Vector4 calculateTorusPoint(int i)
{
float alpha = 6.28318530718f * (i / (float)ELEMENTS);
float voltage = Mathf.Sin(((alpha + (Time.time * speed)) * (constantCurrent ? frequencyOverTotalLength : numberOfWinds)));
//alpha += (Time.time * speed);
//alpha %= 6.28f;
float wind = alpha * numberOfWinds;
Vector3 torusPoint = Torus.encodeToThreeTorus(alpha, wind);
return(new Vector4(torusPoint.x, torusPoint.z, torusPoint.y, voltage));
}
Vector4 calculateTorusPoint(int i)
{
float alpha = 6.28318530718f * (i / 1024f);
float voltage = Mathf.Sin((alpha * windingNumber));
alpha += (Time.time * speed);
//alpha %= 6.28f;
float wind = alpha * windingNumber;
Vector3 torusPoint = Torus.encodeToThreeTorus(alpha, wind);
return(new Vector4(torusPoint.x, torusPoint.z, torusPoint.y, voltage));
}