void UpdateParticles_GeneralChi(ParticleSpan ps, float toffset)
{
for (int i = 0; i < ps.Count; i++)
{
float ba = this.Breath.UnitBreathInPct;
float fi = ((float)i) / ((float)(ps.Count - 1));
float mt = Mathf.Repeat(fi + toffset, 1.0f);
float a = ba * Mathf.Clamp01(Breath.UnitTo010f(mt) * 5.1f);
var pos = ps.Line.SampleAtUnitLength(mt);
bool isSpine = false;
var clr = Color.green;
if (this.IsInfoAvatar)
{
if (ps == this.ClosestInfoSpan)
{
// leave alpha as is
}
else
{
a = 0.0f;
}
}
ps.LatestOverallAlpha = a;
var pi = ps.IndexOf(i);
this.Particles [pi].position = pos;
this.Particles [pi].startColor = ColorWithAlpha(clr, a);
}
}
void UpdateInfoModel()
{
var ray = FocusRay.main.CurrentRay;
float bestScore = 0.7f;
ParticleSpan bestSpan = null;
foreach (var ps in this.AllSpans)
{
float score = Vector3.Dot((ps.Line.AveragePoint - ray.origin).normalized, ray.direction.normalized);
if (score > bestScore)
{
bestSpan = ps;
bestScore = score;
}
}
this.ClosestInfoSpan = bestSpan;
}
protected override void VirtualSetupCoreLine()
{
this.ApplyBodyPositioning();
//this.ParticleCountBase = 4;
this.SphereRadius = Vector3.Distance(this.Body.EstLeftHandKnuckle.position, this.Body.EstRightHandKnuckle.position) * 0.4f;
{
var dantien = this.Body.Chakras.AllChakras [1].transform.position;
var pnts = new Vector3[] { (this.Body.EstLeftHandKnuckle.position + this.Body.EstRightHandKnuckle.position) * 0.5f, dantien };
this.HandToHandSpan = new ParticleSpan(this, this.ParticleCountBase, new LinesThroughPoints(pnts));
}
{
var pnts = this.LineBetweenTransforms(this.Body.LeftArmStart, this.Body.EstLeftHandKnuckle);
this.LeftSideSpan = new ParticleSpan(this, this.ParticleCountBase, new LinesThroughPoints(pnts.ToArray()));
}
{
var pnts = this.LineBetweenTransforms(this.Body.RightArmStart, this.Body.EstRightHandKnuckle);
this.RightSideSpan = new ParticleSpan(this, this.ParticleCountBase, new LinesThroughPoints(pnts.ToArray()));
}
}
void UpdateParticles_HandToHandSpan(ParticleSpan ps, float toffset)
{
var offsets = ps.EnsureRandomOffsets();
for (int i = 0; i < ps.Count; i++)
{
float bt = this.Breath.UnitTimeInBreath;
float ba = this.Breath.UnitBreathInPct;
float fi = ((float)i) / ((float)(ps.Count - 1));
float mt = Mathf.Repeat(fi + toffset, 1.0f);
float a = ba * Mathf.Clamp01(Breath.UnitTo010f(mt) * 5.1f);
var basePose = ps.Line.SampleAtLength(Mathf.Clamp01((bt - 0.5f) * 2.0f));
var pos = basePose + (offsets[i] * SphereRadius
* Breath.UnitTo010f(bt)
* Mathf.Sin(Time.timeSinceLevelLoad * 4.2f + (offsets[i].y * 20)));
bool isSpine = false;
var clr = Color.green;
if (this.IsInfoAvatar)
{
if (ps == this.ClosestInfoSpan)
{
// leave alpha as is
}
else
{
a = 0.0f;
}
}
ps.LatestOverallAlpha = a;
var pi = ps.IndexOf(i);
this.Particles [pi].position = pos;
this.Particles [pi].startColor = ColorWithAlpha(clr, a);
this.Particles [pi].startSize3D = Vector3.one * (DefaultRadius * 2.0f);
}
}
void SetupCoreLine()
{
switch (this.LineToShow)
{
case NamedLines.SpinalBreathing:
{
var pnts = this.LineBetweenTransforms(this.Body.SpineStart, this.Body.SpineEnd);
this.CoreSpan = new ParticleSpan(this, 1, new LinesThroughPoints(pnts.ToArray()));
}
break;
case NamedLines.GroundingBreath:
{
{
var pnts = this.LineBetweenTransforms(this.Body.LeftLegEnd, this.Body.LeftLegStart);
pnts.Add(this.Body.Chakras.AllChakras[1].transform.position);
this.SpanLeftLegToDanTien = new ParticleSpan(this, this.ParticleCountBase, new LinesThroughPoints(pnts.ToArray()));
}
{
var pnts = this.LineBetweenTransforms(this.Body.RightLegEnd, this.Body.RightLegStart);
pnts.Add(this.Body.Chakras.AllChakras[1].transform.position);
this.SpanRightLegToDanTien = new ParticleSpan(this, this.ParticleCountBase, new LinesThroughPoints(pnts.ToArray()));
}
{
//SpanCrownToDanTien
var pnts = this.LineBetweenTransforms(
this.Body.Chakras.AllChakras[6].transform,
this.Body.Chakras.AllChakras[1].transform);
this.SpanCrownToDanTien = new ParticleSpan(this, (int)(0.75f * this.ParticleCountBase), new LinesThroughPoints(pnts.ToArray()));
}
}
break;
default:
Debug.Assert(false, "Unknown line: " + this.LineToShow);
break;
}
}