diff --git a/BeefProj.toml b/BeefProj.toml
index 90cd527..ee19c67 100644
--- a/BeefProj.toml
+++ b/BeefProj.toml
@@ -1,8 +1,7 @@
 FileVersion = 1
-Dependencies = {corlib = "*", SDL2 = "*"}
+Dependencies = {corlib = "*", SDL2 = "*", MiniZ = "*"}
 
 [Project]
 Name = "Strawberry"
 TargetType = "BeefLib"
 StartupObject = "Program"
-DefaultNamespace = "Strawberry"
diff --git a/src/Core/Game.bf b/src/Core/Game.bf
index 6ae8032..0a52018 100644
--- a/src/Core/Game.bf
+++ b/src/Core/Game.bf
@@ -15,6 +15,7 @@ namespace Strawberry
 
 	public class Game
 	{
+		public readonly Dictionary<String, Sprite> Sprites;
 		public readonly List<VirtualInput> VirtualInputs;
 		public readonly String Title;
 		public readonly int Width;
@@ -42,7 +43,6 @@ namespace Strawberry
 			: base()
 		{
 			Game = this;
-			VirtualInputs = new List<VirtualInput>();
 
 			Title = windowTitle;
 			Width = width;
@@ -81,8 +81,13 @@ namespace Strawberry
 			SDLMixer.OpenAudio(44100, SDLMixer.MIX_DEFAULT_FORMAT, 2, 4096);
 			SDLTTF.Init();
 
-			BuildTypeLists();
+			VirtualInputs = new List<VirtualInput>();
 			Input.[Friend]Init(gamepadLimit);
+
+			Sprites = new Dictionary<String, Sprite>();
+			//LoadSprites();
+
+			BuildTypeLists();
 		}
 
 		public ~this()
@@ -104,6 +109,8 @@ namespace Strawberry
 
 			DisposeTypeLists();
 			Input.[Friend]Dispose();
+			DisposeSprites();
+			Sprite.[Friend]Dispose();
 			Game = null;
 		}
 
@@ -184,7 +191,7 @@ namespace Strawberry
 			}
 		}
 
-		public void Render()
+		private void Render()
 		{
 			SDL.SetRenderDrawColor(Renderer, ClearColor.R, ClearColor.G, ClearColor.B, ClearColor.A);
 			SDL.RenderClear(Renderer);
@@ -214,6 +221,51 @@ namespace Strawberry
 			}
 		}
 
+		// Load Images
+
+		private void LoadSprites()
+		{
+			let root = scope String(ContentRoot);
+			root.Append(Path.DirectorySeparatorChar);
+			root.Append("Sprites");
+			if (Directory.Exists(root))
+				LoadSpritesDir(root);
+			else
+				Console.WriteLine("Content/Sprites folder does not exist!");
+		}
+
+		private void LoadSpritesDir(String directory)
+		{
+			for (let dir in Directory.EnumerateDirectories(directory))
+			{
+				let path = scope String();
+				dir.GetFilePath(path);
+				LoadSpritesDir(path);
+			}
+
+			for (let file in Directory.EnumerateFiles(directory, "*.ase"))
+			{
+				let path = scope String();
+				file.GetFilePath(path);
+
+				let sprite = new [Friend]Sprite(path);
+
+				path.Remove(0, ContentRoot.Length + 8);
+				Sprites.Add(new String(path), sprite);
+			}
+		}
+
+		private void DisposeSprites()
+		{
+			for (let kv in Sprites)
+			{
+				delete kv.key;
+				delete kv.value;
+			}
+
+			delete Sprites;
+		}
+
 		// Type assignable caching
 
 		private void BuildTypeLists()
diff --git a/src/Core/Sprite.bf b/src/Core/Sprite.bf
new file mode 100644
index 0000000..b162d41
--- /dev/null
+++ b/src/Core/Sprite.bf
@@ -0,0 +1,604 @@
+using System;
+using SDL2;
+using System.IO;
+using System.Text;
+using System.Collections;
+using MiniZ;
+
+namespace Strawberry
+{
+	public class Sprite
+	{
+		private enum Modes
+		{
+		    Indexed = 1,
+		    Grayscale = 2,
+		    RGBA = 4,
+		}
+
+		private enum Chunks
+		{
+		    OldPaletteA = 0x0004,
+		    OldPaletteB = 0x0011,
+		    Layer = 0x2004,
+		    Cel = 0x2005,
+		    CelExtra = 0x2006,
+		    Mask = 0x2016,
+		    Path = 0x2017,
+		    FrameTags = 0x2018,
+		    Palette = 0x2019,
+		    UserData = 0x2020,
+		    Slice = 0x2022
+		}
+
+		public readonly String Path;
+
+		private Frame[] frames;
+		private List<Layer> layers;
+		private List<Tag> tags;
+		private List<Slice> slices;
+		private int width;
+		private int height;
+		private Modes mode;
+
+		private this(String path)
+		{
+			Path = new String(path);
+			Load();
+		}
+
+		public ~this()
+		{
+			delete Path;
+			Unload();
+		}
+
+		private void Unload()
+		{
+			for (let f in frames)
+				delete f;
+			delete frames;
+
+			for (let l in layers)
+				delete l;
+			delete layers;
+
+			for (let t in tags)
+				delete t;
+			delete tags;
+
+			for (let s in slices)
+				delete s;
+			delete slices;
+		}
+
+		public void Reload()
+		{
+			Unload();
+			Load();
+		}
+
+		private void Load()
+		{
+			/*
+				Aseprite file loading based on code from Noel Berry's Foster Framework here:
+				https://github.com/NoelFB/Foster/blob/master/Framework/Graphics/Images/Aseprite.cs
+			*/
+
+			let stream = scope FileStream();
+			stream.Open(Path, .Read, .Read);
+
+			//Helpers to match ASE file format spec
+			uint8 BYTE() => stream.Read<uint8>();
+			uint16 WORD() => stream.Read<uint16>();
+			int16 SHORT() => stream.Read<int16>();
+			uint32 DWORD() => stream.Read<uint32>();
+			int32 LONG() => stream.Read<int32>();
+			void SEEK(int bytes) => stream.Position += bytes;
+			void BYTES(uint8[] into, int bytes)
+			{
+				for (let i < bytes)
+					into[i] = BYTE();
+			}
+			String STRING(String into)
+			{
+				let len = WORD();
+				let arr = scope uint8[len];
+				for (let i < len)
+					arr[i] = BYTE();
+
+				Encoding.UTF8.DecodeToUTF8(arr, into);
+				return into;
+			}
+
+			//Parse
+			{
+				//Header
+				{
+					//File Size
+					DWORD();
+
+					// Magic number
+					var magic = WORD();
+					if (magic != 0xA5E0)
+						Runtime.FatalError("File is not in .ase format");
+
+					// Frame Count / Width / Height / Color Mode
+					frames = new Frame[WORD()];
+					width = WORD();
+					height = WORD();
+					mode = (Modes)(WORD() / 8);
+
+					// Other Info, Ignored
+					DWORD();       // Flags
+					WORD();        // Speed (deprecated)
+					DWORD();       // Set be 0
+					DWORD();       // Set be 0
+					BYTE();        // Palette entry 
+					SEEK(3);       // Ignore these bytes
+					WORD();        // Number of colors (0 means 256 for old sprites)
+					BYTE();        // Pixel width
+					BYTE();        // Pixel height
+					SEEK(92);      // For Future
+				}
+
+				layers = new List<Layer>();
+				tags = new List<Tag>();
+				slices = new List<Slice>();
+
+				// Body
+				{
+					var temp = scope:: uint8[width * height * (int)mode];
+					let palette = scope:: Color[256];
+					HasUserData last = null;
+
+					for (int i = 0; i < frames.Count; i++)
+					{
+					    let frame = new Frame(width, height);
+					    frames[i] = frame;
+
+					    int64 frameStart, frameEnd;
+					    int chunkCount;
+
+					    // frame header
+					    {
+					        frameStart = stream.Position;
+					        frameEnd = frameStart + DWORD();
+					        WORD();                  // Magic number (always 0xF1FA)
+					        chunkCount = WORD();     // Number of "chunks" in this frame
+					        frame.Duration = WORD(); // Frame duration (in milliseconds)
+					        SEEK(6);                 // For future (set to zero)
+					    }
+
+					    // chunks
+					    for (int j = 0; j < chunkCount; j++)
+					    {
+					        int64 chunkStart, chunkEnd;
+					        Chunks chunkType;
+
+					        // chunk header
+					        {
+					            chunkStart = stream.Position;
+					            chunkEnd = chunkStart + DWORD();
+					            chunkType = (Chunks)WORD();
+					        }
+
+					        // LAYER CHUNK
+					        if (chunkType == Chunks.Layer)
+					        {
+					            // create layer
+					            var layer = new Layer();
+
+					            // get layer data
+					            layer.Flag = (Layer.Flags)WORD();
+					            layer.Type = (Layer.Types)WORD();
+					            layer.ChildLevel = WORD();
+					            WORD(); // width (unused)
+					            WORD(); // height (unused)
+					            layer.BlendMode = WORD();
+					            layer.Alpha = (BYTE() / 255f);
+					            SEEK(3); // for future
+					            STRING(layer.Name);
+
+					            layers.Add(layer);
+					        }
+					        // CEL CHUNK
+					        else if (chunkType == Chunks.Cel) Cel:
+					        {
+					            var layer = layers[WORD()];
+					            var x = SHORT();
+					            var y = SHORT();
+					            var alpha = BYTE() / 255f;
+					            var celType = WORD();
+					            var width = 0;
+					            var height = 0;
+					            Color[] pixels = null;
+					            Cel link = null;
+
+					            SEEK(7);
+
+					            // RAW or DEFLATE
+					            if (celType == 0 || celType == 2)
+					            {
+					                width = WORD();
+					                height = WORD();
+
+					                var count = width * height * (int)mode;
+					                if (count > temp.Count)
+					                    temp = scope:: uint8[count];
+
+					                // RAW
+					                if (celType == 0)
+					                {
+										BYTES(temp, count);
+					                }
+					                // DEFLATE
+					                else
+					                {
+										//TODO: Figure this out to enable aseprite loading
+
+										Runtime.FatalError("Decompression not yet implemented.");
+
+										/*
+										Noel's C#:
+					                    SEEK(2);
+										
+					                    using var deflate = new DeflateStream(reader.BaseStream, CompressionMode.Decompress, true);
+					                    deflate.Read(temp, 0, count);
+										*/
+					                }
+
+					                // get pixel data
+					                pixels = scope:Cel Color[width * height];
+					                BytesToPixels(temp, pixels, mode, palette);
+					            }
+					            // REFERENCE
+					            else if (celType == 1)
+					            {
+					                var linkFrame = frames[WORD()];
+					                var linkCel = linkFrame.Cels[frame.Cels.Count];
+
+					                width = linkCel.Width;
+					                height = linkCel.Height;
+					                pixels = linkCel.Pixels;
+					                link = linkCel;
+					            }
+					            else
+									Runtime.FatalError("Cel type not yet implemented");
+
+								var cel = new Cel(layer, pixels);
+					            cel.X = x;
+					            cel.Y = y;
+					            cel.Width = width;
+					            cel.Height = height;
+					            cel.Alpha = alpha;
+					            cel.Link = link;
+
+					            // draw to frame if visible
+					            if (cel.Layer.Visible)
+					                CelToFrame(frame, cel);
+
+					            frame.Cels.Add(cel);
+					        }
+					        // PALETTE CHUNK
+					        else if (chunkType == Chunks.Palette)
+					        {
+					            DWORD(); //size (unused)
+					            var start = DWORD();
+					            var end = DWORD();
+					            SEEK(8); // for future
+
+					            for (int p = 0; p < (end - start) + 1; p++)
+					            {
+					                var hasName = WORD();
+					                palette[start + p] = Color(BYTE(), BYTE(), BYTE(), BYTE());
+
+					                if (Calc.BitCheck(hasName, 0))
+					                    STRING(scope String());
+					            }
+					        }
+					        // USERDATA
+					        else if (chunkType == Chunks.UserData)
+					        {
+					            if (last != null)
+					            {
+					                var flags = (int)DWORD();
+
+					                // has text
+					                if (Calc.BitCheck(flags, 0))
+					                    STRING(last.UserDataText);
+
+					                // has color
+					                if (Calc.BitCheck(flags, 1))
+					                    last.UserDataColor = Color(BYTE(), BYTE(), BYTE(), BYTE());
+					            }
+					        }
+					        // TAG
+					        else if (chunkType == Chunks.FrameTags)
+					        {
+					            var count = WORD();
+					            SEEK(8);
+
+					            for (int t = 0; t < count; t++)
+					            {
+					                var tag = new Tag();
+					                tag.From = WORD();
+					                tag.To = WORD();
+					                tag.LoopDirection = (Tag.LoopDirections)BYTE();
+					                SEEK(8);
+					                tag.Color = Color(BYTE(), BYTE(), BYTE(), (uint8)255);
+					                SEEK(1);
+					                STRING(tag.Name);
+					                tags.Add(tag);
+					            }
+					        }
+					        // SLICE
+					        else if (chunkType == Chunks.Slice)
+					        {
+					            var count = DWORD();
+					            var flags = (int)DWORD();
+					            DWORD(); // reserved
+					            var name = STRING(scope String());
+
+					            for (int s = 0; s < count; s++)
+					            {
+					                var slice = new Slice();
+									slice.Name.Set(name);
+				                    slice.Frame = (int)DWORD();
+				                    slice.OriginX = (int)LONG();
+				                    slice.OriginY = (int)LONG();
+				                    slice.Width = (int)DWORD();
+				                    slice.Height = (int)DWORD();
+
+					                // 9 slice (ignored atm)
+					                if (Calc.BitCheck(flags, 0))
+					                {
+					                    slice.NineSlice = Rect(
+					                        (int)LONG(),
+					                        (int)LONG(),
+					                        (int)DWORD(),
+					                        (int)DWORD());
+					                }
+
+					                // pivot point
+					                if (Calc.BitCheck(flags, 1))
+					                    slice.Pivot = Point((int)DWORD(), (int)DWORD());
+					                
+					                slices.Add(slice);
+					            }
+					        }
+
+					        stream.Position = chunkEnd;
+					    }
+
+					    stream.Position = frameEnd;
+						frame.FinishLoad();
+					}
+				}
+			}
+
+			stream.Close();
+		}
+
+		private void BytesToPixels(uint8[] bytes, Color[] pixels, Modes mode, Color[] palette)
+		{
+		    int len = pixels.Count;
+		    if (mode == Modes.RGBA)
+		    {
+		        for (int p = 0, int b = 0; p < len; p++, b += 4)
+		        {
+		            pixels[p].R = (uint8)(bytes[b + 0] * bytes[b + 3] / 255);
+		            pixels[p].G = (uint8)(bytes[b + 1] * bytes[b + 3] / 255);
+		            pixels[p].B = (uint8)(bytes[b + 2] * bytes[b + 3] / 255);
+		            pixels[p].A = bytes[b + 3];
+		        }
+		    }
+		    else if (mode == Modes.Grayscale)
+		    {
+		        for (int p = 0, int b = 0; p < len; p++, b += 2)
+		        {
+		            pixels[p].R = pixels[p].G = pixels[p].B = (uint8)(bytes[b + 0] * bytes[b + 1] / 255);
+		            pixels[p].A = bytes[b + 1];
+		        }
+		    }
+		    else if (mode == Modes.Indexed)
+		    {
+		        for (int p = 0;  p < len; p++)
+		            pixels[p] = palette[bytes[p]];
+		    }
+		}
+
+		private void CelToFrame(Frame frame, Cel cel)
+		{
+		    let opacity = (uint8)((cel.Alpha * cel.Layer.Alpha) * 255);
+		    var pxLen = frame.PixelsLength;
+
+		    var blend = BlendModes[0];
+		    if (cel.Layer.BlendMode < BlendModes.Count)
+		        blend = BlendModes[cel.Layer.BlendMode];
+
+		    for (int sx = Math.Max(0, -cel.X), int right = Math.Min(cel.Width, width - cel.X); sx < right; sx++)
+		    {
+		        int dx = cel.X + sx;
+		        int dy = cel.Y * width;
+
+		        for (int sy = Math.Max(0, -cel.Y), int bottom = Math.Min(cel.Height, height - cel.Y); sy < bottom; sy++, dy += width)
+		        {
+		            if (dx + dy >= 0 && dx + dy < pxLen)
+		                blend(frame.Pixels, (dx + dy) * 4, cel.Pixels[sx + sy * cel.Width], opacity);
+		        }
+		    }
+		}
+
+		// Data
+
+		private class Frame
+		{
+			public SDL.Texture* Texture;
+			public float Duration;
+			public List<Cel> Cels = new List<Cel>() ~ delete _;
+			public uint8* Pixels;
+			public int32 PixelsLength;
+
+			public this(int w, int h)
+			{
+				Texture = SDL.CreateTexture(Game.Renderer, (uint32)SDL.PIXELFORMAT_ARGB8888, (int32)SDL.TextureAccess.Static, (int32)w, (int32)h);
+
+				void* ptr;
+				SDL.LockTexture(Texture, null, out ptr, out PixelsLength);
+				Pixels = (uint8*)ptr;
+			}
+
+			public ~this()
+			{
+				SDL.DestroyTexture(Texture);
+			}
+
+			public void FinishLoad()
+			{
+				SDL.UnlockTexture(Texture);
+				Pixels = null;
+			}
+		}
+
+		public class Tag
+		{
+		    public enum LoopDirections
+		    {
+		        Forward = 0,
+		        Reverse = 1,
+		        PingPong = 2
+		    }
+
+		    public String Name = new String() ~ delete _;
+		    public LoopDirections LoopDirection;
+		    public int From;
+		    public int To;
+		    public Color Color;
+		}
+
+		public class HasUserData
+		{
+			public String UserDataText = new String("") ~ delete _;
+		    public Color UserDataColor;
+		}
+
+		private class Slice : HasUserData
+		{
+		    public int Frame;
+		    public String Name = new String() ~ delete _;
+		    public int OriginX;
+		    public int OriginY;
+		    public int Width;
+		    public int Height;
+		    public Point? Pivot;
+		    public Rect? NineSlice;
+		}
+
+		private class Cel : HasUserData
+		{
+		    public Layer Layer;
+		    public Color[] Pixels;
+		    public Cel Link;
+
+		    public int X;
+		    public int Y;
+		    public int Width;
+		    public int Height;
+		    public float Alpha;
+
+		    public this(Layer layer, Color[] pixels)
+		    {
+		        Layer = layer;
+		        Pixels = pixels;
+		    }
+		}
+
+		private class Layer : HasUserData
+		{
+		    public enum Flags
+		    {
+		        Visible = 1,
+		        Editable = 2,
+		        LockMovement = 4,
+		        Background = 8,
+		        PreferLinkedCels = 16,
+		        Collapsed = 32,
+		        Reference = 64
+		    }
+
+		    public enum Types
+		    {
+		        Normal = 0,
+		        Group = 1
+		    }
+
+		    public Flags Flag;
+		    public Types Type;
+		    public String Name = new String() ~ delete _;
+		    public int ChildLevel;
+		    public int BlendMode;
+		    public float Alpha;
+		    public bool Visible { get { return Flag.HasFlag(Flags.Visible); } }
+		}
+
+		// Blend Modes
+
+		// More or less copied from Aseprite's source code:
+		// https://github.com/aseprite/aseprite/blob/master/src/doc/blend_funcs.cpp
+
+		private delegate void Blend(uint8* dest, int index, Color src, uint8 opacity);
+
+		private static void Dispose()
+		{
+			for (let b in BlendModes)
+				delete b;
+			delete BlendModes;
+		}
+
+		private static readonly Blend[] BlendModes = new Blend[]
+		{
+		    // 0 - NORMAL
+		    new (dest, index, src, opacity) =>
+		    {
+		        if (src.A != 0)
+		        {
+					uint8 a = dest[index];
+					uint8 r = dest[index + 1];
+					uint8 g = dest[index + 2];
+					uint8 b = dest[index + 3];
+
+		            if (dest[index] == 0)
+		            {
+		                a = src.A;
+						r = src.R;
+						g = src.G;
+						b = src.B;
+		            }
+		            else
+		            {
+		                var sa = MUL_UN8(src.A, opacity);
+		                var ra = a + sa - MUL_UN8(a, sa);
+
+						a = (uint8)ra;
+		                r = (uint8)(r + (src.R - r) * sa / ra);
+		                g = (uint8)(g + (src.G - g) * sa / ra);
+		                b = (uint8)(b + (src.B - b) * sa / ra);
+		            }
+
+					dest[index] = a;
+					dest[index + 1] = r;
+					dest[index + 2] = g;
+					dest[index + 3] = b;
+		        }
+		    }
+		};
+
+		[Inline]
+		private static int MUL_UN8(int a, int b)
+		{
+		    var t = (a * b) + 0x80;
+		    return (((t >> 8) + t) >> 8);
+		}
+	}
+}
diff --git a/src/Static/Calc.bf b/src/Static/Calc.bf
index 8f5eb9b..a5046e3 100644
--- a/src/Static/Calc.bf
+++ b/src/Static/Calc.bf
@@ -5,6 +5,12 @@ namespace Strawberry
 {
 	static public class Calc
 	{
+		[Inline]
+		static public bool BitCheck(int bits, int pos)
+		{
+		    return (bits & (1 << pos)) != 0;
+		}
+
 		//Move toward a target value without crossing it
 		[Inline]
 		static public float Approach(float value, float target, float maxDelta)