- Extract an elementary stream
- Extract a PSI data stream
- Extract a sub-stream from one elementary stream
- Extract a part of transport stream
- Extract a program sequence
- Extract a part of movie with the start and end packet number
- Show PSI information
- Show transport packets
- Diff the ATC
- Show PCR
- Generate diagram with ATC, PCR, PTSes and DTSes
- Diff ATC clock and DTS clock
- Change the values(s) of PID(s)
- Get the transport stream rough information
The elementary streams are listed:
DumpTS 00023.m2ts --showinfoProgram Number: 1, program_map_PID: 0X100(256). Program(PID:0X0100) Stream#0, PID: 0X1011, stm_type: 0X02 (MPEG2 Video) Stream#1, PID: 0X1100, stm_type: 0X83 (Dolby Lossless Audio (TrueHD/Atmos)) Stream#2, PID: 0X1200, stm_type: 0X90 (PGS) - Get the PID of extracted stream For example, the video PID is 0x1011, and the audio is 0x1100, and the PG subtitle is 0x1200
- Extract the stream
Extract the video:
An elementary MPEG2 video stream is extracted to 00023.m2v, and it can be played by some media player, for example, VLC player, of course the PES stream with pts and dts can also be extracted by specifying the 'outputfmt', and then it can be used for multiplex;
DumpTS 00023.m2ts --pid=0x1011 --output=00023.m2vOn the other hand, the ts/tts/m2ts packs with the specified PID or PIDs can also be extracted to ts/tts/m2ts packs with outputfmt to 'ts/tts/m2ts':DumpTS 00023.m2ts --pid=0x1011 --output=00023.pes --outputfmt=pesBut this ts file can't be played because there only exists the pack with PID '0x10111', there is no PAT or PMTDumpTS 00023.m2ts --pid=0x1011 --output=00023.ts --outputfmt=ts
PSI data can also be extracted when specifying the corresponding PID,
DumpTs 00024.m2ts --pid=0X0 --output=00024.pat
DumpTS mono_dualmono.m2ts --pid=0x1F --output=I:\NHK.sit
The PSI data will start from 'pointer_field', and then follow with PSI section data
Some audio stream may have multiple sub-stream, for example, Dolby-TrueHD, the sub-streams can be extracted separately by adding stream_id_extension filter
- Get the audio information
All sub-streams will be listed,
DumpTS 00024.m2ts --showinfo --pid=0x1100Dolby Lossless Audio (TrueHD/Atmos) Stream information(AC3 part): PID: 0X1100. Stream ID: 0XFD Stream Type: 131(0X83). Stream ID Extension: 0X76 Sample Frequency: 48000 (HZ). Bits Per Sample: 16. Channel Layout: 5.1ch(L, C, R, Ls, Rs, LFE)@D-Cinema. Bitrate: 640.000 kbps. Dolby Lossless Audio (TrueHD/Atmos) Stream information(MLP part): PID: 0X1100. Stream ID: 0XFD Stream Type: 131(0X83). Stream ID Extension: 0X72 Sample Frequency: 192000 (HZ). Bits Per Sample: 24. Channel Layout: 5.1ch(L, C, R, Ls, Rs, LFE)@D-Cinema. - Select the sub-stream with PID and stream_id_extension For example, select the AC3 sub-stream to extract with PID=0x1100 and stream_id_extension=0x76
- Extract the AC3 sub-stream
DumpTs 00024.m2ts --pid=0x1100 --stream_id_extension=0x76 --output=00024.ac3
When output format is set to ts/tts/m2ts, and source file is also a transport stream, you can specify multiple PIDs in --pid delimited with one of ,;:., and then related transport packets will be extracted
DumpTS Mono_AAC_test.m2ts --pid=0x0,0x1f,0x100,0x110,0x1f0 --outputfmt=m2ts --output=Mono_AAC_partial.m2ts
The transport packet with PID 0, 0x1F, 0x100, 0x110 and 0x1F0,will extracted consequently, and save them to new file.
(*)No PSI sections will be modified in this case, it may cause some players with more strict check can't play it
There may be multiple program sequence with different version of PMTs, the below steps can be used to extract one of them
- Get the program sequence layout
There are 2 program sequences, the 2nd program sequence carries stereo AAC audio.
DumpTS 5.1ch_stereo.m2ts --showinfo Program Number: 103, program_map_PID: 0X1F0(496). Program(PID:0X01F0) Stream#0, PID: 0X0138, stm_type: 0X06 (Teletext, ARIB subtitle or TTML) Stream#1, PID: 0X0130, stm_type: 0X06 (Teletext, ARIB subtitle or TTML) Stream#2, PID: 0X0110, stm_type: 0X0F (AAC Audio) Stream#3, PID: 0X0100, stm_type: 0X02 (MPEG2 Video) Program(PID:0X01F0) Stream#0, PID: 0X0138, stm_type: 0X06 (Teletext, ARIB subtitle or TTML) Stream#1, PID: 0X0130, stm_type: 0X06 (Teletext, ARIB subtitle or TTML) Stream#2, PID: 0X0110, stm_type: 0X0F (AAC Audio) Stream#3, PID: 0X0100, stm_type: 0X02 (MPEG2 Video) Stream#4, PID: 0X0111, stm_type: 0X0F (AAC Audio) The number of transport packets: 9495552 PID: 0x0000 transport packet count: 10,579 - PAT PID: 0x001E transport packet count: 2 - DIT PID: 0x001F transport packet count: 2,216 - SIT PID: 0x0100 transport packet count: 9,174,898 - MPEG2 Video PID: 0x0110 transport packet count: 131,186 - AAC Audio PID: 0x0111 transport packet count: 130,561 - AAC Audio PID: 0x0130 transport packet count: 1,153 - Teletext, ARIB subtitle or TTML PID: 0x0138 transport packet count: 222 - Teletext, ARIB subtitle or TTML PID: 0x01F0 transport packet count: 10,579 - PMT PID: 0x01FF transport packet count: 29,568 - PCR PID: 0x1FFF transport packet count: 4,588 - Null packet - Extract the 2nd program sequence
The first command copy the 2nd program sequence of m2ts file to another new m2ts file
DumpTS 5.1ch_stereo.m2ts --progseq=1 --outputfmt=m2ts --output=stereo.m2ts DumpTS 5.1ch_stereo.m2ts --progseq=1 --outputfmt=m2ts DumpTS 5.1ch_stereo.m2ts --progseq=0 --outputfmt=es --output=5.1ch.m2v --pid=0x100 DumpTS 5.1ch_stereo.m2ts --progseq=1 --outputfmt=copy --output=stereo.m2tsstereo.m2tsIf the output path is not specified, the second command will extract it intostereo_ps_1.m2tsat the same directory with the source file the third command extract the video elementary stream from program sequence#0. When it is NOT sure for the source format, specify outputfmt to copy, it means both source and destination use the same format
You may know the start and end packet number of a clip of movie with some way, for example, the EP_MAP, this part of video can be extracted,
DumpTS 00005.m2ts --start=0x2060B --end=0x3ef38 --outputfmt=m2ts
DumpTS 00005.m2ts --start=0x2060B --end=0x3ef38 --outputfmt=m2ts --output=test.m2ts
DumpTS 00005.m2ts --start=0x2060B --end=0x3ef38 --outputfmt=es --pid=0x1011 --output=test.h264
The first command will generate the file 00005_spnstart_0x2060B_spnend_0x3ef38.m2ts at the same directory with the source file.
The second command will generate the output file with the specified destination file.
The third command will extract the H.264 elementary stream packetized with PID#0x1011 from the specified packet range.
DumpTs Mono_AAC_test.m2ts --showPAT
PAT(ver: 0):
program number: 0x0000(00000), Network_PID:0x1F
program number: 0x0065(00101), program_map_PID:0x1F0
DumpTs mono_dualmono.m2ts --showPMT
All elementary streams and their descriptors are be shown like as
PMT(ver: 3):
PCR_PID: 0x1FF
descriptor_tag/descriptor_length: 0X88/ 4 - Unsupported descriptor
descriptor_tag/descriptor_length: 0XC1/ 1 - Digital copy control descriptor
Digital copy control information: 2 -- Copy can be made for only one generation
ES_PID: 0x100, stream_type: 0x02 -- (MPEG-2 Video or MPEG-1 constrained parameter video stream):
descriptor_tag/descriptor_length: 0X52/ 1 - Stream identifier descriptor
component_tag: 0x00
descriptor_tag/descriptor_length: 0XC8/ 1 - Video decode control descriptor
still_picture_flag: 0
sequence_end_code_flag: 1
video_encode_format: 1
ES_PID: 0x110, stream_type: 0x0F -- (ISO/IEC 13818-7 Audio with ADTS transport syntax):
descriptor_tag/descriptor_length: 0X52/ 1 - Stream identifier descriptor
component_tag: 0x10
ES_PID: 0x138, stream_type: 0x06 -- (Rec. ITU-T H.222.0 | ISO/IEC 13818-1 PES packets containing private data):
descriptor_tag/descriptor_length: 0X52/ 1 - Stream identifier descriptor
component_tag: 0x38
descriptor_tag/descriptor_length: 0XFD/ 3 - Data component descriptor
PMT(ver: 4):
PCR_PID: 0x1FF
descriptor_tag/descriptor_length: 0X88/ 4 - Unsupported descriptor
descriptor_tag/descriptor_length: 0XC1/ 1 - Digital copy control descriptor
Digital copy control information: 2 -- Copy can be made for only one generation
ES_PID: 0x100, stream_type: 0x02 -- (MPEG-2 Video or MPEG-1 constrained parameter video stream):
descriptor_tag/descriptor_length: 0X52/ 1 - Stream identifier descriptor
component_tag: 0x00
descriptor_tag/descriptor_length: 0XC8/ 1 - Video decode control descriptor
still_picture_flag: 0
sequence_end_code_flag: 1
video_encode_format: 1
ES_PID: 0x110, stream_type: 0x0F -- (ISO/IEC 13818-7 Audio with ADTS transport syntax):
descriptor_tag/descriptor_length: 0X52/ 1 - Stream identifier descriptor
component_tag: 0x10
ES_PID: 0x130, stream_type: 0x06 -- (Rec. ITU-T H.222.0 | ISO/IEC 13818-1 PES packets containing private data):
descriptor_tag/descriptor_length: 0X52/ 1 - Stream identifier descriptor
component_tag: 0x30
descriptor_tag/descriptor_length: 0XFD/ 3 - Data component descriptor
ES_PID: 0x138, stream_type: 0x06 -- (Rec. ITU-T H.222.0 | ISO/IEC 13818-1 PES packets containing private data):
descriptor_tag/descriptor_length: 0X52/ 1 - Stream identifier descriptor
component_tag: 0x38
descriptor_tag/descriptor_length: 0XFD/ 3 - Data component descriptor
PMT(ver: 5):
PCR_PID: 0x1FF
descriptor_tag/descriptor_length: 0X88/ 4 - Unsupported descriptor
descriptor_tag/descriptor_length: 0XC1/ 1 - Digital copy control descriptor
Digital copy control information: 2 -- Copy can be made for only one generation
ES_PID: 0x100, stream_type: 0x02 -- (MPEG-2 Video or MPEG-1 constrained parameter video stream):
descriptor_tag/descriptor_length: 0X52/ 1 - Stream identifier descriptor
component_tag: 0x00
descriptor_tag/descriptor_length: 0XC8/ 1 - Video decode control descriptor
still_picture_flag: 0
sequence_end_code_flag: 1
video_encode_format: 1
ES_PID: 0x110, stream_type: 0x0F -- (ISO/IEC 13818-7 Audio with ADTS transport syntax):
descriptor_tag/descriptor_length: 0X52/ 1 - Stream identifier descriptor
component_tag: 0x10
ES_PID: 0x111, stream_type: 0x0F -- (ISO/IEC 13818-7 Audio with ADTS transport syntax):
descriptor_tag/descriptor_length: 0X52/ 1 - Stream identifier descriptor
component_tag: 0x11
ES_PID: 0x130, stream_type: 0x06 -- (Rec. ITU-T H.222.0 | ISO/IEC 13818-1 PES packets containing private data):
descriptor_tag/descriptor_length: 0X52/ 1 - Stream identifier descriptor
component_tag: 0x30
descriptor_tag/descriptor_length: 0XFD/ 3 - Data component descriptor
ES_PID: 0x138, stream_type: 0x06 -- (Rec. ITU-T H.222.0 | ISO/IEC 13818-1 PES packets containing private data):
descriptor_tag/descriptor_length: 0X52/ 1 - Stream identifier descriptor
component_tag: 0x38
descriptor_tag/descriptor_length: 0XFD/ 3 - Data component descriptor
DumpTs DualMono_AAC_test.m2ts --showSIT
The descriptors will be shown as
SIT(ver: 4):
descriptor_tag/descriptor_length: 0X63/ 8 - partial_transport_stream_descriptor
peak_rate: 67500(27000000bps/27Mbps)
minimum_overall_smoothing_rate: undefined
maximum_overall_smoothing_buffer: undefined
descriptor_tag/descriptor_length: 0XC2/ 7 - Network identification descriptor
Country Code: JPN
Media Type: 0X4253(BS/broadband CS)
Network ID: 0X4
service_id: 0X65, running_state: 0
descriptor_tag/descriptor_length: 0X48/ 16 - service_descriptor
service_type: 0x01 - Digital TV service
service_provider_name(length: 5):
00 01 02 03 04 05 06 07 08 09 0A 0B 0C 0D 0E 0F
----------------------------------------------------------------
000000 1B 7E CE C8 CB | .~...
service_name(length: 8):
00 01 02 03 04 05 06 07 08 09 0A 0B 0C 0D 0E 0F
----------------------------------------------------------------
000000 1B 7E CE C8 CB C2 D3 B1 | .~......
descriptor_tag/descriptor_length: 0X4D/ 179 - short_event_descriptor
ISO_639_language_code: jpn
event name(length: 42):
00 01 02 03 04 05 06 07 08 09 0A 0B 0C 0D 0E 0F
----------------------------------------------------------------
000000 3B 7E 4F 40 38 78 4F 40 21 56 3F 4D 38 22 C7 3E | ;~O@8xO@!V?M8".>
000010 57 46 4D B9 EB 4A 46 43 66 21 21 46 7C 4B 5C 34 | WFM..JFCf!!F|K\4
000020 6B 36 48 CE 36 6C 47 3A 21 57 | k6H.6lG:!W
text(length: 132):
00 01 02 03 04 05 06 07 08 09 0A 0B 0C 0D 0E 0F
----------------------------------------------------------------
000000 3F 37 61 45 1B 7C A6 A4 B0 EB 3C 2B 3C 23 36 68 | ?7aE.|....<+<#6h
000010 1B 7D CA C9 3F 4D 38 22 4C 64 42 6A C7 CE 4A 46 | .}..?M8"LdBj..JF
000020 43 66 42 50 4E 29 AC 3F 3C DE EB 43 66 21 22 CF | CfBPN).?<..Cf!".
000030 B6 DE CB 4E 29 C4 46 7C 4B 5C 34 6B 36 48 AC 38 | ...N).F|K\4k6H.8
000040 37 B7 A4 4E 29 3E 6C CB 21 23 4A 46 40 47 34 58 | 7..N)>l.!#JF@G4X
000050 CE 1B 7C E6 CB AF ED 40 3D 49 4A 4D 22 46 7E 3A | ..|....@=IJM"F~:
000060 39 1B 7D B7 3B 5F E1 CA C9 21 22 46 7C 4B 5C 34 | 9.}.;_...!"F|K\4
000070 6B 36 48 CE 38 3D 3E 75 C8 42 50 31 7E F2 39 4D | k6H.8=>u.BP1~.9M
000080 A8 EB 21 23 | ..!#
descriptor_tag/descriptor_length: 0X50/ 6 - component_descriptor
stream_content: 0x1
component_type: 0xB3
component_tag: 0
ISO_639_language_code: jpn
descriptor_tag/descriptor_length: 0XC4/ 9 - Audio component descriptor
stream_content: 0x2
component_type: 0x1 -- 1/0 mode (single monaural channel)
component_tag: 0x10
stream_type: 0xf
simulcast_group_tag: 0xf
ES_multi_lingual_flag: 0x0 --
main_component_flag: 0x1
quality_indicator: 0x2 -- Mode 2
sampling_rate: 0x7 -- 48kHz
ISO_639_language_code: jpn
descriptor_tag/descriptor_length: 0X54/ 6 - content_descriptor
content_nibble_level_1: 0
content_nibble_level_2: 6
user_nibble: 15
user_nibble: 15
descriptor_tag/descriptor_length: 0XD6/ 9 - Event group descriptor
descriptor_tag/descriptor_length: 0XC3/ 18 - Partial Transport Stream time descriptor
event_start_time Date(yyyy-mm-dd): 2021-5-25
event_start_time Time(HH:MM:SS): 05:50:00
duration: 00:10:00
offset: 00:00:00
offset_flag: 0
other_descriptor_status: 0
JST_time_flag: 1
JST_time Date(yyyy-mm-dd): 2021-5-25
JST_time Time(HH:MM:SS): 05:59:54
descriptor_tag/descriptor_length: 0X4E/ 49 - extended_event_descriptor
descriptor_number: 0x0
last_descriptor_number: 0x1
ISO_639_language_code: jpn
item#0_description(length: 8):
00 01 02 03 04 05 06 07 08 09 0A 0B 0C 0D 0E 0F
----------------------------------------------------------------
000000 48 56 41 48 46 62 4D 46 | HVAHFbMF
item#0(length: 33):
00 01 02 03 04 05 06 07 08 09 0A 0B 0C 0D 0E 0F
----------------------------------------------------------------
000000 21 5A 3D 50 31 69 21 5B 1B 7E CE C8 CB 32 72 40 | !Z=P1i![.~...2r@
000010 62 30 51 30 77 21 44 3F 40 3B 52 45 44 3E 4F 47 | b0Q0w!D?@;RED>OG
000020 6E | n
descriptor_tag/descriptor_length: 0X4E/ 47 - extended_event_descriptor
descriptor_number: 0x1
last_descriptor_number: 0x1
ISO_639_language_code: jpn
item#0_description(length: 6):
00 01 02 03 04 05 06 07 08 09 0A 0B 0C 0D 0E 0F
----------------------------------------------------------------
000000 3D 50 31 69 3C 54 | =P1i<T
item#0(length: 33):
00 01 02 03 04 05 06 07 08 09 0A 0B 0C 0D 0E 0F
----------------------------------------------------------------
000000 21 5A 3D 50 31 69 21 5B 1B 7E CE C8 CB 32 72 40 | !Z=P1i![.~...2r@
000010 62 30 51 30 77 21 44 3F 40 3B 52 45 44 3E 4F 47 | b0Q0w!D?@;RED>OG
000020 6E | n
SIT(ver: 5):
descriptor_tag/descriptor_length: 0X63/ 8 - partial_transport_stream_descriptor
peak_rate: 67500(27000000bps/27Mbps)
minimum_overall_smoothing_rate: undefined
maximum_overall_smoothing_buffer: undefined
descriptor_tag/descriptor_length: 0XC2/ 7 - Network identification descriptor
Country Code: JPN
Media Type: 0X4253(BS/broadband CS)
Network ID: 0X4
service_id: 0X65, running_state: 0
descriptor_tag/descriptor_length: 0X48/ 16 - service_descriptor
service_type: 0x01 - Digital TV service
service_provider_name(length: 5):
00 01 02 03 04 05 06 07 08 09 0A 0B 0C 0D 0E 0F
----------------------------------------------------------------
000000 1B 7E CE C8 CB | .~...
service_name(length: 8):
00 01 02 03 04 05 06 07 08 09 0A 0B 0C 0D 0E 0F
----------------------------------------------------------------
000000 1B 7E CE C8 CB C2 D3 B1 | .~......
descriptor_tag/descriptor_length: 0X4D/ 137 - short_event_descriptor
ISO_639_language_code: jpn
event name(length: 20):
00 01 02 03 04 05 06 07 08 09 0A 0B 0C 0D 0E 0F
----------------------------------------------------------------
000000 1B 7C EF 21 3C EB C9 CB E5 21 3C B9 1B 24 2A 3B | .|.!<....!<..$*;
000010 1B 7D FA DA | .}..
text(length: 112):
00 01 02 03 04 05 06 07 08 09 0A 0B 0C 0D 0E 0F
----------------------------------------------------------------
000000 22 26 1B 7C A4 AE EA B9 21 26 1B 7E C2 C2 C3 AC | "&.|....!&.~....
000010 1B 7C C9 A4 C4 21 26 1B 7E DA C4 C6 AC 1B 7C ED | .|...!&.~.....|.
000020 B7 A2 21 26 ED B7 A2 1B 7E D4 D6 AC 1B 7C AB BF | ..!&....~....|..
000030 21 3C EB 21 26 A2 EB B8 E3 B8 21 3C E9 1B 7E AC | !<.!&.....!<..~.
000040 1B 7C AA 21 3C B9 C8 E9 EA A2 21 26 1B 7E C1 C2 | .|.!<.....!&.~..
000050 C3 AC 1B 7C A4 F3 C9 21 26 1B 7E CE C4 D4 D6 AC | ...|...!&.~.....
000060 1B 7C B7 F3 AC DD 21 3C EB 21 26 1B 7E C3 CE C1 | .|....!<.!&.~...
descriptor_tag/descriptor_length: 0X50/ 6 - component_descriptor
stream_content: 0x1
component_type: 0xB3
component_tag: 0
ISO_639_language_code: jpn
descriptor_tag/descriptor_length: 0XC4/ 25 - Audio component descriptor
stream_content: 0x2
component_type: 0x2 -- 1/0 + 1/0 mode (dual monaural channel)
component_tag: 0x10
stream_type: 0xf
simulcast_group_tag: 0xf
ES_multi_lingual_flag: 0x1 -- Dual-Mono
main_component_flag: 0x1
quality_indicator: 0x2 -- Mode 2
sampling_rate: 0x7 -- 48kHz
ISO_639_language_code: jpn
ISO_639_language_code_2: etc
text(length: 13):
00 01 02 03 04 05 06 07 08 09 0A 0B 0C 0D 0E 0F
----------------------------------------------------------------
000000 46 7C 4B 5C 38 6C 0D 33 30 39 71 38 6C | F|K\8l.309q8l
descriptor_tag/descriptor_length: 0X54/ 2 - content_descriptor
content_nibble_level_1: 0
content_nibble_level_2: 5
user_nibble: 15
user_nibble: 15
descriptor_tag/descriptor_length: 0XD6/ 9 - Event group descriptor
descriptor_tag/descriptor_length: 0XC3/ 18 - Partial Transport Stream time descriptor
event_start_time Date(yyyy-mm-dd): 2021-5-25
event_start_time Time(HH:MM:SS): 06:00:00
duration: 00:50:00
offset: 00:00:00
offset_flag: 0
other_descriptor_status: 1
JST_time_flag: 1
JST_time Date(yyyy-mm-dd): 2021-5-25
JST_time Time(HH:MM:SS): 06:00:04
......
Every transport packet can be shown,
DumpTS Mono_AC3.m2ts --showpack
It will show one transport packet every time at default, and then prompt to press any key to continue showing the next packet,
transport_packet#0:
timestamp: 1048840924(0X3E840ADC) // additional time stamp for network streaming usage
sync_byte: 71(0X47) // Should be 0x47 for plain-text
transport_error_indicator: 0(0X0)
payload_unit_start_indicator: 1(0X1)// Transport stream packets that carry PES packets or transport stream...
transport_priority: 0(0X0)
PID: 0(0X0) // Program association table
transport_scrambling_control: 0(0X0)// Not scrambled
adaptation_field_control: 1(0X1) // No adaptation_field, payload only
continuity_counter: 1(0X1) // wraps around to 0 after its maximum value, and shall not be increme...
00 01 02 03 04 05 06 07 08 09 0A 0B 0C 0D 0E 0F
----------------------------------------------------------------
000000 3E 84 0A DC 47 40 00 11 00 00 B0 11 00 00 C1 00 | >...G@..........
000010 00 00 00 E0 1F 00 01 E1 00 23 5A AB 82 FF FF FF | .........#Z.....
000020 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF | ................
000030 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF | ................
000040 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF | ................
000050 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF | ................
000060 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF | ................
000070 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF | ................
000080 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF | ................
000090 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF | ................
0000A0 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF | ................
0000B0 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF | ................
Press any key to continue('q': quit)...
You can show any transport packet exactly by specifying packet index(start from zero) or number(start from 1),
DumpTS Mono_AC3.m2ts --showpack --pktid=100
DumpTS Mono_AC3.m2ts --showpack --pktid=101
2 commands to show the same transport packet#100(start from zero)
transport_packet#100:
timestamp: 1049247004(0X3E8A3D1C) // additional time stamp for network streaming usage
sync_byte: 71(0X47) // Should be 0x47 for plain-text
transport_error_indicator: 0(0X0)
payload_unit_start_indicator: 0(0X0)
transport_priority: 0(0X0)
PID: 4113(0X1011)
transport_scrambling_control: 0(0X0)// Not scrambled
adaptation_field_control: 1(0X1) // No adaptation_field, payload only
continuity_counter: 0(0X0) // wraps around to 0 after its maximum value, and shall not be increme...
00 01 02 03 04 05 06 07 08 09 0A 0B 0C 0D 0E 0F
----------------------------------------------------------------
000000 3E 8A 3D 1C 47 10 11 10 16 59 06 58 DA A3 73 75 | >.=.G....Y.X..su
000010 12 A5 0C 5A 4A 6A 97 2C 7D 52 8B 3A D8 48 6D F6 | ...ZJj.,}R.:.Hm.
000020 3F 70 AB 76 1E 71 B0 94 D4 D9 BB 5F 2E 5A 30 F9 | ?p.v.q....._.Z0.
000030 10 84 C5 AC 59 E0 48 6D 97 6E 06 A5 6B 2E E6 EC | ....Y.Hm.n..k...
000040 89 52 86 29 21 AF 33 90 DD 8C F6 3E C5 96 EC 3D | .R.)!.3....>...=
000050 2C 51 81 4C 32 AA A3 2C 6D 8D 65 8F AA 51 67 5B | ,Q.L2..,m.e..Qg[
000060 23 2E DC 0D 4A DA AC D7 F9 CB 96 8C 3E 44 62 67 | #...J.......>Dbg
000070 21 BB 18 AC 59 50 65 8D A9 BB 8F DC 89 52 85 92 | !...YPe......R..
000080 19 56 58 FA A5 16 70 74 6D B6 3F 72 59 6E C3 D2 | .VX...ptm.?rYn..
000090 96 48 6A A9 AF AF 97 2D 18 50 75 F5 62 B5 25 0A | .Hj....-.Pu.b.%.
0000A0 24 36 C9 B7 03 52 B5 B7 71 FB 90 B4 A1 20 53 5C | $6...R..q.... S\
0000B0 67 21 BB 1A DB 1F B2 59 6E C3 CB 08 0A 61 A6 CB | g!.....Yn....a..
You can also show some transport packets by specifying its start and end index(0-based), and how many packets to be displayed, and then show the message to prompt continuing show next batch,
DumpTS Mono_AC3.m2ts --showpack=3 --start=100 --end=200
It will show 3 transport packets, and prompt to press some keys to continue,
transport_packet#100:
timestamp: 1049247004(0X3E8A3D1C) // additional time stamp for network streaming usage
sync_byte: 71(0X47) // Should be 0x47 for plain-text
transport_error_indicator: 0(0X0)
payload_unit_start_indicator: 0(0X0)
transport_priority: 0(0X0)
PID: 4113(0X1011)
transport_scrambling_control: 0(0X0)// Not scrambled
adaptation_field_control: 1(0X1) // No adaptation_field, payload only
continuity_counter: 0(0X0) // wraps around to 0 after its maximum value, and shall not be increme...
00 01 02 03 04 05 06 07 08 09 0A 0B 0C 0D 0E 0F
----------------------------------------------------------------
000000 3E 8A 3D 1C 47 10 11 10 16 59 06 58 DA A3 73 75 | >.=.G....Y.X..su
000010 12 A5 0C 5A 4A 6A 97 2C 7D 52 8B 3A D8 48 6D F6 | ...ZJj.,}R.:.Hm.
000020 3F 70 AB 76 1E 71 B0 94 D4 D9 BB 5F 2E 5A 30 F9 | ?p.v.q....._.Z0.
000030 10 84 C5 AC 59 E0 48 6D 97 6E 06 A5 6B 2E E6 EC | ....Y.Hm.n..k...
000040 89 52 86 29 21 AF 33 90 DD 8C F6 3E C5 96 EC 3D | .R.)!.3....>...=
000050 2C 51 81 4C 32 AA A3 2C 6D 8D 65 8F AA 51 67 5B | ,Q.L2..,m.e..Qg[
000060 23 2E DC 0D 4A DA AC D7 F9 CB 96 8C 3E 44 62 67 | #...J.......>Dbg
000070 21 BB 18 AC 59 50 65 8D A9 BB 8F DC 89 52 85 92 | !...YPe......R..
000080 19 56 58 FA A5 16 70 74 6D B6 3F 72 59 6E C3 D2 | .VX...ptm.?rYn..
000090 96 48 6A A9 AF AF 97 2D 18 50 75 F5 62 B5 25 0A | .Hj....-.Pu.b.%.
0000A0 24 36 C9 B7 03 52 B5 B7 71 FB 90 B4 A1 20 53 5C | $6...R..q.... S\
0000B0 67 21 BB 1A DB 1F B2 59 6E C3 CB 08 0A 61 A6 CB | g!.....Yn....a..
transport_packet#101:
timestamp: 1049251064(0X3E8A4CF8) // additional time stamp for network streaming usage
sync_byte: 71(0X47) // Should be 0x47 for plain-text
transport_error_indicator: 0(0X0)
payload_unit_start_indicator: 0(0X0)
transport_priority: 0(0X0)
PID: 4113(0X1011)
transport_scrambling_control: 0(0X0)// Not scrambled
adaptation_field_control: 1(0X1) // No adaptation_field, payload only
continuity_counter: 1(0X1) // wraps around to 0 after its maximum value, and shall not be increme...
00 01 02 03 04 05 06 07 08 09 0A 0B 0C 0D 0E 0F
----------------------------------------------------------------
000000 3E 8A 4C F8 47 10 11 11 47 59 5B 61 59 63 EA 94 | >.L.G...GY[aYc..
000010 58 C3 23 2E DC 0D 4A DA A9 AF AF 97 2D 18 54 32 | X.#...J.....-.T2
000020 FA B1 33 90 DD 8C 56 76 54 29 2C 6D 4D DC 7E E4 | ..3...VvT),mM.~.
000030 2D 28 6D 6A D6 59 B5 4A 2F F5 32 36 FB 1E FC CB | -(mj.Y.J/.26....
000040 17 60 6D 8D 45 35 F7 65 CB 46 15 86 5F 56 2D 62 | .`m.E5.e.F.._V-b
000050 CF 00 96 D9 B6 B8 35 2B 59 77 36 C8 5A 50 DA D7 | ......5+Yw6.ZP..
000060 99 C8 6E C6 B0 C7 EC 96 2E C0 DB 0A 61 95 96 8E | ..n.........a...
000070 B2 B5 1F 12 CA B5 40 20 92 37 A0 ED F3 EF D1 13 | ......@ .7......
000080 97 65 45 B5 77 DD C2 B7 21 40 4D E7 32 C8 DC 6A | [email protected]
000090 BA B2 CB 46 13 11 BD 79 9A 00 F4 00 C8 FB 01 1F | ...F...y........
0000A0 FD 40 0F 81 37 FE 8C 24 B7 28 04 D5 F2 82 58 01 | [email protected]..$.(....X.
0000B0 9A 48 56 BA B6 41 C1 28 D4 AF EC 78 03 90 04 3D | .HV..A.(...x...=
transport_packet#102:
timestamp: 1049255125(0X3E8A5CD5) // additional time stamp for network streaming usage
sync_byte: 71(0X47) // Should be 0x47 for plain-text
transport_error_indicator: 0(0X0)
payload_unit_start_indicator: 0(0X0)
transport_priority: 0(0X0)
PID: 4113(0X1011)
transport_scrambling_control: 0(0X0)// Not scrambled
adaptation_field_control: 1(0X1) // No adaptation_field, payload only
continuity_counter: 2(0X2) // wraps around to 0 after its maximum value, and shall not be increme...
00 01 02 03 04 05 06 07 08 09 0A 0B 0C 0D 0E 0F
----------------------------------------------------------------
000000 3E 8A 5C D5 47 10 11 12 FD 00 1F EE 7B 77 B9 ED | >.\.G.......{w..
000010 93 72 4A F7 4B B0 28 F6 F9 5E 82 07 EA CD E2 6D | .rJ.K.(..^.....m
000020 BC E7 C4 B9 B1 0C 87 E5 8B 1A B9 01 04 0D 6F C8 | ..............o.
000030 26 FF B1 38 90 6B 7F 1A 37 16 52 42 92 1B F0 D7 | &..8.k..7.RB....
000040 E3 85 F4 F9 09 D0 7A 14 48 6F A8 2F 2C 3E B6 FE | ......z.Ho./,>..
000050 9D 00 17 8B C0 04 5F 71 24 62 39 93 F5 8F ED 67 | ......_q$b9....g
000060 96 99 0D 92 5C B8 59 A5 37 F3 C2 D9 6C 1C DF DB | ....\.Y.7...l...
000070 8C 9E 5D 00 13 C7 42 19 1C 93 B1 5B E1 C0 0C C0 | ..]...B....[....
000080 1E E8 03 BF 70 07 3F CF F3 A4 C9 74 B8 F7 6B A6 | ....p.?....t..k.
000090 DD 92 E4 5B 60 7C 8A DE B1 18 10 BF E9 EF BC 3B | ...[`|.........;
0000A0 28 CA 92 E6 D9 1B 9B 90 E9 25 A4 B6 DF CB A9 40 | (........%.....@
0000B0 7D 1B DC F6 F0 03 3E 88 9C BB 2A 2D AB BE EE 15 | }.....>...*-....
Press any key to continue('q': quit)...
The tts or m2ts transport packet carry arrive time value based on 27MHZ in the first 4 bytes LSB 30bit, the below command be used to show its difference between 2 adjacent packets,
DumpTS 5.1ch_stereo.m2ts --diffATC | more
It will show like as:
pkt_idx: 0 [PID: 0X001E][header 4bytes: C0 00 00 01] CC:01 ATC: 0x00000001( 1), diff:
pkt_idx: 1 [PID: 0X001E][header 4bytes: C0 00 00 02] CC:02 ATC: 0x00000002( 2), diff: 1(0.000037ms)
pkt_idx: 2 [PID: 0X001F][header 4bytes: C0 00 00 03] CC:14 ATC: 0x00000003( 3), diff: 1(0.000037ms)
pkt_idx: 3 [PID: 0X001F][header 4bytes: C0 00 00 04] CC:15 ATC: 0x00000004( 4), diff: 1(0.000037ms)
pkt_idx: 4 [PID: 0X001F][header 4bytes: C0 00 00 05] CC:00 ATC: 0x00000005( 5), diff: 1(0.000037ms)
pkt_idx: 5 [PID: 0X001F][header 4bytes: C0 00 00 06] CC:01 ATC: 0x00000006( 6), diff: 1(0.000037ms)
pkt_idx: 6 [PID: 0X0100][header 4bytes: C0 09 80 75] CC:03 ATC: 0x00098075( 622709), diff: 622703(23.063074ms)
pkt_idx: 7 [PID: 0X0100][header 4bytes: C0 09 90 AF] CC:04 ATC: 0x000990AF( 626863), diff: 4154(0.153852ms)
pkt_idx: 8 [PID: 0X0100][header 4bytes: C0 09 98 C8] CC:05 ATC: 0x000998C8( 628936), diff: 2073(0.076778ms)
pkt_idx: 9 [PID: 0X0100][header 4bytes: C0 09 A0 E5] CC:06 ATC: 0x0009A0E5( 631013), diff: 2077(0.076926ms)
pkt_idx: 10 [PID: 0X0100][header 4bytes: C0 09 B1 1B] CC:07 ATC: 0x0009B11B( 635163), diff: 4150(0.153704ms)
pkt_idx: 11 [PID: 0X0100][header 4bytes: C0 09 B9 38] CC:08 ATC: 0x0009B938( 637240), diff: 2077(0.076926ms)
pkt_idx: 12 [PID: 0X0100][header 4bytes: C0 09 C1 55] CC:09 ATC: 0x0009C155( 639317), diff: 2077(0.076926ms)
pkt_idx: 13 [PID: 0X0100][header 4bytes: C0 09 C9 6E] CC:10 ATC: 0x0009C96E( 641390), diff: 2073(0.076778ms)
pkt_idx: 14 [PID: 0X0100][header 4bytes: C0 09 D1 8B] CC:11 ATC: 0x0009D18B( 643467), diff: 2077(0.076926ms)
pkt_idx: 15 [PID: 0X0100][header 4bytes: C0 09 D9 A8] CC:12 ATC: 0x0009D9A8( 645544), diff: 2077(0.076926ms)
pkt_idx: 16 [PID: 0X0100][header 4bytes: C0 09 E9 DE] CC:13 ATC: 0x0009E9DE( 649694), diff: 4150(0.153704ms)
pkt_idx: 17 [PID: 0X0100][header 4bytes: C0 09 F1 FB] CC:14 ATC: 0x0009F1FB( 651771), diff: 2077(0.076926ms)
pkt_idx: 18 [PID: 0X0100][header 4bytes: C0 09 FA 14] CC:15 ATC: 0x0009FA14( 653844), diff: 2073(0.076778ms)
pkt_idx: 19 [PID: 0X0100][header 4bytes: C0 0A 02 31] CC:00 ATC: 0x000A0231( 655921), diff: 2077(0.076926ms)
pkt_idx: 20 [PID: 0X0100][header 4bytes: C0 0A 12 68] CC:01 ATC: 0x000A1268( 660072), diff: 4151(0.153741ms)
pkt_idx: 21 [PID: 0X0100][header 4bytes: C0 0A 1A 84] CC:02 ATC: 0x000A1A84( 662148), diff: 2076(0.076889ms)
pkt_idx: 22 [PID: 0X0100][header 4bytes: C0 0A 22 A1] CC:03 ATC: 0x000A22A1( 664225), diff: 2077(0.076926ms)
pkt_idx: 23 [PID: 0X0100][header 4bytes: C0 0A 32 D7] CC:04 ATC: 0x000A32D7( 668375), diff: 4150(0.153704ms)
pkt_idx: 24 [PID: 0X0100][header 4bytes: C0 0A 3A F5] CC:05 ATC: 0x000A3AF5( 670453), diff: 2078(0.076963ms)
pkt_idx: 25 [PID: 0X0100][header 4bytes: C0 0A 43 0D] CC:06 ATC: 0x000A430D( 672525), diff: 2072(0.076741ms)
pkt_idx: 26 [PID: 0X0100][header 4bytes: C0 0A 4B 2B] CC:07 ATC: 0x000A4B2B( 674603), diff: 2078(0.076963ms)
pkt_idx: 27 [PID: 0X0100][header 4bytes: C0 0A 53 48] CC:08 ATC: 0x000A5348( 676680), diff: 2077(0.076926ms)
pkt_idx: 28 [PID: 0X0100][header 4bytes: C0 0A 63 7D] CC:09 ATC: 0x000A637D( 680829), diff: 4149(0.153667ms)
pkt_idx: 29 [PID: 0X0100][header 4bytes: C0 0A 6B 9A] CC:10 ATC: 0x000A6B9A( 682906), diff: 2077(0.076926ms)
pkt_idx: 30 [PID: 0X0100][header 4bytes: C0 0A 73 B4] CC:11 ATC: 0x000A73B4( 684980), diff: 2074(0.076815ms)
pkt_idx: 31 [PID: 0X0100][header 4bytes: C0 0A 7B D0] CC:12 ATC: 0x000A7BD0( 687056), diff: 2076(0.076889ms)
pkt_idx: 32 [PID: 0X0100][header 4bytes: C0 0A 83 ED] CC:13 ATC: 0x000A83ED( 689133), diff: 2077(0.076926ms)
pkt_idx: 33 [PID: 0X0100][header 4bytes: C0 0A 94 24] CC:14 ATC: 0x000A9424( 693284), diff: 4151(0.153741ms)
pkt_idx: 34 [PID: 0X0100][header 4bytes: C0 0A 9C 41] CC:15 ATC: 0x000A9C41( 695361), diff: 2077(0.076926ms)
pkt_idx: 35 [PID: 0X0100][header 4bytes: C0 0A A4 5A] CC:00 ATC: 0x000AA45A( 697434), diff: 2073(0.076778ms)
pkt_idx: 36 [PID: 0X0100][header 4bytes: C0 0A AC 77] CC:01 ATC: 0x000AAC77( 699511), diff: 2077(0.076926ms)
pkt_idx: 37 [PID: 0X0100][header 4bytes: C0 0A B4 94] CC:02 ATC: 0x000AB494( 701588), diff: 2077(0.076926ms)
pkt_idx: 38 [PID: 0X0100][header 4bytes: C0 0A BC AD] CC:03 ATC: 0x000ABCAD( 703661), diff: 2073(0.076778ms)
pkt_idx: 39 [PID: 0X0100][header 4bytes: C0 0A CC E7] CC:04 ATC: 0x000ACCE7( 707815), diff: 4154(0.153852ms)
pkt_idx: 40 [PID: 0X0100][header 4bytes: C0 0A D5 00] CC:05 ATC: 0x000AD500( 709888), diff: 2073(0.076778ms)
pkt_idx: 41 [PID: 0X0100][header 4bytes: C0 0A ED 53] CC:06 ATC: 0x000AED53( 716115), diff: 6227(0.230630ms)
pkt_idx: 42 [PID: 0X0100][header 4bytes: C0 0A FD 8D] CC:07 ATC: 0x000AFD8D( 720269), diff: 4154(0.153852ms)
pkt_idx: 43 [PID: 0X0100][header 4bytes: C0 0B 05 A6] CC:08 ATC: 0x000B05A6( 722342), diff: 2073(0.076778ms)
Since there are so many packets in one transport stream file, you may only want to show the abnormal difference, for example, the difference exceeds 16.6 milliseconds(16.6*27000 = 448200 27MHZ), you can specify the threshold with --diffATC
DumpTS 00001.m2ts --diffATC=448200
It will all transport packets which difference with its preceded packets is NOT less than 448200(27MHZ):
pkt_idx: 0 [PID: 0X0000][header 4bytes: 00 00 00 00] CC:00 ATC: 0x00000000( 0), diff:
pkt_idx: 20805 [PID: 0X1011][header 4bytes: 13 4E 03 FC] CC:11 ATC: 0x134E03FC( 323879932), diff: 449395(16.644260ms)
pkt_idx: 22398 [PID: 0X1011][header 4bytes: 15 05 E9 29] CC:09 ATC: 0x1505E929( 352708905), diff: 449395(16.644260ms)
pkt_idx: 22588 [PID: 0X1011][header 4bytes: 15 66 23 A0] CC:02 ATC: 0x156623A0( 359015328), diff: 449396(16.644297ms)
pkt_idx: 23213 [PID: 0X1011][header 4bytes: 15 E1 DB C0] CC:01 ATC: 0x15E1DBC0( 367123392), diff: 449396(16.644297ms)
pkt_idx: 23297 [PID: 0X1011][header 4bytes: 16 1F B7 D0] CC:06 ATC: 0x161FB7D0( 371177424), diff: 449396(16.644297ms)
pkt_idx: 23972 [PID: 0X1011][header 4bytes: 16 BD CE 56] CC:04 ATC: 0x16BDCE56( 381537878), diff: 449395(16.644260ms)
pkt_idx: 28672 [PID: 0X1011][header 4bytes: 1B AE 7D 40] CC:04 ATC: 0x1BAE7D40( 464420160), diff: 449396(16.644297ms)
pkt_idx: 29488 [PID: 0X1011][header 4bytes: 1C 8A 6F D6] CC:13 ATC: 0x1C8A6FD6( 478834646), diff: 449395(16.644260ms)
pkt_idx: 29561 [PID: 0X1011][header 4bytes: 1C C8 4B E6] CC:07 ATC: 0x1CC84BE6( 482888678), diff: 449395(16.644260ms)
pkt_idx: 30304 [PID: 0X1011][header 4bytes: 1D 66 62 6C] CC:09 ATC: 0x1D66626C( 493249132), diff: 449395(16.644260ms)
pkt_idx: 40747 [PID: 0X1011][header 4bytes: 26 A2 CE 46] CC:03 ATC: 0x26A2CE46( 648203846), diff: 449395(16.644260ms)
pkt_idx: 42362 [PID: 0X1011][header 4bytes: 28 5A B3 73] CC:07 ATC: 0x285AB373( 677032819), diff: 449395(16.644260ms)
pkt_idx: 44614 [PID: 0X1011][header 4bytes: 2A 72 D3 16] CC:06 ATC: 0x2A72D316( 712168214), diff: 449395(16.644260ms)
pkt_idx: 46364 [PID: 0X1011][header 4bytes: 2C 6F 6F C6] CC:07 ATC: 0x2C6F6FC6( 745500614), diff: 449395(16.644260ms)
pkt_idx: 46443 [PID: 0X1011][header 4bytes: 2C AD 4B D6] CC:04 ATC: 0x2CAD4BD6( 749554646), diff: 449395(16.644260ms)
pkt_idx: 47170 [PID: 0X1011][header 4bytes: 2D 4B 62 5C] CC:06 ATC: 0x2D4B625C( 759915100), diff: 449395(16.644260ms)
pkt_idx: 47247 [PID: 0X1011][header 4bytes: 2D 89 3E 6C] CC:04 ATC: 0x2D893E6C( 763969132), diff: 449395(16.644260ms)
pkt_idx: 48801 [PID: 0X1011][header 4bytes: 2F 03 47 89] CC:10 ATC: 0x2F034789( 788744073), diff: 449395(16.644260ms)
pkt_idx: 48874 [PID: 0X1011][header 4bytes: 2F 41 23 99] CC:04 ATC: 0x2F412399( 792798105), diff: 449395(16.644260ms)
pkt_idx: 49599 [PID: 0X1011][header 4bytes: 2F DF 3A 20] CC:04 ATC: 0x2FDF3A20( 803158560), diff: 449396(16.644297ms)
pkt_idx: 49651 [PID: 0X1011][header 4bytes: 30 01 98 86] CC:05 ATC: 0x30019886( 805410950), diff: 449395(16.644260ms)
pkt_idx: 50238 [PID: 0X1011][header 4bytes: 30 3F 74 96] CC:00 ATC: 0x303F7496( 809464982), diff: 449395(16.644260ms)
pkt_idx: 50411 [PID: 0X1011][header 4bytes: 30 BB 2C B6] CC:12 ATC: 0x30BB2CB6( 817573046), diff: 449395(16.644260ms)
pkt_idx: 50464 [PID: 0X1011][header 4bytes: 30 DD 8B 1C] CC:14 ATC: 0x30DD8B1C( 819825436), diff: 449395(16.644260ms)
pkt_idx: 51049 [PID: 0X1011][header 4bytes: 31 1B 67 2C] CC:04 ATC: 0x311B672C( 823879468), diff: 449395(16.644260ms)
pkt_idx: 51847 [PID: 0X1011][header 4bytes: 31 F7 59 C3] CC:11 ATC: 0x31F759C3( 838293955), diff: 449395(16.644260ms)
pkt_idx: 52851 [PID: 0X1011][header 4bytes: 33 71 62 E0] CC:14 ATC: 0x337162E0( 863068896), diff: 449396(16.644297ms)
pkt_idx: 55386 [PID: 0X1011][header 4bytes: 35 AB DB A0] CC:05 ATC: 0x35ABDBA0( 900455328), diff: 449396(16.644297ms)
pkt_idx: 55444 [PID: 0X1011][header 4bytes: 35 E9 B7 B0] CC:12 ATC: 0x35E9B7B0( 904509360), diff: 449396(16.644297ms)
pkt_idx: 56081 [PID: 0X1011][header 4bytes: 36 87 CE 36] CC:05 ATC: 0x3687CE36( 914869814), diff: 449395(16.644260ms)
pkt_idx: 56140 [PID: 0X1011][header 4bytes: 36 C5 AA 46] CC:00 ATC: 0x36C5AA46( 918923846), diff: 449395(16.644260ms)
pkt_idx: 56173 [PID: 0X1011][header 4bytes: 36 E8 08 AC] CC:14 ATC: 0x36E808AC( 921176236), diff: 449395(16.644260ms)
pkt_idx: 56787 [PID: 0X1011][header 4bytes: 37 63 C0 CC] CC:03 ATC: 0x3763C0CC( 929284300), diff: 449395(16.644260ms)
pkt_idx: 56848 [PID: 0X1011][header 4bytes: 37 A1 9C DC] CC:13 ATC: 0x37A19CDC( 933338332), diff: 449395(16.644260ms)
pkt_idx: 57575 [PID: 0X1011][header 4bytes: 38 7D 8F 73] CC:00 ATC: 0x387D8F73( 947752819), diff: 449395(16.644260ms)
pkt_idx: 57610 [PID: 0X1011][header 4bytes: 38 9F ED D9] CC:00 ATC: 0x389FEDD9( 950005209), diff: 449395(16.644260ms)
pkt_idx: 58229 [PID: 0X1011][header 4bytes: 39 1B A5 F9] CC:09 ATC: 0x391BA5F9( 958113273), diff: 449395(16.644260ms)
pkt_idx: 58266 [PID: 0X1011][header 4bytes: 39 3E 04 60] CC:11 ATC: 0x393E0460( 960365664), diff: 449396(16.644297ms)
pkt_idx: 58320 [PID: 0X1011][header 4bytes: 39 7B E0 70] CC:02 ATC: 0x397BE070( 964419696), diff: 449396(16.644297ms)
pkt_idx: 58978 [PID: 0X1011][header 4bytes: 3A 19 F6 F6] CC:15 ATC: 0x3A19F6F6( 974780150), diff: 449395(16.644260ms)
pkt_idx: 59605 [PID: 0X1011][header 4bytes: 3A B8 0D 7C] CC:13 ATC: 0x3AB80D7C( 985140604), diff: 449395(16.644260ms)
pkt_idx: 59667 [PID: 0X1011][header 4bytes: 3A F5 E9 8C] CC:09 ATC: 0x3AF5E98C( 989194636), diff: 449395(16.644260ms)
pkt_idx: 59721 [PID: 0X1011][header 4bytes: 3B 33 C5 9C] CC:00 ATC: 0x3B33C59C( 993248668), diff: 449395(16.644260ms)
pkt_idx: 60327 [PID: 0X1011][header 4bytes: 3B D1 DC 23] CC:09 ATC: 0x3BD1DC23(1003609123), diff: 449395(16.644260ms)
pkt_idx: 60988 [PID: 0X1011][header 4bytes: 3C 6F F2 A9] CC:09 ATC: 0x3C6FF2A9(1013969577), diff: 449395(16.644260ms)
pkt_idx: 61018 [PID: 0X1011][header 4bytes: 3C 92 51 10] CC:04 ATC: 0x3C925110(1016221968), diff: 449396(16.644297ms)
pkt_idx: 61053 [PID: 0X1011][header 4bytes: 3C AD CE B9] CC:11 ATC: 0x3CADCEB9(1018023609), diff: 449395(16.644260ms)
pkt_idx: 63379 [PID: 0X1011][header 4bytes: 3F 86 5E 00] CC:11 ATC: 0x3F865E00(1065770496), diff: 449396(16.644297ms)
pkt_idx: 63957 [PID: 0X1011][header 4bytes: 3F C4 3A 10] CC:11 ATC: 0x3FC43A10(1069824528), diff: 449396(16.644297ms)
pkt_idx: 64028 [PID: 0X1011][header 4bytes: 00 02 16 20] CC:03 ATC: 0x00021620( 136736), diff: 449396(16.644297ms)
pkt_idx: 64063 [PID: 0X1011][header 4bytes: 00 24 74 86] CC:03 ATC: 0x00247486( 2389126), diff: 449395(16.644260ms)
pkt_idx: 64132 [PID: 0X1011][header 4bytes: 00 62 50 96] CC:05 ATC: 0x00625096( 6443158), diff: 449395(16.644260ms)
pkt_idx: 64708 [PID: 0X1011][header 4bytes: 00 A0 2C A6] CC:06 ATC: 0x00A02CA6( 10497190), diff: 449395(16.644260ms)
pkt_idx: 64758 [PID: 0X1011][header 4bytes: 00 C2 8B 0C] CC:05 ATC: 0x00C28B0C( 12749580), diff: 449395(16.644260ms)
pkt_idx: 64781 [PID: 0X1011][header 4bytes: 00 DE 08 B6] CC:13 ATC: 0x00DE08B6( 14551222), diff: 449395(16.644260ms)
pkt_idx: 64884 [PID: 0X1011][header 4bytes: 01 3E 43 2C] CC:01 ATC: 0x013E432C( 20857644), diff: 449395(16.644260ms)
pkt_idx: 65589 [PID: 0X1011][header 4bytes: 01 DC 59 B3] CC:13 ATC: 0x01DC59B3( 31218099), diff: 449395(16.644260ms)
pkt_idx: 66289 [PID: 0X1011][header 4bytes: 02 7A 70 39] CC:05 ATC: 0x027A7039( 41578553), diff: 449395(16.644260ms)
pkt_idx: 66348 [PID: 0X1011][header 4bytes: 02 B8 4C 49] CC:00 ATC: 0x02B84C49( 45632585), diff: 449395(16.644260ms)
pkt_idx: 66407 [PID: 0X1011][header 4bytes: 02 F6 28 59] CC:09 ATC: 0x02F62859( 49686617), diff: 449395(16.644260ms)
pkt_idx: 67148 [PID: 0X1011][header 4bytes: 03 94 3E E0] CC:00 ATC: 0x03943EE0( 60047072), diff: 449396(16.644297ms)
pkt_idx: 67870 [PID: 0X1011][header 4bytes: 04 32 55 66] CC:14 ATC: 0x04325566( 70407526), diff: 449395(16.644260ms)
pkt_idx: 71809 [PID: 0X1011][header 4bytes: 08 84 ED C9] CC:02 ATC: 0x0884EDC9( 142929353), diff: 449395(16.644260ms)
pkt_idx: 72623 [PID: 0X1011][header 4bytes: 09 60 E0 60] CC:12 ATC: 0x0960E060( 157343840), diff: 449396(16.644297ms)
pkt_idx: 72688 [PID: 0X1011][header 4bytes: 09 9E BC 70] CC:11 ATC: 0x099EBC70( 161397872), diff: 449396(16.644297ms)
pkt_idx: 74279 [PID: 0X1011][header 4bytes: 0B 18 C5 8C] CC:09 ATC: 0x0B18C58C( 186172812), diff: 449395(16.644260ms)
pkt_idx: 75129 [PID: 0X1011][header 4bytes: 0B F4 B8 23] CC:01 ATC: 0x0BF4B823( 200587299), diff: 449395(16.644260ms)
pkt_idx: 75256 [PID: 0X1011][header 4bytes: 0C 54 F2 99] CC:10 ATC: 0x0C54F299( 206893721), diff: 449395(16.644260ms)
pkt_idx: 77878 [PID: 0X1011][header 4bytes: 0E 2F 36 2C] CC:13 ATC: 0x0E2F362C( 237975084), diff: 449395(16.644260ms)
pkt_idx: 87676 [PID: 0X1011][header 4bytes: 16 8F AF 70] CC:14 ATC: 0x168FAF70( 378515312), diff: 449396(16.644297ms)
pkt_idx: 88557 [PID: 0X1011][header 4bytes: 17 2D C5 F6] CC:10 ATC: 0x172DC5F6( 388875766), diff: 449395(16.644260ms)
pkt_idx: 88648 [PID: 0X1011][header 4bytes: 17 6B A2 06] CC:06 ATC: 0x176BA206( 392929798), diff: 449395(16.644260ms)
pkt_idx: 90615 [PID: 0X1011][header 4bytes: 19 23 87 33] CC:09 ATC: 0x19238733( 421758771), diff: 449395(16.644260ms)
pkt_idx: 90680 [PID: 0X1011][header 4bytes: 19 45 E5 99] CC:07 ATC: 0x1945E599( 424011161), diff: 449395(16.644260ms)
pkt_idx: 91488 [PID: 0X1011][header 4bytes: 19 C1 9D B9] CC:14 ATC: 0x19C19DB9( 432119225), diff: 449395(16.644260ms)
pkt_idx: 92550 [PID: 0X1100][header 4bytes: 1A DB 6C 60] CC:04 ATC: 0x1ADB6C60( 450587744), diff: 449396(16.644297ms)
pkt_idx: 99029 [PID: 0X1011][header 4bytes: 20 6A 31 D0] CC:04 ATC: 0x206A31D0( 543830480), diff: 449396(16.644297ms)
pkt_idx: 99098 [PID: 0X1011][header 4bytes: 20 A8 0D E0] CC:10 ATC: 0x20A80DE0( 547884512), diff: 449396(16.644297ms)
pkt_idx: 99879 [PID: 0X1011][header 4bytes: 21 46 24 66] CC:02 ATC: 0x21462466( 558244966), diff: 449395(16.644260ms)
pkt_idx: 99954 [PID: 0X1011][header 4bytes: 21 84 00 76] CC:11 ATC: 0x21840076( 562298998), diff: 449395(16.644260ms)
pkt_idx: 100880 [PID: 0X1011][header 4bytes: 22 82 51 73] CC:02 ATC: 0x22825173( 578965875), diff: 449395(16.644260ms)
pkt_idx: 101613 [PID: 0X1011][header 4bytes: 22 FE 09 93] CC:13 ATC: 0x22FE0993( 587073939), diff: 449395(16.644260ms)
pkt_idx: 101666 [PID: 0X1011][header 4bytes: 23 20 67 F9] CC:15 ATC: 0x232067F9( 589326329), diff: 449395(16.644260ms)
pkt_idx: 101733 [PID: 0X1011][header 4bytes: 23 5E 44 09] CC:03 ATC: 0x235E4409( 593380361), diff: 449395(16.644260ms)
pkt_idx: 102481 [PID: 0X1011][header 4bytes: 23 D9 FC 29] CC:13 ATC: 0x23D9FC29( 601488425), diff: 449395(16.644260ms)
pkt_idx: 105116 [PID: 0X1011][header 4bytes: 26 90 2D 09] CC:06 ATC: 0x26902D09( 646982921), diff: 449395(16.644260ms)
pkt_idx: 105193 [PID: 0X1100][header 4bytes: 26 CE 09 19] CC:04 ATC: 0x26CE0919( 651036953), diff: 449395(16.644260ms)
pkt_idx: 107789 [PID: 0X1011][header 4bytes: 29 08 87 23] CC:04 ATC: 0x29088723( 688424739), diff: 449395(16.644260ms)
pkt_idx: 109001 [PID: 0X1011][header 4bytes: 2A 82 90 40] CC:07 ATC: 0x2A829040( 713199680), diff: 449396(16.644297ms)
pkt_idx: 110586 [PID: 0X1011][header 4bytes: 2B 9C 5E E6] CC:01 ATC: 0x2B9C5EE6( 731668198), diff: 449395(16.644260ms)
pkt_idx: 110657 [PID: 0X1011][header 4bytes: 2B BE BD 4C] CC:05 ATC: 0x2BBEBD4C( 733920588), diff: 449395(16.644260ms)
pkt_idx: 111486 [PID: 0X1011][header 4bytes: 2C 5C D3 D3] CC:14 ATC: 0x2C5CD3D3( 744281043), diff: 449395(16.644260ms)
pkt_idx: 111590 [PID: 0X1011][header 4bytes: 2C 9A AF E3] CC:06 ATC: 0x2C9AAFE3( 748335075), diff: 449395(16.644260ms)
pkt_idx: 111793 [PID: 0X1011][header 4bytes: 2D 16 68 03] CC:00 ATC: 0x2D166803( 756443139), diff: 449395(16.644260ms)
pkt_idx: 112420 [PID: 0X1011][header 4bytes: 2D 38 C6 69] CC:15 ATC: 0x2D38C669( 758695529), diff: 449395(16.644260ms)
pkt_idx: 112523 [PID: 0X1011][header 4bytes: 2D 76 A2 79] CC:04 ATC: 0x2D76A279( 762749561), diff: 449395(16.644260ms)
pkt_idx: 116402 [PID: 0X1011][header 4bytes: 31 2B 24 56] CC:02 ATC: 0x312B2456( 824910934), diff: 449395(16.644260ms)
pkt_idx: 117357 [PID: 0X1011][header 4bytes: 32 07 16 EC] CC:08 ATC: 0x320716EC( 839325420), diff: 449395(16.644260ms)
The maximum diff of ATC between transport packets: 449396(16.6442ms).
The minimum diff of ATC between transport packets: 1353(0.0501ms).
And the maximum and minimum difference can also be displayed.
Sometimes, you may want to check the ATC difference only for the transport with the same PID, --pid can be specified for it:
DumpTS 00001.m2ts --diffATC --pid=0
It will show the difference between 2 adjacent PAT transport packets
pkt_idx: 0 [PID: 0X0000][header 4bytes: 00 00 00 00] CC:00 ATC: 0x00000000( 0), diff:
pkt_idx: 362 [PID: 0X0000][header 4bytes: 00 28 C5 86] CC:01 ATC: 0x0028C586( 2672006), diff: 2672006(98.963181ms)
pkt_idx: 447 [PID: 0X0000][header 4bytes: 00 51 85 C3] CC:02 ATC: 0x005185C3( 5342659), diff: 2670653(98.913071ms)
pkt_idx: 543 [PID: 0X0000][header 4bytes: 00 7A 46 00] CC:03 ATC: 0x007A4600( 8013312), diff: 2670653(98.913071ms)
pkt_idx: 583 [PID: 0X0000][header 4bytes: 00 A3 0B 86] CC:04 ATC: 0x00A30B86( 10685318), diff: 2672006(98.963181ms)
pkt_idx: 682 [PID: 0X0000][header 4bytes: 00 CB D1 0C] CC:05 ATC: 0x00CBD10C( 13357324), diff: 2672006(98.963181ms)
pkt_idx: 997 [PID: 0X0000][header 4bytes: 00 F4 96 93] CC:06 ATC: 0x00F49693( 16029331), diff: 2672007(98.963219ms)
pkt_idx: 1113 [PID: 0X0000][header 4bytes: 01 1D 5C 19] CC:07 ATC: 0x011D5C19( 18701337), diff: 2672006(98.963181ms)
pkt_idx: 1158 [PID: 0X0000][header 4bytes: 01 46 21 A0] CC:08 ATC: 0x014621A0( 21373344), diff: 2672007(98.963219ms)
pkt_idx: 1266 [PID: 0X0000][header 4bytes: 01 6E E7 26] CC:09 ATC: 0x016EE726( 24045350), diff: 2672006(98.963181ms)
pkt_idx: 1366 [PID: 0X0000][header 4bytes: 01 97 AC AC] CC:10 ATC: 0x0197ACAC( 26717356), diff: 2672006(98.963181ms)
pkt_idx: 1751 [PID: 0X0000][header 4bytes: 01 C0 72 33] CC:11 ATC: 0x01C07233( 29389363), diff: 2672007(98.963219ms)
pkt_idx: 1802 [PID: 0X0000][header 4bytes: 01 E9 37 B9] CC:12 ATC: 0x01E937B9( 32061369), diff: 2672006(98.963181ms)
...
The maximum diff of ATC between transport packets: 2673360(99.0133ms).
The minimum diff of ATC between transport packets: 2670653(98.9130ms).
You may want to show the ATC difference between the first and last transport packets of each AU or PES payload in a specified stream, --payload_first_last can be specified for it,
DumpTS Mono_AAC_test.m2ts --diffATC --pid=0x100 --payload_first_last
It will show the result with more detailed, pure_duration only sum the duration of transport packets of current AU or PES payload, diff will sum all durations of transport packets between the first and last transport stream of each AU/PES payload:
payload_idx: 0 [PID: 0X0100] len:300480(B) diff[packet first: 2 ~ last: 1577]: 2374048( 87.9277ms), pure duration: 2353216( 87.1561ms)
payload_idx: 1 [PID: 0X0100] len: 18432(B) diff[packet first: 1578 ~ last: 1675]: 145824( 5.4008ms), pure duration: 142848( 5.2906ms)
payload_idx: 2 [PID: 0X0100] len: 18432(B) diff[packet first: 1676 ~ last: 1771]: 172640( 6.3940ms), pure duration: 172640( 6.3940ms)
payload_idx: 3 [PID: 0X0100] len: 96960(B) diff[packet first: 1772 ~ last: 2279]: 902888( 33.4402ms), pure duration: 844386( 31.2735ms)
payload_idx: 4 [PID: 0X0100] len: 32064(B) diff[packet first: 2281 ~ last: 2447]: 902829( 33.4381ms), pure duration: 727252( 26.9352ms)
payload_idx: 5 [PID: 0X0100] len: 36096(B) diff[packet first: 2449 ~ last: 2636]: 891711( 33.0263ms), pure duration: 891711( 33.0263ms)
payload_idx: 6 [PID: 0X0100] len: 63360(B) diff[packet first: 2637 ~ last: 2967]: 902570( 33.4285ms), pure duration: 901082( 33.3734ms)
payload_idx: 7 [PID: 0X0100] len: 32064(B) diff[packet first: 2968 ~ last: 3135]: 902974( 33.4434ms), pure duration: 901486( 33.3883ms)
payload_idx: 8 [PID: 0X0100] len: 32064(B) diff[packet first: 3136 ~ last: 3302]: 902736( 33.4346ms), pure duration: 369808( 13.6965ms)
payload_idx: 9 [PID: 0X0100] len: 1536(B) diff[packet first: 3304 ~ last: 3311]: 902690( 33.4329ms), pure duration: 547072( 20.2619ms)
payload_idx: 10 [PID: 0X0100] len: 1920(B) diff[packet first: 3313 ~ last: 3322]: 902692( 33.4330ms), pure duration: 724382( 26.8289ms)
payload_idx: 11 [PID: 0X0100] len: 1920(B) diff[packet first: 3324 ~ last: 3333]: 903178( 33.4510ms), pure duration: 901690( 33.3959ms)
payload_idx: 12 [PID: 0X0100] len: 1152(B) diff[packet first: 3335 ~ last: 3340]: 891398( 33.0147ms), pure duration: 891398( 33.0147ms)
payload_idx: 13 [PID: 0X0100] len: 1536(B) diff[packet first: 3341 ~ last: 3348]: 902697( 33.4332ms), pure duration: 187114( 6.9301ms)
payload_idx: 14 [PID: 0X0100] len: 1728(B) diff[packet first: 3350 ~ last: 3358]: 902690( 33.4329ms), pure duration: 364417( 13.4969ms)
payload_idx: 15 [PID: 0X0100] len:300288(B) diff[packet first: 3360 ~ last: 4933]: 2367743( 87.6941ms), pure duration: 2352863( 87.1430ms)
payload_idx: 16 [PID: 0X0100] len: 18240(B) diff[packet first: 4934 ~ last: 5030]: 144336( 5.3457ms), pure duration: 141360( 5.2355ms)
payload_idx: 17 [PID: 0X0100] len: 18432(B) diff[packet first: 5031 ~ last: 5126]: 196016( 7.2598ms), pure duration: 191664( 7.0986ms)
payload_idx: 18 [PID: 0X0100] len:101952(B) diff[packet first: 5128 ~ last: 5660]: 891379( 33.0140ms), pure duration: 815045( 30.1868ms)
payload_idx: 19 [PID: 0X0100] len: 27264(B) diff[packet first: 5663 ~ last: 5805]: 903189( 33.4514ms), pure duration: 506692( 18.7663ms)
payload_idx: 20 [PID: 0X0100] len: 32832(B) diff[packet first: 5808 ~ last: 5980]: 902716( 33.4339ms), pure duration: 359368( 13.3099ms)
payload_idx: 21 [PID: 0X0100] len: 59904(B) diff[packet first: 5984 ~ last: 6296]: 902691( 33.4330ms), pure duration: 464256( 17.1946ms)
payload_idx: 22 [PID: 0X0100] len: 31104(B) diff[packet first: 6299 ~ last: 6463]: 902692( 33.4330ms), pure duration: 667786( 24.7328ms)
payload_idx: 23 [PID: 0X0100] len: 31296(B) diff[packet first: 6467 ~ last: 6629]: 902691( 33.4330ms), pure duration: 350601( 12.9852ms)
payload_idx: 24 [PID: 0X0100] len: 1536(B) diff[packet first: 6633 ~ last: 6640]: 891881( 33.0326ms), pure duration: 29099( 1.0777ms)
......
payload_idx: 1869 [PID: 0X0100] len: 89088(B) diff[packet first:638472 ~ last: 638938]: 902308( 33.4188ms), pure duration: 701301( 25.9741ms)
payload_idx: 1870 [PID: 0X0100] len: 19392(B) diff[packet first:638944 ~ last: 639045]: 151776( 5.6213ms), pure duration: 151776( 5.6213ms)
The maximum diff of ATC between transport packets: 4295447(159.0906ms).
The minimum diff of ATC between transport packets: 14880(0.5511ms).
The maximum diff sum of PID:0x0100 of ATC between transport packets: 4268663(158.0986ms).
The minimum diff sum of PID:0x0100 of ATC between transport packets: 11904(0.4408ms).
Show each PCR point, and calculate the dynamic transport rate,
DumpTS Mono_AAC_test.m2ts --showPCR
It will show:
-> PCR_PID: 0X01FF PCR(base: 3213312641(90KHZ), ext: 184,963993792484(27MHZ),35703473.795(ms)), transport_rate: 0.00bps, ATC:847376356(27MHZ)
-> PCR_PID: 0X01FF PCR(base: 3213316246(90KHZ), ext: 60,963994873860(27MHZ),35703513.846(ms)), transport_rate: 27.57Mbps, ATC:848457732(27MHZ)
-> PCR_PID: 0X01FF PCR(base: 3213319850(90KHZ), ext: 248,963995955248(27MHZ),35703553.898(ms)), transport_rate: 26.73Mbps, ATC:849539120(27MHZ)
-> PCR_PID: 0X01FF PCR(base: 3213323450(90KHZ), ext: 248,963997035248(27MHZ),35703593.898(ms)), transport_rate: 12.05Mbps, ATC:850619120(27MHZ)
-> PCR_PID: 0X01FF PCR(base: 3213327055(90KHZ), ext: 8,963998116508(27MHZ),35703633.944(ms)), transport_rate: 7.32Mbps, ATC:851700380(27MHZ)
-> PCR_PID: 0X01FF PCR(base: 3213330659(90KHZ), ext: 188,963999197888(27MHZ),35703673.995(ms)), transport_rate: 17.29Mbps, ATC:852781760(27MHZ)
-> PCR_PID: 0X01FF PCR(base: 3213334259(90KHZ), ext: 188,964000277888(27MHZ),35703713.995(ms)), transport_rate: 8.17Mbps, ATC:853861760(27MHZ)
-> PCR_PID: 0X01FF PCR(base: 3213337859(90KHZ), ext: 188,964001357888(27MHZ),35703753.995(ms)), transport_rate:345.60Kbps, ATC:854941760(27MHZ)
-> PCR_PID: 0X01FF PCR(base: 3213341459(90KHZ), ext: 188,964002437888(27MHZ),35703793.995(ms)), transport_rate:422.40Kbps, ATC:856021760(27MHZ)
-> PCR_PID: 0X01FF PCR(base: 3213345059(90KHZ), ext: 188,964003517888(27MHZ),35703833.995(ms)), transport_rate:422.40Kbps, ATC:857101760(27MHZ)
-> PCR_PID: 0X01FF PCR(base: 3213348659(90KHZ), ext: 188,964004597888(27MHZ),35703873.995(ms)), transport_rate:576.00Kbps, ATC:858181760(27MHZ)
-> PCR_PID: 0X01FF PCR(base: 3213352259(90KHZ), ext: 188,964005677888(27MHZ),35703913.995(ms)), transport_rate:384.00Kbps, ATC:859261760(27MHZ)
-> PCR_PID: 0X01FF PCR(base: 3213355861(90KHZ), ext: 228,964006758528(27MHZ),35703954.019(ms)), transport_rate: 13.73Mbps, ATC:860342400(27MHZ)
-> PCR_PID: 0X01FF PCR(base: 3213359466(90KHZ), ext: 104,964007839904(27MHZ),35703994.070(ms)), transport_rate: 27.57Mbps, ATC:861423776(27MHZ)
-> PCR_PID: 0X01FF PCR(base: 3213363066(90KHZ), ext: 104,964008919904(27MHZ),35704034.070(ms)), transport_rate: 26.53Mbps, ATC:862503776(27MHZ)
-> PCR_PID: 0X01FF PCR(base: 3213366670(90KHZ), ext: 168,964010001168(27MHZ),35704074.117(ms)), transport_rate: 25.04Mbps, ATC:863585040(27MHZ)
-> PCR_PID: 0X01FF PCR(base: 3213370270(90KHZ), ext: 168,964011081168(27MHZ),35704114.117(ms)), transport_rate: 7.71Mbps, ATC:864665040(27MHZ)
-> PCR_PID: 0X01FF PCR(base: 3213373870(90KHZ), ext: 168,964012161168(27MHZ),35704154.117(ms)), transport_rate: 12.17Mbps, ATC:865745040(27MHZ)
-> PCR_PID: 0X01FF PCR(base: 3213377470(90KHZ), ext: 168,964013241168(27MHZ),35704194.117(ms)), transport_rate: 6.45Mbps, ATC:866825040(27MHZ)
-> PCR_PID: 0X01FF PCR(base: 3213381070(90KHZ), ext: 168,964014321168(27MHZ),35704234.117(ms)), transport_rate: 6.37Mbps, ATC:867905040(27MHZ)
...
-> PCR_PID: 0X01FF PCR(base: 3218914464(90KHZ), ext: 268,965674339468(27MHZ),35765716.276(ms)), transport_rate: 14.11Mbps, ATC:380439692(27MHZ)
-> PCR_PID: 0X01FF PCR(base: 3218918064(90KHZ), ext: 268,965675419468(27MHZ),35765756.276(ms)), transport_rate: 5.06Mbps, ATC:381519692(27MHZ)
-> PCR_PID: 0X01FF PCR(base: 3218921669(90KHZ), ext: 28,965676500728(27MHZ),35765796.323(ms)), transport_rate: 2.30Mbps, ATC:382600952(27MHZ)
The max diff between diff ATC and diff PCR: 300(270MHZ), 0.011(ms).
The max transport rate: 27574468bps(27.57Mbps)
The average transport rate: 15730192bps(15.73Mbps)
The first pts(27MHZ) The first dts(27MHZ)
----------------------------------------------------------
PID:0X0100 964008910800 964006208100
PID:0X0110 964006295100
PCR_PID: 0X01FF, The initial PCR value: 963993792484(27MHZ), diff with minimum dts: 12415616 (27MHZ)/459.0837(ms)
A .csv file can be generated based on ATC, PCR, the PTS/DTS of each streams at each transport packet,
DumpTS Test.tts --showPCRDiagram --output=test.csv
After a .csv file is generated, you can get the below diagram generated by EXCEL
You can also specify the showPCRDiagram with value 'full', and then every transport packet will have a record, but the database may be very huge, and exceed EXCEL process range
DumpTS Test.tts --showPCRDiagram=full --output=test.csv
DumpTS Test.tts --showPCRDiagram=full --stdout
the second command output the result to console.
Multiplex system normally used the dts clock system to construct the PCR and decide the multiplex policy, use the option --diffATCDTS to check the total difference of 2 clock system for audio and video elementary
DumpTS Mono_AAC_test.m2ts --diffATCDTS --pid=0x110,0x100
It will check ATC timeline and DTS timeline of the latest audio and video payload/AU:
...
pkt# 62887 PID: 0X0110 delta_atc_sum: 663902(27MHZ)/ 24.588(ms)--delta_dts:-8222700(27MHZ)/-304.544(ms) | delta: -8886602(27MHZ)/-329.133(ms)
pkt# 62889 PID: 0X0100 delta_atc_sum:-238789(27MHZ)/ -8.844(ms)--delta_dts:-9123600(27MHZ)/-337.911(ms) | delta: -8884811(27MHZ)/-329.067(ms)
pkt# 63154 PID: 0X0110 delta_atc_sum: 394320(27MHZ)/ 14.604(ms)--delta_dts:-8547600(27MHZ)/-316.577(ms) | delta: -8941920(27MHZ)/-331.182(ms)
pkt# 63164 PID: 0X0100 delta_atc_sum:-497307(27MHZ)/-18.418(ms)--delta_dts:-9448500(27MHZ)/-349.944(ms) | delta: -8951193(27MHZ)/-331.525(ms)
pkt# 63179 PID: 0X0110 delta_atc_sum: 22320(27MHZ)/ 0.826(ms)--delta_dts:-8872500(27MHZ)/-328.611(ms) | delta: -8894820(27MHZ)/-329.437(ms)
pkt# 63182 PID: 0X0110 delta_atc_sum: 602097(27MHZ)/ 22.299(ms)--delta_dts:-8296500(27MHZ)/-307.277(ms) | delta: -8898597(27MHZ)/-329.577(ms)
pkt# 63183 PID: 0X0100 delta_atc_sum:-300855(27MHZ)/-11.142(ms)--delta_dts:-9197400(27MHZ)/-340.644(ms) | delta: -8896545(27MHZ)/-329.501(ms)
pkt# 63200 PID: 0X0110 delta_atc_sum: 280185(27MHZ)/ 10.377(ms)--delta_dts:-8621400(27MHZ)/-319.311(ms) | delta: -8901585(27MHZ)/-329.688(ms)
pkt# 63202 PID: 0X0110 delta_atc_sum: 850424(27MHZ)/ 31.497(ms)--delta_dts:-8045400(27MHZ)/-297.977(ms) | delta: -8895824(27MHZ)/-329.474(ms)
pkt# 63203 PID: 0X0100 delta_atc_sum: -52268(27MHZ)/ -1.935(ms)--delta_dts:-8946300(27MHZ)/-331.344(ms) | delta: -8894032(27MHZ)/-329.408(ms)
pkt# 63213 PID: 0X0110 delta_atc_sum: 530262(27MHZ)/ 19.639(ms)--delta_dts:-8370300(27MHZ)/-310.011(ms) | delta: -8900562(27MHZ)/-329.650(ms)
pkt# 63214 PID: 0X0100 delta_atc_sum:-372430(27MHZ)/-13.793(ms)--delta_dts:-9271200(27MHZ)/-343.377(ms) | delta: -8898770(27MHZ)/-329.584(ms)
pkt# 63225 PID: 0X0110 delta_atc_sum: 196310(27MHZ)/ 7.270(ms)--delta_dts:-8695200(27MHZ)/-322.044(ms) | delta: -8891510(27MHZ)/-329.315(ms)
pkt# 63227 PID: 0X0110 delta_atc_sum: 775873(27MHZ)/ 28.736(ms)--delta_dts:-8119200(27MHZ)/-300.711(ms) | delta: -8895073(27MHZ)/-329.447(ms)
pkt# 63228 PID: 0X0100 delta_atc_sum:-126819(27MHZ)/ -4.697(ms)--delta_dts:-9020100(27MHZ)/-334.077(ms) | delta: -8893281(27MHZ)/-329.380(ms)
pkt# 63239 PID: 0X0110 delta_atc_sum: 444900(27MHZ)/ 16.477(ms)--delta_dts:-8444100(27MHZ)/-312.744(ms) | delta: -8889000(27MHZ)/-329.222(ms)
pkt# 63241 PID: 0X0100 delta_atc_sum:-457791(27MHZ)/-16.955(ms)--delta_dts:-9345000(27MHZ)/-346.111(ms) | delta: -8887209(27MHZ)/-329.155(ms)
pkt# 63330 PID: 0X0110 delta_atc_sum: 132432(27MHZ)/ 4.904(ms)--delta_dts:-8769000(27MHZ)/-324.777(ms) | delta: -8901432(27MHZ)/-329.682(ms)
pkt# 63706 PID: 0X0110 delta_atc_sum: 694896(27MHZ)/ 25.736(ms)--delta_dts:-8193000(27MHZ)/-303.444(ms) | delta: -8887896(27MHZ)/-329.181(ms)
pkt# 63752 PID: 0X0110 delta_atc_sum: 763344(27MHZ)/ 28.272(ms)--delta_dts:-7617000(27MHZ)/-282.111(ms) | delta: -8380344(27MHZ)/-310.383(ms)
pkt# 64474 PID: 0X0110 delta_atc_sum:1849099(27MHZ)/ 68.485(ms)--delta_dts:-7041000(27MHZ)/-260.777(ms) | delta: -8890099(27MHZ)/-329.262(ms)
pkt# 64520 PID: 0X0110 delta_atc_sum:1917547(27MHZ)/ 71.020(ms)--delta_dts:-6465000(27MHZ)/-239.444(ms) | delta: -8382547(27MHZ)/-310.464(ms)
pkt# 65186 PID: 0X0100 delta_atc_sum:1005488(27MHZ)/-37.240(ms)--delta_dts:-7365900(27MHZ)/-272.811(ms) | delta: -6360412(27MHZ)/-235.570(ms)
pkt# 65241 PID: 0X0110 delta_atc_sum: 81840(27MHZ)/ 3.031(ms)--delta_dts:-6789900(27MHZ)/-251.477(ms) | delta: -6871740(27MHZ)/-254.508(ms)
pkt# 65242 PID: 0X0100 delta_atc_sum: -1488(27MHZ)/ 0.055(ms)--delta_dts:-7690800(27MHZ)/-284.844(ms) | delta: -7689312(27MHZ)/-284.789(ms)
pkt# 65316 PID: 0X0100 delta_atc_sum:-123104(27MHZ)/ -4.559(ms)--delta_dts:-8591700(27MHZ)/-318.211(ms) | delta: -8468596(27MHZ)/-313.651(ms)
...
If you want to compare ATC and DTS clock of itself, you can specify the same PIDs
DumpTS Mono_AAC_test.m2ts --diffATCDTS --pid=0x110,0x110
If you want to change from the values of some PIDs, --pid/--destpid can be used to specify the replaced PID(s) and the target PID(s),
At first, check the ts information
DumpTS test.tts --showinfo
And then,
Program Number: 55, program_map_PID: 0X40F(1039).
Program(PID:0X040F)
Stream#0, PID: 0X104F, stm_type: 0X0F (AAC Audio)
Stream#1, PID: 0X100F, stm_type: 0X1B (MPEG4 AVC Video)
The number of transport packets: 350428
PID: 0x0000 transport packet count: 4,546 - PAT
PID: 0x0001 transport packet count: 44 - CAT
PID: 0x001F transport packet count: 2,208 - SIT
PID: 0x040F transport packet count: 4,547 - PMT
PID: 0x0701 transport packet count: 873 -
PID: 0x0A0F transport packet count: 12,096 - PCR
PID: 0x100F transport packet count: 278,016 - MPEG4 AVC Video
PID: 0x104F transport packet count: 48,030 - AAC Audio
PID: 0x1FFF transport packet count: 68 - Null packet
Ok, now you want to change the PID from 0x104F to 0x1100, and the PID from 0x100F to 0x1011 with Blu-ray style, use the below command:
DumpTS Test.tts --pid=0x104F,0x100F --destpid=0x1100,0x1011 --output=Test_2.tts
After finishing the command, verify the result by
DumpTS Test_2.tts --showinfo
And then,
Program Number: 55, program_map_PID: 0X40F(1039).
Program(PID:0X040F)
Stream#0, PID: 0X1011, stm_type: 0X1B (MPEG4 AVC Video)
Stream#1, PID: 0X1100, stm_type: 0X0F (AAC Audio)
The number of transport packets: 350428
PID: 0x0000 transport packet count: 4,546 - PAT
PID: 0x0001 transport packet count: 44 - CAT
PID: 0x001F transport packet count: 2,208 - SIT
PID: 0x040F transport packet count: 4,547 - PMT
PID: 0x0701 transport packet count: 873 -
PID: 0x0A0F transport packet count: 12,096 - PCR
PID: 0x1011 transport packet count: 278,016 - MPEG4 AVC Video
PID: 0x1100 transport packet count: 48,030 - AAC Audio
PID: 0x1FFF transport packet count: 68 - Null packet