- moab-announce - mailman3.cels.anl.gov

Show your work, don't just describe it
by Danielle Brooks | Yoogo 13 Jul '26

13 Jul '26

Hi Moab, A bullet point saying "10 years of experience" convinces no one. Seeing the actual work does. Yoogo lets you build a real portfolio, video, images, documents, case studies, and spotlight your best projects so they're the first thing people see, not buried three scrolls down. Add your services or products alongside it, and people can go from "that's impressive" to booking or buying without leaving the page. No commission taken on what you earn. Set up takes a couple minutes — explore features at yoogo.com Danielle Yoogo, Inc. 2514 Whitney Ave. #185892 Hamden, CT 06518, USA Unsubscribe: https://urldefense.us/v3/__https://yoogo.com/u?token=MXw3NnwyMjU0MzM4OHxFM0… | Privacy notice: https://urldefense.us/v3/__https://yoogo.com/privacy__;!!G_uCfscf7eWS!ZB_iD…

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MOAB v5.6.0 is now available
by Vijay S. Mahadevan 15 Nov '25

15 Nov '25

Dear MOAB users, A new release of the MOAB library (v5.6.0) is now available. The tarball can be downloaded at http://web.cels.anl.gov/projects/sigma/downloads/moab/moab-5.6.0.tar.gz (SHA: 8d24a38619eb9fd326c7bdf9fdb01466149a0ab7dc3ef1caffda728858bf5a85). If you are working with release branches in Bitbucket, please use the newly created "5.6.0" tag to get the latest changes. I've shared below the notable updates, including a revamped CMake build system, new Conan package manager support, Scikit-Build support for PyMOAB installation, and considerable documentation updates, along with several new features to support Earth system solvers. - *PR #748 <https://urldefense.us/v3/__https://bitbucket.org/fathomteam/moab/pull-reque… >*: A new *edge-splitting tool **for conservative flux remaps* between unstructured grids - *PR #746 <https://urldefense.us/v3/__https://bitbucket.org/fathomteam/moab/pull-reque… >*: *Enhanced documentation* and tight Doxygen integration - *PR #741 <https://urldefense.us/v3/__https://bitbucket.org/fathomteam/moab/pull-reque… >*: Improved *CMake build system* and dependency management - *PR #736 <https://urldefense.us/v3/__https://bitbucket.org/fathomteam/moab/pull-reque… >*: Optimized *parallel reading and linear map* application algorithms - *PR #734 <https://urldefense.us/v3/__https://bitbucket.org/fathomteam/moab/pull-reque… >*: Add *elevated edge visualization* for E3SM maps - *PR #707 <https://urldefense.us/v3/__https://bitbucket.org/fathomteam/moab/pull-reque… >*: Support *uniform API for online/offline remap* computations - *PR #683 <https://urldefense.us/v3/__https://bitbucket.org/fathomteam/moab/pull-reque… >*: Use *CAAS nonlinear filter* for bounds preservation - *PR #681 <https://urldefense.us/v3/__https://bitbucket.org/fathomteam/moab/pull-reque… >*: *Remove ITAPS, iMesh, and CGM *dependencies - *PR #666 <https://urldefense.us/v3/__https://bitbucket.org/fathomteam/moab/pull-reque… >*: *Compare H5M files* utility for regression testing - *PR #665 <https://urldefense.us/v3/__https://bitbucket.org/fathomteam/moab/pull-reque… >*: Add option for culling the mesh in E3SM *domain reader* (use NO_CULLING to disable) - *PR #664 <https://urldefense.us/v3/__https://bitbucket.org/fathomteam/moab/pull-reque… >*: *Auto-download Zoltan* for automatic configuration of partitioner In addition to the above-listed changes, this release includes bug fixes, configuration updates, easier Python usage, and several performance improvements targeted at specific problem areas. Detailed release notes are available in RELEASE_NOTES.md <https://urldefense.us/v3/__https://bitbucket.org/fathomteam/moab/src/master… >. *Deprecation Notice:* - This will be the last version of MOAB where autotools will be fully supported. Please transition your build system and workflows to use CMake when building MOAB. - The ITAPS interfaces (iMesh/iRel) have been removed, and legacy PyMOAB Python binding installations via CMake/autotools have been deprecated in this release. Please use Scikit-Build for PyMOAB installations. Special thanks to all contributors who made this release possible: - Ahnaf Tahmid Chowdhury - Iulian Grindeanu - Vijay Mahadevan - Baptiste Mouginot - Patrick Shriwise - Tim Tautges - Paul Wilson - And all users who have emailed the list, submitted issues, and pull requests to make the MOAB library better As always, please let us know if you encounter issues with the new release. Best, Vijay

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GHK-Cu (Copper Peptide): Purity, Efficacy, and Trustworthy Suppliers
by Mahiyan Molla 06 Dec '23

06 Dec '23

*Hello Esteemed Colleagues and Researchers,* *1. What is GHK-Cu (Copper Peptide)?* GHK-Cu, or Copper Tripeptide-1, is a naturally occurring copper complex that has garnered significant attention in the realms of skincare and health. This small peptide, consisting of just three amino acids bound to a copper ion, plays a crucial role in the body's natural processes, including wound healing and immune function. Its unique chemical composition allows it to deliver remarkable benefits, particularly in skin health and rejuvenation. *2. How GHK Cu Peptide Works?* At the heart of GHK-Cu's effectiveness is its mechanism of action at the cellular level. This peptide facilitates collagen synthesis, crucial for maintaining skin elasticity and firmness. It also aids in tissue repair and regeneration, making it a valuable ally in wound healing. GHK-Cu's influence extends to promoting angiogenesis, providing antioxidant effects, and bolstering the immune system, making it a multifaceted agent in health and skincare. *3. Advantages of GHK-Cu Peptide* The benefits of GHK-Cu are diverse and profound. It's renowned for enhancing skin health, aiding in wound healing, and offering anti-aging properties. Users often report improved skin texture, reduced fine lines, and a general rejuvenation of the skin. Its healing properties are not just skin deep; they extend to improving overall tissue health. *4. Efficacy of GHK-Cu in Addressing Specific Conditions* GHK-Cu has shown efficacy in treating a range of specific skin conditions and health issues. Its regenerative properties make it beneficial in healing damaged skin, while its anti-inflammatory actions help in reducing skin irritations and redness. The peptide's ability to stimulate collagen production also makes it a potent ingredient in combating signs of aging. *5. GHK-Cu in Cosmetic Products* In the cosmetic industry, GHK-Cu has found its way into various products, including serums and creams. Its ability to penetrate the skin barrier makes it an effective ingredient in topical applications, where it works to improve skin health and appearance from within. *6. Understanding the Purity and Quality of GHK-Cu* The purity of GHK-Cu is paramount to its efficacy. High-quality GHK-Cu ensures maximum benefits, making it essential for consumers to seek products that guarantee purity and are backed by rigorous testing and quality control. *7. Where to Buy GHK-Cu Copper Peptide* For those looking to purchase GHK-Cu, it's crucial to choose reputable sources. ResearchPeptides.net is a trusted supplier, offering high-quality GHK-Cu. You can find their products here <https://researchpeptides.net/product/peptides/ghk-cu-500mg-copper-peptide-t…> . *8. GHK-Cu for Sale: Identifying Trustworthy Vendors* When looking for GHK-Cu for sale, it's important to identify vendors that are reliable and trustworthy. BuyPeptides.us.com is one such vendor, known for their quality products. Their GHK-Cu can be purchased here <https://buypeptides.us.com/product/peptides/ghk-cu-200mg-topical/>. *9. Purchasing GHK-Cu Online: Safety and Reliability* Buying GHK-Cu online should be approached with caution to ensure safety and reliability. A safe place for online purchases is Erikas.cc Peptides, where GHK-Cu can be purchased here <https://erikas.cc/product/peptides/ghk-cu-200mg/>. *10. Get GHK-Cu in the USA: Best Practices* For consumers in the USA, the best practice for purchasing GHK-Cu is to rely on reputable sources like Peptides.sale. They offer GHK-Cu with assurance of quality and legality, available from the USA here <https://peptides.sale/product/peptides/ghk-cu-200mg-topical/>. *11. Customer Reviews and Experiences with GHK-Cu* Customer testimonials and reviews offer valuable insights into the real-world applications of GHK-Cu. High ratings from researchers underscore its effectiveness in various research projects. More customer reviews can be found at Spin.live <https://spin.live> as well as on Healthzip.org <https://healthzip.org>. *12. The Future of GHK-Cu in Health and Skincare* GHK-Cu stands as a significant contributor to health and skincare, with its multifaceted benefits and applications. The future looks promising, with ongoing research likely to uncover even more potential uses and benefits of this remarkable peptide. *13. Academic Research* Journals and articles found on Academic Workers <https://journals.academics.workers.dev/> provide a wealth of peer-reviewed information, further enriching academic discourse. For instance, detailed discussions on the role of GHK-Cu in preventing oxidative stress can be found at The Research Peptides Blog <https://theresearchpeptides.weebly.com/researchpeptides/ghk-cu-in-preventio…>, while insights into the properties and applications of GHK-Cu are available here <https://theresearchpeptides.weebly.com/researchpeptides/ghk-ghk-cu-200mg> and here <https://theresearchpeptides.weebly.com/researchpeptides/ghk-peptide-as-a-na…>. These resources, along with informative blogs like James Thomas's Blog <https://james-thomas1.blogspot.com/p/home.html>, demonstrate the diverse and dynamic nature of online academic resources available to researchers. Thanks, Mahiyan Molla Health Coordinator Research Peptides <https://researchpeptides.net/> 423 E 7th St <https://www.google.com/maps/place/423+E+7th+St,+Los+Angeles,+CA+90014,+USA/…> Los Angeles, CA 90014 <https://www.google.com/maps/place/423+E+7th+St,+Los+Angeles,+CA+90014,+USA/…> ~~~~~~~~~~~~~~~~~~ *External References* In the context of academic research, it's also essential to consider the various resources and discussions that contribute to the field. For instance, discussions on platforms like millenia.cars.aps.anl.gov <https://millenia.cars.aps.anl.gov/pipermail/ifeffit/2023-November/010754.ht…>, lists.anl.gov <https://lists.anl.gov/pipermail/mren-tech/2023-November/004233.html>, and lstsrv.ncep.noaa.gov <https://www.lstsrv.ncep.noaa.gov/pipermail/ncep.list.wwatch3.discussion-gro…> offer insights into specific research areas <https://omls.oregon.gov/pipermail/or-phdetailing/2023-December/000000.html> and technical advancements, reflecting the dynamic nature of academic discourse <https://lists.mcs.anl.gov/pipermail/exm-user/2023-December/000305.html>. Various resources provide valuable insights and materials for researchers. Websites like Research Peptides <https://researchpeptides.net/>, BuyPeptides.us.com <https://buypeptides.us.com/>, Peptides.Sale <https://peptides.sale>, and Erikas Peptides <https://erikas.cc/> offer specialized information and products that can be integral to specific research areas, demonstrating the diverse nature of online academic resources. https://beybau.com/erikas-cc-review/ https://peptideshealth.info/premium/erikas-cc-review/ https://erikas-cc-review.academics.workers.dev/ https://researchpeptides-net-review.academics.workers.dev/

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MOAB v5.5.0 is now available
by Vijay S. Mahadevan 20 Jun '23

20 Jun '23

Dear MOAB users, A new release of the MOAB library (v5.5.0) is now available. The tarball can be downloaded from [1]. If you are working with release branches in Bitbucket, please use the newly created "5.5.0" tag to get the latest changes. Some notable updates: - New support for the calculation of scalable, bilinear maps with TempestRemap for Climate problems - Removed: Mesquite sources and support in MOAB; Several outdated tools (refiner, VTK reader plugin for Paraview) - Deprecated: ITAPS framework: iMesh interfaces are now only built when requested with `--enable-imesh`. This will be the last version to support iMesh. Going forward, please port your C/Fortran API to use the now-mature iMOAB interface. - Several fixes, enhancements, and optimizations to make the MOAB library more robust As always, please let us know if there are any issues with the new release. Best, Vijay [1] https://web.cels.anl.gov/projects/sigma/downloads/moab/moab-5.5.0.tar.gz

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MOAB v5.4.1 is now available
by Vijay S. Mahadevan 17 Nov '22

17 Nov '22

Dear MOAB users, A minor update to the MOAB library is now available. The tarball can be downloaded from [1]. If you are working with release branches in Bitbucket, please use the newly created "5.4.1" tag to get the latest changes. Some notable updates: - Added preliminary support for bilinear maps exposed by TempestRemap - New iMOAB routine: `iMOAB_SetDoubleTagStorageWithGid` to accumulate and store the Tag values for DoFs with different source and target distributions - New iMOAB example that can perform a one-hop or two-hop communication pattern for data transfer between disparate meshes - CMake: Fix test install for newer versions of pip and setuptools - Fix a VisIt MOAB visualization plugin bug due to an elusive pointer alignment issue when reading header info from h5m files As always, please do let us know if there are any issues with the new release. We are planning to move forward with significant changes to MOAB in various areas including the build system (CMake), support for GPU systems, and deprecation of several old tools and APIs. We will start discussions and will solicit input from interested users as well. Best, Vijay [1] https://ftp.mcs.anl.gov/pub/fathom/moab-5.4.1.tar.gz

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MOAB v5.4.0 is now available
by Vijay S. Mahadevan 24 Jul '22

24 Jul '22

Dear MOAB users, A major update to the MOAB library is now available. The tarball can be downloaded from [1]. If you are working with release branches in Bitbucket, please use the newly created "5.4.0" tag to get the latest changes. Some notable updates: - Significant updates to the iMOAB API for Fortran compatibility based on 2003 ISO_C_BINDING specifications. Support for F77 dropped. - New Parallel SCRIP NetCDF file reader for climate meshes and data - Several new compare tools for climate remap files - Better configuration/installation mechanisms for PyMOAB - Reduced memory allocation for vertex tags defined on sequences (16*1024 instead of 512*1024) - Fixed several compiler warnings, documentation, updated autotools support (autoconf<=2.71), updated CMake/PyMOAB support, parallel build with module dependency (iMOAB), Codacy issues As always, please do let us know if there are any issues with the new release. Best, Vijay [1] https://ftp.mcs.anl.gov/pub/fathom/moab-5.4.0.tar.gz

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MOAB v5.3.1 is now available
by Vijay S. Mahadevan 12 Nov '21

12 Nov '21

Dear MOAB users, A minor update to the MOAB library is now available. The tarball can be downloaded from [1]. If you are working with release branches in Bitbucket, please use the newly created "5.3.1" tag to get the latest changes. Some notable updates: * Fixes for building on Windows MinGW64 * Adding a mirror for TPL tarballs now at ANL FTP site * Minor fixes for merging meshes by integer tag * Performance improvement for Eigen3 SparseMatrix insertion * A new tool to visualize maps to display DoF coupling between source and target component meshes with a given map file * Read coupling maps in parallel and apply it on existing field with an option to fallback to using PNetCDF * Consistently decompose polygons in parallel so that the order of operations is preserved. This fix ensures results between parallel mbtempest and serial TempestRemap runs return the same map files As always, please do let us know if there are any issues with the new release. Best, Vijay [1] https://ftp.mcs.anl.gov/pub/fathom/moab-5.3.1.tar.gz

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MOAB v5.3.0 is now available
by Mahadevan, Vijay S. 13 Jul '21

13 Jul '21

Dear MOAB users, A major update to the MOAB library is now available. The tarball can be downloaded from [1]. If you are working with release branches in Bitbucket, please use the newly created "5.3.0" tag. Some significant changes in this new release are given below. Detailed release notes for v5.3.0 can be found here [2]. * MOAB now requires a minimum of C++11 standard to be supported by the C++ compiler * CONTRIBUTING.md: Documentation and guidelines for new users contributing to MOAB * Verified installation workflows for MOAB using spack, and conda for new users * Docker image of MOAB pre-installed using spack for all TPL dependencies is now available; Additionally, there is also a specialized container for MOAB+TempestRemap to support climate remapping workflows * A new gnomonic projection option for partitioning is available using an inferred strategy with Zoltan RCB algorithm for meshes on a sphere * Several configuration fixes/updates to support builds on Linux, OSX and Windows We would also like to thank some of our major contributors that made this release happen. * Baptiste Mouginot * Rafal Brzegowy * Iulian Grindeanu * Vijay Mahadevan * Patrick Shriwise * Paul Wilson * QingFeng Xia As always, please do let us know if there are any issues with the new release. Best, Vijay [1] https://ftp.mcs.anl.gov/pub/fathom/moab-5.3.0.tar.gz [2] https://bitbucket.org/fathomteam/moab/src/5.3.0/RELEASE_NOTES.md

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MOAB v5.2.1 Release
by Vijay S. Mahadevan 24 Aug '20

24 Aug '20

We are happy to announce the release of MOAB v5.2.1 patch release. This version includes minor configuration fixes for conda package, and additional examples for usage of the iMOAB interface. The tarball is available at https://ftp.mcs.anl.gov/pub/fathom/moab-5.2.1.tar.gz. Please let us know if you have any issues during the upgrade. Thank you, Vijay and MOAB devs.

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MOAB v5.2.0 release
by Mahadevan, Vijay S. 17 Jul '20

17 Jul '20

Dear users, We are happy to announce a release update for MOAB (version 5.2.0). The release tarball can be downloaded from the following link. ftp://ftp.mcs.anl.gov/pub/fathom/moab-5.2.0.tar.gz We thank our users for the continued feature contributions and bug fixes. Patrick Shriwise Johannes Probst Ben Whitney John Cary Paul P.H. Wilson Michel de Messieres Kris Beckwith Kalin Kiesling Baptiste Mouginot Hill Yuan The detailed list of feature additions and contributed enhancements + fixes that are part of the release are provided below. Features * PR #424, #445, #461, #462, #467, #474: Significant feature additions in mbtempest to improve the TempestRemap-based mapping weights generation workflow – Expose both Kd-tree and advancing front intersection – Verifications of mapping weight generation for very high-res cases at scale – Improve mbconvert to transform TR supported file formats to MOAB h5m and vice-versa – Ability to write out the computed remapping weights in parallel to a h5m file is now supported. A h5mtoscrip utility tool to convert the h5m file to SCRIP format is available. – Add an extra verification option for maps computed with mbtempest to validate projection weights – Improve master-slave partitioner tool – Performance enhancements: Several optimizations in the iMOAB implementation and OnlineMap computation routines have been implemented * PR #437: Allow ability to support empty parts in parallel mesh handling * PR #454, #464, #475: Enable coupling and consistent remap of data between discrete meshes and point cloud representations – A new ParCommGraph class is now available to store communication patterns between MPI groups – Feature additions support rendezvous coupling that has been tested for multi-way transfer between atmosphere, ocean, land components * PR #465: Add a new KDtree-based intersection to replace advancing front intersection when dealing with source grids with holes * PR #471: Introduce the concept of an “inferred” master-slave partitioning method using Zoltan RCB algorithm in mbpart – This feature provided a significant speedup for offline remapping calculations on a sphere – TODO: Test similar ideas for other coupled computational problems * PR #482: Domain file reader in NetCDF format to support E3SM integration * PR #485: Extensive CMake configuration updates to support Windows platform builds * PR #486: Adding a new option for area computations using Gauss quadrature based integration instead of spherical excess Enhancements * PR #419: Cache the latest facet for RayHistory in OBB tree * PR #420, #435: Global ID default value (unset) is now -1, while DOFs related to Global ID start from 1 * PR #429: Option for consistent (multiple) ghost layers in thin partitions * PR #438: Improve coexistence of LAPACK and Eigen3 in configurations * PR #442: MBTR - Remove assumption that FV DoF numbering is 0-based (now 1-based for both FV/SE) * PR #444, #449: CMake build improvements related to MPI, HDF5, OSX * PR #446: Option to reset Global IDs during partitioning * PR #455: Enforce MOAB flags to add c++0x flags if supported * PR #463: Update default download option for NetCDF(4.6.3), HDF5 (1.10.1) * PR #468: PyMOAB bindings to set_connectivity * PR #475: Improve regridding intersection robustness * PR #483: Add a new download option to sync large files from FTP site to avoid bloating repository with static meshes * PR #488: Enforce uniform formatting of the entire source repository with clang-format tool with updated coding guidelines Fixes * PR #414, #434: HDF5 writer fixes for polyhedral meshes, to address issues #99 and #110 * PR #415: Fixing index overflow in SQIJ partition for structured meshes * PR #417, #421, #469: Python bindings fixes and compliance to Python 3 standards * PR #430: Fixing HDF5 regression test issues * PR #431, #453, #466, #480: Changes to conform to evolving TempestRemap API co-development * PR #450: Fix seqfault in Range destructor * PR #472: HDF5 file descriptor initialization that resolves some issues in VisIt-MOAB plugin * PR #473: Minor fix for Tqdcfr reader Please let us know if you have any questions or issues that occur during the upgrade. Thank you, MOAB development team

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