[thomaslepoix]

Fixes #14

This implementation introduces a crucial feature: wavelength-related resolution. It also clarifies the semantic of "resolution". And also, adds a by axis, by Property rule system for some global settings (lmin, Smoothness, Minimal resolution).

The precedence of those rules is as follows, by decreasing priority order:

axis	material	value
axis	material by name	...
*	material by name	...
axis	material by type	...
*	material by type	...
axis	*	...
*	*	...

Note: wavelength-related resolution is implemented here only regarding vacuum, not actual properties.

---

Trying instructions:

• Run the mesher.

nix develop
	cmake -S . -B build
	cmake --build build #-j

	build/src/openemsh test/lpf2.csx \
		--per-mat-type-lmin=*,*,1 \
		--per-mat-type-res-min=*,*,10 \
		-Gv

• Click [⊹] or press [F] to fit the view.
• Press [SPACE] or [E] for global settings edition.
• Observe the name of some settings (Maximal feature resolution, Minimal resolution, Diagonal minimal resolution) and observe their tooltips by hovering those with the mouse pointer, observe especially the accuracy helpers.
• Double-click on the ... value of lmin and add a new rule : { X, CONDUCTOR, 4 }.
• Validate lmin edition, then edit Minimal resolution and add a new rule : { *, DIELECTRIC, 130 }.
• Validate global edition and observe the differences in the mesh.
• Edit globally again [E], edit Minimal resolution and add another new rule : { Y, By name... -> Sub1.substrate, 20 }, validate.
• Observe the mesh again, you can go back [CTRL]+[Z] and forth [CTRL]+[SHIFT]+[Z] in history or hide [.] and show [X] the mesh to better understand the differences.

[sonarqubecloud]

Quality Gate failed

Failed conditions
11.9% Coverage on New Code (required ≥ 80%)

See analysis details on SonarQube Cloud