RSXS.md

@@ -223,24 +223,23 @@ roi=4;  MPA_ROI_SetUp(535,539,400,400,roi)  #set up ROI4 = 400x400 at the center
 For detailed instructions see [manual here](https://git.aps.anl.gov/rodolakis/Macros_29id/-/wikis/RSXS/vortex).
 
 ## Data Analysis
-
-### data loading
 Import iexplot module:  
 ```python
-    from iexplot import *
+from iexplot import *
 ```
 
-Load data:  
+### data loading
 ```python
-    data = IEX_nData(scan_num_start, scan_num_stop/inf, path=path, prefix=prefix)
+data = IEX_nData(scan_num_start, scan_num_stop/inf, path=path, prefix=prefix)
 ```
 
 ### raw data
+```python
     x = data.mda[scan_num].posx[0].data
     y = data.mda[scan_num].det[det_num].data
+```
 
 ### basic mda plots:
-
 ```python
 # n1,n2,n3 is a scan number
 # d1,d2,d3 is a detector number  - see table below
@@ -256,7 +255,6 @@ fit_mda(n, d, function)   # 'gauss', 'lorz', 'erf', 'box', 'poly'
 ```
 
 Custom functions for scattering:
-
 ```python
 plot_latest()   # plot last scan with currently selected detector; use norm=31 to normalize with I0 
 fit_z()         # erf fit for last scan on d3 
@@ -266,7 +264,6 @@ fit_centroid(n)        # to calculate avg centroid position during scan n
 ```
 
 #### nData
-
 ```python
 from Macros_29id.IEX_nData import *
 
@@ -293,7 +290,6 @@ plt.show()
 ```
 
 #### mdaFile
-
 ```python
 mydata=mdaFile(1,3)   # loads mda scans 1 to 3
 mydata.update(4)      # loads another scan