demianmnave / cml1 Goto Github PK

Need to implement const matrix and quaternion types, similar to the const vector types.

In addition to this:

matrix44f_r m; 
matrix_rotation_world_x(m, angle); 

support this:

auto m = matrix_rotation_world_x(angle);

This should be fast (enough) with current compilers.

Constructing a matrix using initializer_list syntax would be natural and pretty convenient, e.g.:

matrix33d M({
{ 1., 2., 3. },
{ 4., 5., 6. },
{ 7., 8., 9. }
});

or

matrixd M =
{
{ 1., 2., 3. },
{ 4., 5., 6. },
{ 7., 8., 9. }
};

CML2 is not tested for XCode, but should at least be made to recognize clang 3.6 and 3.7, as well as XCode versions that match particular clang versions, starting with XCode 7.0. The XCode CI support offered by Travis CI may be a big help for this task.

• Build against clang 3.6 (also use Travis CI?)
• Build against clang 3.7 (also use Travis CI?)
• Setup Travis CI to build CML2 against XCode 7.3

Requested by: @segmented
See also: #5

I noticed the site is down. Is this project abandoned?

Thanks

If the templates allowed for a separate angle type then various functions such as matrix_rotation_axis_angle would be much more useful for integer matrix types.

Ideas to investigate:

Jekyll
Moxygen
Pandoc

Needs an orphan branch.

Use CATCH instead of the Boost.UTF for the test rig. This will simplify user requirements, as well as reduce the complexity of the AppVeyor and Travis CI configurations.

Row and column views should be derived from readable_vector or writable_vector, depending upon the access requirements of the source matrix. The views need not be high performance except in specific circumstances; e.g. a row_view of a row-major matrix should be fast, but a col_view may not be due to stride.