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Kommission Aus- und Weiterbildung,
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c/o Reinhard Urbanke
Contents
Map design: Graphic design basics 6
1 Perception 6
Outer and Inner Worlds 6
Perception overload 6
Selection 7
Processing 7
2 Communication 7
Communication 8
Code 9
Languages 10
Communication goals 11
3 Design 12
The form 12
Basic forms 13
Graphic elements 14
Variations 15
Design principles 15
4 Optical Illusions 17
Lines 17
Areas 18
Tonal value 20
5 The area 21
Empty space / white space 21
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Locations of effect 22
Effect 22
Associative meanings 24
6 Area aesthetics 25
Size 25
Area subdivision 26
Composition 27
7 Colour 29
Colour psychology 29
Colour dimension (CIELAB-colour system) 30
Colour contrast 31
8 Type aesthetics 33
Evolution of type 33
Geometry 35
Letter spacing 35
9 Type composition 37
Grey value 37
Reading process 37
Type face selection 38
Type face mixture 39
Compositions 39
Typographic errors 40
10 Signs 41
Communication 41
Function 43
Trademarks 43
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Design 43
To find a shape 44
11 Publications 45
Notepaper and visiting cards 45
Books 46
Dustjacket 47
Magazine 47
Poster 48
Packaging 48
12 Map symbols 49
Symbol system 49
Symbol types 49
Variations 50
Design 51
Map symbols 52
Type 53
13 Map design: Graphic structure 54
Image of nature 54
Purpose of the map 55
55
Legibility 56
Assessment principles 57
14 External map design 58
Principles 58
Map title 59
Scale and linear scale 60
Legend 61
Title page 62
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15 Exercises 62
Perception 62
Communication 63
Area effect 63
Area composition 64
Type balance 65
Typography 65
Logo 66
Notepaper 67
Poster 68
Symbols 68
Map 69
Travel guide 70
Index 72
Trang 6Kommission Aus- und Weiterbildung,
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Map design: Graphic design basics
Cartographers and design both use visual human communication In order to discussgraphic design, we have to deal with the topic ofthe communicating human But to understandthe communication process, first of all we have
inter-to speak about human perception
Outer and Inner Worlds
What and how do people perceive?
Well, primarily people perceive their ment - the outer world They see, hear, touch,smell and taste it For that purpose they haveperceptual organs During the perception proc-ess all senses work simultaneously and therefore
environ-it is not easy to decide which sense is decisivefor the occurrence of a reaction in a certain situ-ation
Take supper for example: Is the tasting sensedominating, because the meal is tasting deli-ciously, or the eye, because the table is nicelylaid out, or the ear, because the conversationand the music are pleasing? Humans also per-manently experience themselves, their innerworld The limbs and organs call our attention ifthey are exhausted or diseased The soul, thepsyche plays an important role deciding on thestate of well-being Humans feel, they perceivemoods and instincts and know whether they arewalking or sitting or doing something
Perception overload
People’s inner and outer worlds impact uponthem simultaneously and are perceived in con-junction the perception process is a permanentstate during every situation of life, impossible toswitch off It is impossible also for people to fil-ter out a specific perception, as in addition tothat they have to survey its environment; like-wise they cannot switch off one particular sense.They can only try to concentrate on some specif-
ic aspect
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per-■ First of all people are confronted with a dered general impression
disor-■ Consecutively they select specific information(selection)
■ They try to order them by looking at them sciously (synthesis)
con-■ But simultaneously they discover new stimuli andtry to integrate them in their system as well
■ Finally they receive an ordered whole, an view While analysing it a feedback process isinitiated influenced by many components
per-■ Needs are caused by a shortage and have to besatisfied immediately
■ Interest is controlled by the mind and aims on afield that is not covered by needs
■ Motivation is the conscious and subconsciouscombination of these components
■ Expectation is the more or less clear temporaryobjective we have in mind
■ Memory is a conscious or subconscious feedbackfactor
The designer has to deal with the exchange ofinformation, the communication He must under-stand their functioning, the codes and languag-
es Only then will he be able to define the designgoals
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al language and written language) For that end
he uses codes to transmit his message
effective-ly A picture, for instance, showing the sea, thesun and palm trees, is not only an image of thecoast, but leads the viewer to further associa-tions and can stand for recovery, relaxation,warmth, holidays etc
The cartographer uses codes with his symbols aswell
The symbol ✉ not only stands for a letter, butalso for a post office
The symbol does not only mean severaltrees and rain forest, but also tropics, humid-torrid climate, a certain flora and fauna etc
2a A traffic sign whose meaning is known in
Germa-ny immediately is used in the USA with two atory texts
explan-2b The ships do not understand each other becausethey use different languages Although the viewercannot understand the dialogue he would be able tounderstand the course of events
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Code
The code encodes messages The receiver is able
to understand the content only with knowledgeabout the code (Example: map legend)
Every symbol has a certain meaning the receiverhas to know
The spoken language is a code as well: Someonemay for instance understand German fairly well,French less well and Finnish not at all
It may happen of course that two or more ings exist for one symbol
mean-In maps, for example, the symbol + can standfor a church, a chapel, a graveyard or a rock
Shaking our head is also codified: it means No to
us, in Greece it means Yes
2c Different stars; each of them has its own ing that exceeds its pure geometric form
mean-2d: Someone can only use the pattern sheet if heknows its function and its signs
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under-Information as discoveries, moods, desires ororders could be thus communicated
Since the stone age linguistic signs are recordedpermanently by engraving them in wood orpainting them on stone walls The signs weretaken from nature
In the 5th century BC schematic pictorial signshave been stringed together for the first time,enabling us to visualize trains of thought andcourses of events
Now languages could be developed according tocultural expression and social requirements
Sign-like pictures were combined to form signlanguage (e.g the symbols on maps)
2f: Encoded: signlanguage, musicalnotation, braille,machine language,bar code
2 e : P i c t o r i a l l a n guage: This picturecomprises more thantwo windows, onedoor, two walls, thefloor and a roof slope
-It transmits a certainmood
2g: A possible munication goal: At-tract attention
com-Look here!
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Letters, that are symbols as well, were combined
to form words and finally sentences: the writtenlanguage
Pictures such as photographs, illustrations andpaintings have a pictorial language
Beyond that further languages exist as sign guage, braille, musical notation, etc
A designer must be endowed with the followingpersonal conditions:
■ Sensibility and receptiveness,
■ agility and creativity,
■ ability for abstraction and analysis,
■ ability for synthesis and
■ ability to aesthetical organization
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A form cannot exist without its surroundings
A form has something like a soul that has to befilled with life by the designer
Retiro
Tirso de Molina Ant n Mart n
Atocha Renfe Men ndez Pelayo Atocha
Ibiza
Conde del Casal
Rep blica Cruz del Rayo
er slowenische Philosoph Slavoj Zizek ist mit sei- nen philosophischen Mix- Hitchcocks Leichen und bekanntes enfant terrible phenzirkeln Seine Auf- Rede-Performances mit ungewissem Ausgang.
3a
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in akademischen
Philoso-te sind überwältigende ungewissem Ausgang.
Line(2): A one-dimensional object, a stroke
Area(3): A two-dimensional object, e.g a tangle, a circle, a polygon The area has a form
rec-Volume/Body(4): A three-dimensional objectthat will not be dealt with at this point
The Slovenian philosopher mixtures of Hegel’s logic, Lacan’s empty spaces is a demic philosopher circles His speech-performances with an unknown end.
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in akademischen
Philoso-te sind überwältigende ungewissem Ausgang.
3b
Graphic elements
The elements can be simple, composite or plex (Fig 3b, lower part):
com-Sign(7, 10): A letter, a logo etc
Writing(6, 8): Text in books, newspapers, onposters, in advertisements etc
Graphic (11, 12): A diagram, a map, an tion etc
illustra-Picture (13): A photograph or a detail
Background (9): The background, the ing, has to be included in the design even if it ismerely white
surround-The Slovenian philosopher mixtures of Hegel’s logic, Lacan’s empty spaces is a demic philosopher circles His speech-performances with an unknown end.
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ob-Tonal value: T he brightness of objects
Colour: Reaches the viewer directly, puts him in
a certain mood, rouses feelings
Size: To emphasize, to cause tension
Position: The position of an object within a position is of substantial importance concerningits effect
com-Design principles
It does not make sense to define rigid designrules because, as described above, graphic de-sign is influenced by changing perceptions,
3c
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changing communication methods and changingdesign goals
But the following principles (Fig 3d) that antee a good and successful design should still
guar-be considered:
Proportion or the relation between single jects and their surroundings Many attemptshave been made to determine the ideal absoluteproportion, but without success Some modelssuch as the golden section are considered as be-ing almost perfect
ob-Harmony: A design is harmonic when it is wellordered and when all internal elements havebeen combined properly according to an aes-thetic sense, which means that nothing disturbs,tips over or drops out
Contrast: Every effect is based on contrast
Contrast creates tension and therewith the tention of the viewer It is created through theuse of contrast pairs: To be activated every ob-ject needs a counter object
at-By the detailed inspection of countless designexamples a designer should try to get a reliableflair for proportions, harmony and good design
3d
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Fig 4b shows that repeatedly subdivided linesseem longer that undivided
In Fig 4c thick narrow set lines appear shorterthan the ones that are further apart For thatreason type faces with thin line gauges seem to
be higher than that with bold ones
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geo-of that it appears calmer and more harmonicnow
Fig 4e shows optical deformations: The circleseems dented and the single line repeatedly bro-ken
Areas
A square optically seems wider than higher
Therefore squares must be exaggerated
vertical-ly (Fig 4f) The same applies to circles
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In Fig 4g the horizontal lineswiden the square area whereasthe vertical ones exaggerate itvertically
In Fig 4h all central squareshave the same size Their apparent size (the
other squares and the white space) is influenced
by their surrounding
In Fig 4i and 4j the bright areas (or letters)seem larger than the dark areas (or letters) of
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im-It is possible to create depth with the help oftonal values: the inner square in the left fieldseems to lie clearly above the surface areawhereas in the most right one the black areaseems to be a window
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Empty space / white space
Some elements need a big area (empty space)
to unfold Empty spaces are fields of force
A composition can appear disharmonious if theempty space is not incorporated A design can
be thrown out of balance or upset optically if therelation between printed and empty areas is dis-turbed Empty space can create tension and dy-namics in connection with design elements Itcan order and emphasize them
Even a completely empty area is not empty forthe viewer: he wanders around with his eyes(Fig 5b, a typical reading loop), projects things
on it and divides it into specific sub-areas (Fig
5c)
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vi-In the same way the left and the right side of thearea have different meanings The reading direc-tion proceeds from left to right People feel amovement mostly directed to the right There-fore the right side is more important than theleft one (Fig 5e)
Effect
As a consequence elements get a certain ing if they are located at a certain spot within
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quiet, at theobjective
restless, ment to the right5f
move-negative5h
passive,left right
active,bottom top
seeminglyendless
positive5g
the empty space Points appear calm and stable
if they lie on lines in Fig, 5c, but restless and namic off them (Fig 5f)
dy-Lines have different qualities as well, depending
on their location (Fig 5g and h)
The effect can be described by adjectives aslight, heavy, floating, unstable, rising, distantetc
Fig 5i shows different black elements on whiteareas with a specific effect in each case
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LEFT:
passivenessreflectionintroversionpast
self
CLIMBING THEVERTICAL:
towerobeliskfountainpowerful
RIGHT:
activitydeedextroversionfutureyou
DESCENDING THEVERTICAL:
plumb lineweightheavyserious
Associative meanings
Empirical investigations have resulted in discerning specific associative meanings:
Now, if one tries to look at the white spaces asnew forms in their own right, that lie before agrey background, a new effect can be realized
The general effect is changed by every new ment within the design
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(base line and height of
a pentagon)
5 : 8 (approxima
6a
2:1
3 :
We have already spoken about the importance ofthe area as the mounting space Now, the pro-portions, distribution and composition will beanalysed
Squares can look interesting as well if they aredivided appropriately
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Depending on the size, the area can be
subdivid-ed according to the following principles, in view
of the design purpose: Proportion, harmony andcontrast This results in a layout Here a squarehas been chosen as the mounting space
In Fig 6b the area is subdivided by two ous intersecting lines
continu-In Fig 6c the subdivision is realised by three ferent shapes that vary in size and tonal value
dif-Moreover the shapes are arranged vertically andhorizontally This example shows the white area
as an independent shape as well
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The necessary tension (contrast) is achieved by:
(Fig 6d, upper row, from left to right)
■ different shapes
■ different sizes
■ position within the area
(Fig 6d, lower row, from left to right)
■ negative – positive
■ tonal value (brightness)
Fig 6e shows a dynamic composition in whichthe elements are arranged in first slice, i.e theyextend beyond the format They are cut at themargin and now obtain another interesting out-line Their real form can be reconstructed orrather surmised The viewers complete the partsindicated or missing in their imagination
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Now the composition is more complex, it bines different shapes, tonal values and sizes
com-In Fig 6g pages containing text are simulated
The different elements can be column titles,headings, initials, graphics and pictures withinthe layout of a map catalogue
Classical newspapers (Fig 6h) are a good ple of area aesthetics because they have tomanage with few design elements: Text and pic-tures are the principal design elements Apartfrom them, lines and boxes are applied Everypage of a newspaper comes alive through the in-terplay between the text areas and the blankspaces: The reader needs to be able "to breathe"
exam-while reading
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YELLOW:
expansioncommunicationreason
BLUE:
introversionabsorptionintellectGREEN:
immobilitycontentmentsensuality
RED:
vivacitypowerimaginationORANGE:
healthfull of drivepleasureVIOLET:
illnessirresolute-nessmelancholia
BLACK:
hopelessnessdarknessdeathWHITE:
all possibilitiesglaring bright-ness
Colour psychology
The following characteristics are associated withcertain colours:
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7cColour brightness: 15% – 25% – 40% – 65% –100%
7dColour saturation: 0% – 25% – 50% – 75% – 100%
Of course this table is not universally valid Anessential factor is the personal colour sensitivity
of the viewer: colours remind us of sensory pressions, put someone into a mood
im-Gender and gender-specific roles of the viewersare just as important as cultural influences, e.g
fashion (fashion colours)
Therefore colours should be carefully selectedand the colour experience of the target groupshould be taken into account
Colour dimension (CIELAB-colour system)
A colour tint can be varied by the two factorsbrightness (Fig 7c) and saturation (addition ofwhite, black or grey; Fig 7d)
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col-■ Complementary contrast
Colours which face each other in the colour circleare termed complementary Each colour has itscomplementary colour with which it is balancedand even can increase to the highest luminosity(Fig 7e)
■ Simultaneous contrast
Simultaneous contrast appears where a rich our stands without its complementary colour (inwhich case the eye will generate this comple-mentary colour), through which phenomenon itstonal value is optically changed (Fig 7f)
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Quantity contrast arises from the confrontation
of differently sized colour areas (Fig 7h)
Here the intensity, the strength of a colour’sbrightness is of importance, e.g yellow has amuch bigger optical impact than violet The or-der reads: yellow, orange, red, green, blue andviolet
■ Cold-warm-contrast
The opposition between the red-orange andblue-green pair has the biggest effect on thecontrast (Fig 7i)
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ele-Evolution of type
Pictographic system: Letters have been created
by imitating natural shapes The symbol to theleft in Fig 8a was developed in Egypt approxi-mately 3000 BC
Letters: The pictorial symbols became more andmore abstract in the course of time and finallybecame letters: Fig 8b Phoenician alphabet, ap-proximately 1300 BC
Capital letters and serifs (Serifen): The letters inFig 8c are derived from the Greek /Roman al-phabet between 200 BC and 300 AD Special at-tention has been paid to aesthetics and propor-tions Only capital letters existed The Greeksdid not use spaces between word or sentences
8a
8b
8c
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The Romans invented serifs (Serifen) for thetic reasons
aes-Lower case letters: Fig 8d shows further opment in the Middle Ages With the "KarolingerMinuskel" lower case letters were first devel-oped Later on letters became narrow, heavyand angular (Gothic type)
devel-Roman type: At the rediscovery of classical tiquity the roman type originated around 1450,e.g Garamond (Fig 8e, left) The alternationbetween capital and lower case letters resulted
an-in a better readability, because now several ters, so-called word images, could be registeredsimultaneously
let-Grotesque: At the end of the 19th century ically reduced type faces have been developed
graph-e.g Akzidenz-Grotesque (Fig 8f, left)
Design fonts: Today good readability is now andthen opposed by trendy type face creations (Fig
8g)
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Geometry
Around 1920 characters have been reduced tothe basic geometric forms rectangle, circle andtriangle (Fig 8h, Futura) However, since abso-lute geometry impairs readability, small modifi-cations have been made
Letter spacing
Over 2000 years ago Greeks and Romans ready dealt with the aesthetics of lettersstringed together They discovered that not onlythe shape of every single letter should be takeninto account in order to obtain a good typeface,but also the blank space between the words
al-The optic weight of the blank space between theletters must correspond to the inner space of theletter
In Fig 8i the blank spaces and the inner spaces
of the letters are made clear through geometricforms
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In line 4 positive and negative forms have beenbalanced according to aesthetic considerations
The result is an in itself well proportioned word(Fig 8k)
The harmonic balance of the letter spacing has
to be considered especially when using graphic
or big type faces
To get a correct spacing no measurable valuescan be provided The recognition of the size ofblank spaces and the weight balance of wordshas to be practised in order to acquire an aes-thetic competence
It can be helpful to turn a word upside down, inorder to recognize the forms and spaces unhin-dered (Fig 8l) By the way, this method may beuseful for each kind of design task
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Grauwert: Aus einigem Abstand als Bild, als graue Fläche; sie steht sie umgebenden Weißraum Um die ten, soll der Grauwert nicht zu dun- die Seite sonst löchrig wirkt Er wird
te, den Wort- und den stand betrachtet, wirkt Text auf einer steht bekanntermaßen in Bezie- Weißraum Um die
Zeilenab-Grauwert: Aus einigem Abstand Bild, als graue Fläche; sie steht sie umgebenden Weißraum Um die ten, soll der Grauwert nicht zu dun- die Seite sonst löchrig wirkt Er wird weite, den Wort- und den Zeilenab- stand be
Grauwert: Aus einigem Abstand trachtet, wirkt Text auf einer Seite als Bild, als graue Fläche; sie steht bekanntermaßen in Beziehung zum sie umgebenden Weißraum Um die Lesehemmschwelle gering zu hal- ten, soll der Grauwert nicht zu dun- kel sein, aber auch nicht zu hell, da die Seite
be-Grauwert: Aus einigem Abstand betrachtet, wirkt Text auf meiner Seite als Bild, als graue Fläche; sie steht bekanntermaßen in Be- ziehung zum sie umgebenden Weißraum Um die Lesehemm- schwelle gering zu halten, soll der Grauwert nicht zu dun
Grauwert: Aus einigem Abstand Seite als Bild, als graue Fläche;
ziehung zum sie umenden
Weiß-le gering zu halten, soll der aber auch nicht zu hell, da die
Er wird durch die Schriftstärke, Zeilen
Grauwert: Aus einigem Abstand Seite als Bild, als graue Fläche;
ziehung zum sie umenden
Weiß-le gering zu halten, soll der aber auch nicht zu hell, da die
Er wird durch die Schriftstärke, Zeilenabstand bestimmt Aus ei- der auf einer Seite als Bild, als kanntermaßen
9a
Following the analysis of letters and single wordsthis section deals with the characteristics oftypefaces in printed texts
Grey value
When viewed from a distance a text block looks
to be an image, a grey area (Fig 9), related to aknown degree to the surrounding blank space
To keep the reading inhibition threshold small,the grey value of the text block should not betoo dark, but also not too bright, because thenthe page would look to be full of holes The greyvalue is determined by the line gauge, the letterspacing, the word spacing and the line spacing
10 words) The longer the line, the bigger the