Ultrasonic Pulse Transmission Tests: Datasets - Test Series 1, Cement Paste at Early Stages

Technical description Ultrasonic Pulse Transmission Tests: Datasets — Test Series 1, Cement Paste at Early Stages Jakob Harden† †Graz University of Technology, Graz, Austria Corresponding author email: [email protected] 2023-07-14 Abstract The test series was created to receive information about the material behaviour of cement pastes at early stages. The approach for this test series was to vary the parameters water-cement-ratio and distancebetween-actuator-and-sensor. This results in a two-dimensional test parameter grid (water-cement-ratio versus distance-between-actuator-and-sensor). For each point of the parameter grid, tests were performed several times to check the stability of the testing method. The materials tested were blends from ordinary Portland cement and tap water. The test methods used were ultrasonic pulse transmission method with combined compressionand shear wave measurements, gravimetric density tests (fresh paste density, solid specimen density) and hydration temperature tests. All test data and metadata are summarized into datasets using GNU Octave’s open binary file format. 1 Introduction This document provides a technical description of the datasets of a series of ultrasonic pulse transmission tests (UPTT) performed in the course of the PhD thesis of the author of this document (see title page). This test series was performed to receive information about the behaviour of cement pastes at early stages (within the first 24 hours). The test series design is based on the variation of two different parameters. The water-cementratio w/c = [0.40,0.45,0.50,0.55,0.60] and the distance between actuator and sensor D= [25,50,70]mm. This results in a two-dimensional parameter grid. For each grid point (w/c, D), tests were carried out six times to gain information about the stability of the tests. The result is a collection of 90 datasets containing the measurement data of the UPTT’s and additional subsidiary tests performed in the course of the UPTT’s (fresh paste density, solid sample density, environment temperature, specimen temperature). Here it is to mention that not all subsidiary tests were carried out for each grid point (e.g. specimen hydration temperature and fresh paste density). The test device used for the UPTT’s is the FreshCon[1] device (developed at the University of Stuttgart, Germany). The materials used for the cement paste blends are ordinary Portland cement[2] (CEM I 42.5 N) and tap water. An elaborate description of devices, materials, mixtures and test operation procedures is stored in the data set structure along with the measurement results. This record is published to allow other researchers to make use of it. In particular, those who have no access to the required laboratory facilities and test equipment. To allow others to make use of these datasets freely, an open license was chosen by the author (Creative Commons 4.0 Attribution, CC-BY-4.0). 2 Record content The repository record consists of the following three files: •ts1_techdescr.pdf contains the technical description (this file). •ts1_rawdata.tar.xz contains the raw measurement data. This compressed TAR archive consists of a set of ZIP archives enlisted in table 8 in section Appendix - Tables. The content of the ZIP archives is described in section 3. •ts1_datasets.tar.xz contains the datasets compiled from the raw measurement data. This compressed TAR archive consists of a set of binary files (*.oct, open GNU Octave binary format) enlisted in table 9 in section Appendix - Tables. The structure of the content of each data set is described in section 4 in detail. CC-BY-4.0 Jakob Harden 1 Technical description Extracting data set files from compressed TAR archives: Under Linux the content of the compressed TAR archives can easily be extracted with the command line tool “tar”[3] on the “bash”[4] command prompt. On Microsoft Windows one may use “7zip”[5] instead. $ tar -xf <filename>.tar.xz Data integrity: To ensure the integrity of the files contained in the compressed TAR archives, the SHA256 checksum is also provided along with the files. See second column in tables 8 and 9 in section Tables. Check the integrity of a file with “sha256sum”[6] at the “bash” command prompt. $ echo "<sha256_checksum> <filename>" > checkfile.txt $ sha256sum --check checkfile.txt File name convention, data set code: The variation of the parameters w/c-ratio and distance is also reflected in the file names. The file names are a concatenation of the test series id <T>, the water-cementratio <W>, the distance between the actuator and sensor <D> in millimetres and the repetition number <R>. Filename structure: <T>_wc<W>_d<D>_<R>.oct. As example, a test performed on a cement paste with a water-cement ratio of 0.40, a distance between actuator and sensor of 50mm and a repetition number of 6is stored in ts1_wc040_d50_6.oct. The name of the corresponding raw data archive is ts1_wc040_d50_6.zip. Licensing: The contents of the repository entry published under the DOI 10.3217/bhs4g-m3z76 are made available under the open Creative Commons 4.0 Attribution license (CC-BY-4.0). This applies to the files ts1_rawdata.tar.xz,ts1_datasets.tar.xz,ts1_techdescr.pdf and their contents. A full description of the license terms is available at the following URL: https://creativecommons.org/licenses/by/4.0/. 3 Raw data archive structure Each data set in the raw data archive ts1_rawdata.tar.xz is represented by a ZIP archive. The directories and files contained in the archive files are enlisted in table 1. L C Path Type Description 0 1 <datasetcode> directory data set directory 1 1 projinfo.txt plain text file metadata and information about additional tests 1 1 Channel 1 directory compression wave measurement data 2 1 ../measurements.txt plain text file list of signal filenames and recording timestamp 2 1 ../settings.txt plain text file device and measurement settings 2 1 ../tst.tem plain text file temperature data (if exists) 2 N ../tst<num>.dat plain text files signal data of compression wave measurements 1 1 Channel 2 directory shear wave measurement data 2 1 ../measurements.txt plain text file list of signal filenames and recording timestamp 2 1 ../settings.txt plain text file device and measurement settings 2 1 ../tst.tem plain text file temperature data (if exists) 2 N ../tst<num>.dat plain text files signal data of shear wave measurements Table 1: Raw data directoryand file structure (ZIP archives). L . ..directory level; C . . .cardinality. 4 Data set binary file structure Each data set in the data set archive ts1_datasets.tar.xz is represented by a OCT file (<filename>.oct). They were generated from raw data consisting of plain text files (see also 3). Therefore, GNU Octave 6.2.0[7] command scripts were used. The result of the conversion process are datasets available in GNU Octave’s open binary file format. The data in the datasets is organized in a C-like hierarchical data structure. That structure consists of several structural levels. The top structural level serves to classify the data according to individual thematic areas. The metadata and data of the measurement results are stored in the lower structure levels. To be able to display the data and metadata as simply as possible, sub-structures are used, which are referred to here as “atomic elements” and represent the lowest structural level of the data. There are three defined types CC-BY-4.0 Jakob Harden 2 Technical description of atomic elements: the atomic reference element (ARE), the atomic attribute element (AAE) and the atomic data element (ADE). All atomic elements consist of simple structure fields that hold the data. 4.1 Atomic elements Atomic reference element (ARE): Atomic reference elements are used to link objects to each other. This is to avoid copies of recurring content (e.g. for a specimen used in several subsidiary tests). They consist of a set of fields enlisted in table 2. Field Description Data type obj object type (always "ARE") string ver version number [major, minor] uint16 t tag, a descriptive name string i referenced id uint, [uint] r referenced object name {string} d description string Table 2: Field list of atomic reference elements (ARE) Atomic attribute element (AAE): Atomic attribute elements are used to store text only (e.g. additional description of the parent data structure). They consist of a set of fields enlisted in table 3. Field Description Data type obj object type (always "AAE") string ver version number [Major, Minor] [uint16] t tag, a descriptive name string v value, text string, {string} d description string Table 3: Field list of atomic attribute elements (AAE) Atomic data element (AAE): Atomic data elements are used to store values in combination with value type and physical unit (e.g. measurement data). They consist of a set of fields enlisted in table 4. The value type enumerators stored in field “vt” are enlisted in table 6 in section Appendix - Tables. Field Description Data type obj object type (always "ADE") string ver version number [Major, Minor] [uint16] t tag, a descriptive name string vt value type enumerator string v value of given value type depends on value type u unit string d description string Table 4: Field list of atomic data elements (ADE) 4.2 Data set structure hierarchy The hierarchy of the data structure consists of top-level substructures containing various atomic elements or other lower-level substructures (e.g. ds.tst, test collection). A list of main substructures is shown in table 5. A more detailed description of the structure hierarchy is shown in table 7 in section Appendix - Tables. CC-BY-4.0 Jakob Harden 3 Technical description L C Path Description 0 1 ds structure root 1 1 ds.meta_ser test series metadata 1 1 ds.meta_set data set metadata 1 N ds.loc geo-location information, GPS coordinates 1 1 ds.lic license information 1 N ds.aut author information 1 N ds.dev test device information 1 N ds.mat test material information 1 1 ds.rec mixture/blend recipe definition 1 1 ds.mix mixture component information 1 N ds.spm test specimen information, specimen I and II 1 1 ds.tst test collection 2 1 ds.tst.s01 fresh paste density 2 1 ds.tst.s02 solid specimen density, specimen I 2 1 ds.tst.s03 solid specimen density, specimen II 2 1 ds.tst.s04 ultrasonic measurement distance, specimen I 2 1 ds.tst.s05 ultrasonic measurement distance, specimen II 2 1 ds.tst.s06 ultrasonic pulse transmission test (compression wave), specimen I 2 1 ds.tst.s07 ultrasonic pulse transmission test (shear wave), specimen II 2 1 ds.tst.s08 specimen temperature, specimen II 2 1 ds.tst.s09 environment temperature Table 5: Main substructures. L . ..hierarchy level; C . ..cardinality. 4.3 Accessing items of the hierarchical data structure To access the data and metadata in the hierarchical data structure, the file need to be loaded into memory first. Then, the structure handling commands of GNU Octave can be used to access single items. To illustrate the process, some typical application examples using the GNU Octave command line interface are given below. Load data set: Load data set and store the result in variable ds. octave: >>> ds = load(’/path/to/dataset/file.oct’, ’dataset’).dataset; Accessing items: The following commands store the signal data of all compression wave signals in variable s1 and all shear wave signals in variable s2. All other elements can be accessed in the same way. A detailed list of available structure elements is shown in table 7 in section Appendix - Tables. octave: >>> s1 = ds.tst.s06.d13.v; octave: >>> s2 = ds.tst.s07.d13.v; References [1] Smartmote. Smartmote - FreshCon. July 14, 2023. url:http : / / www . smartmote . de / joomla / de / produkte/~ultraschall/9-produkte/19-neptun-webservices-5. [2] Vereinigung der österreichischen Zemetindustrie | VÖZ. Zementtype. July 14, 2023. url:https://www. zement.at/der-baustoff/zement/zementtype. [3] die.net. tar(1) - Linux man page. July 14, 2023. url:https://linux.die.net/man/1/tar. [4] die.net. bash(1) - Linux man page. July 14, 2023. url:https://linux.die.net/man/1/bash. [5] www.7 zip.org. 7zip download. July 14, 2023. url:https://www.7-zip.org/download.html. [6] die.net. sha256sum(1) - Linux man page. July 14, 2023. url:https://linux.die.net/man/1/sha256sum. [7] John W. Eaton et.al. GNU Octave - Scientific Programming Language. July 14, 2023. url:https:// octave.org/. CC-BY-4.0 Jakob Harden 4 Technical description Appendix - Tables Data type Description string character array, character = 8 bit string_arr 1D cell array (vector) of strings string_mat 2D cell array (matrix) of string boolean unsigned integer, 8 bit boolean_arr 1D array (vector) of type boolean boolean_mat 2D array (matrix) of type boolean uint unsigned integer uint_arr 1D array (vector) of type uint uint_mat 2D array (matrix) of type uint int signed integer int_arr 1D array (vector) of type int int_mat 2D array (matrix) of type int single single precision floating point number, 32 bit single_arr 1D array (vector) of type single single_mat 2D array (matrix) of type single double double precision floating point value, 64 bit double_arr 1D array (vector) of type double double_mat 2D array (matrix) of type double Table 6: Value types for atomic data elements (ADE) CC-BY-4.0 Jakob Harden 5 Technical description Table 7: Detailed overview of the hierarchical structure of the datasets (*.oct files). Path Type Tag Description ds struct_dataset — structure root ds.meta_ser struct_metaser — substructure ds.meta_ser.r01 ARE author author reference ds.meta_ser.r02 ARE license license reference ds.meta_ser.d01 ADE series_id test series id ds.meta_ser.a01 AAE series_code test series code ds.meta_ser.a02 AAE series_name test series name ds.meta_ser.a03 AAE description test series description ds.meta_ser.a04 AAE abstract test series abstract ds.meta_ser.a05 AAE context test series context ds.meta_ser.a06 AAE date_start test series start date ds.meta_ser.a07 AAE date_end test series end date ds.meta_set struct_metaset — substructure ds.meta_set.r01 ARE author author reference ds.meta_set.r02 ARE series test series reference ds.meta_set.r03 ARE location location reference ds.meta_set.r04 ARE license license reference ds.meta_set.d01 ADE dataset_id data set id ds.meta_set.a01 AAE dataset_code data set code ds.meta_set.a02 AAE dataset_name data set name ds.meta_set.a03 AAE description description, general ds.meta_set.a04 AAE description_abstract description, abstract ds.meta_set.a05 AAE description_methods description, methods ds.meta_set.a06 AAE description_tableofcontents description, tableofcontents ds.meta_set.a07 AAE created_by data set creator name ds.meta_set.a08 AAE collected_by data set collector name ds.meta_set.a09 AAE copyrighted_by data set copyrighter name ds.meta_set.a10 AAE date_created date created Continued on next page CC-BY-4.0 Jakob Harden 6 Technical description Table7 – continued from previous page Path Type Tag Description ds.meta_set.a11 AAE date_collected date collected ds.meta_set.a12 AAE date_copyrighted date copyrighted ds.meta_set.a13 AAE size data set size, number of files ds.meta_set.a14 AAE format data set file format ds.meta_set.a15 AAE version data set version ds.meta_set.a16 AAE context data set context ds.meta_set.a17 AAE rawdata_directory data set rawdata directory ds.meta_set.a18 AAE rawdata_archive data set rawdata archive ds.loc struct_loc — substructure array ds.loc.d01 ADE location_id location id ds.loc.d02 ADE geolocation geo location, latitude, longitude ds.loc.a01 AAE country country ds.loc.a02 AAE state_province state or province ds.loc.a03 AAE city city ds.loc.a04 AAE zipcode zip code, postal code ds.loc.a05 AAE street street name ds.loc.a06 AAE housenumber house number ds.loc.a07 AAE description location description ds.lic struct_lic — substructure ds.lic.r01 ARE author author reference ds.lic.d01 ADE license_id license id ds.lic.a01 AAE license_code license code ds.lic.a02 AAE rightsholder rights holder ds.lic.a03 AAE rights rights description, e.g. Creative Commons Attribution 4.0 International ds.lic.a04 AAE rights_uri rights URI, e.g. https://spdx.org/licenses/CC-BY-4.0.html ds.lic.a05 AAE rights_identifier_scheme rights identifier scheme, e.g. SPDX ds.lic.a06 AAE rights_identifier_scheme_uri rights identifier scheme URI, e.g. https://spdx.org/licenses/ ds.lic.a07 AAE license_description license description ds.lic.a08 AAE spdx_icon license icon (spdx) ds.lic.a09 AAE spdx_id license id (spdx) Continued on next page CC-BY-4.0 Jakob Harden 7 Technical description Table7 – continued from previous page Path Type Tag Description ds.aut struct_aut — substructure ds.aut.d01 ADE author_id author id ds.aut.a01 AAE name full name ds.aut.a02 AAE givenname given name, first name ds.aut.a03 AAE familyname family name, surname ds.aut.a04 AAE initials initials ds.aut.a05 AAE title_pfx title before the name (prefix) ds.aut.a06 AAE title_sfx title behind the name (suffix) ds.aut.a07 AAE organization organization name ds.aut.a08 AAE department department name ds.aut.a09 AAE role role in organization/department ds.aut.a10 AAE country country ds.aut.a11 AAE state_province state or province ds.aut.a12 AAE city city name ds.aut.a13 AAE zipcode zip code, postal code ds.aut.a14 AAE street street name ds.aut.a15 AAE email email address ds.aut.a16 AAE name_identifier_type name identifier type, e.g. ORCID ds.aut.a17 AAE name_identifier_type_uri name identifier type uri, e.g. https://orcid.org/ ds.aut.a18 AAE name_identifier name identifier, e.g. ORCID id ds.aut.a19 AAE description author description ds.dev struct_dev — substructure array ds.dev.d01 ADE device_id device id ds.dev.a01 AAE name device name ds.dev.a02 AAE vendor vendor name ds.dev.a03 AAE product product name ds.dev.a04 AAE category device category ds.dev.a05 AAE usage device usage ds.dev.a06 AAE description device description ds.dev.s01 ADE data_array device properties Continued on next page CC-BY-4.0 Jakob Harden 8 Technical description Table7 – continued from previous page Path Type Tag Description ds.mat struct_mat — substructure array ds.mat.d01 ADE material_id material id ds.mat.a01 AAE name material name ds.mat.a02 AAE vendor vendor name ds.mat.a03 AAE product product name ds.mat.a04 AAE category material category ds.mat.a05 AAE description material description ds.mat.a06 AAE storage_place material storage place ds.mat.a07 AAE storage_condition material storage condition ds.rec struct_rec — substructure ds.rec.d01 ADE recipe_id recipe id ds.rec.a01 AAE recipe_code recipe code ds.rec.s01 struct_mix_component — mix components ds.rec.s02 ADE w/c-ratio water-cement-ratio, mass of water divided by mass of cement ds.mix struct_mix — substructure ds.mix.r01 ARE author author reference ds.mix.r02 ARE device device reference ds.mix.r03 ARE recipe recipe reference ds.mix.r04 ARE location location reference ds.mix.d01 ADE mixture_id mixture id ds.mix.d02 ADE datetime date and time, seconds since epoch (UTC) ds.mix.d03 ADE mixing_time mixing/blending time ds.mix.d04 ADE speed_level mixer speed level ds.mix.d05 ADE agitator_speed mixer agitator speed ds.mix.d06 ADE attachment_speed mixer attachment speed ds.mix.a01 AAE operator operator name ds.mix.a02 AAE procedure procedure description ds.mix.a03 AAE description general description ds.spm struct_spm_paste — substructure array ds.spm.r01 ARE author author reference Continued on next page CC-BY-4.0 Jakob Harden 9 Technical description Table7 – continued from previous page Path Type Tag Description ds.tst.s08.a13 AAE data_filehash temperature data file hash, sha-256 ds.tst.s09 struct_test_env1 — substructure ds.tst.s09.r01 ARE author author reference ds.tst.s09.r02 ARE device device reference ds.tst.s09.r03 ARE location location reference ds.tst.s09.d01 ADE datetime date and time, seconds since epoch (UTC) ds.tst.s09.d02 ADE temperature environment temperature at test start ds.tst.s09.a01 AAE testname test name ds.tst.s09.a02 AAE operator operator name ds.tst.s09.a03 AAE procedure procedure description ds.tst.s09.a04 AAE calculation calculation description, formula ds.tst.s09.a05 AAE description general description CC-BY-4.0 Jakob Harden 16 Technical description Table 8: Raw data archive listing (content of ts1_rawdata.tar.xz). File name SHA256 checksum ts1_wc040_d25_1.zip c19d00b98d248ae9e8db5d753f8342a4f9417504c7a74d158016563653a9b251 ts1_wc040_d25_2.zip f9601c56f75da4820b980c15b38335a9c3785217247274c5b9e6cc65066e157b ts1_wc040_d25_3.zip 886939c8246332758014d26a16d38df9c9b128760be957cb548405c32e0b2e16 ts1_wc040_d25_4.zip 7ad6847ae97041640642288a970b911d3a441a0fa7e51456d8891ed79d86b3b2 ts1_wc040_d25_5.zip b9a7e27610913df90cd3e4472bb326856f5450e1dbaa93d30a15c8ce38e95bd3 ts1_wc040_d25_6.zip 8ab2f1271b5da60b5a6ddd40ff8fd870286ad790360510f9d73d4a2f8860146b ts1_wc040_d50_1.zip 14831c32728f13bea2d30edf749bc65ac4b4b95c00ab97fb5169014f833409db ts1_wc040_d50_2.zip bc3be5412c43d0370ad9d029d04055e2b1e61ac4d3ed67f83eb7bcb063c9da64 ts1_wc040_d50_3.zip 6d454b2e072b820ecc79d6f074a65f737f66d3608b36e4e810e570d24f519a19 ts1_wc040_d50_4.zip b2b716cc441ee95bb999f07294f26dea8253d085451bea037b000f191a31b866 ts1_wc040_d50_5.zip 6fd063ee83d986b552e080e3372c30b335654f8914623debbfc2dd414e8ee873 ts1_wc040_d50_6.zip 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3b5f3346f472150e89be7a4d040b9b43b5fcd39ce2783e32b22a5f223e65cdd5 ts1_wc045_d70_6.zip 37349509155eba1ce850b915767eaf8167b117cf93ef70cf1b9a2ca6fcf1b86b ts1_wc050_d25_1.zip b28055d96cfdfe6250f583e7807fcf19c9ba8f7897243bad18ef4fbed95b1143 ts1_wc050_d25_2.zip e903c228285a328c2e568523a04a8d0cf74d86a1225a41820a475dd52ef370dc ts1_wc050_d25_3.zip 155422d9cf36b3c68029b1a672e802cbacdbde4e902c76cef406c703e99a389a ts1_wc050_d25_4.zip 0101990e1872cf448de175a0c02870ac8dd89f7797510806466ec35303c05c69 ts1_wc050_d25_5.zip e1bc1de5647130c591b9de8f095f5b2714c873b6da5f6983dbf7493657be03fe ts1_wc050_d25_6.zip eab8414858d4874af626b27b2eb4c5982049a2ec34a151d82a7c9692ae629edf ts1_wc050_d50_1.zip 11ebbab3979c7cefe3c590e8a14aea42c102c5ebdc540d0f47cee46adc649c2f ts1_wc050_d50_2.zip 5e792521265bc9749f6e6af35224a328e8719d7d36f16afce361fab57bf40ca7 ts1_wc050_d50_3.zip 06850ef58a3a00c4c4368eb0c4357d6ebdff02aaa3323cab3633125104f967a7 ts1_wc050_d50_4.zip 9d92a0f6dbfc2abae93d86f8a23557833f101f9caf0142ec89c42fc83a6cbf27 Continued on next page CC-BY-4.0 Jakob Harden 17 Technical description Table8 – continued from previous page File name SHA256 checksum ts1_wc050_d50_5.zip fd9967c8176ba9e99600a707b6c7587a8edaebdc51993fe9c300d9391244be82 ts1_wc050_d50_6.zip 46898320e4b67a6e45bd67983b4424617ac43298d4e8cb495de6f0bb7fc13313 ts1_wc050_d70_1.zip b8af9c0c133ea5487a6ae76a69206605e8d2ebd20c9b25feb1dd948c32966d10 ts1_wc050_d70_2.zip b64fe737b9a5f8e5a9dd86ccde9cbebef65e000cc0fd946b9e0f2751f56b0cff ts1_wc050_d70_3.zip d5e759b619fd0f50dfa5da78646be56cfe1ae44832fdcf6b7ba455e130b6e94c ts1_wc050_d70_4.zip ae29d5a823968ab40c322311a49ff0a9f66ba9ebd9a6b728d059075506a60a68 ts1_wc050_d70_5.zip 869fe278d83f3b424762a8006b638e8aeeb7dc2feb5ac1b211847241883c43a4 ts1_wc050_d70_6.zip 81c22b8446d2304d72f56753cfdd27e65419a7d5b3e81495e9d918232403ea8e ts1_wc055_d25_1.zip 0d495067f4e2f3cf0b59c169f33cfb7ed08113e3bdbe074b19890e1c3c92e890 ts1_wc055_d25_2.zip a898b3499b953bb7183a36063ec7dd34c261dc054ea9a637d7a534f63abd61d0 ts1_wc055_d25_3.zip d632b9fed1ab15ab54c43b55e12a63e6354214d3bc2bcfa019df69ad0f787267 ts1_wc055_d25_4.zip 2cd511f44cdfec13d8b99bda913eb4c30c9123a1daebf9fdad8c86197f83533d ts1_wc055_d25_5.zip 61edfefbbb4b11c9df17d2a2370620ba10696d88dac7f89f4475b4440596cd4b ts1_wc055_d25_6.zip 4d0e46da1fec1678d8ecb86b49f85e17b7a6c69e726b20b9f2225865e900b728 ts1_wc055_d50_1.zip 3ebf3578d3feab1526351e5ff93b6167dc818e195c0c5707cf7778b5df3d9cd0 ts1_wc055_d50_2.zip ea80c869854db7867ec8d6132f4f997048753ec99b84f0994a08530e50ab0e3d ts1_wc055_d50_3.zip f91e241c9657391c4c5c71841d76c9acca1a75185634e8ea596c135a989857d5 ts1_wc055_d50_4.zip d3fe290b03d77d31eec0495cc161b109a5614e13a5d1cf57fb12320ded01a744 ts1_wc055_d50_5.zip ab71c38570ff4aa4ebbefe938c3ab70885b2999128e34c9fde30a4e351e91458 ts1_wc055_d50_6.zip c357ae5632b987dba56fd555155c0157d06e3f1641ecff0738cc0cdd3231ddae ts1_wc055_d70_1.zip d9e63e6e84a2a1337c69f8b6febe135cfe20a16487b924cc1fd43cae17786973 ts1_wc055_d70_2.zip 1cf8366be4d59b59ddae4b9a048117499ba840c1ee5a10bc41972aedc91f1120 ts1_wc055_d70_3.zip 500833bf8a4697d1fec4e13ce0b82c946d75bf2e8eae03e209d3005453365032 ts1_wc055_d70_4.zip d64f58fe2bb52a670863f878b43b19b48de632200017d4f9b94cf0272d299458 ts1_wc055_d70_5.zip b1e19df04089a5fc3bc3256033bc942441c458fb747356cd598853692196a6f4 ts1_wc055_d70_6.zip e72450679411d91c0e9fa14738c21650041bbe98b94a9871dcaece8c6e995719 ts1_wc060_d25_1.zip 1d0a2cf8c3e82cb9bc6b3a74cdc0a2bd098c17cd62d416da1ae04b7bbc498442 ts1_wc060_d25_2.zip 1d7dc9172d41c528208cb3ec2ca188c9bdbd599d25d5256b357fc9b84afb6e44 ts1_wc060_d25_3.zip 4be285f49971dc1c2d72759fe4fa2b57829f4da800bab86c5d3106bb40c815bf ts1_wc060_d25_4.zip fb08aa0be7aae56ce3c66e32bca5f559cd979024ccc3ee8f921cb2540a372bff ts1_wc060_d25_5.zip 7f72106f7e357ae023d56b8391bbe54012f5c6f86a915ae2a921ff2c3569aae7 ts1_wc060_d25_6.zip e512e85dba6020a1b2d47c059d56065cbe22402279b1bf1895e01aac1a1495d4 ts1_wc060_d50_1.zip a7c3adebe45e18ecec5b179a79ede969710e37bba5af3b1abd10b16f130547d8 ts1_wc060_d50_2.zip 359a099c684c651ab8f39c806153f18b300d68447394bc1af17b1bb7e41b376c ts1_wc060_d50_3.zip 1d2806687e4a04ec2739ea5a23f84f2b078deafab03264b6012c91a179d6772c ts1_wc060_d50_4.zip 235b000b3cb089ee8f1a71f8fc197df4dc6108553ee572b2e8cb2e457f6c26f2 ts1_wc060_d50_5.zip e7411929d2d7da8ef41c32420260604706f4c3f87ef605036949ff0adb3bdf9c ts1_wc060_d50_6.zip 42dc008c3dc20bdf98f7a2bfadc026092c488c740d0c92c58a23899e6d73fee8 ts1_wc060_d70_1.zip df5d180211a1ea517f648e1425582dee8d516791971eb81f46eb19ab4a49f5a6 ts1_wc060_d70_2.zip 6194465484c9a86343252a77cd325e7879dcf43892c342d708bafa2f91f425f0 ts1_wc060_d70_3.zip ee49ff4415804fbf45f1a3d96669bde86a562187237f5e8360e536cd7b69e3fc ts1_wc060_d70_4.zip 2bbc78a465c14ce61c834975bc5c4656ecd56b6dd2ae155cb45cbdd45e6ba006 ts1_wc060_d70_5.zip e552aaedee5630a4fb1dd70d830c884704a0d6ba06da9363da42c673dc3cf508 ts1_wc060_d70_6.zip 6e86e84b2fd08fb33afc4644e595d2a016707891fa8b31ca78f3871fe0648e19 CC-BY-4.0 Jakob Harden 18 Technical description Table 9: Data set file listing (content of ts1_datasets.tar.xz). File name SHA256 checksum ts1_wc040_d25_1.oct fa5a3453290494ee24a461a9aba5a9b5d5a5447c818e6c0fa270dda28c53f4f9 ts1_wc040_d25_2.oct c09c21132f993364fbd26fa63149479a33e8a2755967b586a331cac92e0ac799 ts1_wc040_d25_3.oct f325daa25d40d4a64ee17cb9658fc19557fbbdd0af80e98869e0bc87c59b5860 ts1_wc040_d25_4.oct 3ea7294a700d0f1944fff747b3e7a602a1f7aa5b18ad2c8e5014994768cf3f13 ts1_wc040_d25_5.oct 7e8e7ce39e7621e7f40ee7b2d45d3511f81ae0684f75798e58387a0d81451d74 ts1_wc040_d25_6.oct 38d87e491d31d22636ff3f6562c1548ef38b9db95c881f8fd4a5eee0b59c7507 ts1_wc040_d50_1.oct db535f802682ccfcdce40012f09aa8496072d2bd885ee58df5e55fa50dffdc28 ts1_wc040_d50_2.oct 02206fe8320420a21aad815c3d1aa6b975492eb2d63ff3e9fd43edc5138295c1 ts1_wc040_d50_3.oct 26ae0b4d8092484c3c5590645b9000fab229ffff4e064a8569e621f4722b4639 ts1_wc040_d50_4.oct 761e4b76f1db910fe6d62473f5d0013571ed899f5290b230c82ffafd17f9826d ts1_wc040_d50_5.oct 43fa015984b38dea8bbd405dc3708fecf27fcf0d249ef7f2e21d91fe34b790cf ts1_wc040_d50_6.oct 7c22795b7cc49703be75a4297aef1f2cf3b717f7680f13dac0e4c4fb3c7693a0 ts1_wc040_d70_1.oct de7f5bfd632e161870d4c0d6c6b5b76ba733eeacfc6a6f5c4c1ce72efa104bc1 ts1_wc040_d70_2.oct 13ba82bb7c89ac8e701f35a7f93bf8d0150e09568ce56255c233ab37fb904b68 ts1_wc040_d70_3.oct 4f4e5cf54791f6c9562d198c8f01719c33017c03fdb1428bbfa93d4cc25cf9a8 ts1_wc040_d70_4.oct 05cc97340ba3f0cd3ab3bc8d2652333aa5b596ff8f71587241938b4434bb78e3 ts1_wc040_d70_5.oct b4d473ca97572207449fa4f330b409cf2901002837af9ba204ab212eb6786d0d ts1_wc040_d70_6.oct 111d779a34db2de7a33ec0ca132b24d5250271d8edcb98800b37c8b0c7aa55f2 ts1_wc045_d25_1.oct d5a6a84145d541e0fa3cdbc97e99e29fbe3af7d9ea8b1a6eac39b9b35b661f70 ts1_wc045_d25_2.oct f992e347611cbc929a22843459143c12cfeffb9e77fff55c21174c4de3d31c78 ts1_wc045_d25_3.oct 2395498e721665d56c277a2e960f41104ee7420f87b3cd9ba946fb4486650cf9 ts1_wc045_d25_4.oct 7f2eae7ce63b71df78476dbd8577034a4df8f9a06525a79b9aa9aed8064edcb5 ts1_wc045_d25_5.oct 5a493f3d6961176857ffd436705de0dad16950f71db0b3b8e951d4a0075d5137 ts1_wc045_d25_6.oct 4214419a6ad5371c6524dc50619512a74fbdd1b208f7ea057bdd5658fba4742b ts1_wc045_d50_1.oct d557c0671acec93ff99e736bdf63f15cb5c928e3593d9103ae834f0d09295464 ts1_wc045_d50_2.oct b6da4e255a7701bd30db8ebc85f9b315d0137457479b627e8c93491f65d9b58f ts1_wc045_d50_3.oct db4572d8e066547a1260c9df4a5ebc2d15bdf31453e3683d44e27b5f12d75e35 ts1_wc045_d50_4.oct 6106be10c0f2d17ed448a258237666590c7884140dd5bb1164dd815a9e85a846 ts1_wc045_d50_5.oct f583eda3dc67b4a797faa9123d421c9e09bb24d67c5641b9c0f360165068a0ad ts1_wc045_d50_6.oct 4ce66456235a39878ee5b85dd89ab577c5b07b5772c97833406719f25c26acc2 ts1_wc045_d70_1.oct cf49306892b6191ca666db973a7ef94f622ffff587170fa4290a675a29aa1881 ts1_wc045_d70_2.oct 324c4a81724efabab1784e6941df63a98133a63dd273b087903aa0a1ce0ff27f ts1_wc045_d70_3.oct 04a1eb3936e889e6f9bddfc8fdf8a16375ef3dc4ea0d5635c93eda9d4ea01d9d ts1_wc045_d70_4.oct edacffe1aac5f7bcbf929c16bfcfe8bf861fcff54a8dd50f67c9f3cc101779ee ts1_wc045_d70_5.oct ec44a243d4f6e303ae1b495006b6b325d92c610836b5b125ddf60c2187c5a838 ts1_wc045_d70_6.oct f07bc937065b2e664ae84f93f924f5210d513f54b163632977c29964b40923da ts1_wc050_d25_1.oct a31e7c23cd804fe937edb7eac0d3cd1671d1468b281c3324466d7275067bfcc9 ts1_wc050_d25_2.oct ce14700541ebead0e3c6238b3e5a9ed28f51eb2776aeaec45e2af91abc444c72 ts1_wc050_d25_3.oct 09b29bda1a6ae7586c8bca5e3d2ebb608053cd93ed15125c7025e6cc8210a561 ts1_wc050_d25_4.oct 34c0433747f7abe2dbea41c46acab6e24ffc95c659ae5fc66efa09cd6194f406 ts1_wc050_d25_5.oct dae32c3179a236ffd41c518370d3dfe8afad63a8ca68051476c9a799ee0321d9 ts1_wc050_d25_6.oct b883565975c5796fa8441303b1f338a7ac0a32d8acb20edc7ba13fef0c2d0a8b ts1_wc050_d50_1.oct ed6ec842ee4ad997aec8f585847fb74338a4bd876377f3046b6830ce5c7c7722 ts1_wc050_d50_2.oct b8db84edd92e682b3ea64e131b03fd6b1a5d730f903897591321fadcf78a4afa ts1_wc050_d50_3.oct 8440ff2f3ec420933e92e20c9dd933a5c78a9a3f3667eb6bc2876af81d50dc98 ts1_wc050_d50_4.oct 1d13adee2842d33c9f1c0aed8aab4bbeae2d5e29a54afd2045ffe8cc6210225a Continued on next page CC-BY-4.0 Jakob Harden 19 Technical description Table9 – continued from previous page File name SHA256 checksum ts1_wc050_d50_5.oct 2cd5d6d0aa4698b4d4e4a2c94211e52ca9f3bbeff9d2388decde0703e8b02c2b ts1_wc050_d50_6.oct 07e5d6ff7a3300192b122a42a3b167fa1428119ff76983aa82a0b9b0e5ba6669 ts1_wc050_d70_1.oct 7203c61f1b7d1d3f0eb2a13cd595428dcad92f71b6a61a0ad599470676c9c9c4 ts1_wc050_d70_2.oct edd57fedf67d57232bd65b2e7f350e6b8205d1d1f625c229be9eae2c8cf5615c ts1_wc050_d70_3.oct aaec8994ea1671811c1f980159a3427f96be6dff55464719c54f37b6a98fd658 ts1_wc050_d70_4.oct 2f6c6a5b6c654b73bbf109b621ba12fced2064c249b966fefec3d07dfcdd5d3b ts1_wc050_d70_5.oct cbdc1ba24a32f6d298dcc20d33cd67d6911bf2fa101256fde601a89a6f837952 ts1_wc050_d70_6.oct 96c277564db4d57b699806636358484df5e8e29f7da4ab7303e58e02510bfa00 ts1_wc055_d25_1.oct d3c851913fbd2da74972ea2f3da6129bb49d9e7a2dfcbc68f77b60d8405e2899 ts1_wc055_d25_2.oct 30a2f34ba1d48c96a6306b04d47d43216ab76a378c6cb2d6aa2237451e7c1cb0 ts1_wc055_d25_3.oct a63d3a5dd5b731a4a09d3ce90f3073fa20f9f653f2bd375155851190edd5af7b ts1_wc055_d25_4.oct 3b41cdecb743a2b5b70f07c964e9a48c9d385e1475cf4e550f4fa7bd85a41694 ts1_wc055_d25_5.oct 20475ed84e81d4fb514f3a69fc0377cea9b65c5ec78eee11dc3e4042a87b2757 ts1_wc055_d25_6.oct 2b13e01e26ef71eee2f3f0fe2f4a168dd44b193cbb04ba65217090e1da264595 ts1_wc055_d50_1.oct 1fb080d2a0bce5ccd0482a7364d03ac99499729b4e70c9983eeded2f15c8f6d5 ts1_wc055_d50_2.oct 4f7b60adb209aaf268858e888f2c192cac99808ac97025e7dd08ec0c4dfcc7cf ts1_wc055_d50_3.oct c57082ac705075b65717c3c667a71f4cddb55bf18a5cd09ed7a9d8b32fc2c890 ts1_wc055_d50_4.oct f5ef9ff2aa3be1e863d570402a95b3426432ed70760e7f8ed212706f0270df96 ts1_wc055_d50_5.oct 4966a9d65a639144b3359126557823079d008e3a9f957cdbc557b5915c84e9b5 ts1_wc055_d50_6.oct d93afa0266e4cb2d8d82c7ff4cc799f7cad7799e84993fe7e8c592b08909eae4 ts1_wc055_d70_1.oct e1592ebca9c2fefe41f1b87db3a9b334efdd1744fb610e6896faff57c767793b ts1_wc055_d70_2.oct 996d057a0bcf02eca69344203bcf6b9e463b0ea1a9cfa88ccb365cd062d3d72b ts1_wc055_d70_3.oct 5fd88ad2366bbb69e2f4c4f1858cd68be1c975c74e0f78e0f99e9ae509563974 ts1_wc055_d70_4.oct 2e6f76289708ee49f6e5251cbba4cec01f9f1e446a460e5d79f6b16e9a31f6e7 ts1_wc055_d70_5.oct 683c80276b4fb906ef8762bfc49adf9fc5a646ef738cbe1c9a8d9c2968370e39 ts1_wc055_d70_6.oct 6e5ccf4170fae7847600d6424c14c2d5d4835979e5b069659ade5b47d1922d80 ts1_wc060_d25_1.oct 6867b0597ee8ff5beec5af9c2fa11867547abea9acf3f499cf6df3ae5fbcc4a5 ts1_wc060_d25_2.oct f1fbc5dc199c74430c5ae7078820bdec5f1f60f541842c53f6c1d33376e19fdf ts1_wc060_d25_3.oct 1f06009c5660d4da1121f50a85743c58dc4d32633f3aba7b24f1d639f4577307 ts1_wc060_d25_4.oct f37de57d0c955bb90f36bb271ae94a890c1b5ade77546b4caf7b92d9bee2a16e ts1_wc060_d25_5.oct 8be25f7b7b9902ea03d9676d8a739b865a8393810e8c8c99464a5cced4adbaa9 ts1_wc060_d25_6.oct 7ec4da24f1b0c5c430668067dae762d95bca4b3324c6af8e90d6dcff6b6bb8c5 ts1_wc060_d50_1.oct 0c02e40891f929f97c7b0d9c7c99b6fdaf7abdf20b6f77798ec05dfafdaef053 ts1_wc060_d50_2.oct 85b17124db1fb8c5cb25df00f388b6e6e2a684240c112b412ed05a7e89daf046 ts1_wc060_d50_3.oct a9a8bc0aee6e812ec45b51fec8b8eed4debed9a3681a619a19e52593be0a92c6 ts1_wc060_d50_4.oct b06f1bf43f623012051ef1da4d6ed9a939a945fec7551574e63a5e36656a195e ts1_wc060_d50_5.oct 4853d9a10cb86eda1bdbf8f892bdd94dbc4cc898c9fa0b5f1d032c5debd6a12e ts1_wc060_d50_6.oct a8852439f82819a1084cb266e05eff642c09a8d55409c8639ef51b03db44fe95 ts1_wc060_d70_1.oct 8b933701d92d79d62649724179eef087b00718c04c448cb4d6f9ea7862b03608 ts1_wc060_d70_2.oct 04b0549dc8313cda01b4b6fe38ef3c161fd546fd900c7e0eed2ef7a11eca49d9 ts1_wc060_d70_3.oct d3c308eea72fe55242db5126431351ebc09e468528048de1310e0035961963ce ts1_wc060_d70_4.oct e402ca6cba3e9d5355b1a41f00cd604ccbb9f97263b475dd2985d523dfd1c24a ts1_wc060_d70_5.oct a0b66e2b68526dcde440c0a4a8ae9198edc510461ebeb16082ac9520c81e2c88 ts1_wc060_d70_6.oct ac2db9b8b3cf45a5dee0d7129b5a7654202bfd03aefd82671974db9c0705ec2c CC-BY-4.0 Jakob Harden 20