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main.cpp
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main.cpp
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#include <glad/glad.h>
#include <GLFW/glfw3.h>
#include <stdio.h>
#include "includes/scanalgorithms.hpp"
#include "includes/threeDtransformations.hpp"
#include "includes/twoDtransformations.hpp"
#include "includes/Angel.hpp"
#include "includes/lighting.hpp"
#define SCREEN_W 2000
#define SCREEN_H 1000
int default_x = 200;
int default_y = 0;
int default_z = -10;
int default_xx = 0;
int default_yy = 0;
int default_zz = 1;
tCoord lightPosition = tCoord(800,500,0);
float angle = 0;
tCoord reference(200,0,-10);
tCoord Nvector(0,0,1);
tCoord Vvector(0,1,0);
tCoord vanishpoint(500,300,-1000);
void framebuffer_size_callback(GLFWwindow* window, int width, int height);
void processInput(GLFWwindow *window);
int main()
{
glfwInit();
glfwWindowHint(GLFW_CONTEXT_VERSION_MAJOR, 3);
glfwWindowHint(GLFW_CONTEXT_VERSION_MINOR, 3);
glfwWindowHint(GLFW_OPENGL_PROFILE, GLFW_OPENGL_CORE_PROFILE);
GLFWwindow* window = glfwCreateWindow(SCREEN_W, SCREEN_H, "Computer Graphics III/I", NULL, NULL);
if (window == NULL)
{
printf("Failed to create a window");
glfwTerminate();
return -1;
}
glfwMakeContextCurrent(window);
if (!gladLoadGLLoader((GLADloadproc)glfwGetProcAddress))
{
printf("Failed to initialize GLAD");
return -1;
}
glfwSetFramebufferSizeCallback(window, framebuffer_size_callback);
cube Sun;
Sun.triangles =
{
{tCoord(10,0,0), tCoord(10,10,0), tCoord(10,10,10), Color(1,1,1)},
{tCoord(10,0,0), tCoord(10,10,10), tCoord(10,0,10), Color(1,1,1)},
{tCoord(10,0,10), tCoord(10,10,10), tCoord(0,10,10), Color(1,1,1)},
{tCoord(10,0,10), tCoord(0,10,10), tCoord(0,0,10), Color(1,1,1)},
{tCoord(0,0,10), tCoord(0,10,10), tCoord(0,10,0), Color(1,1,1)},
{tCoord(0,0,10), tCoord(0,10,0), tCoord(0,0,0), Color(1,1,1)},
{tCoord(0,10,0), tCoord(0,10,10), tCoord(10,10,10), Color(1,1,1)},
{tCoord(0,10,0), tCoord(10,10,10), tCoord(10,10,0), Color(1,1,1)},
{tCoord(10,0,10), tCoord(0,0,10), tCoord(0,0,0), Color(1,1,1)},
{tCoord(10,0,10), tCoord(0,0,0), tCoord(10,0,0), Color(1,1,1)},
};
DoTranslateMatrix(lightPosition.x,lightPosition.y,lightPosition.z,Sun);
cube Block1;
Block1.triangles=
{
{tCoord(0,0,0), tCoord(0,100,0), tCoord(100,100,0), Color(0.79,0.25,0.32)},
{tCoord(0,0,0), tCoord(100,100,0), tCoord(100,0,0), Color(0.79,0.25,0.32)},
//Front face
{tCoord(100,0,0), tCoord(100,100,0), tCoord(100,100,100), Color(0.75,0.25,0.32)},
{tCoord(100,0,0), tCoord(100,100,100), tCoord(100,0,100), Color(0.75,0.25,0.32)},
{tCoord(100,0,100), tCoord(100,100,100), tCoord(0,100,100), Color(0.79,0.25,0.32)},
{tCoord(100,0,100), tCoord(0,100,100), tCoord(0,0,100), Color(0.79,0.25,0.32)},
{tCoord(0,0,100), tCoord(0,100,100), tCoord(0,100,0), Color(0.79,0.25,0.32)},
{tCoord(0,0,100), tCoord(0,100,0), tCoord(0,0,0), Color(0.79,0.25,0.32)},
{tCoord(0,100,0), tCoord(0,100,100), tCoord(100,100,100), Color(0.79,0.25,0.32)},
{tCoord(0,100,0), tCoord(100,100,100), tCoord(100,100,0), Color(0.79,0.25,0.32)},
{tCoord(100,0,100), tCoord(0,0,100), tCoord(0,0,0), Color(0.79,0.25,0.32)},
{tCoord(100,0,100), tCoord(0,0,0), tCoord(100,0,0), Color(0.79,0.25,0.32)},
//Second floor
{tCoord{0+100,115+0,0}, tCoord{10+100,110+0,0}, tCoord{0+100,115+0,100}, Color(0.59,0.25,0.32)},
{tCoord{10+100,110+0,0}, tCoord{0+100,115+0,100}, tCoord{10+100,110+0,100}, Color(0.59,0.25,0.32)},
//Actual second floor
{tCoord(0,100,0), tCoord(0,200,0), tCoord(100,200,0), Color(0.79,0.25,0.32)},
{tCoord(0,100,0), tCoord(100,200,0), tCoord(100,100,0), Color(0.79,0.25,0.32)},
{tCoord(100,100,0), tCoord(100,200,0), tCoord(100,200,100), Color(0.75,0.25,0.32)},
{tCoord(100,100,0), tCoord(100,200,100), tCoord(100,100,100), Color(0.75,0.25,0.32)},
{tCoord(100,100,100), tCoord(100,200,100), tCoord(0,200,100), Color(0.79,0.25,0.32)},
{tCoord(100,100,100), tCoord(0,200,100), tCoord(0,100,100), Color(0.79,0.25,0.32)},
{tCoord(0,100,100), tCoord(0,200,100), tCoord(0,200,0), Color(0.79,0.25,0.32)},
{tCoord(0,100,100), tCoord(0,200,0), tCoord(0,100,0), Color(0.79,0.25,0.32)},
{tCoord(0,200,0), tCoord(0,200,100), tCoord(100,200,100), Color(0.79,0.25,0.32)},
{tCoord(0,200,0), tCoord(100,200,100), tCoord(100,200,0), Color(0.79,0.25,0.32)},
{tCoord(100,100,100), tCoord(0,100,100), tCoord(0,100,0), Color(0.79,0.25,0.32)},
{tCoord(100,100,100), tCoord(0,100,0), tCoord(100,100,0), Color(0.79,0.25,0.32)},
//top floor
{tCoord{0,0+200,0}, tCoord{0,0+200,100}, tCoord{0,30+200,100}, Color(0.63,0.32,0.34)},
{tCoord{0,0+200,0}, tCoord{0,30+200,0}, tCoord{0,30+200,100}, Color(0.63,0.33,0.34)},
{tCoord{100,0+200,0}, tCoord{100,0+200,100}, tCoord{100,30+200,100}, Color(0.63,0.33,0.34)},
{tCoord{100,0+200,0}, tCoord{100,30+200,0}, tCoord{100,30+200,100}, Color(0.63,0.33,0.34)},
{tCoord(0,200+0,0), tCoord(100,200+0,0), tCoord(0,200+30,0), Color(0.63,0.33,0.34)},
{tCoord(0,200+30,0), tCoord(100,200+30,0), tCoord(100,200+0,0), Color(0.63,0.33,0.34)},
{tCoord(0,200+0,100), tCoord(100,200+0,100), tCoord(0,200+30,100), Color(0.63,0.33,0.34)},
{tCoord(0,200+30,100), tCoord(100,200+30,100), tCoord(100,200+0,100), Color(0.63,0.33,0.34)},
//Windows:
{tCoord(100,60,10), tCoord(100,90,10), tCoord(100,90,40), Color(0.78,0.72,0.89)},
{tCoord(100,60,10), tCoord(100,90,40), tCoord(100,60,40), Color(0.78,0.72,0.89)},
{tCoord(100,60,60), tCoord(100,90,60), tCoord(100,90,90), Color(0.78,0.72,0.89)},
{tCoord(100,60,60), tCoord(100,90,90), tCoord(100,60,90), Color(0.78,0.72,0.89)},
//Second floor
{tCoord(100,60+90,10), tCoord(100,90+90,10), tCoord(100,90+90,40), Color(0.78,0.72,0.89)},
{tCoord(100,60+90,10), tCoord(100,90+90,40), tCoord(100,60+90,40), Color(0.78,0.72,0.89)},
{tCoord(100,60+90,60), tCoord(100,90+90,60), tCoord(100,90+90,90), Color(0.78,0.72,0.89)},
{tCoord(100,60+90,60), tCoord(100,90+90,90), tCoord(100,60+90,90), Color(0.78,0.72,0.89)},
//Door
{tCoord(100,0,40), tCoord(100,50,40), tCoord(100,50,60), Color(0.79,0.5,0.34)},
{tCoord(100,50,60), tCoord(100,0,60), tCoord(100,0,40), Color(0.79,0.5,0.34)},
{tCoord(100,0,40), tCoord(100,50,40), tCoord(100,50,60), Color(0.79,0.5,0.34)},
{tCoord(100,50,60), tCoord(100,0,60), tCoord(100,0,40), Color(0.79,0.5,0.34)},
};
cube Block2 = Block1;
DoTranslateMatrix(0,0,1200,Block2);
cube Block3;
Block3.triangles=
{
{tCoord(0,0,0), tCoord(0,100,0), tCoord(100,100,0), Color(0.79,0.25,0.32)},
{tCoord(0,0,0), tCoord(100,100,0), tCoord(100,0,0), Color(0.79,0.25,0.32)},
{tCoord(100,0,0), tCoord(100,100,0), tCoord(100,100,100), Color(0.79,0.25,0.32)},
{tCoord(100,0,0), tCoord(100,100,100), tCoord(100,0,100), Color(0.79,0.25,0.32)},
{tCoord(100,0,100), tCoord(100,100,100), tCoord(0,100,100), Color(0.79,0.25,0.32)},
{tCoord(100,0,100), tCoord(0,100,100), tCoord(0,0,100), Color(0.79,0.25,0.32)},
{tCoord(0,0,100), tCoord(0,100,100), tCoord(0,100,0), Color(0.79,0.25,0.32)},
{tCoord(0,0,100), tCoord(0,100,0), tCoord(0,0,0), Color(0.79,0.25,0.32)},
{tCoord(0,100,0), tCoord(0,100,100), tCoord(100,100,100), Color(0.79,0.25,0.32)},
{tCoord(0,100,0), tCoord(100,100,100), tCoord(100,100,0), Color(0.79,0.25,0.32)},
{tCoord(100,0,100), tCoord(0,0,100), tCoord(0,0,0), Color(0.79,0.25,0.32)},
{tCoord(100,0,100), tCoord(0,0,0), tCoord(100,0,0), Color(0.79,0.25,0.32)},
//Windows:
{tCoord(100,60,10), tCoord(100,90,10), tCoord(100,90,40), Color(0.78,0.72,0.89)},
{tCoord(100,60,10), tCoord(100,90,40), tCoord(100,60,40), Color(0.78,0.72,0.89)},
{tCoord(100,60,60), tCoord(100,90,60), tCoord(100,90,90), Color(0.78,0.72,0.89)},
{tCoord(100,60,60), tCoord(100,90,90), tCoord(100,60,90), Color(0.78,0.72,0.89)},
//Door
{tCoord(100,0,40), tCoord(100,50,40), tCoord(100,50,60), Color(0.79,0.5,0.34)},
{tCoord(100,50,60), tCoord(100,0,60), tCoord(100,0,40), Color(0.79,0.5,0.34)},
{tCoord(100,0,40), tCoord(100,50,40), tCoord(100,50,60), Color(0.79,0.5,0.34)},
{tCoord(100,50,60), tCoord(100,0,60), tCoord(100,0,40), Color(0.79,0.5,0.34)},
//Roof
{tCoord(0,100,0), tCoord(0,100,100), tCoord(50,50+100,50), Color(0.63,0.32,0.34)},
{tCoord(0,100,0), tCoord(100,100,0), tCoord(50,50+100,50), Color(0.63,0.32,0.34)},
{tCoord(100,100,0), tCoord(100,100,100), tCoord(50,50+100,50), Color(0.63,0.32,0.34)},
{tCoord(0,100,100), tCoord(100,100,100), tCoord(50,50+100,50), Color(0.63,0.32,0.34)},
};
DoTranslateMatrix(0,0,1000,Block3);
cube Block4 = Block3;
DoTranslateMatrix(0,0,1100,Block4);
cube Highway;
Highway.triangles =
{
//SOILS
{tCoord(0,0,0), tCoord(150,0,0), tCoord(0,0,3500), Color(0.6,0.46,0.325)},
{tCoord(150,0,0), tCoord(0,0,3500), tCoord(150,0,3500), Color(0.6,0.46,0.325)},
//SOILS ON RIGHT
{tCoord(500,0,0), tCoord(650,0,0), tCoord(500,0,3500), Color(0.6,0.46,0.325)},
{tCoord(650,0,0), tCoord(500,0,3500), tCoord(650,0,3500), Color(0.6,0.46,0.325)},
//HIGHWAY
{tCoord(150,0,0), tCoord(500,0,0), tCoord(150,0,3500), Color(0.36,0.32,0.25)},
{tCoord(500,0,0), tCoord(150,0,3500), tCoord(500,0,3500), Color(0.36,0.32,0.25)},
{tCoord(300,0,0), tCoord(320,0,0), tCoord(300,0,100), Color(1.0,1.0,1.0)},
{tCoord(320,0,0), tCoord(300,0,100), tCoord(320,0,100), Color(1.0,1.0,1.0)},
{tCoord(300,0,150+0), tCoord(320,0,150+0), tCoord(300,0,150+100), Color(1.0,1.0,1.0)},
{tCoord(320,0,150+0), tCoord(300,0,150+100), tCoord(320,0,150+100), Color(1.0,1.0,1.0)},
{tCoord(300,0,150+150+0), tCoord(320,0,150+150+0), tCoord(300,0,150+150+100), Color(1.0,1.0,1.0)},
{tCoord(320,0,150+150+0), tCoord(300,0,150+150+100), tCoord(320,0,150+150+100), Color(1.0,1.0,1.0)},
{tCoord(300,0,150+150+150+0), tCoord(320,0,150+150+150+0), tCoord(300,0,150+150+150+100), Color(1.0,1.0,1.0)},
{tCoord(320,0,150+150+150+0), tCoord(300,0,150+150+150+100), tCoord(320,0,150+150+150+100), Color(1.0,1.0,1.0)},
{tCoord(300,0,150+150+150+150+0), tCoord(320,0,150+150+150+150+0), tCoord(300,0,150+150+150+150+100), Color(1.0,1.0,1.0)},
{tCoord(320,0,150+150+150+150+0), tCoord(300,0,150+150+150+150+100), tCoord(320,0,150+150+150+150+100), Color(1.0,1.0,1.0)},
{tCoord(300,0,150+150+150+150+150+0), tCoord(320,0,150+150+150+150+150+0), tCoord(300,0,150+150+150+150+150+100), Color(1.0,1.0,1.0)},
{tCoord(320,0,150+150+150+150+150+0), tCoord(300,0,150+150+150+150+150+100), tCoord(320,0,150+150+150+150+150+100), Color(1.0,1.0,1.0)},
{tCoord(300,0,150+150+150+150+150+150+0), tCoord(320,0,150+150+150+150+150+150+0), tCoord(300,0,150+150+150+150+150+150+100), Color(1.0,1.0,1.0)},
{tCoord(320,0,150+150+150+150+150+150+0), tCoord(300,0,150+150+150+150+150+150+100), tCoord(320,0,150+150+150+150+150+150+100), Color(1.0,1.0,1.0)},
{tCoord(300,0,150+150+150+150+150+150+150+0), tCoord(320,0,150+150+150+150+150+150+150+0), tCoord(300,0,150+150+150+150+150+150+150+100), Color(1.0,1.0,1.0)},
{tCoord(320,0,150+150+150+150+150+150+150+0), tCoord(300,0,150+150+150+150+150+150+150+100), tCoord(320,0,150+150+150+150+150+150+150+100), Color(1.0,1.0,1.0)},
{tCoord(300,0,1200+0), tCoord(320,0,1200+0), tCoord(300,0,1200+100), Color(1.0,1.0,1.0)},
{tCoord(320,0,1200+0), tCoord(300,0,1200+100), tCoord(320,0,1200+100), Color(1.0,1.0,1.0)},
};
cube Rotating_body1;
Rotating_body1.triangles =
{
{tCoord(0,0,0), tCoord(0,100,0), tCoord(1,100,0),Color(0.0f,0.0f,1.0f)},
{tCoord(0,0,0), tCoord(1,100,0), tCoord(1,0,0),Color(0.0f,0.0f,1.0f)},
{tCoord(1,0,0), tCoord(1,100,0), tCoord(1,100,1),Color(0.0f,0.0f,1.0f)},
{tCoord(1,0,0), tCoord(1,100,1), tCoord(1,0,1),Color(0.0f,0.0f,1.0f)},
{tCoord(1,0,1), tCoord(1,100,1), tCoord(0,100,1),Color(0.0f,0.0f,1.0f)},
{tCoord(1,0,1), tCoord(0,100,1), tCoord(0,0,1),Color(0.0f,0.0f,1.0f)},
{tCoord(0,0,1), tCoord(0,100,1), tCoord(0,100,0),Color(0.0f,0.0f,1.0f)},
{tCoord(0,0,1), tCoord(0,100,0), tCoord(0,0,0),Color(0.0f,0.0f,1.0f)},
{tCoord(0,100,0), tCoord(0,100,1), tCoord(1,100,1),Color(0.0f,0.0f,1.0f)},
{tCoord(0,100,0), tCoord(1,100,1), tCoord(1,100,0),Color(0.0f,0.0f,1.0f)},
{tCoord(1,0,1), tCoord(0,0,1), tCoord(0,0,0),Color(0.0f,0.0f,1.0f)},
{tCoord(1,0,1), tCoord(0,0,0), tCoord(1,0,0),Color(0.0f,0.0f,1.0f)},
//Head:
{tCoord(5,100,0), tCoord(5,70,0), tCoord(5,70,20), Color(1.0f,0.0f,0.0f)},
{tCoord(5,70,0), tCoord(5,40,0), tCoord(5,40,20), Color(1.0f,0.0f,0.0f)},
};
DoTranslateMatrix(90,200,90,Rotating_body1);
cube Chair;
Chair.triangles =
{
//First leg:
{tCoord(0,0,0), tCoord(0,20,0), tCoord(1,20,0), Color(0.62,0.54,0.46)},
{tCoord(0,0,0), tCoord(1,20,0), tCoord(1,0,0), Color(0.62,0.54,0.46)},
{tCoord(1,0,0), tCoord(1,20,0), tCoord(1,20,1), Color(0.62,0.54,0.46)},
{tCoord(1,0,0), tCoord(1,20,1), tCoord(1,0,1), Color(0.62,0.54,0.46)},
{tCoord(1,0,1), tCoord(1,20,1), tCoord(0,20,1), Color(0.62,0.54,0.46)},
{tCoord(1,0,1), tCoord(0,20,1), tCoord(0,0,1), Color(0.62,0.54,0.46)},
{tCoord(0,0,1), tCoord(0,20,1), tCoord(0,20,0), Color(0.62,0.54,0.46)},
{tCoord(0,0,1), tCoord(0,20,0), tCoord(0,0,0), Color(0.62,0.54,0.46)},
{tCoord(0,20,0), tCoord(0,20,1), tCoord(1,20,1), Color(0.62,0.54,0.46)},
{tCoord(0,20,0), tCoord(1,20,1), tCoord(1,20,0), Color(0.62,0.54,0.46)},
{tCoord(1,0,1), tCoord(0,0,1), tCoord(0,0,0), Color(0.62,0.54,0.46)},
{tCoord(1,0,1), tCoord(0,0,0), tCoord(1,0,0), Color(0.62,0.54,0.46)},
//Second
{tCoord(20,0,0), tCoord(20,20,0), tCoord(21,20,0), Color(0.62,0.54,0.46)},
{tCoord(20,0,0), tCoord(21,20,0), tCoord(21,0,0), Color(0.62,0.54,0.46)},
{tCoord(21,0,0), tCoord(21,20,0), tCoord(21,20,1), Color(0.62,0.54,0.46)},
{tCoord(21,0,0), tCoord(21,20,1), tCoord(21,0,1), Color(0.62,0.54,0.46)},
{tCoord(21,0,1), tCoord(21,20,1), tCoord(20,20,1), Color(0.62,0.54,0.46)},
{tCoord(21,0,1), tCoord(20,20,1), tCoord(20,0,1), Color(0.62,0.54,0.46)},
{tCoord(20,0,1), tCoord(20,20,1), tCoord(20,20,0), Color(0.62,0.54,0.46)},
{tCoord(20,0,1), tCoord(20,20,0), tCoord(20,0,0), Color(0.62,0.54,0.46)},
{tCoord(20,20,0), tCoord(20,20,1), tCoord(21,20,1), Color(0.62,0.54,0.46)},
{tCoord(20,20,0), tCoord(21,20,1), tCoord(21,20,0), Color(0.62,0.54,0.46)},
{tCoord(21,0,1), tCoord(20,0,1), tCoord(20,0,0), Color(0.62,0.54,0.46)},
{tCoord(21,0,1), tCoord(20,0,0), tCoord(21,0,0), Color(0.62,0.54,0.46)},
//First leg:
{tCoord(0,0,30), tCoord(0,20,30), tCoord(1,20,30), Color(0.62,0.54,0.46)},
{tCoord(0,0,30), tCoord(1,20,30), tCoord(1,0,30), Color(0.62,0.54,0.46)},
{tCoord(1,0,30), tCoord(1,20,30), tCoord(1,20,31), Color(0.62,0.54,0.46)},
{tCoord(1,0,30), tCoord(1,20,31), tCoord(1,0,31), Color(0.62,0.54,0.46)},
{tCoord(1,0,31), tCoord(1,20,31), tCoord(0,20,31), Color(0.62,0.54,0.46)},
{tCoord(1,0,31), tCoord(0,20,31), tCoord(0,0,31), Color(0.62,0.54,0.46)},
{tCoord(0,0,31), tCoord(0,20,31), tCoord(0,20,30), Color(0.62,0.54,0.46)},
{tCoord(0,0,31), tCoord(0,20,30), tCoord(0,0,30), Color(0.62,0.54,0.46)},
{tCoord(0,20,30), tCoord(0,20,31), tCoord(1,20,31), Color(0.62,0.54,0.46)},
{tCoord(0,20,30), tCoord(1,20,31), tCoord(1,20,30), Color(0.62,0.54,0.46)},
{tCoord(1,0,31), tCoord(0,0,31), tCoord(0,0,30), Color(0.62,0.54,0.46)},
{tCoord(1,0,31), tCoord(0,0,30), tCoord(1,0,30), Color(0.62,0.54,0.46)},
//Final
{tCoord(20,0,30), tCoord(20,20,30), tCoord(21,20,30), Color(0.62,0.54,0.46)},
{tCoord(20,0,30), tCoord(21,20,30), tCoord(21,0,30), Color(0.62,0.54,0.46)},
{tCoord(21,0,30), tCoord(21,20,30), tCoord(21,20,31), Color(0.62,0.54,0.46)},
{tCoord(21,0,30), tCoord(21,20,31), tCoord(21,0,31), Color(0.62,0.54,0.46)},
{tCoord(21,0,31), tCoord(21,20,31), tCoord(20,20,31), Color(0.62,0.54,0.46)},
{tCoord(21,0,31), tCoord(20,20,31), tCoord(20,0,31), Color(0.62,0.54,0.46)},
{tCoord(20,0,31), tCoord(20,20,31), tCoord(20,20,30), Color(0.62,0.54,0.46)},
{tCoord(20,0,31), tCoord(20,20,30), tCoord(20,0,30), Color(0.62,0.54,0.46)},
{tCoord(20,20,30), tCoord(20,20,31), tCoord(21,20,31), Color(0.62,0.54,0.46)},
{tCoord(20,20,30), tCoord(21,20,31), tCoord(21,20,30), Color(0.62,0.54,0.46)},
{tCoord(21,0,31), tCoord(20,0,31), tCoord(20,0,30), Color(0.62,0.54,0.46)},
{tCoord(21,0,31), tCoord(20,0,30), tCoord(21,0,30), Color(0.62,0.54,0.46)},
//Body
{tCoord(0,20,0), tCoord(20,20,0), tCoord(20,20,30), Color(0.88,0.73,0.36)},
{tCoord(0,20,0), tCoord(0,20,30), tCoord(20,20,30), Color(0.88,0.73,0.36)},
{tCoord(20,20,0), tCoord(20,20,30), tCoord(25,40,30), Color(0.62,0.74,0.56)},
{tCoord(25,40,30), tCoord(25,40,0), tCoord(20,20,0), Color(0.62,0.74,0.56)},
};
cube Chair2 = Chair;
cube Chair3 = Chair;
DoRotateMatrix(270,tCoord(0,1,0),Chair2);
DoRotateMatrix(180,tCoord(0,1,0),Chair3);
DoTranslateMatrix(600,0,100,Chair);
DoTranslateMatrix(580,0,200,Chair2);
DoTranslateMatrix(540,0,130,Chair3);
cube Human;
Human.triangles =
{
//Firt leg
{tCoord(0,0,0), tCoord(0,10,0), tCoord(1,10,0), Color(0.98,0.85,0.6)},
{tCoord(0,0,0), tCoord(1,10,0), tCoord(1,0,0), Color(0.98,0.85,0.6)},
{tCoord(1,0,0), tCoord(1,10,0), tCoord(1,10,1), Color(0.98,0.85,0.6)},
{tCoord(1,0,0), tCoord(1,10,1), tCoord(1,0,1), Color(0.98,0.85,0.6)},
{tCoord(1,0,1), tCoord(1,10,1), tCoord(0,10,1), Color(0.98,0.85,0.6)},
{tCoord(1,0,1), tCoord(0,10,1), tCoord(0,0,1), Color(0.98,0.85,0.6)},
{tCoord(0,0,1), tCoord(0,10,1), tCoord(0,10,0), Color(0.98,0.85,0.6)},
{tCoord(0,0,1), tCoord(0,10,0), tCoord(0,0,0), Color(0.98,0.85,0.6)},
{tCoord(0,10,0), tCoord(0,10,1), tCoord(1,10,1), Color(0.98,0.85,0.6)},
{tCoord(0,10,0), tCoord(1,10,1), tCoord(1,10,0), Color(0.98,0.85,0.6)},
{tCoord(1,0,1), tCoord(0,0,1), tCoord(0,0,0), Color(0.98,0.85,0.6)},
{tCoord(1,0,1), tCoord(0,0,0), tCoord(1,0,0), Color(0.98,0.85,0.6)},
//Second leg
{tCoord(5,0,0), tCoord(5,10,0), tCoord(6,10,0), Color(0.98,0.85,0.6)},
{tCoord(5,0,0), tCoord(6,10,0), tCoord(6,0,0), Color(0.98,0.85,0.6)},
{tCoord(6,0,0), tCoord(6,10,0), tCoord(6,10,1), Color(0.98,0.85,0.6)},
{tCoord(6,0,0), tCoord(6,10,1), tCoord(6,0,1), Color(0.98,0.85,0.6)},
{tCoord(6,0,1), tCoord(6,10,1), tCoord(5,10,1), Color(0.98,0.85,0.6)},
{tCoord(6,0,1), tCoord(5,10,1), tCoord(5,0,1), Color(0.98,0.85,0.6)},
{tCoord(5,0,1), tCoord(5,10,1), tCoord(5,10,0), Color(0.98,0.85,0.6)},
{tCoord(5,0,1), tCoord(5,10,0), tCoord(5,0,0), Color(0.98,0.85,0.6)},
{tCoord(5,10,0), tCoord(5,10,1), tCoord(6,10,1), Color(0.98,0.85,0.6)},
{tCoord(5,10,0), tCoord(6,10,1), tCoord(6,10,0), Color(0.98,0.85,0.6)},
{tCoord(6,0,1), tCoord(5,0,1), tCoord(5,0,0), Color(0.98,0.85,0.6)},
{tCoord(6,0,1), tCoord(5,0,0), tCoord(6,0,0), Color(0.98,0.85,0.6)},
//Body:
{tCoord(-3,10,0), tCoord(8,10,0), tCoord(8,25,0), Color(0.98,0.85,0.6)},
{tCoord(-3,10,0), tCoord(-3,25,0), tCoord(8,25,0), Color(0.98,0.85,0.6)},
//Neck:
{tCoord(2,25,0), tCoord(2,28,0), tCoord(3,28,0), Color(0.98,0.85,0.6)},
{tCoord(2,25,0), tCoord(3,28,0), tCoord(3,25,0), Color(0.98,0.85,0.6)},
{tCoord(3,25,0), tCoord(3,28,0), tCoord(3,28,1), Color(0.98,0.85,0.6)},
{tCoord(3,25,0), tCoord(3,28,1), tCoord(3,25,1), Color(0.98,0.85,0.6)},
{tCoord(3,25,1), tCoord(3,28,1), tCoord(2,28,1), Color(0.98,0.85,0.6)},
{tCoord(3,25,1), tCoord(2,28,1), tCoord(2,25,1), Color(0.98,0.85,0.6)},
{tCoord(2,25,1), tCoord(2,28,1), tCoord(2,28,0), Color(0.98,0.85,0.6)},
{tCoord(2,25,1), tCoord(2,28,0), tCoord(2,25,0), Color(0.98,0.85,0.6)},
{tCoord(2,28,0), tCoord(2,28,1), tCoord(3,28,1), Color(0.98,0.85,0.6)},
{tCoord(2,28,0), tCoord(3,28,1), tCoord(3,28,0), Color(0.98,0.85,0.6)},
{tCoord(3,25,1), tCoord(2,25,1), tCoord(2,25,0), Color(0.98,0.85,0.6)},
{tCoord(3,25,1), tCoord(2,25,0), tCoord(3,25,0), Color(0.98,0.85,0.6)},
//GeadL
{tCoord(-1,28,0), tCoord(6,28,0), tCoord(6,31,0), Color(0.98,0.85,0.6)},
{tCoord(-1,28,0), tCoord(-1,31,0), tCoord(6,31,0), Color(0.98,0.85,0.6)},
};
DoTranslateMatrix(410,0,0,Human);
cube Human2 = Human;
DoTranslateMatrix(-300,0,1000,Human2);
cube Tree;
Tree.triangles =
{
{tCoord(0,0,0), tCoord(0,0,10), tCoord(0,30,0), Color(0.46,0.36,0.28)},
{tCoord(0,0,10), tCoord(0,30,0), tCoord(0,30,10), Color(0.46,0.36,0.28)},
{tCoord(0,0+30,-20), tCoord(0,0+30,30), tCoord(0,30+30,5), Color(0.188,0.73,0)},
{tCoord(0,0+30+10,-20), tCoord(0,0+30+10,30), tCoord(0,30+30+10,5), Color(0.188,0.73,0)},
{tCoord(0,0+30+20,-20), tCoord(0,0+30+20,30), tCoord(0,30+30+20,5), Color(0.188,0.73,0)},
{tCoord(0,0+30+30,-20), tCoord(0,0+30+30,30), tCoord(0,30+30+30,5), Color(0.188,0.73,0)},
};
DoTranslateMatrix(100,0,250,Tree);
const int forest_count = 40;
cube Forest[forest_count];
for (int i = 0; i < forest_count; ++i)
{
if (i < forest_count/2)
{
if (i < forest_count/4)
{
Forest[i] = Tree;
DoTranslateMatrix(0,0,(i+1)*60,Forest[i]);
}
else
{
Forest[i] = Tree;
DoTranslateMatrix(0,0,(i+1)*60+500,Forest[i]);
}
}
else
{
if (i < (forest_count*3)/4)
{
Forest[i] = Tree;
DoTranslateMatrix(-60,0,(i-forest_count/2.0f)*60,Forest[i]);
}
else
{
Forest[i] = Tree;
DoTranslateMatrix(-60,0,(i-forest_count/2.0f)*60+500,Forest[i]);
}
}
}
Angel::init(SCREEN_W, SCREEN_H);
std::unordered_map<std::string, float> zbuffer;
int Humanposition = 0;
int direction = 1;
while (!glfwWindowShouldClose(window))
{
processInput(window);
glClearColor(0.0f, 0.0f, 0.0f, 0.0f);
glClear(GL_COLOR_BUFFER_BIT);
//MAIN BEGINS HERE
//Make temporary copy of the coordinates:
cube Sun_temp = Sun;
cube Block1_temp = Block1;
cube Highway_temp = Highway;
cube Rotating_body1_temp = Rotating_body1;
cube Chair_temp = Chair;
cube Chair2_temp = Chair2;
cube Chair3_temp = Chair3;
cube Human_temp = Human;
cube Human2_temp = Human2;
cube Tree_temp = Tree;
cube Block2_temp = Block2;
cube Block3_temp = Block3;
cube Block4_temp = Block4;
cube Forest_temp[forest_count];
for (int i = 0; i < forest_count; ++i)
{
Forest_temp[i] = Forest[i];
}
DoTranslateMatrix(0,0,Humanposition, Human_temp);
DoTranslateMatrix(0,0,Humanposition+100, Human2_temp);
Humanposition += direction*100;
if (Humanposition > 2500 || Humanposition < 9)
{
direction = (-1)*direction;
}
//lighting
Dolighting(Block1_temp, reference, lightPosition);
Dolighting(Block2_temp, reference, lightPosition);
// Dolighting(Highway_temp, reference, lightPosition);
Dolighting(Rotating_body1_temp, reference, lightPosition);
Dolighting(Chair_temp, reference, lightPosition);
Dolighting(Chair2_temp, reference, lightPosition);
Dolighting(Chair3_temp, reference, lightPosition);
Dolighting(Human_temp, reference, lightPosition);
Dolighting(Human2_temp, reference, lightPosition);
Dolighting(Tree_temp, reference, lightPosition);
Dolighting(Block3_temp, reference, lightPosition);
Dolighting(Block4_temp, reference, lightPosition);
for (int i = 0; i < forest_count; ++i)
{
Dolighting(Forest_temp[i], reference, lightPosition);
}
//Make a view matrix:
tMatrix ourViewMatrix;
viewMatrix(&ourViewMatrix, &reference, &Nvector, &Vvector);
DoviewMatrix(&ourViewMatrix, Sun_temp);
DoviewMatrix(&ourViewMatrix, Block1_temp);
DoviewMatrix(&ourViewMatrix, Block2_temp);
DoviewMatrix(&ourViewMatrix, Highway_temp);
DoviewMatrix(&ourViewMatrix, Rotating_body1_temp);
DoviewMatrix(&ourViewMatrix, Chair_temp);
DoviewMatrix(&ourViewMatrix, Chair2_temp);
DoviewMatrix(&ourViewMatrix, Chair3_temp);
DoviewMatrix(&ourViewMatrix, Human_temp);
DoviewMatrix(&ourViewMatrix, Human2_temp);
DoviewMatrix(&ourViewMatrix, Tree_temp);
DoviewMatrix(&ourViewMatrix, Block3_temp);
DoviewMatrix(&ourViewMatrix, Block4_temp);
for (int i = 0; i < forest_count; ++i)
{
DoviewMatrix(&ourViewMatrix, Forest_temp[i]);
}
DoperspectiveMatrix(&vanishpoint, Sun_temp);
DoperspectiveMatrix(&vanishpoint, Block1_temp);
DoperspectiveMatrix(&vanishpoint, Block2_temp);
DoperspectiveMatrix(&vanishpoint, Highway_temp);
DoperspectiveMatrix(&vanishpoint, Rotating_body1_temp);
DoperspectiveMatrix(&vanishpoint, Chair_temp);
DoperspectiveMatrix(&vanishpoint, Chair2_temp);
DoperspectiveMatrix(&vanishpoint, Chair3_temp);
DoperspectiveMatrix(&vanishpoint, Human_temp);
DoperspectiveMatrix(&vanishpoint, Human2_temp);
DoperspectiveMatrix(&vanishpoint, Tree_temp);
DoperspectiveMatrix(&vanishpoint, Block3_temp);
DoperspectiveMatrix(&vanishpoint, Block4_temp);
for (int i = 0; i < forest_count; ++i)
{
DoperspectiveMatrix(&vanishpoint, Forest_temp[i]);
}
//int n = 0;
for(auto& tr:Sun_temp.triangles)
{
RasterizeTriangle(tr.tri[0], tr.tri[1], tr.tri[2], zbuffer, tr.color);
}
for(auto& tr:Block1_temp.triangles)
{
RasterizeTriangle(tr.tri[0], tr.tri[1], tr.tri[2], zbuffer, tr.color);
}
for(auto& tr:Block2_temp.triangles)
{
RasterizeTriangle(tr.tri[0], tr.tri[1], tr.tri[2], zbuffer, tr.color);
}
for(auto& tr:Highway_temp.triangles)
{
RasterizeTriangle(tr.tri[0], tr.tri[1], tr.tri[2], zbuffer, tr.color);
}
for(auto& tr:Rotating_body1_temp.triangles)
{
RasterizeTriangle(tr.tri[0], tr.tri[1], tr.tri[2], zbuffer, tr.color);
}
for(auto& tr:Chair_temp.triangles)
{
RasterizeTriangle(tr.tri[0], tr.tri[1], tr.tri[2], zbuffer, tr.color);
}
for(auto& tr:Chair2_temp.triangles)
{
RasterizeTriangle(tr.tri[0], tr.tri[1], tr.tri[2], zbuffer, tr.color);
}
for(auto& tr:Chair3_temp.triangles)
{
RasterizeTriangle(tr.tri[0], tr.tri[1], tr.tri[2], zbuffer, tr.color);
}
for(auto& tr:Human_temp.triangles)
{
RasterizeTriangle(tr.tri[0], tr.tri[1], tr.tri[2], zbuffer, tr.color);
}
for(auto& tr:Human2_temp.triangles)
{
RasterizeTriangle(tr.tri[0], tr.tri[1], tr.tri[2], zbuffer, tr.color);
}
for(auto& tr:Tree_temp.triangles)
{
RasterizeTriangle(tr.tri[0], tr.tri[1], tr.tri[2], zbuffer, tr.color);
}
for(auto& tr:Block3_temp.triangles)
{
RasterizeTriangle(tr.tri[0], tr.tri[1], tr.tri[2], zbuffer, tr.color);
}
for(auto& tr:Block4_temp.triangles)
{
RasterizeTriangle(tr.tri[0], tr.tri[1], tr.tri[2], zbuffer, tr.color);
}
for (int i = 0; i < forest_count; ++i)
{
for(auto& tr:Forest_temp[i].triangles)
{
RasterizeTriangle(tr.tri[0], tr.tri[1], tr.tri[2], zbuffer, tr.color);
}
}
//clear all the conatiners
zbuffer.erase(zbuffer.begin(),zbuffer.end());
//MAIN ENDS HERE
glfwSwapBuffers(window);
glfwPollEvents();
}
glfwTerminate();
return 0;
}
void framebuffer_size_callback(GLFWwindow* window, int width, int height)
{
return glViewport(0,0,width,height);
}
void processInput(GLFWwindow *window)
{
if (glfwGetKey(window, GLFW_KEY_ESCAPE) == GLFW_PRESS)
{
glfwSetWindowShouldClose(window, 1);
}
if (glfwGetKey(window, GLFW_KEY_W) == GLFW_PRESS)
{
reference.z += 15;
}
if (glfwGetKey(window, GLFW_KEY_S) == GLFW_PRESS)
{
reference.z -= 15;
}
if (glfwGetKey(window, GLFW_KEY_A) == GLFW_PRESS)
{
reference.x += 15;
}
if (glfwGetKey(window, GLFW_KEY_D) == GLFW_PRESS)
{
reference.x -= 15;
}
if (glfwGetKey(window, GLFW_KEY_Q) == GLFW_PRESS)
{
reference.y += 15;
}
if (glfwGetKey(window, GLFW_KEY_E) == GLFW_PRESS)
{
reference.y -= 15;
}
if (glfwGetKey(window, GLFW_KEY_R) == GLFW_PRESS)
{
//This increases the x-component of the vector
if (angle < 3.14/2.0)
{
angle += 0.05;
}
Nvector.z = cos(angle)*cos(angle);
Nvector.x = sin(angle)*sin(angle);
}
if (glfwGetKey(window, GLFW_KEY_T) == GLFW_PRESS)
{
//This increases the z-component of the vector
if (angle > 0)
{
angle -= 0.1;
}
Nvector.z = cos(angle)*cos(angle);
Nvector.x = sin(angle)*sin(angle);
}
if (glfwGetKey(window, GLFW_KEY_SPACE) == GLFW_PRESS)
{
reference.x = default_x;
reference.y = default_y;
reference.z = default_z;
Nvector.x = default_xx;
Nvector.y = default_yy;
Nvector.z = default_zz;
}
}