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update: add teleport systems for entity

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Bragin Stepan
2026-02-22 19:19:27 +05:00
parent 1f774cc870
commit 69f4171e02
8 changed files with 140 additions and 17 deletions
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106
Assets/_Project/Develop/Runtime/Logic/Gameplay/Entities/EntitiesFactory.cs
View File

@@ -1,10 +1,12 @@
using _Project.Develop.Runtime.Logic.Gameplay.Features.Attack.Systems;
using _Project.Develop.Runtime.Logic.Gameplay.Features.Attack.Systems.Shoot;
using _Project.Develop.Runtime.Logic.Gameplay.Features.Damage;
using _Project.Develop.Runtime.Logic.Gameplay.Features.Energy.Systems;
using _Project.Develop.Runtime.Logic.Gameplay.Features.Input;
using _Project.Develop.Runtime.Logic.Gameplay.Features.Lifetime.Systems;
using _Project.Develop.Runtime.Logic.Gameplay.Features.Movement;
using _Project.Develop.Runtime.Logic.Gameplay.Features.Sensors.Systems;
using _Project.Develop.Runtime.Logic.Gameplay.Features.Teleport.Systems;
using _Project.Develop.Runtime.Utilities;
using _Project.Develop.Runtime.Utilities.Conditions;
using _Project.Develop.Runtime.Utils.InputManagement;
@@ -205,6 +207,108 @@ namespace _Project.Develop.Runtime.Entities
return entity;
}
public Entity CreateTeleportWizard(Vector3 position)
{
Entity entity = CreateEmpty();
_monoEntitiesFactory.Create(entity, position, PathToResources.Entity.Mage);
entity
.AddContactsDetectingMask(Layers.CharactersMask)
.AddContactCollidersBuffer(new Buffer<Collider>(32))
.AddContactEntitiesBuffer(new Buffer<Entity>(32))
.AddMaxHealth(new ReactiveVariable<float>(150))
.AddCurrentHealth(new ReactiveVariable<float>(150))
.AddTeleportTarget(entity.Transform)
.AddTeleportToPoint(entity.Transform)
.AddStartTeleportEvent()
.AddStartTeleportRequest()
.AddInTeleportProcess()
.AddFindTeleportPointEvent()
.AddFindTeleportPointRequest()
.AddEndTeleportEvent()
.AddEnergyTeleportCost(new ReactiveVariable<int>(20))
.AddCurrentEnergy(new ReactiveVariable<int>(60))
.AddMaxEnergy(new ReactiveVariable<int>(60))
.AddUseEnergyEvent()
.AddUseEnergyRequest()
.AddRegenEnergyEvent()
.AddRegenEnergyRequest()
.AddAutoRegenEnergyAmount(new ReactiveVariable<int>(5))
.AddIsAutoRegenEnergy()
.AddEnergyAutoRegenCurrentTime()
.AddEnergyAutoRegenInitialTime(new ReactiveVariable<float>(3))
.AddBodyContactDamage(new ReactiveVariable<float>(50))
.AddTakeDamageRequest()
.AddTakeDamageEvent()
.AddIsDead()
.AddInDeathProcess()
.AddDeathProcessInitialTime(new ReactiveVariable<float>(2))
.AddDeathProcessCurrentTime();
ICompositeCondition canRegenEnergy = new CompositeCondition()
.Add(new FuncCondition(() => entity.IsDead.Value == false));
ICompositeCondition canUseEnergy = new CompositeCondition()
.Add(new FuncCondition(() => entity.IsDead.Value == false));
ICompositeCondition canStartTeleport = new CompositeCondition()
.Add(new FuncCondition(() => entity.IsDead.Value == false))
.Add(new FuncCondition(() => entity.CurrentEnergy.Value >= entity.EnergyTeleportCost.Value));
ICompositeCondition mustDie = new CompositeCondition()
.Add(new FuncCondition(() => entity.CurrentHealth.Value <= 0));
ICompositeCondition mustSelfRelease = new CompositeCondition()
.Add(new FuncCondition(() => entity.IsDead.Value))
.Add(new FuncCondition(() => entity.InDeathProcess.Value == false));
ICompositeCondition canApplyDamage = new CompositeCondition()
.Add(new FuncCondition(() => entity.IsDead.Value == false));
entity
.AddCanRegenEnergy(canRegenEnergy)
.AddCanUseEnergy(canUseEnergy)
.AddCanStartTeleport(canStartTeleport)
.AddCanApplyDamage(canApplyDamage)
.AddMustDie(mustDie)
.AddMustSelfRelease(mustSelfRelease);
entity
.AddSystem(new TeleportByInputSystem(_playerInput))
.AddSystem(new RegenEnergySystem())
.AddSystem(new UseEnergySystem())
.AddSystem(new AutoRegenEnergyTimerSystem())
.AddSystem(new TeleportStartByEnergySystem())
.AddSystem(new TeleportProcessSystem())
.AddSystem(new FindRandomPointForTeleportSystem())
.AddSystem(new EndTeleportSystem())
.AddSystem(new InstantTeleportSystem())
.AddSystem(new BodyContactsDetectingSystem())
.AddSystem(new BodyContactsEntitiesFilterSystem(_collidersRegistryService))
.AddSystem(new DealDamageOnContactSystem())
.AddSystem(new ApplyDamageSystem())
.AddSystem(new DeathSwitcherSystem())
.AddSystem(new DeathProcessTimerSystem())
.AddSystem(new DisableCollidersOnDeathSystem())
.AddSystem(new SelfReleaseSystem(_entitiesLifeContext));
_entitiesLifeContext.Add(entity);
return entity;
}
public Entity CreateProjectile(Vector3 position, Vector3 direction, float damage)
{
@@ -233,7 +337,7 @@ namespace _Project.Develop.Runtime.Entities
.Add(new FuncCondition(() => entity.IsDead.Value == false));
ICompositeCondition mustDie = new CompositeCondition()
.Add(new FuncCondition(() => entity.IsTouchDeathMask.Value), 0);
.Add(new FuncCondition(() => entity.IsTouchDeathMask.Value));
ICompositeCondition mustSelfRelease = new CompositeCondition()
.Add(new FuncCondition(() => entity.IsDead.Value));

16
Assets/_Project/Develop/Runtime/Logic/Gameplay/Entities/Generated/EntityAPI.cs
View File

@@ -1059,13 +1059,13 @@ namespace _Project.Develop.Runtime.Entities
return AddComponent(new _Project.Develop.Runtime.Logic.Gameplay.Features.Energy.AutoRegenEnergyAmount() {Value = value});
}
public _Project.Develop.Runtime.Logic.Gameplay.Features.Energy.InAutoRegenEnergy InAutoRegenEnergyC => GetComponent<_Project.Develop.Runtime.Logic.Gameplay.Features.Energy.InAutoRegenEnergy>();
public _Project.Develop.Runtime.Logic.Gameplay.Features.Energy.IsAutoRegenEnergy IsAutoRegenEnergyC => GetComponent<_Project.Develop.Runtime.Logic.Gameplay.Features.Energy.IsAutoRegenEnergy>();
public _Project.Develop.Runtime.Utils.ReactiveManagement.ReactiveVariable<System.Boolean> InAutoRegenEnergy => InAutoRegenEnergyC.Value;
public _Project.Develop.Runtime.Utils.ReactiveManagement.ReactiveVariable<System.Boolean> IsAutoRegenEnergy => IsAutoRegenEnergyC.Value;
public bool TryGetInAutoRegenEnergy(out _Project.Develop.Runtime.Utils.ReactiveManagement.ReactiveVariable<System.Boolean> value)
public bool TryGetIsAutoRegenEnergy(out _Project.Develop.Runtime.Utils.ReactiveManagement.ReactiveVariable<System.Boolean> value)
{
bool result = TryGetComponent(out _Project.Develop.Runtime.Logic.Gameplay.Features.Energy.InAutoRegenEnergy component);
bool result = TryGetComponent(out _Project.Develop.Runtime.Logic.Gameplay.Features.Energy.IsAutoRegenEnergy component);
if(result)
value = component.Value;
else
@@ -1073,14 +1073,14 @@ namespace _Project.Develop.Runtime.Entities
return result;
}
public _Project.Develop.Runtime.Entities.Entity AddInAutoRegenEnergy()
public _Project.Develop.Runtime.Entities.Entity AddIsAutoRegenEnergy()
{
return AddComponent(new _Project.Develop.Runtime.Logic.Gameplay.Features.Energy.InAutoRegenEnergy() { Value = new _Project.Develop.Runtime.Utils.ReactiveManagement.ReactiveVariable<System.Boolean>() });
return AddComponent(new _Project.Develop.Runtime.Logic.Gameplay.Features.Energy.IsAutoRegenEnergy() { Value = new _Project.Develop.Runtime.Utils.ReactiveManagement.ReactiveVariable<System.Boolean>() });
}
public _Project.Develop.Runtime.Entities.Entity AddInAutoRegenEnergy(_Project.Develop.Runtime.Utils.ReactiveManagement.ReactiveVariable<System.Boolean> value)
public _Project.Develop.Runtime.Entities.Entity AddIsAutoRegenEnergy(_Project.Develop.Runtime.Utils.ReactiveManagement.ReactiveVariable<System.Boolean> value)
{
return AddComponent(new _Project.Develop.Runtime.Logic.Gameplay.Features.Energy.InAutoRegenEnergy() {Value = value});
return AddComponent(new _Project.Develop.Runtime.Logic.Gameplay.Features.Energy.IsAutoRegenEnergy() {Value = value});
}
public _Project.Develop.Runtime.Logic.Gameplay.Features.Energy.EnergyAutoRegenInitialTime EnergyAutoRegenInitialTimeC => GetComponent<_Project.Develop.Runtime.Logic.Gameplay.Features.Energy.EnergyAutoRegenInitialTime>();