Publishing Design - Task 1 - Exercises

 23/04/2024 - 04/06/2024 / Week 1 - Week 7

Amelia Intan Cahyani/ 0355211

Publishing Design/ Bachelor of Design (Hons) in Creative Media

Task 1 - Exercises



Lectures


In the 1960s and 2000s, early digital publishing

  • Newspapers and magazines flourished as important communication conduits throughout the height of the printing press era, influencing society through amusement and knowledge.
  • The emergence of e-books, which provide users with portability and accessibility, represents a dramatic change in digital publishing.
  • Publishers struggle to keep their products compatible with a wide range of e-reader platforms and to combat piracy.
  • Publishers want their content to be mobile-first.
Data analysis and personalization
  • Allows publishers to understand reader behaviour and preferences.
  • Personalization trends use analytics to give individualized content recommendations and targeted advertising, which increases reader engagement.
Challenges and opportunities
  • Exploring new revenue streams such as subscriptions and sponsored content represents an opportunity for innovation and growth.


Lecture 01: Formats


The book

  • Books are highly influential and significant since many significant publications are centred on them. 
  • They serve as a conduit for the recording and sharing of knowledge, records, ideas, and history. 
  • An in-depth understanding of typography, a keen sense of spatial arrangement, meticulousness, and proficiency with publishing technologies are all necessary for book design. 
  • It is imperative to consider the intended audience and modify the design accordingly to enhance readability and engagement. 
Influences and what determines a book format example
  • The user. (For example, if it was a child, you'd want to build a book that fit their hands. Another is the material based on the age group.
  • Content of the book. 
  • When designing a book with multiple contents, it is recommended to choose a larger size to include all necessary information. This includes binding, material, and size.
Historical formats

Innovation generally always follows technology. New technologies create opportunities. 

fig 1 regions and civilizations

Mesopotamia.
  • In Mesopotamia, the first writing system was created using counting technology. 
  • The transition from basic and complicated tokens to bullae allowed for the development of early pictographic writing on clay tablets.
fig 2 mesopotamia

Indus River Valley.
  • There are few historical records from the Indus River Valley Civilizations, yet they were thought to have a complicated system. 
  • Cuneiform, the writing system they used, was one of the earliest. They were written on soft clay tablets with sharp-pointed instruments.
  • Their records covered religion, government, and trade.

fig 3 indus river valley
  • The oldest extant palm leaf manuscript dates back to 800-900 CE and is from Nepal. 
  • Palm writings were reportedly utilized in the Indus Valley as early as 1000 BCE.
fig 4 palm leaf manuscripts & old stylus

Egypt
  • In Egypt, only scribes could read and write Hieroglyphics.
  • Scribes would write on both papyrus (a particular sort of paper manufactured from the pith of a papyrus plant) and the tomb walls.
fig 5 egypt

Han-China
  • Early Chinese characters were written vertically. This meant that a thin strip of bamboo was appropriate for a single column. 
  • Bamboo strips were tied together by two strands of thread to form a longer text.
fig 6 han-china
  • The T'ang Dynasty in China produced the first known printed book. 
  • It was discovered at Dunhuang cave in 1899.
  • The material utilized was paper in scroll format. 
fig 7 diamond sutra 863CE
  • Printing with wood blocks is a challenging procedure. 
  • Confucian classics, as well as a wide range of Buddhist and Taoist texts, were produced for the use of academic officials in the tenth and eleventh centuries. 
  • The innovation of carving in reverse on wood blocks appears to have originated in China but was later achieved in Korea.
fig 8 korean wood block carving

Turkey & the west
  • Parchment was invented in Turkey (197–159 BC).
  • It is constructed of animal skin and was too heavy to be rolled into scrolls.
fig 9 Turkey & the west
  • The use of paper would mean a slow journey west.
  • Between 1400 and 1500 CE, paper became commonly available throughout Europe. 
  • The folding format gained popularity in the west around the turn of the century.
  • Wooden blocks with thread sewed to hold them together, then parchment, and finally paper, which was sewn, bound, and glued together.
fig 10 folding format

Lecture 02: History of prints


2nd–8th century AD:

In AD 175, the Emperor of China orders that the six major classics of Confucianism be etched into stone. Confucian scholars were eager to acquire valuable texts, so they laid paper on the carved slabs and rubbed them with charcoal or graphite.


fig 11 engraved slab

fig 12 brass-rubbing

Korea & Japan: AD 750-768:

The development of printing is a remarkable achievement of East Asian Buddhists. The first known printed document is a sutra produced on a single sheet of paper in Korea around AD 750. 

fig 13 dharani sutra

In AD 768, Buddhist Nara's empress commissioned a big lucky charm or prayer. The project reportedly took six years to complete, with a million copies manufactured and delivered to pilgrims. 

The Hyakumantō Darani is a popular woodblock print. The earliest of these recordings are from Japan.

fig 14 hyakumantō darani

The Hyakumantō Darani is a popular woodblock print. The earliest of these recordings are from Japan.

The first printed book: AD 868

The scroll measures 16 feet long and one foot high. It was created by glueing the paper edges together. The earliest printed artwork appeared on the first sheet of the scroll, depicting an enthroned Buddha surrounded by holy attendants. 

fig 15 diamond sutra's illustration

Movable type: from 11th century

Movable type (separated ready-made characters/letters that can be set in the precise order for a specific text and then reused) was an essential step before printing became an effective medium for transmitting information. The notion was tested as early as the 11th century in China. The concerns were that the Chinese script had so many characters that typecasting and typesetting became too complicated. Another example is that Chinese printers cast their characters in clay and then fire them as pottery, rendering them too brittle for the purpose.

Type foundry in Korea: c. 1380.

Koreans founded a foundry in the latter part of the 14th century to cast metal type that could be moved. Bronze is a robust material that can be repeatedly printed on, disassembled, and reset for fresh writing. Since the Koreans were still using Chinese writing at the time, they had the issue of having a large character set. This was resolved in 1443 when they created ashan'gul, or their own alphabet. 

Saints & Cards: around 1400 AD

The printing method using wood blocks was brought to Europe in 1400. Similar to how they were printed in the East, the images were created by simply placing a sheet of paper on a block that had been carved and inked, then rubbing the ink off of it. The primary market is sacred images for pilgrims to purchase, same like in the east. Another early item from the western trade is playing cards. 

fig 16 engraving by the master of the playing cards

Gutenberg & Western Printing: AD 1439 - 1457

The first recorded mention of Gutenberg in relation to printing dates back to a Strasbourg court case in 1439. Nothing from this era has remained, but Gutenberg is credited with printing tiny passages of text from moveable type, which is what Strasburg does. The second time Gutenberg is mentioned in connection with printing, it was in 1450 in Maine when he borrowed 800 guilders from Johann Fust, securing the loan with his printing apparatus. 

fig 17 gutenberg

One of Gutenberg's innovations was the printing press, which could exert a constant, quick downward pressure. Because of his proficiency with metal, Gutenberg was able to master the intricate steps involved in producing individual pieces of type, including making a master copy of each letter, designing moulds that allow for the casting of many versions, and manufacturing an appropriate alloy (type metal) to cast them in. The basic process of printing (aligning and spacing the letters in a way that will hold them firmly and level so that the ink transfers uniformly to the paper) comes before this deft use of technology.

fig 18 gutenberg's printing

The Bible printed by Gutenberg did not include dates. In the middle of the 1450s, it was printed concurrently on six presses. It is known that at least one copy was finished on August 24, 1456, with the starting letters manually painted crimson. 

fig 19 gutenberg's bible

Lecture 03: History of prints


Systeme Raster:
Using grids as ordering systems is an example of a certain method of thinking that demonstrates how a designer produces their work in a useful way. 

A two-dimensional plane is divided into smaller fields by the grid, while a three-dimensional area is divided into smaller compartments. There is a possibility that the compartment sizes will differ or match. 


The Grid's Objective:
Grids are a tool used by designers to solve visual problems. A designer can strategically position text, images, and diagrams in a logical and useful way by grouping surface and spaces into a grid. 

This results in a sense of compact planning, comprehensibility, and clarity. It also suggests orderliness in terms of design approach.


fig 20 usage of grids

Modular:
The grid is modular, however it shouldn't be applied as a limitation. It does allow for versatility, allowing the designer to examine a large number of potential combinations.

To maintain a certain level of coherence or continuity in the outlook and navigation, a limit must be set. Since each book may have a different scope, a lot of this depends on the contents of the book. Information can be arranged using a grid to make it easier to read and understand.

Lecture 04: Typography Redux


Typography:
For a graphic designer, typography is essential to their work. The most important thing to master in graphic design if we want to hold ourselves to a high standard. It is the art of organizing and composing written language. It also functions as a vehicle for expression and, most significantly, for communication. It is essential to design work. 

The understanding and knowledge we have earned over the past two semesters will be essential to book design.


Characters in a typeface; Small caps, Numerals, Fractions, Ligatures, Punctuations, Mathematical signs, Symbols, Non-aligning figures


fig 21 characters in a typeface

fig 22 ligature

fig 23 weights in a typeface

Legibility:
To guarantee that a body text is readable, it is imperative to adhere to established legibility guidelines. To depart from these rules, a designer has to be completely aware of them. For text to be readable, typefaces must be chosen with openness and proper proportions. 

fig 23 open and well proportioned

fig 23 examples of well proportioned typefaces

Computer typesetting was made possible by a plethora of new functionalities. However, this also had disadvantages, such as people who were ignorant of typographic conventions breaking them at the expense of the reader. To ensure the type is readable, a few considerations must be made.

Underline:
A lot of programs do this incorrectly since it should be reduced to prevent contacting the characters, which makes the text less readable. Underlining comes in two varieties: one that highlights each word in the text, and the other that highlights the sentence as a whole. 

fig 24 examples of underlining

All caps and small caps: 
Small capitals are ideal for subheadings and the first sentence of paragraphs. Text that is all capital should be used in short headlines and subheadings. It is crucial to remember that it is improper to use all caps in long sentences or to emphasize a point. Capital letters were meant to be punctuated, not to be used carelessly. 

fig 25 all caps and small caps

Special-Purpose style: 
A range of formatting styles are included in software for making mathematical calculations, footnotes, and references. Because they are usually hidden or integrated in the tools sections, an average user may not be aware of them. 

fig 26 special-purpose style

Text scaling: 
It is possible to create pseudo-condense or pseudo-extended fonts using several tools by stretching or compressing a typeface in both horizontal and vertical directions. As a result, the font's original design is warped and appears cheap.

fig 27 text scaling

Outline & Shadow: 
This is another frequently incorrectly applied style. Years of experience are necessary to format text effectively. For the outline, it shouldn't exceed one point. Ensure that shadows remain a respectable distance from the main text.

fig 28 Outline & Shadow

Text that reads smoothly has a pleasing harmony of font sizes, line lengths, and line space between types. Legibility impairment is unbiased and can affect even well-designed types. The maximum character count for a type column should be 65, with most columns having about 50. If not, the words' extreme packing would make them challenging to read. 

Instruction



Exercises


text formatting

A5, signature folding system

stapler binding inside view

stapler binding outside view

Classical grid structure with sample text


Feedbacks

Week 2: Develop the challenges a bit further, relate the star elements with the story plot.

Week 4: Research more about the scientific correlation and for the illustration purposes.

Week 6: Make the fonts a little bit bigger and adjust the leading until they look readable and not too appressed.



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