diff --git a/code/difftb.inc b/code/difftb.inc
deleted file mode 100644
index 76abbf21..00000000
--- a/code/difftb.inc
+++ /dev/null
@@ -1,1443 +0,0 @@
-;******************************************************************************
-;*                               O P E N  T S
-;******************************************************************************
-;* SPDX-License-Identifier: GPL-3.0-or-later
-;* Copyright 2025 Electronic Arts Inc.
-;* Copyright 2026 OpenTS contributors
-;*
-;* Contains material derived from Electronic Arts source code.
-;* Modified by OpenTS contributors, 2026.
-;* EA's GPLv3 Section 7 additional terms and supplemental warranty
-;* disclaimers apply; see LICENSE.md.
-;******************************************************************************
-
-;****************************************************************************
-;* dwDiffTable - ADPCM Lookup table for sample differences
-;****************************************************************************
-
-		align	4
-
-dwDiffTable	DD	0	; Index = 0 Token = 0
-		DD	1	; Index = 0 Token = 1
-		DD	3	; Index = 0 Token = 2
-		DD	4	; Index = 0 Token = 3
-		DD	7	; Index = 0 Token = 4
-		DD	8	; Index = 0 Token = 5
-		DD	10	; Index = 0 Token = 6
-		DD	11	; Index = 0 Token = 7
-		DD	0	; Index = 0 Token = 8
-		DD	-1	; Index = 0 Token = 9
-		DD	-3	; Index = 0 Token = 10
-		DD	-4	; Index = 0 Token = 11
-		DD	-7	; Index = 0 Token = 12
-		DD	-8	; Index = 0 Token = 13
-		DD	-10	; Index = 0 Token = 14
-		DD	-11	; Index = 0 Token = 15
-		DD	1	; Index = 1 Token = 0
-		DD	3	; Index = 1 Token = 1
-		DD	5	; Index = 1 Token = 2
-		DD	7	; Index = 1 Token = 3
-		DD	9	; Index = 1 Token = 4
-		DD	11	; Index = 1 Token = 5
-		DD	13	; Index = 1 Token = 6
-		DD	15	; Index = 1 Token = 7
-		DD	-1	; Index = 1 Token = 8
-		DD	-3	; Index = 1 Token = 9
-		DD	-5	; Index = 1 Token = 10
-		DD	-7	; Index = 1 Token = 11
-		DD	-9	; Index = 1 Token = 12
-		DD	-11	; Index = 1 Token = 13
-		DD	-13	; Index = 1 Token = 14
-		DD	-15	; Index = 1 Token = 15
-		DD	1	; Index = 2 Token = 0
-		DD	3	; Index = 2 Token = 1
-		DD	5	; Index = 2 Token = 2
-		DD	7	; Index = 2 Token = 3
-		DD	10	; Index = 2 Token = 4
-		DD	12	; Index = 2 Token = 5
-		DD	14	; Index = 2 Token = 6
-		DD	16	; Index = 2 Token = 7
-		DD	-1	; Index = 2 Token = 8
-		DD	-3	; Index = 2 Token = 9
-		DD	-5	; Index = 2 Token = 10
-		DD	-7	; Index = 2 Token = 11
-		DD	-10	; Index = 2 Token = 12
-		DD	-12	; Index = 2 Token = 13
-		DD	-14	; Index = 2 Token = 14
-		DD	-16	; Index = 2 Token = 15
-		DD	1	; Index = 3 Token = 0
-		DD	3	; Index = 3 Token = 1
-		DD	6	; Index = 3 Token = 2
-		DD	8	; Index = 3 Token = 3
-		DD	11	; Index = 3 Token = 4
-		DD	13	; Index = 3 Token = 5
-		DD	16	; Index = 3 Token = 6
-		DD	18	; Index = 3 Token = 7
-		DD	-1	; Index = 3 Token = 8
-		DD	-3	; Index = 3 Token = 9
-		DD	-6	; Index = 3 Token = 10
-		DD	-8	; Index = 3 Token = 11
-		DD	-11	; Index = 3 Token = 12
-		DD	-13	; Index = 3 Token = 13
-		DD	-16	; Index = 3 Token = 14
-		DD	-18	; Index = 3 Token = 15
-		DD	1	; Index = 4 Token = 0
-		DD	3	; Index = 4 Token = 1
-		DD	6	; Index = 4 Token = 2
-		DD	8	; Index = 4 Token = 3
-		DD	12	; Index = 4 Token = 4
-		DD	14	; Index = 4 Token = 5
-		DD	17	; Index = 4 Token = 6
-		DD	19	; Index = 4 Token = 7
-		DD	-1	; Index = 4 Token = 8
-		DD	-3	; Index = 4 Token = 9
-		DD	-6	; Index = 4 Token = 10
-		DD	-8	; Index = 4 Token = 11
-		DD	-12	; Index = 4 Token = 12
-		DD	-14	; Index = 4 Token = 13
-		DD	-17	; Index = 4 Token = 14
-		DD	-19	; Index = 4 Token = 15
-		DD	1	; Index = 5 Token = 0
-		DD	4	; Index = 5 Token = 1
-		DD	7	; Index = 5 Token = 2
-		DD	10	; Index = 5 Token = 3
-		DD	13	; Index = 5 Token = 4
-		DD	16	; Index = 5 Token = 5
-		DD	19	; Index = 5 Token = 6
-		DD	22	; Index = 5 Token = 7
-		DD	-1	; Index = 5 Token = 8
-		DD	-4	; Index = 5 Token = 9
-		DD	-7	; Index = 5 Token = 10
-		DD	-10	; Index = 5 Token = 11
-		DD	-13	; Index = 5 Token = 12
-		DD	-16	; Index = 5 Token = 13
-		DD	-19	; Index = 5 Token = 14
-		DD	-22	; Index = 5 Token = 15
-		DD	1	; Index = 6 Token = 0
-		DD	4	; Index = 6 Token = 1
-		DD	7	; Index = 6 Token = 2
-		DD	10	; Index = 6 Token = 3
-		DD	14	; Index = 6 Token = 4
-		DD	17	; Index = 6 Token = 5
-		DD	20	; Index = 6 Token = 6
-		DD	23	; Index = 6 Token = 7
-		DD	-1	; Index = 6 Token = 8
-		DD	-4	; Index = 6 Token = 9
-		DD	-7	; Index = 6 Token = 10
-		DD	-10	; Index = 6 Token = 11
-		DD	-14	; Index = 6 Token = 12
-		DD	-17	; Index = 6 Token = 13
-		DD	-20	; Index = 6 Token = 14
-		DD	-23	; Index = 6 Token = 15
-		DD	1	; Index = 7 Token = 0
-		DD	4	; Index = 7 Token = 1
-		DD	8	; Index = 7 Token = 2
-		DD	11	; Index = 7 Token = 3
-		DD	15	; Index = 7 Token = 4
-		DD	18	; Index = 7 Token = 5
-		DD	22	; Index = 7 Token = 6
-		DD	25	; Index = 7 Token = 7
-		DD	-1	; Index = 7 Token = 8
-		DD	-4	; Index = 7 Token = 9
-		DD	-8	; Index = 7 Token = 10
-		DD	-11	; Index = 7 Token = 11
-		DD	-15	; Index = 7 Token = 12
-		DD	-18	; Index = 7 Token = 13
-		DD	-22	; Index = 7 Token = 14
-		DD	-25	; Index = 7 Token = 15
-		DD	2	; Index = 8 Token = 0
-		DD	6	; Index = 8 Token = 1
-		DD	10	; Index = 8 Token = 2
-		DD	14	; Index = 8 Token = 3
-		DD	18	; Index = 8 Token = 4
-		DD	22	; Index = 8 Token = 5
-		DD	26	; Index = 8 Token = 6
-		DD	30	; Index = 8 Token = 7
-		DD	-2	; Index = 8 Token = 8
-		DD	-6	; Index = 8 Token = 9
-		DD	-10	; Index = 8 Token = 10
-		DD	-14	; Index = 8 Token = 11
-		DD	-18	; Index = 8 Token = 12
-		DD	-22	; Index = 8 Token = 13
-		DD	-26	; Index = 8 Token = 14
-		DD	-30	; Index = 8 Token = 15
-		DD	2	; Index = 9 Token = 0
-		DD	6	; Index = 9 Token = 1
-		DD	10	; Index = 9 Token = 2
-		DD	14	; Index = 9 Token = 3
-		DD	19	; Index = 9 Token = 4
-		DD	23	; Index = 9 Token = 5
-		DD	27	; Index = 9 Token = 6
-		DD	31	; Index = 9 Token = 7
-		DD	-2	; Index = 9 Token = 8
-		DD	-6	; Index = 9 Token = 9
-		DD	-10	; Index = 9 Token = 10
-		DD	-14	; Index = 9 Token = 11
-		DD	-19	; Index = 9 Token = 12
-		DD	-23	; Index = 9 Token = 13
-		DD	-27	; Index = 9 Token = 14
-		DD	-31	; Index = 9 Token = 15
-		DD	2	; Index = 10 Token = 0
-		DD	6	; Index = 10 Token = 1
-		DD	11	; Index = 10 Token = 2
-		DD	15	; Index = 10 Token = 3
-		DD	21	; Index = 10 Token = 4
-		DD	25	; Index = 10 Token = 5
-		DD	30	; Index = 10 Token = 6
-		DD	34	; Index = 10 Token = 7
-		DD	-2	; Index = 10 Token = 8
-		DD	-6	; Index = 10 Token = 9
-		DD	-11	; Index = 10 Token = 10
-		DD	-15	; Index = 10 Token = 11
-		DD	-21	; Index = 10 Token = 12
-		DD	-25	; Index = 10 Token = 13
-		DD	-30	; Index = 10 Token = 14
-		DD	-34	; Index = 10 Token = 15
-		DD	2	; Index = 11 Token = 0
-		DD	7	; Index = 11 Token = 1
-		DD	12	; Index = 11 Token = 2
-		DD	17	; Index = 11 Token = 3
-		DD	23	; Index = 11 Token = 4
-		DD	28	; Index = 11 Token = 5
-		DD	33	; Index = 11 Token = 6
-		DD	38	; Index = 11 Token = 7
-		DD	-2	; Index = 11 Token = 8
-		DD	-7	; Index = 11 Token = 9
-		DD	-12	; Index = 11 Token = 10
-		DD	-17	; Index = 11 Token = 11
-		DD	-23	; Index = 11 Token = 12
-		DD	-28	; Index = 11 Token = 13
-		DD	-33	; Index = 11 Token = 14
-		DD	-38	; Index = 11 Token = 15
-		DD	2	; Index = 12 Token = 0
-		DD	7	; Index = 12 Token = 1
-		DD	13	; Index = 12 Token = 2
-		DD	18	; Index = 12 Token = 3
-		DD	25	; Index = 12 Token = 4
-		DD	30	; Index = 12 Token = 5
-		DD	36	; Index = 12 Token = 6
-		DD	41	; Index = 12 Token = 7
-		DD	-2	; Index = 12 Token = 8
-		DD	-7	; Index = 12 Token = 9
-		DD	-13	; Index = 12 Token = 10
-		DD	-18	; Index = 12 Token = 11
-		DD	-25	; Index = 12 Token = 12
-		DD	-30	; Index = 12 Token = 13
-		DD	-36	; Index = 12 Token = 14
-		DD	-41	; Index = 12 Token = 15
-		DD	3	; Index = 13 Token = 0
-		DD	9	; Index = 13 Token = 1
-		DD	15	; Index = 13 Token = 2
-		DD	21	; Index = 13 Token = 3
-		DD	28	; Index = 13 Token = 4
-		DD	34	; Index = 13 Token = 5
-		DD	40	; Index = 13 Token = 6
-		DD	46	; Index = 13 Token = 7
-		DD	-3	; Index = 13 Token = 8
-		DD	-9	; Index = 13 Token = 9
-		DD	-15	; Index = 13 Token = 10
-		DD	-21	; Index = 13 Token = 11
-		DD	-28	; Index = 13 Token = 12
-		DD	-34	; Index = 13 Token = 13
-		DD	-40	; Index = 13 Token = 14
-		DD	-46	; Index = 13 Token = 15
-		DD	3	; Index = 14 Token = 0
-		DD	10	; Index = 14 Token = 1
-		DD	17	; Index = 14 Token = 2
-		DD	24	; Index = 14 Token = 3
-		DD	31	; Index = 14 Token = 4
-		DD	38	; Index = 14 Token = 5
-		DD	45	; Index = 14 Token = 6
-		DD	52	; Index = 14 Token = 7
-		DD	-3	; Index = 14 Token = 8
-		DD	-10	; Index = 14 Token = 9
-		DD	-17	; Index = 14 Token = 10
-		DD	-24	; Index = 14 Token = 11
-		DD	-31	; Index = 14 Token = 12
-		DD	-38	; Index = 14 Token = 13
-		DD	-45	; Index = 14 Token = 14
-		DD	-52	; Index = 14 Token = 15
-		DD	3	; Index = 15 Token = 0
-		DD	10	; Index = 15 Token = 1
-		DD	18	; Index = 15 Token = 2
-		DD	25	; Index = 15 Token = 3
-		DD	34	; Index = 15 Token = 4
-		DD	41	; Index = 15 Token = 5
-		DD	49	; Index = 15 Token = 6
-		DD	56	; Index = 15 Token = 7
-		DD	-3	; Index = 15 Token = 8
-		DD	-10	; Index = 15 Token = 9
-		DD	-18	; Index = 15 Token = 10
-		DD	-25	; Index = 15 Token = 11
-		DD	-34	; Index = 15 Token = 12
-		DD	-41	; Index = 15 Token = 13
-		DD	-49	; Index = 15 Token = 14
-		DD	-56	; Index = 15 Token = 15
-		DD	4	; Index = 16 Token = 0
-		DD	12	; Index = 16 Token = 1
-		DD	21	; Index = 16 Token = 2
-		DD	29	; Index = 16 Token = 3
-		DD	38	; Index = 16 Token = 4
-		DD	46	; Index = 16 Token = 5
-		DD	55	; Index = 16 Token = 6
-		DD	63	; Index = 16 Token = 7
-		DD	-4	; Index = 16 Token = 8
-		DD	-12	; Index = 16 Token = 9
-		DD	-21	; Index = 16 Token = 10
-		DD	-29	; Index = 16 Token = 11
-		DD	-38	; Index = 16 Token = 12
-		DD	-46	; Index = 16 Token = 13
-		DD	-55	; Index = 16 Token = 14
-		DD	-63	; Index = 16 Token = 15
-		DD	4	; Index = 17 Token = 0
-		DD	13	; Index = 17 Token = 1
-		DD	22	; Index = 17 Token = 2
-		DD	31	; Index = 17 Token = 3
-		DD	41	; Index = 17 Token = 4
-		DD	50	; Index = 17 Token = 5
-		DD	59	; Index = 17 Token = 6
-		DD	68	; Index = 17 Token = 7
-		DD	-4	; Index = 17 Token = 8
-		DD	-13	; Index = 17 Token = 9
-		DD	-22	; Index = 17 Token = 10
-		DD	-31	; Index = 17 Token = 11
-		DD	-41	; Index = 17 Token = 12
-		DD	-50	; Index = 17 Token = 13
-		DD	-59	; Index = 17 Token = 14
-		DD	-68	; Index = 17 Token = 15
-		DD	5	; Index = 18 Token = 0
-		DD	15	; Index = 18 Token = 1
-		DD	25	; Index = 18 Token = 2
-		DD	35	; Index = 18 Token = 3
-		DD	46	; Index = 18 Token = 4
-		DD	56	; Index = 18 Token = 5
-		DD	66	; Index = 18 Token = 6
-		DD	76	; Index = 18 Token = 7
-		DD	-5	; Index = 18 Token = 8
-		DD	-15	; Index = 18 Token = 9
-		DD	-25	; Index = 18 Token = 10
-		DD	-35	; Index = 18 Token = 11
-		DD	-46	; Index = 18 Token = 12
-		DD	-56	; Index = 18 Token = 13
-		DD	-66	; Index = 18 Token = 14
-		DD	-76	; Index = 18 Token = 15
-		DD	5	; Index = 19 Token = 0
-		DD	16	; Index = 19 Token = 1
-		DD	27	; Index = 19 Token = 2
-		DD	38	; Index = 19 Token = 3
-		DD	50	; Index = 19 Token = 4
-		DD	61	; Index = 19 Token = 5
-		DD	72	; Index = 19 Token = 6
-		DD	83	; Index = 19 Token = 7
-		DD	-5	; Index = 19 Token = 8
-		DD	-16	; Index = 19 Token = 9
-		DD	-27	; Index = 19 Token = 10
-		DD	-38	; Index = 19 Token = 11
-		DD	-50	; Index = 19 Token = 12
-		DD	-61	; Index = 19 Token = 13
-		DD	-72	; Index = 19 Token = 14
-		DD	-83	; Index = 19 Token = 15
-		DD	6	; Index = 20 Token = 0
-		DD	18	; Index = 20 Token = 1
-		DD	31	; Index = 20 Token = 2
-		DD	43	; Index = 20 Token = 3
-		DD	56	; Index = 20 Token = 4
-		DD	68	; Index = 20 Token = 5
-		DD	81	; Index = 20 Token = 6
-		DD	93	; Index = 20 Token = 7
-		DD	-6	; Index = 20 Token = 8
-		DD	-18	; Index = 20 Token = 9
-		DD	-31	; Index = 20 Token = 10
-		DD	-43	; Index = 20 Token = 11
-		DD	-56	; Index = 20 Token = 12
-		DD	-68	; Index = 20 Token = 13
-		DD	-81	; Index = 20 Token = 14
-		DD	-93	; Index = 20 Token = 15
-		DD	6	; Index = 21 Token = 0
-		DD	19	; Index = 21 Token = 1
-		DD	33	; Index = 21 Token = 2
-		DD	46	; Index = 21 Token = 3
-		DD	61	; Index = 21 Token = 4
-		DD	74	; Index = 21 Token = 5
-		DD	88	; Index = 21 Token = 6
-		DD	101	; Index = 21 Token = 7
-		DD	-6	; Index = 21 Token = 8
-		DD	-19	; Index = 21 Token = 9
-		DD	-33	; Index = 21 Token = 10
-		DD	-46	; Index = 21 Token = 11
-		DD	-61	; Index = 21 Token = 12
-		DD	-74	; Index = 21 Token = 13
-		DD	-88	; Index = 21 Token = 14
-		DD	-101	; Index = 21 Token = 15
-		DD	7	; Index = 22 Token = 0
-		DD	22	; Index = 22 Token = 1
-		DD	37	; Index = 22 Token = 2
-		DD	52	; Index = 22 Token = 3
-		DD	67	; Index = 22 Token = 4
-		DD	82	; Index = 22 Token = 5
-		DD	97	; Index = 22 Token = 6
-		DD	112	; Index = 22 Token = 7
-		DD	-7	; Index = 22 Token = 8
-		DD	-22	; Index = 22 Token = 9
-		DD	-37	; Index = 22 Token = 10
-		DD	-52	; Index = 22 Token = 11
-		DD	-67	; Index = 22 Token = 12
-		DD	-82	; Index = 22 Token = 13
-		DD	-97	; Index = 22 Token = 14
-		DD	-112	; Index = 22 Token = 15
-		DD	8	; Index = 23 Token = 0
-		DD	24	; Index = 23 Token = 1
-		DD	41	; Index = 23 Token = 2
-		DD	57	; Index = 23 Token = 3
-		DD	74	; Index = 23 Token = 4
-		DD	90	; Index = 23 Token = 5
-		DD	107	; Index = 23 Token = 6
-		DD	123	; Index = 23 Token = 7
-		DD	-8	; Index = 23 Token = 8
-		DD	-24	; Index = 23 Token = 9
-		DD	-41	; Index = 23 Token = 10
-		DD	-57	; Index = 23 Token = 11
-		DD	-74	; Index = 23 Token = 12
-		DD	-90	; Index = 23 Token = 13
-		DD	-107	; Index = 23 Token = 14
-		DD	-123	; Index = 23 Token = 15
-		DD	9	; Index = 24 Token = 0
-		DD	27	; Index = 24 Token = 1
-		DD	45	; Index = 24 Token = 2
-		DD	63	; Index = 24 Token = 3
-		DD	82	; Index = 24 Token = 4
-		DD	100	; Index = 24 Token = 5
-		DD	118	; Index = 24 Token = 6
-		DD	136	; Index = 24 Token = 7
-		DD	-9	; Index = 24 Token = 8
-		DD	-27	; Index = 24 Token = 9
-		DD	-45	; Index = 24 Token = 10
-		DD	-63	; Index = 24 Token = 11
-		DD	-82	; Index = 24 Token = 12
-		DD	-100	; Index = 24 Token = 13
-		DD	-118	; Index = 24 Token = 14
-		DD	-136	; Index = 24 Token = 15
-		DD	10	; Index = 25 Token = 0
-		DD	30	; Index = 25 Token = 1
-		DD	50	; Index = 25 Token = 2
-		DD	70	; Index = 25 Token = 3
-		DD	90	; Index = 25 Token = 4
-		DD	110	; Index = 25 Token = 5
-		DD	130	; Index = 25 Token = 6
-		DD	150	; Index = 25 Token = 7
-		DD	-10	; Index = 25 Token = 8
-		DD	-30	; Index = 25 Token = 9
-		DD	-50	; Index = 25 Token = 10
-		DD	-70	; Index = 25 Token = 11
-		DD	-90	; Index = 25 Token = 12
-		DD	-110	; Index = 25 Token = 13
-		DD	-130	; Index = 25 Token = 14
-		DD	-150	; Index = 25 Token = 15
-		DD	11	; Index = 26 Token = 0
-		DD	33	; Index = 26 Token = 1
-		DD	55	; Index = 26 Token = 2
-		DD	77	; Index = 26 Token = 3
-		DD	99	; Index = 26 Token = 4
-		DD	121	; Index = 26 Token = 5
-		DD	143	; Index = 26 Token = 6
-		DD	165	; Index = 26 Token = 7
-		DD	-11	; Index = 26 Token = 8
-		DD	-33	; Index = 26 Token = 9
-		DD	-55	; Index = 26 Token = 10
-		DD	-77	; Index = 26 Token = 11
-		DD	-99	; Index = 26 Token = 12
-		DD	-121	; Index = 26 Token = 13
-		DD	-143	; Index = 26 Token = 14
-		DD	-165	; Index = 26 Token = 15
-		DD	12	; Index = 27 Token = 0
-		DD	36	; Index = 27 Token = 1
-		DD	60	; Index = 27 Token = 2
-		DD	84	; Index = 27 Token = 3
-		DD	109	; Index = 27 Token = 4
-		DD	133	; Index = 27 Token = 5
-		DD	157	; Index = 27 Token = 6
-		DD	181	; Index = 27 Token = 7
-		DD	-12	; Index = 27 Token = 8
-		DD	-36	; Index = 27 Token = 9
-		DD	-60	; Index = 27 Token = 10
-		DD	-84	; Index = 27 Token = 11
-		DD	-109	; Index = 27 Token = 12
-		DD	-133	; Index = 27 Token = 13
-		DD	-157	; Index = 27 Token = 14
-		DD	-181	; Index = 27 Token = 15
-		DD	13	; Index = 28 Token = 0
-		DD	39	; Index = 28 Token = 1
-		DD	66	; Index = 28 Token = 2
-		DD	92	; Index = 28 Token = 3
-		DD	120	; Index = 28 Token = 4
-		DD	146	; Index = 28 Token = 5
-		DD	173	; Index = 28 Token = 6
-		DD	199	; Index = 28 Token = 7
-		DD	-13	; Index = 28 Token = 8
-		DD	-39	; Index = 28 Token = 9
-		DD	-66	; Index = 28 Token = 10
-		DD	-92	; Index = 28 Token = 11
-		DD	-120	; Index = 28 Token = 12
-		DD	-146	; Index = 28 Token = 13
-		DD	-173	; Index = 28 Token = 14
-		DD	-199	; Index = 28 Token = 15
-		DD	14	; Index = 29 Token = 0
-		DD	43	; Index = 29 Token = 1
-		DD	73	; Index = 29 Token = 2
-		DD	102	; Index = 29 Token = 3
-		DD	132	; Index = 29 Token = 4
-		DD	161	; Index = 29 Token = 5
-		DD	191	; Index = 29 Token = 6
-		DD	220	; Index = 29 Token = 7
-		DD	-14	; Index = 29 Token = 8
-		DD	-43	; Index = 29 Token = 9
-		DD	-73	; Index = 29 Token = 10
-		DD	-102	; Index = 29 Token = 11
-		DD	-132	; Index = 29 Token = 12
-		DD	-161	; Index = 29 Token = 13
-		DD	-191	; Index = 29 Token = 14
-		DD	-220	; Index = 29 Token = 15
-		DD	16	; Index = 30 Token = 0
-		DD	48	; Index = 30 Token = 1
-		DD	81	; Index = 30 Token = 2
-		DD	113	; Index = 30 Token = 3
-		DD	146	; Index = 30 Token = 4
-		DD	178	; Index = 30 Token = 5
-		DD	211	; Index = 30 Token = 6
-		DD	243	; Index = 30 Token = 7
-		DD	-16	; Index = 30 Token = 8
-		DD	-48	; Index = 30 Token = 9
-		DD	-81	; Index = 30 Token = 10
-		DD	-113	; Index = 30 Token = 11
-		DD	-146	; Index = 30 Token = 12
-		DD	-178	; Index = 30 Token = 13
-		DD	-211	; Index = 30 Token = 14
-		DD	-243	; Index = 30 Token = 15
-		DD	17	; Index = 31 Token = 0
-		DD	52	; Index = 31 Token = 1
-		DD	88	; Index = 31 Token = 2
-		DD	123	; Index = 31 Token = 3
-		DD	160	; Index = 31 Token = 4
-		DD	195	; Index = 31 Token = 5
-		DD	231	; Index = 31 Token = 6
-		DD	266	; Index = 31 Token = 7
-		DD	-17	; Index = 31 Token = 8
-		DD	-52	; Index = 31 Token = 9
-		DD	-88	; Index = 31 Token = 10
-		DD	-123	; Index = 31 Token = 11
-		DD	-160	; Index = 31 Token = 12
-		DD	-195	; Index = 31 Token = 13
-		DD	-231	; Index = 31 Token = 14
-		DD	-266	; Index = 31 Token = 15
-		DD	19	; Index = 32 Token = 0
-		DD	58	; Index = 32 Token = 1
-		DD	97	; Index = 32 Token = 2
-		DD	136	; Index = 32 Token = 3
-		DD	176	; Index = 32 Token = 4
-		DD	215	; Index = 32 Token = 5
-		DD	254	; Index = 32 Token = 6
-		DD	293	; Index = 32 Token = 7
-		DD	-19	; Index = 32 Token = 8
-		DD	-58	; Index = 32 Token = 9
-		DD	-97	; Index = 32 Token = 10
-		DD	-136	; Index = 32 Token = 11
-		DD	-176	; Index = 32 Token = 12
-		DD	-215	; Index = 32 Token = 13
-		DD	-254	; Index = 32 Token = 14
-		DD	-293	; Index = 32 Token = 15
-		DD	21	; Index = 33 Token = 0
-		DD	64	; Index = 33 Token = 1
-		DD	107	; Index = 33 Token = 2
-		DD	150	; Index = 33 Token = 3
-		DD	194	; Index = 33 Token = 4
-		DD	237	; Index = 33 Token = 5
-		DD	280	; Index = 33 Token = 6
-		DD	323	; Index = 33 Token = 7
-		DD	-21	; Index = 33 Token = 8
-		DD	-64	; Index = 33 Token = 9
-		DD	-107	; Index = 33 Token = 10
-		DD	-150	; Index = 33 Token = 11
-		DD	-194	; Index = 33 Token = 12
-		DD	-237	; Index = 33 Token = 13
-		DD	-280	; Index = 33 Token = 14
-		DD	-323	; Index = 33 Token = 15
-		DD	23	; Index = 34 Token = 0
-		DD	70	; Index = 34 Token = 1
-		DD	118	; Index = 34 Token = 2
-		DD	165	; Index = 34 Token = 3
-		DD	213	; Index = 34 Token = 4
-		DD	260	; Index = 34 Token = 5
-		DD	308	; Index = 34 Token = 6
-		DD	355	; Index = 34 Token = 7
-		DD	-23	; Index = 34 Token = 8
-		DD	-70	; Index = 34 Token = 9
-		DD	-118	; Index = 34 Token = 10
-		DD	-165	; Index = 34 Token = 11
-		DD	-213	; Index = 34 Token = 12
-		DD	-260	; Index = 34 Token = 13
-		DD	-308	; Index = 34 Token = 14
-		DD	-355	; Index = 34 Token = 15
-		DD	26	; Index = 35 Token = 0
-		DD	78	; Index = 35 Token = 1
-		DD	130	; Index = 35 Token = 2
-		DD	182	; Index = 35 Token = 3
-		DD	235	; Index = 35 Token = 4
-		DD	287	; Index = 35 Token = 5
-		DD	339	; Index = 35 Token = 6
-		DD	391	; Index = 35 Token = 7
-		DD	-26	; Index = 35 Token = 8
-		DD	-78	; Index = 35 Token = 9
-		DD	-130	; Index = 35 Token = 10
-		DD	-182	; Index = 35 Token = 11
-		DD	-235	; Index = 35 Token = 12
-		DD	-287	; Index = 35 Token = 13
-		DD	-339	; Index = 35 Token = 14
-		DD	-391	; Index = 35 Token = 15
-		DD	28	; Index = 36 Token = 0
-		DD	85	; Index = 36 Token = 1
-		DD	143	; Index = 36 Token = 2
-		DD	200	; Index = 36 Token = 3
-		DD	258	; Index = 36 Token = 4
-		DD	315	; Index = 36 Token = 5
-		DD	373	; Index = 36 Token = 6
-		DD	430	; Index = 36 Token = 7
-		DD	-28	; Index = 36 Token = 8
-		DD	-85	; Index = 36 Token = 9
-		DD	-143	; Index = 36 Token = 10
-		DD	-200	; Index = 36 Token = 11
-		DD	-258	; Index = 36 Token = 12
-		DD	-315	; Index = 36 Token = 13
-		DD	-373	; Index = 36 Token = 14
-		DD	-430	; Index = 36 Token = 15
-		DD	31	; Index = 37 Token = 0
-		DD	94	; Index = 37 Token = 1
-		DD	157	; Index = 37 Token = 2
-		DD	220	; Index = 37 Token = 3
-		DD	284	; Index = 37 Token = 4
-		DD	347	; Index = 37 Token = 5
-		DD	410	; Index = 37 Token = 6
-		DD	473	; Index = 37 Token = 7
-		DD	-31	; Index = 37 Token = 8
-		DD	-94	; Index = 37 Token = 9
-		DD	-157	; Index = 37 Token = 10
-		DD	-220	; Index = 37 Token = 11
-		DD	-284	; Index = 37 Token = 12
-		DD	-347	; Index = 37 Token = 13
-		DD	-410	; Index = 37 Token = 14
-		DD	-473	; Index = 37 Token = 15
-		DD	34	; Index = 38 Token = 0
-		DD	103	; Index = 38 Token = 1
-		DD	173	; Index = 38 Token = 2
-		DD	242	; Index = 38 Token = 3
-		DD	313	; Index = 38 Token = 4
-		DD	382	; Index = 38 Token = 5
-		DD	452	; Index = 38 Token = 6
-		DD	521	; Index = 38 Token = 7
-		DD	-34	; Index = 38 Token = 8
-		DD	-103	; Index = 38 Token = 9
-		DD	-173	; Index = 38 Token = 10
-		DD	-242	; Index = 38 Token = 11
-		DD	-313	; Index = 38 Token = 12
-		DD	-382	; Index = 38 Token = 13
-		DD	-452	; Index = 38 Token = 14
-		DD	-521	; Index = 38 Token = 15
-		DD	38	; Index = 39 Token = 0
-		DD	114	; Index = 39 Token = 1
-		DD	191	; Index = 39 Token = 2
-		DD	267	; Index = 39 Token = 3
-		DD	345	; Index = 39 Token = 4
-		DD	421	; Index = 39 Token = 5
-		DD	498	; Index = 39 Token = 6
-		DD	574	; Index = 39 Token = 7
-		DD	-38	; Index = 39 Token = 8
-		DD	-114	; Index = 39 Token = 9
-		DD	-191	; Index = 39 Token = 10
-		DD	-267	; Index = 39 Token = 11
-		DD	-345	; Index = 39 Token = 12
-		DD	-421	; Index = 39 Token = 13
-		DD	-498	; Index = 39 Token = 14
-		DD	-574	; Index = 39 Token = 15
-		DD	42	; Index = 40 Token = 0
-		DD	126	; Index = 40 Token = 1
-		DD	210	; Index = 40 Token = 2
-		DD	294	; Index = 40 Token = 3
-		DD	379	; Index = 40 Token = 4
-		DD	463	; Index = 40 Token = 5
-		DD	547	; Index = 40 Token = 6
-		DD	631	; Index = 40 Token = 7
-		DD	-42	; Index = 40 Token = 8
-		DD	-126	; Index = 40 Token = 9
-		DD	-210	; Index = 40 Token = 10
-		DD	-294	; Index = 40 Token = 11
-		DD	-379	; Index = 40 Token = 12
-		DD	-463	; Index = 40 Token = 13
-		DD	-547	; Index = 40 Token = 14
-		DD	-631	; Index = 40 Token = 15
-		DD	46	; Index = 41 Token = 0
-		DD	138	; Index = 41 Token = 1
-		DD	231	; Index = 41 Token = 2
-		DD	323	; Index = 41 Token = 3
-		DD	417	; Index = 41 Token = 4
-		DD	509	; Index = 41 Token = 5
-		DD	602	; Index = 41 Token = 6
-		DD	694	; Index = 41 Token = 7
-		DD	-46	; Index = 41 Token = 8
-		DD	-138	; Index = 41 Token = 9
-		DD	-231	; Index = 41 Token = 10
-		DD	-323	; Index = 41 Token = 11
-		DD	-417	; Index = 41 Token = 12
-		DD	-509	; Index = 41 Token = 13
-		DD	-602	; Index = 41 Token = 14
-		DD	-694	; Index = 41 Token = 15
-		DD	51	; Index = 42 Token = 0
-		DD	153	; Index = 42 Token = 1
-		DD	255	; Index = 42 Token = 2
-		DD	357	; Index = 42 Token = 3
-		DD	459	; Index = 42 Token = 4
-		DD	561	; Index = 42 Token = 5
-		DD	663	; Index = 42 Token = 6
-		DD	765	; Index = 42 Token = 7
-		DD	-51	; Index = 42 Token = 8
-		DD	-153	; Index = 42 Token = 9
-		DD	-255	; Index = 42 Token = 10
-		DD	-357	; Index = 42 Token = 11
-		DD	-459	; Index = 42 Token = 12
-		DD	-561	; Index = 42 Token = 13
-		DD	-663	; Index = 42 Token = 14
-		DD	-765	; Index = 42 Token = 15
-		DD	56	; Index = 43 Token = 0
-		DD	168	; Index = 43 Token = 1
-		DD	280	; Index = 43 Token = 2
-		DD	392	; Index = 43 Token = 3
-		DD	505	; Index = 43 Token = 4
-		DD	617	; Index = 43 Token = 5
-		DD	729	; Index = 43 Token = 6
-		DD	841	; Index = 43 Token = 7
-		DD	-56	; Index = 43 Token = 8
-		DD	-168	; Index = 43 Token = 9
-		DD	-280	; Index = 43 Token = 10
-		DD	-392	; Index = 43 Token = 11
-		DD	-505	; Index = 43 Token = 12
-		DD	-617	; Index = 43 Token = 13
-		DD	-729	; Index = 43 Token = 14
-		DD	-841	; Index = 43 Token = 15
-		DD	61	; Index = 44 Token = 0
-		DD	184	; Index = 44 Token = 1
-		DD	308	; Index = 44 Token = 2
-		DD	431	; Index = 44 Token = 3
-		DD	555	; Index = 44 Token = 4
-		DD	678	; Index = 44 Token = 5
-		DD	802	; Index = 44 Token = 6
-		DD	925	; Index = 44 Token = 7
-		DD	-61	; Index = 44 Token = 8
-		DD	-184	; Index = 44 Token = 9
-		DD	-308	; Index = 44 Token = 10
-		DD	-431	; Index = 44 Token = 11
-		DD	-555	; Index = 44 Token = 12
-		DD	-678	; Index = 44 Token = 13
-		DD	-802	; Index = 44 Token = 14
-		DD	-925	; Index = 44 Token = 15
-		DD	68	; Index = 45 Token = 0
-		DD	204	; Index = 45 Token = 1
-		DD	340	; Index = 45 Token = 2
-		DD	476	; Index = 45 Token = 3
-		DD	612	; Index = 45 Token = 4
-		DD	748	; Index = 45 Token = 5
-		DD	884	; Index = 45 Token = 6
-		DD	1020	; Index = 45 Token = 7
-		DD	-68	; Index = 45 Token = 8
-		DD	-204	; Index = 45 Token = 9
-		DD	-340	; Index = 45 Token = 10
-		DD	-476	; Index = 45 Token = 11
-		DD	-612	; Index = 45 Token = 12
-		DD	-748	; Index = 45 Token = 13
-		DD	-884	; Index = 45 Token = 14
-		DD	-1020	; Index = 45 Token = 15
-		DD	74	; Index = 46 Token = 0
-		DD	223	; Index = 46 Token = 1
-		DD	373	; Index = 46 Token = 2
-		DD	522	; Index = 46 Token = 3
-		DD	672	; Index = 46 Token = 4
-		DD	821	; Index = 46 Token = 5
-		DD	971	; Index = 46 Token = 6
-		DD	1120	; Index = 46 Token = 7
-		DD	-74	; Index = 46 Token = 8
-		DD	-223	; Index = 46 Token = 9
-		DD	-373	; Index = 46 Token = 10
-		DD	-522	; Index = 46 Token = 11
-		DD	-672	; Index = 46 Token = 12
-		DD	-821	; Index = 46 Token = 13
-		DD	-971	; Index = 46 Token = 14
-		DD	-1120	; Index = 46 Token = 15
-		DD	82	; Index = 47 Token = 0
-		DD	246	; Index = 47 Token = 1
-		DD	411	; Index = 47 Token = 2
-		DD	575	; Index = 47 Token = 3
-		DD	740	; Index = 47 Token = 4
-		DD	904	; Index = 47 Token = 5
-		DD	1069	; Index = 47 Token = 6
-		DD	1233	; Index = 47 Token = 7
-		DD	-82	; Index = 47 Token = 8
-		DD	-246	; Index = 47 Token = 9
-		DD	-411	; Index = 47 Token = 10
-		DD	-575	; Index = 47 Token = 11
-		DD	-740	; Index = 47 Token = 12
-		DD	-904	; Index = 47 Token = 13
-		DD	-1069	; Index = 47 Token = 14
-		DD	-1233	; Index = 47 Token = 15
-		DD	90	; Index = 48 Token = 0
-		DD	271	; Index = 48 Token = 1
-		DD	452	; Index = 48 Token = 2
-		DD	633	; Index = 48 Token = 3
-		DD	814	; Index = 48 Token = 4
-		DD	995	; Index = 48 Token = 5
-		DD	1176	; Index = 48 Token = 6
-		DD	1357	; Index = 48 Token = 7
-		DD	-90	; Index = 48 Token = 8
-		DD	-271	; Index = 48 Token = 9
-		DD	-452	; Index = 48 Token = 10
-		DD	-633	; Index = 48 Token = 11
-		DD	-814	; Index = 48 Token = 12
-		DD	-995	; Index = 48 Token = 13
-		DD	-1176	; Index = 48 Token = 14
-		DD	-1357	; Index = 48 Token = 15
-		DD	99	; Index = 49 Token = 0
-		DD	298	; Index = 49 Token = 1
-		DD	497	; Index = 49 Token = 2
-		DD	696	; Index = 49 Token = 3
-		DD	895	; Index = 49 Token = 4
-		DD	1094	; Index = 49 Token = 5
-		DD	1293	; Index = 49 Token = 6
-		DD	1492	; Index = 49 Token = 7
-		DD	-99	; Index = 49 Token = 8
-		DD	-298	; Index = 49 Token = 9
-		DD	-497	; Index = 49 Token = 10
-		DD	-696	; Index = 49 Token = 11
-		DD	-895	; Index = 49 Token = 12
-		DD	-1094	; Index = 49 Token = 13
-		DD	-1293	; Index = 49 Token = 14
-		DD	-1492	; Index = 49 Token = 15
-		DD	109	; Index = 50 Token = 0
-		DD	328	; Index = 50 Token = 1
-		DD	547	; Index = 50 Token = 2
-		DD	766	; Index = 50 Token = 3
-		DD	985	; Index = 50 Token = 4
-		DD	1204	; Index = 50 Token = 5
-		DD	1423	; Index = 50 Token = 6
-		DD	1642	; Index = 50 Token = 7
-		DD	-109	; Index = 50 Token = 8
-		DD	-328	; Index = 50 Token = 9
-		DD	-547	; Index = 50 Token = 10
-		DD	-766	; Index = 50 Token = 11
-		DD	-985	; Index = 50 Token = 12
-		DD	-1204	; Index = 50 Token = 13
-		DD	-1423	; Index = 50 Token = 14
-		DD	-1642	; Index = 50 Token = 15
-		DD	120	; Index = 51 Token = 0
-		DD	360	; Index = 51 Token = 1
-		DD	601	; Index = 51 Token = 2
-		DD	841	; Index = 51 Token = 3
-		DD	1083	; Index = 51 Token = 4
-		DD	1323	; Index = 51 Token = 5
-		DD	1564	; Index = 51 Token = 6
-		DD	1804	; Index = 51 Token = 7
-		DD	-120	; Index = 51 Token = 8
-		DD	-360	; Index = 51 Token = 9
-		DD	-601	; Index = 51 Token = 10
-		DD	-841	; Index = 51 Token = 11
-		DD	-1083	; Index = 51 Token = 12
-		DD	-1323	; Index = 51 Token = 13
-		DD	-1564	; Index = 51 Token = 14
-		DD	-1804	; Index = 51 Token = 15
-		DD	132	; Index = 52 Token = 0
-		DD	397	; Index = 52 Token = 1
-		DD	662	; Index = 52 Token = 2
-		DD	927	; Index = 52 Token = 3
-		DD	1192	; Index = 52 Token = 4
-		DD	1457	; Index = 52 Token = 5
-		DD	1722	; Index = 52 Token = 6
-		DD	1987	; Index = 52 Token = 7
-		DD	-132	; Index = 52 Token = 8
-		DD	-397	; Index = 52 Token = 9
-		DD	-662	; Index = 52 Token = 10
-		DD	-927	; Index = 52 Token = 11
-		DD	-1192	; Index = 52 Token = 12
-		DD	-1457	; Index = 52 Token = 13
-		DD	-1722	; Index = 52 Token = 14
-		DD	-1987	; Index = 52 Token = 15
-		DD	145	; Index = 53 Token = 0
-		DD	436	; Index = 53 Token = 1
-		DD	728	; Index = 53 Token = 2
-		DD	1019	; Index = 53 Token = 3
-		DD	1311	; Index = 53 Token = 4
-		DD	1602	; Index = 53 Token = 5
-		DD	1894	; Index = 53 Token = 6
-		DD	2185	; Index = 53 Token = 7
-		DD	-145	; Index = 53 Token = 8
-		DD	-436	; Index = 53 Token = 9
-		DD	-728	; Index = 53 Token = 10
-		DD	-1019	; Index = 53 Token = 11
-		DD	-1311	; Index = 53 Token = 12
-		DD	-1602	; Index = 53 Token = 13
-		DD	-1894	; Index = 53 Token = 14
-		DD	-2185	; Index = 53 Token = 15
-		DD	160	; Index = 54 Token = 0
-		DD	480	; Index = 54 Token = 1
-		DD	801	; Index = 54 Token = 2
-		DD	1121	; Index = 54 Token = 3
-		DD	1442	; Index = 54 Token = 4
-		DD	1762	; Index = 54 Token = 5
-		DD	2083	; Index = 54 Token = 6
-		DD	2403	; Index = 54 Token = 7
-		DD	-160	; Index = 54 Token = 8
-		DD	-480	; Index = 54 Token = 9
-		DD	-801	; Index = 54 Token = 10
-		DD	-1121	; Index = 54 Token = 11
-		DD	-1442	; Index = 54 Token = 12
-		DD	-1762	; Index = 54 Token = 13
-		DD	-2083	; Index = 54 Token = 14
-		DD	-2403	; Index = 54 Token = 15
-		DD	176	; Index = 55 Token = 0
-		DD	528	; Index = 55 Token = 1
-		DD	881	; Index = 55 Token = 2
-		DD	1233	; Index = 55 Token = 3
-		DD	1587	; Index = 55 Token = 4
-		DD	1939	; Index = 55 Token = 5
-		DD	2292	; Index = 55 Token = 6
-		DD	2644	; Index = 55 Token = 7
-		DD	-176	; Index = 55 Token = 8
-		DD	-528	; Index = 55 Token = 9
-		DD	-881	; Index = 55 Token = 10
-		DD	-1233	; Index = 55 Token = 11
-		DD	-1587	; Index = 55 Token = 12
-		DD	-1939	; Index = 55 Token = 13
-		DD	-2292	; Index = 55 Token = 14
-		DD	-2644	; Index = 55 Token = 15
-		DD	194	; Index = 56 Token = 0
-		DD	582	; Index = 56 Token = 1
-		DD	970	; Index = 56 Token = 2
-		DD	1358	; Index = 56 Token = 3
-		DD	1746	; Index = 56 Token = 4
-		DD	2134	; Index = 56 Token = 5
-		DD	2522	; Index = 56 Token = 6
-		DD	2910	; Index = 56 Token = 7
-		DD	-194	; Index = 56 Token = 8
-		DD	-582	; Index = 56 Token = 9
-		DD	-970	; Index = 56 Token = 10
-		DD	-1358	; Index = 56 Token = 11
-		DD	-1746	; Index = 56 Token = 12
-		DD	-2134	; Index = 56 Token = 13
-		DD	-2522	; Index = 56 Token = 14
-		DD	-2910	; Index = 56 Token = 15
-		DD	213	; Index = 57 Token = 0
-		DD	639	; Index = 57 Token = 1
-		DD	1066	; Index = 57 Token = 2
-		DD	1492	; Index = 57 Token = 3
-		DD	1920	; Index = 57 Token = 4
-		DD	2346	; Index = 57 Token = 5
-		DD	2773	; Index = 57 Token = 6
-		DD	3199	; Index = 57 Token = 7
-		DD	-213	; Index = 57 Token = 8
-		DD	-639	; Index = 57 Token = 9
-		DD	-1066	; Index = 57 Token = 10
-		DD	-1492	; Index = 57 Token = 11
-		DD	-1920	; Index = 57 Token = 12
-		DD	-2346	; Index = 57 Token = 13
-		DD	-2773	; Index = 57 Token = 14
-		DD	-3199	; Index = 57 Token = 15
-		DD	234	; Index = 58 Token = 0
-		DD	703	; Index = 58 Token = 1
-		DD	1173	; Index = 58 Token = 2
-		DD	1642	; Index = 58 Token = 3
-		DD	2112	; Index = 58 Token = 4
-		DD	2581	; Index = 58 Token = 5
-		DD	3051	; Index = 58 Token = 6
-		DD	3520	; Index = 58 Token = 7
-		DD	-234	; Index = 58 Token = 8
-		DD	-703	; Index = 58 Token = 9
-		DD	-1173	; Index = 58 Token = 10
-		DD	-1642	; Index = 58 Token = 11
-		DD	-2112	; Index = 58 Token = 12
-		DD	-2581	; Index = 58 Token = 13
-		DD	-3051	; Index = 58 Token = 14
-		DD	-3520	; Index = 58 Token = 15
-		DD	258	; Index = 59 Token = 0
-		DD	774	; Index = 59 Token = 1
-		DD	1291	; Index = 59 Token = 2
-		DD	1807	; Index = 59 Token = 3
-		DD	2324	; Index = 59 Token = 4
-		DD	2840	; Index = 59 Token = 5
-		DD	3357	; Index = 59 Token = 6
-		DD	3873	; Index = 59 Token = 7
-		DD	-258	; Index = 59 Token = 8
-		DD	-774	; Index = 59 Token = 9
-		DD	-1291	; Index = 59 Token = 10
-		DD	-1807	; Index = 59 Token = 11
-		DD	-2324	; Index = 59 Token = 12
-		DD	-2840	; Index = 59 Token = 13
-		DD	-3357	; Index = 59 Token = 14
-		DD	-3873	; Index = 59 Token = 15
-		DD	284	; Index = 60 Token = 0
-		DD	852	; Index = 60 Token = 1
-		DD	1420	; Index = 60 Token = 2
-		DD	1988	; Index = 60 Token = 3
-		DD	2556	; Index = 60 Token = 4
-		DD	3124	; Index = 60 Token = 5
-		DD	3692	; Index = 60 Token = 6
-		DD	4260	; Index = 60 Token = 7
-		DD	-284	; Index = 60 Token = 8
-		DD	-852	; Index = 60 Token = 9
-		DD	-1420	; Index = 60 Token = 10
-		DD	-1988	; Index = 60 Token = 11
-		DD	-2556	; Index = 60 Token = 12
-		DD	-3124	; Index = 60 Token = 13
-		DD	-3692	; Index = 60 Token = 14
-		DD	-4260	; Index = 60 Token = 15
-		DD	312	; Index = 61 Token = 0
-		DD	936	; Index = 61 Token = 1
-		DD	1561	; Index = 61 Token = 2
-		DD	2185	; Index = 61 Token = 3
-		DD	2811	; Index = 61 Token = 4
-		DD	3435	; Index = 61 Token = 5
-		DD	4060	; Index = 61 Token = 6
-		DD	4684	; Index = 61 Token = 7
-		DD	-312	; Index = 61 Token = 8
-		DD	-936	; Index = 61 Token = 9
-		DD	-1561	; Index = 61 Token = 10
-		DD	-2185	; Index = 61 Token = 11
-		DD	-2811	; Index = 61 Token = 12
-		DD	-3435	; Index = 61 Token = 13
-		DD	-4060	; Index = 61 Token = 14
-		DD	-4684	; Index = 61 Token = 15
-		DD	343	; Index = 62 Token = 0
-		DD	1030	; Index = 62 Token = 1
-		DD	1717	; Index = 62 Token = 2
-		DD	2404	; Index = 62 Token = 3
-		DD	3092	; Index = 62 Token = 4
-		DD	3779	; Index = 62 Token = 5
-		DD	4466	; Index = 62 Token = 6
-		DD	5153	; Index = 62 Token = 7
-		DD	-343	; Index = 62 Token = 8
-		DD	-1030	; Index = 62 Token = 9
-		DD	-1717	; Index = 62 Token = 10
-		DD	-2404	; Index = 62 Token = 11
-		DD	-3092	; Index = 62 Token = 12
-		DD	-3779	; Index = 62 Token = 13
-		DD	-4466	; Index = 62 Token = 14
-		DD	-5153	; Index = 62 Token = 15
-		DD	378	; Index = 63 Token = 0
-		DD	1134	; Index = 63 Token = 1
-		DD	1890	; Index = 63 Token = 2
-		DD	2646	; Index = 63 Token = 3
-		DD	3402	; Index = 63 Token = 4
-		DD	4158	; Index = 63 Token = 5
-		DD	4914	; Index = 63 Token = 6
-		DD	5670	; Index = 63 Token = 7
-		DD	-378	; Index = 63 Token = 8
-		DD	-1134	; Index = 63 Token = 9
-		DD	-1890	; Index = 63 Token = 10
-		DD	-2646	; Index = 63 Token = 11
-		DD	-3402	; Index = 63 Token = 12
-		DD	-4158	; Index = 63 Token = 13
-		DD	-4914	; Index = 63 Token = 14
-		DD	-5670	; Index = 63 Token = 15
-		DD	415	; Index = 64 Token = 0
-		DD	1246	; Index = 64 Token = 1
-		DD	2078	; Index = 64 Token = 2
-		DD	2909	; Index = 64 Token = 3
-		DD	3742	; Index = 64 Token = 4
-		DD	4573	; Index = 64 Token = 5
-		DD	5405	; Index = 64 Token = 6
-		DD	6236	; Index = 64 Token = 7
-		DD	-415	; Index = 64 Token = 8
-		DD	-1246	; Index = 64 Token = 9
-		DD	-2078	; Index = 64 Token = 10
-		DD	-2909	; Index = 64 Token = 11
-		DD	-3742	; Index = 64 Token = 12
-		DD	-4573	; Index = 64 Token = 13
-		DD	-5405	; Index = 64 Token = 14
-		DD	-6236	; Index = 64 Token = 15
-		DD	457	; Index = 65 Token = 0
-		DD	1372	; Index = 65 Token = 1
-		DD	2287	; Index = 65 Token = 2
-		DD	3202	; Index = 65 Token = 3
-		DD	4117	; Index = 65 Token = 4
-		DD	5032	; Index = 65 Token = 5
-		DD	5947	; Index = 65 Token = 6
-		DD	6862	; Index = 65 Token = 7
-		DD	-457	; Index = 65 Token = 8
-		DD	-1372	; Index = 65 Token = 9
-		DD	-2287	; Index = 65 Token = 10
-		DD	-3202	; Index = 65 Token = 11
-		DD	-4117	; Index = 65 Token = 12
-		DD	-5032	; Index = 65 Token = 13
-		DD	-5947	; Index = 65 Token = 14
-		DD	-6862	; Index = 65 Token = 15
-		DD	503	; Index = 66 Token = 0
-		DD	1509	; Index = 66 Token = 1
-		DD	2516	; Index = 66 Token = 2
-		DD	3522	; Index = 66 Token = 3
-		DD	4529	; Index = 66 Token = 4
-		DD	5535	; Index = 66 Token = 5
-		DD	6542	; Index = 66 Token = 6
-		DD	7548	; Index = 66 Token = 7
-		DD	-503	; Index = 66 Token = 8
-		DD	-1509	; Index = 66 Token = 9
-		DD	-2516	; Index = 66 Token = 10
-		DD	-3522	; Index = 66 Token = 11
-		DD	-4529	; Index = 66 Token = 12
-		DD	-5535	; Index = 66 Token = 13
-		DD	-6542	; Index = 66 Token = 14
-		DD	-7548	; Index = 66 Token = 15
-		DD	553	; Index = 67 Token = 0
-		DD	1660	; Index = 67 Token = 1
-		DD	2767	; Index = 67 Token = 2
-		DD	3874	; Index = 67 Token = 3
-		DD	4981	; Index = 67 Token = 4
-		DD	6088	; Index = 67 Token = 5
-		DD	7195	; Index = 67 Token = 6
-		DD	8302	; Index = 67 Token = 7
-		DD	-553	; Index = 67 Token = 8
-		DD	-1660	; Index = 67 Token = 9
-		DD	-2767	; Index = 67 Token = 10
-		DD	-3874	; Index = 67 Token = 11
-		DD	-4981	; Index = 67 Token = 12
-		DD	-6088	; Index = 67 Token = 13
-		DD	-7195	; Index = 67 Token = 14
-		DD	-8302	; Index = 67 Token = 15
-		DD	608	; Index = 68 Token = 0
-		DD	1825	; Index = 68 Token = 1
-		DD	3043	; Index = 68 Token = 2
-		DD	4260	; Index = 68 Token = 3
-		DD	5479	; Index = 68 Token = 4
-		DD	6696	; Index = 68 Token = 5
-		DD	7914	; Index = 68 Token = 6
-		DD	9131	; Index = 68 Token = 7
-		DD	-608	; Index = 68 Token = 8
-		DD	-1825	; Index = 68 Token = 9
-		DD	-3043	; Index = 68 Token = 10
-		DD	-4260	; Index = 68 Token = 11
-		DD	-5479	; Index = 68 Token = 12
-		DD	-6696	; Index = 68 Token = 13
-		DD	-7914	; Index = 68 Token = 14
-		DD	-9131	; Index = 68 Token = 15
-		DD	669	; Index = 69 Token = 0
-		DD	2008	; Index = 69 Token = 1
-		DD	3348	; Index = 69 Token = 2
-		DD	4687	; Index = 69 Token = 3
-		DD	6027	; Index = 69 Token = 4
-		DD	7366	; Index = 69 Token = 5
-		DD	8706	; Index = 69 Token = 6
-		DD	10045	; Index = 69 Token = 7
-		DD	-669	; Index = 69 Token = 8
-		DD	-2008	; Index = 69 Token = 9
-		DD	-3348	; Index = 69 Token = 10
-		DD	-4687	; Index = 69 Token = 11
-		DD	-6027	; Index = 69 Token = 12
-		DD	-7366	; Index = 69 Token = 13
-		DD	-8706	; Index = 69 Token = 14
-		DD	-10045	; Index = 69 Token = 15
-		DD	736	; Index = 70 Token = 0
-		DD	2209	; Index = 70 Token = 1
-		DD	3683	; Index = 70 Token = 2
-		DD	5156	; Index = 70 Token = 3
-		DD	6630	; Index = 70 Token = 4
-		DD	8103	; Index = 70 Token = 5
-		DD	9577	; Index = 70 Token = 6
-		DD	11050	; Index = 70 Token = 7
-		DD	-736	; Index = 70 Token = 8
-		DD	-2209	; Index = 70 Token = 9
-		DD	-3683	; Index = 70 Token = 10
-		DD	-5156	; Index = 70 Token = 11
-		DD	-6630	; Index = 70 Token = 12
-		DD	-8103	; Index = 70 Token = 13
-		DD	-9577	; Index = 70 Token = 14
-		DD	-11050	; Index = 70 Token = 15
-		DD	810	; Index = 71 Token = 0
-		DD	2431	; Index = 71 Token = 1
-		DD	4052	; Index = 71 Token = 2
-		DD	5673	; Index = 71 Token = 3
-		DD	7294	; Index = 71 Token = 4
-		DD	8915	; Index = 71 Token = 5
-		DD	10536	; Index = 71 Token = 6
-		DD	12157	; Index = 71 Token = 7
-		DD	-810	; Index = 71 Token = 8
-		DD	-2431	; Index = 71 Token = 9
-		DD	-4052	; Index = 71 Token = 10
-		DD	-5673	; Index = 71 Token = 11
-		DD	-7294	; Index = 71 Token = 12
-		DD	-8915	; Index = 71 Token = 13
-		DD	-10536	; Index = 71 Token = 14
-		DD	-12157	; Index = 71 Token = 15
-		DD	891	; Index = 72 Token = 0
-		DD	2674	; Index = 72 Token = 1
-		DD	4457	; Index = 72 Token = 2
-		DD	6240	; Index = 72 Token = 3
-		DD	8023	; Index = 72 Token = 4
-		DD	9806	; Index = 72 Token = 5
-		DD	11589	; Index = 72 Token = 6
-		DD	13372	; Index = 72 Token = 7
-		DD	-891	; Index = 72 Token = 8
-		DD	-2674	; Index = 72 Token = 9
-		DD	-4457	; Index = 72 Token = 10
-		DD	-6240	; Index = 72 Token = 11
-		DD	-8023	; Index = 72 Token = 12
-		DD	-9806	; Index = 72 Token = 13
-		DD	-11589	; Index = 72 Token = 14
-		DD	-13372	; Index = 72 Token = 15
-		DD	980	; Index = 73 Token = 0
-		DD	2941	; Index = 73 Token = 1
-		DD	4902	; Index = 73 Token = 2
-		DD	6863	; Index = 73 Token = 3
-		DD	8825	; Index = 73 Token = 4
-		DD	10786	; Index = 73 Token = 5
-		DD	12747	; Index = 73 Token = 6
-		DD	14708	; Index = 73 Token = 7
-		DD	-980	; Index = 73 Token = 8
-		DD	-2941	; Index = 73 Token = 9
-		DD	-4902	; Index = 73 Token = 10
-		DD	-6863	; Index = 73 Token = 11
-		DD	-8825	; Index = 73 Token = 12
-		DD	-10786	; Index = 73 Token = 13
-		DD	-12747	; Index = 73 Token = 14
-		DD	-14708	; Index = 73 Token = 15
-		DD	1078	; Index = 74 Token = 0
-		DD	3235	; Index = 74 Token = 1
-		DD	5393	; Index = 74 Token = 2
-		DD	7550	; Index = 74 Token = 3
-		DD	9708	; Index = 74 Token = 4
-		DD	11865	; Index = 74 Token = 5
-		DD	14023	; Index = 74 Token = 6
-		DD	16180	; Index = 74 Token = 7
-		DD	-1078	; Index = 74 Token = 8
-		DD	-3235	; Index = 74 Token = 9
-		DD	-5393	; Index = 74 Token = 10
-		DD	-7550	; Index = 74 Token = 11
-		DD	-9708	; Index = 74 Token = 12
-		DD	-11865	; Index = 74 Token = 13
-		DD	-14023	; Index = 74 Token = 14
-		DD	-16180	; Index = 74 Token = 15
-		DD	1186	; Index = 75 Token = 0
-		DD	3559	; Index = 75 Token = 1
-		DD	5932	; Index = 75 Token = 2
-		DD	8305	; Index = 75 Token = 3
-		DD	10679	; Index = 75 Token = 4
-		DD	13052	; Index = 75 Token = 5
-		DD	15425	; Index = 75 Token = 6
-		DD	17798	; Index = 75 Token = 7
-		DD	-1186	; Index = 75 Token = 8
-		DD	-3559	; Index = 75 Token = 9
-		DD	-5932	; Index = 75 Token = 10
-		DD	-8305	; Index = 75 Token = 11
-		DD	-10679	; Index = 75 Token = 12
-		DD	-13052	; Index = 75 Token = 13
-		DD	-15425	; Index = 75 Token = 14
-		DD	-17798	; Index = 75 Token = 15
-		DD	1305	; Index = 76 Token = 0
-		DD	3915	; Index = 76 Token = 1
-		DD	6526	; Index = 76 Token = 2
-		DD	9136	; Index = 76 Token = 3
-		DD	11747	; Index = 76 Token = 4
-		DD	14357	; Index = 76 Token = 5
-		DD	16968	; Index = 76 Token = 6
-		DD	19578	; Index = 76 Token = 7
-		DD	-1305	; Index = 76 Token = 8
-		DD	-3915	; Index = 76 Token = 9
-		DD	-6526	; Index = 76 Token = 10
-		DD	-9136	; Index = 76 Token = 11
-		DD	-11747	; Index = 76 Token = 12
-		DD	-14357	; Index = 76 Token = 13
-		DD	-16968	; Index = 76 Token = 14
-		DD	-19578	; Index = 76 Token = 15
-		DD	1435	; Index = 77 Token = 0
-		DD	4306	; Index = 77 Token = 1
-		DD	7178	; Index = 77 Token = 2
-		DD	10049	; Index = 77 Token = 3
-		DD	12922	; Index = 77 Token = 4
-		DD	15793	; Index = 77 Token = 5
-		DD	18665	; Index = 77 Token = 6
-		DD	21536	; Index = 77 Token = 7
-		DD	-1435	; Index = 77 Token = 8
-		DD	-4306	; Index = 77 Token = 9
-		DD	-7178	; Index = 77 Token = 10
-		DD	-10049	; Index = 77 Token = 11
-		DD	-12922	; Index = 77 Token = 12
-		DD	-15793	; Index = 77 Token = 13
-		DD	-18665	; Index = 77 Token = 14
-		DD	-21536	; Index = 77 Token = 15
-		DD	1579	; Index = 78 Token = 0
-		DD	4737	; Index = 78 Token = 1
-		DD	7896	; Index = 78 Token = 2
-		DD	11054	; Index = 78 Token = 3
-		DD	14214	; Index = 78 Token = 4
-		DD	17372	; Index = 78 Token = 5
-		DD	20531	; Index = 78 Token = 6
-		DD	23689	; Index = 78 Token = 7
-		DD	-1579	; Index = 78 Token = 8
-		DD	-4737	; Index = 78 Token = 9
-		DD	-7896	; Index = 78 Token = 10
-		DD	-11054	; Index = 78 Token = 11
-		DD	-14214	; Index = 78 Token = 12
-		DD	-17372	; Index = 78 Token = 13
-		DD	-20531	; Index = 78 Token = 14
-		DD	-23689	; Index = 78 Token = 15
-		DD	1737	; Index = 79 Token = 0
-		DD	5211	; Index = 79 Token = 1
-		DD	8686	; Index = 79 Token = 2
-		DD	12160	; Index = 79 Token = 3
-		DD	15636	; Index = 79 Token = 4
-		DD	19110	; Index = 79 Token = 5
-		DD	22585	; Index = 79 Token = 6
-		DD	26059	; Index = 79 Token = 7
-		DD	-1737	; Index = 79 Token = 8
-		DD	-5211	; Index = 79 Token = 9
-		DD	-8686	; Index = 79 Token = 10
-		DD	-12160	; Index = 79 Token = 11
-		DD	-15636	; Index = 79 Token = 12
-		DD	-19110	; Index = 79 Token = 13
-		DD	-22585	; Index = 79 Token = 14
-		DD	-26059	; Index = 79 Token = 15
-		DD	1911	; Index = 80 Token = 0
-		DD	5733	; Index = 80 Token = 1
-		DD	9555	; Index = 80 Token = 2
-		DD	13377	; Index = 80 Token = 3
-		DD	17200	; Index = 80 Token = 4
-		DD	21022	; Index = 80 Token = 5
-		DD	24844	; Index = 80 Token = 6
-		DD	28666	; Index = 80 Token = 7
-		DD	-1911	; Index = 80 Token = 8
-		DD	-5733	; Index = 80 Token = 9
-		DD	-9555	; Index = 80 Token = 10
-		DD	-13377	; Index = 80 Token = 11
-		DD	-17200	; Index = 80 Token = 12
-		DD	-21022	; Index = 80 Token = 13
-		DD	-24844	; Index = 80 Token = 14
-		DD	-28666	; Index = 80 Token = 15
-		DD	2102	; Index = 81 Token = 0
-		DD	6306	; Index = 81 Token = 1
-		DD	10511	; Index = 81 Token = 2
-		DD	14715	; Index = 81 Token = 3
-		DD	18920	; Index = 81 Token = 4
-		DD	23124	; Index = 81 Token = 5
-		DD	27329	; Index = 81 Token = 6
-		DD	31533	; Index = 81 Token = 7
-		DD	-2102	; Index = 81 Token = 8
-		DD	-6306	; Index = 81 Token = 9
-		DD	-10511	; Index = 81 Token = 10
-		DD	-14715	; Index = 81 Token = 11
-		DD	-18920	; Index = 81 Token = 12
-		DD	-23124	; Index = 81 Token = 13
-		DD	-27329	; Index = 81 Token = 14
-		DD	-31533	; Index = 81 Token = 15
-		DD	2312	; Index = 82 Token = 0
-		DD	6937	; Index = 82 Token = 1
-		DD	11562	; Index = 82 Token = 2
-		DD	16187	; Index = 82 Token = 3
-		DD	20812	; Index = 82 Token = 4
-		DD	25437	; Index = 82 Token = 5
-		DD	30062	; Index = 82 Token = 6
-		DD	34687	; Index = 82 Token = 7
-		DD	-2312	; Index = 82 Token = 8
-		DD	-6937	; Index = 82 Token = 9
-		DD	-11562	; Index = 82 Token = 10
-		DD	-16187	; Index = 82 Token = 11
-		DD	-20812	; Index = 82 Token = 12
-		DD	-25437	; Index = 82 Token = 13
-		DD	-30062	; Index = 82 Token = 14
-		DD	-34687	; Index = 82 Token = 15
-		DD	2543	; Index = 83 Token = 0
-		DD	7630	; Index = 83 Token = 1
-		DD	12718	; Index = 83 Token = 2
-		DD	17805	; Index = 83 Token = 3
-		DD	22893	; Index = 83 Token = 4
-		DD	27980	; Index = 83 Token = 5
-		DD	33068	; Index = 83 Token = 6
-		DD	38155	; Index = 83 Token = 7
-		DD	-2543	; Index = 83 Token = 8
-		DD	-7630	; Index = 83 Token = 9
-		DD	-12718	; Index = 83 Token = 10
-		DD	-17805	; Index = 83 Token = 11
-		DD	-22893	; Index = 83 Token = 12
-		DD	-27980	; Index = 83 Token = 13
-		DD	-33068	; Index = 83 Token = 14
-		DD	-38155	; Index = 83 Token = 15
-		DD	2798	; Index = 84 Token = 0
-		DD	8394	; Index = 84 Token = 1
-		DD	13990	; Index = 84 Token = 2
-		DD	19586	; Index = 84 Token = 3
-		DD	25183	; Index = 84 Token = 4
-		DD	30779	; Index = 84 Token = 5
-		DD	36375	; Index = 84 Token = 6
-		DD	41971	; Index = 84 Token = 7
-		DD	-2798	; Index = 84 Token = 8
-		DD	-8394	; Index = 84 Token = 9
-		DD	-13990	; Index = 84 Token = 10
-		DD	-19586	; Index = 84 Token = 11
-		DD	-25183	; Index = 84 Token = 12
-		DD	-30779	; Index = 84 Token = 13
-		DD	-36375	; Index = 84 Token = 14
-		DD	-41971	; Index = 84 Token = 15
-		DD	3077	; Index = 85 Token = 0
-		DD	9232	; Index = 85 Token = 1
-		DD	15388	; Index = 85 Token = 2
-		DD	21543	; Index = 85 Token = 3
-		DD	27700	; Index = 85 Token = 4
-		DD	33855	; Index = 85 Token = 5
-		DD	40011	; Index = 85 Token = 6
-		DD	46166	; Index = 85 Token = 7
-		DD	-3077	; Index = 85 Token = 8
-		DD	-9232	; Index = 85 Token = 9
-		DD	-15388	; Index = 85 Token = 10
-		DD	-21543	; Index = 85 Token = 11
-		DD	-27700	; Index = 85 Token = 12
-		DD	-33855	; Index = 85 Token = 13
-		DD	-40011	; Index = 85 Token = 14
-		DD	-46166	; Index = 85 Token = 15
-		DD	3385	; Index = 86 Token = 0
-		DD	10156	; Index = 86 Token = 1
-		DD	16928	; Index = 86 Token = 2
-		DD	23699	; Index = 86 Token = 3
-		DD	30471	; Index = 86 Token = 4
-		DD	37242	; Index = 86 Token = 5
-		DD	44014	; Index = 86 Token = 6
-		DD	50785	; Index = 86 Token = 7
-		DD	-3385	; Index = 86 Token = 8
-		DD	-10156	; Index = 86 Token = 9
-		DD	-16928	; Index = 86 Token = 10
-		DD	-23699	; Index = 86 Token = 11
-		DD	-30471	; Index = 86 Token = 12
-		DD	-37242	; Index = 86 Token = 13
-		DD	-44014	; Index = 86 Token = 14
-		DD	-50785	; Index = 86 Token = 15
-		DD	3724	; Index = 87 Token = 0
-		DD	11172	; Index = 87 Token = 1
-		DD	18621	; Index = 87 Token = 2
-		DD	26069	; Index = 87 Token = 3
-		DD	33518	; Index = 87 Token = 4
-		DD	40966	; Index = 87 Token = 5
-		DD	48415	; Index = 87 Token = 6
-		DD	55863	; Index = 87 Token = 7
-		DD	-3724	; Index = 87 Token = 8
-		DD	-11172	; Index = 87 Token = 9
-		DD	-18621	; Index = 87 Token = 10
-		DD	-26069	; Index = 87 Token = 11
-		DD	-33518	; Index = 87 Token = 12
-		DD	-40966	; Index = 87 Token = 13
-		DD	-48415	; Index = 87 Token = 14
-		DD	-55863	; Index = 87 Token = 15
-		DD	4095	; Index = 88 Token = 0
-		DD	12286	; Index = 88 Token = 1
-		DD	20478	; Index = 88 Token = 2
-		DD	28669	; Index = 88 Token = 3
-		DD	36862	; Index = 88 Token = 4
-		DD	45053	; Index = 88 Token = 5
-		DD	53245	; Index = 88 Token = 6
-		DD	61436	; Index = 88 Token = 7
-		DD	-4095	; Index = 88 Token = 8
-		DD	-12286	; Index = 88 Token = 9
-		DD	-20478	; Index = 88 Token = 10
-		DD	-28669	; Index = 88 Token = 11
-		DD	-36862	; Index = 88 Token = 12
-		DD	-45053	; Index = 88 Token = 13
-		DD	-53245	; Index = 88 Token = 14
-		DD	-61436	; Index = 88 Token = 15
diff --git a/code/dsaudio.cpp b/code/dsaudio.cpp
index b5aab4aa..910d20b2 100644
--- a/code/dsaudio.cpp
+++ b/code/dsaudio.cpp
@@ -989,11 +989,8 @@ int DSAudio::Play_Sample_Handle(void const *sample, int priority, int volume, in
 		st->sosinfo.wBitSize             = (RawHeader.Flags & AUD_FLAG_16BIT)  ? 16 : 8;
 		st->sosinfo.dwCompSize   = RawHeader.Size;
 		st->sosinfo.dwUnCompSize = RawHeader.Size * ( st->sosinfo.wBitSize / 4 );
-		if (st->sosinfo.wBitSize == 16 && st->sosinfo.wChannels == 1) {
-			sosCODECInitStream(&st->sosinfo);
-		} else {
-			General_sosCODECInitStream(&st->sosinfo);
-		}
+		sosCODECInitStream(&st->sosinfo);
+
 	}
 
 	/*
@@ -2664,11 +2661,7 @@ int DSAudio::Sample_Copy(SampleTrackerType *st, void ** source, int * ssize, voi
 						}
 						st->sosinfo.lpSource = (char *)UncompBuffer;
 						st->sosinfo.lpDest	 = (char *)dest;
-						if (st->sosinfo.wBitSize==16 && st->sosinfo.wChannels==1){
-							sosCODECDecompressData(&st->sosinfo, dsize);
-						} else {
-							General_sosCODECDecompressData(&st->sosinfo, dsize);
-						}
+						sosCODECDecompressData(&st->sosinfo, dsize);
 						dest = Audio_Add_Long_To_Pointer(dest, dsize);
 					}
 					datasize += dsize;
diff --git a/code/indextb.inc b/code/indextb.inc
deleted file mode 100644
index c250ed43..00000000
--- a/code/indextb.inc
+++ /dev/null
@@ -1,1443 +0,0 @@
-;******************************************************************************
-;*                               O P E N  T S
-;******************************************************************************
-;* SPDX-License-Identifier: GPL-3.0-or-later
-;* Copyright 2025 Electronic Arts Inc.
-;* Copyright 2026 OpenTS contributors
-;*
-;* Contains material derived from Electronic Arts source code.
-;* Modified by OpenTS contributors, 2026.
-;* EA's GPLv3 Section 7 additional terms and supplemental warranty
-;* disclaimers apply; see LICENSE.md.
-;******************************************************************************
-
-;****************************************************************************
-;* wIndexTable - ADPCM Lookup table for indexes
-;****************************************************************************
-
-		align	4
-
-wIndexTable	DW	0	* 2	; Index = 0 Token = 0
-		DW	0	* 2	; Index = 0 Token = 1
-		DW	0	* 2	; Index = 0 Token = 2
-		DW	0	* 2	; Index = 0 Token = 3
-		DW	32	* 2	; Index = 0 Token = 4
-		DW	64	* 2	; Index = 0 Token = 5
-		DW	96	* 2	; Index = 0 Token = 6
-		DW	128	* 2	; Index = 0 Token = 7
-		DW	0	* 2	; Index = 0 Token = 8
-		DW	0	* 2	; Index = 0 Token = 9
-		DW	0	* 2	; Index = 0 Token = 10
-		DW	0	* 2	; Index = 0 Token = 11
-		DW	32	* 2	; Index = 0 Token = 12
-		DW	64	* 2	; Index = 0 Token = 13
-		DW	96	* 2	; Index = 0 Token = 14
-		DW	128	* 2	; Index = 0 Token = 15
-		DW	0	* 2	; Index = 1 Token = 0
-		DW	0	* 2	; Index = 1 Token = 1
-		DW	0	* 2	; Index = 1 Token = 2
-		DW	0	* 2	; Index = 1 Token = 3
-		DW	48	* 2	; Index = 1 Token = 4
-		DW	80	* 2	; Index = 1 Token = 5
-		DW	112	* 2	; Index = 1 Token = 6
-		DW	144	* 2	; Index = 1 Token = 7
-		DW	0	* 2	; Index = 1 Token = 8
-		DW	0	* 2	; Index = 1 Token = 9
-		DW	0	* 2	; Index = 1 Token = 10
-		DW	0	* 2	; Index = 1 Token = 11
-		DW	48	* 2	; Index = 1 Token = 12
-		DW	80	* 2	; Index = 1 Token = 13
-		DW	112	* 2	; Index = 1 Token = 14
-		DW	144	* 2	; Index = 1 Token = 15
-		DW	16	* 2	; Index = 2 Token = 0
-		DW	16	* 2	; Index = 2 Token = 1
-		DW	16	* 2	; Index = 2 Token = 2
-		DW	16	* 2	; Index = 2 Token = 3
-		DW	64	* 2	; Index = 2 Token = 4
-		DW	96	* 2	; Index = 2 Token = 5
-		DW	128	* 2	; Index = 2 Token = 6
-		DW	160	* 2	; Index = 2 Token = 7
-		DW	16	* 2	; Index = 2 Token = 8
-		DW	16	* 2	; Index = 2 Token = 9
-		DW	16	* 2	; Index = 2 Token = 10
-		DW	16	* 2	; Index = 2 Token = 11
-		DW	64	* 2	; Index = 2 Token = 12
-		DW	96	* 2	; Index = 2 Token = 13
-		DW	128	* 2	; Index = 2 Token = 14
-		DW	160	* 2	; Index = 2 Token = 15
-		DW	32	* 2	; Index = 3 Token = 0
-		DW	32	* 2	; Index = 3 Token = 1
-		DW	32	* 2	; Index = 3 Token = 2
-		DW	32	* 2	; Index = 3 Token = 3
-		DW	80	* 2	; Index = 3 Token = 4
-		DW	112	* 2	; Index = 3 Token = 5
-		DW	144	* 2	; Index = 3 Token = 6
-		DW	176	* 2	; Index = 3 Token = 7
-		DW	32	* 2	; Index = 3 Token = 8
-		DW	32	* 2	; Index = 3 Token = 9
-		DW	32	* 2	; Index = 3 Token = 10
-		DW	32	* 2	; Index = 3 Token = 11
-		DW	80	* 2	; Index = 3 Token = 12
-		DW	112	* 2	; Index = 3 Token = 13
-		DW	144	* 2	; Index = 3 Token = 14
-		DW	176	* 2	; Index = 3 Token = 15
-		DW	48	* 2	; Index = 4 Token = 0
-		DW	48	* 2	; Index = 4 Token = 1
-		DW	48	* 2	; Index = 4 Token = 2
-		DW	48	* 2	; Index = 4 Token = 3
-		DW	96	* 2	; Index = 4 Token = 4
-		DW	128	* 2	; Index = 4 Token = 5
-		DW	160	* 2	; Index = 4 Token = 6
-		DW	192	* 2	; Index = 4 Token = 7
-		DW	48	* 2	; Index = 4 Token = 8
-		DW	48	* 2	; Index = 4 Token = 9
-		DW	48	* 2	; Index = 4 Token = 10
-		DW	48	* 2	; Index = 4 Token = 11
-		DW	96	* 2	; Index = 4 Token = 12
-		DW	128	* 2	; Index = 4 Token = 13
-		DW	160	* 2	; Index = 4 Token = 14
-		DW	192	* 2	; Index = 4 Token = 15
-		DW	64	* 2	; Index = 5 Token = 0
-		DW	64	* 2	; Index = 5 Token = 1
-		DW	64	* 2	; Index = 5 Token = 2
-		DW	64	* 2	; Index = 5 Token = 3
-		DW	112	* 2	; Index = 5 Token = 4
-		DW	144	* 2	; Index = 5 Token = 5
-		DW	176	* 2	; Index = 5 Token = 6
-		DW	208	* 2	; Index = 5 Token = 7
-		DW	64	* 2	; Index = 5 Token = 8
-		DW	64	* 2	; Index = 5 Token = 9
-		DW	64	* 2	; Index = 5 Token = 10
-		DW	64	* 2	; Index = 5 Token = 11
-		DW	112	* 2	; Index = 5 Token = 12
-		DW	144	* 2	; Index = 5 Token = 13
-		DW	176	* 2	; Index = 5 Token = 14
-		DW	208	* 2	; Index = 5 Token = 15
-		DW	80	* 2	; Index = 6 Token = 0
-		DW	80	* 2	; Index = 6 Token = 1
-		DW	80	* 2	; Index = 6 Token = 2
-		DW	80	* 2	; Index = 6 Token = 3
-		DW	128	* 2	; Index = 6 Token = 4
-		DW	160	* 2	; Index = 6 Token = 5
-		DW	192	* 2	; Index = 6 Token = 6
-		DW	224	* 2	; Index = 6 Token = 7
-		DW	80	* 2	; Index = 6 Token = 8
-		DW	80	* 2	; Index = 6 Token = 9
-		DW	80	* 2	; Index = 6 Token = 10
-		DW	80	* 2	; Index = 6 Token = 11
-		DW	128	* 2	; Index = 6 Token = 12
-		DW	160	* 2	; Index = 6 Token = 13
-		DW	192	* 2	; Index = 6 Token = 14
-		DW	224	* 2	; Index = 6 Token = 15
-		DW	96	* 2	; Index = 7 Token = 0
-		DW	96	* 2	; Index = 7 Token = 1
-		DW	96	* 2	; Index = 7 Token = 2
-		DW	96	* 2	; Index = 7 Token = 3
-		DW	144	* 2	; Index = 7 Token = 4
-		DW	176	* 2	; Index = 7 Token = 5
-		DW	208	* 2	; Index = 7 Token = 6
-		DW	240	* 2	; Index = 7 Token = 7
-		DW	96	* 2	; Index = 7 Token = 8
-		DW	96	* 2	; Index = 7 Token = 9
-		DW	96	* 2	; Index = 7 Token = 10
-		DW	96	* 2	; Index = 7 Token = 11
-		DW	144	* 2	; Index = 7 Token = 12
-		DW	176	* 2	; Index = 7 Token = 13
-		DW	208	* 2	; Index = 7 Token = 14
-		DW	240	* 2	; Index = 7 Token = 15
-		DW	112	* 2	; Index = 8 Token = 0
-		DW	112	* 2	; Index = 8 Token = 1
-		DW	112	* 2	; Index = 8 Token = 2
-		DW	112	* 2	; Index = 8 Token = 3
-		DW	160	* 2	; Index = 8 Token = 4
-		DW	192	* 2	; Index = 8 Token = 5
-		DW	224	* 2	; Index = 8 Token = 6
-		DW	256	* 2	; Index = 8 Token = 7
-		DW	112	* 2	; Index = 8 Token = 8
-		DW	112	* 2	; Index = 8 Token = 9
-		DW	112	* 2	; Index = 8 Token = 10
-		DW	112	* 2	; Index = 8 Token = 11
-		DW	160	* 2	; Index = 8 Token = 12
-		DW	192	* 2	; Index = 8 Token = 13
-		DW	224	* 2	; Index = 8 Token = 14
-		DW	256	* 2	; Index = 8 Token = 15
-		DW	128	* 2	; Index = 9 Token = 0
-		DW	128	* 2	; Index = 9 Token = 1
-		DW	128	* 2	; Index = 9 Token = 2
-		DW	128	* 2	; Index = 9 Token = 3
-		DW	176	* 2	; Index = 9 Token = 4
-		DW	208	* 2	; Index = 9 Token = 5
-		DW	240	* 2	; Index = 9 Token = 6
-		DW	272	* 2	; Index = 9 Token = 7
-		DW	128	* 2	; Index = 9 Token = 8
-		DW	128	* 2	; Index = 9 Token = 9
-		DW	128	* 2	; Index = 9 Token = 10
-		DW	128	* 2	; Index = 9 Token = 11
-		DW	176	* 2	; Index = 9 Token = 12
-		DW	208	* 2	; Index = 9 Token = 13
-		DW	240	* 2	; Index = 9 Token = 14
-		DW	272	* 2	; Index = 9 Token = 15
-		DW	144	* 2	; Index = 10 Token = 0
-		DW	144	* 2	; Index = 10 Token = 1
-		DW	144	* 2	; Index = 10 Token = 2
-		DW	144	* 2	; Index = 10 Token = 3
-		DW	192	* 2	; Index = 10 Token = 4
-		DW	224	* 2	; Index = 10 Token = 5
-		DW	256	* 2	; Index = 10 Token = 6
-		DW	288	* 2	; Index = 10 Token = 7
-		DW	144	* 2	; Index = 10 Token = 8
-		DW	144	* 2	; Index = 10 Token = 9
-		DW	144	* 2	; Index = 10 Token = 10
-		DW	144	* 2	; Index = 10 Token = 11
-		DW	192	* 2	; Index = 10 Token = 12
-		DW	224	* 2	; Index = 10 Token = 13
-		DW	256	* 2	; Index = 10 Token = 14
-		DW	288	* 2	; Index = 10 Token = 15
-		DW	160	* 2	; Index = 11 Token = 0
-		DW	160	* 2	; Index = 11 Token = 1
-		DW	160	* 2	; Index = 11 Token = 2
-		DW	160	* 2	; Index = 11 Token = 3
-		DW	208	* 2	; Index = 11 Token = 4
-		DW	240	* 2	; Index = 11 Token = 5
-		DW	272	* 2	; Index = 11 Token = 6
-		DW	304	* 2	; Index = 11 Token = 7
-		DW	160	* 2	; Index = 11 Token = 8
-		DW	160	* 2	; Index = 11 Token = 9
-		DW	160	* 2	; Index = 11 Token = 10
-		DW	160	* 2	; Index = 11 Token = 11
-		DW	208	* 2	; Index = 11 Token = 12
-		DW	240	* 2	; Index = 11 Token = 13
-		DW	272	* 2	; Index = 11 Token = 14
-		DW	304	* 2	; Index = 11 Token = 15
-		DW	176	* 2	; Index = 12 Token = 0
-		DW	176	* 2	; Index = 12 Token = 1
-		DW	176	* 2	; Index = 12 Token = 2
-		DW	176	* 2	; Index = 12 Token = 3
-		DW	224	* 2	; Index = 12 Token = 4
-		DW	256	* 2	; Index = 12 Token = 5
-		DW	288	* 2	; Index = 12 Token = 6
-		DW	320	* 2	; Index = 12 Token = 7
-		DW	176	* 2	; Index = 12 Token = 8
-		DW	176	* 2	; Index = 12 Token = 9
-		DW	176	* 2	; Index = 12 Token = 10
-		DW	176	* 2	; Index = 12 Token = 11
-		DW	224	* 2	; Index = 12 Token = 12
-		DW	256	* 2	; Index = 12 Token = 13
-		DW	288	* 2	; Index = 12 Token = 14
-		DW	320	* 2	; Index = 12 Token = 15
-		DW	192	* 2	; Index = 13 Token = 0
-		DW	192	* 2	; Index = 13 Token = 1
-		DW	192	* 2	; Index = 13 Token = 2
-		DW	192	* 2	; Index = 13 Token = 3
-		DW	240	* 2	; Index = 13 Token = 4
-		DW	272	* 2	; Index = 13 Token = 5
-		DW	304	* 2	; Index = 13 Token = 6
-		DW	336	* 2	; Index = 13 Token = 7
-		DW	192	* 2	; Index = 13 Token = 8
-		DW	192	* 2	; Index = 13 Token = 9
-		DW	192	* 2	; Index = 13 Token = 10
-		DW	192	* 2	; Index = 13 Token = 11
-		DW	240	* 2	; Index = 13 Token = 12
-		DW	272	* 2	; Index = 13 Token = 13
-		DW	304	* 2	; Index = 13 Token = 14
-		DW	336	* 2	; Index = 13 Token = 15
-		DW	208	* 2	; Index = 14 Token = 0
-		DW	208	* 2	; Index = 14 Token = 1
-		DW	208	* 2	; Index = 14 Token = 2
-		DW	208	* 2	; Index = 14 Token = 3
-		DW	256	* 2	; Index = 14 Token = 4
-		DW	288	* 2	; Index = 14 Token = 5
-		DW	320	* 2	; Index = 14 Token = 6
-		DW	352	* 2	; Index = 14 Token = 7
-		DW	208	* 2	; Index = 14 Token = 8
-		DW	208	* 2	; Index = 14 Token = 9
-		DW	208	* 2	; Index = 14 Token = 10
-		DW	208	* 2	; Index = 14 Token = 11
-		DW	256	* 2	; Index = 14 Token = 12
-		DW	288	* 2	; Index = 14 Token = 13
-		DW	320	* 2	; Index = 14 Token = 14
-		DW	352	* 2	; Index = 14 Token = 15
-		DW	224	* 2	; Index = 15 Token = 0
-		DW	224	* 2	; Index = 15 Token = 1
-		DW	224	* 2	; Index = 15 Token = 2
-		DW	224	* 2	; Index = 15 Token = 3
-		DW	272	* 2	; Index = 15 Token = 4
-		DW	304	* 2	; Index = 15 Token = 5
-		DW	336	* 2	; Index = 15 Token = 6
-		DW	368	* 2	; Index = 15 Token = 7
-		DW	224	* 2	; Index = 15 Token = 8
-		DW	224	* 2	; Index = 15 Token = 9
-		DW	224	* 2	; Index = 15 Token = 10
-		DW	224	* 2	; Index = 15 Token = 11
-		DW	272	* 2	; Index = 15 Token = 12
-		DW	304	* 2	; Index = 15 Token = 13
-		DW	336	* 2	; Index = 15 Token = 14
-		DW	368	* 2	; Index = 15 Token = 15
-		DW	240	* 2	; Index = 16 Token = 0
-		DW	240	* 2	; Index = 16 Token = 1
-		DW	240	* 2	; Index = 16 Token = 2
-		DW	240	* 2	; Index = 16 Token = 3
-		DW	288	* 2	; Index = 16 Token = 4
-		DW	320	* 2	; Index = 16 Token = 5
-		DW	352	* 2	; Index = 16 Token = 6
-		DW	384	* 2	; Index = 16 Token = 7
-		DW	240	* 2	; Index = 16 Token = 8
-		DW	240	* 2	; Index = 16 Token = 9
-		DW	240	* 2	; Index = 16 Token = 10
-		DW	240	* 2	; Index = 16 Token = 11
-		DW	288	* 2	; Index = 16 Token = 12
-		DW	320	* 2	; Index = 16 Token = 13
-		DW	352	* 2	; Index = 16 Token = 14
-		DW	384	* 2	; Index = 16 Token = 15
-		DW	256	* 2	; Index = 17 Token = 0
-		DW	256	* 2	; Index = 17 Token = 1
-		DW	256	* 2	; Index = 17 Token = 2
-		DW	256	* 2	; Index = 17 Token = 3
-		DW	304	* 2	; Index = 17 Token = 4
-		DW	336	* 2	; Index = 17 Token = 5
-		DW	368	* 2	; Index = 17 Token = 6
-		DW	400	* 2	; Index = 17 Token = 7
-		DW	256	* 2	; Index = 17 Token = 8
-		DW	256	* 2	; Index = 17 Token = 9
-		DW	256	* 2	; Index = 17 Token = 10
-		DW	256	* 2	; Index = 17 Token = 11
-		DW	304	* 2	; Index = 17 Token = 12
-		DW	336	* 2	; Index = 17 Token = 13
-		DW	368	* 2	; Index = 17 Token = 14
-		DW	400	* 2	; Index = 17 Token = 15
-		DW	272	* 2	; Index = 18 Token = 0
-		DW	272	* 2	; Index = 18 Token = 1
-		DW	272	* 2	; Index = 18 Token = 2
-		DW	272	* 2	; Index = 18 Token = 3
-		DW	320	* 2	; Index = 18 Token = 4
-		DW	352	* 2	; Index = 18 Token = 5
-		DW	384	* 2	; Index = 18 Token = 6
-		DW	416	* 2	; Index = 18 Token = 7
-		DW	272	* 2	; Index = 18 Token = 8
-		DW	272	* 2	; Index = 18 Token = 9
-		DW	272	* 2	; Index = 18 Token = 10
-		DW	272	* 2	; Index = 18 Token = 11
-		DW	320	* 2	; Index = 18 Token = 12
-		DW	352	* 2	; Index = 18 Token = 13
-		DW	384	* 2	; Index = 18 Token = 14
-		DW	416	* 2	; Index = 18 Token = 15
-		DW	288	* 2	; Index = 19 Token = 0
-		DW	288	* 2	; Index = 19 Token = 1
-		DW	288	* 2	; Index = 19 Token = 2
-		DW	288	* 2	; Index = 19 Token = 3
-		DW	336	* 2	; Index = 19 Token = 4
-		DW	368	* 2	; Index = 19 Token = 5
-		DW	400	* 2	; Index = 19 Token = 6
-		DW	432	* 2	; Index = 19 Token = 7
-		DW	288	* 2	; Index = 19 Token = 8
-		DW	288	* 2	; Index = 19 Token = 9
-		DW	288	* 2	; Index = 19 Token = 10
-		DW	288	* 2	; Index = 19 Token = 11
-		DW	336	* 2	; Index = 19 Token = 12
-		DW	368	* 2	; Index = 19 Token = 13
-		DW	400	* 2	; Index = 19 Token = 14
-		DW	432	* 2	; Index = 19 Token = 15
-		DW	304	* 2	; Index = 20 Token = 0
-		DW	304	* 2	; Index = 20 Token = 1
-		DW	304	* 2	; Index = 20 Token = 2
-		DW	304	* 2	; Index = 20 Token = 3
-		DW	352	* 2	; Index = 20 Token = 4
-		DW	384	* 2	; Index = 20 Token = 5
-		DW	416	* 2	; Index = 20 Token = 6
-		DW	448	* 2	; Index = 20 Token = 7
-		DW	304	* 2	; Index = 20 Token = 8
-		DW	304	* 2	; Index = 20 Token = 9
-		DW	304	* 2	; Index = 20 Token = 10
-		DW	304	* 2	; Index = 20 Token = 11
-		DW	352	* 2	; Index = 20 Token = 12
-		DW	384	* 2	; Index = 20 Token = 13
-		DW	416	* 2	; Index = 20 Token = 14
-		DW	448	* 2	; Index = 20 Token = 15
-		DW	320	* 2	; Index = 21 Token = 0
-		DW	320	* 2	; Index = 21 Token = 1
-		DW	320	* 2	; Index = 21 Token = 2
-		DW	320	* 2	; Index = 21 Token = 3
-		DW	368	* 2	; Index = 21 Token = 4
-		DW	400	* 2	; Index = 21 Token = 5
-		DW	432	* 2	; Index = 21 Token = 6
-		DW	464	* 2	; Index = 21 Token = 7
-		DW	320	* 2	; Index = 21 Token = 8
-		DW	320	* 2	; Index = 21 Token = 9
-		DW	320	* 2	; Index = 21 Token = 10
-		DW	320	* 2	; Index = 21 Token = 11
-		DW	368	* 2	; Index = 21 Token = 12
-		DW	400	* 2	; Index = 21 Token = 13
-		DW	432	* 2	; Index = 21 Token = 14
-		DW	464	* 2	; Index = 21 Token = 15
-		DW	336	* 2	; Index = 22 Token = 0
-		DW	336	* 2	; Index = 22 Token = 1
-		DW	336	* 2	; Index = 22 Token = 2
-		DW	336	* 2	; Index = 22 Token = 3
-		DW	384	* 2	; Index = 22 Token = 4
-		DW	416	* 2	; Index = 22 Token = 5
-		DW	448	* 2	; Index = 22 Token = 6
-		DW	480	* 2	; Index = 22 Token = 7
-		DW	336	* 2	; Index = 22 Token = 8
-		DW	336	* 2	; Index = 22 Token = 9
-		DW	336	* 2	; Index = 22 Token = 10
-		DW	336	* 2	; Index = 22 Token = 11
-		DW	384	* 2	; Index = 22 Token = 12
-		DW	416	* 2	; Index = 22 Token = 13
-		DW	448	* 2	; Index = 22 Token = 14
-		DW	480	* 2	; Index = 22 Token = 15
-		DW	352	* 2	; Index = 23 Token = 0
-		DW	352	* 2	; Index = 23 Token = 1
-		DW	352	* 2	; Index = 23 Token = 2
-		DW	352	* 2	; Index = 23 Token = 3
-		DW	400	* 2	; Index = 23 Token = 4
-		DW	432	* 2	; Index = 23 Token = 5
-		DW	464	* 2	; Index = 23 Token = 6
-		DW	496	* 2	; Index = 23 Token = 7
-		DW	352	* 2	; Index = 23 Token = 8
-		DW	352	* 2	; Index = 23 Token = 9
-		DW	352	* 2	; Index = 23 Token = 10
-		DW	352	* 2	; Index = 23 Token = 11
-		DW	400	* 2	; Index = 23 Token = 12
-		DW	432	* 2	; Index = 23 Token = 13
-		DW	464	* 2	; Index = 23 Token = 14
-		DW	496	* 2	; Index = 23 Token = 15
-		DW	368	* 2	; Index = 24 Token = 0
-		DW	368	* 2	; Index = 24 Token = 1
-		DW	368	* 2	; Index = 24 Token = 2
-		DW	368	* 2	; Index = 24 Token = 3
-		DW	416	* 2	; Index = 24 Token = 4
-		DW	448	* 2	; Index = 24 Token = 5
-		DW	480	* 2	; Index = 24 Token = 6
-		DW	512	* 2	; Index = 24 Token = 7
-		DW	368	* 2	; Index = 24 Token = 8
-		DW	368	* 2	; Index = 24 Token = 9
-		DW	368	* 2	; Index = 24 Token = 10
-		DW	368	* 2	; Index = 24 Token = 11
-		DW	416	* 2	; Index = 24 Token = 12
-		DW	448	* 2	; Index = 24 Token = 13
-		DW	480	* 2	; Index = 24 Token = 14
-		DW	512	* 2	; Index = 24 Token = 15
-		DW	384	* 2	; Index = 25 Token = 0
-		DW	384	* 2	; Index = 25 Token = 1
-		DW	384	* 2	; Index = 25 Token = 2
-		DW	384	* 2	; Index = 25 Token = 3
-		DW	432	* 2	; Index = 25 Token = 4
-		DW	464	* 2	; Index = 25 Token = 5
-		DW	496	* 2	; Index = 25 Token = 6
-		DW	528	* 2	; Index = 25 Token = 7
-		DW	384	* 2	; Index = 25 Token = 8
-		DW	384	* 2	; Index = 25 Token = 9
-		DW	384	* 2	; Index = 25 Token = 10
-		DW	384	* 2	; Index = 25 Token = 11
-		DW	432	* 2	; Index = 25 Token = 12
-		DW	464	* 2	; Index = 25 Token = 13
-		DW	496	* 2	; Index = 25 Token = 14
-		DW	528	* 2	; Index = 25 Token = 15
-		DW	400	* 2	; Index = 26 Token = 0
-		DW	400	* 2	; Index = 26 Token = 1
-		DW	400	* 2	; Index = 26 Token = 2
-		DW	400	* 2	; Index = 26 Token = 3
-		DW	448	* 2	; Index = 26 Token = 4
-		DW	480	* 2	; Index = 26 Token = 5
-		DW	512	* 2	; Index = 26 Token = 6
-		DW	544	* 2	; Index = 26 Token = 7
-		DW	400	* 2	; Index = 26 Token = 8
-		DW	400	* 2	; Index = 26 Token = 9
-		DW	400	* 2	; Index = 26 Token = 10
-		DW	400	* 2	; Index = 26 Token = 11
-		DW	448	* 2	; Index = 26 Token = 12
-		DW	480	* 2	; Index = 26 Token = 13
-		DW	512	* 2	; Index = 26 Token = 14
-		DW	544	* 2	; Index = 26 Token = 15
-		DW	416	* 2	; Index = 27 Token = 0
-		DW	416	* 2	; Index = 27 Token = 1
-		DW	416	* 2	; Index = 27 Token = 2
-		DW	416	* 2	; Index = 27 Token = 3
-		DW	464	* 2	; Index = 27 Token = 4
-		DW	496	* 2	; Index = 27 Token = 5
-		DW	528	* 2	; Index = 27 Token = 6
-		DW	560	* 2	; Index = 27 Token = 7
-		DW	416	* 2	; Index = 27 Token = 8
-		DW	416	* 2	; Index = 27 Token = 9
-		DW	416	* 2	; Index = 27 Token = 10
-		DW	416	* 2	; Index = 27 Token = 11
-		DW	464	* 2	; Index = 27 Token = 12
-		DW	496	* 2	; Index = 27 Token = 13
-		DW	528	* 2	; Index = 27 Token = 14
-		DW	560	* 2	; Index = 27 Token = 15
-		DW	432	* 2	; Index = 28 Token = 0
-		DW	432	* 2	; Index = 28 Token = 1
-		DW	432	* 2	; Index = 28 Token = 2
-		DW	432	* 2	; Index = 28 Token = 3
-		DW	480	* 2	; Index = 28 Token = 4
-		DW	512	* 2	; Index = 28 Token = 5
-		DW	544	* 2	; Index = 28 Token = 6
-		DW	576	* 2	; Index = 28 Token = 7
-		DW	432	* 2	; Index = 28 Token = 8
-		DW	432	* 2	; Index = 28 Token = 9
-		DW	432	* 2	; Index = 28 Token = 10
-		DW	432	* 2	; Index = 28 Token = 11
-		DW	480	* 2	; Index = 28 Token = 12
-		DW	512	* 2	; Index = 28 Token = 13
-		DW	544	* 2	; Index = 28 Token = 14
-		DW	576	* 2	; Index = 28 Token = 15
-		DW	448	* 2	; Index = 29 Token = 0
-		DW	448	* 2	; Index = 29 Token = 1
-		DW	448	* 2	; Index = 29 Token = 2
-		DW	448	* 2	; Index = 29 Token = 3
-		DW	496	* 2	; Index = 29 Token = 4
-		DW	528	* 2	; Index = 29 Token = 5
-		DW	560	* 2	; Index = 29 Token = 6
-		DW	592	* 2	; Index = 29 Token = 7
-		DW	448	* 2	; Index = 29 Token = 8
-		DW	448	* 2	; Index = 29 Token = 9
-		DW	448	* 2	; Index = 29 Token = 10
-		DW	448	* 2	; Index = 29 Token = 11
-		DW	496	* 2	; Index = 29 Token = 12
-		DW	528	* 2	; Index = 29 Token = 13
-		DW	560	* 2	; Index = 29 Token = 14
-		DW	592	* 2	; Index = 29 Token = 15
-		DW	464	* 2	; Index = 30 Token = 0
-		DW	464	* 2	; Index = 30 Token = 1
-		DW	464	* 2	; Index = 30 Token = 2
-		DW	464	* 2	; Index = 30 Token = 3
-		DW	512	* 2	; Index = 30 Token = 4
-		DW	544	* 2	; Index = 30 Token = 5
-		DW	576	* 2	; Index = 30 Token = 6
-		DW	608	* 2	; Index = 30 Token = 7
-		DW	464	* 2	; Index = 30 Token = 8
-		DW	464	* 2	; Index = 30 Token = 9
-		DW	464	* 2	; Index = 30 Token = 10
-		DW	464	* 2	; Index = 30 Token = 11
-		DW	512	* 2	; Index = 30 Token = 12
-		DW	544	* 2	; Index = 30 Token = 13
-		DW	576	* 2	; Index = 30 Token = 14
-		DW	608	* 2	; Index = 30 Token = 15
-		DW	480	* 2	; Index = 31 Token = 0
-		DW	480	* 2	; Index = 31 Token = 1
-		DW	480	* 2	; Index = 31 Token = 2
-		DW	480	* 2	; Index = 31 Token = 3
-		DW	528	* 2	; Index = 31 Token = 4
-		DW	560	* 2	; Index = 31 Token = 5
-		DW	592	* 2	; Index = 31 Token = 6
-		DW	624	* 2	; Index = 31 Token = 7
-		DW	480	* 2	; Index = 31 Token = 8
-		DW	480	* 2	; Index = 31 Token = 9
-		DW	480	* 2	; Index = 31 Token = 10
-		DW	480	* 2	; Index = 31 Token = 11
-		DW	528	* 2	; Index = 31 Token = 12
-		DW	560	* 2	; Index = 31 Token = 13
-		DW	592	* 2	; Index = 31 Token = 14
-		DW	624	* 2	; Index = 31 Token = 15
-		DW	496	* 2	; Index = 32 Token = 0
-		DW	496	* 2	; Index = 32 Token = 1
-		DW	496	* 2	; Index = 32 Token = 2
-		DW	496	* 2	; Index = 32 Token = 3
-		DW	544	* 2	; Index = 32 Token = 4
-		DW	576	* 2	; Index = 32 Token = 5
-		DW	608	* 2	; Index = 32 Token = 6
-		DW	640	* 2	; Index = 32 Token = 7
-		DW	496	* 2	; Index = 32 Token = 8
-		DW	496	* 2	; Index = 32 Token = 9
-		DW	496	* 2	; Index = 32 Token = 10
-		DW	496	* 2	; Index = 32 Token = 11
-		DW	544	* 2	; Index = 32 Token = 12
-		DW	576	* 2	; Index = 32 Token = 13
-		DW	608	* 2	; Index = 32 Token = 14
-		DW	640	* 2	; Index = 32 Token = 15
-		DW	512	* 2	; Index = 33 Token = 0
-		DW	512	* 2	; Index = 33 Token = 1
-		DW	512	* 2	; Index = 33 Token = 2
-		DW	512	* 2	; Index = 33 Token = 3
-		DW	560	* 2	; Index = 33 Token = 4
-		DW	592	* 2	; Index = 33 Token = 5
-		DW	624	* 2	; Index = 33 Token = 6
-		DW	656	* 2	; Index = 33 Token = 7
-		DW	512	* 2	; Index = 33 Token = 8
-		DW	512	* 2	; Index = 33 Token = 9
-		DW	512	* 2	; Index = 33 Token = 10
-		DW	512	* 2	; Index = 33 Token = 11
-		DW	560	* 2	; Index = 33 Token = 12
-		DW	592	* 2	; Index = 33 Token = 13
-		DW	624	* 2	; Index = 33 Token = 14
-		DW	656	* 2	; Index = 33 Token = 15
-		DW	528	* 2	; Index = 34 Token = 0
-		DW	528	* 2	; Index = 34 Token = 1
-		DW	528	* 2	; Index = 34 Token = 2
-		DW	528	* 2	; Index = 34 Token = 3
-		DW	576	* 2	; Index = 34 Token = 4
-		DW	608	* 2	; Index = 34 Token = 5
-		DW	640	* 2	; Index = 34 Token = 6
-		DW	672	* 2	; Index = 34 Token = 7
-		DW	528	* 2	; Index = 34 Token = 8
-		DW	528	* 2	; Index = 34 Token = 9
-		DW	528	* 2	; Index = 34 Token = 10
-		DW	528	* 2	; Index = 34 Token = 11
-		DW	576	* 2	; Index = 34 Token = 12
-		DW	608	* 2	; Index = 34 Token = 13
-		DW	640	* 2	; Index = 34 Token = 14
-		DW	672	* 2	; Index = 34 Token = 15
-		DW	544	* 2	; Index = 35 Token = 0
-		DW	544	* 2	; Index = 35 Token = 1
-		DW	544	* 2	; Index = 35 Token = 2
-		DW	544	* 2	; Index = 35 Token = 3
-		DW	592	* 2	; Index = 35 Token = 4
-		DW	624	* 2	; Index = 35 Token = 5
-		DW	656	* 2	; Index = 35 Token = 6
-		DW	688	* 2	; Index = 35 Token = 7
-		DW	544	* 2	; Index = 35 Token = 8
-		DW	544	* 2	; Index = 35 Token = 9
-		DW	544	* 2	; Index = 35 Token = 10
-		DW	544	* 2	; Index = 35 Token = 11
-		DW	592	* 2	; Index = 35 Token = 12
-		DW	624	* 2	; Index = 35 Token = 13
-		DW	656	* 2	; Index = 35 Token = 14
-		DW	688	* 2	; Index = 35 Token = 15
-		DW	560	* 2	; Index = 36 Token = 0
-		DW	560	* 2	; Index = 36 Token = 1
-		DW	560	* 2	; Index = 36 Token = 2
-		DW	560	* 2	; Index = 36 Token = 3
-		DW	608	* 2	; Index = 36 Token = 4
-		DW	640	* 2	; Index = 36 Token = 5
-		DW	672	* 2	; Index = 36 Token = 6
-		DW	704	* 2	; Index = 36 Token = 7
-		DW	560	* 2	; Index = 36 Token = 8
-		DW	560	* 2	; Index = 36 Token = 9
-		DW	560	* 2	; Index = 36 Token = 10
-		DW	560	* 2	; Index = 36 Token = 11
-		DW	608	* 2	; Index = 36 Token = 12
-		DW	640	* 2	; Index = 36 Token = 13
-		DW	672	* 2	; Index = 36 Token = 14
-		DW	704	* 2	; Index = 36 Token = 15
-		DW	576	* 2	; Index = 37 Token = 0
-		DW	576	* 2	; Index = 37 Token = 1
-		DW	576	* 2	; Index = 37 Token = 2
-		DW	576	* 2	; Index = 37 Token = 3
-		DW	624	* 2	; Index = 37 Token = 4
-		DW	656	* 2	; Index = 37 Token = 5
-		DW	688	* 2	; Index = 37 Token = 6
-		DW	720	* 2	; Index = 37 Token = 7
-		DW	576	* 2	; Index = 37 Token = 8
-		DW	576	* 2	; Index = 37 Token = 9
-		DW	576	* 2	; Index = 37 Token = 10
-		DW	576	* 2	; Index = 37 Token = 11
-		DW	624	* 2	; Index = 37 Token = 12
-		DW	656	* 2	; Index = 37 Token = 13
-		DW	688	* 2	; Index = 37 Token = 14
-		DW	720	* 2	; Index = 37 Token = 15
-		DW	592	* 2	; Index = 38 Token = 0
-		DW	592	* 2	; Index = 38 Token = 1
-		DW	592	* 2	; Index = 38 Token = 2
-		DW	592	* 2	; Index = 38 Token = 3
-		DW	640	* 2	; Index = 38 Token = 4
-		DW	672	* 2	; Index = 38 Token = 5
-		DW	704	* 2	; Index = 38 Token = 6
-		DW	736	* 2	; Index = 38 Token = 7
-		DW	592	* 2	; Index = 38 Token = 8
-		DW	592	* 2	; Index = 38 Token = 9
-		DW	592	* 2	; Index = 38 Token = 10
-		DW	592	* 2	; Index = 38 Token = 11
-		DW	640	* 2	; Index = 38 Token = 12
-		DW	672	* 2	; Index = 38 Token = 13
-		DW	704	* 2	; Index = 38 Token = 14
-		DW	736	* 2	; Index = 38 Token = 15
-		DW	608	* 2	; Index = 39 Token = 0
-		DW	608	* 2	; Index = 39 Token = 1
-		DW	608	* 2	; Index = 39 Token = 2
-		DW	608	* 2	; Index = 39 Token = 3
-		DW	656	* 2	; Index = 39 Token = 4
-		DW	688	* 2	; Index = 39 Token = 5
-		DW	720	* 2	; Index = 39 Token = 6
-		DW	752	* 2	; Index = 39 Token = 7
-		DW	608	* 2	; Index = 39 Token = 8
-		DW	608	* 2	; Index = 39 Token = 9
-		DW	608	* 2	; Index = 39 Token = 10
-		DW	608	* 2	; Index = 39 Token = 11
-		DW	656	* 2	; Index = 39 Token = 12
-		DW	688	* 2	; Index = 39 Token = 13
-		DW	720	* 2	; Index = 39 Token = 14
-		DW	752	* 2	; Index = 39 Token = 15
-		DW	624	* 2	; Index = 40 Token = 0
-		DW	624	* 2	; Index = 40 Token = 1
-		DW	624	* 2	; Index = 40 Token = 2
-		DW	624	* 2	; Index = 40 Token = 3
-		DW	672	* 2	; Index = 40 Token = 4
-		DW	704	* 2	; Index = 40 Token = 5
-		DW	736	* 2	; Index = 40 Token = 6
-		DW	768	* 2	; Index = 40 Token = 7
-		DW	624	* 2	; Index = 40 Token = 8
-		DW	624	* 2	; Index = 40 Token = 9
-		DW	624	* 2	; Index = 40 Token = 10
-		DW	624	* 2	; Index = 40 Token = 11
-		DW	672	* 2	; Index = 40 Token = 12
-		DW	704	* 2	; Index = 40 Token = 13
-		DW	736	* 2	; Index = 40 Token = 14
-		DW	768	* 2	; Index = 40 Token = 15
-		DW	640	* 2	; Index = 41 Token = 0
-		DW	640	* 2	; Index = 41 Token = 1
-		DW	640	* 2	; Index = 41 Token = 2
-		DW	640	* 2	; Index = 41 Token = 3
-		DW	688	* 2	; Index = 41 Token = 4
-		DW	720	* 2	; Index = 41 Token = 5
-		DW	752	* 2	; Index = 41 Token = 6
-		DW	784	* 2	; Index = 41 Token = 7
-		DW	640	* 2	; Index = 41 Token = 8
-		DW	640	* 2	; Index = 41 Token = 9
-		DW	640	* 2	; Index = 41 Token = 10
-		DW	640	* 2	; Index = 41 Token = 11
-		DW	688	* 2	; Index = 41 Token = 12
-		DW	720	* 2	; Index = 41 Token = 13
-		DW	752	* 2	; Index = 41 Token = 14
-		DW	784	* 2	; Index = 41 Token = 15
-		DW	656	* 2	; Index = 42 Token = 0
-		DW	656	* 2	; Index = 42 Token = 1
-		DW	656	* 2	; Index = 42 Token = 2
-		DW	656	* 2	; Index = 42 Token = 3
-		DW	704	* 2	; Index = 42 Token = 4
-		DW	736	* 2	; Index = 42 Token = 5
-		DW	768	* 2	; Index = 42 Token = 6
-		DW	800	* 2	; Index = 42 Token = 7
-		DW	656	* 2	; Index = 42 Token = 8
-		DW	656	* 2	; Index = 42 Token = 9
-		DW	656	* 2	; Index = 42 Token = 10
-		DW	656	* 2	; Index = 42 Token = 11
-		DW	704	* 2	; Index = 42 Token = 12
-		DW	736	* 2	; Index = 42 Token = 13
-		DW	768	* 2	; Index = 42 Token = 14
-		DW	800	* 2	; Index = 42 Token = 15
-		DW	672	* 2	; Index = 43 Token = 0
-		DW	672	* 2	; Index = 43 Token = 1
-		DW	672	* 2	; Index = 43 Token = 2
-		DW	672	* 2	; Index = 43 Token = 3
-		DW	720	* 2	; Index = 43 Token = 4
-		DW	752	* 2	; Index = 43 Token = 5
-		DW	784	* 2	; Index = 43 Token = 6
-		DW	816	* 2	; Index = 43 Token = 7
-		DW	672	* 2	; Index = 43 Token = 8
-		DW	672	* 2	; Index = 43 Token = 9
-		DW	672	* 2	; Index = 43 Token = 10
-		DW	672	* 2	; Index = 43 Token = 11
-		DW	720	* 2	; Index = 43 Token = 12
-		DW	752	* 2	; Index = 43 Token = 13
-		DW	784	* 2	; Index = 43 Token = 14
-		DW	816	* 2	; Index = 43 Token = 15
-		DW	688	* 2	; Index = 44 Token = 0
-		DW	688	* 2	; Index = 44 Token = 1
-		DW	688	* 2	; Index = 44 Token = 2
-		DW	688	* 2	; Index = 44 Token = 3
-		DW	736	* 2	; Index = 44 Token = 4
-		DW	768	* 2	; Index = 44 Token = 5
-		DW	800	* 2	; Index = 44 Token = 6
-		DW	832	* 2	; Index = 44 Token = 7
-		DW	688	* 2	; Index = 44 Token = 8
-		DW	688	* 2	; Index = 44 Token = 9
-		DW	688	* 2	; Index = 44 Token = 10
-		DW	688	* 2	; Index = 44 Token = 11
-		DW	736	* 2	; Index = 44 Token = 12
-		DW	768	* 2	; Index = 44 Token = 13
-		DW	800	* 2	; Index = 44 Token = 14
-		DW	832	* 2	; Index = 44 Token = 15
-		DW	704	* 2	; Index = 45 Token = 0
-		DW	704	* 2	; Index = 45 Token = 1
-		DW	704	* 2	; Index = 45 Token = 2
-		DW	704	* 2	; Index = 45 Token = 3
-		DW	752	* 2	; Index = 45 Token = 4
-		DW	784	* 2	; Index = 45 Token = 5
-		DW	816	* 2	; Index = 45 Token = 6
-		DW	848	* 2	; Index = 45 Token = 7
-		DW	704	* 2	; Index = 45 Token = 8
-		DW	704	* 2	; Index = 45 Token = 9
-		DW	704	* 2	; Index = 45 Token = 10
-		DW	704	* 2	; Index = 45 Token = 11
-		DW	752	* 2	; Index = 45 Token = 12
-		DW	784	* 2	; Index = 45 Token = 13
-		DW	816	* 2	; Index = 45 Token = 14
-		DW	848	* 2	; Index = 45 Token = 15
-		DW	720	* 2	; Index = 46 Token = 0
-		DW	720	* 2	; Index = 46 Token = 1
-		DW	720	* 2	; Index = 46 Token = 2
-		DW	720	* 2	; Index = 46 Token = 3
-		DW	768	* 2	; Index = 46 Token = 4
-		DW	800	* 2	; Index = 46 Token = 5
-		DW	832	* 2	; Index = 46 Token = 6
-		DW	864	* 2	; Index = 46 Token = 7
-		DW	720	* 2	; Index = 46 Token = 8
-		DW	720	* 2	; Index = 46 Token = 9
-		DW	720	* 2	; Index = 46 Token = 10
-		DW	720	* 2	; Index = 46 Token = 11
-		DW	768	* 2	; Index = 46 Token = 12
-		DW	800	* 2	; Index = 46 Token = 13
-		DW	832	* 2	; Index = 46 Token = 14
-		DW	864	* 2	; Index = 46 Token = 15
-		DW	736	* 2	; Index = 47 Token = 0
-		DW	736	* 2	; Index = 47 Token = 1
-		DW	736	* 2	; Index = 47 Token = 2
-		DW	736	* 2	; Index = 47 Token = 3
-		DW	784	* 2	; Index = 47 Token = 4
-		DW	816	* 2	; Index = 47 Token = 5
-		DW	848	* 2	; Index = 47 Token = 6
-		DW	880	* 2	; Index = 47 Token = 7
-		DW	736	* 2	; Index = 47 Token = 8
-		DW	736	* 2	; Index = 47 Token = 9
-		DW	736	* 2	; Index = 47 Token = 10
-		DW	736	* 2	; Index = 47 Token = 11
-		DW	784	* 2	; Index = 47 Token = 12
-		DW	816	* 2	; Index = 47 Token = 13
-		DW	848	* 2	; Index = 47 Token = 14
-		DW	880	* 2	; Index = 47 Token = 15
-		DW	752	* 2	; Index = 48 Token = 0
-		DW	752	* 2	; Index = 48 Token = 1
-		DW	752	* 2	; Index = 48 Token = 2
-		DW	752	* 2	; Index = 48 Token = 3
-		DW	800	* 2	; Index = 48 Token = 4
-		DW	832	* 2	; Index = 48 Token = 5
-		DW	864	* 2	; Index = 48 Token = 6
-		DW	896	* 2	; Index = 48 Token = 7
-		DW	752	* 2	; Index = 48 Token = 8
-		DW	752	* 2	; Index = 48 Token = 9
-		DW	752	* 2	; Index = 48 Token = 10
-		DW	752	* 2	; Index = 48 Token = 11
-		DW	800	* 2	; Index = 48 Token = 12
-		DW	832	* 2	; Index = 48 Token = 13
-		DW	864	* 2	; Index = 48 Token = 14
-		DW	896	* 2	; Index = 48 Token = 15
-		DW	768	* 2	; Index = 49 Token = 0
-		DW	768	* 2	; Index = 49 Token = 1
-		DW	768	* 2	; Index = 49 Token = 2
-		DW	768	* 2	; Index = 49 Token = 3
-		DW	816	* 2	; Index = 49 Token = 4
-		DW	848	* 2	; Index = 49 Token = 5
-		DW	880	* 2	; Index = 49 Token = 6
-		DW	912	* 2	; Index = 49 Token = 7
-		DW	768	* 2	; Index = 49 Token = 8
-		DW	768	* 2	; Index = 49 Token = 9
-		DW	768	* 2	; Index = 49 Token = 10
-		DW	768	* 2	; Index = 49 Token = 11
-		DW	816	* 2	; Index = 49 Token = 12
-		DW	848	* 2	; Index = 49 Token = 13
-		DW	880	* 2	; Index = 49 Token = 14
-		DW	912	* 2	; Index = 49 Token = 15
-		DW	784	* 2	; Index = 50 Token = 0
-		DW	784	* 2	; Index = 50 Token = 1
-		DW	784	* 2	; Index = 50 Token = 2
-		DW	784	* 2	; Index = 50 Token = 3
-		DW	832	* 2	; Index = 50 Token = 4
-		DW	864	* 2	; Index = 50 Token = 5
-		DW	896	* 2	; Index = 50 Token = 6
-		DW	928	* 2	; Index = 50 Token = 7
-		DW	784	* 2	; Index = 50 Token = 8
-		DW	784	* 2	; Index = 50 Token = 9
-		DW	784	* 2	; Index = 50 Token = 10
-		DW	784	* 2	; Index = 50 Token = 11
-		DW	832	* 2	; Index = 50 Token = 12
-		DW	864	* 2	; Index = 50 Token = 13
-		DW	896	* 2	; Index = 50 Token = 14
-		DW	928	* 2	; Index = 50 Token = 15
-		DW	800	* 2	; Index = 51 Token = 0
-		DW	800	* 2	; Index = 51 Token = 1
-		DW	800	* 2	; Index = 51 Token = 2
-		DW	800	* 2	; Index = 51 Token = 3
-		DW	848	* 2	; Index = 51 Token = 4
-		DW	880	* 2	; Index = 51 Token = 5
-		DW	912	* 2	; Index = 51 Token = 6
-		DW	944	* 2	; Index = 51 Token = 7
-		DW	800	* 2	; Index = 51 Token = 8
-		DW	800	* 2	; Index = 51 Token = 9
-		DW	800	* 2	; Index = 51 Token = 10
-		DW	800	* 2	; Index = 51 Token = 11
-		DW	848	* 2	; Index = 51 Token = 12
-		DW	880	* 2	; Index = 51 Token = 13
-		DW	912	* 2	; Index = 51 Token = 14
-		DW	944	* 2	; Index = 51 Token = 15
-		DW	816	* 2	; Index = 52 Token = 0
-		DW	816	* 2	; Index = 52 Token = 1
-		DW	816	* 2	; Index = 52 Token = 2
-		DW	816	* 2	; Index = 52 Token = 3
-		DW	864	* 2	; Index = 52 Token = 4
-		DW	896	* 2	; Index = 52 Token = 5
-		DW	928	* 2	; Index = 52 Token = 6
-		DW	960	* 2	; Index = 52 Token = 7
-		DW	816	* 2	; Index = 52 Token = 8
-		DW	816	* 2	; Index = 52 Token = 9
-		DW	816	* 2	; Index = 52 Token = 10
-		DW	816	* 2	; Index = 52 Token = 11
-		DW	864	* 2	; Index = 52 Token = 12
-		DW	896	* 2	; Index = 52 Token = 13
-		DW	928	* 2	; Index = 52 Token = 14
-		DW	960	* 2	; Index = 52 Token = 15
-		DW	832	* 2	; Index = 53 Token = 0
-		DW	832	* 2	; Index = 53 Token = 1
-		DW	832	* 2	; Index = 53 Token = 2
-		DW	832	* 2	; Index = 53 Token = 3
-		DW	880	* 2	; Index = 53 Token = 4
-		DW	912	* 2	; Index = 53 Token = 5
-		DW	944	* 2	; Index = 53 Token = 6
-		DW	976	* 2	; Index = 53 Token = 7
-		DW	832	* 2	; Index = 53 Token = 8
-		DW	832	* 2	; Index = 53 Token = 9
-		DW	832	* 2	; Index = 53 Token = 10
-		DW	832	* 2	; Index = 53 Token = 11
-		DW	880	* 2	; Index = 53 Token = 12
-		DW	912	* 2	; Index = 53 Token = 13
-		DW	944	* 2	; Index = 53 Token = 14
-		DW	976	* 2	; Index = 53 Token = 15
-		DW	848	* 2	; Index = 54 Token = 0
-		DW	848	* 2	; Index = 54 Token = 1
-		DW	848	* 2	; Index = 54 Token = 2
-		DW	848	* 2	; Index = 54 Token = 3
-		DW	896	* 2	; Index = 54 Token = 4
-		DW	928	* 2	; Index = 54 Token = 5
-		DW	960	* 2	; Index = 54 Token = 6
-		DW	992	* 2	; Index = 54 Token = 7
-		DW	848	* 2	; Index = 54 Token = 8
-		DW	848	* 2	; Index = 54 Token = 9
-		DW	848	* 2	; Index = 54 Token = 10
-		DW	848	* 2	; Index = 54 Token = 11
-		DW	896	* 2	; Index = 54 Token = 12
-		DW	928	* 2	; Index = 54 Token = 13
-		DW	960	* 2	; Index = 54 Token = 14
-		DW	992	* 2	; Index = 54 Token = 15
-		DW	864	* 2	; Index = 55 Token = 0
-		DW	864	* 2	; Index = 55 Token = 1
-		DW	864	* 2	; Index = 55 Token = 2
-		DW	864	* 2	; Index = 55 Token = 3
-		DW	912	* 2	; Index = 55 Token = 4
-		DW	944	* 2	; Index = 55 Token = 5
-		DW	976	* 2	; Index = 55 Token = 6
-		DW	1008	* 2	; Index = 55 Token = 7
-		DW	864	* 2	; Index = 55 Token = 8
-		DW	864	* 2	; Index = 55 Token = 9
-		DW	864	* 2	; Index = 55 Token = 10
-		DW	864	* 2	; Index = 55 Token = 11
-		DW	912	* 2	; Index = 55 Token = 12
-		DW	944	* 2	; Index = 55 Token = 13
-		DW	976	* 2	; Index = 55 Token = 14
-		DW	1008	* 2	; Index = 55 Token = 15
-		DW	880	* 2	; Index = 56 Token = 0
-		DW	880	* 2	; Index = 56 Token = 1
-		DW	880	* 2	; Index = 56 Token = 2
-		DW	880	* 2	; Index = 56 Token = 3
-		DW	928	* 2	; Index = 56 Token = 4
-		DW	960	* 2	; Index = 56 Token = 5
-		DW	992	* 2	; Index = 56 Token = 6
-		DW	1024	* 2	; Index = 56 Token = 7
-		DW	880	* 2	; Index = 56 Token = 8
-		DW	880	* 2	; Index = 56 Token = 9
-		DW	880	* 2	; Index = 56 Token = 10
-		DW	880	* 2	; Index = 56 Token = 11
-		DW	928	* 2	; Index = 56 Token = 12
-		DW	960	* 2	; Index = 56 Token = 13
-		DW	992	* 2	; Index = 56 Token = 14
-		DW	1024	* 2	; Index = 56 Token = 15
-		DW	896	* 2	; Index = 57 Token = 0
-		DW	896	* 2	; Index = 57 Token = 1
-		DW	896	* 2	; Index = 57 Token = 2
-		DW	896	* 2	; Index = 57 Token = 3
-		DW	944	* 2	; Index = 57 Token = 4
-		DW	976	* 2	; Index = 57 Token = 5
-		DW	1008	* 2	; Index = 57 Token = 6
-		DW	1040	* 2	; Index = 57 Token = 7
-		DW	896	* 2	; Index = 57 Token = 8
-		DW	896	* 2	; Index = 57 Token = 9
-		DW	896	* 2	; Index = 57 Token = 10
-		DW	896	* 2	; Index = 57 Token = 11
-		DW	944	* 2	; Index = 57 Token = 12
-		DW	976	* 2	; Index = 57 Token = 13
-		DW	1008	* 2	; Index = 57 Token = 14
-		DW	1040	* 2	; Index = 57 Token = 15
-		DW	912	* 2	; Index = 58 Token = 0
-		DW	912	* 2	; Index = 58 Token = 1
-		DW	912	* 2	; Index = 58 Token = 2
-		DW	912	* 2	; Index = 58 Token = 3
-		DW	960	* 2	; Index = 58 Token = 4
-		DW	992	* 2	; Index = 58 Token = 5
-		DW	1024	* 2	; Index = 58 Token = 6
-		DW	1056	* 2	; Index = 58 Token = 7
-		DW	912	* 2	; Index = 58 Token = 8
-		DW	912	* 2	; Index = 58 Token = 9
-		DW	912	* 2	; Index = 58 Token = 10
-		DW	912	* 2	; Index = 58 Token = 11
-		DW	960	* 2	; Index = 58 Token = 12
-		DW	992	* 2	; Index = 58 Token = 13
-		DW	1024	* 2	; Index = 58 Token = 14
-		DW	1056	* 2	; Index = 58 Token = 15
-		DW	928	* 2	; Index = 59 Token = 0
-		DW	928	* 2	; Index = 59 Token = 1
-		DW	928	* 2	; Index = 59 Token = 2
-		DW	928	* 2	; Index = 59 Token = 3
-		DW	976	* 2	; Index = 59 Token = 4
-		DW	1008	* 2	; Index = 59 Token = 5
-		DW	1040	* 2	; Index = 59 Token = 6
-		DW	1072	* 2	; Index = 59 Token = 7
-		DW	928	* 2	; Index = 59 Token = 8
-		DW	928	* 2	; Index = 59 Token = 9
-		DW	928	* 2	; Index = 59 Token = 10
-		DW	928	* 2	; Index = 59 Token = 11
-		DW	976	* 2	; Index = 59 Token = 12
-		DW	1008	* 2	; Index = 59 Token = 13
-		DW	1040	* 2	; Index = 59 Token = 14
-		DW	1072	* 2	; Index = 59 Token = 15
-		DW	944	* 2	; Index = 60 Token = 0
-		DW	944	* 2	; Index = 60 Token = 1
-		DW	944	* 2	; Index = 60 Token = 2
-		DW	944	* 2	; Index = 60 Token = 3
-		DW	992	* 2	; Index = 60 Token = 4
-		DW	1024	* 2	; Index = 60 Token = 5
-		DW	1056	* 2	; Index = 60 Token = 6
-		DW	1088	* 2	; Index = 60 Token = 7
-		DW	944	* 2	; Index = 60 Token = 8
-		DW	944	* 2	; Index = 60 Token = 9
-		DW	944	* 2	; Index = 60 Token = 10
-		DW	944	* 2	; Index = 60 Token = 11
-		DW	992	* 2	; Index = 60 Token = 12
-		DW	1024	* 2	; Index = 60 Token = 13
-		DW	1056	* 2	; Index = 60 Token = 14
-		DW	1088	* 2	; Index = 60 Token = 15
-		DW	960	* 2	; Index = 61 Token = 0
-		DW	960	* 2	; Index = 61 Token = 1
-		DW	960	* 2	; Index = 61 Token = 2
-		DW	960	* 2	; Index = 61 Token = 3
-		DW	1008	* 2	; Index = 61 Token = 4
-		DW	1040	* 2	; Index = 61 Token = 5
-		DW	1072	* 2	; Index = 61 Token = 6
-		DW	1104	* 2	; Index = 61 Token = 7
-		DW	960	* 2	; Index = 61 Token = 8
-		DW	960	* 2	; Index = 61 Token = 9
-		DW	960	* 2	; Index = 61 Token = 10
-		DW	960	* 2	; Index = 61 Token = 11
-		DW	1008	* 2	; Index = 61 Token = 12
-		DW	1040	* 2	; Index = 61 Token = 13
-		DW	1072	* 2	; Index = 61 Token = 14
-		DW	1104	* 2	; Index = 61 Token = 15
-		DW	976	* 2	; Index = 62 Token = 0
-		DW	976	* 2	; Index = 62 Token = 1
-		DW	976	* 2	; Index = 62 Token = 2
-		DW	976	* 2	; Index = 62 Token = 3
-		DW	1024	* 2	; Index = 62 Token = 4
-		DW	1056	* 2	; Index = 62 Token = 5
-		DW	1088	* 2	; Index = 62 Token = 6
-		DW	1120	* 2	; Index = 62 Token = 7
-		DW	976	* 2	; Index = 62 Token = 8
-		DW	976	* 2	; Index = 62 Token = 9
-		DW	976	* 2	; Index = 62 Token = 10
-		DW	976	* 2	; Index = 62 Token = 11
-		DW	1024	* 2	; Index = 62 Token = 12
-		DW	1056	* 2	; Index = 62 Token = 13
-		DW	1088	* 2	; Index = 62 Token = 14
-		DW	1120	* 2	; Index = 62 Token = 15
-		DW	992	* 2	; Index = 63 Token = 0
-		DW	992	* 2	; Index = 63 Token = 1
-		DW	992	* 2	; Index = 63 Token = 2
-		DW	992	* 2	; Index = 63 Token = 3
-		DW	1040	* 2	; Index = 63 Token = 4
-		DW	1072	* 2	; Index = 63 Token = 5
-		DW	1104	* 2	; Index = 63 Token = 6
-		DW	1136	* 2	; Index = 63 Token = 7
-		DW	992	* 2	; Index = 63 Token = 8
-		DW	992	* 2	; Index = 63 Token = 9
-		DW	992	* 2	; Index = 63 Token = 10
-		DW	992	* 2	; Index = 63 Token = 11
-		DW	1040	* 2	; Index = 63 Token = 12
-		DW	1072	* 2	; Index = 63 Token = 13
-		DW	1104	* 2	; Index = 63 Token = 14
-		DW	1136	* 2	; Index = 63 Token = 15
-		DW	1008	* 2	; Index = 64 Token = 0
-		DW	1008	* 2	; Index = 64 Token = 1
-		DW	1008	* 2	; Index = 64 Token = 2
-		DW	1008	* 2	; Index = 64 Token = 3
-		DW	1056	* 2	; Index = 64 Token = 4
-		DW	1088	* 2	; Index = 64 Token = 5
-		DW	1120	* 2	; Index = 64 Token = 6
-		DW	1152	* 2	; Index = 64 Token = 7
-		DW	1008	* 2	; Index = 64 Token = 8
-		DW	1008	* 2	; Index = 64 Token = 9
-		DW	1008	* 2	; Index = 64 Token = 10
-		DW	1008	* 2	; Index = 64 Token = 11
-		DW	1056	* 2	; Index = 64 Token = 12
-		DW	1088	* 2	; Index = 64 Token = 13
-		DW	1120	* 2	; Index = 64 Token = 14
-		DW	1152	* 2	; Index = 64 Token = 15
-		DW	1024	* 2	; Index = 65 Token = 0
-		DW	1024	* 2	; Index = 65 Token = 1
-		DW	1024	* 2	; Index = 65 Token = 2
-		DW	1024	* 2	; Index = 65 Token = 3
-		DW	1072	* 2	; Index = 65 Token = 4
-		DW	1104	* 2	; Index = 65 Token = 5
-		DW	1136	* 2	; Index = 65 Token = 6
-		DW	1168	* 2	; Index = 65 Token = 7
-		DW	1024	* 2	; Index = 65 Token = 8
-		DW	1024	* 2	; Index = 65 Token = 9
-		DW	1024	* 2	; Index = 65 Token = 10
-		DW	1024	* 2	; Index = 65 Token = 11
-		DW	1072	* 2	; Index = 65 Token = 12
-		DW	1104	* 2	; Index = 65 Token = 13
-		DW	1136	* 2	; Index = 65 Token = 14
-		DW	1168	* 2	; Index = 65 Token = 15
-		DW	1040	* 2	; Index = 66 Token = 0
-		DW	1040	* 2	; Index = 66 Token = 1
-		DW	1040	* 2	; Index = 66 Token = 2
-		DW	1040	* 2	; Index = 66 Token = 3
-		DW	1088	* 2	; Index = 66 Token = 4
-		DW	1120	* 2	; Index = 66 Token = 5
-		DW	1152	* 2	; Index = 66 Token = 6
-		DW	1184	* 2	; Index = 66 Token = 7
-		DW	1040	* 2	; Index = 66 Token = 8
-		DW	1040	* 2	; Index = 66 Token = 9
-		DW	1040	* 2	; Index = 66 Token = 10
-		DW	1040	* 2	; Index = 66 Token = 11
-		DW	1088	* 2	; Index = 66 Token = 12
-		DW	1120	* 2	; Index = 66 Token = 13
-		DW	1152	* 2	; Index = 66 Token = 14
-		DW	1184	* 2	; Index = 66 Token = 15
-		DW	1056	* 2	; Index = 67 Token = 0
-		DW	1056	* 2	; Index = 67 Token = 1
-		DW	1056	* 2	; Index = 67 Token = 2
-		DW	1056	* 2	; Index = 67 Token = 3
-		DW	1104	* 2	; Index = 67 Token = 4
-		DW	1136	* 2	; Index = 67 Token = 5
-		DW	1168	* 2	; Index = 67 Token = 6
-		DW	1200	* 2	; Index = 67 Token = 7
-		DW	1056	* 2	; Index = 67 Token = 8
-		DW	1056	* 2	; Index = 67 Token = 9
-		DW	1056	* 2	; Index = 67 Token = 10
-		DW	1056	* 2	; Index = 67 Token = 11
-		DW	1104	* 2	; Index = 67 Token = 12
-		DW	1136	* 2	; Index = 67 Token = 13
-		DW	1168	* 2	; Index = 67 Token = 14
-		DW	1200	* 2	; Index = 67 Token = 15
-		DW	1072	* 2	; Index = 68 Token = 0
-		DW	1072	* 2	; Index = 68 Token = 1
-		DW	1072	* 2	; Index = 68 Token = 2
-		DW	1072	* 2	; Index = 68 Token = 3
-		DW	1120	* 2	; Index = 68 Token = 4
-		DW	1152	* 2	; Index = 68 Token = 5
-		DW	1184	* 2	; Index = 68 Token = 6
-		DW	1216	* 2	; Index = 68 Token = 7
-		DW	1072	* 2	; Index = 68 Token = 8
-		DW	1072	* 2	; Index = 68 Token = 9
-		DW	1072	* 2	; Index = 68 Token = 10
-		DW	1072	* 2	; Index = 68 Token = 11
-		DW	1120	* 2	; Index = 68 Token = 12
-		DW	1152	* 2	; Index = 68 Token = 13
-		DW	1184	* 2	; Index = 68 Token = 14
-		DW	1216	* 2	; Index = 68 Token = 15
-		DW	1088	* 2	; Index = 69 Token = 0
-		DW	1088	* 2	; Index = 69 Token = 1
-		DW	1088	* 2	; Index = 69 Token = 2
-		DW	1088	* 2	; Index = 69 Token = 3
-		DW	1136	* 2	; Index = 69 Token = 4
-		DW	1168	* 2	; Index = 69 Token = 5
-		DW	1200	* 2	; Index = 69 Token = 6
-		DW	1232	* 2	; Index = 69 Token = 7
-		DW	1088	* 2	; Index = 69 Token = 8
-		DW	1088	* 2	; Index = 69 Token = 9
-		DW	1088	* 2	; Index = 69 Token = 10
-		DW	1088	* 2	; Index = 69 Token = 11
-		DW	1136	* 2	; Index = 69 Token = 12
-		DW	1168	* 2	; Index = 69 Token = 13
-		DW	1200	* 2	; Index = 69 Token = 14
-		DW	1232	* 2	; Index = 69 Token = 15
-		DW	1104	* 2	; Index = 70 Token = 0
-		DW	1104	* 2	; Index = 70 Token = 1
-		DW	1104	* 2	; Index = 70 Token = 2
-		DW	1104	* 2	; Index = 70 Token = 3
-		DW	1152	* 2	; Index = 70 Token = 4
-		DW	1184	* 2	; Index = 70 Token = 5
-		DW	1216	* 2	; Index = 70 Token = 6
-		DW	1248	* 2	; Index = 70 Token = 7
-		DW	1104	* 2	; Index = 70 Token = 8
-		DW	1104	* 2	; Index = 70 Token = 9
-		DW	1104	* 2	; Index = 70 Token = 10
-		DW	1104	* 2	; Index = 70 Token = 11
-		DW	1152	* 2	; Index = 70 Token = 12
-		DW	1184	* 2	; Index = 70 Token = 13
-		DW	1216	* 2	; Index = 70 Token = 14
-		DW	1248	* 2	; Index = 70 Token = 15
-		DW	1120	* 2	; Index = 71 Token = 0
-		DW	1120	* 2	; Index = 71 Token = 1
-		DW	1120	* 2	; Index = 71 Token = 2
-		DW	1120	* 2	; Index = 71 Token = 3
-		DW	1168	* 2	; Index = 71 Token = 4
-		DW	1200	* 2	; Index = 71 Token = 5
-		DW	1232	* 2	; Index = 71 Token = 6
-		DW	1264	* 2	; Index = 71 Token = 7
-		DW	1120	* 2	; Index = 71 Token = 8
-		DW	1120	* 2	; Index = 71 Token = 9
-		DW	1120	* 2	; Index = 71 Token = 10
-		DW	1120	* 2	; Index = 71 Token = 11
-		DW	1168	* 2	; Index = 71 Token = 12
-		DW	1200	* 2	; Index = 71 Token = 13
-		DW	1232	* 2	; Index = 71 Token = 14
-		DW	1264	* 2	; Index = 71 Token = 15
-		DW	1136	* 2	; Index = 72 Token = 0
-		DW	1136	* 2	; Index = 72 Token = 1
-		DW	1136	* 2	; Index = 72 Token = 2
-		DW	1136	* 2	; Index = 72 Token = 3
-		DW	1184	* 2	; Index = 72 Token = 4
-		DW	1216	* 2	; Index = 72 Token = 5
-		DW	1248	* 2	; Index = 72 Token = 6
-		DW	1280	* 2	; Index = 72 Token = 7
-		DW	1136	* 2	; Index = 72 Token = 8
-		DW	1136	* 2	; Index = 72 Token = 9
-		DW	1136	* 2	; Index = 72 Token = 10
-		DW	1136	* 2	; Index = 72 Token = 11
-		DW	1184	* 2	; Index = 72 Token = 12
-		DW	1216	* 2	; Index = 72 Token = 13
-		DW	1248	* 2	; Index = 72 Token = 14
-		DW	1280	* 2	; Index = 72 Token = 15
-		DW	1152	* 2	; Index = 73 Token = 0
-		DW	1152	* 2	; Index = 73 Token = 1
-		DW	1152	* 2	; Index = 73 Token = 2
-		DW	1152	* 2	; Index = 73 Token = 3
-		DW	1200	* 2	; Index = 73 Token = 4
-		DW	1232	* 2	; Index = 73 Token = 5
-		DW	1264	* 2	; Index = 73 Token = 6
-		DW	1296	* 2	; Index = 73 Token = 7
-		DW	1152	* 2	; Index = 73 Token = 8
-		DW	1152	* 2	; Index = 73 Token = 9
-		DW	1152	* 2	; Index = 73 Token = 10
-		DW	1152	* 2	; Index = 73 Token = 11
-		DW	1200	* 2	; Index = 73 Token = 12
-		DW	1232	* 2	; Index = 73 Token = 13
-		DW	1264	* 2	; Index = 73 Token = 14
-		DW	1296	* 2	; Index = 73 Token = 15
-		DW	1168	* 2	; Index = 74 Token = 0
-		DW	1168	* 2	; Index = 74 Token = 1
-		DW	1168	* 2	; Index = 74 Token = 2
-		DW	1168	* 2	; Index = 74 Token = 3
-		DW	1216	* 2	; Index = 74 Token = 4
-		DW	1248	* 2	; Index = 74 Token = 5
-		DW	1280	* 2	; Index = 74 Token = 6
-		DW	1312	* 2	; Index = 74 Token = 7
-		DW	1168	* 2	; Index = 74 Token = 8
-		DW	1168	* 2	; Index = 74 Token = 9
-		DW	1168	* 2	; Index = 74 Token = 10
-		DW	1168	* 2	; Index = 74 Token = 11
-		DW	1216	* 2	; Index = 74 Token = 12
-		DW	1248	* 2	; Index = 74 Token = 13
-		DW	1280	* 2	; Index = 74 Token = 14
-		DW	1312	* 2	; Index = 74 Token = 15
-		DW	1184	* 2	; Index = 75 Token = 0
-		DW	1184	* 2	; Index = 75 Token = 1
-		DW	1184	* 2	; Index = 75 Token = 2
-		DW	1184	* 2	; Index = 75 Token = 3
-		DW	1232	* 2	; Index = 75 Token = 4
-		DW	1264	* 2	; Index = 75 Token = 5
-		DW	1296	* 2	; Index = 75 Token = 6
-		DW	1328	* 2	; Index = 75 Token = 7
-		DW	1184	* 2	; Index = 75 Token = 8
-		DW	1184	* 2	; Index = 75 Token = 9
-		DW	1184	* 2	; Index = 75 Token = 10
-		DW	1184	* 2	; Index = 75 Token = 11
-		DW	1232	* 2	; Index = 75 Token = 12
-		DW	1264	* 2	; Index = 75 Token = 13
-		DW	1296	* 2	; Index = 75 Token = 14
-		DW	1328	* 2	; Index = 75 Token = 15
-		DW	1200	* 2	; Index = 76 Token = 0
-		DW	1200	* 2	; Index = 76 Token = 1
-		DW	1200	* 2	; Index = 76 Token = 2
-		DW	1200	* 2	; Index = 76 Token = 3
-		DW	1248	* 2	; Index = 76 Token = 4
-		DW	1280	* 2	; Index = 76 Token = 5
-		DW	1312	* 2	; Index = 76 Token = 6
-		DW	1344	* 2	; Index = 76 Token = 7
-		DW	1200	* 2	; Index = 76 Token = 8
-		DW	1200	* 2	; Index = 76 Token = 9
-		DW	1200	* 2	; Index = 76 Token = 10
-		DW	1200	* 2	; Index = 76 Token = 11
-		DW	1248	* 2	; Index = 76 Token = 12
-		DW	1280	* 2	; Index = 76 Token = 13
-		DW	1312	* 2	; Index = 76 Token = 14
-		DW	1344	* 2	; Index = 76 Token = 15
-		DW	1216	* 2	; Index = 77 Token = 0
-		DW	1216	* 2	; Index = 77 Token = 1
-		DW	1216	* 2	; Index = 77 Token = 2
-		DW	1216	* 2	; Index = 77 Token = 3
-		DW	1264	* 2	; Index = 77 Token = 4
-		DW	1296	* 2	; Index = 77 Token = 5
-		DW	1328	* 2	; Index = 77 Token = 6
-		DW	1360	* 2	; Index = 77 Token = 7
-		DW	1216	* 2	; Index = 77 Token = 8
-		DW	1216	* 2	; Index = 77 Token = 9
-		DW	1216	* 2	; Index = 77 Token = 10
-		DW	1216	* 2	; Index = 77 Token = 11
-		DW	1264	* 2	; Index = 77 Token = 12
-		DW	1296	* 2	; Index = 77 Token = 13
-		DW	1328	* 2	; Index = 77 Token = 14
-		DW	1360	* 2	; Index = 77 Token = 15
-		DW	1232	* 2	; Index = 78 Token = 0
-		DW	1232	* 2	; Index = 78 Token = 1
-		DW	1232	* 2	; Index = 78 Token = 2
-		DW	1232	* 2	; Index = 78 Token = 3
-		DW	1280	* 2	; Index = 78 Token = 4
-		DW	1312	* 2	; Index = 78 Token = 5
-		DW	1344	* 2	; Index = 78 Token = 6
-		DW	1376	* 2	; Index = 78 Token = 7
-		DW	1232	* 2	; Index = 78 Token = 8
-		DW	1232	* 2	; Index = 78 Token = 9
-		DW	1232	* 2	; Index = 78 Token = 10
-		DW	1232	* 2	; Index = 78 Token = 11
-		DW	1280	* 2	; Index = 78 Token = 12
-		DW	1312	* 2	; Index = 78 Token = 13
-		DW	1344	* 2	; Index = 78 Token = 14
-		DW	1376	* 2	; Index = 78 Token = 15
-		DW	1248	* 2	; Index = 79 Token = 0
-		DW	1248	* 2	; Index = 79 Token = 1
-		DW	1248	* 2	; Index = 79 Token = 2
-		DW	1248	* 2	; Index = 79 Token = 3
-		DW	1296	* 2	; Index = 79 Token = 4
-		DW	1328	* 2	; Index = 79 Token = 5
-		DW	1360	* 2	; Index = 79 Token = 6
-		DW	1392	* 2	; Index = 79 Token = 7
-		DW	1248	* 2	; Index = 79 Token = 8
-		DW	1248	* 2	; Index = 79 Token = 9
-		DW	1248	* 2	; Index = 79 Token = 10
-		DW	1248	* 2	; Index = 79 Token = 11
-		DW	1296	* 2	; Index = 79 Token = 12
-		DW	1328	* 2	; Index = 79 Token = 13
-		DW	1360	* 2	; Index = 79 Token = 14
-		DW	1392	* 2	; Index = 79 Token = 15
-		DW	1264	* 2	; Index = 80 Token = 0
-		DW	1264	* 2	; Index = 80 Token = 1
-		DW	1264	* 2	; Index = 80 Token = 2
-		DW	1264	* 2	; Index = 80 Token = 3
-		DW	1312	* 2	; Index = 80 Token = 4
-		DW	1344	* 2	; Index = 80 Token = 5
-		DW	1376	* 2	; Index = 80 Token = 6
-		DW	1408	* 2	; Index = 80 Token = 7
-		DW	1264	* 2	; Index = 80 Token = 8
-		DW	1264	* 2	; Index = 80 Token = 9
-		DW	1264	* 2	; Index = 80 Token = 10
-		DW	1264	* 2	; Index = 80 Token = 11
-		DW	1312	* 2	; Index = 80 Token = 12
-		DW	1344	* 2	; Index = 80 Token = 13
-		DW	1376	* 2	; Index = 80 Token = 14
-		DW	1408	* 2	; Index = 80 Token = 15
-		DW	1280	* 2	; Index = 81 Token = 0
-		DW	1280	* 2	; Index = 81 Token = 1
-		DW	1280	* 2	; Index = 81 Token = 2
-		DW	1280	* 2	; Index = 81 Token = 3
-		DW	1328	* 2	; Index = 81 Token = 4
-		DW	1360	* 2	; Index = 81 Token = 5
-		DW	1392	* 2	; Index = 81 Token = 6
-		DW	1408	* 2	; Index = 81 Token = 7
-		DW	1280	* 2	; Index = 81 Token = 8
-		DW	1280	* 2	; Index = 81 Token = 9
-		DW	1280	* 2	; Index = 81 Token = 10
-		DW	1280	* 2	; Index = 81 Token = 11
-		DW	1328	* 2	; Index = 81 Token = 12
-		DW	1360	* 2	; Index = 81 Token = 13
-		DW	1392	* 2	; Index = 81 Token = 14
-		DW	1408	* 2	; Index = 81 Token = 15
-		DW	1296	* 2	; Index = 82 Token = 0
-		DW	1296	* 2	; Index = 82 Token = 1
-		DW	1296	* 2	; Index = 82 Token = 2
-		DW	1296	* 2	; Index = 82 Token = 3
-		DW	1344	* 2	; Index = 82 Token = 4
-		DW	1376	* 2	; Index = 82 Token = 5
-		DW	1408	* 2	; Index = 82 Token = 6
-		DW	1408	* 2	; Index = 82 Token = 7
-		DW	1296	* 2	; Index = 82 Token = 8
-		DW	1296	* 2	; Index = 82 Token = 9
-		DW	1296	* 2	; Index = 82 Token = 10
-		DW	1296	* 2	; Index = 82 Token = 11
-		DW	1344	* 2	; Index = 82 Token = 12
-		DW	1376	* 2	; Index = 82 Token = 13
-		DW	1408	* 2	; Index = 82 Token = 14
-		DW	1408	* 2	; Index = 82 Token = 15
-		DW	1312	* 2	; Index = 83 Token = 0
-		DW	1312	* 2	; Index = 83 Token = 1
-		DW	1312	* 2	; Index = 83 Token = 2
-		DW	1312	* 2	; Index = 83 Token = 3
-		DW	1360	* 2	; Index = 83 Token = 4
-		DW	1392	* 2	; Index = 83 Token = 5
-		DW	1408	* 2	; Index = 83 Token = 6
-		DW	1408	* 2	; Index = 83 Token = 7
-		DW	1312	* 2	; Index = 83 Token = 8
-		DW	1312	* 2	; Index = 83 Token = 9
-		DW	1312	* 2	; Index = 83 Token = 10
-		DW	1312	* 2	; Index = 83 Token = 11
-		DW	1360	* 2	; Index = 83 Token = 12
-		DW	1392	* 2	; Index = 83 Token = 13
-		DW	1408	* 2	; Index = 83 Token = 14
-		DW	1408	* 2	; Index = 83 Token = 15
-		DW	1328	* 2	; Index = 84 Token = 0
-		DW	1328	* 2	; Index = 84 Token = 1
-		DW	1328	* 2	; Index = 84 Token = 2
-		DW	1328	* 2	; Index = 84 Token = 3
-		DW	1376	* 2	; Index = 84 Token = 4
-		DW	1408	* 2	; Index = 84 Token = 5
-		DW	1408	* 2	; Index = 84 Token = 6
-		DW	1408	* 2	; Index = 84 Token = 7
-		DW	1328	* 2	; Index = 84 Token = 8
-		DW	1328	* 2	; Index = 84 Token = 9
-		DW	1328	* 2	; Index = 84 Token = 10
-		DW	1328	* 2	; Index = 84 Token = 11
-		DW	1376	* 2	; Index = 84 Token = 12
-		DW	1408	* 2	; Index = 84 Token = 13
-		DW	1408	* 2	; Index = 84 Token = 14
-		DW	1408	* 2	; Index = 84 Token = 15
-		DW	1344	* 2	; Index = 85 Token = 0
-		DW	1344	* 2	; Index = 85 Token = 1
-		DW	1344	* 2	; Index = 85 Token = 2
-		DW	1344	* 2	; Index = 85 Token = 3
-		DW	1392	* 2	; Index = 85 Token = 4
-		DW	1408	* 2	; Index = 85 Token = 5
-		DW	1408	* 2	; Index = 85 Token = 6
-		DW	1408	* 2	; Index = 85 Token = 7
-		DW	1344	* 2	; Index = 85 Token = 8
-		DW	1344	* 2	; Index = 85 Token = 9
-		DW	1344	* 2	; Index = 85 Token = 10
-		DW	1344	* 2	; Index = 85 Token = 11
-		DW	1392	* 2	; Index = 85 Token = 12
-		DW	1408	* 2	; Index = 85 Token = 13
-		DW	1408	* 2	; Index = 85 Token = 14
-		DW	1408	* 2	; Index = 85 Token = 15
-		DW	1360	* 2	; Index = 86 Token = 0
-		DW	1360	* 2	; Index = 86 Token = 1
-		DW	1360	* 2	; Index = 86 Token = 2
-		DW	1360	* 2	; Index = 86 Token = 3
-		DW	1408	* 2	; Index = 86 Token = 4
-		DW	1408	* 2	; Index = 86 Token = 5
-		DW	1408	* 2	; Index = 86 Token = 6
-		DW	1408	* 2	; Index = 86 Token = 7
-		DW	1360	* 2	; Index = 86 Token = 8
-		DW	1360	* 2	; Index = 86 Token = 9
-		DW	1360	* 2	; Index = 86 Token = 10
-		DW	1360	* 2	; Index = 86 Token = 11
-		DW	1408	* 2	; Index = 86 Token = 12
-		DW	1408	* 2	; Index = 86 Token = 13
-		DW	1408	* 2	; Index = 86 Token = 14
-		DW	1408	* 2	; Index = 86 Token = 15
-		DW	1376	* 2	; Index = 87 Token = 0
-		DW	1376	* 2	; Index = 87 Token = 1
-		DW	1376	* 2	; Index = 87 Token = 2
-		DW	1376	* 2	; Index = 87 Token = 3
-		DW	1408	* 2	; Index = 87 Token = 4
-		DW	1408	* 2	; Index = 87 Token = 5
-		DW	1408	* 2	; Index = 87 Token = 6
-		DW	1408	* 2	; Index = 87 Token = 7
-		DW	1376	* 2	; Index = 87 Token = 8
-		DW	1376	* 2	; Index = 87 Token = 9
-		DW	1376	* 2	; Index = 87 Token = 10
-		DW	1376	* 2	; Index = 87 Token = 11
-		DW	1408	* 2	; Index = 87 Token = 12
-		DW	1408	* 2	; Index = 87 Token = 13
-		DW	1408	* 2	; Index = 87 Token = 14
-		DW	1408	* 2	; Index = 87 Token = 15
-		DW	1392	* 2	; Index = 88 Token = 0
-		DW	1392	* 2	; Index = 88 Token = 1
-		DW	1392	* 2	; Index = 88 Token = 2
-		DW	1392	* 2	; Index = 88 Token = 3
-		DW	1408	* 2	; Index = 88 Token = 4
-		DW	1408	* 2	; Index = 88 Token = 5
-		DW	1408	* 2	; Index = 88 Token = 6
-		DW	1408	* 2	; Index = 88 Token = 7
-		DW	1392	* 2	; Index = 88 Token = 8
-		DW	1392	* 2	; Index = 88 Token = 9
-		DW	1392	* 2	; Index = 88 Token = 10
-		DW	1392	* 2	; Index = 88 Token = 11
-		DW	1408	* 2	; Index = 88 Token = 12
-		DW	1408	* 2	; Index = 88 Token = 13
-		DW	1408	* 2	; Index = 88 Token = 14
-		DW	1408	* 2	; Index = 88 Token = 15
diff --git a/code/nybbtb.inc b/code/nybbtb.inc
deleted file mode 100644
index fbb111c8..00000000
--- a/code/nybbtb.inc
+++ /dev/null
@@ -1,54 +0,0 @@
-;******************************************************************************
-;*                               O P E N  T S
-;******************************************************************************
-;* SPDX-License-Identifier: GPL-3.0-or-later
-;* Copyright 2025 Electronic Arts Inc.
-;* Copyright 2026 OpenTS contributors
-;*
-;* Contains material derived from Electronic Arts source code.
-;* Modified by OpenTS contributors, 2026.
-;* EA's GPLv3 Section 7 additional terms and supplemental warranty
-;* disclaimers apply; see LICENSE.md.
-;******************************************************************************
-
-;****************************************************************************
-;* bNybbleTablexxxx - ADPCM Lookup table for nybbles
-;****************************************************************************
-
-		align	4
-
-bNybbleTableLow	DB	00h*2,01h*2,02h*2,03h*2,04h*2,05h*2,06h*2,07h*2,08h*2,09h*2,0Ah*2,0Bh*2,0Ch*2,0Dh*2,0Eh*2,0Fh*2
-		DB	00h*2,01h*2,02h*2,03h*2,04h*2,05h*2,06h*2,07h*2,08h*2,09h*2,0Ah*2,0Bh*2,0Ch*2,0Dh*2,0Eh*2,0Fh*2
-		DB	00h*2,01h*2,02h*2,03h*2,04h*2,05h*2,06h*2,07h*2,08h*2,09h*2,0Ah*2,0Bh*2,0Ch*2,0Dh*2,0Eh*2,0Fh*2
-		DB	00h*2,01h*2,02h*2,03h*2,04h*2,05h*2,06h*2,07h*2,08h*2,09h*2,0Ah*2,0Bh*2,0Ch*2,0Dh*2,0Eh*2,0Fh*2
-		DB	00h*2,01h*2,02h*2,03h*2,04h*2,05h*2,06h*2,07h*2,08h*2,09h*2,0Ah*2,0Bh*2,0Ch*2,0Dh*2,0Eh*2,0Fh*2
-		DB	00h*2,01h*2,02h*2,03h*2,04h*2,05h*2,06h*2,07h*2,08h*2,09h*2,0Ah*2,0Bh*2,0Ch*2,0Dh*2,0Eh*2,0Fh*2
-		DB	00h*2,01h*2,02h*2,03h*2,04h*2,05h*2,06h*2,07h*2,08h*2,09h*2,0Ah*2,0Bh*2,0Ch*2,0Dh*2,0Eh*2,0Fh*2
-		DB	00h*2,01h*2,02h*2,03h*2,04h*2,05h*2,06h*2,07h*2,08h*2,09h*2,0Ah*2,0Bh*2,0Ch*2,0Dh*2,0Eh*2,0Fh*2
-		DB	00h*2,01h*2,02h*2,03h*2,04h*2,05h*2,06h*2,07h*2,08h*2,09h*2,0Ah*2,0Bh*2,0Ch*2,0Dh*2,0Eh*2,0Fh*2
-		DB	00h*2,01h*2,02h*2,03h*2,04h*2,05h*2,06h*2,07h*2,08h*2,09h*2,0Ah*2,0Bh*2,0Ch*2,0Dh*2,0Eh*2,0Fh*2
-		DB	00h*2,01h*2,02h*2,03h*2,04h*2,05h*2,06h*2,07h*2,08h*2,09h*2,0Ah*2,0Bh*2,0Ch*2,0Dh*2,0Eh*2,0Fh*2
-		DB	00h*2,01h*2,02h*2,03h*2,04h*2,05h*2,06h*2,07h*2,08h*2,09h*2,0Ah*2,0Bh*2,0Ch*2,0Dh*2,0Eh*2,0Fh*2
-		DB	00h*2,01h*2,02h*2,03h*2,04h*2,05h*2,06h*2,07h*2,08h*2,09h*2,0Ah*2,0Bh*2,0Ch*2,0Dh*2,0Eh*2,0Fh*2
-		DB	00h*2,01h*2,02h*2,03h*2,04h*2,05h*2,06h*2,07h*2,08h*2,09h*2,0Ah*2,0Bh*2,0Ch*2,0Dh*2,0Eh*2,0Fh*2
-		DB	00h*2,01h*2,02h*2,03h*2,04h*2,05h*2,06h*2,07h*2,08h*2,09h*2,0Ah*2,0Bh*2,0Ch*2,0Dh*2,0Eh*2,0Fh*2
-		DB	00h*2,01h*2,02h*2,03h*2,04h*2,05h*2,06h*2,07h*2,08h*2,09h*2,0Ah*2,0Bh*2,0Ch*2,0Dh*2,0Eh*2,0Fh*2
-
-		align 4
-
-bNybbleTableHigh	DB	00h*2,00h*2,00h*2,00h*2,00h*2,00h*2,00h*2,00h*2,00h*2,00h*2,00h*2,00h*2,00h*2,00h*2,00h*2,00h*2
-		DB	01h*2,01h*2,01h*2,01h*2,01h*2,01h*2,01h*2,01h*2,01h*2,01h*2,01h*2,01h*2,01h*2,01h*2,01h*2,01h*2
-		DB	02h*2,02h*2,02h*2,02h*2,02h*2,02h*2,02h*2,02h*2,02h*2,02h*2,02h*2,02h*2,02h*2,02h*2,02h*2,02h*2
-		DB	03h*2,03h*2,03h*2,03h*2,03h*2,03h*2,03h*2,03h*2,03h*2,03h*2,03h*2,03h*2,03h*2,03h*2,03h*2,03h*2
-		DB	04h*2,04h*2,04h*2,04h*2,04h*2,04h*2,04h*2,04h*2,04h*2,04h*2,04h*2,04h*2,04h*2,04h*2,04h*2,04h*2
-		DB	05h*2,05h*2,05h*2,05h*2,05h*2,05h*2,05h*2,05h*2,05h*2,05h*2,05h*2,05h*2,05h*2,05h*2,05h*2,05h*2
-		DB	06h*2,06h*2,06h*2,06h*2,06h*2,06h*2,06h*2,06h*2,06h*2,06h*2,06h*2,06h*2,06h*2,06h*2,06h*2,06h*2
-		DB	07h*2,07h*2,07h*2,07h*2,07h*2,07h*2,07h*2,07h*2,07h*2,07h*2,07h*2,07h*2,07h*2,07h*2,07h*2,07h*2
-		DB	08h*2,08h*2,08h*2,08h*2,08h*2,08h*2,08h*2,08h*2,08h*2,08h*2,08h*2,08h*2,08h*2,08h*2,08h*2,08h*2
-		DB	09h*2,09h*2,09h*2,09h*2,09h*2,09h*2,09h*2,09h*2,09h*2,09h*2,09h*2,09h*2,09h*2,09h*2,09h*2,09h*2
-		DB	0Ah*2,0Ah*2,0Ah*2,0Ah*2,0Ah*2,0Ah*2,0Ah*2,0Ah*2,0Ah*2,0Ah*2,0Ah*2,0Ah*2,0Ah*2,0Ah*2,0Ah*2,0Ah*2
-		DB	0Bh*2,0Bh*2,0Bh*2,0Bh*2,0Bh*2,0Bh*2,0Bh*2,0Bh*2,0Bh*2,0Bh*2,0Bh*2,0Bh*2,0Bh*2,0Bh*2,0Bh*2,0Bh*2
-		DB	0Ch*2,0Ch*2,0Ch*2,0Ch*2,0Ch*2,0Ch*2,0Ch*2,0Ch*2,0Ch*2,0Ch*2,0Ch*2,0Ch*2,0Ch*2,0Ch*2,0Ch*2,0Ch*2
-		DB	0Dh*2,0Dh*2,0Dh*2,0Dh*2,0Dh*2,0Dh*2,0Dh*2,0Dh*2,0Dh*2,0Dh*2,0Dh*2,0Dh*2,0Dh*2,0Dh*2,0Dh*2,0Dh*2
-		DB	0Eh*2,0Eh*2,0Eh*2,0Eh*2,0Eh*2,0Eh*2,0Eh*2,0Eh*2,0Eh*2,0Eh*2,0Eh*2,0Eh*2,0Eh*2,0Eh*2,0Eh*2,0Eh*2
-		DB	0Fh*2,0Fh*2,0Fh*2,0Fh*2,0Fh*2,0Fh*2,0Fh*2,0Fh*2,0Fh*2,0Fh*2,0Fh*2,0Fh*2,0Fh*2,0Fh*2,0Fh*2,0Fh*2
diff --git a/code/olsosdec.asm b/code/olsosdec.asm
deleted file mode 100644
index f2f22860..00000000
--- a/code/olsosdec.asm
+++ /dev/null
@@ -1,652 +0,0 @@
-;******************************************************************************
-;*                               O P E N  T S
-;******************************************************************************
-;* SPDX-License-Identifier: GPL-3.0-or-later
-;* Copyright 2025 Electronic Arts Inc.
-;* Copyright 2026 OpenTS contributors
-;*
-;* Contains material derived from Electronic Arts source code.
-;* Modified by OpenTS contributors, 2026.
-;* EA's GPLv3 Section 7 additional terms and supplemental warranty
-;* disclaimers apply; see LICENSE.md.
-;******************************************************************************
-
-;****************************************************************************
-;*
-;*          Copyright (c) 1994, HMI, INC. All Rights Reserved
-;*
-;*---------------------------------------------------------------------------
-;*
-;* FILE
-;*     soscodec.asm
-;*
-;* DESCRIPTION
-;*     HMI SOS ADPCM compression/decompression.
-;*
-;* PROGRAMMER
-;*     Nick Skrepetos
-;*     Denzil E. Long, Jr. (Fixed bugs, rewrote for watcom)
-;*	   Bill Petro		   (Added stereo support)
-;* DATE
-;*     Febuary 15, 1995
-;*
-;*---------------------------------------------------------------------------
-;*
-;* PUBLIC
-;*
-;****************************************************************************
-
-	; IDEAL
-	.386P ;P386
-	.MODEL FLAT, C ;MODEL	USE32 FLAT
-	;LOCALS	??
-
-
-DPMI_INTR		equ	31h
-IF_LOCKED_PM_CODE	equ	1h		; Locked PM code for DPMI.
-IF_LOCKED_PM_DATA	equ	2h		; Locked PM code for DPMI.
-
-	sCompInfo STRUC
-lpSource		DD	?	;Compressed data pointer
-lpDest			DD	?	;Uncompressed data pointer
-dwCompSize		DD	?	;Compressed size
-dwUnCompSize		DD	?	;Uncompressed size
-
-dwSampleIndex		DD	?	;Index into sample
-dwPredicted		DD	?	;Next predicted value
-dwDifference		DD	?	;Difference from last sample
-wCodeBuf		DW	?	;Holds 2 nibbles for decompression
-wCode			DW	?	;Current 4 bit code
-wStep			DW	?	;Step value in table
-wIndex			DW	?	;Index into step table
-
-dwSampleIndex2		DD	?	;Index into sample
-dwPredicted2		DD	?	;Next predicted value
-dwDifference2		DD	?	;Difference from last sample
-wCodeBuf2 		DW	?	;Holds 2 nibbles for decompression
-wCode2			DW	?	;Current 4 bit code
-wStep2			DW	?	;Step value in table
-wIndex2		DW	?	;Index into step table
-
-wBitSize		DW	?	;Bit size for decompression
-wChannels		DW	?    	;number of channels
-	sCompInfo	ENDS
-
-	.DATA ;DATASEG
-
-
-;InitFlags	DD	0		; Flags to indicate what has been initialized.
-
-
-;LABEL	LockedDataStart	BYTE
-
-;* Index table for stepping into step table
-
-wCODECIndexTab	DW	-1,-1,-1,-1,2,4,6,8
-		DW	-1,-1,-1,-1,2,4,6,8
-
-
-;Lookup table of replacement values
-;The actual sound value is replaced with an index to lookup in this table
-;The index only takes up a nibble(4bits) and represents an int(16bits)
-;Essentially:
-;Get a value
-;compare it with the value before it
-;find closest value in table and store the index into the table
-;if i'm going down then negitize it
-;go to next byte.
-
-;Theory for stereo:
-;1)handle stereo and mono in two seperate loops. cleaner...
-;start at byte 0 and skip every other byte(or word) both write and read
-;when we get done
-;	set start byte to 1 and do it again
-
-
-
-
-;This table essentialy round off to closes values in 3 distinct bands
-; precalculated and optimized(i guess) for human hearing.
-
-wCODECStepTab	DW	7,  	8,  	9,   	10,   	11,  	12,   	13,14
-	DW	16, 	17, 	19, 	21,  	23,   	25,  	28,   	31
-	DW	34, 	37, 	41, 	45,  	50,   	55,  	60,   	66
-	DW	73, 	80, 	88, 	97,  	107,  	118, 	130,  	143
-	DW	157,	173,	190,	209, 	230,  	253, 	279,  	307
-	DW	337,	371,	408,	449, 	494,  	544, 	598,  	658
-	DW	724,	796,	876,	963, 	1060,	1166,	1282,	1411
-	DW	1552,	1707,	1878,	2066,	2272,	2499,	2749,	3024
-	DW	3327,	3660,	4026,	4428,	4871,	5358,	5894,	6484
-	DW	7132,	7845,	8630,	9493,	10442,	11487,	12635,	13899
-	DW	15289,	16818,	18500,	20350,	22385,	24623,	27086,	29794
-	DW	32767
-
-;dwCODECByteIndex		DD	0 ; this is when to stop compressing
-;dwCODECTempStep		DD	0 ; tempory storage for step value
-;wCODECMask			DW	0 ; Current mask
-
-;LABEL	LockedDataEnd	BYTE
-
-
-	.CODE ;CODESEG
-
-;LABEL	LockedCodeStart	BYTE
-
-;****************************************************************************
-;*
-;* NAME
-;*     sosCODECInitStream - Initialize compression stream.
-;*
-;* SYNOPSIS
-;*     sosCODECInitStream(CompInfo)
-;*
-;*     void sosCODECInitStream(_SOS_COMPRESS_INFO *);
-;*
-;* FUNCTION
-;*     Initialize compression stream for compression and decompression.
-;*
-;* INPUTS
-;*     CompInfo - Compression information structure.
-;*
-;* RESULT
-;*     NONE
-;*
-;****************************************************************************
-
-	PUBLIC General_sosCODECInitStream
-	General_sosCODECInitStream PROC NEAR \
-	\
-	sSOSInfo:DWORD
-
-	assume eax:ptr sCompInfo
-
-	mov	eax,[sSOSInfo]
-	mov	[[eax].wIndex],0 		; starting index 0
-	mov	[[eax].wStep],7  		; start with a step of 7
-	mov	[[eax].dwPredicted],0 	; no predicted value
-	mov	[[eax].dwSampleIndex],0	;start at head of index
-	mov	[[eax].wIndex2],0 		; starting index 0
-	mov	[[eax].wStep2],7  		; start with a step of 7
-	mov	[[eax].dwPredicted2],0 	; no predicted value
-	mov	[[eax].dwSampleIndex2],0 	;start at head of index
-	ret
-
-	General_sosCODECInitStream ENDP
-
-
-
-;****************************************************************************
-;*
-;* NAME
-;*     sosCODECDecompressData - Decompress audio data.
-;*
-;* SYNOPSIS
-;*     Size = sosCODECDecompressData(CompInfo, NumBytes)
-;*
-;*     long sosCODECDecompressData(_SOS_COMPRESS_INFO *, long);
-;*
-;* FUNCTION
-;*     Decompress data from a 4:1 ADPCM compressed stream. The number of
-;*     bytes decompressed is returned.
-;*
-;* INPUTS
-;*     CompInfo - Compress information structure.
-;*     NumBytes - Number of bytes to compress.
-;*
-;* RESULT
-;*     Size - Size of decompressed data.
-;*
-;****************************************************************************
-
-	PUBLIC General_sosCODECDecompressData
-	General_sosCODECDecompressData PROC NEAR \
-	\
-	sSOSInfo:DWORD, \
-	wBytes:DWORD
-
-	assume ebx:ptr sCompInfo
-
-	local	dwCODECBytesProcessed:dword             ;bytes to decompress
-	local	dwCODECByteIndex:dword			;this is when to stop compressing
-							; these need to be local if the function is to be reenterant
-	push	esi
-	push	edi
-	push	ebx
-	push	ecx
-	push	edx
-
-;*---------------------------------------------------------------------------
-;*	Initialize
-;*---------------------------------------------------------------------------
-
-	mov	ebx,[sSOSInfo]
-	mov	eax,[wBytes]
-	mov	[dwCODECBytesProcessed],eax
-	mov	[[ebx].dwSampleIndex],0 	;start at head of index
-	mov	[[ebx].dwSampleIndex2],0 	;start at head of index
-
-							;Check for 16 bit decompression
-
-	cmp	[[ebx].wBitSize],16
-	jne	short ??skipByteDivide
-
-	shr	eax,1	;Divide size by two
-
-??skipByteDivide:
-	mov	[dwCODECByteIndex],eax
-	mov	esi,[[ebx].lpSource]
-	mov	edi,[[ebx].lpDest]
-	cmp	[[ebx].wChannels],2		;stereo check
-	je	??mainloopl				;do left side first
-
-;	Determine if sample index is even or odd. This will determine
-;	if we need to get a new token or not.
-
-;---------------------------------------------------------------------------
-;Main Mono Loop
-;---------------------------------------------------------------------------
-
-
-
-??mainloop:
-	test	[[ebx].dwSampleIndex],1	;odd ??
-	je	short ??fetchToken			; if so get new token
-	xor	eax,eax					;else shift int codebuf
-	mov	ax,[[ebx].wCodeBuf]		;ored with Code
-	shr	eax,4
-	and	eax,000Fh
-	mov	[[ebx].wCode],ax
-	jmp	short ??calcDifference
-
-??fetchToken:
-	xor	eax,eax					;get a new token
-	mov	al,[esi]				;put in codebuf
-	mov	[[ebx].wCodeBuf],ax
-	inc	esi
-	and	eax,000Fh
-	mov	[[ebx].wCode],ax		;and then code
-
-??calcDifference:
-	mov	[[ebx].dwDifference],0	;reset diff
-	xor	ecx,ecx
-	mov	cx,[[ebx].wStep]		;cx is step value
-	test	eax,4					;Check for wCode & 4
-	je	short ??no4
-	add	[[ebx].dwDifference],ecx	;Add wStep
-
-??no4:
-	test	eax,2					;Check for wCode & 2
-	je	short ??no2
-	mov	edx,ecx					;Add wStep >> 1
-	shr	edx,1
-	add	[[ebx].dwDifference],edx
-
-??no2:
-	test	eax,1					;Check for wCode & 1
-	je	short ??no1
-	mov	edx,ecx					;Add wStep >> 2
-	shr	edx,2
-	add	[[ebx].dwDifference],edx
-
-??no1:
-	mov	edx,ecx					;Add in wStep >> 3
-	shr	edx,3
-	add	[[ebx].dwDifference],edx
-	test	eax,8					;Check for wCode & 8
-	je	short ??no8
-	neg	[[ebx].dwDifference]		;Negate diff
-
-??no8:
-	; add difference to predicted value.
-
-	mov	eax,[[ebx].dwPredicted]
-	add	eax,[[ebx].dwDifference]
-
-	; make sure there is no under or  overflow.
-
-	cmp	eax,7FFFh
-	jl	short ??noOverflow
-	mov	eax,7FFFh
-
-??noOverflow:
-	cmp	eax,0FFFF8000h
-	jg	short ??noUnderflow
-	mov	eax,0FFFF8000h
-
-??noUnderflow:
-	mov	[[ebx].dwPredicted],eax
-	cmp	[[ebx].wBitSize],16
-	jne	short ??output8Bit
-	mov	[edi],ax				;Output 16bit sample
-	add	edi,2
-	jmp	short ??adjustIndex
-
-??output8Bit:
-	; output 8 bit sample
-
-	xor	ah,80h
-	mov	[edi],ah
-	inc	edi
-
-??adjustIndex:
-	xor	ecx,ecx
-	mov	cx,[[ebx].wCode]
-	xor	eax,eax
-	shl	ecx,1
-	mov	ax,[wCODECIndexTab + ecx]
-	add	[[ebx].wIndex],ax 		;check if wIndex < 0
-	cmp	[[ebx].wIndex],8000h
-	jb	short ??checkOverflow
-	mov	[[ebx].wIndex],0		;reset index to zero
-	jmp	short ??adjustStep
-
-??checkOverflow:
-	cmp	[[ebx].wIndex],88		;check if wIndex > 88
-	jbe	short ??adjustStep
-	mov	[[ebx].wIndex],88		;reset index to 88
-
-??adjustStep:
-	; fetch wIndex so we can fetch new step value
-
-	xor	ecx,ecx
-	mov	cx,[[ebx].wIndex]
-	xor	eax,eax
-	shl	ecx,1
-	mov	ax,[wCODECStepTab + ecx]
-
-	; advance index and store step value
-
-	add	[[ebx].dwSampleIndex],1
-	mov	[[ebx].wStep],ax
-
-	; decrement bytes processed and loop back.
-
-	dec	[dwCODECByteIndex]
-	jne	??mainloop
-	jmp	??exitout
-
-;--------------------------------------------------------------------------
-;Left Channel Start
-;--------------------------------------------------------------------------
-
-
-??mainloopl:
-	test	[[ebx].dwSampleIndex],1
-	je	short ??fetchTokenl
-
-	xor	eax,eax
-	mov	ax,[[ebx].wCodeBuf]
-	shr	eax,4
-	and	eax,000Fh
-	mov	[[ebx].wCode],ax
-	jmp	short ??calcDifferencel
-
-??fetchTokenl:
-	xor	eax,eax
-	mov	al,[esi]
-	mov	[[ebx].wCodeBuf],ax
-	add	esi,2					;2 for stereo
-	and	eax,000Fh
-	mov	[[ebx].wCode],ax
-
-??calcDifferencel:
-							; reset difference
-
-	mov	[[ebx].dwDifference],0
-	xor	ecx,ecx
-	mov	cx,[[ebx].wStep]
-	test	eax,4					;Check for wCode & 4
-	je	short ??no4l
-	add	[[ebx].dwDifference],ecx	;Add wStep
-
-??no4l:
-	test	eax,2					;Check for wCode & 2
-	je	short ??no2l
-	mov	edx,ecx					;Add wStep >> 1
-	shr	edx,1
-	add	[[ebx].dwDifference],edx
-
-??no2l:
-	test	eax,1					;Check for wCode & 1
-	je	short ??no1l
-	mov	edx,ecx					;Add wStep >> 2
-	shr	edx,2
-	add	[[ebx].dwDifference],edx
-
-??no1l:
-	mov	edx,ecx					;Add in wStep >> 3
-	shr	edx,3
-	add	[[ebx].dwDifference],edx
-	test	eax,8					;Check for wCode & 8
-	je	short ??no8l
-	neg	[[ebx].dwDifference]		;Negate diff
-
-??no8l:
-		; add difference to predicted value.
-
-	mov	eax,[[ebx].dwPredicted]
-	add	eax,[[ebx].dwDifference]
-
-		; make sure there is no under or  overflow.
-
-	cmp	eax,7FFFh
-	jl	short ??noOverflowl
-	mov	eax,7FFFh
-
-??noOverflowl:
-	cmp	eax,0FFFF8000h
-	jg	short ??noUnderflowl
-	mov	eax,0FFFF8000h
-
-??noUnderflowl:
-	mov	[[ebx].dwPredicted],eax
-	cmp	[[ebx].wBitSize],16
-	jne	short ??output8Bitl
-	mov	[edi],ax				;Output 16bit sample
-	add	edi,4					;4 for stereo
-	jmp	short ??adjustIndexl
-
-??output8Bitl:
-	; output 8 bit sample
-
-	xor	ah,80h
-	mov	[edi],ah
-	add	edi,2					;2 for stereo
-
-??adjustIndexl:
-	xor	ecx,ecx
-	mov	cx,[[ebx].wCode]
-	xor	eax,eax
-	shl	ecx,1
-	mov	ax,[wCODECIndexTab + ecx]
-	add	[[ebx].wIndex],ax
-							; check if wIndex < 0
-	cmp	[[ebx].wIndex],8000h
-	jb	short ??checkOverflowl
-	mov	[[ebx].wIndex],0
-	jmp	short ??adjustStepl			;reset index to zero
-
-
-??checkOverflowl:
-
-	cmp	[[ebx].wIndex],88		; check if wIndex > 88
-	jbe	short ??adjustStepl
-	mov	[[ebx].wIndex],88		; reset index to 88
-
-??adjustStepl:
-	; fetch wIndex so we can fetch new step value
-
-	xor	ecx,ecx
-	mov	cx,[[ebx].wIndex]
-	xor	eax,eax
-	shl	ecx,1
-	mov	ax,[wCODECStepTab + ecx]
-
-	; advance index and store step value
-
-	add	[[ebx].dwSampleIndex],1
-	mov	[[ebx].wStep],ax
-
-	; decrement bytes processed and loop back.
-
-	sub	[dwCODECByteIndex],2
-	jne	??mainloopl
-;----------------------------------------------------------------------------
-; Right Side Setup
-;----------------------------------------------------------------------------
-	mov	eax,[wBytes]
-	mov	[dwCODECBytesProcessed],eax
-	mov	esi,[[ebx].lpSource]
-	mov	edi,[[ebx].lpDest]
-	inc	esi					; skip left channel
-	inc	edi				     	; skip left channel
-	cmp	[[ebx].wBitSize],16		;16 bit ??
-	je	short ??doByteDivide
-	mov	[dwCODECByteIndex],eax
-	jmp  short ??mainloopr
-
-??doByteDivide:
-	shr	eax,1 					;Divide size by two
-	inc	edi   					; 16 bit so skip 1 more
-	mov	[dwCODECByteIndex],eax
-
-
-;--------------------------------------------------------------------------
-;Right Channel Start
-;--------------------------------------------------------------------------
-
-
-??mainloopr:
-	test	[[ebx].dwSampleIndex2],1
-	je	short ??fetchTokenr
-	xor	eax,eax
-	mov	ax,[[ebx].wCodeBuf2]
-	shr	eax,4
-	and	eax,000Fh
-	mov	[[ebx].wCode2],ax
-	jmp	short ??calcDifferencer
-
-??fetchTokenr:
-	xor	eax,eax
-	mov	al,[esi]
-	mov	[[ebx].wCodeBuf2],ax
-	add	esi,2				     	;2 for stereo
-	and	eax,000Fh
-	mov	[[ebx].wCode2],ax
-
-??calcDifferencer:
-							; reset difference
-
-	mov	[[ebx].dwDifference2],0
-	xor	ecx,ecx
-	mov	cx,[[ebx].wStep2]
-	test	eax,4					;Check for wCode & 4
-	je	short ??no4r
-	add	[[ebx].dwDifference2],ecx	;Add wStep
-
-??no4r:
-	test	eax,2					;Check for wCode & 2
-	je	short ??no2r
-	mov	edx,ecx					;Add wStep >> 1
-	shr	edx,1
-	add	[[ebx].dwDifference2],edx
-
-??no2r:
-	test	eax,1					;Check for wCode & 1
-	je	short ??no1r
-	mov	edx,ecx					;Add wStep >> 2
-	shr	edx,2
-	add	[[ebx].dwDifference2],edx
-
-??no1r:
-	mov	edx,ecx					;Add in wStep >> 3
-	shr	edx,3
-	add	[[ebx].dwDifference2],edx
-	test	eax,8					;Check for wCode & 8
-	je	short ??no8r
-	neg	[[ebx].dwDifference2]		;Negate diff
-
-??no8r:
-	; add difference to predicted value.
-	mov	eax,[[ebx].dwPredicted2]
-	add	eax,[[ebx].dwDifference2]
-	cmp	eax,7FFFh
-	jl	short ??noOverflowr
-	mov	eax,7FFFh
-
-??noOverflowr:
-	cmp	eax,0FFFF8000h
-	jg	short ??noUnderflowr
-	mov	eax,0FFFF8000h
-
-??noUnderflowr:
-	mov	[[ebx].dwPredicted2],eax
-	cmp	[[ebx].wBitSize],16
-	jne	short ??output8Bitr
-	mov	[edi],ax				;Output 16bit sample
-	add	edi,4					;4 for stereo		***
-	jmp	short ??adjustIndexr
-
-??output8Bitr:
-							; output 8 bit sample
-	xor	ah,80h
-	mov	[edi],ah
-	add	edi,2					;2 for stereo
-
-??adjustIndexr:
-	xor	ecx,ecx
-	mov	cx,[[ebx].wCode2]
-	xor	eax,eax
-	shl	ecx,1
-	mov	ax,[wCODECIndexTab + ecx]
-	add	[[ebx].wIndex2],ax
-							; check if wIndex < 0
-	cmp	[[ebx].wIndex2],8000h
-	jb	short ??checkOverflowr
-							; reset index to zero
-	mov	[[ebx].wIndex2],0
-	jmp	short ??adjustStepr
-
-??checkOverflowr:
-							; check if wIndex > 88
-	cmp	[[ebx].wIndex2],88
-	jbe	short ??adjustStepr
-	mov	[[ebx].wIndex2],88		; reset index to 88
-
-??adjustStepr:
-	; fetch wIndex so we can fetch new step value
-
-	xor	ecx,ecx
-	mov	cx,[[ebx].wIndex2]
-	xor	eax,eax
-	shl	ecx,1
-	mov	ax,[wCODECStepTab + ecx]
-
-	; advance index and store step value
-
-	add	[[ebx].dwSampleIndex2],1
-	mov	[[ebx].wStep2],ax
-
-	; decrement bytes processed and loop back.
-
-	sub	[dwCODECByteIndex],2
-	jne	??mainloopr
-
-
-??exitout:
-;		don't think we need this but just in case i'll leave it here!!
-
-;	mov	[[ebx].lpSource],esi
-;	mov	[[ebx].lpDest],edi
-	; set up return value for number of bytes processed.
-	mov	eax,[dwCODECBytesProcessed]
-	pop	edx
-	pop	ecx
-	pop	ebx
-	pop	edi
-	pop	esi
-	ret
-
-	General_sosCODECDecompressData ENDP
-
-	END
diff --git a/code/soscodec.asm b/code/soscodec.asm
deleted file mode 100644
index 59c6e0d5..00000000
--- a/code/soscodec.asm
+++ /dev/null
@@ -1,622 +0,0 @@
-;******************************************************************************
-;*                               O P E N  T S
-;******************************************************************************
-;* SPDX-License-Identifier: GPL-3.0-or-later
-;* Copyright 2025 Electronic Arts Inc.
-;* Copyright 2026 OpenTS contributors
-;*
-;* Contains material derived from Electronic Arts source code.
-;* Modified by OpenTS contributors, 2026.
-;* EA's GPLv3 Section 7 additional terms and supplemental warranty
-;* disclaimers apply; see LICENSE.md.
-;******************************************************************************
-
-;****************************************************************************
-;*
-;*          Copyright (c) 1994, HMI, INC. All Rights Reserved
-;*
-;*---------------------------------------------------------------------------
-;*
-;* FILE
-;*     soscodec.asm
-;*
-;* DESCRIPTION
-;*     HMI SOS ADPCM compression/decompression.
-;*
-;* PROGRAMMER
-;*     Nick Skrepetos
-;*     Denzil E. Long, Jr. (Fixed bugs, rewrote for watcom)
-;*     Bill Petro		   (Added stereo support)
-;*     Jonathan Lanier
-;*
-;* DATE
-;*     Febuary 15, 1995
-;*
-;* LAST MODIFIED
-;*     08/07/95 [jdl] - Rewrote/optimized sosCODECDecompressData
-;*
-;*---------------------------------------------------------------------------
-;*
-;* PUBLIC
-;*
-;****************************************************************************
-
-	;IDEAL
-	.386P;P386
-	.MODEL FLAT, C ;MODEL	USE32 FLAT
-	;LOCALS	??
-
-DPMI_INTR		equ	31h
-IF_LOCKED_PM_CODE	equ	1h		; Locked PM code for DPMI.
-IF_LOCKED_PM_DATA	equ	2h		; Locked PM code for DPMI.
-
-	sCompInfo STRUC
-lpSource		DD	?	;Compressed data pointer
-lpDest			DD	?	;Uncompressed data pointer
-dwCompSize		DD	?	;Compressed size
-dwUnCompSize		DD	?	;Uncompressed size
-
-dwSampleIndex		DD	?	;Index into sample
-dwPredicted		DD	?	;Next predicted value
-dwDifference		DD	?	;Difference from last sample
-wCodeBuf		DW	?	;Holds 2 nibbles for decompression
-wCode			DW	?	;Current 4 bit code
-wStep			DW	?	;Step value in table
-wIndex			DW	?	;Index into step table
-
-dwSampleIndex2		DD	?	;Index into sample
-dwPredicted2		DD	?	;Next predicted value
-dwDifference2		DD	?	;Difference from last sample
-wCodeBuf2 		DW	?	;Holds 2 nibbles for decompression
-wCode2			DW	?	;Current 4 bit code
-wStep2			DW	?	;Step value in table
-wIndex2			DW	?	;Index into step table
-
-wBitSize		DW	?	;Bit size for decompression
-wChannels		DW	?    	;number of channels
-	sCompInfo ENDS
-
-
-	.DATA;DATASEG
-
-
-InitFlags	DD	0		; Flags to indicate what has been initialized.
-
-
-;LABEL	LockedDataStart	BYTE
-
-;* Index table for stepping into step table
-
-INCLUDE		difftb.inc
-INCLUDE		indextb.inc
-INCLUDE		nybbtb.inc
-
-;LABEL	LockedDataEnd	BYTE
-
-	.CODE;CODESEG
-
-;LABEL	LockedCodeStart	BYTE
-
-;****************************************************************************
-;*
-;* NAME
-;*     sosCODECInitStream - Initialize compression stream.
-;*
-;* SYNOPSIS
-;*     sosCODECInitStream(CompInfo)
-;*
-;*     void sosCODECInitStream(_SOS_COMPRESS_INFO *);
-;*
-;* FUNCTION
-;*     Initialize compression stream for compression and decompression.
-;*
-;* INPUTS
-;*     CompInfo - Compression information structure.
-;*
-;* RESULT
-;*     NONE
-;*
-;****************************************************************************
-
-	PUBLIC	sosCODECInitStream
-	sosCODECInitStream PROC NEAR \
-	\
-	sSOSInfo:DWORD
-
-	assume eax:ptr sCompInfo
-
-	mov	eax,[sSOSInfo]
-	mov	[[eax].wIndex],0 		; starting index 0
-	mov	[[eax].dwPredicted],0 	; no predicted value
-	mov	[[eax].wIndex2],0 		; starting index 0
-	mov	[[eax].dwPredicted2],0 	; no predicted value
-	ret
-
-	sosCODECInitStream ENDP
-
-
-
-;****************************************************************************
-;*
-;* NAME
-;*     sosCODECDecompressData - Decompress audio data.
-;*
-;* SYNOPSIS
-;*     Size = sosCODECDecompressData(CompInfo, NumBytes)
-;*
-;*     long sosCODECDecompressData(_SOS_COMPRESS_INFO *, long);
-;*
-;* FUNCTION
-;*     Decompress data from a 4:1 ADPCM compressed stream. The number of
-;*     bytes decompressed is returned.
-;*
-;* INPUTS
-;*     CompInfo - Compress information structure.
-;*     NumBytes - Number of bytes to decompress.
-;*
-;* RESULT
-;*     Size - Size of decompressed data.
-;*
-;*
-;* NOTES
-;*     This routine has been optimized for pipelining on both
-;*     486 and Pentium processors.  Changing, inserting, or moving any
-;*     instructions will most likely slow down the code, in some cases by
-;*     as much as 20%.  It can burst-decompress 16384 samples in about
-;*     1940?s on a Pentium 90Mhz, and about 3960?s on a 486 66Mhz.
-;*     Instruction reordering could bring this down to below 1870?s on
-;*     the Pentium, but this would cause a great degradation in 486
-;*     performance.  Since slow 486's are the reason this code was
-;*     written to be fast, it has been optimized for the Pentium only where
-;*     it would not degrade 486 performance.  So, be careful when changing
-;*     ANY of this code, because it is very carefully balanced...
-;****************************************************************************
-
-	PUBLIC	sosCODECDecompressData
-	sosCODECDecompressData PROC NEAR \
-	\
-	sSOSInfo:DWORD, \
-	wBytes:DWORD
-
-	assume ebx:ptr sCompInfo
-
-	push	esi
-	push	edi
-	push	ebx
-	push	ecx
-	push	edx			;save all the regs
-
-	mov	ebx,[sSOSInfo]		;get base of sCompInfo struct
-	mov	cx,[[ebx].wBitSize] ;check the bit size
-	mov	dx,[[ebx].wChannels] ;check the number of channels
-;
-;
-; Determine the correct routine to use for decoding
-; (for now only ADPCM 4:1 Mono 16-bit is implemented)
-	cmp	cx,8
-	jne	??do16Bits
-
-??do8Bits:
-	cmp	dx,2
-	jne	??not8Stereo
-;	jmp	??decomp8Stereo
-	jmp	??byeBye
-
-??not8Stereo:
-	cmp	dx,1
-	jne	??byeBye
-;	jmp	decomp8Mono
-	jmp	??byeBye
-
-??do16Bits:
-	cmp	cx,16
-	jne	??byeBye
-
-	cmp	dx,2
-	jne	??not16Stereo
-;	jmp	??decomp16Stereo
-	jmp	??byeBye
-
-??not16Stereo:
-	cmp	dx,1
-	jne	??byeBye
-
-	push	ebp
-;
-;
-; 16 bit ADPCM 4:1 Mono pre-loop initialization
-??decomp16Mono:
-	push	ebx			;save struct base
-	xor	edx,edx			;clear index
-	mov	eax,[[ebx].dwPredicted]	;get last sample
-	mov	dx,[[ebx].wIndex]	;get last index value
-	mov	esi,[[ebx].lpSource]	;get source address
-	mov	edi,[[ebx].lpDest]	;get dest address
-
-	mov	ebp,[wBytes]		;get the number of dest. bytes
-	cmp	ebp,16			;less than 16? (less than 8 samples)
-	jl	??fixAlign16Mono0	;if so, don't bother with alignment
-;
-;
-; Check to see if we need to fix an alignment problem on the source buffer
-; (non-aligned buffers are MUCH slower; if we're given a non-DWORD aligned
-; source address, we do as many samples as needed to get to the nearest
-; DWORD boundary, then finish the bulk as a DWORD-aligned decompress).
-	mov	ebx,esi			;get source address
-	and	ebx,03h			;check LSB
-	jnz	??fixalign16Mono	;if non-zero, need to align for
-					;warp speed
-??fixAlign16Mono0:
-	push	ebp			;save for later
-	shr	ebp,4			;divide by 16 for 16-bit,
-					;because we do 8 nybbles per loop,
-					;and there are two samples per
-					;byte, so there are n/16 iterations
-					;required
-	xor	ebx,ebx			;clear our nybble index
-	or	ebp,ebp			;set flags for EBP
-	jmp	??start16Mono		;start with test... don't go if
-					;we have zero bytes to do
-??fixalign16Mono:
-	jmp	[DWORD PTR dwMono16AlignJmpTable+ebx*4] ;do non-aligned first
-
-	align	4
-??fixAlign16Mono1:
-	sub	ebp,12			;adjust # of dest. bytes
-	push	ebp			;save it
-	shr	ebp,4			;divide by 16 to get samples/8
-	xor	ebx,ebx			;clear our nybble index
-	inc	ebp			;adjust ebp for loop
-	jmp	??finish16Mono6		;borrow exit code to go through a
-					;piece of a loop
-	align	4
-??fixAlign16Mono2:
-	sub	ebp,8			;adjust # of dest. bytes
-	push	ebp			;save it
-	shr	ebp,4			;divide by 16 to get samples/8
-	xor	ebx,ebx			;clear our nybble index
-	inc	ebp			;adjust ebp for loop
-	jmp	??finish16Mono4		;borrow exit code to go through a
-					;piece of a loop
-	align	4
-??fixAlign16Mono3:
-	sub	ebp,4			;adjust # of dest. bytes
-	push	ebp			;save it
-	shr	ebp,4			;divide by 16 to get samples/8
-	xor	ebx,ebx			;clear our nybble index
-	inc	ebp			;adjust ebp for loop
-	jmp	??finish16Mono2		;borrow exit code to go through a
-					;piece of a loop
-; "The Loop"
-;
-; Process 1st nybble
-	align	4
-??loop16Mono:
-	add	eax,[dwDiffTable+edx*2]	;add difference to prev. sample
-	mov	dx,[wIndexTable+edx]	;adjust dx to next index base
-	cmp	eax,00007FFFh		;check for overflow
-	jg	??fix1Smp16MonoO
-	cmp	eax,0FFFF8000h		;check for underflow
-	jl	??fix1Smp16MonoU
-??fixed1Smp16Mono:
-	or	dl,[BYTE PTR bNybbleTableHigh+ebx] ;adjust index for nybble
-	mov	[edi],ax		;save the sample
-;
-;
-; Process 2nd nybble
-??finish7Smp16Mono:
-	mov	bl,ch			;get next 2 nybbles in ebx
-	add	eax,[dwDiffTable+edx*2]	;add difference to prev. sample
-	mov	dx,[wIndexTable+edx]	;adjust dx to next index base
-	cmp	eax,00007FFFh		;check for overflow
-	jg	??fix2Smp16MonoO
-	cmp	eax,0FFFF8000h		;check for underflow
-	jl	??fix2Smp16MonoU
-??fixed2Smp16Mono:
-	or	dl,[BYTE PTR bNybbleTableLow+ebx] ;adjust index for nybble
-	mov	[edi+02h],ax		;save the sample
-	shr	ecx,16			;move top four nybbles into bottom
-;
-;
-; Process 3rd nybble
-??finish6Smp16Mono:
-	add	eax,[dwDiffTable+edx*2]	;add difference to prev. sample
-	mov	dx,[wIndexTable+edx]	;adjust dx to next index base
-	cmp	eax,00007FFFh		;check for overflow
-	jg	??fix3Smp16MonoO
-	cmp	eax,0FFFF8000h		;check for underflow
-	jl	??fix3Smp16MonoU
-??fixed3Smp16Mono:
-	or	dl,[BYTE PTR bNybbleTableHigh+ebx] ;adjust index for nybble
-	mov	[edi+04h],ax		;save the sample
-;
-;
-; Process 4th nybble
-??finish5Smp16Mono:
-	mov	bl,cl
-	add	eax,[dwDiffTable+edx*2]	;add difference to prev. sample
-	mov	dx,[wIndexTable+edx]	;adjust dx to next index base
-	cmp	eax,00007FFFh		;check for overflow
-	jg	??fix4Smp16MonoO
-	cmp	eax,0FFFF8000h		;check for underflow
-	jl	??fix4Smp16MonoU
-??fixed4Smp16Mono:
-	or	dl,[BYTE PTR bNybbleTableLow+ebx] ;adjust index for nybble
-	mov	[edi+06h],ax		;save the sample
-;
-;
-; Process 5th nybble
-??finish4Smp16Mono:
-	add	eax,[dwDiffTable+edx*2]	;add difference to prev. sample
-	mov	dx,[wIndexTable+edx]	;adjust dx to next index base
-	cmp	eax,00007FFFh		;check for overflow
-	jg	??fix5Smp16MonoO
-	cmp	eax,0FFFF8000h		;check for underflow
-	jl	??fix5Smp16MonoU
-??fixed5Smp16Mono:
-	or	dl,[BYTE PTR bNybbleTableHigh+ebx] ;adjust index for nybble
-	mov	[edi+08h],ax		;save the sample
-;
-;
-; Process 6th nybble
-??finish3Smp16Mono:
-	mov	bl,ch
-	add	eax,[dwDiffTable+edx*2]	;add difference to prev. sample
-	mov	dx,[wIndexTable+edx]	;adjust dx to next index base
-	cmp	eax,00007FFFh		;check for overflow
-	jg	??fix6Smp16MonoO
-	cmp	eax,0FFFF8000h		;check for underflow
-	jl	??fix6Smp16MonoU
-??fixed6Smp16Mono:
-	or	dl,[BYTE PTR bNybbleTableLow+ebx] ;adjust index for nybble
-	mov	[edi+0Ah],ax		;save the sample
-;
-;
-; Process 7th nybble
-??finish2Smp16Mono:
-	add	eax,[dwDiffTable+edx*2]	;add difference to prev. sample
-	mov	dx,[wIndexTable+edx]	;adjust dx to next index base
-	cmp	eax,00007FFFh		;check for overflow
-	jg	??fix7Smp16MonoO
-	cmp	eax,0FFFF8000h		;check for underflow
-	jl	??fix7Smp16MonoU
-??fixed7Smp16Mono:
-	or	dl,[BYTE PTR bNybbleTableHigh+ebx] ;adjust index for nybble
-	mov	[edi+0Ch],ax		;save the sample
-;
-;
-; Process 8th nybble
-??finish1Smp16Mono:
-	add	eax,[dwDiffTable+edx*2]	;add difference to prev. sample
-	mov	dx,[wIndexTable+edx]	;adjust dx to next index base
-	cmp	eax,00007FFFh		;check for overflow
-	jg	??fix8Smp16MonoO
-	cmp	eax,0FFFF8000h		;check for underflow
-	jl	??fix8Smp16MonoU
-;
-;
-; Loop cleanup for next pass
-??fixed8Smp16Mono:
-	mov	[edi+0Eh],ax		;save the sample
-	add	esi,04h			;bump esi to point to next longword
-	add	edi,10h			;incr. the destination buffer ptr
-	dec	ebp			;count down the number of samples/8
-??start16Mono:
-	jng	??cleanup16Mono		;if done, clean up
-	mov	ecx,[esi]		;get 4 nybbles in one whack (whee!)
-	mov	bl,cl			;get next 2 nybbles in ebx
-	or	dl,[BYTE PTR bNybbleTableLow+ebx] ;adjust index for nybble
-	jmp	??loop16Mono		;loop until done
-
-??cleanup16Mono:
-	jnz	??done16Mono		;if ebp is non-zero, we're DONE
-					;if exactly zero, finish the tail-end
-					;of the conversion (may be a non-
-					;multiple of 8 nybbles)
-;
-;
-; Loop cleanup for last (incomplete) pass
-	pop	ecx			;restore # of words
-	shr	ecx,1			;divide by two to get samples
-	and	ecx,07h			;get # of samples we missed
-	jmp	[DWORD PTR dwMono16JmpTable+ecx*4] ;go finish the job...
-;
-;
-; Structure cleanup
-??done16Mono:
-	pop	ebx			;restore struct base
-	pop	ebp			;restore stack frame pointer
-	mov	[[ebx].dwPredicted],eax ;save last sample
-	mov	[[ebx].wIndex],dx ;save last index value
-	mov	eax,[wBytes]		;get # of bytes we did
-??byeBye:
-	pop	edx			;restore all the regs
-	pop	ecx
-	pop	ebx
-	pop	edi
-	pop	esi
-	ret
-;
-;
-; Jumps for -32768/+32767 bounds check go to these vvvv
-	align	4
-??fix1Smp16MonoO:
-	mov	eax,00007FFFh		;Overflow - truncate to +32767
-	jmp	??fixed1Smp16Mono	;go back
-
-	align	4
-??fix1Smp16MonoU:
-	mov	eax,0FFFF8000h		;Underflow - truncate to -32768
-	jmp	??fixed1Smp16Mono	;go back
-
-	align	4
-??fix2Smp16MonoO:
-	mov	eax,00007FFFh		;Overflow - truncate to +32767
-	jmp	??fixed2Smp16Mono	;go back
-
-	align	4
-??fix2Smp16MonoU:
-	mov	eax,0FFFF8000h		;Underflow - truncate to -32768
-	jmp	??fixed2Smp16Mono	;go back
-
-	align	4
-??fix3Smp16MonoO:
-	mov	eax,00007FFFh		;Overflow - truncate to +32767
-	jmp	??fixed3Smp16Mono	;go back
-
-	align	4
-??fix3Smp16MonoU:
-	mov	eax,0FFFF8000h		;Underflow - truncate to -32768
-	jmp	??fixed3Smp16Mono	;go back
-
-	align	4
-??fix4Smp16MonoO:
-	mov	eax,00007FFFh		;Overflow - truncate to +32767
-	jmp	??fixed4Smp16Mono	;go back
-
-	align	4
-??fix4Smp16MonoU:
-	mov	eax,0FFFF8000h		;Underflow - truncate to -32768
-	jmp	??fixed4Smp16Mono	;go back
-
-	align	4
-??fix5Smp16MonoO:
-	mov	eax,00007FFFh		;Overflow - truncate to +32767
-	jmp	??fixed5Smp16Mono	;go back
-
-	align	4
-??fix5Smp16MonoU:
-	mov	eax,0FFFF8000h		;Underflow - truncate to -32768
-	jmp	??fixed5Smp16Mono	;go back
-
-	align	4
-??fix6Smp16MonoO:
-	mov	eax,00007FFFh		;Overflow - truncate to +32767
-	jmp	??fixed6Smp16Mono	;go back
-
-	align	4
-??fix6Smp16MonoU:
-	mov	eax,0FFFF8000h		;Underflow - truncate to -32768
-	jmp	??fixed6Smp16Mono	;go back
-
-	align	4
-??fix7Smp16MonoO:
-	mov	eax,00007FFFh		;Overflow - truncate to +32767
-	jmp	??fixed7Smp16Mono	;go back
-
-	align	4
-??fix7Smp16MonoU:
-	mov	eax,0FFFF8000h		;Underflow - truncate to -32768
-	jmp	??fixed7Smp16Mono	;go back
-
-	align	4
-??fix8Smp16MonoO:
-	mov	eax,00007FFFh		;Overflow - truncate to +32767
-	jmp	??fixed8Smp16Mono	;go back
-
-	align	4
-??fix8Smp16MonoU:
-	mov	eax,0FFFF8000h		;Underflow - truncate to -32768
-	jmp	??fixed8Smp16Mono	;go back
-;
-;
-; Jump tables for cleanup after loop unroll point to these vvvv
-	align	4
-??finish16Mono1:
-	xor	ecx,ecx			;clear nybble bucket
-	mov	ch,[esi]		;get 1 nybble (1 byte)
-	shl	ch,4			;move it over
-	mov	bl,ch			;get nybble in ebx
-	sub	edi,0Eh			;back edi up
-	or	dl,[BYTE PTR bNybbleTableHigh+ebx] ;adjust index for nybble
-	jmp	??finish1Smp16Mono	;go finish it
-
-	align	4
-??finish16Mono2:
-	xor	ecx,ecx			;clear nybble bucket
-	mov	ch,[esi]		;get 2 nybbles (1 byte)
-	mov	bl,ch			;get nybbles in ebx
-	sub	edi,0Ch			;back edi up
-	sub	esi,3			;adjust esi (used for dword aligning)
-	or	dl,[BYTE PTR bNybbleTableLow+ebx] ;adjust index for nybble
-	jmp	??finish2Smp16Mono	;go finish it
-
-	align	4
-??finish16Mono3:
-	xor	ecx,ecx			;clear nybble bucket
-	mov	cx,[esi]		;get 3 nybbles (2 bytes)
-	shl	cx,4			;move it over
-	mov	bl,cl			;get nybbles in ebx
-	sub	edi,0Ah			;back edi up
-	or	dl,[BYTE PTR bNybbleTableHigh+ebx] ;adjust index for nybble
-	jmp	??finish3Smp16Mono	;go finish it
-
-	align	4
-??finish16Mono4:
-	xor	ecx,ecx			;clear nybble bucket
-	mov	cx,[esi]		;get 4 nybbles (2 bytes)
-	mov	bl,cl			;get nybbles in ebx
-	sub	edi,08h			;back edi up
-	sub	esi,2			;adjust esi (used for dword aligning)
-	or	dl,[BYTE PTR bNybbleTableLow+ebx] ;adjust index for nybble
-	jmp	??finish4Smp16Mono	;go finish it
-
-	align	4
-??finish16Mono5:
-	xor	ecx,ecx			;clear nybble bucket
-	mov	cl,[esi+2]		;get 1 nybble (1 byte)
-	shl	ecx,16			;shift it over
-	mov	cx,[esi]		;get 4 nybbles (2 bytes)
-	mov	bl,cl			;get nybbles in ebx
-	shr	ecx,4			;move it over
-	shl	bl,4			;move it over
-	sub	edi,06h			;back edi up
-	or	dl,[BYTE PTR bNybbleTableHigh+ebx] ;adjust index for nybble
-	jmp	??finish5Smp16Mono	;go finish it
-
-	align	4
-??finish16Mono6:
-	xor	ecx,ecx			;clear nybble bucket
-	mov	cl,[esi+2]		;get 2 nybbles (1 byte)
-	shl	ecx,16			;move it over
-	mov	cx,[esi]		;get 4 nybbles (2 bytes)
-	mov	bl,cl			;get nybbles in ebx
-	shr	ecx,8			;move it over
-	sub	esi,1			;adjust esi (used for dword aligning)
-	sub	edi,04h			;back edi up
-	or	dl,[BYTE PTR bNybbleTableLow+ebx] ;adjust index for nybble
-	jmp	??finish6Smp16Mono	;go finish it
-
-	align	4
-??finish16Mono7:
-	xor	ecx,ecx			;clear nybble bucket
-	mov	ecx,[esi]		;get 7 nybbles (4 bytes)
-	shl	ecx,4			;move it over
-	mov	bl,cl			;get nybbles in ebx
-	sub	edi,02h			;back edi up
-	or	dl,[BYTE PTR bNybbleTableHigh+ebx] ;adjust index for nybble
-	jmp	??finish7Smp16Mono	;go finish it
-;
-;
-; Jump Tables
-			align 4
-
-dwMono16JmpTable	DD	??done16Mono
-			DD	??finish16Mono1
-			DD	??finish16Mono2
-			DD	??finish16Mono3
-			DD	??finish16Mono4
-			DD	??finish16Mono5
-			DD	??finish16Mono6
-			DD	??finish16Mono7
-
-			align 4
-dwMono16AlignJmpTable	DD	??fixAlign16Mono0
-			DD	??fixAlign16Mono1
-			DD	??fixAlign16Mono2
-			DD	??fixAlign16Mono3
-
-	sosCODECDecompressData	ENDP
-
-	END
-
diff --git a/code/soscodec.cpp b/code/soscodec.cpp
new file mode 100644
index 00000000..47b2eb60
--- /dev/null
+++ b/code/soscodec.cpp
@@ -0,0 +1,238 @@
+/*******************************************************************************
+ *                                O P E N  T S
+ *******************************************************************************
+ * SPDX-License-Identifier: GPL-3.0-or-later
+ * Copyright 2025 Electronic Arts Inc.
+ * Copyright 2026 Vanilla-Conquer contributors
+ * Copyright 2026 OpenTS contributors
+ *
+ * Contains material derived from Electronic Arts source code.
+ * Modified by OpenTS contributors, 2026.
+ * EA's GPLv3 Section 7 additional terms and supplemental warranty
+ * disclaimers apply; see LICENSE.md.
+ ******************************************************************************/
+#include "soscomp.h"
+#include <string.h>
+#include <assert.h>
+
+// index table for stepping into step table.
+static const short wCODECIndexTab[16] = {-1, -1, -1, -1, 2, 4, 6, 8, -1, -1, -1, -1, 2, 4, 6, 8};
+
+static const short wCODECStepTab[89] = {
+    7,    8,     9,     10,    11,    12,    13,    14,    16,    17,    19,    21,    23,    25,   28,
+    31,   34,    37,    41,    45,    50,    55,    60,    66,    73,    80,    88,    97,    107,  118,
+    130,  143,   157,   173,   190,   209,   230,   253,   279,   307,   337,   371,   408,   449,  494,
+    544,  598,   658,   724,   796,   876,   963,   1060,  1166,  1282,  1411,  1552,  1707,  1878, 2066,
+    2272, 2499,  2749,  3024,  3327,  3660,  4026,  4428,  4871,  5358,  5894,  6484,  7132,  7845, 8630,
+    9493, 10442, 11487, 12635, 13899, 15289, 16818, 18500, 20350, 22385, 24623, 27086, 29794, 32767};
+
+#ifndef clamp
+#define clamp(x, low, high) (((x) > (high)) ? (high) : (((x) < (low)) ? (low) : (x)))
+#endif
+
+extern "C"
+void sosCODECInitStream(_SOS_COMPRESS_INFO* stream)
+{
+    for (int i = 0; i < 2; i++) {
+        stream->Channels[i].wCode = 0;
+        stream->Channels[i].wCodeBuf = 0;
+        stream->Channels[i].wIndex = 0;
+        stream->Channels[i].wStep = wCODECStepTab[0];
+        stream->Channels[i].dwPredicted = 0;
+        stream->Channels[i].dwSampleIndex = 0;
+    }
+}
+
+/* Number of possible wIndex.  Comes from the fact that:
+ *
+ *   next_index = clamp(next_index, 0, 88);
+ *
+ * which means 0 <= index <= 88, hence 89 indexes.
+ */
+#define NUM_INDEXES 89
+
+/* Number of possible nybbles.  Comes from the fact that:
+ *
+ *   next_nybble = wCodeBuf & 0xF
+ *
+ * which means 0 <= next_nybble <= 15, hence 16 possibilites.
+ */
+#define NUM_NYBBLES 16
+
+/* Define a dynamic programming table mapping all possible indexes and nybbles
+ * into their next value.  Pack things together into a struct so a cache miss
+ * will retrieve both next index and diff value.
+ *
+ * This table should consume ~12kb, which is quite small.
+ *
+ */
+static struct
+{
+    int diff;
+    short index;
+} SosDecompTable[NUM_INDEXES][NUM_NYBBLES];
+
+/* Flag if above table was initialized.  */
+static bool SosDecompTableGenerated = false;
+
+/* Generate decompression table for samples.  Precompute every possible value
+ * of dwDifference and Channels[0].wIndex based on every possible  combination
+ * of index and nybble values.  */
+void sosCODECGenerateDecompressTable(void)
+{
+    short index, nybble;
+    int diff;
+
+    for (index = 0; index < NUM_INDEXES; index++) {
+        short step = wCODECStepTab[index];
+        for (nybble = 0; nybble < NUM_NYBBLES; nybble++) {
+            diff = step >> 3;
+
+            if ((nybble & 4) != 0) {
+                diff += step;
+            }
+
+            if ((nybble & 2) != 0) {
+                diff += step >> 1;
+            }
+
+            if ((nybble & 1) != 0) {
+                diff += step >> 2;
+            }
+
+            if ((nybble & 8) != 0) {
+                diff = -diff;
+            }
+
+            short next_index = index + wCODECIndexTab[nybble & 0x7];
+            next_index = clamp(next_index, 0, 88);
+
+            SosDecompTable[index][nybble].diff = diff;
+            SosDecompTable[index][nybble].index = next_index;
+        }
+    }
+}
+
+/* Template version of sosCODECDecompressData which generates a single version
+   for 8-bits and 16-bits, and for the interleaved (AUD) and planar (VQA) source
+   layouts.  This instructs the compiler to avoid generating a branch in the
+   deepest loop.  */
+template <bool BITS_8, bool PLANAR> static unsigned sosCODECDecompressDataTemplate(_SOS_COMPRESS_INFO* stream, unsigned bytes)
+{
+    unsigned full_length = bytes;
+    int num_channels = stream->wChannels;
+
+    /* 'bytes' is the total decompressed size across every channel; each
+       channel decodes its own share, and each loop iteration below produces
+       two of its samples.  */
+    bytes = (BITS_8 ? (bytes / 2) : (bytes / 4)) / num_channels;
+
+    /* Quickly return if we are not going to write anything.  */
+    if (bytes == 0) {
+        return full_length;
+    }
+
+    int channel = 0;
+
+    unsigned char* src = (unsigned char*)stream->lpSource;
+    short* dst = (short*)(stream->lpDest);
+    do {
+        short index = stream->Channels[channel].wIndex;
+        int sample = stream->Channels[channel].dwPredicted;
+
+        int j = 0;
+        do {
+            unsigned char codebuf = *src;
+            src += PLANAR ? 1 : num_channels;
+
+            /* First step: case dwSampleIndex is even (unrolled).  */
+            char current_nybble = codebuf & 0xF;
+
+            sample += SosDecompTable[index][current_nybble].diff;
+            sample = clamp(sample, -32768, 32767);
+
+            if (BITS_8) {
+                *dst = ((sample & 0xFF00) >> 8) ^ 0x80;
+                dst = (short*)((char*)(dst) + num_channels);
+            } else {
+                *dst = sample;
+                dst += num_channels;
+            }
+
+            index = SosDecompTable[index][current_nybble].index;
+
+            /* Second step: case dwSampleIndex is odd (unrolled).  */
+            current_nybble = codebuf >> 4;
+            sample += SosDecompTable[index][current_nybble].diff;
+            sample = clamp(sample, -32768, 32767);
+
+            if (BITS_8) {
+                *dst = ((sample & 0xFF00) >> 8) ^ 0x80;
+                dst = (short*)((char*)(dst) + num_channels);
+            } else {
+                *dst = sample;
+                dst += num_channels;
+            }
+
+            index = SosDecompTable[index][current_nybble].index;
+        } while (++j < bytes);
+
+        /* Write back the important stuff from the loop back to the struct.  */
+        stream->Channels[channel].dwPredicted = sample;
+        stream->Channels[channel].wIndex = index;
+
+        /* In case of stereo we also need to update the src and dst pointers
+         before proceeding to the next iteration..  */
+        src = PLANAR ? ((unsigned char*)stream->lpSource + bytes) : ((unsigned char*)stream->lpSource + 1);
+        if (BITS_8) {
+            dst = (short*)(stream->lpDest + 1);
+        } else {
+            dst = (short*)(stream->lpDest) + 1;
+        }
+    } while (++channel < num_channels);
+
+    return full_length;
+}
+
+//
+// decompress data from a 4:1 ADPCM compressed file.  the number of
+// bytes decompressed is returned.
+//
+//
+extern "C"
+unsigned int sosCODECDecompressData(_SOS_COMPRESS_INFO* stream, unsigned int bytes)
+{
+    if (SosDecompTableGenerated == false) {
+        sosCODECGenerateDecompressTable();
+        SosDecompTableGenerated = true;
+    }
+
+    if (stream->wBitSize == 16) {
+        return sosCODECDecompressDataTemplate<false, false>(stream, bytes);
+    }
+#if 0 // No video or audio sample with this option?
+    else {
+        return sosCODECDecompressDataTemplate<true, false>(stream, bytes);
+    }
+#endif
+    assert(0 && "Unreachable");
+    return 0;
+}
+
+/* VQA's SND2 chunks carry a stereo stream as two consecutive per-channel
+   blocks rather than interleaved nybbles, so it needs its own entry point
+   into the shared decoder.  */
+extern "C"
+unsigned int sosCODECDecompressDataPlanar(_SOS_COMPRESS_INFO* stream, unsigned int bytes)
+{
+    if (SosDecompTableGenerated == false) {
+        sosCODECGenerateDecompressTable();
+        SosDecompTableGenerated = true;
+    }
+
+    if (stream->wBitSize != 16) {
+        return 0;
+    }
+
+    return sosCODECDecompressDataTemplate<false, true>(stream, bytes);
+}
\ No newline at end of file
diff --git a/code/soscomp.h b/code/soscomp.h
index 5dc6fd5d..bae4313f 100644
--- a/code/soscomp.h
+++ b/code/soscomp.h
@@ -3,6 +3,7 @@
  *******************************************************************************
  * SPDX-License-Identifier: GPL-3.0-or-later
  * Copyright 2025 Electronic Arts Inc.
+ * Copyright 2026 Vanilla-Conquer contributors
  * Copyright 2026 OpenTS contributors
  *
  * Contains material derived from Electronic Arts source code.
@@ -27,49 +28,47 @@
 #pragma once
 
 /* compression types */
-enum {
-	_ADPCM_TYPE_1,
-	};
+enum
+{
+    _ADPCM_TYPE_1,
+};
 
-/* define compression structure */
-struct _SOS_COMPRESS_INFO {
-	char       *lpSource;
-	char       *lpDest;
-	unsigned long dwCompSize;
-	unsigned long dwUnCompSize;
-	unsigned long dwSampleIndex;
-	long          dwPredicted;
-	long          dwDifference;
-	short         wCodeBuf;
-	short         wCode;
-	short         wStep;
-	short         wIndex;
+typedef struct _tagCOMPRESS_CHANNEL_INFO
+{
+    unsigned int dwSampleIndex;
+    int dwPredicted;
+    int dwDifference;
+    short wCodeBuf;
+    short wCode;
+    short wStep;
+    short wIndex;
+} _COMPRESS_CHANNEL_INFO;
 
-	unsigned long dwSampleIndex2;   //added BP for channel 2
-	long          dwPredicted2;     //added BP for channel 2
-	long          dwDifference2;    //added BP for channel 2
-	short         wCodeBuf2;        //added BP for channel 2
-	short         wCode2;           //added BP for channel 2
-	short         wStep2;           //added BP for channel 2
-	short         wIndex2;          //added BP for channel 2
-	short         wBitSize;
-	short			  wChannels;		//added BP for # of channels
-	};
+/* define compression structure */
+typedef struct _tagCOMPRESS_INFO
+{
+    char* lpSource;
+    char* lpDest;
+    unsigned int dwCompSize;
+    unsigned int dwUnCompSize;
+    _COMPRESS_CHANNEL_INFO Channels[2];
+    short wBitSize;
+    short wChannels; // added BP for # of channels
+} _SOS_COMPRESS_INFO;
 
 /* compressed file type header */
-struct _SOS_COMPRESS_HEADER {
-	unsigned long dwType;              // type of compression
-	unsigned long dwCompressedSize;    // compressed file size
-	unsigned long dwUnCompressedSize;  // uncompressed file size
-	unsigned long dwSourceBitSize;     // original bit size
-	char          szName[16];          // file type, for error checking
-	};
+typedef struct _tagCOMPRESS_HEADER
+{
+    unsigned int dwType;             // type of compression
+    unsigned int dwCompressedSize;   // compressed file size
+    unsigned int dwUnCompressedSize; // uncompressed file size
+    unsigned int dwSourceBitSize;    // original bit size
+    char szName[16];                 // file type, for error checking
+} _SOS_COMPRESS_HEADER;
 
 /* Prototypes */
 extern "C" {
-	void __cdecl sosCODECInitStream(_SOS_COMPRESS_INFO *);
-	void __cdecl General_sosCODECInitStream(_SOS_COMPRESS_INFO *);
-	unsigned long __cdecl sosCODECCompressData(_SOS_COMPRESS_INFO *,	unsigned long);
-	unsigned long __cdecl sosCODECDecompressData(_SOS_COMPRESS_INFO *, unsigned long);
-	unsigned long __cdecl General_sosCODECDecompressData(_SOS_COMPRESS_INFO *, unsigned long);
+	void sosCODECInitStream(_SOS_COMPRESS_INFO *);
+	unsigned int sosCODECDecompressData(_SOS_COMPRESS_INFO *, unsigned int);
+	unsigned int sosCODECDecompressDataPlanar(_SOS_COMPRESS_INFO *, unsigned int);
 }
diff --git a/code/vqa_sos.asm b/code/vqa_sos.asm
deleted file mode 100644
index 3ccc0fb1..00000000
--- a/code/vqa_sos.asm
+++ /dev/null
@@ -1,1406 +0,0 @@
-;******************************************************************************
-;*                               O P E N  T S
-;******************************************************************************
-;* SPDX-License-Identifier: GPL-3.0-or-later
-;* Copyright 2025 Electronic Arts Inc.
-;* Copyright 2026 OpenTS contributors
-;*
-;* Contains material derived from Electronic Arts source code.
-;* Modified by OpenTS contributors, 2026.
-;* EA's GPLv3 Section 7 additional terms and supplemental warranty
-;* disclaimers apply; see LICENSE.md.
-;******************************************************************************
-
-;****************************************************************************
-;*
-;*          Copyright (c) 1994, HMI, INC. All Rights Reserved
-;*
-;*---------------------------------------------------------------------------
-;*
-;* FILE
-;*     soscodec.asm
-;*
-;* DESCRIPTION
-;*     HMI SOS ADPCM compression/decompression.
-;*
-;* PROGRAMMER
-;*     Nick Skrepetos
-;*     Denzil E. Long, Jr. (Fixed bugs, rewrote for watcom)
-;*     Bill Petro		   (Added stereo support)
-;*     Jonathan Lanier
-;*
-;* DATE
-;*     Febuary 15, 1995
-;*
-;* LAST MODIFIED
-;*     08/07/95 [jdl] - Rewrote/optimized sosCODECDecompressData
-;*
-;*---------------------------------------------------------------------------
-;*
-;* PUBLIC
-;*
-;****************************************************************************
-
-	;IDEAL
-	.386P;P386
-	.MODEL FLAT, C ;MODEL	USE32 FLAT
-	;LOCALS	??
-
-; avoids symbol conflicts with regular SOS
-dwDiffTable equ VQA_dwDiffTable
-wIndexTable equ VQA_wIndexTable
-bNybbleTableLow equ VQA_bNybbleTableLow
-bNybbleTableHigh equ VQA_bNybbleTableHigh
-
-
-DPMI_INTR		equ	31h
-IF_LOCKED_PM_CODE	equ	1h		; Locked PM code for DPMI.
-IF_LOCKED_PM_DATA	equ	2h		; Locked PM code for DPMI.
-
-	sCompInfo STRUC
-dwPredicted		DD	?	;Next predicted value
-wIndex			DW	?	;Index into step table
-
-dwPredicted2		DD	?	;Next predicted value
-wIndex2			DW	?	;Index into step table
-	sCompInfo ENDS
-
-
-	.DATA;DATASEG
-
-
-;InitFlags	DD	0		; Flags to indicate what has been initialized.
-
-
-;LABEL	LockedDataStart	BYTE
-
-;* Index table for stepping into step table
-
-INCLUDE		difftb.inc
-INCLUDE		indextb.inc
-INCLUDE		nybbtb.inc
-
-;LABEL	LockedDataEnd	BYTE
-
-	.CODE;CODESEG
-
-;LABEL	LockedCodeStart	BYTE
-
-;****************************************************************************
-;*
-;* NAME
-;*     sosCODECInitStream - Initialize compression stream.
-;*
-;* SYNOPSIS
-;*     sosCODECInitStream(CompInfo)
-;*
-;*     void sosCODECInitStream(_SOS_COMPRESS_INFO *);
-;*
-;* FUNCTION
-;*     Initialize compression stream for compression and decompression.
-;*
-;* INPUTS
-;*     CompInfo - Compression information structure.
-;*
-;* RESULT
-;*     NONE
-;*
-;****************************************************************************
-
-	PUBLIC	VQA_sosCODECInitStream
-	VQA_sosCODECInitStream PROC NEAR \
-	\
-	sSOSInfo:DWORD
-
-	assume eax:ptr sCompInfo
-
-	mov	eax,[sSOSInfo]
-	mov	[[eax].wIndex],0 		; starting index 0
-	mov	[[eax].dwPredicted],0 	; no predicted value
-	mov	[[eax].wIndex2],0 		; starting index 0
-	mov	[[eax].dwPredicted2],0 	; no predicted value
-	ret
-
-	VQA_sosCODECInitStream ENDP
-
-
-
-;****************************************************************************
-;*
-;* NAME
-;*     sosCODECDecompressData - Decompress audio data.
-;*
-;* SYNOPSIS
-;*     Size = sosCODECDecompressData(CompInfo, NumBytes)
-;*
-;*     long sosCODECDecompressData(_SOS_COMPRESS_INFO *, long);
-;*
-;* FUNCTION
-;*     Decompress data from a 4:1 ADPCM compressed stream. The number of
-;*     bytes decompressed is returned.
-;*
-;* INPUTS
-;*     CompInfo - Compress information structure.
-;*     NumBytes - Number of bytes to decompress.
-;*
-;* RESULT
-;*     Size - Size of decompressed data.
-;*
-;*
-;* NOTES
-;*     This routine has been optimized for pipelining on both
-;*     486 and Pentium processors.  Changing, inserting, or moving any
-;*     instructions will most likely slow down the code, in some cases by
-;*     as much as 20%.  It can burst-decompress 16384 samples in about
-;*     1940?s on a Pentium 90Mhz, and about 3960?s on a 486 66Mhz.
-;*     Instruction reordering could bring this down to below 1870?s on
-;*     the Pentium, but this would cause a great degradation in 486
-;*     performance.  Since slow 486's are the reason this code was
-;*     written to be fast, it has been optimized for the Pentium only where
-;*     it would not degrade 486 performance.  So, be careful when changing
-;*     ANY of this code, because it is very carefully balanced...
-;****************************************************************************
-
-	PUBLIC	VQA_sosCODECDecompressData
-	VQA_sosCODECDecompressData PROC NEAR \
-	\
-	lpSource:DWORD, \
-	lpDest:DWORD, \
-	wBitSize:WORD, \
-	wChannels:WORD, \
-	wBytes:DWORD, \
-	sSOSInfo:DWORD
-
-	assume ebx:ptr sCompInfo
-
-	push	esi
-	push	edi
-	push	ebx
-	push	ecx
-	push	edx			;save all the regs
-
-	mov	ebx,[sSOSInfo]		;get base of sCompInfo struct
-	mov	cx,[wBitSize] ;check the bit size
-	mov	dx,[wChannels] ;check the number of channels
-;
-;
-; Determine the correct routine to use for decoding
-; (for now only ADPCM 4:1 Mono 16-bit is implemented)
-	cmp	cx,8
-	jne	??do16Bits
-
-??do8Bits:
-	cmp	dx,2
-	jne	??not8Stereo
-;	jmp	??decomp8Stereo
-	jmp	??byeBye
-
-??not8Stereo:
-	cmp	dx,1
-	jne	??byeBye
-;	jmp	decomp8Mono
-	jmp	??byeBye
-
-??do16Bits:
-	cmp	cx,16
-	jne	??byeBye
-
-	cmp	dx,2
-	jne	??not16Stereo
-	jmp	??decomp16Stereo
-;	jmp	??byeBye
-
-??not16Stereo:
-	cmp	dx,1
-	jne	??byeBye
-
-	push	ebp
-;
-;
-; 16 bit ADPCM 4:1 Mono pre-loop initialization
-??decomp16Mono:
-	push	ebx			;save struct base
-	xor	edx,edx			;clear index
-	mov	eax,[[ebx].dwPredicted]	;get last sample
-	mov	dx,[[ebx].wIndex]	;get last index value
-	mov	esi,[lpSource]	;get source address
-	mov	edi,[lpDest]	;get dest address
-
-	mov	ebp,[wBytes]		;get the number of dest. bytes
-	cmp	ebp,16			;less than 16? (less than 8 samples)
-	jl	??fixAlign16Mono0	;if so, don't bother with alignment
-;
-;
-; Check to see if we need to fix an alignment problem on the source buffer
-; (non-aligned buffers are MUCH slower; if we're given a non-DWORD aligned
-; source address, we do as many samples as needed to get to the nearest
-; DWORD boundary, then finish the bulk as a DWORD-aligned decompress).
-	mov	ebx,esi			;get source address
-	and	ebx,03h			;check LSB
-	jnz	??fixalign16Mono	;if non-zero, need to align for
-					;warp speed
-??fixAlign16Mono0:
-	push	ebp			;save for later
-	shr	ebp,4			;divide by 16 for 16-bit,
-					;because we do 8 nybbles per loop,
-					;and there are two samples per
-					;byte, so there are n/16 iterations
-					;required
-	xor	ebx,ebx			;clear our nybble index
-	or	ebp,ebp			;set flags for EBP
-	jmp	??start16Mono		;start with test... don't go if
-					;we have zero bytes to do
-??fixalign16Mono:
-	jmp	[DWORD PTR dwMono16AlignJmpTable+ebx*4] ;do non-aligned first
-
-	align	4
-??fixAlign16Mono1:
-	sub	ebp,12			;adjust # of dest. bytes
-	push	ebp			;save it
-	shr	ebp,4			;divide by 16 to get samples/8
-	xor	ebx,ebx			;clear our nybble index
-	inc	ebp			;adjust ebp for loop
-	jmp	??finish16Mono6		;borrow exit code to go through a
-					;piece of a loop
-	align	4
-??fixAlign16Mono2:
-	sub	ebp,8			;adjust # of dest. bytes
-	push	ebp			;save it
-	shr	ebp,4			;divide by 16 to get samples/8
-	xor	ebx,ebx			;clear our nybble index
-	inc	ebp			;adjust ebp for loop
-	jmp	??finish16Mono4		;borrow exit code to go through a
-					;piece of a loop
-	align	4
-??fixAlign16Mono3:
-	sub	ebp,4			;adjust # of dest. bytes
-	push	ebp			;save it
-	shr	ebp,4			;divide by 16 to get samples/8
-	xor	ebx,ebx			;clear our nybble index
-	inc	ebp			;adjust ebp for loop
-	jmp	??finish16Mono2		;borrow exit code to go through a
-					;piece of a loop
-; "The Loop"
-;
-; Process 1st nybble
-	align	4
-??loop16Mono:
-	add	eax,[dwDiffTable+edx*2]	;add difference to prev. sample
-	mov	dx,[wIndexTable+edx]	;adjust dx to next index base
-	cmp	eax,00007FFFh		;check for overflow
-	jg	??fix1Smp16MonoO
-	cmp	eax,0FFFF8000h		;check for underflow
-	jl	??fix1Smp16MonoU
-??fixed1Smp16Mono:
-	or	dl,[BYTE PTR bNybbleTableHigh+ebx] ;adjust index for nybble
-	mov	[edi],ax		;save the sample
-;
-;
-; Process 2nd nybble
-??finish7Smp16Mono:
-	mov	bl,ch			;get next 2 nybbles in ebx
-	add	eax,[dwDiffTable+edx*2]	;add difference to prev. sample
-	mov	dx,[wIndexTable+edx]	;adjust dx to next index base
-	cmp	eax,00007FFFh		;check for overflow
-	jg	??fix2Smp16MonoO
-	cmp	eax,0FFFF8000h		;check for underflow
-	jl	??fix2Smp16MonoU
-??fixed2Smp16Mono:
-	or	dl,[BYTE PTR bNybbleTableLow+ebx] ;adjust index for nybble
-	mov	[edi+02h],ax		;save the sample
-	shr	ecx,16			;move top four nybbles into bottom
-;
-;
-; Process 3rd nybble
-??finish6Smp16Mono:
-	add	eax,[dwDiffTable+edx*2]	;add difference to prev. sample
-	mov	dx,[wIndexTable+edx]	;adjust dx to next index base
-	cmp	eax,00007FFFh		;check for overflow
-	jg	??fix3Smp16MonoO
-	cmp	eax,0FFFF8000h		;check for underflow
-	jl	??fix3Smp16MonoU
-??fixed3Smp16Mono:
-	or	dl,[BYTE PTR bNybbleTableHigh+ebx] ;adjust index for nybble
-	mov	[edi+04h],ax		;save the sample
-;
-;
-; Process 4th nybble
-??finish5Smp16Mono:
-	mov	bl,cl
-	add	eax,[dwDiffTable+edx*2]	;add difference to prev. sample
-	mov	dx,[wIndexTable+edx]	;adjust dx to next index base
-	cmp	eax,00007FFFh		;check for overflow
-	jg	??fix4Smp16MonoO
-	cmp	eax,0FFFF8000h		;check for underflow
-	jl	??fix4Smp16MonoU
-??fixed4Smp16Mono:
-	or	dl,[BYTE PTR bNybbleTableLow+ebx] ;adjust index for nybble
-	mov	[edi+06h],ax		;save the sample
-;
-;
-; Process 5th nybble
-??finish4Smp16Mono:
-	add	eax,[dwDiffTable+edx*2]	;add difference to prev. sample
-	mov	dx,[wIndexTable+edx]	;adjust dx to next index base
-	cmp	eax,00007FFFh		;check for overflow
-	jg	??fix5Smp16MonoO
-	cmp	eax,0FFFF8000h		;check for underflow
-	jl	??fix5Smp16MonoU
-??fixed5Smp16Mono:
-	or	dl,[BYTE PTR bNybbleTableHigh+ebx] ;adjust index for nybble
-	mov	[edi+08h],ax		;save the sample
-;
-;
-; Process 6th nybble
-??finish3Smp16Mono:
-	mov	bl,ch
-	add	eax,[dwDiffTable+edx*2]	;add difference to prev. sample
-	mov	dx,[wIndexTable+edx]	;adjust dx to next index base
-	cmp	eax,00007FFFh		;check for overflow
-	jg	??fix6Smp16MonoO
-	cmp	eax,0FFFF8000h		;check for underflow
-	jl	??fix6Smp16MonoU
-??fixed6Smp16Mono:
-	or	dl,[BYTE PTR bNybbleTableLow+ebx] ;adjust index for nybble
-	mov	[edi+0Ah],ax		;save the sample
-;
-;
-; Process 7th nybble
-??finish2Smp16Mono:
-	add	eax,[dwDiffTable+edx*2]	;add difference to prev. sample
-	mov	dx,[wIndexTable+edx]	;adjust dx to next index base
-	cmp	eax,00007FFFh		;check for overflow
-	jg	??fix7Smp16MonoO
-	cmp	eax,0FFFF8000h		;check for underflow
-	jl	??fix7Smp16MonoU
-??fixed7Smp16Mono:
-	or	dl,[BYTE PTR bNybbleTableHigh+ebx] ;adjust index for nybble
-	mov	[edi+0Ch],ax		;save the sample
-;
-;
-; Process 8th nybble
-??finish1Smp16Mono:
-	add	eax,[dwDiffTable+edx*2]	;add difference to prev. sample
-	mov	dx,[wIndexTable+edx]	;adjust dx to next index base
-	cmp	eax,00007FFFh		;check for overflow
-	jg	??fix8Smp16MonoO
-	cmp	eax,0FFFF8000h		;check for underflow
-	jl	??fix8Smp16MonoU
-;
-;
-; Loop cleanup for next pass
-??fixed8Smp16Mono:
-	mov	[edi+0Eh],ax		;save the sample
-	add	esi,04h			;bump esi to point to next longword
-	add	edi,10h			;incr. the destination buffer ptr
-	dec	ebp			;count down the number of samples/8
-??start16Mono:
-	jng	??cleanup16Mono		;if done, clean up
-	mov	ecx,[esi]		;get 4 nybbles in one whack (whee!)
-	mov	bl,cl			;get next 2 nybbles in ebx
-	or	dl,[BYTE PTR bNybbleTableLow+ebx] ;adjust index for nybble
-	jmp	??loop16Mono		;loop until done
-
-??cleanup16Mono:
-	jnz	??done16Mono		;if ebp is non-zero, we're DONE
-					;if exactly zero, finish the tail-end
-					;of the conversion (may be a non-
-					;multiple of 8 nybbles)
-;
-;
-; Loop cleanup for last (incomplete) pass
-	pop	ecx			;restore # of words
-	shr	ecx,1			;divide by two to get samples
-	and	ecx,07h			;get # of samples we missed
-	jmp	[DWORD PTR dwMono16JmpTable+ecx*4] ;go finish the job...
-;
-;
-; Structure cleanup
-??done16Mono:
-	pop	ebx			;restore struct base
-	pop	ebp			;restore stack frame pointer
-	mov	[[ebx].dwPredicted],eax ;save last sample
-	mov	[[ebx].wIndex],dx ;save last index value
-	mov	eax,[wBytes]		;get # of bytes we did
-??byeBye:
-	pop	edx			;restore all the regs
-	pop	ecx
-	pop	ebx
-	pop	edi
-	pop	esi
-	ret
-;
-;
-; Jumps for -32768/+32767 bounds check go to these vvvv
-	align	4
-??fix1Smp16MonoO:
-	mov	eax,00007FFFh		;Overflow - truncate to +32767
-	jmp	??fixed1Smp16Mono	;go back
-
-	align	4
-??fix1Smp16MonoU:
-	mov	eax,0FFFF8000h		;Underflow - truncate to -32768
-	jmp	??fixed1Smp16Mono	;go back
-
-	align	4
-??fix2Smp16MonoO:
-	mov	eax,00007FFFh		;Overflow - truncate to +32767
-	jmp	??fixed2Smp16Mono	;go back
-
-	align	4
-??fix2Smp16MonoU:
-	mov	eax,0FFFF8000h		;Underflow - truncate to -32768
-	jmp	??fixed2Smp16Mono	;go back
-
-	align	4
-??fix3Smp16MonoO:
-	mov	eax,00007FFFh		;Overflow - truncate to +32767
-	jmp	??fixed3Smp16Mono	;go back
-
-	align	4
-??fix3Smp16MonoU:
-	mov	eax,0FFFF8000h		;Underflow - truncate to -32768
-	jmp	??fixed3Smp16Mono	;go back
-
-	align	4
-??fix4Smp16MonoO:
-	mov	eax,00007FFFh		;Overflow - truncate to +32767
-	jmp	??fixed4Smp16Mono	;go back
-
-	align	4
-??fix4Smp16MonoU:
-	mov	eax,0FFFF8000h		;Underflow - truncate to -32768
-	jmp	??fixed4Smp16Mono	;go back
-
-	align	4
-??fix5Smp16MonoO:
-	mov	eax,00007FFFh		;Overflow - truncate to +32767
-	jmp	??fixed5Smp16Mono	;go back
-
-	align	4
-??fix5Smp16MonoU:
-	mov	eax,0FFFF8000h		;Underflow - truncate to -32768
-	jmp	??fixed5Smp16Mono	;go back
-
-	align	4
-??fix6Smp16MonoO:
-	mov	eax,00007FFFh		;Overflow - truncate to +32767
-	jmp	??fixed6Smp16Mono	;go back
-
-	align	4
-??fix6Smp16MonoU:
-	mov	eax,0FFFF8000h		;Underflow - truncate to -32768
-	jmp	??fixed6Smp16Mono	;go back
-
-	align	4
-??fix7Smp16MonoO:
-	mov	eax,00007FFFh		;Overflow - truncate to +32767
-	jmp	??fixed7Smp16Mono	;go back
-
-	align	4
-??fix7Smp16MonoU:
-	mov	eax,0FFFF8000h		;Underflow - truncate to -32768
-	jmp	??fixed7Smp16Mono	;go back
-
-	align	4
-??fix8Smp16MonoO:
-	mov	eax,00007FFFh		;Overflow - truncate to +32767
-	jmp	??fixed8Smp16Mono	;go back
-
-	align	4
-??fix8Smp16MonoU:
-	mov	eax,0FFFF8000h		;Underflow - truncate to -32768
-	jmp	??fixed8Smp16Mono	;go back
-;
-;
-; Jump tables for cleanup after loop unroll point to these vvvv
-	align	4
-??finish16Mono1:
-	xor	ecx,ecx			;clear nybble bucket
-	mov	ch,[esi]		;get 1 nybble (1 byte)
-	shl	ch,4			;move it over
-	mov	bl,ch			;get nybble in ebx
-	sub	edi,0Eh			;back edi up
-	or	dl,[BYTE PTR bNybbleTableHigh+ebx] ;adjust index for nybble
-	jmp	??finish1Smp16Mono	;go finish it
-
-	align	4
-??finish16Mono2:
-	xor	ecx,ecx			;clear nybble bucket
-	mov	ch,[esi]		;get 2 nybbles (1 byte)
-	mov	bl,ch			;get nybbles in ebx
-	sub	edi,0Ch			;back edi up
-	sub	esi,3			;adjust esi (used for dword aligning)
-	or	dl,[BYTE PTR bNybbleTableLow+ebx] ;adjust index for nybble
-	jmp	??finish2Smp16Mono	;go finish it
-
-	align	4
-??finish16Mono3:
-	xor	ecx,ecx			;clear nybble bucket
-	mov	cx,[esi]		;get 3 nybbles (2 bytes)
-	shl	cx,4			;move it over
-	mov	bl,cl			;get nybbles in ebx
-	sub	edi,0Ah			;back edi up
-	or	dl,[BYTE PTR bNybbleTableHigh+ebx] ;adjust index for nybble
-	jmp	??finish3Smp16Mono	;go finish it
-
-	align	4
-??finish16Mono4:
-	xor	ecx,ecx			;clear nybble bucket
-	mov	cx,[esi]		;get 4 nybbles (2 bytes)
-	mov	bl,cl			;get nybbles in ebx
-	sub	edi,08h			;back edi up
-	sub	esi,2			;adjust esi (used for dword aligning)
-	or	dl,[BYTE PTR bNybbleTableLow+ebx] ;adjust index for nybble
-	jmp	??finish4Smp16Mono	;go finish it
-
-	align	4
-??finish16Mono5:
-	xor	ecx,ecx			;clear nybble bucket
-	mov	cl,[esi+2]		;get 1 nybble (1 byte)
-	shl	ecx,16			;shift it over
-	mov	cx,[esi]		;get 4 nybbles (2 bytes)
-	mov	bl,cl			;get nybbles in ebx
-	shr	ecx,4			;move it over
-	shl	bl,4			;move it over
-	sub	edi,06h			;back edi up
-	or	dl,[BYTE PTR bNybbleTableHigh+ebx] ;adjust index for nybble
-	jmp	??finish5Smp16Mono	;go finish it
-
-	align	4
-??finish16Mono6:
-	xor	ecx,ecx			;clear nybble bucket
-	mov	cl,[esi+2]		;get 2 nybbles (1 byte)
-	shl	ecx,16			;move it over
-	mov	cx,[esi]		;get 4 nybbles (2 bytes)
-	mov	bl,cl			;get nybbles in ebx
-	shr	ecx,8			;move it over
-	sub	esi,1			;adjust esi (used for dword aligning)
-	sub	edi,04h			;back edi up
-	or	dl,[BYTE PTR bNybbleTableLow+ebx] ;adjust index for nybble
-	jmp	??finish6Smp16Mono	;go finish it
-
-	align	4
-??finish16Mono7:
-	xor	ecx,ecx			;clear nybble bucket
-	mov	ecx,[esi]		;get 7 nybbles (4 bytes)
-	shl	ecx,4			;move it over
-	mov	bl,cl			;get nybbles in ebx
-	sub	edi,02h			;back edi up
-	or	dl,[BYTE PTR bNybbleTableHigh+ebx] ;adjust index for nybble
-	jmp	??finish7Smp16Mono	;go finish it
-;
-;
-; Jump Tables
-			align 4
-
-dwMono16JmpTable	DD	??done16Mono
-			DD	??finish16Mono1
-			DD	??finish16Mono2
-			DD	??finish16Mono3
-			DD	??finish16Mono4
-			DD	??finish16Mono5
-			DD	??finish16Mono6
-			DD	??finish16Mono7
-
-			align 4
-dwMono16AlignJmpTable	DD	??fixAlign16Mono0
-			DD	??fixAlign16Mono1
-			DD	??fixAlign16Mono2
-			DD	??fixAlign16Mono3
-
-??decomp16Stereo:
-
-??decomp16StereoLeft:
-	push	ebp
-;
-;
-; 16 bit ADPCM 4:1 Left pre-loop initialization
-??decomp16Left:
-	push	ebx			;save struct base
-	xor	edx,edx			;clear index
-	mov	eax,[[ebx].dwPredicted]	;get last sample
-	mov	dx,[[ebx].wIndex]	;get last index value
-	mov	esi,[lpSource]	;get source address
-	mov	edi,[lpDest]	;get dest address
-
-	mov	ebp,[wBytes]		;get the number of dest. bytes
-	shr	ebp,1
-	cmp	ebp,16			;less than 16? (less than 8 samples)
-	jl	??fixAlign16Left0	;if so, don't bother with alignment
-;
-;
-; Check to see if we need to fix an alignment problem on the source buffer
-; (non-aligned buffers are MUCH slower; if we're given a non-DWORD aligned
-; source address, we do as many samples as needed to get to the nearest
-; DWORD boundary, then finish the bulk as a DWORD-aligned decompress).
-	mov	ebx,esi			;get source address
-	and	ebx,03h			;check LSB
-	jnz	??fixalign16Left	;if non-zero, need to align for
-					;warp speed
-??fixAlign16Left0:
-	push	ebp			;save for later
-	shr	ebp,4			;divide by 16 for 16-bit,
-					;because we do 8 nybbles per loop,
-					;and there are two samples per
-					;byte, so there are n/16 iterations
-					;required
-	xor	ebx,ebx			;clear our nybble index
-	or	ebp,ebp			;set flags for EBP
-	jmp	??start16Left		;start with test... don't go if
-					;we have zero bytes to do
-??fixalign16Left:
-	jmp	[DWORD PTR dwLeft16AlignJmpTable+ebx*4] ;do non-aligned first
-
-	align	4
-??fixAlign16Left1:
-	sub	ebp,12			;adjust # of dest. bytes
-	push	ebp			;save it
-	shr	ebp,4			;divide by 16 to get samples/8
-	xor	ebx,ebx			;clear our nybble index
-	inc	ebp			;adjust ebp for loop
-	jmp	??finish16Left6		;borrow exit code to go through a
-					;piece of a loop
-	align	4
-??fixAlign16Left2:
-	sub	ebp,8			;adjust # of dest. bytes
-	push	ebp			;save it
-	shr	ebp,4			;divide by 16 to get samples/8
-	xor	ebx,ebx			;clear our nybble index
-	inc	ebp			;adjust ebp for loop
-	jmp	??finish16Left4		;borrow exit code to go through a
-					;piece of a loop
-	align	4
-??fixAlign16Left3:
-	sub	ebp,4			;adjust # of dest. bytes
-	push	ebp			;save it
-	shr	ebp,4			;divide by 16 to get samples/8
-	xor	ebx,ebx			;clear our nybble index
-	inc	ebp			;adjust ebp for loop
-	jmp	??finish16Left2		;borrow exit code to go through a
-					;piece of a loop
-; "The Loop"
-;
-; Process 1st nybble
-	align	4
-??loop16Left:
-	add	eax,[dwDiffTable+edx*2]	;add difference to prev. sample
-	mov	dx,[wIndexTable+edx]	;adjust dx to next index base
-	cmp	eax,00007FFFh		;check for overflow
-	jg	??fix1Smp16LeftO
-	cmp	eax,0FFFF8000h		;check for underflow
-	jl	??fix1Smp16LeftU
-??fixed1Smp16Left:
-	or	dl,[BYTE PTR bNybbleTableHigh+ebx] ;adjust index for nybble
-	mov	[edi],ax		;save the sample
-;
-;
-; Process 2nd nybble
-??finish7Smp16Left:
-	mov	bl,ch			;get next 2 nybbles in ebx
-	add	eax,[dwDiffTable+edx*2]	;add difference to prev. sample
-	mov	dx,[wIndexTable+edx]	;adjust dx to next index base
-	cmp	eax,00007FFFh		;check for overflow
-	jg	??fix2Smp16LeftO
-	cmp	eax,0FFFF8000h		;check for underflow
-	jl	??fix2Smp16LeftU
-??fixed2Smp16Left:
-	or	dl,[BYTE PTR bNybbleTableLow+ebx] ;adjust index for nybble
-	mov	[edi+2*02h],ax		;save the sample
-	shr	ecx,16			;move top four nybbles into bottom
-;
-;
-; Process 3rd nybble
-??finish6Smp16Left:
-	add	eax,[dwDiffTable+edx*2]	;add difference to prev. sample
-	mov	dx,[wIndexTable+edx]	;adjust dx to next index base
-	cmp	eax,00007FFFh		;check for overflow
-	jg	??fix3Smp16LeftO
-	cmp	eax,0FFFF8000h		;check for underflow
-	jl	??fix3Smp16LeftU
-??fixed3Smp16Left:
-	or	dl,[BYTE PTR bNybbleTableHigh+ebx] ;adjust index for nybble
-	mov	[edi+2*04h],ax		;save the sample
-;
-;
-; Process 4th nybble
-??finish5Smp16Left:
-	mov	bl,cl
-	add	eax,[dwDiffTable+edx*2]	;add difference to prev. sample
-	mov	dx,[wIndexTable+edx]	;adjust dx to next index base
-	cmp	eax,00007FFFh		;check for overflow
-	jg	??fix4Smp16LeftO
-	cmp	eax,0FFFF8000h		;check for underflow
-	jl	??fix4Smp16LeftU
-??fixed4Smp16Left:
-	or	dl,[BYTE PTR bNybbleTableLow+ebx] ;adjust index for nybble
-	mov	[edi+2*06h],ax		;save the sample
-;
-;
-; Process 5th nybble
-??finish4Smp16Left:
-	add	eax,[dwDiffTable+edx*2]	;add difference to prev. sample
-	mov	dx,[wIndexTable+edx]	;adjust dx to next index base
-	cmp	eax,00007FFFh		;check for overflow
-	jg	??fix5Smp16LeftO
-	cmp	eax,0FFFF8000h		;check for underflow
-	jl	??fix5Smp16LeftU
-??fixed5Smp16Left:
-	or	dl,[BYTE PTR bNybbleTableHigh+ebx] ;adjust index for nybble
-	mov	[edi+2*08h],ax		;save the sample
-;
-;
-; Process 6th nybble
-??finish3Smp16Left:
-	mov	bl,ch
-	add	eax,[dwDiffTable+edx*2]	;add difference to prev. sample
-	mov	dx,[wIndexTable+edx]	;adjust dx to next index base
-	cmp	eax,00007FFFh		;check for overflow
-	jg	??fix6Smp16LeftO
-	cmp	eax,0FFFF8000h		;check for underflow
-	jl	??fix6Smp16LeftU
-??fixed6Smp16Left:
-	or	dl,[BYTE PTR bNybbleTableLow+ebx] ;adjust index for nybble
-	mov	[edi+2*0Ah],ax		;save the sample
-;
-;
-; Process 7th nybble
-??finish2Smp16Left:
-	add	eax,[dwDiffTable+edx*2]	;add difference to prev. sample
-	mov	dx,[wIndexTable+edx]	;adjust dx to next index base
-	cmp	eax,00007FFFh		;check for overflow
-	jg	??fix7Smp16LeftO
-	cmp	eax,0FFFF8000h		;check for underflow
-	jl	??fix7Smp16LeftU
-??fixed7Smp16Left:
-	or	dl,[BYTE PTR bNybbleTableHigh+ebx] ;adjust index for nybble
-	mov	[edi+2*0Ch],ax		;save the sample
-;
-;
-; Process 8th nybble
-??finish1Smp16Left:
-	add	eax,[dwDiffTable+edx*2]	;add difference to prev. sample
-	mov	dx,[wIndexTable+edx]	;adjust dx to next index base
-	cmp	eax,00007FFFh		;check for overflow
-	jg	??fix8Smp16LeftO
-	cmp	eax,0FFFF8000h		;check for underflow
-	jl	??fix8Smp16LeftU
-;
-;
-; Loop cleanup for next pass
-??fixed8Smp16Left:
-	mov	[edi+2*0Eh],ax		;save the sample
-	add	esi,04h			;bump esi to point to next longword
-	add	edi,2*10h			;incr. the destination buffer ptr
-	dec	ebp			;count down the number of samples/8
-??start16Left:
-	jng	??cleanup16Left		;if done, clean up
-	mov	ecx,[esi]		;get 4 nybbles in one whack (whee!)
-	mov	bl,cl			;get next 2 nybbles in ebx
-	or	dl,[BYTE PTR bNybbleTableLow+ebx] ;adjust index for nybble
-	jmp	??loop16Left		;loop until done
-
-??cleanup16Left:
-	jnz	??done16Left		;if ebp is non-zero, we're DONE
-					;if exactly zero, finish the tail-end
-					;of the conversion (may be a non-
-					;multiple of 8 nybbles)
-;
-;
-; Loop cleanup for last (incomplete) pass
-	pop	ecx			;restore # of words
-	shr	ecx,1			;divide by two to get samples
-	and	ecx,07h			;get # of samples we missed
-	jmp	[DWORD PTR dwLeft16JmpTable+ecx*4] ;go finish the job...
-;
-;
-; Structure cleanup
-??done16Left:
-	pop	ebx			;restore struct base
-	pop	ebp			;restore stack frame pointer
-	mov	[[ebx].dwPredicted],eax ;save last sample
-	mov	[[ebx].wIndex],dx ;save last index value
-;	mov	eax,[wBytes]		;get # of bytes we did
-	jmp ??decomp16StereoRight
-;
-;
-; Jumps for -32768/+32767 bounds check go to these vvvv
-	align	4
-??fix1Smp16LeftO:
-	mov	eax,00007FFFh		;Overflow - truncate to +32767
-	jmp	??fixed1Smp16Left	;go back
-
-	align	4
-??fix1Smp16LeftU:
-	mov	eax,0FFFF8000h		;Underflow - truncate to -32768
-	jmp	??fixed1Smp16Left	;go back
-
-	align	4
-??fix2Smp16LeftO:
-	mov	eax,00007FFFh		;Overflow - truncate to +32767
-	jmp	??fixed2Smp16Left	;go back
-
-	align	4
-??fix2Smp16LeftU:
-	mov	eax,0FFFF8000h		;Underflow - truncate to -32768
-	jmp	??fixed2Smp16Left	;go back
-
-	align	4
-??fix3Smp16LeftO:
-	mov	eax,00007FFFh		;Overflow - truncate to +32767
-	jmp	??fixed3Smp16Left	;go back
-
-	align	4
-??fix3Smp16LeftU:
-	mov	eax,0FFFF8000h		;Underflow - truncate to -32768
-	jmp	??fixed3Smp16Left	;go back
-
-	align	4
-??fix4Smp16LeftO:
-	mov	eax,00007FFFh		;Overflow - truncate to +32767
-	jmp	??fixed4Smp16Left	;go back
-
-	align	4
-??fix4Smp16LeftU:
-	mov	eax,0FFFF8000h		;Underflow - truncate to -32768
-	jmp	??fixed4Smp16Left	;go back
-
-	align	4
-??fix5Smp16LeftO:
-	mov	eax,00007FFFh		;Overflow - truncate to +32767
-	jmp	??fixed5Smp16Left	;go back
-
-	align	4
-??fix5Smp16LeftU:
-	mov	eax,0FFFF8000h		;Underflow - truncate to -32768
-	jmp	??fixed5Smp16Left	;go back
-
-	align	4
-??fix6Smp16LeftO:
-	mov	eax,00007FFFh		;Overflow - truncate to +32767
-	jmp	??fixed6Smp16Left	;go back
-
-	align	4
-??fix6Smp16LeftU:
-	mov	eax,0FFFF8000h		;Underflow - truncate to -32768
-	jmp	??fixed6Smp16Left	;go back
-
-	align	4
-??fix7Smp16LeftO:
-	mov	eax,00007FFFh		;Overflow - truncate to +32767
-	jmp	??fixed7Smp16Left	;go back
-
-	align	4
-??fix7Smp16LeftU:
-	mov	eax,0FFFF8000h		;Underflow - truncate to -32768
-	jmp	??fixed7Smp16Left	;go back
-
-	align	4
-??fix8Smp16LeftO:
-	mov	eax,00007FFFh		;Overflow - truncate to +32767
-	jmp	??fixed8Smp16Left	;go back
-
-	align	4
-??fix8Smp16LeftU:
-	mov	eax,0FFFF8000h		;Underflow - truncate to -32768
-	jmp	??fixed8Smp16Left	;go back
-;
-;
-; Jump tables for cleanup after loop unroll point to these vvvv
-	align	4
-??finish16Left1:
-	xor	ecx,ecx			;clear nybble bucket
-	mov	ch,[esi]		;get 1 nybble (1 byte)
-	shl	ch,4			;move it over
-	mov	bl,ch			;get nybble in ebx
-	sub	edi,2*0Eh			;back edi up
-	or	dl,[BYTE PTR bNybbleTableHigh+ebx] ;adjust index for nybble
-	jmp	??finish1Smp16Left	;go finish it
-
-	align	4
-??finish16Left2:
-	xor	ecx,ecx			;clear nybble bucket
-	mov	ch,[esi]		;get 2 nybbles (1 byte)
-	mov	bl,ch			;get nybbles in ebx
-	sub	edi,2*0Ch			;back edi up
-	sub	esi,3			;adjust esi (used for dword aligning)
-	or	dl,[BYTE PTR bNybbleTableLow+ebx] ;adjust index for nybble
-	jmp	??finish2Smp16Left	;go finish it
-
-	align	4
-??finish16Left3:
-	xor	ecx,ecx			;clear nybble bucket
-	mov	cx,[esi]		;get 3 nybbles (2 bytes)
-	shl	cx,4			;move it over
-	mov	bl,cl			;get nybbles in ebx
-	sub	edi,2*0Ah			;back edi up
-	or	dl,[BYTE PTR bNybbleTableHigh+ebx] ;adjust index for nybble
-	jmp	??finish3Smp16Left	;go finish it
-
-	align	4
-??finish16Left4:
-	xor	ecx,ecx			;clear nybble bucket
-	mov	cx,[esi]		;get 4 nybbles (2 bytes)
-	mov	bl,cl			;get nybbles in ebx
-	sub	edi,2*08h			;back edi up
-	sub	esi,2			;adjust esi (used for dword aligning)
-	or	dl,[BYTE PTR bNybbleTableLow+ebx] ;adjust index for nybble
-	jmp	??finish4Smp16Left	;go finish it
-
-	align	4
-??finish16Left5:
-	xor	ecx,ecx			;clear nybble bucket
-	mov	cl,[esi+2]		;get 1 nybble (1 byte)
-	shl	ecx,16			;shift it over
-	mov	cx,[esi]		;get 4 nybbles (2 bytes)
-	mov	bl,cl			;get nybbles in ebx
-	shr	ecx,4			;move it over
-	shl	bl,4			;move it over
-	sub	edi,2*06h		;back edi up
-	or	dl,[BYTE PTR bNybbleTableHigh+ebx] ;adjust index for nybble
-	jmp	??finish5Smp16Left	;go finish it
-
-	align	4
-??finish16Left6:
-	xor	ecx,ecx			;clear nybble bucket
-	mov	cl,[esi+2]		;get 2 nybbles (1 byte)
-	shl	ecx,16			;move it over
-	mov	cx,[esi]		;get 4 nybbles (2 bytes)
-	mov	bl,cl			;get nybbles in ebx
-	shr	ecx,8			;move it over
-	sub	esi,1			;adjust esi (used for dword aligning)
-	sub	edi,2*04h		;back edi up
-	or	dl,[BYTE PTR bNybbleTableLow+ebx] ;adjust index for nybble
-	jmp	??finish6Smp16Left	;go finish it
-
-	align	4
-??finish16Left7:
-	xor	ecx,ecx			;clear nybble bucket
-	mov	ecx,[esi]		;get 7 nybbles (4 bytes)
-	shl	ecx,4			;move it over
-	mov	bl,cl			;get nybbles in ebx
-	sub	edi,2*02h		;back edi up
-	or	dl,[BYTE PTR bNybbleTableHigh+ebx] ;adjust index for nybble
-	jmp	??finish7Smp16Left	;go finish it
-;
-;
-; Jump Tables
-			align 4
-
-dwLeft16JmpTable	DD	??done16Left
-			DD	??finish16Left1
-			DD	??finish16Left2
-			DD	??finish16Left3
-			DD	??finish16Left4
-			DD	??finish16Left5
-			DD	??finish16Left6
-			DD	??finish16Left7
-
-			align 4
-dwLeft16AlignJmpTable	DD	??fixAlign16Left0
-			DD	??fixAlign16Left1
-			DD	??fixAlign16Left2
-			DD	??fixAlign16Left3
-
-??decomp16StereoRight:
-	push	ebp
-;
-;
-; 16 bit ADPCM 4:1 Right pre-loop initialization
-??decomp16Right:
-	push	ebx			;save struct base
-	mov	esi,[lpSource]	;get source address
-	mov	edi,[lpDest]	;get dest address
-
-	add	edi,2
-	mov	edx,[wBytes]
-	shr	edx,3
-	add	esi,edx
-
-	xor	edx,edx			;clear index
-	mov	eax,[[ebx].dwPredicted2]	;get last sample
-	mov	dx,[[ebx].wIndex2]	;get last index value
-
-	mov	ebp,[wBytes]		;get the number of dest. bytes
-	shr	ebp,1
-	cmp	ebp,16			;less than 16? (less than 8 samples)
-	jl	??fixAlign16Right0	;if so, don't bother with alignment
-;
-;
-; Check to see if we need to fix an alignment problem on the source buffer
-; (non-aligned buffers are MUCH slower; if we're given a non-DWORD aligned
-; source address, we do as many samples as needed to get to the nearest
-; DWORD boundary, then finish the bulk as a DWORD-aligned decompress).
-	mov	ebx,esi			;get source address
-	and	ebx,03h			;check LSB
-	jnz	??fixalign16Right	;if non-zero, need to align for
-					;warp speed
-??fixAlign16Right0:
-	push	ebp			;save for later
-	shr	ebp,4			;divide by 16 for 16-bit,
-					;because we do 8 nybbles per loop,
-					;and there are two samples per
-					;byte, so there are n/16 iterations
-					;required
-	xor	ebx,ebx			;clear our nybble index
-	or	ebp,ebp			;set flags for EBP
-	jmp	??start16Right		;start with test... don't go if
-					;we have zero bytes to do
-??fixalign16Right:
-	jmp	[DWORD PTR dwRight16AlignJmpTable+ebx*4] ;do non-aligned first
-
-	align	4
-??fixAlign16Right1:
-	sub	ebp,12			;adjust # of dest. bytes
-	push	ebp			;save it
-	shr	ebp,4			;divide by 16 to get samples/8
-	xor	ebx,ebx			;clear our nybble index
-	inc	ebp			;adjust ebp for loop
-	jmp	??finish16Right6		;borrow exit code to go through a
-					;piece of a loop
-	align	4
-??fixAlign16Right2:
-	sub	ebp,8			;adjust # of dest. bytes
-	push	ebp			;save it
-	shr	ebp,4			;divide by 16 to get samples/8
-	xor	ebx,ebx			;clear our nybble index
-	inc	ebp			;adjust ebp for loop
-	jmp	??finish16Right4		;borrow exit code to go through a
-					;piece of a loop
-	align	4
-??fixAlign16Right3:
-	sub	ebp,4			;adjust # of dest. bytes
-	push	ebp			;save it
-	shr	ebp,4			;divide by 16 to get samples/8
-	xor	ebx,ebx			;clear our nybble index
-	inc	ebp			;adjust ebp for loop
-	jmp	??finish16Right2		;borrow exit code to go through a
-					;piece of a loop
-; "The Loop"
-;
-; Process 1st nybble
-	align	4
-??loop16Right:
-	add	eax,[dwDiffTable+edx*2]	;add difference to prev. sample
-	mov	dx,[wIndexTable+edx]	;adjust dx to next index base
-	cmp	eax,00007FFFh		;check for overflow
-	jg	??fix1Smp16RightO
-	cmp	eax,0FFFF8000h		;check for underflow
-	jl	??fix1Smp16RightU
-??fixed1Smp16Right:
-	or	dl,[BYTE PTR bNybbleTableHigh+ebx] ;adjust index for nybble
-	mov	[edi],ax		;save the sample
-;
-;
-; Process 2nd nybble
-??finish7Smp16Right:
-	mov	bl,ch			;get next 2 nybbles in ebx
-	add	eax,[dwDiffTable+edx*2]	;add difference to prev. sample
-	mov	dx,[wIndexTable+edx]	;adjust dx to next index base
-	cmp	eax,00007FFFh		;check for overflow
-	jg	??fix2Smp16RightO
-	cmp	eax,0FFFF8000h		;check for underflow
-	jl	??fix2Smp16RightU
-??fixed2Smp16Right:
-	or	dl,[BYTE PTR bNybbleTableLow+ebx] ;adjust index for nybble
-	mov	[edi+2*02h],ax		;save the sample
-	shr	ecx,16			;move top four nybbles into bottom
-;
-;
-; Process 3rd nybble
-??finish6Smp16Right:
-	add	eax,[dwDiffTable+edx*2]	;add difference to prev. sample
-	mov	dx,[wIndexTable+edx]	;adjust dx to next index base
-	cmp	eax,00007FFFh		;check for overflow
-	jg	??fix3Smp16RightO
-	cmp	eax,0FFFF8000h		;check for underflow
-	jl	??fix3Smp16RightU
-??fixed3Smp16Right:
-	or	dl,[BYTE PTR bNybbleTableHigh+ebx] ;adjust index for nybble
-	mov	[edi+2*04h],ax		;save the sample
-;
-;
-; Process 4th nybble
-??finish5Smp16Right:
-	mov	bl,cl
-	add	eax,[dwDiffTable+edx*2]	;add difference to prev. sample
-	mov	dx,[wIndexTable+edx]	;adjust dx to next index base
-	cmp	eax,00007FFFh		;check for overflow
-	jg	??fix4Smp16RightO
-	cmp	eax,0FFFF8000h		;check for underflow
-	jl	??fix4Smp16RightU
-??fixed4Smp16Right:
-	or	dl,[BYTE PTR bNybbleTableLow+ebx] ;adjust index for nybble
-	mov	[edi+2*06h],ax		;save the sample
-;
-;
-; Process 5th nybble
-??finish4Smp16Right:
-	add	eax,[dwDiffTable+edx*2]	;add difference to prev. sample
-	mov	dx,[wIndexTable+edx]	;adjust dx to next index base
-	cmp	eax,00007FFFh		;check for overflow
-	jg	??fix5Smp16RightO
-	cmp	eax,0FFFF8000h		;check for underflow
-	jl	??fix5Smp16RightU
-??fixed5Smp16Right:
-	or	dl,[BYTE PTR bNybbleTableHigh+ebx] ;adjust index for nybble
-	mov	[edi+2*08h],ax		;save the sample
-;
-;
-; Process 6th nybble
-??finish3Smp16Right:
-	mov	bl,ch
-	add	eax,[dwDiffTable+edx*2]	;add difference to prev. sample
-	mov	dx,[wIndexTable+edx]	;adjust dx to next index base
-	cmp	eax,00007FFFh		;check for overflow
-	jg	??fix6Smp16RightO
-	cmp	eax,0FFFF8000h		;check for underflow
-	jl	??fix6Smp16RightU
-??fixed6Smp16Right:
-	or	dl,[BYTE PTR bNybbleTableLow+ebx] ;adjust index for nybble
-	mov	[edi+2*0Ah],ax		;save the sample
-;
-;
-; Process 7th nybble
-??finish2Smp16Right:
-	add	eax,[dwDiffTable+edx*2]	;add difference to prev. sample
-	mov	dx,[wIndexTable+edx]	;adjust dx to next index base
-	cmp	eax,00007FFFh		;check for overflow
-	jg	??fix7Smp16RightO
-	cmp	eax,0FFFF8000h		;check for underflow
-	jl	??fix7Smp16RightU
-??fixed7Smp16Right:
-	or	dl,[BYTE PTR bNybbleTableHigh+ebx] ;adjust index for nybble
-	mov	[edi+2*0Ch],ax		;save the sample
-;
-;
-; Process 8th nybble
-??finish1Smp16Right:
-	add	eax,[dwDiffTable+edx*2]	;add difference to prev. sample
-	mov	dx,[wIndexTable+edx]	;adjust dx to next index base
-	cmp	eax,00007FFFh		;check for overflow
-	jg	??fix8Smp16RightO
-	cmp	eax,0FFFF8000h		;check for underflow
-	jl	??fix8Smp16RightU
-;
-;
-; Loop cleanup for next pass
-??fixed8Smp16Right:
-	mov	[edi+2*0Eh],ax		;save the sample
-	add	esi,04h			;bump esi to point to next longword
-	add	edi,2*10h			;incr. the destination buffer ptr
-	dec	ebp			;count down the number of samples/8
-??start16Right:
-	jng	??cleanup16Right		;if done, clean up
-	mov	ecx,[esi]		;get 4 nybbles in one whack (whee!)
-	mov	bl,cl			;get next 2 nybbles in ebx
-	or	dl,[BYTE PTR bNybbleTableLow+ebx] ;adjust index for nybble
-	jmp	??loop16Right		;loop until done
-
-??cleanup16Right:
-	jnz	??done16Right		;if ebp is non-zero, we're DONE
-					;if exactly zero, finish the tail-end
-					;of the conversion (may be a non-
-					;multiple of 8 nybbles)
-;
-;
-; Loop cleanup for last (incomplete) pass
-	pop	ecx			;restore # of words
-	shr	ecx,1			;divide by two to get samples
-	and	ecx,07h			;get # of samples we missed
-	jmp	[DWORD PTR dwRight16JmpTable+ecx*4] ;go finish the job...
-;
-;
-; Structure cleanup
-??done16Right:
-	pop	ebx			;restore struct base
-	pop	ebp			;restore stack frame pointer
-	mov	[[ebx].dwPredicted2],eax ;save last sample
-	mov	[[ebx].wIndex2],dx ;save last index value
-	mov	eax,[wBytes]		;get # of bytes we did
-	jmp	??byeBye
-;
-;
-; Jumps for -32768/+32767 bounds check go to these vvvv
-	align	4
-??fix1Smp16RightO:
-	mov	eax,00007FFFh		;Overflow - truncate to +32767
-	jmp	??fixed1Smp16Right	;go back
-
-	align	4
-??fix1Smp16RightU:
-	mov	eax,0FFFF8000h		;Underflow - truncate to -32768
-	jmp	??fixed1Smp16Right	;go back
-
-	align	4
-??fix2Smp16RightO:
-	mov	eax,00007FFFh		;Overflow - truncate to +32767
-	jmp	??fixed2Smp16Right	;go back
-
-	align	4
-??fix2Smp16RightU:
-	mov	eax,0FFFF8000h		;Underflow - truncate to -32768
-	jmp	??fixed2Smp16Right	;go back
-
-	align	4
-??fix3Smp16RightO:
-	mov	eax,00007FFFh		;Overflow - truncate to +32767
-	jmp	??fixed3Smp16Right	;go back
-
-	align	4
-??fix3Smp16RightU:
-	mov	eax,0FFFF8000h		;Underflow - truncate to -32768
-	jmp	??fixed3Smp16Right	;go back
-
-	align	4
-??fix4Smp16RightO:
-	mov	eax,00007FFFh		;Overflow - truncate to +32767
-	jmp	??fixed4Smp16Right	;go back
-
-	align	4
-??fix4Smp16RightU:
-	mov	eax,0FFFF8000h		;Underflow - truncate to -32768
-	jmp	??fixed4Smp16Right	;go back
-
-	align	4
-??fix5Smp16RightO:
-	mov	eax,00007FFFh		;Overflow - truncate to +32767
-	jmp	??fixed5Smp16Right	;go back
-
-	align	4
-??fix5Smp16RightU:
-	mov	eax,0FFFF8000h		;Underflow - truncate to -32768
-	jmp	??fixed5Smp16Right	;go back
-
-	align	4
-??fix6Smp16RightO:
-	mov	eax,00007FFFh		;Overflow - truncate to +32767
-	jmp	??fixed6Smp16Right	;go back
-
-	align	4
-??fix6Smp16RightU:
-	mov	eax,0FFFF8000h		;Underflow - truncate to -32768
-	jmp	??fixed6Smp16Right	;go back
-
-	align	4
-??fix7Smp16RightO:
-	mov	eax,00007FFFh		;Overflow - truncate to +32767
-	jmp	??fixed7Smp16Right	;go back
-
-	align	4
-??fix7Smp16RightU:
-	mov	eax,0FFFF8000h		;Underflow - truncate to -32768
-	jmp	??fixed7Smp16Right	;go back
-
-	align	4
-??fix8Smp16RightO:
-	mov	eax,00007FFFh		;Overflow - truncate to +32767
-	jmp	??fixed8Smp16Right	;go back
-
-	align	4
-??fix8Smp16RightU:
-	mov	eax,0FFFF8000h		;Underflow - truncate to -32768
-	jmp	??fixed8Smp16Right	;go back
-;
-;
-; Jump tables for cleanup after loop unroll point to these vvvv
-	align	4
-??finish16Right1:
-	xor	ecx,ecx			;clear nybble bucket
-	mov	ch,[esi]		;get 1 nybble (1 byte)
-	shl	ch,4			;move it over
-	mov	bl,ch			;get nybble in ebx
-	sub	edi,2*0Eh			;back edi up
-	or	dl,[BYTE PTR bNybbleTableHigh+ebx] ;adjust index for nybble
-	jmp	??finish1Smp16Right	;go finish it
-
-	align	4
-??finish16Right2:
-	xor	ecx,ecx			;clear nybble bucket
-	mov	ch,[esi]		;get 2 nybbles (1 byte)
-	mov	bl,ch			;get nybbles in ebx
-	sub	edi,2*0Ch			;back edi up
-	sub	esi,3			;adjust esi (used for dword aligning)
-	or	dl,[BYTE PTR bNybbleTableLow+ebx] ;adjust index for nybble
-	jmp	??finish2Smp16Right	;go finish it
-
-	align	4
-??finish16Right3:
-	xor	ecx,ecx			;clear nybble bucket
-	mov	cx,[esi]		;get 3 nybbles (2 bytes)
-	shl	cx,4			;move it over
-	mov	bl,cl			;get nybbles in ebx
-	sub	edi,2*0Ah			;back edi up
-	or	dl,[BYTE PTR bNybbleTableHigh+ebx] ;adjust index for nybble
-	jmp	??finish3Smp16Right	;go finish it
-
-	align	4
-??finish16Right4:
-	xor	ecx,ecx			;clear nybble bucket
-	mov	cx,[esi]		;get 4 nybbles (2 bytes)
-	mov	bl,cl			;get nybbles in ebx
-	sub	edi,2*08h			;back edi up
-	sub	esi,2			;adjust esi (used for dword aligning)
-	or	dl,[BYTE PTR bNybbleTableLow+ebx] ;adjust index for nybble
-	jmp	??finish4Smp16Right	;go finish it
-
-	align	4
-??finish16Right5:
-	xor	ecx,ecx			;clear nybble bucket
-	mov	cl,[esi+2]		;get 1 nybble (1 byte)
-	shl	ecx,16			;shift it over
-	mov	cx,[esi]		;get 4 nybbles (2 bytes)
-	mov	bl,cl			;get nybbles in ebx
-	shr	ecx,4			;move it over
-	shl	bl,4			;move it over
-	sub	edi,2*06h			;back edi up
-	or	dl,[BYTE PTR bNybbleTableHigh+ebx] ;adjust index for nybble
-	jmp	??finish5Smp16Right	;go finish it
-
-	align	4
-??finish16Right6:
-	xor	ecx,ecx			;clear nybble bucket
-	mov	cl,[esi+2]		;get 2 nybbles (1 byte)
-	shl	ecx,16			;move it over
-	mov	cx,[esi]		;get 4 nybbles (2 bytes)
-	mov	bl,cl			;get nybbles in ebx
-	shr	ecx,8			;move it over
-	sub	esi,1			;adjust esi (used for dword aligning)
-	sub	edi,2*04h			;back edi up
-	or	dl,[BYTE PTR bNybbleTableLow+ebx] ;adjust index for nybble
-	jmp	??finish6Smp16Right	;go finish it
-
-	align	4
-??finish16Right7:
-	xor	ecx,ecx			;clear nybble bucket
-	mov	ecx,[esi]		;get 7 nybbles (4 bytes)
-	shl	ecx,4			;move it over
-	mov	bl,cl			;get nybbles in ebx
-	sub	edi,2*02h			;back edi up
-	or	dl,[BYTE PTR bNybbleTableHigh+ebx] ;adjust index for nybble
-	jmp	??finish7Smp16Right	;go finish it
-;
-;
-; Jump Tables
-			align 4
-
-dwRight16JmpTable	DD	??done16Right
-			DD	??finish16Right1
-			DD	??finish16Right2
-			DD	??finish16Right3
-			DD	??finish16Right4
-			DD	??finish16Right5
-			DD	??finish16Right6
-			DD	??finish16Right7
-
-			align 4
-dwRight16AlignJmpTable	DD	??fixAlign16Right0
-			DD	??fixAlign16Right1
-			DD	??fixAlign16Right2
-			DD	??fixAlign16Right3
-
-	VQA_sosCODECDecompressData	ENDP
-
-	END
-
-
diff --git a/code/vqalib/cmp.h b/code/vqalib/cmp.h
index 69838687..ab492b92 100644
--- a/code/vqalib/cmp.h
+++ b/code/vqalib/cmp.h
@@ -16,22 +16,12 @@
 
 #pragma once
 
+#include "../soscomp.h"
+
 #if defined(__WATCOMC__) || defined(_MSC_VER)
 #pragma pack(push,1)
 #endif
 
-struct _VQA_SOS_COMPRESS_INFO
-
-{
-	long dwPredicted;
-	short wIndex;
-	long dwPredicted2;
-	short wIndex2;
-};
-
-typedef _VQA_SOS_COMPRESS_INFO VQASOS;
-
-
 extern "C" {
 unsigned long __cdecl VQA_LCW_Uncompress(char const *source, char *dest, unsigned long length);
 }
@@ -42,13 +32,6 @@ extern "C" {
 long __cdecl AudioUnzap(void *source, void *dest, long);
 }
 
-extern "C" {
-void __cdecl VQA_sosCODECInitStream(_VQA_SOS_COMPRESS_INFO *);
-void __cdecl VQA_sosCODECDecompressData(void *src, void *dst, unsigned short wBitSize, unsigned short wChannels, unsigned long dwUnCompSize, _VQA_SOS_COMPRESS_INFO *sosinfo);
-}
-
-//#define VQA_sosCODECDecompressData sosCODECDecompressData
-
 #if defined(__WATCOMC__) || defined(_MSC_VER)
 #pragma pack(pop)
 #endif
diff --git a/code/vqalib/loader.cpp b/code/vqalib/loader.cpp
index 87fa18fb..b2400bfe 100644
--- a/code/vqalib/loader.cpp
+++ b/code/vqalib/loader.cpp
@@ -3475,7 +3475,9 @@ long Load_SND2(VQAHandleP *vqap, unsigned long iffsize)
 		}
 
 		/* Uncompress the audio frame. */
-		VQA_sosCODECDecompressData(loadbuf, (char *)audio->Buffer, vqap->BitsPerSample, vqap->Channels, uncomp_size, &audio->ADPCM_Info);
+		audio->ADPCM_Info.lpSource = (char *)loadbuf;
+		audio->ADPCM_Info.lpDest = (char *)audio->Buffer;
+		sosCODECDecompressDataPlanar(&audio->ADPCM_Info, uncomp_size);
 
 		if (audio->BufferOffset) {
 			uncomp_size -= audio->BufferOffset;
@@ -3501,7 +3503,9 @@ long Load_SND2(VQAHandleP *vqap, unsigned long iffsize)
 	}
 
 	/* Uncompress the audio frame. */
-	VQA_sosCODECDecompressData(loadbuf, (char *)audio->TempBuf, vqap->BitsPerSample, vqap->Channels, uncomp_size, &audio->ADPCM_Info);
+	audio->ADPCM_Info.lpSource = (char *)loadbuf;
+	audio->ADPCM_Info.lpDest = (char *)audio->TempBuf;
+	sosCODECDecompressDataPlanar(&audio->ADPCM_Info, uncomp_size);
 
 	/* Set the TempBufLen */
 	audio->TempBufLen = uncomp_size;
@@ -3555,11 +3559,13 @@ long Load_SN2J(VQAHandleP *vqap, unsigned long iffsize)
 		return(VQAERR_READ);
 	}
 
-	audio->ADPCM_Info.dwPredicted = data.dwPredicted;
-	audio->ADPCM_Info.wIndex = data.wIndex;
+	/* The chunk stores the step index scaled by 32, the form the retired table-driven
+	   VQA decoder persisted between calls; the current decoder wants a plain 0-88 index. */
+	audio->ADPCM_Info.Channels[0].dwPredicted = data.dwPredicted;
+	audio->ADPCM_Info.Channels[0].wIndex = data.wIndex / 32;
 	if (vqap->Channels == 2) {
-		audio->ADPCM_Info.dwPredicted2 = data.dwPredicted2;
-		audio->ADPCM_Info.wIndex2 = data.wIndex2;
+		audio->ADPCM_Info.Channels[1].dwPredicted = data.dwPredicted2;
+		audio->ADPCM_Info.Channels[1].wIndex = data.wIndex2 / 32;
 	}
 
 	return(VQAERR_NONE);
diff --git a/code/vqalib/task.cpp b/code/vqalib/task.cpp
index 41bbf53b..56836b2b 100644
--- a/code/vqalib/task.cpp
+++ b/code/vqalib/task.cpp
@@ -556,7 +556,9 @@ long VQA_Open(char const *filename, VQAConfig *_config, VQAHandle **handle)
 		audio->Flags |= VQAAUDF_MEMLOCKED;
 
 		/* Initialize ADPCM information structure for audio stream. */
-		VQA_sosCODECInitStream(&audio->ADPCM_Info);
+		audio->ADPCM_Info.wBitSize = vqap->BitsPerSample;
+		audio->ADPCM_Info.wChannels = vqap->Channels;
+		sosCODECInitStream(&audio->ADPCM_Info);
 
 
 	} else {
diff --git a/code/vqalib/vqaplayp.h b/code/vqalib/vqaplayp.h
index cc66e5a9..22645fce 100644
--- a/code/vqalib/vqaplayp.h
+++ b/code/vqalib/vqaplayp.h
@@ -400,7 +400,7 @@ typedef struct _VQAAudio {
 	int                field_3C;
 
 	unsigned long      BytesPerSec;
-	VQASOS             ADPCM_Info;
+	_SOS_COMPRESS_INFO ADPCM_Info;
 } VQAAudio;
 
 /* Audio flags. */