memo_viewpoints_physical_physical_viewpoint
SysML API
Namespace hierarchy
memo → memo::viewpoints → memo::viewpoints::physical
Packages
| Package |
memo_viewpoints_physical_physical_viewpoint |
Imports
| Visibility |
Target |
| private |
ScalarValues::* |
| private |
memo_viewpoints_definitions::* |
| private |
memo_core_enumerations::* |
Declarations
| Name |
SysML kind |
Description |
Specializes |
| — |
— |
— |
— |
Source
viewpoints/physical/physical_viewpoint.sysml
package memo_viewpoints_physical_physical_viewpoint {
private import ScalarValues::*;
private import memo_viewpoints_definitions::*;
private import memo_core_enumerations::*;
viewpoint physicalViewpoint : MemoViewpoint {
attribute :>> id = "VP-PHY";
attribute :>> name = "PhysicalViewpoint";
attribute :>> shortDescription = "Shows physical components, hardware structure, and their interconnections.";
attribute :>> description = "Default viewpoint derived from the physical and hardware structure layers for bill-of-materials, hardware decomposition, physical interfaces, and network/connectivity topology.";
attribute :>> purpose = "Describe the system's physical realization and interconnections.";
attribute :>> audience = (AudienceKind::hardwareEngineer);
attribute :>> stage = WorkflowStageKind::architecture;
attribute :>> abstractionLevel = "physical";
attribute :>> outputKind = (ViewOutputKind::diagram);
attribute :>> presentationKind = (PresentationKind::blockDiagram);
attribute :>> concernKinds = (ConcernKind::reliability, ConcernKind::interoperability);
attribute :>> includedLayers = ("hardware_structure", "physical");
attribute :>> explorerLane = "architecture";
attribute :>> explorerOrder = 5;
attribute :>> allowedElementKinds = ("ProcessingNode", "HardwareAssembly", "PhysicalPort");
attribute :>> userExtensible = true;
}
}