http://www.openprocessing.org/sketch/94075
The idea of my midterm project was to make the robot move and if i can make it move by clicking on his chest then i would try to make the robot do the wave with his arms but as you can see when you run the program the robot chest move and so does his fingers. The challenges i had was to visualize how the robot would look like and how to move the robot whole body. Then i started to have problems with the arms at the last second but i just comment it out. For some reason when i run the code on open processing the sketch is showing a blink brown pic so i would put the code on blog post.For the future i would try to make the robot have some sound and maybe have my name printed on his chest ever time you click on his antenna, if it is possible then i would try to make the robot do actually robot(the dance).
int hY=105;
int hX=278;
int hW=45;
int hL=45;
int hsX=323;
int hsY=150;
int hsX2=329;
int hsY2=94;
int hsX3=326;
int htX=279;
int htY=104;
int htX2=286;
int htY2=94;
int htX3=329;
int htX4=324;
// rbot neck
int nX=295;
int nY=150;
int nL=20;
int nW=10;
//robot body
int bX=258;
int bY=165;
int bW=85;
int bL=80;
int blX=258;
int blY=244;
int blX2=251;
int blY2=245;
int blY3=155;
int blX3=248;
int brX=344;
int brY=245;
int brX2=350;
int brY2=238;
int brX3=349;
int brY3=155;
int blsX=258;
int blsY=166;
int blsX2=253;
int blsY2=154;
int blsX3=296;
int blsY3=185;
int brsX=304;
int brsY=166;
int brsX2=304;
int brsY2=154;
int brsX3=346;
int brsX4=343;
int brsY3=165;
//robot right shoulder using arc
float rsX=345;
float rsY=180;
float rsW=30;
float rsH=30;
float rsStart=0;
float rsStop=6.283185307;
float rsMode=OPEN;
//robot left shoulder
float lsX=255;
float lsY=180;
float lsW=30;
float lsH=30;
//int
//robot right arms
int raX=357;
int raY=179;
int raX2=360;
int raY2=180;
int raX3=368;
int raY3=182;
int raX4=376;
int raY4=184;
int raX5=379;
int raY5=198;
int raX6=379;
int raY6=219;
int raX7=361;
int raY7=198;
int raW=30;
int raL=40;
//robot left arm
int laX=258;
int laY=198;
int laW=30;
int laL=40;
int laX2=258;
int laX3=232;
int laX4=225;
int laX5=220;
int laX6=205;
// robot right leg
int rX=269;
int rY=264;
int rX2=15;
int rY2=70;
//robot left leg
int lX=313;
int lY=264;
// robot left feet
int flX=268;
int flY=333;
int flY2=344;
int flX2=284;
int flX3=257;
//robot right feet
int frX=313;
int frX2=328;
int frX3=339;
// robot mouth
int mL=10;
int mW=40;
int mX=280;
int mY=135;
// robot eyes
int reL=10;
int reW=10;
int reX=313;
int reY=120;
int leX=287;
// robot anteena
int anteenaX=306;
int anteenaY=103;
int anteenaX2=306;
int anteenaY2=71;
//robot hip
float hipX=275;
float hipY=246;
float hipX2=326;
float hipY2=246;
float hipX3=344;
float hipY3=265;
float hipX4=256;
float hipY4=265;
int hipX5=277;
int hipY5=265;
int hipW=30;
int hipL=30;
int hipX6=320;
int hipY6=265;
//robot finger
int fingerX=207;
int fingerY=238;
int fingerX2=207;
int fingerY2=252;
int fingerX3=201;
int fingerW=10;
int fingerL=10;
// second finger
int sfingerX=222;
int sfingerX2=222;
int sfingerX3=216;
//third finger
int tfingerX=235;
int tfingerX2=235;
int tfingerX3=231;
//fouth finger
int fFingerX=362;
int fFingerX2=362;
int fFingerX3=362;
// fifth finger
int fiFingerX=376;
int fiFingerX2=376;
int fiFingerX3=376;
// six finger
int sifingerX=391;
int sifingerX2=391;
int sifingerX3=391;
int i=0;
float r,g,b;
boolean robotmove=false;
int speed=1;
PImage img;
void setup() {
size(708, 700);
smooth();
img= loadImage(“DanceFloor.jpg”);
}
void draw() {
image(img, 0, 150);
background(50);
robot(430,500,bX,bX);
move();
int x=height/2;
int y=width/2;
int w=0;
int l=0;
ellipse(reX,reY,reW,reL);
ellipse(leX,reY,reW,reL);
if(bX<width/2||x>width){
speed=speed*-1;
bX=bX+speed;
}
if(robotmove){
bX=bX;
}
else{
bX=bX+speed;}
if(bX<0|| bX>width){
speed=speed*-1;
}
//}
void move() {
bX=bX+1;
fingerY2=fingerY2+speed;
if(fingerX<height){
fingerY2=speed*-1;
} }
void robot(int x, int y, int size, int fill) {
//ellipse(x,y,size,fill);
//size(x,y);
fill(255);
line(fingerX, fingerY, fingerX2, fingerY2);
rect(fingerX3, fingerY2, fingerW, fingerL);
line(sfingerX, fingerY, sfingerX2, fingerY2);
rect(sfingerX3, fingerY2, fingerW, fingerL);
line(tfingerX, fingerY, tfingerX2, fingerY2);
rect(tfingerX3, fingerY2, fingerW, fingerL);
line(fFingerX, fingerY, fFingerX2, fingerY2);
ellipse(fFingerX, fingerY2, fingerW, fingerL);
line(fiFingerX, fingerY, fiFingerX, fingerY2);
ellipse(fiFingerX, fingerY2, fingerW, fingerL);
line(sifingerX, fingerY, sifingerX, fingerY2);
ellipse(sifingerX, fingerY2, fingerW, fingerL);
beginShape();
vertex(blX, blY);
vertex(blX2, blY2);
vertex(blX2, blY3);
vertex(blX, blY3);
endShape();
beginShape();
vertex(hsX, hsY);
vertex(hsX2, hsY);
vertex(hsX2, hsY2);
vertex(hsX3, hsY2);
endShape();
//noFill();
beginShape();
vertex(brX, brY);
vertex(brX2, brY2);
vertex(brX3, brY3);
vertex(brX, brY3);
endShape();
beginShape();
vertex(blsX, blsY);
vertex(blsX2, blsY2);
vertex(blsX3, blsY2);
vertex(blsX3, brsY3);
endShape();
beginShape();
vertex(brsX, brsY);
vertex(brsX2, brsY2);
vertex(brsX3, brsY2);
vertex(brsX4, brsY3);
endShape();
rect(hX, hY, hW, hL);
rect(nX, nY, nW, nL);
rect(laX6, raY7, laW, laL);
rect(raX7, raY7, raW, raL);
// fill(255);
beginShape();
noFill();
curveVertex(raX, raY);
curveVertex(raX2, raY2);
curveVertex(raX3, raY3);
curveVertex(raX4, raY4);
curveVertex(raX5, raY5);
curveVertex(raX6, raY6);
endShape();
beginShape();
curveVertex(laX, raY);
curveVertex(laX2, raY2);
curveVertex(laX3, raY3);
curveVertex(laX4, raY4);
curveVertex(laX5, raY5);
curveVertex(laX6, raY6);
endShape();
fill(255);
//arc(lsX, lsY, lsW, lsH, rsStart, rsStop, rsMode);
//arc(rsX, rsY, rsW, rsH, rsStart, rsStop, rsMode);
rect(bX, bY, bW, bL);
rect(rX, rY, rX2, rY2);
rect(lX, lY, rX2, rY2);
//arc(hipX5, hipY5, hipW, hipL, 0, PI, OPEN);
//arc(hipX6, hipY6, hipW, hipL, 0, PI, OPEN);
ellipse(reX, reY, reW, reL);
ellipse(leX, reY, reW, reL);
rect(mX, mY, mW, mL);
line(anteenaX, anteenaY, anteenaX2, anteenaY2);
//ellipse(anteenaX2, anteenaY2, 20, 20);
quad(hipX, hipY, hipX2, hipY2, hipX3, hipY3, hipX4, hipY4);
beginShape();
vertex(flX, flY);
vertex(flX2, flY);
vertex(flX2, flY2);
vertex(flX3, flY2);
vertex(flX, flY);
endShape();
beginShape();
vertex(frX, flY);
vertex(frX2, flY);
vertex(frX3, flY2);
vertex(frX, flY2);
vertex(frX, flY);
endShape();
beginShape();
vertex(htX, htY);
vertex(htX2, htY2);
vertex(htX3, htY2);
vertex(htX4, htY);
endShape();
stroke(0);
// randomSeed(10);
fill(r,g,b);
ellipse(anteenaX2, anteenaY2, 20, 20);
//line(0, height/2, width, height/2);
//line(width/2, 0, width/2, height);
println(mouseX);
println(mouseY);
r=random (255);
b=random(0);
g=random(0);
}
void mousePressed(){
if(mouseX>bX&&mouseX<bX+bW&& mouseY>bY&&mouseY<bY+bL){
robotmove=!robotmove;
}}
