// Start is called before the first frame update
void Start()
{
mesh = GetComponent <MeshFilter>().mesh;
if (!mesh)
{
return;
}
mesh.MarkDynamic();
Vector3[] vertices = mesh.vertices;
uvs = mesh.uv;
triangles = mesh.triangles;
points = new Point[vertices.Length];
pointsPrevious = new Point[vertices.Length];
forceAccumulator = new Vector3[vertices.Length];
thisFrameForce = new Vector3[vertices.Length];
constraints = new Constraint[vertices.Length * 2];
Bounds bounds = mesh.bounds;
Vector3 anchorDistance = (bounds.max - bounds.min) * 0.5f * drift;
for (int i = 0; i < vertices.Length; i++)
{
points[i] = new Point(vertices[i]);
pointsPrevious[i] = new Point(vertices[i]);
forceAccumulator[i] = new Vector3();
thisFrameForce[i] = new Vector3();
constraints[i * 2] = new BoxConstraint(points[i], bounds);
constraints[i * 2 + 1] = new AnchorConstraint(points[i], anchorDistance);
}
}
public Size Draw(Point offset, BoxConstraint constraint, UIContext context)
{
var pt = GetOffset(constraint);
var shrink = constraint.Shrink(pt.X, pt.Y).Loosen();
var childSize = Child.Draw(new Point(pt.X + offset.X, pt.Y + offset.Y), shrink, context);
return(GetUsedSize(constraint, childSize));
}
public Size Measure(BoxConstraint constraint)
{
var pt = GetOffset(constraint);
var shrink = constraint.Shrink(pt.X, pt.Y).Loosen();
var childSize = Child.Measure(shrink);
return(GetUsedSize(constraint, childSize));
}
public Size Measure(BoxConstraint constraint)
{
var lines = TextArray(constraint.GetMaxSize(), WrapContent, true);
var max = lines.DefaultIfEmpty(string.Empty).Max(l => l.Length);
return(constraint.Tighten(max, lines.Length).GetMinSize());
}
public Size Measure(BoxConstraint constraint)
{
var x = Padding.Left + Padding.Right;
var y = Padding.Top + Padding.Bottom;
var shrink = constraint.Shrink(x, y);
var childSize = Child.Measure(shrink);
return(new Size(childSize.Width + x, childSize.Height + y));
}
public static void Serialize(BoxConstraint instance, global::Improbable.Worker.CInterop.SchemaObject obj)
{
{
global::Improbable.Coordinates.Serialization.Serialize(instance.Center, obj.AddObject(1));
}
{
global::Improbable.EdgeLength.Serialization.Serialize(instance.EdgeLength, obj.AddObject(2));
}
}
public Size Draw(Point offset, BoxConstraint constraint, UIContext context)
{
foreach (var child in Children)
{
child.Draw(offset, constraint, context);
}
return(constraint.GetMaxSize());
}
public static unsafe void Write(global::Improbable.Worker.Internal.GcHandlePool _pool,
BoxConstraint _data, global::Improbable.Worker.Internal.Pbio.Object *_obj)
{
{
global::Improbable.Coordinates_Internal.Write(_pool, _data.center, global::Improbable.Worker.Internal.Pbio.AddObject(_obj, 1));
}
{
global::Improbable.EdgeLength_Internal.Write(_pool, _data.edgeLength, global::Improbable.Worker.Internal.Pbio.AddObject(_obj, 2));
}
}
private Point GetOffset(BoxConstraint constraint)
{
var c = Child.Measure(constraint.Loosen());
int x = HorizontalAlignment.GetOffset(constraint.MinWidth, c.Width);
int y = VerticalAlignment.GetOffset(constraint.MinHeight, c.Height);
return(new Point(x, y));
}
public static unsafe void Write(global::Improbable.Worker.Internal.GcHandlePool _pool,
BoxConstraint _data, global::Improbable.Worker.CInterop.SchemaObject _obj)
{
{
global::Improbable.Coordinates_Internal.Write(_pool, _data.center, _obj.AddObject(1));
}
{
global::Improbable.EdgeLength_Internal.Write(_pool, _data.edgeLength, _obj.AddObject(2));
}
}
public Size Draw(Point offset, BoxConstraint constraint, UIContext context)
{
var x = Padding.Left + Padding.Right;
var y = Padding.Top + Padding.Bottom;
var shrink = constraint.Shrink(x, y);
var pt = new Point(offset.X + Padding.Left, offset.Y + Padding.Top);
var childSize = Child.Draw(pt, shrink, context);
return(new Size(childSize.Width + x, childSize.Height + y));
}
public Size Draw(Point offset, BoxConstraint constraint, UIContext context)
{
var size = constraint
.Constrain(Size);
var childSize = Child.Draw(offset, size, context);
return(constraint
.Tighten(childSize)
.GetMinSize());
}
public Size Draw(Point offset, BoxConstraint constraint, UIContext context)
{
var layout = GetLayout(constraint);
foreach (var item in layout.Elements)
{
DrawItem(MainAxis, item, offset, context);
}
return(layout.Size);
}
public Size Measure(BoxConstraint constraint)
{
var size = constraint
.Constrain(Size);
var childSize = Child.Measure(size);
return(constraint
.Tighten(childSize)
.GetMinSize());
}
public Size Draw(Point offset, BoxConstraint constraint, UIContext context)
{
var pt = Absolute
? Location
: new Point(offset.X + Location.X, offset.Y + Location.Y);
// TODO what should we do with the constraints??
// the resulting size would be off, too
// it might make more to 'remove' it from the layout
// at least if it's absolutely positioned
return(Child.Draw(offset, constraint, context));
}
public static BoxConstraint Deserialize(global::Improbable.Worker.CInterop.SchemaObject obj)
{
var instance = new BoxConstraint();
{
instance.Center = global::Improbable.Coordinates.Serialization.Deserialize(obj.GetObject(1));
}
{
instance.EdgeLength = global::Improbable.EdgeLength.Serialization.Deserialize(obj.GetObject(2));
}
return(instance);
}
public Size Measure(BoxConstraint constraint)
{
var scroll = GetConstraint(constraint);
var min = Child.Measure(scroll);
// fits whtaever the child returns into the constraint
// so if the child doesn't use the full h/w, neither will this measure
// but if it does, it will max at the constraint max.
// offset isn't important here since if it's 'used' then this box already fills
return(constraint.Tighten(min).GetMinSize());
}
private Size GetUsedSize(BoxConstraint constraint, Size childSize)
{
// if alignment is 'set' then we use the minimum width or the child width, whichever is greater
// (that's what we aligned to)
var w = HorizontalAlignment != Alignment.Default
? Math.Max(constraint.MinWidth, childSize.Width)
: childSize.Width;
var h = VerticalAlignment != Alignment.Default
? Math.Max(constraint.MinHeight, childSize.Height)
: childSize.Height;
return(constraint.Tighten(w, h).GetMinSize());
}
public Size Measure(BoxConstraint constraint)
{
if (Border == null)
{
return(Child.Measure(constraint));
}
// measure for the fitted space
var shrink = constraint.Shrink(2, 2);
var childSize = Child.Measure(shrink);
// now add the border back
return(new Size(childSize.Width + 2, childSize.Height + 2));
}
private MeasuredLayout GetLayout(BoxConstraint constraint)
{
var layout = new MeasuredLayout();
layout.Elements = Children.Select(c => new LayoutElement()
{
Child = (c is FlexibleElement) ? (FlexibleElement)c : new FlexibleElement(c),
}).ToList();
MeasureItems(layout.Elements, MainAxis, constraint);
LayoutLine(layout, ItemSpacing, MainAxis, constraint);
return(layout);
}
public Size Draw(Point offset, BoxConstraint constraint, UIContext context)
{
var scroll = GetConstraint(constraint);
// measure the child, if the child doesn't fit
// then we can apply the offset.
// wait.... the offset works... differently... shit we need to pass in a custom 'buffer'
// TODO: we should validate the offset makes 'sense' here
// ICK
//var ctx = new UIContext(context.Console, new ConsoleBuffer(int.MaxValue, int.MaxValue, new Cell()));
throw new NotImplementedException();
}
private BoxConstraint GetConstraint(BoxConstraint constraint)
{
var scroll = constraint;
if (HorizontalScroll)
{
scroll = scroll.Set(Axis.Horizontal, 0, int.MaxValue);
}
if (VerticalScroll)
{
scroll = scroll.Set(Axis.Vertical, 0, int.MaxValue);
}
return(scroll);
}
public Size Draw(Point offset, BoxConstraint constraint, UIContext context)
{
if (Border == null)
{
return(Child.Draw(offset, constraint, context));
}
// measure for the fitted space
var shrink = constraint.Shrink(2, 2);
var childSize = Child.Draw(new Point(offset.X + 1, offset.Y + 1), shrink, context);
var bordered = new Size(childSize.Width + 2, childSize.Height + 2);
DrawBorder(new Rectangle(offset, bordered), bordered, context);
return(bordered);
}
public Size Draw(Point offset, BoxConstraint constraint, UIContext context)
{
var measured = Child.Measure(constraint);
var bounds = new Rectangle(offset, measured);
if (Style.HasStyles())
{
for (var x = 0; x < measured.Width; x++)
{
for (var y = 0; y < measured.Height; y++)
{
context.Buffer.Modify(bounds, new Point(x, y), Style.Apply);
}
}
}
return(Child.Draw(offset, constraint, context));
}
public Size Draw(Point offset, BoxConstraint constraint, UIContext context)
{
var size = Child.Draw(offset, constraint, context);
if (EventHandler != null)
{
// simply wraps the child bounds in an area event handler
context.AddEventHandler(new UIContext.AreaEventHandlerRegistration()
{
Area = new Rectangle
{
Location = offset,
Size = size,
},
Handler = EventHandler,
});
}
return(size);
}
public Size Draw(Point offset, BoxConstraint constraint, UIContext context)
{
var lines = TextArray(constraint.GetMaxSize(), WrapContent, true);
var max = lines.DefaultIfEmpty(string.Empty).Max(l => l.Length);
var size = constraint.Tighten(max, lines.Length).GetMinSize();
var bounds = new Rectangle(offset, size);
for (var y = 0; y < lines.Length; y++)
{
var l = lines[y];
for (var x = 0; x < l.Length; x++)
{
context.Buffer.Modify(bounds, new Point(x, y), c =>
{
c.Char = l[x];
return(c);
});
}
}
return(size);
}
public Size Draw(Point offset, BoxConstraint constraint, UIContext context)
{
var size = constraint.GetMaxSize();
var bounds = new Rectangle(offset, size);
Dictionary <Point, Cell> buffer;
if (Cache.Cached.ContainsKey(size))
{
buffer = Cache.Cached[size];
}
else
{
buffer = GetCellsFromImage(size, Cache.Image);
Cache.Cached.Add(size, buffer);
}
foreach (var kvp in buffer)
{
context.Buffer.Modify(bounds, kvp.Key, c => kvp.Value);
}
return(constraint.GetMaxSize());
}
public Size Measure(BoxConstraint constraint)
{
return(constraint.Tighten(constraint.MaxWidth, 1).GetMinSize());
}
public Size Draw(Point offset, BoxConstraint constraint, UIContext context)
{
var w = constraint.IsBoundedWidth ? constraint.MaxWidth : constraint.MinWidth;
var size = new Size(w, 1); // TODO yeuks
// sanity check
if (w < 1)
{
return(new Size(0, 0));
}
if (Input.CursorPosition < Input.StartVisiblePosition)
{
// cursor is behind start
Input.StartVisiblePosition = Input.CursorPosition;
}
else if (Input.Text.Length + 1 <= w)
{
// everything fits, just remove 'visible' back to 0
Input.StartVisiblePosition = 0;
}
else if (Input.CursorPosition - Input.StartVisiblePosition >= w)
{
// cursor is out of range ahoy!
// move start pos to match cursor
Input.StartVisiblePosition = Input.CursorPosition - w + 1;
}
else if (Input.Text.Length - Input.StartVisiblePosition + 1 < w)
{
// start pos is further right that it needs to be
Input.StartVisiblePosition = Input.Text.Length - w + 1;
}
var bounds = new Rectangle(offset, size);
if (Input.IsFocused)
{
// draw the cursor pos style if it has focus
var z = new Point(Input.CursorPosition - Input.StartVisiblePosition, 0);
if (CursorStyle != null)
{
context.Buffer.Modify(bounds, z, CursorStyle.Apply);
}
else
{
z.Offset(bounds.X, bounds.Y);
context.SetCursor(z, true);
}
}
// cut the text as approp
var output = Input.Text.Substring(Input.StartVisiblePosition);
var l = w > output.Length ? output.Length : w;
for (var x = 0; x < l; x++)
{
context.Buffer.Modify(bounds, new Point(x, 0), c =>
{
c.Char = output[x];
return(c);
});
}
return(constraint.Tighten(size).GetMinSize());
}
public Size Measure(BoxConstraint constraint)
{
return(constraint.GetMaxSize());
}
