public override void Exit(Stove entity, Mom mom)
{
entity.currentState.text += "\n" + "Finish Cooking";
entity.food.isCooked = true;
mom.AddActivity(new OccupiedState(entity.exitTime, entity.priority, 4, "Taking food out"));
}
/// <summary>
///
/// </summary>
/// <returns></returns>
public bool IsEqual()
{
return(Mom.Equals(Dad));
}
public override void Enter(Stove entity, Mom mom)
{
this.time = entity.food.time;
entity.currentState.text += "\n" + "Cooking";
}
public override void Exit(Child entity, Mom mom)
{
entity.currentState.text += "\n" + "Finish Shopping";
entity.BuyFood();
mom.AddActivity(new OccupiedState(entity.exitTime, entity.priority, 3, "Receiving child"));
}
public MomViewModel()
{
_timer.Interval = 2000;
_timer.Elapsed += (s, e) => Selected = new Mom();
_timer.Start();
}
/// <summary>
/// Calculates the indicator value(s) at the current index.
/// </summary>
protected override void OnBarUpdate()
{
if (CurrentBar == 0)
{
fastEma.Set(Input[0]);
slowEma.Set(Input[0]);
Value.Set(0);
Avg.Set(0);
Diff.Set(0);
}
else
{
upDown = 0;
fastEma.Set((2.0 / (1 + Fast)) * Input[0] + (1 - (2.0 / (1 + Fast))) * fastEma[1]);
slowEma.Set((2.0 / (1 + Slow)) * Input[0] + (1 - (2.0 / (1 + Slow))) * slowEma[1]);
double macd = fastEma[0] - slowEma[0];
double macdAvg = (2.0 / (1 + Smooth)) * macd + (1 - (2.0 / (1 + Smooth))) * Avg[1];
Value.Set(macd);
Avg.Set(macdAvg);
//Diff.Set(macd - macdAvg);
Diff.Set(macd);
if (Math.Abs(Value[0]) > Math.Abs(Value[1]))
{
PlotColors[0][0] = Color.Green;
upDown++;
}
else
{
PlotColors[0][0] = Color.Red;
upDown--;
}
if (Rising(Avg))
{
PlotColors[1][0] = Color.Green;
upDown++;
}
else
{
PlotColors[1][0] = Color.Red;
upDown--;
}
// Sets the bar color to its default color as defined in the chart properties dialog
//BarColor = Color.Empty;
//CandleOutlineColorSeries[0] = Color.Black;
//CandleOutlineColor = Color.Black;
if (macd > 0 && macd > macdAvg)
{
BarColor = Color.Green;
}
else if (macd < 0 && macd < macdAvg)
{
BarColor = Color.Red;
}
else
{
BarColor = Color.Black;
}
Mom.Set(macd);
}
}
public override void Enter(Child entity, Mom mom)
{
this.time = entity.time;
entity.currentState.text += "\n" + "Shopping";
}
// action to execute when enter the state public abstract void Enter(T entity, Mom mom);
// execute when exit from state public abstract void Exit(T entity, Mom mom);
protected override void OnModelCreating(ModelBuilder modelBuilder)
{
// Dads Seeeding
var dad1 = new Dad()
{
Id = 1, Name = "Juan Robles"
};
var dad2 = new Dad()
{
Id = 2, Name = "Rodrigo Lopez"
};
modelBuilder.Entity <Dad>().HasData(new Dad[] { dad1, dad2 });
// Moms Sedding
Mom mom1 = new Mom()
{
Id = 1, Name = "Maria Stink"
};
Mom mom2 = new Mom()
{
Id = 2, Name = "Romina Tumbado"
};
modelBuilder.Entity <Mom>().HasData(new Mom[] { mom1, mom2 });
// Student Sedding
Student student1 = new Student()
{
Id = 1, Name = "Mario Robles Stink", DadId = 1, MomId = 1
};
Student student2 = new Student()
{
Id = 2, Name = "Erick Lopez Tumbado", DadId = 2, MomId = 2
};
Student student3 = new Student()
{
Id = 3, Name = "Martin Lopez Tumbado", DadId = 2, MomId = 2
};
modelBuilder.Entity <Student>().HasData(new Student[] { student1, student2, student3 });
// School Sedding
School school1 = new School()
{
Id = 1, Name = "Instituto Kipling", StudentId = 1
};
School school2 = new School()
{
Id = 2, Name = "Instituto Benavente", StudentId = 2
};
School school3 = new School()
{
Id = 3, Name = "Instituto Capistrano", StudentId = 2
};
School school4 = new School()
{
Id = 4, Name = "Instituto Capistrano", StudentId = 3
};
modelBuilder.Entity <School>().HasData(new School[] { school1, school2, school3, school4 });
}
public override void Exit(Washer entity, Mom mom)
{
entity.currentState.text += "\n" + "Finish Washing";
mom.AddActivity(new OccupiedState(entity.exitTime, entity.priority, "Unloading washer"));
}
public override void Enter(Washer entity, Mom mom)
{
this.time = entity.time / entity.cycle;
entity.currentState.text += "\n" + "Washing";
}
private void Mom_pressed(object sender, TappedRoutedEventArgs e)
{
Mom.Play();
}
protected override void OnBarUpdate()
{
Squeeze.Set(0);
switch (_sStyle)
{
case SqueezeStyle.BBSqueeze:
{
double avtrrg = ATR(_length)[0];
double sd = StdDev(Close, _length)[0];
double bbsInd = (_nK * avtrrg) != 0 ? _nBb * sd / (_nK * avtrrg) : 1;
PlotColors[0][0] = bbsInd <= 1 ? _alertcolor : _normalcolor;
_myValue2.Set(Input[0] - (((DonchianChannel(Input, _mLength).Mean.Get(CurrentBar)) + (EMA(Input, _mLength)[0])) / 2));
Mom.Set(LinReg(_myValue2, _mLength)[0]);
if (CurrentBar > 0)
{
PlotColors[1][0] = Mom[0] > 0 ? (Mom[0] > Mom[1] ? _pmup : _pmdown) : (Mom[0] > Mom[1] ? _nmup : _nmdown);
}
}
break;
case SqueezeStyle.PBFSqueeze:
if (CurrentBar == 0)
{
_myValue2.Set(Close[0]);
}
else
{
_myValue2.Set(RGaussianFilter(Typical, _gaussperiod, _gausspoles)[0]);
PlotColors[0][0] = _myValue2[0] <= _myValue2[1] ? _pbfsell : _pbfbuy;
_fv1 = RGaussianFilter(Typical, 8, 4)[0];
_sv1 = RGaussianFilter(Typical, 21, 4)[0];
_d1 = _fv1 - _sv1;
_fv2 = RGaussianFilter(Typical, 13, 4)[0];
_sv2 = RGaussianFilter(Typical, 34, 4)[0];
_d2 = _fv2 - _sv2;
_fv3 = RGaussianFilter(Typical, 21, 4)[0];
_sv3 = RGaussianFilter(Typical, 55, 4)[0];
_d3 = _fv3 - _sv3;
_fv4 = RGaussianFilter(Typical, 34, 4)[0];
_sv4 = RGaussianFilter(Typical, 89, 4)[0];
_d4 = _fv4 - _sv4;
Mom.Set((_d1 + _d2 + _d3 + _d4) / 4);
PlotColors[1][0] = Mom[0] > 0 ? (Mom[0] > Mom[1] ? _pmup : _pmdown) : (Mom[0] > Mom[1] ? _nmup : _nmdown);
}
break;
default:
if (CurrentBar == 0)
{
_myValue2.Set(Close[0]);
}
else
{
_myValue2.Set(RGaussianFilter(Typical, _gaussperiod, _gausspoles)[0]);
PlotColors[0][0] = _myValue2[0] <= _myValue2[1] ? _pbfsell : _pbfbuy;
_fv1 = RGaussianFilter(Typical, 8, _gausspolescounter)[0];
_sv1 = RGaussianFilter(Typical, 21, _gausspolescounter)[0];
_d1 = _fv1 - _sv1;
_fv2 = RGaussianFilter(Typical, 13, _gausspolescounter)[0];
_sv2 = RGaussianFilter(Typical, 34, _gausspolescounter)[0];
_d2 = _fv2 - _sv2;
_fv3 = RGaussianFilter(Typical, 21, _gausspolescounter)[0];
_sv3 = RGaussianFilter(Typical, 55, _gausspolescounter)[0];
_d3 = _fv3 - _sv3;
_fv4 = RGaussianFilter(Typical, 34, _gausspolescounter)[0];
_sv4 = RGaussianFilter(Typical, 89, _gausspolescounter)[0];
_d4 = _fv4 - _sv4;
Mom.Set((_d1 + _d2 + _d3 + _d4) / 4);
PlotColors[1][0] = Mom[0] > 0 ? (Mom[0] > Mom[1] ? _pmup : _pmdown) : (Mom[0] > Mom[1] ? _nmup : _nmdown);
if (CCI(_cciperiod)[1] > 50 && CCI(_cciperiod)[0] <= 50 && Mom[0] > 0 && Mom[1] > 0 && Mom[2] > 0)
{
PlotColors[1][0] = _nmup;
_downct = 1;
}
if (_downct == 1 && Mom[0] > 0 && CCI(_cciperiod)[0] < 100)
{
PlotColors[1][0] = _nmup;
}
if (_downct == 1 && CCI(_cciperiod)[1] < 100 && CCI(_cciperiod)[0] > 100)
{
PlotColors[1][0] = _pmup;
_downct = 0;
}
if (_downct == 1 && Mom[0] < 0)
{
_downct = 0;
}
if (CCI(_cciperiod)[1] < -50 && CCI(_cciperiod)[0] > -50 && Mom[0] < 0 && Mom[1] < 0 && Mom[2] < 0)
{
PlotColors[1][0] = _pmdown;
_upct = 1;
}
if (_upct == 1 && Mom[0] > 0)
{
_upct = 0;
}
if (_upct == 1 && Mom[0] < 0 && CCI(_cciperiod)[0] > -100)
{
PlotColors[1][0] = _pmdown;
}
if (_upct == 1 && CCI(_cciperiod)[1] > -100 && CCI(_cciperiod)[0] < -100)
{
PlotColors[1][0] = _nmdown;
_upct = 0;
}
}
break;
}
}
