

{line-numbers=off}
~~~~~~~~
from pylab import *
x = linspace(0, 2*pi, 1000)
~~~~~~~~



Here is some lovely inline code  for a test 3.



{line-numbers=off}
~~~~~~~~
plot(x, sin(x))
~~~~~~~~

![](figures/processor_test_figure2_1.png)



![Sinc function](figures/processor_test_figure3_1.png)



{line-numbers=off}
~~~~~~~~
print("Hello")
~~~~~~~~

{line-numbers=off}
~~~~~~~~
Hello

~~~~~~~~




{line-numbers=off}
~~~~~~~~
print("pweave " * 20)
~~~~~~~~

{line-numbers=off}
~~~~~~~~
pweave pweave pweave pweave pweave pweave pweave pweave pweave pweave
pweave pweave pweave pweave pweave pweave pweave pweave pweave pweave

~~~~~~~~


Some text in between


{line-numbers=off}
~~~~~~~~
print("pweave " * 20)
~~~~~~~~

{line-numbers=off}
~~~~~~~~
pweave pweave pweave pweave pweave pweave pweave pweave pweave pweave pweave pweave pweave pweave pweave pweave pweave pweave pweave pweave 
~~~~~~~~




{line-numbers=off}
~~~~~~~~
plot(x)
~~~~~~~~




{line-numbers=off}
~~~~~~~~
plot(x)
~~~~~~~~

![](figures/processor_test_figure8_1.png)



{line-numbers=off}
~~~~~~~~
print("**Bold stuff**")
~~~~~~~~

**Bold stuff**




{line-numbers=off}
~~~~~~~~
>>> for i in range(10):
...   print(i)
...
0
1
2
3
4
5
6
7
8
9

~~~~~~~~




{line-numbers=off}
~~~~~~~~
echo hello
~~~~~~~~

{line-numbers=off}
~~~~~~~~
hello


~~~~~~~~


