H264HP encoding on C6678: uniformed closed GOP encoding failed

We are trying to generate 15-frame uniformed closed GOP by using two cores with the cfg below, but it does not seem to work.  The log messages from our evm6678 is also listed at the end of this posting. We want to each GOP has the same length of 15, and starting with IDR, so we have gopStructure = 1, IDRFrameInterval = 1.

Is there anything wrong in our parameter settins? Is this combination of parameters supported?

Dongning

#  New Input File Format is as follows

#  <ParameterName> = <ParameterValue> # Comment

#

#############################################################################################

# Files     

#############################################################################################

InputFile       = D:\Code\Dsp\TICodecs\TestVecs\Input\airshow_p352x288.yuv

EncodedFile     = D:\Code\Dsp\TICodecs\TestVecs\Output\airshow_p352x288.264

#Default reference file in package is generated with single core configuration

ReferenceFile   = D:\Code\Dsp\TICodecs\TestVecs\Reference\airshow_p352x288_ref.264

##########################################################################################

# Multicore Parameters

##########################################################################################

ncores                  = 2

CoreTeamMap             = 0,1,2,3,4,5,6,7

# ##########################################################################################

#  Encoder Control

# ##########################################################################################

EncodingPreset        = 3 # encoding preset 0: DEFAULT, 1: HIGH_QUALITY, 2: HIGH_SPEED, 3:USER_DEFINED

RateControlPreset     = 5 # 5: IVIDEO_USER_DEFINED, 4: IVIDEO_NONE, 2: IVIDEO_STORAGE, 1: IVIDEO_LOW_DELAY

framesToEncode        = 40 # Total number of frames to encode

MaxWidth              = 640 # Max Frame width

MaxHeight             = 480 # Max Frame height

MaxInterFrameInterval = 3 # I to P frame distance. 1 indicates no B frames. Value >1 indicates presence of B frames.

InputChromaFormat     = 1 # 1 => XDM_YUV_420P, Only 1 is supported.

InputContentType      = 0 # Input buffer content type, 0 -> Progressive Type, 1-> Interlaced.

Profile               = 100 # Encoding profile 100 => HP, 77 => MP, 66 => BP. 

Level                 = 40 # Level IDC   (e.g. 20 = level 2.0)

inputWidth              = 352 # width of image

inputHeight             = 288 # Height of image

targetFrameRate         = 30000 # Target frame rate in fps * 1000

targetBitRate           = 1000000 # Target Bit Rate in Bits per second.

intraFrameInterval    = 15  # Interval between two consecutive intra frames, 0 => Only first frame to be intra coded, 1 => All intra frames, N => One intra frame and N-1 inter frames, where N > 1

interFrameInterval    = 3 # M: Number of (M-1) B frames between two reference frames. 1 indicates no B frame.

mvAccuracy            = 2 # Pixel accuracy of the motion vector, 0 => integer pel 2=> quarter pel

generateHeader        = 1 # 1: Encode only header, 0: Encode entire access unit, including the headers

forceFrame            = -1 # -1: IVIDEO_NA_FRAME, 3: IVIDEO_IDR_FRAME

dataLayout            = 0 # input data buffer layout 0=> interleaved, 1=> seprated. Only 0 is supported and applicable only for interlace content.

sampleAspectRatioHeight = 1 # Aspect Ratio Height

sampleAspectRatioWidth  = 1 # Aspect Ratio Width

# ##########################################################################################

#  Rate Control Params

# ##########################################################################################

rateControlParamsPreset = 1 # Preset value for selecting rate control params, 0: default (other parameters in this category will be decided by Codec internally), 1: user defined

rcAlgo                  = 0 # Rate control algorithm used, 0: Variable Bitrate, 1 : Constant bitrate (low dealy), 2: Constrained CBR (No Frame Skips)

qpI                     = -1 # Initial QP for I/IDR frames, -1 indicates codec chosen

qpP                     = -1 # Initial QP for P frames

qpOffsetB               = 4 # Offset of B frames QP from P frames

qpMaxI                  = 51 # Maximum QP for I/IDR frames

qpMinI                  = 1 # Minimum QP for I/IDR frames

qpMaxP                  = 51 # Maximum QP for P frames

qpMinP                  = 1 # Minimum QP for P frames

qpMaxB                  = 51 # Maximum QP for B frames

qpMinB                  = 1 # Minimum QP for B frames

CbQPIndexOffset         = 0 # Specifies offset to be added to luma QP for addressing QPC values table for Cb components

CrQPIndexOffset         = 0 # Specifies offset to be added to luma QP for addressing QPC values table for Cr components

initialBufferLevel      = 2000000 # Initial Buffer level for HRD compliance, keep same as HRDBufferSize for best quality

HRDBufferSize           = 2000000 # Hypothetical Reference Decoder Buffer Size in bits - 2*bitrate for VBR

enablePRC               = 1 #  Control Flag to enable MB level Perceptual Rate Control, 0 => Disable, 1 => Enable

frameSkipAfterSceneChange = 1 # 0=> no forced skip after scenechange, 1 => force skip frame after coding scene change frame.

scalingMatrixPreset      = 0 # Scaling Matrix selection of encoder, 0: no scaling matrices, 1: normal, 2: noisy, 3 : standard default, 4 : user defined

##########################################################################################

#  InterCoding Control

##########################################################################################

interCodingPreset    = 1 # Inter coding mode preset, 0 => deafult values, 1 => user defined

MvRangeVerP          = 32  # Vertical Motion Vector Range for P frames in integer pixels, Range supported is 16 to 496

MvRangeHorP          = 144 # Horizontal Motion Vector Range for P frames in integer pixels, Range supported is 16 to 496

MvRangeVerB          = 32  # Vertical Motion Vector Range for B frames in integer pixels, Range supported is 16 to 496

MvRangeHorB          = 144 # Horizontal Motion Vector Range for B frames in integer pixels, Range supported is 16 to 496

maxMVperMB           = 4 # Maximum MV per MB (Values of 1 & 4 are valid)

# ##########################################################################################

#  IntraCoding Control

# ##########################################################################################

intraCodingPreset             = 1 # Intra coding mode preset, 0 => deafult values, 1 => user defined 

enableIntraPartition          = 4 # 0 => INTRA_PARTITION_NONE , 1 => INTRA_PARTITION_ISLICES, 2 => INTRA_PARTITION_IPSLICES, 3 => INTRA_PARTITION_IBSLICES, 4 => INTRA_PARTITION_IPBSLICES.

intraRefreshMethod            = 0 # IH264_INTRAREFRESH_NONE  = 0, IH264_INTRAREFRESH_CYCLIC_MBS = 1

intraRefreshRate              = 0 # Rate at which intra MB Refresh is done. e.g. 10 indicates every 10th MB will coded as Intra in inter pictures.

constrainedIntraPredEnable    = 0 # Controls the intra macroblock coding in inter slices

# ##########################################################################################

# Entropy Coding Mode

# ##########################################################################################

entropyCodingMode               = 1 # Enropy coding type, (0 => CAVLC, 1 => CABAC)

# ##########################################################################################

#  Slice Mode Configuration

# ##########################################################################################

sliceCodingPreset            = 0 # Preset value for slice coding mode, 0 => deafult values, 1 => user defined

streamFormat                 = 0 # Type of bitstream to be encoded. Only value 0 is supprted (Byte stream format)

sliceMode                    = 0 # Type of slice coding, 0 => slice coding mode is frame based, 1 => Slices are controlled based upon number of Macroblocks

sliceUnitSize                = 1200 # Number of macroblocks per slice

# ##########################################################################################

#  Loop Filter Control

# ##########################################################################################

loopfilterPreset            = 1 # Preset value for loop filter operation parameters, 0 => default values, 1 => user defined

loopfilterDisableIDC               = 2 # Disable H.264 loop filter, (0=Filter, 1= NoFilter, 2 = No loop filter across slices)

filterOffsetA                      = 0 # Alpha offset for loop filter

filterOffsetB                      = 0 # Beta offset for loop filter

# ##########################################################################################

#  VUI Control Params

# ##########################################################################################

vuiCodingPreset                = 1 # Preset value for VUI Control Params, 0 => deafult values, 1 => user defined

aspectRatioInfoPresentFlag     = 1 # Controls the insertion of aspect ratio information in VUI part of bit-stream

aspectRatioIdc                 = 1 # Aspect ratio ID

videoSignalTypePresentFlag     = 0 # controls the insertion of video signal type in VUI part of bit-stream

videoFormat                    = 2 # Video signal type

videoFullRangeFlag             = 0 # Flag to specigy Range of the pixels

colourDescriptionPresentFlag   = 1 # Specifies whether colour_primaries, transfer_characteristics and matrix_coefficients are present or not.

colourPrimaries         = 5 # chromaticity coordinates of the source primaries(Table E-3 in standard)

transferCharacteristics = 5 # opto-electronic transfer characteristic of the source picture(Table E-4 in standard)

matrixCoefficients      = 5 # matrix coefficients used in deriving Y,Cb,Cr signals from the G,B,R primaries(Table E-5 in standard)

timingInfoPresentFlag          = 1 # Controls the insertion of timing info related parameters in VUI part of bit-stream

##########################################################################################

#  MISC

##########################################################################################

gopStructure               = 1 # GOP structure, 0 => Open or Non uniform(IBBPBBP), 1 => Closed or Uniform (BBIBBPBB)

log2MaxFNumMinus4          = 0 # sliceParams::frame_num syntax element will be reset after every (1<< (log2MaxFNumMinus4 + 4)) frames

picOrderCountType          = 0  # Picture order count type

IDRFrameInterval           = 1 # Interval b/w two IDR frames  0=>IDR BBP I BBP I,  1=>IDR BBP IDR BBP IDR,  2=>IDR BBP I BBP IDR, 3=>IDR BBP I BBP I BBP IDR

transformBlockSize         = 1  # Tranform type, 0:4x4 only, 1: 8x8 only

topFieldFirstFlag          = 1  # Flag to indicate field order in interlaced content

interlaceCodingType        = 4 # Interlced field coding type selection, 2 => MRF 3=> ARF 4=> SPF

DebugTraceLevel            = 0 # Debug trace Enable 0 - Disable, 1- Level1, 2 - Level2, 3 - Level3,

lastNFramesToLog           = 5 # Last N frames to log into debug trace buffer

[C66xx_0]

[C66xx_0] ---------------------------------------------------------

[C66xx_0] Test Case Number : 1

[C66xx_0] ---------------------------------------------------------

[C66xx_1]

[C66xx_1] ---------------------------------------------------------

[C66xx_1] Test Case Number : 1

[C66xx_1] ---------------------------------------------------------

[C66xx_0] Config File   : D:\Code\Dsp\TICodecs\TestVecs\Config\encoder.cfg

[C66xx_0] Input YUV     : D:\Code\Dsp\TICodecs\TestVecs\Input\airshow_p352x288.yuv

[C66xx_0] Output Stream : D:\Code\Dsp\TICodecs\TestVecs\Output\airshow_p352x288.264

[C66xx_0]

[C66xx_1] ShmemTab initialized on Core 1

[C66xx_0] ShmemTab initialized on Core 0

[C66xx_0]

[C66xx_0] Algorithm Instance  Creation for the Module DEV.100.V.H264HP.E.C66X.01.00.00.01 Done...

[C66xx_1]

[C66xx_1] Algorithm Instance  Creation for the Module DEV.100.V.H264HP.E.C66X.01.00.00.01 Done...

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0]  Given number of frames are encoded

[C66xx_0]

[C66xx_0]

[C66xx_0]  ******** Request to END H264 Encoder ********

[C66xx_1]

[C66xx_1]

[C66xx_1]

[C66xx_1]  ******** Request to END H264 Encoder ********

----------------- log messages -----------

[C66xx_0]

[C66xx_0] ---------------------------------------------------------

[C66xx_0] Test Case Number : 1

[C66xx_0] ---------------------------------------------------------

[C66xx_0] gopStructure(1 -> 1)

[C66xx_1]

[C66xx_1] ---------------------------------------------------------

[C66xx_1] Test Case Number : 1

[C66xx_1] ---------------------------------------------------------

[C66xx_1] gopStructure(1 -> 1)

[C66xx_0] Config File   : D:\Code\Dsp\TICodecs\TestVecs\Config\encoder.cfg

[C66xx_0] Input YUV     : D:\Code\Dsp\TICodecs\TestVecs\Input\airshow_p352x288.yuv

[C66xx_0] Output Stream : D:\Code\Dsp\TICodecs\TestVecs\Output\airshow_p352x288.264

[C66xx_0]

[C66xx_1] ShmemTab initialized on Core 1

[C66xx_0] ShmemTab initialized on Core 0

[C66xx_0]

[C66xx_0] Algorithm Instance  Creation for the Module DEV.100.V.H264HP.E.C66X.01.00.00.01 Done...

[C66xx_1]

[C66xx_1] Algorithm Instance  Creation for the Module DEV.100.V.H264HP.E.C66X.01.00.00.01 Done...

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0] Started Reading Frame : 0.......

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0] 

[C66xx_0] #NA   : IVIDEO_NA_FRAME       : Bits  : 256      

[C66xx_0]

[C66xx_0]  Given number of frames are encoded

[C66xx_0]

[C66xx_0]

[C66xx_0]  ******** Request to END H264 Encoder ********

[C66xx_1]

[C66xx_1]

[C66xx_1]

[C66xx_1]  ******** Request to END H264 Encoder ********