SLAMflex SE  0.1.0
SLAMflex provides detection and tracking of dominant planes for smartphone devices. This plane can then be used to show AR content relative to the plane orientation. The detection of plane is performed in the field of view of the smartphone camera. In subsequent frames it is tracked. The interface returns the plane position and orientation.
CVD::Image< T > Member List

This is the complete list of members for CVD::Image< T >, including all inherited members.

BasicImage(T *data, const ImageRef &size)CVD::BasicImage< T >inline
BasicImage(const BasicImage &copyof)CVD::BasicImage< T >inline
BasicImage()CVD::BasicImage< T >inlineprotected
begin() const CVD::BasicImage< T >inline
begin()CVD::BasicImage< T >inline
const_iterator typedefCVD::BasicImage< T >
copy_from(const BasicImage< T > &copy)CVD::Image< T >inline
copy_from(const SubImage< T > &copy)CVD::Image< T >inline
copy_from_me() const CVD::Image< T >inline
data() const CVD::SubImage< T >inline
data()CVD::SubImage< T >inline
dup_from(const Image *copyof)CVD::Image< T >inlineprivate
end() const CVD::BasicImage< T >inline
end()CVD::BasicImage< T >inline
end_ptr()CVD::SubImage< T >inlineprotected
end_ptr() const CVD::SubImage< T >inlineprotected
fill(const T d)CVD::SubImage< T >inline
Image(const Image &copy)CVD::Image< T >inline
Image(const CopyPlaceHolder &c)CVD::Image< T >inline
Image(Internal::ImagePromise< C > p)CVD::Image< T >inline
Image()CVD::Image< T >inline
Image(const ImageRef &size)CVD::Image< T >inline
Image(const ImageRef &size, const T &val)CVD::Image< T >inline
Image(const std::pair< ImageRef, T > &p)CVD::Image< T >inline
in_image(const ImageRef &ir) const CVD::SubImage< T >inline
in_image_with_border(const ImageRef &ir, int border) const CVD::SubImage< T >inline
iterator typedefCVD::BasicImage< T >
make_unique()CVD::Image< T >inline
my_dataCVD::SubImage< T >protected
my_sizeCVD::SubImage< T >protected
my_strideCVD::SubImage< T >protected
num_copiesCVD::Image< T >private
operator=(const Image &copyof)CVD::Image< T >inline
operator=(Internal::ImagePromise< C > p)CVD::Image< T >inline
CVD::BasicImage::operator=(const BasicImage &copyof)CVD::BasicImage< T >inline
operator[](const ImageRef &pos)CVD::SubImage< T >inline
operator[](const ImageRef &pos) const CVD::SubImage< T >inline
operator[](int row)CVD::SubImage< T >inline
operator[](int row) const CVD::SubImage< T >inline
pos(const T *ptr) const CVD::SubImage< T >inline
ref()CVD::SubImage< T >inline
remove()CVD::Image< T >inlineprivate
resize(const ImageRef &size)CVD::Image< T >inline
resize(const ImageRef &size, const T &val)CVD::Image< T >inline
row_stride() const CVD::SubImage< T >inline
size() const CVD::SubImage< T >inline
sub_image(const ImageRef &start, const ImageRef &size)CVD::SubImage< T >inline
sub_image(const ImageRef &start, const ImageRef &size) const CVD::SubImage< T >inline
SubImage(T *data, const ImageRef &size, int stride)CVD::SubImage< T >inline
SubImage(const SubImage &copyof)CVD::SubImage< T >inline
SubImage()CVD::SubImage< T >inlineprotected
totalsize() const CVD::SubImage< T >inline
zero()CVD::SubImage< T >inline
~BasicImage()CVD::BasicImage< T >inline
~Image()CVD::Image< T >inline
~SubImage()CVD::SubImage< T >inline