// CS 465

// Assignment 3

// Author:

#define PI 3.14159265

#define AU 2

#define MERCURY_RADIUS 0.382

#define MERCURY_ORBIT 0.39 * EARTH_ORBIT

#define MERCURY_INCLINATION 7.01

#define MERCURY_PERIOD 0.241

#define VENUS_RADIUS 0.949

#define VENUS_ORBIT 0.72 * EARTH_ORBIT

#define VENUS_INCLINATION 3.86

#define VENUS_PERIOD 0.615

#define EARTH_INCLINATION 0.00

#define EARTH_RADIUS 0.2

#define EARTH_ORBIT 1

#define EARTH_PERIOD 1

#define CLOUDS_INCLINATION 0.00

#define CLOUDS_RADIUS 0.35

#define CLOUDS_ORBIT 1

#define CLOUDS_PERIOD 1

#define MOON_INCLINATION 0

#define MOON_ORBIT 0.10 * EARTH_ORBIT

#define MOON_RADIUS .05

#define MOON_PERIOD 0.0748

#define MARS_RADIUS 0.532

#define MARS_ORBIT 1.52 * EARTH_ORBIT

#define MARS_INCLINATION 1.85

#define MARS_PERIOD 1.881

#define JUPITER_RADIUS 11.209

#define JUPITER_ORBIT 5.2 * EARTH_ORBIT

#define JUPITER_INCLINATION 1.31

#define JUPITER_PERIOD 11.86

#define SATURN_RADIUS 9.44

#define SATURN_ORBIT 9.54 * EARTH_ORBIT

#define SATURN_INCLINATION 2.49

#define SATURN_PERIOD 29.46

#define URANUS_RADIUS 4.007

#define URANUS_ORBIT 19.18 * EARTH_ORBIT

#define URANUS_INCLINATION 0.77

#define URANUS_PERIOD 84.32

#define NEPTUNE_RADIUS 3.883

#define NEPTUNE_ORBIT 30.06 * EARTH_ORBIT

#define NEPTUNE_INCLINATION 1.77

#define NEPTUNE_PERIOD 164.8

#define EARTH_TILT 23.5

#define MARS_TILT 25.0

#define MERCURY_TILT 0.0

#define VENUS_TILT 177.0

#define EARTH_TILT 23.5

#define JUPITER_TILT 3.0

#define SATURN_TILT 27.0

#define URANUS_TILT 98.0

#define NEPTUNE_TILT 30.0

#define MOON_TILT 12.0

#define CLOUDS_TILT 23.5

#define MARS_ROTATION_PERIOD 1.027

#define MERCURY_ROTATION_PERIOD 175.94

#define VENUS_ROTATION_PERIOD -116.75

#define EARTH_ROTATION_PERIOD 1

#define JUPITER_ROTATION_PERIOD 0.414

#define SATURN_ROTATION_PERIOD 0.439

#define URANUS_ROTATION_PERIOD -0.718

#define NEPTUNE_ROTATION_PERIOD 16.11

#define MOON_ROTATION_PERIOD 16.11

#define CLOUDS_ROTATION_PERIOD 1

#define EARTH_DEGREES_PER_FRAME 0.05

#define SLICES 40

#define STACKS 40

#define DiscLOOPs 40

#define DiscSLICES 40

#include "C:\Users\John\Documents\wiu\graphics\assignment0\assignment0\shared\gltools.h" // OpenGL toolkit

#define PI 3.14159265

bool lookUp;

bool lookDown;

bool lookLeft;

bool lookRight;

bool walkForward;

bool walkBackward;

bool strafeLeft;

bool setback;

bool strafeRight;

float xTranslation;

float yTranslation;

float zTranslation;

float yRotationAngle;

float zRotationAngle;

float xRotationAngle;

float beta;

int mouseLastx;

int mouseLasty;

float sunRotationAngle=0;

float sunRadius = 150.0;

float day=0;

float dusk=1;

GLfloat mercury_speed = 35.0;

GLfloat venus_speed = 35.0;

GLfloat earth_speed = 35.0;

GLfloat moon_speed = 35.0;

GLfloat mars_speed = 35.0;

GLfloat jupiter_speed = 35.0;

GLfloat saturn_speed = 35.0;

GLfloat neptune_speed = 35.0;

GLfloat uranus_speed = 35.0;

GLfloat mercury_rotation = 35.0;

GLfloat venus_rotation = 35.0;

GLfloat earth_rotation = 35.0;

GLfloat moon_rotation = 35.0;

GLfloat mars_rotation = 35.0;

GLfloat jupiter_rotation = 0.0;

GLfloat saturn_rotation = 35.0;

GLfloat neptune_rotation = 35.0;

GLfloat uranus_rotation = 35.0;

// Light values and coordinates

GLfloat lightPos[] = { 0.0f, 0.0f, 0.0f, 1.0f };

GLfloat specular[] = { 1.0f, 1.0f, 1.0f, 1.0f};

GLfloat diffuse[] = { 1.0f, 1.0f, 1.0f, 1.0f};

GLfloat diffuseref[] = { 1.0f, 1.0f, 1.0f, 1.0f };

GLfloat ambientref[] = { 1.0f, 1.0f, 1.0f, 1.0f };

GLfloat specref[] = { 0.1f, 0.1f, 0.1f, 1.0f };

GLfloat ambientLight[] = { 0.4f, 0.4f, 0.4f, 1.0f};

#define NUM_TEXTURES 12

GLuint textureObjects[NUM_TEXTURES];

#define EARTH 1

#define MARS 2

#define MERCURY 3

#define VENUS 4

#define MOON 5

#define JUPITER 6

#define SATURN 7

#define URANUS 8

#define NEPTUNE 9

#define SUN 10

#define CLOUDS 11

#define ASTERIODS 12

#define CUBE_MAP_TEX 13

//#define SPHERE_TEX 11

// Six sides of a cube map

GLenum cube[6] = { GL_TEXTURE_CUBE_MAP_POSITIVE_X,

GL_TEXTURE_CUBE_MAP_NEGATIVE_X,

GL_TEXTURE_CUBE_MAP_POSITIVE_Y,

GL_TEXTURE_CUBE_MAP_NEGATIVE_Y,

GL_TEXTURE_CUBE_MAP_POSITIVE_Z,

GL_TEXTURE_CUBE_MAP_NEGATIVE_Z };

//GLenum sphere[1] ={ GL_TEXTURE_GEN_MODE};

const char *szCubeFaces[6] = { "elegant_bar_designs_idea.tga", "GalaxyLf.tga", "GalaxyUp.tga", "GalaxyDn.tga", "GalaxyBk.tga", "GalaxyFt.tga" };

const char *szTextureFiles[13] = {"earth.tga", "mars.tga", "mercury.tga", "venus.tga", "moon.tga", "jupiter.tga", "saturn.tga", "uranus.tga", "neptune.tga", "sun.tga", "clods.tga", "Asteriod-Belt.tga"};

void mouseMovement(int x, int y)

}

void makeplanets(double red, double green, double blue, double PLANET_INCLINATION, double PLANET_ORBIT, double PLANET_RADIUS, double EARTHRADIUS, double planet_period, float speed, float rotation, float tilt, float EARTH_DEGREES )

}

void DrawSkyBox(void)

}

#include "C:\Users\John\Documents\wiu\graphics\assignment0\assignment0\shared\gltools.h" // OpenGL toolkit

///////////////////////////////////////////////////////////

// Called to draw scene

void updatescene()

{

mercury_speed += 1/MERCURY_PERIOD;

venus_speed += 1/VENUS_PERIOD;

earth_speed += 1/EARTH_PERIOD;

moon_speed += 1/MOON_PERIOD;

mars_speed += 1/MARS_PERIOD;

jupiter_speed += 1/JUPITER_PERIOD;

saturn_speed += 1/SATURN_PERIOD;

neptune_speed += 1/NEPTUNE_PERIOD;

uranus_speed += 1/URANUS_PERIOD;

mercury_rotation += ((1/MERCURY_ROTATION_PERIOD)*3*EARTH_ORBIT);

venus_rotation += ((1/VENUS_ROTATION_PERIOD)*3*EARTH_ORBIT);

earth_rotation += ((1/EARTH_ROTATION_PERIOD)*3*EARTH_ORBIT);

moon_rotation += ((1/MOON_ROTATION_PERIOD)*3*EARTH_ORBIT);

mars_rotation += ((1/MARS_ROTATION_PERIOD)*3*EARTH_ORBIT);

jupiter_rotation += ((1/JUPITER_ROTATION_PERIOD)*3*EARTH_ORBIT);

saturn_rotation += ((1/SATURN_ROTATION_PERIOD)*3*EARTH_ORBIT);

neptune_rotation += ((1/NEPTUNE_ROTATION_PERIOD)*3*EARTH_ORBIT);

uranus_rotation += ((1/URANUS_ROTATION_PERIOD)*3*EARTH_ORBIT);

}

void RenderScene(void)

}

void TimerFunction(int value)

}

///////////////////////////////////////////////////////////

// Setup the rendering context

void SetupRC(void)

}

void ChangeSize(int w, int h)

}

void SpecialKeys(int key, int x, int y)

}

void SpecialKeysUp(int key, int x, int y)

}

void keyboardFunc(unsigned char key, int x, int y)

}

void keyboardUpFunc(unsigned char key, int x, int y)

}

///////////////////////////////////////////////////////////

// Main program entry point

int main(int argc, char* argv[])