Animations:

This are some easy animations for your programs:

import remixlab.bias.event.*;

import remixlab.bias.event.shortcut.*;

import remixlab.bias.agent.profile.*;

import remixlab.bias.agent.*;

import remixlab.dandelion.agent.*;

import remixlab.proscene.*;

import remixlab.dandelion.core.*;

import remixlab.dandelion.constraint.*;

import remixlab.fpstiming.*;

import remixlab.util.*;

import remixlab.dandelion.geom.*;

import remixlab.bias.core.*;

float one, two, three, four; // Coounters for rotating and translate

Scene scene; //A variable of type scene for the setup of the camera

void setup(){

scene = new Scene(this); //Thanks to the library, set the camera is this easy

one=0;

two=0;

three=0;

four=0;

// Set the inicial values of the varibles

size(800,800,P3D); //window size with 3D support

}

void draw(){

background(33,33,33);//Background Color

ambientLight(100,255,100); //AMBIENT LIGHT

directionalLight(255,0,0, 0,1,0); //DIRECTIONAL LIGHT

directionalLight(0,0,255, -1,0,0);

pointLight(0,200,0, 10,-10,0); //POINT LIGHT

// The first three objects are spheres that rotate in diagonal

pushMatrix(); /*For the camera I'm using I found

necessary and easier to use push and popMatrix.*/

noStroke();//As is an sphere, no Stroke will make it look more round

fill(255,255,255);//The color that the shape will be

scale(.5);//For having an smaller object, I scale it to 1/2

one=one+sin(45)/12;//A variable one that sums a constant quantity

rotate(one,one,-one,0);//The variable is used to rotate in a constant path

translate(0,0,130);//The object will be 130 pxs far from 0,0,0

rotate(one,0,0,0);//This indicates only a X-axis rotation.

//Materials

ambient(0,0,255);

specular(255,255,255);

drawDrawing();//An mehot is called. The method contains a drawn shape

popMatrix(); /*If the matrix is elemined, the pre-stablished axis

of the camera moves with the objects that rotate or translate.*/

/*

After the first time one is set, the sum will not have to be

repeated, if the operation: "one=one+sin(45)/12" was repeated,

the variable one, would increase each of the times the operation

is repeated. That's why in the next shapes that use the variable

one, don't have to repeat the operation.

Also, the next two shapes, as are the same at the last one, have

almost the same explanation.

*/

pushMatrix();

noStroke();

fill(255,255,255);

scale(.5);

rotate(one+2,one,-one,0);/*For change only the rotation of this

shape, I just sum 2 in the X-axis rotation, so this shape will

be 2 in front of the last shape*/

translate(0,0,130);

rotate(one,0,0,0);

//Materials

ambient(33,33,255);

specular(80,15,170);

drawDrawing();

popMatrix();

pushMatrix();

noStroke();

fill(255,255,255);

scale(.5);

rotate(one+4,one,-one,0);/*In this case I put +4 so the shape will be 2

in font of the last shape too. With this, the three shapes can rotate in

the same orbit and velocity just as if they were followinf each other*/

translate(0,0,130);

rotate(one,0,0,0);

drawDrawing();

popMatrix();

//Here the boxes beggin. Yep, no more spheres.

/*Also, most of the tools used here, are the same ones as the mentioned

before.*/

pushMatrix();

strokeWeight(3);//Weight of the lines of the shape

stroke(255,255,255);//Color of the lines in the shape WHITE

fill(255,255,255);

two=two+sin(45)/12;//Counter variable

scale(.5);

rotate(two,two,two,0);//The path of rotation changes by var two

translate(0,0,80);

rotate(two,0,1,0);//Rotation in the axis of the shape

drawSquaring();//The shape

popMatrix();

pushMatrix();

noStroke();

stroke(255,255,255);

fill(255,255,255);

scale(.5);

rotate(two+2,two,two,0);//Shape with same path but 2 spaces in front

translate(0,0,80);

rotate(two,0,1,0);

drawSquaring();

popMatrix();

pushMatrix();

strokeWeight(3);

stroke(255,255,255);

fill(255,255,255);

scale(.5);

rotate(two+4,two,two,0);//Shape with the same path but different position in orbit

translate(0,0,80);

rotate(two,0,1,0);

drawSquaring();

popMatrix();

// The Diamond in the middle

pushMatrix();

three=three-PI/45;//The counter three

strokeWeight(2);

stroke(25,25,112);//Color of the lines of the shape

rotate(three,0,1,0);//The rotation in the diamond

translate(0,0,10);

scale(2);

drawDiamond(); //This is the shape I did by myself

popMatrix();

//The stars

pushMatrix();

strokeWeight(1);

stroke(255,255,255);

fill(255,255,255);

scale(.8);//The star is scaled to 0.8 of its original size

four=four+PI/90;//A counter four

rotate(four,0,1,0);/*In the case of the stars, they only move in x

Not in a diagonal path*/

translate(0,0,120);

rotate(four,0,1,0);

//Material

ambient(33,33,255);

specular(80,15,170);

drawStar(); //This is another shape made by me (a star)

popMatrix();

pushMatrix();

strokeWeight(1);

stroke(255,255,255);

fill(255,255,255);

scale(.8);

rotate(four+2,0,1,0);

translate(0,0,120);

rotate(four,0,1,0);

//Material

ambient(5,180,30);

specular(12,12,100);

drawStar();

popMatrix();

pushMatrix();

strokeWeight(1);

stroke(255,255,255);

fill(255,255,255);

scale(.8);

rotate(four+4,0,1,0);

translate(0,0,120);

rotate(four,0,1,0);

//Material

ambient(0,139,139);

specular(139,0,139);

drawStar();

popMatrix();

}

//This are the figures I created or used for the setup

void drawDrawing(){

sphere(20);

}

void drawSquaring() {

box(30);

}

void drawDiamond(){

beginShape(TRIANGLES);

vertex(-5,0,0);

vertex(0,10,-5);

vertex(5,0,0);

vertex(5,0,0);

vertex(5,0,-10);

vertex(0,10,-5);

vertex(0,10,-5);

vertex(5,0,-10);

vertex(-5,0,-10);

vertex(-5,0,-10);

vertex(0,10,-5);

vertex(-5,0,0);

vertex(-5,0,0);

vertex(0,-10,-5);

vertex(5,0,0);

vertex(5,0,0);

vertex(5,0,-10);

vertex(0,-10,-5);

vertex(0,-10,-5);

vertex(5,0,-10);

vertex(-5,0,-10);

vertex(-5,0,-10);

vertex(0,-10,-5);

vertex(-5,0,0);

endShape();

}

void drawStar(){

beginShape(TRIANGLES);

vertex(0,0,0);

vertex(2,-3,0);

vertex(-2,-3,0);

vertex(0,0,0);

vertex(-2,-3,0);

vertex(-3.3,0.6,0);

vertex(0,0,0);

vertex(2,-3,0);

vertex(3.3,0.6,0);

vertex(0,0,0);

vertex(0,3.2,0);

vertex(3.3,0.6,0);

vertex(0,0,0);

vertex(0,3.2,0);

vertex(-3.3,0.6,0);

vertex(2,-3,0);

vertex(0,-9,-2);

vertex(-2,-3,0);

vertex(-2,-3,0);

vertex(-9,-3,-2);

vertex(-3.3,0.6,0);

vertex(2,-3,0);

vertex(9,-3,-2);

vertex(3.3,0.6,0);

vertex(0,3.2,0);

vertex(6.5,7.2,-2);

vertex(3.3,0.6,0);

vertex(0,3.2,0);

vertex(-6.5,7.2,-2);

vertex(-3.3,0.6,0);

vertex(0,0,-4);

vertex(2,-3,-4);

vertex(-2,-3,-4);

vertex(0,0,-4);

vertex(-2,-3,-4);

vertex(-3.3,0.6,-4);

vertex(0,0,-4);

vertex(2,-3,-4);

vertex(3.3,0.6,-4);

vertex(0,0,-4);

vertex(0,3.2,-4);

vertex(3.3,0.6,-4);

vertex(0,0,-4);

vertex(0,3.2,-4);

vertex(-3.3,0.6,-4);

vertex(2,-3,-4);

vertex(0,-9,-2);

vertex(-2,-3,-4);

vertex(-2,-3,-4);

vertex(-9,-3,-2);

vertex(-3.3,0.6,-4);

vertex(2,-3,-4);

vertex(9,-3,-2);

vertex(3.3,0.6,-4);

vertex(0,3.2,-4);

vertex(6.5,7.2,-2);

vertex(3.3,0.6,-4);

vertex(0,3.2,-4);

vertex(-6.5,7.2,-2);

vertex(-3.3,0.6,-4);

vertex(0,-9,-2);

vertex(2,-3,-4);

vertex(2,-3,0);

vertex(0,-9,-2);

vertex(-2,-3,-4);

vertex(-2,-3,0);

vertex(-9,-3,-2);

vertex(-2,-3,-4);

vertex(-2,-3,0);

vertex(-9,-3,-2);

vertex(-3.3,0.6,-4);

vertex(-3.3,0.6,0);

vertex(9,-3,-2);

vertex(2,-3,-4);

vertex(2,-3,0);

vertex(9,-3,-2);

vertex(3.3,0.6,-4);

vertex(3.3,0.6,0);

vertex(6.5,7.2,-2);

vertex(0,3.2,-4);

vertex(0,3.2,0);

vertex(6.5,7.2,-2);

vertex(3.3,0.6,-4);

vertex(3.3,0.6,0);

vertex(-6.5,7.2,-2);

vertex(0,3.2,-4);

vertex(0,3.2,0);

vertex(-6.5,7.2,-2);

vertex(-3.3,0.6,-4);

vertex(-3.3,0.6,0);

endShape();

}

#processing #computergraphics