Sunday, March 27, 2011

Poster Refined Grid




TEXT

Solanum lycopersicum being the scientific name of a tomato is the experimental modeling object that is explored here. I became aware of the elegantly simple yet complex internals of this fruit when I was cutting them in wedges for a salad. The three primary elements that were explored were its core and shell, its membrane and its seeds. In this combination I expanded on the elements (inside a 3D parametric program) which produced some fascinating form and space.

An image of all three elements used in combination to produce what could be a conceptual futuristic thoroughfare within a city, the core and shell (forming walls on each side of the walkway), the membrane (semi transparent glass creating a ceiling) and the seeds (each a source of light). The concept is complimented by the surface of the walls which reflect the glass dome membrane (or ceiling) and seeds. This reflection creates a second iteration that could be seen as the inside surface texture of the tomato. The semi transparent membrane both compliments an actual tomato’s membrane and also helps accentuate the ‘seeds’ as they shine through and around.

These iterations present the discovery of a walkway, each segment membrane viewed from ‘ground level’ forms an aesthetic protective ceiling that when lit with light creates an imaginative walkthrough. The ceiling could be seen as the membrane protecting its seeds (or the humans faring through) and one feels naturally drawn to move through it with the eye.

The smaller iterations are both membrane and seed experimentations exaggerated within different concepts. For example, morphing the curvilinear form of the shell for each membrane segment created a very sharp and hazardous environment which does not reflect the essence of a tomato. Other iterations particularly the cubic seeds (bottom left) dominated the scene as the form loses some sense of flow and appears neither organic nor a representation of its inspirational origin. I felt the wire extrusion formed from a membrane offset was a very elegant discovery. The rib cage-like form creates a very organic iteration.





Saturday, March 26, 2011




Animation of Iteration




Iterations Continue


At this point I was concentrating on the tomato's organic membrane, manipulating the primary seed geometry and offsetting it to get a voluminous form. (Image: Screenshot from Rhino and colors inverted to define the form more clearly).

Wednesday, March 23, 2011

Poster Layout



It is in my opinion that images and text together do not match when one is displaying aesthetic work. The core layout idea is to seperate the text and images as further away from each other as possible. The poster could have a primary (1 image) secondary (4 images) and smaller (7 images) of iteration variants. This breaks up the overall distinction and does force all the images to compete with one another for attention. Division is calculated along a grided surface.

Iterations - Development




I found it interesting that with a quick change in iteration the image turns into a snake scale like display.

Tuesday, March 22, 2011

Research - Seeds




References

Fotolia - http://en.fotolia.com/id/6052644

Iterations - Experimentations


Research - Strawberry Crossbreed


What appears to be a Strawberry-Tomato image below was an interesting find as the inside of the tomato has quite and elegant concave surface.

This tomato was accidently discovered in Dean Wilson's property, and what seems to be a cross breed of a tomato plant and strawberry plant.



Another case was mentioned here and the contrast more definable.


Reference:

Coast Gap from The (Galesburg) Register-Mail - http://www.coastgab.com/index.php?topic=1985.0

The Sun News - http://www.thesun.co.uk/sol/homepage/news/article1682600.ece

Wednesday, March 9, 2011

The Initial Step

The internal shape is a stretched spiral and could be divided up by a series of 12 external protruding shapes

Membrane Shape


I find the internal membrane of a quartered tomato quite elegant in its simplicity. The outer shell however is not my focus for now.

3 Ideas for Experimental Modelling

A perfect example of fractals and nature. The complexity can be narrowed down to one segment of a leaf duplicated and proportioned along a branch.


A chaotic display of spikes protruding from its source,



A sliced tomato shows an internal spiral inside its membrane