Introduce separate ROT_AXIS and FACE_AXIS ( step 1 )
Catch possible exceptions setting up the Renderer (possible on very old devices) and display the OpenGL error popup.
Catch an error that sometimes happens in the field.
Introduce two-fingered object resize.
cube_back and cube_solve buttons.
Remove the 'MAIN' state.Fix one crasher with two-fingered dragging in the View.
Improve setting text size in Spinners (forgotten part).
Two-fingered object rotation seems to be finished.
Progress with dragging.
Simplify dragging. Now there's only 1 Quat, rather than the old way with two (Accumulated, Current).
Progress with improvements for cube manipulation.
Initial attempt at two-finger rotation.Mostly works; still, one corner case doesnt:
- put two fingers down, start rotating- lift one of them up- put it back down
depending if we lifted the first or second finger, weird things may happen.
Further improve rotations of a Object layer - make them independent of physical screen size (now it depends on the angle of rotation and, if that's 0, on the speed (in inches of second) of the finger swipe done by the user.
Make the rotations and drag be independent of physical screen dimensions - take into account pixel density.
Split up the onTouch() part of the View.
Improvements for the way we rotate layers of Objects. (take the speed into account - so even if we rotated a layer of a Cube to less than 45 degrees, but we did it fast, do a 90 degree rotation!)
Convert the PostRender to a PreRender, called before we render.This makes more sense as this way things are prepared for the very first render.
Fixes for the fact that one could easily cheat - just pause the app while solving and come back to it, the time would reset to 0 and the object to unscrambled :(
Add two new UI States: Ready and Done.
Add a 'withdraw move' button to the Solving UI state.
Bugfix.
The 3x3x3 Solver finished - here the last piece of work, locking the centers of the 3x3x3 cube in place so that RubikStateSolver's color picker cannot change them ( the CUBE3 solver assumes this )
Progress with the 3x3x3 Solver.
More support for the 3x3x3 Solver: more of the actual 3x3x3 solver mechanism.