// SMAobj constructor with input parameters
internal SMAobj(ref iSMA3 ea, int period, int threshold = 0) : this() // do SMAobj() first
{
this.ea = ea;
Period = period;
Q = new Queue <double>();
Threshold = (double)threshold * 1e-6;
firstrun = true;
}
// SMAobj constructor
internal SMAobj()
{
Period = 50;
Threshold = 1 * 1e-6;
Q = null;
isRrising = false;
isFalling = false;
trendDir = 0;
prevTrendDir = 0;
prevState = 0;
trendChanged = false;
stateChanged = false;
value = double.MinValue;
prevValue = value;
prevTM = DateTime.MinValue;
ea = null;
}
int e; // number of bars for the indicator to calculate
public iSMA3()
{
indicator_buffers = 3;
indicator_chart_window = true;
MA_period = 50;
Threshold = 0;
PriceType = PriceTypes.PRICE_OHLC;
indicator_width1 = 2; // width of line 1 on the chart
indicator_color1 = Colors.Green; // line color
parent = this;
UpTrend = new Array <double>();
DownTrend = new Array <double>();
Mixed = new Array <double>();
firstrun = true;
simulate = false;
counted_bars = 0;
copyright = "";
link = "";
}