/**
* Init cable particles
*
* Creates the cable particles along the cable length
* and binds the start and end tips to their respective game objects.
*/
void InitCableParticles()
{
// Calculate segments to use
if (totalSegments > 0)
{
segments = totalSegments;
}
else
{
segments = Mathf.CeilToInt(cableLength * segmentsPerUnit);
}
Vector3 cableDirection = (endPoint.position - transform.position).normalized;
float initialSegmentLength = cableLength / segments;
points = new CableParticle[segments + 1];
// Foreach point
for (int pointIdx = 0; pointIdx <= segments; pointIdx++)
{
// Initial position
Vector3 initialPosition = transform.position + (cableDirection * (initialSegmentLength * pointIdx));
points[pointIdx] = new CableParticle(initialPosition);
}
// Bind start and end particles with their respective gameobjects
CableParticle start = points[0];
CableParticle end = points[segments];
start.Bind(this.transform);
end.Bind(endPoint.transform);
}
void InitCableParticles()
{
if (totalSegments > 0)
{
segments = totalSegments;
}
else
{
segments = Mathf.CeilToInt(cableLength * segmentsPerUnit);
}
Vector3 cableDirection = (endPoint.position - transform.position).normalized;
float initialSegmentLength = cableLength / segments;
points = new CableParticle[segments + 1];
for (int pointIdx = 0; pointIdx <= segments; pointIdx++)
{
Vector3 initialPosition = transform.position + (cableDirection * (initialSegmentLength * pointIdx));
points[pointIdx] = new CableParticle(initialPosition);
}
CableParticle start = points[0];
CableParticle end = points[segments];
start.Bind(this.transform);
end.Bind(endPoint.transform);
}
