private static void FormatValue(HasSkillNode hasSkillNode, out Color color, out String suffix)
{
Single playerValue = Game.World.Player.CharacterComponent.Character.Stats.GetSkill(hasSkillNode.skill);
Int32 requiredValue = hasSkillNode.value;
color = playerValue >= requiredValue
? Color.green
: Color.red;
suffix = $" {playerValue} / {requiredValue}{ColorTagEnd}";
}
private static void FormatSegments(HasSkillNode skillNode, out Color color)
{
Single playerValue = Game.World.Player.CharacterComponent.Character.Stats.GetSkill(skillNode.skill);
Int32 requiredValue = skillNode.value;
Int32 inaccuracy = Configuration.Dialog.DisplayChanceAbsoluteInaccuracy + Configuration.Dialog.DisplayChanceRelativeInaccuracy * requiredValue / 100;
Int32 minValue = requiredValue - inaccuracy;
Int32 maxValue = requiredValue + inaccuracy;
if (playerValue < minValue)
{
color = Color.red;
}
else if (playerValue > maxValue)
{
color = Color.green;
}
else
{
color = Color.yellow;
}
}
private static void FormatChance(String ownerId, HasSkillNode skillNode, DialogChanceRepresentation displayChanceMode, out Color color, ref String suffix)
{
Single playerValue = Game.World.Player.CharacterComponent.Character.Stats.GetSkill(skillNode.skill);
Int32 requiredValue = skillNode.value;
Int32 inaccuracy = Configuration.Dialog.DisplayChanceAbsoluteInaccuracy + Configuration.Dialog.DisplayChanceRelativeInaccuracy * requiredValue / 100;
// Randomize
requiredValue += PersistentRandom.Get(ownerId, -inaccuracy / 2, inaccuracy / 2 + 1);
Int32 minValue = requiredValue - inaccuracy;
Int32 maxValue = requiredValue + inaccuracy;
Single probability = Mathf.Clamp((playerValue - minValue) / (maxValue - minValue), 0, 1);
color = probability < 0.5
? new Color(1.0f, probability / 0.5f, 0.0f)
: new Color(1.0f - (probability - 0.5f) / 0.75f, 1.0f, 0.0f);
if (displayChanceMode == DialogChanceRepresentation.Percent)
{
Int32 percent = (Int32)(probability * 100);
suffix = $" {percent}%{ColorTagEnd}";
}
}
