private void ApplyStateAnode(StringBuilder sb, LEDState state, int tabs = 1)
{
sb.Append('\t', tabs);
sb.Append("analogWrite(");
sb.Append(RedPin);
sb.Append(", 255-");
sb.Append(state.Red);
sb.Append(");\n");
sb.Append('\t', tabs);
sb.Append("analogWrite(");
sb.Append(GreenPin);
sb.Append(", 255-");
sb.Append(state.Green);
sb.Append(");\n");
sb.Append('\t', tabs);
sb.Append("analogWrite(");
sb.Append(BluePin);
sb.Append(", 255-");
sb.Append(state.Blue);
sb.Append(");\n");
sb.Append('\t', tabs);
sb.Append("digitalWrite(");
sb.Append(CommonPin);
sb.Append(", HIGH);\n");
sb.Append('\t', tabs);
sb.Append("delay(");
sb.Append(state.Duration);
sb.Append(");\n");
}
public void ApplyState(StringBuilder sb, LEDState state, int tabs = 1)
{
if (Anode)
{
ApplyStateAnode(sb, state, tabs);
}
else
{
ApplyStateCathode(sb, state, tabs);
}
}