/// <summary>
/// Applies the deformer to a model
/// </summary>
/// <param name="model">The model being deformed</param>
/// <param name="currentRace">The current model race</param>
/// <param name="targetRace">The target race to convert the model to</param>
private static void ApplyDeformers(TTModel model, XivRace currentRace, XivRace targetRace)
{
// Current race is already parent node
// Direct conversion
// [ Current > (apply deform) > Target ]
if (currentRace.IsDirectParentOf(targetRace))
{
ModelModifiers.ApplyRacialDeform(model, targetRace);
}
// Target race is parent node of Current race
// Convert to parent (invert deform)
// [ Current > (apply inverse deform) > Target ]
else if (targetRace.IsDirectParentOf(currentRace))
{
ModelModifiers.ApplyRacialDeform(model, currentRace, true);
}
// Current race is not parent of Target Race and Current race has parent
// Make a recursive call with the current races parent race
// [ Current > (apply inverse deform) > Current.Parent > Recursive Call ]
else if (currentRace.GetNode().Parent != null)
{
ModelModifiers.ApplyRacialDeform(model, currentRace, true);
ApplyDeformers(model, currentRace.GetNode().Parent.Race, targetRace);
}
// Current race has no parent
// Make a recursive call with the target races parent race
// [ Target > (apply deform on Target.Parent) > Target.Parent > Recursive Call ]
else
{
ModelModifiers.ApplyRacialDeform(model, targetRace.GetNode().Parent.Race);
ApplyDeformers(model, targetRace.GetNode().Parent.Race, targetRace);
}
}
/// <summary>
/// Applies the deformer to a model
/// </summary>
/// <param name="model">The model being deformed</param>
/// <param name="itemType">The item type of the model</param>
/// <param name="currentRace">The current model race</param>
/// <param name="targetRace">The target race to convert the model to</param>
private void ApplyDeformers(TTModel model, string itemType, XivRace currentRace, XivRace targetRace)
{
try
{
// Current race is already parent node
// Direct conversion
// [ Current > (apply deform) > Target ]
if (currentRace.IsDirectParentOf(targetRace))
{
ModelModifiers.ApplyRacialDeform(model, targetRace);
}
// Target race is parent node of Current race
// Convert to parent (invert deform)
// [ Current > (apply inverse deform) > Target ]
else if (targetRace.IsDirectParentOf(currentRace))
{
ModelModifiers.ApplyRacialDeform(model, currentRace, true);
}
// Current race is not parent of Target Race and Current race has parent
// Make a recursive call with the current races parent race
// [ Current > (apply inverse deform) > Current.Parent > Recursive Call ]
else if (currentRace.GetNode().Parent != null)
{
ModelModifiers.ApplyRacialDeform(model, currentRace, true);
ApplyDeformers(model, itemType, currentRace.GetNode().Parent.Race, targetRace);
}
// Current race has no parent
// Make a recursive call with the target races parent race
// [ Target > (apply deform on Target.Parent) > Target.Parent > Recursive Call ]
else
{
ModelModifiers.ApplyRacialDeform(model, targetRace.GetNode().Parent.Race);
ApplyDeformers(model, itemType, targetRace.GetNode().Parent.Race, targetRace);
}
}
catch (Exception ex)
{
// Show a warning that deforms are missing for the target race
// This mostly happens with Face, Hair, Tails, Ears, and Female > Male deforms
// The model is still added but no deforms are applied
FlexibleMessageBox.Show(string.Format(UIMessages.MissingDeforms, targetRace.GetDisplayName(), itemType, ex.Message), UIMessages.MissingDeformsTitle, MessageBoxButtons.OK, MessageBoxIcon.Warning);
}
}