| Name | Kind | Description |
| id | operation | External identifier of this code set. |
| id | attribute | The identifier value. Often structured, according to the definition of the issuing authority's rules. |
| id | relation | The identifier of the Version. |
| id | relation | Globally unique id of an object, regardless of where it is stored. |
| id | operation | Identification of this Terminology. |
| id_namespace | attribute | Namespace to which this identifier belongs in the local system context (and possibly in any other openEHR compliant environment) e.g. terminology , demographic . These names are not yet standardised. Legal values for the namespace are: local | unknown | [a-zA-Z][a-zA-Z0-9_-:/&+?]* |
| identification | package | The rm.support.identification package describes a model of references and identifiers for information entities. |
| identification_class_diag (rm) | class diagram | Classes in the rm.support.identification package. Includes OBJECT_REF, OBJECT_ID, ARCHETYPE_ID and many others. |
| identification_cv | class view | |
| identification_deploy | deployment diagram | Shows testing module layout for rm.support.identification package. |
| identification_dv | deployment view | |
| identification_test | artifact | A module for testing the rm.support.identification package. |
| identifiers | attribute | One or more formal identifiers (possibly computable). |
| IMPORTED_VERSION | class | Versions whose content is an ORIGINAL_VERSION copied from another location; this class inherits commit_audit and contribution from VERSION<T>, providing imported versions with their own audit trail and Contribution, distinct from those of the imported ORIGINAL_VERSION. |
| IMPORTED_VERSION | artifact | |
| includes | attribute | List of constraints defining other archetypes that could be included at this point. |
| institution_specified | operation | Extracted from value. |
| institution_specified | operation | Extracted from value. |
| institution_specified | operation | Indicates if the specification is aligned with institution schedules, e.g. a hospital nursing changeover or meal serving times. Extracted from the value' attribute. |
| INSTRUCTION | class | Used to specify actions in the future. Enables simple and complex specifications to be expressed, including in a fully-computable workflow form. Used for any actionable statement such as medication and therapeutic orders, monitoring, recall and review. Enough details must be provided for the specification to be directly executed by an actor, either human or machine. Not to be used for plan items which are only specified in general terms. |
| INSTRUCTION | artifact | |
| instruction_details | relation | Details to of the Instruction that caused this Action to be performed, if there was one. |
| INSTRUCTION_DETAILS | class | Used to record details of the Instruction causing an Action. |
| INSTRUCTION_DETAILS | artifact | |
| instruction_id | attribute | Reference to causing Instruction. |
| integration | package | The Integration model defines the class GENERIC_ENTRY, a subtype of ENTRY used to represent free-form legacy or external data as a tree. This Entry type has its own archetypes, known as integration archetypes , which can be used in concert with clinical archetypes as the basis for a tool-based data integration system. |
| integration_class_diag | class diagram | Classes in the rm.integration package. Includes GENERIC_ENTRY. |
| integration_cv | class view | |
| integration_dv | deployment view | |
| integrity_check | attribute | Binary cryptographic integrity checksum. |
| integrity_check_algorithm | attribute | Type of integrity check, a coded value from the openEHR Integrity check code set. |
| internal_references_valid | operation | True if every ARCHETYPE_INTERNAL_REF. target_path refers to a legitimate node in the archetype definition. |
| INTERNET_ID | class | Model of a reverse internet domain, as used to uniquely identify an internet domain. In the form of a dot-separated string in the reverse order of a domain name, specified by IETF RFC 1034 (http://www.ietf.org/rfc/rfc1034.txt). |
| INTERNET_ID | artifact | |
| INTERVAL | class | |
| INTERVAL | artifact | |
| Interval | class | Interval of ordered items. |
| Interval | artifact | |
| interval | attribute | The interval of this cardinality. |
| INTERVAL_EVENT | class | Defines a single interval event in a series. |
| INTERVAL_EVENT | artifact | |
| interval_start_time | operation | Start time of the interval of this event. |
| invariants | relation | Invariant statements about this object. Statements are expressed in first order predicate logic, and usually refer to at least two attributes. |
| is_archetype_root | operation | True if this node is the root of an archetyped structure. |
| is_bag | operation | True if the semantics of this cardinality represent a set, i.e. unordered, unique membership. |
| is_branch | operation | True if this version identifier represents a branch. |
| is_branch | operation | True if this Version represents a branch. Derived from uid attribute. |
| is_branch | operation | True if this version identifier represents a branch, i.e. has branch_number and branch_version parts. |
| is_compressed | operation | Computed from the value of the compression_algorithm attribute: True if the data is stored in compressed form. |
| is_controlled | attribute | True if this resource is under any kind of change control (even file copying), in which case revision history is created. |
| is_external | operation | Computed from the value of the uri attribute: True if the data is stored externally to the record, as indicated by `uri'. A copy may also be stored internally, in which case `is_expanded' is also true. |
| is_in_range | operation | Indicates if the value val' is inside the range. |
| is_inline | operation | Computed from the value of the data attribute. True if the data is stored in expanded form, ie within the EHR itself. |
| is_integral | operation | True if the numerator and denominator values are integers, i.e. if the precision is 0. |
| is_integral | operation | |
| is_list | operation | True if the semantics of this cardinality represent a list, i.e. ordered, non-unique membership. |
| is_merged | operation | True if this Version was created from more than just the preceding (checked out) version. |
| is_modifiable | attribute | True if this EHR is allowed to be written to. |
| is_normal | operation | Value is in the normal range, determined by comparison of the value to the normal_range if present, or by the normal_status marker if present. |
| is_null | operation | True if value logically not known, e.g. if indeterminate, not asked etc. |
| is_ordered | attribute | True if the members of the container attribute to which this cardinality refers are ordered. |
| is_original_version | operation | True if version with an_id is an ORIGINAL_VERSION. |
| is_pending | attribute | True if this attestation is outstanding; False means it has been completed. |
| is_periodic | operation | Indicates whether history is periodic. |
| is_persistent | operation | True if category is a persistent type, False otherwise. Useful for finding Compositions in an EHR which are guaranteed to be of interest to most users. |
| is_persistent | operation | Indicates whether this composition set is persistent; derived from first version. |
| is_queryable | attribute | True if this EHR should be included in population queries, i.e. if this EHR is considered active in the population. |
| is_set | operation | True if the semantics of this cardinality represent a bag, i.e. unordered, non-unique membership. |
| is_simple | operation | True if this quantity has no reference ranges. |
| is_specialised | operation | True if this archetype is a specialisation of another. |
| is_strictly_comparable_to | operation | Test if two instances are strictly comparable. |
| is_strictly_comparable_to | operation | Test if two instances are strictly comparable. |
| is_strictly_comparable_to | operation | Test if two instances are strictly comparable. |
| is_strictly_comparable_to | operation | Test if two instances are strictly comparable. |
| is_subset_of | operation | True if constraints represented by other are narrower than this node. Note: not easily evaluatable for CONSTRAINT_REF nodes. |
| is_terminal | attribute | Indicates whether this state is a terminal state, such as aborted , completed etc. from which no further transitions are possible. |
| is_unique | attribute | True if the members of the container attribute to which this cardinality refers are unique. |
| is_valid | operation | True if the archetype is valid overall; various tests should be used, including checks on node_ids, internal references, and constraint references. |
| is_valid | operation | True if this node (and all its sub-nodes) is a valid archetype node for its type. This function should be implemented by each subtype to perform semantic validation of itself, and then call the is_valid function in any subparts, and generate the result appropriately. |
| is_valid_units_string | operation | True if the units string units' is a valid string according to the HL7 UCUM specification. |
| ism_transition | relation | Details of transition in the Instruction state machine caused by this Action. |
| ISM_TRANSITION | class | Model of a transition in the Instruction State Machine, caused by a careflow step. The attributes document the careflow step as well as the ISM transition. |
| ISM_TRANSITION | artifact | |
| ISO_OID | class | Model of ISO's Object Identifier (oid) as defined by the standard ISO/IEC 8824 . Oids are formed from integers separated by dots. Each non-leaf node in an Oid starting from the left corresponds to an assigning authority, and identifies that authority's namespace, inside which the remaining part of the identifier is locally unique. |
| ISO_OID | artifact | |
| issuer | attribute | Authority which issues the kind of id used in the id field of this object. |
| item | relation | Object actually defining the constraint. |
| item | attribute | |
| item | operation | Return item for key a_key'. Equivalent to ISO 11404 fetch operation. |
| item | relation | The ORIGINAL_VERSION object that was imported. |
| item | relation | |
| ITEM | class | The abstract parent of CLUSTER and ELEMENT representation classes. |
| ITEM | artifact | |
| item_at_path | operation | The item at a path (relative to this item); only valid for unique paths, i.e. paths that resolve to a single item. |
| item_count | operation | |
| ITEM_LIST | class | Logical list data structure, where each item has a value and can be referred to by a name and a positional index in the list. The list may be empty. Use Used to represent any data which is logically a list of values, such as blood pressure, most protocols, many blood tests etc. Not to be used for time-based lists, which should be represented with the proper temporal class, i.e. HISTORY. |
| ITEM_LIST | artifact | |
| ITEM_SINGLE | class | Logical single value data structure. Used to represent any data which is logically a single value, such as a person's height or weight. |
| ITEM_SINGLE | artifact | |
| item_structure | package | |
| ITEM_STRUCTURE | class | Abstract parent class of all spatial data types. |
| ITEM_STRUCTURE | artifact | |
| item_structure_class_diag (rm) | class diagram | |
| item_structure_cv | class view | |
| item_structure_dv | deployment view | |
| ITEM_TABLE | class | Logical relational database style table data structure, in which columns are named and ordered with respect to each other. Implemented using Cluster-per-row encoding. Each row Cluster must have an identical number of Elements, each of which in turn must have identical names and value types in the corresponding postions in each row. Some columns may be designated key' columns, containing key data for each row, in the manner of relational tables. This allows row-naming, where each row represents a body site, a blood antigen etc. All values in a column have the same data type. Used for representing any data which is logically a table of values, such as blood pressure, most protocols, many blood tests etc. Not to be used for time-based data, which should be represented with the temporal class HISTORY.. The table may be empty. |
| ITEM_TABLE | artifact | |
| ITEM_TREE | class | Logical tree data structure. The tree may be empty. Used for representing data which are logically a tree such as audiology results, microbiology results, biochemistry results. |
| ITEM_TREE | artifact | |
| items | attribute | |
| items | attribute | Items attested, expressed as fully qualified runtime paths to the items in question. Although not recommended, these may include fine-grained items which have been attested in some other system. Otherwise it is assumed to be for the entire VERSION with which it is associated. |
| items | relation | Ordered list of items - CLUSTER or ELEMENT objects - under this CLUSTER. |
| items | relation | Items making up the paragraph, each of which is a text item (which may have its own formatting, and/or have hyperlinks). |
| items | attribute | The list of references to other (usually) versioned objects logically in this folder. |
| items | relation | Physical representation of the list. |
| items | relation | The items comprising the ITEM_TREE. Can include 0 or more CLUSTERs and/or 0 or more individual ELEMENTs. |
| items | relation | The items in this history in most-recent-last order. |
| items | relation | Ordered list of content items under this section, which may include: more SECTIONs ENTRYs |
| items_at_path | operation | List of items corresponding to a non-unique path. |