SDM with AMR

[debog]

AMR support for the Lagrangian (super-droplet) moisture model. SuperDropletsMoist operates per-level: each level owns its super-droplet population, initializes against its own BoxArray, advances and undergoes phase change independently, and contributes to the Eulerian moisture state via covered-coarse-cell masking and conservation-preserving average-down at sync points. Coalescence is kept invariant across levels by scaling per-level bin volume with the cumulative refinement ratio. Tagging is extended to all moisture mixing ratios (qv, qc, qi, qr, qs, qg, qt = qc + qi + qr + qs + qg) and to any particle-deposited Eulerian field of the form <species>_<mesh_var> (e.g., super_droplets_moisture_mass_density).

• LagrangianMicrophysics carries a per-level m_moist_model vector and exposes Define(lev), InitializeParticles(lev, ...), Advance(lev, dt, ...), Update_State_Vars_Lev(lev, cons, z_phys_nd), and Update_Micro_Vars_Lev(lev, ...). NullMoist/NullMoistLagrangian and the Microphysics virtual interface are updated to match. Update_State_Vars is collapsed to a single 2-argument form (cons_in, z_phys_nd); the cached z_phys_nd pointer in SuperDropletsMoist is removed.
• SuperDropletPC is constructed with the multi-level ParGDB; InitializeParticles(lev, ...) seeds each level against its BoxArray. AdvectParticles guards against out-of-range k on partial-z fine tiles and NaN velocity near level boundaries.
• EvolveParticles uses per-level Redistribute(0,0) on L0 and Redistribute(a_lev, a_lev) on fine levels, with ExtractAndRouteOORParticles(a_lev) routing fine-level out-of-range particles back to L0 via DefaultAssignor + filterParticles/copyParticles. This prevents mid-coarse-step cross-level moves that previously caused double-advection on the fine level.
• phaseChange and Copy_Micro_to_State mask covered coarse cells with makeFineMask so cells already updated by a finer level are not re-updated by the coarse advance. Copy_State_to_Micro reads qc and qr from state on coarse/fine boundaries for q_t consistency; qc is recomputed from particles before q_t in phaseChange. fine_mask is built with the microphysics-fab ghost width.
• AverageDownMicroVars(finest_level) runs amrex::average_down (via ERF::AverageDownTo, do_perturbational_and_momenta=false) on RhoTheta and per-component RhoQ_n so the coarse moisture state stays conservation-consistent with the fine state. Called pre-regrid, before plotfile writes (ERF_Plotfile.cpp), and after each level's advance_microphysics.
• Coalescence bin volumes are scaled by the level's cumulative refRatio in ERF_SuperDropletPCCoalescence.cpp, so physical bin volume is level-invariant.
• ERF_Tagging.cpp extends field_name refinement to all moisture mixing ratios (aborts at setup if unsupported by the active moisture model) and dispatches <species>_<mesh_var> field names to ERFPC::computeMeshVar with per-level deposit + level-by-level average down, matching the existing _count tagging pattern.
• ERF::estTimeStep guards against empty fine levels and sets dz_min per level; ClearLevel guards advflux_reg->reset() against null. Fine-level ghost cells are FillPatchFineLevel-ed before each microphysics advance, and z_phys_nd access in particle boundary treatment is guarded for fine levels.
• New example inputs in Exec/RegTests/Bubble: inputs_BF02_dry_bubble_AMR{1,2} and inputs_3DBF02_dry_bubble{,_AMR1,_AMR2}.
• 9 new ctests with gold files: SDM_Bubble{2,3}D_Adv_AMR{1,2}, SDM_Bubble3D_Adv, SDM_MoistBubble{2,3}D_AMR{1,2}.