big | big is the same as double.MaxValue |

bigI | bigI is the same as int.MaxValue |

DecimalSign | Sets or gets the DecimalSeparator. |

Delimiter | Separates the coordiantes of a xyz-point, when it is converted to a string Defaultvalue is "/" |

DoubleFormat | This format is taken for all conversions from double to string. The default is "0.######". |

epsilon | The constant epsilon is used in the methods less and equals. It means the tolerance of these functions. The default value is 1e-10 |

small | small is the same as double.MinValue |

smallI | smallI is the same as int.MinValue |

Angle | Overloaded. Calculates the angle in radian between two vectors in a counterclockwise sense. |

Bernstein | Calculates the Bernstein coefficient of degree and index id at the value t. This is used for the calculation of Bezierfunction and Meshes |

BernsteinDerive | Calculate the derivation of the Bernstein coefficient of degree, index id at the value t. |

CoeffSpline | Returns the spline coefficients for a given parameter t from the interval[0,1] a knotsarray, a count of controlpoins and the degree |

CoeffSplineEx | Returns the spline coefficients and the derivated spline coefficients for a given parameter t from the interval[0,1] a knotsarray, a count of controlpoins and the degree |

ColorXor | Calculates the xored value of the Color C with ColorBack. |

CombineAnd | Combines the sorted arrays a and b by a logical "and". The first member of a (b) toggle the state to true, the second to false and so on. The result toggle to true only when both a and b have the state true. If one have the state false then the result toggles to false. |

DefaultKnots | Returns an array of ControlPointCount + Degree + 1 knots, which are not uniform. Example: KNOTS={0,0,0,0,1,2,2,2,2} for ControlPointCount=5 and Degree =3. |

DegToRad | Calculates the radian of a degreemeasure |

Equals | Overloaded. This function checks the equality between two values. This is to avoid errors about computational accuracy with doubles. If their distance is less then epsilon, then equality is done. |

FloatToStr | Converts a floating value to a string by using DoubleFormat |

funBezier | retrieves the value of Bezierfunction at t. The degree is given by the count of "Points" in the array "Points". |

funBezier3D | Calculates the 3D-Points of a Bezier curve of degree 3 with controlpoints "Points". |

funBezierDerive | retrieves the first derive of Bezierfunction at t. The degree is 3; |

funBezierDerive3D | retrieves the first derive of 3D- Bezier curve at t. The degree is 3; |

funBSpline2d | Calculates the 2-dimensional spline. It returns a point to a given parameter t from the interval[0,1], the knots, the degree and the controlpoints |

funBSpline3d | Calculates the derivation of 3-dimensional spline. It returns a vactor to a given parameter t from the interval[0,1], the knots, the degree and the controlpoints |

funBSplineDerived2d | Calculates the 2-dimensional spline. It returns a point to a given parameter t from the interval[0,1], the knots, the degree and the controlpoints |

funBSplineDerived3d | Calculates the 3-dimensional spline. It returns a point to a given parameter t from the interval[0,1], the knots, the degree and the controlpoints |

funNurbs2d | Calculates the 2-dimensional nurbs. It returns a point to a given parameter t from the interval[0,1], the knots,the weights, the degree and the controlpoints |

funNurbs3d | Calculates the 3-dimensional nurbs. It returns a point to a given parameter t from the interval[0,1], the knots,the weights, the degree and the controlpoints |

funNurbsDerive2d | Calculates the the derivation of a 2-dimensional nurbs. It returns a tangent vector to a given parameter t from the interval[0,1], the knots,the weights, the degree and the controlpoints |

funNurbsDerive3d | Calculates the the derivation of a 3-dimensional nurbs. It returns a tangent vector to a given parameter t from the interval[0,1], the knots,the weights, the degree and the controlpoints |

funQSpline | retrieves the value of QSpline ( a quadratic weighted spline) at t. He is given by two points A and B and a controlpoint P. Additionally a weight for the attraction of the controlpoint can be set. |

funQSpline3D | retrieves the value of 3D- QSpline ( a quadratic weighted spline) at t. He is given by two points A and B and a controlpoint P. Additionally a weight for the attraction of the controlpoint can be set. |

funQSplineDerive | Retrieves the first derivation of a Qspline. See funQSpline. |

funQSplineDerive3D | Retrieves the first derivation of a 3D-Qspline. See funQSpline3D. |

GetMaxRectangle | Overloaded. Calculates a minimum rectangle containing R1 and R2 |

InsideRectangle | Overloaded. Calculates whether a point is inside a rectangle or not. |

Less | This function controls, at which point a number is lower then an other, this means if the difference b - a is less than epsilon, then a is really less than b. |

MaxRect | Overloaded. Check the point xy and retrieves a rectangle, which contains the rectangle rect and the point xyz |

Mesh | Calculates a Bezier surface. It returns for to parameter u,v from [0,1] a 3D-Point. The array Points contains the Controlpoints. Hint : if the dimension of Points is greather than 4, a zero point will be returned. |

MeshDeriveU | Calculates the partial u-derivation of a Bezier surface. It returns for to parameter u,v from [0,1] a vector. The array Points contains the Controlpoints. Hint : if the dimension of Points is greather than 4, a zero point will be returned. |

MeshDeriveV | Calculates the partial v-derivation of a Bezier surface. It returns for to parameter u,v from [0,1] a vector. The array Points contains the Controlpoints. Hint : if the dimension of Points is greather than 4, a zero point will be returned. |

N_over_K | Returns the binomialcoefficient, with N over K. z.b.: N_over_K(6, 2) is 15; |

OrderRect | Order the values of a rectangle such that left < right and bottom < top |

PolarUnit | Calculates the points of a unit sphere, where Alpha indicates the geographical longitude and Phi the latitude. For the values Apha = 0 and Phi = 0 you get the Point(1, 0, 0). For an arbitrary sphere you have to multiply with it´s Radius |

RadToDeg | Converts Degree to Radian |

RectNomalize | represents the format in which a double value is converted to a string by FloatToStr This format is used by the overridden ToString-method of xyz, xy .. |

Resetrectangle | Rests a rectangle. |

Round | The classical round-method which returns an integer. This integer is the nearest integer to "value". |

Spat | Calculates the Spat-product which is defined by (a X b). c, where "X" is the cross product and "." is the dot product. It´s the same as the determinant of the Matrix, which has this vectors as columns. |

StrToFloat | Convert a string to float. Decpoint and deccomma are valid separators! By using this conversion you avoid a lot of troubles. |

TransformRectangle | Transforms a rectangle by a transformation. |

trunc | The classical trunc-method which returns an integer. This integer is the greatest integer lower than "value". |

UniformKnots | Returns an array of ControlPointCount + Degree + 1 knots, which are uniform. Example: KNOTS={0,1.125,0.25,0.375,0.5,0.625,0.75,0.875,1} for ControlPointCount=5 and Degree =3. |

UnitToPolar | Calculates the polar angles of a Point |

Utils Constructor | Initializes a new instance of the Utils class. |

Equals (inherited from Object) | Overloaded. |

GetHashCode (inherited from Object) | |

GetType (inherited from Object) | |

ToString (inherited from Object) |

Finalize (inherited from Object) | |

MemberwiseClone (inherited from Object) |

Utils Class | Drawing3d.Math Namespace