/// <summary>
/// Update Human energy colors from the given base colors.
/// </summary>
/// <param name="blueColor">Blue sword spin energy color.</param>
/// <param name="redColor">Red sword spin energy color.</param>
void SetHumanEnergyColors(Color blueColor, Color redColor)
{
var converter = new ColorSpaceConverter();
var blueAdjusted = converter.TranslateHsv(blueColor, hsv => new Hsv(hsv.H, Increase(hsv.S), Increase(hsv.V)));
var redAdjusted = converter.TranslateHsv(redColor, hsv => new Hsv(hsv.H, Increase(hsv.S), Increase(hsv.V)));
// Update color for normal spin.
Colors.SwordEnergyBlueEnv1 = blueColor;
Colors.SwordEnergyBlueEnv2 = blueAdjusted;
Colors.SwordEnergyBluePrim = Color.White;
// Update color for greater spin.
Colors.SwordEnergyRedEnv1 = redColor;
Colors.SwordEnergyRedEnv2 = redAdjusted;
Colors.SwordEnergyRedPrim = Color.White;
// Update color for sword charge effect.
Colors.SwordChargeBlueEnergyEnv = blueColor;
Colors.SwordChargeBlueEnergyPrim = Color.White;
Colors.SwordChargeRedEnergyEnv = redColor;
Colors.SwordChargeRedEnergyPrim = Color.White;
// Update color for sword charge sparks.
Colors.SwordChargeSparksBlue = blueAdjusted;
Colors.SwordChargeSparksRed = redAdjusted;
float Increase(float input, float mult = 3f) => Math.Min(input * mult, 1f);
}
/// <summary>
/// Update Zora energy colors from the given base color.
/// </summary>
/// <param name="color">Base color.</param>
void SetZoraEnergyColors(Color color)
{
var converter = new ColorSpaceConverter();
var darker = converter.TranslateHsv(color, hsv => new Hsv((hsv.H + 35f) % 360f, hsv.S, hsv.V * 0.392f));
Colors.ZoraEnergyEnv1 = darker;
Colors.ZoraEnergyEnv2 = color;
Colors.ZoraEnergyPrim1 = color;
// Use white for safety. Todo: Add option to use black for neat effect?
Colors.ZoraEnergyPrim2 = Color.White;
}
/// <summary>
/// Set Goron energy colors from the given options.
/// </summary>
/// <param name="options">Color options.</param>
void SetGoronEnergyColors(GoronColorOptions options)
{
Colors.GoronPunchEnergyPrim = GetPunchPrim(options.Main);
Colors.GoronPunchEnergyEnv1 = options.Extra1;
Colors.GoronPunchEnergyEnv2 = options.Extra1;
var inner = Mix(options.Main, Colors.GoronRollInnerEnergyEnv);
Colors.GoronRollInnerEnergyEnv = inner.Item1;
Colors.GoronRollInnerEnergyPrim = inner.Item2;
var outer1 = Mix(options.Extra1, Colors.GoronRollOuterEnergyEnv1);
Colors.GoronRollOuterEnergyEnv1 = outer1.Item1;
Colors.GoronRollOuterEnergyPrim1 = outer1.Item2;
var outer2 = Mix(options.Extra2, Colors.GoronRollOuterEnergyEnv2);
Colors.GoronRollOuterEnergyEnv2 = outer2.Item1;
Colors.GoronRollOuterEnergyPrim2 = outer2.Item2;
Color GetPunchPrim(Color color)
{
var converter = new ColorSpaceConverter();
return(converter.TranslateHsv(color, hsv => new Hsv(hsv.H, (hsv.S / 5f) * 4f, hsv.V)));
}
(Color env, Color prim) Mix(Color color, Color env)
{
// Convert color values to HSV.
var converter = new ColorSpaceConverter();
var curHsv = converter.ToHsv(color);
var envHsv = converter.ToHsv(env);
// Calculate delta of Value.
var envHsvValDelta = ((curHsv.V + envHsv.V) / 2f) - curHsv.V;
// Multiply by Saturation to limit deviation of Value for greyscale-approaching colors (Saturation approaching 0).
var envHsvValue = options.MixEnvValue ? curHsv.V + (envHsvValDelta * curHsv.S) : curHsv.V;
// Build new colors from HSV.
var envResultHsv = new Hsv(curHsv.H, curHsv.S, envHsvValue);
var primResultHsv = new Hsv(curHsv.H, curHsv.S, curHsv.V);
// Convert back into RGB.
var envResult = converter.ToColor(envResultHsv);
var primResult = converter.ToColor(primResultHsv);
return(envResult, primResult);
}
}
/// <summary>
/// Update Fierce Deity energy colors from the given base color.
/// </summary>
/// <param name="color">Sword beam energy color.</param>
void SetFierceDeityEnergyColors(Color color)
{
var converter = new ColorSpaceConverter();
var adjusted = converter.TranslateHsv(color, hsv => new Hsv(hsv.H, Increase(hsv.S), Increase(hsv.V)));
// Update sword beam damage colors.
Colors.SwordBeamDamageEnv = adjusted;
// Update sword beam energy colors.
Colors.SwordBeamEnergyEnv = color;
Colors.SwordBeamEnergyPrim = Color.White;
// Update sparkle colors.
Colors.FierceDeitySparklesInner = color.Brighten(0.5f);
Colors.FierceDeitySparklesOuter = color;
float Increase(float input, float mult = 3f) => Math.Min(input * mult, 1f);
}