private void MoveGears(ref movementCase oC, int Notches)
{
gears.InnerGear Inner = new gears.InnerGear();
gears.BaseGear LastbaseG = new gears.BaseGear();
gears.InnerGear LastInnerG = new gears.InnerGear();
foreach (gears.BaseGear baseG in oC.baseGears)
{
String GearType = baseG.GetType().ToString();
switch (GearType)
{
case "Watch.gears.BaseGear":
{
baseG.BaseMove(LastbaseG, LastInnerG, Notches);
LastbaseG = baseG;
break;
}
case "Watch.gears.InnerGear":
{
Inner = (gears.InnerGear)baseG;
Inner.InnerMove(LastbaseG, LastInnerG, Notches);
LastInnerG = Inner;
break;
}
}
}
return;
}
public void MakeCompleteMoonDisk()
{
movement.supporting oMoonK = new movement.supporting();
movement.MoonRealStatus oMoonRealStatus = new movement.MoonRealStatus();
movement.makeDisks mD = new movement.makeDisks();
movement.movementCase mC = new movement.movementCase();
movement.MoonDiskStatus oMoonDiskStatus = new movement.MoonDiskStatus();
double NotchesMoonDisk = 0;
double SynoticPhaseThisMoonDiskMinutes = 0;
DateTime dT = DateTime.Now;
//DateTime dT = Convert.ToDateTime("Dec 22, 2018 9:48 am");
//DateTime dT = Convert.ToDateTime("June 13, 2018 12:00 am");
//DateTime dT = Convert.ToDateTime("Dec. 27, 2118 05:08 PM");
//DateTime dT = Convert.ToDateTime("Dec. 26, 2140 12:00 AM");
DateTime findPhaseUTC = dT.ToUniversalTime();
Double SynoticPhase_Minutes_Real = Convert.ToDouble(ConfigurationSettings.AppSettings.Get("SynoticPhase_Minutes_Real"));
DateTime KnownFullMoon_UTC_used = Convert.ToDateTime(ConfigurationSettings.AppSettings.Get("KnownFullMoon_UTC_used"));
TimeSpan ts = findPhaseUTC.Subtract(KnownFullMoon_UTC_used);
// first, get the real moonphase:
oMoonRealStatus = oMoonK.GetRealMoonPhase(SynoticPhase_Minutes_Real, ts, findPhaseUTC);
mC = mD.MakeMoonDisk("MakeMoonDisk135Hourly.txt"); // get moonphase for 135 notch disk
//mC = mD.MakeMoonDisk("MakeMoonDisk90Daily.txt"); // get moonphase for 90 notch disk
//mC = mD.MakeMoonDisk("MakeMoonDisk59Daily.txt"); // get moonphase for 59 notch disk
NotchesMoonDisk = oMoonK.GetFinalDiskNotches(mC);
SynoticPhaseThisMoonDiskMinutes = oMoonK.CalcSynoticPhaseThisMoonDiskMinutes(NotchesMoonDisk,
mC,
movement.supporting._BaseDriverTransmission.smooth,
movement.supporting._BaseDriverStepMethod.runUnder);
switch (mC.BaseGears[0].DiskBaseUnitDriver)
{// now get the movement working
case gears.BaseGear._DiskBaseUnitDriver.hourly:
mC.incNotches(ref mC, (int)Math.Floor(ts.TotalHours));
break;
case gears.BaseGear._DiskBaseUnitDriver.daily:
mC.incNotches(ref mC, (int)Math.Floor(ts.TotalDays));
break;
}
// get all final moon phase parameters for type of movement and accuracy
oMoonDiskStatus = oMoonK.RunMoonModule(mC, NotchesMoonDisk, SynoticPhaseThisMoonDiskMinutes, ts, findPhaseUTC, oMoonRealStatus.LunationsElapsed);
}
public List <string> ListAllProperties(movementCase oC, bool toFile, string Fln)
{
List <string> listProperties = new List <string>();
foreach (gears.BaseGear baseG in oC.baseGears)
{
switch (baseG.GetType().ToString())
{
case "Watch.gears.BaseGear":
{
listProperties.Add(" >>>>>>>>>>> BaseGear <<<<<<<<<<<");
foreach (PropertyDescriptor descriptor in TypeDescriptor.GetProperties(baseG))
{
string name = descriptor.Name;
object value = descriptor.GetValue(baseG);
listProperties.Add(name + "=" + value);
}
continue;
}
case "Watch.gears.InnerGear":
{
listProperties.Add(" >>>>>>>>>>> InnerGear <<<<<<<<<<<");
Watch.gears.InnerGear oInner = (Watch.gears.InnerGear)baseG;
foreach (PropertyDescriptor descriptor in TypeDescriptor.GetProperties(oInner))
{
string name = descriptor.Name;
object value = descriptor.GetValue(oInner);
listProperties.Add(name + "=" + value);
}
continue;
}
}
}
if (toFile)
{
TextWriter tw = new StreamWriter(Fln);
foreach (String s in listProperties)
{
tw.WriteLine(s);
}
tw.Close();
//Console.Write("saved to filename:" + Fln);
//Console.Read();
}
return(listProperties);
}
public double GetFinalGearPosition(movementCase oC)
{
double FinalGearPosition = 0;
int i = oC.baseGears.Count() - 1;
switch (oC.baseGears[i].GetType().ToString())
{
case "Watch.gears.BaseGear":
{
FinalGearPosition = oC.baseGears[i].BaseTeethNotchesTraversed;
break;
}
case "Watch.gears.InnerGear":
{
Watch.gears.InnerGear oInner = (Watch.gears.InnerGear)oC.baseGears[i];
FinalGearPosition = oInner.BaseTeethNotchesTraversed;
break;
}
}
return(FinalGearPosition);
}
private void MoveGears(ref movementCase oC, int Notches, movement.supporting._SpinMode sM)
{
switch (sM)
{
case movement.supporting._SpinMode.FastAndDirty:
{ // move each gear X times, unrealistic, but fast and accurate
MoveGears(ref oC, Notches);
return;
}
case movement.supporting._SpinMode.Purist:
{ // move each gear 1 notch at a time, slow and accurate
if (Notches > 1)
{
int iCnt;
for (iCnt = 1; iCnt <= Notches; iCnt++)
{
MoveGears(ref oC, 1);
}
}
return;
}
}
}
public void incNotches(ref movementCase oC, int iNotchInc)
{
//MoveGears(ref oC, iNotchInc);
MoveGears(ref oC, iNotchInc, supporting._SpinMode.FastAndDirty);
}
