bool ccBox::buildUp()
{
//upper plane
ccGLMatrix upperMat;
upperMat.getTranslation()[2] = static_cast<float>(m_dims.z)/2.0f;
*this += ccPlane(m_dims.x,m_dims.y,&upperMat);
//lower plane
ccGLMatrix lowerMat;
lowerMat.initFromParameters(-(PointCoordinateType)M_PI,CCVector3(1,0,0),CCVector3(0,0,-m_dims.z/2.0f));
*this += ccPlane(m_dims.x,m_dims.y,&lowerMat);
//left plane
ccGLMatrix leftMat;
leftMat.initFromParameters(-(PointCoordinateType)(M_PI/2.0),CCVector3(0,1,0),CCVector3(-m_dims.x/2.0f,0,0));
*this += ccPlane(m_dims.z,m_dims.y,&leftMat);
//right plane
ccGLMatrix rightMat;
rightMat.initFromParameters((PointCoordinateType)(M_PI/2.0),CCVector3(0,1,0),CCVector3(m_dims.x/2.0f,0,0));
*this += ccPlane(m_dims.z,m_dims.y,&rightMat);
//front plane
ccGLMatrix frontMat;
frontMat.initFromParameters((PointCoordinateType)(M_PI/2.0),CCVector3(1,0,0),CCVector3(0,-m_dims.y/2.0f,0));
*this += ccPlane(m_dims.x,m_dims.z,&frontMat);
//back plane
ccGLMatrix backMat;
backMat.initFromParameters(-(PointCoordinateType)(M_PI/2.0),CCVector3(1,0,0),CCVector3(0,m_dims.y/2.0f,0));
*this += ccPlane(m_dims.x,m_dims.z,&backMat);
return (vertices() && vertices()->size() == 24 && vertices()->hasNormals() && this->size() == 12);
}
bool ccBox::buildUp()
{
//Added by yuqiang on 2015/11/04 clear mesh before rebuild
if (!init(24, false, 12, 6))
{
ccLog::Error("[ccBox::buildUp] Init error");
return false;
}
//upper plane
ccGLMatrix upperMat;
upperMat.getTranslation()[2] = static_cast<float>(m_dims.z)/2;
*this += ccPlane(m_dims.x,m_dims.y,&upperMat);
//lower plane
ccGLMatrix lowerMat;
lowerMat.initFromParameters(-static_cast<PointCoordinateType>(M_PI),CCVector3(1,0,0),CCVector3(0,0,-m_dims.z/2));
*this += ccPlane(m_dims.x,m_dims.y,&lowerMat);
//left plane
ccGLMatrix leftMat;
leftMat.initFromParameters(-static_cast<PointCoordinateType>(M_PI/2.0),CCVector3(0,1,0),CCVector3(-m_dims.x/2,0,0));
*this += ccPlane(m_dims.z,m_dims.y,&leftMat);
//right plane
ccGLMatrix rightMat;
rightMat.initFromParameters(static_cast<PointCoordinateType>(M_PI/2.0),CCVector3(0,1,0),CCVector3(m_dims.x/2,0,0));
*this += ccPlane(m_dims.z,m_dims.y,&rightMat);
//front plane
ccGLMatrix frontMat;
frontMat.initFromParameters(static_cast<PointCoordinateType>(M_PI/2.0),CCVector3(1,0,0),CCVector3(0,-m_dims.y/2,0));
*this += ccPlane(m_dims.x,m_dims.z,&frontMat);
//back plane
ccGLMatrix backMat;
backMat.initFromParameters(-static_cast<PointCoordinateType>(M_PI/2.0),CCVector3(1,0,0),CCVector3(0,m_dims.y/2,0));
*this += ccPlane(m_dims.x,m_dims.z,&backMat);
return (vertices() && vertices()->size() == 24 && vertices()->hasNormals() && this->size() == 12);
}
