23/9/2024--14/10/2024 (W1-W4)
LIU YITONG (0370907)
Advanced Typography / Bachelor of Design (Hons) in Creative Media / Taylor's University
Exercise
TABLE OF CONTENT
AdTypo_1_Typographic Systems
According to Elam,2007, there are eight major variations with an infinite
number ofpermutations.These eight major variations are as follows:
Fig.1.0 Examples (source: type 365)
· Axial System: all elements are organised to the left or right of a
single axis.
· Radial System: All elements are extended from a point of focus.
(Even though it is random, there is a method in the chaos of creation in the
page.)
· Random System: Elements appear to have no specific patter or relationship.
· Grid System: A system olvertical and horizontal divisions.
Layout Version 1:
· For the window font, Mr. Vinod suggested that I add some detail
lines inside the font to make it look more like a glass window.
· Transitional System: An informalsystem of layered banding.
· Modular System:A series ofnon-obiective elements that
areconstructed in as a standardised units.
· Biateral System: All lext isaranged symmetricaly on asingle
axis.
AdTypo_2_Typographic Composition
· Principles of Design Composition
Emphasis, isolation, repetition, symmetry/asymmetry, alignment, and
perspective are explored, with a focus on how these principles apply to
typographic layouts.
Fig.1.1 Example of the rule of third
· The Rule of Thirds
A photographic guide to composition, dividing space into three columns
and rows, with intersecting points as focal areas.
· Typographic Systems
Discusses eight typographic systems, with a particular emphasis on the Grid
System.
Fig.1.2 Example of Form and Movement
· Environmental Grid and Form & Movement
These alternative systems organize typographic design based on environmental
elements and use grid systems to create dynamic compositions across multiple
pages or screens.
AdTypo_3_Context&Creativity
· Handwriting's Influence on Typography
The document explains how the first mechanically produced letterforms
mimicked handwriting, which served as a foundation for type design,
spacing, and conventions. Tools and materials such as bones, brushes, and
reeds influenced the forms of early handwritten scripts.
Fig 1.3 Evolution of the Latin Alphabet
Fig 1.4 Ancient Egypt Hieroglyphics Chart
· Historical Writing Systems
It traces the development of writing systems such as:
Cuneiform (3000 BCE): Early pictogram-based script.
Hieroglyphics (Egypt): A mix of rebus and phonetic characters that
contributed to later alphabetic systems.
Greek and Roman Letterforms: The evolution from freehand Greek
scripts to the Roman inscriptional letters, which greatly influenced later
Western typography.
· Key Scripts Through Time
Roman Uncials: A rounded script that became faster to write.
Carolingian Minuscule: Standardized writing used across Europe,
serving as the basis for modern lowercase Roman type.
Blackletter (Gothic era): A dense, vertical script reflecting
Gothic aesthetics.
· Movable Type
Discusses how movable type originated in Asia, with notable advancements
in Korea before being introduced to Europe (Gutenberg).
· Cultural Influence
The document highlights how Western colonization and academic biases often
erased or ignored the contributions of African and Asian civilizations to
writing and typography. It emphasizes the importance of acknowledging
these influences.
· Eastern Typography and Scripts
A significant portion focuses on the history and evolution of scripts in
Southeast Asia, India, and the Middle East, detailing the development of
writing systems like Brahmi, Pallava, and Jawi. It notes how modern
technology, through digitalization, has helped revive and preserve these
scripts.
· Modern Vernacular Movements
The document concludes by discussing current efforts to digitize and
promote vernacular scripts through initiatives like Muthu Nedumaran’s work
in Malaysia and organizations in India. It stresses the importance of
creativity grounded in local history and culture.
AdTypo_4_Designing Type
In this lecture video, Mr Vinod taught us about the process of designing
type. The process of Adrian Frutiger, Matthew Carter, Edward Johnstan
creating thier typefaces.
Designing typefaces because type design carries a social
responsibility so one must continue to improve it's legibility. Type
design is a form of artistic expression.
· General Process of Type Design:
1.Research
When creating type, we should understand type history, type anatomyand type
conventions. We should also know terminologies, side-bearing, metrics,
hinting.
2. Sketching
Some designers sketch their typeface using the traditional tool set(brushes/
pens, ink and paper) then scan them for the purpose
ofdigitization. Some desiqners sketch their typeface using digital tool
sets, such asWacom directly into a font design software.
3.Digitization
There are professional software that are used in the digitization
oftypefaces, amongst the leading software are: FontLab and GlyphsApp.
Attention should not only be given to the whole form at this stage butalso
to the counter form. The readability of the typeface is heavilydependent on
it.
4. Testing
Depending on the typeface category (display type/text typ) thereadability
and legibility of the the typeface becomes an importantconsideration.However
it is not as crucial if the typeface is a displaytype, where expression of
the form takes a little more precedence.
5.Deploy
Even after deploying a completed typeface there are always teethingproblems
that did not come to the fore during the prototyping andtesting phases.
Thus, the task of revision doesn't end upondeployment.
· Typeface Construction:
Fig 1.5 Top: Construction grid for the Roman
Capital using 8 x 8 cells.
Using grids (with circular forms) can facilitate the constructionof a
letterforms and is a possible method to build/create/designyour letterform.
· Construction and considerations:
Fig 1.6 Classification according to form and construction
Depending on their form and construction, the 26 characters of the alphabet
can be arranged into groups, whereby a distinction is made between a group
for the capitals and a group for lowercaseletters.
· Construction and considerations
Many different forms and constructions must be taken into accountwhen
designing a new type. An important visual correction is theextrusion of
curved (and protruding) forms past the baseline and capline. This also
applies to vertical alignment between curved andstraight forms.
In this task, we'll design eight different layouts, each representing one of the eight typographic systems. This task should be completed exclusively using Adobe InDesign, with a page size of 200 x 200mm. We are allowed to use one more colour in addition to black. Graphical elements like lines and dots can be included but should be used.
Layout Version 1:
Below was the first version of the layout design with the 8 typographic
system applied.
Fig.2.0 Bilateral System, Week 1 (Version 1)
Fig.2.1 Radial System1,2, Week 1 (Version 1)
Fig.2.2 Radial System3, Week 1 (Version 1)
Fig.2.3 Dilatational System, Week 1 (Version 1)
Fig.2.5 Grid System, Week 1 (Version 1)
Fig.2.6 Axial System, Week 1 (Version 1)
Fig.2.7 Transitional System, Week 1 (Version 1)
Fig.2.8 Random System, Week 1 (Version 1)
After feedback I need to improve the design of the Dilatational System, my
design didn't quite fit the definition. For a Grid System, you need to make
sure it's in the grid.
After modification, I decided to use the following layouts as the final
layout version.
Fig.2.9 Radial System, Week 2 (Final Version)
Fig.2.10 Module System, Week 2 (Final Version)
Fig.2.11 Grid System, Week 2 (Final Version)
Fig.2.12 Axial System, Week 2 (Final Version)
Fig.2.13 Bilateral System, Week 2 (Final Version)
Fig.2.14 Random System, Week 2 (Final Version)
Fig.2.15 Transition System, Week 2 (Final Version)
Fig.2.16 Dilatational System, Week 2 (Final Version)
Typographic System Layout Design without grid, Week 2 (Final Version PDF)
Typographic System Layout Design with grid, Week 2 (Final Version PDF)
The second task is about font design, we need to search for some images with
artificial or natural objects. Based on the image we find, we need to
extract the underlying form from the image for font design.
I thought the texture of the glass window and the shape of the clouds were
very interesting, so I searched for both images at the same time.
Fig.2.17 The image found on Pinterest, Week 2
Fig.2.18 The image found on Pinterest, Week 2
Fig.2.19 Refinement Process 1, Week 3
Fig.2.20 Refinement Process 2, Week 3
In the class, Mr. Vinod thought that my design as a whole was OK, but some
small improvements could be made, which he demonstrated.
· For cloud fonts, if you add some lines and retain some of the
original outline can make it look more cloudy.
Fig.2.22 Adjustment 2, Week 3
Final Outcome of Part 1
Image and Extraction, Week 3
Original extraction (top) and final letterform (bottom) comparison, Week 3
Exercise 2 — Type & Play Part 2
My font comes from the glass window, so I wanted to find a similar picture
to use as my poster background.
Fig 2.23 Collected images, Week 4
In order to make the font look like glass, I textured it and added glass
texture.
Fig.2.24 texturing, Week 4
For the other image I wanted to add glass texture and 3D processing to make
it look more three-dimensional.
Fig.2.25 Poster Layout 1,2, Week 4
After Mr. Vinod's feedback, in order to make it more authentic, I added the
logo of Universal and the list of the production team. But TAYLOR's DESIGN
PRODUCER and LIU YITONG DIRECTION at the top don't look so good. TAYLOR's
DESIGN PRODUCER is the same word that should go together, so I made some
improvements to make it look better.
Final Outcome of Part 2
Fig.2.26 Finalized Poster, Week 4
Fig.2.27 Finalized Poster (PDF), Week 4
Week 1 - Exercise 1: Typographic Systems
General feedback: In the first class, Mr. Vinod explained the rules
of the advanced typesetting class and gave us a briefing for the first
exercise.
· We should update Task process work (research + process).The feedback
needs to be completed during class time, and further reading and reflection
should be updated weekly.
Specific feedback: Sketch In Adobe In Design according to eight
typesetting systems, put in the same image and upload.
Week 2 - Exercise 1: Typographic Systems
General feedback: We were given an important brief for the next
exercise 2.
We will be asked to select an image of a man-made object (chair, glass,
etc.) or structures (buildings), or something from nature.
The process of font modification should be provided at the time of
submission.
Specific feedback: For Exercise1 to need to improve the design
of the Dilatational System, my design didn't quite fit the definition. For a
Grid System, you need to make sure it's in the grid.
Week 3 - Exercise 2:Finding Type part1
General feedback: In this lesson, Mr. Vinod guides us through
the progress of the Exercise2 and gives a brief description of the tasks
that need to be completed in the coming week.
Specific feedback: 1. For cloud fonts, if you add some lines and
retain some of the original outline can make it look more cloudy.
2. For the window font, Mr. Vinod suggested that I add some detail lines
inside the font to make it look more like a glass window.(Note that the
width of the letter strokes should be consistent.)
Week 4 - Exercise 2:Finding Type part2
General feedback: In week 4, we were given an important brief
for the next task 2.
We need to create a logo with our own name, and it needs to be consistent
and legible enough. Pay attention to the white space, do not appear empty or
crowded. To get started, I need to create a mood board, collect my favorite
word markers, and set the direction of color style and so on.
Specific feedback: 1. TAYLOR's DESIGN PRODUCER and LIU YITONG
DIRECTION at the top don't look so good. TAYLOR's DESIGN PRODUCER is the
same word that should go together.
2.At the bottom of the list do not take up too much area of the poster.
Experiences
Both exercises provide an exciting challenge in different ways. In Exercise
1: Typesetting Systems, I explored eight different typesetting structures,
and this exercise prompted me to think critically about how typesetting for
the same content can be communicated in different ways. Some systems, such
as Axial and Grid, are more structured and easy to manage, while others,
such as Random and Dilational, are more abstract and difficult to control.
but for me, this part of the design is a little too conservative.
In Exercise 2:Finding Type, I was asked to extract letters from a real
object. I chose clouds and glass Windows, which were fun and prompted me to
look at everyday objects as potential sources of typography and exercise my
typography skills.
Observations
In both of these exercises, I noticed that typographic design relies heavily
on layers and balance, even when using the smallest elements or abstract
shapes. The Nonobiective Elements in Exercise 1 are essential for guiding
the viewer's eye and creating focus, but it must also be used sparingly to
maintain visual consistency.
In Exercise 2, the texture of the glass window adds an extra layer of beauty
to the font, as I can extract usable shapes from the image itself. Both of
these exercises taught me that typography is not only about the fonts
themselves, but also about the context, environment, and composition in
which they are placed.
Findings
From Exercise 1, I learned that each typesetting system has its own unique
logic. Some systems (like Bilateral and Grid) require precise alignment
and sequencing, while others (like Random and Dilational) offer more
freedom for creative exploration .I've also found that Nonobiective
Elements play a vital role in highlighting certain parts of a design and
creating contrast, but it needs to be applied thoughtfully to avoid
missing the point.
In Exercise 2, I found that abstract letter forms can emerge from
unexpected sources, and textures and deformations can enhance rather than
hinder typographic design. This exercise made me understand that fonts
contain object elements, which can convey their meaning more effectively.
Fig.5.0 Typographic Systems by Kimberly Elam (2007)
Nonobiective Elements
Using nonobjective elements sharpens and articulates thecomposition. Just as
typography is functional in the communication of a message, the nonobjective
elements enhance thefunctions ofemphasis, organization, and balance.
Fig.5.1 Three Nonobiective Elements
· Rule Series
Alteringthe length of the rules creates astrong diagonal. Changes in rule
weight create a hierarchy by guiding the eye to the largest volumeof
black.
· Circle Series
The circle can act as a nonobjective point or as an element thatcreates
hierarchy.The examplesshow ways in which the circledraws the eye to a
single word,making that word the first read in the composition.
· Tone Series
The simple use of tone can dramatically alter the hierarchy of a message.
The eye is drawn to the largest volume of black on a white background or the
largest volumeof white on a black background.
Random System
When lines of text are on the horizontal it is almost impossible to achieve
a random effect. Any single directionhorizontal, vertical, or
diagonal-indicates a sense of order andintention.
Fig.5.2 Examples
· Type only
· Nonobiective Elements
The introduction of nonobjective elements can enhance random compositions
through diversity of shape.These elements need to appear asuncons trained as
the text in their formand placement.Occasionally, a nonobjective element can
modify a word orline and improve communication in achaotic environment.
· Shaped background
These backgrounds employ the same random angles as the type and become a
counterpoint to the lines of text.
· Repetition
One of the traits of the random systemis repetition, and excessive
repetitionof type elements in pursuit of an in.
(Another strategy that preserves communication, employed in the composition
opposite on the bottom, is the enlarged repetition of the message,enhanced
with color change and theuse of uppercase text.)
Transitional system
The transitional system of visual organization is an informal system of
layered and shifted banding. The lines of type are free flowing and the
textures they create assist in ordering the message.
Fig.5.3 Examples
· Movement
· Change in Directiom
· Diagonal Direction
· Nonobiective Elements
· Visual language


















































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