Object-oriented Scientific Computing Library

Edit Package o2scl
http://web.utk.edu/~asteine1/o2scl

O2scl is a C++ library for object-oriented numerical programming. It
includes interpolation, differentiation, integration, roots of
polynomials, equation solving, minimization, constrained minimization,
Monte Carlo integration, simulated annealing, least-squares fitting,
solution of ordinary differential equations, two-dimensional
interpolation, Chebyshev approximation, unit conversions, and file I/O
with HDF5.

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Source Files
Filename Size Changed
o2scl-0.922.tar.gz 0035935188 34.3 MB
o2scl-remove-glob_wrapper-test.patch 0000001597 1.56 KB
o2scl.changes 0000005785 5.65 KB
o2scl.spec 0000004288 4.19 KB
Latest Revision
Yuchen Lin's avatar Yuchen Lin (maxlin_factory) accepted request 677719 from Atri Bhattacharya's avatar Atri Bhattacharya (badshah400) (revision 22)
- Fix URL (old link dead)

- Update to version 0.922:
  * In the table class, the set() function no longer automatically
    adds rows or columns. This prevents some behavior which was
    not intuitive for users.
  * Several tensor functions have been added, including
    tensor::swap_data(), tensor_out(), tensor::min(),
    tensor::max(), tensor::copy(), tensor::is_valid().
  * Slicing for tensor_grid objects has been improved.
  * Copy constructors for tensor and tensor_grid have been
    created.
  * A few long double integration classes have been added when
    higher accuracy is required.
  * The MCMC classes have been completely reworked, offering
    better support for OpenMP and MPI parallelism.
  * The acol command has been expanded and improved in several
    ways. Code for o2graph has been moved out and the
    documentation has been improved.
  * The conversion functions in convert_units now has a const
    version
  * The documentation has been improved everywhere.
  * A new nearest neighbor interpolation type has been added.
  * A seed bug in rng_gsl has been fixed.
  * HDF5 I/0 for table3d types now allows const references.
  * The cloud_file class is updated and simplified.
  * The prob_dens_func_amr class has been updated.
  * Some work has been done on heat capacity functions for
    particle objects.
  * The fermion_rel::calc_mu() and pair_mu() functions work better
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