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#include "sons_of_sol/SonsOfSolApplication.hpp"
#include "glox/GloxLightSource.hpp"
#include "glox/GloxRotation.hpp"
#include "glox/GloxScopedRotation.hpp"
#include <iostream>
using namespace glox;
using namespace slox;
using namespace std;
float randJitter() {
return ((rand() & 0xFF) - 128.0) / (256.0 * 10);
}
void SonsOfSolApplication::display() {
if (m_script_ttl >= 0) {
GloxLightSource* golight = m_light_manager.getLightSource(0);
golight->setPosition(m_ship.getPosition());
if (m_script_ttl > 90) {
m_ship.setPosition(m_ship.getPosition() -
GloxPointf(randJitter(), 0.25, randJitter()));
} else if (m_script_ttl > 80) {
float coef = 11 - (m_script_ttl - 80);
m_ship.setPosition(GloxPointf(randJitter() / coef, randJitter() / coef,
randJitter() / coef - 3));
} else if (m_script_ttl == 80) {
m_ship.setPosition(GloxPointf(0, 0, -3));
}
golight->setEnabled(true);
if (m_script_ttl == 70) {
m_ship.setDForwardTo(30);
golight->setLightModelAttribute(GL_LIGHT_MODEL_AMBIENT,
GloxColor(50, 50, 50));
golight->setAmbient(GloxColor(50, 50, 50));
golight->setDiffuse(GloxColor(0, 255, 0));
}
if (m_script_ttl == 0) {
this->addKeyListener(&m_event_multiplexer);
this->addMouseMotionListener(&m_event_multiplexer);
m_ship.setDForwardTo(20);
enableLighting();
}
// cout << m_script_ttl << endl ;
m_script_ttl -= 1;
}
/* Translate to the this perspective */
m_ship.drawHUD();
m_ship.getPerspective().setZNear(FAR_DISTANCE_START);
m_ship.getPerspective().setZFar(FAR_DISTANCE_END);
m_ship.getPerspective().render();
/* We don't want lighting for the skybox */
GloxDisableFor(
GL_LIGHTING,
/* Draw some stuff relative to the
* ship so the ship cannot break out
* of the skybox */
GloxWithTranslation(m_ship.getPosition(),
/* Draw the background sky */
m_sky->draw();
/* Draw the star texture */
GloxEnableFor(GL_TEXTURE_2D, m_star_tex.bind();
GloxWith(GL_QUADS, m_star.plot()););)
/* Draw the earth with its
* shaders */
m_earth_prog->render();
m_earth_prog->setUniformVector3(
m_earth_shader_light_pos,
m_light_manager.getLightSource(0)->getPosition());
m_earth_prog->setUniformFloat(m_earth_shader_time,
SDL_GetTicks() / 300000.0);
//GloxPoint<> pos( GloxCos( ticks ) * FAR_DISTANCE_END/4.0, 0, GloxSin( ticks ) * FAR_DISTANCE_END/4.0 );
GloxPoint<> pos(-250000, 0, 0);
m_earth_prog->setUniformVector3(m_earth_shader_camera_pos, pos);
// cout << "Pos : " << pos.toString() << " " << (pos.getZ() / pos.getX()) << endl;
// cout << "Ship Position: " << m_ship.getPosition().toString() << (m_ship.getPosition().getZ() / m_ship.getPosition().getX()) << endl ;
GloxWithTranslation(
m_ship.getPosition() + GloxPoint<>(700, -FAR_DISTANCE_END / 2, 0),
GloxRotation(-90, 0, 0, 1).render();
GloxEnableFor(GL_BLEND, m_earth->draw();))
/* Draw the moon with its shaders */
m_moon_prog->render();
m_moon_prog->setUniformVector3(
m_moon_shader_light_pos,
m_light_manager.getLightSource(0)->getPosition());
m_moon_prog->setUniformVector3(m_moon_shader_camera_pos,
m_ship.getPosition());
GloxWithTranslation(
m_ship.getPosition() + GloxPoint<>(700, FAR_DISTANCE_END / 3.0f, 0),
GloxRotation(-90, 0, 0, 1).render();
m_moon->draw())
GloxProgram::unloadPrograms(););
m_light_manager.getLightSource(1)->setEnabled(true);
m_light_manager.render();
GloxScale(6, m_acceleration_cannon->draw());
for (vector<AIShip>::iterator itr = m_aiships.begin(); itr != m_aiships.end();
++itr) {
// cout << itr->getPosition().toString() << endl ;
itr->draw((itr->getPosition() - m_ship.getPosition()).getMagnitude());
}
glPushMatrix();
// m_crate->draw();
GloxWithTranslation(GloxPoint<>(0, 10, 0), m_probe->draw());
GloxWithTranslation(GloxPoint<>(0, -10, 0), m_test_cube->draw());
GloxWithTranslation(
GloxPoint<>(10000, 10000, 10000),
GloxScale(1000, glPushMatrix(); glRotatef(90, 1.2, 1.3, 1.4);
m_frigate_industrial->draw(); glPopMatrix();););
GloxWithTranslation(GloxPoint<>(5000, -1000, -20000),
GloxScale(100, glPushMatrix(); glRotatef(90, 0.3, 1, 0);
m_deathstar->draw(); glPopMatrix();););
GloxDisableFor(
GL_LIGHTING,
GloxEnableFor(GL_BLEND, glBlendFunc(GL_SRC_ALPHA, GL_ONE_MINUS_SRC_ALPHA);
m_ship.drawProjectiles();))
glPopMatrix();
}
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