/// <summary>
/// Get the results of the colour and scheme combination.
/// This will be called by the varioous setters in the object.
/// </summary>
private void GetSchemeResults()
{
switch (SchemeType)
{
case SchemeType.Complement:
Results = ColorSchemer.Complement(HsvColor);
break;
case SchemeType.SplitComplements:
Results = ColorSchemer.SplitComplement(HsvColor);
break;
case SchemeType.Triads:
Results = ColorSchemer.Triads(HsvColor);
break;
case SchemeType.Tetrads:
Results = ColorSchemer.Tetrads(HsvColor);
break;
case SchemeType.RectangleTetrads:
Results = ColorSchemer.RectangleTetrads(HsvColor);
break;
case SchemeType.FiveTone:
Results = ColorSchemer.FiveTone(HsvColor);
break;
case SchemeType.SixTone:
Results = ColorSchemer.SixTone(HsvColor);
break;
case SchemeType.Analogous:
Results = ColorSchemer.Analogous(HsvColor);
break;
case SchemeType.WideAnalogous:
Results = ColorSchemer.WideAnalogous(HsvColor);
break;
case SchemeType.NarrowAnalogous:
Results = ColorSchemer.NarrowAnalogous(HsvColor);
break;
case SchemeType.Monochromatic:
Results = ColorSchemer.Monochromatic(HsvColor);
break;
default:
throw new ArgumentOutOfRangeException("Not a valid type of scheme.");
}
}
public void SetupBeacon(float shrineHeight)
{
beaconLight.transform.localPosition = new Vector3(0, shrineHeight + BeaconDistance, 0);
ColorSchemer colors = GameObject.FindGameObjectWithTag("ColorSchemer").GetComponent <ColorSchemer>();
color = Color.HSVToRGB(colors.BaseHues[ColorBaseHueIndex], ColorSaturation, ColorValue);
beaconLight.color = color;
beaconFlare.color = color;
ExtraFlare.color = color;
DeactivateBeacon();
}
