new features

outlined

docs/src/index.md

@@ -2,7 +2,7 @@
 CurrentModule = HighVoronoi
 ```
 
-# HighVoronoi 1.1.0: $N\log N$ complexity Voronoi Grids in $\mathbb{R}^d$
+# HighVoronoi 1.2.0: $N\log N$ complexity Voronoi Grids in $\mathbb{R}^d$
 
 Documentation for [HighVoronoi](https://github.com/martinheida/HighVoronoi.jl). Voronoi mesh generation in arbitrary dimensions + Finite Volume setup, also for vertices with $d+k$, $k>1$ generators.
 
@@ -17,11 +17,11 @@ Documentation for [HighVoronoi](https://github.com/martinheida/HighVoronoi.jl).
 - autmaticaly improving geometric quality of meshes if wanted by user: Nodes will be locally modified until voronoi nodes almost coincide with center of gravity of cells.
 
 
-### News to version 1.1.0:
+### News to version 1.2.0:
 
 - further improved algorithms for faster calculation of all features
 - `VI_POLYGON` has been modified. I uses more memory but is more than twice as fast in higher dimensions.
-- A new `Integrator` has been implemented: `VI_FAST_POLYGON`, see [here](@ref integratoroverview). Even more precise than `VI_POLYGON`, very fast (50 secs for 500 nodes in 6D) but using a lot of memory.
+- A new `Integrator` has been implemented: `VI_FAST_POLYGON`, see [here](@ref integratoroverview). Even more precise than `VI_POLYGON` and much faster (factor 15-20 to for 500 nodes in 6D) but using a lot of memory. Competitive with `VI_MONTECARLO` with `mc_accurate=(10_000,2,2)` in 6D (recall that a cell has on average `9_000` vertices in 6D).
 - Bug fixes for unbounded domains in the far field.
 
 ### Preprints