RP66V1 Command Line Tools¶
This describes the command line tools that are available for processing RP66V1 files. They are:
| Tool Name | Description |
|---|---|
tdrp66v1scanhtml |
Scans RP66V1 file(s) and writes out a summary in HTML. |
tdrp66v1tolas |
Converts RP66V1 file(s) to a set of LAS files. |
tdrp66v1indexpickle |
Indexes RP66V1 file(s) and writes the indexes for future use as Python pickle files. |
tdrp66v1indexxml |
Indexes RP66V1 file(s) and writes the indexes as XML files. |
tdrp66v1scan |
Scans RP66V1 file at various levels of structure. |
Creating HTML Pages from RP66V1 Files with tdrp66v1scanhtml¶
This takes a RP66V1 file or directory of them and writes out an HTML summary of each Logical File.
The summary includes each non-encrypted EFLR and Log Pass.
The frames in the log pass can be sub-sampled by using --frame-slice which speeds things up when processing large files.
Arguments¶
The first argument is the path to a RP66V1 file or directory. The second argument is the path to write the output to.
Options¶
-h, --help show this help message and exit --version show program’s version number and exit -k, --keep-going Keep going as far as sensible. Default: False. -v, --verbose Increase verbosity, additive [default: 0] -r, --recurse Process the input recursively. Default: False. -l LOG_LEVEL, --log-level LOG_LEVEL Log Level as an integer or symbol. (0<->NOTSET, 10<->DEBUG, 20<->INFO, 30<->WARNING, 40<->ERROR, 50<->CRITICAL) [default: 20] -j JOBS, --jobs JOBS Max processes when multiprocessing.Zero uses number of native CPUs [8]. Negative value disables multiprocessing code. Default: -1. -e, --encrypted Output encrypted Logical Records as well. [default: False] --frame-slice FRAME_SLICE Do not process all frames but sample or slice the frames. SAMPLE: Sample is of the form “N” so a maximum of N frames, roughly regularly spaced, will be processed. N must be +ve, non-zero integer. Example: “64” - process a maximum of 64 frames. SLICE: Slice the frames is of the form start,stop,step as a comma separated list. Values can be absent or “None”. Examples: “,,” - every frame, “,,2” - every other frame, “,10,” - frames 0 to 9, “4,10,2” - frames 4, 6, 8, “40,-1,4” - every fourth frame from 40 to the end. Results will be truncated by frame array length. [default: “,,” i.e. all frames] --log-process LOG_PROCESS Writes process data such as memory usage as a log INFO line every LOG_PROCESS seconds. If 0.0 no process data is logged. [default: 0.0] --gnuplot GNUPLOT Directory to write the gnuplot data.
Here is an example of the HTML summary of a single RP66V1 file .
Converting RP66V1 Files to LAS Files with tdrp66v1tolas¶
This takes a RP66V1 file or directory of them and writes out a set of LAS files. A single LAS file is written for each Log Pass in each Logical Record.
The frames in the log pass can be sub-sampled by using --frame-slice which speeds things up when processing large files.
The --channels option can be used to limit channels.
Where a channel has multiple values, and LAS con only record a single value, then the --array-reduction flag can be used to specify how the single value is computed.
The allowable values are {first,max,mean,median,min} and the default is mean.
LAS File Naming Convention¶
One RP66V1 file produces one or more LAS files. LAS file names are of the form:
{RP66V1_File_no_extension}_{logical_file_number}_{frame_array_name}
Processing a Single RP66V1 File¶
Given the path out the LAS files will be named {path_out}_{logical_file_number}_{frame_array_name}.las
For example tdrp66v1tolas foo.dlis bar/baz might create:
bar/baz_0_2000T.las
bar/baz_0_800T.las
bar/baz_1_2000T.las
bar/baz_1_800T.las
and so on.
Processing a Directory of RP66V1 Files¶
Given the path out the LAS files will be named:
{path_out}/{RP66V1_File}_{logical_file_number}_{frame_array_name}.las
For example tdrp66v1tolas foo/ bar/baz might create:
bar/baz/bit_0_2000T.las
bar/baz/bit_0_800T.las
bar/baz/bit_1_2000T.las
bar/baz/bit_1_800T.las
and so on.
The output directory structure will mirror the input directory structure.
Arguments¶
The first argument is the path to a RP66V1 file or directory. The second argument is the path to write the output to.
Options¶
-h, --help show this help message and exit --version show program’s version number and exit -k, --keep-going Keep going as far as sensible. Default: False. -v, --verbose Increase verbosity, additive [default: 0] -r, --recurse Process the input recursively. Default: False. -l LOG_LEVEL, --log-level LOG_LEVEL Log Level as an integer or symbol. (0<->NOTSET, 10<->DEBUG, 20<->INFO, 30<->WARNING, 40<->ERROR, 50<->CRITICAL) [default: 20] -j JOBS, --jobs JOBS Max processes when multiprocessing.Zero uses number of native CPUs [8]. Negative value disables multiprocessing code. Default: -1. --frame-slice FRAME_SLICE Do not process all frames but sample or slice the frames. SAMPLE: Sample is of the form “N” so a maximum of N frames, roughly regularly spaced, will be processed. N must be +ve, non-zero integer. Example: “64” - process a maximum of 64 frames. SLICE: Slice the frames is of the form start,stop,step as a comma separated list. Values can be absent or “None”. Examples: “,,” - every frame, “,,2” - every other frame, “,10,” - frames 0 to 9, “4,10,2” - frames 4, 6, 8, “40,-1,4” - every fourth frame from 40 to the end. Results will be truncated by frame array length. Use ‘?’ to see what frames are available [default: “,,” i.e. all frames] --log-process LOG_PROCESS Writes process data such as memory usage as a log INFO line every LOG_PROCESS seconds. If 0.0 no process data is logged. [default: 0.0] --gnuplot GNUPLOT Directory to write the gnuplot data. --array-reduction ARRAY_REDUCTION Method to reduce multidimensional channel data to a single value. One of {first,max,mean,median,min} [default: first] --channels CHANNELS Comma separated list of channels to write out (X axis is always included). Use ‘?’ to see what channels exist without writing anything. [default: “”] --field-width FIELD_WIDTH Field width for array data [default: 16]. --float-format FLOAT_FORMAT Floating point format for array data [default: “.3f”].
Examples¶
Finding out what Channels and Frames Exist:¶
Use --channels=? and/or --frame-slice=? to see what channels and frames exist in the RP66V1 file.
$ tdrp66v1tolas --channels=? --frame-slice=? example_data/RP66V1/206_05a-_3_DWL_DWL_WIRE_258276498.DLIS example_data/LAS/206_05a-_3_DWL_DWL_WIRE_258276498
Logical file [0000]: <TotalDepth.RP66V1.core.LogicalFile.LogicalFile object at 0x109fd50f0>
Frame Array: b'2000T'
Channels: b'TIME,TDEP,TENS_SL,DEPT_SL'
X axis: FrameChannel: OBNAME: O: 2 C: 4 I: b'TIME' Rc: 2 Co: 1 Un: b'ms' Di: [1] b'1 second River Time'
Frames: 921 from 16677259.0 to 17597260.0 interval 1000.0010869565217 [b'ms']
Frame Array: b'800T'
Channels: b'TIME,TDEP,ETIM,LMVL,UMVL,CFLA,OCD,RCMD,RCPP,CMRT,RCNU,DCFL,DFS,DZER,RHMD,HMRT,RHV,RLSW,MNU,S1CY,S2CY,RSCU,RSTS,UCFL,CARC,CMDV,CMPP,CNU,HMDV,HV,LSWI,SCUR,SSTA,RCMP,RHPP,RRPP,CMPR,HPPR,RPPV,SMSC,CMCU,HMCU,CMLP'
X axis: FrameChannel: OBNAME: O: 2 C: 5 I: b'TIME' Rc: 2 Co: 1 Un: b'ms' Di: [1] b'400 milli-second time channel'
Frames: 2301 from 16677259.0 to 17597260.0 interval 400.0004347826087 [b'ms']
Processing a Single File¶
$ tdrp66v1tolas example_data/RP66V1/206_05a-_3_DWL_DWL_WIRE_258276498.DLIS example_data/LAS/206_05a-_3_DWL_DWL_WIRE_258276498
Input Output LAS Count Time Ratio ms/Mb Exception Path
------- --------- --------- ----- ------ ------ --------- ------------------------------------------------------------
540,372 1,812,131 2 1.816 335.3% 3524.1 False "example_data/RP66V1/206_05a-_3_DWL_DWL_WIRE_258276498.DLIS"
Execution time = 1.819 (S)
Out of 1 processed 1 files of total size 540,372 input bytes
Wrote 1,812,131 output bytes, ratio: 335.349% at 3529.3 ms/Mb
$ ll example_data/LAS/
total 4600
-rw-r--r-- 1 xxxxxxxx staff 94317 28 Oct 10:19 206_05a-_3_DWL_DWL_WIRE_258276498_0_2000T.las
-rw-r--r-- 1 xxxxxxxx staff 1717814 28 Oct 10:20 206_05a-_3_DWL_DWL_WIRE_258276498_0_800T.las
The LAS files look like this:
$ head -n20 example_data/LAS/206_05a-_3_DWL_DWL_WIRE_258276498_0_2000T.las
~Version Information Section
VERS. 2.0 : CWLS Log ASCII Standard - VERSION 2.0
WRAP. NO : One Line per depth step
PROD. TotalDepth : LAS Producer
PROG. TotalDepth.RP66V1.ToLAS 0.1.1 : LAS Program name and version
CREA. 2019-10-28 10:30 : LAS Creation date [YYYY-mm-dd HH:MM]
DLIS_CREA. 2011-08-20 22:48 : DLIS Creation date and time [YYYY-mm-dd HH:MM]
SOURCE. 206_05a-_3_DWL_DWL_WIRE_258276498.DLIS : DLIS File Name
FILE-ID. MSCT_197LTP : File Identification Number
LOGICAL-FILE. 0 : Logical File number in the DLIS file
FRAME-ARRAY. 2000T : Identity of the Frame Array in the Logical File
~Well Information Section
#MNEM.UNIT DATA DESCRIPTION
#----.---- ---- -----------
STRT.ms 16677259.0 : Start X
STOP.ms 17597260.0 : Stop X, frames: 921
STEP.ms 1000.0010869565217 : Step (average)
NULL. :
COMP. Faroe Petroleum :
WELL. 206/05a-3 :
$ head -n20 example_data/LAS/206_05a-_3_DWL_DWL_WIRE_258276498_0_800T.las
~Version Information Section
VERS. 2.0 : CWLS Log ASCII Standard - VERSION 2.0
WRAP. NO : One Line per depth step
PROD. TotalDepth : LAS Producer
PROG. TotalDepth.RP66V1.ToLAS 0.1.1 : LAS Program name and version
CREA. 2019-10-28 10:30 : LAS Creation date [YYYY-mm-dd HH:MM]
DLIS_CREA. 2011-08-20 22:48 : DLIS Creation date and time [YYYY-mm-dd HH:MM]
SOURCE. 206_05a-_3_DWL_DWL_WIRE_258276498.DLIS : DLIS File Name
FILE-ID. MSCT_197LTP : File Identification Number
LOGICAL-FILE. 0 : Logical File number in the DLIS file
FRAME-ARRAY. 800T : Identity of the Frame Array in the Logical File
~Well Information Section
#MNEM.UNIT DATA DESCRIPTION
#----.---- ---- -----------
STRT.ms 16677259.0 : Start X
STOP.ms 17597260.0 : Stop X, frames: 2,301
STEP.ms 400.0004347826087 : Step (average)
NULL. :
COMP. Faroe Petroleum :
WELL. 206/05a-3 :
Processing a Directory¶
Use the -r option to process recursively. The output directory will mirror the input directory.
$ tdrp66v1tolas -r example_data/ tmp/LAS
Input Output LAS Count Time Ratio ms/Mb Exception Path
------- --------- --------- ----- ------ ------ --------- ------------------------------------------------------------
540,372 1,812,131 2 1.874 335.3% 3636.8 False "example_data/RP66V1/206_05a-_3_DWL_DWL_WIRE_258276498.DLIS"
Execution time = 1.884 (S)
Out of 6 processed 1 files of total size 540,372 input bytes
Wrote 1,812,131 output bytes, ratio: 335.349% at 3655.1 ms/Mb
$ find tmp/LAS -name '*.las'
tmp/LAS/RP66V1/206_05a-_3_DWL_DWL_WIRE_258276498_0_800T.las
tmp/LAS/RP66V1/206_05a-_3_DWL_DWL_WIRE_258276498_0_2000T.las
Indexing RP66V1 Files with tdrp66v1indexpickle¶
tdrp66v1indexpickle reads a RP66V1 file and dumps the index to a pickle file.
Arguments¶
The first argument is the path to a RP66V1 file or directory. The second argument is the path to write the output to.
Options¶
-h, --help show this help message and exit -r, --recurse Process recursively. [default: False] --read-back Read and time the output. [default: False] -l LOG_LEVEL, --log-level LOG_LEVEL Log Level as an integer or symbol. (0<->NOTSET, 10<->DEBUG, 20<->INFO, 30<->WARNING, 40<->ERROR, 50<->CRITICAL) [default: 30] --log-process LOG_PROCESS Writes process data such as memory usage as a log INFO line every LOG_PROCESS seconds. If 0.0 no process data is logged. [default: 0.0] -v, --verbose Increase verbosity, additive [default: 0] --gnuplot GNUPLOT Directory to write the gnuplot data.
Examples¶
Processing a Single File¶
$ tdrp66v1indexpickle --read-back example_data/RP66V1/206_05a-_3_DWL_DWL_WIRE_258276498.DLIS example_data/pickle/206_05a-_3_DWL_DWL_WIRE_258276498
Common path prefix: example_data/RP66V1/206_05a-_3_DWL_DWL_WIRE_258276498.DLIS
Size (b) | Index (b) | Ratio (%) | Index (s) | Index (ms/Mb) | Read (s) | Read (ms/Mb) | Except | Path
-------- | --------- | --------- | --------- | ------------- | -------- | ------------ | ------ | ----
540,372 | 1,018,327 | 188.449% | 0.330 | 639.9 | 0.041 | 78.96 | False |
Execution time = 0.379 (S)
Out of 1 processed 1 files of total size 540,372 input bytes
Wrote 1,018,327 output bytes, ratio: 188.449% at 651.0 ms/Mb
$ ll example_data/pickle/
total 1992
-rw-r--r-- 1 xxxxxxxx staff 1018327 28 Oct 12:11 206_05a-_3_DWL_DWL_WIRE_258276498.pkl
Processing a Directory¶
Use the -r option to process recursively. The output directory will mirror the input directory.
Indexing RP66V1 Files with tdrp66v1indexxml¶
tdrp66v1indexxml reads a RP66V1 file and dumps the index to an XML file.
Arguments¶
The first argument is the path to a RP66V1 file or directory. The second argument is the path to write the output to.
Options¶
- optional arguments:
-h, --help show this help message and exit -r, --recurse Process files recursively. [default: False] -p, --private Also write out private EFLRs. [default: False] -l LOG_LEVEL, --log-level LOG_LEVEL Log Level as an integer or symbol. (0<->NOTSET, 10<->DEBUG, 20<->INFO, 30<->WARNING, 40<->ERROR, 50<->CRITICAL) [default: 20] --log-process LOG_PROCESS Writes process data such as memory usage as a log INFO line every LOG_PROCESS seconds. If 0.0 no process data is logged. [default: 0.0] -v, --verbose Increase verbosity, additive [default: 0] --gnuplot GNUPLOT Directory to write the gnuplot data.
Examples¶
Processing a Single File¶
$ tdrp66v1indexxml example_data/RP66V1/206_05a-_3_DWL_DWL_WIRE_258276498.DLIS example_data/XML/206_05a-_3_DWL_DWL_WIRE_258276498
2019-10-28 11:58:55,498 - 74153 - MainThread - INFO - IndexXML.py - index_dir_or_file(): "example_data/RP66V1/206_05a-_3_DWL_DWL_WIRE_258276498.DLIS" to "example_data/XML/206_05a-_3_DWL_DWL_WIRE_258276498" recurse: False
2019-10-28 11:58:55,499 - 74153 - MainThread - INFO - IndexXML.py - Making directory: example_data/XML
2019-10-28 11:58:55,499 - 74153 - MainThread - INFO - IndexXML.py - Indexing example_data/RP66V1/206_05a-_3_DWL_DWL_WIRE_258276498.DLIS to example_data/XML/206_05a-_3_DWL_DWL_WIRE_258276498
2019-10-28 11:58:55,939 - 74153 - MainThread - INFO - IndexXML.py - Length of XML: 428622
Size In Size Out Time Ratio % ms/Mb Fail? Path
---------------- ---------------- -------- -------- -------- ----- ----
540,372 428,622 0.440 79.320% 854.6 False "example_data/RP66V1/206_05a-_3_DWL_DWL_WIRE_258276498.DLIS"
Execution time = 0.443 (S)
Out of 1 processed 1 files of total size 540,372 input bytes
Wrote 428,622 output bytes, ratio: 79.320% at 860.4 ms/Mb
The XML looks something like this:
<?xml version='1.0' encoding="utf-8"?>
<RP66V1FileIndex creator="TotalDepth.RP66V1.core.Index" path="example_data/RP66V1/206_05a-_3_DWL_DWL_WIRE_258276498.DLIS" schema_version="0.1.0" size="540372" utc_file_mtime="2019-06-22 09:10:59.512253" utc_now="2019-10-28 11:58:55.799047">
<StorageUnitLabel dlis_version="V1.00" maximum_record_length="8192" sequence_number="1" storage_set_identifier="Default Storage Set " storage_unit_structure="RECORD"/>
<LogicalFiles count="1">
<LogicalFile has_log_pass="True" index="0">
<EFLR lr_type="0" lrsh_position="0x54" object_count="1" set_name="" set_type="FILE-HEADER" vr_position="0x50">
<Object C="0" I="5" O="2">
<Attribute count="1" label="SEQUENCE-NUMBER" rc="20" rc_ascii="ASCII" units="">
<Value type="bytes" value=" 197"/>
</Attribute>
<Attribute count="1" label="ID" rc="20" rc_ascii="ASCII" units="">
<Value type="bytes" value="MSCT_197LTP "/>
</Attribute>
</Object>
</EFLR>
<!-- More EFLRs ... -->
<LogPass count="2">
<FrameArray C="0" I="2000T" O="2" description="" x_axis="TIME" x_units="ms">
<Channels count="4">
<Channel C="4" I="TIME" O="2" count="1" dimensions="1" long_name="1 second River Time" rep_code="2" units="ms"/>
<Channel C="4" I="TDEP" O="2" count="1" dimensions="1" long_name="1 second River Depth" rep_code="2" units="0.1 in"/>
<Channel C="0" I="TENS_SL" O="2" count="1" dimensions="1" long_name="Cable Tension" rep_code="2" units="lbf"/>
<Channel C="0" I="DEPT_SL" O="2" count="1" dimensions="1" long_name="Station logging depth" rep_code="2" units="0.1 in"/>
</Channels>
<IFLR count="921">
<FrameNumbers count="921" rle_len="1">
<RLE datum="1" repeat="920" stride="1"/>
</FrameNumbers>
<LRSH count="921" rle_len="400">
<RLE datum="0x13254" repeat="1" stride="0x190"/>
<!-- ... -->
<RLE datum="0x83ba4" repeat="1" stride="0x198"/>
</LRSH>
<Xaxis count="921" rle_len="2">
<RLE datum="16677259.0" repeat="99" stride="1000.0"/>
<RLE datum="16777260.0" repeat="820" stride="1000.0"/>
</Xaxis>
</IFLR>
</FrameArray>
<FrameArray C="0" I="800T" O="2" description="" x_axis="TIME" x_units="ms">
<Channels count="43">
<Channel C="5" I="TIME" O="2" count="1" dimensions="1" long_name="400 milli-second time channel" rep_code="2" units="ms"/>
<Channel C="5" I="TDEP" O="2" count="1" dimensions="1" long_name="MSCT depth channel" rep_code="2" units="0.1 in"/>
<Channel C="1" I="ETIM" O="2" count="1" dimensions="1" long_name="Elapsed Logging Time" rep_code="2" units="s"/>
<!-- ... -->
<Channel C="0" I="HMCU" O="2" count="1" dimensions="1" long_name="Hydrailic Motor Current" rep_code="2" units="mA"/>
<Channel C="0" I="CMLP" O="2" count="1" dimensions="1" long_name="Coring Motor Linear Position" rep_code="2" units="in"/>
</Channels>
<IFLR count="2301">
<FrameNumbers count="2301" rle_len="1">
<RLE datum="1" repeat="2300" stride="1"/>
</FrameNumbers>
<LRSH count="2301" rle_len="937">
<RLE datum="0x13274" repeat="1" stride="0xb8"/>
<!-- ... -->
<RLE datum="0x83d5c" repeat="1" stride="0xbc"/>
</LRSH>
<Xaxis count="2301" rle_len="2">
<RLE datum="16677259.0" repeat="249" stride="400.0"/>
<RLE datum="16777260.0" repeat="2050" stride="400.0"/>
</Xaxis>
</IFLR>
</FrameArray>
</LogPass>
</LogicalFile>
</LogicalFiles>
<VisibleRecords count="66" rle_len="15">
<RLE datum="0x50" repeat="3" stride="0x2000"/>
<!-- ... -->
<RLE datum="0x81f70" repeat="0" stride="0x0"/>
</VisibleRecords>
</RP66V1FileIndex>
Processing a Directory¶
Use the -r option to process recursively. The output directory will mirror the input directory.
Scanning RP66V1 Files with tdrp66v1scan¶
tdrp66v1scan scans a RP66V1 file and dumps data about the file to stdout.
This is useful for examining the details of RP66V1 files and can dump data at various levels of encapsulation, from the lowest level upwards:
--VR- Visible Records only.--LRSH- Logical Record segments.--LD- Logical data i.e. all Logical Record segments concatenated for each Logical Record.--EFLR- Explicitly Formatted Logical Records.--IFLR- Implicitly Formatted Logical Records.--LR- All data, including the numerical analysis of frame data.
If these options are combined then the input is scanned, and reported, multiple times.
Arguments¶
The first argument is the path to a RP66V1 file. An optional second argument is the path to write the output to. If absent then output is written to stdout.
Options¶
-h, --help show this help message and exit -V, --VR Dump the Visible Records. [default: False] -L, --LRSH Summarise the Visible Records and the Logical Record Segment Headers, use -v to dump records. [default: False] -D, --LD Summarise logical data, use -v to dump records. See also –dump-bytes, –dump-raw-bytes. [default: False] -E, --EFLR Dump EFLR Set. [default: False] --eflr-set-type EFLR_SET_TYPE List of EFLR Set Types to output, additive, if absent then dump all. [default: []] -I, --IFLR Dump IFLRs. [default: False] --iflr-set-type IFLR_SET_TYPE List of IFLR Set Types to output, additive, if absent then dump all. [default: []] -R, --LR Dump all data, including frame data from Logical Records. [default: False] -d DUMP_BYTES, --dump-bytes DUMP_BYTES Dump X leading raw bytes for certain options, if -1 all bytes are dumped. [default: 0] --dump-raw-bytes Dump the raw bytes for certain options in raw format, otherwise Hex format is used. [default: False] -r, --recurse Process files recursively. [default: False] -e, --encrypted Output encrypted Logical Records as well. [default: False] -k, --keep-going Keep going as far as sensible. [default: False] --frame-slice FRAME_SLICE NOTE: Requires -R, –LR. Do not process all frames but sample or slice the frames. SAMPLE: Sample is of the form “N” so a maximum of N frames, roughly regularly spaced, will be processed. N must be +ve, non-zero integer. Example: “64” - process a maximum of 64 frames. SLICE: Slice the frames is of the form start,stop,step as a comma separated list. Values can be absent or “None”. Examples: “,,” - every frame, “,,2” - every other frame, “,10,” - frames 0 to 9, “4,10,2” - frames 4, 6, 8, “40,-1,4” - every fourth frame from 40 to the end. Results will be truncated by frame array length. [default: “,,” i.e. all frames] --eflr-as-table When with –LR and not –html then dump EFLRs as tables, otherwise every EFLR object. [default: False] -l LOG_LEVEL, --log-level LOG_LEVEL Log Level as an integer or symbol. (0<->NOTSET, 10<->DEBUG, 20<->INFO, 30<->WARNING, 40<->ERROR, 50<->CRITICAL) [default: 30] -v, --verbose Increase verbosity, additive [default: 0] --gnuplot GNUPLOT Directory to write the gnuplot data. -T, --test-data Dump the file as annotated bytes, useful for creating test data. [default: False]
Examples¶
Scanning Visible Records with --VR¶
Example of scanning a RP66V1 file:
$ tdrp66v1scan --VR example_data/RP66V1/206_05a-_3_DWL_DWL_WIRE_258276498.DLIS
************************************************* RP66V1 Visible and LRSH Records **************************************************
==================================================== Summary of Visible Records ====================================================
Visible records: 66
--------------------------------------------------- RLE Visible Record Position ----------------------------------------------------
Datum: 80 0x00000050 Repeat: 3 Stride: 8,192 0x2000
Datum: 32,844 0x0000804c Repeat: 5 Stride: 8,192 0x2000
Datum: 81,988 0x00014044 Repeat: 4 Stride: 8,192 0x2000
Datum: 122,940 0x0001e03c Repeat: 10 Stride: 8,192 0x2000
Datum: 213,016 0x00034018 Repeat: 3 Stride: 8,192 0x2000
Datum: 245,764 0x0003c004 Repeat: 3 Stride: 8,192 0x2000
Datum: 278,516 0x00043ff4 Repeat: 3 Stride: 8,192 0x2000
Datum: 311,268 0x0004bfe4 Repeat: 3 Stride: 8,192 0x2000
Datum: 344,020 0x00053fd4 Repeat: 2 Stride: 8,192 0x2000
Datum: 368,576 0x00059fc0 Repeat: 4 Stride: 8,192 0x2000
Datum: 409,524 0x00063fb4 Repeat: 2 Stride: 8,192 0x2000
Datum: 434,080 0x00069fa0 Repeat: 3 Stride: 8,192 0x2000
Datum: 466,832 0x00071f90 Repeat: 3 Stride: 8,192 0x2000
Datum: 499,584 0x00079f80 Repeat: 3 Stride: 8,192 0x2000
Datum: 532,336 0x00081f70 Repeat: 0 Stride: 0 0x0000
------------------------------------------------- END RLE Visible Record Position --------------------------------------------------
================================================== END Summary of Visible Records ==================================================
*********************************************** END RP66V1 Visible and LRSH Records ************************************************
And with the -v option:
$ tdrp66v1scan --VR -v example_data/RP66V1/206_05a-_3_DWL_DWL_WIRE_258276498.DLIS
************************************************* RP66V1 Visible and LRSH Records **************************************************
<VisibleRecord: position=0x00000050 length=0x2000 version=0xff01> Stride: 0x00000050 80
<VisibleRecord: position=0x00002050 length=0x2000 version=0xff01> Stride: 0x00002000 8,192
<VisibleRecord: position=0x00004050 length=0x2000 version=0xff01> Stride: 0x00002000 8,192
<VisibleRecord: position=0x00006050 length=0x1ffc version=0xff01> Stride: 0x00002000 8,192
<VisibleRecord: position=0x0000804c length=0x2000 version=0xff01> Stride: 0x00001ffc 8,188
<VisibleRecord: position=0x0000a04c length=0x2000 version=0xff01> Stride: 0x00002000 8,192
<VisibleRecord: position=0x0000c04c length=0x2000 version=0xff01> Stride: 0x00002000 8,192
<VisibleRecord: position=0x0000e04c length=0x2000 version=0xff01> Stride: 0x00002000 8,192
<VisibleRecord: position=0x0001004c length=0x2000 version=0xff01> Stride: 0x00002000 8,192
<VisibleRecord: position=0x0001204c length=0x1ff8 version=0xff01> Stride: 0x00002000 8,192
<VisibleRecord: position=0x00014044 length=0x2000 version=0xff01> Stride: 0x00001ff8 8,184
<VisibleRecord: position=0x00016044 length=0x2000 version=0xff01> Stride: 0x00002000 8,192
<VisibleRecord: position=0x00018044 length=0x2000 version=0xff01> Stride: 0x00002000 8,192
<VisibleRecord: position=0x0001a044 length=0x2000 version=0xff01> Stride: 0x00002000 8,192
<VisibleRecord: position=0x0001c044 length=0x1ff8 version=0xff01> Stride: 0x00002000 8,192
<VisibleRecord: position=0x0001e03c length=0x2000 version=0xff01> Stride: 0x00001ff8 8,184
<VisibleRecord: position=0x0002003c length=0x2000 version=0xff01> Stride: 0x00002000 8,192
...
<VisibleRecord: position=0x0007df80 length=0x2000 version=0xff01> Stride: 0x00002000 8,192
<VisibleRecord: position=0x0007ff80 length=0x1ff0 version=0xff01> Stride: 0x00002000 8,192
<VisibleRecord: position=0x00081f70 length=0x1f64 version=0xff01> Stride: 0x00001ff0 8,176
==================================================== Summary of Visible Records ====================================================
Scanning Logical Record Segments with --LRSH¶
Example of scanning a RP66V1 file for Logical Record Segments, this gives just a summary:
$ tdrp66v1scan --LRSH example_data/RP66V1/206_05a-_3_DWL_DWL_WIRE_258276498.DLIS
...
========================================================= Summary of LRSH ==========================================================
LRSH: total=3,303 is_first=3252
LRSH: record types and counts (first segments only) [9]:
0 : 3,223
1 : 1
3 : 1
4 : 1
5 : 10
128 : 2
129 : 2
132 : 10
133 : 2
LRSH: record lengths and counts (all segments) [62] range: 16...8188
======================================================= END Summary of LRSH ========================================================
And with the -v option gives the Visible Records and Logical Record Segments:
************************************************* RP66V1 Visible and LRSH Records **************************************************
<VisibleRecord: position=0x00000050 length=0x2000 version=0xff01> Stride: 0x00000050 80
<LogicalRecordSegmentHeader: position=0x00000054 length=0x007c attributes=0x80 LR type= 0> Stride: 0x00000054 84
<LogicalRecordSegmentHeader: position=0x000000d0 length=0x0504 attributes=0x81 LR type= 1> Stride: 0x0000007c 124
<LogicalRecordSegmentHeader: position=0x000005d4 length=0x05e0 attributes=0x81 LR type= 5> Stride: 0x00000504 1,284
<LogicalRecordSegmentHeader: position=0x00000bb4 length=0x03e4 attributes=0x99 LR type=132> Stride: 0x000005e0 1,504
<LogicalRecordSegmentHeader: position=0x00000f98 length=0x0254 attributes=0x99 LR type=132> Stride: 0x000003e4 996
<LogicalRecordSegmentHeader: position=0x000011ec length=0x0588 attributes=0x81 LR type= 5> Stride: 0x00000254 596
<LogicalRecordSegmentHeader: position=0x00001774 length=0x023c attributes=0x98 LR type=132> Stride: 0x00000588 1,416
<LogicalRecordSegmentHeader: position=0x000019b0 length=0x0084 attributes=0x98 LR type=132> Stride: 0x0000023c 572
<LogicalRecordSegmentHeader: position=0x00001a34 length=0x061c attributes=0xa0 LR type=132> Stride: 0x00000084 132
<VisibleRecord: position=0x00002050 length=0x2000 version=0xff01> Stride: 0x00002000 8,192
--<LogicalRecordSegmentHeader: position=0x00002054 length=0x0304 attributes=0xc1 LR type=132> Stride: 0x00000620 1,568
<LogicalRecordSegmentHeader: position=0x00002358 length=0x0e3c attributes=0x81 LR type= 5> Stride: 0x00000304 772
<LogicalRecordSegmentHeader: position=0x00003194 length=0x0ebc attributes=0xb9 LR type=132> Stride: 0x00000e3c 3,644
<VisibleRecord: position=0x00004050 length=0x2000 version=0xff01> Stride: 0x00002000 8,192
--<LogicalRecordSegmentHeader: position=0x00004054 length=0x0110 attributes=0xd9 LR type=132> Stride: 0x00000ec0 3,776
<LogicalRecordSegmentHeader: position=0x00004164 length=0x1eec attributes=0xa0 LR type= 5> Stride: 0x00000110 272
<VisibleRecord: position=0x00006050 length=0x1ffc version=0xff01> Stride: 0x00002000 8,192
--<LogicalRecordSegmentHeader: position=0x00006054 length=0x1864 attributes=0xc1 LR type= 5> Stride: 0x00001ef0 7,920
<LogicalRecordSegmentHeader: position=0x000078b8 length=0x0794 attributes=0xb9 LR type=132> Stride: 0x00001864 6,244
<VisibleRecord: position=0x0000804c length=0x2000 version=0xff01> Stride: 0x00001ffc 8,188
--<LogicalRecordSegmentHeader: position=0x00008050 length=0x1080 attributes=0xd9 LR type=132> Stride: 0x00000798 1,944
<LogicalRecordSegmentHeader: position=0x000090d0 length=0x01e0 attributes=0x81 LR type= 5> Stride: 0x00001080 4,224
<LogicalRecordSegmentHeader: position=0x000092b0 length=0x023c attributes=0x99 LR type=132> Stride: 0x000001e0 480
<LogicalRecordSegmentHeader: position=0x000094ec length=0x0314 attributes=0x81 LR type= 5> Stride: 0x0000023c 572
<LogicalRecordSegmentHeader: position=0x00009800 length=0x0154 attributes=0x99 LR type=128> Stride: 0x00000314 788
<LogicalRecordSegmentHeader: position=0x00009954 length=0x0238 attributes=0x81 LR type= 5> Stride: 0x00000154 340
<LogicalRecordSegmentHeader: position=0x00009b8c length=0x0270 attributes=0x81 LR type= 5> Stride: 0x00000238 568
<LogicalRecordSegmentHeader: position=0x00009dfc length=0x0250 attributes=0xa0 LR type= 5> Stride: 0x00000270 624
...
Scanning Logical Data with --LD¶
Example of scanning a RP66V1 file for Logical Record Segments, this gives just a summary:
$ tdrp66v1scan --LD example_data/RP66V1/206_05a-_3_DWL_DWL_WIRE_258276498.DLIS
Cmd: tdrp66v1scan --LD example_data/RP66V1/206_05a-_3_DWL_DWL_WIRE_258276498.DLIS
gnuplot version: "b'gnuplot 5.2 patchlevel 6'"
args: Namespace(EFLR=False, IFLR=False, LD=True, LR=False, LRSH=False, VR=False, dump_bytes=0, dump_raw_bytes=False, eflr_as_table=False, eflr_set_type=[], encrypted=False, frame_slice=',,', gnuplot=None, iflr_set_type=[], keep_going=False, log_level=30, path_in='example_data/RP66V1/206_05a-_3_DWL_DWL_WIRE_258276498.DLIS', path_out='', recurse=False, verbose=0)
Use -v to see individual logical data.
Use -v and --dump-bytes to see actual first n bytes.
*************************************************** RP66V1 Logical Data Summary ****************************************************
================================================= RP66V1 Logical Data EFLR Summary =================================================
Total number of EFLR records: 30
Total length of EFLR records: 78,109
EFLR record type 0 lengths and count [1]:
120: 1
EFLR record type 1 lengths and count [1]:
1,279: 1
EFLR record type 3 lengths and count [1]:
7,174: 1
EFLR record type 4 lengths and count [1]:
572: 1
EFLR record type 5 lengths and count [10]:
181: 1
475: 1
561: 1
617: 1
781: 1
$ tdrp66v1scan --LD example_data/RP66V1/206_05a-_3_DWL_DWL_WIRE_258276498.DLIS
Cmd: tdrp66v1scan --LD example_data/RP66V1/206_05a-_3_DWL_DWL_WIRE_258276498.DLIS
gnuplot version: "b'gnuplot 5.2 patchlevel 6'"
args: Namespace(EFLR=False, IFLR=False, LD=True, LR=False, LRSH=False, VR=False, dump_bytes=0, dump_raw_bytes=False, eflr_as_table=False, eflr_set_type=[], encrypted=False, frame_slice=',,', gnuplot=None, iflr_set_type=[], keep_going=False, log_level=30, path_in='example_data/RP66V1/206_05a-_3_DWL_DWL_WIRE_258276498.DLIS', path_out='', recurse=False, verbose=0)
Use -v to see individual logical data.
Use -v and --dump-bytes to see actual first n bytes.
*************************************************** RP66V1 Logical Data Summary ****************************************************
================================================= RP66V1 Logical Data EFLR Summary =================================================
Total number of EFLR records: 30
Total length of EFLR records: 78,109
EFLR record type 0 lengths and count [1]:
120: 1
EFLR record type 1 lengths and count [1]:
1,279: 1
EFLR record type 3 lengths and count [1]:
7,174: 1
EFLR record type 4 lengths and count [1]:
572: 1
EFLR record type 5 lengths and count [10]:
181: 1
475: 1
561: 1
617: 1
781: 1
1,409: 1
1,497: 1
1,620: 1
3,637: 1
14,149: 1
EFLR record type 128 lengths and count [2]:
336: 1
888: 1
EFLR record type 129 lengths and count [2]:
111: 1
1,226: 1
EFLR record type 132 lengths and count [9]:
128: 1
288: 1
512: 1
568: 2
592: 1
992: 1
2,325: 1
4,036: 1
6,156: 1
EFLR record type 133 lengths and count [2]:
999: 1
24,312: 1
=============================================== END RP66V1 Logical Data EFLR Summary ===============================================
================================================= RP66V1 Logical Data IFLR Summary =================================================
Total number of IFLR records: 3,222
Total length of IFLR records: 440,173
IFLR record type 0 lengths and count [4]:
25: 127
26: 794
180: 127
181: 2,174
=============================================== END RP66V1 Logical Data IFLR Summary ===============================================
Total length EFLR/IFLR: 17.745%
************************************************* END RP66V1 Logical Data Summary **************************************************
540,372 -1 0.059 -0.000% 115.4 False "example_data/RP66V1/206_05a-_3_DWL_DWL_WIRE_258276498.DLIS"
Execution time = 0.060 (S)
Processed 1 files and 540,372 bytes, 115.8 ms/Mb
And with the -v option gives the Visible Records and Logical Record Segments. The letter ‘E’ is for EFLRs and ‘I’ for IFLRs, ‘Plain’ is for un-encrypted records and ‘Crypt’ for encrypted records:
$ tdrp66v1scan --LD -v example_data/RP66V1/206_05a-_3_DWL_DWL_WIRE_258276498.DLIS
Use -v and --dump-bytes to see actual first n bytes.
*************************************************** RP66V1 Logical Data Summary ****************************************************
Visible R LRSH Typ Length
---------- ---------- --- - ----- --------
0x00000050 0x00000054 0 E Plain 120
0x000000d0 1 E Plain 1,279
0x000005d4 5 E Plain 1,497
0x00000bb4 132 E Crypt 992
0x00000f98 132 E Crypt 592
0x000011ec 5 E Plain 1,409
0x00001774 132 E Crypt 568
0x000019b0 132 E Crypt 128
0x00001a34 132 E Plain 2,325
0x00002050 0x00002358 5 E Plain 3,637
0x00003194 132 E Crypt 4,036
0x00004050 0x00004164 5 E Plain 14,149
0x00006050 0x000078b8 132 E Crypt 6,156
0x0000804c 0x000090d0 5 E Plain 475
0x000092b0 132 E Crypt 568
0x000094ec 5 E Plain 781
0x00009800 128 E Crypt 336
0x00009954 5 E Plain 561
0x00009b8c 5 E Plain 617
0x00009dfc 5 E Plain 1,620
...
0x00081f70 0x00081f74 0 I Plain 181
0x00082030 0 I Plain 26
0x00082050 0 I Plain 181
0x0008210c 0 I Plain 181
0x000821c8 0 I Plain 181
...
0x00083d3c 0 I Plain 26
0x00083d5c 0 I Plain 181
0x00083e18 0 I Plain 181
================================================= RP66V1 Logical Data EFLR Summary =================================================
Total number of EFLR records: 30
Total length of EFLR records: 78,109
EFLR record type 0 lengths and count [1]:
120: 1
EFLR record type 1 lengths and count [1]:
1,279: 1
EFLR record type 3 lengths and count [1]:
7,174: 1
EFLR record type 4 lengths and count [1]:
572: 1
EFLR record type 5 lengths and count [10]:
181: 1
475: 1
561: 1
617: 1
781: 1
1,409: 1
1,497: 1
1,620: 1
3,637: 1
14,149: 1
EFLR record type 128 lengths and count [2]:
336: 1
888: 1
EFLR record type 129 lengths and count [2]:
111: 1
1,226: 1
EFLR record type 132 lengths and count [9]:
128: 1
288: 1
512: 1
568: 2
592: 1
992: 1
2,325: 1
4,036: 1
6,156: 1
EFLR record type 133 lengths and count [2]:
999: 1
24,312: 1
=============================================== END RP66V1 Logical Data EFLR Summary ===============================================
================================================= RP66V1 Logical Data IFLR Summary =================================================
Total number of IFLR records: 3,222
Total length of IFLR records: 440,173
IFLR record type 0 lengths and count [4]:
25: 127
26: 794
180: 127
181: 2,174
=============================================== END RP66V1 Logical Data IFLR Summary ===============================================
Total length EFLR/IFLR: 17.745%
************************************************* END RP66V1 Logical Data Summary **************************************************
The --dump-bytes combined with -v shows the initial bytes of each logical record, here the first 16 bytes are dumped:
$ tdrp66v1scan --LD -v --dump-bytes=16 example_data/RP66V1/206_05a-_3_DWL_DWL_WIRE_258276498.DLIS
*************************************************** RP66V1 Logical Data Summary ****************************************************
Visible R LRSH Typ Length
---------- ---------- --- - ----- --------
0x00000050 0x00000054 0 E Plain 120 f00b 4649 4c45 2d48 4541 4445 5234 0f53 ..FILE-HEADER4.S
0x000000d0 1 E Plain 1,279 f006 4f52 4947 494e 3c07 4649 4c45 2d49 ..ORIGIN<.FILE-I
0x000005d4 5 E Plain 1,497 f809 4551 5549 504d 454e 5402 3531 3006 ..EQUIPMENT.510.
0x00000bb4 132 E Crypt 992 0018 01b8 ced6 0000 be18 0000 8467 0000 .............g..
0x00000f98 132 E Crypt 592 0018 01b8 dee9 0000 4916 0000 f16d 0000 ........I....m..
0x000011ec 5 E Plain 1,409 f804 544f 4f4c 0235 3430 0a50 4152 414d ..TOOL.540.PARAM
0x00001774 132 E Crypt 568 0018 01b8 9a99 0000 3c15 0000 877e 0000 ........<....~..
0x000019b0 132 E Crypt 128 0018 01b8 acb3 0000 064d 0000 b74d 0000 .........M...M..
0x00001a34 132 E Plain 2,325 f80b 3434 302d 4348 414e 4e45 4c02 3537 ..440-CHANNEL.57
0x00002050 0x00002358 5 E Plain 3,637 f809 5041 5241 4d45 5445 5202 3538 3006 ..PARAMETER.580.
0x00003194 132 E Crypt 4,036 0018 01b8 9aa6 0000 c84d 0000 4364 0000 .........M..Cd..
0x00004050 0x00004164 5 E Plain 14,149 f809 5041 5241 4d45 5445 5202 3630 3006 ..PARAMETER.600.
0x00006050 0x000078b8 132 E Crypt 6,156 0018 01b8 565d 0000 0945 0000 3812 0000 ....V]...E..8...
0x0000804c 0x000090d0 5 E Plain 475 f809 5041 5241 4d45 5445 5202 3632 3006 ..PARAMETER.620.
0x000092b0 132 E Crypt 568 0018 01b8 010d 0000 f57f 0000 890a 0000 ................
0x000094ec 5 E Plain 781 f817 4341 4c49 4252 4154 494f 4e2d 4d45 ..CALIBRATION-ME
0x00009800 128 E Crypt 336 0018 01b8 4550 0000 ae56 0000 3207 0000 ....EP...V..2...
0x00009954 5 E Plain 561 f817 4341 4c49 4252 4154 494f 4e2d 434f ..CALIBRATION-CO
0x00009b8c 5 E Plain 617 f817 4341 4c49 4252 4154 494f 4e2d 434f ..CALIBRATION-CO
0x00009dfc 5 E Plain 1,620 f80b 4341 4c49 4252 4154 494f 4e02 3734 ..CALIBRATION.74
...
The raw bytes object is dumped of the --dump-raw-bytes flag is used along with --dump-bytes combined with -v. This can be useful for creating test cases:
$ tdrp66v1scan --LD -v --dump-bytes=16 --dump-raw-bytes example_data/RP66V1/206_05a-_3_DWL_DWL_WIRE_258276498.DLIS | head -n 40
*************************************************** RP66V1 Logical Data Summary ****************************************************
Visible R LRSH Typ Length
---------- ---------- --- - ----- --------
0x00000050 0x00000054 0 E Plain 120 b'\xf0\x0bFILE-HEADER4\x0fS'
0x000000d0 1 E Plain 1,279 b'\xf0\x06ORIGIN<\x07FILE-I'
0x000005d4 5 E Plain 1,497 b'\xf8\tEQUIPMENT\x02510\x06'
0x00000bb4 132 E Crypt 992 b'\x00\x18\x01\xb8\xce\xd6\x00\x00\xbe\x18\x00\x00\x84g\x00\x00'
0x00000f98 132 E Crypt 592 b'\x00\x18\x01\xb8\xde\xe9\x00\x00I\x16\x00\x00\xf1m\x00\x00'
0x000011ec 5 E Plain 1,409 b'\xf8\x04TOOL\x02540\nPARAM'
0x00001774 132 E Crypt 568 b'\x00\x18\x01\xb8\x9a\x99\x00\x00<\x15\x00\x00\x87~\x00\x00'
0x000019b0 132 E Crypt 128 b'\x00\x18\x01\xb8\xac\xb3\x00\x00\x06M\x00\x00\xb7M\x00\x00'
0x00001a34 132 E Plain 2,325 b'\xf8\x0b440-CHANNEL\x0257'
0x00002050 0x00002358 5 E Plain 3,637 b'\xf8\tPARAMETER\x02580\x06'
0x00003194 132 E Crypt 4,036 b'\x00\x18\x01\xb8\x9a\xa6\x00\x00\xc8M\x00\x00Cd\x00\x00'
0x00004050 0x00004164 5 E Plain 14,149 b'\xf8\tPARAMETER\x02600\x06'
0x00006050 0x000078b8 132 E Crypt 6,156 b'\x00\x18\x01\xb8V]\x00\x00\tE\x00\x008\x12\x00\x00'
0x0000804c 0x000090d0 5 E Plain 475 b'\xf8\tPARAMETER\x02620\x06'
0x000092b0 132 E Crypt 568 b'\x00\x18\x01\xb8\x01\r\x00\x00\xf5\x7f\x00\x00\x89\n\x00\x00'
0x000094ec 5 E Plain 781 b'\xf8\x17CALIBRATION-ME'
0x00009800 128 E Crypt 336 b'\x00\x18\x01\xb8EP\x00\x00\xaeV\x00\x002\x07\x00\x00'
0x00009954 5 E Plain 561 b'\xf8\x17CALIBRATION-CO'
0x00009b8c 5 E Plain 617 b'\xf8\x17CALIBRATION-CO'
0x00009dfc 5 E Plain 1,620 b'\xf8\x0bCALIBRATION\x0274'
...
Scanning Explicitly Formatted Logical Records with --EFLR¶
Example of scanning a RP66V1 file for Logical Record Segments, this gives just a summary:
$ tdrp66v1scan --EFLR example_data/RP66V1/206_05a-_3_DWL_DWL_WIRE_258276498.DLIS
Use -v to see individual logical data.
************************************************ RP66V1 EFLR and IFLR Data Summary *************************************************
<ExplicitlyFormattedLogicalRecord EFLR Set type: b'FILE-HEADER' name: b''>
<ExplicitlyFormattedLogicalRecord EFLR Set type: b'ORIGIN' name: b''>
<ExplicitlyFormattedLogicalRecord EFLR Set type: b'EQUIPMENT' name: b'51'>
Encrypted EFLR: VR: 0x00000050 LRSH: 0x00000bb4
Encrypted EFLR: VR: 0x00000050 LRSH: 0x00000f98
<ExplicitlyFormattedLogicalRecord EFLR Set type: b'TOOL' name: b'54'>
Encrypted EFLR: VR: 0x00000050 LRSH: 0x00001774
Encrypted EFLR: VR: 0x00000050 LRSH: 0x000019b0
<ExplicitlyFormattedLogicalRecord EFLR Set type: b'440-CHANNEL' name: b'57'>
<ExplicitlyFormattedLogicalRecord EFLR Set type: b'PARAMETER' name: b'58'>
Encrypted EFLR: VR: 0x00002050 LRSH: 0x00003194
<ExplicitlyFormattedLogicalRecord EFLR Set type: b'PARAMETER' name: b'60'>
Encrypted EFLR: VR: 0x00006050 LRSH: 0x000078b8
<ExplicitlyFormattedLogicalRecord EFLR Set type: b'PARAMETER' name: b'62'>
Encrypted EFLR: VR: 0x0000804c LRSH: 0x000092b0
<ExplicitlyFormattedLogicalRecord EFLR Set type: b'CALIBRATION-MEASUREMENT' name: b'64'>
Encrypted EFLR: VR: 0x0000804c LRSH: 0x00009800
<ExplicitlyFormattedLogicalRecord EFLR Set type: b'CALIBRATION-COEFFICIENT' name: b'72'>
<ExplicitlyFormattedLogicalRecord EFLR Set type: b'CALIBRATION-COEFFICIENT' name: b'73'>
<ExplicitlyFormattedLogicalRecord EFLR Set type: b'CALIBRATION' name: b'74'>
Encrypted EFLR: VR: 0x0000a04c LRSH: 0x0000a45c
Encrypted EFLR: VR: 0x0000a04c LRSH: 0x0000a7d8
Encrypted EFLR: VR: 0x0000a04c LRSH: 0x0000a8fc
<ExplicitlyFormattedLogicalRecord EFLR Set type: b'PROCESS' name: b'78'>
<ExplicitlyFormattedLogicalRecord EFLR Set type: b'440-OP-CORE_TABLES' name: b'79'>
<ExplicitlyFormattedLogicalRecord EFLR Set type: b'440-OP-CORE_REPORT_FORMAT' name: b'330'>
<ExplicitlyFormattedLogicalRecord EFLR Set type: b'CHANNEL' name: b''>
<ExplicitlyFormattedLogicalRecord EFLR Set type: b'440-PRESENTATION-DESCRIPTION' name: b'375'>
<ExplicitlyFormattedLogicalRecord EFLR Set type: b'440-OP-CHANNEL' name: b'377'>
<ExplicitlyFormattedLogicalRecord EFLR Set type: b'FRAME' name: b''>
********************************************** END RP66V1 EFLR and IFLR Data Summary ***********************************************
The -v flag can be added to see the initial data:
$ tdrp66v1scan --EFLR -v example_data/RP66V1/206_05a-_3_DWL_DWL_WIRE_258276498.DLIS
************************************************ RP66V1 EFLR and IFLR Data Summary *************************************************
Visible R LRSH Typ Length
---------- ---------- --- - ----- --------
<ExplicitlyFormattedLogicalRecord EFLR Set type: b'FILE-HEADER' name: b''>
<ExplicitlyFormattedLogicalRecord EFLR Set type: b'ORIGIN' name: b''>
<ExplicitlyFormattedLogicalRecord EFLR Set type: b'EQUIPMENT' name: b'51'>
Encrypted EFLR: <FileLogicalData VR: 0x00000050 LRSH: 0x00000bb4 LR type 132 E y len 0x03e0 Idx 0x0000 0018 01b8 ced6 0000 be18 0000 8467 0000 .............g..>
Encrypted EFLR: <FileLogicalData VR: 0x00000050 LRSH: 0x00000f98 LR type 132 E y len 0x0250 Idx 0x0000 0018 01b8 dee9 0000 4916 0000 f16d 0000 ........I....m..>
<ExplicitlyFormattedLogicalRecord EFLR Set type: b'TOOL' name: b'54'>
Encrypted EFLR: <FileLogicalData VR: 0x00000050 LRSH: 0x00001774 LR type 132 E y len 0x0238 Idx 0x0000 0018 01b8 9a99 0000 3c15 0000 877e 0000 ........<....~..>
Encrypted EFLR: <FileLogicalData VR: 0x00000050 LRSH: 0x000019b0 LR type 132 E y len 0x0080 Idx 0x0000 0018 01b8 acb3 0000 064d 0000 b74d 0000 .........M...M..>
<ExplicitlyFormattedLogicalRecord EFLR Set type: b'440-CHANNEL' name: b'57'>
<ExplicitlyFormattedLogicalRecord EFLR Set type: b'PARAMETER' name: b'58'>
Encrypted EFLR: <FileLogicalData VR: 0x00002050 LRSH: 0x00003194 LR type 132 E y len 0x0fc4 Idx 0x0000 0018 01b8 9aa6 0000 c84d 0000 4364 0000 .........M..Cd..>
<ExplicitlyFormattedLogicalRecord EFLR Set type: b'PARAMETER' name: b'60'>
Encrypted EFLR: <FileLogicalData VR: 0x00006050 LRSH: 0x000078b8 LR type 132 E y len 0x180c Idx 0x0000 0018 01b8 565d 0000 0945 0000 3812 0000 ....V]...E..8...>
<ExplicitlyFormattedLogicalRecord EFLR Set type: b'PARAMETER' name: b'62'>
Encrypted EFLR: <FileLogicalData VR: 0x0000804c LRSH: 0x000092b0 LR type 132 E y len 0x0238 Idx 0x0000 0018 01b8 010d 0000 f57f 0000 890a 0000 ................>
<ExplicitlyFormattedLogicalRecord EFLR Set type: b'CALIBRATION-MEASUREMENT' name: b'64'>
Encrypted EFLR: <FileLogicalData VR: 0x0000804c LRSH: 0x00009800 LR type 128 E y len 0x0150 Idx 0x0000 0018 01b8 4550 0000 ae56 0000 3207 0000 ....EP...V..2...>
<ExplicitlyFormattedLogicalRecord EFLR Set type: b'CALIBRATION-COEFFICIENT' name: b'72'>
<ExplicitlyFormattedLogicalRecord EFLR Set type: b'CALIBRATION-COEFFICIENT' name: b'73'>
<ExplicitlyFormattedLogicalRecord EFLR Set type: b'CALIBRATION' name: b'74'>
Encrypted EFLR: <FileLogicalData VR: 0x0000a04c LRSH: 0x0000a45c LR type 128 E y len 0x0378 Idx 0x0000 0018 01b8 eff6 0000 fd5c 0000 123e 0000 .........\...>..>
Encrypted EFLR: <FileLogicalData VR: 0x0000a04c LRSH: 0x0000a7d8 LR type 132 E y len 0x0120 Idx 0x0000 0018 01b8 4644 0000 ad4c 0000 4f31 0000 ....FD...L..O1..>
Encrypted EFLR: <FileLogicalData VR: 0x0000a04c LRSH: 0x0000a8fc LR type 132 E y len 0x0200 Idx 0x0000 0018 01b8 abb7 0000 d01c 0000 6b36 0000 ............k6..>
<ExplicitlyFormattedLogicalRecord EFLR Set type: b'PROCESS' name: b'78'>
<ExplicitlyFormattedLogicalRecord EFLR Set type: b'440-OP-CORE_TABLES' name: b'79'>
<ExplicitlyFormattedLogicalRecord EFLR Set type: b'440-OP-CORE_REPORT_FORMAT' name: b'330'>
<ExplicitlyFormattedLogicalRecord EFLR Set type: b'CHANNEL' name: b''>
<ExplicitlyFormattedLogicalRecord EFLR Set type: b'440-PRESENTATION-DESCRIPTION' name: b'375'>
<ExplicitlyFormattedLogicalRecord EFLR Set type: b'440-OP-CHANNEL' name: b'377'>
<ExplicitlyFormattedLogicalRecord EFLR Set type: b'FRAME' name: b''>
********************************************** END RP66V1 EFLR and IFLR Data Summary ***********************************************
The --eflr-set-type can be used to select only specific EFLRs:
$ tdrp66v1scan --EFLR -v --eflr-set-type=ORIGIN --eflr-as-table example_data/RP66V1/206_05a-_3_DWL_DWL_WIRE_258276498.DLIS
************************************************ RP66V1 EFLR and IFLR Data Summary *************************************************
Visible R LRSH Typ Length
---------- ---------- --- - ----- --------
<ExplicitlyFormattedLogicalRecord EFLR Set type: b'ORIGIN' name: b''>
********************************************** END RP66V1 EFLR and IFLR Data Summary ***********************************************
Scanning Implicitly Formatted Logical Records with --IFLR¶
Example of scanning a RP66V1 file for Logical Record Segments, this gives just a summary:
$ tdrp66v1scan --IFLR example_data/RP66V1/206_05a-_3_DWL_DWL_WIRE_258276498.DLIS
Use -v to see individual logical data.
Use -v and --dump-bytes to see actual first n bytes.
************************************************ RP66V1 EFLR and IFLR Data Summary *************************************************
<IndirectlyFormattedLogicalRecord b'2000T' frame: 1 free data[ 16]>
<IndirectlyFormattedLogicalRecord b'800T' frame: 1 free data[ 172]>
<IndirectlyFormattedLogicalRecord b'800T' frame: 2 free data[ 172]>
<IndirectlyFormattedLogicalRecord b'2000T' frame: 2 free data[ 16]>
<IndirectlyFormattedLogicalRecord b'800T' frame: 3 free data[ 172]>
<IndirectlyFormattedLogicalRecord b'2000T' frame: 3 free data[ 16]>
<IndirectlyFormattedLogicalRecord b'800T' frame: 4 free data[ 172]>
<IndirectlyFormattedLogicalRecord b'800T' frame: 5 free data[ 172]>
<IndirectlyFormattedLogicalRecord b'800T' frame: 6 free data[ 172]>
<IndirectlyFormattedLogicalRecord b'800T' frame: 7 free data[ 172]>
<IndirectlyFormattedLogicalRecord b'2000T' frame: 4 free data[ 16]>
<IndirectlyFormattedLogicalRecord b'800T' frame: 8 free data[ 172]>
<IndirectlyFormattedLogicalRecord b'800T' frame: 9 free data[ 172]>
<IndirectlyFormattedLogicalRecord b'2000T' frame: 5 free data[ 16]>
<IndirectlyFormattedLogicalRecord b'800T' frame: 10 free data[ 172]>
...
<IndirectlyFormattedLogicalRecord b'2000T' frame: 920 free data[ 16]>
<IndirectlyFormattedLogicalRecord b'800T' frame: 2,298 free data[ 172]>
<IndirectlyFormattedLogicalRecord b'800T' frame: 2,299 free data[ 172]>
<IndirectlyFormattedLogicalRecord b'2000T' frame: 921 free data[ 16]>
<IndirectlyFormattedLogicalRecord b'800T' frame: 2,300 free data[ 172]>
<IndirectlyFormattedLogicalRecord b'800T' frame: 2,301 free data[ 172]>
********************************************** END RP66V1 EFLR and IFLR Data Summary ***********************************************
540,372 -1 0.435 -0.000% 844.6 False "example_data/RP66V1/206_05a-_3_DWL_DWL_WIRE_258276498.DLIS"
Execution time = 0.436 (S)
Processed 1 files and 540,372 bytes, 845.2 ms/Mb
Scanning Everything with --LR¶
This reads every byte in the file and writes a very verbose output of each EFLR and a summary of each Log Pass. For example:
$ tdrp66v1scan --LR example_data/RP66V1/206_05a-_3_DWL_DWL_WIRE_258276498.DLIS
***************************************************** RP66V1 File Data Summary *****************************************************
StorageUnitLabel:
Storage Unit Sequence Number: 1
DLIS Version: b'V1.00'
Storage Unit Structure: b'RECORD'
Maximum Record Length: 8192
Storage Set Identifier: b'Default Storage Set '
======================================================== Logical File [0/1] ========================================================
<TotalDepth.RP66V1.core.LogicalFile.LogicalFile object at 0x104d3f6a0>
------------------------------------------ EFLR [0/19] at VR: 0x00000050 LRSH: 0x00000054 ------------------------------------------
<ExplicitlyFormattedLogicalRecord EFLR Set type: b'FILE-HEADER' name: b''>
Template [2]:
CD: 001 10100 L: b'SEQUENCE-NUMBER' C: 1 R: 20 (ASCII) U: b'' V: None
CD: 001 10100 L: b'ID' C: 1 R: 20 (ASCII) U: b'' V: None
Objects [1]:
OBNAME: O: 2 C: 0 I: b'5'
CD: 001 00001 L: b'SEQUENCE-NUMBER' C: 1 R: 20 (ASCII) U: b'' V: [b' 197']
CD: 001 00001 L: b'ID' C: 1 R: 20 (ASCII) U: b'' V: [b'MSCT_197LTP ']
---------------------------------------- END EFLR [0/19] at VR: 0x00000050 LRSH: 0x00000054 ----------------------------------------
------------------------------------------ EFLR [1/19] at VR: 0x00000050 LRSH: 0x000000d0 ------------------------------------------
<ExplicitlyFormattedLogicalRecord EFLR Set type: b'ORIGIN' name: b''>
Template [20]:
CD: 001 11100 L: b'FILE-ID' C: 1 R: 20 (ASCII) U: b'' V: None
CD: 001 11100 L: b'FILE-SET-NAME' C: 1 R: 19 (IDENT) U: b'' V: None
CD: 001 11100 L: b'FILE-SET-NUMBER' C: 1 R: 18 (UVARI) U: b'' V: None
CD: 001 11100 L: b'FILE-NUMBER' C: 1 R: 18 (UVARI) U: b'' V: None
CD: 001 11100 L: b'FILE-TYPE' C: 1 R: 19 (IDENT) U: b'' V: None
CD: 001 11100 L: b'PRODUCT' C: 1 R: 20 (ASCII) U: b'' V: None
CD: 001 11100 L: b'VERSION' C: 1 R: 20 (ASCII) U: b'' V: None
CD: 001 11100 L: b'PROGRAMS' C: 1 R: 20 (ASCII) U: b'' V: None
CD: 001 11100 L: b'CREATION-TIME' C: 1 R: 21 (DTIME) U: b'' V: None
CD: 001 11100 L: b'ORDER-NUMBER' C: 1 R: 20 (ASCII) U: b'' V: None
CD: 001 11000 L: b'DESCENT-NUMBER' C: 1 R: 19 (IDENT) U: b'' V: None
CD: 001 11000 L: b'RUN-NUMBER' C: 1 R: 19 (IDENT) U: b'' V: None
CD: 001 11100 L: b'WELL-ID' C: 1 R: 20 (ASCII) U: b'' V: None
CD: 001 11100 L: b'WELL-NAME' C: 1 R: 20 (ASCII) U: b'' V: None
CD: 001 11100 L: b'FIELD-NAME' C: 1 R: 20 (ASCII) U: b'' V: None
CD: 001 11100 L: b'PRODUCER-CODE' C: 1 R: 16 (UNORM) U: b'' V: None
CD: 001 11100 L: b'PRODUCER-NAME' C: 1 R: 20 (ASCII) U: b'' V: None
CD: 001 11100 L: b'COMPANY' C: 1 R: 20 (ASCII) U: b'' V: None
CD: 001 11100 L: b'NAME-SPACE-NAME' C: 1 R: 19 (IDENT) U: b'' V: None
CD: 001 11100 L: b'NAME-SPACE-VERSION' C: 1 R: 18 (UVARI) U: b'' V: None
Objects [1]:
OBNAME: O: 2 C: 0 I: b'DLIS_DEFINING_ORIGIN'
CD: 001 00001 L: b'FILE-ID' C: 1 R: 20 (ASCII) U: b'' V: [b'MSCT_197LTP ']
CD: 001 00001 L: b'FILE-SET-NAME' C: 1 R: 19 (IDENT) U: b'' V: [b'FAROE_PETROLEUM/206_05A-3']
CD: 001 00001 L: b'FILE-SET-NUMBER' C: 1 R: 18 (UVARI) U: b'' V: [41]
CD: 001 00001 L: b'FILE-NUMBER' C: 1 R: 18 (UVARI) U: b'' V: [167]
CD: 001 00001 L: b'FILE-TYPE' C: 1 R: 19 (IDENT) U: b'' V: [b'STATION LOG']
CD: 001 00001 L: b'PRODUCT' C: 1 R: 20 (ASCII) U: b'' V: [b'OP']
CD: 001 00001 L: b'VERSION' C: 1 R: 20 (ASCII) U: b'' V: [b'19C0-187']
CD: 001 01001 L: b'PROGRAMS' C: 4 R: 20 (ASCII) U: b'' V: [b'MSCT: Mechanical Sidewall Coring Tool', b'SGTP: Scintillation Gamma-Ray - P', b'LEHQT: Logging Equipment Head - QT', b'WELLCAD: WellCAD file generator']
CD: 001 00001 L: b'CREATION-TIME' C: 1 R: 21 (DTIME) U: b'' V: [<<class 'TotalDepth.RP66V1.core.RepCode.DateTime'> 2011-08-20 22:48:50.000 DST>]
CD: 001 00001 L: b'ORDER-NUMBER' C: 1 R: 20 (ASCII) U: b'' V: [b'BSAX-00003 ']
CD: 001 00001 L: b'DESCENT-NUMBER' C: 1 R: 19 (IDENT) U: b'' V: [b'-1']
CD: 001 00001 L: b'RUN-NUMBER' C: 1 R: 19 (IDENT) U: b'' V: [b'1']
CD: 001 00001 L: b'WELL-ID' C: 1 R: 20 (ASCII) U: b'' V: [b' ']
CD: 001 00001 L: b'WELL-NAME' C: 1 R: 20 (ASCII) U: b'' V: [b'206/05a-3 ']
CD: 001 00001 L: b'FIELD-NAME' C: 1 R: 20 (ASCII) U: b'' V: [b'Fulla ']
CD: 001 00001 L: b'PRODUCER-CODE' C: 1 R: 16 (UNORM) U: b'' V: [440]
CD: 001 00001 L: b'PRODUCER-NAME' C: 1 R: 20 (ASCII) U: b'' V: [b'Schlumberger']
CD: 001 00001 L: b'COMPANY' C: 1 R: 20 (ASCII) U: b'' V: [b'Faroe Petroleum ']
CD: 001 00001 L: b'NAME-SPACE-NAME' C: 1 R: 19 (IDENT) U: b'' V: [b'SLB']
CD: 000 00000 L: b'NAME-SPACE-VERSION' C: 1 R: 18 (UVARI) U: b'' V: None
---------------------------------------- END EFLR [1/19] at VR: 0x00000050 LRSH: 0x000000d0 ----------------------------------------
... Many EFLRs later ...
--------------------------------------- END EFLR [18/19] at VR: 0x0001204c LRSH: 0x00013014 ----------------------------------------
------------------------------------------------------------- Log Pass -------------------------------------------------------------
^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ Frame Array [0/2] ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
FrameArray: ID: OBNAME: O: 2 C: 0 I: b'2000T' b''
FrameChannel: OBNAME: O: 2 C: 4 I: b'TIME' Rc: 2 Co: 1 Un: b'ms' Di: [1] b'1 second River Time'
FrameChannel: OBNAME: O: 2 C: 4 I: b'TDEP' Rc: 2 Co: 1 Un: b'0.1 in' Di: [1] b'1 second River Depth'
FrameChannel: OBNAME: O: 2 C: 0 I: b'TENS_SL' Rc: 2 Co: 1 Un: b'lbf' Di: [1] b'Cable Tension'
FrameChannel: OBNAME: O: 2 C: 0 I: b'DEPT_SL' Rc: 2 Co: 1 Un: b'0.1 in' Di: [1] b'Station logging depth'
X Axis summary (all IFLRs):
Min: 16677259.0 Max: 17597260.0 [b'ms'] Count: 921
X Axis spacing summary:
Min: 1000.0 Max: 1001.0 Mean: 1000.0010869565217 Median: 1000.0
Normal: 920
Duplicate: 0
Skipped: 0
Back: 0
Spacing histogram
Value [ N]: Relative Frequency
1000.000 [ 919]: ********************************************************************************
1000.100 [ 0]:
1000.200 [ 0]:
1000.300 [ 0]:
1000.400 [ 0]:
1000.500 [ 0]:
1000.600 [ 0]:
1000.700 [ 0]:
1000.800 [ 0]:
1000.900 [ 1]:
Frames [921] from: 16677259.000 to 17597260.000 Interval: 1000.000 b'ms'
Frame spacing: <Slice on length=921 start=0 stop=921 step=1> number of frames: 921 numpy size: 14,736 bytes
Channel Size Absent Min Mean Std.Dev. Max Units dtype
------- ---- ------ ------------ ------------ ---------- ------------ --------- -------
TIME 921 0 16677259.000 17137260.404 265869.810 17597260.000 b'ms' float32
TDEP 921 0 852606.000 872468.708 17513.899 893302.000 b'0.1 in' float32
TENS_SL 921 0 1825.000 2145.789 198.506 2594.000 b'lbf' float32
DEPT_SL 921 0 852606.000 872467.735 17513.909 893303.000 b'0.1 in' float32
^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ END Frame Array [0/2] ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ Frame Array [1/2] ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
FrameArray: ID: OBNAME: O: 2 C: 0 I: b'800T' b''
FrameChannel: OBNAME: O: 2 C: 5 I: b'TIME' Rc: 2 Co: 1 Un: b'ms' Di: [1] b'400 milli-second time channel'
FrameChannel: OBNAME: O: 2 C: 5 I: b'TDEP' Rc: 2 Co: 1 Un: b'0.1 in' Di: [1] b'MSCT depth channel'
FrameChannel: OBNAME: O: 2 C: 1 I: b'ETIM' Rc: 2 Co: 1 Un: b's' Di: [1] b'Elapsed Logging Time'
FrameChannel: OBNAME: O: 2 C: 0 I: b'LMVL' Rc: 2 Co: 1 Un: b'V' Di: [1] b'Lower Motor Voltage Limit'
FrameChannel: OBNAME: O: 2 C: 0 I: b'UMVL' Rc: 2 Co: 1 Un: b'V' Di: [1] b'Upper Motor Voltage Limit'
FrameChannel: OBNAME: O: 2 C: 0 I: b'CFLA' Rc: 2 Co: 1 Un: b' ' Di: [1] b'Coring Flag'
FrameChannel: OBNAME: O: 2 C: 0 I: b'OCD' Rc: 2 Co: 1 Un: b'ft' Di: [1] b'Observed Core Depth'
FrameChannel: OBNAME: O: 2 C: 0 I: b'RCMD' Rc: 2 Co: 1 Un: b'V' Di: [1] b'Raw Coring Motor Downhole Voltage'
FrameChannel: OBNAME: O: 2 C: 0 I: b'RCPP' Rc: 2 Co: 1 Un: b'in' Di: [1] b'Raw Kinematics Piston Position'
FrameChannel: OBNAME: O: 2 C: 0 I: b'CMRT' Rc: 2 Co: 1 Un: b'h' Di: [1] b'Coring Motor Run Time'
FrameChannel: OBNAME: O: 2 C: 0 I: b'RCNU' Rc: 2 Co: 1 Un: b' ' Di: [1] b'Raw Core Number'
FrameChannel: OBNAME: O: 2 C: 0 I: b'DCFL' Rc: 2 Co: 1 Un: b' ' Di: [1] b'Down Command Flag'
FrameChannel: OBNAME: O: 2 C: 0 I: b'DFS' Rc: 2 Co: 1 Un: b' ' Di: [1] b'Data Full Scale'
FrameChannel: OBNAME: O: 2 C: 0 I: b'DZER' Rc: 2 Co: 1 Un: b' ' Di: [1] b'Data Zero'
FrameChannel: OBNAME: O: 2 C: 0 I: b'RHMD' Rc: 2 Co: 1 Un: b'V' Di: [1] b'Raw Hydraulic Motor Downhole Voltage'
FrameChannel: OBNAME: O: 2 C: 0 I: b'HMRT' Rc: 2 Co: 1 Un: b'h' Di: [1] b'Hydraulic Motor Run Time'
FrameChannel: OBNAME: O: 2 C: 0 I: b'RHV' Rc: 2 Co: 1 Un: b'V' Di: [1] b'Raw Head Voltage'
FrameChannel: OBNAME: O: 2 C: 0 I: b'RLSW' Rc: 2 Co: 1 Un: b' ' Di: [1] b'Raw Limit Switch'
FrameChannel: OBNAME: O: 2 C: 0 I: b'MNU' Rc: 2 Co: 1 Un: b' ' Di: [1] b'Marker Number'
FrameChannel: OBNAME: O: 2 C: 0 I: b'S1CY' Rc: 2 Co: 1 Un: b' ' Di: [1] b'Solenoid 1 Cycles'
FrameChannel: OBNAME: O: 2 C: 0 I: b'S2CY' Rc: 2 Co: 1 Un: b' ' Di: [1] b'Solenoid 2 Cycles'
FrameChannel: OBNAME: O: 2 C: 0 I: b'RSCU' Rc: 2 Co: 1 Un: b' ' Di: [1] b'Raw Solenoid Current'
FrameChannel: OBNAME: O: 2 C: 0 I: b'RSTS' Rc: 2 Co: 1 Un: b' ' Di: [1] b'Raw Solenoid Status'
FrameChannel: OBNAME: O: 2 C: 0 I: b'UCFL' Rc: 2 Co: 1 Un: b' ' Di: [1] b'Up Command Flag'
FrameChannel: OBNAME: O: 2 C: 0 I: b'CARC' Rc: 2 Co: 1 Un: b'mA' Di: [1] b'Cartridge Current'
FrameChannel: OBNAME: O: 2 C: 0 I: b'CMDV' Rc: 2 Co: 1 Un: b'V' Di: [1] b'Coring Motor Downhole Voltage'
FrameChannel: OBNAME: O: 2 C: 0 I: b'CMPP' Rc: 2 Co: 1 Un: b'in' Di: [1] b'Kinematics Piston Position'
FrameChannel: OBNAME: O: 2 C: 0 I: b'CNU' Rc: 2 Co: 1 Un: b' ' Di: [1] b'Core Number'
FrameChannel: OBNAME: O: 2 C: 0 I: b'HMDV' Rc: 2 Co: 1 Un: b'V' Di: [1] b'Hydraulic Motor Downhole Voltage'
FrameChannel: OBNAME: O: 2 C: 0 I: b'HV' Rc: 2 Co: 1 Un: b'V' Di: [1] b'Head Voltage'
FrameChannel: OBNAME: O: 2 C: 0 I: b'LSWI' Rc: 2 Co: 1 Un: b' ' Di: [1] b'Limit Switch'
FrameChannel: OBNAME: O: 2 C: 0 I: b'SCUR' Rc: 2 Co: 1 Un: b' ' Di: [1] b'Solenoid Current'
FrameChannel: OBNAME: O: 2 C: 0 I: b'SSTA' Rc: 2 Co: 1 Un: b' ' Di: [1] b'Solenoid Status'
FrameChannel: OBNAME: O: 2 C: 0 I: b'RCMP' Rc: 2 Co: 1 Un: b'psi' Di: [1] b'Raw Coring Motor Pressure'
FrameChannel: OBNAME: O: 2 C: 0 I: b'RHPP' Rc: 2 Co: 1 Un: b'psi' Di: [1] b'Raw Hydraulic Pump Pressure'
FrameChannel: OBNAME: O: 2 C: 0 I: b'RRPP' Rc: 2 Co: 1 Un: b'psi' Di: [1] b'Raw Kinematics Pressure'
FrameChannel: OBNAME: O: 2 C: 0 I: b'CMPR' Rc: 2 Co: 1 Un: b'psi' Di: [1] b'Coring Motor Pressure'
FrameChannel: OBNAME: O: 2 C: 0 I: b'HPPR' Rc: 2 Co: 1 Un: b'psi' Di: [1] b'Hydraulic Pump Pressure'
FrameChannel: OBNAME: O: 2 C: 0 I: b'RPPV' Rc: 2 Co: 1 Un: b'psi' Di: [1] b'Kinematics Pressure'
FrameChannel: OBNAME: O: 2 C: 0 I: b'SMSC' Rc: 14 Co: 1 Un: b' ' Di: [1] b'MSCT Status Word'
FrameChannel: OBNAME: O: 2 C: 0 I: b'CMCU' Rc: 2 Co: 1 Un: b'mA' Di: [1] b'Coring Motor Current'
FrameChannel: OBNAME: O: 2 C: 0 I: b'HMCU' Rc: 2 Co: 1 Un: b'mA' Di: [1] b'Hydrailic Motor Current'
FrameChannel: OBNAME: O: 2 C: 0 I: b'CMLP' Rc: 2 Co: 1 Un: b'in' Di: [1] b'Coring Motor Linear Position'
X Axis summary (all IFLRs):
Min: 16677259.0 Max: 17597260.0 [b'ms'] Count: 2301
X Axis spacing summary:
Min: 400.0 Max: 401.0 Mean: 400.0004347826087 Median: 400.0
Normal: 2300
Duplicate: 0
Skipped: 0
Back: 0
Spacing histogram
Value [ N]: Relative Frequency
400.000 [ 2299]: ********************************************************************************
400.100 [ 0]:
400.200 [ 0]:
400.300 [ 0]:
400.400 [ 0]:
400.500 [ 0]:
400.600 [ 0]:
400.700 [ 0]:
400.800 [ 0]:
400.900 [ 1]:
Frames [2301] from: 16677259.000 to 17597260.000 Interval: 400.000 b'ms'
Frame spacing: <Slice on length=2301 start=0 stop=2301 step=1> number of frames: 2301 numpy size: 395,772 bytes
Channel Size Absent Min Mean Std.Dev. Max Units dtype
------- ---- ------ ------------ ------------ ---------- ------------ --------- -------
TIME 2301 0 16677259.000 17137261.698 265696.737 17597260.000 b'ms' float32
TDEP 2301 0 852606.000 872468.805 17512.407 893304.000 b'0.1 in' float32
ETIM 2301 0 0.000 460.001 265.697 920.001 b's' float32
LMVL 2301 0 585.000 585.000 0.000 585.000 b'V' float32
UMVL 2301 0 635.000 635.000 0.000 635.000 b'V' float32
CFLA 2301 0 0.000 13.361 5.757 18.000 b' ' float32
OCD 2301 0 6789.050 7153.751 165.517 7433.008 b'ft' float32
RCMD 2301 0 0.000 191.060 305.260 704.275 b'V' float32
RCPP 2301 0 0.443 0.853 0.649 2.598 b'in' float32
CMRT 2301 0 0.637 0.676 0.018 0.708 b'h' float32
RCNU 2301 0 20.000 20.756 0.532 22.000 b' ' float32
DCFL 2301 0 0.000 1.229 12.818 143.000 b' ' float32
DFS 2301 0 209.000 209.464 0.499 210.000 b' ' float32
DZER 2301 0 0.000 0.002 0.042 1.000 b' ' float32
RHMD 2301 0 0.000 345.934 320.677 674.725 b'V' float32
HMRT 2301 0 1.490 1.563 0.032 1.628 b'h' float32
RHV 2301 0 142.319 151.464 1.880 159.428 b'V' float32
RLSW 2301 0 0.000 0.377 0.485 1.000 b' ' float32
MNU 2301 0 24.000 24.757 0.533 26.000 b' ' float32
S1CY 2301 0 24.000 25.240 0.479 26.000 b' ' float32
S2CY 2301 0 27.000 28.939 0.788 30.000 b' ' float32
RSCU 2301 0 21.000 74.272 62.645 174.000 b' ' float32
RSTS 2301 0 0.000 0.707 0.882 2.000 b' ' float32
UCFL 2301 0 128.000 132.961 6.559 143.000 b' ' float32
CARC 2301 0 178.238 201.121 12.822 211.238 b'mA' float32
CMDV 2301 0 0.000 191.060 305.260 704.275 b'V' float32
CMPP 2301 0 -0.004 0.407 0.651 2.158 b'in' float32
CNU 2301 0 20.000 20.756 0.532 22.000 b' ' float32
HMDV 2301 0 0.000 345.934 320.677 674.725 b'V' float32
HV 2301 0 142.319 151.464 1.880 159.428 b'V' float32
LSWI 2301 0 0.000 0.377 0.485 1.000 b' ' float32
SCUR 2301 0 21.000 74.272 62.645 174.000 b' ' float32
SSTA 2301 0 0.000 0.707 0.882 2.000 b' ' float32
RCMP 2301 0 14.696 149.036 215.905 574.505 b'psi' float32
RHPP 2301 0 14.696 1427.014 1451.455 4201.299 b'psi' float32
RRPP 2301 0 14.696 1434.264 1145.652 4009.911 b'psi' float32
CMPR 2301 0 14.696 149.036 215.905 574.505 b'psi' float32
HPPR 2301 0 14.696 1427.014 1451.455 4201.299 b'psi' float32
RPPV 2301 0 14.696 1434.264 1145.652 4009.911 b'psi' float32
SMSC 2301 0 192 212.597 27.112 254 b' ' int32
CMCU 2301 0 -53.000 1059.832 1610.049 8295.000 b'mA' float32
HMCU 2301 0 10.000 339.616 302.494 747.125 b'mA' float32
CMLP 2301 0 -0.927 -0.296 1.043 2.891 b'in' float32
^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ END Frame Array [1/2] ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
----------------------------------------------------------- END Log Pass -----------------------------------------------------------
====================================================== END Logical File [0/1] ======================================================
*************************************************** END RP66V1 File Data Summary ***************************************************
540,372 -1 0.750 -0.000% 1456.0 False "example_data/RP66V1/206_05a-_3_DWL_DWL_WIRE_258276498.DLIS"
Execution time = 0.751 (S)
Processed 1 files and 540,372 bytes, 1456.5 ms/Mb