Change back the name of rtgrpblib_draw_elliptical_arc to rtgrpblib_draw_circular_arc

Signed-off-by: Mattias Andrée <maandree@kth.se>

1 files changed, 3 insertions, 6 deletions

diff --git a/README b/README
index 4f8d93a..d297047 100644
--- a/README
+++ b/README
@@ -10,17 +10,14 @@ DESCRIPTION
 	library only supports curve types that are used for drawing glyphs; specifically
 	this means that lines and quadratic Bézier curves are supported by cause this
 	is what is required to draw vectorised bitmap fonts and TrueType fonts, but also
-	cubic Bézier curves as this is required for OpenType fonts and elliptical arcs
-	(elliptical rather than circular because it may be need required to strech the
-	circle to support outputs with different vertical and horizontal dot density
-	and to support subpixel antialiasing) as this is commonly used for corners when
-	stroking the outline of a glyph.
+	cubic Bézier curves as this is required for OpenType fonts and circular arcs
+	as this is commonly used for corners when stroking the outline of a glyph.
 
 	The create an image, first create a buffer using rtgrpblib_create_raster(3)
 	(if you already have one that is large enough, you can reinitialise it with
 	rtgrpblib_reset_raster(3)), and than using the drawing functions
 	(rtgrpblib_draw_linear_bezier(3), rtgrpblib_draw_quadratic_bezier(3),
-	rtgrpblib_draw_cubic_bezier(3), and rtgrpblib_draw_elliptical_arc(3)) to
+	rtgrpblib_draw_cubic_bezier(3), and rtgrpblib_draw_circular_arc(3)) to
 	draw the components of each shape's outline. When done, create an image
 	using the rtgrpblib_fill_shapes(3) function: you will receive a ink-level
 	map, where the value 0 means background, and 1 means foreground, and values