Text: doc++

Forgot to actually proofread the thing, apparently, not putting mentions
of the new class where they should be.

src/Magnum/Text/DistanceFieldGlyphCacheGL.h

@@ -45,8 +45,10 @@ namespace Magnum { namespace Text {
 Extends @ref GlyphCacheGL by processing rendered glyphs to a signed distance
 field texture using @ref TextureTools::DistanceFieldGL, allowing them to be
 drawn at different sizes and with various transformations without aliasing
-artifacts. It's possible to only use this cache for monochrome glyphs as the
-internal texture format is single-channel.
+artifacts. @ref DistanceFieldGlyphCacheArrayGL is then using a
+@ref GL::Texture2DArray instead of a @ref GL::Texture2D. It's possible to only
+use this cache for monochrome glyphs as the internal texture format is
+single-channel.
 
 @section Text-DistanceFieldGlyphCacheGL-usage Usage
 
@@ -232,7 +234,6 @@ class MAGNUM_TEXT_EXPORT DistanceFieldGlyphCacheArrayGL: public GlyphCacheArrayG
 
         /**
          * @brief Construct without creating the internal state and the OpenGL texture object
-         * @m_since_latest
          *
          * The constructed instance is equivalent to moved-from state, i.e. no
          * APIs can be safely called on the object. Useful in cases where you

src/Magnum/Text/Renderer.h

@@ -780,8 +780,9 @@ glyph quads don't cut into each other. Assuming the drawing is performed in a
 below sets up the drawing that the font pixel size matches the window pixels by
 specifying @ref Platform::Sdl2Application::windowSize()  "Platform::*Application::windowSize()"
 as the projection size, and it appears in the center of the window. With
-@ref GlyphCacheArrayGL or @ref DistanceFieldGlyphCacheGL the drawing setup is
-slightly different, see their documentation for examples.
+@ref GlyphCacheArrayGL, @ref DistanceFieldGlyphCacheGL or
+@ref DistanceFieldGlyphCacheArrayGL the drawing setup is slightly different,
+see their documentation for examples.
 
 @snippet Text-gl.cpp Renderer-usage-draw
 
@@ -934,10 +935,11 @@ The second approach, with text size being relative to the window size, is for
 cases where the text is meant to match surrounding art, such as in a game menu.
 In this case the projection size is usually something arbitrary that doesn't
 match window pixels, and the text point size then has to be relative to that.
-For this use case a @ref DistanceFieldGlyphCacheGL is the better match, as it
-can provide text at different sizes without the scaling causing blurriness or
-aliased edges. See its documentation for details about picking the right font
-size and other parameters for best results.
+For this use case a @ref DistanceFieldGlyphCacheGL /
+@ref DistanceFieldGlyphCacheArrayGL is the better match, as it can provide text
+at different sizes without the scaling causing blurriness or aliased edges. See
+its documentation for details about picking the right font size and other
+parameters for best results.
 
 @subsection Text-Renderer-usage-font-size-dpi DPI awareness