Layered Realities_Ken Architecture_Zhu Sijia_SciArc_2015 Summer

layered realities| AS2416_01 | Summer 2015 | SCI-Arc | Robothouse | Curime Batliner | curime_batliner@sciarc.edu

layered realities

layered realities / Zhu Sijia -Bao Ye

layered realities| AS2416_01 | Summer 2015 | SCI-Arc | Robothouse | Curime Batliner | curime_batliner@sciarc.edu

0.0

layered realities

syllabus / setup

Our intention for this class is to experiment how different material, pattern, resolution, number of layers going to distort a single image or dynamic animition physically. The main material we are going to expriment is arcylic strip which has a lot of potential to bend, reflect, refraction light in order to distort image in different resolution.

The process is as below :

Real time digital-physical transformation Image

Digital

Interface

VVVV

Projector

Acrylic

Camera

Physical

layered realities / Zhu Sijia -Bao Ye

layered realities| AS2416_01 | Summer 2015 | SCI-Arc | Robothouse | Curime Batliner | curime_batliner@sciarc.edu

0.1

THE PIXELATE EFFECT OF DIFFERENT PATTERN PANELS BEND THE LIGHT

Different pattern bend light differently, such as strength of the light, blur.... and the most important effect-pixelate image

These pattern created base on the same resolution in order to compare with each other.

DIGITAL

REAL MODEL

layered realities / Zhu Sijia -Bao Ye

layered realities

layered realities| AS2416_01 | Summer 2015 | SCI-Arc | Robothouse | Curime Batliner | curime_batliner@sciarc.edu

0.2 A stable and consistant lighting environment can in sure all the test contain the same light factors.

real world constraints - calibration setup

light source projection

Transparent object

setup

layered realities / Zhu Sijia -Bao Ye

layered realities

layered realities| AS2416_01 | Summer 2015 | SCI-Arc | Robothouse | Curime Batliner | curime_batliner@sciarc.edu

0.3

layered realities light

light

Block light tape

Block on side from Acylic strip in order to get a secondary layer of information besides the original pattern each panel already have. light

light

Block light tape

Reflective material

Reflective material

? ? ? ? ? ? ? ? ? ? ? ?

layered realities / Zhu Sijia -Bao Ye

layered realities| AS2416_01 | Summer 2015 | SCI-Arc | Robothouse | Curime Batliner | curime_batliner@sciarc.edu

0.4

real world constraints - Pattern stacking / Light division

layered realities

Stacking panels of different patterns with robot arm and test with single panel different distance from light source and mutiple panel, different angel, or distance

layered realities / Zhu Sijia -Bao Ye

layered realities| AS2416_01 | Summer 2015 | SCI-Arc | Robothouse | Curime Batliner | curime_batliner@sciarc.edu

0.5

real world constraints - image quality, resolution

Developing wider range of patterns and panels

layered realities / Zhu Sijia -Bao Ye

layered realities

layered realities| AS2416_01 | Summer 2015 | SCI-Arc | Robothouse | Curime Batliner | curime_batliner@sciarc.edu

0.6

layered realities Resolution test base on the same size acrylic strip but different pattern. And control the strength of the light sourse on the same panel canvas

layered realities / Zhu Sijia -Bao Ye

layered realities| AS2416_01 | Summer 2015 | SCI-Arc | Robothouse | Curime Batliner | curime_batliner@sciarc.edu

0.7

layered realities Similar process however move forward from single pattern to multiple pattern combination

layered realities / Zhu Sijia -Bao Ye

layered realities| AS2416_01 | Summer 2015 | SCI-Arc | Robothouse | Curime Batliner | curime_batliner@sciarc.edu

1.0

layered realities

Base on the knowlege of the experiments before with single light sourse, moving forward by utilising projector replace the light. Start with projection a single image.

layered realities / Zhu Sijia -Bao Ye

layered realities| AS2416_01 | Summer 2015 | SCI-Arc | Robothouse | Curime Batliner | curime_batliner@sciarc.edu

1.1

layered realities

A single image projection base on the same pattern with different distance different angle and position. And generating different pattern and resolution on order to experiment.

layered realities / Zhu Sijia -Bao Ye

layered realities| AS2416_01 | Summer 2015 | SCI-Arc | Robothouse | Curime Batliner | curime_batliner@sciarc.edu

1.2

layered realities

A single image projection base on the same pattern with different distance different angle and position

layered realities / Zhu Sijia -Bao Ye

layered realities| AS2416_01 | Summer 2015 | SCI-Arc | Robothouse | Curime Batliner | curime_batliner@sciarc.edu

1.3

layered realities

Start to combine different pattern, solid, voild, transparent, translucent, Opaque, horizontal, vertical...

layered realities / Zhu Sijia -Bao Ye

layered realities| AS2416_01 | Summer 2015 | SCI-Arc | Robothouse | Curime Batliner | curime_batliner@sciarc.edu

1.4

layered realities

Start to combine different pattern, solid, voild, transparent, translucent, Opaque, horizontal, vertical...

layered realities / Zhu Sijia -Bao Ye

layered realities| AS2416_01 | Summer 2015 | SCI-Arc | Robothouse | Curime Batliner | curime_batliner@sciarc.edu

1.5

layered realities

create a complax pattern combination wall to project on. The difference between transparent arcylic strips and the strip which was block one side is interesting and create a different resolution

layered realities / Zhu Sijia -Bao Ye

layered realities| AS2416_01 | Summer 2015 | SCI-Arc | Robothouse | Curime Batliner | curime_batliner@sciarc.edu

2.0

layered realities

Panel to object / Image to animation Start to testing mapping the surface of the object and generate a color division pattern project on the transparent acrylic object in order to find out what kind of resolution we get after project though the object

layered realities / Zhu Sijia -Bao Ye

layered realities| AS2416_01 | Summer 2015 | SCI-Arc | Robothouse | Curime Batliner | curime_batliner@sciarc.edu

2.1

layered realities

Set up in robot house in order to cooperate projection, robot arm, position of object and firming paths

layered realities / Zhu Sijia -Bao Ye

layered realities| AS2416_01 | Summer 2015 | SCI-Arc | Robothouse | Curime Batliner | curime_batliner@sciarc.edu

3.1

layered realities

Object design --- a transparent figure cut though a cube which filled with different patterns from different sides.

layered realities / Zhu Sijia -Bao Ye

layered realities| AS2416_01 | Summer 2015 | SCI-Arc | Robothouse | Curime Batliner | curime_batliner@sciarc.edu

3.2

layered realities

Object design --- a more complax object which contain 3d printing (which represent the solid part) , transparent arcylic patterns and different side block arcylic patterns.

All the parts of the whole model -- different parts need different tech to produce.

layered realities / Zhu Sijia -Bao Ye

layered realities| AS2416_01 | Summer 2015 | SCI-Arc | Robothouse | Curime Batliner | curime_batliner@sciarc.edu

3.3

layered realities Facade parts explosion

layered realities / Zhu Sijia -Bao Ye

layered realities| AS2416_01 | Summer 2015 | SCI-Arc | Robothouse | Curime Batliner | curime_batliner@sciarc.edu

3.4

layered realities

Facade materiality comparison

layered realities / Zhu Sijia -Bao Ye

layered realities| AS2416_01 | Summer 2015 | SCI-Arc | Robothouse | Curime Batliner | curime_batliner@sciarc.edu

4.1

layered realities

Parts Building in terms of assembling

Mode building in order to generate the precise part

layered realities / Zhu Sijia -Bao Ye

layered realities| AS2416_01 | Summer 2015 | SCI-Arc | Robothouse | Curime Batliner | curime_batliner@sciarc.edu

4.2

layered realities

Parts Building in terms of assembling

Mode building in order to generate the precise part (3D print mode)

layered realities / Zhu Sijia -Bao Ye

layered realities| AS2416_01 | Summer 2015 | SCI-Arc | Robothouse | Curime Batliner | curime_batliner@sciarc.edu

4.3

layered realities

All the part ready to assemble

layered realities / Zhu Sijia -Bao Ye

layered realities| AS2416_01 | Summer 2015 | SCI-Arc | Robothouse | Curime Batliner | curime_batliner@sciarc.edu

4.4

layered realities Assembling process in workshop

layered realities / Zhu Sijia -Bao Ye

layered realities| AS2416_01 | Summer 2015 | SCI-Arc | Robothouse | Curime Batliner | curime_batliner@sciarc.edu

4.5

layered realities Assembling 3D print facade structure which allows arcylic parts grow from that

layered realities / Zhu Sijia -Bao Ye

layered realities| AS2416_01 | Summer 2015 | SCI-Arc | Robothouse | Curime Batliner | curime_batliner@sciarc.edu

5.0

layered realities

layered realities / Zhu Sijia -Bao Ye

layered realities| AS2416_01 | Summer 2015 | SCI-Arc | Robothouse | Curime Batliner | curime_batliner@sciarc.edu

5.1

layered realities Final object projection and firm shoting in robot house

layered realities / Zhu Sijia -Bao Ye

layered realities| AS2416_01 | Summer 2015 | SCI-Arc | Robothouse | Curime Batliner | curime_batliner@sciarc.edu

5.2

layered realities

layered realities / Zhu Sijia -Bao Ye

layered realities| AS2416_01 | Summer 2015 | SCI-Arc | Robothouse | Curime Batliner | curime_batliner@sciarc.edu

6.0

layered realities

Final projection --- Line work base on the solution of arcylic is projected on the soild 3D print part and dynamic line work animation project on the acrylic patterns which distort the animation dynamically

layered realities / Zhu Sijia -Bao Ye

layered realities| AS2416_01 | Summer 2015 | SCI-Arc | Robothouse | Curime Batliner | curime_batliner@sciarc.edu

6.1

layered realities

Final projection --- Line work base on the solution of arcylic is projected on the soild 3D print part and dynamic line work animation project on the acrylic patterns which distort the animation dynamically

layered realities / Zhu Sijia -Bao Ye

Interior Projection