pv

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User Id 8
  • f2py with opaque Fortran derived types

    f2py does not natively (as of Jan 2013) directly support Fortran derived types. However, you can trick it to treat them as opaque blobs, as shown here, if you tell ...

    • 0
    • revision 2
    • by pv
    • on 04 February 2013

  • f2py with opaque Fortran derived types

    f2py does not natively (as of Jan 2013) directly support Fortran derived types. However, you can trick it to treat them as opaque blobs, as shown here, if you tell ...

    • 0
    • by pv
    • on 04 February 2013

  • pcolor-like plotting wrapper for imshow

    Matplotlib’s pcolor function becomes slow when the amount of data is large. The work-around is to use imshow, but this function has a different interface which is somewhat clumsier ...

    • 0
    • revision 2
    • by pv
    • on 22 November 2012

  • Adaptive sampling of 2-D functions

    Sample a 2-D function via adaptive subdivision. The sample points are chosen by estimating the point where the linear and cubic interpolants based on the existing points have maximal disagreement ...

    • 0
    • revision 2
    • by pv
    • on 22 November 2012

  • pcolor-like plotting wrapper for imshow

    Matplotlib’s pcolor function becomes slow when the amount of data is large. The work-around is to use imshow, but this function has a different interface which is somewhat clumsier ...

    • 0
    • by pv
    • on 22 November 2012

  • Adaptive sampling of 2-D functions

    Sample a 2-D function via adaptive subdivision. The sample points are chosen by estimating the point where the linear and cubic interpolants based on the existing points have maximal disagreement ...

    • 0
    • by pv
    • on 22 November 2012

  • Adaptive sampling of 1D functions

    Sample a 1D function to given tolerance by adaptive subdivision. The result of sampling is a set of points that, if plotted, produces a smooth curve with also sharp features ...

    • 0
    • by pv
    • on 22 November 2012

  • scikits.bvp1lg

    Python-wrapped legacy solvers for boundary value problems for ODEs. This is a Python wrapper for a modified version of the COLNEW boundary value problem solver by U. Ascher and G ...

    • 0
    • by pv
    • on 21 July 2011