Release v0.7.0 · OpenSourceAWE/SymbolicAWEModels.jl

SymbolicAWEModels v0.7.0

BREAKING: Julia version requirement raised from 1.10 to 1.11, 1.12.
reinit!() uses a unified code path for all wing types, calling
match_aero_sections_to_structure! and
compute_spatial_group_mapping! during VSM rebuild.
test_bench.jl refactored from ad-hoc benchmarks into a proper
@testset suite with setup_bench_sam() helper.
Added [workspace] configuration in Project.toml for docs, examples,
scripts, and test sub-projects.
Manifest files renamed to .default suffix and gitignored.

Asymmetric aero/structural section counts: aerodynamic and structural
meshes can now have different numbers of sections. When counts differ,
match_aero_sections_to_structure!() rebuilds unrefined
sections from structural LE/TE positions while use_prior_polar=true
preserves existing refined panel polars. Opt-in via
use_prior_polar=true on the VortexStepMethod wing.
identify_wing_segments() — identifies LE/TE pairs from groups
(preferred) or via a consecutive-pair heuristic.
compute_spatial_group_mapping!() — maps groups to VSM sections by
spatial proximity, supporting n_groups != n_aero_sections.
REFINE wings can now have groups (used for LE/TE pair identification).
QUATERNION wings can now have wing_segments for structural geometry
locking.
YAML loader fallback LE/TE detection in
update_aero_yaml_from_struc_yaml!() when no groups are defined
(consecutive-pair heuristic with x-coordinate check).
test_match_aero_sections.jl — tests geometry matching and polar
interpolation for both REFINE and QUATERNION wings, including
mismatched section counts.
Helper scripts: bin/install (environment setup, Julia version detection)
and bin/run_julia (launcher with system image support).

Merged pull requests: