MtxIntDiff.MonteCarlo Method

#	Name	Description
1	Fun	Integrating function.
2	Constants	Additional constants defining Fun function, usually nil/null.
3	ObjConst	Additional objects defining Fun function, usually nil/null.
4	lb	Defines lower bound.
5	ub	Defines pper bound.
6	N	Number of random points in [lb,ub] interval (see comments above).
7	FloatPrecision	Defines the computational precision to be used by the routine.

Returns: Double - the numerical approximate on integral of function Fun between limits lb and ub.

Copyprivate double IntFun(TVec x, TVec c, params object[] o)
{
    double x = x[0];
    return System.Math.Sin(x);
}
private void Example()
{
    TIntStopReason sr;
    double area = MtxIntDif.MonteCarlo(IntFun,0.0,System.Math.PI,null,null,65536);
}