and, if so, how to do it. It does not say whether parts are
@emph{actually} displayed inline.
-@item mm-inlines-types
+@item mm-inlined-types
This, on the other hand, says what types are to be displayed inline, if
they satisfy the conditions set by the variable above. It's a list of
@sc{mime} media types.
@item mm-automatic-display
This is a list of types that are to be displayed ``automatically'', but
-only if the above variable allows it. That is, only inlinable parts are
-usually displayed automatically, but in the end, this is up to the
-display agent that's using the @sc{mime} library.
+only if the above variable allows it. That is, only inlinable parts can
+be displayed automatically.
@item mm-attachment-override-types
Some @sc{mime} agents create parts that have a content-disposition of
@samp{attachment}. This variable allows overriding that disposition and
-displaying the part inline.
+displaying the part inline. (Note that the disposition is only
+overridden if we are able to, and want to, display the part inline.)
@item mm-discouraged-alternatives
List of @sc{mime} types that are discouraged when viewing
("text/html" "text/richtext")
@end lisp
-@item mm-all-images-fit
-If non-@code{nil}, all images will be deemed to fit into the buffer,
-even when they don't.
+@item mm-inline-large-images-p
+When displaying inline images that are larger than the window, XEmacs
+does not enable scrolling, which means that you cannot see the whole
+image. To prevent this, the library tries to determine the image size
+before displaying it inline, and if it doesn't fit the window, the
+library will display it externally (e.g. with @samp{ImageMagick} or
+@samp{xv}). Setting this variable to @code{t} disables this check and
+makes the library display all inline images as inline, regardless of
+their size.
+
@end table