opensolve-pipe-data-model

To define a new component for a hydraulic network design tool, you must structure its properties, ports, and protocol interfaces according to system conventions. This ensures proper validation and solver interaction.

Port-based architecture in hydraulic network software defines how components connect and interact through standardized interfaces. It structures the protocol interfaces and connection points required for the solver to process piping segments accurately.

ID conventions for piping segment structures enforce consistent naming rules across the hydraulic design system. These validation rules ensure that all component types and their connections are uniquely identified and properly mapped for the solver.

To add a new pump component to OpenSolve Pipe, consult the data model conventions to define its specific properties, allocate the necessary ports, and implement the required protocol interfaces for solver compatibility.

Validation rules for hydraulic network data models enforce strict naming conventions and structural integrity checks for component creation. They ensure that port architecture and piping segments conform to protocol interfaces before solver execution.