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double_multi-lightsource.cpp
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//
// Created by liwen on 6/27/18.
//
#include <iostream>
#include "Tracer.h"
#include "Object/InfinitePlane.h"
#include "Object/Sphere.h"
#include "Object/Circle.h"
#include "Object/LightSource/SunLight.h"
#include "Object/LightSource/PointLightSource.h"
#include "Object/Material/DefaultMaterial.h"
#include "Object/Material/Phong.h"
#include "Object/Triangle.h"
#include "Object/Cylinder.h"
#include "Object/Square.h"
#define N 1
int main(int argc, char* argv[]){
Camera *cam = new Camera(Vector3(0,5,50),Vector3(0,0,-1),Vector3(0,1,0),50,50);
cam->setCanvas(1000,1000);
// ================================== object
Square *plane1 = new Square(Vector3(0,-10,0),Vector3(0,1,0), Vector3(1,0,0), Vector3(0,1,0), 14.99, 20);
InfinitePlane *plane2 = new InfinitePlane(Vector3(-15,0,0),Vector3(1,0,0));
InfinitePlane *plane3 = new InfinitePlane(Vector3(0,0,-40),Vector3(0,0,1));
InfinitePlane *plane4 = new InfinitePlane(Vector3(15,0,0),Vector3(-1,0,0));
InfinitePlane *plane5 = new InfinitePlane(Vector3(0,20,0),Vector3(0,-1,0));
Sphere *sphere1 = new Sphere(Vector3(-6,-5,-1),5);
Sphere *sphere2 = new Sphere(Vector3(2,-4,10),2);
Circle *circle1 = new Circle(Vector3(-8,19.99,5), 1, Vector3(0,-1,0));
Circle *circle2 = new Circle(Vector3(8,19.99,5), 1, Vector3(0,-1,0));
Cylinder *cylinder1 = new Cylinder(Vector3(3,0,-15), Vector3(0,1,0), 5, 20);
Triangle *t1 = new Triangle(Vector3(8,0,0),Vector3(8,-5,5),Vector3(13,-5,0));
Triangle *t2 = new Triangle(Vector3(8,0,0),Vector3(13,-5,0),Vector3(8,-5,-5));
Triangle *t3 = new Triangle(Vector3(8,0,0),Vector3(8,-5,-5),Vector3(3,-5,0));
Triangle *t4 = new Triangle(Vector3(8,0,0),Vector3(3,-5,0),Vector3(8,-5,5));
Triangle *t5 = new Triangle(Vector3(8,-10,0),Vector3(8,-5,5),Vector3(13,-5,0));
Triangle *t6 = new Triangle(Vector3(8,-10,0),Vector3(13,-5,0),Vector3(8,-5,-5));
Triangle *t7 = new Triangle(Vector3(8,-10,0),Vector3(8,-5,-5),Vector3(3,-5,0));
Triangle *t8 = new Triangle(Vector3(8,-10,0),Vector3(3,-5,0),Vector3(8,-5,5));
PointLightSource *light2 = new PointLightSource(Vector3(-8,19.999,5),Color3(6));
light2->setHost(circle1);
PointLightSource *light4 = new PointLightSource(Vector3(-8,19.999,5.3),Color3(6));
light4->setHost(circle1);
PointLightSource *light5 = new PointLightSource(Vector3(-8,19.999,4.7),Color3(6));
light5->setHost(circle1);
PointLightSource *light6 = new PointLightSource(Vector3(-8.3,19.999,5),Color3(6));
light6->setHost(circle1);
PointLightSource *light7 = new PointLightSource(Vector3(-7.7,19.999,5),Color3(6));
light7->setHost(circle1);
PointLightSource *light8 = new PointLightSource(Vector3(-8.3,19.999,5.3),Color3(6));
light8->setHost(circle1);
PointLightSource *light9 = new PointLightSource(Vector3(-8.3,19.999,4.7),Color3(6));
light9->setHost(circle1);
PointLightSource *light10 = new PointLightSource(Vector3(-7.7,19.999,5.3),Color3(6));
light10->setHost(circle1);
PointLightSource *light11 = new PointLightSource(Vector3(-7.7,19.999,4.7),Color3(6));
light11->setHost(circle1);
PointLightSource *light22 = new PointLightSource(Vector3(8,19.999,5),Color3(6));
light22->setHost(circle2);
PointLightSource *light24 = new PointLightSource(Vector3(8,19.999,5.3),Color3(6));
light24->setHost(circle2);
PointLightSource *light25 = new PointLightSource(Vector3(8,19.999,4.7),Color3(6));
light25->setHost(circle2);
PointLightSource *light26 = new PointLightSource(Vector3(8.3,19.999,5),Color3(6));
light26->setHost(circle2);
PointLightSource *light27 = new PointLightSource(Vector3(7.7,19.999,5),Color3(6));
light27->setHost(circle2);
PointLightSource *light28 = new PointLightSource(Vector3(8.3,19.999,5.3),Color3(6));
light28->setHost(circle2);
PointLightSource *light29 = new PointLightSource(Vector3(8.3,19.999,4.7),Color3(6));
light29->setHost(circle2);
PointLightSource *light210 = new PointLightSource(Vector3(7.7,19.999,5.3),Color3(6));
light210->setHost(circle2);
PointLightSource *light211 = new PointLightSource(Vector3(7.7,19.999,4.7),Color3(6));
light211->setHost(circle2);
//===========================================================
// light host
DefaultMaterial *material1 = new DefaultMaterial();
material1->ambient = Color3(255,255,255);
// poly
Phong *material2 = new Phong(Color3(1), Color3(1), 24);
material2->trace_reflectivity = 0.5;
material2->ambient = Color3(80,40,130);
// top plane
Phong *material3 = new Phong(Color3(1), Color3(1), 32, 0.1);
material3->trace_reflectivity = 0.2;
material3->ambient = Color3(25, 45, 70);
// back plane
Phong *material4 = new Phong(Color3(1, 1, 1), Color3(1), 16, 0.4);
material4->trace_reflectivity =0;
material4->ambient = Color3(40,120,40);
// left plane
Phong *material5 = new Phong(Color3(1, 1, 0.7), Color3(0.5), 16, 1);
material5->trace_reflectivity =0;
material5->ambient = Color3(250, 245, 143)/1.3;
// right plane
Phong *material6 = new Phong(Color3(0.8, 1, 0.8), Color3(1), 8, 1);
material6->trace_reflectivity =0;
material6->ambient = Color3(150,54,54);
// bottom plane
Phong *material7 = new Phong(Color3(1), Color3(1), 16, 0.1);
material7->trace_reflectivity = 1.2;
material7->ambient = Color3(5,5,5);
// transparent
Phong *material8 = new Phong(Color3(0.15), Color3(1), 256, 3, 1);
material8->trace_reflectivity = 0.3;
material8->n = 1.6;
material8->ambient = Color3(0,0,0);
// left sphere
Phong *material9 = new Phong(Color3(1, 1, 1), Color3(1, 1, 1), 128, 1);
material9->trace_reflectivity = 0.3;
material9->ambient = Color3(120,60,10)*1.2;
// cylinder
Phong *material10 = new Phong(Color3(1), Color3(1), 64, 1);
material10->trace_reflectivity = 0.3;
material10->ambient = Color3(30, 144, 255)/1.7;
//******************* material
plane1->material = material7;
plane2->material = material5;
plane3->material = material4;
plane4->material = material6;
plane5->material = material3;
sphere1->material = material9;
sphere2->material = material8;
cylinder1->material = material10;
t1->material = material2;
t2->material = material2;
t3->material = material2;
t4->material = material2;
t5->material = material2;
t6->material = material2;
t7->material = material2;
t8->material = material2;
circle1->material = material1;
circle2->material = material1;
//******************* material
vector<Object*> v_obj;
vector<LightSource*> v_light;
v_obj.push_back(plane1);
v_obj.push_back(plane2);
v_obj.push_back(plane3);
v_obj.push_back(plane4);
v_obj.push_back(plane5);
v_obj.push_back(sphere1);
v_obj.push_back(sphere2);
v_obj.push_back(t1);
v_obj.push_back(t2);
v_obj.push_back(t3);
v_obj.push_back(t4);
v_obj.push_back(t5);
v_obj.push_back(t6);
v_obj.push_back(t7);
v_obj.push_back(t8);
v_obj.push_back(light2);
v_obj.push_back(light22);
v_obj.push_back(cylinder1);
v_light.push_back(light2);
v_light.push_back(light4);
v_light.push_back(light5);
v_light.push_back(light6);
v_light.push_back(light7);
v_light.push_back(light8);
v_light.push_back(light9);
v_light.push_back(light10);
v_light.push_back(light11);
v_light.push_back(light22);
v_light.push_back(light24);
v_light.push_back(light25);
v_light.push_back(light26);
v_light.push_back(light27);
v_light.push_back(light28);
v_light.push_back(light29);
v_light.push_back(light210);
v_light.push_back(light211);
Tracer *tracer = new Tracer(v_light,v_obj,cam);
tracer->Scan(3);
if(argc>1)
tracer->render(argv[1]);
else
tracer->render("opencv");
return 0;
}