=0;
}
}

if(i<200 && j%10==0)

++a;
++j;

sum++;
println(com);

}
}
void newms(int i) {

//float angle=random(2*PI);
if(i%3==0 && i<196) //方塊速度
{
msVY[i]=8;
msVY[i+1]=8;
msVY[i+2]=8;
}
int dir=int(random(4)); //隨機在4個通道產生方塊
if (dir==0) {
msX[i]=928.0;
msY[i]=0.0;

}
else if (dir==1) {
msX[i]=996.0;
msY[i]=0.0;
}
else if (dir==2) {
msY[i]=0.0;
msX[i]=1064.0;
}
else if (dir==3) {
msY[i]=0.0;
msX[i]=1132.0;
}
}

void last(int i){ //失敗畫面和勝利畫面
if(i==0)
{
image(die, 0,0,1200, 600);
in=minim.loadFile("hdie.mp3");
in.play();
textSize(50);
text("Score:", 100, 422);
text(score,300, 422);
fill(255, 255, 255);
}
else if(i==1)
{

image(win, 0,0,1200, 600);
in=minim.loadFile("hwin.mp3");
in.play();
textSize(50);
text("Score:", 800, 272);
text(score,980, 272);
fill(255, 0, 0);

}
}

第18組期末 Ball&Maze

這是個控制球通過迷宮,類似電流急急棒,必須摸黑,依靠你的記憶力努力達到終點的遊戲

開始畫面

遊戲畫面

失敗畫面

抵達終點

影片連結

遊戲試玩:

開掛直接抵達終點:

第10組-互動技術期末作品-節奏音感-99163116,99163186

遊戲名稱:節奏音感
遊戲玩法:在放音樂的過程中，會有音階隨機掉下來，操作的方法就是將Processing與Arduino的程式碼互相連接，再利用Arduino硬體組成的5個按鍵來操作，當音階到達指定的位置時按下，程式碼就會依照所設定的預設值範圍來判斷有無按到，在按到的過程中會出現閃光的特效，每按成功一次就加分數100分，直到音樂放完為止，遊戲結束後，在最後的畫面會出現總分。

Processing程式碼:
PImage bg,blue,orange,green,blue1,orange1;
PImage imgPub;
PImage imgMusic;
PImage imgPop;
import processing.serial.*;
Serial myPort;
int N=6;
int count = 9700;
float []thingX=new float[6], thingY=new float[6],thingType = new float[6];
int grade=0;
int val;
import ddf.minim.*;
Minim m;
AudioPlayer player;
void setup(){
myPort = new Serial(this, "COM4", 9600);
imgPub=loadImage("Pub.jpg");
imgMusic=loadImage("Music.jpg");
imgPop=loadImage("Pop.jpg");
image(imgPop,400,600);
image(imgMusic,400,600);
image(imgPub,400,600);

bg = loadImage("background.jpg");
blue = loadImage("blue.jpg");
orange = loadImage("orange.gif");
green = loadImage("green.jpg");
blue1 = loadImage("blue1.gif");
orange1 = loadImage("orange1.jpg");

m = new Minim(this);
player = m.loadFile("DNA.mp3");
size(400,600);
for(int i=0;i<N;i++){
newThing(i);
}
}
int countDown=10*30;
void draw(){
player.play();
val = myPort.read();
image(imgPop,0,0,400,600);
if(keyPressed)

textSize(40);
text("Start!!", 250, 300);

if(key=='s')

image(imgMusic,0,0,400,600);
if(countDown>0){
//background(255,0,255);
countDown--;
text("Time: "+countDown/50,170,300);

return;
}

image(bg,0,0, 400,600);
image(blue,0,575,80,40);
image(orange,80,575,80,40);
image(green,160,575,80,40);
image(blue1,240,575,80,40);
image(orange1,320,575,80,40);

for(int i=0;i<N;i++){
if(thingType[i]==1)
{
drawblue(i);
//if (keyPressed)

//if(key=='d'|| key=='D')

println(val);
if(525<thingY[i] && thingY[i]<700 && val==50)
{
thingY[i] = 650; grade+=100; //println(grade);
fill(#0046FF,90);
rect(0,575,80,-600);
}

}
else if(thingType[i]==2)
{
draworange(i);
//if (keyPressed)

{
//if(key=='f'|| key=='F')

//println(val);
if(525<thingY[i] && thingY[i]<600 && val==51)
{
thingY[i] = 650; grade+=100; println(grade);
fill(#FF7D00,90);
rect(80,575,80,-600);
}
}
}
else if(thingType[i]==3)
{
drawgreen(i);
//if (keyPressed)

{
//if(key=='b'|| key=='B')

//println(val);
if(525<thingY[i] && thingY[i]<600 && val==52)
{
thingY[i] = 650; grade+=100; println(grade);
fill(#10FF00,90);
rect(160,575,80,-600);
}
}
}
else if(thingType[i]==4)
{
drawblue1(i);
//if (keyPressed)

{
//if(key=='k'|| key=='K')

//println(val);
if(525<thingY[i] && thingY[i]<600 && val==49)
{
thingY[i] = 650; grade+=100; println(grade);
fill(#0046FF,90);
rect(240,575,80,-600);
}
}
}
else if(thingType[i]==5)
{
draworange1(i);
//if (keyPressed)

{
//if(key=='j'|| key=='J')

println(val);
if (525<thingY[i] && thingY[i]<600 && val==53)
{
thingY[i] = 650; grade+=100; println(grade);
fill(#FF7D00,90);
rect(320,575,80,-600);
}
}
}
thingY[i]+=3;
if(thingY[i]>600) newThing(i);
}
if(count>0){
count--;
text("Time: "+count/50,170,300);
}
if(count==0){
//background(#FF0015);
//background(imgMusic,400,600);
image(imgMusic,0,0,400,600);
fill(255,0,0);
text("Score: "+grade,122,300);

}
}
void newThing(int i){
thingY[i] = -random(200);
thingX[i] = random(400);
thingType[i] = int(random(5))+1;
}
void drawblue(int i){
thingX[i]=int(random(0,0));
image(blue,thingX[i],thingY[i],80,22);
}
void draworange(int i){
thingX[i]=int(random(80,80));
image(orange,thingX[i],thingY[i],80,22);
}
void drawgreen(int i){
thingX[i]=int(random(160,160));
image(green,thingX[i],thingY[i],80,22);
}
void drawblue1(int i){
thingX[i]=int(random(240,240));
image(blue1,thingX[i],thingY[i],80,22);
}
void draworange1(int i){
thingX[i]=int(random(320,320));
image(orange1,thingX[i],thingY[i],80,22);
}

Arduino硬體程式碼:
int buttonPin5 = 5;
int buttonPin2 = 2;
int buttonPin3 = 3;
int buttonPin4 = 4;
int buttonPin6 = 6;

int buttonState5 = 0;
int buttonState2 = 0;
int buttonState3 = 0;
int buttonState4 = 0;
int buttonState6 = 0;
void setup() {

pinMode(buttonPin5, INPUT);
pinMode(buttonPin2, INPUT);
pinMode(buttonPin3, INPUT);
pinMode(buttonPin4, INPUT);
pinMode(buttonPin6, INPUT);

Serial.begin(9600);

}
void loop() {
buttonState5 = digitalRead(buttonPin5);
buttonState2 = digitalRead(buttonPin2);
buttonState3 = digitalRead(buttonPin3);
buttonState4 = digitalRead(buttonPin4);
buttonState6 = digitalRead(buttonPin6);

if (buttonState5 == HIGH) {

Serial.write('1');
}
if (buttonState2== HIGH) {

Serial.print('2');
}
if (buttonState3 == HIGH) {

Serial.print('3');
}
if (buttonState4 == HIGH) {

Serial.print('4');
}
if (buttonState6 == HIGH) {

Serial.print('5');
}
else if(buttonState2 == LOW&&buttonState3 == LOW&&buttonState4 == LOW&&buttonState5 == LOW&&buttonState6 == LOW){
Serial.write('0');
}
delay(100);

}

Arduino硬體電路連接:

圖片結果截圖:

影片DEMO:
遊戲執行結果:

電腦側錄結果:

Week19 張智棠,陳奕汎

互動技術概論期末

Demo影片 :

Code:
import ddf.minim.*;
import processing.serial.*;
AudioPlayer player,SE;
Minim minim;
Serial myPort;
int val;
int angle;
PImage img1,img2,img3,bg,win,copyright,copyright2;;
PImage imgMan,leftwalk,rightwalk;
PImage imgface,imgface2,imgface3,symbol;
int Alpha=255,Alpha2=255;

float z2=int(random(150)+50);
float z3=int(random(150)+80);
float z4=int(random(150)+100);
float ac=0.03;

int BuildingX,BuildingX2,BuildingX3;
int stage=4;
int N=6;
int []thingType = new int [6] ;
float []thingX = new float [6];
int BGX=0;

float Reac,Rez2,Rez3,Rez4;
boolean sw=false;
boolean left=false,right=false,start=true;
int a=3;
int Time=800;
float GameTime=0;
int Score=0;
int move=0;
int blood=100;
//stage1 run
//stage2 gameover
//stage3 win
//stage4 menu
void setup(){
size(600,600);
String [] all = Serial.list();
String portName = all[all.length-1];
myPort = new Serial(this, portName, 9600);
img1=loadImage("monster1.png");
img2=loadImage("monster2.png");
img3=loadImage("monster3.png");
imgface=loadImage("image1.png");
imgface2=loadImage("image.png");
imgface3=loadImage("image3.png");
symbol = loadImage("symbol.png");
imgMan=loadImage("start.png");
leftwalk=loadImage("leftwalk.png");
rightwalk=loadImage("rightwalk.png");
bg=loadImage("bg.jpg");
win=loadImage("");
copyright = loadImage("copyright.bmp");
copyright2 = loadImage("copyright2.bmp");
imageMode(CENTER);
for ( int i = 0 ; i < N ; i++)
{
newThing(i);
}
minim = new Minim(this);

player = minim.loadFile("ST1.mp3");
SE = minim.loadFile("ken.mp3");
}

float newH;
float newH2;
float newH3;
float newH4=50;
int b;
void draw(){

if ( myPort.available() > 0)
{
val = myPort.read(); //Arduino Control
//angle = myPort.read();
println("val "+val);
println("ac "+ac);
// println("angle "+angle);
}
if (stage==3)
{
if (val==180) stage=4;
}
if (stage==4)
{
if (val==180) stage=1;
}
if (stage==1)
{

if (val==181)
{
if (sw==false)
{
z2-=ac;
ac+=0.001;
if (ac>0.88) ac=0.88;
}
}
/* if (val==179)
{
if (sw==false)
{
textSize(32);
fill(255,128,0);
text("PAUSE",250,300);
Reac = ac;
Rez2 = z2;
Rez3 = z3;
Rez4 = z4;
z2+=ac;
ac=0;
sw = true;
}
}
if (sw ==true)
{
if (val==181)
{
sw = false;
ac = Reac;
z2 = Rez2;
z3 = Rez3;
z4 = Rez4;
}
}*/
else z2-=ac;

if (val>79 && val<180)
{
if (sw==false)
{
if (val%79<10){thingX[0]-=val%79; thingX[1]-=val%79; thingX[2]-=val%79;thingX[3]-=val%79;thingX[4]-=val%79; thingX[5]-=val%79;}
if (val%79>10){thingX[0]-=10; thingX[1]-=10; thingX[2]-=10;thingX[3]-=10; thingX[4]-=10; thingX[5]-=10;}
right=true;
left=false;
start=false;
}
}
if (val>0 && val<79)
{
if (sw==false)
{
if (val%79<10) {thingX[0]+=val%79; thingX[1]+=val%79; thingX[2]+=val%79;thingX[3]+=val%79; thingX[4]+=val%79; thingX[5]+=val%79;}
if (val%79>10){ thingX[0]+=10; thingX[1]+=10; thingX[2]+=10;thingX[3]+=10; thingX[4]+=10; thingX[5]+=10;}
left=true;
right=false;
start=false;
}
}
}

if (stage==1&&sw==false)//stage01 runnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnn
{
if (a==1)
{
player.close();
player=minim.loadFile("ST1.mp3");
player.setGain(-20);
player.play();
player();
ac=0.03;
z2=int(random(150)+50);
z3=int(random(150)+80);
z4=int(random(150)+100);
blood=100;
Time=1000;
GameTime=0;
Score=0;
newH= 1360*atan(10/z2)/PI;
newH2= 1360*atan(10/z3)/PI;
newH3= 1360*atan(10/z4)/PI;
}
a=2;
GameTime+=0.5;
background(255);
image(bg,300,300,600,600);
fill(255,0,0);
rect(100,500,blood+GameTime*0.05-Score*20,50);
fill(255);
textSize(15);
text("HP "+(int)(blood+GameTime*0.05-Score*20),100,580);
text("GameTime"+GameTime,400,580);
fill(255,255,0);
textSize(15);
text("Press S To PAUSE",100,100);
text("Press R To Continue",100,150);
text("Press A To Access",400,100);
text("Press X or x To Move",400,150);
if ((blood+GameTime*0.05-Score*20)<0) stage=2;
//if (GameTime>3000) stage=3;
for ( int i = 0 ; i < N ; i++)
{
if (thingType[i]%6==1)
{
draw1(i);
if (z2<5&&(newH4-newH)<30)
{
Score++;
SE.close();
SE = minim.loadFile("ken.mp3");
SE.setGain(-20);
SE.play();
}
}
if (thingType[i]%6==2)
{
draw2(i);
if (z3<5&&(newH4-newH2)<30)
{
Score++;
SE.close();
SE = minim.loadFile("ken.mp3");
SE.setGain(-20);
SE.play();

}
}
if (thingType[i]%6==3)
{
draw3(i);
if (z4<5&&(newH4-newH3)<30)
{
Score++;
SE.close();
SE = minim.loadFile("ken.mp3");
SE.setGain(-20);
SE.play();
}

}

drawMan();

newH= 1360*atan(10/z2)/PI;
newH2= 1360*atan(10/z3)/PI;
newH3= 1360*atan(10/z4)/PI;

if(z2<5||thingX[i]<0 ||thingX[i]>600)
{
z2=int(random(150)+50);
newH= 1360*atan(10/z2)/PI;
newThing(i);
}
if(z3<5||thingX[i]<0 ||thingX[i]>600)
{
z3=int(random(150)+80);
newH2= 1360*atan(10/z3)/PI;
newThing(i);
}
else if(z4<5||thingX[i]<0||thingX[i]>600)
{
z4=int(random(150)+100);
newH3= 1360*atan(10/z4)/PI;
newThing(i);
}
}

z2-=ac;
z3-=ac;
z4-=ac;
if (GameTime>1000){ stage=3;a=4;}
}
if (stage==2)//stage02 game overrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrr
{
if(a==2)
{
player.close();
player=minim.loadFile("ending.mp3");
player.setGain(-20);
player();
}
a=3;
background(255,0,0);
fill(0);
textSize(32);
text("Game Over", 200, 300);
text("ReStart Time :"+Time,200,400);
Time--;
line(230,150,215,180);
line(215,180,230,210);
line(230,210,400,210);
line(400,210,400,150);
line(400,150,230,150);
if (Time<800 && Time>600)
{
image(imgface,200,200,50,50);
textSize(16);
text("outch!",250,180);
}
if (Time<600 && Time>300)
{
image(imgface2,200,200,50,50);
textSize(16);
text("It's Really Hurt..",250,180);
}
if (Time<300)
{
image(imgface3,200,200,50,50);
textSize(16);
text("I Can Do Again!",250,180);
}
if (Time<0) stage=4;
}
if (stage==3) //stage03 winnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnn
{
if(a==4)
{
player.close();
player=minim.loadFile("win.mp3");
player.setGain(-10);
player();
}
background(0);
fill(255);
textSize(32);
text("You Make It! ", 200, 100);
text("Thanks For Your Playing!",100,200);
text(" This Game Design by↓",100,300);
text("&",285,360);
image(copyright,250,350,39,33);
image(copyright2,350,350,39,33);
text("Press W To ReStart Game",110,500);
a=3;
}
if (stage==4) //stage04 menuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuu
{

background(0);
if(a==3)
{
player.close();
player=minim.loadFile("start.mp3");
player.setGain(-10);
player();
}

textSize(16);
fill(255,0,0,Alpha);
text("run for life",250,80);
textSize(64);
stroke(50);
text("Monster Run",100,120);
if (Alpha>0) Alpha--;
if (Alpha==0) Alpha=255;
fill(255);
textSize(16);
text("Do Your Best To Avoid Monster",180,200);
text("Press Q To Start Game",200,300);
textSize(8);
text("TW",95,545);
text("Monster Run @2013 From Software",50,550);
image(symbol,300,450,200,200);
text("Tang Fan Gaming House @2013",430,550);
a=1;

}
}

void keyPressed()
{
if (stage==3)
{
if (key=='w' ||key=='W') stage=4;
}
if (stage==4)
{
if (key=='q' ||key=='Q') stage=1;
}
if (stage==1)
{

if (key=='a'||key=='A')
{
if (sw==false)
{
z2-=ac;
ac+=0.01;
if (ac>0.88) ac=0.88;
}
}
if (key=='s' ||key=='S')
{
if (sw==false)
{
textSize(32);
fill(255,128,0);
text("PAUSE",250,300);
Reac = ac;
Rez2 = z2;
Rez3 = z3;
Rez4 = z4;
z2+=ac;
ac=0;
sw = true;
}
}
if (key=='r' || key=='R')
{
if (sw ==true)
{
sw = false;
ac = Reac;
z2 = Rez2;
z3 = Rez3;
z4 = Rez4;
}
}
else z2-=ac;

if (key=='x')
{
if (sw==false)
{
thingX[0]-=20; thingX[1]-=20; thingX[2]-=20;
right=true;
left=false;
start=false;
}
}
if (key=='X')
{
if (sw==false)
{
thingX[0]+=20; thingX[1]+=20; thingX[2]+=20;
left=true;
right=false;
start=false;
}
}
}
}

void newThing(int i )
{
thingType[i] = int (random(3)+1) ;
thingX[i] = int(random(600)+1) ;
}

void draw1(int i)
{

if(newH>0)
{
tint(255, 255-z2);
image(img1,thingX[i],300, newH, newH);
}
}
void draw2(int i)
{
if(newH2>0)
{
tint(255, 255-z3);
image(img2,thingX[i],300, newH2, newH2);
}
}
void draw3(int i)
{
if(newH3>0)
{
tint(255, 255-z4);
image(img3,thingX[i],300, newH3, newH3);
}
}
void stop()
{
player.close();
minim.stop();
super.stop();
}

void drawMan()
{
if (start==true)
{
tint(255, 255);
image(imgMan, 300,450,newH4,newH4);
}
if (right==true)
{
tint(255, 255);
image(rightwalk, 300,450,newH4,newH4);
}
if (left==true)
{
tint(255, 255);
image(leftwalk, 300,450,newH4,newH4);
}
}
void player()
{
player.loop();
}

第十九週期末報告

期末報告

主題:鋼鋼好朋友

介紹:鋼鐵超人要利用手上的武器診拯救好朋友。

Arduino程式碼:

int switchStateRed = 0; int switchStateBlue = 0; int switchStateB = 0; int switchStateW = 0; int switchStateA = 0; const int ledPin = 13; // led connected to digital pin 13 const int knockSensor = A0; // the piezo is connected to analog pin 0 const int threshold = 100; int sensorReading = 0; // variable to store the value read from the sensor pin int ledState = LOW; void setup(){ pinMode(ledPin, OUTPUT); pinMode(2,INPUT); pinMode(3,INPUT); pinMode(4,INPUT); pinMode(5,INPUT); pinMode(6,INPUT); Serial.begin(9600); } //int a=0,b=0; void loop(){ sensorReading = analogRead(knockSensor); switchStateRed = digitalRead(2); switchStateBlue = digitalRead(3); switchStateW = digitalRead(4); switchStateA = digitalRead(5); switchStateB = digitalRead(6); // if the sensor reading is greater than the threshold: if (sensorReading >= threshold) { // toggle the status of the ledPin: ledState = !ledState; // update the LED pin itself: digitalWrite(ledPin, ledState); // send the string "Knock!" back to the computer, followed by newline } if(switchStateRed == HIGH) {Serial.write('1');} if(switchStateBlue == HIGH) {Serial.write('2');} if(switchStateW == HIGH) {Serial.write('3');} if(switchStateA == HIGH) {Serial.write('4');} if(switchStateB == HIGH) {Serial.write('5');} delay(33); }

Processing程式碼:

PImage img; PImage img1; PImage img2; PImage img3; PImage img4; PImage img5; PImage img6; PImage img7; PImage img8; PImage img9; PImage img0; PImage img10; PImage img11; PImage img12; PImage img13; PImage img14; PImage img15; PImage img16; import processing.serial.*;// Serial serial;// import ddf.minim.*; AudioPlayer player; AudioPlayer player1; AudioPlayer player2; AudioPlayer player3; AudioPlayer player4; AudioPlayer player5; Minim minim;//audio context char c=' '; float z; int ss; int btime; int [] start = new int[50]; float [] bulletX=new float[50]; float [] bulletY=new float[50]; int [] mstart = new int[50]; float [] monsterX=new float[50]; float [] monsterY=new float[50]; int bo; int top=0; int i; int a; int b; int m=0; int s; int ba; int bc; int hl; int ml; int f; float bl; int ud; int bossY; float []thingAA = new float[50]; float mt; float md; void setup() { mt=150; size(1000, 300); btime=1800; ss=0; i=0; a=0; b=0; s=0; ba=0; bo=15; bc=100; f=0; z=15; img = loadImage("01.png"); img1 = loadImage("pic4.bmp"); img2 = loadImage("dragon.png"); img3 = loadImage("a.png"); img4 = loadImage("b.png"); img5 = loadImage("c.png"); img6 = loadImage("d.png"); img7 = loadImage("e.png"); img8 = loadImage("f.png"); img9 = loadImage("g.png"); img0 = loadImage("h.png"); img10 = loadImage("02.png"); img11 = loadImage("blood.png"); img12 = loadImage("magic.png"); img13 = loadImage("1.png"); img14 = loadImage("blood2.png"); img15 = loadImage("win.jpg"); img16 = loadImage("lose.jpg"); m=0; bl=600; bossY=int(random(85, 185)); imageMode(CENTER); hl=400; ml=0; minim = new Minim(this); player = minim.loadFile("file.mp3", 2048); player1 = minim.loadFile("01.wav", 2048); player2 = minim.loadFile("02.wav", 2048); player3 = minim.loadFile("03.wav", 2048); player4 = minim.loadFile("winner.wav", 2048); player5 = minim.loadFile("loser.WAV", 2048); serial=new Serial(this, "COM3", 9600); player.play(); } void draw() { if (serial.available()>0) { c=(char)serial.read(); if (c=='1')mt=mt+10; if (c=='2')mt=mt-10; if (c == '3') { if (bc==100) { if (bo!=0) { bulletX[top]=120; bulletY[top]=mt-25; start[top]=1; top++; if (top>=50) top=0; bo--; player1 = minim.loadFile("01.wav"); player1.play(); } } z--; } if (c == '4') { ba=1; z=0; } if (c=='5') if (a==0&&ml==300) { a=1; } } if (ss==0) { background(img1); image(img, 70, mt, 63, 80); image(img11, 0, 0, hl, 30); image(img12, 0, 25, ml, 15); if (a==0)i=0; if (a==1&&i<=60) { i=i+1; } if (a==1&&i==61) i=31; if (a==2&&i<=160) i=i+1; if (i>0&&i<=30) { image(img3, 1600, mt, 3000, 100); player3 = minim.loadFile("03.wav"); player3.play(); } if (i>30&&i<=40) { image(img4, 1600, mt, 3000, 100); } if (i>40&&i<=50) { image(img5, 1600, mt, 3000, 100); } if (i>50&&i<=60) { image(img6, 1600, mt, 3000, 100); } if (i>60&&i<=100) { image(img7, 1600, mt, 3000, 100); } if (i>100&&i<=120) { image(img0, 1600, mt, 3000, 100); } if (i>120&&i<=140) { image(img8, 1600, mt, 3000, 100); } if (i>140&&i<=160) { image(img9, 1600, mt, 3000, 100); } if (a==1&&ml>0) ml=ml-2; if (btime>0)s=int(random(0, 15)); else { s=int(random(0,10)); } if ( s == 5) { monsterX[m]=900; monsterY[m]=random(50, 950); mstart[m]=1; m++; if (m>=50)m=0; } for (int i=0;i<50;i++) { if (mstart[i]==1) { image(img2, monsterX[i], monsterY[i], 64, 64); monsterX[i]-=3; if (monsterY[i]>500) { monsterY[i]=0; mstart[i]=0; } } } for (int i=0;i<50;i++) { if (start[i]==1) { image(img10, bulletX[i], bulletY[i]+30, 30, 10); bulletX[i]+=3; if (bulletY[i]>500) { bulletY[i]=0; start[i]=0; } } } for (int k=0;k<50;k++) for (int j=0;j<50;j++) { if (monsterY[j]<=bulletY[k]+50 && monsterY[j]>=bulletY[k]-50) if (monsterX[j]<=bulletX[k]+10&& monsterX[j]>=bulletX[k]-10 && mstart[j]==1) { start[k]=0; mstart[j]=0; monsterY[j]=0; bulletY[k]=0; if (ml<300) ml=ml+10; } if (btime<=0) { if (bossY<=bulletY[k]+85 && bossY >=bulletY[k]-85) if (800<=bulletX[k]+10&& 800>=bulletX[k]-10) { start[k]=0; bl=bl-0.0025; } } } for (int k=0;k<50;k++) { if (a==1) { if (monsterY[k]<= mt +50&&monsterY[k]>= mt-50) { mstart[k]=0; monsterY[k]=0; } if (bossY <= mt+150&&bossY>= mt-150) bl=bl-0.025; } } if (ba==1) { if (bc!=0) { bc--; } else { bo=15; bc=100; ba=0; } if (z<15) { z=z+0.15; } } if (a==1&&ml==0) { a=0; } for (int j=0;j<50;j++) if (monsterY[j]<=mt+50 && monsterY[j]>=mt-50) if (monsterX[j]<=70+10 && mstart[j]==1) { hl=hl-50; mstart[j]=0; } for (int i=0;i<=z;i++) image(img13, 940, 10+i*10, 30, 10); if (z>15) z=15; if (btime>0) btime--; if (btime==0) { image(img14, 980, 300, 20, bl); image(img2, 800, bossY, 240, 240); if (bossY<=185&&bossY>=85) { if (ud==0)bossY++; if (ud==1)bossY--; if (bossY>=185)ud=1; if (bossY<=85)ud=0; } else { if (bossY==84) bossY=85; if (bossY==186) bossY=185; } } if (bl<=0) { ss=1; player4 = minim.loadFile("winner.wav"); player4.play(); } if (hl<=0) { ss=2; player5 = minim.loadFile("loser.WAV"); player5.play(); } } if (ss==1) image(img15,500,150,1000,300); if (ss==2) image(img16,500,150,1000,300); } void keyPressed() { if (key=='q') ml=300; if (key == 'p') btime=0; if (key == 'o') bl=0; } void stop() { player.close(); minim.stop(); super.stop(); }

第十九週期末作品

操控外型:

Demo影片:

遊戲過程畫面：

裝置：

Win畫面：

lose畫面：

week19

期末作品
void setup(){
pinMode(3,INPUT);
pinMode(10,OUTPUT);
pinMode(7,OUTPUT);
}
void loop(){
byte gb = digitalRead(3);
if(gb == 0){
digitalWrite(7,HIGH);
digitalWrite(10,LOW);
tone(8,0);
}else{
digitalWrite(7,LOW);
digitalWrite(10,HIGH);
tone(8,200);
//tone(8,2000);
}
}

譚庚倫的期末作品影片和照片

我們作品的影片

我們的照片

期末作業

Processing 程式碼如下 :

import processing.serial.*;
Serial serial;
int val;
float [] X=new float [10], Y= new float[10];
PImage plane;
PImage sky;
PImage moster,row,row2,row3,row4;
int count=0;
int score=0;
int n=(int)random(5);
void setup()
{
background(255,255,255);
size(600,400);
serial=new Serial(this,"COM3",9600);
plane=loadImage("plane.gif");
moster=loadImage("moster.jpg");
sky=loadImage("sky.jpg");
row = loadImage("1.png");
for(int i=0;i<10;i++){
newb(i);
drawbanana(i);
}
}
void keyPressed(){
/*if(keyCode==UP) now+=10;
if(keyCode==DOWN) now-=10;
if(keyCode==LEFT) no+=10;
if(keyCode==RIGHT) no-=10;

if(keyCode==32)
{
if((X[0]+no)>250 && (X[0]+no)<350 && (Y[0]+now)<250 && (Y[0]+now)>150) {
print("哈哈哈");
score+=10;
print(score);
X[0]=random(200)+200;
Y[0]=random(400);
}
}*/

}
int now=0;
int no=0;

void draw()
{
if(serial.available()>0){
int val=serial.read();
if(val=='1') now+=10;
if(val=='2') now-=10;
if(val=='3') no+=10;
if(val=='4') no-=10;

if(val=='5')
{
if((X[0]+no)>250 && (X[0]+no)<350 && (Y[0]+now)<250 && (Y[0]+now)>150) {
print("哈哈哈");
score+=10;
print(score);
X[0]=random(200)+200;
Y[0]=random(400);
}
}
print(val);
}
background(255);
int m=millis();
int p=(60000-m)/1000;
if(m<60000){
background(255);
for(int i=0;i<n+1;i++){
drawbanana(i);
if(count%1000==0){
newb(i);
n=(int)random(1);
}
//image(moster,300+no,200+now,50,80);
image(plane,300,200,600,400);
fill(255,0,0);
text("Score:"+score,10,30,100,100);
textSize(20);
imageMode(CENTER);

// if(dist(300,200,X[0],Y[0]) - dist(300,200,X[100],Y[100])) image(row,200,200,50,50);
}
count++;
text("TIME:"+p,500,30,100,100);
println(n);
}
else{
background(255);
fill(255,0,0);
text("Score:"+score, 200,150,400,100);
textSize(40);
text("TIME UP", 200, 200 ,200,500);
}
}
void drawbanana(int i){
image(sky,X[i]+no, Y[i]+now, 3600, 3400);
image(moster,X[i]+no, Y[i]+now, 50, 80);
}
void newb(int i){
X[i]=random(200)+200;
Y[i]=random(400);
}

訂閱：文章 (Atom)

2014年1月12日 星期日

期末報告

2014年1月12日星期日