Optimization options

Those parameters are used for optimizing the algorithms according to your needs.
By default algorithms are defined to run the fastest as they can.

Algorithm's optimization options
Warning WARNING! Do not modify those defines. There are here to be used with the DSP_OPTIMIZATION definition.
#define	DSP_OPTI_SPEED   0
	To accelerate the algorithms. More...
#define	DSP_OPTI_ACCURACY   1
	To be the more accurate as the algorithm can be. More...
#define	DSP_OPTI_SIZE   2
	To minimize the size of the data needed to compute the algorithms. More...
#define	DSP_OPTI_ACC_AND_SIZE   (DSP_OPTI_ACCURACY | DSP_OPTI_SIZE)
	To be the more accurate and smallest as the algorithm can be. More...

#define DSP_OPTI_ACC_AND_SIZE   (DSP_OPTI_ACCURACY | DSP_OPTI_SIZE)

To be the more accurate and smallest as the algorithm can be.

#define DSP_OPTI_ACCURACY   1

To be the more accurate as the algorithm can be.

Referenced by dsp16_trans_complexfft(), dsp16_trans_complexifft_ex(), dsp16_trans_realcomplexfft(), and dsp32_vect_realmul_kernel_ext().

#define DSP_OPTI_SIZE   2

To minimize the size of the data needed to compute the algorithms.

Referenced by dsp16_trans_complexfft(), dsp16_trans_complexifft_ex(), and dsp16_trans_realcomplexfft().

#define DSP_OPTI_SPEED   0

To accelerate the algorithms.