public void RemoveLocalTransforms()
{
if (ChaControl == null)
{
return;
}
currentConfig = null;
DisableHover();
transformVectors.Clear();
parentDerivation.Clear();
var ik = ChaControl.fullBodyIK.solver;
ik.OnPostUpdate = (IKSolver.UpdateDelegate)Delegate.Remove(ik.OnPostUpdate, new IKSolver.UpdateDelegate(IKArray));
}
public void LocalTransforms(HeelConfig heelConfig)
{
if (ChaControl == null)
{
return;
}
currentConfig = heelConfig;
foreach (var pair in Constant.pathMaps)
{
Dictionary <string, Vector3> partVectors;
heelConfig.heelVectors.TryGetValue(pair.Value, out partVectors);
if (partVectors != null)
{
Vector3 roll, move, scale, rollMin, rollMax;
var boneTransform = ChaControl.gameObject?.transform?.Find(pair.Key);
if (boneTransform != null &&
partVectors.TryGetValue("roll", out roll) &&
partVectors.TryGetValue("move", out move) &&
partVectors.TryGetValue("scale", out scale))
{
partVectors.TryGetValue("rollmin", out rollMin);
partVectors.TryGetValue("rollmax", out rollMax);
transformVectors.Add(boneTransform, new Vector3[5] {
move, roll, scale, rollMin, rollMax
});
}
bool parentDerive;
if (heelConfig.isFixed.TryGetValue(pair.Value, out parentDerive))
{
parentDerivation.Add(boneTransform, parentDerive);
}
}
}
var ik = ChaControl.fullBodyIK.solver;
ik.OnPostUpdate = (IKSolver.UpdateDelegate)Delegate.Combine(ik.OnPostUpdate, new IKSolver.UpdateDelegate(IKArray));
}
internal static void LoadXML(XDocument manifestDocument)
{
// Load XML and put all Heel Data on plugin's data dictionary.
var heelDatas = manifestDocument?.Root?.Element("AI_HeelsData")?.Elements("heel");
var guid = manifestDocument?.Root?.Element("guid").Value;
if (heelDatas != null)
{
foreach (var element in heelDatas)
{
var heelID = int.Parse(element.Attribute("id")?.Value);
if (Values.configs.ContainsKey(heelID))
{
Util.Logger.Log(string.Format("CONFLITING HEEL DATA! Shoe ID {0} already has heel data.",
heelID));
return;
}
Util.Logger.Log(string.Format("Registering Heel Config for clothe ID: {0}", heelID));
if (heelID > -1)
{
var newConfig = new HeelConfig();
try
{
foreach (var partKey in Constant.parts)
{
var partElement = element.Element(partKey);
if (partElement == null)
{
continue;
}
// register position values such as roll, move scale.
// it will parse vec, min, max. but unfortunately, only "roll" will get the limitation feature.
// since we can't just make limit of vector... it's not going to move in most of case
var vectors = new Dictionary <string, Vector3>();
foreach (var modKey in Constant.modifiers)
{
var split = partElement.Element(modKey)?.Attribute("vec")?.Value?.Split(',');
if (split != null)
{
var vector = new Vector3(float.Parse(split[0]), float.Parse(split[1]),
float.Parse(split[2]));
vectors.Add(modKey, vector);
}
else
{
vectors.Add(modKey,
modKey == "scale"
? Vector3.one
: Vector3.zero); // Yeah.. if there is no scale, don't f**k it up.
}
Util.Logger.Log(string.Format("\t{0}_{1}: {2}", partKey, modKey,
vectors[modKey].ToString()));
if (modKey == "roll")
{
var mins = partElement.Element(modKey)?.Attribute("min")?.Value
?.Split(',');
var maxs = partElement.Element(modKey)?.Attribute("max")?.Value
?.Split(',');
if (mins != null)
{
vectors.Add(modKey + "min",
new Vector3(float.Parse(mins[0]), float.Parse(mins[1]),
float.Parse(mins[2])));
Util.Logger.Log(string.Format("\t{0}_{1}: {2}", partKey, modKey + "min",
vectors[modKey + "min"].ToString()));
}
if (maxs != null)
{
vectors.Add(modKey + "max",
new Vector3(float.Parse(maxs[0]), float.Parse(maxs[1]),
float.Parse(maxs[2])));
Util.Logger.Log(string.Format("\t{0}_{1}: {2}", partKey, modKey + "max",
vectors[modKey + "max"].ToString()));
}
}
}
newConfig.heelVectors.Add(partKey, vectors);
// register parent angle derivation.
var isFixed = partElement?.Attribute("fixed")?.Value;
if (isFixed != null)
{
newConfig.isFixed.Add(partKey, bool.Parse(isFixed));
Util.Logger.Log(string.Format("\t{0}_isFixed: {1}", partKey, isFixed));
}
}
var rootSplit = element.Element("root")?.Attribute("vec")?.Value?.Split(',');
if (rootSplit != null)
{
newConfig.rootMove = new Vector3(float.Parse(rootSplit[0]), float.Parse(rootSplit[1]),
float.Parse(rootSplit[2]));
}
else
{
newConfig.rootMove = Vector3.zero;
}
newConfig.loaded = true;
var resolvedID =
UniversalAutoResolver.TryGetResolutionInfo(heelID, "ChaFileClothes.ClothesShoes", guid);
if (resolvedID != null)
{
Util.Logger.Log(string.Format("Found Resolved ID: \"{0}\"=>\"{1}\"", heelID,
resolvedID.LocalSlot));
heelID = resolvedID.LocalSlot;
}
Values.configs.Add(heelID, newConfig);
Util.Logger.Log(string.Format("Registered new heel ID: \"{0}\"", heelID));
}
catch (Exception e)
{
Util.Logger.Log(e.ToString());
}
}
}
}
}
