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bvdb.c @ 76

Last change on this file since 76 was 76, checked in by megakiss, 10 years ago
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1	/***************************************************************************
2	* Copyright (c) 2003-2011, Broadcom Corporation
3	* All Rights Reserved
4	* Confidential Property of Broadcom Corporation
5	*
6	* THIS SOFTWARE MAY ONLY BE USED SUBJECT TO AN EXECUTED SOFTWARE LICENSE
7	* AGREEMENT BETWEEN THE USER AND BROADCOM. YOU HAVE NO RIGHT TO USE OR
8	* EXPLOIT THIS MATERIAL EXCEPT SUBJECT TO THE TERMS OF SUCH AN AGREEMENT.
9	*
10	* $brcm_Workfile: bvdb.c $
11	* $brcm_Revision: Hydra_Software_Devel/73 $
12	* $brcm_Date: 7/20/11 4:05p $
13	*
14	* Module Description:
15	*
16	* Revision History:
17	*
18	* $brcm_Log: /magnum/commonutils/vdb/35230/A0/bvdb.c $
19	*
20	* Hydra_Software_Devel/73 7/20/11 4:05p jerrylim
21	* SWDTV-8009: Prevent memory leakage
22	*
23	* Hydra_Software_Devel/72 6/28/11 6:09p jerrylim
24	* SWDTV-7243: Added config205
25	*
26	* Hydra_Software_Devel/71 5/2/11 12:40p yingh
27	* SWDTV-6375: Added config204 with RTS supported
28	*
29	* Hydra_Software_Devel/70 4/6/11 10:45a jerrylim
30	* SWDTV-5931: Added config101 for CAP1 buffer capture
31	*
32	* Hydra_Software_Devel/69 3/16/11 5:26p yingh
33	* SWDTV-5403: Added config402 with RTS supported
34	*
35	* Hydra_Software_Devel/68 2/22/11 3:39p jerrylim
36	* SWDTV-5417: Added config203 with RTS supported
37	*
38	* Hydra_Software_Devel/67 2/14/11 12:11p jerrylim
39	* SW35230-2804: Added PC processing option (422 or 444)
40	*
41	* Hydra_Software_Devel/66 2/9/11 7:31p jerrylim
42	* SW35230-3000: Print source mapping table for debug
43	*
44	* Hydra_Software_Devel/65 2/9/11 4:28p jerrylim
45	* SW35230-2843: Added config202
46	*
47	* Hydra_Software_Devel/64 2/4/11 3:30p jerrylim
48	* SW35230-1724: Added a 3D dual path processing to config200
49	*
50	* Hydra_Software_Devel/63 1/28/11 2:12p jerrylim
51	* SW35230-2895: config100 does not need global RTS settings
52	*
53	* Hydra_Software_Devel/62 1/27/11 5:55p jerrylim
54	* SW35230-1170: moved 3D OSD support to common
55	*
56	* Hydra_Software_Devel/61 1/27/11 11:58a jerrylim
57	* SW35230-2162: updated config300/301 in MCVP0_RWC2 to allocate proper BW
58	*
59	* Hydra_Software_Devel/60 1/13/11 6:25p jerrylim
60	* SW35230-2674: Added RTC support to config200
61	*
62	* Hydra_Software_Devel/59 1/11/11 5:55p jerrylim
63	* SW35230-2630, SW35230-2301: VDEC memory clients are always given
64	* necessary memory bandwidth which ensures that there's no hole and 3D
65	* comb always works
66	*
67	* Hydra_Software_Devel/58 12/24/10 11:32a jerrylim
68	* SW35230-2526: Force CAP-SCL if a 1080p RP source is in dot-by-dot view
69	* mode
70	*
71	* Hydra_Software_Devel/57 12/20/10 3:51p jerrylim
72	* SW35230-2613, SW35230-2594: Updated config401 to support high bitrate
73	* streams and wider range of window and clipping size
74	*
75	* Hydra_Software_Devel/56 12/16/10 2:29p jerrylim
76	* SW35230-2579: Replaced user mode functions with kernel mode functions
77	*
78	* Hydra_Software_Devel/55 12/15/10 11:08a jerrylim
79	* SW35230-2579: Made VDB kernel mode safe
80	*
81	* Hydra_Software_Devel/54 12/14/10 10:14p jhaberf
82	* SW35230-2565: Removed includes of stdio.h/stdlib.h as these cause build
83	* errors when building for kernel mode
84	*
85	* Hydra_Software_Devel/53 12/14/10 2:48p jerrylim
86	* SWGERRARD-1145: Removed config400 (config401 covers it) and increased
87	* OSD size to 1920x1080 in config401
88	*
89	* Hydra_Software_Devel/52 12/3/10 3:49p jerrylim
90	* SW35230-2132, SW35230-2182: use round robin for PDP WR to cover spike
91	* at the last line
92	*
93	* Hydra_Software_Devel/51 11/22/10 8:10p jerrylim
94	* SW35230-2346: Force 422 for non-PC sources
95	*
96	* Hydra_Software_Devel/50 11/22/10 3:11p jerrylim
97	* SW35230-2132, SW35230-2182: Go back to the original PDP workaround for
98	* dimming to correctly work
99	*
100	* Hydra_Software_Devel/49 11/19/10 1:29p jerrylim
101	* SW35230-2132, SW35230-2182: Removed PDP workaourd because a fix is
102	* available in PDP
103	*
104	* Hydra_Software_Devel/48 11/17/10 11:23a jerrylim
105	* SW35230-2131: Need to consider ADC Calibaration
106	*
107	* Hydra_Software_Devel/47 11/16/10 5:38p jerrylim
108	* SW35230-2132, SW35230-2182: Give enough bw to PDP WR to cover the spike
109	* at the end of line
110	*
111	* Hydra_Software_Devel/46 11/12/10 10:21a jerrylim
112	* SW35230-2131: handle NULL cases for monitor output
113	*
114	* Hydra_Software_Devel/45 11/10/10 8:15p jerrylim
115	* SW35230-2131, SW35230-1910, SW35230-1889: make sure CAP/VFD is not
116	* starting
117	*
118	* Hydra_Software_Devel/44 11/8/10 7:14p jerrylim
119	* SW35230-2067: Check PIG mode first, if a match found, then use the
120	* mode. Otherwise stick to full mode for dot by dot display
121	*
122	* Hydra_Software_Devel/43 11/5/10 4:59p jerrylim
123	* SW35230-1278: Adjust PDP worst case for 300/301/400/401
124	*
125	* Hydra_Software_Devel/42 10/19/10 9:40a jerrylim
126	* SWGERRARD-790: Support OSD size for 3D video mode
127	*
128	* Hydra_Software_Devel/41 10/7/10 6:21p jerrylim
129	* SW35230-1192: No compensation for panel reversal
130	*
131	* Hydra_Software_Devel/40 10/7/10 6:10p jerrylim
132	* SW35230-1192: No compensation for panel reversal
133	*
134	* Hydra_Software_Devel/39 10/7/10 4:25p jerrylim
135	* SW35230-1610, SW35230-1607: Put back panel reversal support and
136	* extended cropping size to 32%
137	*
138	* Hydra_Software_Devel/38 9/29/10 4:12p jerrylim
139	* SW35230-1530: Added dot-by-dot mode
140	*
141	* Hydra_Software_Devel/37 9/28/10 6:53p jerrylim
142	* SW35230-1514: Added MFD 1080p @ 60 usage cases
143	*
144	* Hydra_Software_Devel/36 9/28/10 6:41p jerrylim
145	* SW35230-1514: Added MFD 1080p @ 60 usage cases
146	*
147	* Hydra_Software_Devel/35 9/20/10 4:31p jerrylim
148	* SW35230-765: Assume a max PC resolution if a matching format not found
149	*
150	* Hydra_Software_Devel/34 9/16/10 3:50p jerrylim
151	* SW35230-1335: Add config400, 401
152	*
153	* Hydra_Software_Devel/33 9/15/10 11:17a jerrylim
154	* SW35230-1359: freed an allocated memory chunk when closing
155	*
156	* Hydra_Software_Devel/32 9/10/10 5:57p jerrylim
157	* SW35230-1332: Add VDB support for PDP and FRC
158	*
159	* Hydra_Software_Devel/31 8/31/10 12:07p jerrylim
160	* SW35230-1231: Added MFD JPEG source to get mapped to the new source
161	* group
162	*
163	* Hydra_Software_Devel/30 8/26/10 5:55p jerrylim
164	* SW35230-1170: Added support for OSD size for 3D sources
165	*
166	* Hydra_Software_Devel/29 8/24/10 2:02p jerrylim
167	* SW35230-785: Added support for auto aspect ratio correction
168	*
169	* Hydra_Software_Devel/28 8/23/10 6:21p jerrylim
170	* SW35230-785: Added support for Auto Aspect Ratio Correction
171	*
172	* Hydra_Software_Devel/27 8/13/10 4:06p jerrylim
173	* SW35230-224: Added a get function which returns feature set that each
174	* RTS configuration supports
175	*
176	* Hydra_Software_Devel/26 8/4/10 5:40a jerrylim
177	* SW35230-842: Adjusted MFD bo in a576i pig mode
178	*
179	* Hydra_Software_Devel/25 8/2/10 12:06a jerrylim
180	* SW35230-778: Make sure that all MFD formats fall under a predefined
181	* source format group
182	*
183	* Hydra_Software_Devel/24 7/30/10 6:05p jerrylim
184	* SW35230-785: Allowed any main win size when PIP is configured
185	*
186	* Hydra_Software_Devel/23 7/29/10 5:38p jerrylim
187	* SW35230-817: Added 3D support to config200
188	*
189	* Hydra_Software_Devel/22 7/29/10 12:46p jerrylim
190	* SW35230-778: Added AVC 1920x720 @ 25
191	*
192	* Hydra_Software_Devel/21 7/23/10 5:47p jerrylim
193	* SW35230-670: CAP bpp with panel reversal compensated
194	*
195	* Hydra_Software_Devel/20 7/23/10 9:58a jerrylim
196	* SW35230-744: Added the missing error checking. Set the proper OSD size
197	* to make OSD size checking valid
198	*
199	* Hydra_Software_Devel/19 7/22/10 7:51p jerrylim
200	* SW35230-742: Modified config200 with 667Mhz support w/o FRC, Added
201	* initial revision of config201
202	*
203	* Hydra_Software_Devel/18 7/15/10 7:48p jerrylim
204	* SW35230-297: Added more debug prints
205	*
206	* Hydra_Software_Devel/17 7/15/10 5:39p jerrylim
207	* SW35230-320: Added initial revision of config300 and config301
208	*
209	* Hydra_Software_Devel/16 7/15/10 4:58p jerrylim
210	* SW35230-663: Eanble MAD if ANR is enabled because MAD is tied to ANR
211	*
212	* Hydra_Software_Devel/15 7/12/10 3:51p jerrylim
213	* SW35230-297: Added PIP support. Added more message for easier problem
214	* identification
215	*
216	* Hydra_Software_Devel/14 7/8/10 1:11p jerrylim
217	* SW35230-297: Simplified display modes
218	*
219	* Hydra_Software_Devel/13 7/7/10 4:16p jerrylim
220	* SW35230-297: Simplified Get display Mode
221	*
222	* Hydra_Software_Devel/12 7/6/10 4:03p jerrylim
223	* SW35230-297: Made usage mode obey VDB
224	*
225	* Hydra_Software_Devel/11 7/2/10 5:44p jerrylim
226	* SW35230-297: Changed config100 to the new design style
227	*
228	* Hydra_Software_Devel/10 7/2/10 3:49p jerrylim
229	* SW35230-297: Added RTS status print, Added usagemode version print,
230	* Removed cfg101(obsolete), Added RTS table ID, Adjusted win to max
231	*
232	* Hydra_Software_Devel/9 6/29/10 11:18a jerrylim
233	* SW35230-297: cleaned up old design. Corrected VDB dump
234	*
235	* Hydra_Software_Devel/8 6/25/10 5:18p jerrylim
236	* SW35230-309: Treat AVC 1080i as 1080psf
237	*
238	* Hydra_Software_Devel/7 6/25/10 1:56p jerrylim
239	* SW35230-309: Handle ADC calibration differently
240	*
241	* Hydra_Software_Devel/6 6/23/10 8:27p jerrylim
242	* SW35230-309: Always use main RTS setting for sub
243	*
244	* Hydra_Software_Devel/5 6/23/10 6:50p jerrylim
245	* SW35230-309: Initialized win size and clipping size
246	*
247	* Hydra_Software_Devel/4 6/23/10 5:53p jerrylim
248	* SW35230-309: Added config 200 based on Usage Mode Rev.2.0
249	*
250	* Hydra_Software_Devel/3 5/21/10 2:16p jerrylim
251	* SW35230-205: Merged all VDB changes checked into the SW23230-205 sub
252	* branch
253	*
254	* Hydra_Software_Devel/SW35230-205/5 5/19/10 6:00p jerrylim
255	* SW35230-205: Corrected some of usage modes
256	*
257	* Hydra_Software_Devel/SW35230-205/4 5/10/10 3:26p jerrylim
258	* SW35230-205: moved the default configs from 1/2 to 100/101 because
259	* nexus has some dependencies on configs and especially WXGA displayr
260	* resolution is forced with config 1. And client 127 is a special
261	* register which controls the DRAM refresh rate, and should be
262	* differently programmed
263	*
264	* Hydra_Software_Devel/SW35230-205/3 5/7/10 5:26p jerrylim
265	* SW35230-205: Capture forced except for MFD JPEG sources
266	*
267	* Hydra_Software_Devel/SW35230-205/2 5/7/10 4:22p jerrylim
268	* SW35230-205: dynamically compose the usage mode and return one of the
269	* two default RTS settings - hardware default for config1 and ASIC team
270	* simultation default fo rconfig2
271	*
272	* Hydra_Software_Devel/SW35230-205/1 5/5/10 11:57a jerrylim
273	* SW35230-205: Test checkin. No functional change
274	*
275	* Hydra_Software_Devel/1 4/30/10 3:06p jerrylim
276	* SW35230-99: Added real VDB files
277	*
278	***************************************************************************/
279	#include "bstd.h"
280	#include "berr.h"
281	#include "bkni.h"
282	#include "bfmt.h"
283	#include "blst_circleq.h"
284	#include "bdbg.h"
285
286	#include "bvdb.h"
287	#include "bvdb_priv.h"
288
289	#include "bchp_memc_arb_0.h"
290
291	BDBG_MODULE(BVDB);
292
293	#define BVDB_P_FRC_PIXEL_PADDING_PDP_WORKAROUND 1
294	#define BVDB_P_SCL_CAP_WORKAOURND 1
295	#define BVDB_P_BIG_THRESHOLD 100000
296
297	/* Giving 100 max will make first comparison to get passed, so each display mode
298	* will be free to pick up any clipping size in percentage */
299	#define BVDB_P_MAX_SRC_CLIP_HEIGHT_AMOUNT 100 /* percent */
300	#define BVDB_P_MAX_SRC_CLIP_WIDTH_AMOUNT 100 /* percent */
301
302	/* In case a matched input format is not found, then it tries search this table
303	* if there's any match. This table is a collection of formats which cannot be
304	* grouped using the standard decision making process. The input format group
305	* used in this table is based on the RTS analysis tool. Note that this table
306	* contains non-PC formats only
307	*
308	* ******** NOTE ********
309	* Each group of sources must be in the order from low to high frame rate where
310	* a group means sources which have same width, height and progressiveness */
311	static BVDB_P_SourceFormat stNonPcNonStandardFormats[] =
312	{
313	/* EIA/CEA-861-B (also in HDMI) 1440x480p without pixel repetition */
314	{1440, 480, true, 60000, false, BVDB_InputFormatGroup_e720p_60},
315
316	/* HDMI1.4 3D Video VIC 32 */
317	{1920, 2205, true, 23976, true, BVDB_InputFormatGroup_e1080p3d_24},
318	{1920, 2205, true, 24000, true, BVDB_InputFormatGroup_e1080p3d_24},
319
320	/* HDMI1.4 3D Video VIC 34 */
321	{1920, 2205, true, 30000, true, BVDB_InputFormatGroup_e1080p3d_30},
322
323	/* HDMI1.4 3D Video VIC 19 */
324	{1280, 1470, true, 50000, true, BVDB_InputFormatGroup_e720p3d_50},
325
326	/* HDMI1.4 3D Video VIC 4 */
327	{1280, 1470, true, 59940, true, BVDB_InputFormatGroup_e720p3d_60},
328	{1280, 1470, true, 60000, true, BVDB_InputFormatGroup_e720p3d_60},
329
330	/* wireless 3D Video 2160i48 */
331	{1920, 2160, false, 47952, true, BVDB_InputFormatGroup_e1080p3d_24},
332	{1920, 2160, false, 48000, true, BVDB_InputFormatGroup_e1080p3d_24},
333	};
334
335	static BVDB_P_SourceFormat stMfdFormats[] =
336	{
337	{ 720, 576, false, 60000, false, BVDB_InputFormatGroup_ePal},
338	{ 720, 576, true, 60000, false, BVDB_InputFormatGroup_e576p},
339	{1280, 720, true, 60000, false, BVDB_InputFormatGroup_e720p_60},
340	{1920, 1080, false, 60000, false, BVDB_InputFormatGroup_e1080i_60},
341	{1920, 1080, true, 30000, false, BVDB_InputFormatGroup_e1080p_30},
342	{1920, 1080, true, 60000, false, BVDB_InputFormatGroup_e1080p_60},
343	};
344
345
346	/* This is an interim solution to map an old source format to a new source
347	* format */
348	static BVDB_P_MapToNewSourceGroup stMapToNewSourceGroup[] =
349	{
350	{BVDB_InputFormatGroup_eNtsc, false, BVDB_SourceGroup_Rp_e576i},
351	{BVDB_InputFormatGroup_ePal, false, BVDB_SourceGroup_Rp_e576i},
352	{BVDB_InputFormatGroup_e480p, false, BVDB_SourceGroup_Rp_e720p},
353	{BVDB_InputFormatGroup_e576p, false, BVDB_SourceGroup_Rp_e720p},
354	{BVDB_InputFormatGroup_e720p_50, false, BVDB_SourceGroup_Rp_e720p},
355	{BVDB_InputFormatGroup_e720p_60, false, BVDB_SourceGroup_Rp_e720p},
356	{BVDB_InputFormatGroup_e1080i_50, false, BVDB_SourceGroup_Rp_e1080i},
357	{BVDB_InputFormatGroup_e1080i_60, false, BVDB_SourceGroup_Rp_e1080i},
358	{BVDB_InputFormatGroup_e1080p_24, false, BVDB_SourceGroup_Rp_e1080psf},
359	{BVDB_InputFormatGroup_e1080p_25, false, BVDB_SourceGroup_Rp_e1080psf},
360	{BVDB_InputFormatGroup_e1080p_30, false, BVDB_SourceGroup_Rp_e1080psf},
361	{BVDB_InputFormatGroup_e1080p_50, false, BVDB_SourceGroup_Rp_e1080p},
362	{BVDB_InputFormatGroup_e1080p_60, false, BVDB_SourceGroup_Rp_e1080p},
363	{BVDB_InputFormatGroup_ePal_60, false, BVDB_SourceGroup_Rp_e576i},
364	{BVDB_InputFormatGroup_e720p_24, false, BVDB_SourceGroup_Rp_e720p},
365	{BVDB_InputFormatGroup_e720p_25, false, BVDB_SourceGroup_Rp_e720p},
366	{BVDB_InputFormatGroup_e720p_30, false, BVDB_SourceGroup_Rp_e720p},
367	{BVDB_InputFormatGroup_e544_576i_50, false, BVDB_SourceGroup_Rp_e576i},
368	{BVDB_InputFormatGroup_e1440_1080i_50, false, BVDB_SourceGroup_Rp_e1080i},
369	{BVDB_InputFormatGroup_e1440_1080p_25, false, BVDB_SourceGroup_Rp_e1080psf},
370	{BVDB_InputFormatGroup_e544_480i_60, false, BVDB_SourceGroup_Rp_e576i},
371	{BVDB_InputFormatGroup_e1440_1080i_60, false, BVDB_SourceGroup_Rp_e1080i},
372	{BVDB_InputFormatGroup_e1440_1080p_30, false, BVDB_SourceGroup_Rp_e1080psf},
373	{BVDB_InputFormatGroup_e1440_1080p_24, false, BVDB_SourceGroup_Rp_e1080psf},
374	{BVDB_InputFormatGroup_e1024_768_60_PC, false, BVDB_SourceGroup_ePc},
375	{BVDB_InputFormatGroup_e1024_768_85_PC, false, BVDB_SourceGroup_ePc},
376	{BVDB_InputFormatGroup_e1366_768_60_PC, false, BVDB_SourceGroup_ePc},
377	{BVDB_InputFormatGroup_e1366_768_85_PC, false, BVDB_SourceGroup_ePc},
378	{BVDB_InputFormatGroup_e1400_1050_60_PC, false, BVDB_SourceGroup_ePc},
379	{BVDB_InputFormatGroup_e1400_1050_75_PC, false, BVDB_SourceGroup_ePc},
380	{BVDB_InputFormatGroup_e1920_1080_60_PC, false, BVDB_SourceGroup_ePc},
381	{BVDB_InputFormatGroup_e1600_1200_60_PC, false, BVDB_SourceGroup_ePc},
382	{BVDB_InputFormatGroup_eAdcCalibration, false, BVDB_SourceGroup_eAdcCalibration},
383	{BVDB_InputFormatGroup_eJpeg_540, false, BVDB_SourceGroup_eJpeg},
384	{BVDB_InputFormatGroup_eJpeg_1080, false, BVDB_SourceGroup_eJpeg},
385	{BVDB_InputFormatGroup_e1080p3d_24, false, BVDB_SourceGroup_Rp_e1080p3d},
386	{BVDB_InputFormatGroup_e1080p3d_30, false, BVDB_SourceGroup_Rp_e1080p3d},
387	{BVDB_InputFormatGroup_e720p3d_60, false, BVDB_SourceGroup_Rp_e720p3d},
388	{BVDB_InputFormatGroup_e720p3d_50, false, BVDB_SourceGroup_Rp_e720p3d},
389
390	{BVDB_InputFormatGroup_eNtsc, true, BVDB_SourceGroup_Avc_e576i},
391	{BVDB_InputFormatGroup_ePal, true, BVDB_SourceGroup_Avc_e576i},
392	{BVDB_InputFormatGroup_e480p, true, BVDB_SourceGroup_Avc_e720p},
393	{BVDB_InputFormatGroup_e576p, true, BVDB_SourceGroup_Avc_e720p},
394	{BVDB_InputFormatGroup_e720p_50, true, BVDB_SourceGroup_Avc_e720p},
395	{BVDB_InputFormatGroup_e720p_60, true, BVDB_SourceGroup_Avc_e720p},
396	{BVDB_InputFormatGroup_e1080i_50, true, BVDB_SourceGroup_Avc_e1080i},
397	{BVDB_InputFormatGroup_e1080i_60, true, BVDB_SourceGroup_Avc_e1080i},
398	{BVDB_InputFormatGroup_e1080p_24, true, BVDB_SourceGroup_Avc_e1080psf},
399	{BVDB_InputFormatGroup_e1080p_25, true, BVDB_SourceGroup_Avc_e1080psf},
400	{BVDB_InputFormatGroup_e1080p_30, true, BVDB_SourceGroup_Avc_e1080psf},
401	{BVDB_InputFormatGroup_e1080p_50, true, BVDB_SourceGroup_Avc_e1080p},
402	{BVDB_InputFormatGroup_e1080p_60, true, BVDB_SourceGroup_Avc_e1080p},
403	{BVDB_InputFormatGroup_e1024_768_60_PC, true, BVDB_SourceGroup_Avc_e1080p},
404	{BVDB_InputFormatGroup_e1024_768_85_PC, true, BVDB_SourceGroup_Avc_e1080p},
405	{BVDB_InputFormatGroup_ePal_60, true, BVDB_SourceGroup_Avc_e576i},
406	{BVDB_InputFormatGroup_e720p_24, true, BVDB_SourceGroup_Avc_e720p},
407	{BVDB_InputFormatGroup_e720p_25, true, BVDB_SourceGroup_Avc_e720p},
408	{BVDB_InputFormatGroup_e720p_30, true, BVDB_SourceGroup_Avc_e720p},
409	{BVDB_InputFormatGroup_e544_576i_50, true, BVDB_SourceGroup_Avc_e576i},
410	{BVDB_InputFormatGroup_e1440_1080i_50, true, BVDB_SourceGroup_Avc_e1080i},
411	{BVDB_InputFormatGroup_e1440_1080p_25, true, BVDB_SourceGroup_Avc_e1080psf},
412	{BVDB_InputFormatGroup_e544_480i_60, true, BVDB_SourceGroup_Avc_e576i},
413	{BVDB_InputFormatGroup_e1440_1080i_60, true, BVDB_SourceGroup_Avc_e1080i},
414	{BVDB_InputFormatGroup_e1440_1080p_30, true, BVDB_SourceGroup_Avc_e1080psf},
415	{BVDB_InputFormatGroup_e1440_1080p_24, true, BVDB_SourceGroup_Avc_e1080psf},
416	{BVDB_InputFormatGroup_eJpeg_540, true, BVDB_SourceGroup_eJpeg},
417	{BVDB_InputFormatGroup_eJpeg_1080, true, BVDB_SourceGroup_eJpeg}
418	};
419
420	static BVDB_P_TContext tvdb;
421
422	#define BVDB_P_PRINT_SOURCE_MAPPING 0
423
424	#if (BDBG_DEBUG_BUILD && BVDB_P_PRINT_SOURCE_MAPPING)
425	typedef struct
426	{
427	uint32_t ulWidth;
428	uint32_t ulHeight;
429	uint32_t ulFrameRate;
430	uint32_t bProgressive;
431	} BVDB_P_DebugSourceFormat;
432
433	static BVDB_P_DebugSourceFormat astSourceFormat[] =
434	{
435	/* DTV SD */
436	{720, 480, 50000, false},
437	{720, 480, 60000, false},
438	{720, 480, 50000, true},
439	{720, 480, 60000, true},
440
441	{720, 576, 50000, false},
442	{720, 576, 60000, false},
443	{720, 576, 50000, true},
444	{720, 576, 60000, true},
445
446	/* DTV HD */
447	{1280, 720, 50000, true},
448	{1280, 720, 60000, true},
449
450	{1920, 1080, 50000, false},
451	{1920, 1080, 60000, false},
452	{1920, 1080, 50000, true},
453	{1920, 1080, 60000, true},
454
455	/* PC formats */
456	{640, 350, 85000, true},
457	{640, 400, 85000, true},
458	{640, 480, 59940, true},
459	{640, 480, 66667, true},
460	{640, 480, 72000, true},
461	{640, 480, 75000, true},
462	{640, 480, 85000, true},
463	{720, 400, 85000, true},
464	{800, 600, 56000, true},
465	{800, 600, 56250, true},
466	{800, 600, 59862, true},
467	{800, 600, 60000, true},
468	{800, 600, 60317, true},
469	{800, 600, 72000, true},
470	{800, 600, 72188, true},
471	{800, 600, 75000, true},
472	{800, 600, 85000, true},
473	{800, 600, 85061, true},
474	{848, 480, 60000, true},
475	{848, 480, 60000, true},
476	{832, 624, 74546, true},
477	{832, 624, 75000, true},
478	{1024, 768, 59920, true},
479	{1024, 768, 60004, true},
480	{1024, 768, 66110, true},
481	{1024, 768, 70069, true},
482	{1024, 768, 75029, true},
483	{1024, 768, 84997, true},
484	{1152, 864, 75000, true},
485	{1280, 768, 59995, true},
486	{1280, 768, 59870, true},
487	{1280, 768, 74893, true},
488	{1280, 768, 84837, true},
489	{1280, 800, 59910, true},
490	{1280, 800, 59810, true},
491	{1280, 800, 74934, true},
492	{1280, 800, 84880, true},
493	{1280, 960, 60000, true},
494	{1280, 960, 85002, true},
495	{1280, 1024, 59895, true},
496	{1280, 1024, 60020, true},
497	{1280, 1024, 69995, true},
498	{1280, 1024, 75025, true},
499	{1280, 1024, 85024, true},
500	{1340, 725, 60000, true},
501	{1360, 768, 59799, true},
502	{1360, 768, 60015, true},
503	{1366, 768, 59650, true},
504	{1366, 768, 59658, true},
505	{1400, 1050, 59948, true},
506	{1400, 1050, 59978, true},
507	{1400, 1050, 74867, true},
508	{1440, 900, 59901, true},
509	{1440, 900, 59887, true},
510	{1440, 900, 74984, true},
511	{1440, 900, 84842, true},
512	{1600, 1200, 60000, true},
513	{1680, 1050, 59883, true},
514	{1680, 1050, 59954, true},
515	{1920, 1080, 59988, true},
516	{1920, 1080, 60000, true},
517	{1920, 1200, 60000, true},
518	{0, 0, 0, false}
519	};
520	#endif /* BDBG_DEBUG_BUILD && BVDB_P_PRINT_SOURCE_MAPPING */
521
522	/* Public Functions */
523	BERR_Code BVDB_CreateVdb
524	( BVDB_Handle *phVdb,
525	uint32_t *pulEntries)
526	{
527	BERR_Code err = BERR_SUCCESS;
528	BVDB_P_Context *pVdb;
529
530	pVdb = (BVDB_P_Context *)BKNI_Malloc(sizeof(BVDB_P_Context));
531	if (pVdb == NULL)
532	{
533	BDBG_ERR(("Out of memory"));
534	return BERR_TRACE(BERR_OUT_OF_SYSTEM_MEMORY);
535	}
536
537	*phVdb = (BVDB_Handle) pVdb;
538	*pulEntries = sizeof( BVDB_Handle );
539
540	tvdb.ulConfigId = 0;
541
542	tvdb.main.clipHeight = 0;
543	tvdb.main.clipWidth = 0;
544	tvdb.main.winHeight = 100;
545	tvdb.main.winWidth = 100;
546
547	tvdb.sub.clipHeight = 0;
548	tvdb.sub.clipWidth = 0;
549	tvdb.sub.winHeight = 100;
550	tvdb.sub.winWidth = 100;
551
552	/* Test source mapping of all possible formats */
553	#if (BDBG_DEBUG_BUILD && BVDB_P_PRINT_SOURCE_MAPPING)
554	{
555	BVDB_InputFormatGroup eInputFormatGroup;
556	uint32_t uiInputType;
557	uint32_t i;
558	BERR_Code rc;
559
560	for (uiInputType = BVDB_Input_eCvbsSvidIfd; uiInputType <= BVDB_Input_e656; uiInputType++)
561	{
562	i = 0;
563	for (;;)
564	{
565	if (astSourceFormat[i].ulWidth == 0)
566	{
567	break;
568	}
569
570	rc = BVDB_GetInputFormatGroup(*phVdb,
571	astSourceFormat[i].ulHeight,
572	astSourceFormat[i].ulWidth,
573	astSourceFormat[i].ulFrameRate,
574	astSourceFormat[i].bProgressive,
575	false,
576	(BVDB_Input) uiInputType,
577	&eInputFormatGroup
578	);
579	BDBG_P_PrintString("%s%s: %dx%d%s@%d -> %s\n",
580	rc == BERR_SUCCESS ? " " : "!",
581	uiInputType == BVDB_Input_eCvbsSvidIfd ? "BVDB_Input_eCvbsSvidIfd" :
582	uiInputType == BVDB_Input_eComponent ? "BVDB_Input_eComponent " :
583	uiInputType == BVDB_Input_eHdDvi ? "BVDB_Input_eHdDvi " :
584	uiInputType == BVDB_Input_eMfd ? "BVDB_Input_eMfd " :
585	uiInputType == BVDB_Input_eVga ? "BVDB_Input_eVga " :
586	uiInputType == BVDB_Input_e656 ? "BVDB_Input_e656 " :
587	"Unknown Source ",
588	astSourceFormat[i].ulWidth,
589	astSourceFormat[i].ulHeight,
590	astSourceFormat[i].bProgressive ? "p" : "i",
591	astSourceFormat[i].ulFrameRate,
592
593	eInputFormatGroup == BVDB_InputFormatGroup_eNtsc ? "BVDB_InputFormatGroup_eNtsc" :
594	eInputFormatGroup == BVDB_InputFormatGroup_ePal ? "BVDB_InputFormatGroup_ePal" :
595	eInputFormatGroup == BVDB_InputFormatGroup_e480p ? "BVDB_InputFormatGroup_e480p" :
596	eInputFormatGroup == BVDB_InputFormatGroup_e576p ? "BVDB_InputFormatGroup_e576p" :
597	eInputFormatGroup == BVDB_InputFormatGroup_e720p_50 ? "BVDB_InputFormatGroup_e720p_50" :
598	eInputFormatGroup == BVDB_InputFormatGroup_e720p_60 ? "BVDB_InputFormatGroup_e720p_60" :
599	eInputFormatGroup == BVDB_InputFormatGroup_e1080i_50 ? "BVDB_InputFormatGroup_e1080i_50" :
600	eInputFormatGroup == BVDB_InputFormatGroup_e1080i_60 ? "BVDB_InputFormatGroup_e1080i_60" :
601	eInputFormatGroup == BVDB_InputFormatGroup_e1080p_24 ? "BVDB_InputFormatGroup_e1080p_24" :
602	eInputFormatGroup == BVDB_InputFormatGroup_e1080p_25 ? "BVDB_InputFormatGroup_e1080p_25" :
603	eInputFormatGroup == BVDB_InputFormatGroup_e1080p_30 ? "BVDB_InputFormatGroup_e1080p_30" :
604	eInputFormatGroup == BVDB_InputFormatGroup_e1080p_50 ? "BVDB_InputFormatGroup_e1080p_50" :
605	eInputFormatGroup == BVDB_InputFormatGroup_e1080p_60 ? "BVDB_InputFormatGroup_e1080p_60" :
606	eInputFormatGroup == BVDB_InputFormatGroup_ePal_60 ? "BVDB_InputFormatGroup_ePal_60" :
607	eInputFormatGroup == BVDB_InputFormatGroup_e720p_24 ? "BVDB_InputFormatGroup_e720p_24" :
608	eInputFormatGroup == BVDB_InputFormatGroup_e720p_25 ? "BVDB_InputFormatGroup_e720p_25" :
609	eInputFormatGroup == BVDB_InputFormatGroup_e720p_30 ? "BVDB_InputFormatGroup_e720p_30" :
610	eInputFormatGroup == BVDB_InputFormatGroup_e544_576i_50 ? "BVDB_InputFormatGroup_e544_576i_50" :
611	eInputFormatGroup == BVDB_InputFormatGroup_e1440_1080i_50 ? "BVDB_InputFormatGroup_e1440_1080i_50" :
612	eInputFormatGroup == BVDB_InputFormatGroup_e1440_1080p_25 ? "BVDB_InputFormatGroup_e1440_1080p_25" :
613	eInputFormatGroup == BVDB_InputFormatGroup_e544_480i_60 ? "BVDB_InputFormatGroup_e544_480i_60" :
614	eInputFormatGroup == BVDB_InputFormatGroup_e1440_1080i_60 ? "BVDB_InputFormatGroup_e1440_1080i_60" :
615	eInputFormatGroup == BVDB_InputFormatGroup_e1440_1080p_30 ? "BVDB_InputFormatGroup_e1440_1080p_30" :
616	eInputFormatGroup == BVDB_InputFormatGroup_e1440_1080p_24 ? "BVDB_InputFormatGroup_e1440_1080p_24" :
617	eInputFormatGroup == BVDB_InputFormatGroup_e1024_768_60_PC ? "BVDB_InputFormatGroup_e1024_768_60_PC" :
618	eInputFormatGroup == BVDB_InputFormatGroup_e1024_768_85_PC ? "BVDB_InputFormatGroup_e1024_768_85_PC" :
619	eInputFormatGroup == BVDB_InputFormatGroup_e1366_768_60_PC ? "BVDB_InputFormatGroup_e1366_768_60_PC" :
620	eInputFormatGroup == BVDB_InputFormatGroup_e1366_768_85_PC ? "BVDB_InputFormatGroup_e1366_768_85_PC" :
621	eInputFormatGroup == BVDB_InputFormatGroup_e1400_1050_60_PC ? "BVDB_InputFormatGroup_e1400_1050_60_PC" :
622	eInputFormatGroup == BVDB_InputFormatGroup_e1400_1050_75_PC ? "BVDB_InputFormatGroup_e1400_1050_75_PC" :
623	eInputFormatGroup == BVDB_InputFormatGroup_e1920_1080_60_PC ? "BVDB_InputFormatGroup_e1920_1080_60_PC" :
624	eInputFormatGroup == BVDB_InputFormatGroup_e1600_1200_60_PC ? "BVDB_InputFormatGroup_e1600_1200_60_PC" :
625	eInputFormatGroup == BVDB_InputFormatGroup_eAdcCalibration ? "BVDB_InputFormatGroup_eAdcCalibration" :
626	eInputFormatGroup == BVDB_InputFormatGroup_eJpeg_540 ? "BVDB_InputFormatGroup_eJpeg_540" :
627	eInputFormatGroup == BVDB_InputFormatGroup_eJpeg_1080 ? "BVDB_InputFormatGroup_eJpeg_1080" :
628	eInputFormatGroup == BVDB_InputFormatGroup_e1080p3d_24 ? "BVDB_InputFormatGroup_e1080p3d_24" :
629	eInputFormatGroup == BVDB_InputFormatGroup_e1080p3d_30 ? "BVDB_InputFormatGroup_e1080p3d_30" :
630	eInputFormatGroup == BVDB_InputFormatGroup_e720p3d_60 ? "BVDB_InputFormatGroup_e720p3d_60" :
631	eInputFormatGroup == BVDB_InputFormatGroup_e720p3d_50 ? "BVDB_InputFormatGroup_e720p3d_50" :
632	"BVDB_InputFormatGroup_eInvalid"
633	);
634	i++;
635	}
636	}
637	}
638	#endif /* BDBG_DEBUG_BUILD && BVDB_P_PRINT_SOURCE_MAPPING */
639
640	return BERR_TRACE( err );
641	}
642
643
644	BERR_Code BVDB_DestroyVdb
645	( BVDB_Handle hVdb )
646	{
647	BVDB_P_Context *pVdb;
648
649	BVDB_P_GET_CONTEXT(hVdb, pVdb);
650
651	BKNI_Free(pVdb);
652
653	return BERR_TRACE( BERR_SUCCESS );
654	}
655
656
657	BERR_Code BVDB_PrintUsageMode
658	( const BVDB_UsageMode *pstUsageMode )
659	{
660	BERR_Code err = BERR_SUCCESS;
661	char acStr[BVDB_MAX_STRLEN+1];
662	char acStr1[BVDB_MAX_STRLEN+1];
663	char acStr2[BVDB_MAX_STRLEN+1];
664	char acStrAux[BVDB_MAX_STRLEN];
665
666	BDBG_ASSERT(pstUsageMode);
667
668	/* ID */
669	BDBG_P_PrintString("\n* RTS Configuration %d, ver %d.%1d\n",
670	tvdb.ulConfigId, tvdb.ulVdbVer / 10, tvdb.ulVdbVer % 10);
671
672	if (pstUsageMode->eWindow == BVDB_Window_eMonitor)
673	{
674	BDBG_P_PrintString("\tCurrent VDB ID: Same as Main Window\n");
675	}
676	else
677	{
678	BDBG_P_PrintString("\tCurrent VDB ID: %d\n", pstUsageMode->usageId);
679	}
680
681	/* Input format */
682	BVDB_P_GetInputStr(pstUsageMode->eInput, acStr);
683	BVDB_P_GetInputFormatGroupStr(pstUsageMode->eInputFormatGroup, acStr1);
684	BDBG_P_PrintString("\tInput type: %s, format: %s%s\n", acStr, acStr1,
685	pstUsageMode->b3dDualPathProcessing ? " (3D Dual Path Processing)" : "" );
686
687	/* Display */
688	BVDB_P_GetDisplayTypeStr(pstUsageMode->stDisplay.eType, acStr);
689	BVDB_P_GetOutputResolutionStr(pstUsageMode->stDisplay.eResolution, acStr1);
690	BVDB_P_GetAspectRatioStr(pstUsageMode->stDisplay.eAspectRatio, acStr2);
691	BDBG_P_PrintString("\tDisplay: %s, resolution: %s, aspect ratio: %s\n", acStr, acStr1, acStr2);
692
693	/* Window */
694	BVDB_P_GetWindowStr(pstUsageMode->eWindow, acStr);
695	BDBG_P_PrintString("\tWindow: %s\n", acStr);
696
697	if (pstUsageMode->eWindow == BVDB_Window_eMonitor)
698	{
699	BDBG_P_PrintString("\tVideo Display Usage Mode: n/a\n");
700	}
701	else
702	{
703	BDBG_P_PrintString("\tVideo Display Usage Mode: %s.%d\n",
704	pstUsageMode->eDisplayMode == BVDB_DisplayMode_Any ? "any" :
705	pstUsageMode->eDisplayMode == BVDB_DisplayMode_Full ? "full" :
706	pstUsageMode->eDisplayMode == BVDB_DisplayMode_Pig ? "pig" :
707	pstUsageMode->eDisplayMode == BVDB_DisplayMode_Mheg ? "mheg" :
708	pstUsageMode->eDisplayMode == BVDB_DisplayMode_Pbp ? "pbp/pip" : "unknown",
709	pstUsageMode->ulDisplayModeNum);
710	}
711
712	/* OSD size */
713	BVDB_P_GetOsdStr(pstUsageMode->stOsd.eOsd, acStr);
714	BDBG_P_PrintString("\tOSD: %s (reserved %d)\n", acStr, pstUsageMode->stOsd.ulReserved);
715
716	/* 3D comb */
717	BVDB_P_GetStateStr(pstUsageMode->e3dComb, acStr);
718	BDBG_P_PrintString("\t3D Comb: %s\n", acStr);
719
720	/* oversample */
721	BVDB_P_GetStateStr(pstUsageMode->eOversample, acStr);
722	BDBG_P_PrintString("\tOversample: %s\n", acStr);
723
724	BVDB_P_GetStateStr(pstUsageMode->eDnr, acStr);
725	BVDB_P_GetPixelFormatStr(pstUsageMode->stAnr.ePixelFormat, pstUsageMode->stAnr.eState, acStr1);
726	BDBG_P_PrintString("\tDNR %s, ANR: %s (reserved %d)\n", acStr, acStr1, pstUsageMode->stAnr.ulReserved);
727
728	/* CAP/VFD */
729	BVDB_P_GetPixelFormatStr(pstUsageMode->stCapVfd.ePixelFormat, pstUsageMode->stCapVfd.eState, acStr);
730	BDBG_P_PrintString("\tCAP/VFD: %s (reserved %d)\n", acStr, pstUsageMode->stCapVfd.ulReserved);
731
732	/* MAD */
733	BVDB_P_GetPixelFormatStr(pstUsageMode->stMad.ePixelFormat, pstUsageMode->stMad.eState, acStr);
734	if (pstUsageMode->stMad.eState == BVDB_State_eYes)
735	{
736
737	BVDB_P_GetFieldStoreCntStr(pstUsageMode->stMad.eFieldStore, acStrAux);
738	}
739	else
740	{
741	if (pstUsageMode->stMad.ePixelFormat == BVDB_PixelFmt_eInvalid)
742	BVDB_P_STRCPY(acStrAux, "n/a");
743	else
744	BVDB_P_STRCPY(acStrAux, "no");
745	}
746	BDBG_P_PrintString("\tMAD: %s\t%s (reserved %d)\n", acStr, acStrAux, pstUsageMode->stMad.ulReserved);
747
748	/* SCL-CAP tolerance and bias */
749	BVDB_P_GetSclCapBiasStr(pstUsageMode->eSclCapBias, acStr);
750	BDBG_P_PrintString("\tSCL-CAP tolerance: %d, bias: %s\n", pstUsageMode->ulSclCapTolerance, acStr);
751
752	return BERR_TRACE(err);
753	}
754
755
756	BERR_Code BVDB_GetInputFormatGroup
757	( const BVDB_Handle hVdb,
758	const uint32_t ulHeight,
759	const uint32_t ulWidth,
760	const uint32_t ulFrameRate,
761	const bool bProgressive,
762	const bool bJpeg,
763	const BVDB_Input eInput,
764	BVDB_InputFormatGroup *peInputFormatGroup )
765	{
766	BERR_Code err = BERR_SUCCESS;
767	BVDB_P_Context *pVdb;
768	uint32_t ulTempHeight = ulHeight;
769	BVDB_InputFormatGroup eNonPcInputFormatGroup;
770
771	BVDB_P_GET_CONTEXT(hVdb, pVdb);
772
773	*peInputFormatGroup = BVDB_InputFormatGroup_eInvalid;
774	eNonPcInputFormatGroup = BVDB_InputFormatGroup_eInvalid;
775
776	if (BVDB_Input_eMfd == eInput && !bJpeg)
777	{
778	uint32_t ulMfdHeight;
779	uint32_t ulMfdWidth;
780	uint32_t ulMfdFrameRate;
781	uint32_t i;
782	uint32_t numEntry;
783
784	/* Limit max values to make sure all MFD formats fall under a
785	* predefined source format group */
786	ulMfdHeight = BVDB_P_MIN(ulHeight, BFMT_1080I_HEIGHT);
787	ulMfdWidth = BVDB_P_MIN(ulWidth, BFMT_1080I_WIDTH);
788	ulMfdFrameRate = BVDB_P_MIN(ulFrameRate, 60000);
789
790	numEntry = sizeof(stMfdFormats) / sizeof(BVDB_P_SourceFormat);
791	for (i = 0; i < numEntry; i++)
792	{
793	if ((ulMfdHeight <= stMfdFormats[i].height) &&
794	(ulMfdWidth <= stMfdFormats[i].width) &&
795	((bProgressive && stMfdFormats[i].bProgressive) \|\|
796	(!bProgressive && !stMfdFormats[i].bProgressive)) &&
797	(ulMfdFrameRate <= stMfdFormats[i].frameRate))
798	{
799	*peInputFormatGroup = stMfdFormats[i].eInputFormatGroup;
800	return BERR_TRACE(BERR_SUCCESS);
801	}
802	}
803	return BERR_TRACE(BERR_INVALID_PARAMETER);
804	}
805
806	if (bJpeg)
807	{
808	*peInputFormatGroup = (ulTempHeight <= BFMT_1080I_HEIGHT/2) ?
809	BVDB_InputFormatGroup_eJpeg_540 : BVDB_InputFormatGroup_eJpeg_1080;
810	}
811	else
812	{
813	/* Let's see if we have a match in the non-standard format list. This list
814	* grows on-demand basis. Note that frame rates are compared for a match
815	* using "range". In case we haven't found a match using the standard
816	* way, they we'll use this match if there's a match here */
817	if (*peInputFormatGroup == BVDB_InputFormatGroup_eInvalid)
818	{
819	/* For non-PC formats */
820	if (eInput != BVDB_Input_eVga)
821	{
822	uint32_t i;
823	uint32_t numEntry;
824
825	numEntry = sizeof(stNonPcNonStandardFormats) / sizeof(BVDB_P_SourceFormat);
826	for (i = 0; i < numEntry; i++)
827	{
828	if ((ulHeight == stNonPcNonStandardFormats[i].height) &&
829	(ulWidth == stNonPcNonStandardFormats[i].width) &&
830	(bProgressive == stNonPcNonStandardFormats[i].bProgressive) &&
831	(ulFrameRate <= stNonPcNonStandardFormats[i].frameRate))
832	{
833	eNonPcInputFormatGroup = stNonPcNonStandardFormats[i].eInputFormatGroup;
834
835	/* Now we have a match in the non-standard format array.
836	* If the matched format is a 3D source, return right
837	* away because the following search does not consider
838	* the 3D sources */
839	if (stNonPcNonStandardFormats[i].b3dSource &&
840	(eInput == BVDB_Input_eHdDvi))
841	{
842	* peInputFormatGroup = eNonPcInputFormatGroup;
843	return BERR_TRACE(BERR_SUCCESS);
844	}
845	break;
846	}
847	}
848	}
849	}
850
851	if (!bProgressive)
852	{
853	/* the only interlaced VESA format! */
854	if ((ulWidth == 1024 && ulTempHeight == 768 &&
855	(eInput == BVDB_Input_eVga \|\| eInput == BVDB_Input_eHdDvi) &&
856	ulFrameRate == 86958) &&
857	*peInputFormatGroup == BVDB_InputFormatGroup_eInvalid)
858	{
859	*peInputFormatGroup = BVDB_InputFormatGroup_e1366_768_85_PC;
860	}
861
862	if (((ulFrameRate >= 59940 && ulFrameRate <= 60000) \|\|
863	(ulFrameRate >= 23976 && ulFrameRate <= 24000) \|\|
864	(ulFrameRate >= 29970 && ulFrameRate <= 30000)) &&
865	*peInputFormatGroup == BVDB_InputFormatGroup_eInvalid)
866	{
867	if (ulTempHeight <= BFMT_NTSC_HEIGHT)
868	{
869	if (ulWidth <= 544)
870	{
871	*peInputFormatGroup = BVDB_InputFormatGroup_e544_480i_60;
872	}
873	else if (ulWidth <= BFMT_NTSC_WIDTH)
874	{
875	*peInputFormatGroup = BVDB_InputFormatGroup_eNtsc;
876	}
877	}
878
879	if (ulTempHeight <= BFMT_PAL_HEIGHT && ulWidth <= BFMT_PAL_WIDTH &&
880	*peInputFormatGroup == BVDB_InputFormatGroup_eInvalid)
881	{
882	*peInputFormatGroup = BVDB_InputFormatGroup_ePal_60;
883	}
884
885	if (ulTempHeight <= BFMT_1080I_HEIGHT && *peInputFormatGroup == BVDB_InputFormatGroup_eInvalid)
886	{
887	if (ulWidth <= 1440)
888	{
889	*peInputFormatGroup = BVDB_InputFormatGroup_e1440_1080i_60;
890	}
891	else if (ulWidth <= BFMT_1080I_WIDTH)
892	{
893	*peInputFormatGroup = BVDB_InputFormatGroup_e1080i_60;
894	}
895	}
896	}
897
898	if ((ulFrameRate == 50000 \|\| ulFrameRate == 25000) &&
899	*peInputFormatGroup == BVDB_InputFormatGroup_eInvalid)
900	{
901	if (ulTempHeight <= BFMT_PAL_HEIGHT)
902	{
903	if (ulWidth <= 544)
904	{
905	*peInputFormatGroup = BVDB_InputFormatGroup_e544_576i_50;
906	}
907	else if (ulWidth <= BFMT_PAL_WIDTH)
908	{
909	*peInputFormatGroup = BVDB_InputFormatGroup_ePal;
910	}
911	}
912
913	if (ulTempHeight <= BFMT_1080I_HEIGHT && *peInputFormatGroup == BVDB_InputFormatGroup_eInvalid)
914	{
915	if (ulWidth <= 1440)
916	{
917	*peInputFormatGroup = BVDB_InputFormatGroup_e1440_1080i_50;
918	}
919	else if (ulWidth <= BFMT_1080I_WIDTH)
920	{
921	*peInputFormatGroup = BVDB_InputFormatGroup_e1080i_50;
922	}
923	}
924	}
925
926	/* In case there's no match, use the non standard match if any */
927	if (*peInputFormatGroup == BVDB_InputFormatGroup_eInvalid)
928	{
929	*peInputFormatGroup = eNonPcInputFormatGroup;
930	}
931	}
932	else
933	{
934	if (ulFrameRate >= 59934 && ulFrameRate <= 60000 &&
935	*peInputFormatGroup == BVDB_InputFormatGroup_eInvalid)
936	{
937	if (ulWidth <= BFMT_480P_WIDTH && ulTempHeight <= BFMT_480P_HEIGHT)
938	{
939	*peInputFormatGroup = BVDB_InputFormatGroup_e480p;
940	}
941	else if (ulWidth <= BFMT_720P_WIDTH && ulTempHeight <= BFMT_720P_HEIGHT)
942	{
943	*peInputFormatGroup = BVDB_InputFormatGroup_e720p_60;
944	}
945	else if (ulTempHeight == BFMT_1080P_HEIGHT && ulWidth == BFMT_1080P_WIDTH)
946	{
947	*peInputFormatGroup = (eInput != BVDB_Input_eVga) ? BVDB_InputFormatGroup_e1080p_60 :
948	BVDB_InputFormatGroup_e1920_1080_60_PC;
949	}
950	else if (ulTempHeight <= BFMT_1080P_HEIGHT && ulWidth < BFMT_1080P_WIDTH &&
951	eInput == BVDB_Input_eMfd)
952	{
953	*peInputFormatGroup = BVDB_InputFormatGroup_e1440_1080p_30;
954	}
955	}
956
957	if (ulFrameRate == 50000 &&
958	*peInputFormatGroup == BVDB_InputFormatGroup_eInvalid)
959	{
960	if (ulWidth <= BFMT_576P_WIDTH && ulTempHeight <= BFMT_576P_HEIGHT)
961	{
962	*peInputFormatGroup = BVDB_InputFormatGroup_e576p;
963	}
964	else if (ulWidth <= BFMT_720P_WIDTH && ulTempHeight <= BFMT_720P_HEIGHT)
965	{
966	*peInputFormatGroup = BVDB_InputFormatGroup_e720p_50;
967	}
968	else if (ulTempHeight == BFMT_1080P_HEIGHT && ulWidth == BFMT_1080P_WIDTH)
969	{
970	*peInputFormatGroup = BVDB_InputFormatGroup_e1080p_50;
971	}
972	else if (ulTempHeight <= BFMT_1080P_HEIGHT && ulWidth < BFMT_1080P_WIDTH &&
973	eInput == BVDB_Input_eMfd)
974	{
975	*peInputFormatGroup = BVDB_InputFormatGroup_e1440_1080p_25;
976	}
977	}
978
979	if ((ulFrameRate == 23976 \|\| ulFrameRate == 24000) &&
980	*peInputFormatGroup == BVDB_InputFormatGroup_eInvalid)
981	{
982	if (ulWidth <= BFMT_720P_WIDTH && ulTempHeight <= BFMT_720P_HEIGHT)
983	{
984	*peInputFormatGroup = BVDB_InputFormatGroup_e720p_24;
985	}
986	else if (ulTempHeight == BFMT_1080P_HEIGHT)
987	{
988	if (ulWidth == BFMT_1080P_WIDTH)
989	{
990	*peInputFormatGroup = BVDB_InputFormatGroup_e1080p_24;
991	}
992	else if (ulWidth < BFMT_1080P_WIDTH)
993	{
994	*peInputFormatGroup = BVDB_InputFormatGroup_e1440_1080p_24;
995	}
996	}
997	else if (ulTempHeight <= BFMT_1080P_HEIGHT && ulWidth < BFMT_1080P_WIDTH &&
998	eInput == BVDB_Input_eMfd)
999	{
1000	*peInputFormatGroup = BVDB_InputFormatGroup_e1440_1080p_24;
1001	}
1002	}
1003
1004	if (ulFrameRate == 25000 &&
1005	*peInputFormatGroup == BVDB_InputFormatGroup_eInvalid)
1006	{
1007	if (ulWidth <= BFMT_720P_WIDTH && ulTempHeight <= BFMT_720P_HEIGHT)
1008	{
1009	*peInputFormatGroup = BVDB_InputFormatGroup_e720p_25;
1010	}
1011	else if (ulTempHeight == BFMT_1080P_HEIGHT)
1012	{
1013	if (ulWidth == BFMT_1080P_WIDTH)
1014	{
1015	*peInputFormatGroup = BVDB_InputFormatGroup_e1080p_25;
1016	}
1017	else if (ulWidth < BFMT_1080P_WIDTH)
1018	{
1019	*peInputFormatGroup = BVDB_InputFormatGroup_e1440_1080p_25;
1020	}
1021	}
1022	else if (ulTempHeight <= BFMT_1080P_HEIGHT && ulWidth < BFMT_1080P_WIDTH &&
1023	eInput == BVDB_Input_eMfd)
1024	{
1025	*peInputFormatGroup = BVDB_InputFormatGroup_e1440_1080p_25;
1026	}
1027	}
1028
1029	if ((ulFrameRate == 29970 \|\| ulFrameRate == 30000) &&
1030	*peInputFormatGroup == BVDB_InputFormatGroup_eInvalid)
1031	{
1032	if (ulWidth <= BFMT_720P_WIDTH && ulTempHeight <= BFMT_720P_HEIGHT)
1033	{
1034	*peInputFormatGroup = BVDB_InputFormatGroup_e720p_30;
1035	}
1036	else if (ulTempHeight == BFMT_1080P_HEIGHT)
1037	{
1038	if (ulWidth == BFMT_1080P_WIDTH)
1039	{
1040	*peInputFormatGroup = BVDB_InputFormatGroup_e1080p_30;
1041	}
1042	else if (ulWidth < BFMT_1080P_WIDTH)
1043	{
1044	*peInputFormatGroup = BVDB_InputFormatGroup_e1440_1080p_30;
1045	}
1046	}
1047	else if (ulTempHeight <= BFMT_1080P_HEIGHT && ulWidth < BFMT_1080P_WIDTH &&
1048	eInput == BVDB_Input_eMfd)
1049	{
1050	*peInputFormatGroup = BVDB_InputFormatGroup_e1440_1080p_30;
1051	}
1052	}
1053
1054	/* In case there's no match, use the non standard match if any */
1055	if (*peInputFormatGroup == BVDB_InputFormatGroup_eInvalid)
1056	{
1057	*peInputFormatGroup = eNonPcInputFormatGroup;
1058	}
1059
1060	/* The purpose here is not to tell whether the input PC format is
1061	* supported or not. The purpose is to pick a PC group so a proper
1062	* RTS settings can be applied. Currently, RTS analysis
1063	* differentiates PC input whether its numbers of line are greater
1064	* than 700. We try to find the PC group more accurately, and if not
1065	* found, then the PC ground is picked based on number of lines.
1066	* There is not reason to block other modules by returning the
1067	* invalid format as long as the RTS settings cover it. */
1068	if (*peInputFormatGroup == BVDB_InputFormatGroup_eInvalid)
1069	{
1070	if (ulFrameRate <= 60000 + ((60000 * 1)/10)/100)
1071	{
1072	if (ulWidth <= 1024 && ulTempHeight <= 768)
1073	{
1074	*peInputFormatGroup = BVDB_InputFormatGroup_e1024_768_60_PC;
1075	}
1076	else if (ulWidth <= 1366 && ulTempHeight <= 768)
1077	{
1078	*peInputFormatGroup = BVDB_InputFormatGroup_e1366_768_60_PC;
1079	}
1080	else if (ulWidth >= 1280 && ulTempHeight >= 960 &&
1081	ulWidth <= 1400 && ulTempHeight <= 1050)
1082	{
1083	*peInputFormatGroup = BVDB_InputFormatGroup_e1400_1050_60_PC;
1084	}
1085	else if (ulWidth == 1920 && ulTempHeight == 1080)
1086	{
1087	*peInputFormatGroup = BVDB_InputFormatGroup_e1920_1080_60_PC;
1088	}
1089	else if (ulWidth == 1600 && ulTempHeight == 1200)
1090	{
1091	*peInputFormatGroup = BVDB_InputFormatGroup_e1600_1200_60_PC;
1092	}
1093
1094	/* accurate search failed. Pick a group based on # of lines */
1095	if (ulTempHeight <=768)
1096	{
1097	*peInputFormatGroup = BVDB_InputFormatGroup_e1024_768_60_PC;
1098	}
1099	else if (ulTempHeight <= 1050)
1100	{
1101	*peInputFormatGroup = BVDB_InputFormatGroup_e1400_1050_60_PC;
1102	}
1103	else if (ulTempHeight <= 1080)
1104	{
1105	*peInputFormatGroup = BVDB_InputFormatGroup_e1920_1080_60_PC;
1106	}
1107	else if (ulTempHeight <= 1200)
1108	{
1109	*peInputFormatGroup = BVDB_InputFormatGroup_e1600_1200_60_PC;
1110	}
1111	}
1112	else /* odd rates */
1113	{
1114	if (ulWidth <= 1024 && ulTempHeight <= 768)
1115	{
1116	*peInputFormatGroup = BVDB_InputFormatGroup_e1024_768_85_PC;
1117	}
1118	else if (ulWidth <= 1366 && ulTempHeight <= 768)
1119	{
1120	*peInputFormatGroup = BVDB_InputFormatGroup_e1366_768_85_PC;
1121	}
1122	else if (ulWidth >= 1152 && ulTempHeight >= 864 &&
1123	ulWidth <= 1400 && ulTempHeight <= 1050)
1124	{
1125	*peInputFormatGroup = BVDB_InputFormatGroup_e1400_1050_75_PC;
1126	}
1127
1128	/* accurate search failed. Pick a group based on # of lines */
1129	if (ulTempHeight <=768)
1130	{
1131	*peInputFormatGroup = BVDB_InputFormatGroup_e1366_768_85_PC;
1132	}
1133	else if (ulTempHeight <= 1050)
1134	{
1135	*peInputFormatGroup = BVDB_InputFormatGroup_e1400_1050_75_PC;
1136	}
1137	else
1138	{
1139	*peInputFormatGroup = BVDB_InputFormatGroup_e1920_1080_60_PC;
1140	}
1141	}
1142	}
1143	}
1144	}
1145
1146	if (*peInputFormatGroup == BVDB_InputFormatGroup_eInvalid)
1147	err = BERR_NOT_SUPPORTED;
1148
1149	return BERR_TRACE(err);
1150	}
1151
1152
1153
1154	BERR_Code BVDB_GetVdbEntry
1155	( BVDB_Handle hVdb,
1156	BVDB_UsageMode *pstUsageMode,
1157	BVDB_System_Configurations *pstSysConfig)
1158	{
1159	BERR_Code err = BERR_SUCCESS;
1160	BVDB_P_Context *pVdb;
1161	BVDB_SourceGroup mappedSource;
1162	BVDB_SourceGroup mainSourceToMatch;
1163	BVDB_SourceGroup subSourceToMatch;
1164	BVDB_P_RtsData tmpUsageMode;
1165	bool bMainDispModeMatch;
1166	bool bSubDispModeMatch;
1167	bool bSourceMapped = false;
1168	bool bDontCareMainWinClipSize;
1169	bool bDontCareSubWinClipSize;
1170	bool bDontCareMain;
1171	bool bDontCareSub;
1172	bool bMfdSource;
1173	bool bUsageModeMatchFound;
1174	uint32_t dispModeToMatch;
1175	uint32_t numEntry;
1176	BVDB_P_BvnTopology * pBvn;
1177	uint32_t i;
1178	uint32_t j;
1179	bool bDotByDot = false;
1180
1181	BVDB_P_GET_CONTEXT(hVdb, pVdb);
1182
1183	/* Now get the new source format from the mapping table */
1184	bMfdSource = pstUsageMode->eInput == BVDB_Input_eMfd;
1185
1186	numEntry = sizeof(stMapToNewSourceGroup) / sizeof(BVDB_P_MapToNewSourceGroup);
1187	for (i = 0; i < numEntry; i++)
1188	{
1189	if ((stMapToNewSourceGroup[i].oldFormat == pstUsageMode->eInputFormatGroup) &&
1190	((stMapToNewSourceGroup[i].bMfdSource && bMfdSource) \|\|
1191	(!stMapToNewSourceGroup[i].bMfdSource && !bMfdSource)))
1192	{
1193	mappedSource = stMapToNewSourceGroup[i].newFormat;
1194	bSourceMapped = true;
1195	break;
1196	}
1197	}
1198
1199	if (!bSourceMapped)
1200	{
1201	BDBG_ERR(("No new source format found!:"));
1202	BDBG_ERR(("MFD source = %s, Old Source Group = %d", bMfdSource, pstUsageMode->eInputFormatGroup));
1203	return BERR_TRACE(BERR_INVALID_PARAMETER);
1204	}
1205
1206	/* AVC 1080i is treated as 1080psf because from VDB point of view, there's
1207	* no way to differentiate them. So take the superset which is 1080psf */
1208	if (mappedSource == BVDB_SourceGroup_Avc_e1080i)
1209	{
1210	BDBG_MSG(("AVC1080i is mapped to AVC1080psf"));
1211	mappedSource = BVDB_SourceGroup_Avc_e1080psf;
1212	}
1213
1214	/* If a 3D dual path processing is active, 3D source names will be remapped
1215	* to find correct usage modes */
1216	pstUsageMode->b3dDualPathProcessing = pstSysConfig->b3dDualPathProcessing;
1217	if (pstSysConfig->b3dDualPathProcessing)
1218	{
1219	switch (mappedSource)
1220	{
1221	case BVDB_SourceGroup_Rp_e720p3d:
1222	mappedSource = BVDB_SourceGroup_Rp_e720p3dDual;
1223	break;
1224	case BVDB_SourceGroup_Rp_e1080p3d:
1225	mappedSource = BVDB_SourceGroup_Rp_e1080p3dDual;
1226	break;
1227	case BVDB_SourceGroup_Rp_e1080i3d:
1228	mappedSource = BVDB_SourceGroup_Rp_e1080i3dDual;
1229	break;
1230	default:
1231	BDBG_ERR(("3D Dual Path Enabled, but the current source is not a 3D source (Source = 0x%x", mappedSource));
1232	return BERR_TRACE(BERR_INVALID_PARAMETER);
1233	break;
1234	}
1235	}
1236
1237
1238
1239
1240	BDBG_MSG(("Mapped source = 0x%x for %s window", mappedSource,
1241	pstUsageMode->eWindow == BVDB_Window_eMain ? "Main":
1242	pstUsageMode->eWindow == BVDB_Window_ePip ? "Pip" :
1243	"Monitor"));
1244
1245	bUsageModeMatchFound = false;
1246
1247	/* Just to avoid build warning messages */
1248	tmpUsageMode = tvdb.pUsageMode[0];
1249
1250	if (pstUsageMode->eWindow == BVDB_Window_eMain \|\|
1251	pstUsageMode->eWindow == BVDB_Window_ePip)
1252	{
1253	/* find main match - group, win, clipping
1254	* then find the sub or vcr match - group, wind clipping
1255	* use that RTS. The only exception is adcCalibration. If source is
1256	* adc then find rp \| pc in pip or vcr */
1257	BDBG_MSG(("Window %s: Prev Main Source = 0x%x, Prev Sub Source = 0x%x, PIP visible = %s, 3D Dual Path =%d\n",
1258	pstUsageMode->eWindow == BVDB_Window_eMain ? "main" : "pip",
1259	tvdb.curUsageMode.main.sourceGroup,
1260	tvdb.curUsageMode.sub.sourceGroup,
1261	pstSysConfig->bPipVisible ? "Yes" : "No",
1262	pstSysConfig->b3dDualPathProcessing));
1263
1264	/* If PIP is not supported or no source connected to sub path, do not check sub source */
1265	if (pstUsageMode->eWindow == BVDB_Window_eMain)
1266	{
1267	/* There are cases where PC sources are forced to be captured as 422
1268	* and RP sources are forced to be captured as 444 */
1269	if ((pstSysConfig->ePixelMode == BVDB_PixelMode_e444Forced) &&
1270	(mappedSource & BVDB_SourceGroup_Rp))
1271	{
1272	mappedSource = BVDB_SourceGroup_ePc;
1273	BDBG_MSG(("444 forced (RP source mapped PC)"));
1274	}
1275	else if ((pstSysConfig->ePixelMode == BVDB_PixelMode_e422Forced) &&
1276	(mappedSource == BVDB_SourceGroup_ePc))
1277	{
1278	mappedSource = BVDB_SourceGroup_Rp_e1080p;
1279	BDBG_MSG(("422 forced (PC source mapped 1080p RP)"));
1280	}
1281
1282	bDontCareMain = false;
1283	bDontCareSub = !pstSysConfig->bPipVisible \|\|
1284	!tvdb.bPipSupport \|\|
1285	(tvdb.curUsageMode.sub.sourceGroup == BVDB_SourceGroup_None) \|\|
1286	(pstSysConfig->b3dDualPathProcessing && (mappedSource & BVDB_SourceGroup_3dDual)) \|\|
1287	(!pstSysConfig->b3dDualPathProcessing && (tvdb.curUsageMode.sub.sourceGroup & BVDB_SourceGroup_3dDual));
1288
1289	/* Do not check clipping and window size for ADC and JPEG */
1290	bDontCareMainWinClipSize = (mappedSource == BVDB_SourceGroup_eJpeg) \|\|
1291	(mappedSource == BVDB_SourceGroup_eAdcCalibration) \|\|
1292	tvdb.main.bAutomaticAspectRatioBoxMode;
1293	bDontCareSubWinClipSize = bDontCareSub \|\|
1294	(tvdb.curUsageMode.sub.sourceGroup == BVDB_SourceGroup_eJpeg) \|\|
1295	(tvdb.curUsageMode.sub.sourceGroup == BVDB_SourceGroup_eAdcCalibration) \|\|
1296	tvdb.sub.bAutomaticAspectRatioBoxMode;
1297
1298	mainSourceToMatch = mappedSource;
1299	subSourceToMatch = tvdb.curUsageMode.sub.sourceGroup;
1300	}
1301	else
1302	{
1303	/* PIP source cannot be used if the current RTS config doesn't
1304	* support PIP and 3D dual processing */
1305	if (!tvdb.bPipSupport &&
1306	!(tvdb.b3dDualPathProcessingSupport && pstSysConfig->b3dDualPathProcessing &&
1307	(mappedSource & BVDB_SourceGroup_3dDual)))
1308	{
1309	BDBG_ERR(("PIP is not supported in this configuration"));
1310	return BERR_TRACE(BERR_INVALID_PARAMETER);
1311	}
1312
1313	bDontCareMain = (tvdb.curUsageMode.main.sourceGroup == BVDB_SourceGroup_None) \|\|
1314	(!pstSysConfig->b3dDualPathProcessing && (tvdb.curUsageMode.main.sourceGroup & BVDB_SourceGroup_3dDual)) \|\|
1315	(pstSysConfig->b3dDualPathProcessing && (mappedSource & BVDB_SourceGroup_3dDual));
1316	bDontCareSub = false;
1317
1318	/* Do not check clipping and window size for ADC and JPEG */
1319	bDontCareSubWinClipSize = bDontCareMain \|\|
1320	(mappedSource == BVDB_SourceGroup_eJpeg) \|\|
1321	(mappedSource == BVDB_SourceGroup_eAdcCalibration) \|\|
1322	tvdb.sub.bAutomaticAspectRatioBoxMode;
1323	bDontCareMainWinClipSize = (tvdb.curUsageMode.main.sourceGroup == BVDB_SourceGroup_eJpeg) \|\|
1324	(tvdb.curUsageMode.main.sourceGroup == BVDB_SourceGroup_eAdcCalibration) \|\|
1325	tvdb.main.bAutomaticAspectRatioBoxMode;
1326
1327	mainSourceToMatch = tvdb.curUsageMode.main.sourceGroup;
1328	subSourceToMatch = mappedSource;
1329	}
1330
1331	BDBG_MSG(("Don't care main = %d, Don't care main win/clip size = %d",
1332	bDontCareMain, bDontCareMainWinClipSize));
1333	BDBG_MSG(("Don't care sub = %d, Don't care sub win/clip size = %d",
1334	bDontCareSub, bDontCareSubWinClipSize));
1335
1336	/* If it's not both vertically and horizontally full, do not use full mode */
1337	if (((tvdb.main.winHeight != 100 && tvdb.main.winWidth != 100) \|\|
1338	((tvdb.main.winHeight != 100 \|\| tvdb.main.winWidth != 100) && tvdb.main.bAutomaticAspectRatioBoxMode)) &&
1339	!tvdb.main.bDotByDot &&
1340	!pstSysConfig->b3dDualPathProcessing)
1341	{
1342	BDBG_MSG(("Pick one from non-full mode"));
1343	dispModeToMatch = ~BVDB_DisplayMode_Full;
1344	}
1345	else
1346	{
1347	dispModeToMatch = BVDB_DisplayMode_Any;
1348	}
1349
1350	BDBG_ASSERT(tvdb.pUsageMode != NULL);
1351
1352	for (j = 0; j < 2; j++)
1353	{
1354	for (i = 0; i < tvdb.usageModeNum; i++)
1355	{
1356	BDBG_MSG(("Checking ID = %d, Looking for matches for Main: 0x%x = 0x%x (dispMode), 0x%x = 0x%x (dispRes), 0x%x = 0x%x (main source), 0x%x = 0x%x (pip source)",
1357	tvdb.pUsageMode[i].id,
1358	tvdb.pUsageMode[i].eDisplayMode, dispModeToMatch,
1359	tvdb.pUsageMode[i].ulMainOutputResolution, pstUsageMode->stDisplay.eResolution,
1360	tvdb.pUsageMode[i].main.sourceGroup, mainSourceToMatch,
1361	tvdb.pUsageMode[i].sub.sourceGroup, subSourceToMatch));
1362
1363	if ((tvdb.pUsageMode[i].eDisplayMode & dispModeToMatch) &&
1364	(tvdb.pUsageMode[i].ulMainOutputResolution & pstUsageMode->stDisplay.eResolution) &&
1365	(bDontCareMain \|\| (tvdb.pUsageMode[i].main.sourceGroup & mainSourceToMatch)) &&
1366	(bDontCareSub \|\| (tvdb.pUsageMode[i].sub.sourceGroup & subSourceToMatch)))
1367	{
1368	/* Now we have main and sub match. Then find the matching display
1369	* mode. */
1370	bMainDispModeMatch = bDontCareMainWinClipSize \|\|
1371	(bDotByDot && (tvdb.pUsageMode[i].eDisplayMode == BVDB_DisplayMode_Full)) \|\|
1372	((tvdb.main.winHeight + 1 >= (tvdb.pUsageMode[i].main.minWinHeight)) &&
1373	(tvdb.main.winHeight <= (tvdb.pUsageMode[i].main.maxWinHeight + 1)) &&
1374	(tvdb.main.winWidth + 1 >= (tvdb.pUsageMode[i].main.minWinWidth)) &&
1375	(tvdb.main.winWidth <= (tvdb.pUsageMode[i].main.maxWinWidth + 1)) &&
1376	(tvdb.main.clipHeight <= (tvdb.pUsageMode[i].main.maxClippingHeight + 1)) &&
1377	(tvdb.main.clipWidth <= (tvdb.pUsageMode[i].main.maxClippingWidth + 1)));
1378
1379	bSubDispModeMatch = bDontCareSubWinClipSize \|\|
1380	((tvdb.sub.winHeight + 1 >= (tvdb.pUsageMode[i].sub.minWinHeight)) &&
1381	(tvdb.sub.winHeight <= (tvdb.pUsageMode[i].sub.maxWinHeight + 1)) &&
1382	(tvdb.sub.winWidth + 1 >= (tvdb.pUsageMode[i].sub.minWinWidth)) &&
1383	(tvdb.sub.winWidth <= (tvdb.pUsageMode[i].sub.maxWinWidth + 1)) &&
1384	(tvdb.sub.clipHeight <= (tvdb.pUsageMode[i].sub.maxClippingHeight + 1)) &&
1385	(tvdb.sub.clipWidth <= (tvdb.pUsageMode[i].sub.maxClippingWidth + 1)));
1386
1387	BDBG_MSG(("ID (%d) for Main (DontCareMain = %d): Looking for \"%d>=%d(minH), %d<=%d(maxH), %d>=%d(minW), %d<=%d(maxW), %d<=%d(MaxClipH), %d<=%d(MaxClipW)\"",
1388	tvdb.pUsageMode[i].id,
1389	bDontCareMainWinClipSize,
1390	tvdb.main.winHeight , tvdb.pUsageMode[i].main.minWinHeight - 1,
1391	tvdb.main.winHeight , tvdb.pUsageMode[i].main.maxWinHeight + 1,
1392	tvdb.main.winWidth , tvdb.pUsageMode[i].main.minWinWidth - 1,
1393	tvdb.main.winWidth , tvdb.pUsageMode[i].main.maxWinWidth + 1,
1394	tvdb.main.clipHeight, tvdb.pUsageMode[i].main.maxClippingHeight + 1,
1395	tvdb.main.clipWidth , tvdb.pUsageMode[i].main.maxClippingWidth + 1));
1396
1397	BDBG_MSG(("ID (%d) for Sub (DontCareSub = %d): Looking for \"%d>=%d(minH), %d<=%d(maxH), %d>=%d(minW), %d<=%d(maxW), %d<=%d(MaxClipH), %d<=%d(MaxClipW)\"",
1398	tvdb.pUsageMode[i].id,
1399	bDontCareSubWinClipSize,
1400	tvdb.sub.winHeight , tvdb.pUsageMode[i].sub.minWinHeight - 1,
1401	tvdb.sub.winHeight , tvdb.pUsageMode[i].sub.maxWinHeight + 1,
1402	tvdb.sub.winWidth , tvdb.pUsageMode[i].sub.minWinWidth - 1,
1403	tvdb.sub.winWidth , tvdb.pUsageMode[i].sub.maxWinWidth + 1,
1404	tvdb.sub.clipHeight, tvdb.pUsageMode[i].sub.maxClippingHeight + 1,
1405	tvdb.sub.clipWidth , tvdb.pUsageMode[i].sub.maxClippingWidth + 1));
1406
1407	BDBG_MSG(("Main disp match = %d, Sub disp match =%d", bMainDispModeMatch, bSubDispModeMatch));
1408	if (bMainDispModeMatch && bSubDispModeMatch)
1409	{
1410	/* If it's a first time match, or we have a previous match, but the new
1411	* match has a higher priority, then update the match */
1412	if (!bUsageModeMatchFound \|\|
1413	(bUsageModeMatchFound && (tmpUsageMode.priority > tvdb.pUsageMode[i].priority)))
1414	{
1415	/* Copy usage mode, but update source group with real ones */
1416	tmpUsageMode = tvdb.pUsageMode[i];
1417
1418	BDBG_MSG(("ID \"%d\" is picked", tvdb.pUsageMode[i].id));
1419
1420	if (pstUsageMode->eWindow == BVDB_Window_eMain)
1421	{
1422	/* update main source */
1423	tmpUsageMode.main.sourceGroup = mappedSource;
1424
1425	/* and update sub source */
1426	if (bDontCareSub)
1427	{
1428	tmpUsageMode.sub.sourceGroup = BVDB_SourceGroup_None;
1429	}
1430	else
1431	{
1432	tmpUsageMode.sub.sourceGroup = tvdb.curUsageMode.sub.sourceGroup;
1433	}
1434	}
1435	else
1436	{
1437	/* update sub source */
1438	tmpUsageMode.sub.sourceGroup = mappedSource;
1439	if (bDontCareMain)
1440	{
1441	tmpUsageMode.main.sourceGroup = BVDB_SourceGroup_None;
1442	}
1443	else
1444	{
1445	tmpUsageMode.main.sourceGroup = tvdb.curUsageMode.main.sourceGroup;
1446	}
1447	}
1448	bUsageModeMatchFound = true;
1449	}
1450	}
1451	}
1452	}
1453
1454	/* If a match found, immediately exit, and if dot by dot mode and a
1455	* match not found, try to use full mode because full is designed to
1456	* support dot by dot for another loop. Otherwise we fail to find a
1457	* match */
1458	if (bUsageModeMatchFound) break;
1459	else if (tvdb.main.bDotByDot) bDotByDot = true;
1460	else break;
1461	}
1462	}
1463	else /* Monitor */
1464	{
1465	/* Just find sub group match */
1466	for (i = 0; i < tvdb.usageModeNum; i++)
1467	{
1468	BDBG_MSG(("Looking for matches for Sub: 0x%x = 0x%x (source)",
1469	tvdb.pUsageMode[i].sub.sourceGroup , mappedSource));
1470
1471	if (tvdb.pUsageMode[i].sub.sourceGroup & mappedSource)
1472	{
1473	bUsageModeMatchFound = true;
1474	tmpUsageMode = tvdb.pUsageMode[i];
1475
1476	/* Use RTS which belongs to main */
1477	if (tvdb.curUsageMode.pRtsRegisterTable != NULL)
1478	{
1479	tmpUsageMode.pRtsRegisterTable = tvdb.curUsageMode.pRtsRegisterTable;
1480	}
1481	break;
1482	}
1483	}
1484	}
1485
1486	if (!bUsageModeMatchFound)
1487	{
1488	BDBG_ERR(("VDB Can't find a match. Video will be muted"));
1489	return BERR_TRACE(BERR_INVALID_PARAMETER);
1490	}
1491
1492	/* There's a matching usage mode. Now fill up the Usage Mode */
1493	BDBG_MSG(("Matching VDB ID: %d", tmpUsageMode.id));
1494
1495	pstUsageMode->eDisplayMode = tmpUsageMode.eDisplayMode;
1496	pstUsageMode->ulDisplayModeNum = tmpUsageMode.ulDisplayModeNum;
1497	pstUsageMode->usageId = tmpUsageMode.id;
1498
1499	if (pstUsageMode->eWindow == BVDB_Window_eMain)
1500	{
1501	pBvn = &tmpUsageMode.main;
1502	}
1503	else
1504	{
1505	pBvn = &tmpUsageMode.sub;
1506	}
1507
1508	/* Fill in Usage Mode Structure so Nexus can populate relative parameters
1509	* to magnum */
1510
1511	/* Each RTS configuration has a different OSD size to support and it
1512	* should be from each configuration context */
1513	pstUsageMode->stOsd.ulReserved = 0;
1514	if (pstUsageMode->eWindow == BVDB_Window_ePip \|\|
1515	pstUsageMode->eWindow == BVDB_Window_eInvalid)
1516	{
1517	/* PIP has no OSD, and main OSD will cover it */
1518	pstUsageMode->stOsd.eOsd = BVDB_Osd_eInvalid;
1519	}
1520	else if (pstUsageMode->eWindow == BVDB_Window_eMonitor)
1521	{
1522	pstUsageMode->stOsd.eOsd = tvdb.eVcrOsdResolution;
1523	}
1524	else
1525	{
1526	pstUsageMode->stOsd.eOsd = tvdb.eMainOsdResolution;
1527	}
1528
1529	/* e3dComb for composite signal and eOverampling for main path only */
1530	if (pstUsageMode->eInput == BVDB_Input_eCvbsSvidIfd)
1531	{
1532	pstUsageMode->e3dComb = pBvn->b3dcomb;
1533	if (pstUsageMode->eWindow == BVDB_Window_eMain)
1534	{
1535	pstUsageMode->eOversample = true;
1536	}
1537	else
1538	{
1539	pstUsageMode->eOversample = false;
1540	}
1541	}
1542	else
1543	{
1544	pstUsageMode->e3dComb = false;
1545	pstUsageMode->eOversample = false;
1546	}
1547
1548	/* Set DNR based on the usage mode */
1549	pstUsageMode->eDnr = pBvn->bdnr;
1550
1551	/* ANR */
1552	pstUsageMode->stAnr.eState = pBvn->banr;
1553	if (pBvn->banr)
1554	{
1555	pstUsageMode->stAnr.ePixelFormat = BVDB_PixelFmt_e10Bit422;
1556	pstUsageMode->stAnr.ulReserved = pBvn->mc;
1557	}
1558	else
1559	{
1560	pstUsageMode->stAnr.ePixelFormat = BVDB_PixelFmt_eInvalid;
1561	pstUsageMode->stAnr.ulReserved = 0;
1562	}
1563
1564	/* CAP/VFD */
1565	pstUsageMode->stCapVfd.eState = pBvn->bcap;
1566	if (pBvn->bcap)
1567	{
1568	pstUsageMode->stCapVfd.ulReserved = pBvn->c;
1569
1570	if (pstSysConfig->bPanelReversed && !tvdb.bPanelReversalSupport)
1571	{
1572	BDBG_ERR(("Panel reversal is not supported in this configuration"));
1573	return BERR_TRACE(BERR_INVALID_PARAMETER);
1574	}
1575
1576	if (!pstSysConfig->bPanelReversed && (pBvn->c > tvdb.panelReversalCompensation))
1577	{
1578	pstUsageMode->stCapVfd.ulReserved -= tvdb.panelReversalCompensation;
1579	BDBG_MSG(("Panel Reversal Compensation: %d -> %d",
1580	pBvn->c,
1581	pstUsageMode->stCapVfd.ulReserved));
1582	}
1583
1584	if (pstUsageMode->eWindow == BVDB_Window_ePip \|\|
1585	pstUsageMode->eWindow == BVDB_Window_eMonitor)
1586	{
1587	pstUsageMode->stCapVfd.ePixelFormat = BVDB_PixelFmt_e8Bit422;
1588	}
1589	else
1590	{
1591	if (mappedSource == BVDB_SourceGroup_ePc)
1592	{
1593	pstUsageMode->stCapVfd.ePixelFormat = BVDB_PixelFmt_e10Bit444;
1594	}
1595	else if (mappedSource & BVDB_SourceGroup_3dDual)
1596	{
1597	pstUsageMode->stCapVfd.ePixelFormat = BVDB_PixelFmt_e8Bit422;
1598	}
1599	else
1600	{
1601	pstUsageMode->stCapVfd.ePixelFormat = BVDB_PixelFmt_e10Bit422;
1602	}
1603	}
1604	}
1605	else
1606	{
1607	pstUsageMode->stCapVfd.ePixelFormat = BVDB_PixelFmt_eInvalid;
1608	pstUsageMode->stCapVfd.ulReserved = 0;
1609	}
1610
1611	/* MAD - it actually refers to MCVP in 35230 */
1612	pstUsageMode->stMad.eState = pBvn->bmad \|\| pBvn->banr;
1613	if (pstUsageMode->stMad.eState)
1614	{
1615	pstUsageMode->stMad.eFieldStore = BVDB_FieldStore_e5Fields;
1616	pstUsageMode->stMad.ePixelFormat = BVDB_PixelFmt_e10Bit422;
1617	pstUsageMode->stMad.ulReserved = pBvn->mc;
1618	}
1619	else
1620	{
1621	pstUsageMode->stMad.eFieldStore = BVDB_FieldStore_eNotApplicable;
1622	pstUsageMode->stMad.ePixelFormat = BVDB_PixelFmt_eInvalid;
1623	pstUsageMode->stMad.ulReserved = 0;
1624	}
1625
1626	/* PDP */
1627	pstUsageMode->stPdp.eState = BVDB_State_eYes;
1628	pstUsageMode->stPdp.ulReserved = pBvn->dc;
1629
1630	/* FRC */
1631	pstUsageMode->stFrc.eState = pBvn->bfrc;
1632	pstUsageMode->stFrc.ulReserved = pBvn->frcc;
1633
1634	/* CAP-SCL bias and orientation */
1635	pstUsageMode->ulSclCapTolerance = pBvn->bias;
1636	pstUsageMode->eSclCapBias = pBvn->eSclCap;
1637
1638	#if BVDB_P_SCL_CAP_WORKAOURND
1639	/* When there's no scaling, scl-cap orientation is meaningless, but there is
1640	* a line artifact on top if scl-cap is used if a source 1080p @ 50/60 RP */
1641	if ((pstUsageMode->eWindow == BVDB_Window_eMain) &&
1642	(mappedSource == BVDB_SourceGroup_Rp_e1080p) &&
1643	tvdb.main.bDotByDot)
1644	{
1645	pstUsageMode->ulSclCapTolerance = BVDB_P_BIG_THRESHOLD;
1646	pstUsageMode->eSclCapBias = BVDB_SclCapBias_eCapScl;
1647	}
1648	#endif
1649
1650	/* We are updating the current usage mode only when the path is main or
1651	* pip because monitor will depend on the main source anyway */
1652	if (pstUsageMode->eWindow == BVDB_Window_eMonitor)
1653	{
1654	pstUsageMode->pRtsSet = NULL;
1655	}
1656	else
1657	{
1658	pstUsageMode->pRtsSet = tmpUsageMode.pRtsRegisterTable;
1659	tvdb.curUsageMode = tmpUsageMode;
1660	}
1661	/* End of filling in "Usage Mode" */
1662
1663	#if BVDB_P_FRC_PIXEL_PADDING_PDP_WORKAROUND
1664	/* Give CAP/VFD maximum bandwidth because there may be bandwidth starvation
1665	* in CAP/VFD due to the pixel padding */
1666	if ((err == BERR_SUCCESS) &&
1667	(pstUsageMode->pRtsSet != NULL) &&
1668	(tvdb.ulConfigId != 100) &&
1669	(tvdb.ulConfigId != 101))
1670	{
1671	uint32_t i;
1672	uint32_t blockout;
1673
1674	for (i = 0; i < pstUsageMode->pRtsSet->ulValidTableEntries; i++)
1675	{
1676	blockout = (pstUsageMode->pRtsSet->astRts[i].ulRegValue & ~0xff) >> 8;
1677
1678	/* CAP/VFD Needs more bandwidth as much as 1080p to support pixel
1679	* padding */
1680	if ((pstUsageMode->pRtsSet->astRts[i].ulId == BVDB_P_CLIENT_ID_BVN_CAP0) \|\|
1681	(pstUsageMode->pRtsSet->astRts[i].ulId == BVDB_P_CLIENT_ID_BVN_VFD0))
1682	{
1683
1684	/* CAP 0 and VFD 0 */
1685	if (blockout > 96)
1686	{
1687	pstUsageMode->pRtsSet->astRts[i].ulRegValue =
1688	(pstUsageMode->pRtsSet->astRts[i].ulRegValue & 0xff) \| (96 << 8);
1689	}
1690	}
1691
1692	/* AVFE_VDEC_MD_RD needs to be backward compatible to support A0/B0 */
1693	if (pstUsageMode->pRtsSet->astRts[i].ulId == BVDB_P_CLIENT_ID_AVFE_VDEC_MD_RD)
1694	{
1695	pstUsageMode->pRtsSet->astRts[i].ulRegValue =
1696	(pstUsageMode->pRtsSet->astRts[i].ulRegValue & 0xff) \| (0x358 << 8);
1697	}
1698
1699	/* "Keep VDEC memory clients always given necessary bandwidth": There
1700	* are cases where 3D filter doesn't work well if there's a brief
1701	* bandwidth starvation in a initial time, and it doesn't recover.
1702	* To prevent this, VDEC memory clients are always given memory
1703	* bandwidth. And it doesn't affect system performance because they
1704	* won't access memory in off state even though memory bandwidth is
1705	* given. */
1706	if (pstUsageMode->pRtsSet->astRts[i].ulId == BVDB_P_CLIENT_ID_AVFE_VDEC_MD_WR)
1707	{
1708	pstUsageMode->pRtsSet->astRts[i].ulRegValue =
1709	(pstUsageMode->pRtsSet->astRts[i].ulRegValue & 0xff) \| (0x1abf << 8);
1710	}
1711	if (pstUsageMode->pRtsSet->astRts[i].ulId == BVDB_P_CLIENT_ID_AVFE_VDEC_VD_RD)
1712	{
1713	pstUsageMode->pRtsSet->astRts[i].ulRegValue =
1714	(pstUsageMode->pRtsSet->astRts[i].ulRegValue & 0xff) \| (0xe2 << 8);
1715	}
1716	if (pstUsageMode->pRtsSet->astRts[i].ulId == BVDB_P_CLIENT_ID_AVFE_VDEC_VD_WR)
1717	{
1718	pstUsageMode->pRtsSet->astRts[i].ulRegValue =
1719	(pstUsageMode->pRtsSet->astRts[i].ulRegValue & 0xff) \| (0x2a9 << 8);
1720	}
1721	/* End if "Keep VDEC memory clients always given necessary bandwidth" */
1722
1723
1724	/* Enable round robin in XPT RD0/WR0 enough bandwidth to cover high
1725	* bitrate */
1726	if ((pstUsageMode->pRtsSet->astRts[i].ulId == BVDB_P_CLIENT_ID_XPT_RD0) \|\|
1727	(pstUsageMode->pRtsSet->astRts[i].ulId == BVDB_P_CLIENT_ID_XPT_WR0))
1728	{
1729	pstUsageMode->pRtsSet->astRts[i].ulRegValue \|= BVDB_P_CLIENT_INFO_RR_EN;
1730	}
1731
1732	/* Enable round robin in PDP WR enough bandwidth to cover spike */
1733	/* PDP WR 0 or 1 */
1734	if ((pstUsageMode->pRtsSet->astRts[i].ulId == BVDB_P_CLIENT_ID_BVN_PDP_WR0) \|\|
1735	(pstUsageMode->pRtsSet->astRts[i].ulId == BVDB_P_CLIENT_ID_BVN_PDP_WR1))
1736	{
1737	pstUsageMode->pRtsSet->astRts[i].ulRegValue \|= BVDB_P_CLIENT_INFO_RR_EN;
1738	}
1739
1740	/* The code enables 120Hz display in PDP even in case that it's not
1741	* supported in RTS, which allows to use 120Hz panel with an RTS
1742	* configuration with 60Hz support for convenience. Note that
1743	* the operation is not guaranteed and it must be used for
1744	* development purpose only, and a 60Hz display must be used for
1745	* evaluation. */
1746	#ifdef BVDB_P_PDP_120HZ_SUPPORT
1747	/* Enable round robin in PDP RD to support 120Hz if needed at app
1748	* own risk */
1749	if ((pstUsageMode->pRtsSet->astRts[i].ulId == BVDB_P_CLIENT_ID_BVN_PDP_RD0) \|\|
1750	(pstUsageMode->pRtsSet->astRts[i].ulId == BVDB_P_CLIENT_ID_BVN_PDP_RD1))
1751	{
1752	pstUsageMode->pRtsSet->astRts[i].ulRegValue = 0x80;
1753	}
1754	#endif
1755	}
1756
1757	/* Give enough bpp for slice mode */
1758	if (tvdb.bFrcSupport &&
1759	(pstUsageMode->stCapVfd.ulReserved < 30) &&
1760	(pstUsageMode->stCapVfd.ulReserved != 0))
1761	{
1762	pstUsageMode->stCapVfd.ulReserved = 30;
1763	}
1764
1765	}
1766	#endif /* BVDB_P_FRC_PIXEL_PADDING_WORKAROUND */
1767
1768	return BERR_TRACE(err);
1769	}
1770
1771
1772	/* Configuration ID is passed from upper layer */
1773	BERR_Code BVDB_ValidateConfigId
1774	( BVDB_Handle hVdb,
1775	const uint32_t ulConfigId )
1776	{
1777	BERR_Code err = BERR_SUCCESS;
1778	BVDB_P_Context *pVdb;
1779	uint32_t ulVer;
1780
1781	BVDB_P_GET_CONTEXT(hVdb, pVdb);
1782
1783	if (ulConfigId == 100 \|\| ulConfigId == 101 \|\|
1784	ulConfigId == 200 \|\| ulConfigId == 201 \|\| ulConfigId == 202 \|\|
1785	ulConfigId == 203 \|\| ulConfigId == 204 \|\| ulConfigId == 205 \|\|
1786	ulConfigId == 300 \|\| ulConfigId == 301 \|\|
1787	ulConfigId == 401 \|\| ulConfigId == 402)
1788	{
1789	tvdb.ulConfigId = ulConfigId;
1790	err = BVDB_P_GetRtsData(ulConfigId, &tvdb.pUsageMode, &tvdb.usageModeNum);
1791
1792	if (err != BERR_SUCCESS)
1793	{
1794	BDBG_ERR(("Can't find RTS configuration %d", ulConfigId));
1795	return BERR_TRACE(err);
1796	}
1797
1798	/* TODO: To be moved to config context */
1799	switch (ulConfigId)
1800	{
1801	default:
1802	case 100:
1803	ulVer = BVDB_USAGE_MODE_VER_CFG100;
1804	tvdb.eMainOsdResolution = BVDB_Osd_e1920_2205p_32bpp;
1805	tvdb.eVcrOsdResolution = BVDB_Osd_e576i_8bpp;
1806	tvdb.panelReversalCompensation = 0;
1807	tvdb.bPipSupport = true;
1808	tvdb.b3dDualPathProcessingSupport = true;
1809	tvdb.bMonitorSupport = true;
1810	tvdb.bFrcSupport = true;
1811	tvdb.bRtcSupport = true;
1812	tvdb.bPanelReversalSupport = true;
1813	tvdb.worstPdpBpp = 20;
1814	tvdb.maxPipWinHeight = 100;
1815	tvdb.maxPipWinWidth = 100;
1816	break;
1817
1818	case 101:
1819	ulVer = BVDB_USAGE_MODE_VER_CFG101;
1820	tvdb.eMainOsdResolution = BVDB_Osd_e1920_2205p_32bpp;
1821	tvdb.eVcrOsdResolution = BVDB_Osd_e576i_8bpp;
1822	tvdb.panelReversalCompensation = 0;
1823	tvdb.bPipSupport = true;
1824	tvdb.b3dDualPathProcessingSupport = true;
1825	tvdb.bMonitorSupport = true;
1826	tvdb.bFrcSupport = true;
1827	tvdb.bRtcSupport = true;
1828	tvdb.bPanelReversalSupport = true;
1829	tvdb.worstPdpBpp = 20;
1830	tvdb.maxPipWinHeight = 100;
1831	tvdb.maxPipWinWidth = 100;
1832	break;
1833
1834	case 200:
1835	ulVer = BVDB_USAGE_MODE_VER_CFG200;
1836	tvdb.eMainOsdResolution = BVDB_Osd_e1920_2205p_32bpp;
1837	tvdb.panelReversalCompensation = 0;
1838	tvdb.bPipSupport = false;
1839	tvdb.b3dDualPathProcessingSupport = true;
1840	tvdb.bMonitorSupport = true;
1841	tvdb.bFrcSupport = false;
1842	tvdb.bRtcSupport = false;
1843	tvdb.bPanelReversalSupport = true;
1844	tvdb.worstPdpBpp = 30;
1845	tvdb.maxPipWinHeight = 0;
1846	tvdb.maxPipWinWidth = 0;
1847	break;
1848
1849	case 201:
1850	ulVer = BVDB_USAGE_MODE_VER_CFG201;
1851	tvdb.eMainOsdResolution = BVDB_Osd_e1920_2205p_32bpp;
1852	tvdb.panelReversalCompensation = 0;
1853	tvdb.bPipSupport = false;
1854	tvdb.b3dDualPathProcessingSupport = false;
1855	tvdb.bMonitorSupport = true;
1856	tvdb.bFrcSupport = true;
1857	tvdb.bRtcSupport = false;
1858	tvdb.bPanelReversalSupport = true;
1859	tvdb.worstPdpBpp = 30;
1860	tvdb.maxPipWinHeight = 0;
1861	tvdb.maxPipWinWidth = 0;
1862	break;
1863
1864	case 202:
1865	ulVer = BVDB_USAGE_MODE_VER_CFG202;
1866	tvdb.eMainOsdResolution = BVDB_Osd_e1920_2205p_32bpp;
1867	tvdb.panelReversalCompensation = 0;
1868	tvdb.bPipSupport = false;
1869	tvdb.b3dDualPathProcessingSupport = true;
1870	tvdb.bMonitorSupport = false;
1871	tvdb.bFrcSupport = false;
1872	tvdb.bRtcSupport = false;
1873	tvdb.bPanelReversalSupport = false;
1874	tvdb.worstPdpBpp = 30;
1875	tvdb.maxPipWinHeight = 0;
1876	tvdb.maxPipWinWidth = 0;
1877	break;
1878
1879	case 203:
1880	ulVer = BVDB_USAGE_MODE_VER_CFG203;
1881	tvdb.eMainOsdResolution = BVDB_Osd_e1920_2205p_32bpp;
1882	tvdb.panelReversalCompensation = 0;
1883	tvdb.bPipSupport = false;
1884	tvdb.b3dDualPathProcessingSupport = true;
1885	tvdb.bMonitorSupport = true;
1886	tvdb.bFrcSupport = false;
1887	tvdb.bRtcSupport = true;
1888	tvdb.bPanelReversalSupport = true;
1889	tvdb.worstPdpBpp = 30;
1890	tvdb.maxPipWinHeight = 0;
1891	tvdb.maxPipWinWidth = 0;
1892	break;
1893
1894	case 204:
1895	ulVer = BVDB_USAGE_MODE_VER_CFG204;
1896	tvdb.eMainOsdResolution = BVDB_Osd_e1280_800p_32bpp;
1897	tvdb.panelReversalCompensation = 0;
1898	tvdb.bPipSupport = false;
1899	tvdb.b3dDualPathProcessingSupport = false;
1900	tvdb.bMonitorSupport = true;
1901	tvdb.bFrcSupport = false;
1902	tvdb.bRtcSupport = true;
1903	tvdb.bPanelReversalSupport = false;
1904	tvdb.worstPdpBpp = 30;
1905	tvdb.maxPipWinHeight = 0;
1906	tvdb.maxPipWinWidth = 0;
1907	break;
1908
1909	case 205:
1910	ulVer = BVDB_USAGE_MODE_VER_CFG205;
1911	tvdb.eMainOsdResolution = BVDB_Osd_e1366_768p_32bpp;
1912	tvdb.panelReversalCompensation = 0;
1913	tvdb.bPipSupport = true;
1914	tvdb.b3dDualPathProcessingSupport = false;
1915	tvdb.bMonitorSupport = false;
1916	tvdb.bFrcSupport = false;
1917	tvdb.bRtcSupport = true;
1918	tvdb.bPanelReversalSupport = true;
1919	tvdb.worstPdpBpp = 30;
1920	tvdb.maxPipWinHeight = 50;
1921	tvdb.maxPipWinWidth = 40;
1922	break;
1923
1924	case 300:
1925	ulVer = BVDB_USAGE_MODE_VER_CFG300;
1926	tvdb.eMainOsdResolution = BVDB_Osd_e1920_1080p_32bpp;
1927	tvdb.eVcrOsdResolution = BVDB_Osd_eNone;
1928	tvdb.panelReversalCompensation = 0;
1929	tvdb.bPipSupport = true;
1930	tvdb.b3dDualPathProcessingSupport = false;
1931	tvdb.bMonitorSupport = false;
1932	tvdb.bFrcSupport = false;
1933	tvdb.bRtcSupport = false;
1934	tvdb.bPanelReversalSupport = false;
1935	tvdb.worstPdpBpp = 30;
1936	tvdb.maxPipWinHeight = 83;
1937	tvdb.maxPipWinWidth = 46;
1938	break;
1939
1940	case 301:
1941	ulVer = BVDB_USAGE_MODE_VER_CFG301;
1942	tvdb.eMainOsdResolution = BVDB_Osd_e1280_720p_32bpp,
1943	tvdb.eVcrOsdResolution = BVDB_Osd_eNone;
1944	tvdb.panelReversalCompensation = 0;
1945	tvdb.bPipSupport = true;
1946	tvdb.b3dDualPathProcessingSupport = false;
1947	tvdb.bMonitorSupport = false;
1948	tvdb.bFrcSupport = true;
1949	tvdb.bRtcSupport = false;
1950	tvdb.bPanelReversalSupport = false;
1951	tvdb.worstPdpBpp = 30;
1952	tvdb.maxPipWinHeight = 64;
1953	tvdb.maxPipWinWidth = 45;
1954	break;
1955
1956	case 401:
1957	ulVer = BVDB_USAGE_MODE_VER_CFG401;
1958	tvdb.eMainOsdResolution = BVDB_Osd_e1920_2205p_32bpp;
1959	tvdb.eVcrOsdResolution = BVDB_Osd_eNone;
1960	tvdb.panelReversalCompensation = 0;
1961	tvdb.bPipSupport = true;
1962	tvdb.b3dDualPathProcessingSupport = false;
1963	tvdb.bMonitorSupport = false;
1964	tvdb.bFrcSupport = true;
1965	tvdb.bRtcSupport = false;
1966	tvdb.bPanelReversalSupport = false;
1967	tvdb.worstPdpBpp = 30;
1968	tvdb.maxPipWinHeight = 50;
1969	tvdb.maxPipWinWidth = 50;
1970	break;
1971
1972	case 402:
1973	ulVer = BVDB_USAGE_MODE_VER_CFG402;
1974	tvdb.eMainOsdResolution = BVDB_Osd_e1920_2205p_32bpp;
1975	tvdb.eVcrOsdResolution = BVDB_Osd_eNone;
1976	tvdb.panelReversalCompensation = 0;
1977	tvdb.bPipSupport = true;
1978	tvdb.b3dDualPathProcessingSupport = false;
1979	tvdb.bMonitorSupport = false;
1980	tvdb.bFrcSupport = true;
1981	tvdb.bRtcSupport = true;
1982	tvdb.bPanelReversalSupport = true;
1983	tvdb.worstPdpBpp = 30;
1984	tvdb.maxPipWinHeight = 50;
1985	tvdb.maxPipWinWidth = 50;
1986	break;
1987
1988	}
1989	tvdb.ulVdbVer = ulVer;
1990
1991	return BERR_SUCCESS;
1992	}
1993	else
1994	{
1995	return BERR_TRACE(BERR_INVALID_PARAMETER);
1996	}
1997	}
1998
1999
2000
2001	BERR_Code BVDB_GetFeatures
2002	( BVDB_Handle hVdb,
2003	BVDB_Config_Features *pConfigFeatures)
2004	{
2005	BVDB_P_Context *pVdb;
2006
2007	BVDB_P_GET_CONTEXT(hVdb, pVdb);
2008
2009	if (tvdb.ulConfigId == 0)
2010	{
2011	BDBG_ERR(("RTS configuration is not set\n"));
2012	return BERR_TRACE(BERR_INVALID_PARAMETER);
2013	}
2014
2015	BDBG_ASSERT(pConfigFeatures);
2016
2017	pConfigFeatures->bPipSupport = tvdb.bPipSupport;
2018	pConfigFeatures->bMonitorSupport = tvdb.bMonitorSupport;
2019	pConfigFeatures->bFrcSupport = tvdb.bFrcSupport;
2020	pConfigFeatures->bRtcSupport = tvdb.bRtcSupport;
2021	pConfigFeatures->bPanelReversalSupport = tvdb.bPanelReversalSupport;
2022	pConfigFeatures->worstPdpBpp = tvdb.worstPdpBpp;
2023	pConfigFeatures->maxPipWinHeight = tvdb.maxPipWinHeight;
2024	pConfigFeatures->maxPipWinWidth = tvdb.maxPipWinWidth;
2025
2026	return BERR_SUCCESS;
2027	}
2028
2029
2030	BERR_Code BVDB_GetMemoryAllocation
2031	(const uint32_t ulConfigId,
2032	const BVDB_Window eWindow,
2033	const BVDB_Input eInput,
2034	BVDB_Heap_Settings *pstHeapSettings,
2035	uint32_t *pulHeapSize )
2036	{
2037	BERR_Code err = BERR_SUCCESS;
2038	uint32_t i, j, k;
2039	bool bFound = false;
2040	uint32_t ulNumConfigs;
2041	BVDB_P_Config_MemAlloc *pstConfigMemAlloc;
2042
2043	BDBG_ASSERT(pstHeapSettings);
2044
2045	err = BVDB_P_GetNumConfigs(&ulNumConfigs);
2046	if (err != BERR_SUCCESS)
2047	{
2048	return BERR_TRACE(err);
2049	}
2050
2051	pstConfigMemAlloc = (BVDB_P_Config_MemAlloc )BKNI_Malloc(sizeof(BVDB_P_Config_MemAlloc) ulNumConfigs * BVDB_P_NUM_WINDOW_HEAPS);
2052	if (pstConfigMemAlloc == NULL)
2053	{
2054	BDBG_ERR(("Out of memory."));
2055	err = BERR_OUT_OF_SYSTEM_MEMORY;
2056	return BERR_TRACE(err);
2057	}
2058
2059	err = BVDB_P_GetConfigMemAllocArray(pstConfigMemAlloc);
2060	if (err != BERR_SUCCESS)
2061	{
2062	BDBG_ERR(("Cannot get memory allocation array for the given RTS configuration"));
2063	goto BVDB_GetMemoryAllocationMemFreeExit;
2064	}
2065
2066	/* Search for config */
2067	for (k=0; k<ulNumConfigs; k++)
2068	{
2069	/* configuration ID starts at 1 */
2070	if (ulConfigId == pstConfigMemAlloc[k * BVDB_P_NUM_WINDOW_HEAPS].ulConfigId)
2071	{
2072	bFound = true;
2073	break;
2074	}
2075	}
2076
2077	if (bFound)
2078	{
2079	BDBG_MSG(("Found configuration %d", ulConfigId));
2080	bFound = false;
2081
2082	/* Search for window */
2083	for (i=0; i<BVDB_P_NUM_WINDOW_HEAPS; i++)
2084	{
2085	if (eWindow == pstConfigMemAlloc[(k * BVDB_P_NUM_WINDOW_HEAPS) + i].eWindow)
2086	{
2087	bFound = true;
2088	break;
2089	}
2090	}
2091
2092	if (bFound)
2093	{
2094	if (eWindow == BVDB_Window_eMain)
2095	{
2096	BDBG_MSG(("Found MAIN window"));
2097	bFound = false;
2098
2099	/* Search for input. Is it MPEG or no? */
2100	for (j=0; j<2; j++)
2101	{
2102	BVDB_Input eLocalInput = eInput;
2103
2104	if (eLocalInput == BVDB_Input_eInvalid)
2105	{
2106	err = BERR_INVALID_PARAMETER;
2107	BDBG_ERR(("Invalid input."));
2108	goto BVDB_GetMemoryAllocationMemFreeExit;
2109	}
2110	else if (eLocalInput != BVDB_Input_eMfd)
2111	{
2112	/* Force all valid non-MPEG inputs to use VDEC */
2113	eLocalInput = BVDB_Input_eComponent;
2114	BDBG_MSG(("Found non-MFD input"));
2115	}
2116	else
2117	{
2118	BDBG_MSG(("Found MFD input %d, %d", eLocalInput, j));
2119	}
2120
2121	if (eLocalInput == pstConfigMemAlloc[(k * BVDB_P_NUM_WINDOW_HEAPS) + i + j].eInput)
2122	{
2123	pstHeapSettings = pstConfigMemAlloc[(k BVDB_P_NUM_WINDOW_HEAPS) + i + j].stHeapSettings;
2124	pulHeapSize = pstConfigMemAlloc[(k BVDB_P_NUM_WINDOW_HEAPS) + i + j].ulHeapSize;
2125	bFound = true;
2126	break;
2127	}
2128	}
2129	}
2130	else /* PIP or Monitor */
2131	{
2132	pstHeapSettings = pstConfigMemAlloc[(k BVDB_P_NUM_WINDOW_HEAPS) + i].stHeapSettings;
2133	pulHeapSize = pstConfigMemAlloc[(k BVDB_P_NUM_WINDOW_HEAPS) + i].ulHeapSize;
2134	}
2135	}
2136	else
2137	{
2138	err = BERR_INVALID_PARAMETER;
2139	BDBG_ERR(("Invalid window."));
2140	goto BVDB_GetMemoryAllocationMemFreeExit;
2141	}
2142
2143	}
2144	else
2145	{
2146	err = BERR_INVALID_PARAMETER;
2147	BDBG_ERR(("Configuration %d not found.", ulConfigId));
2148	goto BVDB_GetMemoryAllocationMemFreeExit;
2149	}
2150
2151
2152	BVDB_GetMemoryAllocationMemFreeExit:
2153	BKNI_Free(pstConfigMemAlloc);
2154
2155	return BERR_TRACE(err);
2156	}
2157
2158	BERR_Code BVDB_SetVideoDisplayMode
2159	( BVDB_Handle hVdb,
2160	const BVDB_Display *pstDisplay,
2161	const BVDB_Window eWindow,
2162	const uint32_t ulSrcHeight,
2163	const uint32_t ulSrcWidth,
2164	const uint32_t ulSrcHeightClipAmount,
2165	const uint32_t ulSrcWidthClipAmount,
2166	const uint32_t ulDestHeight,
2167	const uint32_t ulDestWidth,
2168	const bool bAutomaticAspectRatioBoxMode)
2169	{
2170	BERR_Code err = BERR_SUCCESS;
2171	BVDB_P_Context *pVdb;
2172	uint32_t ulHeightClipAmount, ulWidthClipAmount;
2173	uint32_t ulDisplayHeight, ulDisplayWidth;
2174
2175	BVDB_P_GET_CONTEXT(hVdb, pVdb);
2176
2177	/* Get display panel info */
2178	err = BVDB_P_GetDisplaySize(pstDisplay->eResolution, &ulDisplayHeight, &ulDisplayWidth);
2179	if (err != BERR_SUCCESS)
2180	{
2181	return BERR_TRACE(err);
2182	}
2183
2184	/* Get clip amount percentage */
2185	ulHeightClipAmount = (ulSrcHeightClipAmount * 100)/ulSrcHeight;
2186	ulWidthClipAmount = (ulSrcWidthClipAmount * 100)/ulSrcWidth;
2187
2188	if (eWindow == BVDB_Window_eMain)
2189	{
2190	tvdb.main.bDotByDot = (ulSrcHeight == ulDestHeight) && (ulSrcWidth == ulDestWidth);
2191	tvdb.main.clipHeight = BVDB_P_MIN(ulHeightClipAmount, 100);
2192	tvdb.main.clipWidth = BVDB_P_MIN(ulWidthClipAmount, 100);
2193	tvdb.main.winHeight = BVDB_P_MIN((ulDestHeight * 100) / ulDisplayHeight, 100);
2194	tvdb.main.winWidth = BVDB_P_MIN((ulDestWidth * 100) / ulDisplayWidth, 100);
2195	tvdb.main.bAutomaticAspectRatioBoxMode = bAutomaticAspectRatioBoxMode;
2196	}
2197	else
2198	{
2199	tvdb.sub.bDotByDot = (ulSrcHeight == ulDestHeight) && (ulSrcWidth == ulDestWidth);
2200	tvdb.sub.clipHeight = BVDB_P_MIN(ulHeightClipAmount, 100);
2201	tvdb.sub.clipWidth = BVDB_P_MIN(ulWidthClipAmount, 100);
2202	tvdb.sub.winHeight = BVDB_P_MIN((ulDestHeight * 100) / ulDisplayHeight, 100);
2203	tvdb.sub.winWidth = BVDB_P_MIN((ulDestWidth * 100) / ulDisplayWidth, 100);
2204	tvdb.sub.bAutomaticAspectRatioBoxMode = bAutomaticAspectRatioBoxMode;
2205	}
2206
2207	BDBG_MSG(("%s Window Info: disp size (%d, %d) source size (%d, %d), clip size (%d, %d), win size (%d, %d), with Box mode %s, Dot-by-Dot %s",
2208	eWindow == BVDB_Window_eMain ? "main" :
2209	eWindow == BVDB_Window_ePip ? "pip" : "monitor",
2210	ulDisplayWidth,
2211	ulDisplayHeight,
2212	ulSrcWidth,
2213	ulSrcHeight,
2214	ulSrcWidthClipAmount,
2215	ulSrcHeightClipAmount,
2216	ulDestWidth,
2217	ulDestHeight,
2218	bAutomaticAspectRatioBoxMode ? "On" : "Off",
2219	tvdb.main.bDotByDot ? "On" : "Off"));
2220
2221	return BERR_TRACE(err);
2222	}
2223

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source: svn/newcon3bcm2_21bu/magnum/commonutils/vdb/35230/C0/bvdb.c @ 76

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