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  1. Jan 10, 2011
    • Liam M. Healy's avatar
      Shadow symbols from antik · 80544fee
      Liam M. Healy authored
      With the export of unit and dimension names, there are conflicts with
      gsl:psi, gsl:acceleration, gsl:knots.  There is no actual conflict in
      the usage because Antik physical quantities only needs to use these
      symbols as symbols, there is no binding.  So they are now
      shadowing-imported into gsll.  
      
      Added explicit "d0" to numbers in polynomial to insure they are read
      as double-floats.
      80544fee
  2. Jul 07, 2010
  3. Jun 30, 2010
  4. Jun 27, 2010
  5. Dec 27, 2009
  6. Dec 08, 2009
    • Liam Healy's avatar
      Split off grid directory · 8d5cd4a5
      Liam Healy authored
      Eventually, the definitions used for dealing with types and foreign
      arrays that aren't specific to GSL will be split off into another
      system, so that it will be easier to build other foreign library
      interfaces using these definitions.  As a start, the grid/ directory
      defines a package 'c-array and some of the type definitions formerly
      in init/.  Everything compiles and tests as before, on SBCL
      TOTAL: 1627 assertions passed, 6 failed, 0 execution errors.
      8d5cd4a5
  7. May 25, 2009
  8. May 03, 2009
    • Liam Healy's avatar
      Conditionalize FSBV · 8a08f552
      Liam Healy authored
      All source code is now conditionalized so that FSBV is optional.  If
      present, functions using complex scalars will work.  If absent, GSLL
      will compile and load correctly, and all functions except those using
      complex scalars will work.  The examples and tests are defined
      appropriately.  Documentation on FSBV dependence has been added to
      index.html.
      8a08f552
    • Liam Healy's avatar
      Call GSL functions with complex scalars · 0ca58836
      Liam Healy authored
      With improved fsbv:foreign-funcall that does the conversion of values
      between Lisp and C, the function foreign-funcall-indirect has been
      eliminated in favor of using fsbv:foreign-funcall directly.  Spot
      checks on various functions that use complex scalars like #'evaluate
      polynomials at a complex point, or set-all on complex marrays, or the
      functions in complex.lisp, show that these all work.  Everything
      compiles/loads and the usual tests pass in SBCL.
      0ca58836
  9. Apr 30, 2009
    • Liam Healy's avatar
      Use FSBV for functions taking complex scalars · 913040d8
      Liam Healy authored
      The BLAS matrix-product functions now work on complex arrays using
      FSBV, but there are no tests yet.  New tests vector-set-all and
      matrix-set-all replace set-all tests with addition, and work for all
      types including complex using FSBV.  Default optional argument marrays
      are initialized to 0.  Polynomial evaluation with complex argument
      uncommented, but not yet working.
      913040d8
  10. Apr 28, 2009
  11. Apr 27, 2009
    • Liam Healy's avatar
      Redeclare foreign-allocated variables called by reference · 9848c6ad
      Liam Healy authored
      Variables called using with-foreign-objects that are passed to GSL for
      the purposes of returning computed values (i.e., are not mentioned in
      the CL arglist) need to be declared (:pointer type) because they are
      calls by reference.  Everything now compiles though there are
      execution errors in the tests.
      9848c6ad
  12. Apr 03, 2009
    • Liam Healy's avatar
      Polynomial order of and optional arguments; added tests from GSL · 26a5e307
      Liam Healy authored
      Change the order of arguments to #'divided-difference and
      #'taylor-divided-difference in order to make 'dd in the first case and
      'coefficients and 'workspace in the second case optional arguments.
      Added all the tests from gsl-1.11/poly/test.c; results agree with the
      values stated there.  Complete test results:
      SBCL64: TOTAL: 1483 assertions passed, 5 failed, 0 execution errors.
      CCL64:  TOTAL: 1486 assertions passed, 2 failed, 0 execution errors.
      26a5e307
  13. Feb 01, 2009
    • Liam Healy's avatar
      Polynomial uses #'evaluate · cbcc15dd
      Liam Healy authored
      Polynomial evaluation is now done with a method of #'evaluate.  We
      can't do complex evaluation because the return value would be complex,
      and there is no way to handle that in CFFI yet.  Evaluation with
      divided differences is a keyword switched part of the same method; it
      works but gives an puzzling style warning in SBCL about the keyword.
      The use of an marray in an optional/key argument necessitated a change
      to defmfun that redefined #'body-expand from #'body-no-optional-arg,
      made #'body-no-optional-arg a new function that wraps necessary
      array-handling forms around the expanded unswitched body form from
      body-expand.
      cbcc15dd
  14. Dec 31, 2008
    • Liam Healy's avatar
      Redesign polynomial-solve, invert matrix · 4f581352
      Liam Healy authored
      The function #'polynomial-solve is now directly defined with defmfun
      with a single required argument and two optional arguments: the answer
      vector-complex-double-float and the workspace, both of which default
      to the right thing.  The returned is now the this marray instead of a
      list.  Simplify the definition of #'invert-matrix and return the
      matrix-double-float instead of the CL array.  All tests pass SBCL and
      CCL with trace.
      4f581352
    • Liam Healy's avatar
      Specify :inputs and :outputs; CCL works · 54353bcb
      Liam Healy authored
      More :inputs and :outputs specified.  CCL now passes all 1208 tests if
      certain functions are traced (bug in CCL?)
      (trace polynomial-eval-divided-difference swap-elements
             permutation-reverse lu-invert permutation-next)
      54353bcb
  15. Dec 27, 2008
    • Liam Healy's avatar
      Set mpointer vlaue, show relevant .h file; non-int return for reinitialize-instance · 8a0ac730
      Liam Healy authored
      In defmobject, set the mpointer value if #'allocate is being called.
      For each file that defines a defmobject, I put a comment at the top
      showing the relevant GSL header file.  For generators and quasi, the
      (re)initializing function returns void and not an :int, so that is
      changed in the defmobject definition, which now permits a list of two
      elements in initialize-suffix, with the second element indicating the
      :c-return.
      8a0ac730
  16. Dec 26, 2008
    • Liam Healy's avatar
      Calling mobjects with #'mpointer, generic function #'name · 297c08b2
      Liam Healy authored
      GSL functions that take GSL objects as arguments must have #'mpointer
      called on each argument.  Created a generic function #'name and
      changed all the *-name (or name-*) functions that acted on mobjects to
      this function.
      297c08b2
    • Liam Healy's avatar
      Full use of defmobject; elimination of letm · b09dc9d2
      Liam Healy authored
      All GSL objects are full CL objects with garbage collection.  There is
      no need to manually free the associated memory.  All objects may be
      assigned in the normal CL way, e.g. let, so there is not #'letm macro
      anymore.  Everything compiles cleanly in gsll, but nothing has been
      tested.
      b09dc9d2
    • Liam Healy's avatar
      New class foreign-array, new names: marray, make-marray, mobject.lisp · 7c66d57b
      Liam Healy authored
      New class foreign-array represents foreign (C) arrays, without GSL or
      mobject superclass.  New class name 'marray was 'gsl-data,
      representing arrays in GSL.  These objects are made by #'make-marray,
      formerely #'make-array*.  New file names: init/mobject.lisp was
      init/gsl-objects.lisp and data/marray.lisp was data/data.lisp.
      7c66d57b
  17. Dec 25, 2008
  18. Dec 07, 2008
    • Liam Healy's avatar
      Make FFA at initialize-instance time for gsl-data; restore permutations and combinations · 4c380808
      Liam Healy authored
      Instead of making the ffa in make-array*, we now make it in the
      initialize-instance :after method for gsl-data.  This means that
      subclasses (permutations, combinations) will automatically make the
      arrays.  Rewrote make-array* so that it is just a wrapper for
      make-instance, computing the dimensions from the specified initial
      parameters.  Permutations and combinations are now made with make-*
      functions.
      4c380808
  19. Dec 01, 2008
    • Liam Healy's avatar
      GSL array making with make-array* and #m · 83cd8040
      Liam Healy authored
      GSL arrays are garbage-collected objects, and so can be made like any
      other lisp object; they do not need to be make inside a wrapper form.
      #m is a macro which makes them; it expands to a #'make-array* call.
      Examples and usage ported to this new form.  Compiled only; not tested
      yet.  No effort to port to non-native implementation yet; tests as
      expanded in the tests/ directory are not ported yet.
      83cd8040
  20. Oct 25, 2008
    • Liam Healy's avatar
      Port tests to save-test · 0343f3ce
      Liam Healy authored
      All remaning tests are now defined with save-test, and the
      LISP-UNIT:DEFINE-TEST has been eliminated from the definition files,
      except for arrays.
      0343f3ce
  21. Sep 15, 2008
    • Liam Healy's avatar
      Restore some tests · fe339ae4
      Liam Healy authored
      Multiple fixes to restore tests: change to #'cl-array from #'data, use
      #'a macro, comment out a few tests do defer repair until later.  Two
      errors in definitions of functions in
      histogram/updating-accessing.lisp fixed.  Some uncommented-out test
      failures remain.
      fe339ae4
  22. Jul 25, 2008
  23. Feb 24, 2008
  24. Feb 18, 2008
  25. Feb 16, 2008
  26. Feb 06, 2008
  27. Feb 04, 2008
  28. Feb 03, 2008
  29. Jan 27, 2008
  30. Jan 28, 2007
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