Other: Add UI screenshot to README.

Author: deanthecoder

DTC.Core

@@ -1,17 +1,19 @@
 [![Twitter URL](https://img.shields.io/twitter/url/https/twitter.com/deanthecoder.svg?style=social&label=Follow%20%40deanthecoder)](https://twitter.com/deanthecoder)
 # CodeIngest
-**CodeIngest** is a cross-platform C# CLI tool that recursively scans a directory of source files, filters out noise (comments, using statements, namespaces), and generates a flattened source dump designed for GPT code review or large-scale source inspection.
+**CodeIngest** is a cross-platform C# tool that recursively scans a directory of source files, filters out noise (comments, using statements, namespaces), and generates a flattened source dump designed for GPT code review or large-scale source inspection.
+![CodeIngest Screenshot](img/app.png)
 
 ## Features
 - Cross-platform (.NET)
+- Command-line and UI variants.
 - Strips comments, `using` directives, and `namespace` blocks
 - Outputs a single readable output file with the following features:
-  - File headers
-  - Line numbers
-  - Cleaned source code
+ -File headers
+ -Line numbers
+ -Cleaned source code
 - Skips generated and irrelevant files (e.g. `.designer.cs`, `bin`, `obj`, `.resx`, etc.)
 
-## Usage
+## Command Line Usage
 ```
 CodeIngest <directory> [<directory> ...] [*.ext1;*.ext2] <output.code>
 ```
@@ -25,61 +27,61 @@ CodeIngest *.cs;*.cpp SourceDump.code
 
 ## Example Output
 ```csharp
-// CodeIngest Source Dump - A CLI tool that merges and processes code files for GPT reviews.
+// CodeIngest Source Dump-A CLI tool that merges and processes code files for GPT reviews.
 // Notes: Some code content may have been removed.
 // File: GameState.cs
-20|public class GameState : IAiGameState
+20|public class GameState:IAiGameState
 21|{
 22|private readonly Vector2[] m_bats;
 23|private readonly Vector2 m_ballPosition;
 24|private readonly Vector2 m_ballVelocity;
 25|private readonly int m_arenaWidth;
 26|private readonly int m_arenaHeight;
-28|public GameState(Vector2[] bats, Vector2 ballPosition, Vector2 ballVelocity, int arenaWidth, int arenaHeight)
+28|public GameState(Vector2[] bats,Vector2 ballPosition,Vector2 ballVelocity,int arenaWidth,int arenaHeight)
 29|{
-30|m_bats = bats;
-31|m_ballPosition = ballPosition;
-32|m_ballVelocity = ballVelocity;
-33|m_arenaWidth = arenaWidth;
-34|m_arenaHeight = arenaHeight;
+30|m_bats=bats;
+31|m_ballPosition=ballPosition;
+32|m_ballVelocity=ballVelocity;
+33|m_arenaWidth=arenaWidth;
+34|m_arenaHeight=arenaHeight;
 35|}
 37|public double[] ToInputVector()
 38|{
-39|var inputVector = new double[Brain.BrainInputCount];
-42|inputVector[0] = m_bats[0].Y / m_arenaHeight * 2.0f - 1.0f;
-43|inputVector[1] = m_bats[1].Y / m_arenaHeight * 2.0f - 1.0f;
-45|inputVector[2] = (m_bats[0].Y - m_ballPosition.Y) / m_arenaHeight * 2.0f;
-46|inputVector[3] = (m_bats[1].Y - m_ballPosition.Y) / m_arenaHeight * 2.0f;
-49|inputVector[4] = m_ballPosition.X / m_arenaWidth * 2.0f - 1.0f;
-50|inputVector[5] = m_ballPosition.Y / m_arenaHeight * 2.0f - 1.0f;
-51|inputVector[6] = m_ballVelocity.X.Clamp(-1.0f, 1.0f);
-52|inputVector[7] = m_ballVelocity.Y.Clamp(-1.0f, 1.0f);
+39|var inputVector=new double[Brain.BrainInputCount];
+42|inputVector[0]=m_bats[0].Y/m_arenaHeight*2.0f-1.0f;
+43|inputVector[1]=m_bats[1].Y/m_arenaHeight*2.0f-1.0f;
+45|inputVector[2]=(m_bats[0].Y-m_ballPosition.Y)/m_arenaHeight*2.0f;
+46|inputVector[3]=(m_bats[1].Y-m_ballPosition.Y)/m_arenaHeight*2.0f;
+49|inputVector[4]=m_ballPosition.X/m_arenaWidth*2.0f-1.0f;
+50|inputVector[5]=m_ballPosition.Y/m_arenaHeight*2.0f-1.0f;
+51|inputVector[6]=m_ballVelocity.X.Clamp(-1.0f,1.0f);
+52|inputVector[7]=m_ballVelocity.Y.Clamp(-1.0f,1.0f);
 54|return inputVector;
 55|}
 56|}
 // File: Brain.cs
-18|public class Brain : AiBrainBase
+18|public class Brain:AiBrainBase
 19|{
-20|public const int BrainInputCount = 8;
-22|public Brain() : base(BrainInputCount, [16], 4)
+20|public const int BrainInputCount=8;
+22|public Brain():base(BrainInputCount,[16],4)
 23|{
 24|}
-26|private Brain(Brain brain) : base(brain)
+26|private Brain(Brain brain):base(brain)
 27|{
 28|}
-29|public (Direction LeftBat, Direction RightBat) ChooseMoves(IAiGameState state)
+29|public (Direction LeftBat,Direction RightBat) ChooseMoves(IAiGameState state)
 30|{
-31|var outputs = GetOutputs(state);
-33|var leftBatDirection = Direction.Left;
-34|var diff = outputs[0] - outputs[1];
-35|if (Math.Abs(diff) > 0.2)
-36|leftBatDirection = diff > 0 ? Direction.Up : Direction.Down;
-38|var rightBatDirection = Direction.Left;
-39|diff = outputs[2] - outputs[3];
-40|if (Math.Abs(diff) > 0.2)
-41|rightBatDirection = diff > 0 ? Direction.Up : Direction.Down;
-43|return (leftBatDirection, rightBatDirection);
+31|var outputs=GetOutputs(state);
+33|var leftBatDirection=Direction.Left;
+34|var diff=outputs[0]-outputs[1];
+35|if (Math.Abs(diff)>0.2)
+36|leftBatDirection=diff>0?Direction.Up:Direction.Down;
+38|var rightBatDirection=Direction.Left;
+39|diff=outputs[2]-outputs[3];
+40|if (Math.Abs(diff)>0.2)
+41|rightBatDirection=diff>0?Direction.Up:Direction.Down;
+43|return (leftBatDirection,rightBatDirection);
 44|}
-46|public override AiBrainBase Clone() => new Brain(this);
+46|public override AiBrainBase Clone()=>new Brain(this);
 47|}
 ```