[FFmpeg-soc] [soc]: r5028 - in amr: amrnbdata.h amrnbdec.c
cmcq
subversion at mplayerhq.hu
Mon Aug 10 20:42:32 CEST 2009
Author: cmcq
Date: Mon Aug 10 20:42:31 2009
New Revision: 5028
Log:
Unpack bitstream into runs of bits instead of a bit at a time
This saves about seven hundred bytes and makes unpacking about 15% faster
Modified:
amr/amrnbdata.h
amr/amrnbdec.c
Modified: amr/amrnbdata.h
==============================================================================
--- amr/amrnbdata.h Mon Aug 10 13:12:25 2009 (r5027)
+++ amr/amrnbdata.h Mon Aug 10 20:42:31 2009 (r5028)
@@ -71,8 +71,10 @@ enum Mode {
* Bit-order table type
*/
typedef struct AMROrder {
- uint8_t index; ///< index in (uint16_t *)AMRNBFrame
- uint8_t bit; ///< bit index, LSB=0, MSB=15
+ unsigned index : 6; ///< index in (uint16_t *)AMRNBFrame
+ unsigned len : 4; ///< number of bits
+ unsigned shift : 4; ///< magnitude of shift to apply
+ unsigned rev : 1; ///< reverse uint16_t and right shift instead of left shift
} AMROrder;
@@ -107,362 +109,343 @@ typedef struct {
// The following order* tables are used to convert AMR frame parameters to and
// from a bitstream. See 3GPP TS 26.101 for more information.
-#define AMR_BIT(field, bit) {offsetof(AMRNBFrame, field) >> 1, bit}
+#define AMR_BIT(field, l,s,r) {offsetof(AMRNBFrame, field) >> 1, l,s,r}
/** Specify an LSF parameter bit */
-#define AMR_LSF(variable, bit) AMR_BIT(lsf[variable], bit)
+#define AMR_LSF(variable, l,s,r) AMR_BIT(lsf[variable], l,s,r)
/** Specify a subframe-specific bit */
-#define AMR_OF(frame_num, variable, bit) AMR_BIT(subframe[frame_num].variable, bit)
+#define AMR_OF(frame_num, variable, l,s,r) AMR_BIT(subframe[frame_num].variable, l,s,r)
/** Specify a pitch gain bit */
-#define AMR_PGAIN(frame_num, bit) AMR_OF(frame_num, p_gain, bit)
+#define AMR_PGAIN(frame_num, l,s,r) AMR_OF(frame_num, p_gain, l,s,r)
/** Specify a fixed gain bit */
-#define AMR_FGAIN(frame_num, bit) AMR_OF(frame_num, fixed_gain, bit)
+#define AMR_FGAIN(frame_num, l,s,r) AMR_OF(frame_num, fixed_gain, l,s,r)
/** Specify a pitch lag bit */
-#define AMR_PLAG(frame_num, bit) AMR_OF(frame_num, p_lag, bit)
+#define AMR_PLAG(frame_num, l,s,r) AMR_OF(frame_num, p_lag, l,s,r)
/** Specify a pulse bit */
-#define AMR_PULSE(frame_num, pulse_id, bit) AMR_OF(frame_num, pulses[pulse_id], bit)
+#define AMR_PULSE(frame_num, pulse_id, l,s,r) AMR_OF(frame_num, pulses[pulse_id], l,s,r)
/** Specify an SID reference vector bit */
-#define AMR_SVECTOR(bit) AMR_BIT(sid.ref_vector, bit)
+#define AMR_SVECTOR(l,s,r) AMR_BIT(sid.ref_vector, l,s,r)
/** Specify an SID energy index bit */
-#define AMR_SENERGY(bit) AMR_BIT(sid.energy, bit)
+#define AMR_SENERGY(l,s,r) AMR_BIT(sid.energy, l,s,r)
-static const AMROrder order_MODE_475[95] = {
- AMR_LSF ( 0, 7), AMR_LSF ( 0, 6), AMR_LSF ( 0, 5), AMR_LSF ( 0, 4),
- AMR_LSF ( 0, 3), AMR_LSF ( 0, 2), AMR_LSF ( 0, 1), AMR_LSF ( 0, 0),
- AMR_LSF ( 1, 7), AMR_LSF ( 1, 6), AMR_LSF ( 1, 5), AMR_LSF ( 1, 4),
- AMR_LSF ( 1, 3), AMR_LSF ( 1, 2), AMR_LSF ( 1, 1), AMR_LSF ( 1, 0),
- AMR_PLAG (0, 7), AMR_PLAG (0, 6), AMR_PLAG (0, 5), AMR_PLAG (0, 4),
- AMR_PLAG (0, 3), AMR_PLAG (0, 2), AMR_PLAG (1, 3), AMR_PLAG (1, 2),
- AMR_PLAG (2, 3), AMR_PLAG (2, 2), AMR_PLAG (3, 3), AMR_PLAG (3, 2),
- AMR_PGAIN(0, 0), AMR_PGAIN(0, 1), AMR_PGAIN(0, 2), AMR_PGAIN(0, 3),
- AMR_PGAIN(2, 0), AMR_PGAIN(2, 1), AMR_PGAIN(2, 2), AMR_PGAIN(2, 3),
- AMR_LSF ( 2, 5), AMR_LSF ( 2, 4), AMR_LSF ( 2, 2), AMR_LSF ( 2, 0),
- AMR_PGAIN(2, 4), AMR_PGAIN(2, 5), AMR_PGAIN(2, 6), AMR_PGAIN(2, 7),
- AMR_PLAG (0, 1), AMR_PLAG (0, 0), AMR_PGAIN(0, 4), AMR_PGAIN(0, 5),
- AMR_PGAIN(0, 6), AMR_PGAIN(0, 7), AMR_PULSE(0,1, 1), AMR_PULSE(0,1, 0),
- AMR_LSF ( 2, 6), AMR_LSF ( 2, 3), AMR_LSF ( 2, 1), AMR_PLAG (1, 1),
- AMR_PLAG (1, 0), AMR_PULSE(1,1, 1), AMR_PULSE(1,1, 0), AMR_PLAG (2, 1),
- AMR_PLAG (2, 0), AMR_PULSE(2,1, 1), AMR_PULSE(2,1, 0), AMR_PLAG (3, 1),
- AMR_PLAG (3, 0), AMR_PULSE(3,1, 1), AMR_PULSE(3,1, 0), AMR_PULSE(0,0, 5),
- AMR_PULSE(0,0, 4), AMR_PULSE(0,0, 2), AMR_PULSE(0,0, 1), AMR_PULSE(1,0, 5),
- AMR_PULSE(1,0, 4), AMR_PULSE(1,0, 2), AMR_PULSE(1,0, 1), AMR_PULSE(2,0, 5),
- AMR_PULSE(2,0, 4), AMR_PULSE(2,0, 2), AMR_PULSE(2,0, 1), AMR_PULSE(3,0, 5),
- AMR_PULSE(3,0, 4), AMR_PULSE(3,0, 2), AMR_PULSE(3,0, 1), AMR_PULSE(0,0, 3),
- AMR_PULSE(1,0, 3), AMR_PULSE(2,0, 3), AMR_PULSE(3,0, 3), AMR_PULSE(0,0, 0),
- AMR_PULSE(1,0, 0), AMR_PULSE(2,0, 0), AMR_PULSE(3,0, 0), AMR_PULSE(0,0, 6),
- AMR_PULSE(1,0, 6), AMR_PULSE(2,0, 6), AMR_PULSE(3,0, 6)
+static AMROrder order_MODE_475[] = {
+ AMR_LSF ( 0,8, 0,0), AMR_LSF ( 1,8, 0,0), AMR_PLAG (0 ,6, 2,0),
+ AMR_PLAG (1 ,2, 2,0), AMR_PLAG (2 ,2, 2,0), AMR_PLAG (3 ,2, 2,0),
+ AMR_PGAIN(0 ,4,12,1), AMR_PGAIN(2 ,4,12,1), AMR_LSF ( 2,2, 4,0),
+ AMR_LSF ( 2,1, 2,0), AMR_LSF ( 2,1, 0,0), AMR_PGAIN(2 ,4, 8,1),
+ AMR_PLAG (0 ,2, 0,0), AMR_PGAIN(0 ,4, 8,1), AMR_PULSE(0,1,2, 0,0),
+ AMR_LSF ( 2,1, 6,0), AMR_LSF ( 2,1, 3,0), AMR_LSF ( 2,1, 1,0),
+ AMR_PLAG (1 ,2, 0,0), AMR_PULSE(1,1,2, 0,0), AMR_PLAG (2 ,2, 0,0),
+ AMR_PULSE(2,1,2, 0,0), AMR_PLAG (3 ,2, 0,0), AMR_PULSE(3,1,2, 0,0),
+ AMR_PULSE(0,0,2, 4,0), AMR_PULSE(0,0,2, 1,0), AMR_PULSE(1,0,2, 4,0),
+ AMR_PULSE(1,0,2, 1,0), AMR_PULSE(2,0,2, 4,0), AMR_PULSE(2,0,2, 1,0),
+ AMR_PULSE(3,0,2, 4,0), AMR_PULSE(3,0,2, 1,0), AMR_PULSE(0,0,1, 3,0),
+ AMR_PULSE(1,0,1, 3,0), AMR_PULSE(2,0,1, 3,0), AMR_PULSE(3,0,1, 3,0),
+ AMR_PULSE(0,0,1, 0,0), AMR_PULSE(1,0,1, 0,0), AMR_PULSE(2,0,1, 0,0),
+ AMR_PULSE(3,0,1, 0,0), AMR_PULSE(0,0,1, 6,0), AMR_PULSE(1,0,1, 6,0),
+ AMR_PULSE(2,0,1, 6,0), AMR_PULSE(3,0,1, 6,0)
};
-static const AMROrder order_MODE_515[103] = {
- AMR_LSF ( 0, 0), AMR_LSF ( 0, 1), AMR_LSF ( 0, 2), AMR_LSF ( 0, 3),
- AMR_LSF ( 0, 4), AMR_LSF ( 0, 5), AMR_LSF ( 0, 6), AMR_LSF ( 0, 7),
- AMR_LSF ( 1, 0), AMR_LSF ( 1, 1), AMR_LSF ( 1, 2), AMR_LSF ( 1, 3),
- AMR_LSF ( 1, 4), AMR_LSF ( 1, 5), AMR_LSF ( 1, 6), AMR_LSF ( 1, 7),
- AMR_PLAG (0, 7), AMR_PLAG (0, 6), AMR_PLAG (0, 5), AMR_PLAG (0, 4),
- AMR_PLAG (0, 3), AMR_PLAG (1, 3), AMR_PLAG (2, 3), AMR_PLAG (3, 3),
- AMR_PGAIN(0, 0), AMR_PGAIN(0, 1), AMR_PGAIN(0, 2), AMR_PGAIN(1, 0),
- AMR_PGAIN(1, 1), AMR_PGAIN(1, 2), AMR_PGAIN(2, 0), AMR_PGAIN(2, 1),
- AMR_PGAIN(2, 2), AMR_PGAIN(3, 0), AMR_PGAIN(3, 1), AMR_PGAIN(3, 2),
- AMR_PGAIN(0, 3), AMR_PGAIN(1, 3), AMR_PGAIN(2, 3), AMR_PGAIN(3, 3),
- AMR_PLAG (0, 2), AMR_PLAG (1, 2), AMR_PLAG (2, 2), AMR_PLAG (3, 2),
- AMR_LSF ( 2, 4), AMR_PGAIN(0, 4), AMR_PGAIN(1, 4), AMR_PGAIN(2, 4),
- AMR_PGAIN(3, 4), AMR_PLAG (0, 1), AMR_PLAG (1, 1), AMR_PLAG (2, 1),
- AMR_LSF ( 2, 5), AMR_LSF ( 2, 2), AMR_LSF ( 2, 0), AMR_PGAIN(0, 5),
- AMR_PGAIN(1, 5), AMR_PGAIN(2, 5), AMR_PGAIN(3, 5), AMR_LSF ( 2, 1),
- AMR_PLAG (0, 0), AMR_PLAG (1, 0), AMR_PLAG (2, 0), AMR_PLAG (3, 1),
- AMR_LSF ( 2, 3), AMR_LSF ( 2, 6), AMR_PLAG (3, 0), AMR_PULSE(0,1, 0),
- AMR_PULSE(0,1, 1), AMR_PULSE(1,1, 0), AMR_PULSE(1,1, 1), AMR_PULSE(2,1, 0),
- AMR_PULSE(0,0, 2), AMR_PULSE(1,0, 2), AMR_PULSE(2,0, 2), AMR_PULSE(3,0, 2),
- AMR_PULSE(2,1, 1), AMR_PULSE(3,1, 0), AMR_PULSE(3,1, 1), AMR_PULSE(0,0, 1),
- AMR_PULSE(1,0, 1), AMR_PULSE(2,0, 1), AMR_PULSE(3,0, 1), AMR_PULSE(0,0, 5),
- AMR_PULSE(1,0, 5), AMR_PULSE(0,0, 4), AMR_PULSE(1,0, 4), AMR_PULSE(2,0, 5),
- AMR_PULSE(2,0, 4), AMR_PULSE(3,0, 5), AMR_PULSE(3,0, 4), AMR_PULSE(0,0, 6),
- AMR_PULSE(1,0, 6), AMR_PULSE(2,0, 6), AMR_PULSE(3,0, 6), AMR_PULSE(0,0, 0),
- AMR_PULSE(1,0, 0), AMR_PULSE(2,0, 0), AMR_PULSE(3,0, 0), AMR_PULSE(0,0, 3),
- AMR_PULSE(1,0, 3), AMR_PULSE(2,0, 3), AMR_PULSE(3,0, 3)
+static AMROrder order_MODE_515[] = {
+ AMR_LSF ( 0,8, 8,1), AMR_LSF ( 1,8, 8,1), AMR_PLAG (0 ,5, 3,0),
+ AMR_PLAG (1 ,1, 3,0), AMR_PLAG (2 ,1, 3,0), AMR_PLAG (3 ,1, 3,0),
+ AMR_PGAIN(0 ,3,13,1), AMR_PGAIN(1 ,3,13,1), AMR_PGAIN(2 ,3,13,1),
+ AMR_PGAIN(3 ,3,13,1), AMR_PGAIN(0 ,1, 3,0), AMR_PGAIN(1 ,1, 3,0),
+ AMR_PGAIN(2 ,1, 3,0), AMR_PGAIN(3 ,1, 3,0), AMR_PLAG (0 ,1, 2,0),
+ AMR_PLAG (1 ,1, 2,0), AMR_PLAG (2 ,1, 2,0), AMR_PLAG (3 ,1, 2,0),
+ AMR_LSF ( 2,1, 4,0), AMR_PGAIN(0 ,1, 4,0), AMR_PGAIN(1 ,1, 4,0),
+ AMR_PGAIN(2 ,1, 4,0), AMR_PGAIN(3 ,1, 4,0), AMR_PLAG (0 ,1, 1,0),
+ AMR_PLAG (1 ,1, 1,0), AMR_PLAG (2 ,1, 1,0), AMR_LSF ( 2,1, 5,0),
+ AMR_LSF ( 2,1, 2,0), AMR_LSF ( 2,1, 0,0), AMR_PGAIN(0 ,1, 5,0),
+ AMR_PGAIN(1 ,1, 5,0), AMR_PGAIN(2 ,1, 5,0), AMR_PGAIN(3 ,1, 5,0),
+ AMR_LSF ( 2,1, 1,0), AMR_PLAG (0 ,1, 0,0), AMR_PLAG (1 ,1, 0,0),
+ AMR_PLAG (2 ,1, 0,0), AMR_PLAG (3 ,1, 1,0), AMR_LSF ( 2,1, 3,0),
+ AMR_LSF ( 2,1, 6,0), AMR_PLAG (3 ,1, 0,0), AMR_PULSE(0,1,2,14,1),
+ AMR_PULSE(1,1,2,14,1), AMR_PULSE(2,1,1, 0,0), AMR_PULSE(0,0,1, 2,0),
+ AMR_PULSE(1,0,1, 2,0), AMR_PULSE(2,0,1, 2,0), AMR_PULSE(3,0,1, 2,0),
+ AMR_PULSE(2,1,1, 1,0), AMR_PULSE(3,1,2,14,1), AMR_PULSE(0,0,1, 1,0),
+ AMR_PULSE(1,0,1, 1,0), AMR_PULSE(2,0,1, 1,0), AMR_PULSE(3,0,1, 1,0),
+ AMR_PULSE(0,0,1, 5,0), AMR_PULSE(1,0,1, 5,0), AMR_PULSE(0,0,1, 4,0),
+ AMR_PULSE(1,0,1, 4,0), AMR_PULSE(2,0,2, 4,0), AMR_PULSE(3,0,2, 4,0),
+ AMR_PULSE(0,0,1, 6,0), AMR_PULSE(1,0,1, 6,0), AMR_PULSE(2,0,1, 6,0),
+ AMR_PULSE(3,0,1, 6,0), AMR_PULSE(0,0,1, 0,0), AMR_PULSE(1,0,1, 0,0),
+ AMR_PULSE(2,0,1, 0,0), AMR_PULSE(3,0,1, 0,0), AMR_PULSE(0,0,1, 3,0),
+ AMR_PULSE(1,0,1, 3,0), AMR_PULSE(2,0,1, 3,0), AMR_PULSE(3,0,1, 3,0)
};
-static const AMROrder order_MODE_59[118] = {
- AMR_LSF ( 0, 7), AMR_LSF ( 0, 6), AMR_LSF ( 0, 3), AMR_LSF ( 0, 2),
- AMR_LSF ( 0, 4), AMR_LSF ( 0, 1), AMR_LSF ( 0, 0), AMR_LSF ( 0, 5),
- AMR_LSF ( 1, 3), AMR_LSF ( 1, 1), AMR_LSF ( 1, 8), AMR_LSF ( 1, 7),
- AMR_LSF ( 1, 5), AMR_LSF ( 1, 4), AMR_LSF ( 1, 2), AMR_LSF ( 1, 6),
- AMR_LSF ( 1, 0), AMR_PLAG (0, 5), AMR_PLAG (2, 5), AMR_PLAG (0, 4),
- AMR_PLAG (2, 4), AMR_PLAG (0, 6), AMR_PLAG (2, 6), AMR_PLAG (0, 7),
- AMR_PLAG (2, 7), AMR_PLAG (0, 3), AMR_PLAG (2, 3), AMR_PLAG (1, 3),
- AMR_PLAG (3, 3), AMR_PGAIN(0, 0), AMR_PGAIN(1, 0), AMR_PGAIN(2, 0),
- AMR_PGAIN(3, 0), AMR_PLAG (0, 2), AMR_PLAG (2, 2), AMR_PLAG (1, 2),
- AMR_PLAG (3, 2), AMR_PGAIN(0, 1), AMR_PGAIN(1, 1), AMR_PGAIN(2, 1),
- AMR_PGAIN(3, 1), AMR_PLAG (1, 1), AMR_PLAG (3, 1), AMR_PLAG (0, 1),
- AMR_PLAG (2, 1), AMR_PLAG (0, 0), AMR_PLAG (2, 0), AMR_PGAIN(0, 2),
- AMR_PGAIN(1, 2), AMR_PGAIN(2, 2), AMR_PGAIN(3, 2), AMR_PGAIN(0, 3),
- AMR_PGAIN(1, 3), AMR_PGAIN(2, 3), AMR_PGAIN(3, 3), AMR_PGAIN(0, 4),
- AMR_PGAIN(1, 4), AMR_PGAIN(2, 4), AMR_PGAIN(3, 4), AMR_LSF ( 2, 6),
- AMR_LSF ( 2, 4), AMR_LSF ( 2, 2), AMR_LSF ( 2, 3), AMR_LSF ( 2, 7),
- AMR_LSF ( 2, 8), AMR_LSF ( 2, 5), AMR_LSF ( 2, 1), AMR_PULSE(3,1, 0),
- AMR_PULSE(0,1, 1), AMR_PULSE(2,1, 1), AMR_PULSE(3,1, 1), AMR_PULSE(1,1, 1),
- AMR_PULSE(1,1, 0), AMR_PULSE(0,1, 0), AMR_PULSE(2,1, 0), AMR_LSF ( 2, 0),
- AMR_PGAIN(0, 5), AMR_PGAIN(1, 5), AMR_PGAIN(2, 5), AMR_PGAIN(3, 5),
- AMR_PLAG (1, 0), AMR_PLAG (3, 0), AMR_PULSE(0,0, 2), AMR_PULSE(1,0, 2),
- AMR_PULSE(2,0, 2), AMR_PULSE(3,0, 2), AMR_PULSE(0,0, 3), AMR_PULSE(1,0, 3),
- AMR_PULSE(2,0, 3), AMR_PULSE(3,0, 3), AMR_PULSE(0,0, 6), AMR_PULSE(1,0, 6),
- AMR_PULSE(2,0, 6), AMR_PULSE(3,0, 6), AMR_PULSE(0,0, 7), AMR_PULSE(1,0, 7),
- AMR_PULSE(2,0, 7), AMR_PULSE(3,0, 7), AMR_PULSE(0,0, 8), AMR_PULSE(1,0, 8),
- AMR_PULSE(2,0, 8), AMR_PULSE(3,0, 8), AMR_PULSE(0,0, 0), AMR_PULSE(1,0, 0),
- AMR_PULSE(2,0, 0), AMR_PULSE(3,0, 0), AMR_PULSE(0,0, 1), AMR_PULSE(1,0, 1),
- AMR_PULSE(2,0, 1), AMR_PULSE(3,0, 1), AMR_PULSE(0,0, 4), AMR_PULSE(1,0, 4),
- AMR_PULSE(2,0, 4), AMR_PULSE(3,0, 4), AMR_PULSE(0,0, 5), AMR_PULSE(1,0, 5),
- AMR_PULSE(2,0, 5), AMR_PULSE(3,0, 5)
+static AMROrder order_MODE_59[] = {
+ AMR_LSF ( 0,2, 6,0), AMR_LSF ( 0,2, 2,0), AMR_LSF ( 0,1, 4,0),
+ AMR_LSF ( 0,2, 0,0), AMR_LSF ( 0,1, 5,0), AMR_LSF ( 1,1, 3,0),
+ AMR_LSF ( 1,1, 1,0), AMR_LSF ( 1,2, 7,0), AMR_LSF ( 1,2, 4,0),
+ AMR_LSF ( 1,1, 2,0), AMR_LSF ( 1,1, 6,0), AMR_LSF ( 1,1, 0,0),
+ AMR_PLAG (0 ,1, 5,0), AMR_PLAG (2 ,1, 5,0), AMR_PLAG (0 ,1, 4,0),
+ AMR_PLAG (2 ,1, 4,0), AMR_PLAG (0 ,1, 6,0), AMR_PLAG (2 ,1, 6,0),
+ AMR_PLAG (0 ,1, 7,0), AMR_PLAG (2 ,1, 7,0), AMR_PLAG (0 ,1, 3,0),
+ AMR_PLAG (2 ,1, 3,0), AMR_PLAG (1 ,1, 3,0), AMR_PLAG (3 ,1, 3,0),
+ AMR_PGAIN(0 ,1, 0,0), AMR_PGAIN(1 ,1, 0,0), AMR_PGAIN(2 ,1, 0,0),
+ AMR_PGAIN(3 ,1, 0,0), AMR_PLAG (0 ,1, 2,0), AMR_PLAG (2 ,1, 2,0),
+ AMR_PLAG (1 ,1, 2,0), AMR_PLAG (3 ,1, 2,0), AMR_PGAIN(0 ,1, 1,0),
+ AMR_PGAIN(1 ,1, 1,0), AMR_PGAIN(2 ,1, 1,0), AMR_PGAIN(3 ,1, 1,0),
+ AMR_PLAG (1 ,1, 1,0), AMR_PLAG (3 ,1, 1,0), AMR_PLAG (0 ,1, 1,0),
+ AMR_PLAG (2 ,1, 1,0), AMR_PLAG (0 ,1, 0,0), AMR_PLAG (2 ,1, 0,0),
+ AMR_PGAIN(0 ,1, 2,0), AMR_PGAIN(1 ,1, 2,0), AMR_PGAIN(2 ,1, 2,0),
+ AMR_PGAIN(3 ,1, 2,0), AMR_PGAIN(0 ,1, 3,0), AMR_PGAIN(1 ,1, 3,0),
+ AMR_PGAIN(2 ,1, 3,0), AMR_PGAIN(3 ,1, 3,0), AMR_PGAIN(0 ,1, 4,0),
+ AMR_PGAIN(1 ,1, 4,0), AMR_PGAIN(2 ,1, 4,0), AMR_PGAIN(3 ,1, 4,0),
+ AMR_LSF ( 2,1, 6,0), AMR_LSF ( 2,1, 4,0), AMR_LSF ( 2,2,12,1),
+ AMR_LSF ( 2,2, 7,1), AMR_LSF ( 2,1, 5,0), AMR_LSF ( 2,1, 1,0),
+ AMR_PULSE(3,1,1, 0,0), AMR_PULSE(0,1,1, 1,0), AMR_PULSE(2,1,1, 1,0),
+ AMR_PULSE(3,1,1, 1,0), AMR_PULSE(1,1,2, 0,0), AMR_PULSE(0,1,1, 0,0),
+ AMR_PULSE(2,1,1, 0,0), AMR_LSF ( 2,1, 0,0), AMR_PGAIN(0 ,1, 5,0),
+ AMR_PGAIN(1 ,1, 5,0), AMR_PGAIN(2 ,1, 5,0), AMR_PGAIN(3 ,1, 5,0),
+ AMR_PLAG (1 ,1, 0,0), AMR_PLAG (3 ,1, 0,0), AMR_PULSE(0,0,1, 2,0),
+ AMR_PULSE(1,0,1, 2,0), AMR_PULSE(2,0,1, 2,0), AMR_PULSE(3,0,1, 2,0),
+ AMR_PULSE(0,0,1, 3,0), AMR_PULSE(1,0,1, 3,0), AMR_PULSE(2,0,1, 3,0),
+ AMR_PULSE(3,0,1, 3,0), AMR_PULSE(0,0,1, 6,0), AMR_PULSE(1,0,1, 6,0),
+ AMR_PULSE(2,0,1, 6,0), AMR_PULSE(3,0,1, 6,0), AMR_PULSE(0,0,1, 7,0),
+ AMR_PULSE(1,0,1, 7,0), AMR_PULSE(2,0,1, 7,0), AMR_PULSE(3,0,1, 7,0),
+ AMR_PULSE(0,0,1, 8,0), AMR_PULSE(1,0,1, 8,0), AMR_PULSE(2,0,1, 8,0),
+ AMR_PULSE(3,0,1, 8,0), AMR_PULSE(0,0,1, 0,0), AMR_PULSE(1,0,1, 0,0),
+ AMR_PULSE(2,0,1, 0,0), AMR_PULSE(3,0,1, 0,0), AMR_PULSE(0,0,1, 1,0),
+ AMR_PULSE(1,0,1, 1,0), AMR_PULSE(2,0,1, 1,0), AMR_PULSE(3,0,1, 1,0),
+ AMR_PULSE(0,0,1, 4,0), AMR_PULSE(1,0,1, 4,0), AMR_PULSE(2,0,1, 4,0),
+ AMR_PULSE(3,0,1, 4,0), AMR_PULSE(0,0,1, 5,0), AMR_PULSE(1,0,1, 5,0),
+ AMR_PULSE(2,0,1, 5,0), AMR_PULSE(3,0,1, 5,0)
};
-static const AMROrder order_MODE_67[134] = {
- AMR_LSF ( 0, 7), AMR_LSF ( 0, 6), AMR_LSF ( 0, 3), AMR_LSF ( 0, 4),
- AMR_LSF ( 0, 2), AMR_LSF ( 0, 1), AMR_LSF ( 1, 3), AMR_LSF ( 0, 0),
- AMR_LSF ( 0, 5), AMR_LSF ( 1, 8), AMR_LSF ( 1, 7), AMR_LSF ( 1, 5),
- AMR_LSF ( 1, 1), AMR_LSF ( 1, 4), AMR_LSF ( 1, 2), AMR_LSF ( 1, 6),
- AMR_PLAG (0, 5), AMR_PLAG (2, 5), AMR_PLAG (0, 4), AMR_PLAG (2, 4),
- AMR_PLAG (0, 6), AMR_PLAG (2, 6), AMR_PLAG (0, 7), AMR_PLAG (2, 7),
- AMR_PLAG (0, 3), AMR_PLAG (2, 3), AMR_LSF ( 1, 0), AMR_PLAG (1, 3),
- AMR_PLAG (3, 3), AMR_PLAG (1, 2), AMR_PLAG (3, 2), AMR_PLAG (0, 2),
- AMR_PLAG (2, 2), AMR_PLAG (1, 1), AMR_PLAG (3, 1), AMR_PGAIN(0, 6),
- AMR_PGAIN(1, 6), AMR_PGAIN(2, 6), AMR_PGAIN(3, 6), AMR_PLAG (0, 1),
- AMR_PLAG (2, 1), AMR_PGAIN(0, 3), AMR_PGAIN(1, 3), AMR_PGAIN(2, 3),
- AMR_PGAIN(3, 3), AMR_PGAIN(0, 2), AMR_PGAIN(1, 2), AMR_PGAIN(2, 2),
- AMR_PGAIN(3, 2), AMR_PLAG (1, 0), AMR_PLAG (3, 0), AMR_PLAG (0, 0),
- AMR_PLAG (2, 0), AMR_LSF ( 2, 6), AMR_LSF ( 2, 2), AMR_PGAIN(0, 1),
- AMR_PGAIN(1, 1), AMR_PGAIN(2, 1), AMR_PGAIN(3, 1), AMR_LSF ( 2, 4),
- AMR_LSF ( 2, 3), AMR_LSF ( 2, 7), AMR_LSF ( 2, 8), AMR_LSF ( 2, 5),
- AMR_LSF ( 2, 1), AMR_LSF ( 2, 0), AMR_PGAIN(0, 4), AMR_PGAIN(1, 4),
- AMR_PGAIN(2, 4), AMR_PGAIN(3, 4), AMR_PULSE(0,1, 0), AMR_PULSE(1,1, 0),
- AMR_PULSE(2,1, 0), AMR_PULSE(3,1, 0), AMR_PGAIN(0, 0), AMR_PGAIN(1, 0),
- AMR_PGAIN(2, 0), AMR_PGAIN(3, 0), AMR_PULSE(0,1, 1), AMR_PULSE(1,1, 1),
- AMR_PULSE(2,1, 1), AMR_PULSE(3,1, 1), AMR_PGAIN(3, 5), AMR_PGAIN(2, 5),
- AMR_PGAIN(1, 5), AMR_PGAIN(0, 5), AMR_PULSE(0,1, 2), AMR_PULSE(1,1, 2),
- AMR_PULSE(2,1, 2), AMR_PULSE(3,1, 2), AMR_PULSE(0,0, 2), AMR_PULSE(1,0, 2),
- AMR_PULSE(2,0, 2), AMR_PULSE(3,0, 2), AMR_PULSE(0,0, 5), AMR_PULSE(1,0, 5),
- AMR_PULSE(2,0, 5), AMR_PULSE(3,0, 5), AMR_PULSE(0,0, 6), AMR_PULSE(1,0, 6),
- AMR_PULSE(2,0, 6), AMR_PULSE(3,0, 6), AMR_PULSE(0,0, 9), AMR_PULSE(1,0, 9),
- AMR_PULSE(2,0, 9), AMR_PULSE(3,0, 9), AMR_PULSE(0,0,10), AMR_PULSE(1,0,10),
- AMR_PULSE(2,0,10), AMR_PULSE(3,0,10), AMR_PULSE(0,0, 0), AMR_PULSE(1,0, 0),
- AMR_PULSE(2,0, 0), AMR_PULSE(3,0, 0), AMR_PULSE(0,0, 1), AMR_PULSE(1,0, 1),
- AMR_PULSE(2,0, 1), AMR_PULSE(3,0, 1), AMR_PULSE(0,0, 3), AMR_PULSE(1,0, 3),
- AMR_PULSE(2,0, 3), AMR_PULSE(3,0, 3), AMR_PULSE(0,0, 4), AMR_PULSE(1,0, 4),
- AMR_PULSE(2,0, 4), AMR_PULSE(3,0, 4), AMR_PULSE(0,0, 7), AMR_PULSE(1,0, 7),
- AMR_PULSE(2,0, 7), AMR_PULSE(3,0, 7), AMR_PULSE(0,0, 8), AMR_PULSE(1,0, 8),
- AMR_PULSE(2,0, 8), AMR_PULSE(3,0, 8)
+static AMROrder order_MODE_67[] = {
+ AMR_LSF ( 0,2, 6,0), AMR_LSF ( 0,2,11,1), AMR_LSF ( 0,2, 1,0),
+ AMR_LSF ( 1,1, 3,0), AMR_LSF ( 0,1, 0,0), AMR_LSF ( 0,1, 5,0),
+ AMR_LSF ( 1,2, 7,0), AMR_LSF ( 1,1, 5,0), AMR_LSF ( 1,1, 1,0),
+ AMR_LSF ( 1,1, 4,0), AMR_LSF ( 1,1, 2,0), AMR_LSF ( 1,1, 6,0),
+ AMR_PLAG (0 ,1, 5,0), AMR_PLAG (2 ,1, 5,0), AMR_PLAG (0 ,1, 4,0),
+ AMR_PLAG (2 ,1, 4,0), AMR_PLAG (0 ,1, 6,0), AMR_PLAG (2 ,1, 6,0),
+ AMR_PLAG (0 ,1, 7,0), AMR_PLAG (2 ,1, 7,0), AMR_PLAG (0 ,1, 3,0),
+ AMR_PLAG (2 ,1, 3,0), AMR_LSF ( 1,1, 0,0), AMR_PLAG (1 ,1, 3,0),
+ AMR_PLAG (3 ,1, 3,0), AMR_PLAG (1 ,1, 2,0), AMR_PLAG (3 ,1, 2,0),
+ AMR_PLAG (0 ,1, 2,0), AMR_PLAG (2 ,1, 2,0), AMR_PLAG (1 ,1, 1,0),
+ AMR_PLAG (3 ,1, 1,0), AMR_PGAIN(0 ,1, 6,0), AMR_PGAIN(1 ,1, 6,0),
+ AMR_PGAIN(2 ,1, 6,0), AMR_PGAIN(3 ,1, 6,0), AMR_PLAG (0 ,1, 1,0),
+ AMR_PLAG (2 ,1, 1,0), AMR_PGAIN(0 ,1, 3,0), AMR_PGAIN(1 ,1, 3,0),
+ AMR_PGAIN(2 ,1, 3,0), AMR_PGAIN(3 ,1, 3,0), AMR_PGAIN(0 ,1, 2,0),
+ AMR_PGAIN(1 ,1, 2,0), AMR_PGAIN(2 ,1, 2,0), AMR_PGAIN(3 ,1, 2,0),
+ AMR_PLAG (1 ,1, 0,0), AMR_PLAG (3 ,1, 0,0), AMR_PLAG (0 ,1, 0,0),
+ AMR_PLAG (2 ,1, 0,0), AMR_LSF ( 2,1, 6,0), AMR_LSF ( 2,1, 2,0),
+ AMR_PGAIN(0 ,1, 1,0), AMR_PGAIN(1 ,1, 1,0), AMR_PGAIN(2 ,1, 1,0),
+ AMR_PGAIN(3 ,1, 1,0), AMR_LSF ( 2,2, 3,0), AMR_LSF ( 2,2, 7,1),
+ AMR_LSF ( 2,1, 5,0), AMR_LSF ( 2,2, 0,0), AMR_PGAIN(0 ,1, 4,0),
+ AMR_PGAIN(1 ,1, 4,0), AMR_PGAIN(2 ,1, 4,0), AMR_PGAIN(3 ,1, 4,0),
+ AMR_PULSE(0,1,1, 0,0), AMR_PULSE(1,1,1, 0,0), AMR_PULSE(2,1,1, 0,0),
+ AMR_PULSE(3,1,1, 0,0), AMR_PGAIN(0 ,1, 0,0), AMR_PGAIN(1 ,1, 0,0),
+ AMR_PGAIN(2 ,1, 0,0), AMR_PGAIN(3 ,1, 0,0), AMR_PULSE(0,1,1, 1,0),
+ AMR_PULSE(1,1,1, 1,0), AMR_PULSE(2,1,1, 1,0), AMR_PULSE(3,1,1, 1,0),
+ AMR_PGAIN(3 ,1, 5,0), AMR_PGAIN(2 ,1, 5,0), AMR_PGAIN(1 ,1, 5,0),
+ AMR_PGAIN(0 ,1, 5,0), AMR_PULSE(0,1,1, 2,0), AMR_PULSE(1,1,1, 2,0),
+ AMR_PULSE(2,1,1, 2,0), AMR_PULSE(3,1,1, 2,0), AMR_PULSE(0,0,1, 2,0),
+ AMR_PULSE(1,0,1, 2,0), AMR_PULSE(2,0,1, 2,0), AMR_PULSE(3,0,1, 2,0),
+ AMR_PULSE(0,0,1, 5,0), AMR_PULSE(1,0,1, 5,0), AMR_PULSE(2,0,1, 5,0),
+ AMR_PULSE(3,0,1, 5,0), AMR_PULSE(0,0,1, 6,0), AMR_PULSE(1,0,1, 6,0),
+ AMR_PULSE(2,0,1, 6,0), AMR_PULSE(3,0,1, 6,0), AMR_PULSE(0,0,1, 9,0),
+ AMR_PULSE(1,0,1, 9,0), AMR_PULSE(2,0,1, 9,0), AMR_PULSE(3,0,1, 9,0),
+ AMR_PULSE(0,0,1,10,0), AMR_PULSE(1,0,1,10,0), AMR_PULSE(2,0,1,10,0),
+ AMR_PULSE(3,0,1,10,0), AMR_PULSE(0,0,1, 0,0), AMR_PULSE(1,0,1, 0,0),
+ AMR_PULSE(2,0,1, 0,0), AMR_PULSE(3,0,1, 0,0), AMR_PULSE(0,0,1, 1,0),
+ AMR_PULSE(1,0,1, 1,0), AMR_PULSE(2,0,1, 1,0), AMR_PULSE(3,0,1, 1,0),
+ AMR_PULSE(0,0,1, 3,0), AMR_PULSE(1,0,1, 3,0), AMR_PULSE(2,0,1, 3,0),
+ AMR_PULSE(3,0,1, 3,0), AMR_PULSE(0,0,1, 4,0), AMR_PULSE(1,0,1, 4,0),
+ AMR_PULSE(2,0,1, 4,0), AMR_PULSE(3,0,1, 4,0), AMR_PULSE(0,0,1, 7,0),
+ AMR_PULSE(1,0,1, 7,0), AMR_PULSE(2,0,1, 7,0), AMR_PULSE(3,0,1, 7,0),
+ AMR_PULSE(0,0,1, 8,0), AMR_PULSE(1,0,1, 8,0), AMR_PULSE(2,0,1, 8,0),
+ AMR_PULSE(3,0,1, 8,0)
};
-static const AMROrder order_MODE_74[148] = {
- AMR_LSF ( 0, 7), AMR_LSF ( 0, 6), AMR_LSF ( 0, 5), AMR_LSF ( 0, 4),
- AMR_LSF ( 0, 3), AMR_LSF ( 0, 2), AMR_LSF ( 0, 1), AMR_LSF ( 0, 0),
- AMR_LSF ( 1, 8), AMR_LSF ( 1, 7), AMR_LSF ( 1, 6), AMR_LSF ( 1, 5),
- AMR_LSF ( 1, 4), AMR_LSF ( 1, 3), AMR_LSF ( 1, 2), AMR_LSF ( 1, 1),
- AMR_LSF ( 1, 0), AMR_PLAG (0, 7), AMR_PLAG (2, 7), AMR_PLAG (0, 6),
- AMR_PLAG (2, 6), AMR_PLAG (0, 5), AMR_PLAG (2, 5), AMR_PLAG (0, 4),
- AMR_PLAG (2, 4), AMR_PLAG (0, 3), AMR_PLAG (2, 3), AMR_PGAIN(0, 6),
- AMR_PGAIN(1, 6), AMR_PGAIN(2, 6), AMR_PGAIN(3, 6), AMR_PGAIN(0, 5),
- AMR_PGAIN(1, 5), AMR_PGAIN(2, 5), AMR_PGAIN(3, 5), AMR_PGAIN(0, 3),
- AMR_PGAIN(1, 3), AMR_PGAIN(2, 3), AMR_PGAIN(3, 3), AMR_PGAIN(0, 2),
- AMR_PGAIN(1, 2), AMR_PGAIN(2, 2), AMR_PGAIN(3, 2), AMR_PLAG (1, 4),
- AMR_PLAG (3, 4), AMR_PLAG (1, 3), AMR_PLAG (3, 3), AMR_LSF ( 2, 4),
- AMR_LSF ( 2, 3), AMR_LSF ( 2, 2), AMR_LSF ( 2, 8), AMR_LSF ( 2, 7),
- AMR_LSF ( 2, 6), AMR_PLAG (0, 2), AMR_PLAG (1, 2), AMR_PLAG (2, 2),
- AMR_PLAG (3, 2), AMR_PGAIN(0, 1), AMR_PGAIN(1, 1), AMR_PGAIN(2, 1),
- AMR_PGAIN(3, 1), AMR_LSF ( 2, 5), AMR_LSF ( 2, 1), AMR_LSF ( 2, 0),
- AMR_PULSE(0,1, 0), AMR_PULSE(1,1, 0), AMR_PULSE(2,1, 0), AMR_PULSE(3,1, 0),
- AMR_PGAIN(0, 0), AMR_PGAIN(1, 0), AMR_PGAIN(2, 0), AMR_PGAIN(3, 0),
- AMR_PULSE(0,1, 1), AMR_PULSE(1,1, 1), AMR_PULSE(2,1, 1), AMR_PULSE(3,1, 1),
- AMR_PULSE(0,1, 2), AMR_PULSE(1,1, 2), AMR_PGAIN(0, 4), AMR_PGAIN(1, 4),
- AMR_PGAIN(2, 4), AMR_PGAIN(3, 4), AMR_PULSE(2,1, 2), AMR_PULSE(3,1, 2),
- AMR_PULSE(0,1, 3), AMR_PULSE(1,1, 3), AMR_PULSE(2,1, 3), AMR_PULSE(3,1, 3),
- AMR_PLAG (0, 1), AMR_PLAG (0, 0), AMR_PLAG (1, 1), AMR_PLAG (1, 0),
- AMR_PLAG (2, 1), AMR_PLAG (2, 0), AMR_PLAG (3, 1), AMR_PLAG (3, 0),
- AMR_PULSE(0,0, 5), AMR_PULSE(0,0, 4), AMR_PULSE(0,0, 3), AMR_PULSE(0,0, 2),
- AMR_PULSE(0,0, 1), AMR_PULSE(0,0, 0), AMR_PULSE(1,0, 5), AMR_PULSE(1,0, 4),
- AMR_PULSE(1,0, 3), AMR_PULSE(1,0, 2), AMR_PULSE(1,0, 1), AMR_PULSE(1,0, 0),
- AMR_PULSE(2,0, 5), AMR_PULSE(2,0, 4), AMR_PULSE(2,0, 3), AMR_PULSE(2,0, 2),
- AMR_PULSE(2,0, 1), AMR_PULSE(2,0, 0), AMR_PULSE(3,0, 5), AMR_PULSE(3,0, 4),
- AMR_PULSE(3,0, 3), AMR_PULSE(3,0, 2), AMR_PULSE(3,0, 1), AMR_PULSE(3,0, 0),
- AMR_PULSE(0,0,12), AMR_PULSE(1,0,12), AMR_PULSE(2,0,12), AMR_PULSE(3,0,12),
- AMR_PULSE(0,0,11), AMR_PULSE(1,0,11), AMR_PULSE(2,0,11), AMR_PULSE(3,0,11),
- AMR_PULSE(0,0,10), AMR_PULSE(1,0,10), AMR_PULSE(2,0,10), AMR_PULSE(3,0,10),
- AMR_PULSE(0,0, 9), AMR_PULSE(1,0, 9), AMR_PULSE(2,0, 9), AMR_PULSE(3,0, 9),
- AMR_PULSE(0,0, 8), AMR_PULSE(1,0, 8), AMR_PULSE(2,0, 8), AMR_PULSE(3,0, 8),
- AMR_PULSE(0,0, 7), AMR_PULSE(1,0, 7), AMR_PULSE(2,0, 7), AMR_PULSE(3,0, 7),
- AMR_PULSE(0,0, 6), AMR_PULSE(1,0, 6), AMR_PULSE(2,0, 6), AMR_PULSE(3,0, 6)
+static AMROrder order_MODE_74[] = {
+ AMR_LSF ( 0,8, 0,0), AMR_LSF ( 1,9, 0,0), AMR_PLAG (0 ,1, 7,0),
+ AMR_PLAG (2 ,1, 7,0), AMR_PLAG (0 ,1, 6,0), AMR_PLAG (2 ,1, 6,0),
+ AMR_PLAG (0 ,1, 5,0), AMR_PLAG (2 ,1, 5,0), AMR_PLAG (0 ,1, 4,0),
+ AMR_PLAG (2 ,1, 4,0), AMR_PLAG (0 ,1, 3,0), AMR_PLAG (2 ,1, 3,0),
+ AMR_PGAIN(0 ,1, 6,0), AMR_PGAIN(1 ,1, 6,0), AMR_PGAIN(2 ,1, 6,0),
+ AMR_PGAIN(3 ,1, 6,0), AMR_PGAIN(0 ,1, 5,0), AMR_PGAIN(1 ,1, 5,0),
+ AMR_PGAIN(2 ,1, 5,0), AMR_PGAIN(3 ,1, 5,0), AMR_PGAIN(0 ,1, 3,0),
+ AMR_PGAIN(1 ,1, 3,0), AMR_PGAIN(2 ,1, 3,0), AMR_PGAIN(3 ,1, 3,0),
+ AMR_PGAIN(0 ,1, 2,0), AMR_PGAIN(1 ,1, 2,0), AMR_PGAIN(2 ,1, 2,0),
+ AMR_PGAIN(3 ,1, 2,0), AMR_PLAG (1 ,1, 4,0), AMR_PLAG (3 ,1, 4,0),
+ AMR_PLAG (1 ,1, 3,0), AMR_PLAG (3 ,1, 3,0), AMR_LSF ( 2,3, 2,0),
+ AMR_LSF ( 2,3, 6,0), AMR_PLAG (0 ,1, 2,0), AMR_PLAG (1 ,1, 2,0),
+ AMR_PLAG (2 ,1, 2,0), AMR_PLAG (3 ,1, 2,0), AMR_PGAIN(0 ,1, 1,0),
+ AMR_PGAIN(1 ,1, 1,0), AMR_PGAIN(2 ,1, 1,0), AMR_PGAIN(3 ,1, 1,0),
+ AMR_LSF ( 2,1, 5,0), AMR_LSF ( 2,2, 0,0), AMR_PULSE(0,1,1, 0,0),
+ AMR_PULSE(1,1,1, 0,0), AMR_PULSE(2,1,1, 0,0), AMR_PULSE(3,1,1, 0,0),
+ AMR_PGAIN(0 ,1, 0,0), AMR_PGAIN(1 ,1, 0,0), AMR_PGAIN(2 ,1, 0,0),
+ AMR_PGAIN(3 ,1, 0,0), AMR_PULSE(0,1,1, 1,0), AMR_PULSE(1,1,1, 1,0),
+ AMR_PULSE(2,1,1, 1,0), AMR_PULSE(3,1,1, 1,0), AMR_PULSE(0,1,1, 2,0),
+ AMR_PULSE(1,1,1, 2,0), AMR_PGAIN(0 ,1, 4,0), AMR_PGAIN(1 ,1, 4,0),
+ AMR_PGAIN(2 ,1, 4,0), AMR_PGAIN(3 ,1, 4,0), AMR_PULSE(2,1,1, 2,0),
+ AMR_PULSE(3,1,1, 2,0), AMR_PULSE(0,1,1, 3,0), AMR_PULSE(1,1,1, 3,0),
+ AMR_PULSE(2,1,1, 3,0), AMR_PULSE(3,1,1, 3,0), AMR_PLAG (0 ,2, 0,0),
+ AMR_PLAG (1 ,2, 0,0), AMR_PLAG (2 ,2, 0,0), AMR_PLAG (3 ,2, 0,0),
+ AMR_PULSE(0,0,6, 0,0), AMR_PULSE(1,0,6, 0,0), AMR_PULSE(2,0,6, 0,0),
+ AMR_PULSE(3,0,6, 0,0), AMR_PULSE(0,0,1,12,0), AMR_PULSE(1,0,1,12,0),
+ AMR_PULSE(2,0,1,12,0), AMR_PULSE(3,0,1,12,0), AMR_PULSE(0,0,1,11,0),
+ AMR_PULSE(1,0,1,11,0), AMR_PULSE(2,0,1,11,0), AMR_PULSE(3,0,1,11,0),
+ AMR_PULSE(0,0,1,10,0), AMR_PULSE(1,0,1,10,0), AMR_PULSE(2,0,1,10,0),
+ AMR_PULSE(3,0,1,10,0), AMR_PULSE(0,0,1, 9,0), AMR_PULSE(1,0,1, 9,0),
+ AMR_PULSE(2,0,1, 9,0), AMR_PULSE(3,0,1, 9,0), AMR_PULSE(0,0,1, 8,0),
+ AMR_PULSE(1,0,1, 8,0), AMR_PULSE(2,0,1, 8,0), AMR_PULSE(3,0,1, 8,0),
+ AMR_PULSE(0,0,1, 7,0), AMR_PULSE(1,0,1, 7,0), AMR_PULSE(2,0,1, 7,0),
+ AMR_PULSE(3,0,1, 7,0), AMR_PULSE(0,0,1, 6,0), AMR_PULSE(1,0,1, 6,0),
+ AMR_PULSE(2,0,1, 6,0), AMR_PULSE(3,0,1, 6,0)
};
-static const AMROrder order_MODE_795[159] = {
- AMR_LSF ( 0, 0), AMR_LSF ( 0, 1), AMR_LSF ( 0, 2), AMR_LSF ( 0, 3),
- AMR_LSF ( 0, 4), AMR_LSF ( 0, 5), AMR_LSF ( 0, 6), AMR_LSF ( 1, 3),
- AMR_LSF ( 1, 1), AMR_LSF ( 1, 8), AMR_LSF ( 1, 7), AMR_LSF ( 1, 5),
- AMR_LSF ( 1, 4), AMR_LSF ( 1, 2), AMR_LSF ( 1, 6), AMR_LSF ( 1, 0),
- AMR_LSF ( 2, 6), AMR_LSF ( 2, 4), AMR_LSF ( 2, 2), AMR_LSF ( 2, 3),
- AMR_LSF ( 2, 7), AMR_LSF ( 2, 8), AMR_LSF ( 2, 5), AMR_FGAIN(0, 4),
- AMR_FGAIN(1, 4), AMR_FGAIN(2, 4), AMR_FGAIN(3, 4), AMR_FGAIN(0, 3),
- AMR_FGAIN(1, 3), AMR_FGAIN(2, 3), AMR_FGAIN(3, 3), AMR_FGAIN(0, 2),
- AMR_FGAIN(1, 2), AMR_FGAIN(2, 2), AMR_FGAIN(3, 2), AMR_PGAIN(0, 3),
- AMR_PGAIN(1, 3), AMR_PGAIN(2, 3), AMR_PGAIN(3, 3), AMR_PGAIN(0, 2),
- AMR_PGAIN(1, 2), AMR_PGAIN(2, 2), AMR_PGAIN(3, 2), AMR_PLAG (0, 7),
- AMR_PLAG (2, 7), AMR_PLAG (0, 6), AMR_PLAG (2, 6), AMR_PLAG (0, 5),
- AMR_PLAG (2, 5), AMR_PLAG (0, 4), AMR_PLAG (2, 4), AMR_PLAG (0, 3),
- AMR_PLAG (2, 3), AMR_PLAG (1, 5), AMR_PLAG (3, 5), AMR_PLAG (1, 4),
- AMR_PLAG (3, 4), AMR_PLAG (1, 3), AMR_PLAG (3, 3), AMR_FGAIN(0, 1),
- AMR_FGAIN(1, 1), AMR_FGAIN(2, 1), AMR_FGAIN(3, 1), AMR_PLAG (0, 2),
- AMR_PLAG (2, 2), AMR_PLAG (1, 2), AMR_PLAG (3, 2), AMR_LSF ( 0, 7),
- AMR_LSF ( 0, 8), AMR_LSF ( 2, 1), AMR_LSF ( 2, 0), AMR_PLAG (0, 1),
- AMR_PLAG (2, 1), AMR_PLAG (0, 0), AMR_PLAG (2, 0), AMR_PLAG (1, 1),
- AMR_PLAG (3, 1), AMR_PLAG (1, 0), AMR_PLAG (3, 0), AMR_PGAIN(0, 1),
- AMR_PGAIN(1, 1), AMR_PGAIN(2, 1), AMR_PGAIN(3, 1), AMR_FGAIN(0, 0),
- AMR_FGAIN(1, 0), AMR_FGAIN(2, 0), AMR_FGAIN(3, 0), AMR_PGAIN(0, 0),
- AMR_PGAIN(1, 0), AMR_PGAIN(2, 0), AMR_PGAIN(3, 0), AMR_PULSE(2,1, 0),
- AMR_PULSE(2,1, 1), AMR_PULSE(2,1, 2), AMR_PULSE(0,0, 1), AMR_PULSE(1,0, 1),
- AMR_PULSE(2,0, 1), AMR_PULSE(3,0, 1), AMR_PULSE(0,0, 4), AMR_PULSE(1,0, 4),
- AMR_PULSE(2,0, 4), AMR_PULSE(3,0, 4), AMR_PULSE(0,0, 7), AMR_PULSE(1,0, 7),
- AMR_PULSE(2,0, 7), AMR_PULSE(3,0, 7), AMR_PULSE(0,0,11), AMR_PULSE(1,0,11),
- AMR_PULSE(2,0,11), AMR_PULSE(3,0,11), AMR_PULSE(2,1, 3), AMR_PULSE(3,1, 0),
- AMR_PULSE(3,1, 1), AMR_PULSE(3,1, 2), AMR_PULSE(3,1, 3), AMR_PULSE(1,1, 0),
- AMR_PULSE(1,1, 1), AMR_PULSE(1,1, 2), AMR_PULSE(1,1, 3), AMR_PULSE(0,1, 0),
- AMR_PULSE(0,1, 1), AMR_PULSE(0,1, 2), AMR_PULSE(0,1, 3), AMR_PULSE(0,0, 0),
- AMR_PULSE(0,0, 2), AMR_PULSE(0,0, 3), AMR_PULSE(0,0, 5), AMR_PULSE(0,0, 8),
- AMR_PULSE(0,0,12), AMR_PULSE(1,0, 0), AMR_PULSE(1,0, 2), AMR_PULSE(1,0, 3),
- AMR_PULSE(1,0, 5), AMR_PULSE(1,0, 8), AMR_PULSE(1,0,12), AMR_PULSE(2,0, 0),
- AMR_PULSE(2,0, 2), AMR_PULSE(2,0, 3), AMR_PULSE(2,0, 5), AMR_PULSE(2,0, 8),
- AMR_PULSE(2,0,12), AMR_PULSE(3,0, 0), AMR_PULSE(3,0, 2), AMR_PULSE(3,0, 3),
- AMR_PULSE(3,0, 5), AMR_PULSE(3,0, 8), AMR_PULSE(3,0,12), AMR_PULSE(0,0, 6),
- AMR_PULSE(1,0, 6), AMR_PULSE(2,0, 6), AMR_PULSE(3,0, 6), AMR_PULSE(0,0,10),
- AMR_PULSE(1,0,10), AMR_PULSE(2,0,10), AMR_PULSE(3,0,10), AMR_PULSE(0,0, 9),
- AMR_PULSE(1,0, 9), AMR_PULSE(2,0, 9), AMR_PULSE(3,0, 9)
+static AMROrder order_MODE_795[] = {
+ AMR_LSF ( 0,7, 9,1), AMR_LSF ( 1,1, 3,0), AMR_LSF ( 1,1, 1,0),
+ AMR_LSF ( 1,2, 7,0), AMR_LSF ( 1,2, 4,0), AMR_LSF ( 1,1, 2,0),
+ AMR_LSF ( 1,1, 6,0), AMR_LSF ( 1,1, 0,0), AMR_LSF ( 2,1, 6,0),
+ AMR_LSF ( 2,1, 4,0), AMR_LSF ( 2,2,12,1), AMR_LSF ( 2,2, 7,1),
+ AMR_LSF ( 2,1, 5,0), AMR_FGAIN(0 ,1, 4,0), AMR_FGAIN(1 ,1, 4,0),
+ AMR_FGAIN(2 ,1, 4,0), AMR_FGAIN(3 ,1, 4,0), AMR_FGAIN(0 ,1, 3,0),
+ AMR_FGAIN(1 ,1, 3,0), AMR_FGAIN(2 ,1, 3,0), AMR_FGAIN(3 ,1, 3,0),
+ AMR_FGAIN(0 ,1, 2,0), AMR_FGAIN(1 ,1, 2,0), AMR_FGAIN(2 ,1, 2,0),
+ AMR_FGAIN(3 ,1, 2,0), AMR_PGAIN(0 ,1, 3,0), AMR_PGAIN(1 ,1, 3,0),
+ AMR_PGAIN(2 ,1, 3,0), AMR_PGAIN(3 ,1, 3,0), AMR_PGAIN(0 ,1, 2,0),
+ AMR_PGAIN(1 ,1, 2,0), AMR_PGAIN(2 ,1, 2,0), AMR_PGAIN(3 ,1, 2,0),
+ AMR_PLAG (0 ,1, 7,0), AMR_PLAG (2 ,1, 7,0), AMR_PLAG (0 ,1, 6,0),
+ AMR_PLAG (2 ,1, 6,0), AMR_PLAG (0 ,1, 5,0), AMR_PLAG (2 ,1, 5,0),
+ AMR_PLAG (0 ,1, 4,0), AMR_PLAG (2 ,1, 4,0), AMR_PLAG (0 ,1, 3,0),
+ AMR_PLAG (2 ,1, 3,0), AMR_PLAG (1 ,1, 5,0), AMR_PLAG (3 ,1, 5,0),
+ AMR_PLAG (1 ,1, 4,0), AMR_PLAG (3 ,1, 4,0), AMR_PLAG (1 ,1, 3,0),
+ AMR_PLAG (3 ,1, 3,0), AMR_FGAIN(0 ,1, 1,0), AMR_FGAIN(1 ,1, 1,0),
+ AMR_FGAIN(2 ,1, 1,0), AMR_FGAIN(3 ,1, 1,0), AMR_PLAG (0 ,1, 2,0),
+ AMR_PLAG (2 ,1, 2,0), AMR_PLAG (1 ,1, 2,0), AMR_PLAG (3 ,1, 2,0),
+ AMR_LSF ( 0,2, 7,1), AMR_LSF ( 2,2, 0,0), AMR_PLAG (0 ,1, 1,0),
+ AMR_PLAG (2 ,1, 1,0), AMR_PLAG (0 ,1, 0,0), AMR_PLAG (2 ,1, 0,0),
+ AMR_PLAG (1 ,1, 1,0), AMR_PLAG (3 ,1, 1,0), AMR_PLAG (1 ,1, 0,0),
+ AMR_PLAG (3 ,1, 0,0), AMR_PGAIN(0 ,1, 1,0), AMR_PGAIN(1 ,1, 1,0),
+ AMR_PGAIN(2 ,1, 1,0), AMR_PGAIN(3 ,1, 1,0), AMR_FGAIN(0 ,1, 0,0),
+ AMR_FGAIN(1 ,1, 0,0), AMR_FGAIN(2 ,1, 0,0), AMR_FGAIN(3 ,1, 0,0),
+ AMR_PGAIN(0 ,1, 0,0), AMR_PGAIN(1 ,1, 0,0), AMR_PGAIN(2 ,1, 0,0),
+ AMR_PGAIN(3 ,1, 0,0), AMR_PULSE(2,1,3,13,1), AMR_PULSE(0,0,1, 1,0),
+ AMR_PULSE(1,0,1, 1,0), AMR_PULSE(2,0,1, 1,0), AMR_PULSE(3,0,1, 1,0),
+ AMR_PULSE(0,0,1, 4,0), AMR_PULSE(1,0,1, 4,0), AMR_PULSE(2,0,1, 4,0),
+ AMR_PULSE(3,0,1, 4,0), AMR_PULSE(0,0,1, 7,0), AMR_PULSE(1,0,1, 7,0),
+ AMR_PULSE(2,0,1, 7,0), AMR_PULSE(3,0,1, 7,0), AMR_PULSE(0,0,1,11,0),
+ AMR_PULSE(1,0,1,11,0), AMR_PULSE(2,0,1,11,0), AMR_PULSE(3,0,1,11,0),
+ AMR_PULSE(2,1,1, 3,0), AMR_PULSE(3,1,4,12,1), AMR_PULSE(1,1,4,12,1),
+ AMR_PULSE(0,1,4,12,1), AMR_PULSE(0,0,1, 0,0), AMR_PULSE(0,0,2,12,1),
+ AMR_PULSE(0,0,1, 5,0), AMR_PULSE(0,0,1, 8,0), AMR_PULSE(0,0,1,12,0),
+ AMR_PULSE(1,0,1, 0,0), AMR_PULSE(1,0,2,12,1), AMR_PULSE(1,0,1, 5,0),
+ AMR_PULSE(1,0,1, 8,0), AMR_PULSE(1,0,1,12,0), AMR_PULSE(2,0,1, 0,0),
+ AMR_PULSE(2,0,2,12,1), AMR_PULSE(2,0,1, 5,0), AMR_PULSE(2,0,1, 8,0),
+ AMR_PULSE(2,0,1,12,0), AMR_PULSE(3,0,1, 0,0), AMR_PULSE(3,0,2,12,1),
+ AMR_PULSE(3,0,1, 5,0), AMR_PULSE(3,0,1, 8,0), AMR_PULSE(3,0,1,12,0),
+ AMR_PULSE(0,0,1, 6,0), AMR_PULSE(1,0,1, 6,0), AMR_PULSE(2,0,1, 6,0),
+ AMR_PULSE(3,0,1, 6,0), AMR_PULSE(0,0,1,10,0), AMR_PULSE(1,0,1,10,0),
+ AMR_PULSE(2,0,1,10,0), AMR_PULSE(3,0,1,10,0), AMR_PULSE(0,0,1, 9,0),
+ AMR_PULSE(1,0,1, 9,0), AMR_PULSE(2,0,1, 9,0), AMR_PULSE(3,0,1, 9,0)
};
-static const AMROrder order_MODE_102[204] = {
- AMR_LSF ( 0, 0), AMR_LSF ( 0, 1), AMR_LSF ( 0, 2), AMR_LSF ( 0, 3),
- AMR_LSF ( 0, 4), AMR_LSF ( 0, 5), AMR_LSF ( 0, 6), AMR_LSF ( 0, 7),
- AMR_LSF ( 1, 0), AMR_LSF ( 1, 1), AMR_LSF ( 1, 2), AMR_LSF ( 1, 3),
- AMR_LSF ( 1, 4), AMR_LSF ( 1, 5), AMR_LSF ( 1, 6), AMR_LSF ( 1, 7),
- AMR_LSF ( 1, 8), AMR_PLAG (0, 7), AMR_PLAG (0, 6), AMR_PLAG (0, 5),
- AMR_PLAG (0, 4), AMR_PLAG (0, 3), AMR_PLAG (0, 2), AMR_PLAG (2, 7),
- AMR_PLAG (2, 6), AMR_PLAG (2, 5), AMR_PLAG (2, 4), AMR_PLAG (2, 3),
- AMR_PLAG (2, 2), AMR_PLAG (1, 4), AMR_PLAG (1, 3), AMR_PLAG (3, 4),
- AMR_PLAG (3, 3), AMR_PGAIN(0, 6), AMR_PGAIN(0, 3), AMR_PGAIN(0, 2),
- AMR_PGAIN(1, 6), AMR_PGAIN(1, 3), AMR_PGAIN(1, 2), AMR_PGAIN(2, 6),
- AMR_PGAIN(2, 3), AMR_PGAIN(2, 2), AMR_PGAIN(3, 6), AMR_PGAIN(3, 3),
- AMR_PGAIN(3, 2), AMR_PLAG (0, 1), AMR_PLAG (0, 0), AMR_PLAG (2, 1),
- AMR_PLAG (2, 0), AMR_PLAG (1, 2), AMR_PLAG (1, 1), AMR_PLAG (3, 2),
- AMR_PLAG (3, 1), AMR_PGAIN(0, 5), AMR_PGAIN(1, 5), AMR_PGAIN(2, 5),
- AMR_PGAIN(3, 5), AMR_LSF ( 2, 6), AMR_LSF ( 2, 2), AMR_LSF ( 2, 4),
- AMR_LSF ( 2, 3), AMR_LSF ( 2, 7), AMR_LSF ( 2, 8), AMR_LSF ( 2, 5),
- AMR_LSF ( 2, 1), AMR_LSF ( 2, 0), AMR_PULSE(0,3, 0), AMR_PULSE(0,2, 0),
- AMR_PULSE(0,1, 0), AMR_PULSE(0,0, 0), AMR_PULSE(1,3, 0), AMR_PULSE(1,2, 0),
- AMR_PULSE(1,1, 0), AMR_PULSE(1,0, 0), AMR_PULSE(2,3, 0), AMR_PULSE(2,2, 0),
- AMR_PULSE(2,1, 0), AMR_PULSE(2,0, 0), AMR_PULSE(3,3, 0), AMR_PULSE(3,2, 0),
- AMR_PULSE(3,1, 0), AMR_PULSE(3,0, 0), AMR_PGAIN(0, 1), AMR_PGAIN(0, 4),
- AMR_PGAIN(0, 0), AMR_PGAIN(1, 1), AMR_PGAIN(1, 4), AMR_PGAIN(1, 0),
- AMR_PGAIN(2, 1), AMR_PGAIN(2, 4), AMR_PGAIN(2, 0), AMR_PGAIN(3, 1),
- AMR_PGAIN(3, 4), AMR_PGAIN(3, 0), AMR_PLAG (1, 0), AMR_PLAG (3, 0),
- AMR_PULSE(1,4, 9), AMR_PULSE(1,4, 8), AMR_PULSE(1,5, 8), AMR_PULSE(1,5, 9),
- AMR_PULSE(1,5, 7), AMR_PULSE(1,4, 7), AMR_PULSE(1,5, 5), AMR_PULSE(1,4, 5),
- AMR_PULSE(1,4, 6), AMR_PULSE(1,5, 6), AMR_PULSE(1,6, 6), AMR_PULSE(1,6, 5),
- AMR_PULSE(1,5, 4), AMR_PULSE(1,6, 3), AMR_PULSE(1,4, 4), AMR_PULSE(1,6, 4),
- AMR_PULSE(1,4, 3), AMR_PULSE(1,5, 3), AMR_PULSE(2,4, 9), AMR_PULSE(2,4, 8),
- AMR_PULSE(2,5, 8), AMR_PULSE(2,5, 9), AMR_PULSE(2,5, 7), AMR_PULSE(2,4, 7),
- AMR_PULSE(2,5, 5), AMR_PULSE(2,4, 5), AMR_PULSE(2,4, 6), AMR_PULSE(2,5, 6),
- AMR_PULSE(2,6, 6), AMR_PULSE(2,6, 5), AMR_PULSE(2,5, 4), AMR_PULSE(2,6, 3),
- AMR_PULSE(2,4, 4), AMR_PULSE(2,6, 4), AMR_PULSE(2,4, 3), AMR_PULSE(2,5, 3),
- AMR_PULSE(3,4, 9), AMR_PULSE(3,4, 8), AMR_PULSE(3,5, 8), AMR_PULSE(3,5, 9),
- AMR_PULSE(3,5, 7), AMR_PULSE(3,4, 7), AMR_PULSE(3,5, 5), AMR_PULSE(3,4, 5),
- AMR_PULSE(3,4, 6), AMR_PULSE(3,5, 6), AMR_PULSE(3,6, 6), AMR_PULSE(3,6, 5),
- AMR_PULSE(3,5, 4), AMR_PULSE(3,6, 3), AMR_PULSE(3,4, 4), AMR_PULSE(3,6, 4),
- AMR_PULSE(3,4, 3), AMR_PULSE(3,5, 3), AMR_PULSE(0,4, 9), AMR_PULSE(0,4, 8),
- AMR_PULSE(0,5, 8), AMR_PULSE(0,5, 9), AMR_PULSE(0,5, 7), AMR_PULSE(0,4, 7),
- AMR_PULSE(0,5, 5), AMR_PULSE(0,4, 5), AMR_PULSE(0,4, 6), AMR_PULSE(0,5, 6),
- AMR_PULSE(0,6, 6), AMR_PULSE(0,6, 5), AMR_PULSE(0,5, 4), AMR_PULSE(0,6, 3),
- AMR_PULSE(0,4, 4), AMR_PULSE(0,6, 4), AMR_PULSE(0,4, 3), AMR_PULSE(0,5, 3),
- AMR_PULSE(3,6, 2), AMR_PULSE(3,4, 0), AMR_PULSE(3,5, 0), AMR_PULSE(3,6, 0),
- AMR_PULSE(3,4, 2), AMR_PULSE(3,6, 1), AMR_PULSE(3,4, 1), AMR_PULSE(3,5, 2),
- AMR_PULSE(3,5, 1), AMR_PULSE(2,6, 2), AMR_PULSE(2,4, 0), AMR_PULSE(2,5, 0),
- AMR_PULSE(2,6, 0), AMR_PULSE(2,4, 2), AMR_PULSE(2,6, 1), AMR_PULSE(2,4, 1),
- AMR_PULSE(2,5, 2), AMR_PULSE(2,5, 1), AMR_PULSE(1,6, 2), AMR_PULSE(1,4, 0),
- AMR_PULSE(1,5, 0), AMR_PULSE(1,6, 0), AMR_PULSE(1,4, 2), AMR_PULSE(1,6, 1),
- AMR_PULSE(1,4, 1), AMR_PULSE(1,5, 2), AMR_PULSE(1,5, 1), AMR_PULSE(0,6, 2),
- AMR_PULSE(0,4, 0), AMR_PULSE(0,5, 0), AMR_PULSE(0,6, 0), AMR_PULSE(0,4, 2),
- AMR_PULSE(0,6, 1), AMR_PULSE(0,4, 1), AMR_PULSE(0,5, 2), AMR_PULSE(0,5, 1)
+static AMROrder order_MODE_102[] = {
+ AMR_LSF ( 0,8, 8,1), AMR_LSF ( 1,9, 7,1), AMR_PLAG (0 ,6, 2,0),
+ AMR_PLAG (2 ,6, 2,0), AMR_PLAG (1 ,2, 3,0), AMR_PLAG (3 ,2, 3,0),
+ AMR_PGAIN(0 ,1, 6,0), AMR_PGAIN(0 ,2, 2,0), AMR_PGAIN(1 ,1, 6,0),
+ AMR_PGAIN(1 ,2, 2,0), AMR_PGAIN(2 ,1, 6,0), AMR_PGAIN(2 ,2, 2,0),
+ AMR_PGAIN(3 ,1, 6,0), AMR_PGAIN(3 ,2, 2,0), AMR_PLAG (0 ,2, 0,0),
+ AMR_PLAG (2 ,2, 0,0), AMR_PLAG (1 ,2, 1,0), AMR_PLAG (3 ,2, 1,0),
+ AMR_PGAIN(0 ,1, 5,0), AMR_PGAIN(1 ,1, 5,0), AMR_PGAIN(2 ,1, 5,0),
+ AMR_PGAIN(3 ,1, 5,0), AMR_LSF ( 2,1, 6,0), AMR_LSF ( 2,1, 2,0),
+ AMR_LSF ( 2,2, 3,0), AMR_LSF ( 2,2, 7,1), AMR_LSF ( 2,1, 5,0),
+ AMR_LSF ( 2,2, 0,0), AMR_PULSE(0,3,1, 0,0), AMR_PULSE(0,2,1, 0,0),
+ AMR_PULSE(0,1,1, 0,0), AMR_PULSE(0,0,1, 0,0), AMR_PULSE(1,3,1, 0,0),
+ AMR_PULSE(1,2,1, 0,0), AMR_PULSE(1,1,1, 0,0), AMR_PULSE(1,0,1, 0,0),
+ AMR_PULSE(2,3,1, 0,0), AMR_PULSE(2,2,1, 0,0), AMR_PULSE(2,1,1, 0,0),
+ AMR_PULSE(2,0,1, 0,0), AMR_PULSE(3,3,1, 0,0), AMR_PULSE(3,2,1, 0,0),
+ AMR_PULSE(3,1,1, 0,0), AMR_PULSE(3,0,1, 0,0), AMR_PGAIN(0 ,1, 1,0),
+ AMR_PGAIN(0 ,1, 4,0), AMR_PGAIN(0 ,1, 0,0), AMR_PGAIN(1 ,1, 1,0),
+ AMR_PGAIN(1 ,1, 4,0), AMR_PGAIN(1 ,1, 0,0), AMR_PGAIN(2 ,1, 1,0),
+ AMR_PGAIN(2 ,1, 4,0), AMR_PGAIN(2 ,1, 0,0), AMR_PGAIN(3 ,1, 1,0),
+ AMR_PGAIN(3 ,1, 4,0), AMR_PGAIN(3 ,1, 0,0), AMR_PLAG (1 ,1, 0,0),
+ AMR_PLAG (3 ,1, 0,0), AMR_PULSE(1,4,2, 8,0), AMR_PULSE(1,5,2, 6,1),
+ AMR_PULSE(1,5,1, 7,0), AMR_PULSE(1,4,1, 7,0), AMR_PULSE(1,5,1, 5,0),
+ AMR_PULSE(1,4,2, 9,1), AMR_PULSE(1,5,1, 6,0), AMR_PULSE(1,6,2, 5,0),
+ AMR_PULSE(1,5,1, 4,0), AMR_PULSE(1,6,1, 3,0), AMR_PULSE(1,4,1, 4,0),
+ AMR_PULSE(1,6,1, 4,0), AMR_PULSE(1,4,1, 3,0), AMR_PULSE(1,5,1, 3,0),
+ AMR_PULSE(2,4,2, 8,0), AMR_PULSE(2,5,2, 6,1), AMR_PULSE(2,5,1, 7,0),
+ AMR_PULSE(2,4,1, 7,0), AMR_PULSE(2,5,1, 5,0), AMR_PULSE(2,4,2, 9,1),
+ AMR_PULSE(2,5,1, 6,0), AMR_PULSE(2,6,2, 5,0), AMR_PULSE(2,5,1, 4,0),
+ AMR_PULSE(2,6,1, 3,0), AMR_PULSE(2,4,1, 4,0), AMR_PULSE(2,6,1, 4,0),
+ AMR_PULSE(2,4,1, 3,0), AMR_PULSE(2,5,1, 3,0), AMR_PULSE(3,4,2, 8,0),
+ AMR_PULSE(3,5,2, 6,1), AMR_PULSE(3,5,1, 7,0), AMR_PULSE(3,4,1, 7,0),
+ AMR_PULSE(3,5,1, 5,0), AMR_PULSE(3,4,2, 9,1), AMR_PULSE(3,5,1, 6,0),
+ AMR_PULSE(3,6,2, 5,0), AMR_PULSE(3,5,1, 4,0), AMR_PULSE(3,6,1, 3,0),
+ AMR_PULSE(3,4,1, 4,0), AMR_PULSE(3,6,1, 4,0), AMR_PULSE(3,4,1, 3,0),
+ AMR_PULSE(3,5,1, 3,0), AMR_PULSE(0,4,2, 8,0), AMR_PULSE(0,5,2, 6,1),
+ AMR_PULSE(0,5,1, 7,0), AMR_PULSE(0,4,1, 7,0), AMR_PULSE(0,5,1, 5,0),
+ AMR_PULSE(0,4,2, 9,1), AMR_PULSE(0,5,1, 6,0), AMR_PULSE(0,6,2, 5,0),
+ AMR_PULSE(0,5,1, 4,0), AMR_PULSE(0,6,1, 3,0), AMR_PULSE(0,4,1, 4,0),
+ AMR_PULSE(0,6,1, 4,0), AMR_PULSE(0,4,1, 3,0), AMR_PULSE(0,5,1, 3,0),
+ AMR_PULSE(3,6,1, 2,0), AMR_PULSE(3,4,1, 0,0), AMR_PULSE(3,5,1, 0,0),
+ AMR_PULSE(3,6,1, 0,0), AMR_PULSE(3,4,1, 2,0), AMR_PULSE(3,6,1, 1,0),
+ AMR_PULSE(3,4,1, 1,0), AMR_PULSE(3,5,2, 1,0), AMR_PULSE(2,6,1, 2,0),
+ AMR_PULSE(2,4,1, 0,0), AMR_PULSE(2,5,1, 0,0), AMR_PULSE(2,6,1, 0,0),
+ AMR_PULSE(2,4,1, 2,0), AMR_PULSE(2,6,1, 1,0), AMR_PULSE(2,4,1, 1,0),
+ AMR_PULSE(2,5,2, 1,0), AMR_PULSE(1,6,1, 2,0), AMR_PULSE(1,4,1, 0,0),
+ AMR_PULSE(1,5,1, 0,0), AMR_PULSE(1,6,1, 0,0), AMR_PULSE(1,4,1, 2,0),
+ AMR_PULSE(1,6,1, 1,0), AMR_PULSE(1,4,1, 1,0), AMR_PULSE(1,5,2, 1,0),
+ AMR_PULSE(0,6,1, 2,0), AMR_PULSE(0,4,1, 0,0), AMR_PULSE(0,5,1, 0,0),
+ AMR_PULSE(0,6,1, 0,0), AMR_PULSE(0,4,1, 2,0), AMR_PULSE(0,6,1, 1,0),
+ AMR_PULSE(0,4,1, 1,0), AMR_PULSE(0,5,2, 1,0)
};
-static const AMROrder order_MODE_122[244] = {
- AMR_LSF ( 0, 6), AMR_LSF ( 0, 5), AMR_LSF ( 0, 4), AMR_LSF ( 0, 3),
- AMR_LSF ( 0, 2), AMR_LSF ( 0, 1), AMR_LSF ( 0, 0), AMR_LSF ( 1, 7),
- AMR_LSF ( 1, 6), AMR_LSF ( 1, 5), AMR_LSF ( 1, 4), AMR_LSF ( 1, 3),
- AMR_LSF ( 1, 2), AMR_LSF ( 1, 1), AMR_LSF ( 1, 0), AMR_LSF ( 2, 0),
- AMR_LSF ( 2, 8), AMR_LSF ( 2, 7), AMR_LSF ( 2, 6), AMR_LSF ( 2, 5),
- AMR_LSF ( 2, 4), AMR_LSF ( 2, 3), AMR_LSF ( 2, 2), AMR_LSF ( 2, 1),
- AMR_LSF ( 3, 7), AMR_LSF ( 3, 6), AMR_LSF ( 3, 5), AMR_LSF ( 3, 4),
- AMR_LSF ( 3, 3), AMR_PLAG (0, 8), AMR_PLAG (2, 8), AMR_PLAG (0, 7),
- AMR_PLAG (2, 7), AMR_PLAG (0, 6), AMR_PLAG (2, 6), AMR_PLAG (0, 5),
- AMR_PLAG (2, 5), AMR_PLAG (0, 4), AMR_PLAG (2, 4), AMR_PLAG (0, 3),
- AMR_PLAG (2, 3), AMR_PLAG (0, 2), AMR_PLAG (2, 2), AMR_PLAG (0, 1),
- AMR_PLAG (2, 1), AMR_PLAG (0, 0), AMR_PLAG (2, 0), AMR_PGAIN(0, 3),
- AMR_PGAIN(1, 3), AMR_PGAIN(2, 3), AMR_PGAIN(3, 3), AMR_PGAIN(0, 2),
- AMR_PGAIN(1, 2), AMR_PGAIN(2, 2), AMR_PGAIN(3, 2), AMR_PGAIN(0, 1),
- AMR_PGAIN(1, 1), AMR_PGAIN(2, 1), AMR_PGAIN(3, 1), AMR_FGAIN(0, 4),
- AMR_FGAIN(1, 4), AMR_FGAIN(2, 4), AMR_FGAIN(3, 4), AMR_FGAIN(0, 3),
- AMR_FGAIN(1, 3), AMR_FGAIN(2, 3), AMR_FGAIN(3, 3), AMR_FGAIN(0, 2),
- AMR_FGAIN(1, 2), AMR_FGAIN(2, 2), AMR_FGAIN(3, 2), AMR_PLAG (1, 5),
- AMR_PLAG (3, 5), AMR_PLAG (1, 4), AMR_PLAG (3, 4), AMR_PLAG (1, 3),
- AMR_PLAG (3, 3), AMR_PLAG (1, 2), AMR_PLAG (3, 2), AMR_PLAG (1, 1),
- AMR_PLAG (3, 1), AMR_LSF ( 3, 2), AMR_LSF ( 3, 1), AMR_LSF ( 3, 0),
- AMR_LSF ( 4, 5), AMR_LSF ( 4, 4), AMR_LSF ( 4, 3), AMR_LSF ( 4, 2),
- AMR_PGAIN(0, 0), AMR_PGAIN(1, 0), AMR_PGAIN(2, 0), AMR_PGAIN(3, 0),
- AMR_FGAIN(0, 1), AMR_FGAIN(1, 1), AMR_FGAIN(2, 1), AMR_FGAIN(3, 1),
- AMR_PULSE(0,0, 3), AMR_PULSE(1,0, 3), AMR_PULSE(2,0, 3), AMR_PULSE(3,0, 3),
- AMR_PULSE(0,1, 3), AMR_PULSE(1,1, 3), AMR_PULSE(2,1, 3), AMR_PULSE(3,1, 3),
- AMR_FGAIN(0, 0), AMR_FGAIN(1, 0), AMR_FGAIN(2, 0), AMR_FGAIN(3, 0),
- AMR_PULSE(0,2, 3), AMR_PULSE(1,2, 3), AMR_PULSE(2,2, 3), AMR_PULSE(3,2, 3),
- AMR_PULSE(0,3, 3), AMR_PULSE(1,3, 3), AMR_PULSE(2,3, 3), AMR_PULSE(3,3, 3),
- AMR_PULSE(0,4, 3), AMR_PULSE(1,4, 3), AMR_PULSE(2,4, 3), AMR_PULSE(3,4, 3),
- AMR_LSF ( 4, 1), AMR_LSF ( 4, 0), AMR_PULSE(0,0, 0), AMR_PULSE(0,0, 1),
- AMR_PULSE(0,0, 2), AMR_PULSE(0,1, 0), AMR_PULSE(0,1, 1), AMR_PULSE(0,1, 2),
- AMR_PULSE(0,2, 0), AMR_PULSE(0,2, 1), AMR_PULSE(0,2, 2), AMR_PULSE(0,3, 0),
- AMR_PULSE(0,3, 1), AMR_PULSE(0,3, 2), AMR_PULSE(0,4, 0), AMR_PULSE(0,4, 1),
- AMR_PULSE(0,4, 2), AMR_PULSE(1,0, 0), AMR_PULSE(1,0, 1), AMR_PULSE(1,0, 2),
- AMR_PULSE(1,1, 0), AMR_PULSE(1,1, 1), AMR_PULSE(1,1, 2), AMR_PULSE(1,2, 0),
- AMR_PULSE(1,2, 1), AMR_PULSE(1,2, 2), AMR_PULSE(1,3, 0), AMR_PULSE(1,3, 1),
- AMR_PULSE(1,3, 2), AMR_PULSE(1,4, 0), AMR_PULSE(1,4, 1), AMR_PULSE(1,4, 2),
- AMR_PULSE(2,0, 0), AMR_PULSE(2,0, 1), AMR_PULSE(2,0, 2), AMR_PULSE(2,1, 0),
- AMR_PULSE(2,1, 1), AMR_PULSE(2,1, 2), AMR_PULSE(2,2, 0), AMR_PULSE(2,2, 1),
- AMR_PULSE(2,2, 2), AMR_PULSE(2,3, 0), AMR_PULSE(2,3, 1), AMR_PULSE(2,3, 2),
- AMR_PULSE(2,4, 0), AMR_PULSE(2,4, 1), AMR_PULSE(2,4, 2), AMR_PULSE(3,0, 0),
- AMR_PULSE(3,0, 1), AMR_PULSE(3,0, 2), AMR_PULSE(3,1, 0), AMR_PULSE(3,1, 1),
- AMR_PULSE(3,1, 2), AMR_PULSE(3,2, 0), AMR_PULSE(3,2, 1), AMR_PULSE(3,2, 2),
- AMR_PULSE(3,3, 0), AMR_PULSE(3,3, 1), AMR_PULSE(3,3, 2), AMR_PULSE(3,4, 0),
- AMR_PULSE(3,4, 1), AMR_PULSE(3,4, 2), AMR_PULSE(0,5, 0), AMR_PULSE(0,5, 1),
- AMR_PULSE(0,5, 2), AMR_PULSE(0,6, 0), AMR_PULSE(0,6, 1), AMR_PULSE(0,6, 2),
- AMR_PULSE(0,7, 0), AMR_PULSE(0,7, 1), AMR_PULSE(0,7, 2), AMR_PULSE(0,8, 0),
- AMR_PULSE(0,8, 1), AMR_PULSE(0,8, 2), AMR_PULSE(0,9, 0), AMR_PULSE(0,9, 1),
- AMR_PULSE(0,9, 2), AMR_PULSE(1,5, 0), AMR_PULSE(1,5, 1), AMR_PULSE(1,5, 2),
- AMR_PULSE(1,6, 0), AMR_PULSE(1,6, 1), AMR_PULSE(1,6, 2), AMR_PULSE(1,7, 0),
- AMR_PULSE(1,7, 1), AMR_PULSE(1,7, 2), AMR_PULSE(1,8, 0), AMR_PULSE(1,8, 1),
- AMR_PULSE(1,8, 2), AMR_PULSE(1,9, 0), AMR_PULSE(1,9, 1), AMR_PULSE(1,9, 2),
- AMR_PULSE(2,5, 0), AMR_PULSE(2,5, 1), AMR_PULSE(2,5, 2), AMR_PULSE(2,6, 0),
- AMR_PULSE(2,6, 1), AMR_PULSE(2,6, 2), AMR_PULSE(2,7, 0), AMR_PULSE(2,7, 1),
- AMR_PULSE(2,7, 2), AMR_PULSE(2,8, 0), AMR_PULSE(2,8, 1), AMR_PULSE(2,8, 2),
- AMR_PULSE(2,9, 0), AMR_PULSE(2,9, 1), AMR_PULSE(2,9, 2), AMR_PULSE(3,5, 0),
- AMR_PULSE(3,5, 1), AMR_PULSE(3,5, 2), AMR_PULSE(3,6, 0), AMR_PULSE(3,6, 1),
- AMR_PULSE(3,6, 2), AMR_PULSE(3,7, 0), AMR_PULSE(3,7, 1), AMR_PULSE(3,7, 2),
- AMR_PULSE(3,8, 0), AMR_PULSE(3,8, 1), AMR_PULSE(3,8, 2), AMR_PULSE(3,9, 0),
- AMR_PULSE(3,9, 1), AMR_PULSE(3,9, 2), AMR_PLAG (1, 0), AMR_PLAG (3, 0)
+static AMROrder order_MODE_122[] = {
+ AMR_LSF ( 0,7, 0,0), AMR_LSF ( 1,8, 0,0), AMR_LSF ( 2,1, 0,0),
+ AMR_LSF ( 2,8, 1,0), AMR_LSF ( 3,5, 3,0), AMR_PLAG (0 ,1, 8,0),
+ AMR_PLAG (2 ,1, 8,0), AMR_PLAG (0 ,1, 7,0), AMR_PLAG (2 ,1, 7,0),
+ AMR_PLAG (0 ,1, 6,0), AMR_PLAG (2 ,1, 6,0), AMR_PLAG (0 ,1, 5,0),
+ AMR_PLAG (2 ,1, 5,0), AMR_PLAG (0 ,1, 4,0), AMR_PLAG (2 ,1, 4,0),
+ AMR_PLAG (0 ,1, 3,0), AMR_PLAG (2 ,1, 3,0), AMR_PLAG (0 ,1, 2,0),
+ AMR_PLAG (2 ,1, 2,0), AMR_PLAG (0 ,1, 1,0), AMR_PLAG (2 ,1, 1,0),
+ AMR_PLAG (0 ,1, 0,0), AMR_PLAG (2 ,1, 0,0), AMR_PGAIN(0 ,1, 3,0),
+ AMR_PGAIN(1 ,1, 3,0), AMR_PGAIN(2 ,1, 3,0), AMR_PGAIN(3 ,1, 3,0),
+ AMR_PGAIN(0 ,1, 2,0), AMR_PGAIN(1 ,1, 2,0), AMR_PGAIN(2 ,1, 2,0),
+ AMR_PGAIN(3 ,1, 2,0), AMR_PGAIN(0 ,1, 1,0), AMR_PGAIN(1 ,1, 1,0),
+ AMR_PGAIN(2 ,1, 1,0), AMR_PGAIN(3 ,1, 1,0), AMR_FGAIN(0 ,1, 4,0),
+ AMR_FGAIN(1 ,1, 4,0), AMR_FGAIN(2 ,1, 4,0), AMR_FGAIN(3 ,1, 4,0),
+ AMR_FGAIN(0 ,1, 3,0), AMR_FGAIN(1 ,1, 3,0), AMR_FGAIN(2 ,1, 3,0),
+ AMR_FGAIN(3 ,1, 3,0), AMR_FGAIN(0 ,1, 2,0), AMR_FGAIN(1 ,1, 2,0),
+ AMR_FGAIN(2 ,1, 2,0), AMR_FGAIN(3 ,1, 2,0), AMR_PLAG (1 ,1, 5,0),
+ AMR_PLAG (3 ,1, 5,0), AMR_PLAG (1 ,1, 4,0), AMR_PLAG (3 ,1, 4,0),
+ AMR_PLAG (1 ,1, 3,0), AMR_PLAG (3 ,1, 3,0), AMR_PLAG (1 ,1, 2,0),
+ AMR_PLAG (3 ,1, 2,0), AMR_PLAG (1 ,1, 1,0), AMR_PLAG (3 ,1, 1,0),
+ AMR_LSF ( 3,3, 0,0), AMR_LSF ( 4,4, 2,0), AMR_PGAIN(0 ,1, 0,0),
+ AMR_PGAIN(1 ,1, 0,0), AMR_PGAIN(2 ,1, 0,0), AMR_PGAIN(3 ,1, 0,0),
+ AMR_FGAIN(0 ,1, 1,0), AMR_FGAIN(1 ,1, 1,0), AMR_FGAIN(2 ,1, 1,0),
+ AMR_FGAIN(3 ,1, 1,0), AMR_PULSE(0,0,1, 3,0), AMR_PULSE(1,0,1, 3,0),
+ AMR_PULSE(2,0,1, 3,0), AMR_PULSE(3,0,1, 3,0), AMR_PULSE(0,1,1, 3,0),
+ AMR_PULSE(1,1,1, 3,0), AMR_PULSE(2,1,1, 3,0), AMR_PULSE(3,1,1, 3,0),
+ AMR_FGAIN(0 ,1, 0,0), AMR_FGAIN(1 ,1, 0,0), AMR_FGAIN(2 ,1, 0,0),
+ AMR_FGAIN(3 ,1, 0,0), AMR_PULSE(0,2,1, 3,0), AMR_PULSE(1,2,1, 3,0),
+ AMR_PULSE(2,2,1, 3,0), AMR_PULSE(3,2,1, 3,0), AMR_PULSE(0,3,1, 3,0),
+ AMR_PULSE(1,3,1, 3,0), AMR_PULSE(2,3,1, 3,0), AMR_PULSE(3,3,1, 3,0),
+ AMR_PULSE(0,4,1, 3,0), AMR_PULSE(1,4,1, 3,0), AMR_PULSE(2,4,1, 3,0),
+ AMR_PULSE(3,4,1, 3,0), AMR_LSF ( 4,2, 0,0), AMR_PULSE(0,0,3,13,1),
+ AMR_PULSE(0,1,3,13,1), AMR_PULSE(0,2,3,13,1), AMR_PULSE(0,3,3,13,1),
+ AMR_PULSE(0,4,3,13,1), AMR_PULSE(1,0,3,13,1), AMR_PULSE(1,1,3,13,1),
+ AMR_PULSE(1,2,3,13,1), AMR_PULSE(1,3,3,13,1), AMR_PULSE(1,4,3,13,1),
+ AMR_PULSE(2,0,3,13,1), AMR_PULSE(2,1,3,13,1), AMR_PULSE(2,2,3,13,1),
+ AMR_PULSE(2,3,3,13,1), AMR_PULSE(2,4,3,13,1), AMR_PULSE(3,0,3,13,1),
+ AMR_PULSE(3,1,3,13,1), AMR_PULSE(3,2,3,13,1), AMR_PULSE(3,3,3,13,1),
+ AMR_PULSE(3,4,3,13,1), AMR_PULSE(0,5,3,13,1), AMR_PULSE(0,6,3,13,1),
+ AMR_PULSE(0,7,3,13,1), AMR_PULSE(0,8,3,13,1), AMR_PULSE(0,9,3,13,1),
+ AMR_PULSE(1,5,3,13,1), AMR_PULSE(1,6,3,13,1), AMR_PULSE(1,7,3,13,1),
+ AMR_PULSE(1,8,3,13,1), AMR_PULSE(1,9,3,13,1), AMR_PULSE(2,5,3,13,1),
+ AMR_PULSE(2,6,3,13,1), AMR_PULSE(2,7,3,13,1), AMR_PULSE(2,8,3,13,1),
+ AMR_PULSE(2,9,3,13,1), AMR_PULSE(3,5,3,13,1), AMR_PULSE(3,6,3,13,1),
+ AMR_PULSE(3,7,3,13,1), AMR_PULSE(3,8,3,13,1), AMR_PULSE(3,9,3,13,1),
+ AMR_PLAG (1 ,1, 0,0), AMR_PLAG (3 ,1, 0,0)
};
-static const AMROrder order_MODE_DTX[35] = {
- AMR_SVECTOR( 2), AMR_SVECTOR( 1), AMR_SVECTOR( 0),
- AMR_LSF ( 0, 7), AMR_LSF ( 0, 6), AMR_LSF ( 0, 5), AMR_LSF ( 0, 4),
- AMR_LSF ( 0, 3), AMR_LSF ( 0, 2), AMR_LSF ( 0, 1), AMR_LSF ( 0, 0),
- AMR_LSF ( 1, 8), AMR_LSF ( 1, 7), AMR_LSF ( 1, 6), AMR_LSF ( 1, 5),
- AMR_LSF ( 1, 4), AMR_LSF ( 1, 3), AMR_LSF ( 1, 2), AMR_LSF ( 1, 1),
- AMR_LSF ( 1, 0), AMR_LSF ( 2, 8), AMR_LSF ( 2, 7), AMR_LSF ( 2, 6),
- AMR_LSF ( 2, 5), AMR_LSF ( 2, 4), AMR_LSF ( 2, 3), AMR_LSF ( 2, 2),
- AMR_LSF ( 2, 1), AMR_LSF ( 2, 0),
- AMR_SENERGY( 5), AMR_SENERGY( 4), AMR_SENERGY( 3),
- AMR_SENERGY( 2), AMR_SENERGY( 1), AMR_SENERGY( 0)
+static AMROrder order_MODE_DTX[] = {
+ AMR_SVECTOR( 3, 0,0), AMR_LSF (0,8, 0,0), AMR_LSF (1,9, 0,0),
+ AMR_LSF (2,9, 0,0), AMR_SENERGY( 6, 0,0)
};
/**
@@ -481,8 +464,8 @@ static const AMROrder * const amr_unpack
order_MODE_DTX,
};
-/** number of bits for each mode */
-static const uint8_t mode_bits[N_MODES] = {
+/** number of runs of consecutive bits for each mode */
+static const uint8_t mode_runs[N_MODES] = {
FF_ARRAY_ELEMS(order_MODE_475),
FF_ARRAY_ELEMS(order_MODE_515),
FF_ARRAY_ELEMS(order_MODE_59),
@@ -494,6 +477,8 @@ static const uint8_t mode_bits[N_MODES]
FF_ARRAY_ELEMS(order_MODE_DTX)
};
+/** number of bits for each mode */
+static const uint8_t mode_bits[N_MODES] = { 95, 103, 118, 134, 148, 159, 204, 244, 35 };
/**
* Values for the lsp vector from the 4th subframe of the
Modified: amr/amrnbdec.c
==============================================================================
--- amr/amrnbdec.c Mon Aug 10 13:12:25 2009 (r5027)
+++ amr/amrnbdec.c Mon Aug 10 20:42:31 2009 (r5028)
@@ -134,6 +134,14 @@ static av_cold int amrnb_decode_init(AVC
return 0;
}
+inline uint16_t reverse_bits(uint16_t x)
+{
+ x = (x & 0x00FF) << 8 | (x & 0x00FF << 8) >> 8;
+ x = (x & 0x0F0F) << 4 | (x & 0x0F0F << 4) >> 4;
+ x = (x & 0x3333) << 2 | (x & 0x3333 << 2) >> 2;
+ x = (x & 0x5555) << 1 | (x & 0x5555 << 1) >> 1;
+ return x;
+}
/**
* Unpack an RFC4867 speech frame into the AMR frame mode and parameters.
@@ -166,8 +174,13 @@ static enum Mode unpack_bitstream(AMRCon
int i;
memset(&p->frame, 0, sizeof(AMRNBFrame));
- for (i = 0; i < mode_bits[mode]; i++)
- data[order[i].index] += get_bits1(&gb) << order[i].bit;
+ for (i = 0; i < mode_runs[mode]; i++) {
+ uint16_t bits = get_bits(&gb, order[i].len);
+ if (order[i].rev) {
+ data[order[i].index] += reverse_bits(bits) >> order[i].shift;
+ } else
+ data[order[i].index] += bits << order[i].shift;
+ }
}
return mode;
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