def test_markers(benchmark, axes, sample_vectors, canvas_cls, threshold,
marker, marker_threads, cairo_circles):
mplcairo.set_options(marker_threads=marker_threads,
cairo_circles=cairo_circles)
with mpl.rc_context({"path.simplify_threshold": threshold}):
axes.plot(*sample_vectors, linestyle="none", marker=marker)
despine(axes)
axes.figure.canvas = canvas_cls(axes.figure)
benchmark(axes.figure.canvas.draw)
mplcairo.set_options(marker_threads=0, cairo_circles=False)
def test_scatter_multisize(benchmark, axes, sample_vectors, canvas_cls,
threshold, marker, marker_threads, cairo_circles):
mplcairo.set_options(marker_threads=marker_threads,
cairo_circles=cairo_circles)
with mpl.rc_context({"path.simplify_threshold": threshold}):
a, b = sample_vectors
axes.scatter(a, a, s=100 * b**2, marker=marker)
despine(axes)
axes.figure.canvas = canvas_cls(axes.figure)
benchmark(axes.figure.canvas.draw)
mplcairo.set_options(marker_threads=0, cairo_circles=False)
def axes():
mpl.rcdefaults()
mplcairo.set_options(cairo_circles=True, raqm=False)
return Figure().subplots()