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Monoscripts

Contents

Monoscript Definition and goals for this Page

Philosophical Inspiration for this Page

Philosophical Considerations of Script Design

Social Requirements of Script Design

Social Problems of Script Design

Technological Goals of Script Design

Technological Restraints of Script Design

Sample Scripts (in alphabetic order)

We would very much like to add here any additional monoscripts that we can find that follow the rule
"of one character per phoneme
and one phoneme per character",
no matter in what language they be written.

Please tell us of where we may find downloadable representations of such fonts. Email to:

language@webpal.org



Monoscript Definiton and goals for this page

This page deals with the subject of what we define as Monoscripts. Monoscripts are tactile or visual representations of language in which

each phoneme is represented by a single symbol
and each symbol represents a single phoneme.
This page is very much a work in progress.
Critiques, additions, and so forth - for the following sections -
will be very much appreciated.
Email to:
language@webpal.org

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Philosophical Inspiration for this Page

The inspiration for the founder of the World Language Process came from the Baha'i Teachings on Universal Language. The term 'universal language' or 'auxiliary universal language' is most often linked in the Baha'i Writings with the word 'script'. Indeed the word 'script' appears over thirty times in the raw quotes. A typical sampling would be:

The significant concept being considered here in these, and similar quotes that could be presented, is the emphasis upon a script in addition to, and in distinction from, the language. It is for this reason that this page with its links is devoted to the concept of scripts. Whatever motivations others may have for seeking to design a universally acceptable script - the above quotes are the inspiration for this writer.

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Philosophical Considerations of Script Design From my philosophical paradigm I therefore subscribe to the following points: Some of these points apply to the language and others to the script. They are both admittedly intimately intertwined. First, however, I will present my thinking on each of these points: 2. must contain words from different languages

3. It will be governed by the simplest rules

4. no exceptions

5. no gender

6. no extra letters

7. no silent letters

8. one name for everything

In summary then, what we have expressed here is a philosophical attitude towards language and script design that is universal in its intent - meaning that it should have both universal utility and acceptance (the role of the Global Councils and Committees), that it is not culturally neutral, nor culturally biased, but is rather cross-culturally supportive (the requirement for the acceptance of words / ideas from all languages), that is supportive of social maturity in regards to the sexes (its gender neutrality), that is scientifically constructed (the requirement for consistency and simplicity in its rules), and that is socially structured in its meanings such that it will facilitate comprehension and unity and will avoid misunderstandings and contention.

This particular set of philosophical requirements, as stated, has its roots in the Baha'i philosophy, but if there are any parts of it that someone finds contentious then the present writer would be appreciative if they would explain their reasons. On the other hand, if there are any readers who feel that the criteria needs to be extended or supplemented in some manner - then the present writer would also like to hear of that.

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Social Requirements of Script Design

The two primary social requirements for any script design are:

If a script is not accepted, then it makes no difference how great its utility might theoretical be - because it will not be used.

If a script is accepted, that is to say implemented, through some social mechanism, but has low utility, then that will result in great social and economic costs. This is particularly true if the duration of the implementation is very long term, or perhaps ended only by some further social revolution in the far distant future.

In the following sections we will discuss those social factors that may cause a script to not be accepted AND those technological factors that may increase of decrease its utility.

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Social Problems of Script Design

First and foremost, that which may cause resistance to the acceptance of a particular script, are issues of cultural heritage.

Is it a foregone conclusion that a phonemic script (like ANJeL) rather than an ideographic script (like Chinese) is required? I think that it is, but influential social / cultural powers in some Global Council may disagree. Nevertheless, the trend in cultures that have ideographic systems has been towards developing phonetic systems of representation because of ease of typesetting, data storage and especially retrieval [which is very important to scientific / information based societies]. Still, ideographic systems also have their advantages in that they are cross-dialect communicative and that they are perhaps more suitable to the communication of some types of abstract concepts.

Assuming, that that the phonemic script path is selected, there remains still a variety of other language / social concerns arising out of the nature of the language to be represented. Once more we must ask whether it is a foregone conclusion that the chosen or designed language will not be a 'click' language as used by some African tribes, or a 'tonal' language as used by the Chinese? The requirements for character / script representations in those, or other 'exotic' languages would surely be different than the requirements of an Indo-Germanic rooted language.

This now brings us to a second category of social concerns regarding script / character selection. There are many other social issues, such as compatibility with deaf and native signing, Braille or other representation [such as pressure scanners] for the blind; signaling; efficiency of use and display; representation by the less physically adept [children, handicapped, and aged]; recognition by those with limited visual capability [physiologically in young children and the failing sight of the elderly] and probably still many other such social issues that special interest groups will identify.

Last, but certainly not least, will be the social concern with the economic cost of implementation. Questions as to upon whom these costs will fall, and questions of equity as to who should bear them along with questions as to how they may create additional social barriers among those groups that are already disenfranchised. While the latter themselves may be un-influential in protesting, those elements that may claim to speak upon their behalf - could be quite disruptive to any process of seeking unanimity and effecting implementation.

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Technological Goals of Script Design

Freed of concerns about social restraints, engineers and technicians may well try to establish criteria for some 'utopian' script. These might well include:

In some respects, this last point, although it may be hotly contested by calligraphers, possibly justly deserves last place. As has often been stated- beauty is in the eye of the beholder and it is often just a matter of what one is culturally accustomed to in food, music and scripts as well. There exist in the world, great varieties of script representations [a few of which are on our webpal pages] but which in the world's great variety sometimes consist of those which have only vertical, horizontal, or right angle lines, with or without combinations of circles and other strokes. While to the western eye many of those kinds of scripts seem very unusual it is probably just a matter of what one is used to.

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Technological Restraints of Script Design

Scientists, engineers, inventors and designers do not usually start with a clear slate. They are bound in many ways by the technologies and conventions of the past. The degree to which society and circumstances will allow them to throw over that which has gone before will determine to a large degree how creative, and utilitarian, the new system can be in light of the state of technological art.

Function creates form. Not just function in terms of the desired goal and purpose but also function in terms of the technology available. While social revolution may to a degree sweep away attachment to the past, the old social concepts still remain the standard for judgment of the new. Moreover, the old technology remains as that which must be built upon.

New scripts and new fonts may appear, but they will still appear on the old devices of Cathode Ray Tubes, Photographic Film, and Cellulose Material. Their generation will also be largely by electron guns, photo-light sources, and rollers spreading ink. While script designers may be aware of cutting edge technologies in plasma, laser, and ink jets, accompanied by fiber optics for transmission and thin films for display, they will be largely unable to dictate which technologies will be used and will have to ascertain that the scripts that they select are compatible with those technologies currently in use.

Any major script change will render obsolete large bodies of typesetting and font display equipment. Hardware such as typewriters will often be so inflexible that they cannot be modified to function with any script that involves radical changes from the system for which the hardware was originally designed. Even more flexible film based equipment can be challenged by new requirements of spacing and alignment. Still, supposing that these challenges are not overly arduous, the mere manufacture and distribution of new script and font masters for photo-imaging machines, and new character generators for electronic and matrix based machines, will create very substantial costs and cause a barrier to their rapid use and acceptance.

Awareness of the technological constraints, imposed by the machinery of reproduction, is but the one set of technological criteria facing the designer. The other set of technological criteria is that imposed by the goals envisioned for the script. As in all engineering design issues there are usually opposing goals for which there needs to be found a balance. These are sometimes difficult to identify and it is the engineering skill and insight that can recognize the conflicts and the wisdom to find the balance that distinguishes the creative and admirable designer and design from the pedestrian. Here I can offer only a few token examples of that of which I speak.

There is an interaction between scripts and fonts. What distinguishes one letter from another letter, and makes it recognizable and identifiable although seen in different fonts, is the purview and domain of the script designer. The further aesthetic embellishment, and perhaps increased usefulness, of that script, while still retaining its distinguishing features, is the purview and domain of the font designer. Our purpose here is to raise the call for script design, and while the script designer should have concern for the needs of font designers, we can leave the field of opportunities for font design to future generations.

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Bett50

This is a monoscript because the intention is that letters associated with a period would actually have a dot above the letter.

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