[ENVELOPPE] Merge #239

* PUSH NOTE : Rhino.md * PUSH NOTE : ComfyUI.md * PUSH NOTE : Plex_Media_Server.md * PUSH NOTE : Yifu Design Lab.md * PUSH NOTE : mINeCraFT club Guide.md * PUSH NOTE : Shannon Hilchie.md * PUSH NOTE : index.md * PUSH NOTE : ARC2046H.md * PUSH NOTE : ARC2047H-Building_Science_Materials_and_Construction_3.md * PUSH NOTE : ARC1046H Structures 1.md * PUSH NOTE : Guide Templater.md * PUSH NOTE : Guides.md * PUSH NOTE : Guide Tasks.md * PUSH NOTE : Guide Obsidian.md * PUSH NOTE : Guide Excalibrain.md * PUSH NOTE : Guide Dataview.md
ThinkWithPbody · Jan 15, 2025 · fb700c8 · fb700c8
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diff --git a/content/Configs/Guides/Guide Dataview.md b/content/Configs/Guides/Guide Dataview.md
@@ -30,7 +30,7 @@ release-date:: 2027-06-18T12:00
 ```
 \- until release!!
 ```
-P2Y6M2DT15H31M35.058S until release!!
+P2Y5M3DT5H4M46.102S until release!!
 
 ## DataviewJS
 

diff --git a/content/Configs/Guides/Guide Tasks.md b/content/Configs/Guides/Guide Tasks.md
@@ -27,8 +27,10 @@ NOT (tag includes HideFromTasks)
 
 > [!blue]+ Active Projects
 >  - [[Projects/2024/ICPS_Research/ICPS_Research.md|ICPS_Research]]
-> - [[Courses/2024/ARC2047H-Building_Science_Materials_and_Construction_3/ARC2047H-Building_Science_Materials_and_Construction_3.md|ARC2047H-Building_Science_Materials_and_Construction_3]]
-> - [[Courses/2024/ARC2017H-Research_Methods/ARC2017H-Research_Methods.md|ARC2017H-Research_Methods]]
+> - [[Courses/2025/ARC2014Y/ARC2014Y.md|ARC2014Y]]
+> - [[Courses/2025/LAN3801H/LAN3801H.md|LAN3801H]]
+> - [[Courses/2025/ARC2046H/ARC2046H.md|ARC2046H]]
+> - [[Courses/2025/ARC2048H/ARC2048H.md|ARC2048H]]
 > 
 
 > [!yellow]+ Due

diff --git a/content/Courses/2025/ARC2046H/ARC2046H.md b/content/Courses/2025/ARC2046H/ARC2046H.md
@@ -21,8 +21,8 @@ share: true
 ---
 # Tasks
 
-- [/] Complete Course Page: ARC2046H-Structures_2  [priority:: low]  [scheduled:: 2025-01-05]
-- [ ] Download course contents for structure 2
+- [x] Complete Course Page: ARC2046H-Structures_2  [priority:: low]  [scheduled:: 2025-01-05]  [completion:: 2025-01-08]
+- [x] Download course contents for structure 2  [completion:: 2025-01-08]
 
 # Modules
 
@@ -71,126 +71,124 @@ share: true
 
 ### Module 01 Strength/Stiffness/Stability
 
-Intro
-
-- Weekly assignments 30%
-	- Due next week end of class - 2 tutorials for questions for TAs
-	- No time limit, auto submitted when due
-	- Answers day after due
-	- All assignments have equal weight
-- Assignments 30%
-	- Assignment 01
-		- Structural drawings for comprehensive studio in studio pair
-	- Assignment 02
-		- Design fully engineer elements for fake building
-- Exam 40%
-	- Open book
-	- Can do at home
-	- Timed
-	- Appendix PDF will be provided
-	- Listen to tips on “this is a great exam question”
-- Classes
-	- First slide outline learning points
-	- Last slide important items
-	- PowerPoint posted by class time each week
-	- Talk to TAs first, provide class name when emailing
-	- Shannon eating lunch 12-1 available to meet
-	- Write down calculations, equations
-- Tutorials Wednesday 6-8 pm
-- ScienceBuilders Structural Engineering by Tammy Enz
-- Why Study Engineering?
-	- Material Choices
-	- Layout
-	- Preliminary Sizes
-	- Understanding Lmits to materials
-	- Small changes, big impact
-	- Understanding relationships
-		- Depth
-		- Length
-		- Strength
-		- Deflection
-- Structures 1
-	- Create the System
-	- Preliminary Design
-	- Loads
-		- Dead lloads
-		- Live loads
-		- Snow 1/50 years
-		- Wind 1/50 years
-		- Earthquake 1/2500 years
-		- Soil Pressure
-		- Temperaure
-		- Prestress
-		- Vibration
-	- Load Path
-	- Element Loads
-	- Sizing Guidelines
-		- Overruled by lots of stuff
-- Structures 2
-	- Design and Size the members
-	- Where all concepts come together and allow you to pick the perfectly sized member
-	- Number One Goal: Cheapest Section - To build the cheapest building posible, strong enough stiff enough stable
-
-Lecture
-
-- Everything you need to know about structural engineering you already know
-	- Write down what you think the answer is in a corner, and compare with your answer to check your answers
-- Limit State Design
-	- Factor the load, reduce the capacity
-		- Been Factored: Xf (Pf, Vf, Mf, Tf, Cf)
-			- P: Axial / Compression /Tension
-			- V: Shear
-			- M: Moment
-			- T: Torsion
-			- C: Connection???
-		- Been Reduced: Xr (Pr, Vr, Mr, Tr, Cr)
-- Strength
-	- The amount of load a structure can sustain prior to failure (rupture, excessive permanent deformation, buckling)
-	- Is our building safe?
-	- Forces / Failures
-		- Compression
-		- Tension
-		- Shear
-		- Bending
-		- Torsion
-		- Connection
-- Stiffness
-	- The amount of force required to make a structure deflect by some fixed increment
-	- Inversely proportional to flexibility, engineers talk about both
-		- Vertical
-		- Horizontal
-		- Rotational
-		- Soil
-		- Vibration
-	- Guidelines
-		- Comfort
-		- Preservation of Finishes
-		- Stability
-		- Drainage
-		- Interface with Building Elements (connection)
-	- Serviceability Guideline
-		- Cantilever L * 2 / 240
-		- Lateral
-			- Applies to both storey to storey height AND overall height
-			- Vibrations
-				- Continuous
-				- Transient Vibrations
-				- Amplified Vibrations (Resonance)
-- Stability
-	- The state of being stable, or the opposite of unstable. Instability can be elastic, ponding, tipping or siding
-	- Where our instincts are the strongest
-		- Sliding
-		- Tipping
-		- Elastic
-			- P-delta check / Force over displacement check
-		- Ponding
-			- Actively check ponding when adding equipment on existing roofs
-		- No Load Path
-		- Buckling
-			- Overall
-			- Local Buckling
-- SSS for every building, element, connection
-
+> [!green]- Intro
+> - Weekly assignments 30%
+> 	- Due next week end of class - 2 tutorials for questions for TAs
+> 	- No time limit, auto submitted when due
+> 	- Answers day after due
+> 	- All assignments have equal weight
+> - Assignments 30%
+> 	- Assignment 01
+> 		- Structural drawings for comprehensive studio in studio pair
+> 	- Assignment 02
+> 		- Design fully engineer elements for fake building
+> - Exam 40%
+> 	- Open book
+> 	- Can do at home
+> 	- Timed
+> 	- Appendix PDF will be provided
+> 	- Listen to tips on “this is a great exam question”
+> - Classes
+> 	- First slide outline learning points
+> 	- Last slide important items
+> 	- PowerPoint posted by class time each week
+> 	- Talk to TAs first, provide class name when emailing
+> 	- Shannon eating lunch 12-1 available to meet
+> 	- Write down calculations, equations
+> - Tutorials Wednesday 6-8 pm
+> - ScienceBuilders Structural Engineering by Tammy Enz
+> - Why Study Engineering?
+> 	- Material Choices
+> 	- Layout
+> 	- Preliminary Sizes
+> 	- Understanding Lmits to materials
+> 	- Small changes, big impact
+> 	- Understanding relationships
+> 		- Depth
+> 		- Length
+> 		- Strength
+> 		- Deflection
+> - Structures 1
+> 	- Create the System
+> 	- Preliminary Design
+> 	- Loads
+> 		- Dead lloads
+> 		- Live loads
+> 		- Snow 1/50 years
+> 		- Wind 1/50 years
+> 		- Earthquake 1/2500 years
+> 		- Soil Pressure
+> 		- Temperaure
+> 		- Prestress
+> 		- Vibration
+> 	- Load Path
+> 	- Element Loads
+> 	- Sizing Guidelines
+> 		- Overruled by lots of stuff
+> - Structures 2
+> 	- Design and Size the members
+> 	- Where all concepts come together and allow you to pick the perfectly sized member
+> 	- Number One Goal: Cheapest Section - To build the cheapest building posible, strong enough stiff enough stable
+
+> [!green]- Lecture
+> 
+> - Everything you need to know about structural engineering you already know
+> 	- Write down what you think the answer is in a corner, and compare with your answer to check your answers
+> - Limit State Design
+> 	- Factor the load, reduce the capacity
+> 		- Been Factored: Xf (Pf, Vf, Mf, Tf, Cf)
+> 			- P: Axial / Compression /Tension
+> 			- V: Shear
+> 			- M: Moment
+> 			- T: Torsion
+> 			- C: Connection???
+> 		- Been Reduced: Xr (Pr, Vr, Mr, Tr, Cr)
+> - Strength
+> 	- The amount of load a structure can sustain prior to failure (rupture, excessive permanent deformation, buckling)
+> 	- Is our building safe?
+> 	- Forces / Failures
+> 		- Compression
+> 		- Tension
+> 		- Shear
+> 		- Bending
+> 		- Torsion
+> 		- Connection
+> - Stiffness
+> 	- The amount of force required to make a structure deflect by some fixed increment
+> 	- Inversely proportional to flexibility, engineers talk about both
+> 		- Vertical
+> 		- Horizontal
+> 		- Rotational
+> 		- Soil
+> 		- Vibration
+> 	- Guidelines
+> 		- Comfort
+> 		- Preservation of Finishes
+> 		- Stability
+> 		- Drainage
+> 		- Interface with Building Elements (connection)
+> 	- Serviceability Guideline
+> 		- Cantilever L * 2 / 240
+> 		- Lateral
+> 			- Applies to both storey to storey height AND overall height
+> 			- Vibrations
+> 				- Continuous
+> 				- Transient Vibrations
+> 				- Amplified Vibrations (Resonance)
+> - Stability
+> 	- The state of being stable, or the opposite of unstable. Instability can be elastic, ponding, tipping or siding
+> 	- Where our instincts are the strongest
+> 		- Sliding
+> 		- Tipping
+> 		- Elastic
+> 			- P-delta check / Force over displacement check
+> 		- Ponding
+> 			- Actively check ponding when adding equipment on existing roofs
+> 		- No Load Path
+> 		- Buckling
+> 			- Overall
+> 			- Local Buckling
+> - SSS for every building, element, connection
 
 > [!abstract]- Assignment 01
 > **Question 1**
@@ -334,12 +332,17 @@ Lecture
 > Write your answers down somewhere and save them for when the answers are published next week. This is a thinking exercise, and sometimes it's not always obvious. The different answers may be Axial, Shear, Bending, Stiffness and Stability.
 > 
 > What type of failure do we experience as we take each step?
+> Stiffness
 > What type of failure occurs to paper, when we cut it with scissors?
+> Shear
 > What type of failure happens to the butter when you spread it on toast?
+> Shear
 > What type of failure occurs with each chew of chewing gum?
+> Axial
 > What type of failure do we experience when drywall cracks?
+> Stiffness
 > What type of failure happens when a ladder slides away from a building?
-
+> Stability
 
 ### Module 02 ARC1046 Review
 

diff --git a/content/People/Shannon Hilchie.md b/content/People/Shannon Hilchie.md
@@ -0,0 +1,31 @@
+---
+tags:
+  - people
+  - UTOR
+share: true
+---
+people_email:: [email protected]
+people_phone:: 
+people_year:: 2024
+people_birthyear:: 
+people_birthday:: 
+people_deathdate:: 
+
+people_firstname:: Shannon
+people_middlename:: 
+people_lastname:: Hilchie
+people_organization:: [[../../UTOR|UTOR]]; [[../../Fæt Lab|Fæt Lab]]
+people_department:: 
+people_title:: P.Eng; Assistant Professor
+
+parents:: 
+children:: 
+friends:: [[../../Dave Bowick|Dave Bowick]]
+
+![|100](https://media.licdn.com/dms/image/v2/C5603AQFobbiAexVB8g/profile-displayphoto-shrink_200_200/profile-displayphoto-shrink_200_200/0/1516253439490?e=1741824000&v=beta&t=kN-McbTdWU_llMFktzitzRqJJBQ4RhGpdF2LmAFYUGI)
+
+---
+
+Shannon studied Structural Engineering at Dalhousie University before spending ten years as a consultant at Blackwell Engineering. She then experienced engineering from a manufacturer's perspective at Cast Connex, working with cast steel connections, before starting her own consulting engineering firm, fætlab, which specializes in feature elements and component design.
+
+Shannon has worked on many exciting projects, such as York University Lassonde Engineering Building, Canadian Peace Bridge Plaza, University of Toronto Varsity Centre for High Performance Sports and the 30 College NCFS Longhouse. The common theme across all projects is the opportunity to interact with a selection of Canada’s best architects, fabricators, and general contractors.
diff --git a/content/Wiki/ComfyUI.md b/content/Wiki/ComfyUI.md
@@ -28,6 +28,7 @@ share: true
 | 342  | [**Image Resize for ComfyUI**](https://github.com/palant/image-resize-comfyui)                           |
 | 433  | [**ComfyUI Easy Use**](https://github.com/yolain/ComfyUI-Easy-Use)                                       |
 | 492  | [**Crystools**](https://github.com/crystian/ComfyUI-Crystools)                                           |
+| 904  | [**ComfyUI-==Flowty==-LDSR**](https://github.com/flowtyone/ComfyUI-Flowty-LDSR)                          |
 | 1014 | [**img2txt-comfyui-nodes**](https://github.com/christian-byrne/img2txt-comfyui-nodes)                    |
 | 1294 | [**x-flux-comfyui**](https://github.com/XLabs-AI/x-flux-comfyui)                                         |
 | 1304 | [**ControlAltAI Nodes**](https://github.com/gseth/ControlAltAI-Nodes)                                    |