VER000 - operator_and attribute lookup

buildingSMART · Nov 3, 2024 · 3b19ad4 · 3b19ad4
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diff --git a/features/ALB015_Alignment-business-logic-zero-length-final-segment.feature b/features/ALB015_Alignment-business-logic-zero-length-final-segment.feature
@@ -11,21 +11,21 @@ Feature: ALB015 - Alignment business logic zero length final segment
     Given An IfcAlignmentHorizontal
     Given A relationship IfcRelNests from IfcAlignmentHorizontal to IfcAlignmentSegment and following that
     Given Its final element at depth 1
-    Given Its attribute DesignParameters
+    Given Its attribute "DesignParameters"
     Then The SegmentLength of the IfcAlignmentHorizontalSegment must be 0
 
   Scenario: Validating final segment of vertical alignment business logic
     Given A model with Schema "IFC4.3"
     Given An IfcAlignmentVertical
     Given A relationship IfcRelNests from IfcAlignmentVertical to IfcAlignmentSegment and following that
     Given Its final element at depth 1
-    Given Its attribute DesignParameters
+    Given Its attribute "DesignParameters"
     Then The HorizontalLength of the IfcAlignmentVerticalSegment must be 0
 
   Scenario: Validating final segment of cant alignment business logic
     Given A model with Schema "IFC4.3"
     Given An IfcAlignmentCant
     Given A relationship IfcRelNests from IfcAlignmentCant to IfcAlignmentSegment and following that
     Given Its final element at depth 1
-    Given Its attribute DesignParameters
+    Given Its attribute "DesignParameters"
     Then The HorizontalLength of the IfcAlignmentCantSegment must be 0
diff --git a/features/ALB023_Alignment-same-segment-types-in-business-logic-and-geometry.feature b/features/ALB023_Alignment-same-segment-types-in-business-logic-and-geometry.feature
@@ -11,37 +11,37 @@ Background: Validating schema version
 
 Scenario: Validating the same geometry types for representation of the alignment
   Given An IfcAlignment
-  Given Its attribute Representation
-  Given Its attribute Representations
-  Given Its attribute Item
+  Given its attribute "Representation"
+  Given its attribute "Representations"
+  Given Its attribute "Item"
   Then  Each segment must have the same geometry type as its corresponding segment in the applicable IfcAlignment layout
 
 Scenario: Validating the same geometry type for representation of the horizontal layout
   Given An IfcAlignmentHorizontal
-  Given Its attribute Representation
-  Given Its attribute Representations
-  Given Its attribute Items
+  Given its attribute "Representation"
+  Given its attribute "Representations"
+  Given its attribute "Items"
   Then  Each segment must have the same geometry type as its corresponding segment in the horizontal layout
 
 Scenario: Validating the same geometry type for representation of the vertical layout
   Given An IfcAlignmentVertical
-  Given Its attribute Representation
-  Given Its attribute Representations
-  Given Its attribute Items
+  Given its attribute "Representation"
+  Given its attribute "Representations"
+  Given its attribute "Items"
   Then  Each segment must have the same geometry type as its corresponding segment in the vertical layout
 
 Scenario: Validating the same geometry type for representation of the cant layout
   Given An IfcAlignmentCant
-  Given Its attribute Representation
-  Given Its attribute Representations
-  Given Its attribute Items
+  Given its attribute "Representation"
+  Given its attribute "Representations"
+  Given its attribute "Items"
   Then  Each segment must have the same geometry type as its corresponding segment in the cant layout
 
 Scenario: Validating the same geometry type for representation of the individual segments
   Given An IfcAlignmentSegment
-  Given Its attribute Representation
-  Given Its attribute Representations
-  Given Its attribute Items
+  Given its attribute "Representation"
+  Given its attribute "Representations"
+  Given its attribute "Items"
   Then  Each segment must have the same geometry type as its corresponding alignment segment
 
 

diff --git a/features/ALS004_Alignment-segment-shape-representation.feature b/features/ALS004_Alignment-segment-shape-representation.feature
@@ -7,26 +7,26 @@ The rule verifies that each IfcAlignmentSegment uses correct representation.
     Background:
         Given A model with Schema "IFC4.3"
         Given An IfcAlignmentSegment
-        Given Its attribute Representation
-        Given Its attribute Representations 
+        Given its attribute "Representation"
+        Given its attribute "Representations" 
 
 
         @E00020
         Scenario: Agreement on each IfcAlignmentSegment using correct representation - Value
 
-            Given Its attribute RepresentationIdentifier
+            Given its attribute "RepresentationIdentifier"
             Then The value must be "Axis"
 
 
         @E00020
         Scenario: Agreement on each IfcAlignmentSegment using correct representation - Type
 
-            Given Its attribute RepresentationType
+            Given its attribute "RepresentationType"
             Then The value must be "Segment"
 
 
         @E00010
         Scenario: Agreement on each IfcAlignmentSegment using correct representation items - Type
 
-            Given Its attribute Items 
+            Given its attribute "Items" 
             Then  The value must be "IfcCurveSegment"
diff --git a/features/ALS005_Alignment-shape-representation.feature b/features/ALS005_Alignment-shape-representation.feature
@@ -7,8 +7,8 @@ The rule verifies that each IfcAlignment uses correct representation.
   Background:
     Given A model with Schema "IFC4.3"
     Given An IfcAlignment
-    Given Its attribute Representation
-    Given Its attribute Representations
+    Given its attribute "Representation"
+    Given its attribute "Representations"
 
 
   @E00020

diff --git a/features/ALS006_Alignment-horizontal-shape-representation.feature b/features/ALS006_Alignment-horizontal-shape-representation.feature
@@ -7,8 +7,8 @@ The rule verifies that IfcAlignmentHorizontal is represented correctly with repr
   Background:
     Given A model with Schema "IFC4.3"
     Given An IfcAlignmentHorizontal
-    Given Its attribute Representation
-    Given Its attribute Representations
+    Given its attribute "Representation"
+    Given its attribute "Representations"
 
   @E00020
   Scenario: Agreement on each IfcAlignmentHorizontal using correct representation - Value

diff --git a/features/ALS007_Alignment-vertical-shape-representation.feature b/features/ALS007_Alignment-vertical-shape-representation.feature
@@ -7,27 +7,27 @@ The rule verifies that IfcAlignmentVertical is represented correctly with repres
   Background:
     Given A model with Schema "IFC4.3"
     Given An IfcAlignmentVertical
-    Given Its attribute Representation
-    Given Its attribute Representations
+    Given its attribute "Representation"
+    Given its attribute "Representations"
 
   @version3
   @E00010
   Scenario: Agreement on each IfcAlignmentVertical using correct representation - Type
 
-    Given its attribute Items
+    Given its attribute "Items"
     Then  The type must be "IfcGradientCurve"
 
   @E00020
   Scenario: Agreement on each IfcAlignmentVertical using correct representation - Value
 
-      Given its attribute RepresentationIdentifier
+      Given its attribute "RepresentationIdentifier"
       Then The value must be "Axis"
 
 
   @E00020
   Scenario: Agreement on each IfcAlignmentVertical using correct representation - Type
 
-      Given its attribute RepresentationType
+      Given its attribute "RepresentationType"
       Then The value must be "Curve3D"
 
 
diff --git a/features/ALS008_Alignment-cant-shape-representation.feature b/features/ALS008_Alignment-cant-shape-representation.feature
@@ -7,25 +7,25 @@ The rule verifies that IfcAlignmentCant is represented correctly with representa
 Background:
     Given A model with Schema "IFC4.3"
     Given An IfcAlignmentCant
-    Given Its attribute Representation
-    Given Its attribute Representations
+    Given its attribute "Representation"
+    Given its attribute "Representations"
 
   @E00020
   Scenario: Agreement on each IfcAlignmentCant using correct representation - Value
 
-      Given its attribute RepresentationIdentifier
+      Given its attribute "RepresentationIdentifier"
       Then The value must be "Axis"
 
 
   @E00020
   Scenario: Agreement on each IfcAlignmentCant using correct representation - Type
 
-      Given its attribute RepresentationType
+      Given its attribute "RepresentationType"
       Then The value must be "Curve3D"
 
 
   @E00010
   Scenario: Agreement on each IfcAlignmentCant using correct representation items - Type
 
-      Given its attribute Items
+      Given its attribute "Items"
       Then  The type must be "IfcSegmentedReferenceCurve"
diff --git a/features/ALS011_Alignment-segment-entity-type-consistency.feature b/features/ALS011_Alignment-segment-entity-type-consistency.feature
@@ -11,7 +11,7 @@ Feature: ALS011 - Alignment segment entity type consistency
 Scenario Outline: Consistent entity types used
 
   Given an <entity>
-  Given its attribute Segments
+  Given its attribute "Segments"
   Given its entity type
 
   Then The values must be identical at depth 1
@@ -26,7 +26,7 @@ Scenario Outline: Consistent entity types used
 Scenario Outline: IfcCurveSegment used for IfcSegmentedReferenceCurve and IfcGradientCurve
 
   Given an <entity>
-  Given its attribute Segments
+  Given its attribute "Segments"
   Given its entity type
 
   Then The value must be "IfcCurveSegment"

diff --git a/features/ALS012_Alignment-segment-start-and-length-attribute-types.feature b/features/ALS012_Alignment-segment-start-and-length-attribute-types.feature
@@ -12,11 +12,11 @@ Feature: ALS012 - Alignment segment start and length attribute types
 Scenario Outline: Correct entity type used for SegmentStart and Segment Length
   Given A model with Schema "IFC4.3"
   Given An IfcAlignment
-  Given Its attribute Representation
-  Given Its attribute Representations
+  Given its attribute "Representation"
+  Given its attribute "Representations"
   Given All referenced instances
   Given Its Entity Type is '<entity>'
-  Given its attribute Segments
+  Given its attribute "Segments"
   Given Its Entity Type is 'IfcCurveSegment'
 
   Then The type of attribute <attribute> must be IfcLengthMeasure

diff --git a/features/ALS015_Alignment-representation-zero-length-final-segment.feature b/features/ALS015_Alignment-representation-zero-length-final-segment.feature
@@ -10,15 +10,15 @@ ends with a discontinuous segment with length = 0.
 Background: Validating final segment of alignment geometry (representation).
   Given A model with Schema "IFC4.3"
   Given An IfcAlignment
-  Given Its attribute Representation
-  Given Its attribute Representations
-  Given its attribute Items
-  Given its attribute Segments
+  Given its attribute "Representation"
+  Given its attribute "Representations"
+  Given its attribute "Items"
+  Given its attribute "Segments"
   Given Its final element at depth 1
 
 Scenario: Validating that the final alignment geometry segment is of length 0.0.
   Then The SegmentLength of the segment must be 0
 
 Scenario: Validating that the final alignment geometry segment is discontinuous.
-  Given Its attribute Transition
+  Given Its attribute "Transition"
   Then The value must be "DISCONTINUOUS"
diff --git a/features/ALS016_Alignment-horizontal-segment-geometric-continuity.feature b/features/ALS016_Alignment-horizontal-segment-geometric-continuity.feature
@@ -15,12 +15,12 @@ Background:
 
   Given A model with Schema "IFC4.3"
   Given An IfcAlignment
-  Given Its attribute Representation
-  Given Its attribute Representations
+  Given its attribute "Representation"
+  Given its attribute "Representations"
   Given RepresentationType = 'Curve2D'
   Given All referenced instances
   Given Its Entity Type is 'IfcCompositeCurve'
-  Given Its attribute Segments
+  Given its attribute "Segments"
   Given Its Entity Type is 'IfcCurveSegment'
   Given The values grouped pairwise at depth 1
 

diff --git a/features/ANN000_Annotations.feature b/features/ANN000_Annotations.feature
@@ -10,8 +10,8 @@ Feature: ANN000 - Annotations
     Scenario: Check for activation
 
     Given an IfcAnnotation
-    Given its attribute Representation
-    Given its attribute Representations
+    Given its attribute "Representation"
+    Given its attribute "Representations"
     Given RepresentationIdentifier is 'Annotation'
 
     Then The IFC model contains information on the selected functional part

diff --git a/features/ASM000_Composed-elements.feature b/features/ASM000_Composed-elements.feature
@@ -12,9 +12,9 @@ Feature: ASM000 - Composed elements
     Scenario: Check for activation
 
     Given an IfcElement
-    Given its attribute Decomposes
+    Given its attribute "Decomposes"
     Given its entity type is 'IfcRelAggregates'
-    Given its attribute RelatingObject
+    Given its attribute "RelatingObject"
     Given its entity type is 'IfcElement' including subtypes
 
     Then The IFC model contains information on the selected functional part

diff --git a/features/BRP001_Polyhedral-IfcFace-boundary-no-self-intersections.feature b/features/BRP001_Polyhedral-IfcFace-boundary-no-self-intersections.feature
@@ -10,8 +10,8 @@ IfcFace with polygonal loops are used in IFC's Boundary Representation (BRep) me
   Scenario: Validating that polyhedral IfcFace instances do not have self-intersections in their boundaries
 
     Given An IfcFace
-    Given Its attribute Bounds
-    Given Its attribute Bound
+    Given Its attribute "Bounds"
+    Given Its attribute "Bound"
     Given Its Entity Type is 'IfcPolyLoop'
 
     Then There must be no self-intersections
diff --git a/features/CLS000_Classification-association.feature b/features/CLS000_Classification-association.feature
@@ -12,9 +12,9 @@ Feature: CLS000 - Classification Association
     Scenario: Check for activation of Classification Association
 
     Given an IfcObjectDefinition
-    Given its attribute HasAssociations
+    Given its attribute "HasAssociations"
     Given its entity type is 'IfcRelAssociatesClassification'
-    Given its attribute RelatingClassification
+    Given its attribute "RelatingClassification"
     Given its entity type is 'IfcClassificationReference'
 
     Then The IFC model contains information on the selected functional part

diff --git a/features/GEM003_Unique-representation-identifier.feature b/features/GEM003_Unique-representation-identifier.feature
@@ -8,8 +8,8 @@ The rule verifies that Shape Representation identifier is unique within the prod
   Scenario: A Shape Representation identifier must not be used twice within the product representation of an IfcProduct element
 
     Given An IfcProduct
-    Given Its attribute Representation
-    Given Its attribute Representations
-    Given its attribute RepresentationIdentifier
+    Given its attribute "Representation"
+    Given its attribute "Representations"
+    Given its attribute "RepresentationIdentifier"
 
     Then The values must be unique
diff --git a/features/GEM004_Constraints-on-representation-identifiers.feature b/features/GEM004_Constraints-on-representation-identifiers.feature
@@ -9,19 +9,19 @@ The rule verifies that shape representations adhere to the permissible values ou
 
     Given A model with Schema "IFC4.3"
     Given An IfcProduct
-    Given Its attribute Representation
-    Given Its attribute Representations
-    Given Its attribute RepresentationIdentifier
+    Given its attribute "Representation"
+    Given its attribute "Representations"
+    Given its attribute "RepresentationIdentifier"
 
     Then The values must be in 'valid_RepresentationIdentifier_IFC4.3.csv'
 
   Scenario: Shape Representation Type must be valid - IFC4X3
 
     Given A model with Schema "IFC4.3"
     Given An IfcProduct
-    Given Its attribute Representation
-    Given Its attribute Representations
-    Given Its attribute RepresentationType
+    Given its attribute "Representation"
+    Given its attribute "Representations"
+    Given its attribute "RepresentationType"
 
     Then The values must be in 'valid_RepresentationType_IFC4.3.csv'
 
@@ -30,28 +30,28 @@ The rule verifies that shape representations adhere to the permissible values ou
 
     Given A model with Schema "IFC4"
     Given An IfcProduct
-    Given Its attribute Representation
-    Given Its attribute Representations
-    Given Its attribute RepresentationIdentifier
+    Given its attribute "Representation"
+    Given its attribute "Representations"
+    Given its attribute "RepresentationIdentifier"
 
     Then The values must be in 'valid_RepresentationIdentifier_IFC4.csv'
 
   Scenario: Shape Representation Type must be valid - IFC4
 
     Given A model with Schema "IFC4"
     Given An IfcProduct
-    Given Its attribute Representation
-    Given Its attribute Representations
-    Given Its attribute RepresentationType
+    Given its attribute "Representation"
+    Given its attribute "Representations"
+    Given its attribute "RepresentationType"
 
     Then The values must be in 'valid_RepresentationType_IFC4.csv'
 
 Scenario: Shape Representation Type must be valid - IFC2X3
   Given A model with Schema "IFC2X3"
     Given An IfcProduct
-    Given Its attribute Representation
-    Given Its attribute Representations
-    Given Its attribute RepresentationType
+    Given its attribute "Representation"
+    Given its attribute "Representations"
+    Given its attribute "RepresentationType"
 
     Then The values must be in 'valid_RepresentationType_IFC2X3.csv'