anchor.diff:      /// <remarks>Computes the remainder of dividing each element of tensor <paramref name="a"/> by the 
       /// corresponding element of tensor <paramref name="b"/> and writes the result into this tensor.
       /// This tensor, <paramref name="a"/> and <paramref name="b"/> must have the same type and storage.</remarks>
  -    /// <seealso cref="%"/>
  +    /// <seealso cref="op_Modulus"/>
       member trgt.FillModulo (a: Tensor<'T>) (b: Tensor<'T>) = 
           let a, b = Tensor.PrepareElemwiseSources (trgt, a, b)
           trgt.Backend.Modulo (trgt=trgt, src1=a, src2=b)
  
positive.code:     /// let b = isFinite a // b = [false; true; false; true; false]
      /// </code></example>
      /// <remarks>Checks each element of the specified tensor for finity (not -Inf, Inf or NaN) and returns
      /// the results as a new tensor of type <c>bool</c>.
      /// <seealso cref="FillIsFinite"/>
      static member isFinite (a: Tensor<'T>) : Tensor<bool> = 
          let trgt, a = Tensor.PrepareElemwise (a)
          trgt.FillIsFinite (a)
  
negative.code:     /// <remarks>Divides each element of tensor <paramref name="a"/> by the corresponding element of tensor <paramref name="b"/>
      /// and writes the result into this tensor.
      /// This tensor, <paramref name="a"/> and <paramref name="b"/> must have the same type and storage.</remarks>
      /// <seealso cref="op_Division"/>
      member trgt.FillDivide (a: Tensor<'T>) (b: Tensor<'T>) = 
          let a, b = Tensor.PrepareElemwiseSources (trgt, a, b)
          trgt.Backend.Divide (trgt=trgt, src1=a, src2=b)
  