Tag Archives: patterns

Process: Final editing of pattern

Follow up from the first testing on Media Wall, we had another testing as well as photoshoot for our poster.

img_2215 img_8209_1

After reviewing, another round of editing had to be done to make the piece look better, and not too clashing.

Below are the updated and final version of the still images of Mutation, follow up from the previous posts.

mutation-final-still-01-small

  1. A subtle background included to create texture, using one of the cells obtained during my visit to EMB for research.

mutation-final-still-02-small

2. The patterns are edited to be more spherical or rounder compared to the previous ones which are more elliptical.

mutation-final-still-03-small

3. The size of the virus(es) are bigger to break the red.

MUTATION FINAL

4. The colour scheme for the virus(es) were chosen for contrast. The tone for the yellow used for the bigger virus is reduced so that it doesn’t clash with the red as red is supposed to be the center of attraction.

Test on Media Wall

Here are the images captured during the still image test on the media wall:

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img_1878

img_1879img_1876

With the test, I managed to see the scale and proportion of the still images. However, with the white gap between the top panel and the background, there is a need to increase the size slightly more than the size of the panel itself.

Additionally, the background looked rather flat and plain thus I thought of adding texture. Probably will make use of the slideshows I have collected during the visit to the Medicine Lab.

Process: Creating Motifs Part 5

Lately, I started on the motifs for the Virus that will cause the Mutation in the city. The motifs were created and/or designed the same way I did for the previous motifs: find an image of an interesting microscopic anatomy, trace on tracing paper, scan and then digitized and compiled them all together to form ONE virus.

The virus cells that I was inspired by can be seen below.

Virus #1: Structure of Virus

Virus #2: HIV

Virus #3: Structure of Polio Viruses

Virus #4: Ebola Virus

Then, I combined them to form into one motif:

virus-compiled-bw_1
The compiled virus in Black and White
virus-compiled_1
The combined motif in colours.

I had 2 versions of the motif in terms of colour to have a general outline vs how I intend for the virus motif to look like — clearly going towards the direction where my “healthy, normal, and non-virus” main motifs will soon change its “pure” colours to the spread of virus.

Apart from motifs, since the previous lesson where we were demo-ed on how to animate our banner in After Effects, I had thoughts mingling in my mind and thus decided to write it down:

new-doc-2_1

To be brief, I noted down how I think I want my animation to be — main motifs zoomed in or out, virus approaching main motifs, spreading of colour, etc.

When I had these thoughts, I was thinking of Star Wars — how their spaceships were floating in space, the movement of space when spaceship goes towards whirlpool galaxy(?).

Maybe these images will help to show you how I envisioned the background of my banner to be:

Source: http://www.paperhi.com/Toplist_Best_3061
Source: http://www.paperhi.com/Toplist_Best_3061
Source: http://starwars.wikia.com/wiki/Hyperspace/Legends
Source: http://starwars.wikia.com/wiki/Hyperspace/Legends
Source: http://starwars.wikia.com/wiki/Hyperspace/Legends
Source: http://starwars.wikia.com/wiki/Hyperspace/Legends
Source: https://www.wired.com/images_blogs/underwire/2013/02/parallax-hyperspace-stars2.jpg
Source: https://www.wired.com/images_blogs/underwire/2013/02/parallax-hyperspace-stars2.jpg

Process: Experimental Medicine Building

Recently, I head down to the Experimental Medicine Building, to use the resources that they have on human microscopic anatomy/structure.

First foremost, I was taught the fundamentals of using a microscope, and lastly the choosing of whichever samples that I would like to view on.

I was spoilt for choices with the many samples, however the technician was of great help. He sat beside my work desk and assisted me — he even play trial and error to view the different samples to get the pattern that I was looking for in our human anatomy.

I selected a few of the samples, and did a screenshot of what I studied:

Mammal Cerebellum

Human Spinal Cord

Human Scalp

Mammal Thyroid and Parathyroid Glands

Mammal Kidney

Human Lung

Human Skin, Non-pigmented

Mammal Artery and Vein

Human Skeletal Muscle

Mammal Compact Bone

Mammal Ovarian Follicles

Human Ovary, active phase

Human Tongue

Mammal Esophagus

Human Stratified Columnar Epithelium

Process: Creating Motifs Part 2

From hardcopy to softcopy

So from the previous post, I printed out selected images from a source that has data on human microscopic anatomy, traced those images, and lastly scanned them in. Not really at random, but I selected those images based on the type of patterns that I planned to incorporate into the entire motif — bones, cells, and connective and supportive tissues.

Softcopy

I did a few trial and error to vectorize the images that I scanned, and tried on getting a few motifs as a start. First thing first, I started by using each microscopic anatomy into its own motif by repetition within its own elements. I might say these trial motifs were headed towards the direction of symmetrical and geometrical patterns.

(Majority of the motifs are similar to the previous ones. Basically it shows the variations if I’d rather choose those motifs with intersecting lines in the middle or minimal intersection?)

Motif #1: the microscopic structure of our bone #1.

Source to be inserted ASAP
Source to be inserted ASAP

Motif #2: the microscopic structure of our bone #2.

Processed with VSCO with c1 preset

Motif #3: the microscopic structure of Connective and Supportive Tissue #1.

Source to be inserted ASAP
Kuehnel, Wolfgang. Color Atlas of Cytology, Histology, and Microscopic Anatomy. 4th ed. Germany: Thieme, 2003. PDF. Connective and Supportive Tissue, pg 119

Motif #4: the microscopic structure of Connective and Supportive Tissue #2.

Source to be inserted ASAP
Kuehnel, Wolfgang. Color Atlas of Cytology, Histology, and Microscopic Anatomy. 4th ed. Germany: Thieme, 2003. PDF. Connective and Supportive Tissue, pg 119

Motif #5: the microscopic structure of Connective and Supportive Tissue #3.

Source to be inserted ASAP
Kuehnel, Wolfgang. Color Atlas of Cytology, Histology, and Microscopic Anatomy. 4th ed. Germany: Thieme, 2003. PDF. Connective and Supportive Tissue, pg 117

Motif #6: the microscopic structure of cells

 Kuehnel, Wolfgang. Color Atlas of Cytology, Histology, and Microscopic Anatomy. 4th ed. Germany: Thieme, 2003. PDF. Cells, pg 15

Kuehnel, Wolfgang. Color Atlas of Cytology, Histology, and Microscopic Anatomy. 4th ed. Germany: Thieme, 2003. PDF. Cells, pg 15