/// <summary>
/// Use this overload to get arguments for the next instance of a replicated Proxy
/// </summary>
/// <param name="original">The original / previous spawn's arguments</param>
public TryBestMatchArguments(TryBestMatchArguments original)
{
conditions = original.conditions;
exclusivity = original.exclusivity;
// we can re-use the internal ratings structure for all instances of a spawn
ratings = original.ratings;
}
public static ProxyConditions FromGenericIMRObject <TComponentRootType>(TComponentRootType target) where TComponentRootType : Component, IMRObject
{
var conditions = new ProxyConditions();
conditions.FilterConditions(target);
return(conditions);
}
public static bool RateConditionMatchesInternal(ProxyConditions conditions,
CachedTraitCollection traits, ConditionRatingsData ratings)
{
conditions.TryGetType(out ICondition <System.Int32>[] intConditions);
if (!RateConditionType(intConditions, traits, ratings[typeof(System.Int32)]))
{
return(false);
}
conditions.TryGetType(out ICondition <System.Single>[] floatConditions);
if (!RateConditionType(floatConditions, traits, ratings[typeof(System.Single)]))
{
return(false);
}
conditions.TryGetType(out ICondition <System.String>[] stringConditions);
if (!RateConditionType(stringConditions, traits, ratings[typeof(System.String)]))
{
return(false);
}
conditions.TryGetType(out ICondition <UnityEngine.Pose>[] poseConditions);
if (!RateConditionType(poseConditions, traits, ratings[typeof(UnityEngine.Pose)]))
{
return(false);
}
conditions.TryGetType(out ICondition <UnityEngine.Vector2>[] vector2Conditions);
if (!RateConditionType(vector2Conditions, traits, ratings[typeof(UnityEngine.Vector2)]))
{
return(false);
}
return(true);
}
public SetChildArgs(ProxyConditions conditions, Exclusivity exclusivity, bool required,
ProxyTraitRequirements requirements = null)
{
this.required = required;
tryBestMatchArgs = new TryBestMatchArguments(conditions, exclusivity);
TraitRequirements = requirements;
}
static int CountInternal(ProxyConditions self)
{
var count = 0;
count += self.SemanticTagConditions.Length;
count += self.IntConditions.Length;
count += self.FloatConditions.Length;
count += self.StringConditions.Length;
count += self.PoseConditions.Length;
count += self.Vector2Conditions.Length;
return(count);
}
internal static bool RateConditionMatches(ProxyConditions conditions, CachedTraitCollection traitCache,
ConditionRatingsData resultData)
{
if (conditions.Count <= 0)
{
return(false);
}
conditions.TryGetType(out ISemanticTagCondition[] semanticTagConditions);
traitCache.TryGetType(out List <Dictionary <int, bool> > semanticTagTraits);
var semanticTagsMatched = RateSemanticTagConditionMatches(semanticTagConditions,
semanticTagTraits, resultData[typeof(bool)], resultData.MatchRuleIndexes);
return(semanticTagsMatched && RateConditionMatchesInternal(conditions, traitCache, resultData));
}
internal bool DataIdPassesAll(ProxyConditions conditions, CachedTraitCollection traitCache, int dataId)
{
conditions.TryGetType(out ISemanticTagCondition[] semanticTagConditions);
traitCache.TryGetType(out List <Dictionary <int, bool> > semanticTagTraits);
for (var i = 0; i < semanticTagConditions.Length; i++)
{
var tagCondition = semanticTagConditions[i];
var tagTraitCollection = semanticTagTraits[i];
if (!tagTraitCollection.TryGetValue(dataId, out var traitValue))
{
switch (tagCondition.matchRule)
{
case SemanticTagMatchRule.Exclude:
continue;
case SemanticTagMatchRule.Match:
return(false);
}
}
var rating = tagCondition.RateDataMatch(ref traitValue);
switch (tagCondition.matchRule)
{
case SemanticTagMatchRule.Exclude:
if (rating > 0f)
{
return(false);
}
break;
case SemanticTagMatchRule.Match:
if (rating <= 0f)
{
return(false);
}
break;
}
}
return(DataPassesAllConditionsInternal(traitCache, dataId));
}
internal void FillQueryResult(int dataId, ProxyConditions conditions, CachedTraitCollection traits,
ProxyTraitRequirements requirements, QueryMatchID matchId, QueryResult result)
{
result.queryMatchId = matchId;
result.SetDataId(dataId);
FillRequiredTraitsAction(dataId, requirements, result);
FillQueryResultInternal(dataId, conditions, traits, matchId, result);
conditions.TryGetType(out ICondition <Pose>[] poseConditions);
traits.TryGetType(out List <Dictionary <int, Pose> > poseCollections);
for (var i = 0; i < poseConditions.Length; i++)
{
var poseCollection = poseCollections[i];
var nonOffsetValue = poseCollection[dataId];
var poseValue = applyOffsetToPose(nonOffsetValue);
var refiner = poseConditions[i] as IPoseRefiner;
if (refiner != null)
{
poseValue = refiner.RefinePose(poseValue, true);
}
result.SetTrait(poseConditions[i].traitName, poseValue);
}
if (!conditions.TryGetType(out ISemanticTagCondition[] semanticTagConditions))
{
return;
}
// tags can take a shortcut with query filling - they're really just a test for presence or absence,
// so if that test has already been passed, we can just assign a bool representing the result
foreach (var condition in semanticTagConditions)
{
var isExcluding = condition.matchRule == SemanticTagMatchRule.Exclude;
result.SetTrait(condition.traitName, !isExcluding);
}
}
internal static void FillQueryResultInternal(int dataId, ProxyConditions conditions, CachedTraitCollection traits,
QueryMatchID matchId, QueryResult result)
{
traits.TryGetType(out List <Dictionary <int, System.Int32> > intCollections);
conditions.TryGetType(out ICondition <System.Int32>[] intConditions);
FillQueryResult <System.Int32>(dataId, intConditions, intCollections, result);
traits.TryGetType(out List <Dictionary <int, System.Single> > floatCollections);
conditions.TryGetType(out ICondition <System.Single>[] floatConditions);
FillQueryResult <System.Single>(dataId, floatConditions, floatCollections, result);
traits.TryGetType(out List <Dictionary <int, System.String> > stringCollections);
conditions.TryGetType(out ICondition <System.String>[] stringConditions);
FillQueryResult <System.String>(dataId, stringConditions, stringCollections, result);
traits.TryGetType(out List <Dictionary <int, UnityEngine.Pose> > poseCollections);
conditions.TryGetType(out ICondition <UnityEngine.Pose>[] poseConditions);
FillQueryResult <UnityEngine.Pose>(dataId, poseConditions, poseCollections, result);
traits.TryGetType(out List <Dictionary <int, UnityEngine.Vector2> > vector2Collections);
conditions.TryGetType(out ICondition <UnityEngine.Vector2>[] vector2Conditions);
FillQueryResult <UnityEngine.Vector2>(dataId, vector2Conditions, vector2Collections, result);
}
public TryBestMatchArguments(ProxyConditions conditions, Exclusivity exclusivity)
{
this.conditions = conditions;
this.exclusivity = exclusivity;
ratings = new ConditionRatingsData(conditions);
}
public SetChildArgs(ProxyConditions conditions, ProxyTraitRequirements requirements = null) :
this(conditions, Exclusivity.ReadOnly, true, requirements)
{
}