Moving the Current Read/Write Position Forward - 2020.2 English

In the following description, <input_window_type> stands for any of the allowed input window data types. Likewise, <output_window_type> stands for any of the allowed output window data types.

To increase the current read/write position by the count times of the underlying window type.

void window_incr(<input_window_type> *w, int count);
void window_incr(<output_window_type> *w, int count);

To increase the current read/write position by four times the count times of the underlying window type.

void window_incr_v4(<input_window_type> *w, int count);
void window_incr_v4(<output_window_type> *w, int count);

To increase the current read/write position by eight times the count times of the underlying window type.

void window_incr_v8(<input_window_type> *w, int count);
void window_incr_v8(<output_window_type> *w, int count);

To increase the current read/write position by 16 times the count times of the underlying window type.

void window_incr_v16(<input_window_type> *w, int count);
void window_incr_v16(<output_window_type> *w, int count);

To increase the current read/write position by 32 times the count times of the underlying window type.

void window_incr_v32(<input_window_type> *w, int count);
void window_incr_v32(<output_window_type> *w, int count);

To increase the current read/write position by 64 times the count times of the underlying window type.

void window_incr_v64(<input_window_type> *w, int count);
void window_incr_v64(<output_window_type> *w, int count);