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CitComS.py NEWS -- history of user-visible changes. 2006-12-04 Please send CitcomS.py bug reports to firstname.lastname@example.org. Version 3.0.0b * Two implementations of compressible convection under Truncated An-elastic Liquid Approximation are available, one by Wei Leng and Shijie Zhong and the other by Eh Tan. See Cookbook 8 in the manual for more details. * The computation can be resumed from previous checkpoints. See Cookbook 8 in the manual for more details. * The chemical convection can handle multi-component composition. * The non-Newtonian Stokes' solver was not working properly and is fixed. * The viscosity can be composition dependent or pseudo-plastic (contributed by Thorsten Becker). * The ASCII output can be compressed on-the-fly (contributed by Thorsten Becker). * An easier way for radial mesh refinement is available (contributed by Thorsten Becker). See Cookbook 9 in the manual for more details. * An exchanger package for nested solver coupling is available. See Cookbook 9 in the manual for more details. * The rigid body rotation component is removed from the velocity (contributed by Shijie Zhong). * A new parameter can disable monitoring of maximum temperature. See Cookbook 9 in the manual for more details. * Several other changes are not backward compatible. A few of them will affect the solution, and others are changes in input parameters only. See Section 1.2 in the manual for the details. Version 2.2.2 * A bug in geoid calculation is fixed. The buoyancy contribution on geoid was not correctly zeroed before every geoid calculation. This caused the geoid at former timestep accumulated over the later timestep. (Issue 114) * The pressure, stress, and composition output, if enabled, will be combined by "autocombine.py" script as well. The combined output is stored in opt-files, similar to the cap-files. (Issue 99) * Generating random tracers is sped up. This should avoid a potential problem of "too many tries?" error when the domain size of a processor is much smaller (<1%) than the size of the whole sphere. Version 2.2.1 * One example, Cookbook7, was missing in v2.2.0. Version 2.2.0 * A new feature to track particles in the flow (code donated by Allen McNamara and Shijie Zhong). * A new feature to use the tracers to compute composition field and compute thermo-chemical convection (code donated by Allen McNamara and Shijie Zhong). A new cookcook (Cookbook7) in the manual introduces how to use this feature. * New feature to use the tracers to define the low viscosity wedges/channels in the subduction zones (code donated by Vlad Manea). * Fixes of sevearal bugs: issue 72, 73, 75, 77 and 81. See the Geodynamics Roundup issue tracker (http://geodynamics.org/roundup) and the file ChangeLog for details. Important bug fixes include: - 'make install' broken for non-pyred CitcomS. (Issue 72) - 'autocombine.py' did not work in Ubuntu 6.10. (Issue 73) - Velocity b.c not scaled correctly when age becomes negative. When using file_vbcs=on and the age becomes negative (passing the present time), the read-in velocity BC was not scaled properly. Usually the boundary velocity became ~1000x smaller than it should be. (Issue 77) - Errors in the manual. The manual failed to document the unit of the vbc_file is in cm/yr. The manual contained a small error in the description of the header of the coor_file. (Issue 75 and 81) Version 2.1.0 * The filenames of post-processed and combined data are changed slightly. For example, "model.cap0.100" is renamed to "model.cap00.100", "model.cap6.100" is renamed to "model.cap06.100", and "model.cap11.100" is unchanged. * A new input parameter "datadir" specifies the path of output files. The "datafile" input parameter (cannot contain path) specifies the filename prefix of the output files. In v2.0.x and before, "datafile" is used to specify the path and filename prefix of output files. This change is not backward compatible. Users need to change their old input file to run it. * Improved build procedure. The CitComS executable embeds python interpreter by default and is statically linked with MPI library, which improves the portability of the code. * New input format (INI-styled .cfg) * No need to specify launcher.nodes anymore, it is calculated from the mesher properties. * Support of binary format output (using HDF5 library). * Additional data output (including: geoid, stress, pressure, and horizontal average) can be enabled/disabled by changing the input parameters. * Scripts (using GMT commands) to plot 2-D cross sections of temperature field. * Added/removed a few input parameters (all in solver.const component) for computing geoid. Removed "layerd" and "wdensity" and added "radius", "density_above" and "density_below". * Fixes for several bugs: issue 30, 35, 42, 44 and 55. See the Geodynamics Roundup issue tracker (http://geodynamics.org/roundup) and the file ChangeLog for details. Important bug fixes include: - Inconsistent times in C and Pyre. When 'fixed_timestep' is set and the grid resolution is insufficient, the Pyre part of CitComS could give the wrong model time. (Issue 35) - Accidental deletion of surf files by batchsurf.py. batchsurf.py is a script to combine the surf files. If the current working directory happens to be the output directory of CitcomS, the script would delete the original surf files. (Issue 55) Version 2.0.2 * Fixes for several minor bugs: issues 7, 8, 9, 10, 11, 12, and 13. Most of these are installation-related. See the Geodynamics Roundup issue tracker (http://geodynamics.org/roundup) and the file ChangeLog for details. Version 2.0.1 * CitComS.py is now distributed under the GNU General Public License. See the file COPYING for copying conditions. * CitComS.py now uses the GNU Build System (Autoconf, Automake, and Libtool). See the file INSTALL for building and installation instructions. Local variables: version-control: never mode: indented-text end: