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comparison libtwamr/dhf_tables.c @ 354:e4ce7972737f

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libtwamr: add DHF tables
author Mychaela Falconia <falcon@freecalypso.org>
date Sun, 05 May 2024 21:34:23 +0000
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353:b252d74da6c6 354:e4ce7972737f
1 /*
2 * This module holds const data tables of all supported DHFs:
3 * 8 per-mode DHFs for AMR plus the different DHF for GSM-EFR.
4 */
5
6 #include "tw_amr.h"
7
8 const int16_t amr_dhf_mr475[AMR_MAX_PRM] =
9 {
10 0x00F8,
11 0x009D,
12 0x001C,
13 0x0066,
14 0x0000,
15 0x0003,
16 0x0028,
17 0x000F,
18 0x0038,
19 0x0001,
20 0x000F,
21 0x0031,
22 0x0002,
23 0x0008,
24 0x000F,
25 0x0026,
26 0x0003
27 };
28
29 const int16_t amr_dhf_mr515[AMR_MAX_PRM] =
30 {
31 0x00F8,
32 0x009D,
33 0x001C,
34 0x0066,
35 0x0000,
36 0x0003,
37 0x0037,
38 0x000F,
39 0x0000,
40 0x0003,
41 0x0005,
42 0x000F,
43 0x0037,
44 0x0003,
45 0x0037,
46 0x000F,
47 0x0023,
48 0x0003,
49 0x001F
50 };
51
52 const int16_t amr_dhf_mr59[AMR_MAX_PRM] =
53 {
54 0x00F8,
55 0x00E3,
56 0x002F,
57 0x00BD,
58 0x0000,
59 0x0003,
60 0x0037,
61 0x000F,
62 0x0001,
63 0x0003,
64 0x000F,
65 0x0060,
66 0x00F9,
67 0x0003,
68 0x0037,
69 0x000F,
70 0x0000,
71 0x0003,
72 0x0037
73 };
74
75 const int16_t amr_dhf_mr67[AMR_MAX_PRM] =
76 {
77 0x00F8,
78 0x00E3,
79 0x002F,
80 0x00BD,
81 0x0002,
82 0x0007,
83 0x0000,
84 0x000F,
85 0x0098,
86 0x0007,
87 0x0061,
88 0x0060,
89 0x05C5,
90 0x0007,
91 0x0000,
92 0x000F,
93 0x0318,
94 0x0007,
95 0x0000
96 };
97
98 const int16_t amr_dhf_mr74[AMR_MAX_PRM] =
99 {
100 0x00F8,
101 0x00E3,
102 0x002F,
103 0x00BD,
104 0x0006,
105 0x000F,
106 0x0000,
107 0x001B,
108 0x0208,
109 0x000F,
110 0x0062,
111 0x0060,
112 0x1BA6,
113 0x000F,
114 0x0000,
115 0x001B,
116 0x0006,
117 0x000F,
118 0x0000
119 };
120
121 const int16_t amr_dhf_mr795[AMR_MAX_PRM] =
122 {
123 0x00C2,
124 0x00E3,
125 0x002F,
126 0x00BD,
127 0x0006,
128 0x000F,
129 0x000A,
130 0x0000,
131 0x0039,
132 0x1C08,
133 0x0007,
134 0x000A,
135 0x000B,
136 0x0063,
137 0x11A6,
138 0x000F,
139 0x0001,
140 0x0000,
141 0x0039,
142 0x09A0,
143 0x000F,
144 0x0002,
145 0x0001
146 };
147
148 const int16_t amr_dhf_mr102[AMR_MAX_PRM] =
149 {
150 0x00F8,
151 0x00E3,
152 0x002F,
153 0x0045,
154 0x0000,
155 0x0000,
156 0x0000,
157 0x0000,
158 0x0000,
159 0x0000,
160 0x0000,
161 0x0000,
162 0x001B,
163 0x0000,
164 0x0001,
165 0x0000,
166 0x0001,
167 0x0326,
168 0x00CE,
169 0x007E,
170 0x0051,
171 0x0062,
172 0x0000,
173 0x0000,
174 0x0000,
175 0x0000,
176 0x015A,
177 0x0359,
178 0x0076,
179 0x0000,
180 0x001B,
181 0x0000,
182 0x0000,
183 0x0000,
184 0x0000,
185 0x017C,
186 0x0215,
187 0x0038,
188 0x0030
189 };
190
191 const int16_t amr_dhf_mr122[AMR_MAX_PRM] =
192 {
193 0x0004,
194 0x002A,
195 0x00DB,
196 0x0096,
197 0x002A,
198 0x0156,
199 0x000B,
200 0x0000,
201 0x0000,
202 0x0000,
203 0x0000,
204 0x0000,
205 0x0000,
206 0x0000,
207 0x0000,
208 0x0000,
209 0x0000,
210 0x0000,
211 0x0036,
212 0x000B,
213 0x0000,
214 0x000F,
215 0x000E,
216 0x000C,
217 0x000D,
218 0x0000,
219 0x0001,
220 0x0005,
221 0x0007,
222 0x0001,
223 0x0008,
224 0x0024,
225 0x0000,
226 0x0001,
227 0x0000,
228 0x0005,
229 0x0006,
230 0x0001,
231 0x0002,
232 0x0004,
233 0x0007,
234 0x0004,
235 0x0002,
236 0x0003,
237 0x0036,
238 0x000B,
239 0x0000,
240 0x0002,
241 0x0004,
242 0x0000,
243 0x0003,
244 0x0006,
245 0x0001,
246 0x0007,
247 0x0006,
248 0x0005,
249 0x0000
250 };
251
252 const int16_t amr_dhf_gsmefr[AMR_MAX_PRM] =
253 {
254 0x0004, /* LPC 1 */
255 0x002f, /* LPC 2 */
256 0x00b4, /* LPC 3 */
257 0x0090, /* LPC 4 */
258 0x003e, /* LPC 5 */
259
260 0x0156, /* LTP-LAG 1 */
261 0x000b, /* LTP-GAIN 1 */
262 0x0000, /* PULSE 1_1 */
263 0x0001, /* PULSE 1_2 */
264 0x000f, /* PULSE 1_3 */
265 0x0001, /* PULSE 1_4 */
266 0x000d, /* PULSE 1_5 */
267 0x0000, /* PULSE 1_6 */
268 0x0003, /* PULSE 1_7 */
269 0x0000, /* PULSE 1_8 */
270 0x0003, /* PULSE 1_9 */
271 0x0000, /* PULSE 1_10 */
272 0x0003, /* FCB-GAIN 1 */
273
274 0x0036, /* LTP-LAG 2 */
275 0x0001, /* LTP-GAIN 2 */
276 0x0008, /* PULSE 2_1 */
277 0x0008, /* PULSE 2_2 */
278 0x0005, /* PULSE 2_3 */
279 0x0008, /* PULSE 2_4 */
280 0x0001, /* PULSE 2_5 */
281 0x0000, /* PULSE 2_6 */
282 0x0000, /* PULSE 2_7 */
283 0x0001, /* PULSE 2_8 */
284 0x0001, /* PULSE 2_9 */
285 0x0000, /* PULSE 2_10 */
286 0x0000, /* FCB-GAIN 2 */
287
288 0x0156, /* LTP-LAG 3 */
289 0x0000, /* LTP-GAIN 3 */
290 0x0000, /* PULSE 3_1 */
291 0x0000, /* PULSE 3_2 */
292 0x0000, /* PULSE 3_3 */
293 0x0000, /* PULSE 3_4 */
294 0x0000, /* PULSE 3_5 */
295 0x0000, /* PULSE 3_6 */
296 0x0000, /* PULSE 3_7 */
297 0x0000, /* PULSE 3_8 */
298 0x0000, /* PULSE 3_9 */
299 0x0000, /* PULSE 3_10 */
300 0x0000, /* FCB-GAIN 3 */
301
302 0x0036, /* LTP-LAG 4 */
303 0x000b, /* LTP-GAIN 4 */
304 0x0000, /* PULSE 4_1 */
305 0x0000, /* PULSE 4_2 */
306 0x0000, /* PULSE 4_3 */
307 0x0000, /* PULSE 4_4 */
308 0x0000, /* PULSE 4_5 */
309 0x0000, /* PULSE 4_6 */
310 0x0000, /* PULSE 4_7 */
311 0x0000, /* PULSE 4_8 */
312 0x0000, /* PULSE 4_9 */
313 0x0000, /* PULSE 4_10 */
314 0x0000 /* FCB-GAIN 4 */
315 };