Tutorials#
The tutorials build on each other. Tutorials 1–2 introduce the structure of an application, 3–4 generate flow equations with the Mathematica toolchain, 5–7 cover extractors, batched (GPU) evaluation and the choice of discretization, 8 couples a field-dependent potential to flowing couplings in a quark-meson model, and 9 generates momentum-dependent flows with NumTracer and the codegen options that make them fast.
- Tutorial 1: Creating an Application
- Tutorial 2: A Quark-Meson model in LPA
- Tutorial 3: Generating flow equations with FunKit
- Tutorial 4: Momentum-dependent truncations
- Tutorial 5: Extractors, and reading the solution away from the EoM
- Tutorial 6: Batched evaluation with
evaluate_batch - Tutorial 7: Discretizations and mesh adaptivity
- Tutorial 8: Quark-meson model in LPA′
- Tutorial 9: Momentum-dependent flows with NumTracer