void INodeLight::Render(Video::IRenderDriver *driver, IFrustum *frustum, int flags)
{
if (!m_bShow || !IsSelected())
return;
float cubeSize=0.1;
//Draw Cube
driver->UseMaterial(m_pEmissiveVertex);
driver->_SetColor(IColor(1.0,1.0,1.0,1.0));
driver->_DrawLine(GetPosition()+IVector3D(-cubeSize,cubeSize,cubeSize),GetPosition()+IVector3D(cubeSize,cubeSize,cubeSize));
driver->_DrawLine(GetPosition()+IVector3D(-cubeSize,-cubeSize,cubeSize),GetPosition()+IVector3D(cubeSize,-cubeSize,cubeSize));
driver->_DrawLine(GetPosition()+IVector3D(-cubeSize,cubeSize,-cubeSize),GetPosition()+IVector3D(cubeSize,cubeSize,-cubeSize));
driver->_DrawLine(GetPosition()+IVector3D(-cubeSize,-cubeSize,-cubeSize),GetPosition()+IVector3D(cubeSize,-cubeSize,-cubeSize));
driver->_DrawLine(GetPosition()+IVector3D(-cubeSize,cubeSize,cubeSize),GetPosition()+IVector3D(-cubeSize,-cubeSize,cubeSize));
driver->_DrawLine(GetPosition()+IVector3D(cubeSize,cubeSize,cubeSize),GetPosition()+IVector3D(cubeSize,-cubeSize,cubeSize));
driver->_DrawLine(GetPosition()+IVector3D(-cubeSize,cubeSize,-cubeSize),GetPosition()+IVector3D(-cubeSize,-cubeSize,-cubeSize));
driver->_DrawLine(GetPosition()+IVector3D(cubeSize,cubeSize,-cubeSize),GetPosition()+IVector3D(cubeSize,-cubeSize,-cubeSize));
driver->_DrawLine(GetPosition()+IVector3D(-cubeSize,cubeSize,cubeSize),GetPosition()+IVector3D(-cubeSize,cubeSize,-cubeSize));
driver->_DrawLine(GetPosition()+IVector3D(cubeSize,-cubeSize,cubeSize),GetPosition()+IVector3D(cubeSize,-cubeSize,-cubeSize));
driver->_DrawLine(GetPosition()+IVector3D(-cubeSize,-cubeSize,cubeSize),GetPosition()+IVector3D(-cubeSize,-cubeSize,-cubeSize));
driver->_DrawLine(GetPosition()+IVector3D(cubeSize,cubeSize,cubeSize),GetPosition()+IVector3D(cubeSize,cubeSize,-cubeSize));
IVector3D pos = GetPosition();
//Draw Radius
for (float i=0;i<=RADIUS_QUALITY;i++)
{
driver->_DrawLine(IVector3D(pos.GetX()+m_fRadius*cos(i/RADIUS_QUALITY*2*I_PIE),pos.GetY()+m_fRadius*sin(i/RADIUS_QUALITY*2*I_PIE),pos.GetZ()),
IVector3D(pos.GetX()+m_fRadius*cos((i+1)/RADIUS_QUALITY*2*I_PIE),pos.GetY()+m_fRadius*sin((i+1)/RADIUS_QUALITY*2*I_PIE),pos.GetZ()));
driver->_DrawLine(IVector3D(pos.GetX()+m_fRadius*cos(i/RADIUS_QUALITY*2*I_PIE),pos.GetY(),pos.GetZ()+m_fRadius*sin(i/RADIUS_QUALITY*2*I_PIE)),
IVector3D(pos.GetX()+m_fRadius*cos((i+1)/RADIUS_QUALITY*2*I_PIE),pos.GetY(),pos.GetZ()+m_fRadius*sin((i+1)/RADIUS_QUALITY*2*I_PIE)));
driver->_DrawLine(IVector3D(pos.GetX(),pos.GetY()+m_fRadius*sin(i/RADIUS_QUALITY*2*I_PIE),pos.GetZ()+m_fRadius*cos(i/RADIUS_QUALITY*2*I_PIE)),
IVector3D(pos.GetX(),pos.GetY()+m_fRadius*sin((i+1)/RADIUS_QUALITY*2*I_PIE),pos.GetZ()+m_fRadius*cos((i+1)/RADIUS_QUALITY*2*I_PIE)));
}
//RenderFrustum
/*IFrustum frustum2;
for (int i=0;i<6;i++)
{
frustum2.SetFrustumFromMatrix(GetProjectionMatrix(i));
frustum2.CalcVertice();
frustum2.DrawFrustum(driver);
}*/
BaseClass::Render(driver,frustum,flags);
}
IVector3D Random::randomIVector(IVector3D min, IVector3D max) {
return IVector3D(uniformInt(min.x, max.x),
uniformInt(min.y, max.y),
uniformInt(min.z, max.z));
}
