CoCalc Public Files
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PathDescriptionLast Edited
frobenius-hausdorff2018.ipynb
assignments/double_pendulum.mp4Animation of a double pendulum
assignments/PROJECT2020
assignments/double pendulum project.ipynb
assignments/PROJECT2020/עוצמת קרן - סימולציה.ipynb
supportExamples for support purposes.
assignments/פרוקייט גמר.ipynb
MathMethodsInIB
VIS/tests.sagewsSample worksheet: display of IL COVID-19 testing data
active-calculus-jupyterCoCalc build of https://github.com/stevenclontz/active-calculus-jupyter
www
neron-yale.ipynb
bokeh-plots.ipynb
171/Dicts2An NLP exercise on homophones
171/SocietyAndCryptographyFodder for a discussion of the pros and cons of unrestricted access to cryptographic technology
assignments/assignment2/meeting2_plotting.ipynb
python-labs/coupled_oscillator/CO-CoupledOscillators.ipynb
Public worksheets/Lecture slides - Spring 2020Lecture slides for UCLA LS 30B, Spring 2020
pubAll published worksheets from http://sagenb.org
julia-1.4.ipynb
sage-9.1.ipynb
SD109 - Tutorial.ipynbTutorial made for the Virtual Global Sage Days 109
Lab 8/lab8-turnin.ipynb
Lab 7/lab7-turnin.ipynb
Stable graphs.ipynbAn example file for computations with stable graphs in the package admcycles.
sensorcloud/usar2sql/_20191122_050848_SFC.usar.csv
VXX_Backtest.ipynb
Heston_Model_Test.ipynb
Lab 7/lab7-turnin.ipynb
Assignment #1 trial/Assignment 1 trial
Assignment #1 trial/Assignment 1 trial/assignment_05.sagews
TareasSoluciones a Tareas Masa 2
dask.ipynb
AM2017.Section.5.1.sagews高等数学（交大生农医药2017版）Section 5.1
Notes.ipynb
HW3.ipynb
171/HW4An exercise in cracking a substitution cipher
105_talkA tutorial in basic plotting for a college algebra class.
171/Proj1Stylometry_exercise
171/stdinterminal exercises
171/Proj2AES_assignment
171/EssayEssay assignment on cryptography and society
171/CryptoSome exercises in basic cryptography
171/list_comprehensionsAn introduction to list comprehensions
341fa17/PortfolioPortfolio for PChem
pandas-datareader.ipynb
sagemath/gráficos-2d.sagewsTutorial --- Gráficos bidimensionais com o SageMath
sagemath/vetores.sagewsTutorial --- Trabalhando com vetores no SageMath
SageMath demo, part 2.ipynb
SageMath demo.ipynb
Strataclasses.ipynbComputing fundamental classes of strata of differentials using the package admcycles
relativeSimplicialComplex.sagews
portail.ipynbJupyter notebook portail.ipynb
assignments/2020-03-20/presentation-aneelamr.ipynb
demo.sagewsSageMath demo
e.sagews
sensorcloud/rawdata/allrtc.csv
dm_addhealth_smasoodi.rmd
RESOURCES/COVID-19-info.mdResources for COVID-19
Supplemental_materialSupplemental material for "Origins of cosmological temperature"
complex.leanA simple complex number game. You need to have played the natural number game https://wwwf.imperial.ac.uk/~buzzard/xena/natural_number_game/ first.
Maths_ChallengesTry doing some basic maths questions in the Lean Theorem Prover. Functions, real numbers, equivalence relations and groups. Click on README.md and then on "Open in CoCalc with one click".
Sage Graphing Tools-version 4.sagews
Supplemental materialSupplemental material for "Origins of cosmological temperature"
ex_Vigenere.ipynb
Global maximum and minimum in 2D.sagewsWorksheet to illustrate a process for finding global maximum and minimum values for functions of two variables on compact domains
Function Graphs and Contour Maps.sagewsWorksheet to illustrate graphs and contour maps for functions of two variables
Motion in 3D.sagewsMotion in 3-dimensional space
Classical.sagews
Projects/Sports Ranking Project/Sports Ranking Project.ipynb
202010_surfaces.sagews
pandas-groupby-list.ipynb
latex-tests
newcommand-in-jupyter-markdown-cell.ipynbTo illustrate CoCalc issue #4569: "Jupyter markdown cells: newcommand and LaTeX formulas" -- https://github.com/sagemathinc/cocalc/issues/4569
2020-05-05-quoted-text-will-not-scale.ipynbA Jupyter sheet to illustrate CoCalc issue #4568: "Jupyter markdown cells: zoom quoted text too" -- https://github.com/sagemathinc/cocalc/issues/4568
2020-05-05-1030-M103.ipynbM103 «Algèbre linéaire» - U Paris-Saclay - L1 MPI - Corrigé exo 5.13.
Voltage Drop.sagews
2017-03-09-192746.ipynbJupyter notebook 2017-03-09-192746.ipynb
2020-04-29-1030-M103.ipynbM103 - Algèbre linéaire - L1 MPI - U Paris-Saclay - 2020-04-29 10:30--12:30 TD
2020-04-24-0815-M103-gr-B4.ipynbM103 Algèbre linéaire - gr B4 - L1 MPI - U Paris-Saclay - TD20 - 2020-04-24 - exos 5.13 et 5.14
2020-05-04-M103-exo-5.15.ipynbM103 «Algèbre linéaire» - 2020-05-04 - exo 5.15
2020-04-06-1545-M103.ipynbM103 corrigé exos 4.6 et suivants
2020-04-27-1545-M103-TD21-gr-A2-B3.ipynbM103 «Algèbre linéaire», L1 MPI U Paris-Saclay, TD 21 groupes A2 et B3. 2020-04-27, 15:45--17:45.
2020-04-24-1545-M103.ipynbM103, TD 22, L1 MPI, groupes A2 et B3. Proposé les 2020-04-24 et 2020-04-27.
python3.Rmd
projects/Project 9 Solutions.ipynb
balbusaur_rad/balbusaur_radiation.sagews
Kerr-AdS-5D-string-a_eq_b.ipynb5D Kerr-AdS spacetime with a Nambu-Goto string (case a=b)
Projects/Project 1 Sample/Project 1 Topic - Groupmember 1 - Groupmember 2 - Groupmember 3.ipynb
Projects/Project 1 Sample
2020-04-30-122132 lab 14.ipynb
2020-04-16-122252.ipynb
Presentation.sagews
threefolds.sagewsOn the classification of Kähler-Ricci solitons on Gorenstein del Pezzo surfaces: Calculations for threefolds
Vir1_1500_016_Norm_Phas.mp3Le groove du virus (1500 premiers codons tout schuss pas plus par manque de mémoire). Pour info - Génome : https://www.ncbi.nlm.nih.gov/nuccore/NC_045512.2?report=fasta&to=29903 - Severe acute respiratory syndrome coronavirus 2 isolate Wuhan-Hu-1, complete genome NCBI Reference Sequence: NC_045512.2 - Code génétique :https://www.ncbi.nlm.nih.gov/Taxonomy/taxonomyhome.html/index.cgi?chapter=tgencodes#SG1 (GenBank format by historical convention displays mRNA sequences using the DNA alphabet.) - Subgenomic RNAs : m'en fous, on dévale tout le génome à donf , enfin pat tout : manque de mémoire... par codon;,silence pour codons Stop: fréquence distinctement aigue pour codons Start; - Frameshift : pas pour le moment - Son : gamme : tempérée ; codage des codons de TTT à GGG par ordre croissant de fréquence avec un intervalle de 1/2 ton (les combinaisons proches sont proches par la fréquence) : t. Ref. https://www.deleze.name/marcel/physique/musique/Frequences.pdf ; Ici par convention : 0,16'' par codon;,silence pour codons Stop: fréquence distinctement aigue pour codons Start; - Code source :Sage Math (python) avec CoCalc ; bientôt sur Github - Next : transcription musicale des amino-acides (voir Strenheimer ?) ; mixage des deux pistes (Audaci Code source :Sage Math (python) avec CoCalc ; bientôt sur Github - Next : transcription musicale des amino-acides (voir Strenheimer ?) ; mixage des deux pistes (Audaci
python-labs/coupled_oscillator/CO-SingleOscillator.ipynb
2020-04-29-MoMath share.sagews
cv.pdfHamed Hanitabaeizavareh CV
Data/addhealth4_clean.RData
tutorial-2.ipynbMacaulay2 Tutorial