public override void MakeSchemaCompliant()
{
base.MakeSchemaCompliant();
NumberOfDimensions.MakeSchemaCompliant();
CellGeometry.MakeSchemaCompliant();
TransformationParameterAvailability.MakeSchemaCompliant();
}
public void Length_NegativeCoordinates_ShouldReturnCorrectLength()
{
var geometry = new CellGeometry(
new Vector3(0, -1, -2),
new Vector3(-1, -2, -3),
face.Object);
Assert.AreEqual(1.732, geometry.Length, 0.0001f);
}
private IEnumerable <IPlantCell> CreateNodeCells(IPlantPartDescriptor descriptor)
{
var top = descriptor.Top;
var bottom = new Vector3(top.X, top.Y, top.Z);
var polygon = new Vector2[0];
var face = new Face(polygon);
var geo = new CellGeometry(top, bottom, face);
var cell = cellFactory.CreateCell(PlantCellType.Parenchyma, geo, new Vacuole(), new CellWall());
return(new [] { cell });
}
public IPlantCell[] Divide(IPlantCell cell, IPlantPart plantPart)
{
ICellGeometry geo = cell.Geometry;
Vector3 halfPoint = GetCellHalfWay(geo);
ICellGeometry topCellGeometry = new CellGeometry(geo.TopCenter, halfPoint, geo.Face);
ICellGeometry bottomCellGeometry = new CellGeometry(halfPoint, geo.BottomCenter, geo.Face);
IPlantCell[] cells = new IPlantCell[2];
cells[0] = CreatePlantCell(cell.CellType, topCellGeometry, cell.Vacuole, cell.CellWall);
cells[1] = CreatePlantCell(cell.CellType, bottomCellGeometry, cell.Vacuole, cell.CellWall);
return(cells);
}
private (ICellGeometry original, ICellGeometry first, ICellGeometry second) CreateGeometries()
{
var face = new Face(new[]
{
new Vector2(0), new Vector2(0)
});
var top = new Vector3 {
X = 23F, Y = 30F, Z = 10F
};
var bottom = new Vector3 {
X = 10F, Y = 12F, Z = 2F
};
var half = new Vector3 {
X = 16.5F, Y = 21, Z = 6
};
ICellGeometry original = new CellGeometry(top, bottom, face);
ICellGeometry first = new CellGeometry(top, half, face);
ICellGeometry second = new CellGeometry(half, bottom, face);
return(original, first, second);
}
