v0.5.2 is the reviewer-ready build: clarified cable/status semantics, a more credible feed hopper and metering assembly, guided onboarding, a one-click reviewer sequence, and explicit labels separating conceptual visualization from future engineering solvers. The geometry is a submission visualization — advanced force, stability and collision solvers are still explicitly preview-only.
ATLAS / SITE-AWARE LOOMOPEN SITE / REGULAR DEPLOYMENT 4 STATIONS / 4 ACTIVE CABLES GROUND CARRIAGE / PLANAR CONSTRAINED FILL HEAD / CELL SERVICE LOOP
This build is an interactive concept demonstrator. It communicates configuration logic and workflow; it is not yet the validated tension, structural, collision or lunar-dynamics solver.
60-SECOND MANUAL REVIEW
Choose a Site Scenario.
Press ADAPT TO SITE to survey and accept irregular station placement.
Compare 4×4 / 3×6 / 4×8.
Choose a tool or run a Workflow Demo.
Use drag/wheel to inspect the workcell.
COLOR MEANING
Light blue — active cable / no simplified clearance conflict detected.Red — conceptual proximity/clearance warning. Not a certified collision result.Acid green — carriage/platform and conceptual operating envelope.
KEY TERMS
Fairlead: cable exit/pulley point on a station. A-point: fixed cable-side fairlead/attachment reference. B-point: moving hardpoint on carriage/tool platform. Operating envelope: presently an illustrative usable region derived from deployed geometry; future versions will replace it with solver results.
SCHEMATIC LOAD PATH
Highlights an illustrative mechanical force-transfer route: station/anchor → fairlead → cable → carriage or suspended platform → tool/process interface. It does not report force magnitude, stress, pretension or FEA results.
TOPOLOGY INTENT
4×4: Rev-A ground-carriage reference. 3×6: paired-cable trade study; suspended mode is shown as limited / experimental. 4×8: redundant paired-cable trade study and the strongest suspended-tool study configuration in Simple Mode.
WHAT IS LOCKED?
Pretension optimization, tension/utilization maps, station reactions, validated workspace, cable/terrain collision, lunar gravity/friction and evidence export are shown as future Advanced Mode capabilities rather than current calculated outputs.