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## Rd.py | |
## Euclidean Rd | |
## I've used and relied upon heavily the SM_tutorial.pdf SageManifolds tutorial by | |
## Eric Gourgoulhon, Michal Bejger (2015) | |
## who both not only made a great Sage package and lucid documentation but are very helpful, | |
## and generous with helping anyone, and we're all richer for it; we really are. | |
## | |
############################################################################ | |
## Copyleft 2015, Ernest Yeung <ernestyalumni@gmail.com> | |
## |
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## topology.sage | |
## This is my implementation of Topology | |
## utilizing | |
## Sage Math | |
## from | |
## | |
## The main reference that I'll liberally copy from is from is | |
## Lecture 1: Topology (International Winter School on Gravity and Light 2015) | |
## Frederic P Schuller | |
## The WE-Heraeus International Winter School on Gravity and Light 2015 |
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## nBodyProblem.py | |
## This is my implementation of the n-body problem | |
## using Sympy | |
## The main reference | |
## Edward Belbruno, Capture Dynamics | |
###################################################################################### | |
## Copyleft 2015, Ernest Yeung <ernestyalumni@gmail.com> | |
## | |
## 20150518 | |
## |
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## homology.sage | |
## This is my implementation of Algebraic Topology, Homology, Simplicial Complexes | |
## utilizing | |
## Sage Math | |
## from | |
## | |
## The main reference that I'll liberally copy from is from is | |
## Introduction to Topological Manifolds | |
## by J.M. Lee | |
################################################################################ |