phpadmin
09.07.2017, 23:00
Шастал по попке postal 2 для меня легенда а не игра. Нашел всякие скрипты написанные на павн. Вот как раньше писали код/ лесенкой как и сейчас как и везде в принципе. Вообщем мб что-то кто для себя найдет по поводу написания своего мода в гташке. Раритетный код 2002 года :D
//=============================================================================
// SceneManager
//
// Manages a matinee scene. Contains a list of action items that will
// be played out in order.
//=============================================================================
class SceneManager extends Info
placeable
native;
#exec Texture Import File=Textures\SceneManager.pcx Name=S_SceneManager Mips=Off
// Graphics for UI
#exec Texture Import File=Textures\S_MatineeIP.pcx Name=S_MatineeIP Mips=Off MASKED=1
#exec Texture Import File=Textures\S_MatineeIPSel.pcx Name=S_MatineeIPSel Mips=Off MASKED=1
#exec Texture Import File=Textures\S_MatineeTimeMarker.pcx Name=S_MatineeTimeMarker Mips=Off MASKED=1
#exec Texture Import File=Textures\ActionCamMove.pcx Name=S_ActionCamMove Mips=Off
#exec Texture Import File=Textures\ActionCamPause.pcx Name=S_ActionCamPause Mips=Off
#exec Texture Import File=Textures\PathLinear.pcx Name=S_PathLinear Mips=Off MASKED=1
#exec Texture Import File=Textures\PathBezier.pcx Name=S_PathBezier Mips=Off MASKED=1
#exec Texture Import File=Textures\S_BezierHandle.pcx Name=S_BezierHandle Mips=Off MASKED=1
#exec Texture Import File=Textures\SubActionIndicator.pcx Name=SubActionIndicator Mips=Off MASKED=1
struct Orientation
{
var() ECamOrientation CamOrientation;
var() actor LookAt;
// RWS CHANGE: add support for looking at a tag (so we can look at spawned actors)
var() Name LookAtTag;
// RWS CHANGE: add support for looking at a tag (so we can look at spawned actors)
var() float EaseIntime;
var() int bReversePitch;
var() int bReverseYaw;
var() int bReverseRoll;
var int MA;
var float PctInStart, PctInEnd, PctInDuration;
var rotator StartingRotation;
};
struct Interpolator
{
var() int bDone;
var() float _value;
var() float _remainingTime;
var() float _totalTime;
var() float _speed;
var() float _acceleration;
};
// Exposed vars
var() export editinline array<MatAction> Actions;
var() config enum EAffect
{
AFFECT_ViewportCamera,
AFFECT_Actor,
} Affect;
var() Actor AffectedActor; // The name of the actor which will follow the matinee path (if Affect==AFFECT_Actor)
var() bool bLooping; // If this is TRUE, the path will looping endlessly
var() bool bCinematicView; // Should the screen go into letterbox mode when playing this scene?
var() name PlayerScriptTag; // Tag of sequence that player's pawn should use during sequence
var() name NextSceneTag; // The tag of the next scenemanager to execute when this one finishes
// RWS CHANGE - add flag to determine whether player can skip this scene
var() bool bLetPlayerSkip;
// RWS CHANGE - add this so we can avoid unwanted screen updates between two scenes
var() Pawn PrecedingScenesPawn;
// These vars are set by the SceneManager in it's Tick function. Don't mess with them directly.
var transient float PctSceneComplete; // How much of the scene has finished running
var transient mataction CurrentAction; // The currently executing action
var transient float SceneSpeed;
var transient float TotalSceneTime; // The total time the scene will take to run (in seconds)
var transient Actor Viewer; // The actor viewing this scene (the one being affected by the actions)
var transient Pawn OldPawn; // The pawn we need to repossess when scene is over
var transient bool bIsRunning; // If TRUE, this scene is executing.
var transient bool bIsSceneStarted; // If TRUE, the scene has been initialized and is running
var transient float CurrentTime; // Keeps track of the current time using the DeltaTime passed to Tick
var transient array<vector> SampleLocations; // Sampled locations for camera movement
var transient array<MatSubAction> SubActions; // The list of sub actions which will execute during this scene
var transient Orientation CamOrientation; // The current camera orientation
var transient Orientation PrevOrientation; // The previous orientation that was set
var transient Interpolator RotInterpolator; // Interpolation helper for rotations
var transient vector CameraShake; // The SubActionCameraShake effect fills this var in each frame
var transient vector DollyOffset; // How far away we are from the actor we are locked to
// Native functions
native function float GetTotalSceneTime();
simulated function BeginPlay()
{
Super.BeginPlay();
if( Affect == AFFECT_Actor && AffectedActor == None )
log(self @ "BeginPlayer(): Affected actor is NULL!" );
//
// Misc set up
//
TotalSceneTime = GetTotalSceneTime();
bIsRunning = false;
bIsSceneStarted = false;
}
event PostLoadGame()
{
Super.PostLoadGame();
// Get things back to where they'd be after a normal level start
BeginPlay();
}
function Trigger( actor Other, Pawn EventInstigator )
{
bIsRunning = true;
bIsSceneStarted = false;
Disable( 'Trigger' );
}
// Events
event SceneStarted() // Called from C++ when the scene starts.
{
local Controller P;
local AIScript S;
// Helpful log message
Log(self @ "SceneStarted(): Tag='"$Tag$"' PlayerScriptTag='"$PlayerScriptTag$"' PrecedingScenesPawn="$PrecedingScenesPawn);
// Figure out who our viewer is.
Viewer = None;
if( Affect==AFFECT_Actor )
Viewer = AffectedActor;
else
{
for( P = Level.ControllerList ; P != None ; P = P.nextController )
if( P.IsA('PlayerController') )
{
Viewer = P;
// RWS CHANGE: If there was a preceding scene then use it's pawn
if ( PrecedingScenesPawn != None)
OldPawn = PrecedingScenesPawn;
else
OldPawn = PlayerController(Viewer).Pawn;
if ( OldPawn != None )
{
OldPawn.Velocity = vect(0,0,0);
OldPawn.Acceleration = vect(0,0,0);
// RWS CHANGE: If there was no preceeding scene then do normal startup
if (PrecedingScenesPawn == None)
PlayerController(Viewer).UnPossess();
if ( PlayerScriptTag != 'None' )
{
ForEach DynamicActors( class'AIScript', S, PlayerScriptTag )
break;
if ( S != None )
S.TakeOver(OldPawn);
}
}
// RWS CHANGE: If there was no preceeding scene then do normal startup
if (PrecedingScenesPawn == None)
PlayerController(Viewer).StartInterpolation();
PlayerController(Viewer).MyHud.bHideHUD = true;
// RWS CHANGE: Always clear to prepare for next time
PrecedingScenesPawn = None;
break;
}
}
Viewer.StartInterpolation();
}
event SceneEnded() // Called from C++ when the scene ends.
{
local SceneManager NextScene;
bIsSceneStarted = false;
// RWS CHANGE
// Implemented a workaround for the glitches that occurred when going directly
// from one scene into another scene or when looping the same scene. At the
// end of the fist scene the PlayerController would Possess the old pawn and
// at the start of the next scene it would UnPossess it. During that brief
// time when the PlayerController had control of the pawn, the screen would
// (somtimes) be updated with the player's first-person-view, resulting in an
// ugly glitch. To get around this, we check if another scene follows this one,
// and if so we save the pawn in the next scene's PrecedingScenesPawn and then
// we don't let the PlayerController possess the pawn, nor do we unhide the HUD,
// nor finish interpolation.
if ( Affect == AFFECT_ViewportCamera )
{
if (bLooping)
NextScene = self;
else if ( NextSceneTag != '' && NextSceneTag != 'None' )
{
ForEach DynamicActors( class 'SceneManager', NextScene, NextSceneTag )
break;
}
}
// RWS CHANGE
// If there is a scene immediately following this one, pass the pawn to it and
// skip the normal end-of-scene stuff.
if (NextScene != None)
{
NextScene.PrecedingScenesPawn = OldPawn;
}
else
{
// RWS CHANGE
// Moved cleanup into separate function. See function for details.
Cleanup();
}
Enable( 'Trigger' );
// Helpful log message
Log(self @ "SceneEnded(): Tag='"$Tag$"' NextSceneTag='"$NextSceneTag$"'");
}
// RWS CHANGE
// Call this function for each SceneManger before player travels to new level
function PreTravel()
{
if (bIsRunning)
Cleanup();
}
// RWS CHANGE
// Moved cleanup stuff into this function so that it can be called before the
// player travels to a new level. Without doing this cleanup, the engine
// will crash because the player controller has no pawn.
function Cleanup()
{
local int SanityCheck;
Log(self @ "Cleanup()");
if( Affect==AFFECT_ViewportCamera )
{
if ( PlayerController(Viewer) != None )
{
if ( OldPawn != None )
{
// RWS CHANGE
// Tell the scripted controller to stop scripting. This is
// done as a loop because a scripted controller may give control
// to whatever controller had control before it did. That happens
// when one scene goes right into another, in which case nobody
// ever told all those controllers to stop scripting, so they
// just piled up. It's all one great big ugly hack, but hey, it
// seems to work. If we don't do this, then the scripted controller(s)
// will keep trying to perform more actions, which leads to very bad things.
while ( AIController(OldPawn.Controller) != None && SanityCheck < 10)
{
AIController(OldPawn.Controller).LeaveScripting();
SanityCheck++;
}
PlayerController(Viewer).Possess( OldPawn );
OldPawn = None;
}
PlayerController(Viewer).MyHud.bHideHUD = false;
}
}
Viewer.FinishedInterpolation();
}
//=============================================================================
// SceneManager
//
// Manages a matinee scene. Contains a list of action items that will
// be played out in order.
//=============================================================================
class SceneManager extends Info
placeable
native;
#exec Texture Import File=Textures\SceneManager.pcx Name=S_SceneManager Mips=Off
// Graphics for UI
#exec Texture Import File=Textures\S_MatineeIP.pcx Name=S_MatineeIP Mips=Off MASKED=1
#exec Texture Import File=Textures\S_MatineeIPSel.pcx Name=S_MatineeIPSel Mips=Off MASKED=1
#exec Texture Import File=Textures\S_MatineeTimeMarker.pcx Name=S_MatineeTimeMarker Mips=Off MASKED=1
#exec Texture Import File=Textures\ActionCamMove.pcx Name=S_ActionCamMove Mips=Off
#exec Texture Import File=Textures\ActionCamPause.pcx Name=S_ActionCamPause Mips=Off
#exec Texture Import File=Textures\PathLinear.pcx Name=S_PathLinear Mips=Off MASKED=1
#exec Texture Import File=Textures\PathBezier.pcx Name=S_PathBezier Mips=Off MASKED=1
#exec Texture Import File=Textures\S_BezierHandle.pcx Name=S_BezierHandle Mips=Off MASKED=1
#exec Texture Import File=Textures\SubActionIndicator.pcx Name=SubActionIndicator Mips=Off MASKED=1
struct Orientation
{
var() ECamOrientation CamOrientation;
var() actor LookAt;
// RWS CHANGE: add support for looking at a tag (so we can look at spawned actors)
var() Name LookAtTag;
// RWS CHANGE: add support for looking at a tag (so we can look at spawned actors)
var() float EaseIntime;
var() int bReversePitch;
var() int bReverseYaw;
var() int bReverseRoll;
var int MA;
var float PctInStart, PctInEnd, PctInDuration;
var rotator StartingRotation;
};
struct Interpolator
{
var() int bDone;
var() float _value;
var() float _remainingTime;
var() float _totalTime;
var() float _speed;
var() float _acceleration;
};
// Exposed vars
var() export editinline array<MatAction> Actions;
var() config enum EAffect
{
AFFECT_ViewportCamera,
AFFECT_Actor,
} Affect;
var() Actor AffectedActor; // The name of the actor which will follow the matinee path (if Affect==AFFECT_Actor)
var() bool bLooping; // If this is TRUE, the path will looping endlessly
var() bool bCinematicView; // Should the screen go into letterbox mode when playing this scene?
var() name PlayerScriptTag; // Tag of sequence that player's pawn should use during sequence
var() name NextSceneTag; // The tag of the next scenemanager to execute when this one finishes
// RWS CHANGE - add flag to determine whether player can skip this scene
var() bool bLetPlayerSkip;
// RWS CHANGE - add this so we can avoid unwanted screen updates between two scenes
var() Pawn PrecedingScenesPawn;
// These vars are set by the SceneManager in it's Tick function. Don't mess with them directly.
var transient float PctSceneComplete; // How much of the scene has finished running
var transient mataction CurrentAction; // The currently executing action
var transient float SceneSpeed;
var transient float TotalSceneTime; // The total time the scene will take to run (in seconds)
var transient Actor Viewer; // The actor viewing this scene (the one being affected by the actions)
var transient Pawn OldPawn; // The pawn we need to repossess when scene is over
var transient bool bIsRunning; // If TRUE, this scene is executing.
var transient bool bIsSceneStarted; // If TRUE, the scene has been initialized and is running
var transient float CurrentTime; // Keeps track of the current time using the DeltaTime passed to Tick
var transient array<vector> SampleLocations; // Sampled locations for camera movement
var transient array<MatSubAction> SubActions; // The list of sub actions which will execute during this scene
var transient Orientation CamOrientation; // The current camera orientation
var transient Orientation PrevOrientation; // The previous orientation that was set
var transient Interpolator RotInterpolator; // Interpolation helper for rotations
var transient vector CameraShake; // The SubActionCameraShake effect fills this var in each frame
var transient vector DollyOffset; // How far away we are from the actor we are locked to
// Native functions
native function float GetTotalSceneTime();
simulated function BeginPlay()
{
Super.BeginPlay();
if( Affect == AFFECT_Actor && AffectedActor == None )
log(self @ "BeginPlayer(): Affected actor is NULL!" );
//
// Misc set up
//
TotalSceneTime = GetTotalSceneTime();
bIsRunning = false;
bIsSceneStarted = false;
}
event PostLoadGame()
{
Super.PostLoadGame();
// Get things back to where they'd be after a normal level start
BeginPlay();
}
function Trigger( actor Other, Pawn EventInstigator )
{
bIsRunning = true;
bIsSceneStarted = false;
Disable( 'Trigger' );
}
// Events
event SceneStarted() // Called from C++ when the scene starts.
{
local Controller P;
local AIScript S;
// Helpful log message
Log(self @ "SceneStarted(): Tag='"$Tag$"' PlayerScriptTag='"$PlayerScriptTag$"' PrecedingScenesPawn="$PrecedingScenesPawn);
// Figure out who our viewer is.
Viewer = None;
if( Affect==AFFECT_Actor )
Viewer = AffectedActor;
else
{
for( P = Level.ControllerList ; P != None ; P = P.nextController )
if( P.IsA('PlayerController') )
{
Viewer = P;
// RWS CHANGE: If there was a preceding scene then use it's pawn
if ( PrecedingScenesPawn != None)
OldPawn = PrecedingScenesPawn;
else
OldPawn = PlayerController(Viewer).Pawn;
if ( OldPawn != None )
{
OldPawn.Velocity = vect(0,0,0);
OldPawn.Acceleration = vect(0,0,0);
// RWS CHANGE: If there was no preceeding scene then do normal startup
if (PrecedingScenesPawn == None)
PlayerController(Viewer).UnPossess();
if ( PlayerScriptTag != 'None' )
{
ForEach DynamicActors( class'AIScript', S, PlayerScriptTag )
break;
if ( S != None )
S.TakeOver(OldPawn);
}
}
// RWS CHANGE: If there was no preceeding scene then do normal startup
if (PrecedingScenesPawn == None)
PlayerController(Viewer).StartInterpolation();
PlayerController(Viewer).MyHud.bHideHUD = true;
// RWS CHANGE: Always clear to prepare for next time
PrecedingScenesPawn = None;
break;
}
}
Viewer.StartInterpolation();
}
event SceneEnded() // Called from C++ when the scene ends.
{
local SceneManager NextScene;
bIsSceneStarted = false;
// RWS CHANGE
// Implemented a workaround for the glitches that occurred when going directly
// from one scene into another scene or when looping the same scene. At the
// end of the fist scene the PlayerController would Possess the old pawn and
// at the start of the next scene it would UnPossess it. During that brief
// time when the PlayerController had control of the pawn, the screen would
// (somtimes) be updated with the player's first-person-view, resulting in an
// ugly glitch. To get around this, we check if another scene follows this one,
// and if so we save the pawn in the next scene's PrecedingScenesPawn and then
// we don't let the PlayerController possess the pawn, nor do we unhide the HUD,
// nor finish interpolation.
if ( Affect == AFFECT_ViewportCamera )
{
if (bLooping)
NextScene = self;
else if ( NextSceneTag != '' && NextSceneTag != 'None' )
{
ForEach DynamicActors( class 'SceneManager', NextScene, NextSceneTag )
break;
}
}
// RWS CHANGE
// If there is a scene immediately following this one, pass the pawn to it and
// skip the normal end-of-scene stuff.
if (NextScene != None)
{
NextScene.PrecedingScenesPawn = OldPawn;
}
else
{
// RWS CHANGE
// Moved cleanup into separate function. See function for details.
Cleanup();
}
Enable( 'Trigger' );
// Helpful log message
Log(self @ "SceneEnded(): Tag='"$Tag$"' NextSceneTag='"$NextSceneTag$"'");
}
// RWS CHANGE
// Call this function for each SceneManger before player travels to new level
function PreTravel()
{
if (bIsRunning)
Cleanup();
}
// RWS CHANGE
// Moved cleanup stuff into this function so that it can be called before the
// player travels to a new level. Without doing this cleanup, the engine
// will crash because the player controller has no pawn.
function Cleanup()
{
local int SanityCheck;
Log(self @ "Cleanup()");
if( Affect==AFFECT_ViewportCamera )
{
if ( PlayerController(Viewer) != None )
{
if ( OldPawn != None )
{
// RWS CHANGE
// Tell the scripted controller to stop scripting. This is
// done as a loop because a scripted controller may give control
// to whatever controller had control before it did. That happens
// when one scene goes right into another, in which case nobody
// ever told all those controllers to stop scripting, so they
// just piled up. It's all one great big ugly hack, but hey, it
// seems to work. If we don't do this, then the scripted controller(s)
// will keep trying to perform more actions, which leads to very bad things.
while ( AIController(OldPawn.Controller) != None && SanityCheck < 10)
{
AIController(OldPawn.Controller).LeaveScripting();
SanityCheck++;
}
PlayerController(Viewer).Possess( OldPawn );
OldPawn = None;
}
PlayerController(Viewer).MyHud.bHideHUD = false;
}
}
Viewer.FinishedInterpolation();
}