KnotVectorExtender Class
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BasisFuns(this double[], int, double, int) | Compute the non vanishing basis functions. |
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DersBasisFuns(this double[], int, double, int, int) | Compute nonzero basis functions and their derivatives |
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Equals(Object) | Determines whether the specified object is equal to the current object. (inherited from Object). |
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Finalize | Allows an object to try to free resources and perform other cleanup operations before it is reclaimed by garbage collection. (inherited from Object). |
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FindSpan(this double[], int, int, double) | Determines the knot span index. |
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FindSpanMult(this double[], double, int, out int, out int) | Given a double u in the inteval [u_k, u_k+1), finds the index k and the multiplicity s |
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FindSpanMult(this double[], ref double, int, double, out int, out int) | Given a double u in the inteval [u_k, u_k+1), finds the index k and the multiplicity s |
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GetFirstSimilarKnotIndex(this double[], int, double, out int, out int) | Gets the index of the first similar knot vector (within prescribed tolerance). |
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GetHashCode | Serves as the default hash function. (inherited from Object). |
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GetStyle(this double[], int, int) | Gets the knot vector style. |
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GetType | Gets the Type of the current instance. (inherited from Object). |
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IsClamped(this double[], int, int) | Checks if the knot vector is clamped. |
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IsClamped(this double[], int, int, out bool, out bool) | Checks if the knot vector is clamped. |
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IsValid(this double[], int) | Checks knot vector for incorrect multiplicity and monotonicity. The knot vector is considered valid even if it doesn't have p+1 equal knots at the beginning and at the end. (UNclamped curve) |
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IsValid(this double[], int, int) | Checks knot vector for incorrect multiplicity and monotonicity. The knot vector must have p+1 equal knots at the beginning and at the end. (Clamped curve) |
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Left(this double[]) | First value of this knot vector. |
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MemberwiseClone | Creates a shallow copy of the current Object. (inherited from Object). |
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MinAcceptableKnotDistance(this double[], int) | Computes the minimum acceptable knot distance. |
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Multiplicity(this double[], int) | Computes the multiplicity of the spcified knot value. |
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Normalize(this double[]) | Normalize the values in the array. |
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Offset(this double[], double) | Adds the specifies delta to all the values of the array. |
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OneBasisFun(this double[], int, double, int) | Computes the basis function Nip. |
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Reverse(this double[]) | Reverts the knot vector. |
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Reverse(this double[], double) | Reverts the knot vector. |
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Right(this double[]) | Last value of this knot vector. |
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Scale(this double[], double) | Scales all the values of the array of the specified scale factor. |
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SpanCount(this double[], int, int) | Computes number of non-empty spans |
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Split(this double[], double, int, int, int, out int) | For internal use only. |
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Split(this double[], int, int, out int, out double) | Split a knot vector at the center, by adding multiplicity k knots near the middle of the parameter range. Tries to start with an existing knot, but will add a new knot value if there's nothing in "the middle" (e.g. a Bezier curve). |
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ToString | Returns a string that represents the current object. (inherited from Object). |
devDept.Eyeshot.Entities.KnotVectorExtender