An 723592007 | MRCM attribute range reference set| allows attributes to be associated with a valid value range for a given SNOMED CT content type and rule strength. The range of each attribute is defined using an Expression Constraint. This expression constraint represents the set of concepts, expressions, or concrete values that may be used as the value of the given attribute. The 723592007 | MRCM attribute range reference set| also provides a summary of the concept model rule associated with each attribute (including all valid domains and the given range) using an Expression Constraint representation. This attribute rule can be completely auto-generated by combining information from the 723604009 | MRCM attribute domain reference set| and the 723592007 | MRCM attribute range reference set| .
An 723592007 | MRCM attribute range reference set| is structured as shown in the following table.
The following metadata hierarchy supports this reference set:
The table below shows the reference set descriptor for a reference set that follows the pattern.
The table below shows some example rows from a reference set that follows the format of the .
Boolean
The state of the identified reference set member as at the specified effectiveTime .
If active = 1 (true) the reference set member is part of the current version of the set, if active = 0 (false) the reference set member is not part of the current version of the set.
YES
NO
moduleId
SCTID
Identifies the SNOMED CT module that contains this reference set member as at the specified effectiveTime .
The value must be a subtype of within the metadata hierarchy.
YES
NO
refsetId
SCTID
Identifies the reference set to which this reference set member belongs.
In this case, a subtype descendant of:
NO
NO
referencedComponentId
SCTID
A reference to the SNOMED CT component to be included in the reference set. A reference to the SNOMED CT attribute concept to which the range defined by this member applies.
NO
NO
rangeConstraint
string
A parsable string, which defines the valid set of values that may be used for the given attribute (identified by the referencedComponentId).
If the attribute in the referencedComponentId is a subtype of then the rangeConstraint must be an expression constraint, which can be parsed using the ABNF rules defined by the Expression Constraint Language .
If the attribute in the referencedComponentId is a subtype of then the rangeConstraint must be parsable using the concreteValueReplacement ABNF rule specified in the SNOMED CT Template Syntax. For example, the following rangeConstraint includes the set of all positive integers: int (>#0..)
YES
NO
attributeRule
string
An Expression Constraint that captures the domain, range and cardinality constraints for the given attribute, rule strength and content type. This string can be parsed using the ABNF syntax defined for the Expression Constraint Language . If ranges with concrete values are required, the Expression Constraint Language can be extended as described above (for rangeConstraint).
YES
NO
ruleStrengthId
SCTID
A subtype of which specifies whether the given rule is mandatory (resulting in an error) or optional (resulting in a warning).
YES
NO
contentTypeId
SCTID
A subtype of which indicates the type of SNOMED CT content over which this rule applies.
YES
NO
1
2
3
4
<<
<< : [0..*] { [0..1] = << }
<<
<< : [0..1] = <<
id
UUID
A 128 bit unsigned Integer, uniquely identifying this reference set member.
Different versions of a reference set member share the same id but have different effectiveTime. This allows a reference set member to be modified or made inactive (i.e. removed from the active set) at a specified time.
NO
YES (Full /Snapshot)
effectiveTime
Time
The inclusive date or time at which this version of the identified reference set member became the current version.
Note: In distribution files the effectiveTime should follow the short ISO date format (YYYYMMDD) and should not include the hours, minutes, seconds or timezone indicator.
The current version of this reference set member at time T is the version with the most recent effectiveTime prior to or equal to time T .
YES
YES (Full)
Optional (Snapshot)
active
0
(<< OR << ): [0..*] { [0..*] = (<< OR << )}