public VolumeRatio(int windowSize)
: base(1)
{
_msPv = new MovingSum(windowSize);
_msNv = new MovingSum(windowSize);
_msZv = new MovingSum(windowSize);
}
public DirectionMovementIndex(int windowSize)
: base(1)
{
_msPdm = new MovingSum(windowSize);
_msNdm = new MovingSum(windowSize);
_msTr = new MovingSum(windowSize);
_maDx = new MovingAverage(windowSize);
_adx = new CirculatedArray <double>(windowSize);
}
public ArBrCr(int windowSize)
: base(1)
{
_sumUp = new MovingSum(windowSize);
_sumDown = new MovingSum(windowSize);
_sumBrBs = new MovingSum(windowSize);
_sumBrSs = new MovingSum(windowSize);
_sumCrBs = new MovingSum(windowSize);
_sumCrSs = new MovingSum(windowSize);
}
public UltimateOscillator(int windowSize1, int windowSize2, int windowSize3, double weight1, double weight2, double weight3)
: base(1)
{
if (weight1 < 0.0 || weight2 < 0.0 || weight3 < 0.0)
{
throw new ArgumentOutOfRangeException("weight");
}
_weight[0] = weight1;
_weight[1] = weight2;
_weight[2] = weight3;
_msBp[0] = new MovingSum(windowSize1);
_msTr[0] = new MovingSum(windowSize1);
_msBp[1] = new MovingSum(windowSize2);
_msTr[1] = new MovingSum(windowSize2);
_msBp[2] = new MovingSum(windowSize3);
_msTr[2] = new MovingSum(windowSize3);
}
public CostMovingAverage(int windowSize)
: base(windowSize)
{
_msCost = new MovingSum(windowSize);
_msVolume = new MovingSum(windowSize);
}
public MoneyFlowIndex(int windowSize)
: base(1)
{
_msNmf = new MovingSum(windowSize);
_msPmf = new MovingSum(windowSize);
}
public MovingAverage(int windowSize)
: base(1)
{
_movingSum = new MovingSum(windowSize);
}
public RelativeStrengthIndex(int windowSize)
: base(1)
{
_msUc = new MovingSum(windowSize);
_msDc = new MovingSum(windowSize);
}
public WilliamVariableAccumulationDistribution(int windowSize)
: base(1)
{
_ms = new MovingSum(windowSize);
}
public AccumulationDistribution(int windowSize)
: base(1)
{
_sumCost = new MovingSum(windowSize);
_sumVolume = new MovingSum(windowSize);
}
