3/28/2023 0 Comments New neooffice prehistoric fontsThe 'fi' ligature will be added, and your window should look something like this: Glyph_name_f glyph_name_i -> glyph_name_fiĪnd then hit ENTER. Click in the box under the 'From Glyphs -> To Glyphs' column and type the following, substituting in the proper glyph names for your font: Now that we know which glyphs to work with, we return to the editing window for the 'ligatures' lookup. Here are the three glyphs from an example font: Open the 'Edit Glyphs' window and scroll through your font until you've found all three glyphs (as you go through, note their names - you can of course rename them if you'd like). Note that Glyph Names will often differ from font to font. As you'll see, VOLT references glyphs by an associated Glyph Name, which can be found in the 'Edit Glyphs' window as seen previously. To do this, we must determine the names of three glyphs: f, i, and the 'fi' glyph. We can start by adding the most common ligature, which almost all fonts support - 'fi'. This is where we specify which letter combinations should have ligatures substituted in their place when ligatures are turned on in InDesign. Double-click on the 'ligatures' lookup and the lookup editing window will pop up. Now we can begin adding the actual substitutions to our 'ligatures' lookup. This can be done by clicking on the 'ligatures' lookup and dragging it to the feature labeled 'Standard Ligatures.' Once this is done, you should see the 'ligatures' lookup listed below the 'Standard Ligatures' feature (see graphic below). After typing the name and hitting ENTER, we must link the lookup to the feature we created. Since we will only be creating one ligature lookup (which can hold multiple ligatures, as you'll see), we will simply name the lookup 'ligatures'. The name you give this new lookup is not important, though it is always useful to give things descriptive and concise labels. Clicking the 'Add Subsitution' button at the bottom of the VOLT window will create a new subsitution feature. Next, we add a lookup in the pane to the right of the pane we've been working in, which will become associated with the feature we've created. VOLT will then recognize the command and label it 'Standard Ligatures' (see graphic below). Select the 'Default' language with a single-click, and then click the 'Add Feature' button at the bottom of the VOLT window. The first step is to create a feature under our 'Default' language. But, by using a correctly constructed OpenType font in InDesign, a typographer can properly and easily implement ligatures - whether basic (like 'fi') or more specialized (like 'fj'). Most programs provide no easy way to access the ligatures, often ligatures are not mapped in the font properly, or programs that do offer support do so without abstracting the glyphs from the letters (causing problems with tools like spell-checkers). While certain basic ligatures have traditionally been included with most fonts, making use of them in documents has rarely been easy. As you will see, this window will become useful as we begin creating our OTL features. Each glyph has its own box, which lists the VOLT glyph name (which you can change) and the code point determined by the font's encoding. In this window, the user is able to navigate and search through the font's complete set of glyphs. Now that we have our script and lanuguage created, it is useful to become familiar with VOLT's 'Edit Glyphs' window (click on the 'Edit Glyphs' button). VOLT then automatically creates an associated 'default' language (see graphic above) - this is the language we will be adding our OTL features to. This tutorial focuses on Latin-based fonts, so after clicking the 'Add Script' button at the bottom of the window, specify the OpenType script name. The next step is to add a script and language pair that will contain our OTL features. When opening a font for the first time, the dialog box below may appear: Step 1: Getting started Opening a fileīefore any layout features can be added to a font in VOLT, a few things must be taken care of. While OpenType fonts are backward-compatible with pre-OpenType programs (OpenType supersets both TrueType and Adobe Type 1 formats), the new layout features will not work with older programs. OpenType fonts do this by storing extra data that can be exposed by OpenType-aware operating systems and applications. From multiple styles of figures to complex script-specific ligatures, OpenType allows for typographic richness that was previously quite difficult to achieve. One of the OpenType format's most important features is its ability to support increased typographic complexity within a single font.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |