fixed some buggs

Author: Menno Prinzhorn

README.md

@@ -50,9 +50,9 @@ Creating a free and open source framework that contains the generic algorithms a
     4. [Filter individual channels](docs/clipping.md#64-filter-individual-channels)
 7. [Dedispersion](docs/dedispersion.md)
     1. [Dedisperse](docs/dedispersion.md#72-Dedisperse)
-    2. [find_dm](docs/dedispersion.md#73-find_dm)
-    3. [find_line](docs/dedispersion.md#74-find_line)
-    4. [find_estimation_intensity](docs/dedispersion.md#75-find_estimation_intensity)
+    2. [Find dispersion measure](docs/dedispersion.md#73-find_dm)
+    3. [Find line](docs/dedispersion.md#74-find_line)
+    4. [Find estimation intensity](docs/dedispersion.md#75-find_estimation_intensity)
 8. [Pipeline](docs/pipeline.md)
     1. [Introduction](docs/pipeline.md#71-introduction)
     2. [Read rows](docs/pipeline.md#72-read-rows)

docs/dedispersion.md

@@ -4,24 +4,24 @@
 
 - Pulsars produce a narrow beam of electromagnetic
 radiation which rotates like a lighthouse beam, so
-a pulse is seen as it sweeps over a radiotelescope
+a pulse is seen as it sweeps over a radiotelescope.
 The signal is spread over a wide frequency range.
 
 - If space was an empty vacuum, all the signals would
 travel at the same speed, but due to free electrons
 different frequencies travel at slightly different speeds
-(dispersion)
+(dispersion).
 
 ## 7.2 Dedisperse
 
-This method performs dedispersion on the filterbank data
+This method performs dedispersion on the filterbank data.
 
 ### 7.2.1 Parameters
 
 | Parameters | Description |
 |---|---|
-| Samples | 1-D array or sequence. Array or sequence containing the data to be plotted. |
-| DM | Dispersion measure (cm<sup>^3</sup> pc) |
+| Samples | Array or sequence containing the data to be plotted. |
+| DM | Dispersion measure (cm<sup>-3</sup> pc) |
 
 ### 7.2.2 Returns
 
@@ -31,7 +31,7 @@ This method performs dedispersion on the filterbank data
 
 ## 7.3 find_dm
 
-This method finds the dispersion measure
+This method finds the dispersion measure.
 
 ### 7.3.1 Parameters
 
@@ -47,34 +47,34 @@ This method finds the dispersion measure
 
 ## 7.4 find_line
 
-This method finds a line starting from the sample index given in the parameters. This will stop if there isn't a intensity within the max_delay higher than the average_intensity
+This method finds a line starting from the sample index given in the parameters. This will stop if there isn't a intensity within the max_delay higher than the average_intensity.
 
 ### 7.4.1 Parameters
 
 | Parameters | Description |
 |---|---|
 | Samples | 1-D array or sequence. Array or sequence containing the data to be plotted. |
 | start_sample_index | The start sample index |
-| max_delay | The max delay |
-| average_intensity | The avarge intensity |
+| max_delay | The max delay of the recieved signal |
+| average_intensity | The average intensity |
 
 ### 7.4.2 Returns
 
 | Variable | Description |
 |---|---|
-| start_sample_index | The first frequentie |
-| previous_sample_index | the higher frequentie |
+| start_sample_index | The first frequency |
+| previous_sample_index | The higher frequency |
 
-### 7.5 find_estimation_intensity
+## 7.5 find_estimation_intensity
 
-This method finds the average intensity for top x intensities
-The average_intensity is considered a requirement for intensities to be considered a pulsar 
+This method finds the average intensity for top x intensities.
+The `average_intensity` is considered a requirement for intensities to be considered a pulsar.
 
 ### 7.5.1 Parameters
 
 | Parameters | Description |
 |---|---|
-| Samples | 1-D array or sequence. Array or sequence containing the data to be plotted. |
+| Samples | Array or sequence containing the data to be plotted. |
 
 ### 7.5.2 Returns