: Designing complex offshore platforms and refineries.
In the context of Intergraph Smart 3D (formerly SP3D) , "developing a proper piece" typically refers to the creation and configuration of a 3D model component or a custom Catalog Part that integrates seamlessly with engineering deliverables.
Some of the key features of SP3D include:
: It automates repetitive tasks such as generating isometric drawings and material take-offs (MTOs), which reduces human error.
SP3D is overkill for a small skid or a water treatment plant. It is designed for Greenfield refineries , LNG terminals, and nuclear power plants where a single clash could cost millions.
| Concept | Explanation | |--------|-------------| | | Your local cache of project data (not a file). | | Hierarchy | Plant > Area > Unit > System > Subsystem > Object | | Rules | Automatic behaviors (e.g., pipe slope, nozzle connection). | | Spec (Specification) | Defines allowable parts, sizes, materials, and connection rules. | | Catalog | Library of parametric 3D parts (fittings, valves, equipment). | | Relationships | Connectivity (End Prep, Port), Logical (Parent-Child), Positioning (Constraint). |
Intergraph | Sp3d
: Designing complex offshore platforms and refineries.
In the context of Intergraph Smart 3D (formerly SP3D) , "developing a proper piece" typically refers to the creation and configuration of a 3D model component or a custom Catalog Part that integrates seamlessly with engineering deliverables.
Some of the key features of SP3D include:
: It automates repetitive tasks such as generating isometric drawings and material take-offs (MTOs), which reduces human error.
SP3D is overkill for a small skid or a water treatment plant. It is designed for Greenfield refineries , LNG terminals, and nuclear power plants where a single clash could cost millions.
| Concept | Explanation | |--------|-------------| | | Your local cache of project data (not a file). | | Hierarchy | Plant > Area > Unit > System > Subsystem > Object | | Rules | Automatic behaviors (e.g., pipe slope, nozzle connection). | | Spec (Specification) | Defines allowable parts, sizes, materials, and connection rules. | | Catalog | Library of parametric 3D parts (fittings, valves, equipment). | | Relationships | Connectivity (End Prep, Port), Logical (Parent-Child), Positioning (Constraint). |