Rubik's Cube 2
by
move your mouse to the center and use the following keys:
n : new
r : right
l : left
u : up
d : down
f : front
b : back
//centers
m : middle
s : side
e : equator
//rotate the whole
x : forward
y : round
z : right
you can also change the caps lock or use "SHIFT+key" to move the desired side counter clock-wise.
same as the previous, but i shrinked down the lines of codes using "for" more often.
I also added timing but it doesn't work here, It works on Processing 2.2 though.
- sketch182307
xxxxxxxxxxint v=3;int w=3;int colors=6;int l;int m;int n;int sub;float sz = 240/v;float sze= sz*.8;int [][][]block = new int [v][w][colors];int millisecs;int seconds;int minutes;boolean start = false;boolean starter;void setup(){ size(600,600,P3D); //noStroke(); strokeWeight(5); noFill(); rectMode(CENTER); for(int l=0; l<v; l++){ for(int m=0; m<w; m++){ for(int n=0; n<colors; n++){ block[l][m][n]=n; } } }}void draw(){ background(100,100,150); fill(255); stroke(0); rect(40, 15, 70, 20); textAlign(CENTER); fill(0); textSize(15); text(minutes + ":" + nf(seconds, 2) + "." + nf(millisecs, 1) , mouseX, mouseY); //text(nf(millisecs,1),mouseX,mouseY); translate(width/2,height/2); rotateX(-mouseY*PI/300); rotateY(-mouseX*PI/300); //noFill(); box(239); for(int l=0; l<v; l++){ for(int m=0; m<w; m++){ for(int n=0; n<colors; n++){ if (n==0){ //green pushMatrix(); translate(v*sz/2,0,0); rotateY(PI/2); colored(block[l][m][n]); rect(sz*(l-v/2.0+.5),sz*(m-w/2.0+.5),sze,sze); popMatrix(); } if (n==1){ //blue pushMatrix(); translate(-v*sz/2,0,0); rotateY(PI/2); colored(block[l][m][n]); rect(sz*(l-v/2.0+.5),sz*(m-w/2.0+.5),sze,sze); popMatrix(); } if (n==2){ //white pushMatrix(); translate(0,w*sz/2,0); rotateX(PI/2); colored(block[l][m][n]); rect(sz*(l-v/2.0+.5),sz*(m-w/2.0+.5),sze,sze); popMatrix(); } if (n==3){ //yellow pushMatrix(); translate(0,-w*sz/2,0); rotateX(PI/2); colored(block[l][m][n]); rect(sz*(l-v/2.0+.5),sz*(m-w/2.0+.5),sze,sze); popMatrix(); } if (n==4){ //red pushMatrix(); translate(0,0,w*sz/2); colored(block[l][m][n]); rect(sz*(l-v/2.0+.5),sz*(m-w/2.0+.5),sze,sze); popMatrix(); } if (n==5){ //orange pushMatrix(); translate(0,0,-w*sz/2); colored(block[l][m][n]); rect(sz*(l-v/2.0+.5),sz*(m-w/2.0+.5),sze,sze); popMatrix(); } } } } if(start){ if (int(millis()/100) % 10 != millisecs){ millisecs++; } if (millisecs >= 10){ millisecs -= 10; seconds++; } if (seconds >= 60){ seconds -= 60; minutes++; } }}void mouseClicked(){ if(start == false){ starter = true; } else if(start == true){ starter = false; } start = starter;}void colored(int COLOR){ if (COLOR==0){ fill(0,100,255); } if (COLOR==1){ fill(0,150,0); } if (COLOR==2){ fill(200,200,0); } if (COLOR==3){ fill(200); } if (COLOR==4){ fill(255,0,0); } if (COLOR==5){ fill(255,150,0); } if (COLOR==6){ fill(150); }}void restart(){ for(int l=0; l<v; l++){ for(int m=0; m<w; m++){ for(int n=0; n<colors; n++){ block[l][m][n]=n; } } }}void keyPressed(){ if(key == 'n'){ restart(); } if(key == ' '){ millisecs = 0; seconds = 0; minutes = 0; } /**************************/ if(key == 'r'){ CW1(); } if(key == 'R'){ CCW1(); } if(key == 'l'){ CW0(); } if(key == 'L'){ CCW0(); } /**************************/ if(key == 'u'){ CW2(); } if(key == 'U'){ CCW2(); } if(key == 'd'){ CW3(); } if(key == 'D'){ CCW3(); } /**************************/ if(key == 'f'){ CW4(); } if(key == 'F'){ CCW4(); } if(key == 'b'){ CW5(); } if(key == 'B'){ CCW5(); } /**************************/ if(key == 'x'){ CW1(); CCW0(); if(v>2){ M1CW(); } } if(key == 'X'){ CCW1(); CW0(); if(v>2){ M1CCW(); } } if(key == 'y'){ CW2(); CCW3(); if(v>2){ E1CW(); } } if(key == 'Y'){ CCW2(); CW3(); if(v>2){ E1CCW(); } } if(key == 'z'){ CW4(); CCW5(); if(v>2){ S1CW(); } } if(key == 'Z'){ CCW4(); CW5(); if(v>2){ S1CCW(); } } /**************************/ if(v>2){ if(key == 'm'){ M1CW(); } if(key == 'M'){ M1CCW(); } if(key == 'e'){ E1CW(); } if(key == 'E'){ E1CCW(); } if(key == 's'){ S1CW(); } if(key == 'S'){ S1CCW(); } }} void CW1(){//R for(int count=0; count<(w); count++){ sub = block[0][count] [2]; block[0][count] [2] = block[0][w-1-count][4]; block[0][w-1-count][4] = block[0][w-1-count][3]; block[0][w-1-count][3] = block[0][count] [5]; block[0][count] [5] = sub; } //corners for(int ecount=0; ecount<w-1; ecount++){ sub = block[v-1] [ecount] [1]; block[v-1] [ecount] [1] = block[v-1-ecount][w-1] [1]; block[v-1-ecount][w-1] [1] = block[0] [w-1-ecount][1]; block[0] [w-1-ecount][1] = block[ecount] [0] [1]; block[ecount] [0] [1] = sub; }}void CCW0(){//L' for(int count=0; count<(w); count++){ sub = block[v-1][count] [2]; block[v-1][count] [2] = block[v-1][w-1-count][4]; block[v-1][w-1-count][4] = block[v-1][w-1-count][3]; block[v-1][w-1-count][3] = block[v-1][count] [5]; block[v-1][count] [5] = sub; } //corners for(int ecount=0; ecount<w-1; ecount++){ sub = block[v-1] [ecount] [0]; block[v-1] [ecount] [0] = block[v-1-ecount][w-1] [0]; block[v-1-ecount][w-1] [0] = block[0] [w-1-ecount][0]; block[0] [w-1-ecount][0] = block[ecount] [0] [0]; block[ecount] [0] [0] = sub; }}void CCW1(){//R' for(int count=0; count<(w); count++){ sub = block[0][count] [5]; block[0][count] [5] = block[0][w-1-count][3]; block[0][w-1-count][3] = block[0][w-1-count][4]; block[0][w-1-count][4] = block[0][count] [2]; block[0][count] [2] = sub; } //corners for(int ecount=0; ecount<w-1; ecount++){ sub = block[ecount] [0] [1]; block[ecount] [0] [1] = block[0] [w-1-ecount][1]; block[0] [w-1-ecount][1] = block[v-1-ecount][w-1] [1]; block[v-1-ecount][w-1] [1] = block[v-1] [ecount] [1]; block[v-1] [ecount] [1] = sub; }}void CW0(){//L for(int count=0; count<(w); count++){ sub = block[v-1][count] [5]; block[v-1][count] [5] = block[v-1][w-1-count][3]; block[v-1][w-1-count][3] = block[v-1][w-1-count][4]; block[v-1][w-1-count][4] = block[v-1][count] [2]; block[v-1][count] [2] = sub; } //corners for(int ecount=0; ecount<w-1; ecount++){ sub = block[ecount] [0] [0]; block[ecount] [0] [0] = block[0] [w-1-ecount][0]; block[0] [w-1-ecount][0] = block[v-1-ecount][w-1] [0]; block[v-1-ecount][w-1] [0] = block[v-1] [ecount] [0]; block[v-1] [ecount] [0] = sub; }}/*8*8*8*8*8*8*8* *8*8*8*8*8*8*8* *8*8*8*8*8*8*8*/void CW2(){//U for(int count=0; count<(v); count++){ sub = block[count] [w-1][0]; block[count] [w-1][0] = block[count] [w-1][4]; block[count] [w-1][4] = block[v-1-count][w-1][1]; block[v-1-count][w-1][1] = block[v-1-count][w-1][5]; block[v-1-count][w-1][5] = sub; } //corners for(int ecount=0; ecount<w-1; ecount++){ sub = block[0] [ecount] [2]; block[0] [ecount] [2] = block[v-1-ecount][0] [2]; block[v-1-ecount][0] [2] = block[v-1] [w-1-ecount][2]; block[v-1] [w-1-ecount][2] = block[ecount] [w-1] [2]; block[ecount] [w-1] [2] = sub; }}void CCW3(){//D' for(int count=0; count<(v); count++){ sub = block[count] [0][0]; block[count] [0][0] = block[count] [0][4]; block[count] [0][4] = block[v-1-count][0][1]; block[v-1-count][0][1] = block[v-1-count][0][5]; block[v-1-count][0][5] = sub; } //corners for(int ecount=0; ecount<w-1; ecount++){ sub = block[0] [ecount] [3]; block[0] [ecount] [3] = block[v-1-ecount][0] [3]; block[v-1-ecount][0] [3] = block[v-1] [w-1-ecount][3]; block[v-1] [w-1-ecount][3] = block[ecount] [w-1] [3]; block[ecount] [w-1] [3] = sub; }}void CCW2(){//U' for(int count=0; count<(v); count++){ sub = block[v-1-count][w-1][5]; block[v-1-count][w-1][5] = block[v-1-count][w-1][1]; block[v-1-count][w-1][1] = block[count] [w-1][4]; block[count] [w-1][4] = block[count] [w-1][0]; block[count] [w-1][0] = sub; } //corners for(int ecount=0; ecount<w-1; ecount++){ sub = block[ecount] [w-1] [2]; block[ecount] [w-1] [2] = block[v-1] [w-1-ecount][2]; block[v-1] [w-1-ecount][2] = block[v-1-ecount][0] [2]; block[v-1-ecount][0] [2] = block[0] [ecount] [2]; block[0] [ecount] [2] = sub; }}void CW3(){//D for(int count=0; count<(v); count++){ sub = block[v-1-count][0][5]; block[v-1-count][0][5] = block[v-1-count][0][1]; block[v-1-count][0][1] = block[count] [0][4]; block[count] [0][4] = block[count] [0][0]; block[count] [0][0] = sub; } //corners for(int ecount=0; ecount<w-1; ecount++){ sub = block[ecount] [w-1] [3]; block[ecount] [w-1] [3] = block[v-1] [w-1-ecount][3]; block[v-1] [w-1-ecount][3] = block[v-1-ecount][0] [3]; block[v-1-ecount][0] [3] = block[0] [ecount] [3]; block[0] [ecount] [3] = sub; }}/*8*8*8*8*8*8*8* *8*8*8*8*8*8*8* *8*8*8*8*8*8*8*/void CW4(){//F for(int count=0; count<(v); count++){ sub = block[0] [count] [0]; block[0] [count] [0] = block[count] [w-1] [3]; block[count] [w-1] [3] = block[0] [w-1-count][1]; block[0] [w-1-count][1] = block[v-1-count][w-1] [2]; block[v-1-count][w-1] [2] = sub; } //corners for(int ecount=0; ecount<w-1; ecount++){ sub = block[0] [ecount] [4]; block[0] [ecount] [4] = block[ecount] [w-1] [4]; block[ecount] [w-1] [4] = block[v-1] [w-1-ecount][4]; block[v-1] [w-1-ecount][4] = block[v-1-ecount][0] [4]; block[v-1-ecount][0] [4] = sub; }}void CCW5(){//B' for(int count=0; count<(v); count++){ sub = block[v-1] [count] [0]; block[v-1] [count] [0] = block[count] [0] [3]; block[count] [0] [3] = block[v-1] [w-1-count][1]; block[v-1] [w-1-count][1] = block[v-1-count][0] [2]; block[v-1-count][0] [2] = sub; } //corners for(int ecount=0; ecount<w-1; ecount++){ sub = block[0] [ecount] [5]; block[0] [ecount] [5] = block[ecount] [w-1] [5]; block[ecount] [w-1] [5] = block[v-1] [w-1-ecount][5]; block[v-1] [w-1-ecount][5] = block[v-1-ecount][0] [5]; block[v-1-ecount][0] [5] = sub; }}void CCW4(){//F' for(int count=0; count<(v); count++){ sub = block[v-1-count][w-1] [2]; block[v-1-count][w-1] [2] = block[0] [w-1-count][1]; block[0] [w-1-count][1] = block[count] [w-1] [3]; block[count] [w-1] [3] = block[0] [count] [0]; block[0] [count] [0] = sub; } //corners for(int ecount=0; ecount<w-1; ecount++){ sub = block[v-1-ecount][0] [4]; block[v-1-ecount][0] [4] = block[v-1] [w-1-ecount][4]; block[v-1] [w-1-ecount][4] = block[ecount] [w-1] [4]; block[ecount] [w-1] [4] = block[0] [ecount] [4]; block[0] [ecount] [4] = sub; }}void CW5(){//B for(int count=0; count<(v); count++){ sub = block[v-1-count][0] [2]; block[v-1-count][0] [2] = block[v-1] [w-1-count][1]; block[v-1] [w-1-count][1] = block[count] [0] [3]; block[count] [0] [3] = block[v-1] [count] [0]; block[v-1] [count] [0] = sub; } //corners for(int ecount=0; ecount<w-1; ecount++){ sub = block[v-1-ecount][0] [5]; block[v-1-ecount][0] [5] = block[v-1] [w-1-ecount][5]; block[v-1] [w-1-ecount][5] = block[ecount] [w-1] [5]; block[ecount] [w-1] [5] = block[0] [ecount] [5]; block[0] [ecount] [5] = sub; }} void M1CW(){ for(int count=0; count<(w); count++){ sub = block[1][count] [2]; block[1][count] [2] = block[1][w-1-count][4]; block[1][w-1-count][4] = block[1][w-1-count][3]; block[1][w-1-count][3] = block[1][count] [5]; block[1][count] [5] = sub; } } void M1CCW(){ for(int count=0; count<(w); count++){ sub = block[0][count] [5]; block[0][count] [5] = block[0][w-1-count][3]; block[0][w-1-count][3] = block[0][w-1-count][4]; block[0][w-1-count][4] = block[0][count] [2]; block[0][count] [2] = sub; } } void E1CW(){ for(int count=0; count<(v); count++){ sub = block[count] [w-2][0]; block[count] [w-2][0] = block[count] [w-2][4]; block[count] [w-2][4] = block[v-1-count][w-2][1]; block[v-1-count][w-2][1] = block[v-1-count][w-2][5]; block[v-1-count][w-2][5] = sub; } } void E1CCW(){ for(int count=0; count<(v); count++){ sub = block[v-1-count][w-2][5]; block[v-1-count][w-2][5] = block[v-1-count][w-2][1]; block[v-1-count][w-2][1] = block[count] [w-2][4]; block[count] [w-2][4] = block[count] [w-2][0]; block[count] [w-2][0] = sub; } } void S1CW(){ for(int count=0; count<(v); count++){ sub = block[1] [count] [0]; block[1] [count] [0] = block[count] [w-2] [3]; block[count] [w-2] [3] = block[1] [w-1-count][1]; block[1] [w-1-count][1] = block[v-1-count][w-2] [2]; block[v-1-count][w-2] [2] = sub; } } void S1CCW(){ for(int count=0; count<(v); count++){ sub = block[v-1-count][w-2] [2]; block[v-1-count][w-2] [2] = block[1] [w-1-count][1]; block[1] [w-1-count][1] = block[count] [w-2] [3]; block[count] [w-2] [3] = block[1] [count] [0]; block[1] [count] [0] = sub; } }Centers sketch and matches the background color.
This will be the default layout for your sketches
Easy on the eyes
It will show up when there is an error or print() in code
Disabled: Only available on p5js sketches.
Closes parenthesis-like characters automatically as you type
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