semiflow 0.13.0-beta

no_std Rust PDE solver: evolution equations via Chernoff approximation of operator semigroups (heat, diffusion, Schrodinger)
Documentation
# SemiFlow examples

Run any example with:

```bash
cargo run --release --example <name>            # add --features parallel,simd for the HFT ones
```

| Example | What it shows | Level |
|---------|---------------|-------|
| [`heat_2d_demo`]heat_2d_demo.rs | 2D heat equation via `Strang2D` tensor-product splitting | beginner |
| [`boundary_demo`]boundary_demo.rs | `BoundaryPolicy` options (reflect / Dirichlet / Robin) | beginner |
| [`strang_advdiff_demo`]strang_advdiff_demo.rs | Advection–diffusion via operator splitting | beginner |
| [`cev_european_call`]cev_european_call.rs | CEV European-call pricing vs the Schröder ncx2 oracle | intermediate |
| [`resolvent_perf`]resolvent_perf.rs | Laplace-resolvent evaluation `(λI−A)⁻¹g` | intermediate |
| [`heston_pricer`]heston_pricer.rs | Heston stochastic-volatility pricing | intermediate |
| [`sabr_pricer`]sabr_pricer.rs | SABR model priced on the hyperbolic manifold `H²` | advanced |
| [`rough_heston_pricer`]rough_heston_pricer.rs | Rough Heston via matrix-diffusion kernels | advanced |
| [`latency_tail`]latency_tail.rs | HFT p99.9 per-tick latency benchmark (writes deterministic ticks to `examples/data/`) | advanced |

New to the library? Start with `heat_2d_demo` and `boundary_demo`, then read the
[User Guide](../../../docs/USER_GUIDE.md).