How-to-run-things-at-Maloja/Useful-stuff:-grum.py,-spreadsheet,-links,-etc..md

@@ -33,7 +33,8 @@ and then:
 
 Example:
 
-```In [48]: from slic.core.sensor import PVSensor
+```
+In [48]: from slic.core.sensor import PVSensor
     ...: from slic.core.sensor.conbini import Conbini
     ...: 
     ...: s1 = PVSensor("MTEST:COUNTER1", name="sin")
@@ -46,6 +47,7 @@ Example:
     ...: 
     ...: s1.get_current_value(), s2.get_current_value(), c.get_current_value()
 Out[48]: (-0.6099393315992064, -0.7924481129817355, 1.0)
+
 ```
 
 5. To define some functions to be easily called for grum.py we have a script **sensors4grum.py** in ```~/git/maloja/sensors``` (some examples already defined there). Then in the terminal you load the file:
@@ -60,7 +62,7 @@ Notes of Linux for dummies:
 - ```s1.get()``` or ```s1.get_current_value()``` would give you the current value
 - You can define simple functions to tbe applied to simple sensors doing: ```s1.aggregation=np.max```
 - To start and stop a continuous acquisition ```s1.start()``` adn ```s1.stop()```
-m=Monitor("mon", s1, 2, scan.remote_plot, silent=True)- 
+- from
 m=Monitor("mon", s1, 2, scan.remote_plot, silent=True)