| Commit message (Collapse) | Author | Age |
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Add a new flag Carpet::constant_load_per_processor which takes the
specified grid size and multiplies it by the number of processors.
When running benchmarks, this keeps the local load constant.
darcs-hash:20050307165844-891bb-7b4c36a5e3bb152086d2eb240a898cb2ac5a3122.gz
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Forbid local mode in CCTK_{En,Dis}ableGroupStorage only when the
number of allocated time level actually changes.
darcs-hash:20050304224351-891bb-bf7b5d9e402b3f994e9739070863f61a407dfd66.gz
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darcs-hash:20050303170559-891bb-836694ccb8375a1f09cfaeda646e4430e3e5bd07.gz
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darcs-hash:20050303102622-891bb-8d89ed158189c376fa1235ece02a5d8fef87fcae.gz
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darcs-hash:20050303102506-891bb-118df8e38d1ca7e981bb4f97b14d5a747c1b3928.gz
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Change implementation name from CarpetRegrid to CarpetAdaptiveRegrid.
This is necessary because the thorns CarpetRegrid and
CarpetAdaptiveRegrid export different parameters -- CarpetRegrid
supports moving boxes, and CarpetAdaptiveRegrid does not.
darcs-hash:20050303102220-891bb-fb35e947b47f660ceb384a8ecf175974a1a60c5c.gz
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darcs-hash:20050303101924-891bb-32d852a6fc338b52465ba0c29fed953eb4850e40.gz
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darcs-hash:20050303101914-891bb-4bd9006f6da972bb3a1d8d9a4a9127359bcf1a4d.gz
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darcs-hash:20050303101750-891bb-030a589a06caf7a6a2e0228d48f822a0a075cc90.gz
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darcs-hash:20050303101732-891bb-de03e09a71432408124670a120932664c62ed6a6.gz
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darcs-hash:20050303101645-891bb-6072fc57dcd54465327228db1de56e581db8205c.gz
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darcs-hash:20050303101606-891bb-24d4f3ebe735050cae9b46d68f4eaf0be05f0dfa.gz
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darcs-hash:20050303101420-891bb-6c23d70652146f074a392970443190966c909d10.gz
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darcs-hash:20050303101349-891bb-251f1432b873c898f73e0315ed63a7764f8714e8.gz
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As well as documenting the code a bit, add some fixme's (including
noting that the code probably won't work correctly with
checkpoint/restart yet!).
darcs-hash:20050225203643-0ff1f-ae45e424aa69d52e9381a9a011d2242b58944fe7.gz
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Add some documentation for the AMR, and also an example parameter file
(shock tube, 6 levels).
Note that my last message about parallel AMR was incorrect; the
difference between the 1 and 2 processor runs was entirely due to a
bug in Whisky, not in the AMR. Once that was fixed, the results now
agree to output precision. Therefore I pronounce parallel AMR
"working".
darcs-hash:20050225194759-0ff1f-967f0360b73244634d422198c9446f812302c916.gz
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Make CAR work on more than one processor (that is, I've tested it on
my laptop using mpirun -np 2...).
Note that at present whilst it runs and gives reasonable answers you
do _not_ get the same answers as you would on 1 proc. This is a bug,
as yet unfound. But, there probably are lots of other bugs in this
code still to be found...
darcs-hash:20050224223702-0ff1f-f766381f5309c747ea438dbd10976a99c86abd48.gz
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Use the CarpetRegrid::manual-coordinate-list notation to allow the
setting up of initially refined grids. Literal cut 'n paste in many places.
darcs-hash:20050223235501-0ff1f-4be0e5c479aadabc7e1c5682476f95a23c00ec71.gz
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darcs-hash:20050223105949-58c7f-e087970950767cb32adb21fc617d7789a6b988ec.gz
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Because the routine now regrids all finer levels than the one on which
it is called it is not necessary to regrid more than once per iteration.
darcs-hash:20050223143548-0ff1f-d50f953738e11a8653e5eb98a13491b7810cf0dd.gz
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Enforce proper nesting both for parents and children by looping over
all finer levels regridding them all at once. This completely destroys
efficiency...
darcs-hash:20050222174437-58c7f-d280bacafa2fb4c634613381b4c7134733348ec5.gz
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utility programs
darcs-hash:20050222172448-776a0-7186194f0c9e21967947e733e6dcdef55d77f34f.gz
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Correct the way the errors are padded (an off-by-one error). Also be a
bit more careful with F90 intent statements.
darcs-hash:20050221195416-0ff1f-9a41dbe1c6c26563fb6b69513fdcabfa887f29d7.gz
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darcs-hash:20050218164449-58c7f-a63ebeaedb7ea80c398986e7267af95dd0dd4679.gz
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Basic support for more than 2 refinement levels with AMR. Basic tests
done with shock tubes seem to show that it works. Note that proper
nesting is not ensured as yet as we don't check for orphaned
grandchildren.
darcs-hash:20050218120448-58c7f-5d2e6605ac05f1363596c0e61f6026e8fc057ff8.gz
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and checkpoint files
darcs-hash:20050214163413-776a0-77171dd6e4746b5d889bfcbe515c0d6f59c6ba10.gz
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retain backwards compatibility with older checkpoints
darcs-hash:20050214145219-776a0-ddc4e8af96f31b02aaff3ace9208b6b1d8dbc96c.gz
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darcs-hash:20050211185743-891bb-b8c4a7d3d8c758f33aa00b070eb4055165557275.gz
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Add support for using boundaries with AMR. Seems to work with symmetry
boundaries but gets a bit confused if you try refining outer
boundaries. Requires that you setup the domain using CoordBase.
darcs-hash:20050211135704-58c7f-6ed6ce1449de17599dd8b23abc909f5ba313d048.gz
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Correct the outer boundary check so that there's no more assertion
failures. However, the outer boundary is of course not dealt with
correctly yet.
darcs-hash:20050210134049-58c7f-e1e31185738d7ef7cd4f2ae7517b3722e0103cfa.gz
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darcs-hash:20050209223915-891bb-4c4001d07890086e95de8d5a91deffc66c32e469.gz
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Reverse the order that variables are destroyed when refinement levels
are removed. This ensures that vector GFs are treated correctly.
darcs-hash:20050209173129-58c7f-c2507b49252fe45782dd06803201ef1cff74f889.gz
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Fixed a bug where the array indexing in C++ was wrong. Now something
that should be symmetric almost is.
There is still an assertion failure when it tries to derefine - for
the moment this appears to be a Carpet internal problem.
darcs-hash:20050209161923-58c7f-7d13dd7c72c44d935bff9050e3d9281f5f39ec90.gz
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Changes to the adaptive regridding routine such that it appears to
work for short times on one processor with various changes to, e.g.,
WaveMoL, before hitting internal Carpet problems.
darcs-hash:20050208180418-58c7f-22dc56373df5a208b82d45604267f398bfd3ca0f.gz
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After updating CactusBase/IOUtil, one can now choose refinement levels for
individual grid functions to be output, simply by using an options string, eg.:
IOHDF5::out_vars = "wavetoy::phi{refinement_levels = {1 2}}"
If no such option is given, output defaults to all refinement levels.
Note that the parsing routine (in IOUtil) does not check for invalid
refinement levels (>= max_refinement_levels).
darcs-hash:20050204181016-776a0-4d1d74a64c2869ffc4a16846146e1a0b7fd98638.gz
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Change the way in which the grid hierarchy is stored. The new hierarchy is
map
mglevel
reflevel
component
timelevel
i.e., mglevel moved from the bottom to almost the top. This is
because mglevel used to be a true multigrid level, but is now meant to
be a convergence level.
Do not allocate all storage all the time. Allow storage to be
switched on an off per refinement level (and for a single mglevel,
which prompted the change above). Handle storage management with
CCTK_{In,De}creaseGroupStorage instead of
CCTK_{En,Dis}ableGroupStorage.
darcs-hash:20050201225827-891bb-eae3b6bd092ae8d6b5e49be84c6f09f0e882933e.gz
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