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- algos_divers (teachi…gappchim)
- algos_entiers (teach…appchim)
- algos_graphes (teach…appchim)
- altair_simple (teach…appchim)
- analyse_images (teach…appchim)
- attracteur_lorenz (tea…pchim)
- bioinformatic (teach…appchim)
- bokeh_simple (teachi…gappchim)
- calcul_matriciel_2012 (t…him)
- chempy (teaching:progappchim)
- chemspipy (teachin…ogappchim)
- codes_presentation (tea…pchim)
- collection_counter_exemple
- collection_namedtuple_exemple
- conversion_temperature_2011
- courbe_predominance_acide_2013
- csv (teaching:progappchim)
- dictionaries_adn_arn_protein
- dictionary_adn_protein
- diffusion_chimique_1d (t…him)
- elements_molecules (tea…pchim)
- ensemble_mandelbrot_2013
- entropie_melange (teac…ppchim)
- epidemie_coronavirus (te…chim)
- factorielle (teachi…gappchim)
- factorielle-2 (teach…appchim)
- factorielle-3 (teach…appchim)
- factorielle-4 (teach…appchim)
- fit_modele_einstein (te…chim)
- fizz_buzz (teachin…ogappchim)
- game_of_life_conway-2012
- gaz_parfait_2011 (teac…ppchim)
- glossaire_chimie (teac…ppchim)
- grille_configurations_melange_binaire_2013
- jupyter (teaching:progappchim)
- koch_snowflake (teach…appchim)
- lennard-jones (teach…appchim)
- math_nombres (teachi…gappchim)
- matplotlib_simple (tea…pchim)
- matrices (teaching…rogappchim)
- maxwell-boltzmann (tea…pchim)
- mendeleev (teachin…ogappchim)
- multilateration (teac…ppchim)
- nim (teaching:progappchim)
- notions_avancees (teac…ppchim)
- notions_fondamentales (t…him)
- numpy_simple (teachi…gappchim)
- openbabel_jmol (teach…appchim)
- open_chemical_databases
- osm_interrogation (tea…pchim)
- pandas (teaching:progappchim)
- parsing_chemical_formula
- pavage_penrose_2013 (te…chim)
- periodical_table_electronegativity
- ph-3d (teaching:progappchim)
- ph_acides_bases_2013 (te…chim)
- ph_courbe_titrage_2011
- pieges (teaching:progappchim)
- plotly_simple (teach…appchim)
- plot_sinus_cosinus (tea…pchim)
- polynomes (teachin…ogappchim)
- polynomes-2 (teachi…gappchim)
- polynomes-3 (teachi…gappchim)
- polynomes-4 (teachi…gappchim)
- polynomes-5 (teachi…gappchim)
- polynomes-6 (teachi…gappchim)
- polynomes-7 (teachi…gappchim)
- polynomes-7-contrib1 (te…chim)
- polynomes-8 (teachi…gappchim)
- polynomes-9 (teachi…gappchim)
- polynomes-10 (teachi…gappchim)
- polynomes-11 (teachi…gappchim)
- polynomes-12 (teachi…gappchim)
- polynomes-bonus (teac…ppchim)
- ppoo (teaching:progappchim)
- presentation_principes
- pressions_partielles_systemes_non_ideaux
- print_format (teachi…gappchim)
- pubchempy (teachin…ogappchim)
- pygal_simple (teachi…gappchim)
- pylab_simple (teachi…gappchim)
- random_walk_2d-simple (t…him)
- rdkit (teaching:progappchim)
- recherches (teachin…ogappchim)
- regression_lineaire_2013
- representation_molecules_2013
- scikit_learn (teachi…gappchim)
- scipy_simple (teachi…gappchim)
- slices (teaching:progappchim)
- solubilite_ph_t (teac…ppchim)
- solvents_data_class (te…chim)
- start (teaching:progappchim)
- suite_de_fibonacci (tea…pchim)
- suite_de_fibonacci-2 (te…chim)
- suite_de_fibonacci-3 (te…chim)
- suite_de_fibonacci-4 (te…chim)
- suite_de_fibonacci-5 (te…chim)
- t-test (teaching:progappchim)
- tableau_periodique_2011
- tableau_periodique_2013
- testjs (teaching:progappchim)
- tkinter_gui_simple (tea…pchim)
- tris (teaching:progappchim)
- trucs_astuces (teach…appchim)
- urllib (teaching:progappchim)
- histogramme_simple (tea…llery)
- ir_spectrum_co (teach…gallery)
- pka_pkb_plane (teach…gallery)
- potentiel_energy_surface
- potentiel_morse (teac…allery)
- rotateur_biatomique (te…lery)
Résultats plein texte:
- multilateration
- ing-a-point-using-distances-to-three-other-points-in-3-d]] * [[wp>fr:Loi_de_l'instrument|Loi de l'in
- matplotlib_simple
- ,3.,5.,7.,11.,13.,17.,19.] serie_y1 = [x**2 for x in serie_x] # ces lignes utilisent la technique ... "liste en compréhension" serie_y2 = [x**1.5 for x in serie_x] # pour définir efficacement une liste ... ., 7., 11., 13., 17., 19.] serie_y1 = [x**2 for x in serie_x] serie_y2 = [x**1.5 for x in serie_x] plt.xlim(0, 20.) #les limites suivant x plt.ylim(-5,
- rdkit
- artedInPython.html|Getting Started with the RDKit in Python — The RDKit 2020.09.1 documentation]] * ... [http://davies-lee.com/index.php/2018/10/06/rdkit-in-jupyter-notebooks/]] * [[http://www.chemspider.
- notions_fondamentales
- //towardsdatascience.com/python-if-else-statement-in-one-line-ternary-operator-explained-eca2be64b7cc|Python If-Else Statement in One Line — Ternary Operator Explained - Single-line conditionals in Python? Here’s when to and when NOT to use them]]... uence "chaîne de caractères". <code python> for i in range(11): print(i, i**2, i**3) </code> //Cf
- plotly_simple
- thon-notebook-tutorial/|Jupyter Notebook Tutorial in Python]] * [[https://plot.ly/ipython-notebooks/... ascience.com/the-next-level-of-data-visualization-in-python-dd6e99039d5e|The Next Level of Data Visualization in Python]] * [[https://towardsdatascience.com/recreating-gapminder-animation-in-2-lines-of-python-with-plotly-express-2060c73bede
- notions_avancees
- /techtofreedom/7-levels-of-using-the-zip-function-in-python-a4bd22ee8bcd|7 Levels of Using the Zip Function in Python]] * itertools.cycle() est une méthode ut... aba.com/combinatorial-generation-using-coroutines-in-python.html]] * [[http://code.activestate.com/r... [https://levelup.gitconnected.com/return-vs-yield-in-python-a-short-comic-f714465a0e92|Return VS Yield
- trucs_astuces
- /treyhunner.com/2016/02/how-to-merge-dictionaries-in-python/|Fusionner deux dictionnaires]] * [[http... To Write Concise Python Code - Write Python code in a Pythonic way]], Yong Cui, Medium, 09/03/2021 ... nnected.com/python-refactoring-tips-to-write-code-in-pythonic-way-6b8ff4375b3a|Python refactoring tips... as powerful as a long and tedious program written in another language designed to do the same thing]]
- progappchim
- e-all|Computer Science For All]] (President Obama in his 2016 State of the Union Address) ===== Notio... : * ce {{ :teaching:progappchim:jupyter_primer_in_jupyter-02.ipynb.zip |Tutoriel Jupyter en Jupyter... phereSim: Event driven simulation of hard spheres in python]] * [[https://github.com/rajeshrinet... phereSim: Event driven simulation of hard spheres in python]] * Autres simulations * [[https
- numpy_simple
- 8 -*- """ Solve a system of simultaneous equation in two variables of the form 2 * x + 7 * y = 17.... ers.com/2017/03/how-to-do-descriptives-statistics-in-python-using-numpy/|How to do Descriptives Statistics in Python using Numpy]] ===== Itérations sur les tab... 5.,6.,7.,7.4,7.8,8.2,8.4,8.5,9.,10.2,12.5]) for x in a: print(x) # l'itération sur un tableau mult
- presentation_principes
- rols=1&show_progress_bar=1&build_all_lists=1&open_in_new_window=1~~ ====== Programmer en Python =====... 1': 8, 'e4': 11, 'e2': 9} >>> d['e4'] 11 >>> 'e7' in d False >>> import operator >>> print(sorted(d.it... étition === for === * Commence par for element in sequence : * Le bloc d’instructions qui suit es... print('Structure for') a=range(11) print(a) for n in a: print(n*7) </code> ==== Indentations des
- ppoo
- """ Introduction to object-oriented programming in Python Led with number and status attributes """... science.com/how-i-explain-oop-to-a-data-scientist-in-5-minutes-44faf72ecca7|How I Explain OOP to a Data Scientist in 5 Minutes]] * [[https://levelup.gitconnected.... owardsdatascience.com/object-oriented-programming-in-python-what-and-why-d966e9e0fd03|Object Oriented
- tkinter_gui_simple
- sition", fg="dark blue") lab.pack() for txt, val in positions: b = tk.Radiobutton(root, text=txt,... (): print(zip(elements, [etats[i].get() for i in range(len(elements))])) print(elements, [etats[i].get() for i in range(len(elements))]) root = tk.Tk() lab = tk.L... 'autres'] etats = [] nelem = len(elements) for i in range(nelem): etat = tk.IntVar() caco = t
- algos_entiers
- estions/11175131/code-for-greatest-common-divisor-in-python]] * [[https://docs.python.org/dev/librar... s à un entier donné """ def isprime(n): for x in range(2,int(n**0.5)+1): if n % x == 0: ... eturn True def primelist(n): return [a for a in range(2,n) if isprime(a)] p=primelist(1000) prin... [ncur]: ncur += 1 return [a for a in li if a != 0] # renvoie une liste avec les éleme
- tris
- equal = [pivot] lesser = quicksort([x for x in li[1:] if x <= pivot]) # si x < pivot : éliminat... ion des doublons greater = quicksort([x for x in li[1:] if x > pivot]) return lesser + equal +... ] pivot = li[0] return quicksort([x for x in li[1:] if x <= pivot]) + [pivot] + quicksort([x for x in li[1:] if x > pivot]) ... </code> Variante avec
- polynomes-12
- import chebval x = np.linspace(-1, 1, 100) for n in range(10): y = chebval(x,np.append(np.zeros(n