void App::onGraphics3D(RenderDevice* rd, Array<shared_ptr<Surface> >& surface3D) {
rd->clear();
rd->setShadeMode(RenderDevice::SHADE_SMOOTH);
// Set a rotation matrix to apply when drawing the earth and earthquakes
rd->pushState();
rd->setObjectToWorldMatrix(CoordinateFrame(rotation, Vector3(0,0,0)));
earth->draw(rd);
// Draw earthquakes
int start = eqd.getIndexByDate(Date(currentTime - PLAYBACK_WINDOW));
int end = eqd.getIndexByDate(Date(currentTime));
double magnitudePower;
for (int x=start; x<end; x++) {
Earthquake e = eqd.getByIndex(x);
magnitudePower = pow(2.0, e.getMagnitude()) / 10000;
Draw::sphere(Sphere(earth->getPosition((e.getLatitude() * -1) + 90, e.getLongitude() + 180), magnitudePower),
rd, makeColor((currentTime - e.getDate().asSeconds()) / PLAYBACK_WINDOW), Color4::clear());
}
rd->popState();
// Call to make the GApp show the output of debugDraw
drawDebugShapes();
}
float Level::getEarthquakeMagnitudeAtPosition( const Vector &origin )
{
int i;
float totalMagnitude;
Earthquake *earthquake;
totalMagnitude = 0.0f;
// Add up all of the earthquakes magnitudes to get the total
for( i = 1 ; i <= _earthquakes.NumObjects() ; i++ )
{
// This should be a safe cast since only Earthquakes are allowed to be added to this list
earthquake = _earthquakes.ObjectAt( i );
if ( earthquake )
{
// Add this earthquake to the total
totalMagnitude += earthquake->getMagnitudeAtPosition( origin );
}
}
// Return the total magnitude of all the earthquakes
return totalMagnitude;
}
void App::onGraphics3D(RenderDevice* rd, Array<shared_ptr<Surface> >& surface3D) {
rd->clear();
rd->setShadeMode(RenderDevice::SHADE_SMOOTH);
// Set a rotation matrix to apply when drawing the earth and earthquakes
rd->pushState();
rd->setObjectToWorldMatrix(CoordinateFrame(rotate));
earth->draw(rd);
// Draw earthquakes
int start = eqd.getIndexByDate(Date(currentTime - PLAYBACK_WINDOW));
int end = eqd.getIndexByDate(Date(currentTime));
for (int x=start; x<end; x++) {
Earthquake e = eqd.getByIndex(x);
double radius = ((e.getMagnitude() / 10.0 - .5) / (1.0 - .5) / 6);
Color3 color = color = Color3((e.getMagnitude() / 10.0 - .6) / (.8 - .6), 1 - (e.getMagnitude() / 10.0 - .6) / (.8 - .6), 0);
if (e.getMagnitude() < 6.0 && e.getMagnitude() > 5.0) {
color = Color3(0, 1, 0);
}
else if (e.getMagnitude() < 10.0 && e.getMagnitude() > 8.0) {
color = Color3(1, 0, 0);
}
Sphere ball(earth->getPosition(e.getLatitude(), e.getLongitude()), radius);
Draw::sphere(ball, rd, color, Color4::clear());
}
rd->popState();
// Call to make the GApp show the output of debugDraw
drawDebugShapes();
}
void ClientServerCommandManager::EventEarthquake( Event *ev )
{
float duration = ev->GetFloat( 1 );
float magnitude = ev->GetFloat( 2 );
qboolean no_rampup = ev->GetBoolean( 3 );
qboolean no_rampdown = ev->GetBoolean( 4 );
Vector org;
float radius;
if( ev->NumArgs() > 4 )
{
org = ev->GetVector( 5 );
if( ev->NumArgs() > 5 ) {
radius = ev->GetFloat( 6 );
}
}
Earthquake * earthquake = new Earthquake;
earthquake->SetDuration( duration );
earthquake->SetMagnitude( magnitude );
earthquake->SetNoRampup( no_rampup );
earthquake->SetNoRampdown( no_rampdown );
if( ev->NumArgs() > 4 )
{
earthquake->SetLocation( org );
if( ev->NumArgs() > 5 ) {
earthquake->SetRadius( radius );
}
}
earthquake->Enable();
}
