We've upgraded TT Hoves Pro with 20 new fonts and Vietnamese! TT Hoves Pro useful links: Specimen | Graphic presentation | Customization options Please note! If you need OTF versions of the fonts, just email us at commercial@typetype.org TT Hoves Pro is the studio's bestseller, one of the top three universal sans serifs along with TT Norms® Pro and TT Commons™️ Pro. TT Hoves Pro has a neutral yet recognizable character suitable for use in any modern project. The font has a large character set, including extended Cyrillic and Latin, as well as a large number of styles. TT Hoves Pro was already perfect, but we made it even more functional! Updated TT Hoves Pro: supports more than 200 languages, including Vietnamese; contains 4 widths: Compact, Normal, Condensed, Expanded; consists of 83 styles, 20 of which are new Compact fonts; includes upright and italic Outline fonts, each with 672 characters; contains an improved variable font that varies in weight, width and slope; includes 1573 characters in each style, except for Outline versions; contains 41 OpenType features, including many ligatures and stylistic alternatives. The geometry of the TT Hoves Pro has remained unchanged. The font lacks pronounced contrast, all terminals are on the same level, and there are wide horizontal strokes in triangular characters. TT Hoves Pro is ideal for web design and use in applications. Perfect for branding, packaging design and printing. TT Hoves Pro OpenType features list: aalt, ccmp, locl, subs, sinf, sups, numr, dnom, frac, ordn, tnum, onum, lnum, pnum, c2sc, smcp, dlig, liga, salt, calt, case, zero, ss01, ss02, ss03, ss04, ss05, ss06, ss07, ss08, ss09, ss10, ss11, ss12, ss13, ss14, ss15, ss16, ss17, ss18, ss19 TT Hoves Pro language support: English, Albanian, Basque, Catalan, Croatian, Czech, Danish, Dutch, Estonian, Finnish, French, German, Hungarian, Icelandic, Irish, Italian, Latvian, Lithuanian, Luxembourgish, Maltese, Moldavian (lat), Montenegrin (lat), Norwegian, Polish, Portuguese, Romanian, Serbian (lat), Slovak, Slovenian, Spanish, Swedish, Swiss German, Valencian, Azerbaijani, Kazakh (lat), Turkish, Acehnese, Banjar, Betawi, Bislama, Boholano, Cebuano, Chamorro, Fijian, Filipino, Hiri Motu, Ilocano, Indonesian, Javanese, Khasi, Malay, Marshallese, Minangkabau, Nauruan, Nias, Palauan, Rohingya, Salar, Samoan, Sasak, Sundanese, Tagalog, Tahi- tian, Tetum, Tok Pisin, Tongan, Uyghur, Afar, Afrikaans, Asu, Aymara, Bemba, Bena, Chichewa, Chiga, Embu, Gusii, Jola-Fonyi, Kabuverdianu, Kalenjin, Kinyarwanda, Kirundi, Kongo, Luba-Kasai, Luganda, Luo, Luyia, Machame, Makhuwa-Meetto, Ma- konde, Malagasy, Mauritian Creole, Morisyen, Ndebele, Nyankole, Oromo, Rombo, Rundi, Rwa, Samburu, Sango, Sangu, Sena, Seychellois Creole, Shambala, Shona, Soga, Somali, Sotho, Swahili, Swazi, Taita, Teso, Tsonga, Tswana, Vunjo, Wolof, Xhosa, Zulu, Ganda, Maori, Alsatian, Aragonese, Arumanian, Belarusian (lat), Bosnian (lat), Breton, Colognian, Cornish, Corsi- can, Esperanto, Faroese, Frisian, Friulian, Gaelic, Gagauz (lat), Galician, Interlingua, Judaeo-Spanish, Karaim (lat), Kashubian, Ladin, Leonese, Manx, Occitan, Rheto-Romance, Romansh, Scots, Silesian, Sorbian, Vastese, Volapük, Võro, Walloon, Welsh, Karakalpak (lat), Kurdish (lat), Talysh (lat), Tsakhur (Azerbaijan), Turkmen (lat), Zaza, Aleut (lat), Cree, Haitian Creole, Hawaiian, Innu-aimun, Karachay-Balkar (lat), Karelian, Livvi-Karelian, Ludic, Tatar, Vepsian, Nahuatl, Quechua,, Russian, Belarusian (cyr), Bosnian (cyr), Bulgarian (cyr), Macedonian, Serbian (cyr), Ukrainian, Gagauz (cyr), Moldavian (cyr), Kazakh (cyr), Kirghiz, Tadzhik, Turkmen (cyr), Uzbek (cyr), Azerbaijan, Lezgian, Abazin, Agul, Archi, Avar, Dargwa, Ingush, Kabardian, Kab- ardino-Cherkess, Karachay-Balkar (cyr), Khvarshi, Kumyk, Lak, Nogai, Rutul, Tabasaran, Tsakhur, Altai, Buryat, Dolgan, Enets, Evenki, Ket, Khakass, Khanty, Komi-Permyak, Komi-Yazva, Komi-Zyrian, Manci, Shor, Siberian Tatar, Tofalar, Touva, Aleut (cyr), Alyutor, Even, Koryak, Nanai, Negidal’skij, Nivkh, Udege, Ulch, Bashkir, Chechen (cyr), Chukchi, Chuvash, Erzya, Eskimo, Kryashen Tatar, Mari-high, Mari-low, Mordvin-moksha, Nenets, Nganasan, Saami Kildin, Selkup, Tatar Volgaic, Udmurt, Yakut, Uighur, Rusyn, Karaim (cyr), Montenegrin (cyr), Romani (cyr), Dungan, Karakalpak (cyr), Shughni, Mongolian, Adyghe, Kalmyk, Talysh (cyr), Russian Old, Vietnamese

We have transformed the “99 names of ALLAH” into a font. That means each key on your keyboard represents 1 of the 99 names of ALLAH Aaza Wajal. The fonts work with both the English and Arabic Keyboards. We call this Calligraphy "Clear" because of how clear and easy to read the design is. The first "Alef" has a "hamzit wasel", this indicates that you can pronounce it as both "AR-RAHMAAN" or "R-RAHMAAN" (in the zip file you will find a pdf file explaining the differences in the "harakat", pronunciation and spelling according to the Holy Quran). The "Ye" in this calligraphy doesn't have the two dots, nor does it have a decorative "Ye", just like the Holy Quran. Also, we went for the traditional "soukoun" instead of the Quranic "soukoun" & decorative symbols are at a minimum. Decorative letters used in this calligraphy: "Mim, Aain, Sin, HHe, He, Kaf, Tah & Saad". Purpose & use: - Writers: Highlight the names in your texts in beautiful Islamic calligraphy. - Editors: Use with kinetic typography templates (AE) & editing software. - Designers: The very small details in the names does not affect the quality. Rest assured it is flawless. The MOST IMPORTANT THING about this list is that all the names are 100% ERROR FREE, and you can USED THEM WITH YOUR EYES CLOSED. All the “Tachkilat” are 100% ERROR FREE, all the "Spelling" is 100% ERROR, and they all have been written in accordance with the Holy Quran. No names are missing and no names are duplicated. The list is complete "99 names +1". The +1 is the name “ALLAH” 'Aza wajal. Another important thing is how we use the decorative letters. In every font you will see small decorative letters, these letters are used only in accordance with their respective letters to indicate pronunciation & we don't include them randomly. That means "mim" on top or below the letter "mim", "sin" on top or below the letter "sin", and so on and so forth. Included: Pdf file telling you which key is associated with which name. In that same file we have included the transliteration and explication of all 99 names. Pdf file explaining the differences in the harakat and pronunciation according to the Holy Quran. --------------------------------------------------------------------------------------------------------------------------- Here is a link to all the extra files you will need: https://drive.google.com/drive/folders/1Xj2Q8hhmfKD7stY6RILhKPiPfePpI9U4?usp=sharing ---------------------------------------------------------------------------------------------------------------------------

SCR fonts are screen optimized (also called 'pixel fonts'). Unlike standard fonts (and like the few well-hinted fonts like Verdana or Arial), they give a crisp look on screen at very small sizes, thus increasing legibility. The perfect applications for those fonts are web pages and software user interfaces (computer, cellular phones, console games and any other system that uses a screen interface). Unlike most pixel fonts, SCR fonts contain kerning information. Kerning is the adjustment of space between certain pairs of characters (like 'AV') to make text look more fluid, thus increasing legibility and appeal. To benefit from this feature, auto-kerning must be activated in the application. In Photoshop, kerning must be set to 'Metrics'. Although SCR fonts are optimized for screen, they can be used for print (in Illustrator or Indesign for example) for a decorative 'computer text' effect. In this case, there is no constraint: they can be used as any other font. For screen use (in Photoshop, Fireworks, Flash... ), they have to keep aligned with the screen pixel grid not to look blurred or distorted. To achieve this, here are the guidelines to follow: RESOLUTION If the application permits it (Photoshop, Fireworks), document resolution must be set to 72 pixels per inch. SIZE The font size must be set to 10 (or multiples of 10) points. POSITIONING & ALIGNMENT The reference points of text fields and text blocks (upper left corner for left aligned text, upper right for right aligned text) must be positioned at integer values of pixels. In Photoshop, text can be precisely moved with [Edit Free Transform]. In Flash, movie clips containing text fields must also be positioned at integer values on the stage. Text must be aligned to the left or right only. Center alignment can be simulated with left alignment by adding spaces at the begin of each line. To dispense with the positioning and alignment constraints, text anti-aliasing can be turned off if the application permits it (Photoshop, Flash MX 2004). OTHER SETTINGS Leading (line spacing), tracking (letter spacing), manual kerning and baseline shift must be set either to integer values of points or to multiples of 100 units (depending on the application). Vertical and horizontal scaling must be set to 100%. Faux bold or Faux italic must not be used. The document must neither be resized on export, nor allow resizing (Flash Movies).

SCR fonts are screen optimized (also called 'pixel fonts'). Unlike standard fonts (and like the few well-hinted fonts like Verdana or Arial), they give a crisp look on screen at very small sizes, thus increasing legibility. The perfect applications for those fonts are web pages and software user interfaces (computer, cellular phones, console games and any other system that uses a screen interface). Unlike most pixel fonts, SCR fonts contain kerning information. Kerning is the adjustment of space between certain pairs of characters (like 'AV') to make text look more fluid, thus increasing legibility and appeal. To benefit from this feature, auto-kerning must be activated in the application. In Photoshop, kerning must be set to 'Metrics'. Although SCR fonts are optimized for screen, they can be used for print (in Illustrator or Indesign for example) for a decorative 'computer text' effect. In this case, there is no constraint: they can be used as any other font. For screen use (in Photoshop, Fireworks, Flash... ), they have to keep aligned with the screen pixel grid not to look blurred or distorted. To achieve this, here are the guidelines to follow: RESOLUTION If the application permits it (Photoshop, Fireworks), document resolution must be set to 72 pixels per inch. SIZE The font size must be set to 10 (or multiples of 10) points. POSITIONING & ALIGNMENT The reference points of text fields and text blocks (upper left corner for left aligned text, upper right for right aligned text) must be positioned at integer values of pixels. In Photoshop, text can be precisely moved with [Edit Free Transform]. In Flash, movie clips containing text fields must also be positioned at integer values on the stage. Text must be aligned to the left or right only. Center alignment can be simulated with left alignment by adding spaces at the begin of each line. To dispense with the positioning and alignment constraints, text anti-aliasing can be turned off if the application permits it (Photoshop, Flash MX 2004). OTHER SETTINGS Leading (line spacing), tracking (letter spacing), manual kerning and baseline shift must be set either to integer values of points or to multiples of 100 units (depending on the application). Vertical and horizontal scaling must be set to 100%. Faux bold or Faux italic must not be used. The document must neither be resized on export, nor allow resizing (Flash Movies).

* For when you need the most realistic looking electronic display. * See User Manuals Main advantages: - Spacing between characters does not change when entering a decimal point or colon between them. - Custom characters can be produced by selecting any combination of segments to be displayed. Low cost electronic displays have a fixed number of segments that can be turned on or off to represent different symbols. A digital watch would be the most common example. Fonts typically available for depicting electronic displays are often in the artistic style of these common LED or LCD displays. They provide the look-and-feel, but fall short when technical accuracy is required. Failure to represent an accurate and consistent representation of the real thing can be a cringe-worthy experience for the product design and marketing team, or even the hobbyist for that matter. To solve this problem, Fortune Fonts has released a range of fonts that accurately depict the displays typically found on low cost electronic devices: watches, answering machines, car stereos, alarm clocks, microwaves and toys. These fonts come with numbers, letters and symbols predefined. However, they also allow you to create your own segment combinations for the custom symbols you need. When producing manuals, marketing material and user interfaces, accuracy is an all-or-nothing concept. Instructions in the user manual describe how to turn these fonts into realistic displays according to your own design, in the manner of the images above. If you cannot see a license option for your specific application, such a license may be purchased from here. By purchasing and/or using and/or distributing the font, the buyer, user and distributor (including Monotype Imaging Inc. & Monotype Imaging Hong Kong) agrees to (1) indemnify and hold harmless the font foundry and neither the font foundry nor distributor is responsible to the buyer or user or any other party for any consequential, incidental, special, punitive or other damages of any kind resulting from the use of the deliverables including, but not limited to, loss of revenues, profits, goodwill, savings or expected savings, due to; including, but not limited to, failure of the deliverables to perform it’s described function, or the deliverable’s infringement of patents, copyrights, trademarks, design rights, contract claims, trade secrets, or other proprietary rights of the foundry, distributor, buyer or other parties, (2) not use the fonts to assist in design of, or be incorporated into, non-software displays.