def Text(s,
fontSize=20,
coords=(0, 0),
offset=(0, 0),
direction=(1, 0),
color=wl.White):
s = str(s)
if (direction == (1, 0) or direction
== ROTATE_90) and offset == (0, 0) and coords == (0, 0):
# not specifying these makes Text function differently and actually work in some contexts, unfortunately
t = wl.Style(
wl.Text(s),
color,
FontSize(fontSize),
)
else:
t = wl.Style(wl.Text(
s,
coords,
offset,
direction,
), color, FontSize(fontSize))
if direction == ROTATE_90:
t = Rotate(
Rasterize(
t,
Background(),
RasterSize(200),
# ImageSize()
),
wlexpr('90 Degree'))
return t
def serialize_traceback(exc_type, exc_value, tb, **opts):
return wl.OpenerView([
wl.Row([
safe_force_text(exc_type.__name__), " ",
safe_force_text(exc_value)
]),
wl.Style(
wl.Column(_serialize_traceback(exc_type, exc_value, tb, **opts)),
FontFamily="Courier")
], True)
def _serialize_frames(filename,
function,
pre_context,
post_context,
context_line,
variables,
lineno,
pre_context_lineno,
is_opened=False,
**opts):
if filename:
description = wl.Row([
wl.Button(
wl.Style(filename,
wl.RGBColor(0.25, 0.48, 1),
wl.Small,
FontFamily="Courier"),
wl.If(wl.FileExistsQ(filename), wl.SystemOpen(filename)),
Appearance="Frameless",
),
" in ",
function,
])
else:
description = function
yield wl.OpenerView(
[
description,
wl.Column(
iterate(
(wl.Column(
iterate(
(_paginate(pre_context_lineno + i, l)
for i, l in enumerate(pre_context)),
[
wl.Item(
_paginate(lineno, context_line),
Background=wl.LightYellow,
)
],
(_paginate(lineno + i + 1, l)
for i, l in enumerate(post_context)),
),
Background=[[wl.GrayLevel(0.95),
wl.GrayLevel(1)]],
Frame=wl.LightGray,
), ),
_serialize_variables(variables),
)),
],
is_opened,
)
def scatter(fd):
color_y = []
cols = []
for xx, yy, col in zip(fd.x, fd.y, fd.item_colors):
cc = wl.RGBColor(col)
cols.append(cc)
color_y.append(
wl.Labeled(
[xx, yy],
wl.Style(
fd.scatter_shape if fd.scatter_shape is not None else ".",
cc, 40), wl.Center))
return wl.ListPlot(color_y, makefigslib.defaultPlotOptions(fd))
return weval('''
If[fd[["item_type"]]=="scatter",(
If[Not2isNull[DS] && Length@x > DS, (
ds = Floor[Length@x / DS];
x = Downsample[x, ds];
y = Downsample[y, ds];
)];
ListPlot[
(
log["here1: " <> ToString@Dimensions@x <> "|" <> ToString@Dimensions@y <> "|" <> ToString@Dimensions@fd[["item_colors"]] <> "|" <> ToString@Dimensions@fd[["scatter_texts"]]];
log["here2: " <> ToString@x];
dat =
If[Length@fd[["item_colors"]] > 0,
MapThread[Style[{#1,#2},RGBColor[#3]]&,{x, y,fd[["item_colors"]]}]
,MapThread[{#1, #2} &, {x, y}]];
(* log["here2:" <> ToString@fd];*)
If[Length@fd[["scatter_texts"]]>0,(
log["here3"];
dat = If[Length@fd[["item_colors"]] > 0,
MapThread[Style[Callout[#1,#2,Right,LabelStyle->RGBColor[#3]],RGBColor[#3]]&,{dat,fd[["scatter_texts"]],fd[["item_colors"]]}],
MapThread[Callout[#1,#2,Right]&,{dat,fd[["scatter_texts"]]}]
];
)];
log["here4"];
dat
),
defaultPlotOptions[fd],
FrameLabel -> {fd[["x_label"]], fd[["y_label"]]}
]
)
''')
def Style(*args):
return wl.Style(*args)