| Commit message (Collapse) | Author | Age |
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darcs-hash:20060927154950-776a0-702e612ea729b356b7c666839ba67921effe5038.gz
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Add a debugging thorn to test synchronisation with progressive mesh refinement.
darcs-hash:20060417222827-dae7b-f1356400e653649280494169c762eaa0528c43cc.gz
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Add a new kind of initial data "level index", which fills each
refinement levels with its refinement level index. This is good for
testing.
darcs-hash:20060225204907-dae7b-8b2c03bbb0b9293690ae8d18785b89f0e490acff.gz
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darcs-hash:20060225165338-dae7b-4a701d18bc249c116c5715902875c340c91407b3.gz
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Change <cactus@cactuscode.org> to <cactusmaint@cactuscode.org>.
darcs-hash:20051119214211-dae7b-fe429d1717c09be397ad83dc7687caad315f9f87.gz
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Evolved variables have to be calculated in the EVOL bin.
darcs-hash:20040921185444-891bb-3016d776939c554f92faa3cd893093728d6c0360.gz
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Use more than one iteration for the reduction test case.
darcs-hash:20040921161219-891bb-d60b05f0ab564ac5935986c42b30b89d81e559a6.gz
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darcs-hash:20040921160811-891bb-600b44416e879792e8095de6090b57626efaa807.gz
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Replace all CVS header tags with the standard "$Header:$".
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Remove all traces of multipatch. This is now in a new thorn
AEIDevelopment/WaveToyMP.
darcs-hash:20040904161515-07bb3-f551191aa02b09f19c00b930db3c91f32245a594.gz
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Gaussian scalar field and
This is a little Test thorn for progressive meshrefinement. It sets up a Gaussian scalar field and
measures the difference between the data on the finite difference grids and the analytical values. It
still needs some work, but the basic stuff workes. Right now it is setup for ENO prolongation. If you
want to change the way prolongation is handled, you have to edit 'param.ccl'
- Christian
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darcs-hash:20040523135614-19929-f2251e59534aae6da120a0d95135d980bbd4a4f4.gz
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Apply boundary conditions also to the RHS.
Calculate the RHS even on the boundary, using one-sided differences.
darcs-hash:20040506122118-07bb3-7296ac92e71157ca3e19806cea64ef7fd0058bc1.gz
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Import the recently announced changes:
1. Carpet has now an infrastructure for multiple maps (aka "grid
patches"). Instead of a single grid hierarchy there can now be
several. This is largely untested, because the remainder of Cactus
cannot handle multiple coordinate systems.
2. The order in which the schedule bins are called has changed. As Ian
Hawke pointed out, the previous order during time evolution was
inconsistent. The initial data ordering did not allow for recovering
and was not usable for progressively solving elliptic equations for
initial data.
3. Carpet now supports convergence levels. The convergence level
specifies by how many factors of two the resolution in the parameter
file should be coarsened (or refined, if negative). This should make
convergence tests and test runs much easier. It is, in principle, also
possible to run several convergence levels at once. This has not been
tested because the remainder of Cactus cannot handle multiple
resolutions. This will be necessary for a multigrid solver, and also
for having a shadow hierarchy to determine where to refine adaptively.
4. Carpet works together with the new CoordBase domain specification
parameters. Without these, using convergence levels will lead to very
strange results.
5. The "modes" have changed. There are now:
meta mode: the whole simulation
global mode: one convergence level
level mode: one refinement level
singlemap mode: one map on one refinement level
local mode: as previously
The whole mode handling has been cleaned up.
6. The regridding thorn has been cleaned up.
7. The kind of prolongation stencil is now determined in Carpet, i.e. at
a fairly hight level, instead of in CarpetLib.
8. The low-order prolongation operators have been made much more
efficient (as have previously the higher-order ones).
9. Assorted smaller changes.
For Carpet users, there should be no major incompatibilities. The major
improvements are 3 and 4 combined. Here is an example:
CoordBase::domainsize = extent
CoordBase::spacing = gridspacing
CoordBase::zero_origin_x = yes
CoordBase::zero_origin_y = yes
CoordBase::zero_origin_z = yes
CoordBase::xextent = 20.0
CoordBase::yextent = 20.0
CoordBase::zextent = 20.0
CoordBase::dx = 1.0
CoordBase::dy = 1.0
CoordBase::dz = 1.0
CoordBase::boundary_shiftout_x_lower = 1
CoordBase::boundary_shiftout_y_lower = 1
CoordBase::boundary_shiftout_z_lower = 1
Carpet::domain_from_coordbase = yes
Carpet::convergence_level = 0
grid::type = coordbase
grid::domain = octant
grid::avoid_origin = no
This gives you a grid that extends from the origin ("zero_origin") up to
20.0 with a grid spacing of 1.0. Symmetry zones and boundary zones are
added automatically. The "shiftout" says that there is no boundary
point on the origin. The staggering parameters (not shown) default to
"no". In order to change the resolution, only the convergence level
has to be adjusted. Note that the old way of specifying the domain
extent still works.
For Carpet developers, one major change is the new mode handling. As
described in 5, the looping macros (that loop over all refinement
levels, or all components) have changed.
darcs-hash:20040125135727-07bb3-51c9647c1b5080e7e180b52a1b81fa155cfd19e9.gz
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darcs-hash:20031117114725-07bb3-0633e6c1f9ea3637b662462706bc0104c859aa02.gz
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Many changes that accumulated while Cactus and Carpet diverged.
Add processor splitting mechanism "along-dir" that splits along a
specified direction.
Rename group PostRestrict to bin POSTRESTRICT.
Prolongate initial data only when desired. This saves much time.
Sorry, Ian.
Fix bug in time level cycling of grid arrays. (Note: grid arrays
should not have time levels.)
Fix time_t bug on IRIX.
Make sure that there is no integer overflow when there are many
refinement levels. Always put parentheses around
(maxreflevelfact/reflevelfact).
Fix typo in Carpet verbose output.
Add debug output in processor splitting.
Communicate in three stages: Irecv, (work), Isend, Wait. This might
be more efficient. Much more, potentially.
Fix bug in processor layout of grid arrays. Sorry, Ian.
Make the interpolator interpolate between time levels. Untested.
Fix bug in processor communication in interpolator. Sorry, Ian.
Rewrite prolongation operators to make them twice as fast. There you
are, Ian.
Move prolongation operator kind handling from data to gdata.
Add official hyperslabbing interfaces to CarpetSlab.
Adapt to new cGH * handling.
darcs-hash:20031105151837-07bb3-758a87ff0355dba053269df4b7d7d79bea018669.gz
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Many changes that accumulated while Cactus and Carpet diverged.
Add processor splitting mechanism "along-dir" that splits along a
specified direction.
Rename group PostRestrict to bin POSTRESTRICT.
Prolongate initial data only when desired. This saves much time.
Sorry, Ian.
Fix bug in time level cycling of grid arrays. (Note: grid arrays
should not have time levels.)
Fix time_t bug on IRIX.
Make sure that there is no integer overflow when there are many
refinement levels. Always put parentheses around
(maxreflevelfact/reflevelfact).
Fix typo in Carpet verbose output.
Add debug output in processor splitting.
Communicate in three stages: Irecv, (work), Isend, Wait. This might
be more efficient. Much more, potentially.
Fix bug in processor layout of grid arrays. Sorry, Ian.
Make the interpolator interpolate between time levels. Untested.
Fix bug in processor communication in interpolator. Sorry, Ian.
Rewrite prolongation operators to make them twice as fast. There you
are, Ian.
Move prolongation operator kind handling from data to gdata.
Add official hyperslabbing interfaces to CarpetSlab.
Adapt to new cGH * handling.
darcs-hash:20031105141838-07bb3-d348d033307d82905893e241be485c4db2ce8ce3.gz
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Change include mechanism for aliased functions in Fortran. One now has to
#include "cctk_Functions.h" and then use the macro
DECLARE_CCTK_FUNCTIONS.
darcs-hash:20031027143140-07bb3-c89b45361b934b875cad21d4f74b278d9eacdd46.gz
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