FromString | You can initialize an xyArray with a string. For example: xyzArray A; A= fromString( "{0/0; 10/0; 10/10; 0/10}"); |

Multiplication Operator | Multiplicates each point with a Matrix m |

xyArray | Overloaded. Initializes a new instance of the xyArray class. |

ClockWise | Reads and writes the orientation. A xyArray is ClockWise, if cross > 0. If you set the value of clockwise to a new value, the array will be inverted. |

Count | The property Count holds the number of elemements. The property is also settable. |

data | Array, which holds the points |

Item | This is the default indexer property |

Maxrect | Gets a Maxrect like GetMaxrect |

Add | Adds a point to the xyArray. A[0] = new xy(1,2); .. A[9] ) new xyz(4,-2); as Create an Array of length 0 and add 10 times a point. |

Before | Returns the beforeindex. This means i-1 if i > 0 otherwise count-1, when the array is closed. |

Closed | if the first and the last point are equal, it returns true |

ContainsPoint | If the rectangle R contains any point of the array true will be returned |

copy | Creates a copy of the polygon and retrieves it. |

cross | Calcuates the cross product for all members, what is useful for the calculation of the orientation and the area of the array. The length of cross : 2 * area of the polygon |

Direction | Calculates the direction of the polygon in a point, which is described by its param |

Distance | Overloaded. Calculates the distance to a Point, if this distance is smaller than MaxDist. Otherwise big will be returned. |

Equals (inherited from Object) | |

FromArray | Initializes with a xy[] array. |

getCrossList | Overloaded. Get a list of cross points with an other closed xyArray. The items of CrossList are CrossItem. The items are sorted by the Param1. Every Crosslist contains an even number of cross points, one for going in and one for going out. |

GetEnumerator | Implements the method GetEnumerator and returns the IEnumerator of the datafield. |

GetHashCode (inherited from Object) | |

GetMaxrect | Overloaded. Get the minimal rectangle containing transformed xyArray. |

GetType (inherited from Object) | |

Inside | Checks the position of a point P (whether it lays inside the polygon or not). |

Invert | Inverts the array. The first entry will be the last and so on. |

IsConvex | Returns true if the array is convex. |

LengthToParam | Converts a given length to a parameter, which can be used as param for the Value-method. |

Next | Returns the next index. If the array is closed the next index of Count-1 is 0 else it is i+1. |

ParamToLength | Calculates the length of the array form 0 until the parameter given by Param. For a Param = Count you get the full length of the array |

RemoveAt | Removes the Point with a given Index from the Array |

RemoveZeros | Remove Points, which has a distance zero to the neighbour. |

Round | Rounds the coordinates of all members to the destinated number of "Decimals"/> to |

SetOperation | This function implements settheoretical operations for closed xyArrays. The result is a list of xyArrays (see Loxy |

Slice | Overloaded. By Value you can get a point A= value(from) and a point B= value(to). The part of the array, which is bounded by this points will be copied to the Slicearray. |

ToArray | Returns an xy[] array |

ToString | Returns a string, which starts with "{" and ends with "}". The points are separated with ";". |

ToxyzArray | Converts a xyArray to a xyzArray by lifting each xy to a xyz with z=0; |

Transform | The method transforms every point in the array by the matrix m. |

TransformEx | The method transforms every point in the array by the matrix m and returns these points in an array. |

Triangulation | Calculates a Triangulation (also known as tesselation) and returns the triangles in a TriangleList |

Value | Calculates a point on the polygon belonging to param. For param = 0 , 1, 2, 3 ... you get the points this[0], this[1], this[2], this[3],... For values between a linear interpolation will be done. xyzArray a = new xyzArray(4); a[0]= new xyz(1, 1 ); a[1]= new xyz(1,-1); a[2]= new xyz(3, 4); a[3]= new xyz(2, 2); //a.Value(2.5) = (2.5, 3) |

Finalize (inherited from Object) | |

GetMaxrect | Overloaded. Get the minimal rectangle, which contains the xyArray |

MemberwiseClone (inherited from Object) |

xyArray Class | Drawing3d.Math Namespace | TriangleList | cross