internal void GenerateElectrons()
{
electrons.Clear();
int cur = 8;
int l = 0;
for (int i = 0; i < DrawPath.Count - 1; i++)
{
l = (int)(DrawPath[i + 1] - DrawPath[i]).Length();
while (cur < l)
{
Electron e = new Electron();
e.curind = i;
e.lerpSpeed = 1.0f / l;
e.lerpState = (float)cur / l;
electrons.Add(e);
cur += ElectronFrequency;
}
cur -= l;
}
}
internal void StepElectrons()
{
if (parent.ID == 189)
{
int asf = 0;
}
Wire p = parent as Wire;
float mul = Math.Sign(p.J2.Voltage - p.J1.Voltage);
if (mul == 0)
{
return;
}
//update
for (int i = 0; i < electrons.Count; i++)
{
electrons[i].lerpState += electrons[i].lerpSpeed * mul;
if (electrons[i].lerpState < 0)
{
if (electrons[i].curind == 0)
{
electrons.RemoveAt(i--);
}
else
{
//get overshot distance
int l = (int)(Vector2.Lerp(DrawPath[electrons[i].curind], DrawPath[electrons[i].curind + 1], electrons[i].lerpState) -
DrawPath[electrons[i].curind]).Length();
electrons[i].curind--;
float tl = (DrawPath[electrons[i].curind + 1] - DrawPath[electrons[i].curind]).Length();
electrons[i].lerpState = (tl - l) / tl;
electrons[i].lerpSpeed = 1.0f / tl;
}
}
else if (electrons[i].lerpState > 1)
{
if (electrons[i].curind == DrawPath.Count - 2)
{
electrons.RemoveAt(i--);
}
else
{
//get overshot distance
int l = (int)(Vector2.Lerp(DrawPath[electrons[i].curind], DrawPath[electrons[i].curind + 1], electrons[i].lerpState) -
DrawPath[electrons[i].curind + 1]).Length();
electrons[i].curind++;
float tl = (DrawPath[electrons[i].curind + 1] - DrawPath[electrons[i].curind]).Length();
electrons[i].lerpState = l / tl;
electrons[i].lerpSpeed = 1.0f / tl;
}
}
}
//add
float ll = (DrawPath[1] - DrawPath[0]).Length();
if (electrons[0].curind != 0 || electrons[0].lerpState > (float)ElectronFrequency / ll)
{
Electron e = new Electron();
e.curind = 0;
e.lerpSpeed = 1.0f / ll;
//e.lerpState = electrons[0].lerpState - (float)ElectronFrequency / ll;
e.lerpState = 0f;
electrons.Insert(0, e);
}
ll = (DrawPath[DrawPath.Count - 1] - DrawPath[DrawPath.Count - 2]).Length();
if (electrons[electrons.Count - 1].curind != DrawPath.Count - 2 || electrons[electrons.Count - 1].lerpState < (ll - (float)ElectronFrequency) / ll)
{
Electron e = new Electron();
e.curind = DrawPath.Count - 2;
e.lerpSpeed = 1.0f / ll;
//e.lerpState = electrons[electrons.Count - 1].lerpState + (float)ElectronFrequency / ll;
e.lerpState = 1.0f;
electrons.Add(e);
}
}
internal void StepElectrons()
{
if (parent.ID == 189)
{
int asf = 0;
}
Wire p = parent as Wire;
float mul = Math.Sign(p.J2.Voltage - p.J1.Voltage);
if (mul == 0)
return;
//update
for (int i = 0; i < electrons.Count; i++)
{
electrons[i].lerpState += electrons[i].lerpSpeed * mul;
if (electrons[i].lerpState < 0)
{
if (electrons[i].curind == 0)
electrons.RemoveAt(i--);
else
{
//get overshot distance
int l = (int)(Vector2.Lerp(DrawPath[electrons[i].curind], DrawPath[electrons[i].curind + 1], electrons[i].lerpState) -
DrawPath[electrons[i].curind]).Length();
electrons[i].curind--;
float tl = (DrawPath[electrons[i].curind + 1] - DrawPath[electrons[i].curind]).Length();
electrons[i].lerpState = (tl - l) / tl;
electrons[i].lerpSpeed = 1.0f / tl;
}
}
else if (electrons[i].lerpState > 1)
{
if (electrons[i].curind == DrawPath.Count - 2)
electrons.RemoveAt(i--);
else
{
//get overshot distance
int l = (int)(Vector2.Lerp(DrawPath[electrons[i].curind], DrawPath[electrons[i].curind + 1], electrons[i].lerpState) -
DrawPath[electrons[i].curind + 1]).Length();
electrons[i].curind++;
float tl = (DrawPath[electrons[i].curind + 1] - DrawPath[electrons[i].curind]).Length();
electrons[i].lerpState = l / tl;
electrons[i].lerpSpeed = 1.0f / tl;
}
}
}
//add
float ll = (DrawPath[1] - DrawPath[0]).Length();
if (electrons[0].curind != 0 || electrons[0].lerpState > (float)ElectronFrequency / ll)
{
Electron e = new Electron();
e.curind = 0;
e.lerpSpeed = 1.0f / ll;
//e.lerpState = electrons[0].lerpState - (float)ElectronFrequency / ll;
e.lerpState = 0f;
electrons.Insert(0, e);
}
ll = (DrawPath[DrawPath.Count - 1] - DrawPath[DrawPath.Count - 2]).Length();
if (electrons[electrons.Count - 1].curind != DrawPath.Count - 2 || electrons[electrons.Count - 1].lerpState < (ll - (float)ElectronFrequency) / ll)
{
Electron e = new Electron();
e.curind = DrawPath.Count - 2;
e.lerpSpeed = 1.0f / ll;
//e.lerpState = electrons[electrons.Count - 1].lerpState + (float)ElectronFrequency / ll;
e.lerpState = 1.0f;
electrons.Add(e);
}
}
internal void GenerateElectrons()
{
electrons.Clear();
int cur = 8;
int l = 0;
for (int i = 0; i < DrawPath.Count - 1; i++)
{
l = (int)(DrawPath[i + 1] - DrawPath[i]).Length();
while (cur < l)
{
Electron e = new Electron();
e.curind = i;
e.lerpSpeed = 1.0f / l;
e.lerpState = (float)cur / l;
electrons.Add(e);
cur += ElectronFrequency;
}
cur -= l;
}
}