236
HURME FIN 1A & FIN 1B TYPEFACE SPECIMEN v1.0 - 19/06/2019

Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

  • Upload
    others

  • View
    5

  • Download
    0

Embed Size (px)

Citation preview

Page 1: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

HURME FIN 1A & FIN 1B

TYPEFACE SPECIMENv1.0 - 19/06/2019

Page 2: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

schwartz

Press Any Key To Continue

SQUEEZED ONLY FROM THE BEST FRUITSTRETCH LYCRA

TARZANPiston air compressor holds crankshaft, cylinder and valve head inside

Bear no consequences of hibernation

OBVIOUS MOVIE POSTER CREDIT LISTINGHelp improve this article by adding citations to reliable sources

GreatIn excess of 215 psig at 100°F fixed liquid level gauge indicates 80% full-d.t.

Results From A Low-Ratio Control Group

Take with plenty of waterSECOND SEASON HAS YET TO BE CONFIRMEDFORWARD

Multi-layered plot on several adjacent timelines

THERE WILL BE A PERFECT SHOE

75% Body Weightthe sheer number of different weights makes the workload extremely heavy

frozen quickly enoughSmall Capitals Are Always A Distinct Option

Distill Life Photography

INFINITE EXPANTION OF SPACE

boomslangAvoid Excessive TemperatureMulti-layered plot on several adjacent timelines

Hurme FIN Typeface Specimen 19/06/2019 2Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 3: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

Overview

About Hurme FIN 1a collection

Simplified monolinear sans-serif design with a large design-space from Expanded to Compressed family variants.

The x-height increases proportionally towards the narrower family variants, retaining the feel of the typeface across widths as much as possible.

Horizontal stroke terminals.

Short ascenders and descenders.

Features optically adjusted Obliques, SmallCaps and a number of Opentype features.

Nine widths, eight weights. In total 144 styles.

HURME FIN 1a

Hurme FIN Typeface Specimen 19/06/2019 3Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 4: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

Shake Well & Keep In Refrigerator

THE NARCOTIC OF THE SIMPLE ANSWER TO AN INTRACTABLE QUESTION

FIRST CHECKED BAG FREE

GET 25% OFF ELIGIBLE INFLIGHT PURCHASES

THIS MIGHT BE A STRETCH

frozen yard sign

oxygen 12STANDARD RACK ARRANGEMENT

DEMOLITION DONE, BUT WHEN WILL CONSTRUCTION START?

tripwireBit Wider Implications

FEBRUARY

BUREAUCRAZY

INSERT ENGAGING CONTENT HERE

Collision detection requires extensive use of concepts from linear algebra and computational geometry

Average Effiency Of 275 lm/W

outrun longplay [60 fps]

About 135 miles offshoreIt's a smaller group , but that gives us a opportunity to share it with everyone

Thought to be extinct, a Hawaiian flower was rediscovered on a cliff face by a drone

Kyoto Subway

MEANWHILE

Nearly Two Years Ago

Seat 037ANew study: pine bark extract boosts nitric oxide production

Hurme FIN Typeface Specimen 19/06/2019 4Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 5: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

Overview

About Hurme FIN 1b collection

In addition to information about FIN 1a in the previ-ous page, Hurme FIN 1b is an alternative design of FIN 1a, featuring angular and monospace -inspired charac-ters with slab-serifs. FIN 1b can be seen as a transition between monospace Hurme FIN Mono and more gro-tesque FIN 1a.

Hurme FIN 1a and FIN 1b are essentially the same fonts, but with different sets of characters set as default. In both family variants, all the other characters can be ac-cessed through the Opentype features.

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

AanAan

HURME FIN 1b

Hurme FIN Typeface Specimen 19/06/2019 5Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 6: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

Basic uppercase

SmallCaps

Alternative uppercase

Alternative SmallCaps

Basic lowercase Alternative lowercase

ABCDEFGHIJKLMNOPQRSTUVWXYZ

ÀÁÂÃÄĀĂÅǺĄÆǼḂĆĈČĊÇĎĐḊÈÉÊĚËĒĔĖĘḞĜĞĠĢĤĦÌÍÎĨÏĪĬİĮIJĴĶĹĽĻĿŁŃŇÑŅṀÒÓÔÕÖŌŎŐØǾŒṖŔŘŖŚŜŠȘṠŞẞŤṪŢȚŦÙÚÛŨÜŪŬŮŰŲẀẂŴẄỲÝŶŸŹŽŻŊÐÞƏ

abcdefghijklmnopqrstuvwxyz

àáâãäāăåǻąæǽḃćĉčċçďđḋèéêěëēĕėęḟĝğġģĥħìíîĩïīĭiįijĵķĺľļŀłńňñņṁòóôõöōŏőøǿœṗŕřŗśŝšșṡşssťṫţțŧùúûũüūŭůűųẁẃŵẅỳýŷÿźžżŋðþə

ABDIJKPRVWXY

ÀÁÂÃÄĀĂÅǺĄḂĎĐḊÌÍÎĨÏĪĬİĮĴĶṖŔŘŖẀẂŴẄỲÝŶŸ

abdijkprvwxy

àáâãäāăåǻąḃďđḋìíîĩïīĭiįĵķṗŕřŗẁẃŵẅỳýŷÿ

abcdefghijklmnopqrstuvwxyz

àáâãäāăåǻąæǽḃćĉčċçďđḋèéêěëēĕėęḟĝğġģĥħìíîĩïīĭiįijĵķĺľļŀłńňñņṁòóôõöōŏőøǿœṗŕřŗśŝšșṡşßťṫţțŧùúûũüūŭůűųẁẃŵẅỳýŷÿźžżŋðþə

afgijklrtvwxy

àáâãäāăåǻąḟĝğġģìíîĩïīĭiįĵķĺľļŀłŕřŗťṫţțŧ ẁẃŵẅỳýŷÿźžż

Character setHURME FIN 1a

Hurme FIN Typeface Specimen 19/06/2019 6Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 7: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

Figures

Proportional Lining Proportional Oldstyle Tabular LIning NumeratorsDenumeratorsSuperior/SuperscriptInferior/Subscript

Alternative figures

Fractions

Prebuilt Opentype

1234567890%‰12345678901234567890%‰H1234567890/().,+−±×÷=abcdefghijklmnopqrstuvwxyzH1234567890/().,+−±×÷=abcdefghijklmnopqrstuvwxyzH1234567890/().,+−±×÷=abcdefghijklmnopqrstuvwxyzH1234567890/().,+−±×÷=abcdefghijklmnopqrstuvwxyz

12347

½⅓⅔¼¾1234567890/1234567890

Standard punctuation All-Caps punctuation&?¿!¡/|\¦()[]•·@©(P)®™ℓ*ªº†‡§¶ .,:;…”“’‘‚„"'‹›«»^-–—_

H:;•·‹›«»-–—()¡¿@

All-Caps ArrowsArrows and symbols H←↑→↓↔←↑→↓↔

Mathematical Currency+−±×÷=≠~≈¬<>≤≥#°/ %‰∆Ωµπ∞∂∏◊∑√∫

€$¢£¥₡₫₧₱₽₨₪ƒ¤

Ligatures Alternative Ligaturesfi ff fl fi ff fl

Character setHURME FIN 1a

Hurme FIN Typeface Specimen 19/06/2019 7Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 8: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

Excellent

EXCELLENT

Excellent

excellent

Ligatures

Ligature glyphs are present for com-patibility reasons and look like a normal kerned glyph pair. No need for actual ligatures in this design.

Discretionery ligatures

When activated from the Opentype menu, this feature provides a quick access to some pre-designed glyphs trough certain character combinations. The grey boxes indi-cate a space character.

off on off off (optional) on

off on

off on

off on

SmallCaps + All to SmallCaps

This feature formats lowercase text as true small caps. Also formatting all text to small capitals supported.

AllCaps/Case-sensitive forms

Substitutes punctuation marks and symbols with their appropriate capital forms automatically when All Caps is activated. Note, that the forms are NOT actived by typing in Caps.

Ordinals

Substitutes default alphabetic glyphs with corresponding pre-designed glyphs.

1a 2o No 1ª 2º

H:5 E-E@A (H) H:5 E-E@A (H)

-^ |^ ↑-v |v ↓

TM

[] [x] [X]

^\ <^

-> →

\v v>

<- ←

(P) (P)

No.

<|> ^|v

v/ <v

(C) ©

(R) ®

<-> ↔

l

() (x) (X)

/^ ^>

ff fi fl ff fi fl

Opentype featuresHURME FIN 1a

Hurme FIN Typeface Specimen 19/06/2019 8Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 9: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

AKRVWXYkvwxyBDIJPfijlrt ff fi fl2347ABDIJKPRVWXYfgijklrtvwxy ff fi fl 2347

A

a

Y

Vv

4

g

1

Ww

ẞẞ

t

237

Xx

KRk

y

ABDIJKPRVWXY afgijklrtvwxy ff fi fl 12347

AKRVWXYkvwxyBDIJPfijlrt ff fi fl

ABDIJKPRVWXYfgijklrtvwxy ff fi fl 2347

A

a

Y

Vv

4

g

1

Ww

ẞẞ

t

237

Xx

KRk

y

ABDIJKPRVWXY afgijklrtvwxy ff fi fl 12347

Stylistic Alternates

Substitutes default characters with selected set of alternative characters.

off on

off on off on

ABDIJKPRVWXY afgijklrtvwxy ff fi fl 12347

ABDIJKPRVWXY afgijklrtvwxy ff fi fl 12347

Stylistic SetsStylistic Sets

SS 01: Substitutes a set of default characters with selected set of al-ternative characters.

SS 02: Substitutes a set of default characters with selected set of al-ternative characters.

Opentype Stylistic sets and Stylistic Alternates replace the default char-acters with alternative characters and/or character sets.

SS 03: Substitutes a set of default characters with selected set of al-ternative characters.

SS 11: Substitute only A

SS 04: Substitute only a

SS 12: Substitute only Y

SS 07: Substitute only V and v

SS 15: Substitute only 4

SS 05: Substitute only g

SS 13: Substitute only 1

SS 08: Substitute only W and w

SS 16: Substitute only German Double S

SS 06: Substitute only t

SS 14: Substitute only 2, 3 and 7

SS 09: Substitute only X and x

SS 17: Substitute only y

SS 10: Substitute only y

SS 18: Substitute all alternatives

Aa AaOpentype features: Stylistic Alternates

HURME FIN 1a

Hurme FIN Typeface Specimen 19/06/2019 9Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 10: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

1234567890 H/123 H2O x57

H/123 H2O x57

1234567890 H/123 H2O x57

H/123 H2O x57

Proportional Oldstyle figures

Changes figures from the default Proportional Lining to oldstyle i.e. numbers of varying height. These are suited to the use with lower-case text.

Numerators

Substitutes numbers with numerator figures.

off on off on

off on

off on off on

off on

off on

off on

1234567890 H123/ x2=y2+z2

H123/ x2=y2+z2

1234567890 H123/ x2=y2+z2

H123/ x2=y2+z2

Proportional Lining figures

This feature changes figures from other styles to the default Proportional Lining figures. Lining figures are of the same height as capitals, so they are best suited with all-capital text.

Denominators

Substitutes numbers with demoninator figures.

Inferior figures

Substitutes numbers with inferior figures.

Tabular Lining figures

All numbers are switched to their corresponding versions of equal width.

Fractions

In addition to pre-designed frac-tions, this Opentype feature sub-stitutes figures separated by slash with diagonal fractions. The feature ignores the numeric date format.

2 2/3 1234/1234

1234567890%‰

2 2/3 1234/1234

1234567890%‰Superior figures

Substitutes numbers with superior figures.

Opentype featuresHURME FIN 1a

Hurme FIN Typeface Specimen 19/06/2019 10Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 11: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

Accessing Opentype features Adobe InDesign

To access OpenType features in Adobe Indesign, choose menu -> Window -> Type & Tables -> CharacterIn the Character palette, click the menu button in the upper right corner to access the OpenType menu.

Please notice that some features will not work when [No Language] is chosen for the selected text.

If you use InDesign’s Glyph palette to find particular character, select “Sort Glyphs by CID / GID” from Glyph palette menu. It makes it so much easier.

Adobe Illustrator

To access Opentype features in Adobe Illustrator, choose menu -> Window -> Type -> Opentype

Recommendations

If tracking is not set between -15 and +15, turn off Ligatures and Contextual Alternates.

The recommended leading is 120% for text and 110-90% for headlines. The leading can be set up to 80%, even with languages that use diacritics. You can reduce tracking even more for very big point sizes. Add track-ing in text sizes to improve legibility (this paragraph has tracking of +10).

Supported languages Abenaki, Afaan Oromo, Afar, Afrikaans, Albanian, Alsatian, Amis, Anuta, Aragonese, Aranese, Aromanian, Arrernte, Arvanitic (Latin), Asturian, Atayal, Aymara, Azerbaijani, Bashkir (Latin), Basque, Belarusian (Latin), Bemba, Bikol, Bislama, Bosnian, Breton, Cape Verdean Creole, Catalan, Cebuano, Chamorro, Chavacano, Chichewa, Chickasaw, Cimbrian, Cofán, Corsican, Creek, Crimean Tatar (Latin), Croatian, Czech, Danish, Dawan, Delaware, Dholuo, Drehu, Dutch, English, Esperanto, Estonian, Faroese, Fijian, Filipino, Finnish, Folkspraak, French, Frisian, Friulian, Gagauz (Latin), Galician, Ganda, Genoese, German, Gikuyu, Gooniyandi, Greenlandic (Kalaallisut), Guadeloupean Creole, Gwich’in, Haitian Creole, Hän, Hawaiian, Hiligaynon, Hopi, Hotcąk (Latin), Hungarian, Icelandic, Ido, Ilocano, Indonesian, Interglossa, Interlingua, Irish, Istro-Romanian, Italian, Jamaican, Javanese (Latin), Jèrriais, Kala Lagaw Ya, Kapampangan (Latin), Kaqchikel, Karakalpak (Latin), Karelian (Latin), Kashubian, Kikongo, Kinyarwanda, Kiribati, Kirundi, Klingon, Kurdish (Latin), Ladin, Latin, Latino sine Flexione, Latvian, Lithuanian, Lojban, Lombard, Low Saxon, Luxembourgish, Maasai, Makhuwa, Malay, Maltese, Manx, Māori, Marquesan, Megleno-Romanian, Meriam Mir, Mirandese, Mohawk, Moldovan, Montagnais, Montenegrin, Murrinh-Patha, Nagamese Creole, Ndebele, Neapolitan, Ngiyambaa, Niuean, Noongar, Norwegian, Novial, Occidental, Occitan, Oshiwambo, Ossetian (Latin), Palauan, Papiamento, Piedmontese, Polish, Portuguese, Potawatomi, Q’eqchi’, Quechua, Rarotongan, Romanian, Romansh, Rotokas, Sami (Inari Sami), Sami (Lule Sami), Sami (Northern Sami), Sami (Southern Sami), Samoan, Sango, Saramaccan, Sardinian, Scottish Gaelic, Serbian (Latin), Seri, Seychellois Creole, Shawnee, Shona, Sicilian, Silesian, Slovak, Slovenian, Slovio (Latin), Somali, Sorbian (Lower Sorbian), Sorbian (Upper Sorbian), Sotho (Northern), Sotho (Southern), Spanish, Sranan, Sundanese (Latin), Swahili, Swazi, Swedish, Tagalog, Tahitian, Tetum, Tok Pisin, Tokelauan, Tongan, Tshiluba, Tsonga, Tswana, Tumbuka, Turkish, Turkmen (Latin), Tuvaluan, Tzotzil, Uzbek (Latin), Venetian, Vepsian, Volapük, Võro, Wallisian, Walloon, Waray-Waray, Warlpiri, Wayuu, Welsh, Wik-Mungkan, Wiradjuri, Wolof, Xavante, Xhosa, Yapese, Yindjibarndi, Zapotec, Zulu, Zuni

Opentype features: Additional Information

HURME FIN 1a

Hurme FIN Typeface Specimen 19/06/2019 11Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 12: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

Hurme FIN 1afamily styles

v1.0 - 19/06/2019a

Page 13: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

Compressed Hairline

Compressed Thin

Compressed Light

Compressed Regular

Compressed SemiBold

Compressed Medium

Compressed Bold

Compressed Black

Compressed Hairline Oblique

Compressed Thin Oblique

Compressed Light Oblique

Compressed Regular Oblique

Compressed SemiBold Oblique

Compressed Medium Oblique

Compressed Bold Oblique

Compressed Black Oblique

Compressed Width StylesHURME FIN 1a

Hurme FIN Typeface Specimen 19/06/2019 13Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 14: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

Condensed Family weights

Condensed Hairline

Condensed Thin

Condensed Light

Condensed Regular

Condensed SemiBold

Condensed Medium

Condensed Bold

Condensed Black

Condensed Hairline Oblique

Condensed Thin Oblique

Condensed Light Oblique

Condensed Regular Oblique

Condensed SemiBold Oblique

Condensed Medium Oblique

Condensed Bold Oblique

Condensed Black Oblique

HURME FIN 1a

Hurme FIN Typeface Specimen 19/06/2019 14Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 15: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

Extra Narrow Family weights

Extra Narrow Hairline

Extra Narrow Thin

Extra Narrow Light

Extra Narrow Regular

Extra Narrow SemiBold

Extra Narrow Medium

Extra Narrow Bold

Extra Narrow Black

Extra Narrow Hairline Oblique

Extra Narrow Thin Oblique

Extra Narrow Light Oblique

Extra Narrow Regular Oblique

Extra Narrow SemiBold Oblique

Extra Narrow Medium Oblique

Extra Narrow Bold Oblique

Extra Narrow Black Oblique

HURME FIN 1a

Hurme FIN Typeface Specimen 19/06/2019 15Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 16: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

Narrow Width Family weights

Narrow Hairline

Narrow Thin

Narrow Light

Narrow Regular

Narrow SemiBold

Narrow Medium

Narrow Bold

Narrow Black

Narrow Hairline Oblique

Narrow Thin Oblique

Narrow Light Oblique

Narrow Regular Oblique

Narrow SemiBold Oblique

Narrow Medium Oblique

Narrow Bold Oblique

Narrow Black Oblique

HURME FIN 1a

Hurme FIN Typeface Specimen 19/06/2019 16Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 17: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

Normal Width Family weights

Hairline

Thin

Light

Regular

SemiBold

Medium

Bold

Black

Hairline Oblique

Thin Oblique

Light Oblique

Regular Oblique

SemiBold Oblique

Medium Oblique

Bold Oblique

Black Oblique

HURME FIN 1a

Hurme FIN Typeface Specimen 19/06/2019 17Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 18: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

Wide Width Family weights

Wide Hairline

Wide Thin

Wide Light

Wide Regular

Wide SemiBold

Wide Medium

Wide Bold

Wide Black

Oblique

Oblique

Oblique

Oblique

Oblique

Oblique

Oblique

Oblique

HURME FIN 1a

Hurme FIN Typeface Specimen 19/06/2019 18Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 19: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

Extra Wide Width Family weights

Extra Wide Hairline

Extra Wide Thin

Extra Wide Light

Extra Wide Regular

Extra Wide SemiBold

Extra Wide Medium

Extra Wide Bold

Extra Wide Black

Oblique

Oblique

Oblique

Oblique

Oblique

Oblique

Oblique

Oblique

HURME FIN 1a

Hurme FIN Typeface Specimen 19/06/2019 19Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 20: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

Extended Width Family weights

Hairline

Thin

Light

Regular

SemiBold

Medium

Bold

Black

Oblique

Oblique

Oblique

Oblique

Oblique

Oblique

Oblique

Oblique

HURME FIN 1a

Hurme FIN Typeface Specimen 19/06/2019 20Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 21: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

Expanded Width Family weights

Hairline

Thin

Light

Regular

SemiBold

Medium

Bold

Black

Oblique

Oblique

Oblique

Oblique

Oblique

Oblique

Oblique

Oblique

HURME FIN 1a

Hurme FIN Typeface Specimen 19/06/2019 21Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 22: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

Hurme FIN 1aCompressed family

v1.0 - 19/06/2019a

Page 23: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

WE HAVE FINALLY REACHED OUR LIMIT OF ENTERING CAPTCHA CODESFluctuating freezer temperatures can cause the water vapor to migrate from the product to the surface of the container

Multi-layered plot on several adjacent timelines

Take with plenty of water

CLOCKWISE FROM TOP LEFT

Fortunately, much of that genetic diversity has persisted in ancient heirloom and wild plant species

Gestern Abend kurz nachdem alles anfingBRAIN-CONTROLLED TYPING RECORD IS ABOUT EIGHT WORDS A MINUTE

Clear SignalHEALTH BENEFITS ARE AMPLIFIED BY YOUR MINDSET

Stampede through crop fieldsMalgré les archives des deux marques, c'est comme si nous étions repartis de zéro

OBVIOUS MOVIE POSTER CREDIT LISTING

Les grandes manœuvres s’accélèrent dans ľagroalimentaireMARINE NAVIGATIONFÜNF JAHRE SPÄTER - KURZREPORTAGELightweight boxing champion

Hurme FIN Typeface Specimen 19/06/2019 23Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 24: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

LANDMARKERYMPÄRÖIVÄNÄAPPROXIMATION

WEATHERPROOFEDDEUX PREMIÈRES

MISUNDERSTANDINGAUF 11:00 UHR ZURÜCKEVOLUTIONARY BIOLOGIST

thanksgivingseventeenfoldkeramikmuseet

counterclockwisecomplex system

neuropsychologicalzusammengewachsendifferent sizes of infinity?

Hurme FIN 1a Compressed Black - 72pt

Hurme FIN 1a Compressed Bold - 72pt

Hurme FIN 1a Compressed SemiBold - 72pt

Hurme FIN 1a Compressed Medium - 72pt

Hurme FIN 1a Compressed Regular - 72pt

Hurme FIN 1a Compressed Light - 72pt

Hurme FIN 1a Compressed Thin - 72pt

Hurme FIN 1a Compressed Hairline - 72pt

Hurme FIN Typeface Specimen 19/06/2019 24Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 25: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

SEARCHLIGHTCOUNTERBLOWNEUTRON STUDY

VERDENS STØRSTEUNGEWÖHNLICHE

ELECTROMAGNETISMLANDWIRTSCHAFTLICHECOUNTERESTABLISHMENT

input voltagefragmentationdescodificação

stream frequentlyandra grönsaker

madrigueras fósilesce système archaïqueviestintäjärjestelmämme

Hurme FIN 1a Compressed Black Oblique - 72pt

Hurme FIN 1a Compressed Bold Oblique - 72pt

Hurme FIN 1a Compressed SemiBold Oblique - 72pt

Hurme FIN 1a Compressed Medium Oblique - 72pt

Hurme FIN 1a Compressed Regular Oblique - 72pt

Hurme FIN 1a Compressed Light Oblique - 72pt

Hurme FIN 1a Compressed Thin Oblique - 72pt

Hurme FIN 1a Compressed Hairline Oblique - 72pt

Hurme FIN Typeface Specimen 19/06/2019 25Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 26: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

DUBNA PRONÁJEM CELKEM 4 DOMŮElinkaaren Aikainen Suunnittelutyö

Hurme FIN 1a Compressed – Thin 98 pt

EXTRAORDINARIO GRUPO DE PERSONASMogli Budować Zdecydowanie Bardziej

Hurme FIN 1a Compressed – Hairline 98 pt

Hurme FIN Typeface Specimen 19/06/2019 26Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 27: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

FILAIRES POUR LES RÉSEAUXStrengthens Factory Growth

Hurme FIN 1a Compressed – Regular 98 pt

AUMENTO DE 5,8% EM RELAÇÃOA Velocità Fino A 170 Mila km/h

Hurme FIN 1a Compressed – Light 98 pt

Hurme FIN Typeface Specimen 19/06/2019 27Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 28: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

HAPNIKUGA VARUSTATUSGlädjeämnen Är Naturen

Hurme FIN 1a Compressed – SemiBold 98 pt

SKABER ENDDA TRÆNGSELVerwachtingen Voor Licht

Hurme FIN 1a Compressed – Medium 98 pt

Hurme FIN Typeface Specimen 19/06/2019 28Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 29: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

ANSCHEINEND STARKPaperwork Required

Hurme FIN 1a Compressed – Black 98 pt

FRESHLY SQUEEZED INKAlimentar Caso Sejam

Hurme FIN 1a Compressed – Bold 98 pt

Hurme FIN Typeface Specimen 19/06/2019 29Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 30: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

ALZATA NEL CIELO PER 1246,1 METRIKanskje Den Mest Kjente Danseren

Hurme FIN 1a Compressed Oblique – Thin 98 pt

TEGEMIST ON 86 PROTSENDI ULATUSESAtt Kartlägga Ruinerna På Havsbottnen

Hurme FIN 1a Compressed Oblique – Hairline 98 pt

Hurme FIN Typeface Specimen 19/06/2019 30Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 31: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

PRESS ANNUALS AND BOOKSPracovníků Finanční Správy

Hurme FIN 1a Compressed Oblique – Regular 98 pt

A GRAVAÇÃO APRESENTA RUÍDODen Vergangenen Zehn Jahren

Hurme FIN 1a Compressed Oblique – Light 98 pt

Hurme FIN Typeface Specimen 19/06/2019 31Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 32: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

DEL CENTRO GEOGRÁFICO24 Miljoonaa Kappaletta

Hurme FIN 1a Compressed Oblique – SemiBold 98 pt

SCHONENDER MIT BÄUMENArray Of Everyday Objects

Hurme FIN 1a Compressed Oblique – Medium 98 pt

Hurme FIN Typeface Specimen 19/06/2019 32Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 33: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

FABRIC AND POWDERPoint Aux Exigences

Hurme FIN 1a Compressed Oblique – Black 98 pt

SUPER BOWL HALFTIMEAveriguar Exatamente

Hurme FIN 1a Compressed Oblique – Bold 98 pt

Hurme FIN Typeface Specimen 19/06/2019 33Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 34: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

65/58pt 65/58pt

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were developed in France and later adopted as the German DIN standard No. 476 in

THE GERMAN SCIENTIST GEORG CHRISTOPH LICHTENBERG DESCRIBED THE ADVANTAGES OF BASING A PAPER SIZE ON AN ASPECT RATIO OF √2 IN A LETTER TO JOHANN BECKMANN IN 25TH OCTOBER OF 1786. THE FORMATS THAT BECAME ISO PAPER SIZES (A2, A4, ETC) WERE DEVELOPED IN FRANCE AND LATER ADOPTED AS THE GERMAN DIN

Hurme FIN Typeface Specimen 19/06/2019 34Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 35: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

65/58pt 65/58pt

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were developed in France and later adopted as the German DIN standard No. 476 in

THE GERMAN SCIENTIST GEORG CHRISTOPH LICHTENBERG DESCRIBED THE ADVANTAGES OF BASING A PAPER SIZE ON AN ASPECT RATIO OF √2 IN A LETTER TO JOHANN BECKMANN IN 25TH OCTOBER OF 1786. THE FORMATS THAT BECAME ISO PAPER SIZES (A2, A4, ETC) WERE DEVELOPED IN FRANCE AND LATER ADOPTED AS THE GERMAN DIN

Hurme FIN Typeface Specimen 19/06/2019 35Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 36: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

Hurme FIN 1aCondensed family

v1.0 - 19/06/2019a

Page 37: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

Zweiseitige Systeme folgenPOUR VOTRE SÉCURITÉ, CONTRÔLES AUTOMATIQUES

PRESS ANY KEY TO CONTINUE

Ecrãs de Visualização de Dados

Aerodynamic

50% of viewers

QUANTITY OF NUTRIENTSSURVEY ANALYSIS OVERVIEWL’idéal est de verser le quinoa dans un chinois fin et de le frotter sous l’eau avec les mains pendant une ou deux minutes

Windows Must Restart Because the Remote Procedure Call (RPC) Service Terminated Unexpectedly

Don’t let algorithms rule your feeds

Som un coŀlectiu format per 12 integrants

CONTAINS AMINE GROUPS THAT BREAK OPEN THE EPOXIDE RINGS

TUSENTALS DRABBADE AV TÅGFÖRSENINGAR

Curing Agent Mixed Together

Body-breathable, nearly weightless polyester yarn that tightens along with the laces

FABRICATED TO MEET STRUCTURAL, FLAME RETARDANT, WEATHER-RESISTANT, AND NATURAL FORCE REQUIREMENTS

Preheat oven to 425°F

Gjørma Og OppløsningMan thrown into dump truck survives being compacted

ANOTHER BANANA PEEL AFTER TWO DAYS

Widely Distributed

Hurme FIN Typeface Specimen 19/06/2019 37Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 38: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

WAYFARING29 OKTOBERACQUAINTED

WATERMELONAUSWÄRTIGE

RÅDJURSKORVAUTOMATICALLYCOMMONWEALTH

applesauceblockbusterdownstream

fountainheadêtre compris

undergraduatemyönteisempäästraightforwardly

Hurme FIN 1a Condensed Black - 72pt

Hurme FIN 1a Condensed Bold - 72pt

Hurme FIN 1a Condensed SemiBold - 72pt

Hurme FIN 1a Condensed Medium - 72pt

Hurme FIN 1a Condensed Regular - 72pt

Hurme FIN 1a Condensed Light - 72pt

Hurme FIN 1a Condensed Thin - 72pt

Hurme FIN 1a Condensed Hairline - 72pt

Hurme FIN Typeface Specimen 19/06/2019 38Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 39: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

UNIVERSITYSUBNORMALSHAKEDOWN

COASTGUARDREALIZACIÓN

NORTHLANDERAUFSCHWATZENHEADQUARTERS?

cloudscapetypographicweatherman

konzentriertevetenskaplig

120 kilometersannet spørsmålzurückschrauben

cloudscapeHurme FIN 1a Condensed Black Oblique - 72pt

Hurme FIN 1a Condensed Bold Oblique - 72pt

Hurme FIN 1a Condensed SemiBold Oblique - 72pt

Hurme FIN 1a Condensed Medium Oblique - 72pt

Hurme FIN 1a Condensed Regular Oblique - 72pt

Hurme FIN 1a Condensed Light Oblique - 72pt

Hurme FIN 1a Condensed Thin Oblique - 72pt

Hurme FIN 1a Condensed Hairline Oblique - 72pt

Hurme FIN Typeface Specimen 19/06/2019 39Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 40: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

STRETCHES OF THE AMERICAN WESTKirjoitetaan, Erityisesti Tietokoneilla

Hurme FIN 1a Condensed – Thin 78 pt

ALÉM DE HAVER AUTÊNTICOS CENTROSBegan Listening To Sounds Of The Rain

Hurme FIN 1a Condensed – Hairline 78 pt

Hurme FIN Typeface Specimen 19/06/2019 40Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 41: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

SUPERFICIE DI 485 METRI QUADRINormalsituasjon. Slike Overordna

Hurme FIN 1a Condensed – Light 70 pt

QUESTÃO DE EQUILÍBRIO 50%Building’s Gracious Interiors

Hurme FIN 1a Condensed – Medium 70 pt

ERGONOMIA VAATII KEHITYSTÄAyant Un Réseau De Symétrie

Hurme FIN 1a Condensed – Regular 70 pt

Hurme FIN Typeface Specimen 19/06/2019 41Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 42: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

MED 285 KRONOR PÅ FICKANVětšinou Nových Členských

Hurme FIN 1a Condensed – SemiBold 70 pt

UNA FUERZA DE PROGRESOMass-Produced Materials

Hurme FIN 1a Condensed – Black 70 pt

ASSOCIATED WITH READINGManchmal Wahnsinnig Süß

Hurme FIN 1a Condensed – Bold 70 pt

Hurme FIN Typeface Specimen 19/06/2019 42Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 43: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

ZMIERZENIE WPŁYWU TWORZONYCHHögtalare Med Fantastisk Batteritid

Hurme FIN 1a Condensed Oblique – Thin 78 pt

CATEGORIE BESTE NIET-ENGELSTALIGEEmettendo Un Lampo Di Raggi Gamma

Hurme FIN 1a Condensed Oblique – Hairline 78 pt

Hurme FIN Typeface Specimen 19/06/2019 43Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 44: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

LITTERATURPANELET, DER HØRERMoyen D’organiser Les Échanges

Hurme FIN 1a Condensed Oblique – Light 70 pt

POINTS DANS L’ESPACE, AFINKasvaa Parin Vuoden Sisällä

Hurme FIN 1a Condensed Oblique – Medium 70 pt

FÜR SAUBERES TRINKWASSERAlto La Concentrazione Media

Hurme FIN 1a Condensed Oblique – Regular 70 pt

Hurme FIN Typeface Specimen 19/06/2019 44Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 45: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

LOW-RATIO CONTROL GROUPPropuesto Ensayos Clínicos

Hurme FIN 1a Condensed Oblique – SemiBold 70 pt

SWEATPANTS & SNEAKERSEsta Quarta-Feira Na Sede

Hurme FIN 1a Condensed Oblique – Black 70 pt

BUDE PODPOŘENO 39 MUZEÍNetwork Of Long Branching

Hurme FIN 1a Condensed Oblique – Bold 70 pt

Hurme FIN Typeface Specimen 19/06/2019 45Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 46: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

Light & Medium – 16/17,5pt Regular & SemiBold – 16/17,5pt Medium & Bold – 16/17,5pt SemiBold & Black – 16/17,5pt

Light & Medium – 26/27pt Regular & SemiBold – 26/27pt Medium & Bold – 26/27pt SemiBold & Black – 26/27pt

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were devel-oped in France and later adopted as the German DIN standard No. 476 in 1922. They were listed in a 1798 law on taxation of publications that was based in part on page sizes. These standards are based on the ratio of the Silver Rectangle (its name is an allusion to the golden ratio), as the limiting ratio of

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were developed in France and later adopted as the German DIN standard No. 476 in 1922. They were listed in a 1798 law on taxation of publica-tions that was based in part on page sizes. These standards are based on the ratio of the Silver Rectangle (its name is an allusion to the golden

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were developed in France and later adopted as the German DIN standard No. 476 in 1922. They were listed in a 1798 law on taxation of publica-tions that was based in part on page sizes. These standards are based on the ratio of the Silver Rectangle (its name is an allusion to the golden

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were developed in France and later adopted as the German DIN standard No. 476 in 1922. They were listed in a 1798 law on taxation of publications that was based in part on page sizes. These standards are based on the ratio of the Silver Rectangle (its name is an allusion to the golden ratio), as the limiting ratio of consecutive Pell numbers.

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were developed in France

Hurme FIN Typeface Specimen 19/06/2019 46Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 47: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

Hurme FIN 1aExtra Narrow family

v1.0 - 19/06/2019a

Page 48: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

workspace

Royston Vaseyunexpected early frost

Spørgsmål om boligkøb

ASSEGURA QUE O BILHETE EM “2.ª MÃO”Travel And Food Section

Seen Here In The Foreground Of The International Space Station

36% DE CROISSANCE

INDISCHEN OZEANWater Solubility: 4700 mg/L (at 25 °C)

Propuesto Ensayos Clínicos

Sobivad Lemmiksihtkohad Nagu Töö Toovad “Keldrist” Välja 26

Default Settings

BRESCIA (ENTRAMBI AL 25%)

Mogły Oszczędzać Paliwo

NÄSTA ÅR SKA UTGRÄVNINGARNA FORTSÄTTA I SAMMA OMRÅDE

Targeted Survey Analysis Overview

UGYAN EGYRE TÖBBEN HASZNÁLNAK OLYAN VIRTUÁLIS ASSZISZTENSEKET

Tilbudt både ordinær og økologisk mat til de besøk-

Behälter dicht verschlossen an einem gut belüfteten Ort aufbewahren

Cashew & AlmondSECOND SEASON HAS YET TO BE CONFIRMEDLightweight carbon-fiber tubes as blades, covered with foam pipe insulation and copper mesh

UNIQUE MULTI-COLOURED BARK IS THE MOST DISTINCTIVE FEATURE OF THE TREE

Hurme FIN Typeface Specimen 19/06/2019 48Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 49: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

NEANDERTHALAFTERSCHOOLWINDJAMMING

SIIRTYMÄVUOSIPERFORMANCE

LEATHERJACKETHYDROCHEMISTRYSTRAIGHTFORWARD

aerodynamicssuperchargedendangerment

autobiographicarkitektgruppa

työpanoksemmemisunderstandingreforçou orçamento

Hurme FIN 1a Extra Narrow Black - 60pt

Hurme FIN 1a Extra Narrow Bold - 60pt

Hurme FIN 1a Extra Narrow SemiBold - 60pt

Hurme FIN 1a Extra Narrow Medium - 60pt

Hurme FIN 1a Extra Narrow Regular - 60pt

Hurme FIN 1a Extra Narrow Light - 60pt

Hurme FIN 1a Extra Narrow Thin - 60pt

Hurme FIN 1a Extra Narrow Hairline - 60pt

Hurme FIN Typeface Specimen 19/06/2019 49Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 50: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

ATMOSFÄRENSSTEPBROTHERMORGENSTERN

TUGEV NÕRKUSEQUIVOCACIÓN

SØNDAGSAVISET1967 BESTSELLEROBERFRÄNKISCHENZUR LUFTQUALITÄT

spółki mające

atomic switchpsychological

improvisationadvertisement

melhor relação

cumpla ciertosgastronómicasotros aspectos

trippelpunkten

aamulähetyksetproducing oxygenthat’s probably 147€

Hurme FIN 1a Extra Narrow Black Oblique - 60pt

Hurme FIN 1a Extra Narrow Bold Oblique - 60pt

Hurme FIN 1a Extra Narrow SemiBold Oblique - 60pt

Hurme FIN 1a Extra Narrow Medium Oblique - 60pt

Hurme FIN 1a Extra Narrow Regular Oblique - 60pt

Hurme FIN 1a Extra Narrow Light Oblique - 60pt

Hurme FIN 1a Extra Narrow Thin Oblique - 60pt

Hurme FIN 1a Extra Narrow Hairline Oblique - 60pt

Hurme FIN Typeface Specimen 19/06/2019 50Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 51: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

PRØVER Å OPPFØRE SEG ORDENTLIGPoužití Biopaliva Namísto Původního

Hurme FIN 1a Extra Narrow – Thin 78 pt

LA SALVAGUARDIA DELLA BIODIVERSITÀResearchers Demonstrated White Light

Hurme FIN 1a Extra Narrow – Hairline 78 pt

Hurme FIN Typeface Specimen 19/06/2019 51Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 52: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

1960-LUVUN ALKUUN MENNESSÄZapatillas Deportivas Y Una Serie

Hurme FIN 1a Extra Narrow – Light 70 pt

UNTERNEHMEN UND BÜRGERNLethargy (29%) And Mydriasis

Hurme FIN 1a Extra Narrow – Medium 70 pt

UTVIDGAS SÄKERHETSKRAVENSur Câble De Paires Torsadées

Hurme FIN 1a Extra Narrow – Regular 70 pt

Hurme FIN Typeface Specimen 19/06/2019 52Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 53: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

VERWACHTINGEN VOOR LICHTStore In The Original Package

Hurme FIN 1a Extra Narrow – SemiBold 70 pt

UMA QUESTÃO DE EQUILÍBRIOStandard Rack Arrangement

Hurme FIN 1a Extra Narrow – Black 70 pt

LOW-RATIO CONTROL GROUPTehnilise Järelevalve Ameti

Hurme FIN 1a Extra Narrow – Bold 70 pt

Hurme FIN Typeface Specimen 19/06/2019 53Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 54: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

EN LILLE RÆKKE FORFATTERSKABERD-Vitamiini Päikese Ultraviolettkiirte

Hurme FIN 1a Extra Narrow Oblique – Thin 78 pt

SALUDABLE. ¿POR QUÉ CAFÉ Y AYUNO?Fragments, Chips, Particles (Sand/Dirt)

Hurme FIN 1a Extra Narrow Oblique – Hairline 78 pt

Hurme FIN Typeface Specimen 19/06/2019 54Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 55: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

DOSTOSOWAĆ SWOJE SAMOLOTYUnder Oppussingen Av Huset Har

Hurme FIN 1a Extra Narrow Oblique – Light 70 pt

WIE STARK DIE SCHWERKRAFTKansainvälisiä Huippuosaajia

Hurme FIN 1a Extra Narrow Oblique – Medium 70 pt

HIENOJAKOISEKSI JAUHETTUABaisses De Taux Quantitatives

Hurme FIN 1a Extra Narrow Oblique – Regular 70 pt

Hurme FIN Typeface Specimen 19/06/2019 55Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 56: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

EVOLUTIONARY FORECASTINGUndersökt Cheopspyramiden

Hurme FIN 1a Extra Narrow Oblique – SemiBold 70 pt

SECONDO ALCUNI SCIENZIATIEach Tablet Contains 375 Mg

Hurme FIN 1a Extra Narrow Oblique – Black 70 pt

KRIJGEN ZOVEEL AANGIFTESD’un Système D’information

Hurme FIN 1a Extra Narrow Oblique – Bold 70 pt

Hurme FIN Typeface Specimen 19/06/2019 56Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 57: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

Light & Medium – 11/12,5pt Regular & SemiBold – 11/12,5pt Medium & Bold – 11/12,5pt SemiBold & Black – 11/12,5pt

Light & Medium – 20/22pt Regular & SemiBold – 20/22pt Medium & Bold – 20/22pt SemiBold & Black – 20/22pt

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were developed in France and later adopted as the German DIN standard No. 476 in 1922. They were listed in a 1798 law on taxation of publications that was based in part on page sizes. These standards are based on the ratio of the Silver Rectangle (its name is an allusion to the golden ratio), as the limiting ratio of consecutive Pell numbers.

Aspect ratio and scalabilityThe main advantage of this system is its scaling. Rectangular paper with an aspect ratio of √2 has the unique property that, when cut or folded in half midway

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were developed in France and later adopted as the German DIN standard No. 476 in 1922. They were listed in a 1798 law on taxation of publications that was based in part on page sizes. These standards are based on the ratio of the Silver Rectangle (its name is an allusion to the golden ratio), as the limiting ratio of consecutive Pell numbers.

Aspect ratio and scalabilityThe main advantage of this system is its scaling. Rectangular paper with an aspect ratio of √2 has the unique property that, when cut or folded in half midway

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were developed in France and later adopted as the German DIN standard No. 476 in 1922. They were listed in a 1798 law on taxation of publications that was based in part on page sizes. These standards are based on the ratio of the Silver Rectangle (its name is an allusion to the golden ratio), as the limiting ratio of consecutive Pell numbers.

Aspect ratio and scalabilityThe main advantage of this system is its scaling. Rectangular paper with an aspect ratio of √2 has the unique property that, when cut or folded in half midway

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were devel-oped in France and later adopted as the German DIN standard No. 476 in 1922. They were listed in a 1798 law on taxation of publi-cations that was based in part on page sizes. These standards are based on the ratio of the Silver Rectangle (its name is an allusion to the golden ratio), as the limiting ratio of consecutive Pell numbers.

Aspect ratio and scalabilityThe main advantage of this system is its scaling. Rectangular paper with an aspect ratio of √2 has the unique property that, when cut or folded in half midway between its shorter sides, each half has the same √2 aspect ratio and half the area of

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were developed in France and later adopted as the

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were developed in France and later adopted as the

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were developed in France and later adopted as

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were developed in France and later adopted as the German DIN standard No. 476 in 1922. They were

Hurme FIN Typeface Specimen 19/06/2019 57Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 58: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

Hurme FIN 1aNarrow family

v1.0 - 19/06/2019a

Page 59: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

Pressure upon certain solids

BERMUDAUse with care when operating a car or dangerous machinery

Targonca Közlekedés

Utskott Kamelwireframework

NIUHOTTAVA KAMERAVALVONTA

27% saturation

ICE CREAM PARLOUR

postgraduateWASHABLEPour votre sécurité, contrôles automatiques

ENTRO IL 16 NOVEMBREPrzeznaczone są do połączeń sztywnych lub elastycznych przewodów

As This Biofilm Expands, It Develops A More Complex Internal StructureALKUKIRJAINLYHENNESpørsmålet Om Faste

Visual Resource LibrariesÊtres Vivants Créantspray deckPikaajalisest C-Vitamiini Puudusest

Hurme FIN Typeface Specimen 19/06/2019 59Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 60: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

WATERFRONTPOCKETKNIFENEWSCASTER

DATA STREAMKLART SPRÅK

SÄHKÖVOIMAAGEOMAGNETICSHEADQUARTERS

documentarysynchronizedstepdaughter

wyszukiwaniaomkring 1320

photogravuristmultidirectionalunderframework

Hurme FIN 1a Narrow Black - 54pt

Hurme FIN 1a Narrow Bold - 54pt

Hurme FIN 1a Narrow SemiBold - 54pt

Hurme FIN 1a Narrow Medium - 54pt

Hurme FIN 1a Narrow Regular - 54pt

Hurme FIN 1a Narrow Light - 54pt

Hurme FIN 1a Narrow Thin - 54pt

Hurme FIN 1a Narrow Hairline - 54pt

Hurme FIN Typeface Specimen 19/06/2019 60Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 61: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

ALWAYS GIVE

LABORATORY SAFEGUARDSPLAYGROUND

2°C IMPLIQUEUNDERWATER

ACQUISIZIONIHABÍA RAZÓN

FOTBALOVÝCHRUNKOVERKONAPPROXIMATELY

moneysavingökologischenadvancement

yritysrakennegrundskylden

durchzuspülenunderstandablyelectromagnetic

Hurme FIN 1a Narrow Black Oblique - 54pt

Hurme FIN 1a Narrow Bold Oblique - 54pt

Hurme FIN 1a Narrow SemiBold Oblique - 54pt

Hurme FIN 1a Narrow Medium Oblique - 54pt

Hurme FIN 1a Narrow Regular Oblique - 54pt

Hurme FIN 1a Narrow Light Oblique - 54pt

Hurme FIN 1a Narrow Thin Oblique - 54pt

Hurme FIN 1a Narrow Hairline Oblique - 54pt

Hurme FIN Typeface Specimen 19/06/2019 61Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 62: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

NAJNOWSZE KOMPUTERY WYKONUJĄUn Migliaio Di Ricercatori Di 29 Nazioni

Hurme FIN 1a Narrow – Thin 60 pt

UMA TENDÊNCIA SECULAR EM DIREÇÃOException To The Fragmentary Evidence

Hurme FIN 1a Narrow – Hairline 60 pt

Hurme FIN Typeface Specimen 19/06/2019 62Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 63: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

UNIQUE TIME-ORDERING OF EVENTSLuidspreker Heeft Zeven Microfoons

Hurme FIN 1a Narrow – Light 56 pt

HABEN DIE SCHWERKRAFTLÜCKEHitaita Luontaisia Kehityskulkuja

Hurme FIN 1a Narrow – Regular 56 pt

COMPAÑÍA DE BARCOS DE VAPORUtsläpp Från Tropiska Våtmarker

Hurme FIN 1a Narrow – Medium 56 pt

Hurme FIN Typeface Specimen 19/06/2019 63Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 64: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

SEG OFFENTLIGE SØKEKRITERIERAangekondigd De Samenwerking

Hurme FIN 1a Narrow – SemiBold 56 pt

AVERAGE EFFIENCY OF 275 lm/WLes Conseillent Et Qui Analysent

Hurme FIN 1a Narrow – Bold 56 pt

HARVINAISTEN SANOJEN TIHEYSFlammable, Corrosive & Oxidant

Hurme FIN 1a Narrow – Black 56 pt

Hurme FIN Typeface Specimen 19/06/2019 64Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 65: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

SU PIEZA FAVORITA DE LA EXPOSICIÓNSoučasná Podoba Fresek Tak Zůstane

Hurme FIN 1a Narrow – Thin Oblique 62 pt

VÕIB TEKITADA VASTUPIDISE OLUKORRAŻycie Wśród Maszyn Czy Automatyzacja

Hurme FIN 1a Narrow – Hairline Oblique 62 pt

Hurme FIN Typeface Specimen 19/06/2019 65Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 66: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

MILJØER FOR SKABERNE AF DE NYEPour Être Totalement Mis En Oeuvre

Hurme FIN 1a Narrow – Light Oblique 56 pt

TYPE OF PROTECTIVE EQUIPMENTHeißen Und Teils Geschmolzenen

Hurme FIN 1a Narrow – Regular Oblique 56 pt

RÉALLOUER AUX BONS ENDROITS5: Anslutningar Och Fjärrkontroll

Hurme FIN 1a Narrow – Medium Oblique 56 pt

Hurme FIN Typeface Specimen 19/06/2019 66Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 67: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

AUTOMAATIO ON VASTA ALKANUTIdentificação De Um Ponto Único

Hurme FIN 1a Narrow – SemiBold Oblique 56 pt

UN’OBBLIGAZIONE SUBORDINATAFashion Wears Out More Apparel

Hurme FIN 1a Narrow – Bold Oblique 56 pt

LABOR, WITH ONE MAN DRAWINGAvausmekanismi, Aito Mysteeri

Hurme FIN 1a Narrow – Black Oblique 56 pt

Hurme FIN Typeface Specimen 19/06/2019 67Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 68: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

Light & Medium – 8/10pt Regular & SemiBold – 8/10pt Medium & Bold – 8/10pt SemiBold & Black – 8/10pt

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were developed in France and later adopted as the German DIN standard No. 476 in 1922. They were listed in a 1798 law on taxation of publications that was based in part on page sizes. These standards are based on the ratio of the Silver Rectangle (its name is an allusion to the golden ratio), as the limiting ratio of consecutive Pell numbers.

Aspect ratio and scalability

The main advantage of this system is its scaling. Rectangular paper with an aspect ratio of √2 has the unique property that, when cut or folded in half midway between its shorter sides, each half has the same √2 aspect ratio and half the area of the whole sheet before it was divided. The ISO system of paper sizes exploit these properties of the aspect ratio. In each series of sizes, the largest size is numbered 0 (for example, A0), and each succes-sive size (for example, A1 & A2) has ½ the area of the preceding sheet and can be cut by halving the length of the preceding size sheet.

A folded brochure can be made by using a sheet of the next larger size (for example, an A4 sheet is folded in half to make a brochure with size A5 pages. An office photocopier or printer can be designed to reduce a page by 71% from A4 to A5 or to enlarge a page from A4 to A3 by 41%. Similarly, two sheets of A4 can be scaled down to fit one A4 sheet without excess empty paper, while keeping the proportions of the original artwork.

Other benefits of the system

This system also simplifies calculating the weight paper. Under ISO 536, paper’s grammage is defined as a sheet’s weight in grams (g) per area in square metres (abbreviated g/m2 or gsm). Since an A0 sheet has an area of 1 m2, its weight in grams is the same as its grammage. One can derive the grammage of other sizes by arithmetic division in g/m2. A standard A4 sheet made from 80 g/m2 paper weighs 5 g, as it is 1⁄16 (four halvings, ignoring roundings to exact mm) of an A0 page. Thus the weight, and the associated postage rate, can be easily approximated by counting the number of sheets used.

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were developed in France and later adopted as the German DIN standard No. 476 in 1922. They were listed in a 1798 law on taxation of publications that was based in part on page sizes. These standards are based on the ratio of the Silver Rectangle (its name is an allusion to the golden ratio), as the limiting ratio of consecutive Pell numbers.

Aspect ratio and scalability

The main advantage of this system is its scaling. Rectangular paper with an aspect ratio of √2 has the unique property that, when cut or folded in half midway between its shorter sides, each half has the same √2 aspect ratio and half the area of the whole sheet before it was divided. The ISO system of paper sizes exploit these properties of the aspect ratio. In each series of sizes, the largest size is numbered 0 (for example, A0), and each successive size (for example, A1 & A2) has ½ the area of the preceding sheet and can be cut by halving the length of the preceding size sheet.

A folded brochure can be made by using a sheet of the next larger size (for example, an A4 sheet is folded in half to make a brochure with size A5 pages. An office photocopier or printer can be designed to reduce a page by 71% from A4 to A5 or to enlarge a page from A4 to A3 by 41%. Similarly, two sheets of A4 can be scaled down to fit one A4 sheet without excess empty paper, while keeping the proportions of the original artwork.

Other benefits of the system

This system also simplifies calculating the weight paper. Under ISO 536, paper’s grammage is defined as a sheet’s weight in grams (g) per area in square metres (abbreviated g/m2 or gsm). Since an A0 sheet has an area of 1 m2, its weight in grams is the same as its grammage. One can derive the grammage of other sizes by arithmetic division in g/m2. A standard A4 sheet made from 80 g/m2 paper weighs 5 g, as it is 1⁄16 (four halvings, ignoring roundings to exact mm) of an A0 page. Thus the weight, and the associated postage rate, can be easily approximated by counting the number of sheets used.

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The for-mats that became ISO paper sizes (A2, A4, etc) were developed in France and later adopted as the German DIN standard No. 476 in 1922. They were listed in a 1798 law on taxation of publica-tions that was based in part on page sizes. These standards are based on the ratio of the Silver Rectangle (its name is an allusion to the golden ratio), as the limiting ratio of consecutive Pell numbers.

Aspect ratio and scalability

The main advantage of this system is its scaling. Rectangular paper with an aspect ratio of √2 has the unique property that, when cut or folded in half midway between its shorter sides, each half has the same √2 aspect ratio and half the area of the whole sheet before it was divided. The ISO system of paper sizes exploit these properties of the aspect ratio. In each series of sizes, the largest size is numbered 0 (for example, A0), and each successive size (for example, A1 & A2) has ½ the area of the preceding sheet and can be cut by halving the length of the preceding size sheet.

A folded brochure can be made by using a sheet of the next larger size (for example, an A4 sheet is folded in half to make a brochure with size A5 pages. An office photocopier or printer can be designed to reduce a page by 71% from A4 to A5 or to enlarge a page from A4 to A3 by 41%. Similarly, two sheets of A4 can be scaled down to fit one A4 sheet without excess empty paper, while keeping the proportions of the original artwork.

Other benefits of the system

This system also simplifies calculating the weight paper. Under ISO 536, paper’s grammage is defined as a sheet’s weight in grams (g) per area in square metres (abbreviated g/m2 or gsm). Since an A0 sheet has an area of 1 m2, its weight in grams is the same as its grammage. One can derive the grammage of other sizes by arithmetic division in g/m2. A standard A4 sheet made from 80 g/m2 paper weighs 5 g, as it is 1⁄16 (four halvings, ignoring roundings to exact mm) of an A0 page. Thus the weight, and the associated postage rate, can be easily approximated by counting the number of sheets used.

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were developed in France and later adopted as the German DIN standard No. 476 in 1922. They were listed in a 1798 law on taxation of publications that was based in part on page sizes. These standards are based on the ratio of the Silver Rectangle (its name is an allusion to the golden ratio), as the limiting ratio of consecutive Pell numbers.

Aspect ratio and scalability

The main advantage of this system is its scaling. Rectangular paper with an aspect ratio of √2 has the unique property that, when cut or folded in half midway between its shorter sides, each half has the same √2 aspect ratio and half the area of the whole sheet before it was divided. The ISO system of paper sizes exploit these properties of the aspect ratio. In each series of sizes, the largest size is numbered 0 (for example, A0), and each successive size (for example, A1 & A2) has ½ the area of the preceding sheet and can be cut by halving the length of the preceding size sheet.

A folded brochure can be made by using a sheet of the next larger size (for example, an A4 sheet is folded in half to make a brochure with size A5 pages. An office photocopier or printer can be designed to reduce a page by 71% from A4 to A5 or to enlarge a page from A4 to A3 by 41%. Similarly, two sheets of A4 can be scaled down to fit one A4 sheet without excess empty paper, while keeping the proportions of the original artwork.

Other benefits of the system

This system also simplifies calculating the weight paper. Under ISO 536, paper’s grammage is defined as a sheet’s weight in grams (g) per area in square metres (abbreviated g/m2 or gsm). Since an A0 sheet has an area of 1 m2, its weight in grams is the same as its grammage. One can derive the grammage of other sizes by arithmetic division in g/m2. A standard A4 sheet made from 80 g/m2 paper weighs 5 g, as it is 1⁄16 (four halvings, ignoring roundings to exact mm) of an A0 page. Thus the weight, and the associated postage rate, can be easily approxi-mated by counting the number of sheets used.

Hurme FIN Typeface Specimen 19/06/2019 68Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 69: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

Hurme FIN 1aNormal family

v1.0 - 19/06/2019a

Page 70: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

RAYGUN

machine goes ping

Buiten Dienst Niet Gebruiken

Warningreason

62% ethyl alcohol

Zabranjen prolaz

Įspėjimas apie bendrojo pobūdžio pavojų

NødstopKöniglich Preußische Eisenbahn-Verwaltung

Autobahn

Steinberg

Pysäköinti kielletty

AIRFIELD SAFETY PROCEDURES

ADGANG FORBUDTKILOHERTZ

Chaque Façade Maritime

Help improve this article by adding citations to reliable sourcesThe capacity to understand and remember spatial relationships between objects

Hurme FIN Typeface Specimen 19/06/2019 70Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 71: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

ASCENSIVEBROWNOUTZEICHNUNG

TASKUOPASVOLUNTARY

SIGNWRITERBASKETBALLMANŒUVRES

semigrainykasvihuonechampagne

stereograph45-jährigen

grönsakernamoonwalkingweatherproof

Hurme FIN 1a Black - 54pt

Hurme FIN 1a Bold - 54pt

Hurme FIN 1a SemiBold - 54pt

Hurme FIN 1a Medium - 54pt

Hurme FIN 1a Regular - 54pt

Hurme FIN 1a Light - 54pt

Hurme FIN 1a Thin - 54pt

Hurme FIN 1a Hairline - 54pt

Hurme FIN Typeface Specimen 19/06/2019 71Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 72: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

OBVIOUSLYWORKSHOPWHITEFACE

ARCHAÏQUEKLAGEFLUT

UNDERVEJSNEWMARKETSWORDSTICK

construçãomäyräkoirazehnjährige

systemwidemagnétique

understatednødvendigvisla enseñanza

Hurme FIN 1a Black Oblique - 54pt

Hurme FIN 1a Bold Oblique - 54pt

Hurme FIN 1a SemiBold Oblique - 54pt

Hurme FIN 1a Medium Oblique - 54pt

Hurme FIN 1a Regular Oblique - 54pt

Hurme FIN 1a Light Oblique - 54pt

Hurme FIN 1a Thin Oblique - 54pt

Hurme FIN 1a Hairline Oblique - 54pt

Hurme FIN Typeface Specimen 19/06/2019 72Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 73: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

HERBST-WINTER-KOMBINATIONPossible Side Effects Not Listed

Hurme FIN 1a – Thin 60 pt

AND FIRST 90 MG WEEKLY DOSEProper Glove Removal Technique

Hurme FIN 1a – Hairline 60 pt

Hurme FIN Typeface Specimen 19/06/2019 73Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 74: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

PORCO VOADOR DE 6 METROSMusik Uden At Skade Hørelsen

Hurme FIN 1a – Light 56 pt

53 PROZENT DER ANFRAGENThe Available Safety Material

Hurme FIN 1a – Regular 56 pt

AIRFLOW AND THE EXHAUSTObjectif De Multiplier Par Dix

Hurme FIN 1a – Medium 56 pt

Hurme FIN Typeface Specimen 19/06/2019 74Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 75: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

OVER 100 MANUFACTURERSMaximum Quantity Of Liquid

Hurme FIN 1a – SemiBold 56 pt

STRATEGY THAT UNDERLIESFaint Glow Of The Reflected

Hurme FIN 1a – Bold 56 pt

OVERLOOKING THE STREAMActivate Cognitive Thought

Hurme FIN 1a – Black 56 pt

Hurme FIN Typeface Specimen 19/06/2019 75Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 76: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

EUROPE, THROUGH BYZANTIUMMaquereaux Au Vin Blanc Sauce

Hurme FIN 1a – Thin Oblique 60 pt

RECYCLABLE NATURE OF GLASSOffice Equipment On The Market

Hurme FIN 1a – Hairline Oblique 60 pt

Hurme FIN Typeface Specimen 19/06/2019 76Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 77: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

SAFE METHODS OF HANDLINGTreatment Within A Few Hours

Hurme FIN 1a – Light Oblique 56 pt

INFORMATION ON THE LABELSelecting Appropriate Gloves

Hurme FIN 1a – Regular Oblique 56 pt

COMPLETE PRODUCT RANGEPrior Gymnastics Experience

Hurme FIN 1a – Medium Oblique 56 pt

Hurme FIN Typeface Specimen 19/06/2019 77Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 78: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

APPROXIMATELY 5-10 TIMESCreating An Hermetic Shield

Hurme FIN 1a – SemiBold Oblique 56 pt

ILUSTRADO POR EL ARTISTAGood Morning, Dr. Floyd. I’m

Hurme FIN 1a – Bold Oblique 56 pt

QUICK BROWN FOX JUMPEDLa Des Nouveaux D’affaires

Hurme FIN 1a – Black Oblique 56 pt

Hurme FIN Typeface Specimen 19/06/2019 78Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 79: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

Light & Medium – 8/10pt Regular & SemiBold – 8/10pt Medium & Bold – 8/10pt SemiBold & Black – 8/10pt

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were developed in France and later adopted as the German DIN standard 476 in 1922. They were listed in a 1798 law on taxation of pub-lications that was based in part on page sizes. These standards are based on the ratio of the Silver Rectangle (its name is an allusion to the golden ratio), as the limit-ing ratio of consecutive Pell numbers.

Aspect ratio and scalability

The main advantage of this system is its scaling. Rectangular paper with an aspect ratio of √2 has the unique property that, when cut or folded in half midway between its shorter sides, each half has the same √2 aspect ratio and half the area of the whole sheet before it was divided. The ISO system of paper sizes exploit these properties of the aspect ratio. In each series of sizes, the largest size is numbered 0 (for example, A0), and each successive size (for example, A1 & A2) has ½ the area of the preceding sheet and can be cut by halving the length of the preceding size sheet.

A folded brochure can be made by using a sheet of the next larger size (for example, an A4 sheet is folded in half to make a brochure with size A5 pages. An office pho-tocopier or printer can be designed to reduce a page by 71% from A4 to A5 or to enlarge a page from A4 to A3 by 41%. Similarly, two sheets of A4 can be scaled down to fit one A4 sheet without excess empty paper, while keeping the proportions of the original artwork.

Other benefits of the system

This system also simplifies calculating the weight paper. Under ISO 536, paper’s grammage is defined as a sheet’s weight in grams (g) per area in square metres (abbrevi-ated g/m2 or gsm). Since an A0 sheet has an area of 1 m2, its weight in grams is the same as its grammage. One can derive the grammage of other sizes by arithmetic division in g/m2. A standard A4 sheet made from 80 g/m2 paper weighs 5 g, as it is 1/16 (four halvings, ignoring roundings to exact mm) of an A0 page. Thus the weight, and the associated postage rate, can be easily approxi-mated by counting the number of sheets used.

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were developed in France and later adopted as the German DIN standard No. 476 in 1922. They were listed in a 1798 law on taxation of pub-lications that was based in part on page sizes. These standards are based on the ratio of the Silver Rectangle (its name is an allusion to the golden ratio), as the limit-ing ratio of consecutive Pell numbers.

Aspect ratio and scalability

The main advantage of this system is its scaling. Rectangular paper with an aspect ratio of √2 has the unique property that, when cut or folded in half midway between its shorter sides, each half has the same √2 aspect ratio and half the area of the whole sheet before it was divided. The ISO system of paper sizes exploit these properties of the aspect ratio. In each series of sizes, the largest size is numbered 0 (for example, A0), and each successive size (for example, A1 & A2) has ½ the area of the preceding sheet and can be cut by halv-ing the length of the preceding size sheet.

A folded brochure can be made by using a sheet of the next larger size (for example, an A4 sheet is folded in half to make a brochure with size A5 pages. An office photocopier or printer can be designed to reduce a page by 71% from A4 to A5 or to enlarge a page from A4 to A3 by 41%. Similarly, two sheets of A4 can be scaled down to fit one A4 sheet without excess empty paper, while keeping the proportions of the original artwork.

Other benefits of the system

This system also simplifies calculating the weight paper. Under ISO 536, paper’s grammage is defined as a sheet’s weight in grams (g) per area in square metres (abbreviated g/m2 or gsm). Since an A0 sheet has an area of 1 m2, its weight in grams is the same as its grammage. One can derive the grammage of other sizes by arithmetic division in g/m2. A standard A4 sheet made from 80 g/m2 paper weighs 5 g, as it is 1⁄16 (four halvings, ignoring roundings to exact mm) of an A0 page. Thus the weight, and the associated postage rate, can be easily approximated by counting the number of

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were developed in France and later adopted as the German DIN standard No. 476 in 1922. They were listed in a 1798 law on taxation of publications that was based in part on page sizes. These standards are based on the ratio of the Silver Rectangle (its name is an allusion to the golden ratio), as the limiting ratio of consecutive Pell numbers.

Aspect ratio and scalability

The main advantage of this system is its scaling. Rectangular paper with an aspect ratio of √2 has the unique property that, when cut or folded in half midway between its shorter sides, each half has the same √2 aspect ratio and half the area of the whole sheet before it was divided. The ISO system of paper sizes exploit these properties of the aspect ratio. In each series of sizes, the largest size is numbered 0 (for example, A0), and each successive size (for example, A1 & A2) has ½ the area of the preceding sheet and can be cut by halv-ing the length of the preceding size sheet.

A folded brochure can be made by using a sheet of the next larger size (for example, an A4 sheet is folded in half to make a brochure with size A5 pages. An office photocopier or printer can be designed to reduce a page by 71% from A4 to A5 or to enlarge a page from A4 to A3 by 41%. Similarly, two sheets of A4 can be scaled down to fit one A4 sheet without excess empty paper, while keeping the proportions of the original artwork.

Other benefits of the system

This system also simplifies calculating the weight paper. Under ISO 536, paper’s grammage is defined as a sheet’s weight in grams (g) per area in square metres (abbreviated g/m2 or gsm). Since an A0 sheet has an area of 1 m2, its weight in grams is the same as its grammage. One can derive the grammage of other sizes by arithmetic division in g/m2. A standard A4 sheet made from 80 g/m2 paper weighs 5 g, as it is 1⁄16 (four halvings, ignoring roundings to exact mm) of an A0 page. Thus the weight, and the associated postage

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were developed in France and later adopted as the German DIN standard No. 476 in 1922. They were listed in a 1798 law on taxation of publications that was based in part on page sizes. These standards are based on the ratio of the Silver Rectangle (its name is an allusion to the golden ratio), as the limiting ratio of consecutive Pell numbers.

Aspect ratio and scalability

The main advantage of this system is its scaling. Rectangular paper with an aspect ratio of √2 has the unique property that, when cut or folded in half midway between its shorter sides, each half has the same √2 aspect ratio and half the area of the whole sheet before it was divided. The ISO system of paper sizes exploit these properties of the aspect ratio. In each series of sizes, the largest size is numbered 0 (for example, A0), and each successive size (for example, A1 & A2) has ½ the area of the preceding sheet and can be cut by halving the length of the preceding size sheet.

A folded brochure can be made by using a sheet of the next larger size (for example, an A4 sheet is folded in half to make a brochure with size A5 pages. An office photo-copier or printer can be designed to reduce a page by 71% from A4 to A5 or to enlarge a page from A4 to A3 by 41%. Similarly, two sheets of A4 can be scaled down to fit one A4 sheet without excess empty paper, while keeping the proportions of the original artwork.

Other benefits of the system

This system also simplifies calculating the weight paper. Under ISO 536, paper’s grammage is defined as a sheet’s weight in grams (g) per area in square metres (abbreviated g/m2 or gsm). Since an A0 sheet has an area of 1 m2, its weight in grams is the same as its grammage. One can derive the grammage of other sizes by arithmetic division in g/m2. A standard A4 sheet made from 80 g/m2 paper weighs 5 g, as it is 1⁄16 (four halvings, ignoring roundings to exact mm) of an A0 page. Thus the weight, and the associ-ated postage rate, can be easily approximated by counting the number of sheets used.

Hurme FIN Typeface Specimen 19/06/2019 79Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 80: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

Hurme FIN 1aWide family

v1.0 - 19/06/2019a

Page 81: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

answer

SERG

blauwaltz

For Emergency Use Only

Rygning og åben ild forbudt

encontrar soluções

Heimlichmanövern

Festivais exibirem os seus prémios como factor de distinção

FISH ARE THE LAST TO RECOGNISE WATER

MJÖG GÓÐUR FYRSTI FJÓRÐUNGUR

FRÜHWARNSYSTEM

backseat

Conviens autant aux pommettes qu’aux lèvres

Meaning is generated by the external data processing system

EXTRACT UPWARD

CURVA PELIGROSA

moving targetsNetzwerk

The seat is propelled out of the aircraft by an explosive charge or rocket motor

Urverk av Tourbillon kan man minska gravitationens påverkan på urets noggrannhet

Taupyk elektrą!

hairspray

Hurme FIN Typeface Specimen 19/06/2019 81Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 82: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

WOLFRAMACQUÉRIRAUDIENCE

RUBRIKENCRYSTALS

KUORTANEORANŽOVÝSHADOWED

safeguardüberhauptwithdrawn

oscylowaćex-orfèvre

hamburgerconferenzagovernment

Hurme FIN 1a Wide Black - 54pt

Hurme FIN 1a Wide Bold - 54pt

Hurme FIN 1a Wide SemiBold - 54pt

Hurme FIN 1a Wide Medium - 54pt

Hurme FIN 1a Wide Regular - 54pt

Hurme FIN 1a Wide Light - 54pt

Hurme FIN 1a Wide Thin - 54pt

Hurme FIN 1a Wide Hairline - 54pt

Hurme FIN Typeface Specimen 19/06/2019 82Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 83: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

NORVEGIACROWBAR8ª EDIÇÃO

ARQUIVOSWÄHREND

LACROSSEGRAVHØJEQUARTERLY

emoyhtiötresolutionpublishing

wichtigsteonderzoek

multiplyingpolycentraldatasystem

Hurme FIN 1a Wide Black Oblique - 54pt

Hurme FIN 1a Wide Bold Oblique- 54pt

Hurme FIN 1a Wide SemiBold Oblique - 54pt

Hurme FIN 1a Wide Medium Oblique - 54pt

Hurme FIN 1a Wide Regular Oblique - 54pt

Hurme FIN 1a Wide Light Oblique - 54pt

Hurme FIN 1a Wide Thin Oblique - 54pt

Hurme FIN 1a Wide Hairline Oblique - 54pt

Hurme FIN Typeface Specimen 19/06/2019 83Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 84: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

PEQUEÑA MOLÉCULA CAPAZ2,4%, Blijkt Uit Onderzoek Van

Hurme FIN 1a Wide – Thin 56 pt

UNDERGROUND OBSERVATORYRisonanza Magnetica Cerebrale

Hurme FIN 1a Wide – Hairline 56 pt

Hurme FIN 1a Narrow – Hairline Oblique 62 pt

Hurme FIN Typeface Specimen 19/06/2019 84Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 85: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

SHOWER OR EYEWASH UNITStovek Kilometrů Na Západě

Hurme FIN 1a Wide – Light 56 pt

OBJETIVO A LONGO PRAZOPossibly Non-Empty Space

Hurme FIN 1a Wide – Regular 56 pt

QUADRATMETER ZEHNMALMode Full-Duplex Et Utilise

Hurme FIN 1a Wide – Medium 56 pt

Hurme FIN Typeface Specimen 19/06/2019 85Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 86: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

AURINKO KUIVAS SATEHENDeixando Que As Máquinas

Hurme FIN 1a Wide – SemiBold 56 pt

FÖRESTÄLLNING BASERADEtwa 400 Kilometern Höhe

Hurme FIN 1a Wide – Bold 56 pt

ACCORDING TO WHATEVERWulkaniczne Stożki Wyspy

Hurme FIN 1a Wide – Black 56 pt

Hurme FIN Typeface Specimen 19/06/2019 86Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 87: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

AUXQUELS SONT APPLIQUÉSKostbart Maleri Sandsynligvis

Hurme FIN 1a Wide – Thin Oblique 56 pt

SOBRE O SUPERAQUECIMENTOWprowadzają Je Kolejne Sklepy

Hurme FIN 1a Wide – Hairline Oblique 56 pt

Hurme FIN Typeface Specimen 19/06/2019 87Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 88: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

ANDLIGA ÖVNINGAR SYFTARPikkused Ja Kohalejõudmise

Hurme FIN 1a Wide – Light Oblique 56 pt

FAULEN SPÄTNACHMITTAG17,3%, Hasta 287,6 Millones

Hurme FIN 1a Wide – Regular Oblique 56 pt

HEADLAND YACHT MARINACom Autorização De Venda

Hurme FIN 1a Wide – Medium Oblique 56 pt

Hurme FIN Typeface Specimen 19/06/2019 88Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 89: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

DURING A 1959 INTERVIEWNebulizzare La Poca Acqua

Hurme FIN 1a Wide – SemiBold Oblique 56 pt

NA WEBU SKOTSKÝCH HERMakes The Remote Control

Hurme FIN 1a Wide – Bold Oblique 56 pt

VEHÍCULO EN UN ENTORNONoin 20 Kilometrin Päähän

Hurme FIN 1a Wide – Black Oblique 56 pt

Hurme FIN Typeface Specimen 19/06/2019 89Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 90: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were developed in France and later adopted as the German DIN standard No. 476 in 1922. They were listed in a 1798 law on taxation of publica-tions that was based in part on page sizes. These standards are based on the ratio of the Silver Rectangle (its name is an allusion to the golden ratio), as the limiting ratio of consecutive Pell numbers.

Aspect ratio and scalability

The main advantage of this system is its scaling. Rectangular paper with an aspect ratio of √2 has the unique property that, when cut or folded in half midway between its shorter sides, each half has the same √2 aspect ratio and half the area of the whole sheet before it was divided. The ISO system of paper sizes exploit these properties of the aspect ratio. In each series of sizes, the largest size is numbered 0 (for example, A0), and each successive size (for example, A1 & A2) has ½ the area of the preceding sheet and can be cut by halving the length of the preceding size sheet.

A folded brochure can be made by using a sheet of the next larger size (for example, an A4 sheet is folded in half to make a brochure with size A5 pages. An office photocopier or printer can be designed to reduce a page by 71% from A4 to A5 or to enlarge a page from A4 to A3 by 41%. Similarly, two sheets of A4 can be scaled down to fit one A4 sheet without excess empty paper, while keeping the proportions of the original artwork.

Other benefits of the system

This system also simplifies calculating the weight paper. Under ISO 536, paper’s grammage is defined as a sheet’s weight in grams (g) per area in square metres (abbreviated g/m2 or gsm). Since an A0 sheet has an area of 1 m2, its weight in grams is the same as its grammage. One can

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were developed in France and later adopted as the German DIN standard No. 476 in 1922. They were listed in a 1798 law on taxation of publica-tions that was based in part on page sizes. These standards are based on the ratio of the Silver Rectangle (its name is an allusion to the golden ratio), as the limiting ratio of consecutive Pell numbers.

Aspect ratio and scalability

The main advantage of this system is its scaling. Rectangular paper with an aspect ratio of √2 has the unique property that, when cut or folded in half midway between its shorter sides, each half has the same √2 aspect ratio and half the area of the whole sheet before it was divided. The ISO system of paper sizes exploit these properties of the aspect ratio. In each series of sizes, the largest size is numbered 0 (for example, A0), and each successive size (for example, A1 & A2) has ½ the area of the preceding sheet and can be cut by halving the length of the preceding size sheet.

A folded brochure can be made by using a sheet of the next larger size (for example, an A4 sheet is folded in half to make a brochure with size A5 pages. An office photocopier or printer can be designed to reduce a page by 71% from A4 to A5 or to enlarge a page from A4 to A3 by 41%. Similarly, two sheets of A4 can be scaled down to fit one A4 sheet without excess empty paper, while keeping the proportions of the original artwork.

Other benefits of the system

This system also simplifies calculating the weight paper. Under ISO 536, paper’s grammage is defined as a sheet’s weight in grams (g) per area in square metres (abbreviated g/m2 or gsm). Since an A0 sheet has an area of 1 m2, its weight in grams is the same as its grammage. One can

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were developed in France and later adopted as the German DIN standard No. 476 in 1922. They were listed in a 1798 law on taxation of publica-tions that was based in part on page sizes. These standards are based on the ratio of the Silver Rectangle (its name is an allusion to the golden ratio), as the limiting ratio of consecutive Pell numbers.

Aspect ratio and scalability

The main advantage of this system is its scaling. Rectangular paper with an aspect ratio of √2 has the unique property that, when cut or folded in half midway between its shorter sides, each half has the same √2 aspect ratio and half the area of the whole sheet before it was divided. The ISO system of paper sizes exploit these properties of the aspect ratio. In each series of sizes, the largest size is numbered 0 (for example, A0), and each successive size (for example, A1 & A2) has ½ the area of the preceding sheet and can be cut by halving the length of the preceding size sheet.

A folded brochure can be made by using a sheet of the next larger size (for example, an A4 sheet is folded in half to make a brochure with size A5 pages. An office photocopier or printer can be designed to reduce a page by 71% from A4 to A5 or to enlarge a page from A4 to A3 by 41%. Similarly, two sheets of A4 can be scaled down to fit one A4 sheet without excess empty paper, while keeping the proportions of the original artwork.

Other benefits of the system

This system also simplifies calculating the weight paper. Under ISO 536, paper’s gram-mage is defined as a sheet’s weight in grams (g) per area in square metres (abbreviated g/m2 or gsm). Since an A0 sheet has an area of 1 m2, its weight in grams is the same as its grammage.

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were developed in France and later adopted as the German DIN standard No. 476 in 1922. They were listed in a 1798 law on taxation of publications that was based in part on page sizes. These standards are based on the ratio of the Silver Rectangle (its name is an allusion to the golden ratio), as the limit-ing ratio of consecutive Pell numbers.

Aspect ratio and scalability

The main advantage of this system is its scaling. Rectangular paper with an aspect ratio of √2 has the unique property that, when cut or folded in half midway between its shorter sides, each half has the same √2 aspect ratio and half the area of the whole sheet before it was divided. The ISO system of paper sizes exploit these properties of the aspect ratio. In each series of sizes, the largest size is numbered 0 (for example, A0), and each successive size (for example, A1 & A2) has ½ the area of the preceding sheet and can be cut by halving the length of the preceding size sheet.

A folded brochure can be made by using a sheet of the next larger size (for example, an A4 sheet is folded in half to make a brochure with size A5 pages. An office photocopier or printer can be designed to reduce a page by 71% from A4 to A5 or to enlarge a page from A4 to A3 by 41%. Similarly, two sheets of A4 can be scaled down to fit one A4 sheet without excess empty paper, while keeping the proportions of the original artwork.

Other benefits of the system

This system also simplifies calculating the weight paper. Under ISO 536, paper’s grammage is defined as a sheet’s weight in grams (g) per area in square metres (abbreviated g/m2 or gsm). Since an A0 sheet has an area of 1 m2, its weight in grams is the same as its grammage. One can derive the gram-mage of other sizes by arithmetic division in g/m2. A standard A4 sheet made from 80 g/m2 paper

Light & Medium – 8/10pt Regular & SemiBold – 8/10pt Medium & Bold – 8/10pt SemiBold & Black – 8/10pt

Hurme FIN Typeface Specimen 19/06/2019 90Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 91: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

Hurme FIN 1aExtra Wide family

v1.0 - 19/06/2019a

Page 92: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

Existem diversas formas de se classificar os métodos de compressão de dados

NÅGRA DAGAR SENARE

WARDROBE

zinc oxide

KeywordStromy podjazd

given surface

Control de velocidadEN PERÇANT LE CÂBLE

Sprühsahne (250 Milliliter)SavignyAVERAGE TRACK NUMBERS

outside

snowball fight zone

MERIKARHU

Date StampLET'S GROW TREES TOGETHER

Rośnie Zapotrzebowanie Na Ekspertów

Exemple de quartiers de seniors dessiné et conçus par eux-mêmes

weatherproof fabric structure for interim applications

HIGH-MAGNIFICATION SCANNING ELECTRON MICROGRAPH

NEAPSTĀJOTIES TĀLĀK BRAUKT AIZLIEGTS

DISCRETE COSINE TRANSFORM

HOLIDAY

STARK IN DIE LÄNGE

Hurme FIN Typeface Specimen 19/06/2019 92Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 93: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

LYRICALSTRONGENZYME

VIRGINIAMONTAG

SIDEWAYQUAVANTKRANTEN

unpowernetworkexample

hazelnutzahrnuje

minérauxdelayablematchbox

Hurme FIN 1a Extra Wide Black - 54pt

Hurme FIN 1a Extra Wide Bold - 54pt

Hurme FIN 1a Extra Wide SemiBold - 54pt

Hurme FIN 1a Extra Wide Medium - 54pt

Hurme FIN 1a Extra Wide Regular - 54pt

Hurme FIN 1a Extra Wide Light - 54pt

Hurme FIN 1a Extra Wide Thin - 54pt

Hurme FIN 1a Extra Wide Hairline - 54pt

Hurme FIN Typeface Specimen 19/06/2019 93Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 94: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

COMBATKRÄVERADVERB

NÄKYMÄVALIDEZ

ENRIQUEGÂTEAUXBÖRJADE

warmingnetworkavocado

recoverygeweckt

necklacemondiauxaftermath

Hurme FIN 1a Extra Wide Black Oblique - 54pt

Hurme FIN 1a Extra Wide Bold Oblique - 54pt

Hurme FIN 1a Extra Wide SemiBold Oblique - 54pt

Hurme FIN 1a Extra Wide Medium Oblique - 54pt

Hurme FIN 1a Extra Wide Regular Oblique - 54pt

Hurme FIN 1a Extra Wide Light Oblique - 54pt

Hurme FIN 1a Extra Wide Thin Oblique - 54pt

Hurme FIN 1a Extra Wide Hairline Oblique - 54pt

Hurme FIN Typeface Specimen 19/06/2019 94Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 95: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

WOLKERS VERVAARDIGDEContribuição Seria De 3,9%

Hurme FIN 1a Extra Wide – Thin 50 pt

ARVATES PEAKS ÜHISKONDUtilizza Sensori Di Vibrazione

Hurme FIN 1a Extra Wide – Hairline 50 pt

Hurme FIN 1a Narrow – Hairline Oblique 62 pt

Hurme FIN Typeface Specimen 19/06/2019 95Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 96: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

NOVOU KOLEKCI ŠPERKUBeräkningar Av Objektets

Hurme FIN 1a Extra Wide – Light 50 pt

YELLOW SELF STORAGEMitte Der Achtzigerjahre

Hurme FIN 1a Extra Wide – Regular 50 pt

THE RAILROAD TYCOONSortie D’une Boîte Noire

Hurme FIN 1a Extra Wide – Medium 50 pt

Hurme FIN Typeface Specimen 19/06/2019 96Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 97: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

MENSCHEN NATÜRLICHPretty Much Everything

Hurme FIN 1a Extra Wide – SemiBold 50 pt

MUOKATAAN HELPOSTIProduisent Eux-Mêmes

Hurme FIN 1a Extra Wide – Bold 50 pt

CONFINED ROAD SPACEEvidence Also Suggests

Hurme FIN 1a Extra Wide – Black 50 pt

Hurme FIN Typeface Specimen 19/06/2019 97Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 98: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

MAXIMAL WEITERE ZWÖLFSítnice, Umožňující Vnímání

Hurme FIN 1a Extra Wide – Thin Oblique 50 pt

LA MITAD DE LOS BOSQUESÅ Surfe Videre På Ordningen

Hurme FIN 1a Extra Wide – Hairline Oblique 50 pt

Hurme FIN Typeface Specimen 19/06/2019 98Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 99: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

FINDE BØGER OM EMNERMogły Oszczędzać Paliwo

Hurme FIN 1a Extra Wide – Light Oblique 50 pt

CENTRO DI EMERGENZAStripped From The Steel

Hurme FIN 1a Extra Wide – Regular Oblique 50 pt

FÖRÄLDRAR OCH BARNConstruction Of Towers

Hurme FIN 1a Extra Wide – Medium Oblique 50 pt

Hurme FIN Typeface Specimen 19/06/2019 99Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 100: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

ENSEMBLE DE MOYENSEin Jahrhundert Später

Hurme FIN 1a Extra Wide – SemiBold Oblique 50 pt

INFREQUENT ADVERSEAlkusyksystä Käyttöön

Hurme FIN 1a Extra Wide – Bold Oblique 50 pt

GRAVAÇÃO APRESENTAConfluence Of Interests

Hurme FIN 1a Extra Wide – Black Oblique 50 pt

Hurme FIN Typeface Specimen 19/06/2019 100Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 101: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

Light & Medium – 8/10pt Regular & SemiBold – 8/10pt

Medium & Bold – 8/10pt SemiBold & Black – 8/10pt

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a let-ter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were developed in France and later adopted as the German DIN standard No. 476 in 1922. They were listed in a 1798 law on taxation of publications that was based in part on page sizes. These standards are based on the ratio of the Silver Rectangle (its name is an allusion to the golden ratio), as the limiting ratio of consecutive Pell numbers.

Aspect ratio and scalability

The main advantage of this system is its scaling. Rectangular paper with an aspect ratio of √2 has the unique property that, when cut or folded in half midway between its shorter sides, each half has the same √2 aspect ratio and half the area of the whole sheet before it was divided. The ISO system of paper sizes exploit these properties of the aspect ratio. In each series of sizes, the largest size is numbered 0 (for example, A0), and each successive size (for example, A1 & A2) has ½ the area of the preceding sheet and can be cut by halving the length

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a let-ter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were developed in France and later adopted as the German DIN standard No. 476 in 1922. They were listed in a 1798 law on taxation of publications that was based in part on page sizes. These standards are based on the ratio of the Silver Rectangle (its name is an allusion to the golden ratio), as the limiting ratio of consecutive Pell numbers.

Aspect ratio and scalability

The main advantage of this system is its scaling. Rectangular paper with an aspect ratio of √2 has the unique property that, when cut or folded in half midway between its shorter sides, each half has the same √2 aspect ratio and half the area of the whole sheet before it was divided. The ISO system of paper sizes exploit these properties of the aspect ratio. In each series of sizes, the largest size is num-bered 0 (for example, A0), and each successive size (for example, A1

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a let-ter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were developed in France and later adopted as the German DIN standard No. 476 in 1922. They were listed in a 1798 law on taxation of publications that was based in part on page sizes. These standards are based on the ratio of the Silver Rectangle (its name is an allusion to the golden ratio), as the limiting ratio of consecutive Pell numbers.

Aspect ratio and scalability

The main advantage of this system is its scaling. Rectangular paper with an aspect ratio of √2 has the unique property that, when cut or folded in half midway between its shorter sides, each half has the same √2 aspect ratio and half the area of the whole sheet before it was divided. The ISO system of paper sizes exploit these properties of the aspect ratio. In each series of sizes, the largest size is num-bered 0 (for example, A0), and each successive size (for example, A1

The German scientist Georg Christoph Lichtenberg described the advan-tages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were developed in France and later adopted as the German DIN standard No. 476 in 1922. They were listed in a 1798 law on taxation of publications that was based in part on page sizes. These standards are based on the ratio of the Silver Rectangle (its name is an allusion to the golden ratio), as the limiting ratio of consecutive Pell numbers.

Aspect ratio and scalability

The main advantage of this system is its scaling. Rectangular paper with an aspect ratio of √2 has the unique property that, when cut or folded in half midway between its shorter sides, each half has the same √2 aspect ratio and half the area of the whole sheet before it was divided. The ISO system of paper sizes exploit these properties of the aspect ratio. In each series of sizes, the largest size is numbered 0 (for example, A0), and each successive size (for example, A1 & A2) has ½ the area of the preceding sheet and can be cut by halving the length of the preceding size sheet.

Hurme FIN Typeface Specimen 19/06/2019 101Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 102: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

Hurme FIN 1aExtended family

v1.0 - 19/06/2019a

Page 103: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

PEAK HOUR

WORKsize 32mm x 19mm (11/4" x 3/4")

New Pages

PROZENT DER FÄLLEEvaporating Ice Crystals Disrupt The Fidelity Of The Image

Rafforzerà La Sincerità Negli

Gerações25 micrograms per litre

ALZATA NEL CIELO PER 1246,1 METRI

DRIVEN

1958MONETARY

SHRINKWRAP

Dervish Overdrive

Le niveau de gris d’un pixel peut aller de 0 à 255

Averaging filter within the square matrix

Triangulation de Delaunay

Området er TV-overvåket

Handle with careSafetycargo

Ladrão furta creche pela 9ª vez e avisa que não voltará mais

CASUAL FORMAL

LIJNBUS

Hurme FIN Typeface Specimen 19/06/2019 103Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 104: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

RUNWAYBEYONDAGENDA

MIXTUREENSKILD

CAMBIOSFRANKLYVOYAGER

ansvaretshipyardsidewalk

coleslawschlüpfe

foxhoundcambiazoexchange

Hurme FIN 1a Extended Black - 46pt

Hurme FIN 1a Extended Bold - 46pt

Hurme FIN 1a Extended SemiBold - 46pt

Hurme FIN 1a Extended Medium - 46pt

Hurme FIN 1a Extended Regular - 46pt

Hurme FIN 1a Extended Light - 46pt

Hurme FIN 1a Extended Thin - 46pt

Hurme FIN 1a Extended Hairline - 46pt

Hurme FIN Typeface Specimen 19/06/2019 104Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 105: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

CAMERAYELLOWREMOVE

REWARDSKRIVAS

SMOKINGANÚNCIOKEYNOTE

standardmigraineshoulder

maverickområden

breakagesymptomylitarjonta

AGENDA

nightfall headgear

Hurme FIN 1a Extended Black Oblique - 46pt

Hurme FIN 1a Extended Bold Oblique - 46pt

Hurme FIN 1a Extended SemiBold Oblique - 46pt

Hurme FIN 1a Extended Medium Oblique - 46pt

Hurme FIN 1a Extended Regular Oblique - 46pt

Hurme FIN 1a Extended Light Oblique - 46pt

Hurme FIN 1a Extended Thin Oblique - 46pt

Hurme FIN 1a Extended Hairline Oblique - 46pt

Hurme FIN Typeface Specimen 19/06/2019 105Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 106: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

DESSUTOM FÖRESLÅSNuovamente Valorizzati

Hurme FIN 1a Extended – Thin 42 pt

GEZICHTSHERKENNINGDurante Seus 36 Meses

Hurme FIN 1a Extended – Hairline 42 pt

Hurme FIN Typeface Specimen 19/06/2019 106Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 107: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

TERÄS SYLINTEREISTÄEen Uitgeverscollectief

Hurme FIN 1a Extended – Light 42 pt

ALMOÇOS DE FAMÍLIAStrawberry Shortcake

Hurme FIN 1a Extended – Regular 42 pt

AKCJA ROZPOCZYNAEnsuite Des Objectifs

Hurme FIN 1a Extended – Medium 42 pt

Hurme FIN Typeface Specimen 19/06/2019 107Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 108: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

BLOQUES DE PIEDRASnížit Množství Cukru

Hurme FIN 1a Extended – SemiBold 42 pt

JAHR ZWEI BIS DREITogether With Bones

Hurme FIN 1a Extended – Bold 42 pt

AROUND AN ICEBERGValmisti 1970-Luvulla

Hurme FIN 1a Extended – Black 42 pt

Hurme FIN Typeface Specimen 19/06/2019 108Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 109: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

TRAVÉS DE OXIDACIÓNWe Are Moving Forward

Hurme FIN 1a Extended – Thin Oblique 42 pt

NOVEMBRIL ALGUSEGAStånd Och Genom-Föra

Hurme FIN 1a Extended – Hairline Oblique 42 pt

Hurme FIN Typeface Specimen 19/06/2019 109Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 110: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

ERFAND ZUM BEISPIELUm Ensino Sistemático

Hurme FIN 1a Extended – Light Oblique 42 pt

FOR EKSEMPEL HØRTAu Moins Quinze Sites

Hurme FIN 1a Extended – Regular Oblique 42 pt

SHARE THIS ARTICLEHolde Tre Ugers Ferie

Hurme FIN 1a Extended – Medium Oblique 42 pt

Hurme FIN Typeface Specimen 19/06/2019 110Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 111: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

SUOMEN YMPÄRISTÖOceňuje Mladé Vědce

Hurme FIN 1a Extended – SemiBold Oblique 42 pt

STAMPA CONGIUNTAIn Frozen Vegetables

Hurme FIN 1a Extended – Bold Oblique 42 pt

INDIQUÉ ÊTRE ENTRÉUrsache Für Die Blase

Hurme FIN 1a Extended – Black Oblique 42 pt

Hurme FIN Typeface Specimen 19/06/2019 111Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 112: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

Light & Medium – 12/14pt Regular & SemiBold – 12/14pt

Medium & Bold – 12/14pt SemiBold & Black – 12/14pt

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were devel-oped in France and later adopted as the German DIN standard No. 476 in 1922. They were listed in a 1798 law on taxation of publications that was based in part on page sizes. These standards are based on the ratio

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were developed in France and later adopted as the German DIN stan-dard No. 476 in 1922. They were listed in a 1798 law on taxation of publica-tions that was based in part on page sizes. These standards are based

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a let-ter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were developed in France and later adopted as the German DIN standard No. 476 in 1922. They were listed in a 1798 law on taxation of publications that was based in part on page sizes. These standards

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were developed in France and later adopted as the German DIN standard No. 476 in 1922. They were listed in a 1798 law on taxation of publi-cations that was based in part on page sizes. These standards are based on the ratio of the Silver Rectangle (its

Hurme FIN Typeface Specimen 19/06/2019 112Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 113: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

Hurme FIN 1aExpanded family

v1.0 - 19/06/2019a

Page 114: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

exitDORSAL

Dumping physical memory to disk

Träffades av rå kyckling från ovan

Forward Collision Warning System

stretch fabric

SNART KOMMER VÄRMEN TILLBAKA

FORWARD

papier-mâchéRACETRACK OF SUPERLATIVES

downright outspreadKaizen over Muri

NETWORK

keycard

syrupMais Restent Pauvres En Acides

Pretty MuchGROW15,83%

MORE

MONDAYSDez Edições Repartido

Tekniikan Osa-Alueiden Kehittyminen

twenty

paquets circulentZEHNMAL

Après Cette RéunionUITGEVOERD DOOR EEN AFDELING

Silicone Carne

Hurme FIN Typeface Specimen 19/06/2019 114Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 115: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

NYLONSTARTANKLE

STRAXFOYER

SPORTGRANDHYBRID

changescotchpacket

steadyabrogé

mørketwhiskeranthem

Hurme FIN 1a Expanded Black - 46pt

Hurme FIN 1a Expanded Bold - 46pt

Hurme FIN 1a Expanded SemiBold - 46pt

Hurme FIN 1a Expanded Medium - 46pt

Hurme FIN 1a Expanded Regular - 46pt

Hurme FIN 1a Expanded Light - 46pt

Hurme FIN 1a Expanded Thin - 46pt

Hurme FIN 1a Expanded Hairline - 46pt

Hurme FIN Typeface Specimen 19/06/2019 115Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 116: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

BLENDSHELFSULKA

ENTRYBATER

COASTPRAXISSPAWN

airparknougathvězdy

formatsuikale

hockeybrûlagemajority

diploma

Hurme FIN 1a Expanded Black Oblique - 46pt

Hurme FIN 1a Expanded Bold Oblique - 46pt

Hurme FIN 1a Expanded SemiBold Oblique - 46pt

Hurme FIN 1a Expanded Medium Oblique - 46pt

Hurme FIN 1a Expanded Regular Oblique - 46pt

Hurme FIN 1a Expanded Light Oblique - 46pt

Hurme FIN 1a Expanded Thin Oblique - 46pt

Hurme FIN 1a Expanded Hairline Oblique - 46pt

Hurme FIN Typeface Specimen 19/06/2019 116Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 117: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

TEXTOVÉ A OBRAZOVÉVoiko Enemmän Venyä?

Hurme FIN 1a Expanded – Thin 36 pt

AQUISIÇÃO DA PROTEINMost Of Which Also Rely

Hurme FIN 1a Expanded – Hairline 36 pt

Hurme FIN Typeface Specimen 19/06/2019 117Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 118: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

LAS MEJORES CASASChe Galleggiano Sopra

Hurme FIN 1a Expanded – Light 36 pt

FINNE INDRE STYRKEStill-Life Photography

Hurme FIN 1a Expanded – Regular 36 pt

TALVELLA VALKOISTABelgische Ontdekkers

Hurme FIN 1a Expanded – Medium 36 pt

Hurme FIN Typeface Specimen 19/06/2019 118Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 119: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

36% DE CROISSANCEStorage Of Chemicals

Hurme FIN 1a Expanded – SemiBold 36 pt

VIER JAHRE SPÄTERPublicerad Idag 20:25

Hurme FIN 1a Expanded – Bold 36 pt

THE BOLD LINEARITYStark Das Zusätzliche

Hurme FIN 1a Expanded – Black 36 pt

Hurme FIN Typeface Specimen 19/06/2019 119Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 120: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

DLOUHÉ VZDÁLENOSTIZehnmal Größer Als Vor

Hurme FIN 1a Expanded – Thin Oblique 36 pt

KONIEC CZERWCA 2017Peut Être Assez Longue

Hurme FIN 1a Expanded – Hairline Oblique 36 pt

Hurme FIN Typeface Specimen 19/06/2019 120Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 121: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

UNDERSÖKA RUMMETAlerta De Notificações

Hurme FIN 1a Expanded – Light Oblique 36 pt

ETHYL ALCOHOL 62%Madrigueras Actuales

Hurme FIN 1a Expanded – Regular Oblique 36 pt

KIRJUTAB ERKI ORASOp På Flere Hundrede

Hurme FIN 1a Expanded – Medium Oblique 36 pt

Hurme FIN Typeface Specimen 19/06/2019 121Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 122: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

SABATO E DOMENICASpørsmålet Om Faste

Hurme FIN 1a Expanded – SemiBold Oblique 36 pt

ESCALA NO TRÁFICOKolme Kuppia Päivällä

Hurme FIN 1a Expanded – Bold Oblique 36 pt

PROZENT DER FÄLLEStark Das Zusätzliche

Hurme FIN 1a Expanded – Black Oblique 36 pt

Hurme FIN Typeface Specimen 19/06/2019 122Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 123: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

Light & Medium – 12/14pt Regular & SemiBold – 12/14pt

Medium & Bold – 12/14pt SemiBold & Black – 12/14pt

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were developed in France and later adopted as the German DIN standard No. 476 in 1922. They were listed in a 1798 law on tax-ation of publications that was based in part on page sizes. These standards are based on the ratio

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were developed in France and later adopted as the German DIN standard No. 476 in 1922. They were listed in a 1798 law on tax-ation of publications that was based in part on page sizes. These standards are based on the ratio

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were developed in France and later adopted as the German DIN standard No. 476 in 1922. They were listed in a 1798 law on taxa-tion of publications that was based in part on page sizes. These stan-dards are based on the ratio of the

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were developed in France and later adopted as the German DIN standard No. 476 in 1922. They were listed in a 1798 law on taxation of publications that was based in part on page sizes. These standards are based on the ratio of the Silver

Hurme FIN Typeface Specimen 19/06/2019 123Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 124: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

Hurme FIN 1bfamily styles

v1.0 - 19/06/2019a

Page 125: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

Compressed Hairline

Compressed Thin

Compressed Light

Compressed Regular

Compressed SemiBold

Compressed Medium

Compressed Bold

Compressed Black

Compressed Hairline Oblique

Compressed Thin Oblique

Compressed Light Oblique

Compressed Regular Oblique

Compressed SemiBold Oblique

Compressed Medium Oblique

Compressed Bold Oblique

Compressed Black Oblique

Compressed Width StylesHURME FIN 1b

Hurme FIN Typeface Specimen 19/06/2019 125Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 126: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

Condensed Family weights

Condensed Hairline

Condensed Thin

Condensed Light

Condensed Regular

Condensed SemiBold

Condensed Medium

Condensed Bold

Condensed Black

Condensed Hairline Oblique

Condensed Thin Oblique

Condensed Light Oblique

Condensed Regular Oblique

Condensed SemiBold Oblique

Condensed Medium Oblique

Condensed Bold Oblique

Condensed Black Oblique

HURME FIN 1b

Hurme FIN Typeface Specimen 19/06/2019 126Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 127: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

Extra Narrow Family weights

Extra Narrow Hairline

Extra Narrow Thin

Extra Narrow Light

Extra Narrow Regular

Extra Narrow SemiBold

Extra Narrow Medium

Extra Narrow Bold

Extra Narrow Black

Extra Narrow Hairline Oblique

Extra Narrow Thin Oblique

Extra Narrow Light Oblique

Extra Narrow Regular Oblique

Extra Narrow SemiBold Oblique

Extra Narrow Medium Oblique

Extra Narrow Bold Oblique

Extra Narrow Black Oblique

HURME FIN 1b

Hurme FIN Typeface Specimen 19/06/2019 127Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 128: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

Narrow Width Family weights

Narrow Hairline

Narrow Thin

Narrow Light

Narrow Regular

Narrow SemiBold

Narrow Medium

Narrow Bold

Narrow Black

Narrow Hairline Oblique

Narrow Thin Oblique

Narrow Light Oblique

Narrow Regular Oblique

Narrow SemiBold Oblique

Narrow Medium Oblique

Narrow Bold Oblique

Narrow Black Oblique

HURME FIN 1b

Hurme FIN Typeface Specimen 19/06/2019 128Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 129: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

Normal Width Family weights

Hairline

Thin

Light

Regular

SemiBold

Medium

Bold

Black

Hairline Oblique

Thin Oblique

Light Oblique

Regular Oblique

SemiBold Oblique

Medium Oblique

Bold Oblique

Black Oblique

HURME FIN 1b

Hurme FIN Typeface Specimen 19/06/2019 129Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 130: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

Wide Width Family weights

Wide Hairline

Wide Thin

Wide Light

Wide Regular

Wide SemiBold

Wide Medium

Wide Bold

Wide Black

Oblique

Oblique

Oblique

Oblique

Oblique

Oblique

Oblique

Oblique

HURME FIN 1b

Hurme FIN Typeface Specimen 19/06/2019 130Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 131: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

Extra Wide Width Family weights

Extra Wide Hairline

Extra Wide Thin

Extra Wide Light

Extra Wide Regular

Extra Wide SemiBold

Extra Wide Medium

Extra Wide Bold

Extra Wide Black

Oblique

Oblique

Oblique

Oblique

Oblique

Oblique

Oblique

Oblique

HURME FIN 1b

Hurme FIN Typeface Specimen 19/06/2019 131Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 132: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

Extended Width Family weights

Hairline

Thin

Light

Regular

SemiBold

Medium

Bold

Black

Oblique

Oblique

Oblique

Oblique

Oblique

Oblique

Oblique

Oblique

HURME FIN 1b

Hurme FIN Typeface Specimen 19/06/2019 132Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 133: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

Expanded Width Family weights

Hairline

Thin

Light

Regular

SemiBold

Medium

Bold

Black

Oblique

Oblique

Oblique

Oblique

Oblique

Oblique

Oblique

Oblique

HURME FIN 1b

Hurme FIN Typeface Specimen 19/06/2019 133Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 134: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

Hurme FIN 1bCompressed family

v1.0 - 19/06/2019a

Page 135: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

CONSIDERABLEMENTE MAYOR ATENCIÓN

Physical, biological and other systems we are continually confronted with what seems to be immense complexity

each component of an audio signal must be manually connected by patching wires into the machine

Esta fórmula não contém glúten en tudo

YEARS OF HEAVY PAPERWORK

Laissez cuire 45 minutes à feu moyen sans couvrirWE GATHERED SATELLITE IMAGERY OF THE AREA

Enjoyable storywiseKalah dengan musik barat atau budaya asing

STYROFOAM

GENERELT GÅR VI TUR ALLE DE STEDER, HVOR BØRNENE KAN LEGE

Träffades av rå kyckling från ovanÀ MI-CHEMIN ENTRE UNE EAU ET UN TONIQUE

lovely food for prawns Geplantes Fahrverbot für Straftäter stößt auf KritikBROAD VISION, NARROW FOCUS“ÖN” ÄR EN ORDLEK MED BOKSTAVEN Ö, SOM ETT O MED TVÅ PRICKAR HÖGST UPP

Hurme FIN Typeface Specimen 19/06/2019 135Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 136: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

COMPRESSORPYTHAGOREANSPÓŁKI MAJĄCE

VEHICLE AIRDROPTEQUILA SAMPLE

SCHWERE VERRÜCKTAUF 11:00 UHR ZURÜCKANTHROPOMORPHOLOGY

l’équivalentundersøgelsemarksmanship

nonexchangeablebærekraftsmål

standard overviewbidrager platformenefundamenta encontrado

Hurme FIN 1b Compressed Black - 72pt

Hurme FIN 1b Compressed Bold - 72pt

Hurme FIN 1b Compressed SemiBold - 72pt

Hurme FIN 1b Compressed Medium - 72pt

Hurme FIN 1b Compressed Regular - 72pt

Hurme FIN 1b Compressed Light - 72pt

Hurme FIN 1b Compressed Thin - 72pt

Hurme FIN 1b Compressed Hairline - 72pt

Hurme FIN Typeface Specimen 19/06/2019 136Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 137: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

PLAYGROUNDQUESTO PUNTOVÕIMALIK SEDA

ABSTRACTIONISMFOKUS PÅ SAKEN

ZURÜCKSCHRAUBENQUEIXAM DA CRÓNICAASSEMBLED ARGUMENTS

employmentskąd mrożonelagras ungefär

groupes françaisknowledgement

campfire shortagenotwendig eingeführtestimated that average

Hurme FIN 1b Compressed Black Oblique - 72pt

Hurme FIN 1b Compressed Bold Oblique - 72pt

Hurme FIN 1b Compressed SemiBold Oblique - 72pt

Hurme FIN 1b Compressed Medium Oblique - 72pt

Hurme FIN 1b Compressed Regular Oblique - 72pt

Hurme FIN 1b Compressed Light Oblique - 72pt

Hurme FIN 1b Compressed Thin Oblique - 72pt

Hurme FIN 1b Compressed Hairline Oblique - 72pt

Hurme FIN Typeface Specimen 19/06/2019 137Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 138: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

VODNÍ I SUCHOZEMSKÉ ŽIVOČICHYPäätelmiä Syy-Seuraussuhteista

Hurme FIN 1b Compressed – Thin 98 pt

CONVERTIDO EN LA FAMOSA MONTAÑAPowinien Oscylować W Okolicach 4,25

Hurme FIN 1b Compressed – Hairline 98 pt

Hurme FIN Typeface Specimen 19/06/2019 138Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 139: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

ENTRE CES DEUX POSITIONSUnderstandably Delighted

Hurme FIN 1b Compressed – Regular 98 pt

UMA DAS PRINCIPAIS DO PAÍSRivestimento Idrorepellente

Hurme FIN 1b Compressed – Light 98 pt

Hurme FIN Typeface Specimen 19/06/2019 139Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 140: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

VÕIMALIKE KAASNEVATEFjorton Skådespelarna

Hurme FIN 1b Compressed – SemiBold 98 pt

MAN KØBER FÆRRE BØGERBedachte Ondergrondse

Hurme FIN 1b Compressed – Medium 98 pt

Hurme FIN Typeface Specimen 19/06/2019 140Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 141: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

TAUSENDE FORSCHERGuides You Through

Hurme FIN 1b Compressed – Black 98 pt

THE CARBON FILAMENTEmpresas Para Fazer

Hurme FIN 1b Compressed – Bold 98 pt

Hurme FIN Typeface Specimen 19/06/2019 141Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 142: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

MANGIARE QUELLO CHE SI COLTIVAStrøm Av Urovekkende Historier

Hurme FIN 1b Compressed Oblique – Thin 98 pt

VÕIB KASUTADA KA KONSERVEERITUDDå Fick Jag Fantastisk Psykologhjälp

Hurme FIN 1b Compressed Oblique – Hairline 98 pt

Hurme FIN Typeface Specimen 19/06/2019 142Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 143: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

HAND-PAINTED WALLPAPER40 % Ryze Přírodní Cestou

Hurme FIN 1b Compressed Oblique – Regular 98 pt

SERVIÇOS, QUE CRESCEU 11,7%Motorsensen Sind Vielseitige

Hurme FIN 1b Compressed Oblique – Light 98 pt

Hurme FIN Typeface Specimen 19/06/2019 143Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 144: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

A TRAVÉS DE OXIDACIÓNKymmenen Vuoden Ajan

Hurme FIN 1b Compressed Oblique – SemiBold 98 pt

GRÖSSERE UNTERSCHIEDEHigh-Efficiency Building

Hurme FIN 1b Compressed Oblique – Medium 98 pt

Hurme FIN Typeface Specimen 19/06/2019 144Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 145: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

ĦAFNA SNEKKS BĦALEn Perçant Le Câble

Hurme FIN 1b Compressed Oblique – Black 98 pt

DE ZOMER ERAAN KOMTExercício Da Revisão

Hurme FIN 1b Compressed Oblique – Bold 98 pt

Hurme FIN Typeface Specimen 19/06/2019 145Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 146: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

65/58pt 65/58pt

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were developed in France and later adopted as the German DIN standard No.

THE GERMAN SCIENTIST GEORG CHRISTOPH LICHTENBERG DESCRIBED THE ADVANTAGES OF BASING A PAPER SIZE ON AN ASPECT RATIO OF √2 IN A LETTER TO JOHANN BECKMANN IN 25TH OCTOBER OF 1786. THE FORMATS THAT BECAME ISO PAPER SIZES (A2, A4, ETC) WERE DEVELOPED IN FRANCE AND LATER ADOPTED AS THE GERMAN DIN

Hurme FIN Typeface Specimen 19/06/2019 146Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 147: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

65/58pt 65/58pt

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were developed in France and later adopted as the German DIN standard No.

THE GERMAN SCIENTIST GEORG CHRISTOPH LICHTENBERG DESCRIBED THE ADVANTAGES OF BASING A PAPER SIZE ON AN ASPECT RATIO OF √2 IN A LETTER TO JOHANN BECKMANN IN 25TH OCTOBER OF 1786. THE FORMATS THAT BECAME ISO PAPER SIZES (A2, A4, ETC) WERE DEVELOPED IN FRANCE AND LATER ADOPTED AS THE GERMAN DIN

Hurme FIN Typeface Specimen 19/06/2019 147Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 148: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

Hurme FIN 1bCondensed family

v1.0 - 19/06/2019a

Page 149: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

Lidi čeká výměna televizorů kvůli přechodu na jiný typ vysílání

Das possierliche Tierchen erinnert an Kinderspielzeug, die Knopfaugen sehen aus wie gemaltÜBLICHERWEISE IN EINER MINUTESpraypaint drying

VINEYARD STORIES

Data should be obtained in biaxial formQUANDO ALBERI E SIEPI COPRONO LA VISUALE

FAXINEIRA DE MUSEU CONFUNDE OBRA DE ARTE COM SUJEIRA E FAZ LIMPEZA

Firecrew rescues a monkey from underground pipe

Disposable cutlery

COPRE ĽINTERA PENISOLAStudents and Graduateswater-friendly speakers

Masser af æbler, meget kanel, lidt mandler og en god portion kærlighed

AURAL ALCHEMY IS COMPOSED IN A TINY GARAGE LOCATED OUTSIDE OF LAEn Liten Och Portabel

Serie stößt auf gute Resonanz

från några korta ögonblick till flera dygn

Grand Prix CyclistePRIMEROS AUXILIOS

BRENG OP SMAAK MET ZOUT

Hurme FIN Typeface Specimen 19/06/2019 149Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 150: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

GLYCERINGLYCERINPOSIÇÕESROZVRŽEN

FÖRMÅGANOBERHALB

SYMPTÔMESACQUAINTEDCONVERTIBLE

daybreakmodelovýwayfaring

überhauptarchaïque

newscasterplus groupesmarkant sjølv

Hurme FIN 1b Condensed Black - 72pt

Hurme FIN 1b Condensed Bold - 72pt

Hurme FIN 1b Condensed SemiBold - 72pt

Hurme FIN 1b Condensed Medium - 72pt

Hurme FIN 1b Condensed Regular - 72pt

Hurme FIN 1b Condensed Light - 72pt

Hurme FIN 1b Condensed Thin - 72pt

Hurme FIN 1b Condensed Hairline - 72pt

Hurme FIN Typeface Specimen 19/06/2019 150Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 151: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

WARMINGLUMINEUXRECOVERY

SYMPHONYINOVAÇÃO

INJECTIONSKYLVÄMINENSTREAMLINED

recoverymaximumsydämeen

variazionehandwrite

les cheveuxkteří pracujíproxy leopard

Hurme FIN 1b Condensed Black Oblique - 72pt

Hurme FIN 1b Condensed Bold Oblique - 72pt

Hurme FIN 1b Condensed SemiBold Oblique - 72pt

Hurme FIN 1b Condensed Medium Oblique - 72pt

Hurme FIN 1b Condensed Regular Oblique - 72pt

Hurme FIN 1b Condensed Light Oblique - 72pt

Hurme FIN 1b Condensed Thin Oblique - 72pt

Hurme FIN 1b Condensed Hairline Oblique - 72pt

Hurme FIN Typeface Specimen 19/06/2019 151Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 152: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

PORTRAYED A MYSTERIOUS ISLANDNeuvotteluja Käydään Parhaillaan

Hurme FIN 1b Condensed – Thin 78 pt

A INFORMAÇÃO NUTRICIONAL BÁSICAVaja Kerge Ning Keskmise Raskusega

Hurme FIN 1b Condensed – Hairline 78 pt

Hurme FIN Typeface Specimen 19/06/2019 152Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 153: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

UNO SPECIFICO BILANCIAMENTOGjøre Mye Raskere Reduksjoner

Hurme FIN 1b Condensed – Light 70 pt

EMBAIXADORES COLOCADOSNext Generation Of Musical

Hurme FIN 1b Condensed – Medium 70 pt

PALJON ENERGIAA, NOPEASTIUn Classement Des Cristaux

Hurme FIN 1b Condensed – Regular 70 pt

Hurme FIN Typeface Specimen 19/06/2019 153Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 154: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

LAGFÖRSLAGET INNEHÅLLERKampaň Podporuje Přes 45

Hurme FIN 1b Condensed – SemiBold 70 pt

HEMISFERIO NORTE LANZAMunching On The Calcium

Hurme FIN 1b Condensed – Black 70 pt

LARGER INTERNET ARCHIVEDer Bildungsunterschied

Hurme FIN 1b Condensed – Bold 70 pt

Hurme FIN Typeface Specimen 19/06/2019 154Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 155: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

ZASKAKUJĄCY SPOSÓB PROGRAMYMed 90 Graders Vinkel Mot Stenen

Hurme FIN 1b Condensed Oblique – Thin 78 pt

STROOMKRING WORDT ONDERBROKENVelocità Di 82 Chilometri Al Secondo

Hurme FIN 1b Condensed Oblique – Hairline 78 pt

Hurme FIN Typeface Specimen 19/06/2019 155Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 156: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

PÅ ET TIDSPUNKT EFTER ÅR 1730La Première Projection Cinéma

Hurme FIN 1b Condensed Oblique – Light 70 pt

BRIQUES LOGIQUES SIMPLESKun Järjestetään Äänestys

Hurme FIN 1b Condensed Oblique – Medium 70 pt

DIESER NATURSCHUTZARBEITAnidride Carbonica Nel 2016

Hurme FIN 1b Condensed Oblique – Regular 70 pt

Hurme FIN Typeface Specimen 19/06/2019 156Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 157: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

REACTIVITY OF AIR & WATEREl Código De Comunicación

Hurme FIN 1b Condensed Oblique – SemiBold 70 pt

TEAMED LEATHER JACKETSRegulação Os Sucessivos

Hurme FIN 1b Condensed Oblique – Black 70 pt

PŮLROK OSTRÉHO PROVOZUDesign Samples Arranged

Hurme FIN 1b Condensed Oblique – Bold 70 pt

Hurme FIN Typeface Specimen 19/06/2019 157Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 158: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were developed in France and later adopted as the German DIN standard No. 476 in 1922. They were listed in a 1798 law on taxation of publica-tions that was based in part on page sizes. These standards are based on the ratio of the Silver Rectangle (its name is an allusion to the golden

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were developed in France and later adopted as the German DIN standard No. 476 in 1922. They were listed in a 1798 law on taxation of publications that was based in part on page sizes. These standards are based on the ratio of the Silver Rectangle (its name is an allusion

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were developed in France and later adopted as the German DIN standard No. 476 in 1922. They were listed in a 1798 law on taxation of publications that was based in part on page sizes. These standards are based on the ratio of the Silver Rectangle

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were developed in France and later adopted as the German DIN stan-dard No. 476 in 1922. They were listed in a 1798 law on taxation of publications that was based in part on page sizes. These standards are based on the ratio of the Silver Rectangle (its name is an allusion to the golden ratio), as the limiting ratio of consecutive Pell

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were Light & Medium – 16/17,5pt Regular & SemiBold – 16/17,5pt Medium & Bold – 16/17,5pt SemiBold & Black – 16/17,5pt

Light & Medium – 26/27pt Regular & SemiBold – 26/27pt Medium & Bold – 26/27pt SemiBold & Black – 26/27pt

Hurme FIN Typeface Specimen 19/06/2019 158Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 159: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

Hurme FIN 1bExtra Narrow family

v1.0 - 19/06/2019a

Page 160: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

Nonsteroidal anti-inflammatory drug

Australian Army vehicle worth $74k has gone missing after being painted with camouflage

Auf allen Kanälen stößt man sich an den empfohlenen Vorratskäufen

Obsolete Payview

Northern Bike Route

Vigaselt Tõlgitud

SPORTSWEAR

Důležité zamýšlet

ACRYLIC NAIL POWDERS & LIQUIDS

DÉCOUVREZ ĽÉDITION ABONNÉSESTE PADRÃO INTRODUZIU OS PREFIXOS BINÁRIOS

INVENTORY Best used before the expiration date

Delľalluminio Ha Un Doppio Vantaggio

SE POHYBUJE MNOHO LIDÍ A KDE VZRŮSTÁ

The narcotic of the simple answer to an intractable question

INCORPORATED INTO THE 1990 STANDARD BY WAY OF INTRINSIC INQUIRY FUNCTIONS

Après Le Séquençage

ARBITRARY INDEX

Wednesdaynew sparkplug

GIOCANO SULLA FORMAHurme FIN Typeface Specimen 19/06/2019 160Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 161: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

WINTERJACKECONVERTIBLEANGLOSAXONS

ÉCO-QUARTIERPRVNÍ PŮLROK

IMPROVISATIONUNÜBERHÖRBARETRANSATLANTICAN

grävprogramdépaysementpsychological

physiotherapyvære forelder

disintegrazionesegundo día lunartingene jeg skriver

folkehelsearbeidetviktig å anerkjena

Hurme FIN 1b Extra Narrow Black - 60pt

Hurme FIN 1b Extra Narrow Bold - 60pt

Hurme FIN 1b Extra Narrow SemiBold - 60pt

Hurme FIN 1b Extra Narrow Medium - 60pt

Hurme FIN 1b Extra Narrow Regular - 60pt

Hurme FIN 1b Extra Narrow Light - 60pt

Hurme FIN 1b Extra Narrow Thin - 60pt

Hurme FIN 1b Extra Narrow Hairline - 60pt

Hurme FIN Typeface Specimen 19/06/2019 161Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 162: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

MAYORITARIOEXPONENTIALACQUISIZIONI

LES NOMBREUXMOŽNÉ PŘIDAT

CONTEMPORARYSWORDSMANSHIPGIVING REPORTERS

avait négociévardagskvällukázku hvězdy

upbeat formathousebuilding

media watchdogzurückschraubenvuelto por segundo

aspecto más lúdicoaspecto más lúdico

Hurme FIN 1b Extra Narrow Black Oblique - 60pt

Hurme FIN 1b Extra Narrow Bold Oblique - 60pt

Hurme FIN 1b Extra Narrow SemiBold Oblique - 60pt

Hurme FIN 1b Extra Narrow Medium Oblique - 60pt

Hurme FIN 1b Extra Narrow Regular Oblique - 60pt

Hurme FIN 1b Extra Narrow Light Oblique - 60pt

Hurme FIN 1b Extra Narrow Thin Oblique - 60pt

Hurme FIN 1b Extra Narrow Hairline Oblique - 60pt

Hurme FIN Typeface Specimen 19/06/2019 162Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 163: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

UTSENDING AV UNGE FLYKTNINGARPodporu Výstavby Infrastruktury

Hurme FIN 1b Extra Narrow – Thin 78 pt

QUALE VIENE ASSEGNATO UN NUMEROUnderwater Archaeologists To A Reef

Hurme FIN 1b Extra Narrow – Hairline 78 pt

Hurme FIN Typeface Specimen 19/06/2019 163Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 164: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

YHDEN ASKELLUKSEN TAHDISSAVan Mucho Más Allá De Calcular

Hurme FIN 1b Extra Narrow – Light 70 pt

ZWEITE GRUPPE BESCHREIBT50% Propylene Glycol/100 g

Hurme FIN 1b Extra Narrow – Medium 70 pt

FYRA ÅR FÖLJT FORSKNINGENÉvolué Qu'un Simple Routeur

Hurme FIN 1b Extra Narrow – Regular 70 pt

Hurme FIN Typeface Specimen 19/06/2019 164Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 165: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

HET IJSKRISTAL ZICH VORMTAnother Theory Can Explain

Hurme FIN 1b Extra Narrow – SemiBold 70 pt

DA NUTRIÇÃO QUE COMPÕEMVastauksena Kysymykseen

Hurme FIN 1b Extra Narrow – Black 70 pt

EXCESS OR THE ABUNDANCEKaasnevale Teavitustööle

Hurme FIN 1b Extra Narrow – Bold 70 pt

Hurme FIN Typeface Specimen 19/06/2019 165Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 166: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

MILJØER FOR SKABERNE AF DE NYEKergemaks Või Kaks Rõivasuurust

Hurme FIN 1b Extra Narrow Oblique – Thin 78 pt

REPRESENTADO POR LOS CUADRADOSOnly Continue To Form Long Polymers

Hurme FIN 1b Extra Narrow Oblique – Hairline 78 pt

Hurme FIN Typeface Specimen 19/06/2019 166Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 167: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

BIODEGRADOWALNYM ROBOTEMOrganisere Arbeidet I Ordnede

Hurme FIN 1b Extra Narrow Oblique – Light 70 pt

ZONA DO EURO CRESCEU 0,7%Pisteiden Välinen Liikerata

Hurme FIN 1b Extra Narrow Oblique – Medium 70 pt

KENTÄLLÄ OLEVIA ANTUREITABereich Der Linsenförmigen

Hurme FIN 1b Extra Narrow Oblique – Regular 70 pt

Hurme FIN Typeface Specimen 19/06/2019 167Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 168: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

THE UNDERLYING QUESTIONSExplosionsartade Ökningen

Hurme FIN 1b Extra Narrow Oblique – SemiBold 70 pt

UNA STRUTTURA PIÙ RIGIDAThermodynamic Equations

Hurme FIN 1b Extra Narrow Oblique – Black 70 pt

GROOTSTE ZOETWATERMEERDes Sous-Réseaux Permet

Hurme FIN 1b Extra Narrow Oblique – Bold 70 pt

Hurme FIN Typeface Specimen 19/06/2019 168Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 169: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

Light & Medium – 11/12,5pt Regular & SemiBold – 11/12,5pt Medium & Bold – 11/12,5pt SemiBold & Black – 11/12,5pt

Light & Medium – 20/22pt Regular & SemiBold – 20/22pt Medium & Bold – 20/22pt SemiBold & Black – 20/22pt

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were developed in France and later adopted as the German DIN standard No. 476 in 1922. They were listed in a 1798 law on taxation of publications that was based in part on page sizes. These standards are based on the ratio of the Silver Rectangle (its name is an allusion to the golden ratio), as the limiting ratio of consecutive Pell numbers.

Aspect ratio and scalabilityThe main advantage of this system is its scaling. Rectangular paper with an aspect ratio of √2 has the unique property that, when cut or folded in half midway

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were developed in France and later adopted as the German DIN standard No. 476 in 1922. They were listed in a 1798 law on taxation of publications that was based in part on page sizes. These standards are based on the ratio of the Silver Rectangle (its name is an allusion to the golden ratio), as the limiting ratio of consecutive Pell numbers.

Aspect ratio and scalabilityThe main advantage of this system is its scaling. Rectangular paper with an aspect ratio of √2 has the unique property that, when cut or folded in half mid-

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were developed in France and later adopted as the German DIN standard No. 476 in 1922. They were listed in a 1798 law on taxation of publications that was based in part on page sizes. These standards are based on the ratio of the Silver Rectangle (its name is an allusion to the golden ratio), as the limiting ratio of consecutive Pell numbers.

Aspect ratio and scalabilityThe main advantage of this system is its scaling. Rectangular paper with an aspect ratio of √2 has the

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were developed in France and later adopted as the German DIN standard No. 476 in 1922. They were listed in a 1798 law on taxation of publications that was based in part on page sizes. These standards are based on the ratio of the Silver Rectangle (its name is an allusion to the golden ratio), as the limiting ratio of consecutive Pell numbers.

Aspect ratio and scalabilityThe main advantage of this system is its scaling. Rectangular paper with an aspect ratio of √2 has the unique property that, when cut or folded in half midway between its shorter sides, each half has the same √2 aspect ratio and

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were developed in France and later adopted as

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were developed in France and later adopted

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were developed in France and later adopted

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were developed in France and later adopted as the German

Hurme FIN Typeface Specimen 19/06/2019 169Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 170: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

Hurme FIN 1bNarrow family

v1.0 - 19/06/2019a

Page 171: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

drygoods

Oppføre Seg OrdentligBattery level

The seat is propelled out of the aircraft by an explosive charge BIQUARKmaintenance in progress THE EXOTIC STATE OF MATTER

Twentyfive Interviews

PowdercoatKunstgeschichtliche Grundbegriffe

BURKINA FASO

play next trackSchon Zum Großen Teil Vom Sofa

A2 format

DOWNSTREAMRośnie Zapotrzebowanie Na Ekspertów

PASSAGE AUX BATEAUX

Des Bâtiments Énergétiquement

El significado de las palabras puede cambiar según su contexto

VIDEOÜBERWACHUNG

Sistemas abertos podem extrair as informações do seu ambiente

Hurme FIN Typeface Specimen 19/06/2019 171Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 172: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

LES GÂTEAUXROPEWALKERQUATRO DIAS

WORK SAFELYEMPLOYMENT

BYGNINGERNEFORDA SLAVNÝPUNTO DI VISTACONCIME VIENE

larger forcebiodiversitydargestellte

approfondieskasvisruokia

die unzähligenfotosyntetiskaimported goods

Hurme FIN 1b Narrow Black - 54pt

Hurme FIN 1b Narrow Bold - 54pt

Hurme FIN 1b Narrow SemiBold - 54pt

Hurme FIN 1b Narrow Medium - 54pt

Hurme FIN 1b Narrow Regular - 54pt

Hurme FIN 1b Narrow Light - 54pt

Hurme FIN 1b Narrow Thin - 54pt

Hurme FIN 1b Narrow Hairline - 54pt

Hurme FIN Typeface Specimen 19/06/2019 172Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 173: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

CARBONIZEDENCONTRADOANMELDEREN

DORÉNAVANTSLAAPKAMER

PERMANENTLYJOURNALISTENARTENVIELFALT

self-healingzbudowanegoakumulátory

subvestmentwire network

starter dagenabove absolutedaklozenopvang

Hurme FIN 1b Narrow Black Oblique - 54pt

Hurme FIN 1b Narrow Bold Oblique - 54pt

Hurme FIN 1b Narrow SemiBold Oblique - 54pt

Hurme FIN 1b Narrow Medium Oblique - 54pt

Hurme FIN 1b Narrow Regular Oblique - 54pt

Hurme FIN 1b Narrow Light Oblique - 54pt

Hurme FIN 1b Narrow Thin Oblique - 54pt

Hurme FIN 1b Narrow Hairline Oblique - 54pt

Hurme FIN Typeface Specimen 19/06/2019 173Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 174: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

ROBÓTICA INTELIGENCIA ARTIFICIALŠperků Osazených Vzácnými Kameny

Hurme FIN 1b Narrow – Thin 60 pt

LIVED FIVE THOUSAND YEARS BEFOREW Postaci Przygotowanych Materiałów

Hurme FIN 1b Narrow – Hairline 60 pt

Hurme FIN Typeface Specimen 19/06/2019 174Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 175: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

TIDSPUNKT SÆTTER UDMATTELSENBase D’œufs Avaient Été Importés

Hurme FIN 1b Narrow – Light 56 pt

THE NATIONAL FIRE PROTECTIONMit Einem Speziellen Messgerät

Hurme FIN 1b Narrow – Regular 56 pt

RÉSULTAT BRUT D'EXPLOITATIONOch De Våta Vägbanorna Fryser

Hurme FIN 1b Narrow – Medium 56 pt

Hurme FIN Typeface Specimen 19/06/2019 175Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 176: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

SNOWY PEAKS OF THE SOUTHERNParticulares Já Abriram Ações

Hurme FIN 1b Narrow – SemiBold 56 pt

METANO, UN ALTRO POTENTE GASGrjóthrun, Snjóflóð, Frá Hægri

Hurme FIN 1b Narrow – Bold 56 pt

FOR THE SAKE OF BETTER SOUNDKäytetään Yleensä Jännitettä

Hurme FIN 1b Narrow – Black 56 pt

Hurme FIN Typeface Specimen 19/06/2019 176Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 177: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

NABORY DO CENTRÓW BIZNESOWYCHLa Start Up Che Previene Gli Incendi

Hurme FIN 1b Narrow – Thin Oblique 62 pt

TOETUS PROJEKTILE ON 85 PROTSENTIMarca Com A Abertura De Novas Lojas

Hurme FIN 1b Narrow – Hairline Oblique 62 pt

Hurme FIN Typeface Specimen 19/06/2019 177Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 178: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

EXPERIMENTS AND OBSERVATIONSOok Gekoppeld Aan De Hoeveelheid

Hurme FIN 1b Narrow – Light Oblique 56 pt

ETWA EIN VIERTEL VON OZEANENHistoria On Täynnä Esimerkkejä

Hurme FIN 1b Narrow – Regular Oblique 56 pt

UNA MÁQUINA QUE TRANSFORMAVänliga Och Skonsamma Böcker

Hurme FIN 1b Narrow – Medium Oblique 56 pt

Hurme FIN Typeface Specimen 19/06/2019 178Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 179: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

UNNGÅ EN HØYERE OPPVARMINGOs Caminhos Vão Dar Ao Parque

Hurme FIN 1b Narrow – SemiBold Oblique 56 pt

REEF THAT WAS ALREADY KNOWNPortant Sur 98 % Des Échanges

Hurme FIN 1b Narrow – Bold Oblique 56 pt

VALMISTAA BIOPOLTTOAINETTASimple Asphyxiant (See Below)

Hurme FIN 1b Narrow – Black Oblique 56 pt

Hurme FIN Typeface Specimen 19/06/2019 179Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 180: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

Light & Medium – 8/10pt Regular & SemiBold – 8/10pt Medium & Bold – 8/10pt SemiBold & Black – 8/10pt

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were devel-oped in France and later adopted as the German DIN standard No. 476 in 1922. They were listed in a 1798 law on taxation of publications that was based in part on page sizes. These standards are based on the ratio of the Silver Rectangle (its name is an allusion to the golden ratio), as the limiting ratio of consecutive Pell numbers.

Aspect ratio and scalability

The main advantage of this system is its scaling. Rectangular paper with an aspect ratio of √2 has the unique property that, when cut or folded in half midway between its shorter sides, each half has the same √2 aspect ratio and half the area of the whole sheet before it was divided. The ISO system of paper sizes exploit these properties of the aspect ratio. In each series of sizes, the largest size is numbered 0 (for example, A0), and each successive size (for example, A1 & A2) has ½ the area of the preceding sheet and can be cut by halving the length of the preceding size sheet.

A folded brochure can be made by using a sheet of the next larger size (for example, an A4 sheet is folded in half to make a brochure with size A5 pages. An office photocopier or printer can be designed to reduce a page by 71% from A4 to A5 or to enlarge a page from A4 to A3 by 41%. Similarly, two sheets of A4 can be scaled down to fit one A4 sheet without excess empty paper, while keeping the proportions of the original artwork.

Other benefits of the system

This system also simplifies calculating the weight paper. Under ISO 536, paper’s grammage is defined as a sheet’s weight in grams (g) per area in square metres (abbreviated g/m2 or gsm). Since an A0 sheet has an area of 1 m2, its weight in grams is the same as its grammage. One can derive the gram-mage of other sizes by arithmetic division in g/m2. A standard A4 sheet made from 80 g/m2 paper weighs 5 g, as it is 1⁄16 (four halvings, ignoring roundings to exact mm) of an A0 page. Thus the weight, and the associated postage rate, can be easily approximated by counting the number of sheets used.

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were developed in France and later adopted as the German DIN standard No. 476 in 1922. They were listed in a 1798 law on taxation of publications that was based in part on page sizes. These standards are based on the ratio of the Silver Rectangle (its name is an allusion to the golden ratio), as the limiting ratio of consecutive Pell numbers.

Aspect ratio and scalability

The main advantage of this system is its scaling. Rectangular paper with an aspect ratio of √2 has the unique property that, when cut or folded in half midway between its shorter sides, each half has the same √2 aspect ratio and half the area of the whole sheet before it was divided. The ISO system of paper sizes exploit these properties of the aspect ratio. In each series of sizes, the largest size is numbered 0 (for example, A0), and each successive size (for example, A1 & A2) has ½ the area of the preceding sheet and can be cut by halv-ing the length of the preceding size sheet.

A folded brochure can be made by using a sheet of the next larger size (for example, an A4 sheet is folded in half to make a brochure with size A5 pages. An office photocopier or printer can be designed to reduce a page by 71% from A4 to A5 or to enlarge a page from A4 to A3 by 41%. Similarly, two sheets of A4 can be scaled down to fit one A4 sheet without excess empty paper, while keeping the proportions of the original artwork.

Other benefits of the system

This system also simplifies calculating the weight paper. Under ISO 536, paper’s grammage is defined as a sheet’s weight in grams (g) per area in square metres (abbreviated g/m2 or gsm). Since an A0 sheet has an area of 1 m2, its weight in grams is the same as its grammage. One can derive the grammage of other sizes by arithmetic division in g/m2. A standard A4 sheet made from 80 g/m2 paper weighs 5 g, as it is 1⁄16 (four halvings, ignoring roundings to exact mm) of an A0 page. Thus the weight, and the associated postage rate, can be easily approximated by counting the number of sheets used.

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were developed in France and later adopted as the German DIN standard No. 476 in 1922. They were listed in a 1798 law on taxation of publications that was based in part on page sizes. These standards are based on the ratio of the Silver Rectangle (its name is an allusion to the golden ratio), as the limiting ratio of consecutive Pell numbers.

Aspect ratio and scalability

The main advantage of this system is its scaling. Rectangular paper with an aspect ratio of √2 has the unique property that, when cut or folded in half midway between its shorter sides, each half has the same √2 aspect ratio and half the area of the whole sheet before it was divided. The ISO system of paper sizes exploit these properties of the aspect ratio. In each series of sizes, the largest size is numbered 0 (for example, A0), and each successive size (for example, A1 & A2) has ½ the area of the preceding sheet and can be cut by halving the length of the preceding size sheet.

A folded brochure can be made by using a sheet of the next larger size (for example, an A4 sheet is folded in half to make a brochure with size A5 pages. An office photocopier or printer can be designed to reduce a page by 71% from A4 to A5 or to enlarge a page from A4 to A3 by 41%. Similarly, two sheets of A4 can be scaled down to fit one A4 sheet without excess empty paper, while keeping the proportions of the original artwork.

Other benefits of the system

This system also simplifies calculating the weight paper. Under ISO 536, paper’s grammage is defined as a sheet’s weight in grams (g) per area in square metres (abbreviated g/m2 or gsm). Since an A0 sheet has an area of 1 m2, its weight in grams is the same as its grammage. One can derive the grammage of other sizes by arithmetic division in g/m2. A standard A4 sheet made from 80 g/m2 paper weighs 5 g, as it is 1⁄16 (four halvings, ignoring roundings to exact mm) of an A0 page. Thus the weight, and the associated postage rate, can be easily approximated by counting the number of sheets used.

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were developed in France and later adopted as the German DIN standard No. 476 in 1922. They were listed in a 1798 law on taxation of publications that was based in part on page sizes. These standards are based on the ratio of the Silver Rectangle (its name is an allusion to the golden ratio), as the limiting ratio of consecutive Pell numbers.

Aspect ratio and scalability

The main advantage of this system is its scaling. Rectangular paper with an aspect ratio of √2 has the unique property that, when cut or folded in half midway between its shorter sides, each half has the same √2 aspect ratio and half the area of the whole sheet before it was divided. The ISO system of paper sizes exploit these properties of the aspect ratio. In each series of sizes, the largest size is numbered 0 (for example, A0), and each successive size (for example, A1 & A2) has ½ the area of the preceding sheet and can be cut by halving the length of the preceding size sheet.

A folded brochure can be made by using a sheet of the next larger size (for example, an A4 sheet is folded in half to make a brochure with size A5 pages. An office photocopier or printer can be designed to reduce a page by 71% from A4 to A5 or to enlarge a page from A4 to A3 by 41%. Similarly, two sheets of A4 can be scaled down to fit one A4 sheet without excess empty paper, while keeping the proportions of the original artwork.

Other benefits of the system

This system also simplifies calculating the weight paper. Under ISO 536, paper’s grammage is defined as a sheet’s weight in grams (g) per area in square metres (abbreviated g/m2 or gsm). Since an A0 sheet has an area of 1 m2, its weight in grams is the same as its grammage. One can derive the grammage of other sizes by arithmetic division in g/m2. A standard A4 sheet made from 80 g/m2 paper weighs 5 g, as it is 1⁄16 (four halvings, ignoring roundings to exact mm) of an A0 page. Thus the weight, and the associated postage rate, can be easily approximated by counting the number of sheets used.

Hurme FIN Typeface Specimen 19/06/2019 180Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 181: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

Hurme FIN 1bNormal family

v1.0 - 19/06/2019a

Page 182: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

ESTIMATES OF DOSE DELIVERED TO PHANTOMS OF A SPECIFIED SIZE

Hard night’s day

sprinklerStøysone

Exit Strategy

Varning för klämrisk

ForkjørsveiFARLIG ELEKTRISK SPÆNDING PÅ RØRLEDNINGEN

CINÉTIK

Stromy Podjazd

Set phasers to stun

ACRYLIC TOPCOATSviđa mi se što igramo čvrsto i pritišćemo protivnika

El Pueblo de Nuestra Senora la Reina de los Angeles de Porciuncula

DRYWASH

Biðskylda

travelling 70km/h

Greičio mažinimo priemonė

Propylene Glycol

Hurme FIN Typeface Specimen 19/06/2019 182Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 183: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

PLAYDOWNINGÉNIEURFORTJENER

AUDIOLOGYUNZÄHLIGE

PUNETAVADODER ZWÖLFSTØRRE SPIL

atmósferavälskrivenles oiseaux

ponto únicoyhteenveto

rose by 27%coffee breaklike a matrix

Hurme FIN 1b Black - 54pt

Hurme FIN 1b Bold - 54pt

Hurme FIN 1b SemiBold - 54pt

Hurme FIN 1b Medium - 54pt

Hurme FIN 1b Regular - 54pt

Hurme FIN 1b Light - 54pt

Hurme FIN 1b Thin - 54pt

Hurme FIN 1b Hairline - 54pt

Hurme FIN Typeface Specimen 19/06/2019 183Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 184: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

WINTERIZEHANDWERKHANDWERKFIRST SHIP

REPOSIÇÃOODLICZANA

SADEASUJAMEALWORMSTHE JARGONEVERYTHING

d’audienceincluyerončásti plánu

about eightaufbrechen

quatre à sixd’entrepriseconsiderably

Hurme FIN 1b Black Oblique - 54pt

Hurme FIN 1b Bold Oblique - 54pt

Hurme FIN 1b SemiBold Oblique - 54pt

Hurme FIN 1b Medium Oblique - 54pt

Hurme FIN 1b Regular Oblique - 54pt

Hurme FIN 1b Light Oblique - 54pt

Hurme FIN 1b Thin Oblique - 54pt

Hurme FIN 1b Hairline Oblique - 54pt

Hurme FIN Typeface Specimen 19/06/2019 184Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 185: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

NÁS PŘED ZÁNIKEM ZACHRÁNÍOlarak Işlem Gördüğü Ilk Günü

Hurme FIN 1b – Thin 60 pt

MAIS BAIXO DESDE FEVEREIROVolatilization From Water/Soil

Hurme FIN 1b – Hairline 60 pt

Hurme FIN Typeface Specimen 19/06/2019 185Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 186: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

DE LOS BOSQUES NATURALESUtan Inlindat Blomsterspråk

Hurme FIN 1b – Light 56 pt

EN AV DE STØRSTE TAPERNEAnd Often Walking In Dozens

Hurme FIN 1b – Regular 56 pt

DATA SHOULD BE OBTAINEDDe Werksters Eitjes Leggen

Hurme FIN 1b – Medium 56 pt

Hurme FIN Typeface Specimen 19/06/2019 186Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 187: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

REITINGI BIJA VĀJPRĀTĪGIInvolving Daily Operations

Hurme FIN 1b – SemiBold 56 pt

GRÜNDERFREUNDLICHKEITBokrecensionerlör 28 Okt

Hurme FIN 1b – Bold 56 pt

MULTI-SCREEN TECHNIQUEHigh-Performance Liquid

Hurme FIN 1b – Black 56 pt

Hurme FIN Typeface Specimen 19/06/2019 187Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 188: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

FAMILIE VAN DE ZOGENAAMDEHaver Uma Abertura No Setor

Hurme FIN 1b – Thin Oblique 60 pt

LIFTIKÕNE OSALISEKS SAAVADMacchine Volanti E Autostrade

Hurme FIN 1b – Hairline Oblique 60 pt

Hurme FIN Typeface Specimen 19/06/2019 188Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 189: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

ÚTERÝ 18. DUBNA SCHVÁLILAPrevisione O Una Stima Degli

Hurme FIN 1b – Light Oblique 56 pt

EXACTLY LIKE SMARTPHONEÜber Angebliche Steinbilder

Hurme FIN 1b – Regular Oblique 56 pt

HORIZONTAL AND VERTICALLes Étapes De La Recherche

Hurme FIN 1b – Medium Oblique 56 pt

Hurme FIN Typeface Specimen 19/06/2019 189Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 190: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

SIE TAUSENDE VON HEKTARSound Of The Wind Rustling

Hurme FIN 1b – SemiBold Oblique 56 pt

SÄHKÖÄ MEREN AALLOISTANylon Est Breveté En 1938

Hurme FIN 1b – Bold Oblique 56 pt

CADAVRE EXQUIS PHARMADisplay On The Other Side

Hurme FIN 1b – Black Oblique 56 pt

Hurme FIN Typeface Specimen 19/06/2019 190Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 191: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

Light & Medium – 8/10pt Regular & SemiBold – 8/10pt Medium & Bold – 8/10pt SemiBold & Black – 8/10pt

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were developed in France and later adopted as the German DIN standard No. 476 in 1922. They were listed in a 1798 law on taxation of publications that was based in part on page sizes. These standards are based on the ratio of the Silver Rectangle (its name is an allusion to the golden ratio), as the limiting ratio of consecutive Pell numbers.

Aspect ratio and scalability

The main advantage of this system is its scaling. Rectangular paper with an aspect ratio of √2 has the unique property that, when cut or folded in half mid-way between its shorter sides, each half has the same √2 aspect ratio and half the area of the whole sheet before it was divided. The ISO system of paper sizes exploit these properties of the aspect ratio. In each series of sizes, the largest size is numbered 0 (for example, A0), and each successive size (for example, A1 & A2) has ½ the area of the preceding sheet and can be cut by halving the length of the preceding size sheet.

A folded brochure can be made by using a sheet of the next larger size (for example, an A4 sheet is folded in half to make a brochure with size A5 pages. An office photocopier or printer can be designed to reduce a page by 71% from A4 to A5 or to enlarge a page from A4 to A3 by 41%. Similarly, two sheets of A4 can be scaled down to fit one A4 sheet without excess empty paper, while keeping the proportions of the original artwork.

Other benefits of the system

This system also simplifies calculating the weight paper. Under ISO 536, paper’s grammage is defined as a sheet’s weight in grams (g) per area in square metres (abbreviated g/m2 or gsm). Since an A0 sheet has an area of 1 m2, its weight in grams is the same as its grammage. One can derive the grammage of other sizes by arithmetic division in g/m2. A standard A4 sheet made from 80 g/m2 paper weighs 5 g, as it is 1⁄16 (four halvings, ignoring roundings to exact mm) of an A0 page. Thus the weight, and the associated postage

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were developed in France and later adopted as the German DIN stan-dard No. 476 in 1922. They were listed in a 1798 law on taxation of publications that was based in part on page sizes. These standards are based on the ratio of the Silver Rectangle (its name is an allusion to the golden ratio), as the limiting ratio of consecutive Pell numbers.

Aspect ratio and scalability

The main advantage of this system is its scaling. Rectangular paper with an aspect ratio of √2 has the unique property that, when cut or folded in half midway between its shorter sides, each half has the same √2 aspect ratio and half the area of the whole sheet before it was divided. The ISO system of paper sizes exploit these properties of the aspect ratio. In each series of sizes, the largest size is numbered 0 (for example, A0), and each successive size (for exam-ple, A1 & A2) has ½ the area of the preceding sheet and can be cut by halving the length of the preceding size sheet.

A folded brochure can be made by using a sheet of the next larger size (for example, an A4 sheet is folded in half to make a brochure with size A5 pages. An office photocopier or printer can be designed to reduce a page by 71% from A4 to A5 or to enlarge a page from A4 to A3 by 41%. Similarly, two sheets of A4 can be scaled down to fit one A4 sheet without excess empty paper, while keeping the proportions of the original artwork.

Other benefits of the system

This system also simplifies calculating the weight paper. Under ISO 536, paper’s grammage is defined as a sheet’s weight in grams (g) per area in square metres (abbreviated g/m2 or gsm). Since an A0 sheet has an area of 1 m2, its weight in grams is the same as its grammage. One can derive the grammage of other sizes by arithmetic division in g/m2. A standard A4 sheet made from 80 g/m2 paper weighs 5 g, as it is 1⁄16

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were developed in France and later adopted as the German DIN standard No. 476 in 1922. They were listed in a 1798 law on taxation of publications that was based in part on page sizes. These standards are based on the ratio of the Silver Rectangle (its name is an allusion to the golden ratio), as the limiting ratio of consecutive Pell numbers.

Aspect ratio and scalability

The main advantage of this system is its scaling. Rectangular paper with an aspect ratio of √2 has the unique property that, when cut or folded in half midway between its shorter sides, each half has the same √2 aspect ratio and half the area of the whole sheet before it was divided. The ISO system of paper sizes exploit these properties of the aspect ratio. In each series of sizes, the largest size is numbered 0 (for example, A0), and each successive size (for example, A1 & A2) has ½ the area of the preceding sheet and can be cut by halving the length of the preceding size sheet.

A folded brochure can be made by using a sheet of the next larger size (for example, an A4 sheet is folded in half to make a brochure with size A5 pages. An office photocopier or printer can be designed to reduce a page by 71% from A4 to A5 or to enlarge a page from A4 to A3 by 41%. Similarly, two sheets of A4 can be scaled down to fit one A4 sheet without excess empty paper, while keeping the proportions of the original artwork.

Other benefits of the system

This system also simplifies calculating the weight paper. Under ISO 536, paper’s grammage is defined as a sheet’s weight in grams (g) per area in square metres (abbreviated g/m2 or gsm). Since an A0 sheet has an area of 1 m2, its weight in grams is the same as its grammage. One can derive the gram-mage of other sizes by arithmetic division in g/m2. A standard A4 sheet made from 80 g/m2 paper

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were developed in France and later adopted as the German DIN standard No. 476 in 1922. They were listed in a 1798 law on taxation of publications that was based in part on page sizes. These standards are based on the ratio of the Silver Rectangle (its name is an allusion to the golden ratio), as the limiting ratio of consecutive Pell numbers.

Aspect ratio and scalability

The main advantage of this system is its scaling. Rectangular paper with an aspect ratio of √2 has the unique property that, when cut or folded in half midway between its shorter sides, each half has the same √2 aspect ratio and half the area of the whole sheet before it was divided. The ISO system of paper sizes exploit these properties of the aspect ratio. In each series of sizes, the largest size is numbered 0 (for example, A0), and each successive size (for example, A1 & A2) has ½ the area of the preceding sheet and can be cut by halv-ing the length of the preceding size sheet.

A folded brochure can be made by using a sheet of the next larger size (for example, an A4 sheet is folded in half to make a brochure with size A5 pages. An office photocopier or printer can be designed to reduce a page by 71% from A4 to A5 or to enlarge a page from A4 to A3 by 41%. Similarly, two sheets of A4 can be scaled down to fit one A4 sheet without excess empty paper, while keep-ing the proportions of the original artwork.

Other benefits of the system

This system also simplifies calculating the weight paper. Under ISO 536, paper’s grammage is defined as a sheet’s weight in grams (g) per area in square metres (abbre-viated g/m2 or gsm). Since an A0 sheet has an area of 1 m2, its weight in grams is the same as its grammage. One can derive the grammage of other sizes by arithmetic division in g/m2. A standard A4 sheet made from 80 g/m2 paper weighs 5 g, as it is 1⁄16 (four halvings, ignoring roundings to exact mm) of an A0 page. Thus the weight, and the associated postage rate, can be easily approxi-mated by counting the number of sheets used.

Hurme FIN Typeface Specimen 19/06/2019 191Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 192: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

Hurme FIN 1bWide family

v1.0 - 19/06/2019a

Page 193: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

Aircraftårsböcker

Wartezeiten der Aufgaben abgelesen werden können

Restore factory default settings

GrayscaleHYDROTHORAX

ÜBERSETZUNG UND ETYMOLOGIE

Golpearse la cabeza contra un muro consume 150 calorías por hora

STRUTTURA PORTANTE

Biodegradabilità

Institut für Normung

Keyboard not detected. Press F1 to continue

BODYWORK

Deuxième Façade Maritime

Find out how to safely use this handy tool in the following article

Well, that extrapolated quicklyOBJECTSParametry

En la primera página del Boletín 264

EMPIRE SPECIAL

Year 1983POPULATION DENSITYCorkscrew

Hurme FIN Typeface Specimen 19/06/2019 193Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 194: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

CODIFICADELIVERYCRYSTALS

MEDALISTEXPLICAR

BRETAGNEARBEJDEREURO (+11%)

ilmapiirileaf veinsvariações

skutecznydéblayage

abgebrühtbedwongenadjustment

Hurme FIN 1b Wide Black - 54pt

Hurme FIN 1b Wide Bold - 54pt

Hurme FIN 1b Wide SemiBold - 54pt

Hurme FIN 1b Wide Medium - 54pt

Hurme FIN 1b Wide Regular - 54pt

Hurme FIN 1b Wide Light - 54pt

Hurme FIN 1b Wide Thin - 54pt

Hurme FIN 1b Wide Hairline - 54pt

Hurme FIN Typeface Specimen 19/06/2019 194Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 195: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

SINERGIAMINISTRYTVEKLÖST

APPLIQUÉMATERIAL

VÉGÉTAUXCHAMPIONBALÍČKU 18

emergentwichtigervaisseaux

avaldavadricordano

verborgenforklaredecravejáveis

Hurme FIN 1b Wide Black Oblique - 54pt

Hurme FIN 1b Wide Bold Oblique- 54pt

Hurme FIN 1b Wide SemiBold Oblique - 54pt

Hurme FIN 1b Wide Medium Oblique - 54pt

Hurme FIN 1b Wide Regular Oblique - 54pt

Hurme FIN 1b Wide Light Oblique - 54pt

Hurme FIN 1b Wide Thin Oblique - 54pt

Hurme FIN 1b Wide Hairline Oblique - 54pt

Hurme FIN Typeface Specimen 19/06/2019 195Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 196: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

INGENIERÍA AEROESPACIALNog Steeds Op Grote Schaal

Hurme FIN 1b Wide – Thin 56 pt

MISCELA PESANTE COMPOSTAHambad Ilma Suurte Kuludeta

Hurme FIN 1b Wide – Hairline 56 pt

Hurme FIN 1b Narrow – Hairline Oblique 62 pt

Hurme FIN Typeface Specimen 19/06/2019 196Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 197: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

AND STUDY NEW EXAMPLESPosledních Několika Měsíců

Hurme FIN 1b Wide – Light 56 pt

ASCENDIA A 283 MILHÕESObservations Of The Early

Hurme FIN 1b Wide – Regular 56 pt

FARBEN IN ZUCKERMASSEAinsi De Nouveaux Débats

Hurme FIN 1b Wide – Medium 56 pt

Hurme FIN Typeface Specimen 19/06/2019 197Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 198: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

JOUSTAVAA YHTEISTYÖTÄAbaixo Do Mínimo De 0,6%

Hurme FIN 1b Wide – SemiBold 56 pt

SÖKRYMDEN OCH DÄRMEDUnd 7 Meter Länge Kostet

Hurme FIN 1b Wide – Bold 56 pt

STRAIGHT TO YOUR INBOXBeziers Conquer Equator

Hurme FIN 1b Wide – Black 56 pt

Hurme FIN Typeface Specimen 19/06/2019 198Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 199: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

LES CADRES IDÉOLOGIQUESSine Musikalske Udfoldelser

Hurme FIN 1b Wide – Thin Oblique 56 pt

MANTIDO EM SEGUNDO LUGARUdzielić Poprawnej Odpowiedzi

Hurme FIN 1b Wide – Hairline Oblique 56 pt

Hurme FIN Typeface Specimen 19/06/2019 199Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 200: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

FÖR BARNENS UTVECKLINGMille Eest Peaks Ehitatama

Hurme FIN 1b Wide – Light Oblique 56 pt

ODER STROM PRODUZIERTViene Y Recoger Muestras

Hurme FIN 1b Wide – Regular Oblique 56 pt

AND ROUGH-HEWN CHARMEssa Nova Forma De Fazer

Hurme FIN 1b Wide – Medium Oblique 56 pt

Hurme FIN Typeface Specimen 19/06/2019 200Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 201: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

FROM AROUND THE WORLDSupera Quello Dei Servizi

Hurme FIN 1b Wide – SemiBold Oblique 56 pt

NAPŘÍKLAD KOMPOSTÉRYStudy The Dust-Filtering

Hurme FIN 1b Wide – Bold Oblique 56 pt

PORQUE AQUELLAS JOYASLiikkeelle Lähtöä Varten

Hurme FIN 1b Wide – Black Oblique 56 pt

Hurme FIN Typeface Specimen 19/06/2019 201Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 202: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

Light & Medium – 8/10pt Regular & SemiBold – 8/10pt Medium & Bold – 8/10pt SemiBold & Black – 8/10pt

The German scientist Georg Christoph Lichtenberg described the advantages of bas-ing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were developed in France and later adopted as the German DIN standard No. 476 in 1922. They were listed in a 1798 law on taxation of publications that was based in part on page sizes. These standards are based on the ratio of the Silver Rectangle (its name is an allusion to the golden ratio), as the limiting ratio of consecutive Pell numbers.

Aspect ratio and scalability

The main advantage of this system is its scal-ing. Rectangular paper with an aspect ratio of √2 has the unique property that, when cut or folded in half midway between its shorter sides, each half has the same √2 aspect ratio and half the area of the whole sheet before it was divided. The ISO system of paper sizes exploit these properties of the aspect ratio. In each series of sizes, the largest size is num-bered 0 (for example, A0), and each successive size (for example, A1 & A2) has ½ the area of the preceding sheet and can be cut by halving the length of the preceding size sheet.

A folded brochure can be made by using a sheet of the next larger size (for example, an A4 sheet is folded in half to make a brochure with size A5 pages. An office photocopier or printer can be designed to reduce a page by 71% from A4 to A5 or to enlarge a page from A4 to A3 by 41%. Similarly, two sheets of A4 can be scaled down to fit one A4 sheet without excess empty paper, while keeping the proportions of the original artwork.

Other benefits of the system

This system also simplifies calculating the weight paper. Under ISO 536, paper’s gram-mage is defined as a sheet’s weight in grams (g) per area in square metres (abbreviated g/m2 or gsm). Since an A0 sheet has an area

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were developed in France and later adopted as the German DIN standard No. 476 in 1922. They were listed in a 1798 law on taxation of publications that was based in part on page sizes. These standards are based on the ratio of the Silver Rectangle (its name is an allusion to the golden ratio), as the limit-ing ratio of consecutive Pell numbers.

Aspect ratio and scalability

The main advantage of this system is its scal-ing. Rectangular paper with an aspect ratio of √2 has the unique property that, when cut or folded in half midway between its shorter sides, each half has the same √2 aspect ratio and half the area of the whole sheet before it was divided. The ISO system of paper sizes exploit these properties of the aspect ratio. In each series of sizes, the largest size is numbered 0 (for example, A0), and each suc-cessive size (for example, A1 & A2) has ½ the area of the preceding sheet and can be cut by halving the length of the preceding size sheet.

A folded brochure can be made by using a sheet of the next larger size (for example, an A4 sheet is folded in half to make a brochure with size A5 pages. An office photocopier or printer can be designed to reduce a page by 71% from A4 to A5 or to enlarge a page from A4 to A3 by 41%. Similarly, two sheets of A4 can be scaled down to fit one A4 sheet without excess empty paper, while keeping the propor-tions of the original artwork.

Other benefits of the system

This system also simplifies calculating the weight paper. Under ISO 536, paper’s gram-mage is defined as a sheet’s weight in grams (g) per area in square metres (abbreviated g/m2 or gsm). Since an A0 sheet has an area

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were developed in France and later adopted as the German DIN stan-dard No. 476 in 1922. They were listed in a 1798 law on taxation of publications that was based in part on page sizes. These standards are based on the ratio of the Silver Rectangle (its name is an allusion to the golden ratio), as the limiting ratio of consecutive Pell numbers.

Aspect ratio and scalability

The main advantage of this system is its scal-ing. Rectangular paper with an aspect ratio of √2 has the unique property that, when cut or folded in half midway between its shorter sides, each half has the same √2 aspect ratio and half the area of the whole sheet before it was divided. The ISO system of paper sizes exploit these properties of the aspect ratio. In each series of sizes, the largest size is numbered 0 (for example, A0), and each suc-cessive size (for example, A1 & A2) has ½ the area of the preceding sheet and can be cut by halving the length of the preceding size sheet.

A folded brochure can be made by using a sheet of the next larger size (for example, an A4 sheet is folded in half to make a brochure with size A5 pages. An office photocopier or printer can be designed to reduce a page by 71% from A4 to A5 or to enlarge a page from A4 to A3 by 41%. Similarly, two sheets of A4 can be scaled down to fit one A4 sheet without excess empty paper, while keeping the propor-tions of the original artwork.

Other benefits of the system

This system also simplifies calculating the weight paper. Under ISO 536, paper’s gram-mage is defined as a sheet’s weight in grams (g) per area in square metres (abbreviated g/

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were developed in France and later adopted as the German DIN standard No. 476 in 1922. They were listed in a 1798 law on taxation of publica-tions that was based in part on page sizes. These standards are based on the ratio of the Silver Rectangle (its name is an allusion to the golden ratio), as the limiting ratio of consecutive Pell numbers.

Aspect ratio and scalability

The main advantage of this system is its scaling. Rectangular paper with an aspect ratio of √2 has the unique property that, when cut or folded in half midway between its shorter sides, each half has the same √2 aspect ratio and half the area of the whole sheet before it was divided. The ISO system of paper sizes exploit these properties of the aspect ratio. In each series of sizes, the largest size is numbered 0 (for example, A0), and each successive size (for example, A1 & A2) has ½ the area of the preceding sheet and can be cut by halving the length of the preceding size sheet.

A folded brochure can be made by using a sheet of the next larger size (for example, an A4 sheet is folded in half to make a brochure with size A5 pages. An office photocopier or printer can be designed to reduce a page by 71% from A4 to A5 or to enlarge a page from A4 to A3 by 41%. Similarly, two sheets of A4 can be scaled down to fit one A4 sheet without excess empty paper, while keeping the proportions of the original artwork.

Other benefits of the system

This system also simplifies calculating the weight paper. Under ISO 536, paper’s grammage is defined as a sheet’s weight in grams (g) per area in square metres (abbreviated g/m2 or gsm). Since an A0 sheet has an area of 1 m2, its weight in grams is the same as its grammage.

Hurme FIN Typeface Specimen 19/06/2019 202Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 203: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

Hurme FIN 1bExtra Wide family

v1.0 - 19/06/2019a

Page 204: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

Les pôles d’activités

DIRECT STREAM TRANSFER

Disk Jockeys

Zeitlicher

ELIMINATING REDUNDANCY REDUCES FILE SIZE

Periscópio óculos horizontais permitir que você relaxe

Typical quagmire where the land surface is too flat

The League Of Extraordinary Steaks

TOPOLOGICAL POLAR SURFACE AREA IS 140 Ų

PRIMEROS AUXILIOS

MEDIAKURA

LUMINARY bright & modern kitchentruckyard

POTENZIALFREIE AUSGÄNGE

KRAKEN

orbit

PLAYER 1

Abstractions

yellow jacket

Autorização

narrow brigdeKuva- Ja Äänitallenteet

VÕIMSAM KUI VARASEMAD?

interframe compressionThis has put upward pressure on headline inflation

INNEHÅLLSTJÄNSTER

GRUNDLAGT

Hurme FIN Typeface Specimen 19/06/2019 204Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 205: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

BEWAREKRAKENBOYCOT

ÄNDERNMARBLE

CIERTOSANALYSESØKSMÅL

på alvorestaçãodiploma

outwearerträgt

le biogazcampfireformatés

Hurme FIN 1b Extra Wide Black - 54pt

Hurme FIN 1b Extra Wide Bold - 54pt

Hurme FIN 1b Extra Wide SemiBold - 54pt

Hurme FIN 1b Extra Wide Medium - 54pt

Hurme FIN 1b Extra Wide Regular - 54pt

Hurme FIN 1b Extra Wide Light - 54pt

Hurme FIN 1b Extra Wide Thin - 54pt

Hurme FIN 1b Extra Wide Hairline - 54pt

Hurme FIN Typeface Specimen 19/06/2019 205Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 206: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

BRUDERPŮLROKSAMPLE

SORMUSPACHYS

BINARIOJÄÄMERIORSAKER

åtar sigungefärathènes

polyglotcheveux

yläkertaknattertmõlemale

Hurme FIN 1b Extra Wide Black Oblique - 54pt

Hurme FIN 1b Extra Wide Bold Oblique - 54pt

Hurme FIN 1b Extra Wide SemiBold Oblique - 54pt

Hurme FIN 1b Extra Wide Medium Oblique - 54pt

Hurme FIN 1b Extra Wide Regular Oblique - 54pt

Hurme FIN 1b Extra Wide Light Oblique - 54pt

Hurme FIN 1b Extra Wide Thin Oblique - 54pt

Hurme FIN 1b Extra Wide Hairline Oblique - 54pt

Hurme FIN Typeface Specimen 19/06/2019 206Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 207: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

DE WARMTE IN DE CIRKELEnviada Esta Terça-Feira

Hurme FIN 1b Extra Wide – Thin 50 pt

KUNSTLIKU VILJASTAMISEGrande Affare Nella Storia

Hurme FIN 1b Extra Wide – Hairline 50 pt

Hurme FIN 1b Narrow – Hairline Oblique 62 pt

Hurme FIN Typeface Specimen 19/06/2019 207Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 208: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

NABÍDNE NOVÉ MUZEUMKolhydrater Kan Brytas

Hurme FIN 1b Extra Wide – Light 50 pt

USED 1,892 PETABYTESDie Prozesse Anstoßen

Hurme FIN 1b Extra Wide – Regular 50 pt

FOUNDER OF A THEORYAu Nombre De Paquets

Hurme FIN 1b Extra Wide – Medium 50 pt

Hurme FIN Typeface Specimen 19/06/2019 208Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 209: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

LANGFRISTIGEN ZIELEDownplay Information

Hurme FIN 1b Extra Wide – SemiBold 50 pt

SATOJA KILOMETREJÄÀ Gérer Les Exigences

Hurme FIN 1b Extra Wide – Bold 50 pt

VOYAGER SPACECRAFTCardiac Index (2+/-0.7)

Hurme FIN 1b Extra Wide – Black 50 pt

Hurme FIN Typeface Specimen 19/06/2019 209Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 210: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

SCHWEIGEN UND HÖRTENElektřiny Pomocí Osmózy

Hurme FIN 1b Extra Wide – Thin Oblique 50 pt

APOYAR A ESAS GALERÍASSurfe Videre På Ordningen

Hurme FIN 1b Extra Wide – Hairline Oblique 50 pt

Hurme FIN Typeface Specimen 19/06/2019 210Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 211: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

BÅDE AF GRUNDLOVENSRekrutacji Absolwentów

Hurme FIN 1b Extra Wide – Light Oblique 50 pt

SITUATO A 3.400 METRIDouble Curtain Glacier

Hurme FIN 1b Extra Wide – Regular Oblique 50 pt

FÖRÄLDRAR OCH BARNThe Perfect Bathroom

Hurme FIN 1b Extra Wide – Medium Oblique 50 pt

Hurme FIN Typeface Specimen 19/06/2019 211Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 212: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

SECONDE, DYNAMIQUESie Etwas Auf Deutsch

Hurme FIN 1b Extra Wide – SemiBold Oblique 50 pt

SLOWED GROWTH RATEYhteenlaskettu Paino

Hurme FIN 1b Extra Wide – Bold Oblique 50 pt

EXIBIÇÃO DOS FILMESGesamten Erweiterung

Hurme FIN 1b Extra Wide – Black Oblique 50 pt

Hurme FIN Typeface Specimen 19/06/2019 212Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 213: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

Light & Medium – 8/10pt Regular & SemiBold – 8/10pt

Medium & Bold – 8/10pt SemiBold & Black – 8/10pt

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were developed in France and later adopted as the German DIN standard No. 476 in 1922. They were listed in a 1798 law on taxation of publications that was based in part on page sizes. These standards are based on the ratio of the Silver Rectangle (its name is an allusion to the golden ratio), as the limiting ratio of consecutive Pell numbers.

Aspect ratio and scalability

The main advantage of this system is its scaling. Rectangular paper with an aspect ratio of √2 has the unique property that, when cut or folded in half midway between its shorter sides, each half has the same √2 aspect ratio and half the area of the whole sheet before it was divided. The ISO system of paper sizes exploit these properties of the aspect ratio. In each series of sizes, the largest size is numbered 0 (for example, A0), and each successive size (for example, A1 & A2) has ½ the area of the preceding sheet

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The for-mats that became ISO paper sizes (A2, A4, etc) were developed in France and later adopted as the German DIN standard No. 476 in 1922. They were listed in a 1798 law on taxation of publications that was based in part on page sizes. These standards are based on the ratio of the Silver Rectangle (its name is an allusion to the golden ratio), as the limiting ratio of consecutive Pell numbers.

Aspect ratio and scalability

The main advantage of this system is its scaling. Rectangular paper with an aspect ratio of √2 has the unique property that, when cut or folded in half midway between its shorter sides, each half has the same √2 aspect ratio and half the area of the whole sheet before it was divided. The ISO system of paper sizes exploit these properties of the aspect ratio. In each series

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The for-mats that became ISO paper sizes (A2, A4, etc) were developed in France and later adopted as the German DIN standard No. 476 in 1922. They were listed in a 1798 law on taxation of publica-tions that was based in part on page sizes. These standards are based on the ratio of the Silver Rectangle (its name is an allu-sion to the golden ratio), as the limiting ratio of consecutive Pell numbers.

Aspect ratio and scalability

The main advantage of this system is its scaling. Rectangular paper with an aspect ratio of √2 has the unique property that, when cut or folded in half midway between its shorter sides, each half has the same √2 aspect ratio and half the area of the whole sheet before it was divided. The ISO system of paper sizes exploit these properties of the aspect ratio. In each series

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a let-ter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were developed in France and later adopted as the German DIN standard No. 476 in 1922. They were listed in a 1798 law on taxation of publications that was based in part on page sizes. These standards are based on the ratio of the Silver Rectangle (its name is an allusion to the golden ratio), as the limiting ratio of consecutive Pell numbers.

Aspect ratio and scalability

The main advantage of this system is its scaling. Rectangular paper with an aspect ratio of √2 has the unique property that, when cut or folded in half midway between its shorter sides, each half has the same √2 aspect ratio and half the area of the whole sheet before it was divided. The ISO system of paper sizes exploit these properties of the aspect ratio. In each series of sizes, the largest size is num-bered 0 (for example, A0), and each successive size (for example, A1 & A2) has ½ the area of the preceding sheet and can be cut by halving

Hurme FIN Typeface Specimen 19/06/2019 213Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 214: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

Hurme FIN 1bExtended family

v1.0 - 19/06/2019a

Page 215: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

björnDaylight

PICKAXEDas Flugzeug wird kurz gereinigt undbetankt

PRIMEROS AUXILIOS

DANGER

Health benefits are amplified by your mindset

Délices mille et un cadeaux

SUBWAYExternal use only

Standard that introduced the A-series paper sizes in 1922

INSTRUÇÕES DE SEGURANÇA

GRUNDLAGT

FINNE INDRE STYRKE

Punto De Lagrange

stackability

driftkeychain

DER VERLÄNGERTEN

Behandlingar Som Fungerar Bäst

New ZorkSticky Fingers

BUILDPiù Efficaci In Questa Azione

Real Parts Of Nontrivial Zeros

EDGAR SUIT

Hurme FIN Typeface Specimen 19/06/2019 215Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 216: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

ABSORBVÄRSKEVALDAVBUREAU

DIALOGIVENEILYORIVESIOBČANY

STOPNIUCASTINGEXAMINE

däremotwerkdagfizyczne

yritystäathletic

migrainealtofornievidenzia

Hurme FIN 1b Extended Black - 46pt

Hurme FIN 1b Extended Bold - 46pt

Hurme FIN 1b Extended SemiBold - 46pt

Hurme FIN 1b Extended Medium - 46pt

Hurme FIN 1b Extended Regular - 46pt

Hurme FIN 1b Extended Light - 46pt

Hurme FIN 1b Extended Thin - 46pt

Hurme FIN 1b Extended Hairline - 46pt

Hurme FIN Typeface Specimen 19/06/2019 216Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 217: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

A MIEUXJØRGENHUNGRY

BISQUITFRAMED

PIÙ ALTOTURBINEKÜRZELS

likewisecrownedmanière

tão fácilincluyen

objectifygaufrentbetydelig

Hurme FIN 1b Extended Black Oblique - 46pt

Hurme FIN 1b Extended Bold Oblique - 46pt

Hurme FIN 1b Extended SemiBold Oblique - 46pt

Hurme FIN 1b Extended Medium Oblique - 46pt

Hurme FIN 1b Extended Regular Oblique - 46pt

Hurme FIN 1b Extended Light Oblique - 46pt

Hurme FIN 1b Extended Thin Oblique - 46pt

Hurme FIN 1b Extended Hairline Oblique - 46pt

Hurme FIN Typeface Specimen 19/06/2019 217Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 218: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

MEN SPRÅKET FLYTERAnnuale Sui Gas Serra

Hurme FIN 1b Extended – Thin 42 pt

DE AFGELOPEN JARENDe Gripe Sazonal E 16%

Hurme FIN 1b Extended – Hairline 42 pt

Hurme FIN Typeface Specimen 19/06/2019 218Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 219: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

OLI MUKANA KESÄLLÄZomer En Korrelhagel

Hurme FIN 1b Extended – Light 42 pt

DIÁRIO DE NOTÍCIASTransport The Stone

Hurme FIN 1b Extended – Regular 42 pt

ODCZYTUJE EMOCJELa Fin Du Xixe Siècle

Hurme FIN 1b Extended – Medium 42 pt

Hurme FIN Typeface Specimen 19/06/2019 219Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 220: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

ACABAN DE AYUDARPozměnit Strukturu

Hurme FIN 1b Extended – SemiBold 42 pt

UNVERZICHTBARENTake Full Advantage

Hurme FIN 1b Extended – Bold 42 pt

GLUES THE SAWDUSTAaltoilu Jatkuu Aina

Hurme FIN 1b Extended – Black 42 pt

Hurme FIN Typeface Specimen 19/06/2019 220Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 221: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

DEL 15º ANIVERSARIOSprays Like Fireworks

Hurme FIN 1b Extended – Thin Oblique 42 pt

RÕUGEPUHANGU AJALEn Liten Batteridriven

Hurme FIN 1b Extended – Hairline Oblique 42 pt

Hurme FIN Typeface Specimen 19/06/2019 221Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 222: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

NUR ZEHN KILOMETERDe Forma Semelhante

Hurme FIN 1b Extended – Light Oblique 42 pt

LITTERATURMILJØETProjets Bas Carbone

Hurme FIN 1b Extended – Regular Oblique 42 pt

STANDARD ISO 7736Tidspunkt En Samlet

Hurme FIN 1b Extended – Medium Oblique 42 pt

Hurme FIN Typeface Specimen 19/06/2019 222Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 223: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

VALON NOPEUDELLAPředsazený Prostor

Hurme FIN 1b Extended – SemiBold Oblique 42 pt

ANCORA UN CENTROSka Utgrävningarna

Hurme FIN 1b Extended – Bold Oblique 42 pt

SOUVENT BEAUCOUPDes Pilzes Strömten

Hurme FIN 1b Extended – Black Oblique 42 pt

Hurme FIN Typeface Specimen 19/06/2019 223Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 224: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were developed in France and later adopted as the German DIN standard No. 476 in 1922. They were listed in a 1798 law on taxa-tion of publications that was based in part on page sizes. These stan-

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were developed in France and later adopted as the German DIN standard No. 476 in 1922. They were listed in a 1798 law on tax-ation of publications that was based in part on page sizes. These

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were developed in France and later adopted as the German DIN standard No. 476 in 1922. They were listed in a 1798 law on tax-ation of publications that was based in part on page sizes. These

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were developed in France and later adopted as the German DIN stan-dard No. 476 in 1922. They were listed in a 1798 law on taxation of publica-tions that was based in part on page sizes. These standards are based

Light & Medium – 12/14pt Regular & SemiBold – 12/14pt

Medium & Bold – 12/14pt SemiBold & Black – 12/14pt

Hurme FIN Typeface Specimen 19/06/2019 224Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 225: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

Hurme FIN 1bExpanded family

v1.0 - 19/06/2019a

Page 226: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

MILKNu există suficient de știri pozitiveNotion De Contrôle De Flux

Special Power in Wheat Discovered

Le rôle du sélectionneur vu par un trio de choc

Lignes claires et couleurs fortes

distanza

Fitzgerald

Gartley Patternactive ingredient

fromADJUST

80 km/h for emergency

Enter

Passage Aux BateauxTHAT UNISEX WARDROBE STAPLE

NOVÉ OBALYDriftsstøtte Og Avgjør Saker

UNDERSÖKNING GJORD

Contol PanelBIG

tricky

Detour

YACHT MARINA

Questões Prévias

APPLY A NEW MATERIAL AND GENERATE

VINYL

enough already

KEEP AWAY FROM DIRECT SUNLIGHT

Hurme FIN Typeface Specimen 19/06/2019 226Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 227: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

COXIAPARSIRELAX

GRINDLØBET

FOKUSSMARTLYXIGA

strokeforskabowlen

spießtzbytky

fragilealforzóstanzia

Hurme FIN 1b Expanded Black - 46pt

Hurme FIN 1b Expanded Bold - 46pt

Hurme FIN 1b Expanded SemiBold - 46pt

Hurme FIN 1b Expanded Medium - 46pt

Hurme FIN 1b Expanded Regular - 46pt

Hurme FIN 1b Expanded Light - 46pt

Hurme FIN 1b Expanded Thin - 46pt

Hurme FIN 1b Expanded Hairline - 46pt

Hurme FIN Typeface Specimen 19/06/2019 227Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 228: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

APEIOSOLVEPRVNÍ

TEJASSTACK

FORCESABORDRØNA

agencypícarofrühen

spidergringo

navždyolmegaasfaltó

Hurme FIN 1b Expanded Black Oblique - 46pt

Hurme FIN 1b Expanded Bold Oblique - 46pt

Hurme FIN 1b Expanded SemiBold Oblique - 46pt

Hurme FIN 1b Expanded Medium Oblique - 46pt

Hurme FIN 1b Expanded Regular Oblique - 46pt

Hurme FIN 1b Expanded Light Oblique - 46pt

Hurme FIN 1b Expanded Thin Oblique - 46pt

Hurme FIN 1b Expanded Hairline Oblique - 46pt

Hurme FIN Typeface Specimen 19/06/2019 228Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 229: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

OBJEVENÝ EXEMPLÁŘAdvarsel Laser Stråle

Hurme FIN 1b Expanded – Thin 36 pt

EM DEZEMBRO DE 2011Sharp Ends Of The Wire

Hurme FIN 1b Expanded – Hairline 36 pt

Expanded Width1b

Hurme FIN Typeface Specimen 19/06/2019 229Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 230: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

AQUELLOS PAISAJESLa Superficie Interna

Hurme FIN 1b Expanded – Light 36 pt

ØNSKE OM Å STYRKEBalance Of Strength

Hurme FIN 1b Expanded – Regular 36 pt

ANY NEW HARDWAREZo’n Breed Scala Aan

Hurme FIN 1b Expanded – Medium 36 pt

Hurme FIN Typeface Specimen 19/06/2019 230Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 231: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

BØJLE ARBEJDSTØJGroup Of 32 Samples

Hurme FIN 1b Expanded – SemiBold 36 pt

DER NORDÖSTLICHERelativt Stabil Nivå

Hurme FIN 1b Expanded – Bold 36 pt

ABSTRACT DRAWINGDer Links Und Rechts

Hurme FIN 1b Expanded – Black 36 pt

Hurme FIN Typeface Specimen 19/06/2019 231Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 232: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

OPATŘENÍ NA ÚSPORUViel Strom Produziert

Hurme FIN 1b Expanded – Thin Oblique 36 pt

WIEDZY PRAKTYCZNEJPartie Du Savoir-Faire

Hurme FIN 1b Expanded – Hairline Oblique 36 pt

Hurme FIN Typeface Specimen 19/06/2019 232Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 233: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

DELNINGAR VÄNLIGAEmpresa Que Fabrica

Hurme FIN 1b Expanded – Light Oblique 36 pt

RĂSPUNZI TU CELOR1,7 % Des Sondés Ont

Hurme FIN 1b Expanded – Regular Oblique 36 pt

SILMADELE MÕJUDAFor 70 År Siden Blev

Hurme FIN 1b Expanded – Medium Oblique 36 pt

Hurme FIN Typeface Specimen 19/06/2019 233Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 234: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

INFRAROSSI E ONDELigger På 0,9 Grader

Hurme FIN 1b Expanded – SemiBold Oblique 36 pt

ACESSAR ARQUIVOSStrategisia Teemoja

Hurme FIN 1b Expanded – Bold Oblique 36 pt

ZWISCHEN NORDSEEBranching Filaments

Hurme FIN 1b Expanded – Black Oblique 36 pt

Hurme FIN Typeface Specimen 19/06/2019 234Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 235: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

Light & Medium – 12/14pt Regular & SemiBold – 12/14pt

Medium & Bold – 12/14pt SemiBold & Black – 12/14pt

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were developed in France and later adopted as the German DIN standard No. 476 in 1922. They were listed in a 1798 law on taxation of publications that was based in part on page sizes. These standards are

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were developed in France and later adopted as the German DIN standard No. 476 in 1922. They were listed in a 1798 law on taxation of publications that was based in part on page sizes. These standards are

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The formats that became ISO paper sizes (A2, A4, etc) were developed in France and later adopted as the German DIN standard No. 476 in 1922. They were listed in a 1798 law on taxation of publications that was based in part on page sizes. These standards are based on

The German scientist Georg Christoph Lichtenberg described the advantages of basing a paper size on an aspect ratio of √2 in a letter to Johann Beckmann in 25th October of 1786. The for-mats that became ISO paper sizes (A2, A4, etc) were devel-oped in France and later adopted as the German DIN standard No. 476 in 1922. They were listed in a 1798 law on taxation of publica-tions that was based in part on page sizes. These standards are based on the ratio of the Silver

Hurme FIN Typeface Specimen 19/06/2019 235Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi

Page 236: Hurme FIN Family Specimen...BUREAUCRAZY INSERT ENGAGING CONTENT HERE Collision detection requires extensive use of concepts from linear algebra and computational geometry Average Effiency

Acknowledgments

Copyright © Toni Hurme, Hurme Design. All rights reserved.

This PDF document is provided to you for evaluation purposes only. You may reproduce this document on a personal printer, and you may distribute this PDF doc-ument to others freely, provided that you do not alter the document and/or remove the copyright and trade-mark information.

Hurme Design assumes no liability for inadvertent inac-curacies or typographical errors that might be found in this document. The names of individuals and/or busi-nesses used in typographic illustrations are intended to be fictitious. Any similarity to persons, living or dead, and/or actual places, addresses, business names, trademarks or trade names is unintentional and pure-ly coincidental. Product characteristics, content and availability are subject to change without notice.

Hurme Design

The independent typefoundry of Toni Hurme based in Helsinki, Finland. For more information, inquiries or to give feedback, feel free to contact.

Visit www.hurmedesign.com, Behance (www.behance.net/hurme) to view more work or follow on: Twitter (@hurmedesign)Instagram (hurmedesign)

Hurme Design OyHelsinki, Finland

Hurme FIN Typeface Specimen 19/06/2019 236Hurme FIN © 2015 Hurme Design.www.hurmedesign.fi