headers: whitespace fixes and grammar tweaks
@@ -4568,7 +4568,7 @@ unsigned int RESAMP(_get_num_output)(RESAMP() _q, \
\
/* Execute arbitrary resampler on a single input sample and store the */ \
/* resulting samples in the output array. The number of output samples */ \
-/* is dependent upon the resampling rate but will be at most */ \
+/* depends upon the resampling rate but will be at most */ \
/* \( \lceil{ r \rceil} \) samples. */ \
/* _q : resamp object */ \
/* _x : single input sample */ \
@@ -4581,7 +4581,7 @@ int RESAMP(_execute)(RESAMP() _q, \
\
/* Execute arbitrary resampler on a block of input samples and store */ \
/* the resulting samples in the output array. The number of output */ \
-/* samples is dependent upon the resampling rate and the number of input */ \
+/* samples depends upon the resampling rate and the number of input */ \
/* samples but will be at most \( \lceil{ r n_x \rceil} \) samples. */ \
/* _q : resamp object */ \
/* _x : input buffer, [size: _nx x 1] */ \
@@ -4739,8 +4739,8 @@ unsigned int MSRESAMP(_get_num_output)(MSRESAMP() _q, \
unsigned int _num_input); \
\
/* Execute multi-stage resampler on one or more input samples. */ \
-/* The number of output samples is dependent upon the resampling rate */ \
-/* and the number of input samples. In general it is good practice to */ \
+/* The number of output samples depends upon the resampling rate and */ \
+/* the number of input samples. In general it is good practice to */ \
/* allocate at least \( \lceil{ 1 + 2 r n_x \rceil} \) samples in the */ \
/* output array to avoid overflows. */ \
/* _q : msresamp object */ \
