157                       const INT num_val, SHORT *const out_data_lsb,  in split_lsb()  argument
161   for (i = 0; i < num_val; i++) {  in split_lsb()
170                              const INT num_val) {  in apply_lsb_coding()  argument
173   for (i = 0; i < num_val; i++) {  in apply_lsb_coding()
179                            const INT num_val) {  in calc_diff_freq()  argument
183   for (i = 1; i < num_val; i++) {  in calc_diff_freq()
190                            const INT num_val) {  in calc_diff_time()  argument
195   for (i = 0; i < num_val; i++) {  in calc_diff_time()
252 static SHORT calc_pcm_bits(const SHORT num_val, const SHORT num_levels) {  in calc_pcm_bits()  argument
286   num_complete_chunks = num_val / max_grp_len;  in calc_pcm_bits()
287   rest_chunk_size = num_val % max_grp_len;  in calc_pcm_bits()
303                              const SHORT num_val, const SHORT num_levels) {  in apply_pcm_coding()  argument
351   for (i = 0; i < num_val; i += max_grp_len) {  in apply_pcm_coding()
352     grp_len = FDKmin(max_grp_len, num_val - i);  in apply_pcm_coding()
373                         const SHORT num_val, const SHORT p0_flag) {  in huff_enc_1D()  argument
402   for (i = offset; i < num_val; i++) {  in huff_enc_1D()
514                         SHORT num_val, SHORT stride, SHORT *p0_data[2]) {  in huff_enc_2D()  argument
543   for (i = 0; i < num_val; i += stride) {  in huff_enc_2D()
606                             const DIFF_TYPE diff_type_2, const SHORT num_val,  in calc_huff_bits()  argument
634   num_val_1_short = num_val;  in calc_huff_bits()
635   num_val_2_short = num_val;  in calc_huff_bits()
666   num_val_1_short = num_val;  in calc_huff_bits()
667   num_val_2_short = num_val;  in calc_huff_bits()
783                               const DIFF_TYPE diff_type_2, const SHORT num_val,  in apply_huff_coding()  argument
798   SHORT num_val_1_short = num_val;  in apply_huff_coding()
799   SHORT num_val_2_short = num_val;  in apply_huff_coding()