public override void Set(int index, Mq4Double value)
{
base.Set(index, value);
switch (index)
{
case MQ4Const.OBJPROP_TIME1:
_index = _timeSeries.GetIndexByTime(Time1);
break;
}
}
private void OnValueChanged(int index, Mq4Double value)
{
int indexToSet;
if (_mq4Array.IsInverted)
indexToSet = _mq4Array.Length - index;
else
indexToSet = index;
if (indexToSet < 0)
return;
_dataSeries[indexToSet] = value;
}
public virtual void Set(int index, Mq4Double value)
{
_properties[index] = value;
}
Mq4Double calculateZigzagKwanMBFXTiming()
{
Mq4Double index = 0;
Mq4Double debut = 0;
Mq4Double ld_208 = 0;
Mq4Double ld_200 = 0;
Mq4Double ld_192 = 0;
Mq4Double ld_184 = 0;
Mq4Double ld_176 = 0;
Mq4Double ld_168 = 0;
Mq4Double ld_160 = 0;
Mq4Double ld_152 = 0;
Mq4Double ld_144 = 0;
Mq4Double ld_136 = 0;
Mq4Double ld_128 = 0;
Mq4Double ld_120 = 0;
Mq4Double ld_112 = 0;
Mq4Double coFactor = 0;
Mq4Double factor = 0;
Mq4Double oldAverage = 0;
Mq4Double average = 0;
Mq4Double ld_72 = 0;
Mq4Double ld_64 = 0;
Mq4Double ld_56 = 0;
Mq4Double ld_48 = 0;
Mq4Double ld_40 = 0;
Mq4Double priceProgression = 0;
Mq4Double result = 0;
Mq4Double secondCycle = 0;
Mq4Double firstCycle = 0;
Mq4Double lenBase = 0;
debut = MarketSeries.Close.Count - len - 1;
for (index = debut; index >= 0; index--)
{
if (firstCycle == 0.0)
{
firstCycle = 1.0;
secondCycle = 0.0;
lenBase = Math.Max(len - 1.0, 5);
average = 100.0 * ((High[index] + Low[index] + Close[index]) / 3.0);
factor = 3.0 / (len + 2.0);
coFactor = 1.0 - factor;
}
else
{
firstCycle = (firstCycle < lenBase) ? firstCycle + 1 : lenBase + 1.0;
oldAverage = average;
average = 100.0 * ((High[index] + Low[index] + Close[index]) / 3.0);
priceProgression = average - oldAverage;
ld_112 = coFactor * ld_112 + factor * priceProgression;
ld_120 = factor * ld_112 + coFactor * ld_120;
ld_40 = 1.5 * ld_112 - ld_120 / 2.0;
ld_128 = coFactor * ld_128 + factor * ld_40;
ld_208 = factor * ld_128 + coFactor * ld_208;
ld_48 = 1.5 * ld_128 - ld_208 / 2.0;
ld_136 = coFactor * ld_136 + factor * ld_48;
ld_152 = factor * ld_136 + coFactor * ld_152;
ld_56 = 1.5 * ld_136 - ld_152 / 2.0;
ld_160 = coFactor * ld_160 + factor * Math.Abs((double)priceProgression);
ld_168 = factor * ld_160 + coFactor * ld_168;
ld_64 = 1.5 * ld_160 - ld_168 / 2.0;
ld_176 = coFactor * ld_176 + factor * ld_64;
ld_184 = factor * ld_176 + coFactor * ld_184;
ld_144 = 1.5 * ld_176 - ld_184 / 2.0;
ld_192 = coFactor * ld_192 + factor * ld_144;
ld_200 = factor * ld_192 + coFactor * ld_200;
ld_72 = 1.5 * ld_192 - ld_200 / 2.0;
if (firstCycle <= lenBase && average != oldAverage)
{
secondCycle = 1.0;
}
if (firstCycle == lenBase && secondCycle == 0.0)
{
firstCycle = 0.0;
}
}
if (firstCycle > lenBase && ld_72 > 1E-10)
{
result = 50.0 * (ld_56 / ld_72 + 1.0);
if (result > 100.0)
{
result = 100.0;
}
if (result < 0.0)
{
result = 0.0;
}
}
else
{
result = 50.0;
}
standMq4Output[index] = result;
buyMq4Output[index] = result;
sellMq4Output[index] = result;
signalMq4Output[index] = standSignal;
if (standMq4Output[index] > standMq4Output[index + 1] - filter)
{
sellMq4Output[index] = MQ4Const.EMPTY_VALUE;
signalMq4Output[index] = buySignal;
}
else if (standMq4Output[index] < standMq4Output[index + 1] + filter)
{
buyMq4Output[index] = MQ4Const.EMPTY_VALUE;
signalMq4Output[index] += sellSignal;
}
else if (standMq4Output[index] == standMq4Output[index + 1] + filter)
{
buyMq4Output[index] = MQ4Const.EMPTY_VALUE;
sellMq4Output[index] = MQ4Const.EMPTY_VALUE;
signalMq4Output[index] = standSignal;
}
}
return(0);
}