#1085: GetComponents link on Download page is broken
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Reporter: hinder | Owner:
Type: defect | Status: new
Priority: major | Milestone:
Component: EinsteinToolkit website | Version:
Keywords: |
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http://einsteintoolkit.org/download/
First GetComponents link is broken.
--
Ticket URL: <https://trac.einsteintoolkit.org/ticket/1085>
Einstein Toolkit <http://einsteintoolkit.org>
The Einstein Toolkit
#1086: Cactus REQUIRES should not introduce a build order
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Reporter: eschnett | Owner:
Type: defect | Status: new
Priority: optional | Milestone:
Component: Cactus | Version:
Keywords: |
----------------------+-----------------------------------------------------
If thorn A requires B, then thorn A needs to be configured after B, and
its libraries need to be listed before B. However, there is no reason why
A should be built after B.
--
Ticket URL: <https://trac.einsteintoolkit.org/ticket/1086>
Einstein Toolkit <http://einsteintoolkit.org>
The Einstein Toolkit
#1083: Cactus doesn't like switching thorns between arrangements
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Reporter: eschnett | Owner:
Type: defect | Status: new
Priority: minor | Milestone:
Component: Cactus | Version:
Keywords: |
----------------------+-----------------------------------------------------
When I have two thorns with the same name in different arrangements, e.g.
EinsteinEvolve/GRHydro and Zelmani/GRHydro, and then modify my thorn list
(which contains one of these) to instead contain the other, Cactus has
strange build problems. The root of the problem seems to be that Cactus
does not recognise that these are different thorns with different source
files, and e.g. the dependency information is not updated. This leads to
strange build problems that force me to delete the build directories for
GRHydro manually after switching.
One way out could be to include the arrangement name when constructing the
build directory name, or to remember the arrangement name and to delete
the build directory when the arrangement name changes.
--
Ticket URL: <https://trac.einsteintoolkit.org/ticket/1083>
Einstein Toolkit <http://einsteintoolkit.org>
The Einstein Toolkit
#1068: GRHydro: schedule GRHydro_Tmunu* only if there is Tmunu storage.
-----------------------------------+----------------------------------------
Reporter: bmundim | Owner:
Type: defect | Status: new
Priority: major | Milestone:
Component: EinsteinToolkit thorn | Version:
Keywords: GRHydro Tmunu storage |
-----------------------------------+----------------------------------------
The attached patch schedule GRHydro_Tmunu* only if there is Tmunu storage.
--
Ticket URL: <https://trac.einsteintoolkit.org/ticket/1068>
Einstein Toolkit <http://einsteintoolkit.org>
The Einstein Toolkit
#745: the flesh allows two implemantion of the same interface to have different
default values for restricted parameters
--------------------+-------------------------------------------------------
Reporter: rhaas | Owner:
Type: defect | Status: new
Priority: minor | Milestone:
Component: Cactus | Version:
Keywords: |
--------------------+-------------------------------------------------------
since the flesh creates paramters for all compiled in (rather than
activated) thorns initially, this affects the default value that a thorn
sees. Thorns seem to be initialized (and thus their parameter structures
being created) in alphabetical order, which means that the thorn
alphabetically '''last''' (How, I have no idea, the parameter handling
logic seems a bit of a mess) will determine the default parameter value.
Attached is a parameter file to demonstrate this with Carpet and PUGH who
both declare parameters periodic and periodic_[xyz] but differ in their
defaults.
To demonstrate, create an executable with only Carpet compiled in and run
the parameter file. Then look at the paramters in the checkpoint it
creates eg.
{{{
h5dump -r -d /Parameters\ and\ Global\ Attributes/All\ Parameters
output/checkpoint.chkpt.it_0.h5 | grep periodic
}}}
Do the same with an executable that contains both PUGH and Carpet. Notice
that parameter values are now PUGH's defaults.
This can actually cause a runs to abort when recovering from a checkpoint
when one switches from an executable with PUGH compiled in to one that
does not. (Beyond the fact that some thorn might actually use it's
parameters rather than the Carpet/PUGH pair where happily Carpet ignores
these parameters and PUGH who actually used them gets to set the default).
--
Ticket URL: <https://trac.einsteintoolkit.org/ticket/745>
Einstein Toolkit <http://einsteintoolkit.org>
The Einstein Toolkit
#1058: Add "lapsefactor" parameter to EinsteinExact
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Reporter: eschnett | Owner:
Type: enhancement | Status: new
Priority: major | Milestone:
Component: EinsteinToolkit thorn | Version:
Keywords: |
-----------------------------------+----------------------------------------
I suggest introducing a "lapsefactor" parameter to EinsteinExact. This
defines a transformation for the time coordinate between the underlying
metric and the metric as will be used by Cactus. For example, setting
lapsefactor=1/2 will lead to alpha=0.5 for the Minkowski metric, with the
other metric components unchanged.
This complements the "shiftadd" parameters, and is very useful for
testing.
--
Ticket URL: <https://trac.einsteintoolkit.org/ticket/1058>
Einstein Toolkit <http://einsteintoolkit.org>
The Einstein Toolkit
#1053: CarpetIOHDF5: it doesn't honor out3D_every parameter
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Reporter: bmundim | Owner: eschnett
Type: defect | Status: new
Priority: major | Milestone:
Component: Carpet | Version:
Keywords: CarpetIOHDF5 out3D_every |
--------------------------------------+-------------------------------------
Hi,
I have noticed a strange behaviour of CarpetIOHDF5 when running a bbh
simulation with Lovelace release: it doesn't seem to follow the parameter
out3D_every. I have attached a modified version of
CarpetWaveToyCheckpointTest.par that reproduces this error. I tried to
mimic a
bbh simulation setup I am using in terms of number of refinement levels
(it also helps to slow down the simulation a bit) and what I was
interested
to output. The experiment goes as follows:
1) create two directories, 000 and 001, where you can copy the attached
par
file to. Symlink a cactus executable for ET on each directory. Both
development
and lovelace releases will show this problem. You should have something
like this:
{{{
[bruno@frozenstar wavetoytest]$ ls 0*
000:
cactus_einstein@ CarpetWaveToyCheckpointTest.par
001:
cactus_einstein@ CarpetWaveToyCheckpointTest.par
}}}
2) Run the executable on both directories. First on 000 and then on 001.
{{{
./cactus_einstein CarpetWaveToyCheckpointTest.par
}}}
3) Analyze the results. Everything goes all right on the first directory,
000:
{{{
[bruno@frozenstar CarpetWaveToyCheckpointTest]$ h5ls
wavetoy::scalarevolve.xyz.h5
Parameters\ and\ Global\ Attributes Group
WAVETOY::phi\ it=0\ tl=0\ rl=0 Dataset {43, 43, 43}
WAVETOY::phi\ it=0\ tl=0\ rl=1 Dataset {41, 41, 41}
WAVETOY::phi\ it=0\ tl=0\ rl=2 Dataset {33, 33, 33}
WAVETOY::phi\ it=0\ tl=0\ rl=3 Dataset {33, 33, 33}
WAVETOY::phi\ it=0\ tl=0\ rl=4 Dataset {33, 33, 33}
WAVETOY::phi\ it=0\ tl=0\ rl=5 Dataset {33, 33, 33}
WAVETOY::phi\ it=0\ tl=0\ rl=6 Dataset {33, 33, 33}
WAVETOY::phi\ it=0\ tl=0\ rl=7 Dataset {33, 33, 33}
WAVETOY::phi\ it=0\ tl=0\ rl=8 Dataset {33, 33, 33}
WAVETOY::phi\ it=128\ tl=0\ rl=1 Dataset {41, 41, 41}
WAVETOY::phi\ it=128\ tl=0\ rl=2 Dataset {33, 33, 33}
WAVETOY::phi\ it=128\ tl=0\ rl=3 Dataset {33, 33, 33}
WAVETOY::phi\ it=128\ tl=0\ rl=4 Dataset {33, 33, 33}
WAVETOY::phi\ it=128\ tl=0\ rl=5 Dataset {33, 33, 33}
WAVETOY::phi\ it=128\ tl=0\ rl=6 Dataset {33, 33, 33}
WAVETOY::phi\ it=128\ tl=0\ rl=7 Dataset {33, 33, 33}
WAVETOY::phi\ it=128\ tl=0\ rl=8 Dataset {33, 33, 33}
WAVETOY::phi\ it=256\ tl=0\ rl=0 Dataset {43, 43, 43}
WAVETOY::phi\ it=256\ tl=0\ rl=1 Dataset {41, 41, 41}
WAVETOY::phi\ it=256\ tl=0\ rl=2 Dataset {33, 33, 33}
WAVETOY::phi\ it=256\ tl=0\ rl=3 Dataset {33, 33, 33}
WAVETOY::phi\ it=256\ tl=0\ rl=4 Dataset {33, 33, 33}
WAVETOY::phi\ it=256\ tl=0\ rl=5 Dataset {33, 33, 33}
WAVETOY::phi\ it=256\ tl=0\ rl=6 Dataset {33, 33, 33}
WAVETOY::phi\ it=256\ tl=0\ rl=7 Dataset {33, 33, 33}
WAVETOY::phi\ it=256\ tl=0\ rl=8 Dataset {33, 33, 33}
}}}
You can see above that all refinement levels were correctly output every
128
iterations as it was set on the par file. That doesn't happen anymore
after
recovery, ie on the second directory, 001:
{{{
[bruno@frozenstar CarpetWaveToyCheckpointTest]$ h5ls
wavetoy::scalarevolve.xyz.h5
Parameters\ and\ Global\ Attributes Group
WAVETOY::phi\ it=262\ tl=0\ rl=7 Dataset {33, 33, 33}
WAVETOY::phi\ it=262\ tl=0\ rl=8 Dataset {33, 33, 33}
WAVETOY::phi\ it=390\ tl=0\ rl=7 Dataset {33, 33, 33}
WAVETOY::phi\ it=390\ tl=0\ rl=8 Dataset {33, 33, 33}
}}}
neither 262 or 390 are multiples of 128! So something is going really
wrong
here. Note however that the respective 2D slice is correct:
{{{
[bruno@frozenstar CarpetWaveToyCheckpointTest]$ h5ls
wavetoy::scalarevolve.xy.h5
Parameters\ and\ Global\ Attributes Group
WAVETOY::phi\ it=384\ tl=0\ rl=1 Dataset {41, 41}
WAVETOY::phi\ it=384\ tl=0\ rl=2 Dataset {33, 33}
WAVETOY::phi\ it=384\ tl=0\ rl=3 Dataset {33, 33}
WAVETOY::phi\ it=384\ tl=0\ rl=4 Dataset {33, 33}
WAVETOY::phi\ it=384\ tl=0\ rl=5 Dataset {33, 33}
WAVETOY::phi\ it=384\ tl=0\ rl=6 Dataset {33, 33}
WAVETOY::phi\ it=384\ tl=0\ rl=7 Dataset {33, 33}
WAVETOY::phi\ it=384\ tl=0\ rl=8 Dataset {33, 33}
}}}
384 is a multiple of 128 and as you can see all active refinement levels
for
that iteration were written down.
Any idea on how to fix this?
Thanks!
--
Ticket URL: <https://trac.einsteintoolkit.org/ticket/1053>
Einstein Toolkit <http://einsteintoolkit.org>
The Einstein Toolkit
#1031: write index files for checkpoints
--------------------------+-------------------------------------------------
Reporter: rhaas | Owner: eschnett
Type: enhancement | Status: new
Priority: minor | Milestone:
Component: Carpet | Version:
Keywords: CarpetIOHDF5 |
--------------------------+-------------------------------------------------
this patch writes index files for checkpoints if output_index is set. This
is (only) useful if the checkpoints will be read in by a different number
of processes than written. In that case, parsing the index files is faster
than parsing the heavy data files.
The two patches provide read and write functionality. The attached C code
creates index files from existing HDF5 files (not necessary checkpoints).
It is a modified copy of hdf5_extract from the HDF5 thorn.
--
Ticket URL: <https://trac.einsteintoolkit.org/ticket/1031>
Einstein Toolkit <http://einsteintoolkit.org>
The Einstein Toolkit
#1063: GRHydro_InitData update
-----------------------------------+----------------------------------------
Reporter: rhaas | Owner:
Type: defect | Status: new
Priority: major | Milestone:
Component: EinsteinToolkit thorn | Version:
Keywords: GRHydro_InitData |
-----------------------------------+----------------------------------------
attach please find patches to bring Zelmani and trunk GRhydro_InitData in
sync again. Mostly they add hot EOS support, but also there is a fix for a
double definition of initial_Bvec both as a restricted parameter in
HydroBase and a private parameter in GRHydro.
--
Ticket URL: <https://trac.einsteintoolkit.org/ticket/1063>
Einstein Toolkit <http://einsteintoolkit.org>
The Einstein Toolkit
#1072: User guide does not explain how to use boolean parameters from Fortran.
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Reporter: hinder | Owner:
Type: defect | Status: new
Priority: minor | Milestone:
Component: Cactus | Version:
Keywords: documentation |
---------------------------+------------------------------------------------
The Cactus user guide does not explain how to use boolean parameters from
Fortran.
--
Ticket URL: <https://trac.einsteintoolkit.org/ticket/1072>
Einstein Toolkit <http://einsteintoolkit.org>
The Einstein Toolkit