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-rw-r--r--libglitter.714
1 files changed, 7 insertions, 7 deletions
diff --git a/libglitter.7 b/libglitter.7
index bed8b56..8144ea7 100644
--- a/libglitter.7
+++ b/libglitter.7
@@ -8,7 +8,7 @@ greyscale-antialiased text image.
.B libglitter
is designed to be
used in conjunction with other font libraries: it can neither
-rasterise glyphs nor does it know about the montor's subpixel
+rasterise glyphs nor does it know about the monitor's subpixel
layout or rendering configurations.
.PP
To use
@@ -22,7 +22,7 @@ compatible and that its native resolution is used, you
rasterise the text using greyscale-antialiasing into a raster
sized according to the output's horizontal and vertical
subpixel densities (rather than pixel densities as normally
-done with greyscale-antialiasing; some subpixels may have be
+done with greyscale-antialiasing; some subpixels may be
counted multiple times depending on the subpixel arrangement).
At this point, depending on final result, you may (will
probably) want to use
@@ -52,7 +52,7 @@ have to first call
.BR libglitter_reorder_rasters (3)
to put the rasters in the expected order.
.PP
-An optional next step is to use lessen the intensity of the
+An optional next step is to lessen the intensity of the
subpixel-antialiasing with
.BR libglitter_desaturate_double (3),
.BR libglitter_desaturate_float (3),
@@ -70,18 +70,18 @@ or
and
.BR libglitter_colour_model_convert_rasters_float (3)
to convert a colour model the application can output in. It is
-however out of the scope of
+however out of scope of
.B libglitter
to get the output's
colour model and the conversion matrix to any other colour
model than sRGB or CIE XYZ.
.PP
-The finally step of the rendering process is out of scope for
+The final step of the rendering process is out of scope for
.BR libglitter ,
but is to ensure that all floating-point values
-(if floating-point rasters are used) are withing [0, 1] and
+(if floating-point rasters are used) are within [0, 1] and
convert the rasters, which only contain ink-on intensities,
-into the desired colour's with the output's transfer function
+into the desired colours with the output's transfer function
applied.
.PP
The application may also desire to call