1.1 Natural
1.1.3 + 1.1.4 Description of my taxonomy and 'autopsy' drawings_Thur., Sept. 6, 2007
Relative + Morphology + Growth
Tectonic Modules vs. Volumetric Modules
Word Morphology:
A. Lima Bean: Broadening Elevation + Rising Expansion
B. Tomato: Burrowing Elongation + Shearing Sprout
C. Coleus Leaf: Sinuous Protrusion + Blossoming Curvature
D. Lily Pollen: Parasitic Chain + Encompassing Grid
Families:
Organized my research into three families:
1. Tectonic
2. Module
3. Morphology
I described my “taxonomy naming ideology” through observations of growth and aesthetic tectonic qualities.
Logic:
Tectonic Module
Using my three planted seeds: Lima Bean, Tomato, and Coleus Leaf, I developed a logic relative to how these seeds began to morph, grow, and expand.
I observed SEM images of the surface, during growth, to discover
individual modules spreading throughout at a micro-scale.
My qualification of the module ranges from a single tectonic plate
[Tomato, lily pollen], to an individual alien growth [coleus leaf], or to the actual planted seed [lima bean].
In my ‘autopsy’ diagrams I create a complex module using the
Components of the modular growth. In a process of generations, by: augmenting, scaling, mirroring, copying, traversing, and altering. I begin to create a 2-dimensional field with stages of porosity and juxtapositions.
Goal:
“Skin + Bone”
In relation to my partners logic of “volumetric modules” I understand the terrain as a surface envelope containing volumetric geometry.
Mike and I came to the conclusion that there is a “skin + bone” logic witness throughout our research. Internally there is modular expansion, covered by a repetitive component skin.
Further Analysis:
Program to establish what begins to affect what?
Use of the scripting logic of when one unit reaches ultimatum, new set of rules begin?
Tectonic Modules vs. Volumetric Modules
Word Morphology:
A. Lima Bean: Broadening Elevation + Rising Expansion
B. Tomato: Burrowing Elongation + Shearing Sprout
C. Coleus Leaf: Sinuous Protrusion + Blossoming Curvature
D. Lily Pollen: Parasitic Chain + Encompassing Grid
Families:
Organized my research into three families:
1. Tectonic
2. Module
3. Morphology
I described my “taxonomy naming ideology” through observations of growth and aesthetic tectonic qualities.
Logic:
Tectonic Module
Using my three planted seeds: Lima Bean, Tomato, and Coleus Leaf, I developed a logic relative to how these seeds began to morph, grow, and expand.
I observed SEM images of the surface, during growth, to discover
individual modules spreading throughout at a micro-scale.
My qualification of the module ranges from a single tectonic plate
[Tomato, lily pollen], to an individual alien growth [coleus leaf], or to the actual planted seed [lima bean].
In my ‘autopsy’ diagrams I create a complex module using the
Components of the modular growth. In a process of generations, by: augmenting, scaling, mirroring, copying, traversing, and altering. I begin to create a 2-dimensional field with stages of porosity and juxtapositions.
Goal:
“Skin + Bone”
In relation to my partners logic of “volumetric modules” I understand the terrain as a surface envelope containing volumetric geometry.
Mike and I came to the conclusion that there is a “skin + bone” logic witness throughout our research. Internally there is modular expansion, covered by a repetitive component skin.
Further Analysis:
Program to establish what begins to affect what?
Use of the scripting logic of when one unit reaches ultimatum, new set of rules begin?
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