edificio louveira - vilanova artigas

mySketch
xxxxxxxxxx
 
//Ingrid Moreira de Almeida
//Projeto Final - Computação
//UTFPR-CT  -  Arq. e Urb 2019.1
//25.06.19
​
PImage edificio; 
//neve
int quantity = 300;
float [] xPosition = new float[quantity];
float [] yPosition = new float[quantity];
int [] flakeSize = new int[quantity];
int [] direction = new int[quantity];
int minFlakeSize = 1;
int maxFlakeSize = 2;
​
void setup() {
  edificio = loadImage("54428490_2393776227299353_8730300138803095928_n.jpg");
  size(600, 600);
  background(0); 
  frameRate (30);
  smooth ();
   for(int i = 0; i < quantity; i++) {
    flakeSize[i] = round(random(minFlakeSize, maxFlakeSize));
    xPosition[i] = random(0, width);
    yPosition[i] = random(0, height);
    direction[i] = round(random(0, 1));} }
​
void draw() {
​
  //fundo em degrade
  if(mouseX>300 && mouseX<600){
   color from = color(73, 8, 147);
   color to = color(178, 162, 196);
   
   for(int a=0; a<500; a+=50){
   color interA = lerpColor(from, to, a/1000.0);
   fill(interA);
   rect(0,a,600,600);} }
   
   else{
   color de = color(65, 101, 198);
   color para = color(194, 205, 234);
   
   for(int g=0; g<500; g+=50){
   
   color interG = lerpColor(de, para, g/1000.0);
    fill(interG);
    rect(0,g,600,600); } }
    
    //lua
    if(mouseX>300 && mouseX<600){
    fill(214, 214, 145);
    ellipse(500,100,80,80);
    fill(214, 214, 145,110);
    ellipse(500,100,110,110);
    fill(214, 214, 145,70);
    ellipse(500,100,125,125);
  }
    else{
      point(0,0);}
    
  //chão
    fill(42, 42, 42);
    rect(0,540,600,600);
   
  //prédio
   noStroke();
   fill(210, 219, 227);
   rect(100, 200, 400, 300);
  
  //pilotis
  for (int a=2; a<13; a++) {
    fill(109, 81, 65); 
    noStroke();
    rect(a*34+60, 500, 9, 50); }
​
  for (int b=2; b<13; b++) {
    fill(138, 127, 129); 
    noStroke();
    rect(b*35+60, 500, 10, 50);}
​
  //janelas
  for (int c=215; c<480; c= c+40) {
    for (int a=115; a<260; a= a+53) {
      fill(214, 191, 145); 
      noStroke();
      rect(a, c, 50, 30); } }
  
for (int c=215; c<480; c= c+40) {
    for (int a=380; a<480; a= a+53) {
      fill(214, 191, 145); 
      noStroke();
      rect(a, c, 50, 30); } }
  
  if(mouseX>300 && mouseX<600){
  for (int c=215; c<480; c= c+40) {
    for (int a=220; a<340; a= a+53) {
      fill(221, 224, 71); 
      noStroke();
      rect(a, c, 50, 30); } } }
      
    else{
        
    for (int c=215; c<480; c= c+40) {
    for (int a=220; a<340; a= a+53) {
      fill(204, 200, 212); 
      noStroke();
      rect(a, c, 50, 30); } } }
      
  for (int d=215; d<480; d= d+40) {
    for (int b=115; b<180; b= b+53) {
      fill(175, 60, 67);
      noStroke();
      rect(b, d, 50, 10);
      rect(b,d+20,50,10); } }
   
    for (int d=215; d<480; d= d+40) {
    for (int b=380; b<480; b= b+53) {
      fill(175, 60, 67);
      noStroke();
      rect(b, d, 50, 10);
      rect(b,d+20,50,10); } }
  
    for (int c=215; c<480; c= c+40) {
    for (int a=130; a<180; a= a+20) {
      fill(210, 160, 37); 
      noStroke();
      rect(a, c, 2, 30); } }
  
  for (int c=215; c<480; c= c+40) {
    for (int a=185; a<220; a= a+20) {
      fill(210, 160, 37); 
      noStroke();
      rect(a, c, 2, 30); } }
  
  for (int c=215; c<480; c= c+40) {
    for (int a=235; a<270; a= a+20) {
      fill(210, 160, 37); 
      noStroke();
      rect(a, c, 2, 30); } }
  
  for (int c=215; c<480; c= c+40) {
    for (int a=290; a<330; a= a+20) {
      fill(210, 160, 37); 
      noStroke();
      rect(a, c, 2, 30); } }
  
  for (int c=215; c<480; c= c+40) {
    for (int a=345; a<380; a= a+20) {
      fill(210, 160, 37); 
      noStroke();
      rect(a, c, 2, 30); } }
  
   for (int c=215; c<480; c= c+40) {
    for (int a=395; a<450; a= a+20) {
      fill(210, 160, 37); 
      noStroke();
      rect(a, c, 2, 30); } }
  
   for (int c=215; c<480; c= c+40) {
    for (int a=450; a<490; a= a+20) {
      fill(210, 160, 37); 
      noStroke();
      rect(a, c, 2, 30); } }
  
  for (int c=229; c<480; c= c+40) {
    for (int a=115; a<470; a= a+20) {
      fill(210, 160, 37); 
      noStroke();
      rect(a, c, 28, 2);} }
​
  for (int c=215; c<480; c= c+40) {
    for (int a=165; a<460; a= a+53) {
      fill(195, 169, 116); 
      noStroke();
      rect(a, c, 7, 30); } }
      
      //neve
    fill(154, 207, 224, 127);
    for(int i = 0; i < xPosition.length; i++) {
    ellipse(xPosition[i], yPosition[i], flakeSize[i], flakeSize[i]);
    
    if(direction[i] == 0) {
      xPosition[i] += map(flakeSize[i], minFlakeSize, maxFlakeSize, .1, .2);}
      else {xPosition[i] -= map(flakeSize[i], minFlakeSize, maxFlakeSize, .1, .2);}
      
    yPosition[i] += flakeSize[i] + direction[i]; 
    
    if(xPosition[i] > width + flakeSize[i] || xPosition[i] < -flakeSize[i] || yPosition[i] > height + flakeSize[i]) {
      xPosition[i] = random(0, width);
      yPosition[i] = -flakeSize[i]; } }
  
  //fotos
  image(edificio, 0, 0, 180, 180);
}
​
​