Created: 2020-12-09 — Last modified: 2021-12-05
|
▸(CISTI'2020, Sevilla)
• 20`6.{Python} ~3 ODEs
(HTML 5; Sevilla_action_myfit.php; file upload)
▸Pyrolysis
• 20`8.~Pyrolysis kinetics (Fortran)
• 20`8.{Python} ~Pyrolysis kinetics
(HTML 5; pyrkin_action.php; file upload)
▸Gaussian
• 20`8.{Python} (Crucial) Gaussian
(python_crucial_action.php crucialGaussianPython.py')
• 20`8.{Python} Gaussian (python_action.php+GaussianPython.py)
▸Templates
• 20`c.{Python+Fortran} Pico (addition), 'p' ≡ small (ditto+pypico.py)
▸Garage
• 21`3.~Yshell
• 21`3.~^{Python+F90 P-bags} P-bags (single page)
• 21`4.~^{Python+F90 Q-bags} Q-bags (classic, 2-page)
▸QC
• 21`8.~PersPyFoG, python calls gnuplot
▸Regression
• 21`a.~Regression (paradigm)
• 21`c.~Kinetics
(D. Vilela)
▸Bibliography • Robinson, E. R., 1975, "Time dependent chemical processes", Applied Science Publishers, Ltd., London (UK). ISBN 0 85334 608 9. • Wikipedia Curve fitting. • Google search: $_SERVER['REMOTE_ADDR'] wrong. • What is my IP ? |
| ~: makes a graph | ^: Monte Carlo | $: not working | ยง: under construction | $: not working | ◊: with password |
|
|
http://web.ist.utl.pt/~mcasquilho/compute/_python/index.php Created: 2020-12-09 — Last modified: 2021-12-05 |