public IEnumerator OverclockingPhase()
{
int phase = 0;
float rate = 4;
List <string> cop = new List <string>();
cop.Add("equals");
cop.Add("equals");
cop.Add("equals");
cop.Add("equals");
while (true)
{
if (phase < rainbow.Count)
{
int nextColor = phase + 1;
if (nextColor >= rainbow.Count)
{
nextColor = 0;
}
cop[0] = CheckOperator(rainbow[phase].r, rainbow[nextColor].r);
cop[1] = CheckOperator(rainbow[phase].g, rainbow[nextColor].g);
cop[2] = CheckOperator(rainbow[phase].b, rainbow[nextColor].b);
cop[3] = CheckOperator(rainbow[phase].a, rainbow[nextColor].a);
foreach (var item in renderers)
{
item.material.color = Mathfx.ColorMoveTowards(item.material.color, rainbow[phase], rate * Time.deltaTime);
}
//print("blue " + renderers[renderers.Count - 1].material.color.b);
if (CheckColors(CheckDiff(renderers[renderers.Count - 1].material.color.r, rainbow[phase].r, cop[0]), CheckDiff(renderers[renderers.Count - 1].material.color.g, rainbow[phase].g, cop[1]), CheckDiff(renderers[renderers.Count - 1].material.color.b, rainbow[phase].b, cop[2]), CheckDiff(renderers[renderers.Count - 1].material.color.a, rainbow[phase].a, cop[3])))
{
//print("phasing");
phase++;
}
}
else
{
phase = 0;
}
yield return(null);
}
//yield return null;
}