protected override MethodResult Get()
{
IndexedVar player = IndexedVar.AssignInternalVar(TranslateContext.VarCollection, Scope, "OptimisedSphereHitbox: player", TranslateContext.IsGlobal);
IndexedVar position = IndexedVar.AssignInternalVar(TranslateContext.VarCollection, Scope, "OptimisedSphereHitbox: position", TranslateContext.IsGlobal);
Element[] actions = ArrayBuilder <Element> .Build
(
player.SetVariable((Element)Parameters[0]),
position.SetVariable((Element)Parameters[1])
);
Element radius = (Element)Parameters[2];
Element eyePos = Element.Part <V_EyePosition>(player.GetVariable());
Element range = Element.Part <V_DistanceBetween>(eyePos, position.GetVariable());
Element direction = Element.Part <V_FacingDirectionOf>(player.GetVariable());
Element raycast = Element.Part <V_RayCastHitPosition>(eyePos,
(
eyePos +
direction * range
),
new V_AllPlayers(),
new V_Null(),
new V_False()
);
Element distance = Element.Part <V_DistanceBetween>(position.GetVariable(), raycast);
Element compare = distance <= radius;
return(new MethodResult(actions, compare));
}
protected override MethodResult Get()
{
IndexedVar player = TranslateContext.VarCollection.AssignVar(Scope, "OptimisedSphereHitbox: player", TranslateContext.IsGlobal, null);
IndexedVar position = TranslateContext.VarCollection.AssignVar(Scope, "OptimisedSphereHitbox: position", TranslateContext.IsGlobal, null);
Element[] actions = ArrayBuilder<Element>.Build
(
player.SetVariable((Element)Parameters[0]),
position.SetVariable((Element)Parameters[1])
);
Element radius = (Element)Parameters[2];
Element eyePos = Element.Part<V_EyePosition>(player.GetVariable());
Element range = Element.Part<V_DistanceBetween>(eyePos, position.GetVariable());
Element direction = Element.Part<V_FacingDirectionOf>(player.GetVariable());
Element raycast = Element.Part<V_RayCastHitPosition>(eyePos,
Element.Part<V_Add>(
eyePos,
Element.Part<V_Multiply>(direction, range)
),
new V_AllPlayers(),
new V_Null(),
new V_False()
);
Element distance = Element.Part<V_DistanceBetween>(position.GetVariable(), raycast);
Element compare = Element.Part<V_Compare>(distance, EnumData.GetEnumValue(Operators.LessThanOrEqual), radius);
return new MethodResult(actions, compare);
}
protected override MethodResult Get()
{
IndexedVar player = TranslateContext.VarCollection.AssignVar(Scope, "IsAIUnintrusive: player", TranslateContext.IsGlobal, null);
Element[] actions = ArrayBuilder <Element> .Build
(
player.SetVariable((Element)Parameters[0]),
Element.Part <A_Communicate>(player.GetVariable(), EnumData.GetEnumValue(Communication.VoiceLineUp))
);
Element result = Element.Part <V_Not>(Element.Part <V_IsCommunicating>(player.GetVariable(), EnumData.GetEnumValue(Communication.VoiceLineUp)));
return(new MethodResult(actions, result));
}
protected override MethodResult Get()
{
IndexedVar array = IndexedVar.AssignInternalVar(TranslateContext.VarCollection, Scope, "OptimisedRangeOfArray: array", TranslateContext.IsGlobal);
Element[] actions = ArrayBuilder <Element> .Build
(
array.SetVariable((Element)Parameters[0])
);
Element min = Element.Part <V_FirstOf>(Element.Part <V_SortedArray>(array.GetVariable(), new V_ArrayElement()));
Element max = Element.Part <V_LastOf>(Element.Part <V_SortedArray>(array.GetVariable(), new V_ArrayElement()));
return(new MethodResult(actions, max - min));
}
protected Element[] RenderModel(Model model, Element visibleTo, Element location, Element scale, IWorkshopTree reevaluation, IndexedVar store, Element rotation)
{
List <Element> actions = new List <Element>();
int waitEvery = rotation.ConstantSupported <Vertex>() ? 25 : 10;
for (int i = 0; i < model.Lines.Length; i++)
{
actions.Add(CreateLine(model.Lines[i], visibleTo, location, scale, reevaluation, rotation));
// Get the last created effect and append it to the store array.
if (store != null)
{
actions.AddRange(
store.SetVariable(Element.Part <V_Append>(store.GetVariable(), new V_LastCreatedEntity()))
);
}
// Add a wait every 12 effects to prevent high server load.
if (i % waitEvery == 0)
{
actions.Add(A_Wait.MinimumWait);
}
}
return(actions.ToArray());
}
override protected MethodResult Get()
{
string text = (string)((ConstantObject)Parameters[0]).Value;
Element visibleTo = (Element)Parameters[1];
Element location = (Element)Parameters[2];
Element rotation = (Element)Parameters[3];
Element scale = (Element)Parameters[4];
EnumMember effectRev = (EnumMember)Parameters[5];
bool getIds = (bool)((ConstantObject)Parameters[6]).Value;
Model model = new Model(Letter.Create(text, false, ParameterLocations[0]));
List <Element> actions = new List <Element>();
IndexedVar effects = null;
if (getIds)
{
effects = TranslateContext.VarCollection.AssignVar(Scope, "Model Effects", TranslateContext.IsGlobal, null);
actions.AddRange(effects.SetVariable(new V_EmptyArray()));
}
actions.AddRange(RenderModel(model, visibleTo, location, scale, effectRev, effects, rotation));
return(new MethodResult(actions.ToArray(), effects?.GetVariable()));
}
override protected MethodResult Get()
{
if (((VarRef)Parameters[0]).Var is ModelVar == false)
{
throw SyntaxErrorException.InvalidVarRefType(((VarRef)Parameters[0]).Var.Name, VarType.Model, ParameterLocations[0]);
}
//throw new SyntaxErrorException("Variable must reference a model.", ParameterLocations[0]);
ModelVar modelVar = (ModelVar)((VarRef)Parameters[0]).Var;
Element visibleTo = (Element)Parameters[1];
Element location = (Element)Parameters[2];
Element scale = (Element)Parameters[3];
EnumMember effectRev = (EnumMember)Parameters[4];
bool getIds = (bool)((ConstantObject)Parameters[5]).Value;
List <Element> actions = new List <Element>();
IndexedVar effects = null;
if (getIds)
{
effects = TranslateContext.VarCollection.AssignVar(Scope, "Model Effects", TranslateContext.IsGlobal, null);
actions.AddRange(effects.SetVariable(new V_EmptyArray()));
}
actions.AddRange(RenderModel(modelVar.Model, visibleTo, location, scale, effectRev, effects));
return(new MethodResult(actions.ToArray(), effects?.GetVariable()));
}
protected override MethodResult Get()
{
Element effectArray = (Element)Parameters[0];
int destroyPerLoop = 1;
if (Parameters[1] != null)
{
destroyPerLoop = (int)(double)((ConstantObject)Parameters[1]).Value;
}
List <Element> actions = new List <Element>();
IndexedVar index = TranslateContext.VarCollection.AssignVar(Scope, "DestroyEffectArray index", TranslateContext.IsGlobal, null);
actions.AddRange(index.SetVariable(new V_Number(0)));
Element[] destroyActions = new Element[destroyPerLoop];
for (int i = 0; i < destroyPerLoop; i++)
{
if (i == 0)
{
destroyActions[i] = Element.Part <A_DestroyEffect>(Element.Part <V_ValueInArray>(effectArray, index.GetVariable()));
}
else
{
destroyActions[i] = Element.Part <A_DestroyEffect>(Element.Part <V_ValueInArray>(effectArray, Element.Part <V_Add>(index.GetVariable(), new V_Number(i))));
}
}
actions.AddRange(
Element.While(
TranslateContext.ContinueSkip,
new V_Compare(
index.GetVariable(),
Operators.LessThan,
Element.Part <V_CountOf>(effectArray)
),
ArrayBuilder <Element> .Build
(
destroyActions,
index.SetVariable(Element.Part <V_Add>(index.GetVariable(), new V_Number(destroyPerLoop)))
)
)
);
return(new MethodResult(actions.ToArray(), null));
}
protected override MethodResult Get()
{
IndexedVar point1 = TranslateContext.VarCollection.AssignVar(Scope, "OptimisedHorizontalDistance: point1", TranslateContext.IsGlobal, null);
IndexedVar point2 = TranslateContext.VarCollection.AssignVar(Scope, "OptimisedHorizontalDistance: point2", TranslateContext.IsGlobal, null);
Element[] actions = ArrayBuilder <Element> .Build
(
point1.SetVariable((Element)Parameters[0]),
point2.SetVariable((Element)Parameters[1])
);
Element x = Element.Part <V_Subtract>(Element.Part <V_XOf>(point1.GetVariable()), Element.Part <V_XOf>(point2.GetVariable()));
Element z = Element.Part <V_Subtract>(Element.Part <V_ZOf>(point1.GetVariable()), Element.Part <V_ZOf>(point2.GetVariable()));
Element sum = Element.Part <V_Add>(Element.Part <V_RaiseToPower>(x, new V_Number(2)), Element.Part <V_RaiseToPower>(z, new V_Number(2)));
return(new MethodResult(actions, Element.Part <V_SquareRoot>(sum)));
}
protected override MethodResult Get()
{
IndexedVar point1 = IndexedVar.AssignInternalVar(TranslateContext.VarCollection, Scope, "OptimisedHorizontalDistance: point1", TranslateContext.IsGlobal);
IndexedVar point2 = IndexedVar.AssignInternalVar(TranslateContext.VarCollection, Scope, "OptimisedHorizontalDistance: point2", TranslateContext.IsGlobal);
Element[] actions = ArrayBuilder <Element> .Build
(
point1.SetVariable((Element)Parameters[0]),
point2.SetVariable((Element)Parameters[1])
);
Element x = Element.XOf(point1.GetVariable()) - Element.XOf(point2.GetVariable());
Element z = Element.ZOf(point1.GetVariable()) - Element.ZOf(point2.GetVariable());
Element sum = Element.Part <V_RaiseToPower>(x, Element.Num(2)) + Element.Part <V_RaiseToPower>(z, Element.Num(2));
return(new MethodResult(actions, Element.Part <V_SquareRoot>(sum)));
}
protected override MethodResult Get()
{
IndexedVar player = TranslateContext.VarCollection.AssignVar(Scope, "SetHealth: player", TranslateContext.IsGlobal, null);
IndexedVar health = TranslateContext.VarCollection.AssignVar(Scope, "SetHealth: health", TranslateContext.IsGlobal, null);
Element[] actions = ArrayBuilder <Element> .Build
(
player.SetVariable((Element)Parameters[0]),
health.SetVariable((Element)Parameters[1]),
Element.Part <A_SkipIf>(Element.Part <V_Not>(Element.Part <V_Compare>(Element.Part <V_Health>(player.GetVariable()), EnumData.GetEnumValue(Operators.LessThan), health.GetVariable())), new V_Number(2)),
Element.Part <A_Heal>(player.GetVariable(), new V_Null(), Element.Part <V_Subtract>(health.GetVariable(), Element.Part <V_Health>(player.GetVariable()))),
Element.Part <A_Skip>(new V_Number(2)),
Element.Part <A_SkipIf>(Element.Part <V_Not>(Element.Part <V_Compare>(Element.Part <V_Health>(player.GetVariable()), EnumData.GetEnumValue(Operators.GreaterThan), health.GetVariable())), new V_Number(1)),
Element.Part <A_Damage>(player.GetVariable(), new V_Null(), Element.Part <V_Subtract>(Element.Part <V_Health>(player.GetVariable()), health.GetVariable()))
);
return(new MethodResult(actions, null));
}
protected override MethodResult Get()
{
IndexedVar player = IndexedVar.AssignInternalVar(TranslateContext.VarCollection, Scope, "SetHealth: player", TranslateContext.IsGlobal);
IndexedVar health = IndexedVar.AssignInternalVar(TranslateContext.VarCollection, Scope, "SetHealth: health", TranslateContext.IsGlobal);
Element[] actions = ArrayBuilder <Element> .Build
(
player.SetVariable((Element)Parameters[0]),
health.SetVariable((Element)Parameters[1]),
Element.Part <A_SkipIf>(!(Element.Part <V_Health>(player.GetVariable()) < health.GetVariable()), Element.Num(2)),
Element.Part <A_Heal>(player.GetVariable(), new V_Null(), health.GetVariable() - Element.Part <V_Health>(player.GetVariable())),
Element.Part <A_Skip>(Element.Num(2)),
Element.Part <A_SkipIf>(!(Element.Part <V_Health>(player.GetVariable()) > health.GetVariable()), Element.Num(1)),
Element.Part <A_Damage>(player.GetVariable(), new V_Null(), Element.Part <V_Health>(player.GetVariable()) - health.GetVariable())
);
return(new MethodResult(actions, null));
}
protected override MethodResult Get()
{
IndexedVar array = TranslateContext.VarCollection.AssignVar(Scope, "OptimisedSortedMedian: array", TranslateContext.IsGlobal, null);
IndexedVar medianIndex = TranslateContext.VarCollection.AssignVar(Scope, "OptimisedSortedMedian: medianIndex", TranslateContext.IsGlobal, null);
Element length = Element.Part <V_CountOf>(array.GetVariable());
Element condition = Element.Part <V_Compare>(Element.Part <V_Modulo>(length, new V_Number(2)), EnumData.GetEnumValue(Operators.Equal), new V_Number(0));
Element consequent = Element.Part <V_Divide>(Element.Part <V_Add>(Element.Part <V_ValueInArray>(array.GetVariable(), Element.Part <V_Subtract>(medianIndex.GetVariable(), new V_Number(0.5))), Element.Part <V_ValueInArray>(array.GetVariable(), Element.Part <V_Add>(medianIndex.GetVariable(), new V_Number(0.5)))), new V_Number(2));
Element alternative = Element.Part <V_ValueInArray>(array.GetVariable(), medianIndex.GetVariable());
Element[] actions = ArrayBuilder <Element> .Build
(
array.SetVariable(Element.Part <V_SortedArray>((Element)Parameters[0], new V_ArrayElement())),
medianIndex.SetVariable(Element.Part <V_Divide>(Element.Part <V_Add>(length, new V_Number(1)), new V_Number(2)))
);
return(new MethodResult(actions, Element.TernaryConditional(condition, consequent, alternative)));
}
protected override MethodResult Get()
{
IndexedVar array = IndexedVar.AssignInternalVar(TranslateContext.VarCollection, Scope, "OptimisedSortedMedian: array", TranslateContext.IsGlobal);
IndexedVar medianIndex = IndexedVar.AssignInternalVar(TranslateContext.VarCollection, Scope, "OptimisedSortedMedian: medianIndex", TranslateContext.IsGlobal);
Element length = Element.Part <V_CountOf>(array.GetVariable());
Element condition = Element.Part <V_Compare>(length % 2, EnumData.GetEnumValue(Operators.Equal), new V_Number(0));
Element consequent = (Element.Part <V_ValueInArray>(array.GetVariable(), medianIndex.GetVariable() - 0.5) + Element.Part <V_ValueInArray>(array.GetVariable(), medianIndex.GetVariable() + 0.5)) / 2;
Element alternative = Element.Part <V_ValueInArray>(array.GetVariable(), medianIndex.GetVariable());
Element[] actions = ArrayBuilder <Element> .Build
(
array.SetVariable(Element.Part <V_SortedArray>((Element)Parameters[0], new V_ArrayElement())),
medianIndex.SetVariable((length + 1) / 2)
);
return(new MethodResult(actions, Element.TernaryConditional(condition, consequent, alternative, false)));
}
private static Element[] UpdateVariable(IndexedVar var, IndexedVar destination, IndexedVar rate)
{
Element rateAdjusted = Element.Part <V_Multiply>(rate.GetVariable(), new V_Number(Constants.MINIMUM_WAIT));
Element distance = Element.Part <V_DistanceBetween>(var.GetVariable(), destination.GetVariable());
Element ratio = Element.Part <V_Divide>(rateAdjusted, distance);
Element delta = Element.Part <V_Subtract>(destination.GetVariable(), var.GetVariable());
Element result = Element.TernaryConditional(
new V_Compare(distance, Operators.GreaterThan, rateAdjusted),
Element.Part <V_Add>(var.GetVariable(), Element.Part <V_Multiply>(ratio, delta)),
destination.GetVariable()
);
return(var.SetVariable(result));
}
protected override MethodResult Get()
{
IndexedVar array = IndexedVar.AssignInternalVar(TranslateContext.VarCollection, Scope, "OptimisedBlendedIndex: array", TranslateContext.IsGlobal);
IndexedVar index = IndexedVar.AssignInternalVar(TranslateContext.VarCollection, Scope, "OptimisedBlendedIndex: index", TranslateContext.IsGlobal);
Element[] actions = ArrayBuilder <Element> .Build
(
array.SetVariable((Element)Parameters[0]),
index.SetVariable((Element)Parameters[1])
);
Element condition = Element.Part <V_Compare>(Element.Part <V_RoundToInteger>(index.GetVariable(), EnumData.GetEnumValue(Rounding.Down)), EnumData.GetEnumValue(Operators.Equal), index.GetVariable());
Element consequent = Element.Part <V_ValueInArray>(array.GetVariable(), index.GetVariable());
Element alt1 = Element.Part <V_ValueInArray>(array.GetVariable(), Element.Part <V_RoundToInteger>(index.GetVariable(), EnumData.GetEnumValue(Rounding.Down))) * Element.Part <V_Subtract>(index.GetVariable(), Element.Part <V_RoundToInteger>(index.GetVariable(), EnumData.GetEnumValue(Rounding.Down)));
Element alt2 = Element.Part <V_ValueInArray>(array.GetVariable(), Element.Part <V_RoundToInteger>(index.GetVariable(), EnumData.GetEnumValue(Rounding.Up))) * (Element.Part <V_RoundToInteger>(index.GetVariable(), EnumData.GetEnumValue(Rounding.Up)) - index.GetVariable());
Element alternative = alt1 + alt2;
return(new MethodResult(actions, Element.TernaryConditional(condition, consequent, alternative, false)));
}
protected override MethodResult Get()
{
IndexedVar player = IndexedVar.AssignInternalVar(TranslateContext.VarCollection, Scope, "OptimisedEyeCastHitPosition: player", TranslateContext.IsGlobal);
Element range = (Element)Parameters[1];
Element eyePos = Element.Part <V_EyePosition>(player.GetVariable());
Element direction = Element.Part <V_FacingDirectionOf>(player.GetVariable());
Element raycast = Element.Part <V_RayCastHitPosition>(eyePos,
eyePos + direction * range,
new V_Null(),
new V_EventPlayer(),
new V_False()
);
Element[] actions = ArrayBuilder <Element> .Build
(
player.SetVariable((Element)Parameters[0])
);
return(new MethodResult(actions, raycast));
}
protected override MethodResult Get()
{
IndexedVar player = TranslateContext.VarCollection.AssignVar(Scope, "IsAIAccurate: player", TranslateContext.IsGlobal, null);
IndexedVar originalHero = TranslateContext.VarCollection.AssignVar(Scope, "IsAIAccurate: originalHero", TranslateContext.IsGlobal, null);
IndexedVar isAI = TranslateContext.VarCollection.AssignVar(Scope, "IsAIAccurate: isAI", TranslateContext.IsGlobal, null);
Element[] actions = ArrayBuilder <Element> .Build
(
player.SetVariable((Element)Parameters[0]),
originalHero.SetVariable(Element.Part <V_HeroOf>(player.GetVariable())),
Element.Part <A_SkipIf>(Element.Part <V_Not>(Element.Part <V_Compare>(originalHero.GetVariable(), EnumData.GetEnumValue(Operators.Equal), new V_Null())), new V_Number(2)),
isAI.SetVariable(new V_False()),
Element.Part <A_Skip>(new V_Number(4)),
Element.Part <A_ForcePlayerHero>(player.GetVariable(), EnumData.GetEnumValue(Hero.Ashe)),
isAI.SetVariable(Element.Part <V_Compare>(Element.Part <V_HeroOf>(player.GetVariable()), EnumData.GetEnumValue(Operators.NotEqual), EnumData.GetEnumValue(Hero.Ashe))),
Element.Part <A_ForcePlayerHero>(player.GetVariable(), originalHero.GetVariable()),
Element.Part <A_StopForcingHero>(player.GetVariable())
);
Element result = isAI.GetVariable();
return(new MethodResult(actions, result));
}
protected override MethodResult Get()
{
// Setup the continue skip.
ContinueSkip continueSkip = TranslateContext.ContinueSkip;
continueSkip.Setup();
IndexedVar result = TranslateContext.VarCollection.AssignVar(Scope, $"{Name} result", TranslateContext.IsGlobal, null);
Element[] actions = ArrayBuilder <Element> .Build(
// Set the continue skip.
continueSkip.SetSkipCountActions(continueSkip.GetSkipCount() + 4),
// This will continue at (0) if the rule loops.
new A_LoopIfConditionIsFalse(),
// Set the result to true.
result.SetVariable(new V_True()),
Element.Part <A_Skip>(new V_Number(1)),
// The rule will loop back here (0) if false.
result.SetVariable(new V_False()),
// Reset the continueskip
continueSkip.ResetSkipActions()
);
if (TestingIfTrue)
{
return(new MethodResult(actions, result.GetVariable()));
}
else
{
return(new MethodResult(actions, Element.Part <V_Not>(result.GetVariable())));
}
}
protected override MethodResult Get()
{
IndexedVar fraction = TranslateContext.VarCollection.AssignVar(Scope, "OptimisedLinearInterpolate: fraction", TranslateContext.IsGlobal, null);
Element[] actions = ArrayBuilder <Element> .Build
(
fraction.SetVariable((Element)Parameters[2])
);
Element point1 = (Element)Parameters[0];
Element point2 = (Element)Parameters[1];
Element p1 = Element.Part <V_Multiply>(point1, Element.Part <V_Subtract>(new V_Number(1), fraction.GetVariable()));
Element p2 = Element.Part <V_Multiply>(point2, fraction.GetVariable());
return(new MethodResult(actions, Element.Part <V_Add>(p1, p2)));
}
protected override MethodResult Get()
{
IndexedVar player = IndexedVar.AssignInternalVar(TranslateContext.VarCollection, Scope, "OptimisedIsOnScreen: player", TranslateContext.IsGlobal);
IndexedVar point = IndexedVar.AssignInternalVar(TranslateContext.VarCollection, Scope, "OptimisedIsOnScreen: point", TranslateContext.IsGlobal);
Element[] actions = ArrayBuilder <Element> .Build
(
player.SetVariable((Element)Parameters[0]),
point.SetVariable((Element)Parameters[1])
);
Element fov = (Element)Parameters[2];
Element los = Element.Part <V_IsInLineOfSight>(Element.Part <V_EyePosition>(player.GetVariable()), point.GetVariable());
Element angle = Element.Part <V_IsInViewAngle>(player.GetVariable(), point.GetVariable(), fov / 2);
return(new MethodResult(actions, Element.Part <V_And>(los, angle)));
}
public VariableChaseData GetChaseData(IndexedVar var, TranslateRule context)
{
var existingChaseData = context.ParserData.Chasing.FirstOrDefault(cd => cd.Var == var);
if (existingChaseData != null)
{
return(existingChaseData);
}
IndexedVar destination = context.VarCollection.AssignVar(null, $"'{var.Name}' chase destination", var.IsGlobal, null);
IndexedVar rate = context.VarCollection.AssignVar(null, $"'{var.Name}' chase duration", var.IsGlobal, null);
VariableChaseData newChaseData = new VariableChaseData(var, destination, rate);
context.ParserData.Chasing.Add(newChaseData);
Rule chaseRule = new Rule(
Constants.INTERNAL_ELEMENT + "Chase Variable: " + var.Name,
var.IsGlobal ? RuleEvent.OngoingGlobal : RuleEvent.OngoingPlayer
);
chaseRule.Conditions = new Condition[]
{
new Condition(
rate.GetVariable(),
Operators.NotEqual,
new V_Number(0)
)
};
chaseRule.Actions = ArrayBuilder <Element> .Build(
UpdateVariable(var, destination, rate),
A_Wait.MinimumWait,
new A_LoopIfConditionIsTrue()
);
context.ParserData.AdditionalRules.Add(chaseRule);
return(newChaseData);
}
protected MethodResult RenderText(string text, string font, double quality, double angle, Element visibleTo, Element location, double scale, IWorkshopTree effectRev, bool getIds, double angleRound)
{
quality = Math.Max(10 - quality, 0.1);
Model model;
using (FontFamily family = GetFontFamily(font, FontParameter == -1 ? MethodLocation : ParameterLocations[FontParameter]))
model = Model.ImportString(text, family, quality, angle, scale, angleRound);
List <Element> actions = new List <Element>();
IndexedVar effects = null;
if (getIds)
{
effects = TranslateContext.VarCollection.AssignVar(Scope, "Model Effects", TranslateContext.IsGlobal, null);
actions.AddRange(effects.SetVariable(new V_EmptyArray()));
}
actions.AddRange(RenderModel(model, visibleTo, location, null, effectRev, effects));
return(new MethodResult(actions.ToArray(), effects?.GetVariable()));
}
protected override MethodResult Get()
{
IndexedVar temp = TranslateContext.VarCollection.AssignVar(Scope, "GetMap: temp", TranslateContext.IsGlobal, null);
Element[] actions = ArrayBuilder <Element> .Build
(
temp.SetVariable(Element.Part <V_RoundToInteger>(
Element.Part <V_Add>(
Element.Part <V_DistanceBetween>(
Element.Part <V_NearestWalkablePosition>(
Element.Part <V_Vector>(new V_Number(-500.000), new V_Number(0), new V_Number(0))
),
Element.Part <V_NearestWalkablePosition>(Element.Part <V_Vector>(new V_Number(500), new V_Number(0), new V_Number(0)))
),
Element.Part <V_DistanceBetween>(
Element.Part <V_NearestWalkablePosition>(Element.Part <V_Vector>(new V_Number(0), new V_Number(0), new V_Number(-500.000))),
Element.Part <V_NearestWalkablePosition>(Element.Part <V_Vector>(new V_Number(0), new V_Number(0), new V_Number(500)))
)
),
EnumData.GetEnumValue(Rounding.Down)
)),
temp.SetVariable(Element.Part <V_IndexOfArrayValue>(
Element.Part <V_Append>(
Element.Part <V_Append>(
Element.Part <V_Append>(
Element.Part <V_Append>(
Element.Part <V_Append>(
Element.Part <V_Append>(
Element.Part <V_Append>(
Element.Part <V_Append>(
Element.Part <V_Append>(
Element.Part <V_Append>(
Element.Part <V_Append>(
Element.Part <V_Append>(
Element.Part <V_Append>(
Element.Part <V_Append>(
Element.Part <V_Append>(
Element.Part <V_Append>(
Element.Part <V_Append>(
Element.Part <V_Append>(
Element.Part <V_Append>(
Element.Part <V_Append>(
Element.Part <V_Append>(
Element.Part <V_Append>(
Element.Part <V_Append>(
Element.Part <V_Append>(
Element.Part <V_Append>(
Element.Part <V_Append>(
Element.Part <V_Append>(
Element.Part <V_Append>(
Element.Part <V_Append>(
Element.Part <V_Append>(
Element.Part <V_Append>(
Element.Part <V_Append>(
Element.Part <V_Append>(
Element.Part <V_Append>(
Element.Part <V_Append>(
Element.Part <V_Append>(
Element.Part <V_Append>(
Element.Part <V_Append>(
Element.Part <V_Append>(
Element.Part <V_Append>(
Element.Part <V_Append>(
Element.Part <V_Append>(Element.Part <V_EmptyArray>(), new V_Number(153)),
new V_Number(468)),
new V_Number(1196)),
new V_Number(135)),
new V_Number(139)),
new V_Number(477)),
new V_Number(184)),
Element.Part <V_FirstOf>(
Element.Part <V_FilteredArray>(
Element.Part <V_Append>(
Element.Part <V_Append>(Element.Part <V_EmptyArray>(), new V_Number(343)),
new V_Number(347)),
Element.Part <V_Compare>(
Element.Part <V_ArrayElement>(),
EnumData.GetEnumValue(Operators.Equal),
temp.GetVariable()
)
)
)
),
new V_Number(366)
),
Element.Part <V_FirstOf>(
Element.Part <V_FilteredArray>(
Element.Part <V_Append>(
Element.Part <V_Append>(Element.Part <V_EmptyArray>(), new V_Number(433)),
new V_Number(436)
),
Element.Part <V_Compare>(
Element.Part <V_ArrayElement>(),
EnumData.GetEnumValue(Operators.Equal),
temp.GetVariable()
)
)
)
),
new V_Number(403)),
Element.Part <V_FirstOf>(
Element.Part <V_FilteredArray>(
Element.Part <V_Append>(
Element.Part <V_Append>(Element.Part <V_EmptyArray>(), new V_Number(382)),
new V_Number(384)
),
Element.Part <V_Compare>(
Element.Part <V_ArrayElement>(),
EnumData.GetEnumValue(Operators.Equal),
temp.GetVariable()
)
)
)
),
new V_Number(993)),
new V_Number(386)),
Element.Part <V_FirstOf>(
Element.Part <V_FilteredArray>(
Element.Part <V_Append>(
Element.Part <V_Append>(Element.Part <V_EmptyArray>(), new V_Number(331)),
new V_Number(348)
),
Element.Part <V_Compare>(
Element.Part <V_ArrayElement>(),
EnumData.GetEnumValue(Operators.Equal),
temp.GetVariable()
)
)
)
),
new V_Number(659)),
new V_Number(145)),
new V_Number(569)),
new V_Number(384)),
new V_Number(1150)),
new V_Number(371)),
new V_Number(179)),
new V_Number(497)),
new V_Number(374)),
new V_Number(312)),
new V_Number(324)),
new V_Number(434)),
new V_Number(297)),
new V_Number(276)),
new V_Number(330)),
new V_Number(376)),
new V_Number(347)),
new V_Number(480)),
new V_Number(310)),
new V_Number(342)),
new V_Number(360)),
new V_Number(364)),
new V_Number(372)),
new V_Number(370)),
new V_Number(450)),
new V_Number(356)),
new V_Number(305)),
temp.GetVariable())
)
);
return(new MethodResult(actions, temp.GetVariable()));
}
protected override MethodResult Get(PathfinderInfo info)
{
if (((VarRef)Parameters[1]).Var is PathMapVar == false)
{
throw SyntaxErrorException.InvalidVarRefType(((VarRef)Parameters[1]).Var.Name, VarType.PathMap, ParameterLocations[1]);
}
IndexedVar players = IndexedVar.AssignInternalVarExt(TranslateContext.VarCollection, Scope, "Players", TranslateContext.IsGlobal);
TranslateContext.Actions.AddRange(players.SetVariable((Element)Parameters[0]));
PathMapVar pathmap = (PathMapVar)((VarRef)Parameters[1]).Var;
IndexedVar destination = IndexedVar.AssignInternalVarExt(TranslateContext.VarCollection, Scope, "Destination", TranslateContext.IsGlobal);
TranslateContext.Actions.AddRange(destination.SetVariable((Element)Parameters[2]));
DijkstraMultiSource algorithm = new DijkstraMultiSource(TranslateContext, info, pathmap, players.GetVariable(), destination.GetVariable());
algorithm.Get();
return(new MethodResult(null, null));
}
protected override MethodResult Get()
{
var eventPlayer = new V_EventPlayer();
IndexedVar a = TranslateContext.VarCollection.AssignVar(Scope, "AngleOfVectors: a", TranslateContext.IsGlobal, null);
IndexedVar b = TranslateContext.VarCollection.AssignVar(Scope, "AngleOfVectors: b", TranslateContext.IsGlobal, null);
IndexedVar c = TranslateContext.VarCollection.AssignVar(Scope, "AngleOfVectors: c", TranslateContext.IsGlobal, null);
IndexedVar ab = TranslateContext.VarCollection.AssignVar(Scope, "AngleOfVectors: ab", TranslateContext.IsGlobal, null);
IndexedVar bc = TranslateContext.VarCollection.AssignVar(Scope, "AngleOfVectors: bc", TranslateContext.IsGlobal, null);
IndexedVar abVec = TranslateContext.VarCollection.AssignVar(Scope, "AngleOfVectors: abVec", TranslateContext.IsGlobal, null);
IndexedVar bcVec = TranslateContext.VarCollection.AssignVar(Scope, "AngleOfVectors: bcVec", TranslateContext.IsGlobal, null);
IndexedVar abNorm = TranslateContext.VarCollection.AssignVar(Scope, "AngleOfVectors: abNorm", TranslateContext.IsGlobal, null);
IndexedVar bcNorm = TranslateContext.VarCollection.AssignVar(Scope, "AngleOfVectors: bcNorm", TranslateContext.IsGlobal, null);
Element zeroVec = Element.Part <V_Vector>(new V_Number(0), new V_Number(0), new V_Number(0));
Element[] actions = ArrayBuilder <Element> .Build
(
// Save A
a.SetVariable((Element)Parameters[0], eventPlayer),
// Save B
b.SetVariable((Element)Parameters[1], eventPlayer),
// save C
c.SetVariable((Element)Parameters[2], eventPlayer),
// get ab
// ab[3] = { b[0] - a[0], b[1] - a[1], b[2] - a[2] };
ab.SetVariable(
Element.Part <V_Vector>
(
Element.Part <V_Subtract>(Element.Part <V_XOf>(b.GetVariable()), Element.Part <V_XOf>(a.GetVariable())),
Element.Part <V_Subtract>(Element.Part <V_YOf>(b.GetVariable()), Element.Part <V_YOf>(a.GetVariable())),
Element.Part <V_Subtract>(Element.Part <V_ZOf>(b.GetVariable()), Element.Part <V_ZOf>(a.GetVariable()))
), eventPlayer),
// get bc
// bc[3] = { c[0] - b[0], c[1] - b[1], c[2] - b[2] };
bc.SetVariable(
Element.Part <V_Vector>
(
Element.Part <V_Subtract>(Element.Part <V_XOf>(c.GetVariable()), Element.Part <V_XOf>(b.GetVariable())),
Element.Part <V_Subtract>(Element.Part <V_YOf>(c.GetVariable()), Element.Part <V_YOf>(b.GetVariable())),
Element.Part <V_Subtract>(Element.Part <V_ZOf>(c.GetVariable()), Element.Part <V_ZOf>(b.GetVariable()))
), eventPlayer),
// get abVec
// abVec = sqrt(ab[0] * ab[0] + ab[1] * ab[1] + ab[2] * ab[2]);
abVec.SetVariable(
Element.Part <V_DistanceBetween>
(
ab.GetVariable(),
zeroVec
), eventPlayer),
// get bcVec
// bcVec = sqrt(bc[0] * bc[0] + bc[1] * bc[1] + bc[2] * bc[2]);
bcVec.SetVariable(
Element.Part <V_DistanceBetween>
(
bc.GetVariable(),
zeroVec
), eventPlayer),
// get abNorm
// abNorm[3] = {ab[0] / abVec, ab[1] / abVec, ab[2] / abVec};
abNorm.SetVariable(
Element.Part <V_Vector>
(
Element.Part <V_Divide>(Element.Part <V_XOf>(ab.GetVariable()), abVec.GetVariable()),
Element.Part <V_Divide>(Element.Part <V_YOf>(ab.GetVariable()), abVec.GetVariable()),
Element.Part <V_Divide>(Element.Part <V_ZOf>(ab.GetVariable()), abVec.GetVariable())
), eventPlayer),
// get bcNorm
// bcNorm[3] = {bc[0] / bcVec, bc[1] / bcVec, bc[2] / bcVec};
bcNorm.SetVariable(
Element.Part <V_Vector>
(
Element.Part <V_Divide>(Element.Part <V_XOf>(bc.GetVariable()), bcVec.GetVariable()),
Element.Part <V_Divide>(Element.Part <V_YOf>(bc.GetVariable()), bcVec.GetVariable()),
Element.Part <V_Divide>(Element.Part <V_ZOf>(bc.GetVariable()), bcVec.GetVariable())
), eventPlayer)
);
Element result = Element.Part <V_Divide>
(
Element.Part <V_Multiply>
(
Element.Part <V_ArccosineInRadians>
(
// get res
// res = abNorm[0] * bcNorm[0] + abNorm[1] * bcNorm[1] + abNorm[2] * bcNorm[2];
//target.SetVariable(
Element.Part <V_Add>
(
Element.Part <V_Add>
(
Element.Part <V_Multiply>(Element.Part <V_XOf>(abNorm.GetVariable()), Element.Part <V_XOf>(bcNorm.GetVariable())),
Element.Part <V_Multiply>(Element.Part <V_YOf>(abNorm.GetVariable()), Element.Part <V_YOf>(bcNorm.GetVariable()))
),
Element.Part <V_Multiply>(Element.Part <V_ZOf>(abNorm.GetVariable()), Element.Part <V_ZOf>(bcNorm.GetVariable()))
)
),
new V_Number(180)
),
new V_Number(Math.PI)
);
return(new MethodResult(actions, result));
}
override protected MethodResult Get(PathfinderInfo info)
{
if (((VarRef)Parameters[1]).Var is PathMapVar == false)
{
throw SyntaxErrorException.InvalidVarRefType(((VarRef)Parameters[1]).Var.Name, VarType.PathMap, ParameterLocations[1]);
}
Element player = (Element)Parameters[0];
PathMapVar pathmap = (PathMapVar)((VarRef)Parameters[1]).Var;
IndexedVar destination = IndexedVar.AssignInternalVarExt(TranslateContext.VarCollection, Scope, "Destination", TranslateContext.IsGlobal);
TranslateContext.Actions.AddRange(destination.SetVariable((Element)Parameters[2]));
DijkstraNormal algorithm = new DijkstraNormal(TranslateContext, pathmap, Element.Part <V_PositionOf>(player), destination.GetVariable());
algorithm.Get();
DijkstraBase.Pathfind(TranslateContext, info, algorithm.finalPath.GetVariable(), player, destination.GetVariable());
return(new MethodResult(null, null));
}