Import GeoTac Files

[HEADER]
Created by Sigma-1 UC-SI Version 1.0.0; Copyright 2009, GEOTAC	File Location: 	C:\Users\Lab\Desktop\UU and UC\18-0568\	File Name:	B-04-9'.trx
Project:	18-0568	Load Frame Name:	Load Frame
Date:	10/11/2018 	Time:	9:55:09 AM 
Boring:	Boring4	Sample:	Sample5
Specimen:	Specimen1	Depth (ft):	 9 
Diameter (inch):	 2.76 	Height (inch):	 5.75 
Comments:	


[SENSORS]
Name	External Load Cell	Load Frame Encoder
ID	ID1	N/A
Module	Load Frame ADIO	N/A
Channel	 1 	N/A
Unit	lbs	inch
Cal. Factor	-153659.3986 	 3940000 
Excitation	 9.93260192871094 	N/A
Zero	-1.52979007931572E-03 	N/A
Min. Reading	-50 	0.0
Max. Reading	 500 	 1.5 

[SHEAR]
Time          	External Load Cell	Platen Position
10/11/2018 9:55:31 AM	-1.85129137609692E-03 	-4453467 
10/11/2018 9:55:33 AM	-2.12776663423938E-03 	-4449707 
10/11/2018 9:55:34 AM	-2.37026581648024E-03 	-4443729 
10/11/2018 9:55:36 AM	-2.7061932550896E-03 	-4437747 
10/11/2018 9:55:37 AM	-3.08362055375255E-03 	-4431780 
10/11/2018 9:55:39 AM	-3.43790507331505E-03 	-4425787 
10/11/2018 9:55:40 AM	-3.81665379609331E-03 	-4419841 
10/11/2018 9:55:42 AM	-4.19522394804517E-03 	-4415847 
10/11/2018 9:55:43 AM	-4.55841319948377E-03 	-4409826 
10/11/2018 9:55:45 AM	-4.90475726963268E-03 	-4403872 
10/11/2018 9:55:46 AM	-5.23597043842528E-03 	-4397884 
10/11/2018 9:55:48 AM	-5.55199318225277E-03 	-4391857 
10/11/2018 9:55:49 AM	-5.87803970180175E-03 	-4385850 
10/11/2018 9:55:51 AM	-6.17397918002098E-03 	-4379843 
10/11/2018 9:55:52 AM	-6.46935913631751E-03 	-4373890 
10/11/2018 9:55:54 AM	-6.75769149733242E-03 	-4367880 
10/11/2018 9:55:56 AM	-7.03564294097305E-03 	-4361872 
10/11/2018 9:55:57 AM	-7.28660638038491E-03 	-4357926 
10/11/2018 9:55:59 AM	-7.51731988808388E-03 	-4351936 
10/11/2018 9:56:00 AM	-7.74978338988149E-03 	-4345967 
10/11/2018 9:56:02 AM	-7.97044931241544E-03 	-4340021 
10/11/2018 9:56:03 AM	-8.19921044574585E-03 	-4334068 
10/11/2018 9:56:05 AM	-8.41035259087221E-03 	-4328114 
10/11/2018 9:56:06 AM	-8.61197095859097E-03 	-4324114 
10/11/2018 9:56:08 AM	-8.82602976054841E-03 	-4316131 
10/11/2018 9:56:09 AM	-9.02311242927681E-03 	-4310152 
10/11/2018 9:56:11 AM	-9.2095879909175E-03 	-4306205 
10/11/2018 9:56:12 AM	-9.39283737296137E-03 	-4300252 
10/11/2018 9:56:14 AM	-9.58020578873402E-03 	-4294247 
10/11/2018 9:56:15 AM	-9.75891947178752E-03 	-4288298 
10/11/2018 9:56:17 AM	-9.92212130238841E-03 	-4282348 
10/11/2018 9:56:18 AM	-1.00971207122529E-02 	-4276358 
10/11/2018 9:56:20 AM	-1.02554416069324E-02 	-4270392 
10/11/2018 9:56:21 AM	-1.04282029291062E-02 	-4264440 
10/11/2018 9:56:23 AM	-1.05821190767347E-02 	-4260486 
10/11/2018 9:56:25 AM	-1.07545946855862E-02 	-4254485 
10/11/2018 9:56:26 AM	-1.09051179875132E-02 	-4248535 
10/11/2018 9:56:28 AM	-1.10548317683606E-02 	-4242587 
10/11/2018 9:56:29 AM	-1.12065455424636E-02 	-4236631 
10/11/2018 9:56:31 AM	-1.13408188991889E-02 	-4230627 
10/11/2018 9:56:32 AM	-1.14778184371971E-02 	-4224680 
10/11/2018 9:56:38 AM	-1.20261142072741E-02 	-4202879 
10/11/2018 9:56:44 AM	-1.25288267977339E-02 	-4179013 
10/11/2018 9:56:50 AM	-1.30113965989767E-02 	-4157110 
10/11/2018 9:56:56 AM	-1.34550974836748E-02 	-4135255 
10/11/2018 9:57:02 AM	-1.38618103978661E-02 	-4111396 
10/11/2018 9:57:08 AM	-1.42550590717474E-02 	-4089544 
10/11/2018 9:57:14 AM	-1.45990102928226E-02 	-4065627 
10/11/2018 9:57:20 AM	-1.49555329000759E-02 	-4043769 
10/11/2018 9:57:26 AM	-1.52689127956728E-02 	-4019913 
10/11/2018 9:57:32 AM	-1.55584237241419E-02 	-3998058 
10/11/2018 9:57:38 AM	-1.58558631973028E-02 	-3974200 
10/11/2018 9:57:44 AM	-1.61023385566114E-02 	-3952343 
10/11/2018 9:57:50 AM	-1.63738614505019E-02 	-3928427 
10/11/2018 9:57:57 AM	-0.016599420213679 	-3906398 
10/11/2018 9:58:03 AM	-1.68440027222277E-02 	-3884543 
10/11/2018 9:58:09 AM	-1.70646686447617E-02 	-3860624 
10/11/2018 9:58:15 AM	-1.72543703859992E-02 	-3838652 
10/11/2018 9:58:21 AM	-1.74727625066771E-02 	-3814792 
10/11/2018 9:58:27 AM	-1.75485717748415E-02 	-3792902 
10/11/2018 9:58:33 AM	-1.78045709115577E-02 	-3769077 
10/11/2018 9:58:39 AM	-1.80231296983402E-02 	-3747167 
10/11/2018 9:58:45 AM	-1.81929029353523E-02 	-3723251 
10/11/2018 9:58:51 AM	-1.83693666259933E-02 	-3701281 
10/11/2018 9:58:57 AM	-1.85131280459609E-02 	-3679423 
10/11/2018 9:59:03 AM	-1.86862227003439E-02 	-3655503 
10/11/2018 9:59:09 AM	-1.88190912999016E-02 	-3633532 
10/11/2018 9:59:15 AM	-1.89765074357274E-02 	-3609734 
10/11/2018 9:59:21 AM	-1.91223521820029E-02 	-3587880 
10/11/2018 9:59:27 AM	-1.92429827275919E-02 	-3563986 
10/11/2018 9:59:33 AM	-1.93914465126545E-02 	-3542111 
10/11/2018 9:59:39 AM	-1.95030294697062E-02 	-3518251 
10/11/2018 9:59:45 AM	-1.96418028112566E-02 	-3496399 
10/11/2018 9:59:51 AM	-1.97593262244663E-02 	-3474423 
10/11/2018 9:59:57 AM	-1.98923733948504E-02 	-3450565 
10/11/2018 10:00:03 AM	-2.00142777456676E-02 	-3428639 
10/11/2018 10:00:09 AM	-2.01113607516163E-02 	-3404766 
10/11/2018 10:00:15 AM	-2.02389198452693E-02 	-3382820 
10/11/2018 10:00:21 AM	-0.020304122006346 	-3359020 
10/11/2018 10:00:27 AM	-2.04509786539711E-02 	-3337141 
10/11/2018 10:00:33 AM	-2.05621806599265E-02 	-3313266 
10/11/2018 10:00:48 AM	-2.08066441212577E-02 	-3257460 
10/11/2018 10:01:03 AM	-2.10395957166475E-02 	-3199730 
10/11/2018 10:01:18 AM	-2.12836067985518E-02 	-3143829 
10/11/2018 10:01:33 AM	-2.14571181181964E-02 	-3087984 
10/11/2018 10:01:48 AM	-2.17107839294476E-02 	-3030186 
10/11/2018 10:02:03 AM	-2.18861642904085E-02 	-2974469 
10/11/2018 10:02:19 AM	-2.20971278647085E-02 	-2916797 
10/11/2018 10:02:34 AM	-0.02227217489346 	-2861187 
10/11/2018 10:02:49 AM	-2.24434957443009E-02 	-2803457 
10/11/2018 10:03:04 AM	-2.26265546507966E-02 	-2747750 
10/11/2018 10:03:19 AM	-0.022770970830461 	-2689884 
10/11/2018 10:03:34 AM	-2.29482559469034E-02 	-2634096 
10/11/2018 10:03:49 AM	-2.30890769005964E-02 	-2576250 
10/11/2018 10:04:04 AM	-2.32525525397978E-02 	-2520404 
10/11/2018 10:04:19 AM	-2.33672902481158E-02 	-2462675 
10/11/2018 10:04:34 AM	-2.35217421082234E-02 	-2406888 
10/11/2018 10:04:49 AM	-2.36476940644388E-02 	-2349218 
10/11/2018 10:05:04 AM	-2.37557294144062E-02 	-2293546 
10/11/2018 10:05:19 AM	-2.38846456463398E-02 	-2235818 
10/11/2018 10:05:34 AM	-2.39793119937713E-02 	-2180034 
10/11/2018 10:05:49 AM	-0.024091883042729 	-2124067 
10/11/2018 10:06:04 AM	-2.41687637358518E-02 	-2066335 
10/11/2018 10:06:19 AM	-2.42531086895178E-02 	-2008490 
10/11/2018 10:06:34 AM	-2.42915847502445E-02 	-1952645 
10/11/2018 10:06:49 AM	-0.024353679778942 	-1894914 
10/11/2018 10:07:04 AM	-2.43730130470794E-02 	-1839068 
10/11/2018 10:07:19 AM	-2.43997272427077E-02 	-1783401 
10/11/2018 10:07:34 AM	-2.44457270875864E-02 	-1725733 
10/11/2018 10:07:49 AM	-2.44658817815252E-02 	-1668061 
10/11/2018 10:08:04 AM	-2.45148339974003E-02 	-1612393 
10/11/2018 10:08:19 AM	-2.45120959113956E-02 	-1556547 
10/11/2018 10:08:34 AM	-2.45146435218521E-02 	-1498757 
10/11/2018 10:08:49 AM	-2.44308342806653E-02 	-1443059 
10/11/2018 10:09:04 AM	-2.44218224062934E-02 	-1385240 
10/11/2018 10:09:19 AM	-2.43686440141937E-02 	-1329336 
10/11/2018 10:09:34 AM	-2.43200608446932E-02 	-1271606 
10/11/2018 10:09:49 AM	-0.02430596565413 	-1216000 
10/11/2018 10:10:04 AM	-0.024158311390147 	-1158326 
10/11/2018 10:10:09 AM	-2.41232043656782E-02 	-1140419 
10/11/2018 10:10:19 AM	-2.40723592990435E-02 	-1102714 
10/11/2018 10:10:32 AM	-2.39536692231013E-02 	-1055001 

[PEAK POINT]
Compressive Stress (psi):	 52.1575465368076 
Axial Strain (%):	 10.7833767380269 
I am taking a look at what's involved importing  GeoTac data into gINT. Am I breaking new ground, or has this been done already via an available gINT  correspondence file?  At first glance, it seems the GeoTac files are laid out in a form that gINT cant "understand". The GeoTack creates .txt, and csv and xml but they seem not to be laid out for the gINT correspondence utility to recognize them appropriately.

Can anybody point me in the right direction.

I include a sample file that the Geotac creates

Thanks

Parents
  • You need to write gINT Rules code to pre-process the data into a gINT compatible csv file, then import it using a script on the command line.

    "C:\Program Files (x86)\Bentley\gINTCL\docs\gint_rules_code.pdf"

    Phil Wade
    Datgel
    Bentley Channel Partner and Developer Partner
    E: phil.wade@datgel.com | T: +61 2 8202 8600 & +65 6631 9780

    Get the most out of gINT with Datgel Tools.

  • yup, I can code it, but I was not wanting to reinvent the wheel if the wheel had already been made .. Am waiting on reply from equipment manufacturer for info on this matter since, surely,  I can't be the only one that is interested in this export/import capability ...  Just  like gINT can export to many different layouts, so too it would seem that the equipment makers would want to do the same so as to make their equipment attractive so users do not the world over have to create such converters. I can see some potential customers tell a manufacturer, "I like your equipment, but does it export to "xyz"  ... or import from ABC." and if the answer is NO, then turning to other suppliers.

  • Hi Art,

    As Phil indicated and you have acknowledged, a gINT Rule needs to be created to import the GeoTac data into gINT.

    Yes, the equipment manufacturer could provide this from their end, but it would then need to be modified for each gINT customer so that it matched their own gINT database structure.There is "no one size fits all" example gINT Rule in this case.

    Now, a case could be made for using one of the "gINT Std Lab" databases as a starting point. That could be another example gINT Rules Code package put together by Bentley for downloading from their server like a number of other example gINT Rules code packages.

    But, which testing machines from GeoTac would be used. I believe that they have several testing machines available.

    Regards,

    Dave Kyllonen

    GeoDatabase Solutions

  • They do indeed have several machines, I was looking at just one of them at the time I made my post, because that was what one of my colleagues had asked about over lunch, and to me, it appeared as what I call a "new shiny" ( aspect of something that sparked my interest enough that I would start posting forum messages and going down their rabbit hole,  lol) 

    About a converter/importer - I contacted Geotac, and they don't have a tie-in to gINT that will take their data sets and export them to gINT structured (DB) format  or, Diggs or AGS, or whatever,   and users take the info off the GeoTac output ,and then type it into  gINT ( or other log package) OR just print the geoTac data graph and put it into their final report. 

    The question of course is "OK", but how many of these geoTac tests do they do? If they are bangin out 1000 per year, then maybe it can pay for itself to develop a converter/importer. If they only do 5 a year in comparison to the 5000/year of some other test, then not so attractive except maybe as an intellectual exercise.

    I agree that it seems that a converter would put their data into a Table structured data scheme e.g. ,Access, or into an Excel workbook with Tab, Rows, and columns, both of which the gINT correspondence utility can handle. I agree that then, the gINT user, could write their  own correspondence to get the data into their particular gINT layout. I also agree that an attractive target structure is to put the GeoTac data into a gINT Std Lab and let that be the rosetta stone for further downstream work into other gint layouts. Then again an excel structure seems attractive too because the GeoTac has a limited set of data blocks (  eventual Tabs in an Excel Layout.)

Reply
  • They do indeed have several machines, I was looking at just one of them at the time I made my post, because that was what one of my colleagues had asked about over lunch, and to me, it appeared as what I call a "new shiny" ( aspect of something that sparked my interest enough that I would start posting forum messages and going down their rabbit hole,  lol) 

    About a converter/importer - I contacted Geotac, and they don't have a tie-in to gINT that will take their data sets and export them to gINT structured (DB) format  or, Diggs or AGS, or whatever,   and users take the info off the GeoTac output ,and then type it into  gINT ( or other log package) OR just print the geoTac data graph and put it into their final report. 

    The question of course is "OK", but how many of these geoTac tests do they do? If they are bangin out 1000 per year, then maybe it can pay for itself to develop a converter/importer. If they only do 5 a year in comparison to the 5000/year of some other test, then not so attractive except maybe as an intellectual exercise.

    I agree that it seems that a converter would put their data into a Table structured data scheme e.g. ,Access, or into an Excel workbook with Tab, Rows, and columns, both of which the gINT correspondence utility can handle. I agree that then, the gINT user, could write their  own correspondence to get the data into their particular gINT layout. I also agree that an attractive target structure is to put the GeoTac data into a gINT Std Lab and let that be the rosetta stone for further downstream work into other gint layouts. Then again an excel structure seems attractive too because the GeoTac has a limited set of data blocks (  eventual Tabs in an Excel Layout.)

Children
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