internal BorderCollection(ColoBox boundingBox, DXFPoc.Model.LocationStatemachine.Machine machine)
{
this.boundingBox = boundingBox;
borders = new List <Border>();
transformed_borders = new List <Border>();
this.locationMachine = machine;
}
internal void SetBoundingBox(List <ColoBox> staticBoxes)
{
boundingBox = GetBiggestBox(staticBoxes);
DXFPoc.Model.LocationStatemachine.Machine locationMachine = new LocationStatemachine.Machine(coldAisle, spaceAfterObstacle, boundingBox);
this.locationMachine = locationMachine;
this.locationMachine.direction = DirectionController;
borderVerifier = new BorderVerifier(staticBoxes, locationMachine);
locationMachine.BorderVerifier = borderVerifier;
//if (borderVerifier.IsRotating)
//{
// double angle = borderVerifier.Angle;
// foreach (ColoBox cb in staticBoxes)
// {
// cb.Rotate(angle);
// }
//}
//borderVerifier = new BorderVerifier(staticBoxes, locationMachine);
}
internal BorderVerifier(List <ColoBox> staticBoxes, DXFPoc.Model.LocationStatemachine.Machine machine)
{
this.boundingBox = machine.boundingBox;
this.locationMachine = machine;
verticalX = new BorderCollection(boundingBox, machine);
horizontalY = new YBorderCollection(boundingBox, machine);
tilted = new TiltedBorderCollection(boundingBox, machine);
loadBorderCollections(staticBoxes, false);
//if tilted has values and verticalX and horizontalY are empty, rotate the drawing
if (tilted.Count > 0 && horizontalY.Count == 0 && verticalX.Count == 0)
{
machine.IsRotated = true;
rotateDrawing();
//recalculate the borders after the rotation
//loadBorderCollections(staticBoxes, true);
}
}
internal TiltedBorderCollection(ColoBox boundingBox, DXFPoc.Model.LocationStatemachine.Machine machine)
: base(boundingBox, machine)
{
}
