//Draw the spline in the scene view
void OnDrawGizmos( )
{
SplineInterpolator splineInterpolator = new HermiteInterpolator( );
float invertedLineRes = 1f/lineResolution;
for( int i = 0; i < vectorData.Length; i++ )
{
for( float parameter = 0; parameter <= 1-invertedLineRes; parameter += invertedLineRes )
{
Vector3 position1 = splineInterpolator.InterpolateVector( parameter, i, false, vectorData, 0 );
Vector3 position2 = splineInterpolator.InterpolateVector( parameter + invertedLineRes, i, false, vectorData, 0 );
Gizmos.DrawLine( position1, position2 );
}
}
}
//Draw the spline in the scene view
void OnDrawGizmos( )
{
SplineInterpolator splineInterpolator = new HermiteInterpolator( );
float invertedLineRes = 1f / lineResolution;
for (int i = 0; i < vectorData.Length; i++)
{
for (float parameter = 0; parameter <= 1 - invertedLineRes; parameter += invertedLineRes)
{
Vector3 position1 = splineInterpolator.InterpolateVector(parameter, i, false, vectorData, 0);
Vector3 position2 = splineInterpolator.InterpolateVector(parameter + invertedLineRes, i, false, vectorData, 0);
Gizmos.DrawLine(position1, position2);
}
}
}
void Update( )
{
//Calculate a continously changing parameter in the interval 0..1
parameter = Mathf.PingPong( Time.realtimeSinceStartup, 1 );
//Calculate the node index corresponding to the current spline parameter
int nodeIndex = Mathf.FloorToInt( (vectorData.Length-1) * parameter );
//Calculate a spline segment's length, assuming that all segment have the same length
float segmentLength = 1f / (vectorData.Length-1);
//Calculate the current segment parameter
float segmentParameter = (parameter - (nodeIndex * segmentLength)) / segmentLength;
//Create a new Hermite interpolator
SplineInterpolator splineInterpolator = new HermiteInterpolator( );
//Calculate the position on the spline and assign it to the transform-component of the animated object
Vector3 positionOnSpline = splineInterpolator.InterpolateVector( segmentParameter, nodeIndex, false, vectorData, 0 );
animatedObject.transform.position = positionOnSpline;
}
void Update( )
{
//Calculate a continously changing parameter in the interval 0..1
parameter = Mathf.PingPong(Time.realtimeSinceStartup, 1);
//Calculate the node index corresponding to the current spline parameter
int nodeIndex = Mathf.FloorToInt((vectorData.Length - 1) * parameter);
//Calculate a spline segment's length, assuming that all segment have the same length
float segmentLength = 1f / (vectorData.Length - 1);
//Calculate the current segment parameter
float segmentParameter = (parameter - (nodeIndex * segmentLength)) / segmentLength;
//Create a new Hermite interpolator
SplineInterpolator splineInterpolator = new HermiteInterpolator( );
//Calculate the position on the spline and assign it to the transform-component of the animated object
Vector3 positionOnSpline = splineInterpolator.InterpolateVector(segmentParameter, nodeIndex, false, vectorData, 0);
animatedObject.transform.position = positionOnSpline;
}