void ViewLightGL::setPosition(const Vector3& pos)
{
Vector3::Spherical spos(pos);
__distance = spos.radius;
__azimuth = spos.theta * GEOM_DEG;
__elevation = spos.phi * GEOM_DEG;
}
void JSlidePiece::DrawBounds()
{
Frame ext = GetExt();
g_pDrawServer->DrawFrame( ext, 0xFFFFFF00 );
char str[256];
sprintf( str, "%s: {%d, %d}", GetName(), (int)ext.x, (int)ext.y );
Vec2 spos( ext.x + 10, ext.cy() );
g_pDrawServer->DrawString( spos.x, spos.y, -1, str, 0xFFFF4444 );
ext.w = g_pDrawServer->GetFrameW( GetSkinPackID(), GetSkinFrame() );
ext.h = g_pDrawServer->GetFrameH( GetSkinPackID(), GetSkinFrame() );
} // JSlidePiece::DrawBounds
EventBase* WaveEventBase::mid(unsigned b, unsigned e)
{
WaveEventBase* ev = new WaveEventBase(*this);
unsigned fr = frame();
unsigned start = fr - b;
if (b > fr)
{
start = 0;
ev->setSpos(spos() + b - fr);
}
unsigned end = endFrame();
if (e < end)
end = e;
ev->setFrame(start);
ev->setLenFrame(end - b - start);
return ev;
}
void JBlotPiece::DrawBounds()
{
Frame ext = GetExt();
float scale;
if (m_bSelected) scale = m_Scale; else scale = 1.0f;
g_pDrawServer->DrawFrame( ext, 0xFFFFFF00 );
char str[256];
sprintf( str, "%s: {%d, %d}", GetName(), (int)ext.x, (int)ext.y );
Vec2 spos( ext.x + 10, ext.cy() );
g_pDrawServer->DrawString( spos.x, spos.y, -1, str, 0xFFFF4444 );
ext.w = scale*g_pDrawServer->GetFrameW( GetSkinPackID(), GetSkinFrame() );
ext.h = scale*g_pDrawServer->GetFrameH( GetSkinPackID(), GetSkinFrame() );
ext.x = m_HomePos.x;
ext.y = m_HomePos.y;
g_pDrawServer->DrawSprite( ext, GetSkinPackID(), GetSkinFrame(), 0x4400FF00 );
} // JBlotPiece::DrawBounds
bool ChModelBullet::AddEllipsoid(double rx, double ry, double rz, ChVector<>* pos, ChMatrix33<>* rot)
{
btScalar rad=1.0;
btVector3 spos(0,0,0);
double arx = rx + this->GetEnvelope();
double ary = ry + this->GetEnvelope();
double arz = rz + this->GetEnvelope();
double mmargin = GetSuggestedFullMargin();
btMultiSphereShape* mshape = new btMultiSphereShape(
//btVector3(1,1,1),
&spos,&rad,1);
mshape->setLocalScaling(btVector3( (btScalar)arx,
(btScalar)ary,
(btScalar)arz ));
mshape->setMargin((btScalar)ChMin(mmargin, 0.9*ChMin(ChMin(arx,ary),arz)));
_injectShape ( pos, rot, mshape);
model_type=ELLIPSOID;
return true;
}
virtual SendPos GetShadowPos()
{
SendPos spos(short(pos.x), short(pos.y));
return spos;
}