public override void OnEnable()
{
base.OnEnable();
m_PlaneSizeCondition = (PlaneSizeCondition)target;
m_MinSizeProperty = serializedObject.FindSerializedPropertyData("m_MinimumSize");
m_MaxSizeProperty = serializedObject.FindSerializedPropertyData("m_MaximumSize");
m_MinBoundedProperty = serializedObject.FindSerializedPropertyData("m_MinBounded");
m_MaxBoundedProperty = serializedObject.FindSerializedPropertyData("m_MaxBounded");
m_PlaneSizeCondition.AdjustingChanged += OnAdjustingChanged;
CleanUp();
}
public void Setup()
{
m_DoubleBoundedCondition = new GameObject("double bounded").AddComponent <PlaneSizeCondition>();
m_DoubleBoundedCondition.minBounded = true;
m_DoubleBoundedCondition.maxBounded = true;
m_OnlyMinBoundedCondition = new GameObject("only min bounded").AddComponent <PlaneSizeCondition>();
m_OnlyMinBoundedCondition.ratingConfig = new RatingConfiguration(0.25f);
m_OnlyMinBoundedCondition.minimumSize = k_MinPlaneSize;
m_OnlyMinBoundedCondition.minBounded = true;
m_OnlyMinBoundedCondition.maxBounded = false;
m_OnlyMaxBoundedCondition = new GameObject("only max bounded").AddComponent <PlaneSizeCondition>();
m_OnlyMaxBoundedCondition.ratingConfig = new RatingConfiguration(0.25f);
m_OnlyMaxBoundedCondition.maximumSize = k_MaxPlaneSize;
m_OnlyMaxBoundedCondition.minBounded = false;
m_OnlyMaxBoundedCondition.maxBounded = true;
}
static float Rate(PlaneSizeCondition condition, float inputX, float inputY)
{
var input = new Vector2(inputX, inputY);
return(condition.RateDataMatch(ref input));
}
