Microchip® Advanced Software Framework

vect_dsp16_complex_add.c File Reference
#include "dsp.h"
#include "preprocessor.h"

Macros

#define DSP16_COMPLEXADD_KERNEL_X_FCT(x_num, data)
 
#define DSP16_COMPLEXADDITION(x_num, data)
 

Functions

void dsp16_vect_complex_add (dsp16_complex_t *vect1, dsp16_complex_t *vect2, dsp16_complex_t *vect3, int size)
 16-bit fixed point version of the complex vector addition function. More...
 

#define DSP16_COMPLEXADD_KERNEL_X_FCT (   x_num,
  data 
)
Value:
static void TPASTE2(dsp16_vect_complexadd_kernel_x, x_num)(dsp16_complex_t *vect1, dsp16_complex_t *vect2, dsp16_complex_t *vect3) \
{ \
}
A_ALIGNED dsp32_t vect2[SIZE]
Definition: complex_fft_example.c:85
16-bit complex signed fixed point type
Definition: dsp_types.h:209
#define MREPEAT(count, macro, data)
Macro repeat.
Definition: mrepeat.h:67
A_ALIGNED dsp32_complex_t vect1[SIZE]
Definition: complex_fft_example.c:82
#define TPASTE2(a, b)
Definition: tpaste.h:61
#define DSP16_COMPLEXADDITION(x_num, data)
Definition: vect_dsp16_complex_add.c:46
#define DSP16_COMPLEXADDITION (   x_num,
  data 
)
Value:
vect1[x_num].real = vect2[x_num].real + vect3[x_num].real; \
vect1[x_num].imag = vect2[x_num].imag + vect3[x_num].imag;
dsp32_t__ real
real part
Definition: dsp_types.h:229
A_ALIGNED dsp32_t vect2[SIZE]
Definition: complex_fft_example.c:85
A_ALIGNED dsp32_complex_t vect1[SIZE]
Definition: complex_fft_example.c:82
dsp32_t__ imag
imaginary part
Definition: dsp_types.h:231

Referenced by dsp16_vect_complex_add().