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authorJoakim Verona2010-06-21 20:19:25 +0200
committerJoakim Verona2010-06-21 20:19:25 +0200
commit65a192e9bde95812af4cd52201f631ad59c1e523 (patch)
tree030d568977887f055764c9dd7b02a09171d2b58c
parentbdf6a35df3d00c5fcf400176eac74fda86b3307a (diff)
downloademacs-65a192e9bde95812af4cd52201f631ad59c1e523.tar.gz
emacs-65a192e9bde95812af4cd52201f631ad59c1e523.zip
documented some more
-rw-r--r--README.imagemagick26
1 files changed, 23 insertions, 3 deletions
diff --git a/README.imagemagick b/README.imagemagick
index ff1831e8c8f..e9d6a4166ea 100644
--- a/README.imagemagick
+++ b/README.imagemagick
@@ -13,6 +13,24 @@ autoconf
13./configure --with-imagemagick 13./configure --with-imagemagick
14 14
15 15
16* TODO
17
18- image-type-header-regexps priorities the jpeg loader over the
19imagemagick one. This is not wrong, but how should a user go about
20prefering the imagemagick loader? The user might like zooming etc in
21jpegs.
22
23- For some reason its unbearably slow to look at a page in a large
24 image bundle using the :index feature. The imagemagick "display"
25 command is also a bit slow, but nowhere near as slow as the emacs
26 code. It seems imagemagick tries to unpack every page when loading
27 the bundle. This feature is not the primary usecase for the
28 imagemagick patch though.
29
30- zooming the image like what is done for fonts in face-remap.el would
31 be a useful and demo friendly addition.
32
33- figure out what to do with the experimental features noted below.
16 34
17* TODO 35* TODO
18#B _ complete documentation drafts below 36#B _ complete documentation drafts below
@@ -102,15 +120,17 @@ as TIFF or DJVM, to view.
102The image-metadata function can be used to retrieve the total number 120The image-metadata function can be used to retrieve the total number
103of images in an image bundle. This is simmilar to how GIF files work. 121of images in an image bundle. This is simmilar to how GIF files work.
104 122
123* experimental
124
105- :crop is used to specify a croping area: (width height x y). This 125- :crop is used to specify a croping area: (width height x y). This
106is similar to the slice image specification, but has a different 126is similar to the slice image specification, but has a different
107purpose. :crop removes the croped areas from memory, so its memory 127purpose. :crop removes the croped areas from memory, so its memory
108efficient if you only need to view a certain part of the image. The 128efficient if you only need to view a certain part of the image. The
109slice specification can be used to pick diferent parts of the same 129slice specification can be used to pick diferent parts of the same
110image, so its more disk and display efficient. 130image, so its more disk and display efficient. :crop works well, but
131it would still be better to find a way to have :splice do the same
132thing.
111 133
112
113* experimental
114- :geometry takes a geometry string as defined by ImageMagick: 134- :geometry takes a geometry string as defined by ImageMagick:
115 135
116scale% 136scale%