gzdoom-gles/wadsrc/static/zscript/actor.txt

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class Actor : Thinker native
{
const DEFAULT_HEALTH = 1000;
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const ONFLOORZ = -2147483648.0;
const ONCEILINGZ = 2147483647.0;
const FLOATRANDZ = ONCEILINGZ-1;
const TELEFRAG_DAMAGE = 1000000;
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// flags are not defined here, the native fields for those get synthesized from the internal tables.
// for some comments on these fields, see their native representations in actor.h.
native PlayerInfo Player;
native readonly vector3 Pos;
native vector3 Prev;
native double spriteAngle;
native double spriteRotation;
native double VisibleStartAngle;
native double VisibleStartPitch;
native double VisibleEndAngle;
native double VisibleEndPitch;
native double Angle;
native double Pitch;
native double Roll;
native vector3 Vel;
native double Speed;
native double FloatSpeed;
native SpriteID sprite;
native uint8 frame;
native vector2 Scale;
native TextureID picnum;
native double Alpha;
native color fillcolor;
native Sector CurSector;
native double CeilingZ;
native double FloorZ;
native double DropoffZ;
native Sector floorsector;
native TextureID floorpic;
native int floorterrain;
native Sector ceilingsector;
native TextureID ceilingpic;
native double Height;
native readonly double Radius;
native double projectilepassheight;
native int tics;
native readonly State CurState;
native readonly int Damage;
native int projectilekickback;
native int special1;
native int special2;
native double specialf1;
native double specialf2;
native int weaponspecial;
native int Health;
native uint8 movedir;
native int8 visdir;
native int16 movecount;
native int16 strafecount;
native Actor Target;
native Actor Master;
native Actor Tracer;
native Actor LastHeard;
native Actor LastEnemy;
native Actor LastLookActor;
native int ReactionTime;
native int Threshold;
native readonly int DefThreshold;
native readonly vector3 SpawnPoint;
native readonly uint16 SpawnAngle;
native int StartHealth;
native uint8 WeaveIndexXY;
native uint8 WeaveIndexZ;
native int skillrespawncount;
native int Args[5];
native int Mass;
native int Special;
native readonly int TID;
native readonly int TIDtoHate;
native readonly int WaterLevel;
native int Score;
native int Accuracy;
native int Stamina;
native double MeleeRange;
native int PainThreshold;
native double Gravity;
native double FloorClip;
native name DamageType;
native name DamageTypeReceived;
native uint8 FloatBobPhase;
native int RipperLevel;
native int RipLevelMin;
native int RipLevelMax;
native name Species;
native Actor Alternative;
native Actor goal;
native uint8 MinMissileChance;
native int8 LastLookPlayerNumber;
native uint SpawnFlags;
native double meleethreshold;
native double maxtargetrange;
native double bouncefactor;
native double wallbouncefactor;
native int bouncecount;
native double friction;
native int FastChaseStrafeCount;
native double pushfactor;
native int lastpush;
native int activationtype;
native int lastbump;
native int DesignatedTeam;
native Actor BlockingMobj;
native int PoisonDamage;
native name PoisonDamageType;
native int PoisonDuration;
native int PoisonPeriod;
native int PoisonDamageReceived;
native name PoisonDamageTypeReceived;
native int PoisonDurationReceived;
native int PoisonPeriodReceived;
native Actor Poisoner;
native Inventory Inv;
native uint8 smokecounter;
native uint8 FriendPlayer;
native uint Translation;
native sound AttackSound;
native sound DeathSound;
native sound SeeSound;
native sound PainSound;
native sound ActiveSound;
native sound UseSound;
native sound BounceSound;
native sound WallBounceSound;
native sound CrushPainSound;
native double MaxDropoffHeight;
native double MaxStepHeight;
native int16 PainChance;
native name PainType;
native name DeathType;
native double DamageFactor;
native double DamageMultiply;
native Class<Actor> TelefogSourceType;
native Class<Actor> TelefogDestType;
native readonly State SpawnState;
native readonly State SeeState;
native State MeleeState;
native State MissileState;
// need some definition work first
//FRenderStyle RenderStyle;
//line_t *BlockingLine; // Line that blocked the last move
//int ConversationRoot; // THe root of the current dialogue
//DecalBase DecalGenerator;
// deprecated things.
native readonly deprecated double X;
native readonly deprecated double Y;
native readonly deprecated double Z;
native readonly deprecated double VelX;
native readonly deprecated double VelY;
native readonly deprecated double VelZ;
native readonly deprecated double MomX;
native readonly deprecated double MomY;
native readonly deprecated double MomZ;
native deprecated double ScaleX;
native deprecated double ScaleY;
//int ConversationRoot; // THe root of the current dialogue;
//FStrifeDialogueNode *Conversation; // [RH] The dialogue to show when this actor is used.;
Default
{
Scale 1;
Health DEFAULT_HEALTH;
Reactiontime 8;
Radius 20;
Height 16;
Mass 100;
RenderStyle 'Normal';
Alpha 1;
MinMissileChance 200;
MeleeRange 64 - 20;
MaxDropoffHeight 24;
MaxStepHeight 24;
BounceFactor 0.7;
WallBounceFactor 0.75;
BounceCount -1;
FloatSpeed 4;
FloatBobPhase -1; // randomly initialize by default
Gravity 1;
Friction 1;
DamageFactor 1.0; // damage multiplier as target of damage.
DamageMultiply 1.0; // damage multiplier as source of damage.
PushFactor 0.25;
WeaveIndexXY 0;
WeaveIndexZ 16;
DesignatedTeam 255;
PainType "Normal";
DeathType "Normal";
TeleFogSourceType "TeleportFog";
TeleFogDestType 'TeleportFog';
RipperLevel 0;
RipLevelMin 0;
RipLevelMax 0;
DefThreshold 100;
BloodType "Blood", "BloodSplatter", "AxeBlood";
ExplosionDamage 128;
MissileHeight 32;
SpriteAngle 0;
SpriteRotation 0;
StencilColor "00 00 00";
VisibleAngles 0, 0;
VisiblePitch 0, 0;
DefaultStateUsage SUF_ACTOR|SUF_OVERLAY;
}
// Functions
// 'parked' global functions.
native static double deltaangle(double ang1, double ang2);
native static double absangle(double ang1, double ang2);
native static Vector2 AngleToVector(double angle, double length = 1);
native static Vector2 RotateVector(Vector2 vec, double angle);
bool IsPointerEqual(int ptr_select1, int ptr_select2)
{
return GetPointer(ptr_select1) == GetPointer(ptr_select2);
}
static double BobSin(double fb)
{
return sin(fb * (180./32)) * 8;
}
virtual native void BeginPlay();
virtual native void Activate(Actor activator);
virtual native void Deactivate(Actor activator);
native void AdjustPlayerAngle(FTranslatedLineTarget t);
native static readonly<Actor> GetDefaultByType(class<Actor> cls);
native static double GetDefaultSpeed(class<Actor> type);
native void RemoveFromHash();
native string GetTag(string defstr = "");
native double GetBobOffset(double frac = 0);
native void ClearCounters();
native bool GiveBody (int num, int max=0);
native void SetDamage(int dmg);
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native double Distance2D(Actor other);
native void SetOrigin(vector3 newpos, bool moving);
native void SetXYZ(vector3 newpos);
native Actor GetPointer(int aaptr);
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native void FaceMovementDirection();
native double BulletSlope(out FTranslatedLineTarget pLineTarget = null, int aimflags = 0);
- fixed: State labels were resolved in the calling function's context instead of the called function one's. This could cause problems with functions that take states as parameters but use them to set them internally instead of passing them through the A_Jump interface back to the caller, like A_Chase or A_LookEx. This required some quite significant refactoring because the entire state resolution logic had been baked into the compiler which turned out to be a major maintenance problem. Fixed this by adding a new builtin type 'statelabel'. This is an opaque identifier representing a state, with the actual data either directly encoded into the number for single label state or an index into a state information table. The state resolution is now the task of the called function as it should always have remained. Note, that this required giving back the 'action' qualifier to most state jumping functions. - refactored most A_Jump checkers to a two stage setup with a pure checker that returns a boolean and a scripted A_Jump wrapper, for some simpler checks the checker function was entirely omitted and calculated inline in the A_Jump function. It is strongly recommended to use the boolean checkers unless using an inline function invocation in a state as they lead to vastly clearer code and offer more flexibility. - let Min() and Max() use the OP_MIN and OP_MAX opcodes. Although these were present, these function were implemented using some grossly inefficient branching tests. - the DECORATE 'state' cast kludge will now actually call ResolveState because a state label is not a state and needs conversion.
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native Actor AimTarget();
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native bool CheckMissileSpawn(double maxdist);
native bool CheckPosition(Vector2 pos, bool actorsonly = false);
native static Actor Spawn(class<Actor> type, vector3 pos = (0,0,0), int replace = NO_REPLACE);
native Actor SpawnMissile(Actor dest, class<Actor> type, Actor owner = null);
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native Actor SpawnMissileZ (double z, Actor dest, class<Actor> type);
native Actor SpawnMissileAngleZSpeed (double z, class<Actor> type, double angle, double vz, double speed, Actor owner = null, bool checkspawn = true);
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native Actor, Actor SpawnPlayerMissile(class<Actor> type, double angle = 0, double x = 0, double y = 0, double z = 0, out FTranslatedLineTarget pLineTarget = null, bool nofreeaim = false, bool noautoaim = false, int aimflags = 0);
native void A_Light(int extralight);
void A_Light0() { A_Light(0); }
void A_Light1() { A_Light(1); }
void A_Light2() { A_Light(2); }
void A_LightInverse() { A_Light(0x80000000); }
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native Actor OldSpawnMissile(Actor dest, class<Actor> type, Actor owner = null);
native Actor SpawnPuff(class<Actor> pufftype, vector3 pos, double hitdir, double particledir, int updown, int flags = 0, Actor vict = null);
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native void TraceBleed(int damage, Actor missile);
native bool CheckMeleeRange();
native int DamageMobj(Actor inflictor, Actor source, int damage, Name mod, int flags = 0, double angle = 0);
native double AimLineAttack(double angle, double distance, out FTranslatedLineTarget pLineTarget = null, double vrange = 0., int flags = 0, Actor target = null, Actor friender = null);
native Actor, int LineAttack(double angle, double distance, double pitch, int damage, Name damageType, class<Actor> pufftype, int flags = 0, out FTranslatedLineTarget victim = null);
native bool CheckSight(Actor target, int flags = 0);
native bool HitFriend();
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native bool MonsterMove();
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native bool TryMove(vector2 newpos, int dropoff);
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native void NewChaseDir();
native bool CheckMissileRange();
native bool SetState(state st, bool nofunction = false);
native state FindState(statelabel st, bool exact = false); // do we need exact later?
- fixed: State labels were resolved in the calling function's context instead of the called function one's. This could cause problems with functions that take states as parameters but use them to set them internally instead of passing them through the A_Jump interface back to the caller, like A_Chase or A_LookEx. This required some quite significant refactoring because the entire state resolution logic had been baked into the compiler which turned out to be a major maintenance problem. Fixed this by adding a new builtin type 'statelabel'. This is an opaque identifier representing a state, with the actual data either directly encoded into the number for single label state or an index into a state information table. The state resolution is now the task of the called function as it should always have remained. Note, that this required giving back the 'action' qualifier to most state jumping functions. - refactored most A_Jump checkers to a two stage setup with a pure checker that returns a boolean and a scripted A_Jump wrapper, for some simpler checks the checker function was entirely omitted and calculated inline in the A_Jump function. It is strongly recommended to use the boolean checkers unless using an inline function invocation in a state as they lead to vastly clearer code and offer more flexibility. - let Min() and Max() use the OP_MIN and OP_MAX opcodes. Although these were present, these function were implemented using some grossly inefficient branching tests. - the DECORATE 'state' cast kludge will now actually call ResolveState because a state label is not a state and needs conversion.
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bool SetStateLabel(statelabel st, bool nofunction = false) { return SetState(FindState(st), nofunction); }
native action state ResolveState(statelabel st); // this one, unlike FindState, is context aware.
native void LinkToWorld();
native void UnlinkFromWorld();
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native bool CanSeek(Actor target);
native double AngleTo(Actor target, bool absolute = false);
native void AddZ(double zadd, bool moving = true);
native void SetZ(double z);
native vector3 Vec3Offset(double x, double y, double z, bool absolute = false);
native vector3 Vec3Angle(double length, double angle, double z = 0, bool absolute = false);
native vector3 Vec2OffsetZ(double x, double y, double atz, bool absolute = false);
native void VelFromAngle(double speed = 0, double angle = 0);
native void Thrust(double speed = 0, double angle = 0);
native bool isFriend(Actor other);
native void AdjustFloorClip();
native DropItem GetDropItems();
native void CopyFriendliness (Actor other, bool changeTarget, bool resetHealth = true);
native bool LookForPlayers(bool allaround);
native bool TeleportMove(Vector3 pos, bool telefrag, bool modifyactor = true);
native double DistanceBySpeed(Actor other, double speed);
native name GetSpecies();
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native void PlayActiveSound();
// DECORATE compatible functions
native bool CheckClass(class<Actor> checkclass, int ptr_select = AAPTR_DEFAULT, bool match_superclass = false);
native Inventory FindInventory(class<Inventory> itemtype, bool subclass = false);
native int CountInv(class<Inventory> itemtype, int ptr_select = AAPTR_DEFAULT);
native double GetDistance(bool checkz, int ptr = AAPTR_TARGET);
native double GetAngle(int flags, int ptr = AAPTR_DEFAULT);
native double GetZAt(double px = 0, double py = 0, double angle = 0, int flags = 0, int pick_pointer = AAPTR_DEFAULT);
native int GetSpawnHealth();
native int GetGibHealth();
native double GetCrouchFactor(int ptr = AAPTR_PLAYER1);
native double GetCVar(string cvar);
native int GetPlayerInput(int inputnum, int ptr = AAPTR_DEFAULT);
native int CountProximity(class<Actor> classname, double distance, int flags = 0, int ptr = AAPTR_DEFAULT);
native double GetSpriteAngle(int ptr = AAPTR_DEFAULT);
native double GetSpriteRotation(int ptr = AAPTR_DEFAULT);
native int GetMissileDamage(int mask, int add, int ptr = AAPTR_DEFAULT);
action native int OverlayID();
action native double OverlayX(int layer = 0);
action native double OverlayY(int layer = 0);
// DECORATE setters - it probably makes more sense to set these values directly now...
void A_SetMass(int newmass) { mass = newmass; }
void A_SetInvulnerable() { bInvulnerable = true; }
void A_UnSetInvulnerable() { bInvulnerable = false; }
void A_SetReflective() { bReflective = true; }
void A_UnSetReflective() { bReflective = false; }
void A_SetReflectiveInvulnerable() { bInvulnerable = true; bReflective = true; }
void A_UnSetReflectiveInvulnerable() { bInvulnerable = false; bReflective = false; }
void A_SetShootable() { bShootable = true; bNonShootable = false; }
void A_UnSetShootable() { bShootable = false; bNonShootable = true; }
void A_NoGravity() { bNoGravity = true; }
void A_Gravity() { bNoGravity = false; Gravity = 1; }
void A_LowGravity() { bNoGravity = false; Gravity = 0.125; }
void A_SetGravity(double newgravity) { gravity = clamp(newgravity, 0., 10.); }
void A_SetFloorClip() { bFloorClip = true; AdjustFloorClip(); }
void A_UnSetFloorClip() { bFloorClip = false; FloorClip = 0; }
void A_HideThing() { bInvisible = true; }
void A_UnHideThing() { bInvisible = false; }
void A_SetArg(int arg, int val) { if (arg >= 0 && arg < 5) args[arg] = val; }
void A_Turn(double turn = 0) { angle += turn; }
void A_SetDamageType(name newdamagetype) { damagetype = newdamagetype; }
void A_SetSolid() { bSolid = true; }
void A_UnsetSolid() { bSolid = false; }
void A_SetFloat() { bFloat = true; }
void A_UnsetFloat() { bFloat = false; }
void A_SetFloatBobPhase(int bob) { if (bob >= 0 && bob <= 63) FloatBobPhase = bob; }
void A_SetRipperLevel(int level) { RipperLevel = level; }
void A_SetRipMin(int minimum) { RipLevelMin = minimum; }
void A_SetRipMax(int maximum) { RipLevelMax = maximum; }
void A_ScreamAndUnblock() { A_Scream(); A_NoBlocking(); }
void A_ActiveAndUnblock() { A_ActiveSound(); A_NoBlocking(); }
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//---------------------------------------------------------------------------
//
// FUNC P_SpawnMissileAngle
//
// Returns NULL if the missile exploded immediately, otherwise returns
// a mobj_t pointer to the missile.
//
//---------------------------------------------------------------------------
Actor SpawnMissileAngle (class<Actor> type, double angle, double vz)
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{
return SpawnMissileAngleZSpeed (pos.z + 32 + GetBobOffset(), type, angle, vz, GetDefaultSpeed (type));
}
Actor SpawnMissileAngleZ (double z, class<Actor> type, double angle, double vz)
{
return SpawnMissileAngleZSpeed (z, type, angle, vz, GetDefaultSpeed (type));
}
void A_SetScale(double scalex, double scaley = 0, int ptr = AAPTR_DEFAULT, bool usezero = false)
{
Actor aptr = GetPointer(ptr);
if (aptr)
{
aptr.Scale.X = scalex;
aptr.Scale.Y = scaley != 0 || usezero? scaley : scalex; // use scalex here, too, if only one parameter.
}
}
void A_SetSpeed(double speed, int ptr = AAPTR_DEFAULT)
{
Actor aptr = GetPointer(ptr);
if (aptr) aptr.Speed = speed;
}
void A_SetFloatSpeed(double speed, int ptr = AAPTR_DEFAULT)
{
Actor aptr = GetPointer(ptr);
if (aptr) aptr.FloatSpeed = speed;
}
void A_SetPainThreshold(int threshold, int ptr = AAPTR_DEFAULT)
{
Actor aptr = GetPointer(ptr);
if (aptr) aptr.PainThreshold = threshold;
}
bool A_SetSpriteAngle(double angle = 0, int ptr = AAPTR_DEFAULT)
{
Actor aptr = GetPointer(ptr);
if (!aptr) return false;
aptr.SpriteAngle = angle;
return true;
}
bool A_SetSpriteRotation(double angle = 0, int ptr = AAPTR_DEFAULT)
{
Actor aptr = GetPointer(ptr);
if (!aptr) return false;
aptr.SpriteRotation = angle;
return true;
}
deprecated void A_FaceConsolePlayer(double MaxTurnAngle = 0) {}
void A_SetSpecial(int spec, int arg0 = 0, int arg1 = 0, int arg2 = 0, int arg3 = 0, int arg4 = 0)
{
special = spec;
args[0] = arg0;
args[1] = arg1;
args[2] = arg2;
args[3] = arg3;
args[4] = arg4;
}
void A_ClearTarget()
{
target = null;
lastheard = null;
lastenemy = null;
}
void A_ChangeLinkFlags(int blockmap = FLAG_NO_CHANGE, int sector = FLAG_NO_CHANGE)
{
UnlinkFromWorld();
if (blockmap != FLAG_NO_CHANGE) bNoBlockmap = blockmap;
if (sector != FLAG_NO_CHANGE) bNoSector = sector;
LinkToWorld();
}
// killough 11/98: kill an object
void A_Die(name damagetype = "none")
{
DamageMobj(null, null, health, damagetype, DMG_FORCED);
}
void SpawnDirt (double radius)
{
static const class<Actor> chunks[] = { "Dirt1", "Dirt2", "Dirt3", "Dirt4", "Dirt5", "Dirt6" };
double zo = random[Dirt]() / 128. + 1;
Vector3 pos = Vec3Angle(radius, random[Dirt]() * (360./256), zo);
Actor mo = Spawn (chunks[random[Dirt](0, 5)], pos, ALLOW_REPLACE);
if (mo)
{
mo.Vel.Z = random[Dirt]() / 64.;
}
}
//
// A_SinkMobj
// Sink a mobj incrementally into the floor
//
bool SinkMobj (double speed)
{
if (Floorclip < Height)
{
Floorclip += speed;
return false;
}
return true;
}
//
// A_RaiseMobj
// Raise a mobj incrementally from the floor to
//
bool RaiseMobj (double speed)
{
// Raise a mobj from the ground
if (Floorclip > 0)
{
Floorclip -= speed;
if (Floorclip <= 0)
{
Floorclip = 0;
return true;
}
else
{
return false;
}
}
return true;
}
native void A_Face(Actor faceto, double max_turn = 0, double max_pitch = 270, double ang_offset = 0, double pitch_offset = 0, int flags = 0, double z_ofs = 0);
void A_FaceTarget(double max_turn = 0, double max_pitch = 270, double ang_offset = 0, double pitch_offset = 0, int flags = 0, double z_ofs = 0)
{
A_Face(target, max_turn, max_pitch, ang_offset, pitch_offset, flags, z_ofs);
}
void A_FaceTracer(double max_turn = 0, double max_pitch = 270, double ang_offset = 0, double pitch_offset = 0, int flags = 0, double z_ofs = 0)
{
A_Face(tracer, max_turn, max_pitch, ang_offset, pitch_offset, flags, z_ofs);
}
void A_FaceMaster(double max_turn = 0, double max_pitch = 270, double ang_offset = 0, double pitch_offset = 0, int flags = 0, double z_ofs = 0)
{
A_Face(master, max_turn, max_pitch, ang_offset, pitch_offset, flags, z_ofs);
}
// Action functions
// Meh, MBF redundant functions. Only for DeHackEd support.
native bool A_LineEffect(int boomspecial = 0, int tag = 0);
// End of MBF redundant functions.
native void A_MonsterRail();
native void A_Pain();
native void A_NoBlocking(bool drop = true);
void A_Fall() { A_NoBlocking(); }
native void A_XScream();
native void A_Look();
- fixed: State labels were resolved in the calling function's context instead of the called function one's. This could cause problems with functions that take states as parameters but use them to set them internally instead of passing them through the A_Jump interface back to the caller, like A_Chase or A_LookEx. This required some quite significant refactoring because the entire state resolution logic had been baked into the compiler which turned out to be a major maintenance problem. Fixed this by adding a new builtin type 'statelabel'. This is an opaque identifier representing a state, with the actual data either directly encoded into the number for single label state or an index into a state information table. The state resolution is now the task of the called function as it should always have remained. Note, that this required giving back the 'action' qualifier to most state jumping functions. - refactored most A_Jump checkers to a two stage setup with a pure checker that returns a boolean and a scripted A_Jump wrapper, for some simpler checks the checker function was entirely omitted and calculated inline in the A_Jump function. It is strongly recommended to use the boolean checkers unless using an inline function invocation in a state as they lead to vastly clearer code and offer more flexibility. - let Min() and Max() use the OP_MIN and OP_MAX opcodes. Although these were present, these function were implemented using some grossly inefficient branching tests. - the DECORATE 'state' cast kludge will now actually call ResolveState because a state label is not a state and needs conversion.
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native void A_Chase(statelabel melee = null, statelabel missile = null, int flags = 0);
native void A_Scream();
native void A_VileChase();
native void A_BossDeath();
native void A_Detonate();
native bool A_CallSpecial(int special, int arg1=0, int arg2=0, int arg3=0, int arg4=0, int arg5=0);
native void A_ActiveSound();
native void A_FastChase();
native void A_FreezeDeath();
native void A_FreezeDeathChunks();
native void A_GenericFreezeDeath();
native void A_IceGuyDie();
native void A_CStaffMissileSlither();
native void A_PlayerScream();
native void A_SkullPop(class<PlayerChunk> skulltype = "BloodySkull");
native void A_CheckPlayerDone();
native void A_Wander(int flags = 0);
native void A_Look2();
native void A_TossGib();
native void A_SentinelBob();
native void A_SentinelRefire();
native void A_Tracer2();
native void A_SetShadow();
native void A_ClearShadow();
native void A_GetHurt();
native void A_TurretLook();
native void A_KlaxonBlare();
native void A_Countdown();
native void A_AlertMonsters(double maxdist = 0, int flags = 0);
native void A_ClearSoundTarget();
native void A_CheckTerrain();
deprecated native void A_MissileAttack();
deprecated native void A_MeleeAttack();
deprecated native void A_ComboAttack();
deprecated native void A_BulletAttack();
native void A_WolfAttack(int flags = 0, sound whattoplay = "weapons/pistol", double snipe = 1.0, int maxdamage = 64, int blocksize = 128, int pointblank = 2, int longrange = 4, double runspeed = 160.0, class<Actor> pufftype = "BulletPuff");
native void A_PlaySound(sound whattoplay = "weapons/pistol", int slot = CHAN_BODY, double volume = 1.0, bool looping = false, double attenuation = ATTN_NORM, bool local = false);
deprecated void A_PlayWeaponSound(sound whattoplay) { A_PlaySound(whattoplay, CHAN_WEAPON); }
native void A_FLoopActiveSound();
native void A_LoopActiveSound();
native void A_StopSound(int slot = CHAN_VOICE); // Bad default but that's what is originally was...
deprecated native void A_PlaySoundEx(sound whattoplay, name slot, bool looping = false, int attenuation = 0);
deprecated native void A_StopSoundEx(name slot);
native void A_SeekerMissile(int threshold, int turnmax, int flags = 0, int chance = 50, int distance = 10);
- fixed: State labels were resolved in the calling function's context instead of the called function one's. This could cause problems with functions that take states as parameters but use them to set them internally instead of passing them through the A_Jump interface back to the caller, like A_Chase or A_LookEx. This required some quite significant refactoring because the entire state resolution logic had been baked into the compiler which turned out to be a major maintenance problem. Fixed this by adding a new builtin type 'statelabel'. This is an opaque identifier representing a state, with the actual data either directly encoded into the number for single label state or an index into a state information table. The state resolution is now the task of the called function as it should always have remained. Note, that this required giving back the 'action' qualifier to most state jumping functions. - refactored most A_Jump checkers to a two stage setup with a pure checker that returns a boolean and a scripted A_Jump wrapper, for some simpler checks the checker function was entirely omitted and calculated inline in the A_Jump function. It is strongly recommended to use the boolean checkers unless using an inline function invocation in a state as they lead to vastly clearer code and offer more flexibility. - let Min() and Max() use the OP_MIN and OP_MAX opcodes. Although these were present, these function were implemented using some grossly inefficient branching tests. - the DECORATE 'state' cast kludge will now actually call ResolveState because a state label is not a state and needs conversion.
2016-11-14 13:12:27 +00:00
native action state A_Jump(int chance, statelabel label, ...);
native void A_CustomMissile(class<Actor> missiletype, double spawnheight = 32, double spawnofs_xy = 0, double angle = 0, int flags = 0, double pitch = 0, int ptr = AAPTR_TARGET);
native void A_CustomBulletAttack(double spread_xy, double spread_z, int numbullets, int damageperbullet, class<Actor> pufftype = "BulletPuff", double range = 0, int flags = 0, int ptr = AAPTR_TARGET, class<Actor> missile = null, double Spawnheight = 32, double Spawnofs_xy = 0);
native void A_CustomRailgun(int damage, int spawnofs_xy = 0, color color1 = 0, color color2 = 0, int flags = 0, int aim = 0, double maxdiff = 0, class<Actor> pufftype = "BulletPuff", double spread_xy = 0, double spread_z = 0, double range = 0, int duration = 0, double sparsity = 1.0, double driftspeed = 1.0, class<Actor> spawnclass = null, double spawnofs_z = 0, int spiraloffset = 270, int limit = 0);
native bool A_SetInventory(class<Inventory> itemtype, int amount, int ptr = AAPTR_DEFAULT, bool beyondMax = false);
native bool A_GiveInventory(class<Inventory> itemtype, int amount = 0, int giveto = AAPTR_DEFAULT);
native bool A_TakeInventory(class<Inventory> itemtype, int amount = 0, int flags = 0, int giveto = AAPTR_DEFAULT);
action native bool A_SpawnItem(class<Actor> itemtype = "Unknown", double distance = 0, double zheight = 0, bool useammo = true, bool transfer_translation = false);
native bool A_SpawnItemEx(class<Actor> itemtype, double xofs = 0, double yofs = 0, double zofs = 0, double xvel = 0, double yvel = 0, double zvel = 0, double angle = 0, int flags = 0, int failchance = 0, int tid=0);
native void A_Print(string whattoprint, double time = 0, name fontname = "none");
native void A_PrintBold(string whattoprint, double time = 0, name fontname = "none");
native void A_Log(string whattoprint);
native void A_LogInt(int whattoprint);
native void A_LogFloat(double whattoprint);
native void A_SetTranslucent(double alpha, int style = 0);
native void A_SetRenderStyle(double alpha, int style);
native void A_FadeIn(double reduce = 0.1, int flags = 0);
native void A_FadeOut(double reduce = 0.1, int flags = 1); //bool remove == true
native void A_FadeTo(double target, double amount = 0.1, int flags = 0);
native void A_SpawnDebris(class<Actor> spawntype, bool transfer_translation = false, double mult_h = 1, double mult_v = 1);
native void A_SpawnParticle(color color1, int flags = 0, int lifetime = 35, double size = 1, double angle = 0, double xoff = 0, double yoff = 0, double zoff = 0, double velx = 0, double vely = 0, double velz = 0, double accelx = 0, double accely = 0, double accelz = 0, double startalphaf = 1, double fadestepf = -1, double sizestep = 0);
native void A_ExtChase(bool usemelee, bool usemissile, bool playactive = true, bool nightmarefast = false);
native void A_DropInventory(class<Inventory> itemtype);
native void A_SetBlend(color color1, double alpha, int tics, color color2 = 0);
deprecated native void A_ChangeFlag(string flagname, bool value);
native void A_ChangeCountFlags(int kill = FLAG_NO_CHANGE, int item = FLAG_NO_CHANGE, int secret = FLAG_NO_CHANGE);
native void A_RaiseMaster(bool copy = 0);
native void A_RaiseChildren(bool copy = 0);
native void A_RaiseSiblings(bool copy = 0);
deprecated native void A_BasicAttack(int meleedamage, sound meleesound, class<actor> missiletype, double missileheight);
action native bool A_ThrowGrenade(class<Actor> itemtype, double zheight = 0, double xyvel = 0, double zvel = 0, bool useammo = true);
native void A_Weave(int xspeed, int yspeed, double xdist, double ydist);
- fixed: State labels were resolved in the calling function's context instead of the called function one's. This could cause problems with functions that take states as parameters but use them to set them internally instead of passing them through the A_Jump interface back to the caller, like A_Chase or A_LookEx. This required some quite significant refactoring because the entire state resolution logic had been baked into the compiler which turned out to be a major maintenance problem. Fixed this by adding a new builtin type 'statelabel'. This is an opaque identifier representing a state, with the actual data either directly encoded into the number for single label state or an index into a state information table. The state resolution is now the task of the called function as it should always have remained. Note, that this required giving back the 'action' qualifier to most state jumping functions. - refactored most A_Jump checkers to a two stage setup with a pure checker that returns a boolean and a scripted A_Jump wrapper, for some simpler checks the checker function was entirely omitted and calculated inline in the A_Jump function. It is strongly recommended to use the boolean checkers unless using an inline function invocation in a state as they lead to vastly clearer code and offer more flexibility. - let Min() and Max() use the OP_MIN and OP_MAX opcodes. Although these were present, these function were implemented using some grossly inefficient branching tests. - the DECORATE 'state' cast kludge will now actually call ResolveState because a state label is not a state and needs conversion.
2016-11-14 13:12:27 +00:00
action native state, bool A_Teleport(statelabel teleportstate = null, class<SpecialSpot> targettype = "BossSpot", class<Actor> fogtype = "TeleportFog", int flags = 0, double mindist = 0, double maxdist = 128, int ptr = AAPTR_DEFAULT);
action native state, bool A_Warp(int ptr_destination, double xofs = 0, double yofs = 0, double zofs = 0, double angle = 0, int flags = 0, statelabel success_state = null, double heightoffset = 0, double radiusoffset = 0, double pitch = 0);
- fixed: State labels were resolved in the calling function's context instead of the called function one's. This could cause problems with functions that take states as parameters but use them to set them internally instead of passing them through the A_Jump interface back to the caller, like A_Chase or A_LookEx. This required some quite significant refactoring because the entire state resolution logic had been baked into the compiler which turned out to be a major maintenance problem. Fixed this by adding a new builtin type 'statelabel'. This is an opaque identifier representing a state, with the actual data either directly encoded into the number for single label state or an index into a state information table. The state resolution is now the task of the called function as it should always have remained. Note, that this required giving back the 'action' qualifier to most state jumping functions. - refactored most A_Jump checkers to a two stage setup with a pure checker that returns a boolean and a scripted A_Jump wrapper, for some simpler checks the checker function was entirely omitted and calculated inline in the A_Jump function. It is strongly recommended to use the boolean checkers unless using an inline function invocation in a state as they lead to vastly clearer code and offer more flexibility. - let Min() and Max() use the OP_MIN and OP_MAX opcodes. Although these were present, these function were implemented using some grossly inefficient branching tests. - the DECORATE 'state' cast kludge will now actually call ResolveState because a state label is not a state and needs conversion.
2016-11-14 13:12:27 +00:00
native void A_CountdownArg(int argnum, statelabel targstate = null);
native state A_MonsterRefire(int chance, statelabel label);
native void A_LookEx(int flags = 0, double minseedist = 0, double maxseedist = 0, double maxheardist = 0, double fov = 0, statelabel label = null);
- fixed: State labels were resolved in the calling function's context instead of the called function one's. This could cause problems with functions that take states as parameters but use them to set them internally instead of passing them through the A_Jump interface back to the caller, like A_Chase or A_LookEx. This required some quite significant refactoring because the entire state resolution logic had been baked into the compiler which turned out to be a major maintenance problem. Fixed this by adding a new builtin type 'statelabel'. This is an opaque identifier representing a state, with the actual data either directly encoded into the number for single label state or an index into a state information table. The state resolution is now the task of the called function as it should always have remained. Note, that this required giving back the 'action' qualifier to most state jumping functions. - refactored most A_Jump checkers to a two stage setup with a pure checker that returns a boolean and a scripted A_Jump wrapper, for some simpler checks the checker function was entirely omitted and calculated inline in the A_Jump function. It is strongly recommended to use the boolean checkers unless using an inline function invocation in a state as they lead to vastly clearer code and offer more flexibility. - let Min() and Max() use the OP_MIN and OP_MAX opcodes. Although these were present, these function were implemented using some grossly inefficient branching tests. - the DECORATE 'state' cast kludge will now actually call ResolveState because a state label is not a state and needs conversion.
2016-11-14 13:12:27 +00:00
native void A_Recoil(double xyvel);
native bool A_GiveToTarget(class<Inventory> itemtype, int amount = 0, int forward_ptr = AAPTR_DEFAULT);
native bool A_TakeFromTarget(class<Inventory> itemtype, int amount = 0, int flags = 0, int forward_ptr = AAPTR_DEFAULT);
native int A_RadiusGive(class<Inventory> itemtype, double distance, int flags, int amount = 0, class<Actor> filter = null, name species = "None", double mindist = 0, int limit = 0);
native void A_CustomMeleeAttack(int damage = 0, sound meleesound = "", sound misssound = "", name damagetype = "none", bool bleed = true);
native void A_CustomComboAttack(class<Actor> missiletype, double spawnheight, int damage, sound meleesound = "", name damagetype = "none", bool bleed = true);
native void A_Burst(class<Actor> chunktype);
action native void A_Blast(int flags = 0, double strength = 255, double radius = 255, double speed = 20, class<Actor> blasteffect = "BlastEffect", sound blastsound = "BlastRadius");
native void A_RadiusThrust(int force = 128, int distance = -1, int flags = RTF_AFFECTSOURCE, int fullthrustdistance = 0);
native void A_RadiusDamageSelf(int damage = 128, double distance = 128, int flags = 0, class<Actor> flashtype = null);
native int A_Explode(int damage = -1, int distance = -1, int flags = XF_HURTSOURCE, bool alert = false, int fulldamagedistance = 0, int nails = 0, int naildamage = 10, class<Actor> pufftype = "BulletPuff", name damagetype = "none");
native void A_Stop();
native void A_Respawn(int flags = 1);
native void A_RestoreSpecialPosition();
native void A_QueueCorpse();
native void A_DeQueueCorpse();
native void A_ClearLastHeard();
native bool A_SelectWeapon(class<Weapon> whichweapon, int flags = 0);
native void A_ClassBossHealth();
native void A_ShootGun();
native void A_RocketInFlight();
native void A_Bang4Cloud();
native void A_DropFire();
native void A_GiveQuestItem(int itemno);
native void A_RemoveForcefield();
native void A_DropWeaponPieces(class<Actor> p1, class<Actor> p2, class<Actor> p3);
native void A_SetAngle(double angle = 0, int flags = 0, int ptr = AAPTR_DEFAULT);
native void A_SetPitch(double pitch, int flags = 0, int ptr = AAPTR_DEFAULT);
native void A_SetRoll(double roll, int flags = 0, int ptr = AAPTR_DEFAULT);
native void A_ScaleVelocity(double scale, int ptr = AAPTR_DEFAULT);
native void A_ChangeVelocity(double x = 0, double y = 0, double z = 0, int flags = 0, int ptr = AAPTR_DEFAULT);
deprecated native void A_SetUserVar(name varname, int value);
deprecated native void A_SetUserArray(name varname, int index, int value);
deprecated native void A_SetUserVarFloat(name varname, double value);
deprecated native void A_SetUserArrayFloat(name varname, int index, double value);
native void A_Quake(int intensity, int duration, int damrad, int tremrad, sound sfx = "world/quake");
native void A_QuakeEx(int intensityX, int intensityY, int intensityZ, int duration, int damrad, int tremrad, sound sfx = "world/quake", int flags = 0, double mulWaveX = 1, double mulWaveY = 1, double mulWaveZ = 1, int falloff = 0, int highpoint = 0, double rollIntensity = 0, double rollWave = 0);
action native void A_SetTics(int tics);
native void A_DropItem(class<Actor> item, int dropamount = -1, int chance = 256);
native void A_DamageSelf(int amount, name damagetype = "none", int flags = 0, class<Actor> filter = null, name species = "None", int src = AAPTR_DEFAULT, int inflict = AAPTR_DEFAULT);
native void A_DamageTarget(int amount, name damagetype = "none", int flags = 0, class<Actor> filter = null, name species = "None", int src = AAPTR_DEFAULT, int inflict = AAPTR_DEFAULT);
native void A_DamageMaster(int amount, name damagetype = "none", int flags = 0, class<Actor> filter = null, name species = "None", int src = AAPTR_DEFAULT, int inflict = AAPTR_DEFAULT);
native void A_DamageTracer(int amount, name damagetype = "none", int flags = 0, class<Actor> filter = null, name species = "None", int src = AAPTR_DEFAULT, int inflict = AAPTR_DEFAULT);
native void A_DamageChildren(int amount, name damagetype = "none", int flags = 0, class<Actor> filter = null, name species = "None", int src = AAPTR_DEFAULT, int inflict = AAPTR_DEFAULT);
native void A_DamageSiblings(int amount, name damagetype = "none", int flags = 0, class<Actor> filter = null, name species = "None", int src = AAPTR_DEFAULT, int inflict = AAPTR_DEFAULT);
native void A_KillTarget(name damagetype = "none", int flags = 0, class<Actor> filter = null, name species = "None", int src = AAPTR_DEFAULT, int inflict = AAPTR_DEFAULT);
native void A_KillMaster(name damagetype = "none", int flags = 0, class<Actor> filter = null, name species = "None", int src = AAPTR_DEFAULT, int inflict = AAPTR_DEFAULT);
native void A_KillTracer(name damagetype = "none", int flags = 0, class<Actor> filter = null, name species = "None", int src = AAPTR_DEFAULT, int inflict = AAPTR_DEFAULT);
native void A_KillChildren(name damagetype = "none", int flags = 0, class<Actor> filter = null, name species = "None", int src = AAPTR_DEFAULT, int inflict = AAPTR_DEFAULT);
native void A_KillSiblings(name damagetype = "none", int flags = 0, class<Actor> filter = null, name species = "None", int src = AAPTR_DEFAULT, int inflict = AAPTR_DEFAULT);
native void A_RemoveTarget(int flags = 0, class<Actor> filter = null, name species = "None");
native void A_RemoveMaster(int flags = 0, class<Actor> filter = null, name species = "None");
native void A_RemoveTracer(int flags = 0, class<Actor> filter = null, name species = "None");
native void A_RemoveChildren(bool removeall = false, int flags = 0, class<Actor> filter = null, name species = "None");
native void A_RemoveSiblings(bool removeall = false, int flags = 0, class<Actor> filter = null, name species = "None");
native void A_Remove(int removee, int flags = 0, class<Actor> filter = null, name species = "None");
native int A_GiveToChildren(class<Inventory> itemtype, int amount = 0);
native int A_GiveToSiblings(class<Inventory> itemtype, int amount = 0);
native int A_TakeFromChildren(class<Inventory> itemtype, int amount = 0);
native int A_TakeFromSiblings(class<Inventory> itemtype, int amount = 0);
native void A_SetTeleFog(class<Actor> oldpos, class<Actor> newpos);
native void A_SwapTeleFog();
native void A_SetHealth(int health, int ptr = AAPTR_DEFAULT);
native void A_ResetHealth(int ptr = AAPTR_DEFAULT);
native void A_SetSpecies(name species, int ptr = AAPTR_DEFAULT);
native void A_SetChaseThreshold(int threshold, bool def = false, int ptr = AAPTR_DEFAULT);
native bool A_FaceMovementDirection(double offset = 0, double anglelimit = 0, double pitchlimit = 0, int flags = 0, int ptr = AAPTR_DEFAULT);
native int A_ClearOverlays(int sstart = 0, int sstop = 0, bool safety = true);
native bool A_CopySpriteFrame(int from, int to, int flags = 0);
native bool A_SetVisibleRotation(double anglestart = 0, double angleend = 0, double pitchstart = 0, double pitchend = 0, int flags = 0, int ptr = AAPTR_DEFAULT);
native void A_SetTranslation(string transname);
native void A_RearrangePointers(int newtarget, int newmaster = AAPTR_DEFAULT, int newtracer = AAPTR_DEFAULT, int flags=0);
native void A_TransferPointer(int ptr_source, int ptr_recepient, int sourcefield, int recepientfield=AAPTR_DEFAULT, int flags=0);
native void A_CopyFriendliness(int ptr_source = AAPTR_MASTER);
- fixed: State labels were resolved in the calling function's context instead of the called function one's. This could cause problems with functions that take states as parameters but use them to set them internally instead of passing them through the A_Jump interface back to the caller, like A_Chase or A_LookEx. This required some quite significant refactoring because the entire state resolution logic had been baked into the compiler which turned out to be a major maintenance problem. Fixed this by adding a new builtin type 'statelabel'. This is an opaque identifier representing a state, with the actual data either directly encoded into the number for single label state or an index into a state information table. The state resolution is now the task of the called function as it should always have remained. Note, that this required giving back the 'action' qualifier to most state jumping functions. - refactored most A_Jump checkers to a two stage setup with a pure checker that returns a boolean and a scripted A_Jump wrapper, for some simpler checks the checker function was entirely omitted and calculated inline in the A_Jump function. It is strongly recommended to use the boolean checkers unless using an inline function invocation in a state as they lead to vastly clearer code and offer more flexibility. - let Min() and Max() use the OP_MIN and OP_MAX opcodes. Although these were present, these function were implemented using some grossly inefficient branching tests. - the DECORATE 'state' cast kludge will now actually call ResolveState because a state label is not a state and needs conversion.
2016-11-14 13:12:27 +00:00
action native bool A_Overlay(int layer, statelabel start = null, bool nooverride = false);
native void A_WeaponOffset(double wx = 0, double wy = 32, int flags = 0);
action native void A_OverlayOffset(int layer = PSP_WEAPON, double wx = 0, double wy = 32, int flags = 0);
action native void A_OverlayFlags(int layer, int flags, bool set);
int ACS_NamedExecute(name script, int mapnum=0, int arg1=0, int arg2=0, int arg3=0)
{
return ACS_Execute(-int(script), mapnum, arg1, arg2, arg3);
}
int ACS_NamedSuspend(name script, int mapnum=0)
{
return ACS_Suspend(-int(script), mapnum);
}
int ACS_NamedTerminate(name script, int mapnum=0)
{
return ACS_Terminate(-int(script), mapnum);
}
int ACS_NamedLockedExecute(name script, int mapnum=0, int arg1=0, int arg2=0, int lock=0)
{
return ACS_LockedExecute(-int(script), mapnum, arg1, arg2, lock);
}
int ACS_NamedLockedExecuteDoor(name script, int mapnum=0, int arg1=0, int arg2=0, int lock=0)
{
return ACS_LockedExecuteDoor(-int(script), mapnum, arg1, arg2, lock);
}
int ACS_NamedExecuteWithResult(name script, int arg1=0, int arg2=0, int arg3=0, int arg4=0)
{
return ACS_ExecuteWithResult(-int(script), arg1, arg2, arg3, arg4);
}
int ACS_NamedExecuteAlways(name script, int mapnum=0, int arg1=0, int arg2=0, int arg3=0)
{
return ACS_ExecuteAlways(-int(script), mapnum, arg1, arg2, arg3);
}
States(Actor, Overlay, Weapon, Item)
{
Spawn:
TNT1 A -1;
Stop;
Null:
TNT1 A 1;
Stop;
GenericFreezeDeath:
// Generic freeze death frames. Woo!
#### # 5 A_GenericFreezeDeath;
---- A 1 A_FreezeDeathChunks;
Wait;
GenericCrush:
POL5 A -1;
Stop;
}
// Internal functions
deprecated private native int __decorate_internal_int__(int i);
deprecated private native bool __decorate_internal_bool__(bool b);
deprecated private native double __decorate_internal_float__(double f);
}