void MatrixRefresher::visit(Group &g )
{
if(g.dirty) {
dirtyCount++;
}
refreshMatrix(g);
stack.push(g.getMatrix());
}
void MatrixRefresher::visit(Model &m )
{
if(m.dirty) {
dirtyCount++;
}
refreshMatrix(m);
stack.push(m.getMatrix());
}
void SpacePage::draw()
{
refreshMatrix();
Gosu::Graphics& g = PageManager::Instance()->graphics();
double wdt = g.width();
double hgt = g.height();
m_Closest.draw(m_matGlobalToLocal, wdt, hgt);
m_Closest.reset();
double xn = wdt*.25;
double xp = wdt*.75;
double yn = hgt*.25;
double yp = hgt*.75;
g.drawLine(xn, yn, Gosu::Colors::white, xp, yn, Gosu::Colors::white, 20);
g.drawLine(xp, yn, Gosu::Colors::white, xp, yp, Gosu::Colors::white, 20);
g.drawLine(xp, yp, Gosu::Colors::white, xn, yp, Gosu::Colors::white, 20);
g.drawLine(xn, yp, Gosu::Colors::white, xn, yn, Gosu::Colors::white, 20);
g.drawLine(wdt/2-20, hgt/2, Gosu::Colors::green, wdt/2+20, hgt/2, Gosu::Colors::green, 20);
g.drawLine(wdt/2, hgt/2-20, Gosu::Colors::green, wdt/2, hgt/2+20, Gosu::Colors::green, 20);
std::wstringstream ss;
ss << Gosu::fps();
m_Font.drawRel(ss.str(), wdt-20, 20, 20, 1.0, 0.0);
for (const Bullet& b:m_Bullets) {
double len = b.dir.magnitude()*b.lifetime;
Vector dir = b.dir.normalized();
double step = 5.0;
for (double d = std::max(0.0, len - b.dir.magnitude()*50.0); d < len; d += step) {
Vector pos1 = m_matGlobalToLocal * (b.pos+Vector(0, 0, 0.1)+(dir*d));
Vector pos2 = m_matGlobalToLocal * (b.pos+Vector(0, 0, 0.1)+(dir*(d+step)));
SphericalCoordinate sc = pos1.toSphericalCoordinate();
SphericalCoordinate sc_prev = pos2.toSphericalCoordinate();
// prevent odd lines going through you from your own fire
if (sc.distance < 10.0) continue;
if (sc_prev.distance <= 10.0) continue;
double x1 = Renderable::screenX(sc, wdt);
double x2 = Renderable::screenX(sc_prev, wdt);
// prevent stuff from spanning the screen
if (std::abs(x1-x2) > 10) continue;
double y1 = Renderable::screenY(sc, hgt);
double y2 = Renderable::screenY(sc_prev, hgt);
g.drawLine(x1, y1, Gosu::Colors::red, x2, y2, Gosu::Colors::green, 0);
}
}
}