Pinned Repositories
Beginning-PyQt--second-edition
Beginning PyQt-Second edition by Joshua Willman
better-github
Enhance your code reading experience on GitHub.
Blenbridge
code and docs of the Blenbridge project. Blenbridge is software to convert .ply files from Blender into hexahedral mesh in .vtk unstructured grid format, suitable for FEA.
engineering_math_worked_problems_with_Mathematica
Typical subject topics are covered, in 167 notebooks. Streamlined Mathematica shortcuts take precedence over traditional precursor methods. A number of problems are dealt with in an inept, tentative, inefficient, or erroneous manner.
jupyter_installation_notes
Personal notes relating to a recent installation of jupyter on win10
Maxima-PDE-finite-differences
Some .mac files for calculating partial differential equations through the method of finite differences
Outline_of_Differential_Equations
Outline of differential equations. Similar to the popular book series with the same name, except seen through a Python filter. Versions in classic Jupyter notebook and PDF formats are available.
whiffee's Repositories
whiffee/Blenbridge
code and docs of the Blenbridge project. Blenbridge is software to convert .ply files from Blender into hexahedral mesh in .vtk unstructured grid format, suitable for FEA.
whiffee/engineering_math_worked_problems_with_Mathematica
Typical subject topics are covered, in 167 notebooks. Streamlined Mathematica shortcuts take precedence over traditional precursor methods. A number of problems are dealt with in an inept, tentative, inefficient, or erroneous manner.
whiffee/Outline_of_Differential_Equations
Outline of differential equations. Similar to the popular book series with the same name, except seen through a Python filter. Versions in classic Jupyter notebook and PDF formats are available.
whiffee/jupyter_installation_notes
Personal notes relating to a recent installation of jupyter on win10
whiffee/Maxima-PDE-finite-differences
Some .mac files for calculating partial differential equations through the method of finite differences