1 /****************************************************************************** 2 * * 3 * Copyright (C) 2018 The Android Open Source Project 4 * 5 * Licensed under the Apache License, Version 2.0 (the "License"); 6 * you may not use this file except in compliance with the License. 7 * You may obtain a copy of the License at: 8 * 9 * http://www.apache.org/licenses/LICENSE-2.0 10 * 11 * Unless required by applicable law or agreed to in writing, software 12 * distributed under the License is distributed on an "AS IS" BASIS, 13 * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. 14 * See the License for the specific language governing permissions and 15 * limitations under the License. 16 * 17 ***************************************************************************** 18 * Originally developed and contributed by Ittiam Systems Pvt. Ltd, Bangalore 19 */ 20 #ifndef IXHEAACD_CHANNELINFO_H 21 #define IXHEAACD_CHANNELINFO_H 22 23 #include "ixheaacd_lt_predict.h" 24 25 #define MAX_SFB_SHORT 16 26 #define MAX_QUANTIZED_VALUE 8191 27 28 #define OVERLAP_BUFFER_SIZE 512 29 30 #define JOINT_STEREO_MAX_GROUPS 8 31 #define JOINT_STEREO_MAX_BANDS 64 32 33 typedef struct { 34 WORD16 window_shape; 35 WORD16 window_sequence; 36 WORD16 max_sfb; 37 WORD16 num_swb_window; 38 WORD16 sampling_rate_index; 39 WORD16 num_window_groups; 40 WORD8 window_group_length[8]; 41 WORD16 frame_length; 42 WORD32 frame_size; 43 WORD16 predictor_data_present; 44 ltp_info ltp; 45 ltp_info ltp2; 46 } ia_ics_info_struct; 47 48 typedef struct { 49 WORD32 aac_sect_data_resil_flag; 50 WORD32 aac_sf_data_resil_flag; 51 WORD32 aac_spect_data_resil_flag; 52 WORD32 ep_config; 53 } ia_aac_err_config_struct; 54 55 typedef struct { 56 WORD32 ld_sbr_flag_present; 57 WORD32 ld_sbr_samp_rate; 58 WORD32 ld_sbr_crc_flag; 59 WORD32 ldSbrHeaderPresent; 60 61 WORD32 aac_sect_data_resil_flag; 62 WORD32 aac_sf_data_resil_flag; 63 WORD32 aac_spect_data_resil_flag; 64 WORD32 ep_config; 65 66 } ia_eld_specific_config_struct; 67 68 typedef struct { 69 UWORD8 ms_used[JOINT_STEREO_MAX_GROUPS][JOINT_STEREO_MAX_BANDS]; 70 } ia_stereo_info_struct; 71 72 typedef struct { 73 WORD16 start_band; 74 WORD16 stop_band; 75 WORD8 direction; 76 WORD8 resolution; 77 WORD8 order; 78 WORD8 coef[MAX_ORDER]; 79 } ia_filter_info_struct; 80 81 typedef struct { 82 FLAG tns_data_present; 83 WORD8 n_filt[MAX_WINDOWS]; 84 ia_filter_info_struct str_filter[MAX_WINDOWS][MAX_FILTERS]; 85 } ia_tns_info_aac_struct; 86 87 typedef struct { 88 const WORD16 *ptr_long_window[2]; 89 const WORD16 *ptr_short_window[2]; 90 WORD16 window_shape; 91 WORD16 window_sequence; 92 WORD32 *ptr_overlap_buf; 93 94 WORD16 rvlc_prev_sf[128]; 95 WORD16 rvlc_prev_cb[128]; 96 WORD8 rvlc_prev_blk_type; 97 WORD8 rvlc_prev_sf_ok; 98 99 } ia_aac_dec_overlap_info; 100 101 typedef struct { 102 WORD32 sf_concealment; 103 WORD32 rev_global_gain; 104 WORD16 rvlc_sf_len; 105 WORD32 dpcm_noise_nrg; 106 WORD32 sf_esc_present; 107 WORD16 rvlc_esc_len; 108 WORD32 dpcm_noise_last_pos; 109 110 WORD32 dpcm_is_last_pos; 111 112 WORD16 rvlc_sf_fwd_len; 113 WORD16 rvlc_sf_bwd_len; 114 115 WORD16 *ptr_rvl_bit_cnt; 116 UWORD16 *ptr_rvl_bit_str_idx; 117 118 WORD16 num_wind_grps; 119 WORD16 max_sfb_transmitted; 120 UWORD8 first_noise_group; 121 UWORD8 first_noise_band; 122 UWORD8 direction; 123 124 UWORD16 rvl_fwd_bit_str_idx; 125 UWORD16 rvl_bwd_bit_str_idx; 126 UWORD16 esc_bit_str_idx; 127 128 const UWORD32 *ptr_huff_tree_rvl_cw; 129 const UWORD32 *ptr_huff_tree_rvl_esc; 130 131 UWORD8 num_fwd_esc_words_decoded; 132 UWORD8 num_bwd_esc_words_decoded; 133 UWORD8 num_esc_words_decoded; 134 135 WORD8 noise_used; 136 WORD8 intensity_used; 137 WORD8 sf_used; 138 139 WORD16 firt_scale_fac; 140 WORD16 last_scale_fac; 141 WORD16 first_nrg; 142 WORD16 last_nrg; 143 WORD16 is_first; 144 WORD16 is_last; 145 146 UWORD32 rvlc_err_log; 147 WORD16 conceal_min; 148 WORD16 conceal_max; 149 WORD16 conceal_min_esc; 150 WORD16 conceal_max_esc; 151 } ia_rvlc_info_struct; 152 153 #define LINES_PER_UNIT 4 154 155 #define MAX_SFB_HCR (((1024 / 8) / LINES_PER_UNIT) * 8) 156 #define NUMBER_OF_UNIT_GROUPS (LINES_PER_UNIT * 8) 157 #define LINES_PER_UNIT_GROUP (1024 / NUMBER_OF_UNIT_GROUPS) 158 159 #define FROM_LEFT_TO_RIGHT 0 160 #define FROM_RIGHT_TO_LEFT 1 161 162 #define MAX_CB_PAIRS 23 163 #define MAX_HCR_SETS 14 164 165 #define ESCAPE_VALUE 16 166 #define POSITION_OF_FLAG_A 21 167 #define POSITION_OF_FLAG_B 20 168 169 #define MAX_CB 32 170 171 #define MAX_CB_CHECK 32 172 #define WORD_BITS 32 173 174 #define THIRTYTWO_LOG_DIV_TWO_LOG 5 175 #define EIGHT_LOG_DIV_TWO_LOG 3 176 #define FOUR_LOG_DIV_TWO_LOG 2 177 178 #define CPE_TOP_LENGTH 12288 179 #define SCE_TOP_LENGTH 6144 180 #define LEN_OF_LONGEST_CW_TOP_LENGTH 49 181 #define Q_VALUE_INVALID 8192 182 #define NODE_MASK 0x400 183 184 #define ERROR_POS 0x00000001 185 #define HCR_FATAL_PCW_ERROR_MASK 0x100E01FC 186 187 typedef enum { PCW, PCW_SIGN, PCW_ESC_SIGN } ia_pcw_type_struct; 188 189 typedef struct { 190 UWORD32 err_log; 191 WORD32 *ptr_quant_spec_coeff_base; 192 WORD32 quant_spec_coeff_idx; 193 WORD16 reordered_spec_data_len; 194 WORD16 num_sect; 195 WORD16 *ptr_num_line_in_sect; 196 UWORD16 bit_str_idx; 197 WORD8 longest_cw_len; 198 UWORD8 *ptr_cb; 199 } ia_huff_code_reorder_io_struct; 200 201 typedef struct { 202 const UWORD8 *ptr_min_cb_pair_tbl; 203 const UWORD8 *ptr_max_cb_pair_tbl; 204 } ia_huff_code_reorder_cb_pairs_struct; 205 206 typedef struct { 207 const UWORD16 *ptr_lav_tbl; 208 const UWORD8 *ptr_max_cw_len_tbl; 209 const UWORD8 *ptr_cb_dimension_tbl; 210 const UWORD8 *ptr_cb_dim_shift_tbl; 211 const UWORD8 *ptr_cb_sign_tbl; 212 const UWORD8 *ptr_cb_priority; 213 } ia_huff_code_reorder_tbl_struct; 214 215 typedef struct { 216 WORD32 num_segment; 217 UWORD32 segment_offset; 218 WORD32 arr_temp_values[1024]; 219 UWORD16 arr_seg_start_l[1024 >> 1]; 220 UWORD16 arr_seg_start_r[1024 >> 1]; 221 WORD8 p_remaining_bits_in_seg[1024 >> 1]; 222 WORD32 code[512]; 223 WORD32 code_extra[512]; 224 WORD8 p_num_bits[512]; 225 UWORD8 read_direction; 226 WORD32 is_decoded[512]; 227 } ia_huff_code_reord_seg_info_struct; 228 229 typedef struct { 230 UWORD32 num_code_word; 231 UWORD32 current_codeword; 232 UWORD32 num_sorted_section; 233 UWORD16 ptr_num_cw_in_sect[MAX_SFB_HCR]; 234 UWORD16 ptr_num_sorted_cw_in_sect[MAX_SFB_HCR]; 235 UWORD16 ptr_num_ext_sorted_cw_in_sect[MAX_SFB_HCR + MAX_HCR_SETS]; 236 WORD32 num_ext_sorted_cw_in_sect_idx; 237 UWORD16 ptr_num_ext_sorted_sect_in_sets[MAX_HCR_SETS]; 238 WORD32 num_ext_sorted_sect_in_sets_idx; 239 UWORD16 ptr_reorder_offset[MAX_SFB_HCR]; 240 UWORD8 ptr_sorted_cb[MAX_SFB_HCR]; 241 242 UWORD8 ptr_ext_sorted_cw[MAX_SFB_HCR + MAX_HCR_SETS]; 243 WORD32 ext_sorted_cw_idx; 244 UWORD8 ptr_ext_sorted_sect_max_cb_len[MAX_SFB_HCR + MAX_HCR_SETS]; 245 WORD32 ext_sorted_sect_max_cb_len_idx; 246 UWORD8 ptr_cb_switch[MAX_SFB_HCR]; 247 } ia_huff_code_reord_sect_info_struct; 248 249 typedef UWORD32 (*ixheaacd_ptr_state_func)(ia_bit_buf_struct *, pVOID); 250 251 typedef struct { 252 WORD32 *ptr_result_base; 253 UWORD16 res_ptr_idx[1024 >> 2]; 254 UWORD32 cw_offset; 255 UWORD8 ptr_cb[1024 >> 2]; 256 } ia_hcr_non_pcw_sideinfo_struct; 257 258 typedef struct { 259 ia_huff_code_reorder_io_struct str_dec_io; 260 ia_huff_code_reorder_cb_pairs_struct codebook_pairs; 261 ia_huff_code_reorder_tbl_struct table_info; 262 ia_huff_code_reord_seg_info_struct str_segment_info; 263 ia_huff_code_reord_sect_info_struct sect_info; 264 ia_hcr_non_pcw_sideinfo_struct str_non_pcw_side_info; 265 266 WORD32 global_hcr_type; 267 } ia_hcr_info_struct; 268 269 typedef struct { 270 WORD16 scale_factor[MAX_WINDOWS * MAX_SFB_SHORT]; 271 WORD8 code_book[MAX_WINDOWS * MAX_SFB_SHORT]; 272 } ia_aac_sfb_code_book_struct; 273 274 typedef struct { 275 ia_stereo_info_struct str_stereo_info; 276 ia_pns_correlation_info_struct str_pns_corr_info; 277 } ia_pns_stereo_data_struct; 278 279 typedef struct { 280 WORD16 win_shape; 281 WORD16 win_seq; 282 283 WORD32 *ptr_overlap_buf; 284 285 } ia_aac_dec_ola_data; 286 287 typedef struct { 288 const WORD16 *ptr_long_window[2]; 289 const WORD16 *ptr_short_window[2]; 290 291 ia_aac_dec_ola_data overlap_add_data; 292 293 WORD16 *ltp_buf; 294 UWORD16 ltp_lag; 295 296 } ia_aac_dec_channel_info; 297 298 typedef struct { 299 WORD16 *ptr_scale_factor; 300 WORD8 *ptr_code_book; 301 WORD32 *ptr_spec_coeff; 302 ia_stereo_info_struct *pstr_stereo_info; 303 ia_pns_correlation_info_struct *pstr_pns_corr_info; 304 ia_pns_rand_vec_struct *pstr_pns_rand_vec_data; 305 ia_ics_info_struct str_ics_info; 306 ia_tns_info_aac_struct str_tns_info; 307 ia_pulse_info_struct str_pulse_info; 308 ia_pns_info_struct str_pns_info; 309 WORD16 common_window; 310 WORD16 element_instance_tag; 311 WORD16 global_gain; 312 WORD32 *scratch_buf_ptr; 313 WORD32 *pulse_scratch; 314 ia_rvlc_info_struct ptr_rvlc_info; 315 ia_hcr_info_struct str_hcr_info; 316 WORD16 reorder_spect_data_len; 317 WORD8 longest_cw_len; 318 WORD16 rvlc_scf_esc_arr[128]; 319 WORD16 rvlc_scf_fwd_arr[128]; 320 WORD16 rvlc_scf_bwd_arr[128]; 321 WORD8 rvlc_intensity_used; 322 WORD16 num_line_in_sec4_hcr_arr[32 * 8]; 323 UWORD8 cb4_hcr_arr[32 * 8]; 324 WORD32 number_sect; 325 WORD32 granule_len; 326 WORD16 rvlc_curr_sf_flag; 327 WORD16 *ltp_buf; 328 UWORD16 ltp_lag; 329 } ia_aac_dec_channel_info_struct; 330 WORD16 ixheaacd_ics_read(ia_bit_buf_struct *it_bit_buff, 331 ia_ics_info_struct *ptr_ics_info, 332 WORD8 num_swb_window[2], WORD32 object_type, 333 WORD32 common_window, WORD32 frame_size); 334 335 WORD16 ixheaacd_ltp_decode(ia_bit_buf_struct *it_bit_buff, 336 ia_ics_info_struct *ptr_ics_info, WORD32 object_type, 337 WORD32 frame_size, WORD32 ch); 338 339 #endif /* #ifndef IXHEAACD_CHANNELINFO_H */ 340
