public void NextColorRainbow()
{
curColor += variation;
if (Props.cycleKind == CycleKind.circular)
{
if (curColor > RainbowColor.red)
{
curColor = RainbowColor.purple;
}
else if (curColor < RainbowColor.purple)
{
curColor = RainbowColor.red;
}
}
else if (Props.cycleKind == CycleKind.bouncing)
{
if (curColor > RainbowColor.red)
{
variation = -1;
curColor = RainbowColor.orange;
}
else if (curColor < RainbowColor.purple)
{
variation = 1;
curColor = RainbowColor.blue;
}
}
else if (Props.cycleKind == CycleKind.random)
{
curColor = (RainbowColor)Rand.Range(0, 6);
}
}
public void Init(bool myDebug = false)
{
SetPawnAndMap();
Tools.Warn(myPawn + "'s " + parent.def.defName + " Init", myDebug);
// If we dont have full rainbow motes, we leave
if (
Props.motePurpleDef.NullOrEmpty() ||
Props.moteBlueDef.NullOrEmpty() ||
Props.moteGreenDef.NullOrEmpty() ||
Props.moteYellowDef.NullOrEmpty() ||
Props.moteOrangeDef.NullOrEmpty() ||
Props.moteRedDef.NullOrEmpty())
{
blockAction = true;
parent.Severity = 0;
}
// Calculating pivot Color depending on props
switch (Props.colorChoice)
{
case ColorChoice.pawnColor:
Color pawnColor = GfxEffects.ClosestColor(myPawn, false, myDebug);
pivotColor = curColor = ColorTranslation(pawnColor);
break;
case ColorChoice.complementary:
Color complementary = GfxEffects.ClosestColor(myPawn, true, myDebug);
pivotColor = curColor = ColorTranslation(complementary);
break;
case ColorChoice.random:
pivotColor = curColor = (RainbowColor)Rand.Range(0, 6);
break;
}
// Calculatin bottom and top colors
bottomColor = pivotColor - 1;
topColor = pivotColor + 1;
if (topColor > RainbowColor.red)
{
topColor = RainbowColor.purple;
}
if (bottomColor < RainbowColor.purple)
{
bottomColor = RainbowColor.red;
}
Tools.Warn(
myPawn + "'s " + parent.def.defName +
" bottom: " + bottomColor +
" pivot: " + pivotColor +
" top: " + topColor
, myDebug);
SetMoteDef();
}
public static float GetColor(RainbowColor color)
{
var colorOffset = segment * (int)color;
var x = globalX + colorOffset;
while (x >= period)
{
x -= period;
}
while (x < 0)
{
x += period;
}
return(F(x));
}
public void NextColorThreeColors()
{
curColor += variation;
if (Props.cycleKind == CycleKind.circular)
{
if (curColor > topColor)
{
curColor = bottomColor;
}
else if (curColor < bottomColor)
{
curColor = topColor;
}
}
else if (Props.cycleKind == CycleKind.bouncing)
{
if (curColor > topColor)
{
variation = -1;
curColor = pivotColor;
}
else if (curColor < RainbowColor.purple)
{
variation = 1;
curColor = pivotColor;
}
}
else if (Props.cycleKind == CycleKind.random)
{
if (Rand.Chance(.33f))
{
curColor = pivotColor;
}
else
{
if (Rand.Chance(.5f))
{
curColor = topColor;
}
else
{
curColor = bottomColor;
}
}
}
}
