private void AddNewHitPrim(ParamData.AtkParam.Hit hit, ParamData.AtkParam.DummyPolySource dmyFilter, bool visible = false, bool dontUpdate = false)
{
if (!HitPrims.ContainsKey(hit))
{
HitPrims.Add(hit, new List <IDbgPrim>());
}
if (!HitFilters.ContainsKey(hit))
{
HitFilters.Add(hit, dmyFilter);
}
else
{
HitFilters[hit] = dmyFilter;
}
if (hit.IsCapsule)
{
HitPrims[hit].Add(new DbgPrimWireCapsule(hit.GetColor())
{
EnableDraw = visible,
Category = DbgPrimCategory.DummyPolyHelper,
//OverrideColor = hit.GetColor(),
});
}
else
{
if (DummyPolyByRefID.ContainsKey(hit.DmyPoly1))
{
foreach (var dmy in DummyPolyByRefID[hit.DmyPoly1])
{
HitPrims[hit].Add(new DbgPrimWireSphere(new Transform(Matrix.CreateScale(hit.Radius) *
dmy.ReferenceMatrix), Color.White)
{
EnableDraw = visible,
Category = DbgPrimCategory.DummyPolyHelper,
OverrideColor = hit.GetColor(),
});
}
}
}
lock (_lock_everything_monkaS)
{
if (visible && !VisibleHitsToHideForHideAll.Contains(hit))
{
VisibleHitsToHideForHideAll.Enqueue(hit);
}
if (!dontUpdate)
{
UpdateHitPrim(hit);
}
}
}
//private Dictionary<ParamData.AtkParam.Hit, ParamData.AtkParam.DummyPolySource> HitFilters
// = new Dictionary<ParamData.AtkParam.Hit, ParamData.AtkParam.DummyPolySource>();
//private Dictionary<DummyPolyBladeSFX, ParamData.AtkParam.DummyPolySource> BladeSfxHitFilters
// = new Dictionary<DummyPolyBladeSFX, ParamData.AtkParam.DummyPolySource>();
private void UpdateHitPrim(ParamData.AtkParam.Hit hit)
{
lock (_lock_everything_monkaS)
{
var dmyA = hit.GetDmyPoly1Locations(MODEL, hit.DummyPolySourceSpawnedOn);
var dmyB = hit.GetDmyPoly2Locations(MODEL, hit.DummyPolySourceSpawnedOn);
if (hit.IsCapsule)
{
((DbgPrimWireCapsule)HitPrims[hit][0]).UpdateCapsuleEndPoints(Vector3.Transform(Vector3.Zero, dmyA[0]), Vector3.Transform(Vector3.Zero, dmyB[0]), hit.Radius);
}
else
{
if (dmyA.Count > HitPrims[hit].Count)
{
AddNewHitPrim(hit, dontUpdate: true);
}
for (int i = 0; i < Math.Min(HitPrims[hit].Count, dmyA.Count); i++)
{
Matrix m = dmyA[i];
Quaternion q = Quaternion.CreateFromRotationMatrix(m);
Matrix rm = Matrix.CreateFromQuaternion(Quaternion.Normalize(q));
Matrix tm = Matrix.CreateTranslation(Vector3.Transform(Vector3.Zero, m));
HitPrims[hit][i].Transform = new Transform(Matrix.CreateScale(hit.Radius) * rm * tm);
}
}
for (int i = 0; i < HitPrims[hit].Count; i++)
{
HitPrims[hit][i].OverrideColor = hit.GetColor();
}
}
}
