| public getWithI32Buffer ( int bnum, bool get_then_del_in_buf = true ) : int | ||
| bnum | int | |
| get_then_del_in_buf | bool | |
| return | int | |
//used in decodeTable2 0:2 1:2
static int MAPCDSF_decodeTable2_Route2(MaiBitReader mbr0, MaiAT3PlusCoreDecoderChnInfo chn_info)
{
int rs = 0;
uint read_counter = chn_info.joint_chn_info.num_band_splited_used;
if (mbr0.getWithI32Buffer(1) != 0)
{
read_counter = (uint)mbr0.getWithI32Buffer(5);
}
MaiAT3PlusCoreDecoderSearchTableDes huff_table_now0;
MaiAT3PlusCoreDecoderSearchTableDes huff_table_now1;
if (0 == chn_info.joint_chn_info.var90)
{
huff_table_now0 = MaiAT3PlusCoreDecoder_StaticData.MAPCDSD_huff_table2[0];
huff_table_now1 = MaiAT3PlusCoreDecoder_StaticData.MAPCDSD_huff_table2[0];
}
else
{
huff_table_now0 = MaiAT3PlusCoreDecoder_StaticData.MAPCDSD_huff_table2[1];
huff_table_now1 = MaiAT3PlusCoreDecoder_StaticData.MAPCDSD_huff_table2[2];
}
uint ptmp = 0;
while (read_counter != 0)
{
if (chn_info.check_table0[0] == 1)
{
chn_info.table2[0] = MAPCDSF_getHuffValue(huff_table_now0, mbr0);
ptmp = chn_info.table2[0];
}
else if (chn_info.check_table0[0] == 0) chn_info.table2[0] = 0;
else if (chn_info.check_table0[0] == 2) chn_info.table2[0] = (uint)mbr0.getWithI32Buffer(1);
else
{
rs = -14;
break;
}
for (uint a0 = 1; a0 < read_counter; a0++)
{
if (chn_info.check_table0[a0] == 1)
{
chn_info.table2[a0] = MAPCDSF_getHuffValue(huff_table_now1, mbr0);
chn_info.table2[a0] += ptmp;
chn_info.table2[a0] &= huff_table_now1.mask;
ptmp = chn_info.table2[a0];
}
else if (chn_info.check_table0[a0] == 0) chn_info.table2[a0] = 0;
else if (chn_info.check_table0[a0] == 2) chn_info.table2[a0] = (uint)mbr0.getWithI32Buffer(1);
else
{
rs = -15;
break;
}
}
break;
}
return rs;
}
static int MAPCDSF_decodeTable0DataNum(MaiBitReader mbr0, MaiAT3PlusCoreDecoderChnInfo chn_info)
{
chn_info.table0_data_num0 =
chn_info.joint_chn_info.num_band_splited_declared;
chn_info.table0_data_num1 = 0;
if (chn_info.table0_flag_data_num != 0)
{
chn_info.table0_data_num0 = (uint)mbr0.getWithI32Buffer(5);
if (chn_info.table0_data_num0 > chn_info.joint_chn_info.num_band_splited_declared)
{
return -5;
}
if (chn_info.table0_flag_data_num == 3)
{
chn_info.table0_data_num1 = (uint)mbr0.getWithI32Buffer(2) + 1;
if (chn_info.chn_flag != 0) chn_info.table0_data_num1 = chn_info.table0_data_num1 - 1 + 3;
}
}
return 0;
}
//used in decodeTable0 0:1
static int MAPCDSF_decodeTable0_Route1(MaiBitReader mbr0, MaiAT3PlusCoreDecoderChnInfo chn_info)
{
int rs = 0;
chn_info.table0_flag_ex = mbr0.getWithI32Buffer(2);
chn_info.table0_flag_data_num = mbr0.getWithI32Buffer(2);
if (0 != (rs = MAPCDSF_decodeTable0DataNum(mbr0, chn_info))) return rs;
if (chn_info.table0_data_num0 != 0)
{
var uk1c6d0 = (uint)mbr0.getWithI32Buffer(5);
var uk1c6d4 = (uint)mbr0.getWithI32Buffer(2);
var uk1c6d8 = (uint)mbr0.getWithI32Buffer(3);
for (uint a0 = 0; a0 < uk1c6d0; a0++)
{
chn_info.table0[a0] = (uint)mbr0.getWithI32Buffer(3);
}
if (0 == uk1c6d4)
{
for (uint a0 = uk1c6d0; a0 < chn_info.table0_data_num0; a0++)
{
chn_info.table0[a0] = uk1c6d8;
}
}
else
{
for (uint a0 = uk1c6d0; a0 < chn_info.table0_data_num0; a0++)
{
chn_info.table0[a0] = (uint)mbr0.getWithI32Buffer((int)uk1c6d4) + uk1c6d8;
}
}
}
if ((rs = MAPCDSF_padTable0(mbr0, chn_info)) != 0) return rs;
if (chn_info.table0_flag_ex != 0)
{
MAPCDSF_exTable0Value(chn_info);
}
return rs;
}
//used in decodeACC2Main
static int MAPCDSF_decodeACC2MainSub2(MaiBitReader mbr0, MaiAT3PlusCoreDecoderChnInfo chn_info)
{
int rs = 0;
MAPCDSF_decodeACC2Main_func_list2[chn_info.chn_flag * 4 + mbr0.getWithI32Buffer(2)](mbr0, chn_info);
//rep check
for (int a0 = 0; a0 < 0x10; a0++)
{
for (int a1 = 0; a1 < 0x7; a1++)
{
if ( (chn_info.acc_data_now.table[a0].data0[a1] < 0) || (chn_info.acc_data_now.table[a0].data0[a1] >= 0x20) )
{
rs = -1;
break;
}
}
if (rs != 0) break;
for (int a1 = 0; a1 < (int)chn_info.acc_data_now.table[a0].num_acc - 1; a1++)
{
if (chn_info.acc_data_now.table[a0].data0[a1]
>=
chn_info.acc_data_now.table[a0].data0[a1 + 1])
{
rs = -1;
break;
}
}
if (rs != 0) break;
}
return rs;
}
//used in MAPCDSF_decodeACC6InnerSub0 0
static int MAPCDSF_decodeACC6Inner1_Route0(MaiBitReader mbr0, MaiAT3PlusCoreDecoderChnInfo chn_info)
{
int rs = 0;
for (uint a0 = 0; a0 < (uint)chn_info.acc_table_now.inner.unk2; a0++)
{
if (chn_info.inner_pack_table0_check_table[a0] != 0)
{
chn_info.acc_table_now.table[a0].num_uk = mbr0.getWithI32Buffer(4);
}
}
return rs;
}
//used in MAPCDSF_decodeACC2MainSub1 1:2
static int MAPCDSF_decodeACC2Main1_Route5(MaiBitReader mbr0, MaiAT3PlusCoreDecoderChnInfo chn_info)
{
int rs = 0;
for (uint a0 = 0; a0 < chn_info.uk1b450; a0++)
{
if (chn_info.acc_data_now.table[a0].num_acc != 0)
{
uint uk1b46c_x = (uint)mbr0.getWithI32Buffer(1);
if (uk1b46c_x != 0)
{
chn_info.acc_data_now.table[a0].data1[0] = MAPCDSF_getHuffValue(MaiAT3PlusCoreDecoder_StaticData.MAPCDSD_huff_table_global_2[0], mbr0);
for (uint a1 = 1; a1 < (uint)chn_info.acc_data_now.table[a0].num_acc; a1++)
{
chn_info.acc_data_now.table[a0].data1[a1] =
chn_info.acc_data_now.table[a0].data1[a1 - 1]
+ MAPCDSF_getHuffValue(MaiAT3PlusCoreDecoder_StaticData.MAPCDSD_huff_table_global_3[0], mbr0);
chn_info.acc_data_now.table[a0].data1[a1] &= 0xF;
}
}
else
{
for (uint a1 = 0; a1 < (uint)chn_info.acc_data_now.table[a0].num_acc; a1++)
{
if (a1 < (uint)chn_info.chn_ref.acc_data_now.table[a0].num_acc)
{
chn_info.acc_data_now.table[a0].data1[a1] = chn_info.chn_ref.acc_data_now.table[a0].data1[a1];
}
else
{
chn_info.acc_data_now.table[a0].data1[a1] = 0x7;
}
}
}
}
}
return rs;
}
//used in MAPCDSF_decodeACC2MainSub2 1:2
static int MAPCDSF_decodeACC2Main2_Route5(MaiBitReader mbr0, MaiAT3PlusCoreDecoderChnInfo chn_info)
{
int rs = 0;
for (uint a0 = 0; a0 < chn_info.uk1b450; a0++)
{
if (chn_info.acc_data_now.table[a0].num_acc != 0)
{
if ( ( ((uint)chn_info.acc_data_now.table[a0].num_acc)
<= ((uint)chn_info.chn_ref.acc_data_now.table[a0].num_acc) )
&& (0 == mbr0.getWithI32Buffer(1))
)
{
for (uint a1 = 0; a1 < (uint)chn_info.acc_data_now.table[a0].num_acc; a1++)
{
chn_info.acc_data_now.table[a0].data0[a1] =
chn_info.chn_ref.acc_data_now.table[a0].data0[a1];
}
}
else
{
MAPCDSF_parseACCDataMemberUsingHuffTable0(a0, mbr0, chn_info);
}
}
}
return rs;
}
static int MAPCDSF_calcACCTableTableUnk3ByLastValue(MaiAT3PlusCoreDecoderChnACCTableTable table, MaiBitReader mbr0)
{
int rs = 0;
for (int a0 = 0; a0 < (int)table.num_uk; a0++)
{
if (0 == a0)
{
table.ptr0[a0].unk3 = mbr0.getWithI32Buffer(0xA);
}
else if ( table.ptr0[a0 - 1].unk3 < 0x200)
{
table.ptr0[a0].unk3 = mbr0.getWithI32Buffer(0xA);
}
else if ( table.ptr0[a0 - 1].unk3 < 0x300)
{
table.ptr0[a0].unk3 = mbr0.getWithI32Buffer(0x9) + 0x200;
}
else if ( table.ptr0[a0 - 1].unk3 < 0x380)
{
table.ptr0[a0].unk3 = mbr0.getWithI32Buffer(0x8) + 0x300;
}
else if ( table.ptr0[a0 - 1].unk3 < 0x3C0)
{
table.ptr0[a0].unk3 = mbr0.getWithI32Buffer(0x7) + 0x380;
}
else if ( table.ptr0[a0 - 1].unk3 < 0x3E0)
{
table.ptr0[a0].unk3 = mbr0.getWithI32Buffer(0x6) + 0x3C0;
}
else if ( table.ptr0[a0 - 1].unk3 < 0x3F0)
{
table.ptr0[a0].unk3 = mbr0.getWithI32Buffer(0x5) + 0x3E0;
}
else if ( table.ptr0[a0 - 1].unk3 < 0x3F8)
{
table.ptr0[a0].unk3 = mbr0.getWithI32Buffer(0x4) + 0x3F0;
}
else if ( table.ptr0[a0 - 1].unk3 < 0x3FC)
{
table.ptr0[a0].unk3 = mbr0.getWithI32Buffer(0x3) + 0x3F8;
}
else if (table.ptr0[a0 - 1].unk3 < 0x3FE)
{
table.ptr0[a0].unk3 = mbr0.getWithI32Buffer(0x2) + 0x3FC;
}
else
{
table.ptr0[a0].unk3 = mbr0.getWithI32Buffer(0x1) + 0x3FE;
}
}
return rs;
}
static int MAPCDSF_parseACCDataMemberUsingHuffTable0(uint a0, MaiBitReader mbr0, MaiAT3PlusCoreDecoderChnInfo chn_info)
{
int rs = 0;
if (chn_info.acc_data_now.table[a0].num_acc != 0)
{
chn_info.acc_data_now.table[a0].data0[0] =
mbr0.getWithI32Buffer(5);
for (uint a1 = 1; a1 < (uint)chn_info.acc_data_now.table[a0].num_acc; a1++)
{
MaiAT3PlusCoreDecoderSearchTableDes huff_table_now = null;
if ( ((int)chn_info.acc_data_now.table[a0].data1[a1])
- ((int)chn_info.acc_data_now.table[a0].data1[a1 - 1])
<= 0)
{
huff_table_now = MaiAT3PlusCoreDecoder_StaticData.MAPCDSD_huff_table_global_6[0];
}
else
{
huff_table_now = MaiAT3PlusCoreDecoder_StaticData.MAPCDSD_huff_table_global_7[0];
}
chn_info.acc_data_now.table[a0].data0[a1] = (int)(
chn_info.acc_data_now.table[a0].data0[a1 - 1]
+ MAPCDSF_getHuffValue(huff_table_now, mbr0)
);
}
}
return rs;
}
static int MAPCDSF_padTable0(MaiBitReader mbr0, MaiAT3PlusCoreDecoderChnInfo chn_info)
{
if (chn_info.table0_flag_data_num == 0)
{
}
else if (chn_info.table0_flag_data_num == 1)
{
for (uint a0 = chn_info.table0_data_num0; a0 < chn_info.joint_chn_info.num_band_splited_declared; a0++)
chn_info.table0[a0] = 0;
}
else if (chn_info.table0_flag_data_num == 2)
{
if (0 == chn_info.chn_flag)
{
for (uint a0 = chn_info.table0_data_num0; a0 < chn_info.joint_chn_info.num_band_splited_declared; a0++)
chn_info.table0[a0] = 1;
}
else
{
for (uint a0 = chn_info.table0_data_num0; a0 < chn_info.joint_chn_info.num_band_splited_declared; a0++)
chn_info.table0[a0] = (uint)mbr0.getWithI32Buffer(1);
}
}
else if (chn_info.table0_flag_data_num == 3)
{
if (0 == chn_info.chn_flag)
{
for (uint a0 = chn_info.table0_data_num0; a0 < chn_info.joint_chn_info.num_band_splited_declared - chn_info.table0_data_num1; a0++)
chn_info.table0[a0] = 1;
}
else
{
for (uint a0 = chn_info.table0_data_num0; a0 < chn_info.table0_data_num0 + chn_info.table0_data_num1; a0++)
chn_info.table0[a0] = 1;
}
}
return 0;
}
static int MAPCDSF_parseACCDataMemberUsingBitRead(uint a0, uint a1, MaiBitReader mbr0, MaiAT3PlusCoreDecoderChnInfo chn_info)
{
int rs = 0;
if (a1 == 0)
{
chn_info.acc_data_now.table[a0].data0[0] = mbr0.getWithI32Buffer(5);
}
else
{
if ( ((uint)chn_info.acc_data_now.table[a0].data0[a1 - 1]) < 0xF)
{
chn_info.acc_data_now.table[a0].data0[a1] = mbr0.getWithI32Buffer(5);
}
else if ( ((uint)chn_info.acc_data_now.table[a0].data0[a1 - 1]) < 0x17)
{
chn_info.acc_data_now.table[a0].data0[a1] =
(chn_info.acc_data_now.table[a0].data0[a1 - 1])
+ mbr0.getWithI32Buffer(4)
+ 1;
}
else if ( ((uint)chn_info.acc_data_now.table[a0].data0[a1 - 1]) < 0x1B)
{
chn_info.acc_data_now.table[a0].data0[a1] =
(chn_info.acc_data_now.table[a0].data0[a1 - 1])
+ mbr0.getWithI32Buffer(3)
+ 1;
}
else if ( ((uint)chn_info.acc_data_now.table[a0].data0[a1 - 1]) < 0x1D)
{
chn_info.acc_data_now.table[a0].data0[a1] =
(chn_info.acc_data_now.table[a0].data0[a1 - 1])
+ mbr0.getWithI32Buffer(2)
+ 1;
}
else if ( ((uint)chn_info.acc_data_now.table[a0].data0[a1 - 1]) == 0x1D)
{
chn_info.acc_data_now.table[a0].data0[a1] =
(chn_info.acc_data_now.table[a0].data0[a1 - 1])
+ mbr0.getWithI32Buffer(1)
+ 1;
}
else if ( ((uint)chn_info.acc_data_now.table[a0].data0[a1 - 1]) == 0x1E)
{
chn_info.acc_data_now.table[a0].data0[a1] = 0x1F;
}
}
return rs;
}
//ushort *table0, byte *table1, uint max_len, MaiBitReader mbr0)
static uint MAPCDSF_getHuffValue(MaiAT3PlusCoreDecoderSearchTableDes huff_table, MaiBitReader mbr0)
{
uint value = (uint)mbr0.getWithI32Buffer((int)huff_table.max_bit_len, false);
value = huff_table.table1[value];
mbr0.getWithI32Buffer(huff_table.table0[value * 2 + 1]);
return value;
}
//used in decodeTable3
static int MAPCDSF_decodeTable3Sub0(MaiBitReader mbr0, ManagedPointer<short> buf_to_read, uint num_to_read, MaiAT3PlusCoreDecoderSearchTableDes huff_table_now)
{
int rs = 0;
if (huff_table_now.uk3 == 1)
{
uint tcounter0 = 0;
for (uint b0 = 0; b0 < (num_to_read >> (huff_table_now.uk4)); b0++)
{
uint group_value = MAPCDSF_getHuffValue(huff_table_now, mbr0);
for (uint b1 = 0; b1 < huff_table_now.uk2; b1++)
{
uint value_now = (uint)(group_value >> (int)((huff_table_now.uk2 - b1 - 1) * huff_table_now.uk6));
value_now &= huff_table_now.mask;
if (0 == huff_table_now.uk5)
{
if ((value_now & ( 1 << (huff_table_now.uk6 - 1) )) != 0 )
buf_to_read[tcounter0++] = (short)(value_now | ( ~( ( 1 << (huff_table_now.uk6) ) - 1 ) ));
else
buf_to_read[tcounter0++] = (short)(value_now);
}
else
{
if ( ((value_now != 0) && (mbr0.getWithI32Buffer(1) != 0)) )
buf_to_read[tcounter0++] = (short)(((short)(value_now)) * (-1));
else
buf_to_read[tcounter0++] = (short)(value_now);
}
}
}
}
else if (huff_table_now.uk3 > 1)
{
uint tcounter0 = 0;
for (uint b0 = 0; b0 < (num_to_read >> (huff_table_now.uk4)); b0 += huff_table_now.uk3)
{
uint l320 = (uint)mbr0.getWithI32Buffer(1);
if (0 == l320)
{
for (uint b1 = 0; b1 < huff_table_now.uk3 * huff_table_now.uk2; b1++)
{
buf_to_read[tcounter0++] = 0;
}
}
else for (uint b2 = 0; b2 < huff_table_now.uk3; b2++)
{
uint group_value = MAPCDSF_getHuffValue(huff_table_now, mbr0);
for (uint b1 = 0; b1 < huff_table_now.uk2; b1++)
{
uint value_now = (uint)(group_value >> (int)((huff_table_now.uk2 - b1 - 1) * huff_table_now.uk6));
value_now &= huff_table_now.mask;
if (0 == huff_table_now.uk5)
{
if ((value_now & ( 1 << (huff_table_now.uk6 - 1) )) != 0 )
buf_to_read[tcounter0++] = (short)(value_now | ( ~( ( 1 << (huff_table_now.uk6) ) - 1 ) ));
else
buf_to_read[tcounter0++] = (short)(value_now);
}
else
{
if ( ((value_now!= 0) && (mbr0.getWithI32Buffer(1)!= 0)) )
buf_to_read[tcounter0++] = (short)(((short)(value_now)) * (-1));
else
buf_to_read[tcounter0++] = (short)(value_now);
}
}
}
}
}
else
{
rs = -20;
}
return rs;
}
//used in decodeTable2 1:3
static int MAPCDSF_decodeTable2_Route4(MaiBitReader mbr0, MaiAT3PlusCoreDecoderChnInfo chn_info)
{
int rs = 0;
uint read_counter = chn_info.joint_chn_info.num_band_splited_used;
if (mbr0.getWithI32Buffer(1) != 0)
{
read_counter = (uint)mbr0.getWithI32Buffer(5);
}
for (uint a0 = 0; a0 < read_counter; a0++)
{
if (chn_info.check_table0[a0] == 1)
{
chn_info.table2[a0] = MAPCDSF_getHuffValue(MaiAT3PlusCoreDecoder_StaticData.MAPCDSD_huff_table2_2[chn_info.joint_chn_info.var90], mbr0); //tmp4
chn_info.table2[a0] += chn_info.chn_ref.table2[a0];
chn_info.table2[a0] &= MaiAT3PlusCoreDecoder_StaticData.MAPCDSD_huff_table2_2[chn_info.joint_chn_info.var90].mask;
}
else if (chn_info.check_table0[a0] == 0) chn_info.table2[a0] = 0;
else if (chn_info.check_table0[a0] == 2) chn_info.table2[a0] = (uint)mbr0.getWithI32Buffer(1);
else
{
rs = -17;
break;
}
}
return rs;
}
//used in MAPCDSF_decodeACC2MainSub1 0:0 1:0
static int MAPCDSF_decodeACC2Main1_Route0(MaiBitReader mbr0, MaiAT3PlusCoreDecoderChnInfo chn_info)
{
int rs = 0;
for (uint a0 = 0; a0 < chn_info.uk1b450; a0++)
{
for (uint a1 = 0; a1 < (uint)chn_info.acc_data_now.table[a0].num_acc; a1++)
{
chn_info.acc_data_now.table[a0].data1[a1] =
(uint)mbr0.getWithI32Buffer(4);
}
}
return rs;
}
static int MAPCDSF_parseACCDataMemberUsingHuffTable2(uint a0, MaiBitReader mbr0, MaiAT3PlusCoreDecoderChnInfo chn_info)
{
int rs = 0;
if (chn_info.acc_data_now.table[a0].num_acc != 0)
{
if (chn_info.chn_ref.acc_data_now.table[a0].num_acc != 0)
{
chn_info.acc_data_now.table[a0].data0[0] = (int)(
chn_info.chn_ref.acc_data_now.table[a0].data0[0]
+ MAPCDSF_getHuffValue(MaiAT3PlusCoreDecoder_StaticData.MAPCDSD_huff_table_global_10[0], mbr0)
);
chn_info.acc_data_now.table[a0].data0[0] &= 0x1F;
}
else
{
chn_info.acc_data_now.table[a0].data0[0] = (int)(
MAPCDSF_getHuffValue(MaiAT3PlusCoreDecoder_StaticData.MAPCDSD_huff_table_global_10[0], mbr0)
);
}
for (uint a1 = 1; a1 < (uint)chn_info.acc_data_now.table[a0].num_acc; a1++)
{
uint check_value0 = 0;
if (a1 >= (uint)chn_info.chn_ref.acc_data_now.table[a0].num_acc)
check_value0 = 1;
if ( ((int)chn_info.acc_data_now.table[a0].data1[a1])
- ((int)chn_info.acc_data_now.table[a0].data1[a1 - 1])
<= 0)
{
MaiAT3PlusCoreDecoderSearchTableDes huff_table_now = null;
if (check_value0 != 0)
{
huff_table_now = MaiAT3PlusCoreDecoder_StaticData.MAPCDSD_huff_table_global_6[0];
}
else
{
huff_table_now = MaiAT3PlusCoreDecoder_StaticData.MAPCDSD_huff_table_global_10[0];
}
if (0 == check_value0)
{
chn_info.acc_data_now.table[a0].data0[a1] = (int)(
chn_info.chn_ref.acc_data_now.table[a0].data0[a1]
+ MAPCDSF_getHuffValue(huff_table_now, mbr0)
);
chn_info.acc_data_now.table[a0].data0[a1] &= 0x1F;
}
else
{
chn_info.acc_data_now.table[a0].data0[a1] = (int)(
chn_info.acc_data_now.table[a0].data0[a1 - 1]
+ MAPCDSF_getHuffValue(huff_table_now, mbr0)
);
}
}
else
{
if (0 == check_value0)
{
if (mbr0.getWithI32Buffer(1) != 0)
{
MAPCDSF_parseACCDataMemberUsingBitRead(a0, a1, mbr0, chn_info);
}
else
{
chn_info.acc_data_now.table[a0].data0[a1] =
chn_info.chn_ref.acc_data_now.table[a0].data0[a1];
}
}
else
{
chn_info.acc_data_now.table[a0].data0[a1] = (int)(
chn_info.acc_data_now.table[a0].data0[a1 - 1]
+ MAPCDSF_getHuffValue(MaiAT3PlusCoreDecoder_StaticData.MAPCDSD_huff_table_global_7[0], mbr0)
);
}
}
}
}
return rs;
}
//used in MAPCDSF_decodeACC2MainSub1 0:3
static int MAPCDSF_decodeACC2Main1_Route3(MaiBitReader mbr0, MaiAT3PlusCoreDecoderChnInfo chn_info)
{
int rs = 0;
uint uk1b464 = (uint)mbr0.getWithI32Buffer(2);
uint uk1b468 = (uint)mbr0.getWithI32Buffer(4);
if (uk1b464 != 0)
{
for (uint a0 = 0; a0 < chn_info.uk1b450; a0++)
{
for (uint a1 = 0; a1 < (uint)chn_info.acc_data_now.table[a0].num_acc; a1++)
{
chn_info.acc_data_now.table[a0].data1[a1] = (uint)(uk1b468 + mbr0.getWithI32Buffer((int)uk1b464));
}
}
}
else
{
for (uint a0 = 0; a0 < chn_info.uk1b450; a0++)
{
for (uint a1 = 0; a1 < (uint)chn_info.acc_data_now.table[a0].num_acc; a1++)
{
chn_info.acc_data_now.table[a0].data1[a1] = uk1b468;
}
}
}
return rs;
}
static int MAPCDSF_readPackTable0(MaiBitReader mbr0, MaiAT3PlusCoreDecoderPackTable0 table, uint counter)
{
for (uint a0 = 0; a0 < 0x10; a0++) table.data[a0] = 0;
table.check_data0 = mbr0.getWithI32Buffer(1);
if (table.check_data0 != 0)
{
table.check_data1 = mbr0.getWithI32Buffer(1);
if (table.check_data1 != 0)
{
for (uint a0 = 0; a0 < counter; a0++) {
table.data[a0] = mbr0.getWithI32Buffer(1);
}
}
else
{
for (uint a0 = 0; a0 < counter; a0++) {
table.data[a0] = 1;
}
}
}
return 0;
}
//used in MAPCDSF_decodeACC2MainSub2 0:3
static int MAPCDSF_decodeACC2Main2_Route3(MaiBitReader mbr0, MaiAT3PlusCoreDecoderChnInfo chn_info)
{
int rs = 0;
uint uk1b4b0 = (uint)mbr0.getWithI32Buffer(2) + 1;
uint uk1b4b4 = (uint)mbr0.getWithI32Buffer(5);
for (uint a0 = 0; a0 < chn_info.uk1b450; a0++)
{
for (uint a1 = 0; a1 < (uint)chn_info.acc_data_now.table[a0].num_acc; a1++)
{
chn_info.acc_data_now.table[a0].data0[a1] = (int)(
mbr0.getWithI32Buffer((int)uk1b4b0)
+ uk1b4b4
+ a1
);
}
}
return rs;
}
static int MAPCDSF_splitePack(MaiBitReader mbr0, MaiAT3PlusCoreDecoderChnInfo chn_info)
{
int rs = 0;
int atmp0 = 0;
for (uint a0 = 0; a0 < (uint)chn_info.acc_table_now.inner.unk2; a0++)
{
chn_info.acc_table_now.table[a0].ptr0 = (atmp0) + chn_info.acc_table_now.inner.ptr_to_use_now;
atmp0 += chn_info.acc_table_now.table[a0].num_uk;
}
chn_info.acc_table_now.inner.ptr_to_use_now += atmp0;
uint tmp0 = 0;
if (chn_info.chn_flag == 1)
{
tmp0 = (uint)mbr0.getWithI32Buffer(1);
}
MAPCDSF_splitePack_func_list0[tmp0](mbr0, chn_info);
if (chn_info.chn_flag == 1)
{
MAPCDSF_makeTable11C(mbr0, chn_info);
}
uint tmp1 = (uint)mbr0.getWithI32Buffer(chn_info.chn_flag + 1);
MAPCDSF_splitePack_func_list1[tmp1](mbr0, chn_info);
if (chn_info.acc_table_now.inner.unk1 == 0)
{
uint tmp2 = (uint)mbr0.getWithI32Buffer(chn_info.chn_flag + 1);
MAPCDSF_splitePack_func_list2[tmp2](mbr0, chn_info);
}
MAPCDSF_readSplitePackMemberNum(mbr0, chn_info);
return rs;
}
//used in decodeACC2Main
static int MAPCDSF_decodeACC2MainSub0(MaiBitReader mbr0, MaiAT3PlusCoreDecoderChnInfo chn_info)
{
int rs = 0;
MAPCDSF_decodeACC2Main_func_list0[chn_info.chn_flag * 4 + mbr0.getWithI32Buffer(2)]
(mbr0, chn_info);
for (uint a0 = 0; a0 < 0x10; a0++)
{
if (chn_info.acc_data_now.table[a0].num_acc > 0x7)
{
rs = -21;
break;
}
}
return rs;
}
//used in MAPCDSF_splitePack 0
static int MAPCDSF_splitePack0_Route0(MaiBitReader mbr0, MaiAT3PlusCoreDecoderChnInfo chn_info)
{
int rs = 0;
uint uk1c730;
for (uint a0 = 0; a0 < (uint)chn_info.acc_table_now.inner.unk2; a0++)
{
if (chn_info.inner_pack_table0_check_table[a0] != 0)
{
if ( ((uint)chn_info.acc_table_now.table[a0].num_uk) <= 1)
{
uk1c730 = 0;
MAPCDSF_calcACCTableTableUnk3ByLastValue(chn_info.acc_table_now.table[a0], mbr0);
}
else
{
uk1c730 = (uint)mbr0.getWithI32Buffer(1);
if (0 == uk1c730)
{
MAPCDSF_calcACCTableTableUnk3ByLastValue(chn_info.acc_table_now.table[a0], mbr0);
}
else
{
MAPCDSF_calcACCTableTableUnk3ByAfterValue(chn_info.acc_table_now.table[a0], mbr0);
}
}
}
}
return rs;
}
//used in MAPCDSF_decodeACC6InnerSub0 0
static int MAPCDSF_decodeACC6Inner0_Route0(MaiBitReader mbr0, MaiAT3PlusCoreDecoderChnInfo chn_info)
{
int rs = 0;
for (uint a0 = 0; a0 < (uint)chn_info.acc_table_now.inner.unk2; a0++)
{
if (chn_info.inner_pack_table0_check_table[a0] != 0)
{
chn_info.acc_table_now.table[a0].unk[4] = mbr0.getWithI32Buffer(1);
if (chn_info.acc_table_now.table[a0].unk[4] != 0)
{
chn_info.acc_table_now.table[a0].unk[6] = mbr0.getWithI32Buffer(5);
}
else
{
chn_info.acc_table_now.table[a0].unk[6] = -1;
}
chn_info.acc_table_now.table[a0].unk[5] = mbr0.getWithI32Buffer(1);
if (chn_info.acc_table_now.table[a0].unk[5] != 0)
{
chn_info.acc_table_now.table[a0].unk[7] = mbr0.getWithI32Buffer(5);
}
else
{
chn_info.acc_table_now.table[a0].unk[7] = 0x20;
}
}
}
return rs;
}
//used in MAPCDSF_decodeACC2MainSub0 0:0 1:0
static int MAPCDSF_decodeACC2Main0_Route0(MaiBitReader mbr0, MaiAT3PlusCoreDecoderChnInfo chn_info)
{
int rs = 0;
for (uint a0 = 0; a0 < chn_info.uk1b450; a0++)
{
chn_info.acc_data_now.table[a0].num_acc = mbr0.getWithI32Buffer(3);
}
return rs;
}
//used in decodeACC6Inner
static int MAPCDSF_decodeACC6InnerSub0(MaiBitReader mbr0, MaiAT3PlusCoreDecoderChnInfo chn_info)
{
int rs = 0;
MAPCDSF_makeInnerPackTable0CheckTable(chn_info, 1);
uint route_flag0 = 0;
if (chn_info.chn_flag == 1) route_flag0 = (uint)mbr0.getWithI32Buffer(1);
MAPCDSF_decodeACC6InnerSub0_func_list0[route_flag0](mbr0, chn_info);
{
uint route_flag1 = (uint)mbr0.getWithI32Buffer(chn_info.chn_flag + 1);
MAPCDSF_decodeACC6InnerSub0_func_list1[route_flag1](mbr0, chn_info);
}
MAPCDSF_splitePack(mbr0, chn_info);
return rs;
}
static int MAPCDSF_splitePack2_Route0(MaiBitReader mbr0, MaiAT3PlusCoreDecoderChnInfo chn_info)
{
int rs = 0;
for (uint a0 = 0; a0 < (uint)chn_info.acc_table_now.inner.unk2; a0++)
{
if (chn_info.inner_pack_table0_check_table[a0] != 0)
{
for (int a1 = 0; a1 < chn_info.acc_table_now.table[a0].num_uk; a1++)
{
chn_info.acc_table_now.table[a0].ptr0[a1].unk1 = mbr0.getWithI32Buffer(4);
}
}
}
return rs;
}
//used in decodeTable0 0:0 1:0
static int MAPCDSF_decodeTable0_Route0(MaiBitReader mbr0, MaiAT3PlusCoreDecoderChnInfo chn_info)
{
for (uint a0 = 0; a0 < chn_info.joint_chn_info.num_band_splited_declared; a0++)
{
chn_info.table0[a0] = (uint)mbr0.getWithI32Buffer(3);
}
return 0;
}
//used in MAPCDSF_decodeACC2MainSub0 0:3
static int MAPCDSF_decodeACC2Main0_Route3(MaiBitReader mbr0, MaiAT3PlusCoreDecoderChnInfo chn_info)
{
int rs = 0;
uint uk1b458 = (uint)mbr0.getWithI32Buffer(2);
uint uk1b45c = (uint)mbr0.getWithI32Buffer(3);
if (uk1b458 != 0)
{
for (uint a0 = 0; a0 < chn_info.uk1b450; a0++)
{
chn_info.acc_data_now.table[a0].num_acc = (int)(uk1b45c + mbr0.getWithI32Buffer((int)uk1b458));
}
}
else
{
for (uint a0 = 0; a0 < chn_info.uk1b450; a0++)
{
chn_info.acc_data_now.table[a0].num_acc = (int)uk1b45c;
}
}
return rs;
}
public int decodeFrame(byte* p_frame_data, int data_len, out int p_chns, out short[] pp_sample_buf)
{
int rs = 0;
var mbr0 = new MaiBitReader(data_len + 0x10);
mbr0.addData(p_frame_data, data_len);
var Pad = stackalloc byte[0x10];
mbr0.addData(Pad, 0x10);
if (mbr0.getWithI32Buffer(1) != 0)
{
rs = -1;
}
int counter_substream = 0;
int counter_chn = 0;
while (rs == 0)
{
int substream_type = mbr0.getWithI32Buffer(2);
uint joint_flag = 0;
uint chns = 0;
if (substream_type == 0)
{
joint_flag = 0;
chns = 1;
}
else if (substream_type == 1)
{
joint_flag = 1;
chns = 2;
}
else if (substream_type == 3)
{
break;
}
else
{
rs = -1;
}
if (cores[counter_substream] == null)
cores[counter_substream] = new MaiAT3PlusCoreDecoder();
if (0 != (rs = cores[counter_substream].parseStream(mbr0, chns, joint_flag)))
break;
if (0 != (rs = cores[counter_substream].decodeStream(chns)))
break;
for (int a0 = 0; a0 < chns; a0++)
cores[counter_substream].getAudioSamplesI16((uint)a0, new ManagedPointer<short>(sample_buf_tmp, 0x800 * (counter_chn++)));
counter_substream++;
}
for (int a0 = 0; a0 < 0x800; a0++)
{
for (int a1 = 0; a1 < counter_chn; a1++)
{
sample_buf[a0 * counter_chn + a1] = sample_buf_tmp[a1 * 0x800 + a0];
}
}
mbr0.Dispose();
p_chns = counter_chn;
pp_sample_buf = sample_buf;
return rs;
}
//used in decodeTable2 0:0 1:0
static int MAPCDSF_decodeTable2_Route0(MaiBitReader mbr0, MaiAT3PlusCoreDecoderChnInfo chn_info)
{
int rs = 0;
uint read_counter = chn_info.joint_chn_info.num_band_splited_used;
if (mbr0.getWithI32Buffer(1) != 0)
{
read_counter = (uint)mbr0.getWithI32Buffer(5);
}
for (uint a0 = 0; a0 < read_counter; a0++)
{
if (chn_info.check_table0[a0] == 1) chn_info.table2[a0] = (uint)mbr0.getWithI32Buffer( ( (chn_info.joint_chn_info.var90 != 0) ? 3 : 2 ) ); //tmp4
else if (chn_info.check_table0[a0] == 0) chn_info.table2[a0] = 0;
else if (chn_info.check_table0[a0] == 2) chn_info.table2[a0] = (uint)mbr0.getWithI32Buffer(1);
else
{
rs = -12;
break;
}
}
return rs;
}
