Authorized PDM identity
The approved part, revision, lifecycle state and exact native geometry remain bound through the customer-local model-library boundary.
Solve the physical system in XYZ—not on a flat canvas.
Approved parts, interface geometry, layer changes, keep-outs and orthogonal tubing are solved as one mixed discrete-continuous engineering problem.
01 / MIXED SOLVER
Part choice and placement cannot be separated.
Selecting a block changes available ports. Moving a component changes routing. Changing layer introduces bridges, elbows, tubes and bill-of-material consequences. The solver evaluates those decisions together.
DISCRETEWhich approved physical elements?+CONTINUOUSWhich XYZ pose and route?→REALIZATIONOne evidenced physical implementation
Physical state
Every geometry decision has an engineering consequence.
B-Rep evidence
Ports, axes, sealing faces, surface sense and connection roles constrain placement.
Continuous XYZ
Position and orientation are solved within module and service boundaries.
Physical Z change
A layer transition creates real blocks, bridges, elbows and tube segments.
Orthogonal 3D path
Runs, bends and clearances are planned in three dimensions, not drawn as decoration.
Edge realization
Every in-scope P&ID edge must map to a continuous physical path.
02 / SOLVER OUTPUT
The result is more than coordinates.
A solved realization carries the component set, interface assignments, poses, physical connections, route segments and the evidence used to justify each decision.
componentsApproved part identity and revision.
interfacesSelected face, axis, port and connection role.
connections + posesSolved topology realization and full 3D transforms.
routes + evidenceBlocks, bridges, tubes, keep-outs and proof obligations.
03 / CURRENT BOUNDARY
Controlled modules, qualified libraries and explicit constraints.
Current validated domainSemiconductor gas-panel, gas-box and stick assemblies built from approved component libraries and Rulepacks. This does not claim arbitrary plant layout, arbitrary piping design or autonomous production release.
NEXT CONTRACT
Open Assembly IR