Physics 801: Numerical Methods

Cover

Course Notes

Contents

  1. Front matter [ frontmatter.pdf ]
  1. Chapter 1: Tutorial [ chapter1.pdf ]
  2. Chapter 2: Ordinary differential equations [ chapter2.pdf ]
  3. Chapter 3: Partial differential equations [ chapter3.pdf ]
  4. Chapter 4: Random systems [ chapter4.pdf ]
  5. Chapter 5: Data reduction [ chapter5.pdf ]
  1. Appendix A: Algorithms [ appendixA.pdf ]
  2. Appendix B: Binary representation of numbers [ appendixB.pdf ]
  1. Index [ theindex.pdf ]

Full text

Full course notes [ Phys-801.pdf ]

Source code

cepheid.py integrate.py plotcos.py
charge.py interpolate.py plottrig.py
chisq1.py ising.py projectile.py
chisq2.py ks1.py randwalk.py
cosine.py ks2.py regress.py
dblpend.py leapfrog.py relax.py
decayerr.py linalg.py root.py
decay.py mcmc.py scatter.py
diffuse.py minimize.py shoot.py
fft.py oscillator.py svdfit.py
halley.py overrelax.py tunnel.py
heatftcs.py pendulumcromer.py variational.py
hello.py pendulum.py waveftcs.py
implicit.py planet.py wavelax.py

Python Distribution for MacOSX

UWM Python Distribution Disk Image [ download uwmpython-1.0.dmg ]

UWM Python Distribution Setup Disk Image [ download uwmpythonsetup.dmg ]