public async Task <bool> KeyframeTo(Transform target, float seconds, Easing.Function easing = null)
{
var start = Transform;
var moveid = ++movement;
for (float f = 0; f < 1;)
{
await Task.NextPhysicsFrame();
if (moveid != movement)
{
return(false);
}
var eased = easing != null?easing(f) : f;
var newtx = Transform.Lerp(start, target, eased, false);
TryKeyframeTo(newtx);
f += Time.Delta / seconds;
}
Transform = target;
return(true);
}
public ScaleTitle(GameObject titleObj, Vector3 initial, Vector3 target, float dur, Easing.FunctionType easingType)
{
title = titleObj;
initialScale = initial;
targetScale = target;
duration = dur;
easeType = Easing.GetFunctionWithTypeEnum(easingType);
}
public TweenUIPosition(GameObject obj, Vector2 start, Vector2 end, float time, Easing.FunctionType easeType)
{
rectTransform = obj.GetComponent <RectTransform>();
startPos = start;
endPos = end;
duration = time;
easingFunction = Easing.GetFunctionWithTypeEnum(easeType);
}
public SlideCharacter(GameObject chara, Vector3 initial, Vector3 target, float dur, Easing.FunctionType easingType)
{
character = chara;
initialPos = initial;
targetPos = target;
duration = dur;
easeType = Easing.GetFunctionWithTypeEnum(easingType);
}
protected override float GetCurrentValue()
{
float value = 0.0f;
Easing.Function interpolationMethod = Easing.GetEasingFunction(interpolationType);
value = interpolationMethod(startInterpolation, TargetInterpolation, currentTime / totalTime);
return(value);
}
public void scale(Vector3 target, bool locally, [Optional, DefaultParameterValue(0)] Easing.Function easing)
{
if (this.m_timer > 0f)
{
Debug.LogError("Cannot modify task after it has been started!");
}
else
{
this.m_scaling = new Scaling();
this.m_scaling.axis = new bool[] { true, true, true };
this.m_scaling.start = !locally ? this.m_transform.lossyScale : this.m_transform.localScale;
this.m_scaling.target = target;
this.m_scaling.local = locally;
this.m_scaling.easing = easing;
}
}
public void translate(Vector3 target, bool locally, [Optional, DefaultParameterValue(0)] Easing.Function easing)
{
if (this.m_timer > 0f)
{
Debug.LogError("Cannot modify task after it has been started!");
}
else
{
this.m_translation = new Translation();
this.m_translation.axis = new bool[] { true, true, true };
this.m_translation.start = !locally ? this.m_transform.position : this.m_transform.localPosition;
this.m_translation.target = target;
this.m_translation.local = locally;
this.m_translation.easing = easing;
this.m_translation.algorithm = TranslationAlgorithm.LINEAR;
}
}
public void rotate(Vector3 rotateBy, bool locally, [Optional, DefaultParameterValue(0)] Easing.Function easing)
{
if (this.m_timer > 0f)
{
Debug.LogError("Cannot modify task after it has been started!");
}
else
{
this.m_rotation = new Rotation();
this.m_rotation.axis = new bool[] { true, true, true };
this.m_rotation.start = !locally ? this.m_transform.rotation : this.m_transform.localRotation;
this.m_rotation.rotateBy = rotateBy;
this.m_rotation.local = locally;
this.m_rotation.easing = easing;
this.m_rotation.lazy = false;
}
}
public static IEnumerator Interpolate(Vector3 initialValue, Vector3 finalValue, float duration, System.Action <Vector3> setter, Ease ease = Ease.Linear, System.Action onFinished = null, TimeScale timeScale = TimeScale.Delta)
{
Vector3 diff = finalValue - initialValue;
Easing.Function easeFunc = ease.GetFunction();
System.Action <float> lerp = (float t) =>
{
Vector3 currentValue = initialValue + diff * easeFunc(t);
setter.Invoke(currentValue);
};
yield return(Lerp(lerp, duration, timeScale));
setter.Invoke(finalValue);
onFinished?.Invoke();
}
public void translateToAnchoredPos(Vector2 targetAnchoredPos, [Optional, DefaultParameterValue(0)] Easing.Function easing)
{
if (this.m_timer > 0f)
{
Debug.LogError("Cannot modify task after it has been started!");
}
else if (this.m_rectTransform == null)
{
Debug.LogError("No RectTransform specified before attempting to translate to anchored position!");
}
else
{
this.m_translationAnchoredPosition = new TranslationAnchoredPosition();
this.m_translationAnchoredPosition.start = this.m_rectTransform.anchoredPosition;
this.m_translationAnchoredPosition.target = targetAnchoredPos;
this.m_translationAnchoredPosition.easing = easing;
this.m_translationAnchoredPosition.algorithm = TranslationAlgorithm.LINEAR;
}
}
// Use this for initialization
void Start()
{
filter = GetComponent <MeshFilter>();
mesh = new Mesh();
mesh.MarkDynamic();
filter.mesh = mesh;
vertices = new Vector3[subdivisions * e];
tris = new int[subdivisions * tv];
switch (GlobalState.I.RadialMeshMode)
{
case RadialState.random:
transform.localRotation = Quaternion.Euler(0, 0, Random.Range(0, 360));
break;
case RadialState.simple:
break;
case RadialState.orderly:
rotationSpeed = 180;
break;
case RadialState.off:
Destroy(gameObject);
break;
}
initialSpeed = speed;
startTime = Time.time;
glow = GetComponent <MeshRenderer>().material;
emissionId = Shader.PropertyToID("_EmissionColor");
emissionColor = GlobalState.I.BaseColor;
glow.SetColor(emissionId, Color.white * 0.1f);
easingFunction = Easing.GetEasingFunction(easing);
StartCoroutine(Pop(popDuration));
}
public void reset(float duration, float delay, Easing.Function easingFunction)
{
this.reset();
this.m_duration = duration;
this.m_delay = delay;
if (this.m_translation != null)
{
this.m_translation.easing = easingFunction;
}
if (this.m_translationAnchoredPosition != null)
{
this.m_translationAnchoredPosition.easing = easingFunction;
}
if (this.m_rotation != null)
{
this.m_rotation.easing = easingFunction;
}
if (this.m_scaling != null)
{
this.m_scaling.easing = easingFunction;
}
}
/************************************************************************************************************************/
/// <summary>Modify the current fade to use the specified `function` to calculate the weight.</summary>
/// <example>See <see cref="CustomFade"/>.</example>
public static void Apply(AnimancerComponent animancer, Easing.Function function)
=> Apply(animancer.States.Current, function);
/************************************************************************************************************************/
/// <summary>Modify the current fade to use the specified `function` to calculate the weight.</summary>
/// <example>See <see cref="CustomFade"/>.</example>
public static void Apply(AnimancerPlayable animancer, Easing.Function function)
=> Delegate.Acquire(function.GetDelegate()).Apply(animancer);
static ConfigGameplay()
{
Dictionary <GameLogic.CharacterType, Dictionary <string, int> > dictionary = new Dictionary <GameLogic.CharacterType, Dictionary <string, int> >(new CharacterTypeBoxAvoidanceComparer());
Dictionary <string, int> dictionary2 = new Dictionary <string, int>();
dictionary2.Add("Skeleton001", 10);
dictionary2.Add("Skeleton002", 10);
dictionary2.Add("Skeleton003", 10);
dictionary2.Add("Skeleton004", 10);
dictionary2.Add("Skeleton005", 10);
dictionary2.Add("Skeleton006", 10);
dictionary2.Add("Skeleton007", 8);
dictionary2.Add("Skeleton008", 6);
dictionary.Add(GameLogic.CharacterType.Skeleton, dictionary2);
dictionary2 = new Dictionary <string, int>();
dictionary2.Add("Jelly001", 10);
dictionary2.Add("Jelly002", 10);
dictionary2.Add("Jelly003", 10);
dictionary2.Add("Jelly004", 6);
dictionary.Add(GameLogic.CharacterType.Jelly, dictionary2);
dictionary2 = new Dictionary <string, int>();
dictionary2.Add("Pygmy001", 10);
dictionary2.Add("Pygmy002", 10);
dictionary2.Add("Pygmy003", 10);
dictionary2.Add("Pygmy004", 10);
dictionary.Add(GameLogic.CharacterType.Pygmy, dictionary2);
dictionary2 = new Dictionary <string, int>();
dictionary2.Add("Worg001", 10);
dictionary2.Add("Worg002", 10);
dictionary2.Add("Worg003", 0);
dictionary2.Add("Worg004", 0);
dictionary.Add(GameLogic.CharacterType.Worg, dictionary2);
dictionary2 = new Dictionary <string, int>();
dictionary2.Add("Crocodile001", 10);
dictionary2.Add("Crocodile002", 10);
dictionary2.Add("Crocodile003", 10);
dictionary.Add(GameLogic.CharacterType.Crocodile, dictionary2);
dictionary2 = new Dictionary <string, int>();
dictionary2.Add("Rat001", 10);
dictionary2.Add("Rat002", 10);
dictionary2.Add("Rat003", 10);
dictionary.Add(GameLogic.CharacterType.Rat, dictionary2);
dictionary2 = new Dictionary <string, int>();
dictionary2.Add("Anubis001", 10);
dictionary2.Add("Anubis002", 10);
dictionary2.Add("Anubis003", 10);
dictionary.Add(GameLogic.CharacterType.Anubis, dictionary2);
dictionary2 = new Dictionary <string, int>();
dictionary2.Add("Mummy001", 10);
dictionary2.Add("Mummy002", 10);
dictionary.Add(GameLogic.CharacterType.Mummy, dictionary2);
dictionary2 = new Dictionary <string, int>();
dictionary2.Add("Goblin001", 10);
dictionary2.Add("Goblin002", 10);
dictionary2.Add("Goblin003", 10);
dictionary2.Add("Goblin004", 10);
dictionary.Add(GameLogic.CharacterType.Goblin, dictionary2);
dictionary2 = new Dictionary <string, int>();
dictionary2.Add("Yeti001", 10);
dictionary2.Add("Yeti002", 10);
dictionary2.Add("Yeti003", 10);
dictionary2.Add("Yeti004", 10);
dictionary.Add(GameLogic.CharacterType.Yeti, dictionary2);
dictionary2 = new Dictionary <string, int>();
dictionary2.Add("Shroom001", 10);
dictionary2.Add("Shroom002", 10);
dictionary2.Add("Shroom003", 10);
dictionary2.Add("Shroom004", 10);
dictionary.Add(GameLogic.CharacterType.Shroom, dictionary2);
CHARACTER_SPAWN_WEIGHTS = dictionary;
STUN_MATERIAL_COLOR = new Color(0.08235294f, 0.8470588f, 1f, 1f);
POISON_MATERIAL_COLOR = new Color(0.6196079f, 0.972549f, 0f, 1f);
SLOW_MATERIAL_COLOR = new Color(0f, 1f, 1f, 1f);
CLONE_COOLDOWN_MATERIAL_COLOR = new Color(0.3882353f, 0.8980392f, 1f, 1f);
CLONE_DECOY_MATERIAL_COLOR = new Color(0.6156863f, 0f, 1f, 1f);
CLONE_HEAL_MATERIAL_COLOR = new Color(0.4431373f, 1f, 0.2666667f, 1f);
DEFAULT_NORMALIZED_HP_AFTER_REVIVE = 0.5f;
PASSIVE_HP_REGEN_PROXIMITY_THRESHOLD = 9f;
PASSIVE_HP_REGEN_TICK_INTERVAL = 0.2f;
PASSIVE_HP_REGEN_PCT_PER_TICK = 0.2f;
HERO_HP_SAFEGUARD_MAX_HP_LOSS_PER_MINION_HIT_NORMALIZED = 0.1f;
GLOBAL_MELEE_DAMAGE_VARIATION_PCT = 0.03f;
OUT_OF_BOUNDS_CHECKING_ENABLED = true;
CHARACTER_FULLSPEED_ACCELERATION_TIMER = 0.18f;
CHARACTER_FULLSPEED_ACCELERATION_EASING = Easing.Function.IN_CUBIC;
ROTATION_STEERING_THRESHOLD = 0.9f;
SUPPORT_CHARACTER_AUTO_KILL_RADIUS = float.MaxValue;
CRITTER_MAX_COUNT = 8;
AGGRO_RANGE_IDLE = 10f;
AGGRO_RANGE_ALARMED = 5f;
AI_UPDATE_INTERVAL = 0.0666666f;
MAX_MONSER_PURSUIT_PATH_LENGTH = 20f;
Dictionary <ProjectileType, Projectile.ProjectileProperties> dictionary3 = new Dictionary <ProjectileType, Projectile.ProjectileProperties>(new ProjectileTypeBoxAvoidanceComparer());
Projectile.ProjectileProperties properties = new Projectile.ProjectileProperties();
properties.Type = ProjectileType.Fireball;
properties.Radius = 0.6f;
properties.DestroyAfterContact = true;
properties.MaxLifetime = 3f;
properties.Speed = 8f;
properties.DamageType = DamageType.Ranged;
dictionary3.Add(ProjectileType.Fireball, properties);
Projectile.ProjectileProperties properties2 = new Projectile.ProjectileProperties();
properties2.Type = ProjectileType.Orb;
properties2.Radius = 0.6f;
properties2.DestroyAfterContact = true;
properties2.MaxLifetime = 2f;
properties2.Speed = 14f;
properties2.DamageType = DamageType.Magic;
dictionary3.Add(ProjectileType.Orb, properties2);
Projectile.ProjectileProperties properties3 = new Projectile.ProjectileProperties();
properties3.Type = ProjectileType.Dragonball;
properties3.Radius = 0.6f;
properties3.DestroyAfterContact = true;
properties3.MaxLifetime = 3f;
properties3.Speed = 10f;
properties3.DamageType = DamageType.Ranged;
dictionary3.Add(ProjectileType.Dragonball, properties3);
Projectile.ProjectileProperties properties4 = new Projectile.ProjectileProperties();
properties4.Type = ProjectileType.Rock;
properties4.Radius = 0.6f;
properties4.DestroyAfterContact = true;
properties4.MaxLifetime = 3f;
properties4.CollideWithGround = true;
properties4.Speed = 8f;
properties4.DamageType = DamageType.Ranged;
dictionary3.Add(ProjectileType.Rock, properties4);
Projectile.ProjectileProperties properties5 = new Projectile.ProjectileProperties();
properties5.Type = ProjectileType.Frostball;
properties5.Radius = 0.6f;
properties5.DestroyAfterContact = true;
properties5.MaxLifetime = 3f;
properties5.Speed = 10f;
properties5.DamageType = DamageType.Ranged;
dictionary3.Add(ProjectileType.Frostball, properties5);
Projectile.ProjectileProperties properties6 = new Projectile.ProjectileProperties();
properties6.Type = ProjectileType.Bubbles;
properties6.Radius = 0.6f;
properties6.DestroyAfterContact = true;
properties6.MaxLifetime = 3f;
properties6.Speed = 10f;
properties6.DamageType = DamageType.Ranged;
dictionary3.Add(ProjectileType.Bubbles, properties6);
Projectile.ProjectileProperties properties7 = new Projectile.ProjectileProperties();
properties7.Type = ProjectileType.Splinters1;
properties7.Radius = 0.6f;
properties7.DestroyAfterContact = true;
properties7.MaxLifetime = 3f;
properties7.Speed = 10f;
properties7.DamageType = DamageType.Ranged;
dictionary3.Add(ProjectileType.Splinters1, properties7);
Projectile.ProjectileProperties properties8 = new Projectile.ProjectileProperties();
properties8.Type = ProjectileType.Splinters2;
properties8.Radius = 0.6f;
properties8.DestroyAfterContact = true;
properties8.MaxLifetime = 3f;
properties8.Speed = 10f;
properties8.DamageType = DamageType.Ranged;
dictionary3.Add(ProjectileType.Splinters2, properties8);
Projectile.ProjectileProperties properties9 = new Projectile.ProjectileProperties();
properties9.Type = ProjectileType.Ink;
properties9.Radius = 0.6f;
properties9.DestroyAfterContact = true;
properties9.MaxLifetime = 3f;
properties9.Speed = 10f;
properties9.DamageType = DamageType.Ranged;
dictionary3.Add(ProjectileType.Ink, properties9);
Projectile.ProjectileProperties properties10 = new Projectile.ProjectileProperties();
properties10.Type = ProjectileType.Coins;
properties10.Radius = 0.6f;
properties10.DestroyAfterContact = true;
properties10.MaxLifetime = 3f;
properties10.Speed = 10f;
properties10.DamageType = DamageType.Ranged;
dictionary3.Add(ProjectileType.Coins, properties10);
PROJECTILE_PROTOTYPE_PROPERTIES = dictionary3;
USE_RANDOMIZED_BOSS_PERKS = false;
PET_MAX_LEVEL = 5;
List <int> list = new List <int>();
list.Add(2);
list.Add(3);
list.Add(4);
list.Add(5);
PET_PERK_MILESTONE_LEVELS = list;
CHARACTER_MELEE_ATTACK_DESTRUCTIBLE_HIT_RADIUS = 2.25f;
}
private IEnumerator animationRoutine(float targetAlpha, float duration, Easing.Function easing)
{
public bool Initialize()
{
_orbiting = false;
_alive = true;
_orbitEasing = Easing.EaseFunction(EaseType.EaseInSine);
_chargeEasing = Easing.EaseFunction(EaseType.Linear);
ForwardIndicator.SetActive(false);
return true;
}
private IEnumerator animatedProgressRoutine(float sourceV, float targetV, float duration, Easing.Function easingFunction, AnimationComplete completeCallback, float delay)
{
private IEnumerator animationRoutine(float duration, float targetHeight, Easing.Function easing)
{
public void translateWithQuarticBezier(Vector3 target, bool locally, Vector3 bezierP1, Vector3 bezierP2, Vector3 bezierP3, [Optional, DefaultParameterValue(0)] Easing.Function easing)
{
if (this.m_timer > 0f)
{
Debug.LogError("Cannot modify task after it has been started!");
}
else
{
this.m_translation = new Translation();
this.m_translation.axis = new bool[] { true, true, true };
this.m_translation.start = !locally ? this.m_transform.position : this.m_transform.localPosition;
this.m_translation.target = target;
this.m_translation.local = locally;
this.m_translation.easing = easing;
this.m_translation.algorithm = TranslationAlgorithm.QUARTIC_BEZIER;
this.m_translation.cp0 = bezierP1;
this.m_translation.cp1 = bezierP2;
this.m_translation.cp2 = bezierP3;
}
}
/// <summary>Modify the current fade to use the specified `function` to calculate the weight.</summary> /// <example>See <see cref="CustomFade"/>.</example> public static void Apply(AnimancerPlayable animancer, Easing.Function function) => Apply(animancer.States.Current, function);
/// <summary>Modify the current fade to use the specified `function` to calculate the weight.</summary> /// <example>See <see cref="CustomFade"/>.</example> public static void Apply(AnimancerNode node, Easing.Function function) => Delegate.Acquire(function.GetDelegate()).Apply(node);
public IEnumerator CoFadeImageAlpha(float iterator, float time, float startA, float endA, Image image, Easing.Function function, Easing.Direction direction)
{
while (iterator < time)
{
iterator += Time.deltaTime;
if (iterator > time)
{
iterator = time;
}
float val = JoniUtility.Easing.GetTerpedPosition(iterator, time, function, direction);
float newA = ExtendedLerp.LerpWithoutClamp(startA, endA, val);
Color col = image.color;
image.color = new Color(col.r, col.g, col.b, newA);
yield return(0);
}
}
public Lerper()
{
m_easingFunction = new Easing.Four(Easing.Linear.easeNone);
}
public IEnumerator CoMoveX(float iterator, float time, float startX, float endX, Transform transform, Easing.Function function, Easing.Direction direction)
{
while (iterator < time)
{
iterator += Time.deltaTime;
if (iterator > time)
{
iterator = time;
}
float val = JoniUtility.Easing.GetTerpedPosition(iterator, time, function, direction);
float newX = ExtendedLerp.LerpWithoutClamp(startX, endX, val);
Vector3 position = transform.localPosition;
transform.localPosition = new Vector3(newX, position.y, position.z);
yield return(0);
}
}
public Lerper(Easing.Function easingFunction)
{
m_easingFunction = easingFunction;
}
public Lerper(EasingType easingType)
{
switch (easingType)
{
case EasingType.Linear:
{
m_easingFunction = new Easing.Four(Easing.Linear.easeNone);
}
break;
case EasingType.ExpoEaseIn:
{
m_easingFunction = new Easing.Four(Easing.Expo.easeIn);
}
break;
case EasingType.ExpoEaseOut:
{
m_easingFunction = new Easing.Four(Easing.Expo.easeOut);
}
break;
case EasingType.ExpoEaseInOut:
{
m_easingFunction = new Easing.Four(Easing.Expo.easeInOut);
}
break;
case EasingType.BounceEaseIn:
{
m_easingFunction = new Easing.Four(Easing.Bounce.easeIn);
}
break;
case EasingType.BounceEaseOut:
{
m_easingFunction = new Easing.Four(Easing.Bounce.easeOut);
}
break;
case EasingType.BounceEaseInOut:
{
m_easingFunction = new Easing.Four(Easing.Bounce.easeInOut);
}
break;
case EasingType.BackEaseIn:
{
m_easingFunction = new Easing.Five(Easing.Back.easeIn);
}
break;
case EasingType.BackEaseOut:
{
m_easingFunction = new Easing.Five(Easing.Back.easeOut);
}
break;
case EasingType.BackEaseInOut:
{
m_easingFunction = new Easing.Five(Easing.Back.easeInOut);
}
break;
}
}
public static IEnumerator DoOverEasedTime(float duration, Easing.Function func, TimedAction timedAction)
{
return(DoOverTime(duration, t => { timedAction(func(t)); }));
}
public IEnumerator CoScaleLoop(float iterator, float time, float startS, float endS, Transform transform, Easing.Function function, Easing.Direction direction)
{
while (iterator < time)
{
iterator += Time.deltaTime;
if (iterator > time)
{
iterator = time;
}
float val = JoniUtility.Easing.GetTerpedPosition(iterator, time, function, direction);
float newS = ExtendedLerp.LerpWithoutClamp(startS, endS, val);
transform.localScale = new Vector3(newS, newS, newS);
if (iterator == time)
{
iterator = 0;
float tempS = endS;
endS = startS;
startS = tempS;
}
yield return(0);
}
}