private string GetPersonalDevelopemnt(ENineStarKiEnergy energy)
{
switch (energy)
{
case ENineStarKiEnergy.Water:
return Dictionary.water_personal_development;
case ENineStarKiEnergy.Soil:
return Dictionary.soil_personal_development;
case ENineStarKiEnergy.Thunder:
return Dictionary.thunder_personal_development;
case ENineStarKiEnergy.Wind:
return Dictionary.wind_personal_development;
case ENineStarKiEnergy.CoreEarth:
return Dictionary.coreearth_personal_development;
case ENineStarKiEnergy.Heaven:
return Dictionary.heaven_personal_development;
case ENineStarKiEnergy.Lake:
return Dictionary.lake_personal_development;
case ENineStarKiEnergy.Mountain:
return Dictionary.mountain_personal_development;
case ENineStarKiEnergy.Fire:
return Dictionary.fire_personal_development;
}
return string.Empty;
}
public NineStarKiEnergy(ENineStarKiEnergy energy, ENineStarKiEnergyType type, bool isAdult = true, ENineStarKiEnergyCycleType energyCycleType = ENineStarKiEnergyCycleType.Unspecified)
{
Energy = energy;
EnergyType = type;
IsAdult = isAdult;
EnergyCycleType = energyCycleType;
}
private string GetSurfaceEnergyDescription(ENineStarKiEnergy energy)
{
switch (energy)
{
case ENineStarKiEnergy.Water:
return Dictionary.water_surface_description;
case ENineStarKiEnergy.Soil:
return Dictionary.soil_surface_description;
case ENineStarKiEnergy.Thunder:
return Dictionary.thunder_surface_description;
case ENineStarKiEnergy.Wind:
return Dictionary.wind_surface_description;
case ENineStarKiEnergy.CoreEarth:
return Dictionary.coreearth_surface_description;
case ENineStarKiEnergy.Heaven:
return Dictionary.heaven_surface_description;
case ENineStarKiEnergy.Lake:
return Dictionary.lake_surface_description;
case ENineStarKiEnergy.Mountain:
return Dictionary.mountain_surface_description;
case ENineStarKiEnergy.Fire:
return Dictionary.fire_surface_description;
}
return string.Empty;
}
private string GetOverview(ENineStarKiEnergy energy)
{
switch (energy)
{
case ENineStarKiEnergy.Water:
return Dictionary.water_overview;
case ENineStarKiEnergy.Soil:
return Dictionary.soil_overview;
case ENineStarKiEnergy.Thunder:
return Dictionary.thunder_overview;
case ENineStarKiEnergy.Wind:
return Dictionary.wind_overview;
case ENineStarKiEnergy.CoreEarth:
return Dictionary.coreearth_overview;
case ENineStarKiEnergy.Heaven:
return Dictionary.heaven_overview;
case ENineStarKiEnergy.Lake:
return Dictionary.lake_overview;
case ENineStarKiEnergy.Mountain:
return Dictionary.mountain_overview;
case ENineStarKiEnergy.Fire:
return Dictionary.fire_overview;
}
return string.Empty;
}
public void YearEnergyFemale_HappyPath(int year, ENineStarKiEnergy energy, EGender gender)
{
var ninestar = new NineStarKiModel(new PersonModel
{
DateOfBirth = new DateTime(year, 2, 4),
Gender = gender
});
Assert.Equal(energy, ninestar.MainEnergy.Energy);
}
public void SurfaceEnergy_HappyPath(int year, int month, int day, ENineStarKiEnergy yearEnergy, ENineStarKiEnergy monthEnergy, ENineStarKiEnergy surfaceEnergy, EGender gender)
{
var ninestar = new NineStarKiModel(new PersonModel
{
DateOfBirth = new DateTime(year, month, day),
Gender = gender
});
Assert.Equal(yearEnergy, ninestar.MainEnergy.Energy);
Assert.Equal(monthEnergy, ninestar.CharacterEnergy.Energy);
Assert.Equal(surfaceEnergy, ninestar.SurfaceEnergy.Energy);
}
private NineStarKiEnergy GetCharacterEnergy(DateTime date, ENineStarKiEnergy energy, EGender gender)
{
var energyNumber = 0;
var month = date.Month;
var day = date.Day;
switch (month)
{
case 2:
month = day >= 4 ? month : month - 1;
break;
case 3:
case 6:
month = day >= 6 ? month : month - 1;
break;
case 4:
case 5:
month = day >= 5 ? month : month - 1;
break;
case 1:
month = day >= 5 ? month : 12;
break;
case 7:
case 8:
case 11:
case 12:
month = day >= 7 ? month : month - 1;
break;
case 9:
case 10:
month = day >= 8 ? month : month - 1;
break;
}
switch (energy)
{
case ENineStarKiEnergy.Thunder:
case ENineStarKiEnergy.Heaven:
case ENineStarKiEnergy.Fire:
energyNumber = 5;
break;
case ENineStarKiEnergy.Water:
case ENineStarKiEnergy.Wind:
case ENineStarKiEnergy.Lake:
energyNumber = 8;
break;
case ENineStarKiEnergy.Soil:
case ENineStarKiEnergy.CoreEarth:
case ENineStarKiEnergy.Mountain:
energyNumber = 2;
break;
}
switch (month)
{
case 2:
case 11:
// no need to change
break;
case 3:
case 12:
energyNumber -= 1;
break;
case 4:
case 1:
energyNumber -= 2;
break;
case 5:
energyNumber -= 3;
break;
case 6:
energyNumber -= 4;
break;
case 7:
energyNumber -= 5;
break;
case 8:
energyNumber -= 6;
break;
case 9:
energyNumber -= 7;
break;
case 10:
energyNumber -= 8;
break;
}
return(ProcessEnergy(energyNumber, gender, ENineStarKiEnergyType.CharacterEnergy));
}
public static ETransformationType GetTransformationType(this ENineStarKiEnergy energy1, ENineStarKiEnergy energy2)
{
switch (energy1)
{
case ENineStarKiEnergy.Water:
switch (energy2)
{
case ENineStarKiEnergy.Water:
return(ETransformationType.Same);
case ENineStarKiEnergy.Thunder:
case ENineStarKiEnergy.Wind:
return(ETransformationType.Supports);
case ENineStarKiEnergy.Soil:
case ENineStarKiEnergy.CoreEarth:
case ENineStarKiEnergy.Mountain:
return(ETransformationType.IsChallenged);
case ENineStarKiEnergy.Heaven:
case ENineStarKiEnergy.Lake:
return(ETransformationType.IsSupported);
case ENineStarKiEnergy.Fire:
return(ETransformationType.Challenges);
}
break;
case ENineStarKiEnergy.Soil:
case ENineStarKiEnergy.CoreEarth:
case ENineStarKiEnergy.Mountain:
switch (energy2)
{
case ENineStarKiEnergy.Water:
return(ETransformationType.Challenges);
case ENineStarKiEnergy.Thunder:
case ENineStarKiEnergy.Wind:
return(ETransformationType.IsChallenged);
case ENineStarKiEnergy.Soil:
case ENineStarKiEnergy.CoreEarth:
case ENineStarKiEnergy.Mountain:
return(ETransformationType.Same);
case ENineStarKiEnergy.Heaven:
case ENineStarKiEnergy.Lake:
return(ETransformationType.Supports);
case ENineStarKiEnergy.Fire:
return(ETransformationType.IsSupported);
}
break;
case ENineStarKiEnergy.Thunder:
case ENineStarKiEnergy.Wind:
switch (energy2)
{
case ENineStarKiEnergy.Water:
return(ETransformationType.IsSupported);
case ENineStarKiEnergy.Thunder:
case ENineStarKiEnergy.Wind:
return(ETransformationType.Same);
case ENineStarKiEnergy.Soil:
case ENineStarKiEnergy.CoreEarth:
case ENineStarKiEnergy.Mountain:
return(ETransformationType.Challenges);
case ENineStarKiEnergy.Heaven:
case ENineStarKiEnergy.Lake:
return(ETransformationType.IsChallenged);
case ENineStarKiEnergy.Fire:
return(ETransformationType.Supports);
}
break;
case ENineStarKiEnergy.Heaven:
case ENineStarKiEnergy.Lake:
switch (energy2)
{
case ENineStarKiEnergy.Water:
return(ETransformationType.Supports);
case ENineStarKiEnergy.Thunder:
case ENineStarKiEnergy.Wind:
return(ETransformationType.Challenges);
case ENineStarKiEnergy.Soil:
case ENineStarKiEnergy.CoreEarth:
case ENineStarKiEnergy.Mountain:
return(ETransformationType.IsSupported);
case ENineStarKiEnergy.Heaven:
case ENineStarKiEnergy.Lake:
return(ETransformationType.Same);
case ENineStarKiEnergy.Fire:
return(ETransformationType.IsChallenged);
}
break;
case ENineStarKiEnergy.Fire:
switch (energy2)
{
case ENineStarKiEnergy.Water:
return(ETransformationType.IsChallenged);
case ENineStarKiEnergy.Thunder:
case ENineStarKiEnergy.Wind:
return(ETransformationType.IsSupported);
case ENineStarKiEnergy.Soil:
case ENineStarKiEnergy.CoreEarth:
case ENineStarKiEnergy.Mountain:
return(ETransformationType.Supports);
case ENineStarKiEnergy.Heaven:
case ENineStarKiEnergy.Lake:
return(ETransformationType.Challenges);
case ENineStarKiEnergy.Fire:
return(ETransformationType.Same);
}
break;
}
return(ETransformationType.Unspecified);
}
private string GetEnergytNumberAndName(ENineStarKiEnergy energy)
{
return($"{(int)energy} {energy.GetAttribute<NineStarKiEnumMetaDataAttribute>().Name}");
}
public void MonthEnergy_HappyPath(int year, int year2, int year3, int month, int day, ENineStarKiEnergy year1Energy, ENineStarKiEnergy year2Energy, ENineStarKiEnergy year3Energy, ENineStarKiEnergy monthEnergy, EGender gender)
{
var ninestar = new NineStarKiModel(new PersonModel
{
DateOfBirth = new DateTime(year, month, day),
Gender = gender
});
var ninestar2 = new NineStarKiModel(new PersonModel
{
DateOfBirth = new DateTime(year2, month, day),
Gender = gender
});
var ninestar3 = new NineStarKiModel(new PersonModel
{
DateOfBirth = new DateTime(year3, month, day),
Gender = gender
});
Assert.Equal(year1Energy, ninestar.MainEnergy.Energy);
Assert.Equal(year2Energy, ninestar2.MainEnergy.Energy);
Assert.Equal(year3Energy, ninestar3.MainEnergy.Energy);
Assert.Equal(year1Energy, ninestar.MainEnergy.Energy);
Assert.Equal(year2Energy, ninestar2.MainEnergy.Energy);
Assert.Equal(year3Energy, ninestar3.MainEnergy.Energy);
Assert.Equal(year1Energy, ninestar.MainEnergy.Energy);
Assert.Equal(year2Energy, ninestar2.MainEnergy.Energy);
Assert.Equal(year3Energy, ninestar3.MainEnergy.Energy);
Assert.Equal(monthEnergy, ninestar.CharacterEnergy.Energy);
Assert.Equal(monthEnergy, ninestar2.CharacterEnergy.Energy);
Assert.Equal(monthEnergy, ninestar3.CharacterEnergy.Energy);
}
public void LifeCycle_HappyPath(int birthYear, int birthMonth, int birthDay, int year, int month, int day, EGender gender, ENineStarKiEnergy yearlyCycleEnergy, ENineStarKiEnergy monthlyCycleEnergy)
{
var ninestar = new NineStarKiModel(new PersonModel
{
DateOfBirth = new DateTime(birthYear, birthMonth, birthDay),
Gender = gender
}, new DateTime(year, month, day));
Assert.Equal(yearlyCycleEnergy, ninestar.YearlyCycleEnergy.Energy);
Assert.Equal(monthlyCycleEnergy, ninestar.MonthlyCycleEnergy.Energy);
}
