void ItemSlowmo::generateIdleImage()
{
idle = spCreateSurface( ITEM_SLOWMO_RADIUS * 2, ITEM_SLOWMO_RADIUS * 2 );
SDL_FillRect( idle, NULL, SP_ALPHA_COLOR );
spSelectRenderTarget( idle );
Uint16 col = spGetRGB( 0, 192, 0 );
spEllipse( ITEM_SLOWMO_RADIUS, ITEM_SLOWMO_RADIUS, -1, ITEM_SLOWMO_RADIUS, ITEM_SLOWMO_RADIUS, -1);
spEllipse( ITEM_SLOWMO_RADIUS, ITEM_SLOWMO_RADIUS, -1, ITEM_SLOWMO_RADIUS * 0.9, ITEM_SLOWMO_RADIUS * 0.9, col );
spEllipse( ITEM_SLOWMO_RADIUS, ITEM_SLOWMO_RADIUS, -1, ITEM_SLOWMO_RADIUS * 0.65, ITEM_SLOWMO_RADIUS * 0.65, -1);
spEllipse( ITEM_SLOWMO_RADIUS, ITEM_SLOWMO_RADIUS, -1, ITEM_SLOWMO_RADIUS * 0.55, ITEM_SLOWMO_RADIUS * 0.55, col );
spRectangle( ITEM_SLOWMO_RADIUS, ITEM_SLOWMO_RADIUS * 0.8, -1, ITEM_SLOWMO_RADIUS * 0.1, ITEM_SLOWMO_RADIUS * 0.4, -1 );
spRectangle( ITEM_SLOWMO_RADIUS * 1.2, ITEM_SLOWMO_RADIUS, -1, ITEM_SLOWMO_RADIUS * 0.4, ITEM_SLOWMO_RADIUS * 0.1, -1 );
spSelectRenderTarget( spGetWindowSurface() );
}
void draw_primitives(int rotation)
{
spSetZTest( primitives_z );
spSetZSet( primitives_z );
spSetBlending( primitives_blending?spFloatToFixed(0.5):SP_ONE );
SDL_Surface* screen = spGetWindowSurface();
srand( 0 );
int i;
for ( i = 0; i < 8; i++ )
spEllipseBorder( rand() % screen->w, rand() % screen->h, 0, rand() % screen->w / 4, rand() % screen->h / 4, 10, 20, rand() % 65536 );
for ( i = 0; i < 8; i++ )
spEllipse( rand() % screen->w, rand() % screen->h, 0, rand() % screen->w / 4, rand() % screen->h / 4, rand() % 65536 );
for ( i = 0; i < 8; i++ )
spRectangleBorder( rand() % screen->w, rand() % screen->h, 0,
rand() % screen->w / 2, rand() % screen->h / 2, 12, 6, rand() % 65536 );
for ( i = 0; i < 8; i++ )
spRectangle( rand() % screen->w, rand() % screen->h, 0,
rand() % screen->w / 2, rand() % screen->h / 2, rand() % 65536 );
for ( i = 0; i < 64; i++ )
{
spSetLineWidth(rand()%8+1);
spLine( rand() % screen->w, rand() % screen->h, 0,
rand() % screen->w, rand() % screen->h, 0, rand() % 65536 );
}
/*spSetLineWidth(5);
spLine(292,113,0,29,192,0,12345);*/
spSetLineWidth(1);
spSetZTest( 1 );
spSetZSet( 1 );
spSetBlending( SP_ONE );
}
void UnitLaser::generateIdleImage()
{
idle = spCreateSurface( LASER_RADIUS * 2, LASER_RADIUS * 2 );
SDL_FillRect( idle, NULL, SP_ALPHA_COLOR );
spSelectRenderTarget( idle );
spEllipse( LASER_RADIUS, LASER_RADIUS, -1, LASER_RADIUS, LASER_RADIUS, 0 );
spSelectRenderTarget( spGetWindowSurface() );
}
void UnitBomb::generateFlashingImage()
{
flashing = spCreateSurface( BOMB_RADIUS * 2, BOMB_RADIUS * 2 );
SDL_FillRect( flashing, NULL, SP_ALPHA_COLOR );
spSelectRenderTarget( flashing );
spEllipse( BOMB_RADIUS ,BOMB_RADIUS, -1, BOMB_RADIUS, BOMB_RADIUS, spGetFastRGB( 255, 255, 255 ) );
spSelectRenderTarget( spGetWindowSurface() );
}
void UnitBomb::render( SDL_Surface *const target )
{
#ifdef _DEBUG
debugString += Utility::numToStr( pressure ) + "\n" + Utility::numToStr( status ) + "\n";
#endif
if ( !bombTimer.isStopped() )
{
spEllipse( *x, *y, -1, shape.radius, shape.radius, spGetFastRGB( 255, 0, 0 ) );
}
UnitBase::render( target );
}
void UnitLaser::render( SDL_Surface *const target )
{
#ifdef _DEBUG
debugString += Utility::numToStr( angle ) + "\n" + Utility::numToStr( angleVel );
#endif
UnitBase::render( target );
Vector2d<float> eyePos( *x + cos( angle ) * LASER_EYE_DISTANCE, *y + sin( angle ) * LASER_EYE_DISTANCE );
if ( hasCharged )
{
float factor = (float)charge.getTime() / (float)LASER_CHARGE_TIME;
spEllipse( eyePos.x, eyePos.y, -1, 8, 8, spGetRGB( 255, 255 * factor, 255 * factor ) );
spEllipse( eyePos.x, eyePos.y, -1, 4, 4, spGetRGB( 255.0f * (1.0f - factor), 0, 255.0f * factor ) );
}
else
{
spEllipse( eyePos.x, eyePos.y, -1, 8, 8, -1 );
spEllipse( eyePos.x, eyePos.y, -1, 4, 4, spGetFastRGB( 0, 0, 255 ) );
}
}
void ItemVortex::generateIdleImage()
{
idle = spCreateSurface( ITEM_VORTEX_RADIUS * 2, ITEM_VORTEX_RADIUS * 2 );
SDL_FillRect( idle, NULL, SP_ALPHA_COLOR );
spSelectRenderTarget( idle );
Uint16 col = spGetRGB( 0, 192, 0 );
spEllipse( ITEM_VORTEX_RADIUS, ITEM_VORTEX_RADIUS, -1, ITEM_VORTEX_RADIUS, ITEM_VORTEX_RADIUS, -1 );
spEllipse( ITEM_VORTEX_RADIUS, ITEM_VORTEX_RADIUS, -1, ITEM_VORTEX_RADIUS * 0.9, ITEM_VORTEX_RADIUS * 0.9, col );
spEllipse( ITEM_VORTEX_RADIUS, ITEM_VORTEX_RADIUS, -1, ITEM_VORTEX_RADIUS * 0.65, ITEM_VORTEX_RADIUS * 0.65, -1 );
spEllipse( ITEM_VORTEX_RADIUS, ITEM_VORTEX_RADIUS, -1, ITEM_VORTEX_RADIUS * 0.55, ITEM_VORTEX_RADIUS * 0.55, col );
spEllipse( ITEM_VORTEX_RADIUS, ITEM_VORTEX_RADIUS, -1, ITEM_VORTEX_RADIUS * 0.45, ITEM_VORTEX_RADIUS * 0.45, -1 );
spEllipse( ITEM_VORTEX_RADIUS, ITEM_VORTEX_RADIUS, -1, ITEM_VORTEX_RADIUS * 0.35, ITEM_VORTEX_RADIUS * 0.35, col );
spEllipse( ITEM_VORTEX_RADIUS, ITEM_VORTEX_RADIUS, -1, ITEM_VORTEX_RADIUS * 0.25, ITEM_VORTEX_RADIUS * 0.25, -1 );
spEllipse( ITEM_VORTEX_RADIUS, ITEM_VORTEX_RADIUS, -1, ITEM_VORTEX_RADIUS * 0.15, ITEM_VORTEX_RADIUS * 0.15, col );
spSelectRenderTarget( spGetWindowSurface() );
}
void Ball::Render()
{
spEllipse( ballPosition->X, ballPosition->Y, -1, ballRadius * 2, ballRadius * 2, spGetFastRGB( 255, 255, 255 ) );
}