diff --git a/Perform-basic-lighting.md b/Perform-basic-lighting.md
index cd335ad..4821eb8 100644
--- a/Perform-basic-lighting.md
+++ b/Perform-basic-lighting.md
@@ -5,6 +5,7 @@ Especially on keyboards you might run into a lot of trouble mixing direct lighti
 > It's not that difficult or take that much extra work as you might think now!  
 
 Direct lighting of a key can be achieved by getting the LED you want to color through one of the indexers from the SDK. (The one connected to the device you want to control.)   
+   
 This code would set the color of the A-key on your keyboard to red and the color of the B-key to green. After that it would set the B1-LED (location depends on the device) to blue.  
 All other keys would keep the color they had before:
 ```C#
@@ -36,6 +37,7 @@ CueSDK.UpdateFrequency = 1f/60f;
 
 ### CorsairColor
 Inside of CUE.NET colors are represented as a own class called [CorsairColor](https://github.com/DarthAffe/CUE.NET/blob/master/Devices/Generic/CorsairColor.cs).   
+   
 This allows colors to be reference and processed in an advanced way. To keep things simple when working with CUE.NET any _CorsairColor_ is implicit convertible to and from System.Drawing.Color.
 > CorsairColors are unlike System.Draw.Colors reference-types. Keep that in mind when modifying a color that might be used multiple times!   
 You can copy any color by simply creating a new one and pass the old as a parameter to the constructor.
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