Py4mulas Tutorial

Welcome to py4mulas’s tutorial!

• Summary Of Simulation Steps
  • Serial
  • Parallelized
• Complete Example
  • Defining a symbolic hamiltonian
  • Computing the transport response
  • Plotting the output
  • Defining the model form Kwant
  • Computing in parallel
• Plotting
  • Plotting band stractures
  • Plotting k-resolved quantities
• Build Your Own Formula
  • Defining an opera_kernel
  • Defining a mu_kernel
  • Defining kernels as functions
  • Defining Contractions
  • On Kernel Parameters
  • Notes On Vectorization
• Setting Kspace Options
  • Chunking the computation by setting chunk_size
  • Precomputing opera kernels by setting precomp
  • Writting large arays to the disc by setting memmap
• Available Operators
  • Identity
  • Velocity
  • HamDiff
  • Spin Density
  • Spin Current
  • Orbital Density
  • Orbital Current
  • Quadripole Density
  • Quadripole Current
  • Magnetic Octupole Density
  • Magnetic Octupole Current
• Available kernels
  • \(\mu\)-Kernels
• Available Responses