configs/test_refinement_l2.toml

[main]
core_steepness = 1.0
flattening = 0.0
include_external_domain = false
inf_bdr_id = 2
order = 3
r_core = 1.5
r_infinity = 6.0
r_instability = 1e-14
r_star = 5.0
refinement_levels = 2
surface_bdr_id = 1
core_id = 1
envelope_id = 2
vacuum_id = 3
feat(src): Enabled Vacuume Region Generation Stroid can now generate vacuume regions. These are confirming spheres marked with a seperate attribute that solver may then apply arbitrary mappings to. Further, the boundary of this region is also marked with a seperate boundary attrite allowing seperate boundary conditions to easily be applied. 2026-03-20 12:57:47 -04:00			`[main]`
			`core_steepness = 1.0`
			`flattening = 0.0`
			`include_external_domain = false`
test(configs): include new config files for new tests 2026-03-20 12:59:24 -04:00			`inf_bdr_id = 2`
feat(src): Enabled Vacuume Region Generation Stroid can now generate vacuume regions. These are confirming spheres marked with a seperate attribute that solver may then apply arbitrary mappings to. Further, the boundary of this region is also marked with a seperate boundary attrite allowing seperate boundary conditions to easily be applied. 2026-03-20 12:57:47 -04:00			`order = 3`
			`r_core = 1.5`
			`r_infinity = 6.0`
			`r_instability = 1e-14`
			`r_star = 5.0`
			`refinement_levels = 2`
test(configs): include new config files for new tests 2026-03-20 12:59:24 -04:00			`surface_bdr_id = 1`
			`core_id = 1`
			`envelope_id = 2`
			`vacuum_id = 3`
feat(src): Enabled Vacuume Region Generation Stroid can now generate vacuume regions. These are confirming spheres marked with a seperate attribute that solver may then apply arbitrary mappings to. Further, the boundary of this region is also marked with a seperate boundary attrite allowing seperate boundary conditions to easily be applied. 2026-03-20 12:57:47 -04:00