D C@GC D 2017 - 2018
letters
ambition and inspiration
pattern
environment
colour
image
identity
glyph A specific graphic element such as an individual letter, ligature, numeral, fraction, symbol or punctuation mark that contributes to meaning.
1 + a fi õ y A G Ö Ÿ ¤ @ §
1 à fl ö ý À H Ø Z € ™ π
2 × á g ø ÿ Á I Œ Ž £ © ∂
2 ÷ â h œ z Â Ì P ! $ ® ð
3 * ã i ù ž Ã Í Q ¡ ¥ ℓ Ω
3 / ä ì q . Ä Î R ? & ℮ ß
4 = å í p , Å Ï S ¿ ' ¶ µ
5 ≠ a î q ; Æ J Š ˆ " ƒ þ
6 < æ ï r : B K T ˇ ¯ | ∏
7 > b j s … C L U ˉ † ı ¢
8 ≤ c k š ‘ Ç Ł Ù ˘ ‡ ¦ Þ
9 ≥ ç l t ’ D M Ú ˙ ( ‐ ł
0 ≈ d m u “ Ð N Û ˛ ) – ∆
¼ ± e n ú ” E Ñ Ü ¸ [ — ^
½ ∑ è ñ û „ È O V ˜ ] − ◊
¾ – é o ü ‹ É Ò W ˝ { ¬ ~
typeface A set of glyphs, usually including an alphabet of letters, numerals, and punctuation marks, designed with stylistic unity. It may also include ideograms and symbols, or consist entirely of them.
√ — ê ò v › Ê Ó X ` } _ ˚
% − ë ó w « Ë Ô Y ´ \ ∙ °
‰ # f ô x » F Õ Ý ¨ ⁄ • o
typeface family A collection of similar fonts designed to be used together which may include include different styles (italic, old-style-figures, small-caps, swash-caps), weights (thin, extra-light, light, regular, medium, semibold, bold, extra-bold, black) or widths (compressed, ultra-condensed, condensed, extended).
1 + a fi õ y A G Ö Ÿ ¤ @ §
1 à fl ö ý À H Ø Z € ™ π
2 × á g ø ÿ Á I Œ Ž £ © ∂
2 ÷ â h œ z Â Ì P ! $ ® ð
3 * ã i ù ž Ã Í Q ¡ ¥ ℓ Ω
3 / ä ì q . Ä Î R ? & ℮ ß
4 = å í p , Å Ï S ¿ ' ¶ µ
5 ≠ a î q ; Æ J Š ˆ " ƒ þ
6 < æ ï r : B K T ˇ ¯ | ∏
7 > b j s … C L U ˉ † ı ¢
8 ≤ c k š ‘ Ç Ł Ù ˘ ‡ ¦ Þ
9 ≥ ç l t ’ D M Ú ˙ ( ‐ ł
0 ≈ d m u “ Ð N Û ˛ ) – ∆
¼ ± e n ú ” E Ñ Ü ¸ [ — ^
½ ∑ è ñ û „ È O V ˜ ] − ◊
¾ – é o ü ‹ É Ò W ˝ { ¬ ~
√ — ê ò v › Ê Ó X ` } _ ˚
% − ë ó w « Ë Ô Y ´ \ ∙ °
‰ # f ô x » F Õ Ý ¨ ⁄ • o
1 + a fi õ y A G Ö Ÿ ¤ @ §
1 à fl ö ý À H Ø Z € ™ π
2 × á g ø ÿ Á I Œ Ž £ © ∂
2 ÷ â h œ z Â Ì P ! $ ® ð
3 * ã i ù ž Ã Í Q ¡ ¥ ℓ Ω
3 / ä ì q . Ä Î R ? & ℮ ß
4 = å í p , Å Ï S ¿ ' ¶ µ
5 ≠ a î q ; Æ J Š ˆ " ƒ þ
6 < æ ï r : B K T ˇ ¯ | ∏
7 > b j s … C L U ˉ † ı ¢
8 ≤ c k š ‘ Ç Ł Ù ˘ ‡ ¦ Þ
9 ≥ ç l t ’ D M Ú ˙ ( ‐ ł
0 ≈ d m u “ Ð N Û ˛ ) – ∆
¼ ± e n ú ” E Ñ Ü ¸ [ — ^
½ ∑ è ñ û „ È O V ˜ ] − ◊
¾ – é o ü ‹ É Ò W ˝ { ¬ ~
√ — ê ò v › Ê Ó X ` } _ ˚
% − ë ó w « Ë Ô Y ´ \ ∙ °
‰ # f ô x » F Õ Ý ¨ ⁄ • o
1 + a fi õ y A G Ö Ÿ ¤ @ §
1 à fl ö ý À H Ø Z € ™ π
2 × á g ø ÿ Á I Œ Ž £ © ∂
2 ÷ â h œ z Â Ì P ! $ ® ð
3 * ã i ù ž Ã Í Q ¡ ¥ ℓ Ω
3 / ä ì q . Ä Î R ? & ℮ ß
4 = å í p , Å Ï S ¿ ' ¶ µ
5 ≠ a î q ; Æ J Š ˆ " ƒ þ
6 < æ ï r : B K T ˇ ¯ | ∏
7 > b j s … C L U ˉ † ı ¢
8 ≤ c k š ‘ Ç Ł Ù ˘ ‡ ¦ Þ
9 ≥ ç l t ’ D M Ú ˙ ( ‐ ł
0 ≈ d m u “ Ð N Û ˛ ) – ∆
¼ ± e n ú ” E Ñ Ü ¸ [ — ^
½ ∑ è ñ û „ È O V ˜ ] − ◊
¾ – é o ü ‹ É Ò W ˝ { ¬ ~
√ — ê ò v › Ê Ó X ` } _ ˚
% − ë ó w « Ë Ô Y ´ \ ∙ °
‰ # f ô x » F Õ Ý ¨ ⁄ • o
1 + a fi õ y A G Ö Ÿ ¤ @ §
1 à fl ö ý À H Ø Z € ™ π
2 × á g ø ÿ Á I Œ Ž £ © ∂
2 ÷ â h œ z Â Ì P ! $ ® ð
3 * ã i ù ž Ã Í Q ¡ ¥ ℓ Ω
3 / ä ì q . Ä Î R ? & ℮ ß
4 = å í p , Å Ï S ¿ ' ¶ µ
5 ≠ a î q ; Æ J Š ˆ " ƒ þ
6 < æ ï r : B K T ˇ ¯ | ∏
7 > b j s … C L U ˉ † ı ¢
8 ≤ c k š ‘ Ç Ł Ù ˘ ‡ ¦ Þ
9 ≥ ç l t ’ D M Ú ˙ ( ‐ ł
0 ≈ d m u “ Ð N Û ˛ ) – ∆
¼ ± e n ú ” E Ñ Ü ¸ [ — ^
½ ∑ è ñ û „ È O V ˜ ] − ◊
¾ – é o ü ‹ É Ò W ˝ { ¬ ~
√ — ê ò v › Ê Ó X ` } _ ˚
% − ë ó w « Ë Ô Y ´ \ ∙ °
‰ # f ô x » F Õ Ý ¨ ⁄ • o
The term font describes a specific typeface, point, size, style and weight.
Uni 39 Thin Ultra Condensed
Uni
Uni
Uni
Uni
Uni
49 Light Ultra Condensed
47 Light Condensed
47 Light Condensed Oblique
Univers 45 Light
45 Light Oblique
Uni
Uni
Uni
Uni
Uni
Uni Uni
59 Ultra Condensed
57 Condensed
57 Condensed Oblique
Univers 55 Roman
Univers 55 Oblique
53 Extended
Uni
Uni
Uni
Uni
Uni Uni
67 Bold Condensed
67 Bold Condensed Oblique
65 Bold
65 Bold Oblique
63 Bold Extended
53 Extended Oblique
63 Bold Extended Oblique
Uni Uni Uni Uni 75 Black
75 Black Oblique
73 Black Extended
73 Black Extended Oblique
Uni Uni Uni Uni 85 Extra Black
85 Extra Black Oblique
93 Extra Black Extended
93 Extra Black Extended Oblique
ligatures Two or more letters specifically designed as a unit to substitute pairs of letters that overlap in an awkward manner when positioned side by side.
ciZT}cSVYZilT
ear
spine
link terminal curved ascender
arm stem
charracter width
cross-stroke tittle
overshoot
bowl
ascender counter
x-height capital height stem / downstroke apex upstroke
ascender line
baseline
descender line
leg
loop
ligature
body width
descender
counter
spur
tail
aperture
body / em height
finial bar
bracket
serif
crossbar
big 12pt
small 156pt
SIZE
innerpeace Tracking: +0 em
innerpeace Tracking: +200 em [100 x 1,000ths of an em]
innerpeace Tracking: -50 em [100 x 1,000ths of an em] â&#x20AC;Ś no correction
Tracking
A StRange quality work fix fiQ Q 123456789 123456789 Adobe Caslon Regular, Italic, ItalicSwash, expert (Adobe) 12pt | 1725 · William Caslon
Transitional < Serif
A StRange quality work fix afiQ 1234567890 VOGUE Didot Regular, Italic (Linotype) 12pt - 1990 · Adrian Frutiger
Didone < Serif
A StRange quality work fix fiQ 1234567890 TIMES Times New Roman Regular, Italic (Monotype) 12pt - 1932 · Stanley Morison and Victor Lardent
Garalde < Serif
A StRange quality work fix fiQ 1234567890 Clarendon BT Light (Bitstream) 12pt - 1845 · Henry Caslon’s foundry
Egyptienne < Slab Serif
A StRange quality work fix fiQ 1234567890 ITC Lubalin Graph BT Book, Oblique (Bitstream) 12pt - 1974 · Herb Lubalin
Geometric < Slab Serif
A StRange quality work fix fiQ 1234567890 News Gothic LT Regular, Italic (Linotype) 12pt - 1908 · Morris Fuller Benton A StRange quality work fix fiQ 1234567890 Univers 55 Roman, 55 Oblique (Linotype) 12pt - 1953 · Adrian Frutiger
Grotesque < Lineale a. < Sans Serif
Neo-grotesque < Lineale b. < Sans Serif
A StRange quality work fix fiQ 1234567890 ITC Avant Garde Gothic Book/Book Oblique (ITC) 12pt - 1930’s · Herb Lubalin
Geometric < Lineale c. < Sans Serif
A StRange quality work fix fiQ 1234567890 Eurostile Medium/Oblique (Nebiolo) 12pt - 1962 · Aldo Novarese
Geometric < Lineale c. < Sans Serif
A StRange quality work fix fiQ 1234567890 Optima Regular/Italic (Linotype) 12pt · c.1958 · Herman Zapf
Humanist < Lineale d. < Sans Serif
A StRange quality work fix fiQ 1234567890 Albertus MTRegular, italic (Monotype) 12pt · 1932-40 · Berthold Wolpe
Humanist < Glyphic
A StRange quality work 12345 Trajan (Adobe) 12pt · 1989 · Carol Twombly Glyphic < Serif A StRange quality work fix fiQ 1234567890 Bickham Script Pro ( Adobe) 12pt - 1773/1996 · Richard Lipton Script A StRange quality work fix fiQ 1234567890 Tenison Regular (Aviation Partners)12pt - 2005 · Nicholas Garner Script A StRange quality work fix fiQ 1234567890 Mistral ( ITC) 12pt - 1993 · Roger Excoffon Script A StRange quality work fix fiQ 1234567890 Wilhelm Klingspor Gotisch Roman (Linotype) 12pt - 1925 · Rudolf Koch Black-letter
q
u
i
e
t
A N G R Y
big
small
ornate
plain
love
hate
misogyny
misandry
philandry
philogyny
≈16 words per line
No creature on earth is better at pretending than we humans. We have a talent for creating a fantasy world, a talent so strong that we are even able to pretend that we exist. We simulate a first-person form, an ‘I’. The Great Pretender sets out to show that the ‘I’ we envision is a tool in our evolution. Its author cites Richard Dawkins’ book The Selfish Gene as a major source of inspiration. Another is the beach animal or ‘strandbeest’. Since 1990 Theo Jansen has been engaged in creating new forms of life.
≈12 words per line
No creature on earth is better at pretending than we humans. We have a talent for creating a fantasy world, a talent so strong that we are even able to pretend that we exist. We simulate a firstperson form, an ‘I’. The Great Pretender sets out to show that the ‘I’ we envision is a tool in our evolution. Its author cites Richard Dawkins’ book The Selfish Gene as a major source of inspiration.
≈9 words per line
No creature on earth is better at pretending than we humans. We have a talent for creating a fantasy world, a talent so strong that we are even able to pretend that we exist. We simulate a first-person form, an ‘I’. The Great Pretender sets out to show that the ‘I’ we envision is a tool in
≈6 words per line
No creature on earth is better at pretending than we humans. We have a talent for creating a fantasy world, a talent so strong that we are even able to pretend that we exist. We simulate a
SIZE
≈4 words per line
≈2 words per line
No creature on earth is better at pretending than we humans. We
No creature on earth is better at pretending than we humans. We have a talent for creating a fantasy world, a talent so
No creature on earth is better at pretending than we humans. We have a talent for creating a fantasy world, a talent so strong that we are even able to pretend that we exist. We simulate a firstperson form, an ‘I’. The Great Pretender sets out to show that the ‘I’ we envision is a tool in our evolution. Its author cites Richard Dawkins’ book The Selfish Gene as a major source of inspiration. Another is the beach animal or ‘strandbeest’. Since 1990 Theo Jansen has been engaged in creating new forms of life. These forms are not made of protein but of yellow plastic tubing. Skeletons made from these tubes are able to walk. They get their
≈12pt/4mm(11.339pt)
No creature on earth is better at pretending than we humans. We have a talent for creating a fantasy world, a talent so strong that we are even able to pretend that we exist. We simulate a firstperson form, an ‘I’. The Great Pretender sets out to show that the ‘I’ we envision is a tool in our evolution. Its author cites Richard Dawkins’ book The Selfish Gene as a major source of inspiration. Another is the beach animal or ‘strandbeest’. Since 1990 Theo
≈12pt/6mm(14.173 pt)
No creature on earth is better at pretending than we humans. We
12pt/12mm(34.016 pt)
have a talent for creating a fantasy world, a talent so strong that we are even able to pretend that we exist. We simulate a firstperson form, an ‘I’. The Great Pretender sets out to show that the
LEADING
N o cr e a t u re o n earth is b etter at prete nding t han we huma n s. We h a v e a talen t fo r creating a f ant asy w o r l d , a t a l e n t so stron g that w e are e ve n able t o preten d t h a t w e e x ist. We simu late a f irst - pe rson f o r m, a n ‘ I ’ . T h e G reat Pretend er sets out t o show t h at th e ‘ I ’ w e e n visio n is a too l in o ur e volut ion. I t s au th o r c i t e s R i c hard Dawk in s’ b o o k The Se lf ish Ge ne
tracking +100(.001)em
No creature on earth is better at pretending than we humans. We have a talent for creating a fantasy world, a talent so strong that we are even able to pretend that we exist. We simulate a firstperson form, an ‘I’. The Great Pretender sets out to show that the ‘I’ we envision is a tool in our evolution. Its author cites Richard Dawkins’ book The Selfish Gene as a major source of inspiration. Another is the beach animal or ‘strandbeest’. Since 1990 Theo
tracking +0(.001)em
No creature on earth is better at pretending than we humans. We have a talent for creating a fantasy world, a talent so strong that we are even able to pretend that we exist. We simulate a first-person form, an ‘I’. The Great Pretender sets out to show that the ‘I’ we envision is a tool in our evolution. Its author cites Richard Dawkins’ book The Selfish Gene as a major source of inspiration. Another is the beach animal or ‘strandbeest’. Since 1990 Theo Jansen has been engaged in creating new forms of life.
tracking -50(.001)em
TRACKING
No creature on earth is better at pretending than we humans. We have a talent for creating a fantasy world, a talent so strong that we are even able to pretend that we exist. We simulate a first-person form, an ‘I’. The Great Pretender sets out to show that the ‘I’ we envision is a tool in our evolution. Its author cites Richard Dawkins’ book The Selfish Gene as a major source of inspiration. Another is the beach animal or ‘strandbeest’.
no hyphenation / ragged edges
No creature on earth is better at pretending than we humans. We have a talent for creating a fantasy world, a talent so strong that we are even able to pretend that we exist. We simulate a first-person form, an ‘I’. The Great Pretender sets out to show that the ‘I’ we envision is a tool in our evolution. Its author cites Richard Dawkins’ book The Selfish Gene as a major source of inspiration. Another is the beach animal or ‘strandbeest’.
hyphenated
HYPHENATION
Its author cites Richard Dawkins’ book The Selfish Gene as a major source of inspiration. Another is the beach animal or ‘strandbeest’. Since 1990 Theo Jansen has been engaged in creating new forms of life. These forms are not made of protein but of yellow plastic tubing. Skeletons made from these tubes are able to walk.
Sabon Roman 8.5pt/4mm[11.339 pt] align left
Its author cites Richard Dawkins’ book The Selfish Gene as a major source of inspiration. Another is the beach animal or ‘strandbeest’. Since 1990 Theo Jansen has been engaged in creating new forms of life. These forms are not made of protein but of yellow plastic tubing. Skeletons made from these tubes are able to walk.
justify left
Its author cites Richard Dawkins’ book The Selfish Gene as a major source of inspiration. Another is the beach animal or ‘strandbeest’. Since 1990 Theo Jansen has been engaged in creating new forms of life. These forms are not made of protein but of yellow plastic tubing. Skeletons made from these tubes are able to walk.
align right
Its author cites Richard Dawkins’ book The Selfish Gene as a major source of inspiration. Another is the beach animal or ‘strandbeest’. Since 1990 Theo Jansen has been engaged in creating new forms of life. These forms are not made of protein but of yellow plastic tubing. Skeletons made from these tubes are able to walk.
justify right
Its author cites Richard Dawkins’ book The Selfish Gene as a major source of inspiration. Another is the beach animal or ‘strandbeest’. Since 1990 Theo Jansen has been engaged in creating new forms of life. These forms are not made of protein but of yellow plastic tubing. Skeletons made from these tubes are able to walk.
align centre
Its author cites Richard Dawkins’ book The Selfish Gene as a major source of inspiration. Another is the beach animal or ‘strandbeest’. Since 1990 Theo Jansen has been engaged in creating new forms of life. These forms are not made of protein but of yellow plastic tubing. Skeletons made from these tubes are able to walk.
justify centre
Its author cites Richard Dawkins’ book The Selfish Gene as a major source of inspiration. Another is the beach animal or ‘strandbeest’. Since 1990 Theo Jansen has been engaged in creating new forms of life. These forms are not made of protein but of yellow plastic tubing. Skeletons made from these tubes are able to walk.
justify all
ALIGNMENT
No creature on earth is better at pretending than we humans. We have a talent for creating a fantasy world, a talent so strong that we are even able to pretend that we exist. We simulate a first-person form, an ‘I’. The Great Pretender sets out to show that the ‘I’
Sabon Roman 12pt/6mm
No creature on earth is better at pretending than we humans. We have a talent for creating a fantasy world, a talent so strong that we are even able to pretend that we exist. We simulate a first-person form, an ‘I’. The Great Pretender sets out to show that the ‘I’
Univers 45 Light 12pt/6mm
No creature on earth is better at pretending than we humans. We have a talent for creating a fantasy world, a talent so strong that we are even able to pretend that we exist. We simulate a first-person form, an ‘I’. The Great Pretender sets out to show that the ‘I’
Glypha 35 Thin 12pt/6mm
TYPRFACE
Tenison Regular 14pt/6mm
Avenir LT Pro 45 Book 12pt/6mm
Albertus MT Regular 12pt/6mm
Wilhelm Klingspor Gotisch Roman 12pt/6mm
No creature on earth is better at pretending than we humans. We have a talent for creating a fantasy world, a talent so strong that we are even able to pretend that we exist. We simulate a first-person form, an ‘I’. The Great Pretender sets out to show that the ‘I’ we envision is a tool in our evolution. Its author cites Richard No creature on earth is better at pretending than we humans. We have a talent for creating a fantasy world, a talent so strong that we are even able to pretend that we exist. We simulate a first-person form, an ‘I’. The Great Pretender sets out to show that the ‘I’ No creature on earth is better at pretending than we humans. We have a talent for creating a fantasy world, a talent so strong that we are even able to pretend that we exist. We simulate a first-person form, an ‘I’. The Great Pretender sets out to show that the ‘I’ No creature on earth is better at pretending than we humans. We have a talent for creating a fantasy world, a talent so strong that we are even able to pretend that we exist. We simulate a first-person form, an ‘I’. The Great Pretender sets out to show that the ‘I’ we envision is a tool in our evolution. Its author cites Richard Dawkins’ book The Selfish Gene as a major
No creature on earth is better at pretending than we humans. We have a talent for creating a fantasy world, a talent so strong that we are even able to pretend that we exist. We simulate a first-person form, an ‘I’. The Great Pretender sets out to show that the ‘I’ we envision is a tool in our
Sentence
No creature on earth is better at pretending than we humans. We have a talent for creating a fantasy world, a talent so strong that we are even able to pretend that we exist. We simulate a first-person form, an ‘I’. The Great Pretender sets out to show that the ‘I’
NO CREATURE ON EARTH IS BETTER AT PRETENDING THAN WE HUMANS. WE HAVE A TALENT FOR CREATING A FANTASY WORLD, A TALENT SO STRONG THAT WE ARE EVEN ABLE TO PRETEND THAT WE EXIST. WE SIMULATE A FIRST-PERSON FORM, AN
All Caps
NO CREATURE ON EARTH IS BETTER AT PRETENDING THAN WE HUMANS. WE HAVE A TALENT FOR CREATING A FANTASY WORLD, A TALENT SO STRONG THAT WE ARE EVEN ABLE TO PRETEND THAT WE EXIST. WE SIMULATE A FIRST-PERSON FORM, AN
No creature on earth is better at pretending than we humans. We have a talent for creating a fantasy world, a talent so strong that we are even able to pretend that we exist. We simulate a first-person form, an ‘I’. The Great Pretender sets out to show that the ‘I’
Small Caps
CASE
No creature on earth is better at pretending than we humans. We have a talent for creating a fantasy world, a talent so strong that we are even able to pretend that we exist. We simulate a first-person form, an ‘I’. The Great Pretender sets out to show that the ‘I’ we envision is a tool in our
Roman
No creature on earth is better at pretending than we humans. We have a talent for creating a fantasy world, a talent so strong that we are even able to pretend that we exist. We simulate a first-person form, an ‘I’. The Great Pretender sets out to show that the ‘I’
No creature on earth is better at pretending than we humans. We have a talent for creating a fantasy world, a talent so strong that we are even able to pretend that we exist. We simulate a first-person form, an ‘I’. The Great Pretender sets out to show that the ‘I’ we envision is a tool in our
Italic/ Oblique
No creature on earth is better at pretending than we humans. We have a talent for creating a fantasy world, a talent so strong that we are even able to pretend that we exist. We simulate a first-person form, an ‘I’. The Great Pretender sets out to show that the ‘I’
STYLE
39 Thin Ultra Condensed No creature on earth is better at pretending than we humans. We have a talent for creating a fantasy world, a talent so strong that we are even able to pretend that we exist. We simulate a first-person form, an ‘I’. The Great Pretender sets out to show that the ‘I’ we envision is a tool in our evolution. Its author cites Richard Dawkins’ book The Selfish Gene as a major source of inspiration. Another is the beach animal or ‘strandbeest’. No creature on earth is better at pretending than we humans. We have a talent for creating a
49 Light Ultra Condensed No creature on earth is better at pretending than we humans. We have a talent for creating a fantasy world, a talent so strong that we are even able to pretend that we exist. We simulate a first-person form, an ‘I’. The Great Pretender sets out to show that the ‘I’ we envision is a tool in our evolution. Its author cites Richard Dawkins’ book The Selfish Gene as a major source of
59 Ultra Condensed No creature on earth is better at pretending than we humans. We have a talent for creating a fantasy world, a talent so strong that we are even able to pretend that we exist. We simulate a first-person form, an ‘I’. The Great Pretender sets out to show that the ‘I’ we envision is a tool in our evolution. Its
47 Light Condensed No creature on earth is better at pretending than we humans. We have a talent for creating a fantasy world, a talent so strong that we are even able to pretend that we exist. We simulate a first-person form, an ‘I’. The Great
57 Condensed No creature on earth is better at pretending than we humans. We have a talent for creating a fantasy world, a talent so strong that we are even able to pretend that we exist. We simulate a first-person form, an
67 Bold Condensed No creature on earth is better at pretending than we humans. We have a talent for creating a fantasy world, a talent so strong that we are even able to pretend that we exist. We simulate a first-person
45 Light No creature on earth is better at pretending than we humans. We have a talent for creating a fantasy world, a talent so strong that we are even able to pretend that we exist. We simulate a first-
55 Roman No creature on earth is better at pretending than we humans. We have a talent for creating a fantasy world, a talent so strong that we are even able to pretend that we
65 Bold No creature on earth is better at pretending than we humans. We have a talent for creating a fantasy world, a talent so strong that we are even able to
WEIGHT
53 Extended No creature on earth is better at pretending than we humans. We have a talent for creating a fantasy world, a talent so
93 Extra Black Extended No creature on earth is better at pretending than we humans. We have a talent for
Trim Area 105mm x 148.5mm [A6] [actual size]
Bleed Area 111mm x 154.5mm [A6] [plus 3mm on all sides]
Type Area 89mm x 132.5mm [A6] [less 8mm on all sides]
A6
ear
spine
link terminal curved ascender
arm stem
charracter width
cross-stroke tittle
overshoot
bowl
ascender counter
x-height capital height stem / downstroke apex upstroke
ascender line
baseline
descender line
loop
ligature
leg
body width
descender
spur aperture
tail counter body / em height
finial bar
bracket crossbar serif
© Charles Crimmins · 2016
Adrian Frutiger (Switzerland) · Linotype · 1954
Aéfig1, Aéfig1, Aéfig1, Aéfig1, Aéfig1, Aéfig1, Aéfg, Aéfg, Aéfg, Aéfg 24pt · 45 Light, 45 Light Oblique, 55 Roman, 55 Oblique, 65 Bold, 65 Bold Oblique, 75 Black, 75 Black Oblique, 85 Extra Black, 85 Extra Black Oblique
Quick god jumps over the lazy frown box q123456780?&!ABCDEFGHIJKLMNOPQRSTUVWXYZ®™ 16pt · 45 Light
Quick god jumps over the lazy frown box q123456780?&!ABCDEFGHIJKLMNOPQRSTUVWXYZ®™ 16pt · 45 Light Oblique
Quick god jumps over the lazy frown box q123456780?&!ABCDEFGHIJKLMNOPQRSTUVWXYZ®™ 16pt · 65 Bold
The dot, or point (German punkt) is, scientifically speaking, an abstract concept, which indicates with precise certainty the locality of a junction, a meaning, an intersection, etc. We speak of crossing points, meeting points, and also sore points, points of friction, and so on.In graphic terms the dot or point is a materialized area, recognizable by the human eye. It is the smallest graphic unit, as it were the “atom” of every pictorial expression. A dot seldom appears as an individual element but generally takes its meaning from a relationship with another sign, such as the dot on the i, which gives the vertical line the meaning of a vowel; or the geometric dot in the middle of a circle, which thereby comes to symbolize the expression of “center”. By lining up dots to form an area we create a graphic screen (raster) or tint. The dots are no longer regarded as isolated
“atoms” but as a gray effect or the basis of the reproduction technique for halftone printing. The imaginary line – The viewer draws an imaginary line from one dot to another. In ancient times, humans drew imaginary lines between stars as they gazed at the sky and the pictures thus formed from the constellations made the signs of the zodiac. Dots arranged in a straight line at constant intervals are recognized as a line on which one is invited to write. From the examples of dice patterns we have seen that the arrangement of three dots can evoke the idea of a triangle and that the formation of a hexagon of dots produces the idea of circular movement. With a greater effort of the imagination one can also see a pair of crossed triangles, making the Jewish symbol of the six-pointed Star of David (6). From these
The dot, or point (German punkt) is, scientifically speaking, an abstract concept, which indicates with precise certainty the locality of a junction, a meaning, an intersection, etc. We speak of crossing points, meeting points, and also sore points, points of friction, and so on.In graphic terms the dot or point is a materialized 5pt / 2.5mm [ 7.087 pt ] · 55 Roman
40
30
20
10
0
-10
éfigAR
100pt · 55 Roman
8.5pt / 4mm [11.338pt] · 65 Bold, 45 Light Oblique, 45 Light, 55 Roman, 55 Oblique, 65 Bold, 65 Bold Oblique
9pt · 55 Roman
§ 1 2 3 4 5 6 7 8 9 0 - = q w e r t y u i o p [ ] a s d f g h j k l ; ’ \ ` z x c v b n m , . /
+ Shift
± ! @ £ $ % ^ & * ( ) _ + Q W E R T Y U I O P { } A S D F G H J K L : ” | ~ Z X C V B N M < > ?
§ 1 2 3 4 5 6 7 8 9 0 - = q w e r t y u i o p [ ] a s d f g h j k l ; ’ \ ` z x c v b n m , . /
_ Option
§ ¡ € # ¢ § ˆ ¶ ¨ ª º – ≠ œ ˙ é ® √ ¥ ú í ó ‚ “ ‘ á ß ∂ ƒ © µ ˝ ˚ π … æ « ` ¯ ≈ ¸ ˇ ˜ ˛ ≤ ≥ ÷
- Shift Option
± ⁄ ™ ‹ › † ^ & • · ° — ± Œ ˙ É ‰ ∞ ¥ Ú Í Ó ∏ ” ’ Á ´ ∫ ∑ © ∆ ˝ ¬ ‡ Æ » ` Ω ≈ ¸ fi fl ˜ ˛ „ ◊ ¿
CRIMMINS · crimmins.ie
Univers
Neo-grotesque / Lineale / Sans Serif
© Charles Crimmins · 2016
Univers
Univers LT Std · 2002 · Linotype
Adrian Frutiger (Switzerland) · Linotype · 1954
Aéfig1, Aéfig1, Aéfig1, Aéfig1, Aéfig1, Aéfig1, Aéfig1, Aéfig1, Aéfig1 24pt · 47 Light Condensed, 47 Light Condensed Oblique, 57 Condensed, 57 Condensed Oblique, 67 Bold Condensed, 67 Bold Condensed Oblique, 39 Thin Ultra Condensed, 49 Light Ultra Condensed, 59 Ultra Condensed
Quick god jumps over the lazy frown box q123456780?&!ABCDEFGHIJKLMNOPQRSTUVWXYZ®™ 16pt · 47 Light Condensed
Quick god jumps over the lazy frown box q123456780?&!ABCDEFGHIJKLMNOPQRSTUVWXYZ®™ 16pt · 57 Condensed Oblique
Quick god jumps over the lazy frown box q123456780?&!ABCDEFGHIJKLMNOPQRSTUVWXYZ®™ 16pt · 67 Bold Condensed
The dot, or point (German punkt) is, scientifically speaking, an abstract concept, which indicates with precise certainty the locality of a junction, a meaning, an intersection, etc. We speak of crossing points, meeting points, and also sore points, points of friction, and so on. In graphic terms the dot or point is a materialized area, recognizable by the human eye. It is the smallest graphic unit, as it were the “atom” of every pictorial expression. A dot seldom appears as an individual element but generally takes its meaning from a relationship with another sign, such as the dot on the i, which gives the vertical line the meaning of a vowel; or the geometric dot in the middle of a circle, which thereby comes to symbolize the expression of “center”. By lining up dots to form an area we create a graphic screen (raster) or tint. The dots are no longer regarded as isolated “atoms” but as a gray effect or the basis of the reproduction technique for halftone printing. The imaginary line – The viewer draws an imaginary line from one dot to another. In ancient times,
humans drew imaginary lines between stars as they gazed at the sky and the pictures thus formed from the constellations made the signs of the zodiac. Dots arranged in a straight line at constant intervals are recognized as a line on which one is invited to write. From the examples of dice patterns we have seen that the arrangement of three dots can evoke the idea of a triangle and that the formation of a hexagon of dots produces the idea of circular movement. With a greater effort of the imagination one can also see a pair of crossed triangles, making the Jewish symbol of the six-pointed Star of David (6). From these observations we conclude that the eye at first draws a line to represent the shortest distance between two points and is able to visualize crossovers only on further consideration. The line in itself - The prototype “line” is conceived from the start as a straight line. We take it that a juxtaposition of dots simulates a line, inviting completion. On
8.5pt / 4mm [11.338pt] · 67 Bold Condensed, 47 Light Condensed, 47 Light Condensed Oblique, 57 Condensed, 57 Condensed Oblique, 67 Bold Condensed, 67 Bold Condensed Oblique
The dot, or point (German punkt) is, scientifically speaking, an abstract concept, which indicates with precise certainty the locality of a junction, a meaning, an intersection, etc. We speak of crossing points, meeting points, and also sore points, points of friction, and so on.In graphic terms the dot or point is a materialized area, recognizable by the human eye. It is the smallest graphic unit, as it were 5pt / 2.5mm [ 7.087 pt ] · 47 Light Condensed
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éfigAR
100pt · 57 Condensed
9pt · 57 Condensed
§ 1 2 3 4 5 6 7 8 9 0 - = q w e r t y u i o p [ ] a s d f g h j k l ; ’ \ ` z x c v b n m , . /
+ Shift
± ! @ £ $ % ^ & * ( ) _ + Q W E R T Y U I O P { } A S D F G H J K L : ” | ~ Z X C V B N M < > ?
§ 1 2 3 4 5 6 7 8 9 0 - = q w e r t y u i o p [ ] a s d f g h j k l ; ’ \ ` z x c v b n m , . /
_ Option
§ ¡ € # ¢ § ˆ ¶ ¨ ª º – ≠ œ ˙ é ® √ ¥ ú í ó ‚ “ ‘ á ß ∂ ƒ © µ ˝ ˚ π … æ « ` ¯ ≈ ¸ ˇ ˜ ˛ ≤ ≥ ÷
- Shift Option
± ⁄ ™ ‹ › † ^ & • · ° — ± Œ ˙ É ‰ ∞ ¥ Ú Í Ó ∏ ” ’ Á ´ ∫ ∑ © ∆ ˝ ¬ ‡ Æ » ` Ω ≈ ¸ fi fl ˜ ˛ „ ◊ ¿
CRIMMINS · crimmins.ie
Univers Condensed
Neo-grotesque / Lineale / Sans Serif
© Charles Crimmins · 2016
Univers Condensed
Univers LT Std · 2002 · Linotype
Adrian Frutiger (Switzerland) · Linotype · 1954
Aéfig1, Aéfig1, Aéfig1, Aégi, Aégi, Aégi, Aégi, Aégi 24pt · 53 Extended, 53 Extended Oblique, 63 Bold Extended, 63 Bold Extended Oblique, 73 Black Extended, 73 Black Extended Oblique, 93 Extra Black Extended, 93 Extra Black Extended Oblique
Quick god jumps over the lazy frown box q123456780?&!ABCDEFGHIJKLMNOPQRST 16pt · 53 Extended
Quick god jumps over the lazy frown box q123456780?&!ABCDEFGHIJKLMNOPQRSTUVWXYZ®™ 16pt · 53 Extended Oblique
Quick god jumps over the lazy frown box q123456780?&!ABCDEFGHIJKLMNO 16pt · 73 Black Extended
The dot, or point (German punkt) is, scientifically speaking, an abstract concept, which indicates with precise certainty the locality of a junction, a meaning, an intersection, etc. We speak of crossing points, meeting points, and also sore points, points of friction, and so on. In graphic terms the dot or point is a materialized area, recognizable by the human eye. It is the smallest graphic unit, as it were the “atom” of every pictorial expression. A dot seldom appears as an individual element but generally takes its meaning from a relationship with another sign, such as the dot on the i, which gives the vertical line the meaning of a vowel; or the
geometric dot in the middle of a circle, which thereby comes to symbolize the expression of “center”. By lining up dots to form an area we create a graphic screen (raster) or tint. The dots are no longer regarded as isolated “atoms” but as a gray effect or the basis of the reproduction technique for halftone printing. The imaginary line – The viewer draws an imaginary line from one dot to another. In ancient times, humans drew imaginary lines between stars as they gazed at the sky and the pictures thus formed from the constellations made the signs of the zodiac. Dots arranged in a
8.5pt / 4mm [11.338pt] · 24pt · 53 Extended, 53 Extended Oblique, 63 Bold Extended, 63 Bold Extended Oblique, 73 Black Extended, 73 Black Extended Oblique, 93 Extra Black Extended, 93 Extra Black Extended Oblique
The dot, or point (German punkt) is, scientifically speaking, an abstract concept, which indicates with precise certainty the locality of a junction, a meaning, an intersection, etc. We speak of crossing points, meeting points, and also sore points, 5pt / 2.5mm [ 7.087 pt ] · 53 Extended
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éfigR
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100pt · 73 Black Extended
9pt · 53 Extended
§ 1 2 3 4 5 6 7 8 9 0 - = q w e r t y u i o p [ ] a s d f g h j k l ; ’ \ ` z x c v b n m , . /
+ Shift
± ! @ £ $ % ^ & * ( ) _ + Q W E R T Y U I O P { } A S D F G H J K L : ” | ~ Z X C V B N M < > ?
§ 1 2 3 4 5 6 7 8 9 0 - = q w e r t y u i o p [ ] a s d f g h j k l ; ’ \ ` z x c v b n m , . /
_ Option
§ ¡ € # ¢ § ˆ ¶ ¨ ª º – ≠ œ ˙ é ® √ ¥ ú í ó ‚ “ ‘ á ß ∂ ƒ © µ ˝ ˚ π … æ « ` ¯ ≈ ¸ ˇ ˜ ˛ ≤ ≥ ÷
- Shift Option
± ⁄ ™ ‹ › † ^ & • · ° — ± Œ ˙ É ‰ ∞ ¥ Ú Í Ó ∏ ” ’ Á ´ ∫ ∑ © ∆ ˝ ¬ ‡ Æ » ` Ω ≈ ¸ fi fl ˜ ˛ „ ◊ ¿
CRIMMINS · crimmins.ie
Univers Extended
Neo-grotesque / Lineale / Sans Serif
© Charles Crimmins · 2016
Univers Extended
Univers LT Std · 2002 · Linotype
William Caslon · 1722
Aéfig1, AAéfig1, Aéfig1, AAéfig1, Aéfig1, AAéfig1fi 24pt · Regular, Italic Swash, Italic, Semibold, Semibold Italic Swash, Semibold Italic, Bold, Bold Italic Swash, Bold Italic
Quick god jumps over the lazy box frqwn 1234567890 1234567890I YX ?&! ABCDEFGHIJKLMNOPQRSTUVWXYZ®™ 16pt · Regular, Expert, Regular
Quick god jumps over the lazy box frqwn 1234567890 ?&! ABCDEFGHIJKLMNOPQRSTUVWXYZ®™ 16pt · Italic
Quick god jumps over the lazy box frqwn 1234567890 ?&! ABCDEFGHIJKLMNOPQRSTUVWXYZ®™ 16pt · Bold
William Caslon I – born 1692 in Cradley, Worcestershire, England, died 1766 in Bethnal Green, England – engraver, type founder, type designer. 1706: begins a seven-year apprenticeship as an engraver with a London harness-maker. 1716: self-employed engraver. 1721: the Society for Promoting Christian Knowledge commissions Caslon to cast Arabic alphabets. 1725: sets up his own type foundry. 1734: Caslon’s first one-page specimen is produced which illustrates 47 of his typefaces. 1737: the type foundry moves to Chiswell Street in London, where it continues to operate for 200 years. William Caslon II: William Caslon II – born 1720, died 1778 – type founder, type designer. 1742: joins his father’s company. 1763: father and son issue the first English book of type specimens, which includes 56 alphabets by Caslon senior and 27 by his son, designed between 1738 and 1763. 1766: after the death of his father, Caslon junior runs the family business until 1778. William Caslon III: William Caslon III – born 1754, died 8.5pt / 4mm [11.338pt] · Semibold Italic Swash, Semibold Italic, Regular, Semibold, Bold, Bold Italic
1833 – type founder. Caslon III sold his share of the business to his mother and daugther-in-law and used the money to buy the Jackson type foundry, The type foundry remained the property of the Caslon family until 1795. William Caslon IV: William Caslon IV – born 1780, died 1869 – type founder. 1807: Caslon IV takes over the running of the type foundry until 1819, when the foundry is bought by Blake, Garnett & Co. 1837: the type foundry, still under the name of Caslon, becomes the property of the Stephenson, Blake & Co. type foundry in Sheffield. * Typography – An Encyclopedic Survey of Type Design and Techniques Throughout History by Friedrich Friedl, Nicolaus Ott (Editor), Bernard Stein, published by Könemann Verlagsgesellschaft mbH. Caslon is an Old Style serif typeface originally designed by William Caslon in 1722. Caslon was used for the Declaration of Independence. “ When in doubt, use Caslon”
The dot, or point (German punkt) is, scientifically speaking, an abstract concept, which indicates with precise certainty the locality of a junction, a meaning, an intersection, etc. We speak of crossing points, meeting points, and also sore points, points of friction, and so on.In graphic terms the dot or point is a materialized area, recognizable by the human eye. It 5pt / 2.5mm [ 7.087 pt ] · Regular
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éWgAR1
100pt · 55 Regular
9pt · Regular
§ 1 2 3 4 5 6 7 8 9 0 - = q w e r t y u i o p [ ] a s d f g h j k l ; ’ \ ` z x c v b n m , . /
+ Shift
± ! @ £ $ % ^ & * ( ) _ + Q W E R T Y U I O P { } A S D F G H J K L : ” | ~ Z X C V B N M < > ?
§ 1 2 3 4 5 6 7 8 9 0 - = q w e r t y u i o p [ ] a s d f g h j k l ; ’ \ ` z x c v b n m , . /
_ Option
§ ¡ € # ¢ § ˆ ¶ ¨ ª º – ≠ œ ˙ é ® √ ¥ ú í ó ‚ “ ‘ á ß ∂ ƒ © µ ˝ ˚ π … æ « ` ¯ ≈ ¸ ˇ ˜ ˛ ≤ ≥ ÷
- Shift Option
± ⁄ ™ ‹ › † ^ & • · ° — ± Œ ˙ É ‰ ∞ ¥ Ú Í Ó ∏ ” ’ Á ´ ∫ ∑ © ∆ ˝ ¬ ‡ Æ » ` Ω ≈ ¸ fi fl ˜ ˛ „ ◊ ¿
CRIMMINS · crimmins.ie
Adobe Caslon
Garalde / Old Style / Serif
© Charles Crimmins · 2016
Adobe Caslon
Fira · 2017 · licensed under OFL (Open Font License)
§ 1 2 3 4 5 6 7 8 9 0 - = q w e r t y u
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s d f g h j
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± ! @ £ $ % ^ & * ( ) _ + Q W E R T Y U I O P { } A
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± ⁄ ™ ‹ › † ^ & • · ° — ± Œ ˙ É ‰ ∞ ¥ Ú Í Ó ∏ ” ’ Á ´
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§ 1 2 3 4 5 6 7 8 9 0 - = q
w e r
t y u
i o p [ ] a
+ Shift
± ! @ £ $ % ^ & * ( ) _ + Q W E R
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§ ¡ € # ¢
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± ⁄ ™ ‹ › † ^ & • · ° — ± Œ ˙ É ‰ ∞ ¥ Ú Í Ó ∏ ” ’ Á ´
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§ 1 2 3 4 5 6 7 8 9 0 - = q w e r t y u i o p [ ] a s d f g h j k l ; ’ \ ` z x c v b n m , . /
§ 1 2 3 4 5 6 7 8 9 0 - = q w e r t y u i o p [ ] a s d f g h j k l ; ’ \ ` z x c v b n m , . / + Shift
± ! @ £ $ % ^ & * ( ) _ + Q W E R T Y U I O P { } A S D F G H J K L : ” | ~ Z X C V B N M < > ?
_ Option
§ ¡ € # ¢ § ˆ ¶ ¨ ª º – ≠ œ ˙ é ® √ ¥ ú í ó ‚ “ ‘ á ß ∂ ƒ © µ ˝ ˚ π … æ « ` ¯ ≈ ¸ ˇ ˜ ˛ ≤ ≥ ÷
- Shift Option
± ⁄ ™ ‹ › † ^ & • · ° — ± Œ ˙ É ‰ ∞ ¥ Ú Í Ó ∏ ” ’ Á ´ ∫ ∑ © ∆ ˝ ¬ ‡ Æ » ` Ω ≈ ¸ fi fl ˜ ˛ „ ◊ ¿
CRIMMINS · crimmins.ie
© Charles Crimmins · 2016
§ 1 2 3 4 5 6 7 8 9 0 - = q w e r t y u i o p [ ] a s d f g h j k l ; ’ \ ` z x c v b n m , . /
Carrois Apostrophe and Erik Spiekermann · Mozilla · 2012
Aéfig1, Aéfig1, Aéfig1, Aéfig1, Aéfig1, Aéfig1, Aéfig1, Aéfig1, Aéfig1, Aéfig1, Afig 24pt · Thin, ExtraLight, Light, Light Italic, Regular, Medium, SemiBold, Bold, ExtraBold, Black, Black Italic
Quick god jumps over the lazy frown box q 1234567890 1234567890 ?&!ABCDEFGHIJKLMNOPQRSTUVWXYZ®™ 16pt · 45 Light
Quick god jumps over the lazy frown box q 1234567890 1234567890 ?&!ABCDEFGHIJKLMNOPQRSTUVWXYZ®™ 16pt · 45 Light Oblique
Quick god jumps over the lazy frown box q 1234567890 1234567890 ?&!ABCDEFGHIJKLMNOPQRSTUVWXYZ®™ 16pt · 65 Bold
Carrois Apostrophe focuses on language extension and the development of corporate type. The studio was founded in 1975 by Ralph Carrois. The typeface for Suzuki was one of Ralph’s early projects, and he has since designed typefaces for TYPO3, the Neue National Galerie, and the Museo de Art de Ponce, among many others. In cooperation with Erik Spiekermann, Carrois Apostrophe has realized projects for Cisco, the German television broadcaster ZDF, designed Fira for Mozilla, and FF Real which was released by Fontshop. The studio is currently working on new designs and smart plugins for the font editor Glyphs. Designed to integrate with the character of the Mozilla FirefoxOS, the Fira typefaces also aim to cover the legibility needs for a large range of handsets varying in screen quality and rendering. The Fira font family comes in 3 widths, all accompanied by italic styles. The package also includes a Mono Spaced
variant. This project is led by Carrois, a type foundry based in Berlin. To contribute, see github.com/mozilla/ Fira Carrois Apostrophe focuses on language extension and the development of corporate type. The studio was founded in 1975 by Ralph Carrois. The typeface for Suzuki was one of Ralph’s early projects, and he has since designed typefaces for TYPO3, the Neue National Galerie, and the Museo de Art de Ponce, among many others. In cooperation with Erik Spiekermann, Carrois Apostrophe has realized projects for Cisco, the German television broadcaster ZDF, designed Fira for Mozilla, and FF Real which was released by Fontshop. The studio is currently working on new designs and smart plugins for the font editor Glyphs. Designed to integrate with the character of the Mozilla FirefoxOS, the Fira typefaces also aim to cover the legibility needs for a large range of handsets varying in screen quality and
The dot, or point (German punkt) is, scientifically speaking, an abstract concept, which indicates with precise certainty the locality of a junction, a meaning, an intersection, etc. We speak of crossing points, meeting points, and also sore points, points of friction, and so on.In graphic terms the dot or point is a 5pt / 2.5mm [ 7.087 pt ] · Regular
40
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éfigAR1
100pt · 55 Regular
8.5pt / 4mm [11.338pt] · Thin, ExtraLight, Light, Light Italic, Regular, Medium, SemiBold, Bold, ExtraBold, Black, Black Italic
9pt · Regular
§ 1 2 3 4 5 6 7 8 9 0 - = q w e r t y u i o p [ ] a s d f g h j k l ; ’ \ ` z x c v b n m , . /
+ Shift
± ! @ £ $ % ^ & * ( ) _ + Q W E R T Y U I O P { } A S D F G H J K L : ” | ~ Z X C V B N M < > ?
_ Option
§
¡ € # ¢ § ˆ ¶ ¨ ª º – ≠ œ ˙
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CRIMMINS · crimmins.ie
› † ^ & •
·
° — ± Œ ˙
Fira Sans
˚ π … æ « `
¯ ≈
∫ ∑ © ∆ ˝ ¬ ‡ Æ » ` Ω ≈
˜
˛
≤ ≥ ÷
¸ fi fl ˜
¸
ˇ
˛
„ ◊ ¿
Sans Serif / informal
© Charles Crimmins · 2016
Fira Sans
Fira · 2017 · licensed under OFL (Open Font License)
Akira Kobayashi / Adrian Frutiger · Linotype · 1988 / 2004 - 2007
Aéfig1, Aéfig1, Aég, Aég, Aég, Aég, Aég, Aég, Aég, Aég, Ag, Ag, Aéfig1 24pt · 35 Light, 35 Light Oblique, 45 Book, 45 Book Oblique, 55 Roman, 55 Oblique, 65 Medium, 65 Medium Oblique, 85 Heavy, 85 Heavy Oblique, 95 Black, 95 Black Oblique
Quick god jumps over the lazy frown box q 1234567890 ?&!ABCDEFGHIJKLMNOPQRSTUVWXYZ®™ 16pt · 35 Light
Quick god jumps over the lazy frown box q 1234567890 ?&!ABCDEFGHIJKLMNOPQRSTUVWXYZ®™ 16pt · 55 Oblique
Quick god jumps over the lazy frown box q 1234567890 ?&!ABCDEFGHIJKLMNOPQRSTUVWXYZ®™ 16pt · 65 Bold
The dot, or point (German punkt) is, scientifically speaking, an abstract concept, which indicates with precise certainty the locality of a junction, a meaning, an intersection, etc. We speak of crossing points, meeting points, and also sore points, points of friction, and so on. In graphic terms the dot or point is a materialized area, recognizable by the human eye. It is the smallest graphic unit, as it were the “atom” of every pictorial expression. A dot seldom appears as an individual element but generally takes its meaning from a relationship with another sign, such as the dot on the i, which gives the vertical line the meaning of a vowel; or the geometric dot in the middle of a circle, which thereby comes to symbolize the expression of “center”. By lining up dots to form an area we create a graphic screen (raster) or tint. The dots are no longer regarded as isolated “atoms”
but as a gray effect or the basis of the reproduction technique for halftone printing. The imaginary line – The viewer draws an imaginary line from one dot to another. In ancient times, humans drew imaginary lines between stars as they gazed at the sky and the pictures thus formed from the constellations made the signs of the zodiac. Dots arranged in a straight line at constant intervals are recognized as a line on which one is invited to write. From the examples of dice patterns we have seen that the arrangement of three dots can evoke the idea of a triangle and that the formation of a hexagon of dots produces the idea of circular movement. With a greater effort of the imagination one can also see a pair of crossed triangles, making the Jewish symbol of the six-pointed Star of David (6). From these observations we conclude that the eye at first
The dot, or point (German punkt) is, scientifically speaking, an abstract concept, which indicates with precise certainty the locality of a junction, a meaning, an intersection, etc. We speak of crossing points, meeting points, and also sore points, points of friction, and so on.In graphic terms the dot or point is a materialized 5pt / 2.5mm [ 7.087 pt ] · 45 Book
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éfigAR1
100pt · 55 Roman
8.5pt / 4mm [11.338pt] · 35 Light, 35 Light Oblique, 45 Book, 45 Book Oblique, 55 Roman, 55 Oblique, 65 Medium, 65 Medium Oblique, 85 Heavy, 85 Heavy Oblique, 95 Black, 95 Black Oblique
9pt · 45 Book
§ 1 2 3 4 5 6 7 8 9 0 - = q w e r t y u i o p [ ] a s d f g h j k l ; ’ \ ` z x c v b n m , . /
+ Shift
± ! @ £ $ % ^ & * ( ) _ + Q W E R T Y U I O P { } A S D F G H J K L : ” | ~ Z X C V B N M < > ?
§ 1 2 3 4 5 6 7 8 9 0 - = q w e r t y u i o p [ ] a s d f g h j k l ; ’ \ ` z x c v b n m , . /
_ Option
§ ¡ € # ¢ § ˆ ¶ ¨ ª º – ≠ œ ˙ é ® √ ¥ ú í ó ‚ “ ‘ á ß ∂ ƒ © µ ˝ ˚ π … æ « ` ¯ ≈ ¸ ˇ ˜ ˛ ≤ ≥ ÷
- Shift Option
± ⁄ ™ ‹ › † ^ & • · ° — ± Œ ˙ É ‰ ∞ ¥ Ú Í Ó ∏ ” ’ Á ´ ∫ ∑ © ∆ ˝ ¬ ‡ Æ » ` Ω ≈ ¸ fi fl ˜ ˛ „ ◊ ¿
CRIMMINS · crimmins.ie
Avenir
Geometric / Lineal / Sans Serif
© Charles Crimmins · 2016
Avenir
Avenir Next LT Pro · 1988 / 2004 - 2007 · Akira Kobayashi / Adrian Frutiger
Firmin Didot (1764 - 1836) France / Adrian Frutiger · Linotype · 1784 - 1811 / 1990
Aéfig1, Aéfig1, Aéfig1 24pt · Regular, Italic, Bold
Quick god jumps over the lazy frown box q 1234567890 ?&!ABCDEFGHIJKLMNOPQRSTUVWXYZ®™ 16pt · Regular
Quick god jumps over the lazy frown box q 1234567890 ?&!ABCDEFGHIJKLMNOPQRSTUVWXYZ®™ 16pt · Italic
Quick god jumps over the lazy frown box q 1234567890 ?&!ABCDEFGHIJKLMNOPQRSTUVWXYZ®™ 16pt · Bold
The dot, or point (German punkt) is, scientifically speaking, an abstract concept, which indicates with precise certainty the locality of a junction, a meaning, an intersection, etc. We speak of crossing points, meeting points, and also sore points, points of friction, and so on.In graphic terms the dot or point is a materialized area, recognizable by the human eye. It is the smallest graphic unit, as it were the “atom” of every pictorial expression. A dot seldom appears as an individual element but generally takes its meaning from a relationship with another sign, such as the dot on the i, which gives the vertical line the meaning of a vowel; or the geometric dot in the middle of a circle, which thereby comes to symbolize the expression of “center”. By lining up dots to form an area we create a graphic screen (raster) or tint. The dots are no longer regarded as isolated “atoms” but as a gray
effect or the basis of the reproduction technique for halftone printing. The imaginary line – The viewer draws an imaginary line from one dot to another. In ancient times, humans drew imaginary lines between stars as they gazed at the sky and the pictures thus formed from the constellations made the signs of the zodiac. Dots arranged in a straight line at constant intervals are recognized as a line on which one is invited to write. From the examples of dice patterns we have seen that the arrangement of three dots can evoke the idea of a triangle and that the formation of a hexagon of dots produces the idea of circular movement. With a greater effort of the imagination one can also see a pair of crossed triangles, making the Jewish symbol of the six-pointed Star of David (6). From these observations we conclude that the eye at first draws a line to represent the shortest
The dot, or point (German punkt) is, scientifically speaking, an abstract concept, which indicates with precise certainty the locality of a junction, a meaning, an intersection, etc. We speak of crossing points, meeting points, and also sore points, points of friction, and so on.In graphic terms the dot or point is a materialized 5pt / 2.5mm [ 7.087 pt ] · Regular
40
30
20
10
0
-10
éfigAR1
100pt · 55 Regular
8.5pt / 4mm [11.338pt] · Regular, Italic, Bold
9pt · Regular
§ 1 2 3 4 5 6 7 8 9 0 - = q w e r t y u i o p [ ] a s d f g h j k l ; ’ \ ` z x c v b n m , . /
+ Shift
± ! @ £ $ % ^ & *
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ª
º – ≠ œ ˙
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±
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° — ± Œ ˙ É ‰ ∞ ¥ Ú Í Ó ∏ ”
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CRIMMINS · crimmins.ie
⁄ ™ ‹
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)
t y u i o p [
_ + Q W E R T Y U I O P { é ® √ ¥ ú í ó ‚
Didot
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a s d f g h j k l á ß ∂ ƒ © µ ˝
’ Á ´
˚ π … æ «
∫ ∑ © ∆ ˝ ¬ ‡ Æ »
` `
z x c v b n m , ¯ ≈ ¸
ˇ
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` Ω ≈ ¸ fi fl ˜
.
/
˛ ≤ ≥ ÷ ˛
„ ◊ ¿
serif / didone
© Charles Crimmins · 2016
Didot
Didot · 1990 · Linotype
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© Charles Crimmins · 2016
1 1 2 2 3 3 4 5 6 7 8 9 0 ¼ ½ ¾ √ % ‰
fi fl g h i ì í î ï j k l m n ñ o ò ó ô õ ö ø œ ù q p q r s š t u ú û ü v w x y ý ÿ z ž . , ; : … ‘ ’ “ ” „ ‹ › « » A À Á Â Ã Ä Å Æ B C Ç D Ð E È É Ê Ë F G H I Ì Í Î Ï J K L Ł M N Ñ O Ò Ó Ô Õ Ö Ø Œ P Q R S Š T U Ù Ú Û Ü V W X Y Ý ˇ ˉ ˘ ˙ ¯ † ‡ (
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30pt @ A4 / 60pt @ A2
Ÿ Z Ž ! ¡ ? ¿ ˆ ¤ € £ $ ¥ & ' "
1
2
2
3
3
4 5 6 7 8 9 0 ¼ ½ ¾ √ % ‰
+ - × ÷ * / = ≠ < > ≤ ≥ ≈ ± ∑ – — − # a à á â ã ä å a æ b c ç d e è é ê ë f fi fl g h i ì í î õ ö ø œ ù q p q
ï r
j s
k š
© Charles Crimmins · 2016
1
l m n ñ o ò ó ô t u ú û ü v w x
y ý ÿ z ž . , ; : … ‘ ’ “ ” „ ‹ › « A À Á Â Ã Ä Å Æ B C Ç D Ð E È É Ê Ë
» F
G H I Ì Í Î Ï J K L Ł M N Ñ O Ò Ó Ô Õ Ö Ø Œ P Q R S Š T U Ù Ú Û Ü V W X Y Ý ˆ "
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30pt @ A4 / 60pt @ A2
Ÿ Z Ž ! ¡ ? ¿ ¤ € £ $ ¥ & '
+ - × ÷ * / = ≠ < > ≤ ≥ ≈ ± ∑ – — − # a à á â ã ä å a æ b c ç d e è é ê ë f fi fl g h i ì í î ï õ ö ø œ ù q p q r
© Charles Crimmins · 2016
1 1 2 2 3 3 4 5 6 7 8 9 0 ¼ ½ ¾ √ % ‰
j k l m n ñ o ò ó ô s š t u ú û ü v w x
y ý ÿ z ž . , ; : … ‘ ’ “ ” „ ‹ › « » A À Á Â Ã Ä Å Æ B C Ç D Ð E È É Ê Ë F
Ÿ Z Ž ! ¡ ? ¿ ¤ € £ $ ¥ & '
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∙ • ° o
30pt @ A4 / 60pt @ A2
G H I Ì Í Î Ï J K L Ł M N Ñ O Ò Ó Ô Õ Ö Ø Œ P Q R S Š T U Ù Ú Û Ü V W X Y Ý