AUBIO_OP_C_AND_F(sin, SIN)
AUBIO_OP_C_AND_F(abs, ABS)
AUBIO_OP_C_AND_F(sqrt, SQRT)
-AUBIO_OP_C_AND_F(log10, SAFELOG10)
-AUBIO_OP_C_AND_F(log, SAFELOG)
+AUBIO_OP_C_AND_F(log10, SAFE_LOG10)
+AUBIO_OP_C_AND_F(log, SAFE_LOG)
AUBIO_OP_C_AND_F(floor, FLOOR)
AUBIO_OP_C_AND_F(ceil, CEIL)
AUBIO_OP_C_AND_F(round, ROUND)
}
}
+void cvec_pow (cvec_t *s, smpl_t power)
+{
+ uint_t i,j;
+ for (i = 0; i < s->channels; i++) {
+ for (j = 0; j < s->length; j++) {
+ s->norm[i][j] = POW(s->norm[i][j], power);
+ }
+ }
+}
+
extern "C" {
#endif
-#define AUBIO_OP_PROTO(OPNAME, TYPE) \
-void TYPE ## _ ## OPNAME (TYPE ## _t *o);
-
-#define AUBIO_OP_C_AND_F_PROTO(OPNAME) \
- AUBIO_OP_PROTO(OPNAME, fvec) \
- AUBIO_OP_PROTO(OPNAME, cvec)
-
-AUBIO_OP_C_AND_F_PROTO(exp)
-AUBIO_OP_C_AND_F_PROTO(cos)
-AUBIO_OP_C_AND_F_PROTO(sin)
-AUBIO_OP_C_AND_F_PROTO(abs)
-//AUBIO_OP_C_AND_F_PROTO(pow)
-AUBIO_OP_C_AND_F_PROTO(sqrt)
-AUBIO_OP_C_AND_F_PROTO(log10)
-AUBIO_OP_C_AND_F_PROTO(log)
-AUBIO_OP_C_AND_F_PROTO(floor)
-AUBIO_OP_C_AND_F_PROTO(ceil)
-AUBIO_OP_C_AND_F_PROTO(round)
+/** compute \f$e^x\f$ of each vector elements
+
+ \param s vector to modify
+
+*/
+void fvec_exp (fvec_t *s);
+
+/** compute \f$cos(x)\f$ of each vector elements
+
+ \param s vector to modify
+
+*/
+void fvec_cos (fvec_t *s);
+
+/** compute \f$sin(x)\f$ of each vector elements
+
+ \param s vector to modify
+
+*/
+void fvec_sin (fvec_t *s);
+
+/** compute the \f$abs(x)\f$ of each vector elements
+
+ \param s vector to modify
+
+*/
+void fvec_abs (fvec_t *s);
+
+/** compute the \f$sqrt(x)\f$ of each vector elements
+
+ \param s vector to modify
+
+*/
+void fvec_sqrt (fvec_t *s);
+
+/** compute the \f$log10(x)\f$ of each vector elements
+
+ \param s vector to modify
+
+*/
+void fvec_log10 (fvec_t *s);
+
+/** compute the \f$log(x)\f$ of each vector elements
+
+ \param s vector to modify
+
+*/
+void fvec_log (fvec_t *s);
+
+/** compute the \f$floor(x)\f$ of each vector elements
+
+ \param s vector to modify
+
+*/
+void fvec_floor (fvec_t *s);
+
+/** compute the \f$ceil(x)\f$ of each vector elements
+
+ \param s vector to modify
+
+*/
+void fvec_ceil (fvec_t *s);
+
+/** compute the \f$round(x)\f$ of each vector elements
+
+ \param s vector to modify
+
+*/
+void fvec_round (fvec_t *s);
/** raise each vector elements to the power pow
*/
void fvec_pow (fvec_t *s, smpl_t pow);
-//void fvec_log10 (fvec_t *s);
+/** compute \f$e^x\f$ of each vector norm elements
+
+ \param s vector to modify
+
+*/
+void cvec_exp (cvec_t *s);
+
+/** compute \f$cos(x)\f$ of each vector norm elements
+
+ \param s vector to modify
+
+*/
+void cvec_cos (cvec_t *s);
+
+/** compute \f$sin(x)\f$ of each vector norm elements
+
+ \param s vector to modify
+
+*/
+void cvec_sin (cvec_t *s);
+
+/** compute the \f$abs(x)\f$ of each vector norm elements
+
+ \param s vector to modify
+
+*/
+void cvec_abs (cvec_t *s);
+
+/** compute the \f$sqrt(x)\f$ of each vector norm elements
+
+ \param s vector to modify
+
+*/
+void cvec_sqrt (cvec_t *s);
+
+/** compute the \f$log10(x)\f$ of each vector norm elements
+
+ \param s vector to modify
+
+*/
+void cvec_log10 (cvec_t *s);
+
+/** compute the \f$log(x)\f$ of each vector norm elements
+
+ \param s vector to modify
+
+*/
+void cvec_log (cvec_t *s);
+
+/** compute the \f$floor(x)\f$ of each vector norm elements
+
+ \param s vector to modify
+
+*/
+void cvec_floor (cvec_t *s);
+
+/** compute the \f$ceil(x)\f$ of each vector norm elements
+
+ \param s vector to modify
+
+*/
+void cvec_ceil (cvec_t *s);
+
+/** compute the \f$round(x)\f$ of each vector norm elements
+
+ \param s vector to modify
+
+*/
+void cvec_round (cvec_t *s);
+
+/** raise each vector norm elements to the power pow
+
+ \param s vector to modify
+ \param pow power to raise to
+
+*/
+void cvec_pow (cvec_t *s, smpl_t pow);
#ifdef __cplusplus
}