Update pnnl models (#39)

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---------

Co-authored-by: Gabe Fierro <[email protected]>

_toc.yml

@@ -7,14 +7,16 @@ root: intro
 parts:
 - caption: Example Buildings
   chapters:
-  - file: examples/bdg1-1.md
-  - file: examples/bdg1-2.md
-  - file: examples/lbnl-example.md
-  - file: examples/lbnl-example-2.md
+  - file: examples/nist-bdg1-1.md
+  - file: examples/pnnl-bdg1-2.md
+  - file: examples/pnnl-bdg2-1.md
+  - file: examples/lbnl-bdg3-1.md
+  - file: examples/pnnl-bdg3-2.md
+  - file: examples/lbnl-bdg4-1.md
+  - file: examples/nrel-example.md
   - file: examples/NIST-HPL.md
   - file: examples/NIST-IBAL.md
-  - file: examples/nrel-example.md
-  - file: examples/pnnl-example2.md
+  - file: examples/scb-rtu.md
   - file: examples/scb-vrf.md
   - file: examples/lbnl-example-radiant.md
 

examples/lbnl-bdg3-1.md

@@ -0,0 +1,31 @@
+---
+jupytext:
+  formats: md:myst
+  text_representation:
+    extension: .md
+    format_name: myst
+kernelspec:
+  display_name: Python 3
+  language: python
+  name: python3
+---
+# LBNL Example Building 3 Model 1
+
+Example Building 3 is a real-world medium-sized office building.
+It is approximately 67,000 square feet in size, contains 2 floors, 27 space types, and 469 rooms. Labels have been anonymized, and are not interpretable.
+It uses an underfloor air distribution system with fan-powered terminal reheat coils for perimeter zones. Four roof-top units with VAV are located on the roof. 
+The lighting system  primariliy uses fluorescent luminaires and zone-based lighting controllers that communicate with user interface devices and wireless gatetways over DALI networks. The gateways collect occupancy and light sensor data over an ISM-band wireless network.
+
+Example Building 3 Model 1 is provided by Lawrence Berkeley National Laboratory.
+See [PNNL Example Building 3 model 2](../pnnl-bdg3-2.md) for a different modeling approach for the same building.
+
+## Contents
+This model contains a representation of the HVAC system.
+
+## Source
+
+## Downloads
+
+## Queries
+
+## Model Components

examples/lbnl-example.md → examples/lbnl-bdg4-1.md

@@ -9,17 +9,23 @@ kernelspec:
   language: python
   name: python3
 ---
-# LBNL Example Building
+# LBNL Example Building 4 Model 1
 
-This is an example building provided by Lawrence Berkeley National Laboratory
+Example Building 4 is a real-world large-sized office building.
+
+Example Building 4 Model 1 is provided by Lawrence Berkeley National Laboratory.
+
+### Schematic view
 
 ![lbnl-example](../_static/images/lbnl-example.png)
 
+## Contents
+This model contains a representation of the HVAC system.
 
 ## Downloads
 
-- <a href="/compiled/lbnl-example.ttl">Turtle file (compiled)</a> (<a href="/lbnl-example.ttl">original</a>)
-- <a href="/lbnl-example.jsonld">JSON-LD file (original)</a>
+- <a href="/compiled/lbnl-bdg4-1.ttl">Turtle file (compiled)</a> (<a href="/lbnl-bdg4-1.ttl">original</a>)
+- <a href="/lbnl-bdg4-1.jsonld">JSON-LD file (original)</a>
 
 ## Queries
 | Description | Query URL |

examples/bdg1-1.md → examples/nist-bdg1-1.md

@@ -9,30 +9,30 @@ kernelspec:
   language: python
   name: python3
 ---
-# Example Building 1 model 1
+# NIST Example Building 1 Model 1
 
 Example Building 1 is a simplistic, reference tiny office building consisting of a single story with 5 rooms spanning 5 space types.
 
 This reference building was developed for and first described in the journal article ["Metadata Schemas and Ontologies for Building Energy Applications: A Critical Review and Use Case Analysis"](https://doi.org/10.3390/en14072024).
 
-This example Building 1 model 1 is provided by current and former NIST staff and Pacific Northwest National Laboratory. See also [Building 1 model 2](../bdg1-2.md) for a different modeling approach for the same building.
+Example Building 1 Model 1 is provided by current and former NIST staff and Pacific Northwest National Laboratory. See also [PNNL Example Building 1 Model 2](../pnnl-bdg1-2.md) for a different modeling approach for the same building.
 
 ### Schematic view
 
 ![image](../_static/images/ExampleBuilding1.png)
 
 ## Contents
 
-The model contains a representation of the building architecture, mechanical system, and electrical/lighting system.
+This model contains a representation of the building architecture, mechanical system, and electrical/lighting system.
 
 ## Source
 
 The model was created using [TopQuadrant](https://www.topquadrant.com/) TopBraid Composer Maestro Edition.
 
 ## Downloads
 
-- <a href="/compiled/bdg1-1.ttl">Turtle file (compiled)</a> (<a href="/bdg1-1.ttl">original</a>)
-- <a href="/bdg1-1.jsonld">JSON-LD file (original)</a>
+- <a href="/compiled/nist-bdg1-1.ttl">Turtle file (compiled)</a> (<a href="/nist-bdg1-1.ttl">original</a>)
+- <a href="/nist-bdg1-1.jsonld">JSON-LD file (original)</a>
 
 ## Queries
 

examples/bdg1-2.md → examples/pnnl-bdg1-2.md

@@ -9,21 +9,22 @@ kernelspec:
   language: python
   name: python3
 ---
-# Example Building 1 model 2
+# PNNL Example Building 1 Model 2
 
 Example Building 1 is a simplistic, reference tiny office building consisting of a single story with 5 rooms spanning 5 space types.
 
 This reference building was developed for and first described in the journal article ["Metadata Schemas and Ontologies for Building Energy Applications: A Critical Review and Use Case Analysis"](https://doi.org/10.3390/en14072024).
 
-This example Building 1 model 2 is provided by Pacific Northwest National Laboratory. See also [Building 1 model 1](../bdg1-1.md) for a different modeling approach for the same building.
+Example Building 1 Model 2 is provided by Pacific Northwest National Laboratory. 
+See [NIST Example Building 1 Model 1](../nist-bdg1-1.md) for a different modeling approach for the same building.
 
 ### Schematic view
 
 ![image](../_static/images/ExampleBuilding1.png)
 
 ## Contents
 
-The model contains a representation of the building architecture and electrical/lighting system.
+This model contains a representation of the building architecture and electrical/lighting system.
 
 In addition to the s223 ontology, the model uses the [Real Estate Core ontology](https://dev.realestatecore.io/ontology/) to describe space types. The Real Estate Core ontology is extended by defining 2 subclasses for rec:Office.
 ``` ttl
@@ -42,18 +43,18 @@ The model was created from source data consisting of a building information mode
 
 Model instance data have a prefix that is resolvable to a Speckle URL.
 ``` ttl
-@prefix bdg1-2: <http://speckle.xyz/streams/1fed8e620e/objects/>
+@prefix bdg1: <http://speckle.xyz/streams/59e5e3c6a8/objects/>
 ```
 
-For example, the following luminaire resolves to https://speckle.xyz/streams/1fed8e620e/objects/05749166d93671bedf16efb52636ce38.
+For example, the following luminaire resolves to http://speckle.xyz/streams/59e5e3c6a8/objects/e2164e3d14db5fcb6915a4a2c8474579 :
 ``` ttl
-bdg1:05749166d93671bedf16efb52636ce38 a s223:Luminaire
+bdg1:e2164e3d14db5fcb6915a4a2c8474579 a s223:Luminaire
 ```
 
 ## Downloads
 
-- <a href="/compiled/bdg1-2.ttl">Turtle file (compiled)</a> (<a href="/bdg1-2.ttl">original</a>)
-- <a href="/bdg1-2.jsonld">JSON-LD file (original)</a>
+- <a href="/compiled/pnnl-bdg1-2.ttl">Turtle file (compiled)</a> (<a href="/pnnl-bdg1-2.ttl">original</a>)
+- <a href="/pnnl-bdg1-2.jsonld">JSON-LD file (original)</a>
 
 ## Queries
 

examples/pnnl-example2.md → examples/pnnl-bdg2-1.md

@@ -9,39 +9,46 @@ kernelspec:
   language: python
   name: python3
 ---
-# PNNL Example Building 2
+# PNNL Example Building 2 Model 1
 
-This is an example building model provided by Pacific Northwest National Laboratory.
+Exammple Building 2 is based on the [Department of Energy Prototype Medium Office Builiding](https://www.energycodes.gov/prototype-building-models). 
+The baseline Medium Office Building is approximately 50,000 square feet in size, contains 3 identical floors, and 5 HVAC zones per floor (1 core, 4 perimeter). The baseline model was extended by a) creating unique detailed building architecture for each of the 3 building floors, making use of 12 space types to define 107 rooms, and b) designing a lighting system that complies with the ASHRAE 90.1-2019 energy code, and is comprised of 863 luminaires and 205 lighting zones.
 
-The model is based on a [Department of Energy Prototype Builiding](https://www.energycodes.gov/prototype-building-models) model. 
-Specifically, the DOE Prototype Medium Office Building was extended by creating unique detailed building architecture for each of the three building floors,
-and designing a lighting layout that complies with the ASHRAE 90.1-2019 energy code.
+Example Building 2 Model 1 is provided by Pacific Northwest National Laboratory.
 
-The model contains a representation of the building architecture and lighting system.
+## Contents
 
-In addition to the s223 ontology, the model uses the [Real Estate Core ontology](https://dev.realestatecore.io/ontology/) to describe space types.
+This model contains a complete representation of the building architecture and the electrical/lighting system, and a partial representation of the lighting control system.
+
+In addition to the s223 ontology, the model uses the [Real Estate Core ontology](https://dev.realestatecore.io/ontology/) to describe space types. The Real Estate Core ontology is extended by defining 2 subclasses for rec:Office.
+``` ttl
+recx:OpenOffice rdfs:subClassOf rec:Office;
+  rdfs:label "Open Office".
+recx:PrivateOffice rdfs:subClassOf rec:Office;
+  rdfs:label "Private Office".
+```
 
 ## Source
 
 The model was created from souce data consisting of a Revit building information model (BIM) exported via a [Speckle](https://speckle.systems/) interface.
 
-### The Speckle view of rooms and lighting fixtures
+### Speckle view of rooms and lighting fixtures
 <img width="1178" alt="image" src="https://github.com/open223/models.open223.info/assets/22898727/5a5dcecb-9b87-4e84-8261-6a3a315e1265">
 
 Model instance data have a prefix that is resolvable to a Speckle URL.
 ``` ttl
-@prefix bdg1: <http://speckle.xyz/streams/1fed8e620e/objects/>
+@prefix bdg2: <http://speckle.xyz/streams/1fed8e620e/objects/>
 ```
 
-For example, the following luminaire resolves to https://speckle.xyz/streams/1fed8e620e/objects/05749166d93671bedf16efb52636ce38 :
+For example, the following luminaire resolves to http://speckle.xyz/streams/1fed8e620e/objects/b504da73194fd2dafccc5e91651e2066 :
 ```ttl
-bdg1:05749166d93671bedf16efb52636ce38 a s223:Luminaire
+bdg2:b504da73194fd2dafccc5e91651e2066 a s223:Luminaire
 ```
 
 ## Downloads
 
-- <a href="/compiled/pnnl-example2.ttl">Turtle file (compiled)</a> (<a href="/pnnl-example2.ttl">original</a>)
-- <a href="/pnnl-example2.jsonld">JSON-LD file (original)</a>
+- <a href="/compiled/pnnl-bdg2-1.ttl">Turtle file (compiled)</a> (<a href="/pnnl-bdg2-1.ttl">original</a>)
+- <a href="/pnnl-bdg2-1.jsonld">JSON-LD file (original)</a>
 
 ## Queries
 

examples/pnnl-bdg3-2.md

@@ -0,0 +1,55 @@
+---
+jupytext:
+  formats: md:myst
+  text_representation:
+    extension: .md
+    format_name: myst
+kernelspec:
+  display_name: Python 3
+  language: python
+  name: python3
+---
+# PNNL Example Building 3 Model 2
+
+Exammple Building 3 is a real-world medium-sized office building. 
+It is approximately 67,000 square feet in size, contains 2 floors, 27 space types, and 469 rooms. Labels have been anonymized, and are not interpretable. 
+It uses an underfloor air distribution system with fan-powered terminal reheat coils for perimeter zones. Four roof-top units with VAV are located on the roof. 
+The lighting system primariliy uses fluorescent luminaires and zone-based lighting controllers that communicate with user interface devices and wireless gatetways over DALI networks. The gateways collect occupancy and light sensor data over an ISM-band wireless network. 
+
+Example Building 3 Model 2 is provided by Pacific Northwest National Laboratory.
+See [LBNL Example Building 3 model 1](../lbnl-bdg3-2.md) for a different modeling approach for the same building.
+
+## Contents
+
+This model contains a complete representation of the building architecture and electrical/lighting system, and a partial representation of the lighting control system.
+
+In addition to the s223 ontology, the model uses the [Real Estate Core ontology](https://dev.realestatecore.io/ontology/) to describe space types. The Real Estate Core ontology is extended by defining 2 subclasses for rec:Office.
+``` ttl
+recx:OpenOffice rdfs:subClassOf rec:Office;
+  rdfs:label "Open Office".
+recx:PrivateOffice rdfs:subClassOf rec:Office;
+  rdfs:label "Private Office".
+```
+
+## Source
+
+The model was created from souce data consisting of a Revit building information model (BIM) exported via a [Speckle](https://speckle.systems/) interface.
+
+### Speckle view of rooms and lighting fixtures
+<img width="1378" alt="image" src="https://github.com/user-attachments/assets/57981a65-937a-4c4b-9151-978073976d14">
+
+Model instance data have a prefix that is resolvable to a Speckle URL.
+``` ttl
+@prefix bdg3: <http://speckle.xyz/streams/bf7685a6aa/objects/>
+```
+
+For example, the following luminaire resolves to http://speckle.xyz/streams/bf7685a6aa/objects/978e64f766e711a6cc73f3a4d4c0a3e9 :
+```ttl
+bdg3:978e64f766e711a6cc73f3a4d4c0a3e9 a s223:Luminaire
+```
+
+## Downloads
+
+## Queries
+
+## Model Components