geologic time and borehole reqs and tables

ghobona · ghobona · commit 4fea725065ea · 2026-06-22T08:54:31.000+01:00
diff --git a/part1_core/document.asciidoc.log.txt b/part1_core/document.asciidoc.log.txt
diff --git a/part1_core/document.html b/part1_core/document.html
diff --git a/part1_core/document.presentation.xml b/part1_core/document.presentation.xml
diff --git a/part1_core/requirements/borehole/REQ_gsml-borehole_borehole-3d.adoc b/part1_core/requirements/borehole/REQ_gsml-borehole_borehole-3d.adoc
@@ -0,0 +1,8 @@
+[[req_class_a_name_1]]
+
+[requirement]
+====
+[%metadata]
+identifier:: /req/req-class-a/req-name-1
+part:: Requirement 'shall' statement
+====
diff --git a/part1_core/requirements/borehole/REQ_gsml-borehole_borehole-elevation-CRS.adoc b/part1_core/requirements/borehole/REQ_gsml-borehole_borehole-elevation-CRS.adoc
@@ -0,0 +1,8 @@
+[[req_class_a_name_1]]
+
+[requirement]
+====
+[%metadata]
+identifier:: /req/req-class-a/req-name-1
+part:: Requirement 'shall' statement
+====
diff --git a/part1_core/requirements/borehole/REQ_gsml-borehole_borehole-elevation-dim.adoc b/part1_core/requirements/borehole/REQ_gsml-borehole_borehole-elevation-dim.adoc
@@ -0,0 +1,8 @@
+[[req_class_a_name_1]]
+
+[requirement]
+====
+[%metadata]
+identifier:: /req/req-class-a/req-name-1
+part:: Requirement 'shall' statement
+====
diff --git a/part1_core/requirements/borehole/REQ_gsml-borehole_borehole-position-null.adoc b/part1_core/requirements/borehole/REQ_gsml-borehole_borehole-position-null.adoc
@@ -0,0 +1,8 @@
+[[req_class_a_name_1]]
+
+[requirement]
+====
+[%metadata]
+identifier:: /req/req-class-a/req-name-1
+part:: Requirement 'shall' statement
+====
diff --git a/part1_core/requirements/borehole/REQ_gsml-borehole_drill-interval-1D-CRS.adoc b/part1_core/requirements/borehole/REQ_gsml-borehole_drill-interval-1D-CRS.adoc
@@ -0,0 +1,8 @@
+[[req_class_a_name_1]]
+
+[requirement]
+====
+[%metadata]
+identifier:: /req/req-class-a/req-name-1
+part:: Requirement 'shall' statement
+====
diff --git a/part1_core/requirements/borehole/REQ_gsml-borehole_drill-interval-1D.adoc b/part1_core/requirements/borehole/REQ_gsml-borehole_drill-interval-1D.adoc
@@ -0,0 +1,8 @@
+[[req_class_a_name_1]]
+
+[requirement]
+====
+[%metadata]
+identifier:: /req/req-class-a/req-name-1
+part:: Requirement 'shall' statement
+====
diff --git a/part1_core/requirements/borehole/REQ_gsml-borehole_interval-1D-CRS.adoc b/part1_core/requirements/borehole/REQ_gsml-borehole_interval-1D-CRS.adoc
@@ -0,0 +1,8 @@
+[[req_class_a_name_1]]
+
+[requirement]
+====
+[%metadata]
+identifier:: /req/req-class-a/req-name-1
+part:: Requirement 'shall' statement
+====
diff --git a/part1_core/requirements/borehole/REQ_gsml-borehole_interval-1D.adoc b/part1_core/requirements/borehole/REQ_gsml-borehole_interval-1D.adoc
@@ -0,0 +1,8 @@
+[[req_class_a_name_1]]
+
+[requirement]
+====
+[%metadata]
+identifier:: /req/req-class-a/req-name-1
+part:: Requirement 'shall' statement
+====
diff --git a/part1_core/requirements/borehole/REQ_gsml-borehole_value-intervalBegin.adoc b/part1_core/requirements/borehole/REQ_gsml-borehole_value-intervalBegin.adoc
@@ -0,0 +1,8 @@
+[[req_class_a_name_1]]
+
+[requirement]
+====
+[%metadata]
+identifier:: /req/req-class-a/req-name-1
+part:: Requirement 'shall' statement
+====
diff --git a/part1_core/requirements/borehole/REQ_gsml-borehole_value-mappedIntervalBegin.adoc b/part1_core/requirements/borehole/REQ_gsml-borehole_value-mappedIntervalBegin.adoc
@@ -0,0 +1,8 @@
+[[req_class_a_name_1]]
+
+[requirement]
+====
+[%metadata]
+identifier:: /req/req-class-a/req-name-1
+part:: Requirement 'shall' statement
+====
diff --git a/part1_core/requirements/geologic-time/REQ_gsml-timescale-start.adoc b/part1_core/requirements/geologic-time/REQ_gsml-timescale-start.adoc
@@ -0,0 +1,8 @@
+[[req_gsml-timescale-start]]
+
+[requirement]
+====
+[%metadata]
+identifier:: /req/gsml-timescale/start
+part:: The start TimeOrdinalEraBoundary SHALL refer to the oldest boundary
+====
diff --git a/part1_core/requirements/requirements_class_borehole.adoc b/part1_core/requirements/requirements_class_borehole.adoc
@@ -0,0 +1,27 @@
+[[req_class_gsml-borehole]]
+
+[requirements_class]
+.Requirements Class 'GeoSciML Borehole'
+====
+[%metadata]
+identifier:: http://www.opengis.net/spec/geosciml/5.0/req/gsml-borehole
+subject:: Encoding
+inherit:: /req/gsml4-core
+inherit:: ISO 19103 Conceptual Model Language
+inherit:: ISO 19107 Spatial Schema
+inherit:: ISO-19156 Observations and Measurements (OGC Topic 20)
+inherit:: SWE Common 2.0 08-094r1 Clause 7
+inherit:: ISO 19108 Temporal Schema
+inherit:: ISO 19115-3 Citation
+requirement:: /req/req-class-a/req-name-1
+requirement:: /req/req-class-a/req-name-2
+requirement:: /req/req-class-a/req-name-2
+requirement:: /req/req-class-a/req-name-1
+requirement:: /req/req-class-a/req-name-2
+requirement:: /req/req-class-a/req-name-2
+requirement:: /req/req-class-a/req-name-1
+requirement:: /req/req-class-a/req-name-2
+requirement:: /req/req-class-a/req-name-2
+====
+
+
diff --git a/part1_core/requirements/requirements_class_geologic-time.adoc b/part1_core/requirements/requirements_class_geologic-time.adoc
@@ -0,0 +1,13 @@
+[[req_class_gsml-geologictime]]
+
+[requirements_class]
+.Requirements Class 'GeoSciML GeologicTime'
+====
+[%metadata]
+identifier:: http://www.opengis.net/spec/geosciml/5.0/req/gsml-geologictime
+subject:: Encoding
+inherit:: ISO 19108 Temporal Schema
+inherit:: SWE Common 2.0 08-094r1 Clause 7
+inherit:: ISO-19156 Observations and Measurements (Topic 20)
+requirement:: /req/gsml-timescale/start
+====
diff --git a/part1_core/sections/clause_8_logical_model_1_uml_model.adoc b/part1_core/sections/clause_8_logical_model_1_uml_model.adoc
@@ -25,6 +25,7 @@ Which option is most useful for a community is left to that community to decide.
 
 The following shortcuts are used to refer to external (non GeoSciML) classifiers.
 
+[%unnumbered%]
 [width="100%",cols="16%,84%",options="header",]
 |===
 |*Shortcut* |*Full path (HollowWorld)*
diff --git a/part1_core/sections/clause_8_logical_model_4_geosciml_basic_rc.adoc b/part1_core/sections/clause_8_logical_model_4_geosciml_basic_rc.adoc
@@ -567,8 +567,9 @@ image::images/image29.png[width=166,height=126]
 
 ==== GeoSciML Basic vocabularies
 
-Geology is a descriptive science and uses vocabularies extensively.  Table 4 lists the vocabularies used in GeoSciML Basic.  Each of those vocabularies shall be implemented using externally managed vocabularies as specified in clause 8.2.7
+Geology is a descriptive science and uses vocabularies extensively.  <<tbl_vocabularies_used_in_geosciml_basic>> lists the vocabularies used in GeoSciML Basic.  Each of those vocabularies shall be implemented using externally managed vocabularies as specified in clause 8.2.7
 
+[[tbl_vocabularies_used_in_geosciml_basic]]
 .Vocabularies used in GeoSciML Basic
 [width="100%",cols="^34%,^66%",options="header",]
 |===
diff --git a/part1_core/sections/clause_8_logical_model_5_geosciml_extension_rc.adoc b/part1_core/sections/clause_8_logical_model_5_geosciml_extension_rc.adoc
@@ -593,7 +593,7 @@ The property unitThickness (SWE::QuantityRange) provides a value that represents
 
 The bedding:BeddingDescription property reports a description of the bedding (see 8.5.5.2).
 
-===== BeddingDescription*
+===== BeddingDescription
 
 BeddingDescription provides a detailed description of the bedding characteristics of a geologic unit.
 
diff --git a/part1_core/sections/clause_8_logical_model_6_geosciml_geologic_time_rc.adoc b/part1_core/sections/clause_8_logical_model_6_geosciml_geologic_time_rc.adoc
@@ -1,37 +1,30 @@
 === GeoSciML GeologicTime Requirements Class (Normative)
 
-[width="100%",cols="19%,81%",options="header",]
-|===
-|*Requirements Class* |
-|/req/gsml4-geologictime |
-|*Target type* |Encoding
-|*Dependency* |ISO 19108 Temporal Schema
-|*Dependency* |SWE Common 2.0 08-094r1 Clause 7
-|*Dependency* |ISO-19156 Observations and Measurements (Topic 20)
-|*Requirement* a|
-*/req/gsml4-timescale/start*
-
-The start TimeOrdinalEraBoundary SHALL refer to the oldest boundary
 
-|===
+include::/requirements/requirements_class_geologic-time.adoc[]
 
 The Geologic Time package, developed by Simon Cox (CSIRO) and Steve Richard (Arizona Geological Survey) ++[++1++]++, contains elements used to describe the classification of geologic time: time periods, time boundaries, and the relationships between them as defined by the IUGS International Commission on Stratigraphy (ICS - http://www.stratigraphy.org/).
 
-image::images/image64.png[GeologicTime dependencies.,width=488,height=548]Figure: 62: GeologicTime dependencies.
 
-image::images/image65.png[Geologic Time summary diagram.,width=601,height=521]Figure: 63: Geologic Time summary diagram.
+.GeologicTime dependencies
+image::images/image64.png[GeologicTime dependencies.,width=488,height=548]
+
+.Geologic Time summary diagram
+image::images/image65.png[Geologic Time summary diagram.,width=601,height=521]
 
 ==== Global Boundary Stratotype Sections and Points (GSSP)
 
 The GSSP model describes “Global Boundary Stratotype Sections and Points” as defined by the IUGS International Commission on Stratigraphy.
 
-image::images/image66.png[Global Boundary Stratotype Sections and Points.,width=601,height=457]Figure: 64: Global Boundary Stratotype Sections and Points.
+.Global Boundary Stratotype Sections and Points
+image::images/image66.png[Global Boundary Stratotype Sections and Points.,width=601,height=457]
 
 ===== StratigraphicPoint
 
 A point in the stratigraphic record used to define a geochronologic boundary or point in geologic time.
 
-image::images/image67.png[Stratigraphic points context diagram,width=346,height=526]Figure: 65: Stratigraphic points context diagram
+.Stratigraphic points context diagram
+image::images/image67.png[Stratigraphic points context diagram,width=346,height=526]
 
 ====== primaryGuidingCriterion
 
@@ -53,7 +46,8 @@ A type of stratigraphic point used to define a globally agreed point in geologic
 
 A sampled section of the stratigraphic record used to define a period in geologic time.
 
-image::images/image68.png[Stratigraphic sections context diagram.,width=531,height=574]Figure: 66: Stratigraphic sections context diagram.
+.Stratigraphic sections context diagram
+image::images/image68.png[Stratigraphic sections context diagram.,width=531,height=574]
 
 ====== geologicSetting
 
@@ -75,7 +69,8 @@ The property conservation:Primitive::CharacterString contains a description of m
 
 This package is an extension of ISO19108 Temporal Schema and describes geologic eras and the relationships between them.
 
-image::images/image69.png[Temporal Reference System summary diagram.,width=601,height=710]Figure: 67: Temporal Reference System summary diagram.
+.Temporal Reference System summary diagram
+image::images/image69.png[Temporal Reference System summary diagram.,width=601,height=710]
 
 ===== TimeOrdinalReferenceSystem
 
@@ -104,14 +99,10 @@ The group property is an association to a (single) parent TimeOrdinalEra. The gr
 By convention, the “start” of the TimeOrdinalEra is the oldest boundary because it is when the era “started” to exist in time.  The “end” is therefore the youngest boundary.
 
 ====== start
-
+ 
 The start property is an association to a TimeOrdinalEraBoundary that defines the start (the oldest) boundary of the era.
 
-[width="100%",cols="100%",options="header",]
-|===
-|*Requirement /req/gsml4-timescale/start*
-|The start TimeOrdinalEraBoundary SHALL refer to the oldest boundary
-|===
+include::/requirements/geologic-time/REQ_gsml-timescale-start.adoc[]
 
 ====== end
 
@@ -145,7 +136,8 @@ The property observationalBasis is be an association between a TimeOrdinalEraBou
 
 The Timescale package describes geologic time periods (geochronologic eras) and the boundaries between them.
 
-image::images/image70.png[Time scale summary diagram.,width=601,height=515]Figure: 68: Time scale summary diagram.
+.Time scale summary diagram
+image::images/image70.png[Time scale summary diagram.,width=601,height=515]
 
 ===== GeologicTimeScale
 
@@ -155,7 +147,8 @@ The classic “Geologic Timescale” (http://www.stratigraphy.org/index.php/ics-
 
 A GeochronologicEra is a period of time between two GeochronologicBoundaries. The association of a GeochronologicEra with a stratotype is optional.  In the GSSP approach recommended by ICS for the Global Geologic Timescale, Unit Stratotypes are not used.  Rather, the association of an era with geologic units and sections is indirect, via the association of an era with boundaries, which are in turn tied to stratotype points, which occur within host stratotype sections.
 
-image::images/image71.png[GeochronologicEra context diagram.,width=601,height=546]Figure: 69: GeochronologicEra context diagram.
+.GeochronologicEra context diagram
+image::images/image71.png[GeochronologicEra context diagram.,width=601,height=546]
 
 ====== rank
 
@@ -169,33 +162,37 @@ The property stratotype is an association between a GeochronologicEra and Strati
 
 A GeochronologicBoundary is a boundary between two geochronologic time periods.
 
-image::images/image72.png[GeochronologicBoundary context diagram.,width=601,height=658]Figure: 70: GeochronologicBoundary context diagram.
+.GeochronologicBoundary context diagram
+image::images/image72.png[GeochronologicBoundary context diagram.,width=601,height=658]
 
 ====== stratotype
 
 The property stratotype is an association between a GeochronologicBoundary and a StratigraphicPoint that are associated with the boundary. A GeochronologicBoundary can be associated with more than one StratigraphicPoints, but only one may have GSSP ratified status. The others are proposed equivalents.
 
 Example:
 
-image::images/image73.png[Partial encoding of Miocene instance diagram.,width=601,height=317]Figure: 71: Partial encoding of Miocene instance diagram.
+.Partial encoding of Miocene instance diagram
+image::images/image73.png[Partial encoding of Miocene instance diagram.,width=601,height=317]
 
 ===== NumericEraBoundary
 
 NumericEraBoundary is used for pre-Ediacaran and Pleistocene / Holocene boundaries in the standard timescale where boundaries are not defined by a material reference but as numerical values.
 
-image::images/image74.png[NumericEraBoundary context diagram.,width=400,height=466]Figure: 72: NumericEraBoundary context diagram.
+.NumericEraBoundary context diagram
+image::images/image74.png[NumericEraBoundary context diagram.,width=400,height=466]
 
 ===== StandardGlobalNumericalAge
 
 A standard numeric age point (a numeric analogue to a ‘golden spike’) is applicable to the formal subdivision of the Precambrian, and perhaps the Pleistocene/Holocene boundary (++[++23++]++; http://www.stratigraphy.org/index.php/ics-chart-timescale[[.underline]#http://www.stratigraphy.org/index.php/ics-chart-timescale#]).  The boundary is not defined from a physical stratotype, although it can be influence by some, but placed at a convenient numerical value.
 
 ==== GeoSciML GeologicTime vocabularies
 
-The GeologicTime package has only one vocabulary (Table 6).
+The GeologicTime package has only one vocabulary (<<tbl_geologic_time_vocabulary>>).
 
+[[tbl_geologic_time_vocabulary]]
+.Geologic time vocabulary
 [width="100%",cols="^27%,^73%",options="header",]
 |===
-|*Table 6: Geologic time vocabulary.* |
 |*Vocabulary* |*Description*
 |*GeochronologicEraRank* a|
 This list is an indicative list only of terms used to describe the rank of time periods defined by the International Commission on Stratigraphy.  Users are encouraged to use vocabulary of terms owned by the ICS or CGI vocabularies working group and managed outside of this model.
diff --git a/part1_core/sections/clause_8_logical_model_7_geosciml_borehole_rc.adoc b/part1_core/sections/clause_8_logical_model_7_geosciml_borehole_rc.adoc
