1.0 *ABSTRACT*
IKATUN 105: 615624. 2004 - all rights reserved)
Copyright © IKATUN 2004 (ISSN 00419217)
1.1 /reimaginings/ is a research
project that aims to augment the Newtonian 7-Color Spectrum by developing
a more appropriate model for the digital age: rSPECTRUM
2.0. It has become apparent that the 7-C Spectrum and the color
models that evolved after Newton's discovery (RGB, HSB, CMYK, L*A*B,
et. al.) are inadequate for the contemporary practitioner in the arts
and sciences.
1.2 /reimaginings/ returns to the classical 7-C
Spectrum and its fundamental truths as the departure point for our
study. By applying various analytic-conceptual models [the NEWTONIAN
MODEL (Nem), the CHRONOLOGICAL
MODEL (Cm), the NODAL
MODEL (Nom), REENACTMENT
MODEL (Rm)], natural language processing
(IM conversations) and custom digital and telecommunication technologies
[notably, the Reimaginings Prism Engine 2004 RX (patent pending)],
rSpectrum 2.0 will be a more perfect
representation of the perceptual and conceptual phenomenon of color
in the current age of complexity and informatic dynamism. |
2.0 *RESEARCH*
2.1 /reimaginings/ is a research project conducted
by iKatun, an organization of transdisciplinary scientists and researchers. With the advent of new forms of
artistic expression through digital and telecommunications technologies,
it has become apparent that the seven-color spectrum, as discovered
by Isaac Newton in 1672, is an inadequate model for today's
serious practitioner in the arts and sciences.
2.2 The goal of the /reimaginings/ project is
to generate an accurate revision of Newton's Color Spectrum appropriate
to the current age of complexity and informatic dynamism. With the
classical seven-color spectrum serving as the departure point for
our study, we aim to augment this spectrum into a more perfect
representation of the perceptual and conceptual phenomenon of color
in the modern world.
2.3 While in all ways remaining committed to
the fundamental truths of the Newtonian seven-color spectrum, the
research team is interested in the augmentation and expansion of
these truths to the digital arena. To this end we developed analytic-conceptual
models [the NEWTONIAN
MODEL (Nem), the CHRONOLOGICAL
MODEL (Cm), the NODAL
MODEL (Nom), REENACTMENT MODEL (Rm)] and custom technologies [notably, the Reimaginings Prism Engine 2004 rX (patent pending)] in order to study the basic building
blocks of the color spectrum in this day and age: the instant messenging
conversation.
2.4 IM Conversations happen in a particular
space and time between two people. While they can be logged as *.TXT
files they cannot be re-enacted in all of their emotional, perceptual
and physical complexity. Our research shows that a thorough, prismatic analysis of the complex patterns of IM conversations is the key to yielding a more perfect color spectrum. We have demonstrated conclusively that all lines of IM conversation, regardless
of the IM client, can be mapped to one definitive color on Newton's
spectrum. However, this mapping model only describes them on a general level. Our prismatic analysis engine, RPE 2004 rX, yields consecutive generations of emergent color spectrums for the digital age, bringing us closer to our goal: rSpectrum
2.0.
2.5 Our preliminary findings indicate that it
is possible to reach our goal in six months at the given rate of
data collection and tabulation. As the project has grown, rSpectrum
2.0 has evolved into a more complete and robust color solution.
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3.0 *ANALYSIS OF PREVIOUS COLOR MODELS*
3.1 Since
Newton's time numerous attempts have been made to usher in a new
conceptual model for color usage. As these models departed radically
from Newton's 7-C framework, they were, ultimately, doomed to fail
in their quest for the perfect color spectrum. Using our custom
Objective Survey Ranking Rubric (tm) below, we demonstrate the shortcomings
of some of the most popular color models.
3.1.1 Emacs
Correlation of Emacs spectrum to rSpectrum 2.0(Ideal):
3/7 - "mediumly strong correlation"
Perfection Index (rXNCRel - Newtonian Correspondance
Relevancy): Not Perfect
Psycho-emotive Impact Ratio (rXPsychIDX - Inner emotional
state): Bad |
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3.1.2 RGB
Correlation
of RGB spectrum to rSpectrum 2.0(Ideal): 5/7 - "mediumly
weak correlation"
Perfection Index (rXNCRel - Newtonian Correspondance
Relevancy): Not Perfect
Psycho-emotive Impact Ratio (rXPsychIDX - Inner emotional
state): Bad |
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3.1.3 HSB
Correlation
of HSB spectrum to rSpectrum 2.0(Ideal): 5/7 - "mediumly
weak correlation"
Perfection Index (rXNCRel - Newtonian Correspondance
Relevancy): Not Perfect
Psycho-emotive Impact Ratio (rXPsychIDX - Inner emotional
state): Bad |
|
3.1.4 CMYK
Correlation of CMYK spectrum to rSpectrum 2.0(Ideal):
5/7 - "mediumly weak correlation"
Perfection Index (rXNCRel - Newtonian Correspondance
Relevancy): Not Perfect
Psycho-emotive Impact Ratio (rXPsychIDX - Inner emotional
state): Bad |
|
3.1.5 L*A*B
Correlation of L*A*B spectrum to rSpectrum 2.0(Ideal):
7/7 - "strongly weak correlation"
Perfection Index (rXNCRel - Newtonian Correspondance
Relevancy): Not Perfect
Psycho-emotive Impact Ratio (rXPsychIDX - Inner emotional
state): Bad |
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*PRELIMINARY RESULTS: rSPECTRUM 2.0*
CURRENT GENERATION: <%= metaData.spectrumGeneration %>
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4.0 *ANALYTIC/CONCEPTUAL MODELS*
4.1 The
NEWTONIAN MODEL (Nem)
is the basis of the /reimaginings/ project.
Here, the fundamental properties of color classification (roygbiv)
are used as the basis for grouping the Instant Messenging Conversations.
4.2 The CHRONOLOGICAL
MODEL (Cm) maps
color, language, and conversation
through the dimension of time, an important addition to the Newtonian
Model.
4.3 The NODAL
MODEL (Nom) Hyperlinking
meta-data to form nodal
rhizomes is one of the core computational functions of RPE 2004
rX.
4.4 The REENACTMENT
MODEL (Rm) provides
finer-grained, color-coded
insight onto the raw conversational data provided by human subjects.
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5.0 *TECHNOLOGY*
5.1 A project of this scope
needs immense computation resources in order to perform the required
calculations during human lifetimes. Realizing this, our team of
software and hardware architects built the Reimaginings Prism Engine 2004 RX (patent pending). The RPE 2004 RX is
a modern-day prism that scientifically breaks down IM conversations
into hyperlinked nodal rhizomes of color and meaning.
5.2 Building RPE 2004 Rx took over eight months of design and programming. We used the following technologies:
5.2.1 Java SDK 1.3.1 & 1.4.2
5.2.2 Flash MX
5.2.3 MySQL Database
5.2.4 FreeTTS - Java Speech Synthesizer
5.2.5 Apache Oro - Java Regular Expressions
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6.0 *IKATUN RESEARCH TEAM*
6.1 Pirun
6.2 Kanarinka
6.3 Yori Sakakura
6.4 James Bailey 6.5
Advisors: Shannon Coyle, Andrew Milk, David Raymond, Paul Reilly
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contact: reimaginings@ikatun.com |
7.0 *SUPPORT*
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