Add SPE 2 dataset - #7
Conversation
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Thanks for the contribution! This is highly appreciated and I will do the review. We do need a copyright header with license on the DATA and INC file, just look at one of the other data sets for example. Please also post the pull request to opm-tests repository instead, as that is where the activity on the data sets are today. |
... or in addition to here! The opm-data repo is unencumbered by test result data and is therefore leaner and smaller, which is useful. I agree it would be good to have also in opm-tests though! |
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This is very welcome and we should get it in. It represents a bit of a dilemma, however, because OPM doesn't really support radial grids (i.e., keyword To reiterate though, we definitely should get this in, but to @alfbr and @atgeirr: I think opm-data is the best location right now. We should postpone adding this into opm-tests until we actually support radial grids. |
Added licensing information for the reservoir simulation deck.
Updated licensing information and added contributor names.
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Sorry guys, I have been on vacation. Back today. The license header is perfect. You also need to add who has copyright, I assume that is you. Just look at how it is done on the other data sets. By default the copyright goes to the creator. If sponsored, it could by contract go to the sponsor instead. If copied from someone else, you need to agree with whoever has copyright. Just ask if anything is unclear! We have been a bit in the dark as to how to use opm-data as many data sets are duplicated across the repositories. In any case, that will not hold up this pull request, we will do a broader discussion in the community to decide on path for opm-data. In the mean time, just do as @bska suggests and keep the pull request here. |
In this update,
I've added the long missing SPE 2 dataset: tested on the latest OPM Flow simulator (release 2025.10), SPE-2 adds a critical piece to the conversation of simulator design around the subjects of cusping and coning in near-well regions which will find new use in the new age of Neural Network inverse reservoir simulation studies.
It's my hope that many researchers find this as useful as I found it, necessitating the work to modernize and restore it.