private void CalcRA()
{
try
{
switch (raFormat_)
{
case RADecFormat.HMS:
case RADecFormat.DMS:
{
double min = Convert.ToDouble(textBoxRAMin.Text);
if (min < 0)
{
min = 0;
}
else if (min > 59)
{
min = 59;
}
double sec = Convert.ToDouble(textBoxRASec.Text);
if (sec < 0)
{
sec = 0;
}
else if (sec >= 60)
{
sec = 59.9;
}
double ra;
if (ClientCommonAPI.ParseSignedValue(textBoxRADeg.Text, out ra))
{
ra += (min + sec / 60.0) / 60.0;
}
else
{
ra -= (min + sec / 60.0) / 60.0;
}
ra_hour_ = SkyObjectPosCalc.Rev((raFormat_ == RADecFormat.HMS) ? ra * 15.0 : ra) / 15.0;
}
break;
case RADecFormat.Degree:
ra_hour_ = SkyObjectPosCalc.Rev(Convert.ToDouble(textBoxRADeg.Text)) / 15.0;
break;
}
}
catch (System.FormatException)
{
ra_hour_ = 0;
}
ObjectChanged();
}
private void SetPositionText()
{
if (!posTextChanged_)
{
return;
}
posTextChanged_ = false;
string s = "";
if (connectionAltAzm_ == null || connectionEqu_ == null || alignment_ == null || !alignment_.IsAligned || object_ == null)
{
s += "--, --";
}
else
{
double d = ClientCommonAPI.CalcTime();
double azm, alt;
object_.CalcAzimuthal(d, latitude_, longitude_, out azm, out alt);
PairA objScope = alignment_.Horz2Scope(new PairA(azm * Const.toRad, alt * Const.toRad), EquAngle);
if (!showNearestAzmRotation_)
{
s += ClientCommonAPI.PrintAzmAltDifference(SkyObjectPosCalc.Rev(objScope.Azm * Const.toDeg) - AzmAngle * Const.toDeg, (objScope.Alt - AltAngle) * Const.toDeg, oppositeHorzPositioningDir_);
}
else
{
double azmd = SkyObjectPosCalc.Rev(objScope.Azm * Const.toDeg - AzmAngle * Const.toDeg);
if (azmd > 180)
{
azmd -= 360;
}
s += ClientCommonAPI.PrintAzmAltDifference(azmd, (objScope.Alt - AltAngle) * Const.toDeg, oppositeHorzPositioningDir_);
}
}
textBoxPosition.Text = s;
}
public static double CalcTime(DateTime timeUtc)
{
return(SkyObjectPosCalc.CalcTime(timeUtc.Year, timeUtc.Month, timeUtc.Day, timeUtc.Hour, timeUtc.Minute, timeUtc.Second, timeUtc.Millisecond));
}
private void SetScopePositionAndObjectText(bool sendPositionToStellarium)
{
if (!scopePosAndObjTextChanged_ && !sendPositionToStellarium)
{
return;
}
scopePosAndObjTextChanged_ = false;
double d = ClientCommonAPI.CalcTime();
string s = "";
if (connectionAltAzm_ == null)
{
s += "Encoder Abs Positions Unknown" + Environment.NewLine;
}
else
{
s += "Encoder Abs Positions: Azm = " + ClientCommonAPI.PrintAngle(AzmAngle * Const.toDeg, false, false) + ", Alt = " + ClientCommonAPI.PrintAngle(AltAngle * Const.toDeg, false, false) + Environment.NewLine;
s += "ErrCnt = " + errorCnt_ + Environment.NewLine;
}
if (connectionEqu_ == null)
{
s += "Equ Angle Unknown" + Environment.NewLine;
}
else
{
s += "Equ Angle = " + ClientCommonAPI.PrintAngle(EquAngle * Const.toDeg) + Environment.NewLine;
}
s += Environment.NewLine;
if (connectionAltAzm_ == null || connectionEqu_ == null)
{
s += "Scope Position Unknown";
}
else if (alignment_ != null && alignment_.IsAligned)
{
PairA horz = alignment_.Scope2Horz(new PairA(AzmAngle, AltAngle), EquAngle);
s += "Scope Position: Azm = " + ClientCommonAPI.PrintAngle(SkyObjectPosCalc.Rev(horz.Azm * Const.toDeg), false, false);
s += ", Alt = " + ClientCommonAPI.PrintAngle(SkyObjectPosCalc.Rev(horz.Alt * Const.toDeg), false, false) + Environment.NewLine;
double dec, ra;
SkyObjectPosCalc.AzAlt2Equ(d, latitude_, longitude_, SkyObjectPosCalc.Rev(horz.Azm * Const.toDeg), SkyObjectPosCalc.Rev(horz.Alt * Const.toDeg), out dec, out ra);
s += "R.A.\t= " + ClientCommonAPI.PrintTime(ra) + " (" + ra.ToString("F5") + "\x00B0)" + Environment.NewLine;
s += "Dec.\t= " + ClientCommonAPI.PrintAngle(dec, true) + " (" + ClientCommonAPI.PrintDec(dec, "F5") + "\x00B0)" + Environment.NewLine;
if (sendPositionToStellarium && stellariumConnection_ != null && stellariumConnection_.IsConnected)
{
stellariumConnection_.SendPosition(dec, ra);
}
}
s += Environment.NewLine;
if (object_ == null)
{
s += "No Object Selected";
}
else
{
double azm, alt;
object_.CalcAzimuthal(d, latitude_, longitude_, out azm, out alt);
s += object_.Name + ": Azm = " + ClientCommonAPI.PrintAngle(azm, false, false);
s += ", Alt = " + ClientCommonAPI.PrintAngle(alt, false, false) + Environment.NewLine;
double dec, ra;
object_.CalcTopoRaDec(d, latitude_, longitude_, out dec, out ra);
s += "R.A.\t= " + ClientCommonAPI.PrintTime(ra) + " (" + ra.ToString("F5") + "\x00B0)" + Environment.NewLine;
s += "Dec.\t= " + ClientCommonAPI.PrintAngle(dec, true) + " (" + ClientCommonAPI.PrintDec(dec, "F5") + "\x00B0)" + Environment.NewLine;
/*
* double azm, alt;
* object_.CalcAzimuthal(d, latitude_, longitude_, out azm, out alt);
* s += "Azm.\t= " + ScopeDSCClient.PrintAngle(azm) + " (" + azm.ToString("F5") + "\x00B0)" + Environment.NewLine;
* s += "Alt.\t= " + ScopeDSCClient.PrintAngle(alt) + " (" + alt.ToString("F5") + "\x00B0)";
* */
}
textBoxObject.Text = s;
}
