deactivated my assembler code generation flags in CMakeLists.txt
ignored stat*.csv
moved all the files belonging to the two_rotations_projection in a corresponding sub folder of /benchmark
* adapted paths to moved files
* prepared for multiple problems sharing benchmark code
extracted quaternion module from expr_paul.py
added inline pow function to repair the pow(x, 2) problem in the generated code.
* further adaptions to support multiple problems in one benchmark
* cleanup / renaming
newly generated code using the inline pow
reactivated non tangent space expression generation in expr_paul
second problem added (one rotation matrix projection)
played a little bit with future stuff : a new type of variable will attach to a member variable of a data block struct
started new Result space resolution technique
improved benchmarker :
* proper command line options
* allow relative execution time printing
switched to single threaded algo in malloc_count
cleanup
fixed bug concerning big run numbers
micro cleanups
introduced evalExp global function as an injection point for optimized functions and to make .eval() for spaces unnecessary as it should be.
injected optimized inverse(q).rotate
used new Ref<EXP> stuff. Makes local eval faster again.