#pragma warning restore 618
/// <summary>
/// overwrites any DNAEvaluators in the current settings with the settings from the incoming DNAEvaluators if the dnaName matches, otherwise adds a new evaluator for the dnaName
/// </summary>
/// <param name="existingDNANames">If the dnaName used by a DNAEvaluator in the incoming settings is not found in this list it will not be processed</param>
private void ProcessSkelModOverwrites(DNAEvaluatorList currentMods, DNAEvaluatorList incomingMods, List <string> existingDNANames)
{
for (int i = 0; i < incomingMods.Count; i++)
{
if (!existingDNANames.Contains(incomingMods[i].dnaName))
{
continue;
}
var foundInCurrent = false;
for (int ci = 0; ci < currentMods.Count; ci++)
{
if (currentMods[ci].dnaName == incomingMods[i].dnaName)
{
currentMods[ci].calcOption = incomingMods[i].calcOption;
currentMods[ci].evaluator = new DNAEvaluationGraph(incomingMods[i].evaluator);
currentMods[ci].multiplier = incomingMods[i].multiplier;
foundInCurrent = true;
}
}
if (!foundInCurrent)
{
currentMods.Add(new DNAEvaluator(incomingMods[i].dnaName, incomingMods[i].evaluator, incomingMods[i].multiplier, incomingMods[i].calcOption));
}
}
}
#pragma warning restore 618
#pragma warning disable 618 //disable obsolete warning
/// <summary>
/// Converts the legacy incoming values into DNAEvaluators and then overwrites any DNAEvaluators in the current settings with the settings from the incoming DNAEvaluators if the dnaName matches, otherwise adds a new evaluator for the dnaName
/// </summary>
/// <param name="existingDNANames">If the dnaName used by a DNAEvaluator in the incoming settings is not found in this list it will not be processed</param>
private void ProcessSkelModOverwrites(DNAEvaluatorList currentMods, List <SkeletonModifier.spVal.spValValue.spValModifier> incomingMods, List <string> existingDNANames)
{
SkeletonModifier.spVal.spValValue tempValValue = new SkeletonModifier.spVal.spValValue();
tempValValue.modifiers = new List <SkeletonModifier.spVal.spValValue.spValModifier>(incomingMods);
tempValValue.ConvertToDNAEvaluators();
ProcessSkelModOverwrites(currentMods, tempValValue.modifyingDNA, existingDNANames);
}
public DNAColorSet(DNAColorSet other)
{
mode = other.mode;
targetName = other.targetName;
textureChannel = other.textureChannel;
colorModifier = new DNAColorModifier(other.colorModifier);
modifyingDNA = new DNAEvaluatorList(other.modifyingDNA);
}
public DNAEvaluatorList(DNAEvaluatorList other)
{
_aggregationMethod = other._aggregationMethod;
for (int i = 0; i < other._dnaEvaluators.Count; i++)
{
_dnaEvaluators.Add(new DNAEvaluator(other._dnaEvaluators[i]));
}
}
public BlendshapeDNAConverter(string shapeToApply, float startingShapeWeight = 0f, List <DNAEvaluator> modifyingDnas = null)
{
this._blendshapeToApply = shapeToApply;
this._startingShapeWeight = startingShapeWeight;
if (modifyingDnas != null)
{
this._modifyingDNA = new DNAEvaluatorList(modifyingDnas);
}
}
public BonePoseDNAConverter(UMABonePose poseToApply, float startingPoseWeight = 0f, List <DNAEvaluator> modifyingDnas = null)
{
this._poseToApply = poseToApply;
this._startingPoseWeight = startingPoseWeight;
if (modifyingDnas != null)
{
this._modifyingDNA = new DNAEvaluatorList(modifyingDnas);
}
}
public BlendshapeDNAConverter(BlendshapeDNAConverter other)
{
this._blendshapeToApply = other._blendshapeToApply;
this._startingShapeWeight = other._startingShapeWeight;
this._modifyingDNA = new DNAEvaluatorList(other._modifyingDNA);
}
public BonePoseDNAConverter(BonePoseDNAConverter other)
{
this._poseToApply = other._poseToApply;
this.startingPoseWeight = other._startingPoseWeight;
this._modifyingDNA = new DNAEvaluatorList(other._modifyingDNA);
}