Thursday 14 May 2020

Experiment 2: 5 Real Time Image Captures






Experiment 2: Lumion Environment Submission

Link to Lumion Environment in Google Drive 

https://drive.google.com/open?id=1ZJfVFUSVaMQrb7sRDt5vj_u_rkMNVgry

Experiment 2: SketchUp Model Submission

Link to SketchUp Model in Google Drive


Hashtags Used to find Model in 3D Warehouse 


#ARCH1101 #EXP2 #2020 #SarahWijenaike

Experiment 2: Theory

Architectural Theory

Movement in architecture is not only the literal motion of objects within a structure, but refers to the illusion of motion made by the architecture itself from a viewers perspective, as a result of its composition.

Reference:
Hardy, Adam. "The expression of movement in architecture." The Journal of Architecture 16, no.4 (2011): 471-497.

Experiment 2: Lumion Videos

Optional Overall Video of Model in Lumion

 

 
Moving Element 1

My first moving element is an automatically generated moving facade, where part of the 'Studio' building facade moves for the scene. Only parts of the facade open at a time (not the whole facade at once), and these opened parts can only be seen from certain angles depending on where you are amongst the building, thus reiterating my architectural theory of the illusion made depending on the viewers perspective. 

 


Moving Element 2

My second moving element is a spiral elevator, placed in the gallery. For a person in the elevator, everything around them would appear to be spinning, but to someone external to the elevator, they are the elevator and the people inside it are the only ones spinning. Thus, reiterating my architectural theory of movement as an illusion. 

Experiment 2: Textures

Rotational 

Linear


Scalar

Chosen Word 1: Illusion 

I chose this word as it refers to my theory of movement as an illusion. 

Chosen Word 2: Mechanical 


Chosen Word 3: Fluidity 



Experiment 2: Axonometric and Two-Point Perspective GIF

Axonometric GIF

Using 6 rectangular prisms, as required, I created a concept model of my model. 


Two-Point Perspective GIF


I then rotated the concept model 180 degrees, and created a two-point perspective diagram. 


Experiment 2: 3 Sketch Perspectives

3 One- Point Perspective Drawings 



Extra: Two-Point Perspective Drawing of Cross


'Cross' from SketchUp



Experiment 2: Week 4

Feedback



Experiment 2: Week 2

Precedent Model 


Koutalaki Ski Village by Danish architects, 'BIG'.



Planning and Sections

Koutalaki Ski Village Floor Plan.
Using a Sectional Plan to create a building to scale, with four levels.
Photoshopped image of Koutalaki Ski Village Buildings in UNSW context. 

Wednesday 18 March 2020

Precedent Models

These following models helped with the scheme of incorporating tessellations to form a curve: 
BMW Welt Munich. http://www.flickr.com/photos/28432918@N04/2924900046/

Mur Island by Vito Acconci, Graz. https://www.art-idea.com/mur-island/

Experiment 1: The Architecture

Perspective Images


Showroom perspective.
Below ground perspective - Trent Jansen workshop for 'Porosity' stool. 
Above ground perspective - Mountain & Moon workshop for 'PALAIS' Earring. 


Sectional Perspectives

Vertical Section



Perspective Section


Vertical Section

Week 3: Textures, Products and Video

Three textures used in model: 
Used on accents of triangular staircase below ground. 

Used beneath spiral staircase on ground floor. 

Used on ground floor shade panels. 

Two images that incorporate the designers work into their workshop. 

First image shows the Mountain & Moon 'PALAIS' Earring on an earring stand. The finished work is used as a model in the jewellery workshop, which is above ground. 

The second image shows the Trent Jansen stool from the 'Porosity' collection on display above a rectangular block with the finished product printed on its faces, whilst another prototype is left carelessly on the floor next to the podium. 

Jewellery from above ground workshop.

Stool from below ground workshop. 

The short video (giphy) below is an illustration of a part of the BMW Welt infrastructure, showing the texture of the model as a result of using tessellations to form a curve. 

https://giphy.com/gifs/kiZV527MNhiqA/html5


Saturday 14 March 2020

Experiment 1: The 18 Sketch Sections + 8 Stair Sections

The 18 Sketch Sections

Client 1

Adjective 1: Parabolic
Noun 1: Dome
Verb 1: Envelop

Client 2

Adjective 2: Prismatic
Noun 2: Asymmetry
Verb 2: Tapering

 Left Drawing: Adjective 1 - Parabolic                         Verb 2 - Tapering
 Left Drawing: Verb 2 -  Tapering                                 Adjective 1 - Parabolic

 Left Drawing: Verb 1 - Envelop                                  Adjective 2 - Prismatic
 Left Drawing: Adjective 2 - Prismatic                        Verb 1 - Envelop

 Left Drawing: Noun 1 - Dome                                   Adjective 2 - Prismatic
 Left Drawing: Adjective 2 -  Prismatic                      Noun 1 - Dome

 Left Drawing: Adjective 1 - Parabolic                      Noun 2 - Asymmetry
 Left Drawing: Noun 2 - Asymmetry                          Adjective 1 - Parabolic

 Left Drawing: Noun 1 - Dome                                   Verb 2 - Tapering
 Left Drawing: Verb 2 -  Tapering                               Noun 1 - Dome

 Left Drawing: Verb 1 - Envelop                                Noun 2 -  Asymmetry
 Left Drawing: Noun 2 - Asymmetry                          Verb 1 - Envelop

 Left Drawing: Noun 1 - Dome                                   Adjective 2 - Prismatic
 Left Drawing: Adjective 2 - Prismatic                       Noun 1 - Dome

 Left Drawing: Verb 1 - Envelop                                 Verb 2 - Tapering
 Left Drawing: Verb 2 - Tapering                                Verb 1 - Envelop

 Left Drawing: Adjective 1 - Parabolic                       Adjective 2 - Prismatic
 Left Drawing: Adjective 2 -  Prismatic                      Adjective 1 - Parabolic




The 8 Stair Sections


Upper Stair Set 1: Vertical Section
Upper Stair Set 1: Horizontal Section


Upper Stair Set 2: Vertical Section 
Upper Stair Set 2: Horizontal Section


Lower Stair Set 1: Vertical Section
Lower Stair Set 1: Horizontal Section


Lower Stair Set 2: Vertical SIDE Section
Lower Stair Set 2: Vertical FRONT Section