Todo List

Class mimas::corrcoef< Arg1, Arg2 >

The interface should be Matlab-like, but there also should be a interface for faster access, which doesn't require intermediate container-objects.

Class mimas::vectorfield< Tensor >

Use integer vectors

Class mimas::vectorfield< Tensor >

Replace with boost::multi_array

Class mimas::warp< Tensor, T >

Maybe the vectors passed to the tensor should be scaled, so that the tensor-specification will be independent of the image resolution.

Class mimas::warp< Tensor, T >

Provide functionality for using interpolation.

Class mimas::xml_strx< To, From >

Replace xml_strx with XalanDOMString (if possible)

Member mimas::edgeLoG (const const_image_ref< T, TPtr > &imagein)

Determine zero-crossings to have a complete edge-detector.

Group lapack

Extend the solver-classes to complex values.

Member mimas::gesvd (const boost::numeric::ublas::matrix< T, boost::numeric::ublas::column_major > &A, boost::numeric::ublas::matrix< T, boost::numeric::ublas::column_major > *U, boost::numeric::ublas::matrix< T, boost::numeric::ublas::column_major > *Vt)

Does not converge on AMD64-processor.

Group arrayOp

Does not compile under Solaris at the moment.

Group arrayOp

Add documentation of all available array operators.

Group arrayOp

Define boost-mpl templates for mimas::rgba to allow the use of expression templates (how?)

Page Operators for mimas::image.

Add documentation of all available image-operators.

Page Using Automake/autoconf

Add a switch to compile with or without GPL-code. (I.e. allow quick release of a LGPL-library with less functionality).

Page Directory structure

Right now there are a lot of example-images, so that a mimas-checkout is about 35 MBytes. The examples should make use of a shared set of images stored in the image-directory.

---