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-rw-r--r--Master/texmf-dist/tex/generic/pgf/graphdrawing/lua/pgf/gd/control/FineTune.lua76
1 files changed, 38 insertions, 38 deletions
diff --git a/Master/texmf-dist/tex/generic/pgf/graphdrawing/lua/pgf/gd/control/FineTune.lua b/Master/texmf-dist/tex/generic/pgf/graphdrawing/lua/pgf/gd/control/FineTune.lua
index 87d67b5b56f..be1666b255b 100644
--- a/Master/texmf-dist/tex/generic/pgf/graphdrawing/lua/pgf/gd/control/FineTune.lua
+++ b/Master/texmf-dist/tex/generic/pgf/graphdrawing/lua/pgf/gd/control/FineTune.lua
@@ -28,20 +28,20 @@ declare {
type = "canvas coordinate",
summary = [["
- This option allows you to slightly ``nudge'' (move) nodes after
- they have been positioned by the given offset. The idea is that
- this nudging is done after the position of the node has been
- computed, so nudging has no influence on the actual graph
- drawing algorithms. This, in turn, means that you can use
- nudging to ``correct'' or ``optimize'' the positioning of nodes
- after the algorithm has computed something.
+ This option allows you to slightly ``nudge'' (move) nodes after
+ they have been positioned by the given offset. The idea is that
+ this nudging is done after the position of the node has been
+ computed, so nudging has no influence on the actual graph
+ drawing algorithms. This, in turn, means that you can use
+ nudging to ``correct'' or ``optimize'' the positioning of nodes
+ after the algorithm has computed something.
"]],
examples = [["
- \tikz \graph [edges=rounded corners, nodes=draw,
- layered layout, sibling distance=0] {
- a -- {b, c, d[nudge=(up:2mm)]} -- e -- a;
- };
+ \tikz \graph [edges=rounded corners, nodes=draw,
+ layered layout, sibling distance=0] {
+ a -- {b, c, d[nudge=(up:2mm)]} -- e -- a;
+ };
"]]
}
@@ -58,10 +58,10 @@ declare {
summary = "A shorthand for nudging a node upwards.",
examples = [["
- \tikz \graph [edges=rounded corners, nodes=draw,
- layered layout, sibling distance=0] {
- a -- {b, c, d[nudge up=2mm]} -- e -- a;
- };
+ \tikz \graph [edges=rounded corners, nodes=draw,
+ layered layout, sibling distance=0] {
+ a -- {b, c, d[nudge up=2mm]} -- e -- a;
+ };
"]]
}
@@ -91,10 +91,10 @@ declare {
summary = "Like |nudge up|, but left.",
examples = [["
- \tikz \graph [edges=rounded corners, nodes=draw,
- layered layout, sibling distance=0] {
- a -- {b, c, d[nudge left=2mm]} -- e -- a;
- };
+ \tikz \graph [edges=rounded corners, nodes=draw,
+ layered layout, sibling distance=0] {
+ a -- {b, c, d[nudge left=2mm]} -- e -- a;
+ };
"]]
}
@@ -118,18 +118,18 @@ declare {
type = "canvas coordinate",
summary = [["
- Using this option you can provide a position for a node to wish
- it will be forced after the graph algorithms have run. So, the node
- is positioned normally and the graph drawing algorithm does not know
- about the position specified using |regardless at|. However,
- afterwards, the node is placed there, regardless of what the
- algorithm has computed (all other nodes are unaffected).
+ Using this option you can provide a position for a node to wish
+ it will be forced after the graph algorithms have run. So, the node
+ is positioned normally and the graph drawing algorithm does not know
+ about the position specified using |regardless at|. However,
+ afterwards, the node is placed there, regardless of what the
+ algorithm has computed (all other nodes are unaffected).
"]],
examples = [["
- \tikz \graph [edges=rounded corners, nodes=draw,
- layered layout, sibling distance=0] {
- a -- {b,c,d[regardless at={(1,0)}]} -- e -- a;
- };
+ \tikz \graph [edges=rounded corners, nodes=draw,
+ layered layout, sibling distance=0] {
+ a -- {b,c,d[regardless at={(1,0)}]} -- e -- a;
+ };
"]]
}
@@ -148,17 +148,17 @@ declare {
},
summary = [["
- This option combines |desired at| and |regardless at|. Thus, the
- algorithm is ``told'' about the desired position. If it fails to place
- the node at the desired position, it will be put there
- regardless. The name of the key is intended to remind one of a node
- being ``nailed'' to the canvas.
+ This option combines |desired at| and |regardless at|. Thus, the
+ algorithm is ``told'' about the desired position. If it fails to place
+ the node at the desired position, it will be put there
+ regardless. The name of the key is intended to remind one of a node
+ being ``nailed'' to the canvas.
"]],
examples = [["
- \tikz \graph [edges=rounded corners, nodes=draw,
- layered layout, sibling distance=0] {
- a -- {b,c,d[nail at={(1,0)}]} -- e[nail at={(1.5,-1)}] -- a;
- };
+ \tikz \graph [edges=rounded corners, nodes=draw,
+ layered layout, sibling distance=0] {
+ a -- {b,c,d[nail at={(1,0)}]} -- e[nail at={(1.5,-1)}] -- a;
+ };
"]]
}