Update README.md

Author: ReferenceType

README.md

@@ -7,25 +7,25 @@ Cisco's OpenH264 C++/CLI wrapper in C# with optimised image format conversions.
 
 ### Setup
 ``` c#
-            decoder = new H264Sharp.Decoder();
-
-            encoder = new H264Sharp.Encoder();
-            encoder.Initialize(w, h, bps: 200_000_000, fps: 30, H264Sharp.Encoder.ConfigType.CameraBasic);
+  decoder = new H264Sharp.Decoder();
+  
+  encoder = new H264Sharp.Encoder();
+  encoder.Initialize(w, h, bps: 200_000_000, fps: 30, H264Sharp.Encoder.ConfigType.CameraBasic);
 ```
 - Empty Constructor will look for 32 or 64 bit openh264 dll automatically on executable directory(i.e. Debug/Release folder of your project).
 - You can setup with a different dll name, constructor is overloaded.
 
 ### Encode 
 ```C#
-        if(encoder.Encode(bitmap, out EncodedFrame[] frames))
-        {
-            foreach (var frame in frames)
-            {
-                //byte[] b = frame.ToByteArray();
-                //frame.CopyTo(buffer, 0);
-                Decode(frame.Data, frame.Length, frame.Type);
-            }
-        }
+  if(encoder.Encode(bitmap, out EncodedFrame[] frames))
+  {
+      foreach (var frame in frames)
+      {
+          //byte[] b = frame.ToByteArray();
+          //frame.CopyTo(buffer, 0);
+          Decode(frame.Data, frame.Length, frame.Type);
+      }
+  }
 ```
 - You can encode rgb/rgba/bgr/bgra/yuv_i420 on as raw data format or System.Drawing.Bitmaps.
 - You have to determine startIndex, width height and stride values for your raw data images.
@@ -34,16 +34,16 @@ Cisco's OpenH264 C++/CLI wrapper in C# with optimised image format conversions.
 
 ### Decode
 ```C#
-        void Decode(IntPtr data, int length, FrameType type)
-        {
-            //if (decoder.Decode(data, length, noDelay:true, out DecodingState statusCode, out RgbImage rgb)) 
-            //if (decoder.Decode(data, length, noDelay:true, out DecodingState statusCode, out Yuv420p yuv420)) 
-            if (decoder.Decode(data, length, noDelay:true, out DecodingState statusCode, out Bitmap bmp)) 
-            {
-                // Do stuff..
-                // bmp.Save("t.bmp");
-            }
-        }
+  void Decode(IntPtr data, int length, FrameType type)
+  {
+      //if (decoder.Decode(data, length, noDelay:true, out DecodingState statusCode, out RgbImage rgb)) 
+      //if (decoder.Decode(data, length, noDelay:true, out DecodingState statusCode, out Yuv420p yuv420)) 
+      if (decoder.Decode(data, length, noDelay:true, out DecodingState statusCode, out Bitmap bmp)) 
+      {
+          // Do stuff..
+          // bmp.Save("t.bmp");
+      }
+  }
 ```
 - You can decode with pointers or managed byte array as input.
 - You can decode into System.Drawing.Bitmaps or raw data format images (they are compatible with OpenCV Mats).