public void Load(byte[] data)
{
// Create the reader:
TextureReader reader = new TextureReader(data);
// Magic number (ASCII 'LIM'):
if (reader.ReadByte() != 'L' || reader.ReadByte() != 'I' || reader.ReadByte() != 'M')
{
throw new Exception("That's not a native Loonim 'lim' file.");
}
// Version and any flags (should just be 0):
ulong vflags = reader.ReadCompressed();
if (vflags != 0)
{
throw new Exception("Tried to load a newer Loonim file than this loader can handle.");
}
// Load properties:
LoadProperties(reader);
// Load the root:
Root_ = reader.ReadTextureNode();
}
public Edges(TextureNode src, TextureNode radius, TextureNode str, TextureNode method) : base(4)
{
SourceModule = src;
RadiusX = radius;
Strength = str;
Method = method;
}
public Percentile(TextureNode src, TextureNode rx, TextureNode ry, TextureNode prc) : base(4)
{
SourceModule = src;
RadiusX = rx;
RadiusY = ry;
Percent = prc;
}
public ScaleInput(TextureNode _0, TextureNode _1) : base(4)
{
Sources[0] = _0;
Sources[1] = _1;
Sources[2] = new Property(1f);
Sources[3] = new Property(1f);
}
/// <summary>Adds the given loader to the global set.</summary>
private static void Add(Type type)
{
if (All == null)
{
All = new Dictionary <int, TextureNodeMeta>();
}
// Create an instance to pull TypeID and any other settings from:
TextureNode node = Activator.CreateInstance(type) as TextureNode;
int id = node.TypeID;
if (id == -1)
{
return;
}
// Create the meta:
TextureNodeMeta meta = new TextureNodeMeta();
meta.Type = type;
meta.ID = id;
meta.Name = type.Name;
// Push to set:
All[id] = meta;
}
public HueSatLum(TextureNode src, TextureNode hueChange, TextureNode satChange, TextureNode lumChange) : base(4)
{
Sources[0] = src;
HueModule = hueChange;
SatModule = satChange;
LumModule = lumChange;
}
public Refraction(TextureNode src, TextureNode height, TextureNode ratio, TextureNode normals) : base(4)
{
SourceModule = src;
Height = height;
Ratio = ratio;
Normals = normals;
}
public override double GetWrapped(double x, double y, int wrap)
{
// Get control (0-1):
double control = ControlModule.GetWrapped(x, y, wrap);
int count = Sources.Length - 1;
if (count == 0)
{
return(control);
}
else if (count == 1)
{
return(Sources[1].GetWrapped(x, y, wrap));
}
// Reduce count (such that it ranges from 0->count-1):
count--;
// Map to being relative to the points:
control *= (double)count;
int index = (int)control;
if (index < 0)
{
// Sample it:
return(Sources[1].GetWrapped(x, y, wrap));
}
else if (index >= count)
{
// Sample there:
return(Sources[count + 1].GetWrapped(x, y, wrap));
}
else
{
// Make relative:
control -= (double)index;
}
// Control is now 0-1 relative to Sources[index+1].
// Get current:
TextureNode current = Sources[index + 1];
if (control == 0)
{
// Just read it:
return(current.GetWrapped(x, y, wrap));
}
// Note that index is never equal to (actual count-1), therefore next is just:
TextureNode next = Sources[index + 2];
// Blend:
double a = current.GetWrapped(x, y, wrap);
double b = next.GetWrapped(x, y, wrap);
return(a + ((b - a) * control));
}
public ScaleInput(TextureNode _0, TextureNode _1, TextureNode _2, TextureNode _3) : base(4)
{
Sources[0] = _0;
Sources[1] = _1;
Sources[2] = _2;
Sources[3] = _3;
}
/// <summary>Gets the node with the given ID.</summary>
public TextureNode GetLayer(int id, int count)
{
if (id == count)
{
return(this);
}
if (Sources == null)
{
return(null);
}
for (int i = 0; i < Sources.Length; i++)
{
count++;
TextureNode result = Sources[i].GetLayer(id, count);
if (result != null)
{
return(result);
}
}
return(null);
}
public Blur(TextureNode src, TextureNode rx, TextureNode ry, TextureNode method) : base(4)
{
SourceModule = src;
RadiusX = rx;
RadiusY = ry;
Method = method;
}
public Blend(TextureNode src1, TextureNode src2, TextureNode weight, TextureNode mode) : base(4)
{
SourceModule1 = src1;
SourceModule2 = src2;
WeightModule = weight;
ModeModule = mode;
}
/// <summary>Allocates GPU drawing meta now.</summary>
public virtual void Draw(DrawInfo info)
{
if (Sources != null)
{
for (int i = 0; i < Sources.Length; i++)
{
// Let the sources know we're the active target:
info.CurrentParent = this;
info.CurrentIndex = i;
// Draw:
TextureNode src = Sources[i];
if (src != null)
{
src.Draw(info);
}
}
}
if (DrawStore != null)
{
DrawStore.Draw(info);
}
}
public AbsThreshold(TextureNode src1, TextureNode src2, TextureNode threshold, TextureNode gain) : base(4)
{
SourceModule1 = src1;
SourceModule2 = src2;
Threshold = threshold;
Gain = gain;
}
public LiveStackNode(TextureNode node, Texture img)
{
Node = node;
// Raw image (no buffer though):
Image = img;
Image.wrapMode = TextureWrapMode.Repeat;
}
/// <summary>Adds a new source to this node.</summary>
public void AddSource(TextureNode source)
{
if (Sources == null)
{
Sources = new TextureNode[] { source };
return;
}
TextureNode[] newSet = new TextureNode[Sources.Length + 1];
System.Array.Copy(Sources, 0, newSet, 0, Sources.Length);
newSet[Sources.Length] = source;
Sources = newSet;
}
public override DrawStackNode Allocate(DrawInfo info, SurfaceTexture tex, ref int stackID)
{
// Stack required.
// Allocate a target stack now:
int targetStack = stackID;
DrawStack stack = tex.GetStack(targetStack, info);
stackID++;
int subID = SubMaterialID;
// Create the material:
Material material = GetMaterial(TypeID, subID);
// _Data (Seed, Frequency, Amplitude, Jitter):
material.SetVector(
"_Data",
DataVector
);
if (subID == 3)
{
// Minkowski number required.
// Get the input node:
TextureNode input = MinkowskiNumber;
// Allocate it now (must not allocate targetStack in the direct kids):
int inputStacks = (targetStack == 0)?1:0;
DrawStackNode drawNode = input.Allocate(info, tex, ref inputStacks);
// Apply it to our material:
material.SetTexture("_Src0", drawNode.Texture);
}
// Create our node:
MaterialStackNode matNode = new MaterialStackNode();
DrawStore = matNode;
matNode.Mesh = info.Mesh;
matNode.Material = material;
matNode.Stack = stack;
return(matNode);
}
public override DrawStackNode Allocate(DrawInfo info, SurfaceTexture tex, ref int stackID)
{
// Stack required.
// Allocate a target stack now:
int targetStack = stackID;
DrawStack stack = tex.GetStack(targetStack, info);
stackID++;
// Allocate sources all to use the exact same stack for their output:
for (int i = 0; i < Sources.Length; i++)
{
// Get the input node:
TextureNode input = Sources[i];
// Allocate it now, always allocating the same one as our target:
int inputStacks = targetStack;
DrawStackNode dsn = input.Allocate(info, tex, ref inputStacks);
// If it's cleared, set cleared to false for anything but i=0:
if (i != 0)
{
dsn.Clear = false;
}
}
// Create our node:
StackerStackNode matNode = DrawStore as StackerStackNode;
if (matNode == null)
{
matNode = new StackerStackNode();
DrawStore = matNode;
}
matNode.Stack = stack;
return(matNode);
}
public TextureStackNode(TextureNode node, bool hdr, int x)
{
Node = node;
// 0D (x==1) values potentially hold a 4 channel colour.
// 1D (else) values will only ever hold a 1 channel colour.
TextureFormat format;
if (hdr)
{
format = (x == 1)?TextureFormat.RGBAFloat : TextureFormat.RFloat;
}
else
{
format = TextureFormat.ARGB32;
}
Image = new Texture2D(x, 1, format, false);
Image.wrapMode = TextureWrapMode.Repeat;
Buffer = new Color[x];
}
public override DrawStackNode Allocate(DrawInfo info, SurfaceTexture tex, ref int stackID)
{
// Stack required.
// Allocate a target stack now:
int targetStack = stackID;
DrawStack stack = tex.GetStack(targetStack, info);
stackID++;
int subID = SubMaterialID;
// Create the material:
Material material = GetMaterial(TypeID, subID);
// Allocate Src0:
TextureNode input = Sources[0];
int inputStacks = (targetStack == 0)?1:0;
DrawStackNode drawNode = input.Allocate(info, tex, ref inputStacks);
// Apply it to our material:
material.SetTexture("_Src0", drawNode.Texture);
// _Data (Rx,Ry,Rx,-Ry):
material.SetVector(
"_Data",
GetDataVector(info)
);
// Create our node:
MaterialStackNode matNode = new MaterialStackNode();
DrawStore = matNode;
matNode.Mesh = info.Mesh;
matNode.Material = material;
matNode.Stack = stack;
return(matNode);
}
public TextureNode ReadTextureNode()
{
// Get the type:
int type = (int)ReadCompressed();
if (type == 0)
{
return(null);
}
// Get the node meta:
TextureNodeMeta meta = TextureNodes.Get(type);
// Instance it:
TextureNode instance = meta.GetInstance();
// Load now:
instance.Read(this);
return(instance);
}
protected void AllocateSources(Material material, DrawInfo info, SurfaceTexture tex, int targetStack, int count)
{
int inputStacks = (targetStack == 0)?1:0;
for (int i = 0; i < count; i++)
{
// Get the input node:
TextureNode input = Sources[i];
// Allocate it now (must not allocate targetStack in the direct kids):
DrawStackNode drawNode = input.Allocate(info, tex, ref inputStacks);
if (inputStacks == targetStack)
{
// Skip:
inputStacks++;
}
// Apply it to our material:
material.SetTexture("_Src" + i, drawNode.Texture);
}
}
public Lookup(TextureNode gradient, TextureNode x) : base(3)
{
SourceModule = gradient;
XModule = x;
YModule = new Property(0f);
}
public Lookup(TextureNode gradient, TextureNode x, TextureNode y) : base(3)
{
SourceModule = gradient;
XModule = x;
YModule = y;
}
public Hue(TextureNode src, TextureNode hueChange)
{
Sources[0] = src;
Sources[1] = hueChange;
}
public Sepia(TextureNode src)
{
SourceModule = src;
IntensityModule = new Property(1f);
}
public Sepia(TextureNode src, TextureNode intensity)
{
SourceModule = src;
IntensityModule = intensity;
}
public override UnityEngine.Color GetColour(double x, double y)
{
// Get control (0-1):
double control = ControlModule.GetValue(x, y);
int count = Sources.Length - 1;
if (count == 0)
{
return(new UnityEngine.Color(0, 0, 0, 1));
}
else if (count == 1)
{
return(Sources[1].GetColour(x, y));
}
// Reduce count (such that it ranges from 0->count-1):
count--;
// Map to being relative to the points:
control *= (double)count;
int index = (int)control;
if (index < 0)
{
// Sample it:
return(Sources[1].GetColour(x, y));
}
else if (index >= count)
{
// Sample there:
return(Sources[count + 1].GetColour(x, y));
}
else
{
// Make relative:
control -= (double)index;
}
// Get current:
TextureNode current = Sources[index + 1];
if (control == 0)
{
// Just read it:
return(current.GetColour(x, y));
}
// Control is now 0-1 relative to Sources[index+1]. Get as float:
float blend = (float)control;
// Note that index is never equal to (actual count-1), therefore next is just:
TextureNode next = Sources[index + 2];
// Blend:
UnityEngine.Color col1 = current.GetColour(x, y);
UnityEngine.Color col2 = next.GetColour(x, y);
col1.r += (col1.r - col2.r) * blend;
col1.g += (col1.g - col2.g) * blend;
col1.b += (col1.b - col2.b) * blend;
col1.a += (col1.a - col2.a) * blend;
return(col1);
}
/// <summary>Builds a Loonim filter from the given set of one or more CSS functions.</summary>
public static void BuildFilter(Css.Value value, RenderableData context, FilterEventDelegate fe)
{
if (value is Css.Functions.UrlFunction)
{
// - (A URL to an SVG filter) (not supported yet here)
// - A URL to a Loonim filter (with a property called source0)
// Load it now!
DataPackage dp = new DataPackage(value.Text, context.Document.basepath);
dp.onload = delegate(UIEvent e){
// Got the data! Load a filter now:
SurfaceTexture st = null;
// Create:
st = new SurfaceTexture();
// Load it:
st.Load(dp.responseBytes);
// Run the callback:
fe(context, st);
};
// Send:
dp.send();
}
else
{
Loonim.TextureNode first = null;
Loonim.TextureNode last = null;
// - One or more filter functions
if (value is Css.CssFunction)
{
// Just one:
first = last = value.ToLoonimNode(context);
}
else if (value is Css.ValueSet)
{
// Many
for (int i = 0; i < value.Count; i++)
{
// Convert to a Loonim node:
Loonim.TextureNode next = value[i].ToLoonimNode(context);
if (next == null)
{
// Quit!
first = null;
last = null;
break;
}
// Hook it on:
if (first == null)
{
first = last = next;
}
else
{
// Add it to the chain:
next.Sources[0] = last;
last = next;
}
}
}
SurfaceTexture st = null;
if (last != null)
{
// Create the texture:
st = new SurfaceTexture();
st.Set("source0", (UnityEngine.Texture)null);
st.Root = last;
first.Sources[0] = new Loonim.Property(st, "source0");
}
// Run the callback now!
fe(context, st);
}
}
public Multiply(TextureNode _0, TextureNode _1)
{
SourceModule1 = _0;
SourceModule2 = _1;
}