/**
* \brief Get a random T
* |return 返回运输结果
*/
T Rand()
{
return _Distribution(_Engine);
}
///
/// \param _pvecShape Shape to be created
/// \param _Generator Generator for random numbers
/// \param _Distribution Distribution of generated random numbers
/// \param _fSizeMin Minimum size of shapes
/// \param _fSizeMax Maximum size of shapes
///
///////////////////////////////////////////////////////////////////////////////
void createShape(std::vector<float>* const _pvecShape,
std::mt19937& _Generator, std::uniform_real_distribution<float>& _Distribution,
float _fSizeMin, float _fSizeMax
)
{
METHOD_ENTRY("createShape")
float fPosX = _Distribution(_Generator)*300.0f;
float fPosY = _Distribution(_Generator)*200.0f;
(*_pvecShape)[0] = fPosX+_Distribution(_Generator)*((_fSizeMax-_fSizeMin)+_fSizeMin);
(*_pvecShape)[1] = fPosY+_Distribution(_Generator)*((_fSizeMax-_fSizeMin)+_fSizeMin);
(*_pvecShape)[2] = -10.0f;
(*_pvecShape)[3] = fPosX+_Distribution(_Generator)*((_fSizeMax-_fSizeMin)+_fSizeMin);
(*_pvecShape)[4] = fPosY+_Distribution(_Generator)*((_fSizeMax-_fSizeMin)+_fSizeMin);
(*_pvecShape)[5] = -10.0f;
(*_pvecShape)[6] = fPosX+_Distribution(_Generator)*((_fSizeMax-_fSizeMin)+_fSizeMin);
(*_pvecShape)[7] = fPosY+_Distribution(_Generator)*((_fSizeMax-_fSizeMin)+_fSizeMin);
(*_pvecShape)[8] = -10.0f;
}
////////////////////////////////////////////////////////////////////////////////
///
