public static bool IsEffectiveChanger <InitialParamType, UpdateParamType>(Auto <InitialParamType, UpdateParamType> baseAuto)
{
var conditions = baseAuto.Conditions();
/*
* comment for branchName1
*/
if (
ConditionGateway.Contains(conditions, AutoConditions.Act.P0)
)
{
return(true);
}
return(false);
}
public void _1_3_RunNotContainsSpecificConditionInTimeline()
{
int frame = 0;
var context = PlayerContext.Copy(dummyContext);
var auto = new Auto <PlayerContext, Dictionary <string, PlayerContext> >(
"デフォルト状態",
frame,
context,
new Timeline <PlayerContext, Dictionary <string, PlayerContext> >(
"基本モーション",
new Tack <PlayerContext, Dictionary <string, PlayerContext> >(
"基礎行動",
0,
AutomatineDefinitions.Tack.LIMIT_UNLIMITED,
AutoConditions.Act.DEFAULT,
() =>
{
var c = new RoutineContexts <PlayerContext, Dictionary <string, PlayerContext> >();
c.rContext = c.Default;
return(c);
}
)
)
);
var conditions = auto.Conditions();
if (ConditionGateway.NotContains(conditions, AutoConditions.Act.SPAWN))
{
// no problem
}
else
{
Debug.LogError("not contains act SPAWN");
}
if (ConditionGateway.NotContains(conditions, AutoConditions.Anim.SPAWN))
{
// no problem
}
else
{
Debug.LogError("not contains anim SPAWN");
}
}
/**
* export timelines which contains the type of specified condition.
*/
public List <Timeline <InitialParamType, UpdateParamType> > ExportTimelines(params Type[] conditionTypes)
{
var targetTypes = new List <int>();
for (var i = 0; i < conditionTypes.Length; i++)
{
var cond = conditionTypes[i];
var targetConditionIndex = ConditionGateway.IndexOfConditionType(cond);
if (targetTypes.Contains(targetConditionIndex))
{
continue;
}
targetTypes.Add(targetConditionIndex);
}
return(_MatchedTimelines(targetTypes));
}
TestRoute3
<InitialParamType, UpdateParamType>
(Auto <InitialParamType, UpdateParamType> baseAuto, int frame, InitialParamType fixedContext)
{
var conditions = baseAuto.Conditions();
/*
* comment for branchName0
*/
if (
ConditionGateway.Contains(conditions, AutoConditions.Act.SPAWN)
)
{
var newAuto = new
MoveAuto
<InitialParamType, UpdateParamType>(frame, fixedContext);
newAuto.InheritTimelines(baseAuto.ExportTimelines(new Type[] {
typeof(AutoConditions.Move)
}));
return(newAuto);
}
/*
* comment for branchName1
*/
if (
ConditionGateway.Contains(conditions, AutoConditions.Act.SPAWN)
)
{
return(baseAuto);
}
var finallyAuto = new
MoveAuto
<InitialParamType, UpdateParamType>(frame, fixedContext);
finallyAuto.InheritTimelines(baseAuto.ExportTimelines(new Type[] {
typeof(AutoConditions.Move)
}));
return(finallyAuto);
}
public Tack(string tackInfo, int start, int span, object conditionSource, params Func <RoutineBase <InitialParamType, UpdateParamType> >[] routineSources)
{
this.tackInfo = tackInfo;
this.start = start;
if (span < 0)
{
span = AutomatineDefinitions.Tack.LIMIT_UNLIMITED;
}
if (span == 0)
{
throw new Exception("tack span should be greater than 0 or AutomatineDefinitions.Tack.LIMIT_UNLIMITED.");
}
this.span = span;
// ready condition value and type.
this.conditionValue = (int)conditionSource;
this.conditionType = ConditionGateway.GetIndexOfConditionType(conditionSource);
this.routineSources = routineSources;
}
ChangerForTest42_2
<InitialParamType, UpdateParamType>
(Auto <InitialParamType, UpdateParamType> baseAuto, int frame, InitialParamType fixedContext)
{
var conditions = baseAuto.Conditions();
/*
* comment for branchName0
*/
if (
ConditionGateway.Contains(conditions, AutoConditions.Anim.DEFAULT)
)
{
var newAuto = new
AutoForTest42_1
<InitialParamType, UpdateParamType>(frame, fixedContext);
return(newAuto);
}
return(baseAuto);
}
ConditionChange0
<InitialParamType, UpdateParamType>
(Auto <InitialParamType, UpdateParamType> baseAuto, int frame, InitialParamType fixedContext)
{
var conditions = baseAuto.Conditions();
/*
* comment for branchName0
*/
if (
ConditionGateway.Contains(conditions, AutoConditions.Act.P0)
)
{
var newAuto = new
ConditionChangeAuto0
<InitialParamType, UpdateParamType>(frame, fixedContext);
return(newAuto);
}
return(baseAuto);
}
public void _6_1_ConditionWithConsumeAllTimelineByBreackTimeline()
{
int frame = 0;
var context = PlayerContext.Copy(dummyContext);
var auto = new Auto <PlayerContext, Dictionary <string, PlayerContext> >(
"6_1",
frame,
context,
new Timeline <PlayerContext, Dictionary <string, PlayerContext> >(
"6_1TL",
new Tack <PlayerContext, Dictionary <string, PlayerContext> >(
"6_1R",
0,
100,
AutoConditions.Act.FIVEFRAME_SPAN,
() =>
{
var c = new RoutineContexts <PlayerContext, Dictionary <string, PlayerContext> >();
c.rContext = c._BreakTimeline;
return(c);
}
)
)
);
auto.Update(frame, dummyContexts);
var conditions = auto.Conditions();
// AutoConditions.Act.FIVEFRAME_SPAN Timeline is over.
if (ConditionGateway.NotContains(conditions, AutoConditions.Act.FIVEFRAME_SPAN))
{
return;
}
Debug.LogError("failed to break timeline");
}
public void _6_3_ConditionShouldEmptyByBreakAllTack()
{
int frame = 0;
var context = PlayerContext.Copy(dummyContext);
var auto = new Auto <PlayerContext, Dictionary <string, PlayerContext> >(
"ContinuationWithBreakTack",
frame,
context,
new Timeline <PlayerContext, Dictionary <string, PlayerContext> >(
"ContinuationWithBreakTackTL",
new Tack <PlayerContext, Dictionary <string, PlayerContext> >(
"ContinuationWithBreakTackRoutine",
0,
100,
AutoConditions.Act.FIVEFRAME_SPAN,
() =>
{
var c = new RoutineContexts <PlayerContext, Dictionary <string, PlayerContext> >();
c.rContext = c._BreakTack;
return(c);
}
)
)
);
auto.Update(frame, dummyContexts);
// breakTack is contained in routine. all tack & timelines are consumed but still on that tack. Auto returns condition of last frame.
var conditions = auto.Conditions();
if (ConditionGateway.Contains(conditions, AutoConditions.Act.FIVEFRAME_SPAN))
{
return;
}
Debug.LogError("failed to break tack.");
}
public void _8_1_ConditionWithInheritTimelines()
{
int frame = 0;
var context = PlayerContext.Copy(dummyContext);
var auto0 = new Auto <PlayerContext, Dictionary <string, PlayerContext> >(
"8_1_0",
frame,
context,
new Timeline <PlayerContext, Dictionary <string, PlayerContext> >(
"8_1_0TL_0",
new Tack <PlayerContext, Dictionary <string, PlayerContext> >(
"8_1_0R_0",
0,
5,
AutoConditions.Act.FIVEFRAME_SPAN,
() =>
{
var c = new RoutineContexts <PlayerContext, Dictionary <string, PlayerContext> >();
c.rContext = c._Infinity;
return(c);
}
)
),
new Timeline <PlayerContext, Dictionary <string, PlayerContext> >(
"8_1_0TL_1",
new Tack <PlayerContext, Dictionary <string, PlayerContext> >(
"8_1_0R_1",
0,
5,
AutoConditions.Anim.DEFAULT,
() =>
{
var c = new RoutineContexts <PlayerContext, Dictionary <string, PlayerContext> >();
c.rContext = c._Infinity;
return(c);
}
)
)
);
// rest 4 frames for tack.
auto0.Update(frame, dummyContexts);
frame++;
var auto1 = new Auto <PlayerContext, Dictionary <string, PlayerContext> >(
"8_1_1",
frame,
context,
new Timeline <PlayerContext, Dictionary <string, PlayerContext> >(
"8_1_1TL",
new Tack <PlayerContext, Dictionary <string, PlayerContext> >(
"8_1_1R",
0,
5,
AutoConditions.Anim.SPAWN,
() =>
{
var c = new RoutineContexts <PlayerContext, Dictionary <string, PlayerContext> >();
c.rContext = c._Infinity;
return(c);
}
)
)
);
var inheritTimelines = auto0.ExportTimelines(typeof(AutoConditions.Act), typeof(AutoConditions.Anim));
auto1.InheritTimelines(inheritTimelines);
var conditions = auto1.Conditions();
if (ConditionGateway.Contains(conditions, AutoConditions.Anim.SPAWN))
{
if (ConditionGateway.NotContainsAll(conditions, AutoConditions.Act.FIVEFRAME_SPAN, AutoConditions.Anim.DEFAULT))
{
return;
}
}
Debug.LogError("not match");
}
/**
* return function what returns auto which is constructed by RuntimeAutoData.
*/
public static Func <int, InitialParamType, Auto <InitialParamType, UpdateParamType> > RuntimeAutoGenerator(RuntimeAutoData runtimeAutoData)
{
return((int startFrame, InitialParamType initialParam) =>
{
var autoInfo = "generated";
var newRootChangers = new List <IAutoChanger>();
for (var i = 0; i < runtimeAutoData.rootChangers.Count; i++)
{
var rootChangerSource = runtimeAutoData.rootChangers[i];
newRootChangers.Add(ChangerInstanceByName(rootChangerSource.changerName));
}
var newChangers = new List <IAutoChanger>();
for (var i = 0; i < runtimeAutoData.changers.Count; i++)
{
var changerSource = runtimeAutoData.changers[i];
newChangers.Add(ChangerInstanceByName(changerSource.changerName));
}
var newTimelines = new List <Timeline <InitialParamType, UpdateParamType> >();
for (var i = 0; i < runtimeAutoData.timelines.Count; i++)
{
var timelineSource = runtimeAutoData.timelines[i];
var timelineInfo = "generated";
var tacksSources = timelineSource.tacks;
var tacks = new List <Tack <InitialParamType, UpdateParamType> >();
for (var j = 0; j < tacksSources.Count; j++)
{
var tackSource = tacksSources[j];
var tackInfo = "generated";
var tackStart = tackSource.start;
var tackSpan = tackSource.span;
var tackCondition = ConditionGateway.ConditionFromString(tackSource.conditionType, tackSource.conditionValue);
var routines = new List <Func <RoutineBase <InitialParamType, UpdateParamType> > >();
for (var k = 0; k < tackSource.routines.Count; k++)
{
var routine = tackSource.routines[k];
var routineName = routine.routineName;
routines.Add(
() =>
{
return new RoutineContexts <InitialParamType, UpdateParamType>(routineName);
}
);
}
tacks.Add(new Tack <InitialParamType, UpdateParamType>(tackInfo, tackStart, tackSpan, tackCondition, routines.ToArray()));
}
newTimelines.Add(new Timeline <InitialParamType, UpdateParamType>(timelineInfo, tacks.ToArray()));
}
return new Auto <InitialParamType, UpdateParamType>(
autoInfo,
startFrame,
initialParam,
newRootChangers,
newChangers,
newTimelines.ToArray()
);
});
}
public void ShowContextOfType()
{
var menu = new GenericMenu();
// update parent:ChangerPlate's conditions to latest.
Emit(new OnAutomatineEvent(OnAutomatineEvent.EventType.EVENT_REFRESHTACKCONDITIONS, tackId));
if (!string.IsNullOrEmpty(conditionType))
{
// current.
menu.AddDisabledItem(
new GUIContent(conditionType)
);
menu.AddSeparator(string.Empty);
// set empty.
menu.AddItem(
new GUIContent("Set Empty"),
false,
() => {
EmitUndo("Change Condition Type");
conditionType = string.Empty;
conditionValue = string.Empty;
EmitSave();
Emit(new OnAutomatineEvent(OnAutomatineEvent.EventType.EVENT_REFRESHTACKCONDITIONS, tackId));
}
);
menu.ShowAsContext();
return;
}
/*
* condition type is empty.
*/
var selectableMenuItems = conditions
.Select(conditonData => conditonData.conditionType)
.ToList();
// new.
menu.AddItem(
new GUIContent("Add New Type"),
false,
() => {
Emit(new OnAutomatineEvent(OnAutomatineEvent.EventType.EVENT_REFRESHTACKCONDITIONS, tackId));
Emit(new OnAutomatineEvent(OnAutomatineEvent.EventType.EVENT_ADDNEWTYPE, tackId));
}
);
menu.AddSeparator(string.Empty);
// other.
foreach (var conditonData in selectableMenuItems.Select((val, index) => new { index, val }))
{
var currentType = conditonData.val;
if (unselectableTypes.Contains(currentType))
{
menu.AddDisabledItem(new GUIContent(currentType));
}
else
{
menu.AddItem(
new GUIContent(currentType),
false,
() => {
EmitUndo("Change Condition Type");
conditionType = currentType;
var valueCandidates = ConditionGateway.TypeValuesFromTypeConditionStr(conditionType);
if (0 < valueCandidates.Length)
{
conditionValue = valueCandidates[0];
}
EmitSave();
Emit(new OnAutomatineEvent(OnAutomatineEvent.EventType.EVENT_REFRESHTACKCONDITIONS, tackId));
}
);
}
}
menu.ShowAsContext();
}
public void _1_1_RunContainsSpecificConditionInTimelines()
{
int frame = 0;
var context = PlayerContext.Copy(dummyContext);
var auto = new Auto <PlayerContext, Dictionary <string, PlayerContext> >(
"spawn開始",
frame,
context,
new Timeline <PlayerContext, Dictionary <string, PlayerContext> >(
"Spawn処理",
new Tack <PlayerContext, Dictionary <string, PlayerContext> >(
"spawning",
0,
AutomatineDefinitions.Tack.LIMIT_UNLIMITED,
AutoConditions.Act.SPAWN,
() =>
{
var c = new RoutineContexts <PlayerContext, Dictionary <string, PlayerContext> >();
c.rContext = c.Spawn;
return(c);
}
)
),
new Timeline <PlayerContext, Dictionary <string, PlayerContext> >(
"Spawn時のモーション",
new Tack <PlayerContext, Dictionary <string, PlayerContext> >(
"まだ真面目にセットしてない、Spawn時のモーション",
0,
10,
AutoConditions.Anim.SPAWN,
() =>
{
var c = new RoutineContexts <PlayerContext, Dictionary <string, PlayerContext> >();
c.rContext = c.SpawnMotion;
return(c);
}
)
)
);
var conditions = auto.Conditions();
if (ConditionGateway.Contains(conditions, AutoConditions.Act.SPAWN))
{
// no problem
}
else
{
Debug.LogError("not contains act SPAWN");
}
if (ConditionGateway.Contains(conditions, AutoConditions.Anim.SPAWN))
{
// no problem
}
else
{
Debug.LogError("not contains anim SPAWN");
}
}
/**
* 特定のconditionが特定のフレーム数存在している
* 二つのTackにまたがり、中間に別のものが詰まっている場合
*/
public void _2_4_ConditionContinuesIn15FrameBetween3Tack()
{
int frame = 0;
var context = PlayerContext.Copy(dummyContext);
var auto = new Auto <PlayerContext, Dictionary <string, PlayerContext> >(
"10フレーム、特定のconditionを維持する",
frame,
context,
new Timeline <PlayerContext, Dictionary <string, PlayerContext> >(
"5フレーム、特定のconditionを維持するTL",
new Tack <PlayerContext, Dictionary <string, PlayerContext> >(
"5フレーム、特定のconditionを維持するTack",
0,
5,
AutoConditions.Act.TENFRAME_SPAN,
() =>
{
var c = new RoutineContexts <PlayerContext, Dictionary <string, PlayerContext> >();
c.rContext = c._Infinity;
return(c);
}
),
new Tack <PlayerContext, Dictionary <string, PlayerContext> >(
"中間で5フレーム、特定のconditionを維持するTack",
5,
5,
AutoConditions.Act.FIVEFRAME_SPAN,
() =>
{
var c = new RoutineContexts <PlayerContext, Dictionary <string, PlayerContext> >();
c.rContext = c._Infinity;
return(c);
}
),
new Tack <PlayerContext, Dictionary <string, PlayerContext> >(
"さらに5フレーム、特定のconditionを維持するTack",
10,
5,
AutoConditions.Act.TENFRAME_SPAN,
() =>
{
var c = new RoutineContexts <PlayerContext, Dictionary <string, PlayerContext> >();
c.rContext = c._Infinity;
return(c);
}
)
)
);
int count = 0;
for (int i = 0; i < 15; i++)
{
auto.Update(frame, dummyContexts);
var conditions = auto.Conditions();
if (ConditionGateway.Contains(conditions, AutoConditions.Act.TENFRAME_SPAN))
{
count++;
}
frame = frame + 1;
}
if (count == 10)
{
}
else
{
Debug.LogError("failed. not match count:" + count);
}
}
/**
* returns RuntimeAutoData of this auto.
*/
public RuntimeAutoData RuntimeAutoData()
{
var runtimeRootChangers = new List <RuntimeChangerData>();
if (rootChangers != null)
{
for (var i = 0; i < rootChangers.Count; i++)
{
var rootChanger = rootChangers[i];
runtimeRootChangers.Add(new RuntimeChangerData(rootChanger.GetType().AssemblyQualifiedName));
}
}
var runtimeChangers = new List <RuntimeChangerData>();
if (changers != null)
{
for (var i = 0; i < changers.Count; i++)
{
var changer = changers[i];
runtimeChangers.Add(new RuntimeChangerData(changer.GetType().AssemblyQualifiedName));
}
}
var runtimeTimelineDatas = new List <RuntimeTimelineData>();
for (var i = 0; i < timelines.Count; i++)
{
var timeline = timelines[i];
var tacks = new List <RuntimeTackData>();
for (var j = 0; j < timeline.tacks.Count; j++)
{
var tack = timeline.tacks[j];
var routines = new List <RuntimeRoutineData>();
for (var k = 0; k < tack.routines.Count; k++)
{
var routine = tack.routines[k];
var routineName = routine.routineContext.routineName;
routines.Add(new RuntimeRoutineData(routineName));
}
tacks.Add(
new RuntimeTackData(
tack.start,
tack.span,
ConditionGateway.ConditionTypeString(tack.conditionType),
ConditionGateway.ConditionValueString(tack.conditionType, tack.conditionValue),
routines
)
);
}
runtimeTimelineDatas.Add(
new RuntimeTimelineData(
tacks
)
);
}
return(new RuntimeAutoData(
runtimeRootChangers,
runtimeChangers,
runtimeTimelineDatas
));
}
public bool SameConditions(int[] conditions)
{
var currentCondition = Conditions();
return(ConditionGateway.SameConditions(currentCondition, conditions));
}
/**
* check if every part of conditions are not containd or containd.
*/
public bool NotContainsAllConditions(params object[] conditions)
{
var currentCondition = Conditions();
return(ConditionGateway.NotContainsAllConditions(currentCondition, conditions));
}
/**
* check if the part of the condition is not containd or containd.
*/
public bool NotContainsCondition <T>(T condition) where T : IConvertible
{
var currentCondition = Conditions();
return(ConditionGateway.NotContainsCondition(currentCondition, condition));
}