114 #define Z_FACTOR_SAFE(v)	(!((v) < Z_FACTOR_MIN || (v) > Z_FACTOR_MAX))  argument
324 Z_DIV(uint64_t v, uint32_t d)  in Z_DIV()  argument
328 	hi = v >> 32;  in Z_DIV()
329 	lo = v & 0xffffffff;  in Z_DIV()
347 #define _Z_GY2GX(i, a, v)						\  argument
348 	Z_DIV(((_Z_GCAST((i)->z_gx) * (v)) + ((i)->z_gy - (a) - 1)),	\
351 #define _Z_GX2GY(i, a, v)						\  argument
352 	Z_DIV(((_Z_GCAST((i)->z_gy) * (v)) + (a)), (i)->z_gx)
357 #define z_gy2gx(i, v)		_Z_GY2GX(i, (i)->z_alpha, v)  argument
358 #define z_gx2gy(i, v)		_Z_GX2GY(i, (i)->z_alpha, v)  argument
380 #define z_align(i, v)		((v) & (i)->z_mask)  argument
381 #define z_next(i, o, v)		z_align(i, (o) + (v))  argument
382 #define z_prev(i, o, v)		z_align(i, (o) - (v))  argument
414 z_roundpow2(int32_t v)  in z_roundpow2()  argument
423 	while (i > 0 && i < v)  in z_roundpow2()
494 #define Z_CLIP_CHECK(v, BIT)	do {					\  argument
495 	if ((v) > PCM_S##BIT##_MAX) {					\
496 		fprintf(stderr, "Overflow: v=%jd, max=%jd\n",		\
497 		    (intmax_t)(v), (intmax_t)PCM_S##BIT##_MAX);		\
498 	} else if ((v) < PCM_S##BIT##_MIN) {				\
499 		fprintf(stderr, "Underflow: v=%jd, min=%jd\n",		\
500 		    (intmax_t)(v), (intmax_t)PCM_S##BIT##_MIN);		\
518 	v += Z_NORM_##BIT((intpcm64_t)x * coeff);			\
542 	intpcm64_t v;								\
557 		v = 0;								\
571 			v = Z_SCALE_##BIT(v, info->z_scale);			\
573 			v >>= Z_COEFF_SHIFT - Z_GUARD_BIT_##BIT;		\
574 		Z_CLIP_CHECK(v, BIT);						\
575 		pcm_sample_write(dst, pcm_clamp(v, AFMT_##SIGN##BIT##_##ENDIAN),\
584 	intpcm64_t v;								\
596 		v = 0;								\
602 			v += Z_NORM_##BIT((intpcm64_t)x * *z_pcoeff);		\
606 			v += Z_NORM_##BIT((intpcm64_t)x * *z_pcoeff);		\
611 			v = Z_SCALE_##BIT(v, info->z_scale);			\
613 			v >>= Z_COEFF_SHIFT - Z_GUARD_BIT_##BIT;		\
614 		Z_CLIP_CHECK(v, BIT);						\
615 		pcm_sample_write(dst, pcm_clamp(v, AFMT_##SIGN##BIT##_##ENDIAN),\
858 	    z_coeff[-1] + z_coeff[1]), 30);  in z_coeff_interpolate()
862 	    z_coeff[2] - z_coeff[-1]), 30);  in z_coeff_interpolate()
880 	    (0x00170c29LL * zoe3), 30);  in z_coeff_interpolate()
882 	    (0x008cd4dcLL * zoo3), 30);  in z_coeff_interpolate()
884 	    (0x0160b5d0LL * zoe3), 30);  in z_coeff_interpolate()
886 	    (0x01cfe914LL * zoo3), 30);  in z_coeff_interpolate()
888 	    (0x015508ddLL * zoe3), 30);  in z_coeff_interpolate()
890 	    (0x0082d81aLL * zoo3), 30);  in z_coeff_interpolate()
910 	    (0x00170c29LL * zoe3), 30);  in z_coeff_interpolate()
912 	    (0x008cd4dcLL * zoo3), 30);  in z_coeff_interpolate()
914 	    (0x0160b5d0LL * zoe3), 30);  in z_coeff_interpolate()
916 	    (0x01cfe914LL * zoo3), 30);  in z_coeff_interpolate()
918 	    (0x015508ddLL * zoe3), 30);  in z_coeff_interpolate()
920 	    (0x0082d81aLL * zoo3), 30);  in z_coeff_interpolate()
940 	    (0x0018b23fLL * zoe3), 30);  in z_coeff_interpolate()
942 	    (0x0094b599LL * zoo3), 30);  in z_coeff_interpolate()
944 	    (0x016ed8e0LL * zoe3), 30);  in z_coeff_interpolate()
946 	    (0x01dae93aLL * zoo3), 30);  in z_coeff_interpolate()
948 	    (0x0153ed07LL * zoe3), 30);  in z_coeff_interpolate()
950 	    (0x007a7c26LL * zoo3), 30);  in z_coeff_interpolate()
970 	    (0x001a3784LL * zoe3), 30);  in z_coeff_interpolate()
972 	    (0x009ca889LL * zoo3), 30);  in z_coeff_interpolate()
974 	    (0x017ef0c6LL * zoe3), 30);  in z_coeff_interpolate()
976 	    (0x01e936dbLL * zoo3), 30);  in z_coeff_interpolate()
978 	    (0x014f5923LL * zoe3), 30);  in z_coeff_interpolate()
980 	    (0x00670dbdLL * zoo3), 30);  in z_coeff_interpolate()
1000 	    (0x00267881LL * zoe3), 30);  in z_coeff_interpolate()
1002 	    (0x00d683cdLL * zoo3), 30);  in z_coeff_interpolate()
1004 	    (0x01e2aceaLL * zoe3), 30);  in z_coeff_interpolate()
1006 	    (0x022cefc7LL * zoo3), 30);  in z_coeff_interpolate()
1008 	    (0x0131d935LL * zoe3), 30);  in z_coeff_interpolate()
1010 	    (0x0018ee79LL * zoo3), 30);  in z_coeff_interpolate()
1383 		    "", info->z_alloc >> 30);  in z_resampler_setup()