Player.SedrickPlayerController.IsOnAirShip = True
Player.BoxCollider.Offset = Vector3(0, 0.05, 0)
Player.BoxCollider.Size = Vector3(0.5, 0.5, 10)
Tracker.PlayerTracker.SedrickIsAlive = False
self.Switch5 = False
else:
if (self.Switch5 is True):
self.Start = True
self.Switch5 = False
elif (self.Chance == 6):
Tracker = self.Space.FindObjectByName("PlayerTracker")
if (Tracker.PlayerTracker.JulioIsAlive is True):
Player = self.Space.CreateAtPosition(
"Julio", Vector3(Position.x, Position.y, 0))
Player.JulioPlayerController.IsOnAirShip = True
Player.BoxCollider.Offset = Vector3(0, 0.05, 0)
Player.BoxCollider.Size = Vector3(0.5, 0.5, 10)
Tracker.PlayerTracker.JulioIsAlive = False
self.Switch6 = False
else:
if (self.Switch6 is True):
self.Start = True
self.Switch6 = False
if (Zero.Keyboard.KeyIsPressed(Zero.Keys.O)):
self.Start = True
Zero.RegisterComponent("CheckPoint", CheckPoint)
def Initialize(self, initializer):
self.Space.SoundSpace.PlayMusic("Rain")
Zero.Connect(self.Space, Events.LevelStarted, self.OnLevelStart)
Zero.Connect(self.Space, Events.LogicUpdate, self.OnLogicUpdate)
self.Active = False
self.NumberTimes = self.Times
self.Thunder_1()
def Thunder_1(self):
self.NumberTimes -= 1
if self.NumberTimes < 0:
self.CurrentUpdate = None
self.Space.SoundSpace.PlayCue("Thunder")
sequence = Action.Sequence(self.Owner.Actions)
Action.Delay(sequence, self.ActiveCD)
Action.Call(sequence, self.ActiveThunder)
return
self.Owner.Sprite.Color = Vec3(self.Owner.Sprite.Color.x, self.Owner.Sprite.Color.y, self.Owner.Sprite.Color.z, self.Alpha_Upper)
sequence = Action.Sequence(self.Owner.Actions)
Action.Delay(sequence, random.uniform(self.CD_Lower, self.CD_Upper))
Action.Call(sequence, self.Thunder_2)
def Thunder_2(self):
self.Owner.Sprite.Color = Vec3(self.Owner.Sprite.Color.x, self.Owner.Sprite.Color.y, self.Owner.Sprite.Color.z, self.Alpha_Lower)
sequence = Action.Sequence(self.Owner.Actions)
Action.Delay(sequence, random.uniform(self.CD_Lower, self.CD_Upper))
Action.Call(sequence, self.Thunder_1)
def ActiveThunder(self):
self.Active = True
Zero.RegisterComponent("ThunderTest", ThunderTest)
#print(Parent.GunManStatus.CanShoot)
for CastResult in CastResultsRange:
if(CastResult.Distance >= MaxRayCastDistance):
break
if(CastResult.ObjectHit.Name == "Tung" or CastResult.ObjectHit.Name == "Austin" or CastResult.ObjectHit.Name == "Trey" or CastResult.ObjectHit.Name == "Peyton" or CastResult.ObjectHit.Name == "Sedrick" or CastResult.ObjectHit.Name == "Julio"):
Parent.GunManStatus.CanShoot = True
Parent.GunManStatus.RayCast4 = True
else:
Parent.GunManStatus.RayCast4 = False
if(Parent.GunManStatus.RayCast1 is False and Parent.GunManStatus.RayCast2 is False and Parent.GunManStatus.RayCast3 is False and Parent.GunManStatus.RayCast4 is False and Parent.GunManStatus.RayCast5 is False and Parent.GunManStatus.RayCast6 is False and Parent.GunManStatus.RayCast7 is False and Parent.GunManStatus.RayCast8 is False and Parent.GunManStatus.RayCast9 is False):
Parent.GunManStatus.CanShoot = False
LastCastResult = CastResult #Limit
if(not LastCastResult): #Limit
EndPosition = Ray.Start + Ray.Direction * MaxRayCastDistance
#self.DrawArrow(Ray.Start, EndPosition, RayColor)
else:
EndPosition = Ray.Start + Ray.Direction * LastCastResult.Distance
#self.DrawArrow(Ray.Start, EndPosition, RayColor)
#def DrawArrow(self, StartPos, EndPos, ArrowColor):
#DebugDraw.DrawArrow(StartPos, EndPos, 0.25, ArrowColor)
Zero.RegisterComponent("Look4", Look4)
def Initialize(self, initializer):
Zero.Connect(self.Space, Events.LogicUpdate, self.OnLogicUpdate)
self.FadeLayer = self.Owner.FindChildByName("AlphaLayer")
def Initialize(self, initializer):
Zero.Connect(self.Space, Events.LogicUpdate, self.OnLogicUpdate)
self.player = self.Space.FindObjectByName("Hero")
self.Owner.RemoveComponentByName("BoxCollider")
self.Owner.AddComponentByName("SphereCollider")
self.Owner.SphereCollider.CollisionGroup = "Terrain"
self.Owner.SphereCollider.Radius = 1.5
OtherObject = other.Transform.WorldTranslation
Difference = Vector3(OtherObject.x - ObjectPosition.x,
OtherObject.y - ObjectPosition.y,
OtherObject.z - ObjectPosition.z)
Distance = math.sqrt(
math.pow(Difference.x, 2) + math.pow(Difference.y, 2) +
math.pow(Difference.z, 2))
Damage = 8 - Distance
other.Bridge.CurrentHealth -= Damage * 100
Action.Delay(sequence, 0.1)
Action.Call(sequence, self.OnDeath)
def OnDeath(self):
Position = self.Owner.Transform.WorldTranslation
if (self.CanBlow is True):
PlayerBlasterProjectile = self.Space.CreateAtPosition(
"PlayerMissleExplodeParticle",
Vector3(Position.x, Position.y + 0.5, 4))
self.CanBlow = False
self.Owner.Destroy()
Zero.RegisterComponent("PlayerMissle", PlayerMissle)
import Zero
import Events
import Property
import VectorMath
class Key:
KeyValue = Property.String("")
def Initialize(self, initializer):
Zero.Connect(self.Owner, Events.CollisionStarted, self.OnCollision)
self.GetKeyEvent = Zero.ScriptEvent()
self.GetKeyEvent.Callback = lambda: self.Owner.Destroy()
self.GetKeyEvent.KeyValue = self.KeyValue
def OnCollision(self, CollisionEvent):
CollisionEvent.OtherObject.DispatchEvent("GetKeyEvent",
self.GetKeyEvent)
Zero.RegisterComponent("Key", Key)
def Initialize(self, initializer):
Zero.Connect(self.Owner, Events.CollisionStarted, self.OnCollision)
self.GetKeyEvent = Zero.ScriptEvent()
self.GetKeyEvent.Callback = lambda: self.Owner.Destroy()
self.GetKeyEvent.KeyValue = self.KeyValue
if(self.LeftRight is True):
#print("Right")
RotationAngles.y = 1
self.Owner.Transform.Rotation = RotationAngles
self.LeftRight = False
if(Distance.x > 0):
self.IsLeft = False
self.IsRight = True
if(self.IsRight is True):
if(self.LeftRight is False):
#print("Left")
RotationAngles.y = 0
self.Owner.Transform.Rotation = RotationAngles
self.LeftRight = True
if(Zero.Keyboard.KeyIsDown(Zero.Keys.S) and not Zero.Keyboard.KeyIsDown(Zero.Keys.A) and not Zero.Keyboard.KeyIsDown(Zero.Keys.D)):
self.Owner.Transform.Translation = Vector3(self.BodyX, self.BodyY - 0.09, self.BodyZ)
Parent.BoxCollider.Offset = Vector3(0.02, 0.07, 0)
Parent.BoxCollider.Size = Vector3(0.1, 0.3, 10)
elif(Zero.Keyboard.KeyIsDown(Zero.Keys.Space) or Parent.AustinPlayerController.OnGround is False):
self.Owner.Transform.Translation = Vector3(self.BodyX, self.BodyY - 0.02, self.BodyZ)
else:
self.Owner.Transform.Translation = Vector3(self.BodyX, self.BodyY, self.BodyZ)
Parent.BoxCollider.Offset = Vector3(0.02, 0.15, 0)
Parent.BoxCollider.Size = Vector3(0.1, 0.5, 10)
Zero.RegisterComponent("AustinBody", AustinBody)
self.InitializeObserverList()
if self.Owner.DestroyCreateArchetype:
self.Destroyer = self.Owner.DestroyCreateArchetype
elif self.Owner.DestroyPlayAnim:
self.Destroyer = self.Owner.DestroyPlayAnim
elif self.Owner.DestroyFadeAnim:
self.Destroyer = self.Owner.DestroyFadeAnim
elif self.Owner.DestroyTeleport:
self.Destroyer = self.Owner.DestroyTeleport
else:
self.Destroyer = None
def Destroy(self):
for callback in self.destroy_observers:
callback()
self.destroy_observers = []
if self.Destroyer:
self.Destroyer.Destroy()
else:
self.Owner.Destroy()
def InitializeObserverList(self):
self.destroy_observers = []
def Null():
pass
self.InitializeObserverList = Null
def RegisterObserver(self,callback):
self.InitializeObserverList()
self.destroy_observers.append(callback)
Zero.RegisterComponent("DestroyInterface", DestroyInterface)
Action.Delay(sequence, 0.1)
Action.Call(sequence, self.OnDeath)
elif (other.Name == "Julio" and self.CanExplode is True):
OtherObject = other.Transform.WorldTranslation
Difference = Vector3(OtherObject.x - ObjectPosition.x,
OtherObject.y - ObjectPosition.y,
OtherObject.z - ObjectPosition.z)
Distance = math.sqrt(
math.pow(Difference.x, 2) + math.pow(Difference.y, 2) +
math.pow(Difference.z, 2))
Damage = 8 - Distance
other.JulioHealth.CurrentHealth -= Damage * 100
Action.Delay(sequence, 0.1)
Action.Call(sequence, self.OnDeath)
def OnDeath(self):
Position = self.Owner.Transform.WorldTranslation
if (self.CanBlow is True):
PlayerBlasterProjectile = self.Space.CreateAtPosition(
"PlayerMissleExplodeParticle",
Vector3(Position.x, Position.y + 0.5, 4))
self.CanBlow = False
self.Owner.Destroy()
Zero.RegisterComponent("FireBarrel", FireBarrel)
import Zero
import Events
import Property
import VectorMath
class CanCheck:
def Initialize(self, initializer):
self.init_place = self.Owner.Transform.Translation
self.current_check = None
def SetCheck(self, checkpoint):
if self.current_check:
self.current_check.Checkable.CheckOut()
self.current_check = checkpoint
def GetCheck(self):
if not self.current_check:
return self.init_place
else:
return self.current_check.Transform.Translation
Zero.RegisterComponent("CanCheck", CanCheck)
def OnLogicUpdate(self, UpdateEvent):
if self.Active:
if self.Owner.RigidBody.Velocity.length() > 2:
self.Owner.RigidBody.Velocity *= 0.9
self.CurrentUpdate()
def OnCollision(self, CollisionEvent):
if CollisionEvent.OtherObject.IsSentry:
normal = -CollisionEvent.FirstPoint.WorldNormalTowardsOther
#if abs(CollisionEvent.FirstPoint.WorldNormalTowardsOther.x) > 0.95:
#v = self.Owner.RigidBody.Velocity
#xspeed = v.x
#v.x = math.copysign(CollisionEvent.FirstPoint.WorldNormalTowardsOther.x, v.x)
#self.Owner.RigidBody.Velocity = v
self.Owner.RigidBody.ApplyLinearVelocity(normal * .2)
self.CurrentUpdate = self.Walking
self.dumbcounter = 30
direction = CollisionEvent.OtherObject.IsSentry.SentryDirection
if direction.x == 0 and direction.y == 0:
self.Direction = Vec3(1,0,0) if CollisionEvent.FirstPoint.WorldNormalTowardsOther.x < 0 else Vec3(-1,0,0)
else:
self.Direction = direction
def SlowDownBy(self, SlowDownRatio, TimeSteps):
pass
Zero.RegisterComponent("AIMovementFloatProjectile", AIMovementFloatProjectile)
def Initialize(self, initializer):
self.Logo = self.Space.CreateAtPosition("DigipenLogo", Vec3(0, 0, 0))
Zero.Connect(self.Space, Events.LevelStarted, self.OnLevelStart)
Zero.Connect(self.Space, Events.LogicUpdate, self.OnLogicUpdate)
self.counter -= 1
if self.counter == 0:
for callback in self.observers:
callback()
self.observers = None
if self.Owner.Hierarchy:
for child in self.Owner.Hierarchy.Children:
if child.MultiObserverDelegate and child.MultiObserverDelegate.Target:
self.counter += 1
child.MultiObserverDelegate.RegisterObserver(Activated)
self.counter += 1
if self.Target:
self.Target.DestroyInterface.RegisterObserver(Activated)
def EnsureObservers(self):
self.observers = []
def Null():
pass
self.EnsureObservers = Null
def RegisterObserver(self, callback):
self.EnsureObservers()
self.observers.append(callback)
Zero.RegisterComponent("MultiObserverDelegate", MultiObserverDelegate)
import Zero
import Events
import Property
import VectorMath
import math
Vec3 = VectorMath.Vec3
class CameraMovement:
CameraFollowSpeed = Property.Float(0.1)
def Initialize(self, initializer):
Zero.Connect(self.Space, Events.LogicUpdate, self.OnLogicUpdate)
self.player = self.Space.FindObjectByName("Hero")
def OnLogicUpdate(self, OnLogicUpdate):
towardVec = self.player.Transform.LocalTranslation - self.Owner.Transform.LocalTranslation
towardVec.z = 0
if (math.fabs(towardVec.length()) > 0.01):
self.Owner.Transform.Translation += towardVec * self.CameraFollowSpeed
Zero.RegisterComponent("CameraMovement", CameraMovement)
self.Active = False
self.NumberTimes = self.Times
self.Thunder_1()
def Thunder_1(self):
self.NumberTimes -= 1
if self.NumberTimes < 0:
self.CurrentUpdate = None
self.Space.SoundSpace.PlayCue(self.ThunderCue)
sequence = Action.Sequence(self.Owner.Actions)
Action.Delay(sequence, self.ActiveCD)
Action.Call(sequence, self.ActiveThunder)
return
self.ThunderLayer.Sprite.Color = Vec3(self.ThunderLayer.Sprite.Color.x, self.ThunderLayer.Sprite.Color.y, self.ThunderLayer.Sprite.Color.z, self.Alpha_Upper)
sequence = Action.Sequence(self.Owner.Actions)
Action.Delay(sequence, random.uniform(self.CD_Lower, self.CD_Upper))
Action.Call(sequence, self.Thunder_2)
def Thunder_2(self):
self.ThunderLayer.Sprite.Color = Vec3(self.ThunderLayer.Sprite.Color.x, self.ThunderLayer.Sprite.Color.y, self.ThunderLayer.Sprite.Color.z, self.Alpha_Lower)
sequence = Action.Sequence(self.Owner.Actions)
Action.Delay(sequence, random.uniform(self.CD_Lower, self.CD_Upper))
Action.Call(sequence, self.Thunder_1)
def ActiveThunder(self):
self.Active = True
Zero.RegisterComponent("ThunderGenerator", ThunderGenerator)
if child.Name == "Preventer":
child.Collider.Ghost = True
child.DetachRelative()
child.Destroy()
if obj.RigidBody:
obj.RigidBody.RotationLocked = False
if obj.MassOverride:
obj.MassOverride.Active = False
if obj.Sprite:
obj.Sprite.AnimationActive = False
def Perform(self, position):
ice = self.Space.CreateAtPosition("IceParticle",
self.mouse.Transform.Translation)
ice.AddComponentByName("ActionList")
ice.Transform.Translation += VectorMath.Vector3(0, 0, 1)
def shrink(self):
self.Owner.SpriteParticleSystem.Tint -= VectorMath.Vec4(
0, 0, 0, 0.01)
if self.Owner.SpriteParticleSystem.Tint.a < 0.01:
self.Owner.Destroy()
ice.ActionList.AddCallback(callback=shrink,
has_self=True,
blocking=True,
countdown=None)
Zero.RegisterComponent("PhysSkillIce", PhysSkillIce)
size -= Vec3(self.DecreaseSizeDelta, self.DecreaseSizeDelta,
self.DecreaseSizeDelta)
if (size.x <= self.MinSize or size.y <= self.MinSize
or size.z <= self.MinSize):
self.CurrentUpdate = None
self.Soul.Destroy()
self.Death_Stage4()
self.Soul.SphericalParticleEmitter.EmitterSize = size
def Death_Stage4(self):
self.Owner.Sprite.Visible = True
self.Owner.Sprite.Color = Vec3(1, 1, 1, 0)
self.Owner.BoxCollider.Ghost = False
self.Owner.RigidBody.Kinematic = False
self.Owner.PlayerController.Active = True
self.Owner.Sprite.AnimationActive = True
self.CurrentUpdate = self.IncreaseAlpha
def IncreaseAlpha(self):
color = self.Owner.Sprite.Color
color.w += self.IncreaseAlphaDelta
if (color.w >= 1.0):
color.w = 1.0
self.CurrentUpdate = None
self.DeathActive = True
self.Owner.Sprite.Color = color
Zero.RegisterComponent("CanDie", CanDie)
def Initialize(self, initializer):
Zero.Connect(self.Space, Events.LogicUpdate, self.OnLogicUpdate)
Zero.Connect(self.Owner, Events.CollisionStarted,
self.OnCollisionStarted)
def Initialize(self, initializer):
self.CheckPoint = self.Space.FindObjectByName("CheckPoint")
Zero.Connect(self.Space, Events.LogicUpdate, self.OnLogicUpdate)
self.FadeColorEnd = endColor
delta = endColor - startColor
self.FadeRDelta = delta.x * deltaRate
self.FadeGDelta = delta.y * deltaRate
self.FadeBDelta = delta.z * deltaRate
self.FadeADelta = delta.a * deltaRate
self.FadeLayer.Sprite.Color = startColor
self.FadeDelay = cd
self.FadeEnable = True
def TurnOffCameraFade(self):
self.FadeEnable = False
self.FadeColorStart = Vec4(0, 0, 0, 0)
self.FadeColorEnd = Vec4(0, 0, 0, 0)
self.FadeDelay = 0
self.FadeTimer = 0
self.FadeRDelta = 0
self.FadeGDelta = 0
self.FadeBDelta = 0
self.FadeADelta = 0
self.FadeEndFlag = False
# Helper
def clampCheck(self, minimum, x, maximum):
return x > maximum or x < minimum
def clamp(self, minimum, x, maximum):
return max(minimum, min(x, maximum))
Zero.RegisterComponent("CameraFunction", CameraFunction)
if self.Owner.Hierarchy:
for child in self.Owner.Hierarchy.Children:
#if not child.Name == "Door":
if self.sudden_black_countdown == 0:
c = child.Sprite.Color
if c.a < 0.05:
child.Sprite.Color = Vec4(c.x, c.y, c.z, 0.25)
else:
child.Sprite.Color = Vec4(c.x, c.y, c.z,
.98 * c.a + .02 * da)
else:
c = child.Sprite.Color
child.Sprite.Color = Vec4(c.x, c.y, c.z, .1 * c.a)
if child.Hierarchy:
for ch in child.Hierarchy.Children:
if self.sudden_black_countdown == 0:
c = ch.Sprite.Color
if c.a < 0.05:
ch.Sprite.Color = Vec4(c.x, c.y, c.z, 0.25)
else:
ch.Sprite.Color = Vec4(c.x, c.y, c.z,
.98 * c.a + .02 * da)
else:
c = child.Sprite.Color
child.Sprite.Color = Vec4(c.x, c.y, c.z, .1 * c.a)
Zero.RegisterComponent("RandomFlickering", RandomFlickering)
def OnLogicUpdate(self, UpdateEvent):
if self.CurrentFunction == None: return
self.CurrentFunction()
def OnLevelStart(self, LevelStartEvent):
self.Camera.CameraFunction.SetCameraFade(Vec4(0, 0, 0, 1),
Vec4(0, 0, 0, 0), 0.01, 0)
self.CurrentFunction = self.E1_ActivateLogo
def E1_ActivateLogo(self):
if self.Camera.CameraFunction.FadeDone:
self.CurrentFunction = None
self.Camera.ThunderGenerator.ActivateThunder()
sequence = Action.Sequence(self.Owner.Actions)
Action.Delay(sequence, self.E1ToE2Delay)
Action.Call(sequence, self.GoToE2)
def GoToE2(self):
self.CurrentFunction = self.E2_CheckAnimatorEnd
self.Camera.CameraFunction.SetCameraFade(Vec4(0, 0, 0, 0),
Vec4(0, 0, 0, 1), 0.01, 0)
def E2_CheckAnimatorEnd(self):
if self.Camera.CameraFunction.FadeDone:
self.Space.SoundSpace.StopMusic()
self.Space.LoadLevel("MenuScreen")
Zero.RegisterComponent("Event_StudioLevel", Event_StudioLevel)
def Initialize(self, initializer):
Zero.Connect(self.Space, Events.LogicUpdate, self.OnLogicUpdate)
self.sum = random.random() * 10
self.sudden_black_countdown = 0
if(self.OnGround):
self.JumpsRemaining = self.MaxNumberOfJumps
def SubtractJumpsRemaining(self):
self.JumpsRemaining -= 1
if(self.JumpsRemaining < 0):
self.JumpsRemaining = 0
def ChaseTarget(self, UpdateEvent):
CameraPosition = self.Space.FindObjectByName("Camera")
#PlayPosition = self.Owner.Transform.Translation
#CamDistance = CameraPosition.Transform.Translation - PlayPosition
CameraPosition.Transform.Translation += Vector3(self.ChaseDirection.x, self.ChaseDirection.y, 0) * UpdateEvent.Dt * self.ChaseSpeed
def CalculateChaseDirectionAndDistance(self):
CameraPosition = self.Space.FindObjectByName("Camera")
PlayPosition = self.Owner.Transform.Translation
self.ChaseDirection = Vector3(PlayPosition.x - 2 + self.HorizontalDistance, PlayPosition.y + self.VerticleDistance, 40) - CameraPosition.Transform.Translation
#self.DistanceFromTarget = self.ChaseDirection.length()
#self.ChaseDirection.normalize()
def CalculateChaseDirectionAndDistance2(self):
CameraPosition = self.Space.FindObjectByName("Camera")
PlayPosition = self.Owner.Transform.Translation
self.ChaseDirection = Vector3(PlayPosition.x + 2 + self.HorizontalDistance, PlayPosition.y + self.VerticleDistance, 40) - CameraPosition.Transform.Translation
Zero.RegisterComponent("JulioPlayerController", JulioPlayerController)
def E1_ActivateLogo(self):
if self.Camera.CameraFunction.FadeDone:
self.CurrentFunction = None
sequence = Action.Sequence(self.Owner.Actions)
Action.Delay(sequence, self.DigipenDisplayDelay)
Action.Call(sequence, self.GoToE2)
def GoToE2(self):
self.Logo.Animator.Active = True
self.CurrentFunction = self.E2_CheckAnimatorEnd
def E2_CheckAnimatorEnd(self):
if not self.Logo.Animator.Active:
self.CurrentFunction = None
self.Space.SoundSpace.PlayCue("RavenCue")
sequence = Action.Sequence(self.Owner.Actions)
Action.Delay(sequence, self.LogoDisplayDelay)
Action.Call(sequence, self.GoToE3)
def GoToE3(self):
self.Camera.CameraFunction.SetCameraFade(Vec4(0, 0, 0, 0),
Vec4(0, 0, 0, 1), 0.01, 0)
self.CurrentFunction = self.E3_Done
def E3_Done(self):
if self.Camera.CameraFunction.FadeDone:
self.Space.LoadLevel("LogoScreen")
Zero.RegisterComponent("Event_IntroLevel", Event_IntroLevel)
def Initialize(self, initializer):
Zero.Connect(self.Space, Events.LogicUpdate, self.OnLogicUpdate)
import Zero
import Events
import Property
import VectorMath
class PhysSkillFire:
Name = Property.String("PhysSkillFire")
def Initialize(self, initializer):
self.powertext = "I use fire power!!"
self.modifiertext = "with fire!!"
def OnLogicUpdate(self, UpdateEvent):
print (self.powertext)
def GetModifier(self):
return self.modifiertext
Zero.RegisterComponent("PhysSkillFire", PhysSkillFire)
