protected void AddLayoutNodeInputs(BuildComponentFactory factory, LayoutNode layoutNode, bool trimTriangles, bool isTopLevel)
{
if (!isTopLevel && !string.IsNullOrEmpty(layoutNode.ComponentName) && !string.IsNullOrEmpty(layoutNode.ComponentType))
{
AddComponentInputs(factory, layoutNode, trimTriangles);
}
else if (layoutNode is GridLayoutNode)
{
AddGridInputs(factory, (GridLayoutNode)layoutNode, trimTriangles);
}
else if (layoutNode is HalfSquareTriangleLayoutNode)
{
AddHalfSquareTriangleInputs(factory, (HalfSquareTriangleLayoutNode)layoutNode, trimTriangles);
}
else
{
var children = new List <Node>();
layoutNode.AddChildrenTo(children);
foreach (var child in children)
{
AddNodeInputs(factory, child, trimTriangles);
}
}
}
private void AddComponentInputs(BuildComponentFactory factory, LayoutNode layoutNode, bool trimTriangles)
{
var matchingComponent = FindLayout(BuildComponentLayout.CreateStyleKey(layoutNode.ComponentType, layoutNode.ComponentName, layoutNode.GetFabricStyles()));
if (matchingComponent != null)
{
matchingComponent.Quantity += 1;
}
else
{
var component = factory.CreateBuildComponentLayout(layoutNode, trimTriangles);
AddInput(component);
}
}
private void AddFlyingGooseInputs(BuildComponentFactory factory, FabricStyle fabricStyleBody, FabricStyle fabricStyleCorner, Area area, bool trimTriangles)
{
var matchingComponent = FindFlyingGoose(BuildComponentFlyingGoose.CreateStyleKey(fabricStyleBody, fabricStyleCorner, area));
if (matchingComponent != null)
{
matchingComponent.Quantity += 1;
}
else
{
var component = factory.CreateBuildComponentFlyingGooose(fabricStyleBody, fabricStyleCorner, area, trimTriangles);
AddInput(component);
}
}
private void AddRectangleInput(BuildComponentFactory factory, Area area, FabricStyle fabricStyle)
{
var matchingComponent = FindRectangle(BuildComponentRectangle.CreateStyleKey(fabricStyle, area));
if (matchingComponent != null)
{
matchingComponent.Quantity += 1;
}
else
{
var component = factory.CreateBuildComponentRectangle(fabricStyle, area);
AddInput(component);
}
}
private void AddNodeInputs(BuildComponentFactory factory, Node node, bool trimTriangles)
{
if (node is LayoutNode)
{
AddLayoutNodeInputs(factory, (LayoutNode)node, trimTriangles, false);
}
else if (node is ShapeNode)
{
AddShapeNodeInput(factory, (ShapeNode)node);
}
else
{
throw new InvalidOperationException("Unknown node type.");
}
}
private void ProcessComponent(IBuildComponent component, BuildComponentFactory factory)
{
var step = FindOrCreateStep(component);
if (step != null)
{
int quantity = step.CanProduceQuantity(component.StyleKey);
if (quantity < component.Quantity)
{
var splitComponent = component.Split(factory, component.Quantity - quantity);
PushPendingComponent(splitComponent);
}
step.AddOutput(component);
}
}
private void AddOrUpdateInput(BuildComponentFactory factory, FabricStyle style, Area area)
{
foreach (var input in Consumes)
{
if (input is BuildComponentRectangle inputRectangle &&
inputRectangle.FabricStyle.Sku == style.Sku &&
inputRectangle.Area.Matches(area))
{
inputRectangle.Quantity += 1;
return;
}
}
var component = factory.CreateBuildComponentRectangle(style, area);
AddInput(component);
}
private void AddShapeNodeInput(BuildComponentFactory factory, ShapeNode shapeNode)
{
if (shapeNode.Path.PathGeometry != PathGeometries.Rectangle)
{
throw new InvalidOperationException("Unsupported path geometry.");
}
var nodeBounds = shapeNode.Path.GetBounds();
var width = nodeBounds.MaximumX - nodeBounds.MinimumX;
var height = nodeBounds.MaximumY - nodeBounds.MinimumY;
width += s_seamAllowance;
height += s_seamAllowance;
var area = new Area(width, height).Round();
AddRectangleInput(factory, area, shapeNode.FabricStyle);
}
public override void ComputeInputs(BuildComponentFactory factory)
{
//Consumes.Clear();
if (Produces.Count == 0)
{
return;
}
var cutShapes = new List <ICutShape>();
foreach (BuildComponentRectangle output in Produces)
{
for (int idx = 0; idx < output.Quantity; ++idx)
{
cutShapes.Add(new CutShape(output));
}
}
var cutPlan = CutPlanner.Plan(cutShapes);
foreach (var cutStock in cutPlan.CutStocks)
{
var input = factory.CreateBuildComponentYardage(((BuildComponentRectangle)Produces[0]).FabricStyle, cutStock.AreaSize);
foreach (var cutRegion in cutPlan.CutRegions)
{
if (cutRegion.CutStock == cutStock && cutRegion.CutShape != null)
{
input.Regions.Add(
new BuildComponentYardageRegion(
((CutShape)cutRegion.CutShape).BuildComponentRectangle,
cutRegion.Left,
cutRegion.Top,
cutRegion.Width,
cutRegion.Height));
}
}
AddInput(input);
}
}
public override void ComputeInputs(BuildComponentFactory factory)
{
if (Produces.Count == 0)
{
return;
}
var output = (BuildComponentFlyingGoose)Produces.Where(r => r is BuildComponentFlyingGoose).First();
Dimension seamAllowance;
if (output.Trim)
{
seamAllowance = new Dimension(0.875, DimensionUnits.Inch);
}
else
{
seamAllowance = new Dimension(1, DimensionUnits.Inch);
}
var producesCount = Produces.Where(r => r is BuildComponentFlyingGoose).Sum(r => r.Quantity);
var bodyCount = producesCount;
var bodyWidth = output.Area.Width + seamAllowance;
var bodyHeight = output.Area.Height + seamAllowance;
var bodyArea = new Area(bodyWidth, bodyHeight).Round();
var cornerCount = producesCount * 2;
var cornerWidth = (output.Area.Width / 2) + seamAllowance;
var cornerHeight = output.Area.Height + seamAllowance;
var cornerArea = new Area(cornerWidth, cornerHeight).Round();
var input1 = factory.CreateBuildComponentRectangle(output.FabricStyles[0], bodyArea);
input1.Quantity = bodyCount;
AddInput(input1);
var input2 = factory.CreateBuildComponentRectangle(output.FabricStyles[1], cornerArea);
input2.Quantity = cornerCount;
AddInput(input2);
}
public override void ComputeInputs(BuildComponentFactory factory)
{
if (Consumes.Count != 0)
{
throw new InvalidOperationException("Inputs already computed.");
}
foreach (BuildComponentLayout output in Produces)
{
if (CanProduceQuantity(output.StyleKey) == 0)
{
throw new InvalidOperationException(string.Format("Output StyleKey {0} does not match ProducesStyleKey {1}.", output.StyleKey, m_producesStyleKey));
}
for (int idx = 0; idx < output.Quantity; ++idx)
{
AddLayoutNodeInputs(factory, output.LayoutNode, output.TrimTriangles, true);
}
}
}
public override void ComputeInputs(BuildComponentFactory factory)
{
//Consumes.Clear();
if (Produces.Count == 0)
{
return;
}
// BUG: Assumes all outputs are the same.
//
var output = (BuildComponentHalfSquareTriangle)Produces[0];
var seamAllowance = output.Trim
? new Dimension(0.875, DimensionUnits.Inch)
: new Dimension(1, DimensionUnits.Inch);
var producesCount = 0;
foreach (var o in Produces)
{
producesCount += o.Quantity;
}
var inputCount = (producesCount + 1) / 2;
var width = output.Area.Width + seamAllowance;
var height = output.Area.Height + seamAllowance;
var area = new Area(width, height).Round();
var input1 = factory.CreateBuildComponentRectangle(output.FabricStyles[0], area);
input1.Quantity = inputCount;
AddInput(input1);
var input2 = factory.CreateBuildComponentRectangle(output.FabricStyles[1], area);
input2.Quantity = inputCount;
AddInput(input2);
}
private void CreateBuildPlan()
{
var factory = new BuildComponentFactory();
var quilt = factory.CreateBuildComponentQuilt(m_kitSpecification, m_design);
PushPendingComponent(quilt);
while (true)
{
// Go through all outstanding components and create build steps.
//
{
var component = PullPendingComponent();
while (component != null)
{
ProcessComponent(component, factory);
component = PullPendingComponent();
}
}
// Pull a build step and add inputs.
//
{
var step = PullPendingStep();
if (step == null)
{
// No more steps. Processing complete.
return;
}
step.ComputeInputs(factory);
foreach (BuildComponent component in step.Consumes)
{
PushPendingComponent(component);
}
}
}
}
private void AddHalfSquareTriangleInputs(BuildComponentFactory factory, HalfSquareTriangleLayoutNode layoutNode, bool trimTriangles)
{
var style1 = ((ShapeNode)layoutNode.LayoutSites[0].Node).FabricStyle;
var style2 = ((ShapeNode)layoutNode.LayoutSites[1].Node).FabricStyle;
var nodeBounds = layoutNode.Path.GetBounds();
var width = nodeBounds.MaximumX - nodeBounds.MinimumX;
var height = nodeBounds.MaximumY - nodeBounds.MinimumY;
var area = new Area(width, height).Round();
var matchingComponent = FindHalfSquareTriangle(BuildComponentHalfSquareTriangle.CreateStyleKey(style1, style2, area));
if (matchingComponent != null)
{
matchingComponent.Quantity += 1;
}
else
{
var component = factory.CreateBuildComponentHalfSquareTriangle(layoutNode, trimTriangles);
AddInput(component);
}
}
public IBuildComponent Split(BuildComponentFactory factory, int quantity)
{
if (quantity >= Quantity)
{
throw new ArgumentException(string.Format("Value exceeds component quantity of {0}.", Quantity), nameof(quantity));
}
if (ProducedBy != null)
{
throw new InvalidOperationException("Component is already produced by a build step.");
}
Quantity -= quantity;
var component = Clone(factory);
component.Quantity = quantity;
if (ConsumedBy != null)
{
ConsumedBy.AddInput(component);
}
return(component);
}
protected override IBuildComponent Clone(BuildComponentFactory factory)
{
return(factory.CreateBuildComponentHalfSquareTriangle(m_halfSquareTriangleLayoutNode, Trim));
}
public abstract void ComputeInputs(BuildComponentFactory factory);
protected abstract IBuildComponent Clone(BuildComponentFactory factory);
protected override IBuildComponent Clone(BuildComponentFactory factory)
{
return(factory.CreateBuildComponentLayout(LayoutNode, TrimTriangles));
}
private void AddGridInputs(BuildComponentFactory factory, GridLayoutNode grid, bool trimTriangles)
{
List <Tuple <int, int> > consumedNodes = new List <Tuple <int, int> >();
for (int row = 0; row < grid.RowCount; ++row)
{
for (int column = 0; column < grid.ColumnCount; ++column)
{
if (!consumedNodes.Exists(r => r.Item1 == row && r.Item2 == column))
{
var layoutSite = grid.GetLayoutSite(row, column);
var columnSpan = grid.GetColumnSpan(row, column);
var rowSpan = grid.GetRowSpan(row, column);
var fingerprint = GetFlyingGooseFingerprint(layoutSite.Node, layoutSite.PathOrientation.PointOffset);
if (fingerprint != null)
{
bool flyingGooseCreated = false;
LayoutSite layoutSiteRight = null; // Assume layout site does not exist.
if (column + columnSpan < grid.ColumnCount)
{
if (grid.GetLayoutSite(row, column + columnSpan).Node != null)
{
if (grid.GetColumnSpan(row, column + columnSpan) == columnSpan &&
grid.GetRowSpan(row, column + columnSpan) == rowSpan)
{
layoutSiteRight = grid.GetLayoutSite(row, column + columnSpan);
}
}
}
if (layoutSiteRight != null)
{
var matchingRightFingerprint = GetFlyingGooseMatchingHorizontalFingerprint(layoutSite.Node, layoutSite.PathOrientation.PointOffset);
var rightFingerprint = GetFlyingGooseFingerprint(layoutSiteRight.Node, layoutSiteRight.PathOrientation.PointOffset);
if (rightFingerprint == matchingRightFingerprint)
{
var halfSquareTriangle = (HalfSquareTriangleLayoutNode)layoutSite.Node;
FabricStyle fabricStyleBody;
FabricStyle fabricStyleCorner;
switch (layoutSite.PathOrientation.PointOffset)
{
case 0:
case 1:
fabricStyleCorner = ((ShapeNode)halfSquareTriangle.LayoutSites[0].Node).FabricStyle;
fabricStyleBody = ((ShapeNode)halfSquareTriangle.LayoutSites[1].Node).FabricStyle;
break;
case 2:
case 3:
fabricStyleCorner = ((ShapeNode)halfSquareTriangle.LayoutSites[1].Node).FabricStyle;
fabricStyleBody = ((ShapeNode)halfSquareTriangle.LayoutSites[0].Node).FabricStyle;
break;
default:
throw new InvalidOperationException("Unexpected point offset.");
}
var nodeBounds = halfSquareTriangle.Path.GetBounds();
var width = nodeBounds.MaximumX - nodeBounds.MinimumX;
var height = nodeBounds.MaximumY - nodeBounds.MinimumY;
var area = new Area(width * 2, height).Round();
AddFlyingGooseInputs(factory, fabricStyleBody, fabricStyleCorner, area, trimTriangles);
consumedNodes.Add(new Tuple <int, int>(row, column));
consumedNodes.Add(new Tuple <int, int>(row, column + columnSpan));
flyingGooseCreated = true;
}
}
LayoutSite layoutSiteDown = null; // Assume layout site does not exist.
if (row + rowSpan < grid.RowCount)
{
if (grid.GetLayoutSite(row + rowSpan, column).Node != null)
{
if (grid.GetColumnSpan(row + rowSpan, column) == columnSpan &&
grid.GetRowSpan(row + rowSpan, column) == rowSpan)
{
layoutSiteDown = grid.GetLayoutSite(row + rowSpan, column);
}
}
}
if (!flyingGooseCreated && layoutSiteDown != null)
{
var matchingDownFingerprint = GetFlyingGooseMatchingVerticalFingerprint(layoutSite.Node, layoutSite.PathOrientation.PointOffset);
var downFingerprint = GetFlyingGooseFingerprint(layoutSiteDown.Node, layoutSiteDown.PathOrientation.PointOffset);
if (downFingerprint == matchingDownFingerprint)
{
var halfSquareTriangle = (HalfSquareTriangleLayoutNode)layoutSite.Node;
FabricStyle fabricStyleBody;
FabricStyle fabricStyleCorner;
switch (layoutSite.PathOrientation.PointOffset)
{
case 0:
case 3:
fabricStyleCorner = ((ShapeNode)halfSquareTriangle.LayoutSites[0].Node).FabricStyle;
fabricStyleBody = ((ShapeNode)halfSquareTriangle.LayoutSites[1].Node).FabricStyle;
break;
case 1:
case 2:
fabricStyleCorner = ((ShapeNode)halfSquareTriangle.LayoutSites[1].Node).FabricStyle;
fabricStyleBody = ((ShapeNode)halfSquareTriangle.LayoutSites[0].Node).FabricStyle;
break;
default:
throw new InvalidOperationException("Unexpected point offset.");
}
var nodeBounds = halfSquareTriangle.Path.GetBounds();
var width = nodeBounds.MaximumX - nodeBounds.MinimumX;
var height = nodeBounds.MaximumY - nodeBounds.MinimumY;
var area = new Area(width * 2, height).Round();
AddFlyingGooseInputs(factory, fabricStyleBody, fabricStyleCorner, area, trimTriangles);
consumedNodes.Add(new Tuple <int, int>(row, column));
consumedNodes.Add(new Tuple <int, int>(row + rowSpan, column));
}
}
}
}
}
}
for (int row = 0; row < grid.RowCount; ++row)
{
for (int column = 0; column < grid.ColumnCount; ++column)
{
if (!consumedNodes.Exists(r => r.Item1 == row && r.Item2 == column))
{
var child = grid.GetLayoutSite(row, column).Node;
if (child != null)
{
AddNodeInputs(factory, child, trimTriangles);
}
}
}
}
}
protected override IBuildComponent Clone(BuildComponentFactory factory)
{
return(factory.CreateBuildComponentQuilt(KitSpecification, Design));
}
#pragma warning disable IDE0051 // Remove unused private members
private IBuildComponent Split(BuildComponentFactory factory, IBuildComponent component, int quantity)
#pragma warning restore IDE0051 // Remove unused private members
{
return(component.Split(factory, quantity));
}
protected override IBuildComponent Clone(BuildComponentFactory factory)
{
return(factory.CreateBuildComponentRectangle(FabricStyle, Area));
}
protected override IBuildComponent Clone(BuildComponentFactory factory)
{
return(factory.CreateBuildComponentFlyingGooose(FabricStyles[0], FabricStyles[1], Area, Trim));
}
public override void ComputeInputs(BuildComponentFactory factory)
{
if (Consumes.Count != 0)
{
throw new InvalidOperationException("Inputs already computed.");
}
if (Produces.Count != 1 ||
!(Produces[0] is BuildComponentQuilt))
{
throw new InvalidOperationException("Invalid outputs.");
}
var output = Produces[0] as BuildComponentQuilt;
// Add build components for quilt top.
//
AddLayoutNodeInputs(factory, output.PageLayoutNode, output.KitSpecification.TrimTriangles, true);
// Add build components for binding.
//
{
var bindingWidth = output.KitSpecification.BindingWidth;
if (bindingWidth.Value > 0)
{
var maxBindingHeight = new Dimension(40, DimensionUnits.Inch);
var bindingAllowance = new Dimension(12, DimensionUnits.Inch);
var style = output.KitSpecification.BindingFabricStyle;
var bindingHeight = (output.KitSpecification.Width * 2) + (output.KitSpecification.Height * 2) + bindingAllowance;
while (bindingHeight > maxBindingHeight)
{
AddOrUpdateInput(factory, style, Area.CreateHorizontalArea(bindingWidth, maxBindingHeight));
bindingHeight -= maxBindingHeight;
}
{
AddOrUpdateInput(factory, style, Area.CreateHorizontalArea(bindingWidth, bindingHeight));
}
}
}
// Add build components for backing.
{
if (output.KitSpecification.HasBacking)
{
var maxBackingHeight = new Dimension(3 * 36, DimensionUnits.Inch);
var maxBackingWidth = new Dimension(40, DimensionUnits.Inch);
var style = output.KitSpecification.BackingFabricStyle;
var backingHeight = output.KitSpecification.Height;
while (backingHeight > maxBackingHeight)
{
var backingWidth = output.KitSpecification.Width;
while (backingWidth > maxBackingWidth)
{
AddOrUpdateInput(factory, style, Area.CreateHorizontalArea(maxBackingWidth, maxBackingHeight));
backingWidth -= maxBackingWidth;
}
{
AddOrUpdateInput(factory, style, Area.CreateHorizontalArea(backingWidth, maxBackingHeight));
}
backingHeight -= maxBackingHeight;
}
{
var backingWidth = output.KitSpecification.Width;
while (backingWidth > maxBackingWidth)
{
AddOrUpdateInput(factory, style, Area.CreateHorizontalArea(maxBackingWidth, backingHeight));
backingWidth -= maxBackingWidth;
}
{
AddOrUpdateInput(factory, style, Area.CreateHorizontalArea(backingWidth, backingHeight));
}
}
}
}
}
