private void KochReact()
{
LineRenderer lineRenderer = _line.LineGameObject;
int count = 0;
for (int i = 0; i < _line.KochLineProperty.ShapePointAmount; i++)
{
_lerpAudio[i] = _audioPeer.GetAudioBandBuffer(_line.KochLineProperty.KochAudioBand[i]);
for (int j = 0; j < (_positions.Length - 1) / _line.KochLineProperty.ShapePointAmount; j++)
{
_lerpPositions[count] = Vector3.Lerp(_positions[count], _targetPositions[count], _lerpAudio[i]);
count++;
}
}
_lerpPositions[count] = Vector3.Lerp(_positions[count], _targetPositions[count], _lerpAudio[_line.KochLineProperty.ShapePointAmount - 1]);
if (_line.KochLineProperty.UseBezierCurves)
{
_bezierPositions = BezierCurve(_lerpPositions, _line.KochLineProperty.BezierVertexCount);
lineRenderer.positionCount = _bezierPositions.Length;
lineRenderer.SetPositions(_bezierPositions);
}
else
{
lineRenderer.positionCount = _lerpPositions.Length;
lineRenderer.SetPositions(_lerpPositions);
}
}
private void HandleAudio()
{
for (int i = 0; i < _line.KochLineProperty.ShapePointAmount; i++)
{
Color colorLerp = Color.Lerp(_startColor, _trails[i].EmissionColor * _line.EmissionIntensity, _audioPeer.GetAudioBand(_line.KochLineProperty.KochAudioBand[i]));
_trails[i].Trail.material.SetColor("_EmissionColor", colorLerp);
colorLerp = Color.Lerp(_startColor, _endColor, _audioPeer.GetAudioBand(_line.KochLineProperty.KochAudioBand[i]));
_trails[i].Trail.material.SetColor("Color", colorLerp);
float widthLerp = Mathf.Lerp(_line.KochTrailProperty.TrailWidthMinMax.x, _line.KochTrailProperty.TrailWidthMinMax.y, _audioPeer.GetAudioBandBuffer(_line.KochLineProperty.KochAudioBand[i]));
_trails[i].Trail.widthMultiplier = widthLerp;
float timeLerp = Mathf.Lerp(_line.KochTrailProperty.TrailTimeMinMax.x, _line.KochTrailProperty.TrailTimeMinMax.y, _audioPeer.GetAudioBandBuffer(_line.KochLineProperty.KochAudioBand[i]));
_trails[i].Trail.time = timeLerp;
}
}
private void HandleMovement()
{
if (_lineModel.PhyllotaxisProperty.UseScaling)
{
float valueScale;
switch (_lineModel.PhyllotaxisProperty.ScaleFrequencyType)
{
case AudioFrequencyType.Band:
valueScale = _audioPeer.GetAudioBand(_lineModel.PhyllotaxisProperty.ScaleAudioBand);
break;
case AudioFrequencyType.BandBuffer:
valueScale = _audioPeer.GetAudioBandBuffer(_lineModel.PhyllotaxisProperty.ScaleAudioBand);
break;
case AudioFrequencyType.Amplitude:
valueScale = _audioPeer.GetAmplitude();
break;
case AudioFrequencyType.AmplitudeBuffer:
valueScale = _audioPeer.GetAmplitudeBuffer();
break;
case AudioFrequencyType.Frequency:
valueScale = _audioPeer.GetFrequencyBand(_lineModel.PhyllotaxisProperty.ScaleAudioBand);
break;
case AudioFrequencyType.FrequencyBuffer:
valueScale = _audioPeer.GetFrequencyBandBuffer(_lineModel.PhyllotaxisProperty.ScaleAudioBand);
break;
default:
throw new ArgumentOutOfRangeException();
}
if (_lineModel.PhyllotaxisProperty.UseScaleCurve)
{
_scaleTimer += (_lineModel.PhyllotaxisProperty.InterpolationSpeed * valueScale) * Time.deltaTime;
if (_scaleTimer >= 1)
{
_scaleTimer -= 1;
}
_currentScale = Mathf.Lerp(_lineModel.PhyllotaxisProperty.ScaleMinMax.x, _lineModel.PhyllotaxisProperty.ScaleMinMax.y, _lineModel.PhyllotaxisProperty.ScaleInterpolationCurve.Evaluate(_scaleTimer));
}
else
{
_currentScale = Mathf.Lerp(_lineModel.PhyllotaxisProperty.ScaleMinMax.x, _lineModel.PhyllotaxisProperty.ScaleMinMax.y, valueScale);
}
}
if (_lineModel.PhyllotaxisProperty.UseLerping)
{
if (_isLerping)
{
float valueLerping;
switch (_lineModel.PhyllotaxisProperty.LerpFrequencyType)
{
case AudioFrequencyType.Band:
valueLerping = _audioPeer.GetAudioBand(_lineModel.PhyllotaxisProperty.LerpAudioBand);
break;
case AudioFrequencyType.BandBuffer:
valueLerping = _audioPeer.GetAudioBandBuffer(_lineModel.PhyllotaxisProperty.LerpAudioBand);
break;
case AudioFrequencyType.Amplitude:
valueLerping = _audioPeer.GetAmplitude();
break;
case AudioFrequencyType.AmplitudeBuffer:
valueLerping = _audioPeer.GetAmplitudeBuffer();
break;
case AudioFrequencyType.Frequency:
valueLerping = _audioPeer.GetFrequencyBand(_lineModel.PhyllotaxisProperty.LerpAudioBand);
break;
case AudioFrequencyType.FrequencyBuffer:
valueLerping = _audioPeer.GetFrequencyBandBuffer(_lineModel.PhyllotaxisProperty.LerpAudioBand);
break;
default:
throw new ArgumentOutOfRangeException();
}
_lerpPosSpeed = Mathf.Lerp(_lineModel.PhyllotaxisProperty.SpeedMinMax.x, _lineModel.PhyllotaxisProperty.SpeedMinMax.y, _lineModel.PhyllotaxisProperty.LerpInterpolationCurve.Evaluate(valueLerping));
_lerpPosTimer += Time.deltaTime * _lerpPosSpeed;
transform.localPosition = Vector3.Lerp(_startPosition, _endPosition, Mathf.Clamp01(_lerpPosTimer));
if (_lerpPosTimer >= 1)
{
_lerpPosTimer -= 1;
if (_forward)
{
_number += _lineModel.PhyllotaxisProperty.StepSize;
_currentIteration++;
}
else
{
_number -= _lineModel.PhyllotaxisProperty.StepSize;
_currentIteration--;
}
if ((_currentIteration >= 0) && (_currentIteration < _lineModel.PhyllotaxisProperty.MaxIterations))
{
SetLerpPositions();
}
else // current iteration has hit 0 or maxiteration
{
if (_lineModel.PhyllotaxisProperty.Repeat)
{
if (_lineModel.PhyllotaxisProperty.Invert)
{
_forward = !_forward;
SetLerpPositions();
}
else
{
_number = _lineModel.PhyllotaxisProperty.NumberStart;
_currentIteration = 0;
SetLerpPositions();
}
}
else
{
_isLerping = false;
}
}
}
}
}
if (!_lineModel.PhyllotaxisProperty.UseLerping)
{
_phyllotaxisPosition = CalculatePhyllotaxis(_lineModel.PhyllotaxisProperty.Degree, _currentScale, _number);
transform.localPosition = new Vector3(_phyllotaxisPosition.x, _phyllotaxisPosition.y, 0);
_number += _lineModel.PhyllotaxisProperty.StepSize;
_currentIteration++;
}
}
