ns

type AND []ObjCond

type ChatFunc func(t Team, p Player, obj Obj, msg string) string

type Color = color.Color

type DialogAnswer int

type DialogType string

type Direction = int

type Duration struct {
	// contains filtered or unexported fields
}

type EntryType int

type EqualClass object.Class

type FrameFunc func()

type Func = any

type Game interface {
	// NoxScript returns implementation of NoxScript runtime.
	NoxScript() Implementation
}

type HalberdLevel int

type Handle interface {
	// ScriptID returns internal script ID for the object.
	ScriptID() int
}

type HasAllClasses object.Class

type HasAllObjFlags object.Flags

type HasClass object.Class

type HasObjFlags object.Flags

type HasTeam []Team

type HasType []ObjType

type HasTypeName []string

type HasWallFlags wall.Flags

type Implementation interface {
	TimeSource
	FrameRate() int
	Store(typ StorageType) Storage

	TimerByHandle(h TimerHandle) Timer
	NewTimer(dt Duration, fnc Func, args ...any) Timer
	RandomFloat(min float32, max float32) float32
	Random(min int, max int) int
	StopScript(value any)
	AutoSave()
	StartupScreen(which int)
	DeathScreen(which int)

	ObjectType(name string) ObjType
	ObjectTypeByInd(ind int) ObjType

	ObjectByHandle(h ObjHandle) Obj
	Object(name string) Obj
	ObjectGroupByHandle(h ObjGroupHandle) ObjGroup
	ObjectGroup(name string) ObjGroup
	CreateObject(typ string, pos Positioner) Obj
	ObjSearcher
	GetTrigger() Obj
	GetCaller() Obj
	GetHost() Obj
	IsTrigger(obj Obj) bool
	IsCaller(obj Obj) bool
	IsGameBall(obj Obj) bool
	IsCrown(obj Obj) bool
	IsSummoned(obj Obj) bool
	MakeFriendly(obj Obj)
	MakeEnemy(obj Obj)
	BecomePet(obj Obj)
	BecomeEnemy(obj Obj)

	Teams() []Team

	HostPlayer() Player
	Players() []Player

	GetCharacterData(field int) int
	Print(message StringID)
	PrintStr(message string)
	PrintToAll(message StringID)
	PrintStrToAll(message string)
	ClearMessages(player Obj)
	UnBlind()
	Blind()
	ImmediateBlind()
	WideScreen(enable bool)
	IsTalking() bool
	IsTrading() bool
	SetHalberd(upgrade HalberdLevel)
	EndGame(class player.Class)

	DestroyEveryChat()
	SetShopkeeperText(obj Obj, text StringID)
	SetShopkeeperTextStr(obj Obj, text string)
	SetDialog(obj Obj, typ DialogType, start Func, end Func)
	CancelDialog(obj Obj)
	StoryPic(obj Obj, name string)
	TellStory(audio audio.Name, story StringID)
	TellStoryStr(audio audio.Name, story string)
	StartDialog(obj Obj, other Obj)
	GetAnswer(obj Obj) DialogAnswer

	AudioEvent(audio audio.Name, p Positioner)
	Music(music int, volume int)
	MusicPushEvent()
	MusicPopEvent()
	MusicEvent()

	Effect(effect effect.Effect, p1, p2 Positioner)
	CastSpell(spell spell.Spell, source, target Positioner)
	CastSpellLvl(spell spell.Spell, lvl int, source, target Positioner)
	NewTrap(pos Positioner, spells []TrapSpell) Obj

	GetQuestStatus(name string) int
	GetQuestStatusFloat(name string) float32
	SetQuestStatus(status int, name string)
	SetQuestStatusFloat(status float32, name string)
	ResetQuestStatus(name string)

	JournalEntry(obj Obj, message StringID, typ EntryType)
	JournalEdit(obj Obj, message StringID, typ EntryType)
	JournalDelete(obj Obj, message StringID)
	JournalEntryStr(obj Obj, message string, typ EntryType)
	JournalEditStr(obj Obj, message string, typ EntryType)
	JournalDeleteStr(obj Obj, message string)

	Waypoints() []WaypointObj
	WaypointByHandle(h WaypointHandle) WaypointObj
	Waypoint(name string) WaypointObj
	NewWaypoint(name string, pos Pointf) WaypointObj
	WaypointGroupByHandle(h WaypointGroupHandle) WaypointGroupObj
	WaypointGroup(name string) WaypointGroupObj

	NoWallSound(noWallSound bool)
	WallByHandle(h WallHandle) WallObj
	Wall(x int, y int) WallObj
	WallGroupByHandle(h WallGroupHandle) WallGroupObj
	WallGroup(name string) WallGroupObj
	FindWalls(fnc func(it WallObj) bool, conditions ...WallCond) int

	OnFrame(fnc FrameFunc)
	OnMapEvent(typ MapEvent, fnc MapEventFunc)
	OnChat(fnc ChatFunc)
	OnPlayerJoin(fnc PlayerJoinFunc)
	OnPlayerLeave(fnc PlayerLeaveFunc)
	OnPlayerDeath(fnc PlayerDeathFunc)

	Unused1f(id int)
	Unused20(id int)
	Unused50()
	Unused58(arg1 int, arg2 int)
	Unused59(arg1 int, arg2 int)
	Unused5a(arg1 int, arg2 int)
	Unused5b(arg1 int, arg2 int)
	Unused5c(arg1 int, arg2 int)
	Unused5d(arg1 int, arg2 int)
	Unused5e(str string) int
	Unused74(arg1 int, arg2 int)
	Unknownb8(id int) bool
	Unknownb9(id int) bool
	Unknownc4()
}

type InCirclef struct {
	Center Positioner
	R      float64
}

type InRectf struct {
	Min, Max Pointf
}

type MapEvent int

type MapEventFunc func()

type NOT struct {
	Cond ObjCond
}

type OR []ObjCond

type Obj interface {
	ObjHandle
	// Type returns object type.
	Type() ObjType
	// Pos returns current position of the object.
	Pos() Pointf
	// SetPos instantly moves object to a given position.
	SetPos(p Pointf)
	// Z returns current Z offset for the object.
	Z() float32
	// SetZ sets Z offset for the object.
	SetZ(z float32)
	// Vel returns current velocity of the object.
	Vel() Pointf
	// IsEnabled checks if object is currently enabled.
	IsEnabled() bool
	// Enable or disable the object.
	Enable(enable bool)
	// Toggle the object's enabled state.
	// It returns the new state after toggling the object.
	Toggle() bool
	// IsLocked checks if object is currently locked.
	IsLocked() bool
	// Lock or unlock the object.
	Lock(lock bool)

	// Class returns object class.
	Class() object.Class

	// HasClass checks whether object has a class.
	// It uses string values instead of enum as Class does.
	HasClass(class class.Class) bool

	// HasSubclass tests whether an object has a specific subclass.
	// The subclass overlaps, so you should probably test for the class first (via HasClass).
	HasSubclass(subclass subclass.SubClass) bool

	// Flags returns object flags.
	Flags() object.Flags

	// SetFlags sets object flags to the given value.
	// For switching individual flags see FlagsEnable and FlagsDisable.
	SetFlags(v object.Flags)

	// FlagsEnable enables specific object flags.
	FlagsEnable(v object.Flags)

	// FlagsDisable disables specific object flags.
	FlagsDisable(v object.Flags)

	// HasTeam checks if an object belongs to a team.
	HasTeam(t Team) bool

	// Team returns current team of an object, if any.
	Team() Team

	// SetTeam sets team of an object.
	SetTeam(t Team)

	// DisplayName returns current display name for an object (if any).
	DisplayName() string

	// SetDisplayName sets a display name for an object, with an optional color.
	// Passing nil color resets it to a default value.
	SetDisplayName(name string, cl Color)

	// MonsterStatus returns monster/NPC status flags.
	// It returns 0 if object's class is not a monster/NPC.
	MonsterStatus() object.MonsterStatus

	// SetMonsterStatus sets monster status flags to the given value.
	// For switching individual statuses see MonsterStatusEnable and MonsterStatusDisable.
	// It does nothing if object's class is not a monster/NPC.
	SetMonsterStatus(v object.MonsterStatus)

	// MonsterStatusEnable enables specific monster status flags.
	// It does nothing if object's class is not a monster/NPC.
	MonsterStatusEnable(v object.MonsterStatus)

	// MonsterStatusDisable disables specific monster status flags.
	// It does nothing if object's class is not a monster/NPC.
	MonsterStatusDisable(v object.MonsterStatus)

	// HasEnchant gets whether object has an enchant.
	HasEnchant(enchant enchant.Enchant) bool

	// Direction gets object direction.
	//
	// See LookWithAngle.
	Direction() Direction

	// CursorPos returns aim cursor position for the object. Only valid for players.
	CursorPos() types.Pointf

	// CursorObj returns target under the aim cursor for the object. Only valid for players.
	CursorObj() Obj

	// CurrentHealth gets object's health.
	CurrentHealth() int

	// MaxHealth gets object's maximum health.
	MaxHealth() int

	// RestoreHealth restores object's health.
	RestoreHealth(amount int)

	// SetHealth sets current object health.
	SetHealth(v int)

	// SetMaxHealth sets maximum object health.
	SetMaxHealth(v int)

	// CurrentMana gets object's mana. Only works on players.
	CurrentMana() int

	// MaxMana gets object's maximum mana. Only works on players.
	MaxMana() int

	// SetMana sets current object mana. Only works on players.
	SetMana(v int)

	// SetMaxMana sets maximum object mana. Only works on players.
	SetMaxMana(v int)

	// SetHealthRegenToMaxDur sets "classical" health regen for an object.
	// It will restore a percent of the health each frame, so that full health can be restored in a given time interval.
	//
	// Setting it to -1 restores the default.
	//
	// To disable regeneration completely, use SetHealthRegenPerFrame(0).
	SetHealthRegenToMaxDur(t time.Duration)

	// SetHealthRegenPerFrame sets per-frame health regen for an object.
	// Each frame a given amount of health will be restored.
	//
	// To disable health regen, set it to 0.
	//
	// To use "classic" health regen, set it to -1.
	SetHealthRegenPerFrame(v float32)

	// Mass of the object.
	Mass() float32

	// SetMass sets mass of the object.
	SetMass(v float32)

	// CurrentSpeed returns current speed of the object.
	CurrentSpeed() float32

	// BaseSpeed returns base speed of the object.
	BaseSpeed() float32

	// SetBaseSpeed sets base speed of the object.
	SetBaseSpeed(v float32)

	// Strength returns strength of the unit.
	Strength() int

	// SetStrength sets strength of the unit.
	SetStrength(v int)

	// SetColor sets NPC or player color, given its index.
	//
	// Example:
	//
	// 		obj.SetColor(0, ns.RGB(80, 0, 0)) // dark red
	SetColor(ind int, cl Color)

	// GetGold gets amount of gold for player object.
	GetGold() int

	// ChangeGold changes amount of gold for player object.
	ChangeGold(delta int)

	// GiveXp grants experience to a player.
	GiveXp(xp float32)

	// GetLevel gets player's level.
	GetLevel() int

	// GetClass gets player's character class.
	GetClass() player.Class

	// Player returns player associated with the object.
	Player() Player

	// GetScore gets player's score.
	//
	// Deprecated: use Player.GetScore.
	GetScore() int

	// ChangeScore changes player's score.
	//
	// Deprecated: use Player.ChangeScore.
	ChangeScore(score int)

	// HasOwner checks whether target is owned by object.
	HasOwner(owner Obj) bool

	// HasOwnerIn checks whether target is owned by any object in the group.
	HasOwnerIn(owners ObjGroup) bool

	// SetOwner makes an object the owner of the target. This will make the target
	// friendly to the owner, and it will accredit the target's kills to the owner.
	//
	// Passing nil will clear the owner.
	//
	// For example, in a multiplayer map, you might have a switch that activates a
	// hazard. You can use this so that if the hazard kills anyone, the player who
	// activated the hazard gets the credit.
	SetOwner(owner Obj)

	// SetOwners is the same as SetOwner but with an object group as the owner.
	SetOwners(owners ObjGroup)

	// Freeze or unfreeze an object in place.
	Freeze(freeze bool)

	// Pause an object temporarily.
	Pause(dt Duration)

	// Move an object to a waypoint. The object must be movable or attached to a "Mover".
	//
	// If the waypoint is linked, the object will continue to move once it reaches the first waypoint.
	Move(wp WaypointObj)

	// WalkTo causes an object to walk to a location.
	WalkTo(p Pointf)

	// LookAtDirection causes object to look in a direction.
	LookAtDirection(dir Direction)

	// LookWithAngle sets an object's direction. The direction is an angle represented as an integer between 0 and 255.
	// Due east is 0, and the angle increases as the object turns clock-wise.
	LookWithAngle(angle int)

	// LookAtObject sets direction of object so it is looking at another object.
	LookAtObject(target Positioner)

	// CanSee first checks if the location of the objects are within 512 of each other coordinate-wise. It not, it returns false.
	//
	// It then checks whether the first object can see the second object.
	CanSee(obj Obj) bool

	// ApplyForce applies a force vector to an object.
	ApplyForce(force Pointf)

	// PushTo calculate a unit vector from the object's location to the specified
	// location, and multiply it by the specified magnitude. This vector will be
	// applied as a force via ApplyForce.
	PushTo(pos Positioner, force float32)

	// Damage the target with a given source object, amount, and damage type.
	Damage(source Obj, amount int, typ damage.Type) bool

	// Delete an object.
	Delete()

	// DeleteAfter delete object after a delay.
	DeleteAfter(dt Duration)

	// Idle causes creature to idle.
	Idle()

	// Wander causes an object to wander.
	Wander()

	// Hunt causes creature to hunt.
	Hunt()

	// Return cause object to move to its starting location.
	Return()

	// Follow causes a creature to follow target, and it won't attack anything unless disrupted or instructed to.
	Follow(target Positioner)

	// Guard causes a creature to move to a location, guard a nearby location,
	// and attack any enemies that move within range of the guarded location.
	Guard(p1, p2 Pointf, distance float32)

	// Attack a target.
	Attack(target Positioner)

	// IsAttackedBy gets whether object is being attacked by another object.
	IsAttackedBy(by Obj) bool

	// HitMelee causes object to melee attacks a location.
	HitMelee(p Pointf)

	// HitRanged causes object to ranged attacks a location.
	HitRanged(p Pointf)

	// Flee causes creature to run away from target.
	Flee(target Positioner, dt Duration)

	// HasItem gets whether this specific item is in the object's inventory.
	// For searching items by object type or other properties, see InItems().FindObjects(...).
	HasItem(item Obj) bool

	// HasEquipment gets whether this specific item is in the object's inventory and is equipped.
	// For searching items by object type or other properties, see InEquipment().FindObjects(...).
	HasEquipment(item Obj) bool

	// FindItems calls fnc for all items matching all the conditions.
	// It returns a number of items matched. If fnc returns false, the function stops the search.
	// If fnc is nil, the function only counts a number of objects matching a condition.
	//
	// Example:
	//
	//	// Check if unit has at least one apple
	//	if obj.FindItems(nil, ns.HasTypeName{"RedApple"}) != 0 {
	//		fmt.Println("Has an apple!")
	//	}
	//
	//	// Drop all armor
	//	obj.FindItems(
	//		func(it ns.Obj) {
	//			obj.Drop(it)
	//			return true
	//		},
	//		ns.EqualClass(object.ClassArmor),
	//	)
	//
	// Deprecated: use InItems().FindObjects(...)
	FindItems(fnc func(obj Obj) bool, conditions ...ObjCond) int

	// GetLastItem returns the object of the last item in the object's inventory. If the inventory is empty, it returns nil.
	//
	// This is used with GetPreviousItem to iterate through an object's inventory.
	//
	// Deprecated: Use Items instead.
	//
	// Example:
	//
	//		for it := obj.GetLastItem(); it != nil; it = it.GetPreviousItem() {
	//			// ...
	//		}
	GetLastItem() Obj

	// GetPreviousItem returns the object of the previous item in the inventory from the given object.
	// If the specified object is not in an inventory, or there are no more items in the inventory, it returns nil.
	//
	// This is used with GetLastItem to iterate through an object's inventory.
	//
	// Deprecated: Use Items instead.
	GetPreviousItem() Obj

	// Items returns all items in the object's inventory.
	// An optional list of conditions can be specified for filtering returned items.
	//
	// Resulting slice is read-only, changes to it won't be reflected on the object.
	// Use Pickup or Drop for adding or removing items.
	Items(conditions ...ObjCond) []Obj

	// Equipment returns all equipped items in the object's inventory.
	// An optional list of conditions can be specified for filtering returned items.
	//
	// Resulting slice is read-only, changes to it won't be reflected on the object.
	// Use Equip or Unequip for changing equipment.
	Equipment(conditions ...ObjCond) []Obj

	// InItems returns an ObjSearcher that can be used in FindObjectIn and FindAllObjectsIn or searched directly.
	//
	// Calling InItems().FindObjects() will call fnc for all items matching all the conditions.
	// It returns a number of items matched. If fnc returns false, the function stops the search.
	// If fnc is nil, the function only counts a number of objects matching a condition.
	//
	// Example:
	//
	//	// Check if unit has at least one apple
	//	if obj.InItems().FindObjects(nil, ns.HasTypeName{"RedApple"}) != 0 {
	//		fmt.Println("Has an apple!")
	//	}
	//
	//	// Drop all armor
	//	obj.InItems().FindObjects(
	//		func(it ns.Obj) {
	//			obj.Drop(it)
	//			return true
	//		},
	//		ns.EqualClass(object.ClassArmor),
	//	)
	InItems() ObjSearcher

	// InEquipment returns an ObjSearcher that can be used in FindObjectIn and FindAllObjectsIn or searched directly.
	//
	// Calling InEquipment().FindObjects() will call fnc for all equipped items matching all the conditions.
	// It returns a number of items matched. If fnc returns false, the function stops the search.
	// If fnc is nil, the function only counts a number of objects matching a condition.
	//
	// Example:
	//
	//	// Check if unit has sword equipped
	//	if obj.InEquipment().FindObjects(nil, ns.HasTypeName{"Sword"}) != 0 {
	//		fmt.Println("Has an apple!")
	//	}
	//
	//	// Drop all equipped armor
	//	obj.InEquipment().FindObjects(
	//		func(it ns.Obj) {
	//			obj.Drop(it)
	//			return true
	//		},
	//		ns.EqualClass(object.ClassArmor),
	//	)
	InEquipment() ObjSearcher

	// GetHolder returns the object that contains the item in its inventory.
	GetHolder() Obj

	// Pickup cause object to pick up an item.
	//
	// Returns false if object cannot pick up the item.
	Pickup(item Obj) bool

	// Drop cause object to drop an item.
	//
	// Returns false if object cannot drop the item.
	Drop(item Obj) bool

	// Equip cause object to equip an item.
	//
	// If an item is not in object's inventory, it will be transferred to it.
	//
	// Returns false if object cannot pick up or equip the item.
	Equip(item Obj) bool

	// Unequip cause object to unequip an item.
	//
	// If an item is not in object's inventory, it will do nothing.
	//
	// Returns false if object cannot unequip the item.
	Unequip(item Obj) bool

	// ZombieStayDown sets zombie to stay down.
	ZombieStayDown()

	// RaiseZombie raises a zombie. Also clears stay down state.
	RaiseZombie()

	// Chat displays a localized string in a speech bubble.
	//
	// If the string is not in the string database, it will instead print an error message with "MISSING:".
	Chat(message StringID)

	// ChatTimer displays a localized string in a speech bubble for a given duration (in seconds or frames).
	//
	// If the string is not in the string database, it will instead print an error message with "MISSING:".
	ChatTimer(message StringID, dt Duration)

	// ChatStr displays a string in a speech bubble.
	// It does not localize the string.
	ChatStr(message string)

	// ChatStrTimer displays a string in a speech bubble for a given duration (in seconds or frames).
	// It does not localize the string.
	ChatStrTimer(message string, dt Duration)

	// DestroyChat destroys object's speech bubble.
	DestroyChat()

	// CreateMover creates a Mover for an object.
	CreateMover(wp WaypointObj, speed float32) Obj

	// GetElevatorStatus gets elevator status.
	GetElevatorStatus() int

	// AggressionLevel sets a creature's aggression level. The most commonly used value is 0.83.
	AggressionLevel(level float32)

	// SetRoamFlag sets roaming flags for object. Default is 0x80.
	SetRoamFlag(flags int)

	// RetreatLevel causes the creature to retreat if its health falls below the specified percentage (0.0 - 1.0).
	RetreatLevel(percent float32)

	// ResumeLevel causes the creature to stop retreating if its health is above the specified percentage (0.0 - 1.0).
	ResumeLevel(percent float32)

	// AwardSpell awards spell level to object.
	//
	// This will raise the spell level of the object.
	// If the object can not cast this spell then it will have no effect.
	AwardSpell(spell spell.Spell) bool

	// Enchant grants object an enchantment of a specified duration.
	Enchant(enchant enchant.Enchant, dt Duration)

	// EnchantOff removes enchant from an object.
	EnchantOff(enchant enchant.Enchant)

	// TrapSpells sets spells on a bomber or a wizard trap.
	TrapSpells(spells ...spell.Spell)

	// TrapSpellsAdv sets spells on a bomber or a wizard trap. It's an advanced version of TrapSpells.
	TrapSpellsAdv(spells []TrapSpell)

	// OnEvent sets a function script to call for an event.
	// This function overrides previous event of the same type set on an object.
	OnEvent(event ObjectEvent, fnc Func)
}

type ObjCond interface {
	// Matches returns true if object matches a condition.
	// It must not modify the object.
	Matches(obj Obj) bool
}

type ObjCondFunc func(obj Obj) bool

type ObjGroup interface {
	ObjGroupHandle
	ObjSearcher

	// Name returns object group name.
	Name() string
	// Enable or disable the object.
	Enable(enable bool)
	// Toggle the object's enabled state.
	// It returns the new state after toggling the object.
	Toggle() bool

	// HasOwner checks whether any object in target group is owned by object.
	HasOwner(owner Obj) bool

	// HasOwnerIn checks whether any object in target is owned by any object in the group.
	HasOwnerIn(owners ObjGroup) bool

	// SetOwner sets the owner for each object in a group. See Obj.SetOwner for details.
	SetOwner(owner Obj)

	// SetOwners is the same as SetOwner but with an object group as the owner.
	SetOwners(owners ObjGroup)

	// Pause objects of a group temporarily.
	Pause(dt Duration)

	// Move moves the objects in a group to a waypoint. The objects must be movable or attached to a "Mover".
	//
	// If the waypoint is linked, the objects will continue to move once they reach the first waypoint.
	Move(wp WaypointObj)

	// WalkTo causes objects in a group to walk to a location.
	WalkTo(p Pointf)

	// LookAtDirection causes objects in a group to look in a direction.
	LookAtDirection(dir Direction)

	// Damage damages the target objects with a given source object, amount, and damage type.
	Damage(source Obj, amount int, typ damage.Type)

	// Delete deletes objects in a group.
	Delete()

	// Idle causes creatures in a group to idle.
	Idle()

	// Wander cause objects in a group to wander.
	Wander()

	// Hunt causes creatures in a group to hunt.
	Hunt()

	// Follow causes the creatures to follow target, and they won't attack anything unless disrupted or instructed to.
	Follow(target Positioner)

	// Guard is the same as CreatureGuard but applies to creatures in a group.
	Guard(p1, p2 Pointf, distance float32)

	// Flee causes creatures to run away from target.
	Flee(target Positioner, dt Duration)

	// HitMelee causes objects in a group to melee attacks a location.
	HitMelee(p Pointf)

	// HitRanged causes objects in a group to ranged attacks a location.
	HitRanged(p Pointf)

	// Attack causes objects in a group to attack a target.
	Attack(target Positioner)

	// ZombieStayDown sets group of zombies to stay down.
	ZombieStayDown()

	// RaiseZombie raises a zombie group. Also clears stay down state.
	RaiseZombie()

	// CreateMover creates a Mover for every object in a group.
	CreateMover(wp WaypointObj, speed float32)

	// AggressionLevel sets a group of creature's aggression level. The most commonly used value is 0.83.
	AggressionLevel(level float32)

	// SetRoamFlag sets roaming flags for objects in a group. Default is 0x80.
	SetRoamFlag(flags int)

	// RetreatLevel causes the creatures to retreat if its health falls below the specified percentage (0.0 - 1.0).
	RetreatLevel(percent float32)

	// ResumeLevel causes the creatures to stop retreating if its health is above the specified percentage (0.0 - 1.0).
	ResumeLevel(percent float32)

	// AwardSpell awards spell level to objects in a group.
	//
	// This will raise the spell level of the objects in the group.
	// If an object can not cast this spell then it will have no effect on that object.
	AwardSpell(spell spell.Spell)

	// Enchant grants objects in a group an enchantment of a specified duration.
	Enchant(enchant enchant.Enchant, dt Duration)

	// AllObjects returns all objects as a list.
	AllObjects() Objects

	// EachObject calls fnc for all objects in the group.
	// If fnc returns false, the iteration stops.
	// If recursive is true, iteration will include items from nested groups.
	EachObject(recursive bool, fnc func(obj Obj) bool)
}

type ObjGroupHandle interface {
	Handle
	// ObjGroupScriptID returns internal script ID for the object group.
	ObjGroupScriptID() int
}

type ObjHandle interface {
	Handle
	// ObjScriptID returns internal script ID for the object.
	ObjScriptID() int
}

type ObjSearcher interface {
	// FindObjects calls fnc for all objects in a set matching all the conditions.
	// It returns a number of objects matched. If fnc returns false, the function stops the search.
	// If fnc is nil, the function only counts a number of objects matching a condition.
	//
	// Example:
	//
	//	// Find and damage monsters in a 100px circle around obj.
	//	g.FindObjects(
	//		func(it ns.Obj) bool {
	//			it.Damage(obj, 10, damage.FLAME)
	//			return true
	//		},
	//		ns.InCirclef{Center: obj, R: 100},
	//		ns.HasClass(object.ClassMonster),
	//	)
	FindObjects(fnc func(it Obj) bool, conditions ...ObjCond) int
}

type ObjType interface {
	// Name returns object type name.
	Name() string

	// Index returns an index of the type in the game's database.
	// It can be used to quickly compare object types, or as a map key for them.
	//
	// It is strongly advised against comparing it with hardcoded values, since mods may add/remove object types.
	// Use ObjectType to find object types instead.
	Index() int

	// Class returns object type class.
	Class() object.Class

	// HasClass checks whether object type has a class.
	// It uses string values instead of enum as Class does.
	HasClass(class class.Class) bool

	// HasSubclass tests whether an object has a specific subclass.
	// The subclass overlaps, so you should probably test for the class first (via HasClass).
	HasSubclass(subclass subclass.SubClass) bool

	// Flags returns object type flags.
	Flags() object.Flags

	// Create and object of this type.
	Create(pos Positioner) Obj
}

type ObjectEvent int

type Objects []Obj

type Persistent struct {
	Name string
}

type Player interface {
	// Name returns player's name.
	Name() string
	// Unit returns player's character unit.
	Unit() Obj
	// GetScore gets player's score.
	GetScore() int
	// ChangeScore adds or removes player's score(s).
	ChangeScore(score int)
	// Print displays a localized string on the screen of the player.
	//
	// If the string is not in the string database, it will instead print an error message with "MISSING:".
	Print(message StringID)
	// PrintStr displays a string on the screen of the player. It does not localize the string.
	PrintStr(message string)
	// Blind or unblind the player.
	Blind(blind bool)
	// HasTeam checks if a player belongs to a team.
	HasTeam(t Team) bool
	// Team returns current team of a player, if any.
	Team() Team
	// CursorPos returns aim cursor position for the player.
	CursorPos() types.Pointf
	// Store returns a player storage with a given type.
	Store(typ StorageType) Storage
}

type PlayerDeathFunc func(p Player, killer Obj)

type PlayerJoinFunc func(p Player) bool

type PlayerLeaveFunc func(p Player)

type Point = image.Point

type Pointf = types.Pointf

type Positioner interface {
	// Pos returns current position of the object.
	Pos() Pointf
}

type Session struct {
	Name string
}

type Storage interface {
	// Get fetches a custom object or value from the storage with a given key.
	// Argument must be a pointer to a value of the same type as used during Set.
	Get(key string, obj any) error
	// Set stores a custom object or value into the storage with a given key.
	Set(key string, obj any) error
}

type StorageType interface {
	// contains filtered or unexported methods
}

type StringID = string

type Team interface {
	// Name of the team.
	Name() string
	// Players returns a list of players belonging to the team.
	Players() []Player
	// GetScore returns the current team score.
	GetScore() int
	// ChangeScore adds or removes team's score(s).
	ChangeScore(score int)
	// Color returns team color.
	Color() Color
}

type TimeSource interface {
	// Frame returns current server tick/frame number.
	Frame() int
	// Time returns relative time from server start.
	Time() time.Duration
}

type Timer interface {
	TimerHandle
	// Cancel a timer. Returns true if successful.
	Cancel() bool
}

type TimerHandle interface {
	Handle
	// TimerScriptID returns internal script ID for the timer.
	TimerScriptID() int
}

type TrapSpell struct {
	Spell spell.Spell
	Level int
}

type WallCond interface {
	// WallMatches returns true if wall matches a condition.
	// It must not modify the wall.
	WallMatches(obj WallObj) bool
}

type WallGroupHandle interface {
	Handle
	// WallGroupScriptID returns internal script ID for the wall group.
	WallGroupScriptID() int
}

type WallGroupObj interface {
	WallGroupHandle
	// Name returns wall group name.
	Name() string
	// Enable or disable the object.
	Enable(enable bool)
	// Toggle the object's enabled state.
	// It returns the new state after toggling the object.
	Toggle() bool

	// Destroy breaks walls in a group.
	Destroy()

	// EachWall calls fnc for all walls in the group.
	// If fnc returns false, the iteration stops.
	// If recursive is true, iteration will include items from nested groups.
	EachWall(recursive bool, fnc func(obj WallObj) bool)
}

type WallHandle interface {
	Handle
	// WallScriptID returns internal script ID for the wall.
	WallScriptID() int
}

type WallObj interface {
	WallHandle
	// IsEnabled checks if object is currently enabled.
	IsEnabled() bool
	// Enable or disable the object.
	Enable(enable bool)
	// Toggle the object's enabled state.
	// It returns the new state after toggling the object.
	Toggle() bool
	// Flags returns wall flags.
	Flags() wall.Flags

	// Pos returns position of the wall in object coordinates.
	Pos() Pointf
	// GridPos returns wall grid position.
	GridPos() Point

	// Destroy breaks a wall.
	Destroy()
}

type WallSearcher interface {
	// FindWalls calls fnc for all walls in a set matching all the conditions.
	// It returns a number of walls matched. If fnc returns false, the function stops the search.
	// If fnc is nil, the function only counts a number of walls matching a condition.
	//
	// Example:
	//
	//	// Find and disable walls with a window in a 100px circle around obj.
	//	g.FindWalls(
	//		func(it ns.WallObj) bool {
	//			it.Enable(false)
	//			return true
	//		},
	//		ns.InCirclef{Center: obj, R: 100},
	//		ns.HasWallFlags(ns.WallFlagWindow),
	//	)
	FindWalls(fnc func(it WallObj) bool, conditions ...WallCond) int
}

type WaypointGroupHandle interface {
	Handle
	// WaypointGroupScriptID returns internal script ID for the waypoint.
	WaypointGroupScriptID() int
}

type WaypointGroupObj interface {
	WaypointGroupHandle
	// Name returns waypoint group name.
	Name() string
	// Enable or disable the object.
	Enable(enable bool)
	// Toggle the object's enabled state.
	// It returns the new state after toggling the object.
	Toggle() bool

	// EachWaypoint calls fnc for all waypoints in the group.
	// If fnc returns false, the iteration stops.
	// If recursive is true, iteration will include items from nested groups.
	EachWaypoint(recursive bool, fnc func(obj WaypointObj) bool)
}

type WaypointHandle interface {
	Handle
	// WaypointScriptID returns internal script ID for the waypoint.
	WaypointScriptID() int
}

type WaypointObj interface {
	WaypointHandle
	// Name returns waypoint name.
	Name() string
	// Pos returns current position of the object.
	Pos() Pointf
	// SetPos instantly moves object to a given position.
	SetPos(p Pointf)
	// IsEnabled checks if object is currently enabled.
	IsEnabled() bool
	// Enable or disable the object.
	Enable(enable bool)
	// Toggle the object's enabled state.
	// It returns the new state after toggling the object.
	Toggle() bool
}