HOPE YOU ENJOY THE SORTING AND THE METHOD RETYPING!!
AND HOPE IT IS NOT TO LATE FOR HANDING IN...
| PICTURE | PSEUDO CODE / code / -METHOD |
 | SIZE=400,400 BACKGROUND=BLACK (1,1)=WHITE FOR I=0;I IS LESS THAN WIDTH;I++, J=0;J IS LESS THAN HEIGHT;J++ { INT X=RANDOM(0 TO 2) IF( X IS 0 ) COLOR OF (I,J) = COLOR OF (I,J-1) ELSE COLOR OF (I,J) = COLOR OF (I-1,J) } //A CERTAIN CHANCE MAKES THE WHITE DOT (1,1) //GROW TO THE BOTTOM RIGHT |
 | SAME AS ABOVE, THE ONLY DIFFERENCE IS ADDING A FOR-LOOP TO MAKE THE DEFAULT WHITE DOTS COVERED ON TOP AND LEFT SIDES |
 | void setup(){ size(400,400); background(255); } void draw(){ int [][] a = new int[width][height]; int b = 0; int c = 0; for(int j=0;j"<"width;j++){ a[j][c++] = (b++)%255; } c = 0; for(int i=0;i"<"width;i++){ stroke(a[i][c++]); point(i,0); } for(int j=1;j"<"height;j++){ for(int i=0;i"<"width;i++){ stroke(get(i,j-1)); point((i+1)%width,j); } } } |
 | -ARRAY FOR JPG TO FIT IN -RANDOM COLOR -TINTING EACH JPG LOOKS LIKE THE FAMOUS PIECE FROM ANDY WARHOL! |
 | SIZE=400,400 BACKGROUND=WHITE //SET FIRST ROW'S COLOR TO BLACK FOR J=0;J"<"WIDTH;J++ (J,0)=BLACK; //GIVE9999/10000CHANCE TO LET BLACK GROW ONE PIXEL DOWNWARDS FOR I=0;I"<"WIDTH;I++, J=1;J"<"HEIGHT;J++ {{ X = RANDOM(0 TO 10000); IF(X=0) DO NOTHING; ELSE COPY COLOR FROM (I,J-1) TO (I,J) }} |
 | for(int k=0;k"<"width/5;k++){ for(int l=0;l"<"height/5;l++){ stroke(cell[k][l]); point(k+i*width/5,l+j*height/5); } } -COPY (J,K) TO (J+WIDTH/5,K) -COPY (J,K) TO (K,K+HEIGHT/5)...ETC |
VER.1 VER.2  | void setup(){ size(400,400); background(255); } void draw(){ int [][] cell = new int [width/5][height/5]; int [][] form = {{1,2,1,2,1}, {2,3,2,3,2}, {3,4,3,4,3}, {2,3,2,3,2}, {1,2,1,2,1},}; for(int i=0;i"<"width/5;i++){ j="0;j" i="0;i<5;i++){" j="0;j<5;j++){" k="0;k" l="0;l"> |
 | -RANDOM START POINT OF LINE -RANDOM LENGTH OF LINE (=SQRT(2X^2)) |
SHORT DURATION LONG DURATION  | -RANDOM START POINT OF LINE -RANDOM LENGTH OF LINE -RANDOM SLOPE OF LINE -INCREASES ALONG TIME DURATION |
VER.1 VER.2  VER.3  | " void setup(){ size(400,400); background(0); noLoop(); } void draw(){ for(int i=1;i"<"width;i++){ for(int j=1;j"<"height;j++){ if(i == j){ stroke((get(i-1,j-1)+int(random(10)))%255); point(i,j); } else if(i "<" j){ stroke((get(i,j-1)+int(random(10)))%255); point(i,j); } else if(i ">" j){ stroke((get(i-1,j)+int(random(10)))%255); point(i,j); } } } for(int i=0;i"<"width;i++){ for(int j=0;j"<"height;j++){ float c = saturation(get(i,j)); stroke(c); point(i,j); } } }" |
 | " void setup(){ size(400,400); background(0); } void draw(){ noStroke(); fill(0, 10); rect(0, 0, width, height); stroke(random(255)); curve(0.0, 0.0, random(width), random(height), random(width), random(height), float(width), float(height)); } void mousePressed(){ loop(); } void mouseReleased(){ noLoop(); } " |
 | " void setup(){ size(400,400); background(0); } void draw(){ noStroke(); fill(0, 20); rect(0, 0, width, height); stroke(random(255)); curve(random(width), random(height), 0, 0, width, height, random(height), random(height)); curve(random(width), random(height), 0, width, height, 0, random(height), random(height)); curve(random(width), random(height), width/2, 0, width/2, height, random(height), random(height)); curve(random(width), random(height), 0, height/2, width, height/2, random(height), random(height)); } void mousePressed(){ loop(); } void mouseReleased(){ noLoop(); } " |
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