OpenEHR Base package
0.1.0 - First Draft
OpenEHR Base package
0.1.0 - First Draft
OpenEHR Base package, published by openEHR + HL7. This guide is not an authorized publication; it is the continuous build for version 0.1.0 built by the FHIR (HL7® FHIR® Standard) CI Build. This version is based on the current content of https://github.com/openehr-fhir/base-spec/ and changes regularly. See the Directory of published versions
| Official URL: http://openehr.org/fhir/StructureDefinition/DV-ABSOLUTE-QUANTITY | Version: 0.1.0 | |||
| Standards status: Informative | Maturity Level: 3 | Computable Name: DV_ABSOLUTE_QUANTITY | ||
Abstract class defining the concept of quantified entities whose values are absolute with respect to an origin. Dates and Times are the main example.
Original Source: specifications.openehr.org
Usages:
You can also check for usages in the FHIR IG Statistics
Description of Profiles, Differentials, Snapshots and how the different presentations work.
| Name | Flags | Card. | Type | Description & Constraints Filter:   |
|---|---|---|---|---|
  DV_ABSOLUTE_QUANTITY |
C | 0..* | DV_QUANTIFIED | This is an abstract type. Child types: DV_TEMPORAL Abstract class defining the concept of quantified entities whose values are absolute with respect to an origin. Elements defined in Ancestors:CR, LF, Local_terminology_id, normal_status, normal_range, other_reference_ranges, magnitude_status, accuracy Constraints: Other_reference_ranges_validity, Is_simple_validity, Normal_range_and_status_consistency, Magnitude_status_valid |
  CR |
1..1 | string | Carriage return character. | |
| LF |
1..1 | string | Line feed character. | |
| Local_terminology_id |
1..1 | string | Predefined terminology identifier | |
 normal_status |
0..1 | CODE_PHRASE | Optional normal status indicator of value with respect to normal range for this value. | |
| normal_range |
0..1 | DV_INTERVAL | Optional normal range. | |
| other_reference_ranges |
0..* | REFERENCE_RANGE<DV_ORDERED> | Optional tagged other reference ranges for this value in its particular measurement context. | |
| magnitude_status |
0..1 | string | Optional status of magnitude with values: * `"="` : magnitude is a point value * `"<"` : value is < magnitude * `">"` : value is > magnitude * `"<="` : value is <= magnitude * `">="` : value is >= magnitude * `"~"` : value is approximately magnitude If not present, assumed meaning is `"="` . | |
 accuracy |
0..1 | DV_AMOUNT | Accuracy of measurement. | |
| Documentation for this format | ||||
| Id | Grade | Path(s) | Description | Expression |
| Is_simple_validity | error | DV_ABSOLUTE_QUANTITY | Is simple validity must satisfy conditional constraints |
(normal_range .empty() and other_reference_ranges .empty()) implies is_simple()
|
| Magnitude_status_valid | error | DV_ABSOLUTE_QUANTITY | Magnitude status valid must be present |
magnitude_status.exists() implies valid_magnitude_status() (magnitude_status)
|
| Normal_range_and_status_consistency | error | DV_ABSOLUTE_QUANTITY | Normal range and status consistency must be present |
(normal_range.exists() and normal_status.exists()) implies (normal_status.code_string.is_equal (“N”) xor normal_range.not().has (self))
|
| Other_reference_ranges_validity | error | DV_ABSOLUTE_QUANTITY | Other reference ranges validity must be present |
other_reference_ranges.exists() implies other_reference_ranges.empty().not()
|
This structure is derived from DV_QUANTIFIED
| Name | Flags | Card. | Type | Description & Constraints Filter: |
|---|---|---|---|---|
| DV_ABSOLUTE_QUANTITY |
0..* | DV_QUANTIFIED | This is an abstract type. Child types: DV_TEMPORAL Abstract class defining the concept of quantified entities whose values are absolute with respect to an origin. Elements defined in Ancestors:CR, LF, Local_terminology_id, normal_status, normal_range, other_reference_ranges, magnitude_status, accuracy | |
| accuracy |
0..1 | DV_AMOUNT | Accuracy of measurement. | |
| Documentation for this format | ||||
| Name | Flags | Card. | Type | Description & Constraints Filter: |
|---|---|---|---|---|
| DV_ABSOLUTE_QUANTITY |
C | 0..* | DV_QUANTIFIED | This is an abstract type. Child types: DV_TEMPORAL Abstract class defining the concept of quantified entities whose values are absolute with respect to an origin. Elements defined in Ancestors:CR, LF, Local_terminology_id, normal_status, normal_range, other_reference_ranges, magnitude_status, accuracy Constraints: Other_reference_ranges_validity, Is_simple_validity, Normal_range_and_status_consistency, Magnitude_status_valid |
| CR |
1..1 | string | Carriage return character. | |
| LF |
1..1 | string | Line feed character. | |
| Local_terminology_id |
1..1 | string | Predefined terminology identifier | |
| normal_status |
0..1 | CODE_PHRASE | Optional normal status indicator of value with respect to normal range for this value. | |
| normal_range |
0..1 | DV_INTERVAL | Optional normal range. | |
| other_reference_ranges |
0..* | REFERENCE_RANGE<DV_ORDERED> | Optional tagged other reference ranges for this value in its particular measurement context. | |
| magnitude_status |
0..1 | string | Optional status of magnitude with values: * `"="` : magnitude is a point value * `"<"` : value is < magnitude * `">"` : value is > magnitude * `"<="` : value is <= magnitude * `">="` : value is >= magnitude * `"~"` : value is approximately magnitude If not present, assumed meaning is `"="` . | |
| accuracy |
0..1 | DV_AMOUNT | Accuracy of measurement. | |
| Documentation for this format | ||||
| Id | Grade | Path(s) | Description | Expression |
| Is_simple_validity | error | DV_ABSOLUTE_QUANTITY | Is simple validity must satisfy conditional constraints |
(normal_range .empty() and other_reference_ranges .empty()) implies is_simple()
|
| Magnitude_status_valid | error | DV_ABSOLUTE_QUANTITY | Magnitude status valid must be present |
magnitude_status.exists() implies valid_magnitude_status() (magnitude_status)
|
| Normal_range_and_status_consistency | error | DV_ABSOLUTE_QUANTITY | Normal range and status consistency must be present |
(normal_range.exists() and normal_status.exists()) implies (normal_status.code_string.is_equal (“N”) xor normal_range.not().has (self))
|
| Other_reference_ranges_validity | error | DV_ABSOLUTE_QUANTITY | Other reference ranges validity must be present |
other_reference_ranges.exists() implies other_reference_ranges.empty().not()
|
This structure is derived from DV_QUANTIFIED
Key Elements View
| Name | Flags | Card. | Type | Description & Constraints Filter: |
|---|---|---|---|---|
| DV_ABSOLUTE_QUANTITY |
C | 0..* | DV_QUANTIFIED | This is an abstract type. Child types: DV_TEMPORAL Abstract class defining the concept of quantified entities whose values are absolute with respect to an origin. Elements defined in Ancestors:CR, LF, Local_terminology_id, normal_status, normal_range, other_reference_ranges, magnitude_status, accuracy Constraints: Other_reference_ranges_validity, Is_simple_validity, Normal_range_and_status_consistency, Magnitude_status_valid |
| CR |
1..1 | string | Carriage return character. | |
| LF |
1..1 | string | Line feed character. | |
| Local_terminology_id |
1..1 | string | Predefined terminology identifier | |
| normal_status |
0..1 | CODE_PHRASE | Optional normal status indicator of value with respect to normal range for this value. | |
| normal_range |
0..1 | DV_INTERVAL | Optional normal range. | |
| other_reference_ranges |
0..* | REFERENCE_RANGE<DV_ORDERED> | Optional tagged other reference ranges for this value in its particular measurement context. | |
| magnitude_status |
0..1 | string | Optional status of magnitude with values: * `"="` : magnitude is a point value * `"<"` : value is < magnitude * `">"` : value is > magnitude * `"<="` : value is <= magnitude * `">="` : value is >= magnitude * `"~"` : value is approximately magnitude If not present, assumed meaning is `"="` . | |
| accuracy |
0..1 | DV_AMOUNT | Accuracy of measurement. | |
| Documentation for this format | ||||
| Id | Grade | Path(s) | Description | Expression |
| Is_simple_validity | error | DV_ABSOLUTE_QUANTITY | Is simple validity must satisfy conditional constraints |
(normal_range .empty() and other_reference_ranges .empty()) implies is_simple()
|
| Magnitude_status_valid | error | DV_ABSOLUTE_QUANTITY | Magnitude status valid must be present |
magnitude_status.exists() implies valid_magnitude_status() (magnitude_status)
|
| Normal_range_and_status_consistency | error | DV_ABSOLUTE_QUANTITY | Normal range and status consistency must be present |
(normal_range.exists() and normal_status.exists()) implies (normal_status.code_string.is_equal (“N”) xor normal_range.not().has (self))
|
| Other_reference_ranges_validity | error | DV_ABSOLUTE_QUANTITY | Other reference ranges validity must be present |
other_reference_ranges.exists() implies other_reference_ranges.empty().not()
|
Differential View
This structure is derived from DV_QUANTIFIED
| Name | Flags | Card. | Type | Description & Constraints Filter: |
|---|---|---|---|---|
| DV_ABSOLUTE_QUANTITY |
0..* | DV_QUANTIFIED | This is an abstract type. Child types: DV_TEMPORAL Abstract class defining the concept of quantified entities whose values are absolute with respect to an origin. Elements defined in Ancestors:CR, LF, Local_terminology_id, normal_status, normal_range, other_reference_ranges, magnitude_status, accuracy | |
| accuracy |
0..1 | DV_AMOUNT | Accuracy of measurement. | |
| Documentation for this format | ||||
Snapshot View
| Name | Flags | Card. | Type | Description & Constraints Filter: |
|---|---|---|---|---|
| DV_ABSOLUTE_QUANTITY |
C | 0..* | DV_QUANTIFIED | This is an abstract type. Child types: DV_TEMPORAL Abstract class defining the concept of quantified entities whose values are absolute with respect to an origin. Elements defined in Ancestors:CR, LF, Local_terminology_id, normal_status, normal_range, other_reference_ranges, magnitude_status, accuracy Constraints: Other_reference_ranges_validity, Is_simple_validity, Normal_range_and_status_consistency, Magnitude_status_valid |
| CR |
1..1 | string | Carriage return character. | |
| LF |
1..1 | string | Line feed character. | |
| Local_terminology_id |
1..1 | string | Predefined terminology identifier | |
| normal_status |
0..1 | CODE_PHRASE | Optional normal status indicator of value with respect to normal range for this value. | |
| normal_range |
0..1 | DV_INTERVAL | Optional normal range. | |
| other_reference_ranges |
0..* | REFERENCE_RANGE<DV_ORDERED> | Optional tagged other reference ranges for this value in its particular measurement context. | |
| magnitude_status |
0..1 | string | Optional status of magnitude with values: * `"="` : magnitude is a point value * `"<"` : value is < magnitude * `">"` : value is > magnitude * `"<="` : value is <= magnitude * `">="` : value is >= magnitude * `"~"` : value is approximately magnitude If not present, assumed meaning is `"="` . | |
| accuracy |
0..1 | DV_AMOUNT | Accuracy of measurement. | |
| Documentation for this format | ||||
| Id | Grade | Path(s) | Description | Expression |
| Is_simple_validity | error | DV_ABSOLUTE_QUANTITY | Is simple validity must satisfy conditional constraints |
(normal_range .empty() and other_reference_ranges .empty()) implies is_simple()
|
| Magnitude_status_valid | error | DV_ABSOLUTE_QUANTITY | Magnitude status valid must be present |
magnitude_status.exists() implies valid_magnitude_status() (magnitude_status)
|
| Normal_range_and_status_consistency | error | DV_ABSOLUTE_QUANTITY | Normal range and status consistency must be present |
(normal_range.exists() and normal_status.exists()) implies (normal_status.code_string.is_equal (“N”) xor normal_range.not().has (self))
|
| Other_reference_ranges_validity | error | DV_ABSOLUTE_QUANTITY | Other reference ranges validity must be present |
other_reference_ranges.exists() implies other_reference_ranges.empty().not()
|
This structure is derived from DV_QUANTIFIED
Other representations of profile: CSV, Excel