public string ItAdjustsFromRelativeTransforms(RelativeOriginTransform dir)
{
var element = new Mock<IElement>();
element.SetupGet(x => x.Width).Returns(12);
element.SetupGet(x => x.Depth).Returns(12);
element.SetupGet(x => x.Height).Returns(12);
var trans = new Transform(10,10,10)
.Adjust(dir, element.Object);
return string.Join(",", new[] {trans.X, trans.Z, trans.Y});
}
private void Plan(IEnumerable<IStatement> statements, SymbolTable symbolTable, Transform transform, ComplexElement def)
{
foreach (var statement in statements)
{
if (statement is ElementDefinition) {
var anotherDef = (ElementDefinition) statement;
var ele = new ComplexElement();
Plan(anotherDef.Statements, symbolTable.Push(), Transform.Identity, ele);
symbolTable = symbolTable.AddSymbol(anotherDef.Name, ele);
}
else if (statement is BuildByIdentifier)
{
var build = (BuildByIdentifier) statement;
var ele = symbolTable[build.Identifier];
var buildInst = new BuildInstruction(build.Shape, build.Dimension, transform.Adjust(build.Location), ele);
def.AddBuildInstruction(buildInst);
}
else if (statement is BuildByStatements)
{
var build = (BuildByStatements) statement;
var ele = new ComplexElement();
Plan(build.Statements, symbolTable, Transform.Identity, ele);
var buildInst = new BuildInstruction(build.Shape, build.Dimension, transform.Adjust(build.Location), ele);
def.AddBuildInstruction(buildInst);
}
else if (statement is OriginTransformStatement)
{
var transStatement = (OriginTransformStatement) statement;
if (transStatement.Instructions is AbsoluteTransformInstructions)
{
var absInstr = (AbsoluteTransformInstructions) transStatement.Instructions;
var newTrans = transform.Adjust(absInstr.Direction, absInstr.Degree);
Plan(transStatement.Statements,symbolTable,newTrans,def);
}
else
{
var absInstr = (RelativeTransformInstructions) transStatement.Instructions;
var newTrans = transform.Adjust(absInstr.Direction, def);
Plan(transStatement.Statements,symbolTable,newTrans,def);
}
}
}
}
public string ItAdjustsFromAbsoluteTransforms(AbsoluteOriginTransform dir, int degree)
{
var trans = new Transform(10,10,10).Adjust(dir, degree);
return string.Join(",", new[] {trans.X, trans.Z, trans.Y});
}
public void Build(IBlockStamp stamp, Transform transform)
{
throw new NotImplementedException();
}
public void Place(IBlockStamp stamp, Transform transform)
{
_layout.Build(stamp, transform);
}
public void Build(IBlockStamp stamp, Transform transform)
{
IShapePlan plan = null;
switch (_shape)
{
case BuildShape.Box:
plan = new BoxPlan(_dimension);
break;
case BuildShape.Wall:
plan = new WallPlan(_dimension);
break;
default: throw new RuntimeException("Unknown shape: " + _shape);
}
foreach (var location in plan.GetLocations()
.Select(x => new Location(
x.X*_toBuild.Width + Location.X + transform.X,
x.Z*_toBuild.Depth + Location.Z + transform.Z,
x.Y*_toBuild.Height + Location.Y + transform.Y
)))
{
_toBuild.Build(stamp, new Transform(location.X, location.Z, location.Y));
}
}
public void Build(IBlockStamp stamp, Transform trans)
{
stamp.PlaceBlock(_block, trans.ToLocation());
}
public void Build(IBlockStamp stamp, Transform transform)
{
foreach (var buildInstruction in BuildInstructions)
{
buildInstruction.Build(stamp, transform);
}
}