独立公式

7equation = formula(source=r"\int_0^1 x^2\,dx=\frac{1}{3}",8                   font_size=22 pt, style=display)9page.add(equation, anchor=center, target=page.center)

equation = formula(source=r"\int_0^1 x^2\,dx=\frac{1}{3}",
                   font_size=22 pt, style=display)
page.add(equation, anchor=center, target=page.center)

1# Gallery: typography / display-formula2page = canvas(name="Display formula", size=(120 mm, 80 mm), background="#f7f9fc")3font = "DejaVu Sans"4heading = text(content="Display formula", font_family=font, font_size=14 pt, color="#203864")5page.add(heading, target=page.top_left, offset=(7 mm, 5 mm))6# BEGIN DEMO7equation = formula(source=r"\int_0^1 x^2\,dx=\frac{1}{3}",8                   font_size=22 pt, style=display)9page.add(equation, anchor=center, target=page.center)10# END DEMO

# Gallery: typography / display-formula
page = canvas(name="Display formula", size=(120 mm, 80 mm), background="#f7f9fc")
font = "DejaVu Sans"
heading = text(content="Display formula", font_family=font, font_size=14 pt, color="#203864")
page.add(heading, target=page.top_left, offset=(7 mm, 5 mm))
# BEGIN DEMO
equation = formula(source=r"\int_0^1 x^2\,dx=\frac{1}{3}",
                   font_size=22 pt, style=display)
page.add(equation, anchor=center, target=page.center)
# END DEMO

依赖文件

examples/gallery/typography/display-formula.lay

复现

1laymesh validate examples/gallery/typography/display-formula.lay2laymesh render examples/gallery/typography/display-formula.lay -o figure.svg3laymesh render examples/gallery/typography/display-formula.lay -o figure.pdf4laymesh render examples/gallery/typography/display-formula.lay -o figure.png --dpi 300

laymesh validate examples/gallery/typography/display-formula.lay
laymesh render examples/gallery/typography/display-formula.lay -o figure.svg
laymesh render examples/gallery/typography/display-formula.lay -o figure.pdf
laymesh render examples/gallery/typography/display-formula.lay -o figure.png --dpi 300