Revert "Add support for paths to svg.el"

This reverts commit d6bc55ae2dc98c83e58a28e380ce4bcf2ed00bb3.

Paperwork not ready for Felix Klee; will reapply once that's in place.

1 files changed, 0 insertions, 237 deletions

diff --git a/doc/lispref/display.texi b/doc/lispref/display.texi
index ecaf2e054e0..a38569f7263 100644
--- a/doc/lispref/display.texi
+++ b/doc/lispref/display.texi
@@ -5587,9 +5587,6 @@ The identified of the shape.
 @item :gradient
 If given, this should be the identifier of a previously defined
 gradient object.
-
-@item :clip-path
-Identifier of a clip path.
 @end table
 
 @defun svg-rectangle svg x y width height &rest args
@@ -5637,29 +5634,6 @@ that describe the outer circumference of the polygon.
 @end lisp
 @end defun
 
-@defun svg-path svg commands &rest args
-Add the outline of a shape to @var{svg} according to @var{commands},
-see @ref{SVG Path Commands}.
-
-Coordinates by default are absolute.  To use coordinates relative to
-the last position, or -- initially -- to the origin, set the attribute
-@var{:relative} to @code{t}.  This attribute can be specified for the
-function or for individual commands.  If specified for the function,
-then all commands use relative coordinates by default.  To make an
-individual command use absolute coordinates, set @var{:relative} to
-@code{nil}.
-
-@lisp
-(svg-path svg
-	  '((moveto ((100 . 100)))
-	    (lineto ((200 . 0) (0 . 200) (-200 . 0)))
-	    (lineto ((100 . 100)) :relative nil))
-	  :stroke-color "blue"
-	  :fill-color "lightblue"
-	  :relative t)
-@end lisp
-@end defun
-
 @defun svg-text svg text &rest args
 Add the specified @var{text} to @var{svg}.
 
@@ -5691,30 +5665,6 @@ string containing the image data as raw bytes.  @var{image-type} should be a
 @end lisp
 @end defun
 
-@defun svg-clip-path svg &rest args
-Add a clipping path to @var{svg}.  If applied to a shape via the
-@var{:clip-path} property, parts of that shape which lie outside of
-the clipping path are not drawn.
-
-@lisp
-(let ((clip-path (svg-clip-path svg :id "foo")))
-  (svg-circle clip-path 200 200 175))
-(svg-rectangle svg 50 50 300 300
-               :fill-color "red"
-               :clip-path "url(#foo)")
-@end lisp
-@end defun
-
-@defun svg-node svg tag &rest args
-Add the custom node @var{tag} to @var{svg}.
-
-@lisp
-(svg-node svg
-          'rect
-          :width 300 :height 200 :x 50 :y 100 :fill-color "green")
-@end lisp
-@end defun
-
 @defun svg-remove svg id
 Remove the element with identifier @code{id} from the @code{svg}.
 @end defun
@@ -5737,193 +5687,6 @@ circle:
 @end lisp
 
 
-@node SVG Path Commands
-@subsubsection SVG Path Commands
-
-@deffn Command moveto points
-Move the pen to the first point in @var{points}.  Additional points
-are connected with lines.  @var{points} is a list of X/Y coordinate
-pairs.  Subsequent @command{moveto} commands represent the start of a
-new @dfn{subpath}.
-
-@lisp
-(svg-path svg '((moveto ((200 . 100) (100 . 200) (0 . 100))))
-          :fill "white" :stroke "black")
-@end lisp
-@end deffn
-
-@deffn Command closepath
-End the current subpath by connecting it back to its initial point.  A
-line is drawn along the connection.
-
-@lisp
-(svg-path svg '((moveto ((200 . 100) (100 . 200) (0 . 100)))
-                (closepath)
-                (moveto ((75 . 125) (100 . 150) (125 . 125)))
-                (closepath))
-          :fill "red" :stroke "black")
-@end lisp
-@end deffn
-
-@deffn Command lineto points
-Draw a line from the current point to the first element in
-@var{points}, a list of X/Y position pairs.  If more than one point is
-specified, draw a polyline.
-@lisp
-(svg-path svg '((moveto ((200 . 100)))
-                (lineto ((100 . 200) (0 . 100))))
-          :fill "yellow" :stroke "red")
-@end lisp
-@end deffn
-
-@deffn Command horizontal-lineto x-coordinates
-Draw a horizontal line from the current point to the first element in
-@var{x-coordinates}.  Specifying multiple coordinates is possible,
-although usually this doesn’t make sense.
-
-@lisp
-(svg-path svg '((moveto ((100 . 200)))
-                (horizontal-lineto (300)))
-          :stroke "green")
-@end lisp
-@end deffn
-
-@deffn Command vertical-lineto y-coordinates
-Draw vertical lines.
-
-@lisp
-(svg-path svg '((moveto ((200 . 100)))
-                (vertical-lineto (300)))
-          :stroke "green")
-@end lisp
-@end deffn
-
-@deffn Command curveto coordinate-sets
-Using the first element in @var{coordinate-sets}, draw a cubic Bézier
-curve from the current point.  If there are multiple coordinate sets,
-draw a polybézier.  Each coordinate set is a list of the form
-@code{(@var{x1} @var{y1} @var{x2} @var{y2} @var{x} @var{y})}, where
-@w{(@var{x}, @var{y})} is the curve’s end point.  @w{(@var{x1},
-@var{y1})} and @w{(@var{x2}, @var{y2})} are control points at the
-beginning and at the end, respectively.
-
-@lisp
-(svg-path svg '((moveto ((100 . 100)))
-                (curveto ((200 100 100 200 200 200)
-                          (300 200 0 100 100 100))))
-          :fill "transparent" :stroke "red")
-@end lisp
-@end deffn
-
-@deffn Command smooth-curveto coordinate-sets
-Using the first element in @var{coordinate-sets}, draw a cubic Bézier
-curve from the current point.  If there are multiple coordinate sets,
-draw a polybézier.  Each coordinate set is a list of the form
-@code{(@var{x2} @var{y2} @var{x} @var{y})}, where @w{(@var{x},
-@var{y})} is the curve’s end point and @w{(@var{x2}, @var{y2})} is the
-corresponding control point.  The first control point is the
-reflection of the second control point of the previous command
-relative to the current point, if that command was @command{curveto}
-or @command{smooth-curveto}.  Otherwise the first control point
-coincides with the current point.
-
-@lisp
-(svg-path svg '((moveto ((100 . 100)))
-                (curveto ((200 100 100 200 200 200)))
-                (smooth-curveto ((0 100 100 100))))
-          :fill "transparent" :stroke "blue")
-@end lisp
-@end deffn
-
-@deffn Command quadratic-bezier-curveto coordinate-sets
-Using the first element in @var{coordinate-sets}, draw a quadratic
-Bézier curve from the current point.  If there are multiple coordinate
-sets, draw a polybézier.  Each coordinate set is a list of the form
-@code{(@var{x1} @var{y1} @var{x} @var{y})}, where @w{(@var{x},
-@var{y})} is the curve’s end point and @w{(@var{x1}, @var{y1})} is the
-control point.
-
-@lisp
-(svg-path svg '((moveto ((200 . 100)))
-                (quadratic-bezier-curveto ((300 100 300 200)))
-                (quadratic-bezier-curveto ((300 300 200 300)))
-                (quadratic-bezier-curveto ((100 300 100 200)))
-                (quadratic-bezier-curveto ((100 100 200 100))))
-          :fill "transparent" :stroke "pink")
-@end lisp
-@end deffn
-
-@deffn Command smooth-quadratic-bezier-curveto coordinate-sets
-Using the first element in @var{coordinate-sets}, draw a quadratic
-Bézier curve from the current point.  If there are multiple coordinate
-sets, draw a polybézier.  Each coordinate set is a list of the form
-@code{(@var{x} @var{y})}, where @w{(@var{x}, @var{y})} is the curve’s
-end point.  The control point is the reflection of the control point
-of the previous command relative to the current point, if that command
-was @command{quadratic-bezier-curveto} or
-@command{smooth-quadratic-bezier-curveto}.  Otherwise the control
-point coincides with the current point.
-
-@lisp
-(svg-path svg '((moveto ((200 . 100)))
-                (quadratic-bezier-curveto ((300 100 300 200)))
-                (smooth-quadratic-bezier-curveto ((200 300)))
-                (smooth-quadratic-bezier-curveto ((100 200)))
-                (smooth-quadratic-bezier-curveto ((200 100))))
-          :fill "transparent" :stroke "lightblue")
-@end lisp
-@end deffn
-
-@deffn Command elliptical-arc coordinate-sets
-Using the first element in @var{coordinate-sets}, draw an elliptical
-arc from the current point.  If there are multiple coordinate sets,
-draw a sequence of elliptical arcs.  Each coordinate set is a list of
-the form @code{(@var{rx} @var{ry} @var{x} @var{y})}, where
-@w{(@var{x}, @var{y})} is the end point of the ellipse, and
-@w{(@var{rx}, @var{ry})} are its radii.  Attributes may be appended to
-the list:
-
-@table @code
-@item :x-axis-rotation
-The angle in degrees by which the x-axis of the ellipse is rotated
-relative to the x-axis of the current coordinate system.
-
-@item :large-arc
-If set to @code{t}, draw an arc sweep greater than or equal to 180
-degrees.  Otherwise, draw an arc sweep smaller than or equal to 180
-degrees.
-
-@item :sweep
-If set to @code{t}, draw an arc in @dfn{positive angle direction}.
-Otherwise, draw it in @dfn{negative angle direction}.
-@end table
-
-@lisp
-(svg-path svg '((moveto ((200 . 250)))
-                (elliptical-arc ((75 75 200 350))))
-          :fill "transparent" :stroke "red")
-(svg-path svg '((moveto ((200 . 250)))
-                (elliptical-arc ((75 75 200 350 :large-arc t))))
-          :fill "transparent" :stroke "green")
-(svg-path svg '((moveto ((200 . 250)))
-                (elliptical-arc ((75 75 200 350 :sweep t))))
-          :fill "transparent" :stroke "blue")
-(svg-path svg '((moveto ((200 . 250)))
-                (elliptical-arc ((75 75 200 350 :large-arc t
-                                     :sweep t))))
-          :fill "transparent" :stroke "gray")
-(svg-path svg '((moveto ((160 . 100)))
-                (elliptical-arc ((40 100 80 0)))
-                (elliptical-arc ((40 100 -40 -70
-                                     :x-axis-rotation -120)))
-                (elliptical-arc ((40 100 -40 70
-                                     :x-axis-rotation -240))))
-          :stroke "pink" :fill "lightblue"
-          :relative t)
-@end lisp
-@end deffn
-
-
 @node Other Image Types
 @subsection Other Image Types
 @cindex PBM