Advanced Typography / Task 1

30/08/2023 - 14/09/2023 / Week 1 - Week 3
Iman binti Kamarudin / 0364014
Advanced Typography / Bachelors in Design (Hons) in Creative Media
Task 1: Exercises 1 & 2


LECTURE

Week 1: During Week 1, we mainly went over the first task and tried to adjust working with Microsoft Teams. We looked at previous student's works and then watched a few lecture videos. Afterwards, we attempted to create a layout for the axial design just to test our knowledge.


AdTypo_1_Typographic Systems

Typographic Systems
Typographic systems are a grouping of designs that provide a sense of purpose that focuses and directs the decision-making. Typographical organisation is complex since elements are dependent on communication in order to function.

Understanding the systems allows designers to break free from a rigid grid system and allows more fluid means to create typographic messages


Axial: elements are organised to the left or right of a single axis, axis can be straight or bent

Fig 1.1 - Axial System

Radial: elements are extended from a point of focus

Fig 1.2 - Radial System

Dilatational: elements expand from a central point in a circular fashion, can have multiple rings

Fig 1.3 - Dilatational System

Random: elements appear to have no specific pattern or relationship, there is a method to the chaos

Fig 1.4 - Random System

Grid: vertical and horizontal divisions

Fig 1.5 - Grid System

Transitional: informal system of layered banding

Fig 1.6 - Transitional System

Modular: series of non-objective elements that are constructed in standardised units

Fig 1.7 - Modular System

Bilateral: all text arranged symmetrically in a single axis

Fig 1.8 - Bilateral System


Week 2: In week 2, we had a feedback session. We were also still trying very hard to work with Microsoft Teams. After feedback, we were briefed on our second exercise as well as the competition and looked through a few of the previous student's work to see exactly how the process was for them and what we would need to create by next week.


AdTypo_2_Typographic Composition

The Rule of Thirds
Photographic guide to composition where the canvas is divided into three colomns and rows. Points of interests are placed on the intersecting lines. Realistically, nobody would use the rule of thirds when there are better options.

Typographic Systems
Post-Modernist Era: chaotic, random and asymmetrical typographical explorations. They were usually difficult to read in order to compensate however the ideal is to combine the two seamlessly.

Fig 2.1 - Paula Scher, Jonathan Barnbrook and David Carson

Environmental Grid
Information is organised around an existing structure or numerous structures. 

Fig 2.2 - Environmental Grid Example

Form and Movement
Based on the exploration of the existing grid system to remove the seriousness surrounding the application of said system.
The placement of a form on a page, over many pages creates movement.

Fig 2.3 - Form and Movement Examples


Week 3: During class we had a feedback session on our Exercise 2 and then were tasked to create a poster using the letterforms we made. Afterwards, we were briefed on our second task and looked at how the previous students did. We were instructed to start brainstorming and sketching out our wordmark.


AdTypo_3_Context and Creativity

Why Is Handwriting Important?
Mechanical type is based on the form, spacing and conventions of handwriting. The variety of shapes and lines of hand drawn letterforms are influenced by the tools and materials used to make them.

Hieroglyphics
2613–2160 B.C.E.

The Egyptian writing systems are a mixture of rebus and phonetic characters. Hieroglyphic images has the potential to be used in 3 different ways:

1. As ideograms (to represent the things they actually depict.)

2. As determinatives (to indicate the general idea of the word.)

3. As phonograms (to represent sounds that "spell out" individual words.)

Cuneiform
c. 3000 B.C.E.
The earliest system of writing, written from left to right. Its distinctive form was the result of pressing the blunt end of a reed into wet clay tablets. The cuneiform characters evolved from pictograms. 

Fig 3.1 - Hieroglyphics

Early Greek 
5th C. B.C.E.
The Phoenicians developed a phonetic alphabet consisting of 22 letters that were then adopted by the Greeks who added vowels. Early Greek was comprised of only capital letters and was often read in a format known as boustrophedon.

Fig 3.2 - Early Greek Letters

Roman Uncials
4th C.
Roman letters were becoming more rounded, the curved form allowed for less strokes and could be written faster

Fig 3.3 - Roman Uncial

English Half Uncials
8th C.
In England the uncial evolved into a more slanted and condensed form.

Fig 3.4 - Half Uncial

Emperor Charlemagne
8 C. CE
After the fall of the Roman Empire, the end of a central advanced culture resulted in general illiteracy and a breakdown of handwriting into diverse regional styles.

Carolingian Minuscule
During Charlemagne's rule, language was standardized and a new script emerged, the Carolingian minuscule. 

The Carolingian minuscule, was used for all legal and literary works to unify communication between the various regions of the expanding European empire. It became the pattern for the Humanistic writing of the 15th century.

Fig 3.5 - Carolingian Miniscule

Fig 3.6 - Carolingian Miniscule Close Up

Black Letter
12-15 C. CE
The term Gothic originated with the Italians who used it to refer to rude or barbaric cultures north of the Italian Alps. 

Blackletter is characterized by tight spacing and condensed lettering. Evenly spaced verticals dominated the letterform and the condensed line and letter spacing reduced the costs of book production. 

Fig 3.7 - Black Letter

The Italian Renaissance
The renaissance of ancient Greek and Roman culture kick-started a creative wave through Italian art, architecture, literature and letter form design.

Humanist named the newly rediscovered letterforms Antica. The renaissance analysis of form was directed toward letterform which resulted in a more perfect or rationalized letter.

Fig 3.8 - Antica

Movable Type
11 C.—14 C. 
China had attempted use movable type for printing but was unsuccessful due in part to the number of characters and the material used (clay).
However, in late 14 C. the Koreans establish a foundry to cast movable type in bronze which allowed the dismantling and resetting of text.

Fig 3.9 - Korean Movable Type

Fig 3.10 - Movable Type Illustration



INSTRUCTIONS


Task 1 - Exercise 1: Finding Type

In class, we worked on creating an axial system to test our understanding. 

Fig 4.1 - Axial Progression 1

After class, I felt unsatisfied with my axial system and so I decided to go back and start from scratch and create a simpler layout. I'm a lot happier with how it turned out, especially with using multiple typefaces for the title, I feel like it really fits the vibe.

Fig 4.2 - Axial Progression 2

Fig 4.3 - Final Axial System

When it came to the radial system, I was having a rough time figuring out how to pivot the text around a point (for some reason I forgot about the Type on Path tool;;). I ended up putting it off and worked on the other systems first just to get a better grasp on InDesign.

Fig 4.4 - Radial Behind The Scenes

Fig 4.5 - Radial Progression
 
Once I finally finished all the other systems I had to confront the radial system once again and I felt a lot more confident. My idea with this was to make it seem like a burst of light shot out of the point and the text was like a light ray. I made each 'ray' different widths so nothing looked repetitive and also coloured a few of them white to make it a bit more consistent with the other systems.

Fig 4.6 - Final Radial System


Fig 4.7 - Dilatation Behind The Scenes

For the dilatational system I wanted each circle to sort of flow into the other and I ended up with this! It felt a bit empty in some areas though so I ended up making bigger background circles to fill it up. I also copy and pasted the text from the axial system and coloured it green to bring back more contrast and consistency.

Fig 4.8 - Dilatational Progression

Fig 4.9 - Final Dilatational System

Working on the random system tired me out a lot since I wasn't sure how to...make it seem random but good? All I knew was that I wanted the text to occupy as much space as possible without making it seem too claustrophobic. I played around with a lot of fonts and changing the fill colours and strokes.

Fig 4.10 - Random Behind The Scenes

Fig 4.11 - Random Progression

Fig 4.12 - Final Random System

The grid system was a bit troublesome to do since I didn't personally enjoy working with the guides. I ended up flooding the background with black to fill in the empty spaces and make it seem a bit more intentional. I also added in a few lines to frame the text.

Fig 4.13 - Grid Behind The Scenes

Fig 4.14 - Grid Progression

Fig 4.15 - Final Grid System

There's not a lot to say about my process with the transitional system, I just ended up placing everything with a slight tilt for variation and overlapped a lot of the text boxes. I ended up drawing a few lines to fill up some of the empty space and tie it into the rest of the systems.

Fig 4.16 - Transitional Behind The Scenes

Fig 4.17 - Transitional Progression

Fig 4.18 - Final Transitional System

When I first worked on the modular system I struggled a little (mainly because I..definitely did the guides wrong) but in the end I ended up with something I liked. Although, it is very simple since I didn't think re-using the same title typeface layout would have fit and I wanted it to be more basic.

Fig 4.19 - Modular Behind The Scenes (the boxes are wrong in these ;;)

Just like the grid system, I ended up filling in the background with black just to get rid of the empty white space and also now it doesn't make the grid too out of place.

Fig 4.20 - Modular Progression

Fig 4.21 - Final Modular System

I made the bilateral layout first before I tried doing a multilateral system like previous students and I preferred it better. However, Mr. Vinod said to stick to bilateral so I ended up using my first iteration for the actual final system.

Fig 4.22 - Bilateral Progression

Fig 4.23 - Final Bilateral System

Finally, here are my final typographic systems. However, after the feedback session I altered a few of them (and also redid the guides for a couple).

Fig 4.24 - Final Typographic Systems Attempts

After feedback, these are the updated and final typographic systems.

Final Systems without Guides

Fig 5.1 - Final Axial System w/o Guides JPEG

Fig 5.2 - Final Radial System w/o Guides JPEG

Fig 5.3 - Final Dilatational System w/o Guides JPEG

Fig 5.4 - Final Random System w/o Guides JPEG

Fig 5.5 - Final Grid System w/o Guides JPEG

Fig 5.6 - Final Transitional System w/o Guides JPEG

Fig 5.7 - Final Modular System w/o Guides JPEG

Fig 5.8 - Final Bilateral System w/o Guides JPEG

Fig 5.9 - Final Typographic Systems w/o Guides PDF


Final Systems with Guides

Fig 5.10 - Final Axial System w/ Guides

Fig 5.11 - Final Dilatational System w/ Guides

Fig 5.12 - Final Modular System w/ Guides

Fig 5.13 - Final Random System w/ Guides

Fig 5.14 - Final Grid System w/ Guides

Fig 5.15 - Final Bilateral System w/ Guides

Fig 5.16 - Final Radial System w/ Guides

Fig 5.17 - Final Transitional System w/ Guides

Fig 5.18 - Final Typographic Systems w/ Guides PDF


Task 1 - Exercise 2: Type & Play

Fig 6. - Reference Image

Fig 6.1 - Outline Extracted Letterforms

Fig 6.2 - Solid Extracted Letterforms

Fig 6.3 - Reference Font and Extracted Letterform on Baseline


I went around and looked for a few fonts that had some characteristics that I liked and wanted to maybe include in my letterforms.

Fig 6.4 - Light Italic Boska Font

Fig 6.5 - Boska Font

I started to refine the extracted letterforms by placing my reference font behind as a guide to get the right angle and width that I wanted. The guides were placed according to the reference font as:

- Descender: -226 px
- X-height: 500 px
- Cap height: 697 px
- Ascender: 741 px

Fig 6.6 - Beginning Refinement

From there I just started simplifying the letters and also looked back often to the original to see what characteristics I wanted to keep and emphasise. At first I tried making the 'b' the same height as the 'a' and 'e' to see if it would look a bit more consistent however I ended up lowering it. I kept the diagonal line of the 'f' from the original extracted letterform and rounded it off with a sort of 'waterdrop' like shape.

Fig 6.7 - Refinement Attempt #1

In this attempt I turned the 'waterdrop' to face inside and widened the top of the 'f' to look a bit more like the original. I removed the round shape inside the 'a' and thinned out the top and bottom horizontal lines of the bowl. I tried copying the top half of the 'b' to the 'l' and added a serif to the left of the main stroke. I also tried to angle the 'e' to look more italic and narrowed it.

Fig 6.8 - Refinement Attempt #2

I then decided to get rid of the diagonal stroke of the 'f' and make it horizontal instead because I felt like it looked out of place with the other letters. I also tried to widen the stroke of the bowl of the 'b'. Additionally, I changed the serif of the 'a' to match with the 'b' and reverted back to the original refined 'l'. I also changed the finial of the 'e' to match the arm of the 'l'

Fig 6.9 - Refinement Attempt #3

Here, I decided to lower the horizontal line of the 'f' and also thinned out the top and bottom half of the 'b' bowl and widened the horizontal stroke. I also added a serif to the left of the 'l' to match the 'b'.

Fig 6.10 - Refinement Attempt #4

In this attempt,  I changed the terminal of the 'a' to match the finial of the 'e'.

Fig 6.11 - Refinement Attempt #5

Here, I tried to make one aspect of each letter meet at the same height. However, I ended up scrapping this.

Fig 6.12 - Refinement Attempt #6

I then tried to make the empty space of 'f' a bit bigger as it looked too cramped.

Fig 6.13 - Refinement Attempt #5

I kept playing around with the empty space too see what I liked best and ended up going with attempt #7.

Fig 6.14 - Refinement Attempt #6

Fig 6.15 - Refinement Attempt #7

Fig 6.16 - Letterform Refinement Process

Fig 6.17 - 'F' 1st vs Final Comparison

Fig 6.18 - 'A' 1st vs Final Comparison

Fig 6.19 - 'B' 1st vs Final Comparison

Fig 6.20 - 'L' 1st vs Final Comparison

Fig 6.21 - 'E' 1st vs Final Comparison

Final Type & Play

Fig 7.1 - Compiled Process JPEG

Fig 7.2 - Final Type Design JPEG

Fig 7.3 - Extracted Letterforms vs Final Refined Letterforms JPEG

Fig 7.4 - Type Showcase Poster JPEG



FEEDBACK

Week 2:
General Feedback - Downsize numbers, too much space can be overwhelming.

Specific Feedback - Axial bit too confusing, change the ‘on’ to face the same way as design. (Also adjust the lines to make the axis clearer.

- Radial graphics is extreme however it is acceptable, just be careful to not overwhelm the content

- Dilatational is okay

- Random is getting there, lets go with it

- Grid lines are a bit of a problem. Get rid of the bottom left lines and extend too right horizontal line. Follow column gutter.

- Transitional is acceptable but lines are confusing

- If the modules are within their boxes, then its okay.

- Stick to bilateral not multilateral


Week 3:
General Feedback - Consistency is important, figure out what characteristics you want to keep and emphasise

Specific Feedback - The letters work with the original image


Week 4:
Specific Feedback - Letter spacing needs some work


REFLECTION

Whew…where do i start? Right off the bat there was a lot of work to be done within the span of a week and I definitely struggled trying to get everything looking the way I wanted and being satisfied while also trying not to break my back and meeting the deadlines. Even though it was difficult to do, I definitely enjoyed this task a lot, especially the typographic systems. The second exercise? Not as much. It was rough trying to finalise the letterforms and making them all look cohesive and good when I was actively hating how it looked every 10 minutes. However, in the end I can say that I am happy with how it turned out. If I had the time I definitely would’ve started from scratch and reimagine it into something else but for now, I like it.

I’ve observed that I really enjoy mixing different fonts together! I personally just like the way it looks. 
Additionally, I’ve found that I really should trust myself more. When the feedback session came for the second exercise I was terrified that it was too heavily based on the reference font or that maybe it doesn’t really have the soul of the original image but it was a good start. I think I was just really nervous since it had been a while since the last semester.



FURTHER READING

Week 1 - Week 3

Fig - Typographic Systems, Kimberly Elam (2007)

The Circle and Composition
The circle is a wildcard element - meaning it could be placed anywhere in the composition. It allows the designer to be able to focus the eyes on a particular element. It can dramatically change the composition.

Fig 8. - Circle Compositions

- Placing the circle in between lines of text can create tension.
- Close proximity to specific text can create emphasis.
- Aligning the circle with the lines can give a sense of organisation.
- Placing the circle in the top left can create a starting point, the direct opposite would create a stopping point.

Fig 8. - More Circle Compositions

Non-Objective Elements
Sharpens and articulates the composition, they can enhance the functions of emphasis, organisation and balance.

Rule Series
Can both organise and emphasise a message. Single-weight lines of equal length function as elements of organisation. A variety of weights can create a rhythm and guide the eyes. A variety of lengths can create a strong shape.

Circle Series
Can act as a pivot point or can create hierarchy by drawing the eyes towards a specific word. 

Tone series
Draws the eyes to the largest volume of black on a white page. The composition can be given a sense of visual punctuation or hierarchy.

Fig 8. - Rule, Circle & Tone Series

Fig 8. - Further Rule, Circle & Tone Series


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