Tuple <ETransformationType, ETransformationType, PersonModel, PersonModel, bool> > GetTransformationDetailItem(
ETransformationType transformationType, NineStarKiEnergy energy1, NineStarKiEnergy energy2,
string type1Name, string type2Name, string verb, ETransformationType comparisonTransformationType1,
ETransformationType comparisonTransformationType2, PersonModel person1, PersonModel person2, bool titleOnly)
{
return(new Tuple <ETransformationType, NineStarKiEnergy, NineStarKiEnergy, string, string, string, Tuple <ETransformationType, ETransformationType, PersonModel, PersonModel, bool> >(
transformationType,
energy1,
energy2,
type1Name,
type2Name,
verb,
new Tuple <ETransformationType, ETransformationType, PersonModel, PersonModel, bool>(
comparisonTransformationType1,
comparisonTransformationType2,
person1,
person2,
titleOnly)
));
}
private string GetChallengingCompatibilityDetails(ETransformationType transformationType, NineStarKiEnergy energy1, NineStarKiEnergy energy2, string type1Name, string type2Name, PersonModel person1, PersonModel person2, bool titleOnly = false)
{
var sb = new StringBuilder();
sb.Append(GetTransformationDetails(GetTransformationDetailItem(
transformationType,
energy1,
energy2,
type1Name,
type2Name,
"challenges",
ETransformationType.Challenges,
ETransformationType.IsChallenged,
person1,
person2,
titleOnly)));
return(sb.ToString());
}
private string GetElementCompatibilityDetails(NineStarKiEnergy energy1, NineStarKiEnergy energy2)
{
switch (energy1.Element)
{
case ENineStarKiElement.Water:
switch (energy2.Element)
{
case ENineStarKiElement.Water:
return(Globalisation.Dictionary.water_water);
case ENineStarKiElement.Tree:
return(Globalisation.Dictionary.water_tree);
case ENineStarKiElement.Fire:
return(Globalisation.Dictionary.water_fire);
case ENineStarKiElement.Metal:
return(Globalisation.Dictionary.metal_water);
case ENineStarKiElement.Earth:
return(Globalisation.Dictionary.earth_water);
}
break;
case ENineStarKiElement.Tree:
switch (energy2.Element)
{
case ENineStarKiElement.Water:
return(Globalisation.Dictionary.water_tree);
case ENineStarKiElement.Tree:
return(Globalisation.Dictionary.tree_tree);
case ENineStarKiElement.Fire:
return(Globalisation.Dictionary.tree_fire);
case ENineStarKiElement.Metal:
return(Globalisation.Dictionary.metal_tree);
case ENineStarKiElement.Earth:
return(Globalisation.Dictionary.tree_earth);
}
break;
case ENineStarKiElement.Fire:
switch (energy2.Element)
{
case ENineStarKiElement.Water:
return(Globalisation.Dictionary.water_fire);
case ENineStarKiElement.Tree:
return(Globalisation.Dictionary.tree_fire);
case ENineStarKiElement.Fire:
return(Globalisation.Dictionary.fire_fire);
case ENineStarKiElement.Metal:
return(Globalisation.Dictionary.fire_metal);
case ENineStarKiElement.Earth:
return(Globalisation.Dictionary.fire_earth);
}
break;
case ENineStarKiElement.Metal:
switch (energy2.Element)
{
case ENineStarKiElement.Water:
return(Globalisation.Dictionary.metal_water);
case ENineStarKiElement.Tree:
return(Globalisation.Dictionary.metal_tree);
case ENineStarKiElement.Fire:
return(Globalisation.Dictionary.tree_fire);
case ENineStarKiElement.Metal:
return(Globalisation.Dictionary.metal_metal);
case ENineStarKiElement.Earth:
return(Globalisation.Dictionary.earth_metal);
}
break;
case ENineStarKiElement.Earth:
switch (energy2.Element)
{
case ENineStarKiElement.Water:
return(Globalisation.Dictionary.earth_water);
case ENineStarKiElement.Tree:
return(Globalisation.Dictionary.tree_earth);
case ENineStarKiElement.Fire:
return(Globalisation.Dictionary.fire_earth);
case ENineStarKiElement.Metal:
return(Globalisation.Dictionary.earth_metal);
case ENineStarKiElement.Earth:
return(Globalisation.Dictionary.earth_earth);
}
break;
}
return(string.Empty);
}
