Final Product Analysis

Word: Asymmetry

The Final Product

Front

Side

Top

Material used Reason for choice of material
Clear transparent acrylic (Dominant)

 

Clear Blue acrylic (Dominant)

Since the coins will be separated into different categories, it would be more interesting and fascinating for the separation of the coins to be seen despite all the coins entering the piggy bank from the same entrance.

One side of the dominant has a blue acrylic used instead of a transparent one. The purpose of this is so to blend the SD together with the D. Also the SO is blue in colour, so it blends all of them together.

Clear Blue acrylic (Sub- Dominant) In the previous post, it is mentioned that from certain angles, the SO cannot be seen as it is blocked by the SD. In order to make all the SO, SD and D to be seen from all angles, the clear blue acrylic is used.

Blue is used because it is not too dark or too bright to take the attention away from the SO.

Blue Beads (Sub-Ordinate) Blue because I wanted it to seem to blend into the blue acrylic. The beads are also slightly shiny and reflective, giving it a texture and also ensuring that it is pretty eye catching.

Application 1: Piggy Bank

Basically the Piggy Bank would be able to separate the coins such as $1, $0.50 as well as $0.20 and $0.10 together.

Image Projection of Piggy Bank:

In addition to the above table,

Wooden Plank (for rolling coins and compartments) Wooden cause its stable and strong, and will be easier to carve out the size of the holes more accurately if not the coins will fall to the wrong places.

Allows the compartments to distinctly separated.

Rubber (cover up the holes at the base) Rubber is easy to remove and replace. It is also small and will not cause instability to the base of the object.

 

Possible improvements:

  • Make the SO movable such that it can remove part of the acrylic in case any coins were stuck at the slide
  • Make the wedge greater to prevent the coins from getting stuck

 

Application 2: Infinity Embedded Pool

The pool can be an infinity pool while being embedded within the ceilings or walls in a shopping mall or hotel and the transparent areas allows interaction between the people at different places.

Image Projection of the Infinity Embedded Pool:

Glass for panels of the pool Pool will be glass such that the ceiling of the mall and the base of the pool can coincide and people can interact as they swim. Also allows the swimmers to see the sky while the tanners can see both the swimmers and the sky.
Floats (SO) area and steps made of stainless steel Strong material that ensures that the floats will not be moving everywhere disrupting swimmers. Also cause Stainless steel is does not rush in the water.
Locker Room Area (SD) Enables people to be able to see the skies at the infinity pool despite being in the locker room. Also allows parents to see their children from the locker room to the pool area/entrance to ensure safety.

 

Improvements:

  • Diving area could be made more distinct and separated from the tanning area to ensure that the different groups of people can enjoy in case some people prefer peace and quiet
  • Tanning area needs to made safer.
  • May need another life guard nearer to the entrance of the pool to ensure safety and react more quickly to the swimmers.

 

This concludes my application for my Pandora Box Project 1 for 3D Foundation. 🙂

Short Reflection:

It was very interesting and fun because I got to make use of different materials and thought in a very real life context and scenario of materials required and used to built surrounding items. Hope you will like my idea and application!

 

 

 

Phase 1 and 2 (2D Analysis of Objects)

Phase 1 – assembling boxes to form objects
Word: Asymmetry

Object 1

Despite having the word Asymmetry, I tried to include counterbalance as well. Hence, both sides of the Dominant (D) has either a Sub-dominant (SD) or a Sub-Ordinate (SO).

Front

  • The shaded area at the SO will be added on
  • Whereas the SD will be shifted down to match the 1/3 mark of the D

Side

  • Similarly, the SD is shifted down to hit the 1/3 mark of the D

Top

  • SD will be shifted up to hit the 1/3 mark of D
  • SO will be added such that it hits the 1/3 mark if D

 

Object 2

For this object, it has 2 SD as there was no box small enough to create an SO. Instead, during phase 2, a lot of changes would be made to this Object in order to create an SO.

Front

  • SD 1 (smaller) is shifted outwards to the 1/3 mark of D
  • SD 2 (bigger) is shifted slightly more outwards to hit the 1/3 mark of SD1

Side

  • Shifting of SD 2 to 1/3 of SD 1

Top

  • Similarly, the SD 2 is moved such that it is at 1/3 of SD 1
  • SD 1 is already at the 1/3 mark of D

Object 3

For this object, the SO is very small and insignificant. Hence it will be made bigger and placed at a more strategic location for better observation.

Front

  • SO is very insignificant
  • SD is shifted from 1/3 of the

Side

Top

  • SD cannot be seen from the top view
Phase 2 – Using techniques (wedging, piercing and cradling)

I decided to choose objects 2 and 3 as they were the more challenging ones that required much more attention in changing the structure and hence I could possibly play with more of the techniques as well.

Object 2

I made changes using foam to allow Object 2 to have an SO. Then I used the technique of Wedging to incorporate the SD to the D using the SO.

Front

  • The SO is placed at the 1/3 mark of the D
  • Similarly, the SD is placed strategically at 2/3 mark of the D
  • Wedging technique is used

Side

  • The SO is placed at the 1/3 mark of the D

Top

1/3 mark of the D is used as a marking point for the SO

Object 3

For object 3, the SO has been placed at a new location to ensure that it can be seen easily. Furthermore, the object has been rotated as well in order to ensure that it does not topple over. The techniques used here are Cradling and Wedging.

Front 

  • SD uses the wedging technique while SO uses cradling technique

Side

  • However, if seen from the other side, the SO cannot be seen. Hence this requires some changes in the specific material used in order to allow all the D, SD and SO to be seen.

Top

  • Now all the D, SD and SO can be seen clearly.

 

With that I present to you the final model,

Front

Side

Top

(Applications and material usage of the final product, refer to the next post :))