ccQuadric::ccQuadric( CCVector2 minCorner,
CCVector2 maxCorner,
const PointCoordinateType eq[6],
const unsigned char* hfDims/*=0*/,
const ccGLMatrix* transMat/*=0*/,
QString name/*=QString("Plane")*/,
unsigned precision/*=24*/)
: ccGenericPrimitive(name,transMat)
, m_minCorner(minCorner)
, m_maxCorner(maxCorner)
, m_minZ(0)
, m_maxZ(0)
{
memcpy(m_eq,eq,sizeof(PointCoordinateType)*6);
if (hfDims)
{
memcpy(m_hfDims,hfDims,sizeof(unsigned char)*3);
}
else
{
m_hfDims[0] = 0;
m_hfDims[1] = 1;
m_hfDims[2] = 2;
}
setDrawingPrecision(std::max<unsigned>(precision,4)); //automatically calls buildUp + applyTransformationToVertices
}
ccQuadric::ccQuadric( CCVector2 minCorner,
CCVector2 maxCorner,
const PointCoordinateType eq[6],
const unsigned char* hfDims/*=0*/,
const ccGLMatrix* transMat/*=0*/,
QString name/*=QString("Plane")*/,
unsigned precision/*=DEFAULT_DRAWING_PRECISION*/)
: ccGenericPrimitive(name,transMat)
, m_minCorner(minCorner)
, m_maxCorner(maxCorner)
, m_minZ(0)
, m_maxZ(0)
{
memcpy(m_eq,eq,sizeof(PointCoordinateType)*6);
if (hfDims)
{
memcpy(m_hfDims,hfDims,sizeof(unsigned char)*3);
}
else
{
m_hfDims[0] = 0;
m_hfDims[1] = 1;
m_hfDims[2] = 2;
}
setDrawingPrecision(std::max<unsigned>(precision,MIN_DRAWING_PRECISION)); //automatically calls updateRepresentation
}
ccSphere::ccSphere(PointCoordinateType radius,
const ccGLMatrix* transMat/*=0*/,
QString name/*=QString("Sphere")*/,
unsigned precision/*=24*/)
: ccGenericPrimitive(name,transMat)
, m_radius(radius)
{
setDrawingPrecision(std::max<unsigned>(precision,4)); //automatically calls buildUp + applyTransformationToVertices
}
ccDish::ccDish( PointCoordinateType radius,
PointCoordinateType height,
PointCoordinateType radius2/*=0*/,
const ccGLMatrix* transMat/*=0*/,
QString name/*="Dish"*/,
unsigned precision/*=DEFAULT_DRAWING_PRECISION*/)
: ccGenericPrimitive(name,transMat)
, m_baseRadius(radius)
, m_secondRadius(radius2)
, m_height(height)
{
if (radius2 == 0)
m_height = std::min(height,radius); //in spherical mode, the height can't be superior to the radius! (dishes are at most hemispheres)
setDrawingPrecision(std::max<unsigned>(precision,MIN_DRAWING_PRECISION)); //automatically calls buildUp + applyTransformationToVertices
}
ccTorus::ccTorus(PointCoordinateType insideRadius,
PointCoordinateType outsideRadius,
double angle_rad/*=2.0*M_PI*/,
bool rectangularSection/*=false*/,
PointCoordinateType rectSectionHeight/*=0*/,
const ccGLMatrix* transMat/*=0*/,
QString name/*=QString("Torus")*/,
unsigned precision/*=24*/)
: ccGenericPrimitive(name,transMat)
, m_insideRadius(fabs(insideRadius))
, m_outsideRadius(fabs(outsideRadius))
, m_rectSection(rectangularSection)
, m_rectSectionHeight(fabs(rectSectionHeight))
, m_angle_rad(fabs(angle_rad))
{
setDrawingPrecision(std::max<unsigned>(precision,4)); //automatically calls buildUp + applyTransformationToVertices
}
ccTorus::ccTorus(PointCoordinateType insideRadius,
PointCoordinateType outsideRadius,
double angle_rad/*=2.0*M_PI*/,
bool rectangularSection/*=false*/,
PointCoordinateType rectSectionHeight/*=0*/,
const ccGLMatrix* transMat/*=0*/,
QString name/*=QString("Torus")*/,
unsigned precision/*=DEFAULT_DRAWING_PRECISION*/)
: ccGenericPrimitive(name,transMat)
, m_insideRadius(fabs(insideRadius))
, m_outsideRadius(fabs(outsideRadius))
, m_rectSection(rectangularSection)
, m_rectSectionHeight(fabs(rectSectionHeight))
, m_angle_rad(fabs(angle_rad))
{
setDrawingPrecision(std::max<unsigned>(precision,MIN_DRAWING_PRECISION)); //automatically calls updateRepresentation
}
ccCone::ccCone(PointCoordinateType bottomRadius,
PointCoordinateType topRadius,
PointCoordinateType height,
PointCoordinateType xOff/*=0*/,
PointCoordinateType yOff/*=0*/,
const ccGLMatrix* transMat/*=0*/,
QString name/*="Cylinder"*/,
unsigned precision/*=DEFAULT_DRAWING_PRECISION*/)
: ccGenericPrimitive(name,transMat)
, m_bottomRadius(fabs(bottomRadius))
, m_topRadius(fabs(topRadius))
, m_xOff(xOff)
, m_yOff(yOff)
, m_height(fabs(height))
{
setDrawingPrecision(std::max<unsigned>(precision,MIN_DRAWING_PRECISION)); //automatically calls buildUp & applyTransformationToVertices
}