public movement.MoonDiskStatus RunMoonModule(movement.movementCase mC, double NotchesMoonDisk, double SynoticPhaseThisMoonDiskMinutes, TimeSpan ts, DateTime findPhaseUTC, double LunationsElapsedReal)
{
supporting oMoonK = new supporting();
MoonDiskStatus oMoonDiskStatus = new MoonDiskStatus();
makeDisks oMakeMoonDisk = new makeDisks();
Double SynoticPhase_Minutes_Real = Convert.ToDouble(ConfigurationSettings.AppSettings.Get("SynoticPhase_Minutes_Real"));
DateTime KnownFullMoon_UTC_used = Convert.ToDateTime(ConfigurationSettings.AppSettings.Get("KnownFullMoon_UTC_used"));
oMoonDiskStatus.LunationsElapsed = ts.TotalMinutes / SynoticPhaseThisMoonDiskMinutes;
oMoonDiskStatus.FastOrSlowMinutes = (double)(oMoonDiskStatus.LunationsElapsed - LunationsElapsedReal) * SynoticPhase_Minutes_Real;
oMoonDiskStatus.TargetDateUTC = findPhaseUTC;
oMoonDiskStatus.RefDateUTC = KnownFullMoon_UTC_used;
double GearNotches = mC.GetFinalGearPosition(mC);
double FullMoonOffSet = NotchesMoonDisk / 4.0;
double MoonDiskFullTravel = FullMoonOffSet + GearNotches;
if (MoonDiskFullTravel > NotchesMoonDisk)
{
double MoonDiskFactor = MoonDiskFullTravel / NotchesMoonDisk;
double OneMoonDiskRevolution = MoonDiskFactor - Math.Floor(MoonDiskFactor);
MoonDiskFullTravel = OneMoonDiskRevolution * NotchesMoonDisk;
}
// for 135 notched disk, here is the legend:
//new - full - new
//1 - 33.75 - 67.5
//67.5 - 101.25 - 135
// for 90 notched disk, here is the legend:
//new - full - new
//1 - 22.5 - 45
//45 - 67.5 - 90
oMoonDiskStatus.NotchPositionOnMoonDisk = MoonDiskFullTravel;
// close to 0 or 100 percent = Full Moon
// close to 50 percent = New Moon
if (MoonDiskFullTravel > FullMoonOffSet * 2)
{
MoonDiskFullTravel = MoonDiskFullTravel - FullMoonOffSet * 2;
}
double OfCompletePhase = (MoonDiskFullTravel / (FullMoonOffSet * 2)) * 100;
oMoonDiskStatus.AgeOfMoonDays = oMoonK.AgeOfMoon(OfCompletePhase, SynoticPhaseThisMoonDiskMinutes);
oMoonDiskStatus.ofCompletePhasePct = Math.Round(OfCompletePhase, 2);
double NewCompleteOfPhase = OfCompletePhase + 50;
if (NewCompleteOfPhase > 100)
{
NewCompleteOfPhase = NewCompleteOfPhase - 100;
}
oMoonDiskStatus.QuarterStatus = oMoonK.GetPhaseQuarterStatus(NewCompleteOfPhase);
oMoonDiskStatus.Notches = NotchesMoonDisk;
oMoonDiskStatus.listGearProperties = mC.ListAllProperties(mC, false, "SavedList.txt");
oMoonDiskStatus.PrecisionYrs = GetPrecision((double)SynoticPhaseThisMoonDiskMinutes);
return(oMoonDiskStatus);
}
public int GetFinalDiskNotches(movement.movementCase mC)
{
return(mC.BaseGears[mC.BaseGears.Count() - 1].BaseTeeth);
}
public double CalcSynoticPhaseThisMoonDiskMinutes(double NotchesMoonDisk,
movement.movementCase mC,
_BaseDriverTransmission BaseDriverTransmission,
_BaseDriverStepMethod BaseDriverStepMethod)
{
double SingleMoonPhase = NotchesMoonDisk / 2.0;
// how long before last gear reaches SingleMoonPhase = 1/2 moon disk?
double iCntr = 1.0;
double iCntr_Last = 0;
double dFinalGearPosition_Last = 0;
double dFinalGearPosition = 0;
for (iCntr = 1; iCntr < double.PositiveInfinity; iCntr++)
{
mC.incNotches(ref mC, 1); // now get the movement working
dFinalGearPosition = mC.GetFinalGearPosition(mC);
if (dFinalGearPosition > SingleMoonPhase)
{
switch (BaseDriverTransmission)
{
// does the first input gear Step or Rotate Smoothly?
// ex. gears can move smoothly for better resolution.
// or they can STEP into the next notch, this results in the worest resolution!
case _BaseDriverTransmission.stepwise:
{
switch (BaseDriverStepMethod)
{ // do you want to assume the synotic phase runs just under or over
// 1/2 revolution of the moon disk?
case _BaseDriverStepMethod.runOver:
{
break;
}
case _BaseDriverStepMethod.runUnder:
{
iCntr = iCntr_Last;
dFinalGearPosition = dFinalGearPosition_Last;
break;
}
}
break;
}
case _BaseDriverTransmission.smooth:
{
// at this point, we know the iCntr should be exactly between
// iCntr and iCntr_Last. This can be calculated by using the ratio of
// of iCntr to dFinalGearPosition, or even iCntr_Last to dFinalGearPosition_Last
// and multiplying times SingleMoonPhase.
// this will return the correct 'smooth' elapsed time period.
iCntr = (iCntr / dFinalGearPosition) * SingleMoonPhase;
break;
}
}
break;
}
iCntr_Last = iCntr;
dFinalGearPosition_Last = dFinalGearPosition;
}
switch (mC.BaseGears[0].DiskBaseUnitDriver)
{ // rtn Minutes
case gears.BaseGear._DiskBaseUnitDriver.daily:
return((double)iCntr * 24 * 60); // rtn Minutes
case gears.BaseGear._DiskBaseUnitDriver.hourly:
return((double)iCntr * 60); // rtn Minutes
case gears.BaseGear._DiskBaseUnitDriver.minutes:
return(-1); // not defined yet
case gears.BaseGear._DiskBaseUnitDriver.seconds:
return(-1); // not defined yet
}
return(-1);
}
