Ticket #56: 0.7log.txt

File 0.7log.txt, 11.3 KB (added by n.shlyakhov@…, 14 years ago)

0.7-bugfix version with BUGFIX48 1

Line 
1valgrind ./TAppEncoderStaticd -c encoder_l owdelay.cfg -c BQSquare.cfg
2==12053== Memcheck, a memory error detector
3==12053== Copyright (C) 2002-2009, and GNU GPL'd, by Julian Seward et al.
4==12053== Using Valgrind-3.5.0-Debian and LibVEX; rerun with -h for copyright info
5==12053== Command: ./TAppEncoderStaticd -c encoder_lowdelay.cfg -c BQSquare.cfg
6==12053==
7
8TMuC SW candidate: Encoder Version [trunk][Linux][GCC 4.4.1][32 bit]
9Unknown option: `ALFSeparateTree' (value:`0')
10Unknown option: `ALFSymmetry' (value:`1')
11Unknown option: `ALFMinLength' (value:`7')
12Unknown option: `ALFMaxLength' (value:`9')
13
14Input          File          : BQSquare_416x240_60.yuv
15Bitstream      File          : str.bin
16Reconstruction File          : rec.yuv
17Real     Format              : 416x240 60Hz
18Internal Format              : 416x240 60Hz
19Frame index                  : 0 - 599 (600 frames)
20Number of Ref. frames (P)    : 2
21Number of Ref. frames (B_L0) : 1
22Number of Ref. frames (B_L1) : 1
23Number of Reference frames   : 2
24CU size / depth              : 32 / 3
25Transform depth (min / max)  : 0 / 1
26Motion search range          : 64
27Intra period                 : -1
28QP                           : 22.00
29GOP size                     : 1
30Rate GOP size                : 1
31Max physical trans. size     : 64
32Bit increment                : 4
33Luma   interpolation         : Qualcomm 12-tap SIFO
34Chroma interpolation         : Bi-linear filter
35Entropy coder                : PIPE
36
37TOOL CFG: ALF:1 IBD:1 HAD:1 SRD:1 RDQ:1 SQP:0 ASR:0 PAD:0 LDC:1 NRF:0 BQP:0 QBO:0 GPB:1 FEN:1 EdgePrediction:1 RQT:1 CIP:1 ROT:1 AIS:1 MRG:1 IMP:0 AMVRES:1 SPF:1 AMP:1
38
39POC    0 ( I-SLICE, QP 22 )     223416 bits [Y 41.6767 dB    U 43.6341 dB    V 44.2640 dB]  [ET  1708 ] [L0 ] [L1 ]
40==12053== Conditional jump or move depends on uninitialised value(s)
41==12053==    at 0x80B68B4: TEncSIFO::xAccumulateError_B(TComPic*&) (TEncSIFO.cpp:1415)
42==12053==    by 0x80B2F62: TEncSIFO::ComputeFiltersAndOffsets(TComPic*&) (TEncSIFO.cpp:334)
43==12053==    by 0x807FB9B: TEncGOP::compressGOP(int, int, TComList<TComPic*>&, TComList<TComPicYuv*>&, TComList<TComBitstream*>) (TEncGOP.cpp:528)
44==12053==    by 0x805CE39: TEncTop::encode(bool, TComPicYuv*, TComList<TComPicYuv*>&, TComList<TComBitstream*>&, int&) (TEncTop.cpp:222)
45==12053==    by 0x80592D2: TAppEncTop::encode() (TAppEncTop.cpp:234)
46==12053==    by 0x804EE17: main (encmain.cpp:70)
47==12053==
48
49POC    1 ( B-SLICE, QP 23 )      24504 bits [Y 39.3427 dB    U 43.2709 dB    V 44.0105 dB]  [ET  1326 ] [L0 0 ] [L1 0 ]
50==12053== Conditional jump or move depends on uninitialised value(s)
51==12053==    at 0x80B647A: TEncSIFO::xAccumulateError_B(TComPic*&) (TEncSIFO.cpp:1357)
52==12053==    by 0x80B2F62: TEncSIFO::ComputeFiltersAndOffsets(TComPic*&) (TEncSIFO.cpp:334)
53==12053==    by 0x807FB9B: TEncGOP::compressGOP(int, int, TComList<TComPic*>&, TComList<TComPicYuv*>&, TComList<TComBitstream*>) (TEncGOP.cpp:528)
54==12053==    by 0x805CE39: TEncTop::encode(bool, TComPicYuv*, TComList<TComPicYuv*>&, TComList<TComBitstream*>&, int&) (TEncTop.cpp:222)
55==12053==    by 0x80592D2: TAppEncTop::encode() (TAppEncTop.cpp:234)
56==12053==    by 0x804EE17: main (encmain.cpp:70)
57==12053==
58
59POC    2 ( B-SLICE, QP 23 )      36808 bits [Y 39.4259 dB    U 43.1314 dB    V 43.8873 dB]  [ET  1913 ] [L0 1 0 ] [L1 1 0 ]
60
61POC    3 ( B-SLICE, QP 23 )      39320 bits [Y 39.3391 dB    U 43.0694 dB    V 43.8098 dB]  [ET  1964 ] [L0 2 1 ] [L1 2 1 ]
62
63POC    4 ( B-SLICE, QP 23 )      39760 bits [Y 39.3202 dB    U 42.9352 dB    V 43.6755 dB]  [ET  1971 ] [L0 3 2 ] [L1 3 2 ]
64
65POC    5 ( B-SLICE, QP 23 )      39152 bits [Y 39.2352 dB    U 42.8100 dB    V 43.5064 dB]  [ET  2131 ] [L0 4 3 ] [L1 4 3 ]
66
67POC    6 ( B-SLICE, QP 23 )      38152 bits [Y 39.1527 dB    U 42.7318 dB    V 43.4702 dB]  [ET  1955 ] [L0 5 4 ] [L1 5 4 ]
68
69POC    7 ( B-SLICE, QP 23 )      40928 bits [Y 39.1962 dB    U 42.6037 dB    V 43.3639 dB]  [ET -2126 ] [L0 6 5 ] [L1 6 5 ]
70
71POC    8 ( B-SLICE, QP 23 )      40488 bits [Y 39.1604 dB    U 42.5030 dB    V 43.3022 dB]  [ET  1956 ] [L0 7 6 ] [L1 7 6 ]
72
73POC    9 ( B-SLICE, QP 23 )      41376 bits [Y 39.1364 dB    U 42.4290 dB    V 43.1511 dB]  [ET -2121 ] [L0 8 7 ] [L1 8 7 ]
74
75POC   10 ( B-SLICE, QP 23 )      40960 bits [Y 39.1144 dB    U 42.3969 dB    V 43.0603 dB]  [ET -2125 ] [L0 9 8 ] [L1 9 8 ]
76==12053== Conditional jump or move depends on uninitialised value(s)
77==12053==    at 0x80B53DF: TEncSIFO::xGet_min_d(double****, int*, int*, double) (TEncSIFO.cpp:1070)
78==12053==    by 0x80B5520: TEncSIFO::xComputeFilterCombination_B_gd(double****, int*) (TEncSIFO.cpp:1094)
79==12053==    by 0x80B2F81: TEncSIFO::ComputeFiltersAndOffsets(TComPic*&) (TEncSIFO.cpp:335)
80==12053==    by 0x807FB9B: TEncGOP::compressGOP(int, int, TComList<TComPic*>&, TComList<TComPicYuv*>&, TComList<TComBitstream*>) (TEncGOP.cpp:528)
81==12053==    by 0x805CE39: TEncTop::encode(bool, TComPicYuv*, TComList<TComPicYuv*>&, TComList<TComBitstream*>&, int&) (TEncTop.cpp:222)
82==12053==    by 0x80592D2: TAppEncTop::encode() (TAppEncTop.cpp:234)
83==12053==    by 0x804EE17: main (encmain.cpp:70)
84==12053==
85==12053== Conditional jump or move depends on uninitialised value(s)
86==12053==    at 0x80B5536: TEncSIFO::xComputeFilterCombination_B_gd(double****, int*) (TEncSIFO.cpp:1094)
87==12053==    by 0x80B2F81: TEncSIFO::ComputeFiltersAndOffsets(TComPic*&) (TEncSIFO.cpp:335)
88==12053==    by 0x807FB9B: TEncGOP::compressGOP(int, int, TComList<TComPic*>&, TComList<TComPicYuv*>&, TComList<TComBitstream*>) (TEncGOP.cpp:528)
89==12053==    by 0x805CE39: TEncTop::encode(bool, TComPicYuv*, TComList<TComPicYuv*>&, TComList<TComBitstream*>&, int&) (TEncTop.cpp:222)
90==12053==    by 0x80592D2: TAppEncTop::encode() (TAppEncTop.cpp:234)
91==12053==    by 0x804EE17: main (encmain.cpp:70)
92==12053==
93==12053== Conditional jump or move depends on uninitialised value(s)
94==12053==    at 0x80B59A3: TEncSIFO::xUpdateSequenceFilters_B_pred(TComSlice*, double****, int*) (TEncSIFO.cpp:1197)
95==12053==    by 0x80B2FE3: TEncSIFO::ComputeFiltersAndOffsets(TComPic*&) (TEncSIFO.cpp:343)
96==12053==    by 0x807FB9B: TEncGOP::compressGOP(int, int, TComList<TComPic*>&, TComList<TComPicYuv*>&, TComList<TComBitstream*>) (TEncGOP.cpp:528)
97==12053==    by 0x805CE39: TEncTop::encode(bool, TComPicYuv*, TComList<TComPicYuv*>&, TComList<TComBitstream*>&, int&) (TEncTop.cpp:222)
98==12053==    by 0x80592D2: TAppEncTop::encode() (TAppEncTop.cpp:234)
99==12053==    by 0x804EE17: main (encmain.cpp:70)
100==12053==
101==12053== Conditional jump or move depends on uninitialised value(s)
102==12053==    at 0x80B5BCD: TEncSIFO::xUpdateSequenceFilters_B_pred(TComSlice*, double****, int*) (TEncSIFO.cpp:1229)
103==12053==    by 0x80B2FE3: TEncSIFO::ComputeFiltersAndOffsets(TComPic*&) (TEncSIFO.cpp:343)
104==12053==    by 0x807FB9B: TEncGOP::compressGOP(int, int, TComList<TComPic*>&, TComList<TComPicYuv*>&, TComList<TComBitstream*>) (TEncGOP.cpp:528)
105==12053==    by 0x805CE39: TEncTop::encode(bool, TComPicYuv*, TComList<TComPicYuv*>&, TComList<TComBitstream*>&, int&) (TEncTop.cpp:222)
106==12053==    by 0x80592D2: TAppEncTop::encode() (TAppEncTop.cpp:234)
107==12053==    by 0x804EE17: main (encmain.cpp:70)
108==12053==
109==12053== Conditional jump or move depends on uninitialised value(s)
110==12053==    at 0x80B5CAC: TEncSIFO::xUpdateSequenceFilters_B_pred(TComSlice*, double****, int*) (TEncSIFO.cpp:1246)
111==12053==    by 0x80B2FE3: TEncSIFO::ComputeFiltersAndOffsets(TComPic*&) (TEncSIFO.cpp:343)
112==12053==    by 0x807FB9B: TEncGOP::compressGOP(int, int, TComList<TComPic*>&, TComList<TComPicYuv*>&, TComList<TComBitstream*>) (TEncGOP.cpp:528)
113==12053==    by 0x805CE39: TEncTop::encode(bool, TComPicYuv*, TComList<TComPicYuv*>&, TComList<TComBitstream*>&, int&) (TEncTop.cpp:222)
114==12053==    by 0x80592D2: TAppEncTop::encode() (TAppEncTop.cpp:234)
115==12053==    by 0x804EE17: main (encmain.cpp:70)
116==12053==
117
118POC   11 ( B-SLICE, QP 23 )      41056 bits [Y 39.0781 dB    U 42.4004 dB    V 42.9061 dB]  [ET -2127 ] [L0 10 9 ] [L1 10 9 ]
119
120POC   12 ( B-SLICE, QP 23 )      39488 bits [Y 39.0559 dB    U 42.2683 dB    V 42.8129 dB]  [ET -2139 ] [L0 11 10 ] [L1 11 10 ]
121
122POC   13 ( B-SLICE, QP 23 )      40312 bits [Y 39.0789 dB    U 42.2700 dB    V 42.9665 dB]  [ET -2135 ] [L0 12 11 ] [L1 12 11 ]
123
124POC   14 ( B-SLICE, QP 23 )      40224 bits [Y 39.0256 dB    U 42.2214 dB    V 42.8495 dB]  [ET -2135 ] [L0 13 12 ] [L1 13 12 ]
125
126POC   15 ( B-SLICE, QP 23 )      41688 bits [Y 39.0172 dB    U 42.1061 dB    V 42.8110 dB]  [ET -2134 ] [L0 14 13 ] [L1 14 13 ]
127
128POC   16 ( B-SLICE, QP 23 )      40600 bits [Y 39.0059 dB    U 42.1298 dB    V 42.7349 dB]  [ET -2116 ] [L0 15 14 ] [L1 15 14 ]
129
130POC   17 ( B-SLICE, QP 23 )      40888 bits [Y 38.9924 dB    U 42.0893 dB    V 42.7802 dB]  [ET -2114 ] [L0 16 15 ] [L1 16 15 ]
131
132POC   18 ( B-SLICE, QP 23 )      41768 bits [Y 39.0334 dB    U 42.0809 dB    V 42.7595 dB]  [ET -2124 ] [L0 17 16 ] [L1 17 16 ]
133
134POC   19 ( B-SLICE, QP 23 )      40800 bits [Y 38.9933 dB    U 42.0463 dB    V 42.7790 dB]  [ET  1972 ] [L0 18 17 ] [L1 18 17 ]
135
136POC   20 ( B-SLICE, QP 23 )      42888 bits [Y 38.9983 dB    U 42.0816 dB    V 42.7211 dB]  [ET  1987 ] [L0 19 18 ] [L1 19 18 ]
137
138POC   21 ( B-SLICE, QP 23 )      40568 bits [Y 38.9381 dB    U 42.0502 dB    V 42.7438 dB]  [ET -2137 ] [L0 20 19 ] [L1 20 19 ]
139
140POC   22 ( B-SLICE, QP 23 )      39968 bits [Y 38.9350 dB    U 42.0264 dB    V 42.7129 dB]  [ET  1980 ] [L0 21 20 ] [L1 21 20 ]
141
142POC   23 ( B-SLICE, QP 23 )      41072 bits [Y 38.8904 dB    U 42.0181 dB    V 42.6810 dB]  [ET  1980 ] [L0 22 21 ] [L1 22 21 ]
143
144POC   24 ( B-SLICE, QP 23 )      42720 bits [Y 38.9248 dB    U 41.9745 dB    V 42.6679 dB]  [ET -2112 ] [L0 23 22 ] [L1 23 22 ]
145
146POC   25 ( B-SLICE, QP 23 )      41880 bits [Y 38.9131 dB    U 42.0056 dB    V 42.5913 dB]  [ET  1992 ] [L0 24 23 ] [L1 24 23 ]
147
148POC   26 ( B-SLICE, QP 23 )      43240 bits [Y 39.0012 dB    U 41.9522 dB    V 42.6132 dB]  [ET  2018 ] [L0 25 24 ] [L1 25 24 ]
149
150POC   27 ( B-SLICE, QP 23 )      42264 bits [Y 38.9374 dB    U 41.9345 dB    V 42.5891 dB]  [ET  1993 ] [L0 26 25 ] [L1 26 25 ]
151
152POC   28 ( B-SLICE, QP 23 )      42952 bits [Y 38.9544 dB    U 41.9016 dB    V 42.5333 dB]  [ET  2029 ] [L0 27 26 ] [L1 27 26 ]
153
154POC   29 ( B-SLICE, QP 23 )      42312 bits [Y 38.9162 dB    U 41.9011 dB    V 42.5908 dB]  [ET  1993 ] [L0 28 27 ] [L1 28 27 ]
155
156POC   30 ( B-SLICE, QP 23 )      44480 bits [Y 38.9375 dB    U 41.9417 dB    V 42.5552 dB]  [ET  2017 ] [L0 29 28 ] [L1 29 28 ]
157
158POC   31 ( B-SLICE, QP 23 )      42912 bits [Y 38.9325 dB    U 41.8671 dB    V 42.4971 dB]  [ET -2087 ] [L0 30 29 ] [L1 30 29 ]
159
160POC   32 ( B-SLICE, QP 23 )      41984 bits [Y 38.9311 dB    U 41.9312 dB    V 42.5432 dB]  [ET -2128 ] [L0 31 30 ] [L1 31 30 ]
161
162POC   33 ( B-SLICE, QP 23 )      42968 bits [Y 38.9202 dB    U 41.8701 dB    V 42.5301 dB]  [ET  2007 ] [L0 32 31 ] [L1 32 31 ]
163
164POC   34 ( B-SLICE, QP 23 )      46304 bits [Y 38.9626 dB    U 41.8368 dB    V 42.4371 dB]  [ET -2074 ] [L0 33 32 ] [L1 33 32 ]
165
166POC   35 ( B-SLICE, QP 23 )      46928 bits [Y 38.9517 dB    U 41.8715 dB    V 42.5554 dB]  [ET  2039 ] [L0 34 33 ] [L1 34 33 ]
167
168POC   36 ( B-SLICE, QP 23 )      47136 bits [Y 38.9609 dB    U 41.8708 dB    V 42.5477 dB]  [ET -2069 ] [L0 35 34 ] [L1 35 34 ]
169
170POC   37 ( B-SLICE, QP 23 )      45744 bits [Y 38.9328 dB    U 41.9416 dB    V 42.5575 dB]  [ET -2076 ] [L0 36 35 ] [L1 36 35 ]