//-------------------------------------------
// THE ATOM
// Author: Neha Rajagopalan
// CS 476A
//--------------------------------------------
// Position camera
GG.camera().posZ(150);

// defining neutrons
GSphere neutron1 --> GG.scene();
GSphere neutron2 --> GG.scene();
GSphere neutron3 --> GG.scene();
GSphere neutron4 --> GG.scene();
GSphere neutron5 --> GG.scene();
GSphere neutron6 --> GG.scene();
GSphere neutron7 --> GG.scene();
GSphere neutron8 --> GG.scene();
GSphere neutron9 --> GG.scene();
GSphere neutron10 --> GG.scene();

// electrons to neutron1
GSphere electron1 --> neutron10;
GSphere electron2 --> neutron6;
GSphere electron3 --> neutron8;


// setting color for neutrons and electrons
neutron1.mat().color(@(1,0,0));
neutron2.mat().color(@(0,0,1));
neutron3.mat().color(@(1,0,0));
neutron4.mat().color(@(0,0,1));
neutron5.mat().color(@(1,0,0));
neutron6.mat().color(@(1,0,0));
neutron7.mat().color(@(0,0,1));
neutron8.mat().color(@(1,0,0));
neutron9.mat().color(@(0,0,1));
neutron10.mat().color(@(1,0,0));
electron1.mat().color(@(0,1,0));
electron2.mat().color(@(0,1,0));
electron3.mat().color(@(0,1,0));

//scaling down electron
electron1.scale( @(.5,.5,.5) );
electron2.scale( @(.5,.5,.5) );
electron3.scale( @(.5,.5,.5) );

// setting positions for each neutron
neutron1.posX(0);
neutron2.posX(-0.25);
neutron3.posY(0.25);
neutron3.posY(0.25);
neutron4.posZ(-0.25);
neutron5.posX(0.5);
neutron6.posY(-0.5);
neutron7.posZ(0.5);
neutron8.posX(-0.75);
neutron9.posY(0.75);
neutron10.posZ(-0.75);
electron1.posX(5);
electron2.posY(3);
electron3.posZ(4);


while(true){
    neutron10.rotZ(GG.dt()*15);
    neutron6.rotX(GG.dt()*50);
    neutron8.rotY(GG.dt()*50);
    GG.camera().posZ(15+Math.sin(now/second*1));
    GG.nextFrame() => now; 
}