Physical_connectivity_structure

PHYSICAL_CONNECTIVITY_DEFINITION_XIM (jsdai.SPhysical_connectivity_definition_xim)

ENTITY physical_connectivity_structure_definition
SUBTYPE OF (physical_connectivity_definition_armx);
DERIVE
structural_terminal_nodes : SET [0:?] OF physical_component_terminal_armx := get_pct ( structural_element ) ;
structural_junction_nodes : SET [0:?] OF topological_junction := get_tj ( structural_element ) ;
tree_structure : LOGICAL := ( ( SIZEOF ( structural_terminal_nodes ) + SIZEOF ( structural_junction_nodes ) ) = ( SIZEOF ( structural_element ) + 1 ) ) ;
INVERSE
structural_element : SET [1:?] OF physical_connectivity_element_armx FOR connectivity_context;
WHERE
wr1: SIZEOF ( QUERY ( stn <* structural_terminal_nodes | NOT ( stn IN SELF \ physical_connectivity_definition_armx . associated_terminals ) ) ) = 0 ;
wr2: SIZEOF ( structural_terminal_nodes ) = SIZEOF ( SELF \ physical_connectivity_definition_armx . associated_terminals ) ;
END_ENTITY; -- physical_connectivity_structure_definition

Entity data types and their attributes

shape_aspect
name: label;
(OPT) description: text;
of_shape: product_definition_shape;
product_definitional: LOGICAL;
(DER) id: identifier;
shape_element
(OPT) id_x: STRING;
(RT) name->element_name: STRING;
(RT) of_shape->containing_shape: item_shape;
(RT) (DER) product_definitional: LOGICAL;
(RT) (DER) id: identifier;
physical_connectivity_definition
-
physical_connectivity_definition_armx
associated_terminals: SET [2:?] OF physical_component_terminal_armx;
(RT) containing_shape->associated_definition: physical_unit_network_definition_armx;
(RT) (DER) description: text;
physical_connectivity_structure_definition
(DER) structural_terminal_nodes: SET [0:?] OF physical_component_terminal_armx;
(DER) structural_junction_nodes: SET [0:?] OF topological_junction;
(DER) tree_structure: LOGICAL;
(INV) structural_element: SET [1:?] OF physical_connectivity_element_armx FOR connectivity_context;

Users

Global rules for this entity data type

public interface EPhysical_connectivity_structure_definition extends EPhysical_connectivity_definition_armx

structural_terminal_nodes (derived attribute)

APhysical_component_terminal_armx getStructural_terminal_nodes(EPhysical_connectivity_structure_definition type)
boolean testStructural_terminal_nodes(EPhysical_connectivity_structure_definition type)

structural_junction_nodes (derived attribute)

ATopological_junction getStructural_junction_nodes(EPhysical_connectivity_structure_definition type)
boolean testStructural_junction_nodes(EPhysical_connectivity_structure_definition type)

tree_structure (derived attribute)

int getTree_structure(EPhysical_connectivity_structure_definition type)
boolean testTree_structure(EPhysical_connectivity_structure_definition type)

structural_element (inverse attribute)

APhysical_connectivity_element_armx getStructural_element(EPhysical_connectivity_structure_definition type, ASdaiModel domain)

public class CPhysical_connectivity_structure_definition implements EPhysical_connectivity_structure_definition

static EAttribute attributeStructural_terminal_nodes(EPhysical_connectivity_structure_definition type)
static int usedinStructural_terminal_nodes(EPhysical_connectivity_structure_definition type, EPhysical_component_terminal_armx instance, ASdaiModel domain, APhysical_connectivity_structure_definition result)
static EAttribute attributeStructural_junction_nodes(EPhysical_connectivity_structure_definition type)
static int usedinStructural_junction_nodes(EPhysical_connectivity_structure_definition type, ETopological_junction instance, ASdaiModel domain, APhysical_connectivity_structure_definition result)
static EAttribute attributeTree_structure(EPhysical_connectivity_structure_definition type)
static EAttribute attributeStructural_element(EPhysical_connectivity_structure_definition type)

public class APhysical_connectivity_structure_definition extends AEntity

public EPhysical_connectivity_structure_definition getByIndex(int index)
public EPhysical_connectivity_structure_definition getCurrentMember(SdaiIterator it)