2 import sys
; sys
.path
[:0] = ["../.."]
8 text
.set(mode
="latex", dvidebug
=1)
10 c
.stroke(path
.line(-1, 0, 6, 0))
12 c
.stroke(path
.line(6, 5, 6.99, 5), canvas
.linewidth
.THIN
)
13 c
.stroke(path
.line(6, 6, 6.99, 6), canvas
.linewidth
.THIN
)
14 c
.stroke(path
.line(8.01, 5, 9, 5), canvas
.linewidth
.THIN
)
15 c
.stroke(path
.line(8.01, 6, 9, 6), canvas
.linewidth
.THIN
)
16 c
.stroke(path
.line(7, 4, 7, 4.99), canvas
.linewidth
.THIN
)
17 c
.stroke(path
.line(8, 4, 8, 4.99), canvas
.linewidth
.THIN
)
18 c
.stroke(path
.line(7, 6.01, 7, 7), canvas
.linewidth
.THIN
)
19 c
.stroke(path
.line(8, 6.01, 8, 7), canvas
.linewidth
.THIN
)
20 c
.text(7, 5, "\\vrule width1truecm height1truecm")
22 c
.text(6.2, 0, "0", text
.valign
.centerline())
23 c
.text(-1.2, 0, "abc", text
.valign
.centerline(), text
.halign
.right
)
25 t1
= text
.text(0, 0, "a b c d e f g h i j k l m n o p q r s t u v w x y z", text
.valign
.bottomline("2 cm"))
29 t2
= c
.insert(text
.text(3, 0, "a b c d e f g h i j k l m n o p q r s t u v w x y z", text
.valign
.topline("2 cm")))
32 c
.text(0, 3, r
"\int\limits_{-\infty}^\infty \!{\rm d}x\, e^{-a x^2} = \sqrt{\pi\over a}", text
.mathmode
)
33 c
.text(0, 6, r
"\int\limits_{-\infty}^\infty \!{\rm d}x\, e^{-a x^2} = \sqrt{\pi\over a}", text
.mathmode
, text
.size
.LARGE
)
34 # c.text(0, 6, r"\int\limits_{-\infty}^\infty \!{\rm d}x\, e^{-a x^2} = \sqrt{\pi\over a}", text.size.LARGE, text.mathmode)
36 c
.stroke(c
.text(1, 2, r
"Hello, world!").path())
37 c
.stroke(c
.text(1, 2, r
"Hello, world!", trafo
.slant(1)).path())
39 c
.writetofile("test_text", paperformat
="a4")