Giter Site home page Giter Site logo

opm / opm-tests Goto Github PK

View Code? Open in Web Editor NEW
27.0 32.0 55.0 3.15 GB

Data sets intended for integration and regression testing reservoir simulations

Shell 0.02% C++ 0.29% Batchfile 0.01% Assembly 0.01% ECL 62.09% Python 0.08% HTML 0.16% POV-Ray SDL 0.26% BitBake 37.09%

opm-tests's People

Stargazers

avatar avatar avatar avatar avatar avatar avatar avatar avatar avatar avatar avatar avatar avatar avatar avatar avatar avatar avatar avatar avatar avatar avatar avatar avatar avatar avatar

Watchers

avatar avatar avatar avatar avatar avatar avatar avatar avatar avatar avatar avatar avatar avatar avatar avatar avatar avatar avatar avatar avatar avatar avatar avatar avatar avatar avatar avatar avatar avatar avatar avatar

Forkers

atgeirr gitpaean jenkins4opm ashwinvenkatraman totto82 nairr andreatlonn trinemykk btos80 hnil wesseldezeeuw danlib joakim-hove iocenter bska tskille rbe051 vmolchan goncalvesmachadoc stefoss23 rnyb jalvestad hakonhagland mikeljordan blattms madsfranciskjeldsberg plgbrts kaki222 onoedland kvashchuka scarpae osae opmuser daavid00 jilocode zhang-cugb tsuyoshi-matsuura jakfla kcool111 ogirikiso afcolga tklov11 huang-yuan vkip fgasa svenn-t alfbr studentdus akva2 gdfldm negar-khoshnevis aritorto lisajulia zhouchuanyou bikagit

opm-tests's Issues

update reference data for

Reason: OPM/opm-simulators#2194

opm-common = d4c680ba68f96c1db7d9306952676348dd94ae67
opm-grid = 748cb70684001e7c8f2f9d38bcd70ce3fd59ef7c
opm-material = 96693823e9130cb456cb9fe152d8c487c7569ae8
opm-models = 52201845a4212b454add01f42476b60e5f478830
opm-simulators = 58283be1221cd654eb4c215601635e06c31f15d3

update reference data for

Reason: OPM/opm-simulators#1441

libecl = f3e2954101d06fd21c952fb4f039201f20a623de
opm-common = 936f5e5963511258edae9585977b80f8b5a254fd
opm-grid = 0d3439b049b5314f42c62957041f190351eccea3
opm-material = f7380ebb0d9293ba31d365fbc198f96ce73fdd9e
ewoms = 2d7e0abe9bac69379484b67f4ed3fa0284f7d214
opm-simulators = 2917208034588530124c5b880858219fb07dbb79

update reference data for base_model_1 spe12

Reason: OPM/opm-common#468

libecl = 5a47e7406c944d0667d435e4f489094ba7c15732
opm-common = 6d2606f105c413a0a393489737c9696fb35c5fa9
opm-grid = 51c7393820ed46191b24f804be892d80cf677dd4
opm-material = a4458941bdf5c91a0715e66b0d8ff3a1e2242eed
ewoms = 25d5e098b76a4f73d850e363f1c8d280b33d8106
opm-simulators = 6d2606f105c413a0a393489737c9696fb35c5fa9

update reference data for

Reason: OPM/opm-simulators#1711

libecl = 0ff47f4c654b252042199e4e2b143f95cf2abd3a
opm-common = 8a2c2304e72c70c5ae94d2ce42564e372aed3c5d
opm-grid = 0b9f55571e33a6a7b9d28c180a8df83fe9a21a5b
opm-material = 55dc83f4603713a62da85bb967a9dd1b1a442bb4
ewoms = 52b482eba787eb3f39268d976c16ce268e51d292
opm-simulators = 2c8be22babc37794349df056949709757a6fcdfb

TEMP for Norne

Good afternoon.

When I load Norne_ATW2013.EGRID in ResInsight and choose to see "Cell Result> Type (Dynamic)> TEMP the result is 15.5ºC of temperature for the entire reservoir. This seems to me wrong because according to reports the temperature in Norne reservoir is in around 100 °C.

I would like to know where I could find this information in NORNE_ATW2013.DATA and Includes and how I could modify it in the current version of OPM.
 
Thank you.

update reference data for 0a1_grpctl_msw_model2 0a2_grpctl_msw_model2 0a3_grpctl_msw_model2 0a4_grpctl_msw_model2 9_3a_grpctl_stw_model2 9_3a_grpctl_msw_model2 9_4a_grpctl_stw_model2 9_4a_grpctl_msw_model2 9_4b_grpctl_msw_model2 9_4c_grpctl_msw_model2

Reason: OPM/opm-simulators#2553

opm-common = cd8b32acac219d384f10f8bb0a20512aae6bee7b
opm-grid = e2511eda3d4ff93a49af968a940e26bbf7bc5348
opm-material = afec03758cb7d3d61511ed16c663de4976b9b22b
opm-models = d924d4fea8382df1677fb375847e58c9a0e993fa
opm-simulators = 52530c307c4c9a7b6f0ebf15d6aeff1fd89c7f18

update reference data for

Reason: OPM/opm-simulators#2571

opm-common = f7bbf92e3aa4285b1ad23a35da8bf0da31487df1
opm-grid = e2511eda3d4ff93a49af968a940e26bbf7bc5348
opm-material = afec03758cb7d3d61511ed16c663de4976b9b22b
opm-models = ceb354e66581a87e711481cd0ff4ba8ae3575919
opm-simulators = c3906c793815651c75f96ed491d4a3a78a8ff1ba

Automatic conversion of corner point grid data from metric to field

I have access to a corner-point-grid file exported in METRES unit (from Petrel). I am trying to use this grid data in a simulation with FIELD specified as the units in the RUNSPEC section. Does OPM do appropriate conversion of the grid data (as does ECLIPSE 100)?
Thanks

update reference data for

Reason: OPM/opm-simulators#2571

opm-common = a89d053cae50f47c27c3bbd2a6d20a5f917eaf22
opm-grid = e2511eda3d4ff93a49af968a940e26bbf7bc5348
opm-material = afec03758cb7d3d61511ed16c663de4976b9b22b
opm-models = ceb354e66581a87e711481cd0ff4ba8ae3575919
opm-simulators = c3906c793815651c75f96ed491d4a3a78a8ff1ba

Strict parsing of the crafted test-decks?

Should it be a goal that the small test decks like NORN_ATW_2013_1A_MSW parse and work under strict parsing:

flow --ecl-strict-parsing=True CASE.DATA

I would like that - but maybe it is unrealistic to ask for?

update reference data for

Reason: OPM/opm-simulators#1706

libecl = 0ff47f4c654b252042199e4e2b143f95cf2abd3a
opm-common = aa63d772d7aa86c11d06fe4ca7a3638d72664ab7
opm-grid = 0b9f55571e33a6a7b9d28c180a8df83fe9a21a5b
opm-material = 55dc83f4603713a62da85bb967a9dd1b1a442bb4
ewoms = b9d30227ffd83c67fbf1f925d8850ad18cd5f8b4
opm-simulators = 8161387adc5d30dd2fa318e3c5d89f07c21e34f5

Automatic Reference Data Update for PR (Unknown)

Reason: fill in this

opm-common = 778767d205409dfebecd53820279155017267d2a
opm-grid = 750a7ed932bca16522f3d3820692b09e21c5fb11
opm-material = a1dd037984b4f7ee2884d9fa3d21219da13161f1
opm-models = 47d70f584c591115960db4bded28e01ccd6bfd90
opm-simulators = 831f1db872150fb218fa205f6827c14e261c6e6b

Changed Tests

  • spe3

update reference data for spe9group udq

Reason: OPM/opm-simulators#2239

opm-common = 30773db877dbfd860661bb1eb16f12ac59e74a0d
opm-grid = 260a49ed4466222a8cdb2e9a4600985c80ce9c6f
opm-material = c0896ee8b6aba6179b4c5ff925c242805a476ad2
opm-models = 52201845a4212b454add01f42476b60e5f478830
opm-simulators = a93d9b3db39fd8c50464092022e2925e7cc663c3

update reference data for

Reason: OPM/opm-simulators#2537

opm-common = e417ca6688841bedb90be6cf1b863ad708047c62
opm-grid = 4d13b912bc7a92b91df5a3a1e69cb7fa5ce14ce4
opm-material = aeacd40996a98e9d15ebbcca318d41f347a77434
opm-models = 8d66f0a2fbad6fd56f8443ce7022394c630897d4
opm-simulators = 1df23ddaec18e77649c61fda5a5ba62bb50bd316

update reference data for

Reason: OPM/opm-models#319

libecl = 7a97a61c1abcc221c1deaa98f2216dbe24f310c2
opm-common = e79b5bbc8c38792be8d2f4282f951a6774ccc90b
opm-grid = 695eee592d29e2c9350a8fdb7b4e8fb6ef3a2cb1
opm-material = f97f34ad5e96f88b1e3f019ec64a57e57dc75daa
ewoms = 35e8b556e5a082935eb22e6334e4b0d067aa84c2
opm-simulators = 35e8b556e5a082935eb22e6334e4b0d067aa84c2

How to specify EQUIL keywords given FWL and FOL for 3-phase run (no gas cap initially)

Trying to specify EQUIL keywords for a 3-phase run OPM given free-water level (FWL), oil-water level (OWL), and PC in the imbibition and drainage curves. Also the reference depth and reference pressure are provided. There is no initial gas cap and all gas are dissolved (initially). A table of Psat vs depth is available via PBVD keyword.

The manual says EQUIL keywords accepts OWC depth and PC @ OWC as part of the input.

--RefDepth | RefPress | OWC | Pc@OWC | GOC | Pc@GOC | RSVD | RVVD | ...
   Depth     Pressure     ?      ?      0       0       1      0

In the EQUIL data above, the reference depth and reference pressure are provided at the FWL.

Questions:

  1. Since there is no initial GOC, Is it okay to specify initial GOC as zero in the table

  2. How to set the ? values in the EQUIL table

Also, does OPM allow initialization with drainage Pc (drainage relperms) and use imbibition relperms in production and waterflood.

update reference data for

Reason: OPM/opm-simulators#2235

opm-common = 87ca5e6f58d385ca50f9e90c44ef743a91033d7d
opm-grid = 88a88cd130b4068474fa9d3f081b8ad94e579115
opm-material = a4153ddf6995df8d83f706549a12637740f968a7
opm-models = 52201845a4212b454add01f42476b60e5f478830
opm-simulators = 7751c9c86492eff2a2fd8a9775e2b5a7cafa9bc8

Automatic Reference Data Update for PR (Unknown)

Reason: fill in this

opm-common = cc4f8faa4c770a4a1d2f6ec1b117410ee7b6fa19
opm-grid = 63e8821446039569cc28cb72151389cc97ec226d
opm-material = 564094ead3606c83a9ac951d4bdca56a83b33a0c
opm-models = f79c5436dd66612762d5eb3e8690c19f9fb17754
opm-simulators = f528adb604bfc1628b1537f601e826b6ef14f415

Changed Tests

  • udq_actionx

update reference data for spe9 spe3 spe1 spe5 spe9group spe12p ctaquifer_2d_oilwater polymer2d faults_model_1 base_model_1 wecon_wtest polymer_injectivity spe1_metric_vfp1 msw_2d_h spe12 msw_3d_hfa polymer_oilwater msw_model_1 spe1thermal norne_init

Reason: OPM/opm-models#444
OPM/opm-simulators#1680

libecl = a7ce41caa6021ef646323417f758f210a3a42383
opm-common = 2b2d4901d132bdb6a8d8fd40fee8de7beb86ffcb
opm-grid = 2ec5099c0dace80dc924702e66afe3569096a914
opm-material = 9a1f9ea2f9610888fe7cf678eae9baa6db27d7af
ewoms = 016bfd94e929a969978eb7eea3045a4b25bb9feb
opm-simulators = ca9ef55bd8cdbddacde8904f339d2ddf6ec359ad

update reference data for spe9 spe3 spe1 spe5 spe9group fetkovich_2d spe12p ctaquifer_2d_oilwater spe1nowells polymer2d wecon_wtest polymer_injectivity spe1_metric_vfp1 msw_2d_h spe1_foam udq spe12 msw_3d_hfa polymer_oilwater nnc spe1oilgas spe1thermal

Reason: fill in this

libecl = a9d4dd922734ae2024d80932b4a010f9e2ab66ae
opm-common = 7577e6d8514c28cb11bd68e06826af6171c629b1
opm-grid = db8ccca0f667b1d37530a8d711a07284e54579b1
opm-material = 77202e291ddc05ebb8fa133d896a25765308b8a9
opm-models = 5bfb639795fd7abbc140d105039346e99ebffb95
opm-simulators = 12c38788bc6ad25ef174ae7e65adbd59804b6486

update reference data for model4_group

Reason: fill in this

opm-common = 55620ac2548c2104df86340ce8166b8b019a5d15
opm-grid = e163702d0094310f8702b61303812eddf106c466
opm-material = afec03758cb7d3d61511ed16c663de4976b9b22b
opm-models = ceb354e66581a87e711481cd0ff4ba8ae3575919
opm-simulators = b03609317f378367bfa0a9cd5b05b698fa384cf4

update reference data for spe9 spe3 spe1 spe5 spe9group fetkovich_2d spe12p ctaquifer_2d_oilwater spe1nowells polymer2d wecon_wtest polymer_injectivity spe1_metric_vfp1 msw_2d_h spe12 msw_3d_hfa polymer_oilwater nnc spe1oilgas spe1thermal

Reason: OPM/opm-simulators#1903

libecl = 7abee4f1a19dbba0c845e3dc23f7950021e12059
opm-common = bf752c81a572f91a81cdb5668c1922d975a25bc4
opm-grid = f7eeec835a5d57a733f5f284a83878ca6d35c889
opm-material = 935cc95b870a7bd659346cf73e32627a4c824f93
ewoms = 6d9bf52931509d3a4772d76d02d18069e731e558
opm-simulators = 25ac6317e7116b860d1591e6e4c0f6b076c4cd08

Automatic Reference Data Update for PR (Unknown)

Reason: fill in this

opm-common = c6068f4e17d2157905e7438ceead1f438fb71ec2
opm-grid = 63e8821446039569cc28cb72151389cc97ec226d
opm-material = 564094ead3606c83a9ac951d4bdca56a83b33a0c
opm-models = f79c5436dd66612762d5eb3e8690c19f9fb17754
opm-simulators = f528adb604bfc1628b1537f601e826b6ef14f415

Changed Tests

  • udq_actionx

update reference data for

Reason: OPM/opm-models#320

libecl = 32f15f93f70c1f321444b6359eea725141955f4f
opm-common = bfb655382824d36d22e94644b15f7ea6869fbf1b
opm-grid = 695eee592d29e2c9350a8fdb7b4e8fb6ef3a2cb1
opm-material = f97f34ad5e96f88b1e3f019ec64a57e57dc75daa
ewoms = 1fc86120317692460706dd7e99dd644beb9ebcc6
opm-simulators = 1fc86120317692460706dd7e99dd644beb9ebcc6

update reference data for

Reason: OPM/opm-simulators#2194

opm-common = d4c680ba68f96c1db7d9306952676348dd94ae67
opm-grid = 748cb70684001e7c8f2f9d38bcd70ce3fd59ef7c
opm-material = 96693823e9130cb456cb9fe152d8c487c7569ae8
opm-models = 52201845a4212b454add01f42476b60e5f478830
opm-simulators = 20a7389f550c800562f10f6105f6703b08a88078

update reference data for spe12p spe9 spe9group polymer_injectivity base_model_1 base_model2 multregt_model2 udq multxyz_model2 multflt_model2 multpvv_model2 swatinit_model2 endscale_model2 hysteresis_model2 multiply_tranxyz_model2 editnnc_model2

Reason: OPM/opm-simulators#2252

opm-common = 30773db877dbfd860661bb1eb16f12ac59e74a0d
opm-grid = 260a49ed4466222a8cdb2e9a4600985c80ce9c6f
opm-material = c0896ee8b6aba6179b4c5ff925c242805a476ad2
opm-models = 52201845a4212b454add01f42476b60e5f478830
opm-simulators = 9775b580e83c26304eb7230b40ef648177e6d92c

update reference data for spe9 spe3 spe1 spe5 spe9group fetkovich_2d spe12p ctaquifer_2d_oilwater spe1nowells polymer2d wecon_wtest polymer_injectivity spe1_metric_vfp1 msw_2d_h spe12 msw_3d_hfa polymer_oilwater nnc spe1oilgas spe1thermal

Reason: OPM/opm-simulators#1883

libecl = 7abee4f1a19dbba0c845e3dc23f7950021e12059
opm-common = 599ed7136fbfaeeee61379e4dfe94a002e2b98f0
opm-grid = f7eeec835a5d57a733f5f284a83878ca6d35c889
opm-material = 935cc95b870a7bd659346cf73e32627a4c824f93
ewoms = 6d9bf52931509d3a4772d76d02d18069e731e558
opm-simulators = 2692a0232b389f262159679077a9e11b74bdce1c

update reference data for

Reason: OPM/opm-models#390

libecl = 055fcfcc9e2f51bd98398dfe6ad487ad125289b1
opm-common = 1617d2b4341db77429dfa96a4d9a70f93ecf8f26
opm-grid = dfe1d1c3eb68422c877d686105b3fe6b8c0f745b
opm-material = b5e4aa3a343899775622685ed2b2e6c593df2250
ewoms = 18d45ad381f11a5da285e8d8ad4819ff83df5131
opm-simulators = 18d45ad381f11a5da285e8d8ad4819ff83df5131

update reference data for spe9 spe3 spe1 spe5 spe9group fetkovich_2d spe12p ctaquifer_2d_oilwater spe1nowells polymer2d wecon_wtest polymer_injectivity spe1_metric_vfp1 msw_2d_h udq spe12 msw_3d_hfa polymer_oilwater nnc spe1oilgas spe1thermal

Reason: OPM/opm-simulators#1927

libecl = a319377690cb979d19d726d17219c5a111a84b6b
opm-common = 597bbde151cda8b9d5bf092342a0f36b0d76f6b1
opm-grid = 81cf4c0674c92f3d6918a0e80d051718d03bea82
opm-material = 511f1adb15e2429c869a0420c4f74a9687cd4270
ewoms = 34bd25160d3b59237bbe1612fd76d449833362cf
opm-simulators = cb014c05283503d6fb218aa44d8116f851ba2708

update reference data for

Reason: OPM/opm-common#1251
OPM/opm-simulators#2178

opm-common = 3a3b47652cf0bc44a282ed363734aea063d4e462
opm-grid = 99e1e6fc3558b8fd32a3e3a436986e7dd8eb05fd
opm-material = e158bc8cb8d228cb85c8ab56427a189e82c75193
opm-models = 52201845a4212b454add01f42476b60e5f478830
opm-simulators = 379c9019580e8ce415bc2a6895b2c39560f987ed

update reference data for

Reason: OPM/opm-common#1251
OPM/opm-simulators#2178

opm-common = 3a3b47652cf0bc44a282ed363734aea063d4e462
opm-grid = 99e1e6fc3558b8fd32a3e3a436986e7dd8eb05fd
opm-material = e158bc8cb8d228cb85c8ab56427a189e82c75193
opm-models = 52201845a4212b454add01f42476b60e5f478830
opm-simulators = fa1b91c802df129aeb68e491cadad8c8340674cd

update reference data for fetkovich_2d

Reason: fill in this

opm-common = da625838b698a443f3b0faea789b669579b2b94e
opm-grid = aa0266ba15a7b0a6457e8d18780346cba6996d58
opm-material = 705f7fa9710714ccb046086d2cf5c07db6bf6bd8
opm-models = b2019c96b2d71a272a312d5a3162f0f403fe542a
opm-simulators = 4aa79bf39c4a3e9bcf782ee859dad7b4a68b118f

Running OPM with hysteresis option

Hi,

I am trying to use OPM on a synthetic hysteresis example and was wondering if OPM works with the options described in the manual. Also, are there hysteresis specific examples I could look at. I am mostly interested in the set up. I was getting errors using the IMBNUM keywords as described in the manual. I suspect, I am doing something wrong and would like to see an example if you guys have one. Thanks

Recommend Projects

  • React photo React

    A declarative, efficient, and flexible JavaScript library for building user interfaces.

  • Vue.js photo Vue.js

    🖖 Vue.js is a progressive, incrementally-adoptable JavaScript framework for building UI on the web.

  • Typescript photo Typescript

    TypeScript is a superset of JavaScript that compiles to clean JavaScript output.

  • TensorFlow photo TensorFlow

    An Open Source Machine Learning Framework for Everyone

  • Django photo Django

    The Web framework for perfectionists with deadlines.

  • D3 photo D3

    Bring data to life with SVG, Canvas and HTML. 📊📈🎉

Recommend Topics

  • javascript

    JavaScript (JS) is a lightweight interpreted programming language with first-class functions.

  • web

    Some thing interesting about web. New door for the world.

  • server

    A server is a program made to process requests and deliver data to clients.

  • Machine learning

    Machine learning is a way of modeling and interpreting data that allows a piece of software to respond intelligently.

  • Game

    Some thing interesting about game, make everyone happy.

Recommend Org

  • Facebook photo Facebook

    We are working to build community through open source technology. NB: members must have two-factor auth.

  • Microsoft photo Microsoft

    Open source projects and samples from Microsoft.

  • Google photo Google

    Google ❤️ Open Source for everyone.

  • D3 photo D3

    Data-Driven Documents codes.