Tom Clancy's Splinter Cell: Chaos Theory

Tom Clancy's Splinter Cell: Chaos Theory

Developers
	Ubisoft Montreal
	Ubisoft Annecy
Publishers
	Ubisoft
Russia	Russobit-M
Brazil	Electronic Arts
Engines
	Unreal Engine 2.5
Release dates
Windows	March 21, 2005
Reception
Metacritic	92
IGDB	78
Taxonomy
Monetization	One-time game purchase
Modes	Singleplayer, Multiplayer
Pacing	Real-time
Perspectives	Third-person, First-person
Controls	Direct control
Genres	Action, Stealth
Art styles	Realistic
Themes	Contemporary, Asia, North America
Series	Splinter Cell

Splinter Cell
Subseries of Tom Clancy
Splinter Cell	2003
Splinter Cell: Pandora Tomorrow	2004
Splinter Cell: Chaos Theory	2005
Splinter Cell: Double Agent	2006
Splinter Cell: Conviction	2010
Splinter Cell: Blacklist	2013

Tom Clancy's Splinter Cell: Chaos Theory is a singleplayer and multiplayer third-person and first-person action and stealth game in the Splinter Cell series.

The PC version is based on the Xbox version, with additional enhancements such as HDR Rendering. Initially, the game did not support Shader Model 2.0, but it was eventually added with patch 1.04..

Various fixes are highly recommended, such as enabling support for proper widescreen and XInput controllers. The official online multiplayer service is no longer available.

General information

Splinter Cell Wiki

Steam Community Discussions

Availability

Source	DRM	Notes	Keys	OS
Retail		StarForce 3.4.77.02 DRM
Epic Games Store
GamersGate
Green Man Gaming
Humble Store
Steam
Ubisoft Store		Included with Ubisoft+
Amazon.com (unavailable)

StarForce DRM for this game does not work on modern versions of Windows (see above for affected versions).

Essential improvements

Patches

The latest official patch is v1.05, available on PCGamingWiki, Ubisoft's patch repository and Patches-Scrolls. It includes the Shader Model 2.0 support introduced in patch v1.04.

Additional glitches in certain retail versions

Certain retail releases of the game contain glitches that may remain unfixed even after the official patches are applied, such as the zipline at the Penthouse. A patch can be applied to fix these issues.

Skip intro videos

Run the game with -nointro command line argument

Delete or rename video files
Go to <path-to-game>\Data\Videos. Delete or rename ESRB.bik, introteaser_PC.bik, and logos_PC.bik.

Game data

In-game general settings (for Versus Mode).

Configuration file(s) location

System	Location
Windows	%PROGRAMDATA%\Ubisoft\Tom Clancy's Splinter Cell Chaos Theory\
Steam Play (Linux)	<SteamLibrary-folder>/steamapps/compatdata/13570/pfx/

Save game data location

System	Location
Windows	%PROGRAMDATA%\Ubisoft\Tom Clancy's Splinter Cell Chaos Theory\Profiles\
Steam Play (Linux)	<SteamLibrary-folder>/steamapps/compatdata/13570/pfx/

Save game cloud syncing

System	Native	Notes
Epic Games Launcher
Steam Cloud
Ubisoft Connect

Video

In-game general video settings.

In-game advanced video settings.

In-game shader settings (Shader Model 2 and 3 only).

In-game video settings (for Versus Mode).

Graphics feature	State	WSGF	Notes
Widescreen resolution			See Widescreen resolution.
Multi-monitor			See Widescreen resolution.
Ultra-widescreen			See Widescreen resolution.
4K Ultra HD			See Widescreen resolution.
Field of view (FOV)		See Field of view (FOV).
Windowed		See Widescreen resolution.
Borderless fullscreen windowed		Requires widescreen fix. See Widescreen resolution.
Anisotropic filtering (AF)		Up to 16 samples.
Anti-aliasing (AA)		See Anti-aliasing.
Vertical sync (Vsync)
60 FPS		Co-op is locked at 35 FPS. Versus is locked at 30 FPS; see Versus 30 FPS lock. For singleplayer, AI pathfinding becomes broken when playing at high FPS. Also, physics objects behave abnormally at FPS higher than 35. For example, objects attached to ropes swing too fast.
120+ FPS		Requires widescreen fix; see Widescreen resolution. Otherwise, singleplayer frame rate is capped at 100 FPS.
High dynamic range display (HDR)		See the glossary page for potential alternatives.

Widescreen resolution

See also Shadows become more broken the wider the screen resolution.

Use Splinter Cell Chaos Theory Widescreen Fix

Download widescreen fix and extract the contents to <path-to-game>. To enable windowed mode, open d3d9.ini and set ForceWindowedMode to 1. In the scripts folder, open SplinterCellChaosTheory.WidescreenFix.ini. Make sure that the value of GameLanguage matches your language. Notes Automatically adjusts resolution and FOV. Fixes HUD position and stretching. Allows to change the size of the shadow map in the INI file. Works with downsampling or Nvidia DSR. Manually change the resolution in the supplied configuration file. Includes an additional fix for the Alt+Tab ↹ issue, which restores the game window after it is minimized. Unlocks the frame rate and adds a configurable limiter for it. Adds optional Blacklist-style visibility indicators.

Widescreen - Singleplayer[citation needed]
Go to the configuration file(s) location. Open SplinterCell3.ini. Adjust the following fields: FullscreenViewportX= (line 98) FullscreenViewportY= (line 99) Notes It is necessary to run the game at least once before these files appear. Further adjustment of the graphics settings will revert the resolution to 4:3.

Widescreen - Versus

Go to %PROGRAMDATA%\Ubisoft\Tom Clancy's Splinter Cell Chaos Theory\Saved Games\Versus. Open <user-id>_prf.ini. Look for ScreenRes= and set it to -1. Save the changes. Go to <path-to-game>\Versus\System and open Default.ini. Scroll down to the [WinDrv.WindowsClient] section. Adjust the following fields: FullscreenViewportX= FullscreenViewportY= Notes When changing the resolution values to a resolution different than one of the preset resolutions, Versus will only run by using low visual settings. The only workaround is to Alt+Tab ↹ out of the game and Alt+Tab ↹ back into the game, then the visual settings in the video options will be applied.

Anti-aliasing

HDR rendering and anti-aliasing can't be used together by default.

Force AA externally via Nvidia Profile Inspector (for Nvidia graphics only)
Use this compatibility flag 0x00001041 for traditional multi-sampling AA. Then adjust the strength as necessary.

Field of view (FOV)

Edit SplinterCell3User.ini

Go to the configuration files location. Open SplinterCell3User.ini. Adjust the following values: DesiredFOV=75.0 DefaultFOV=75.0 Save the changes. Notes 91.3154482287 is recommended for 16:9 displays, and 85.281271852 for 16:10 ones. Apply this fix before creating a profile. If the profile was created before the fix, the player needs to zoom in/out with the weapon every time a previous save is loaded to use the custom FOV. Do not edit the field of view if using the ThirteenAG's widescreen fix. Both players must use the same field of view when joining a coop session.

Input

In-game keyboard/mouse settings.

In-game joystick settings.

In-game key map settings (for Versus Mode).

Keyboard and mouse	State	Notes
Remapping		Unable to rebind Mouse Wheel Up and Mouse Wheel Down
Mouse acceleration		See Mouse acceleration. Versus has negative mouse acceleration that cannot be disabled.
Mouse sensitivity
Mouse input in menus
Mouse Y-axis inversion
Controller
Controller support		Versus will not detect thumbsticks or triggers by making it unusable natively.
Full controller support		Certain menus cannot be navigated with a controller
Controller remapping
Controller sensitivity		Camera sensitivity can be adjusted via m_yawSpeed and m_pitchSpeed options in SplinterCell3Settings.ini located in the system folder. If the mouse sensitivity is set in the game, also affects the camera speed when a weapon is equipped.
Controller Y-axis inversion		Possible with XInput controllers by using SCFix.

Controller types

XInput-compatible controllers		See SCFix, below.
Xbox button prompts
Impulse Trigger vibration

PlayStation controllers

Generic/other controllers

Additional information
Controller hotplugging
Haptic feedback
Digital movement supported
Simultaneous controller+KB/M

Mouse acceleration

Mouse acceleration is enabled when aiming with guns.

Apply the following fix before creating a profile.

Both players must use the same settings when joining a coop session.

Disable mouse acceleration
Go to <path-to-game>\System and open SplinterCell3Settings.ini. Change all biasCut values to v=0.0. Save the changes.

Xbox controllers

Xbox 360/One/Series X|S controllers do not work properly by default. In particular, the triggers cannot be used.

Use SCFix
Download and use SCFix to add XInput support. Make sure to reset all joystick settings going to Settings → Controls → Joystick → Default (even if they were not changed previously). Notes Set invert_camera_vertical= to yes in scfix.ini for inverted camera.

Audio

In-game audio settings.

In-game audio settings (for Versus Mode).

Audio feature	State	Notes
Separate volume controls
Surround sound		Up to 7.0 with DirectSound3D restoration software
Subtitles		Subtitles are exclusive to conversations between Sam Fisher and 3rd Echelon. They are not available in cutscenes, ambient dialog, or interrogations.
Closed captions
Mute on focus lost
EAX support		EAX 2, EAX 3.
Royalty free audio

DSOAL requires to set boost=-6 in alsoft.ini for matching hardware reverb levels.

Localizations

Language	UI	Audio	Sub	Notes
English
French
German
Hungarian				Fan translation; download.
Italian
Polish				Retail only; download for digital releases.
Brazilian Portuguese				Fan translation; download.
Russian				Retail only; download for digital releases.
Spanish

Network

Multiplayer types

Type	Native	Players	Notes
Local play		2	Feature only available on console versions.
LAN play		4	Versus, Co-op 2 players on Co-op, 4 players on Versus.
Online play		4	Versus, Mode name(s) not recognised, see the editing guide for supported modes. Versus uses different executable than Solo and Co-op modes. The official multiplayer service was shut down on April 2016.

Connection types

Type	Native	Notes
Matchmaking
Peer-to-peer
Dedicated		Versus mode offers a Dedicated Server option by using its own executable
Self-hosting
Direct IP		Only available as an option on Ubi.com service

Ports

Protocol	Port(s) and/or port range(s)
TCP	6668, 9102, 40000-43000
UDP	7776, 8888-8891, 8878, 9011, 9102-9103, 9106-9107, 41006, 44000, 45000-45001

Universal Plug and Play (UPnP) support status is unknown.

VR support

3D modes	State	Notes
vorpX		G3D Officially supported game, see official vorpx game list.

Issues unresolved

Issues when using Alt+Tab

There are issues when using Alt+Tab ↹ in full screen mode. If used too many times, it disconnects players connected to the server and can even crash the game.

Issues fixed

Game crashes when trying to start new mission or change settings

Disable any software that hooks into graphic's API (most notably OBS and Dxtory)
Notes To capture the game with OBS, force windowed mode and use Window Capture instead of Game Capture.

Enabling Steam Overlay

Steam Overlay does not work by default.

Use Steam Overlay Restoration
Download Steam Overlay Restoration, and extract its contents wherever you want. Run and exit the game. Run EnableOverlay.cmd.

Missing torchlight/flashlight in Versus mode

Versus mode has problems rendering certain lighting effects on modern machines. This problem makes it very difficult to play properly.
Certain shadows may not render and mercenaries' flashlights do not work, severely impairing gameplay.

Use 3D-Analyze
Download and install 3D-Analyze. Run 3D-Analyze, choose "Select" and set <path-to-game>\Versus\System\SCCT_Versus.exe. Tick "Gun Metal Demo fix". Click "Save batch file!" and save the BAT file to an easily accessible location. Close 3D-Analyze and run the game directly from the BAT file.

Use dgVoodoo 2

Download the latest version of dgVoodoo 2. Copy dgVoodooCpl.exe, dgVoodoo.conf, and \MS\x86\D3D8.dll to <path-to-game>\Versus\System. Run dgVoodooCpl.exe, click on the DirectX tab and set: Videocard to GeForce 4 Ti 4800. VRAM to 256 MB. Notes Verified with version 2.8.2. Even better looking shadows than 3D-Analyze. The Unreal Level Editor included with the game will work correctly on dgVoodoo v2.8 or higher. Do not force anti-aliasing (MSAA), it causes numerous graphical issues.

Versus Mode 30 FPS lock

Use SCCT Frame Rate Editor

Notes It can be used to unlock the frame rate in Versus. Netcode only supports a maximum of 30 FPS for proper sync between players in Versus. Exceeding this limit sometimes results in several things, such as cooperative actions, not being executed correctly. For the host, it is strongly recommended to play at 30 FPS, otherwise clients may experience more severe problems. Alternatively, use a dedicated server hosting at 30 FPS.

Slow motion gameplay on multi-core CPUs in Versus mode

Use alternate timer
Go to <path-to-game>\Versus\System. Open Default.ini in a text editor. Set UseAlternateTimer=false to UseAlternateTimer=true. Save the changes.

Night vision/thermal vision/EMF not displaying correctly

If everything turns white when night vision is activated and/or turns black when thermal vision/EMF is activated, follow one of the instructions below.

Run the game in compatibility for Windows XP Service Pack 3.

Minimize and restore the game by using Alt+Tab ↹

Select another shader model in the in-game display settings menu

Disable High dynamic range (HDR) rendering in the shader options when using Shader Model 3
Notes If disabled, anti-aliasing can be used.

Shadows become more broken the wider the screen resolution

Use Widescreen Fix

Download the widescreen fix and extract its contents to <path-to-game>\System. Go to the scripts folder and open SplinterCellChaosTheory.WidescreenFix.ini. Change the value of SetShadowMapSize = 0 to 2048, 3072, 4096, 5120, 6144, 7168, or 8192. Notes The original unmodified shadow map size is 2048. 3072 is sufficient to fix this issue for 1080p. SetShadowMapSize = 0 and SetShadowMapSize = 2048 disable the change of shadow map size. Override does not work on modified executables with the alternative hexedit method.

Hexedit to increase shadow map size

Open SPLINTERCELL3.exe with a hex editor such as HxD. Search and replace the hex values 68 00 08 00 00 68 00 08 00 00 in HxD with one of the following: 68 00 0C 00 00 68 00 0C 00 00 for 3072 68 00 10 00 00 68 00 10 00 00 for 4096 68 00 14 00 00 68 00 14 00 00 for 5120 68 00 18 00 00 68 00 18 00 00 for 6144 68 00 1C 00 00 68 00 1C 00 00 for 7168 68 00 20 00 00 68 00 20 00 00 for 8192 Replace 89 8C 24 E0 00 00 00 B9 00 01 00 00 with 89 8C 24 E0 00 00 00 B9 00 00 01 00. Replace BB 9A 99 99 3F with BB 00 00 80 3E. Replace C7 86 C8 07 00 00 9A 99 99 BE with C7 86 C8 07 00 00 9A 99 19 BE. Notes If using the Widescreen Fix, make sure to set OriginalExe = 0 in SplinterCellChaosTheory.WidescreenFix.ini.

Modifications

Enhanced SCCT Versus

An enhanced version of the game's Versus mode, which fixes certain bugs/exploits and re-balances the gameplay. It is a standalone patch that is incompatible with the vanilla version of Versus. Most players in the game's Versus community have migrated to this version.

Community Map Pack

An unofficial map pack that adds 41 new maps to the game.

Must install version that corresponds to version of the game (Steam and Retail, respectively)

AI Enhanced Menu, Story, and Training videos

Upscaled videos to 1080p by using Topaz Video AI.

All languages included in the North American release are supported (English, Spanish, French, German, Italian).

Other information

API

Technical specs	Supported	Notes
Direct3D	8.1, 9.0c	Singleplayer/co-op uses Direct3D 9. Versus mode uses Direct3D 8.
Shader Model support	1.1, 2, 3	Only Shader Model 1.1 and 3.0 are supported prior to version 1.04, which adds Shader Model 2.0 support. Comparison here.

Executable	32-bit	64-bit	Notes
Windows

Middleware

	Middleware	Notes
Physics	Havok
Audio	DirectSound3D	Dolby Digital
Cutscenes	Bink Video
Multiplayer	Quazal

Command line arguments

Cheats and access to co-op maps in singleplayer mode can be found here.

First person camera

Edit SplinterCell3.ini

Go to <path-to-game>\system\ and open SplinterCell3Settings.ini. Replace the contents of the file with one of the following configurations as shown below: 7// Line with this "//" are comments. They are not used by the game // Something like this [Toto] is called a section. All variables of a section must be grouped together. No empty line // can separate a section's variables. If a variable is not specified, it will be 0. Dont but spaces between the // variable name and the = [Engine.GameInfo] VisFullyThreshold=120.000000 VisMostlyThreshold=80.000000 VisPartiallyThreshold=45.000000 VisBarelyThreshold=10.000000 VisSpeedGain=10.000000 VisCrouchMul=0.90000 UseRumble=True NoBlood=False bNoRDReact=False [Echelon.EPlayerController] m_speedSmallStep=55 m_speedFadeSmallStepToWalk=0.25 m_speedWalk=105 m_speedRun=400 m_speedSmallStepCr=30 m_speedWalkCr=50 m_speedRunCr=220 m_speedActionWalk=150 m_speedActionRun=500 m_speedActionWalkCr=100 m_speedActionRunCr=350 m_speedWalkFP=400 m_speedWalkFPCr=220 m_speedWalkSniping=100.0 m_speedFence=70.0 m_speedGrab=80.0 m_speedGrabFP=60.0 m_speedCarry=130.0 m_turnMul=0.5 m_towardAngle=0.707 m_ThrowMinSpeed=(X=300,Y=0,Z=100) m_ThrowMidSpeed=(X=750,Y=0,Z=150) m_ThrowMaxSpeed=(X=2000,Y=0,Z=250) m_ThrowVarSpeed=1000.0 m_UseNewThrow=True CanBeGameOver=false m_CTE_MaxDistToLookAt=1000 //Maximum distance in cm where Sam can look at a NPC [Echelon.ECoopPlayerController] m_speedSmallStep=55 m_speedFadeSmallStepToWalk=0.25 m_speedWalk=105 m_speedRun=400 m_speedSmallStepCr=30 m_speedWalkCr=50 m_speedRunCr=220 m_speedActionWalk=150 m_speedActionRun=500 m_speedActionWalkCr=100 m_speedActionRunCr=350 m_speedWalkFP=120.0 m_speedWalkFPCr=75.0 m_speedWalkSniping=100.0 m_speedFence=70.0 m_speedGrab=80.0 m_speedGrabFP=60.0 m_speedCarry=130.0 m_turnMul=0.5 m_towardAngle=0.707 m_ThrowMinSpeed=(X=300,Y=0,Z=100) m_ThrowMidSpeed=(X=750,Y=0,Z=150) m_ThrowMaxSpeed=(X=2000,Y=0,Z=250) m_ThrowVarSpeed=1000.0 CanBeGameOver=false m_CTE_MaxDistToLookAt=1000 //Maximum distance in cm where Sam can look at a NPC BalancingPeriod=5 BalancingBlendTime=0.2 HangOverCameraOffset=(X=95,Y=0,Z=65) HangOverCameraRotation=(Pitch=11000,Yaw=0,Roll=0) HangOverCameraSpeed=200 BoostAcceleration=625 [Echelon.EPlayerCam] m_yawSpeed=40000.0 // maximum turning speed, when joystick is at extrem position m_pitchSpeed=40000.0 // maximum lookup speed, when joystick is at extrem position m_minPitch=-16380 // dont touch m_maxPitch=16380 // dont touch m_pitchCurveBias=0.2 // pitch curve when looking up. the smaller the faster m_constraintSpeed=30000.0 // How fast camera gets out of constraint angles m_absoluteMinDist=25.0 // Camera can never get closer than this m_targetZMaxDist=100.0 // max global Z distance of smoothing m_collisionRadius=15.0 // radius of the cylinder used by the camera's collision check m_collisionHeight=15.0 // height of the cylinder used by the camera's collision check m_NPCDistance=200.0 // Distance when looking at npc m_resetPitchSpeed=45000.0 m_resetYawSpeed=75000.0 m_resetEnable=True m_closeupDist=200.0 m_closeupHeight=30.0 m_closeupDamping=0.6 [EchelonIngredient.EStickyCamera] minfov=10.0 maxfov=90.0 zoomspeed=5.0 damping=100.0 [EchelonIngredient.EFlashGrenade] FlashMinRadius=500 FlashMinAngle=180 FlashMinTime=6 FlashMaxTime=18 [Echelon.ESniperNoise] pitchSize=600 pitchSpeed=2.17 yawSize=400 yawSpeed=1.8 noiseUpSpeed=1.6 noiseDownSpeed=1.6 recoilSize=600 recoilPitchAdd=300 recoilYawAdd=100 recoilUpSpeed=15000.0 recoilDownSpeed=3000.0 recoilFatigueUp=0.3 holdMax=3.0 tiredMax=3.0 // An example camera mode section. [Bidon] parent= Bidon // parent mode to copy values from offset= tx=0.0 ty=0.0 tz=0.0 sx=0.0 sy=0.0 sz=0.0 nx=0.0 ny=0.0 nz=0.0 // offset from the top of sam's collision cylinder distance= t=0.0 s=0.0 n=0.0 // distance to the camera minYaw= v=0 // angle constraint maxYaw= v=0 // angle constraint minPitch= v=0 // angle constraint maxPitch= v=0 // angle constraint useAngles= v=0 // flag to use angle constraint or not damping= v=0.0 interSpeed= v=0.0 collInterSpeed= v=0.0 targetXYSpeed= v=0.0 // smoothing speed of target displacement in local XY targetZSpeed= v=0.0 // smoothing speed of target displacement in global Z twigX= v=0.0 twigY= v=0.0 twigZ= v=0.0 biasCut= v=0.0 biasSlope= v=0.0 offsetSpeed= v=0.0 alignPawn= v=0 // Should the pawn align itself to the camera usePitchCurve= v=0 // Should the pitch curve be used useCollTarget= v=0 // Should the camera target test collision (carefull with this one) useCylColl= v=0 // Should camera collision be tested with a cylinder or a ray useColl= v=0 // Should there be any collision test useVertTwig= v=0 // Just what it says useHoriTwig= v=0 // Just what it says useCamFlag= v=0 // Use TRACE_Camer1 // Below is the definition of all the camera modes. This is the complet list of all modes: // ECM_Walking =0 // ECM_STWPeek =1 // ECM_FirstPerson =2 // ECM_FirstPersonCr =3 // ECM_Grab =4 // ECM_GrabFP =5 // ECM_Carry =6 // ECM_CarryCr =7 // ECM_Throw =8 // ECM_ThrowCr =9 // ECM_Sniping =10 // ECM_EEV =11 // ECM_HSphere =12 // ECM_FSphere =13 // ECM_HOH =14 // ECM_HOHFU =15 // ECM_HOHFP =16 // ECM_Rapel =17 // ECM_RapelFP =18 // ECM_DoorPeekRight =19 // ECM_DoorPeekLeft =20 // ECM_SplitJump =21 // ECM_SplitJumpFP =22 // ECM_Vent =23 // ECM_VentEEV =24 // ECM_Dead =25 // ECM_HOHFUFP =26 // ECM_TeamShoulder =27 // ECM_HangOver =28 // ECM_TomoeNage =29 // ECM_Shetland =30 // ECM_ShetAndSam =31 // ECM_SplitJumpEEV =32 // You can also edit these at run time with: ea class=eplayercam // You can then access the array m_camParam. To access ECM_Walking use 0, to access ECM_STWPeek use 1, etc [ECM_Walking] distance= n=250.0 s=175.0 t=100.0 alignPawn= v=0 usePitchCurve= v=1 useCollTarget= v=1 useCylColl= v=1 interSpeed= v=400.0 collInterSpeed= v=600.0 targetXYSpeed= v=400.0 targetZSpeed= v=220.0 useColl= v=1 minYaw= v=-65536 maxYaw= v=65536 minPitch= v=-13000 maxPitch= v=8000 useAngles= v=1 useVertTwig= v=1 twigX= v=20.0 twigZ= v=-20.0 damping= v=8.0 biasCut= v=0.0 biasSlope= v=0.7 offsetSpeed= v=400.0 useCamFlag= v=1 [ECM_STWPeek] parent= ECM_Walking distance= n=110.0 s=110.0 t=110.0 // offset in ECM_STWPeek is forced to 0 when using the new camera, but used by the old one offset= nx=60.0 sx=60.0 tx=60.0 [ECM_FirstPerson] parent= ECM_Walking alignPawn= v=1 offset= ny=25.0 nz=-15.8 sy=25.0 sz=0.0 ty=25.0 tz=0.0 distance= n=0.0 s=0.0 t=0.0 usePitchCurve= v=0 useCollTarget= v=0 useCylColl= v=0 useColl= v=1 interSpeed= v=800.0 collInterSpeed= v=600.0 twigX= v=30.0 twigZ= v=30.0 targetZSpeed= v=150.0 minYaw= v=-65536 maxYaw= v=65536 minPitch= v=-15000 maxPitch= v=15000 damping= v=6.0 biasCut= v=0.0 biasSlope= v=0.3 useCamFlag= v=1 [ECM_FirstPersonCr] parent= ECM_FirstPerson distance= v=50.0 offset= ny=20.0 nz=5.0 sy=20.0 sz=5.0 ty=20.0 tz=5.0 [ECM_Grab] parent= ECM_Walking maxPitch= v=5000 distance= n=120.0 s=100.0 t=90.0 offset= nz=-30.0 sz=-30.0 tz=-30.0 offsetSpeed= v=100.0 [ECM_GrabFP] parent= ECM_FirstPerson offset= ny=25.0 nz=0.0 sy=25.0 sz=0.0 ty=25.0 tz=0.0 distance= n=90.0 s=90.0 t=90.0 minPitch= v=-5000 maxPitch= v=7500 [ECM_Carry] parent= ECM_Walking maxPitch= v=6000 distance= n=160.0 s=130.0 t=100.0 [ECM_CarryCr] parent= ECM_Walking maxPitch= v=6000 distance= n=160.0 s=130.0 t=100.0 [ECM_Throw] parent= ECM_Walking alignPawn= v=1 offset= ny=25.0 nz=-15.8 sy=25.0 sz=0.0 ty=25.0 tz=0.0 distance= n=0.0 s=0.0 t=0.0 usePitchCurve= v=0 useCollTarget= v=0 useCylColl= v=0 useColl= v=1 interSpeed= v=800.0 collInterSpeed= v=600.0 twigX= v=30.0 twigZ= v=30.0 targetZSpeed= v=150.0 minYaw= v=-65536 maxYaw= v=65536 minPitch= v=-15000 maxPitch= v=15000 damping= v=6.0 biasCut= v=0.0 biasSlope= v=0.3 useCamFlag= v=1 [ECM_ThrowCr] parent= ECM_Throw distance= v=50.0 offset= ny=20.0 nz=5.0 sy=20.0 sz=5.0 ty=20.0 tz=5.0 [ECM_Sniping] parent= ECM_FirstPerson offset= nx=20.0 ny=25.0 nz=0.0 sx=20.0 sy=25.0 sz=0.0 tx=20.0 ty=25.0 tz=0.0 distance= n=0.0 s=0.0 t=0.0 interSpeed= v=800.0 targetZSpeed= v=200.0 targetXYSpeed= v=200.0 minPitch= v=-12000 useVertTwig= v=0 damping= v=8.0 biasCut= v=0.0 biasSlope= v=0.7 [ECM_EEV] parent= ECM_Sniping offset= nx=25.0 ny=0.0 nz=0.0 sx=25.0 sy=0.0 sz=0.0 tx=25.0 ty=0.0 tz=0.0 interSpeed= v=10000.0 offsetSpeed= v=10000.0 [ECM_HSphere] parent= ECM_FSphere usePitchCurve= v=1 minYaw= v=-20000 maxYaw= v=20000 minPitch= v=-13000 maxPitch= v=12000 useAngles= v=1 useVertTwig= v=1 twigX= v=20.0 twigZ= v=30.0 [ECM_FSphere] distance= n=250.0 s=175.0 t=100.0 interSpeed= v=400.0 collInterSpeed= v=600.0 targetXYSpeed= v=400.0 targetZSpeed= v=250.0 useCollTarget= v=1 useCylColl= v=1 useColl= v=1 minYaw= v=-65536 maxYaw= v=65536 minPitch= v=-13000 maxPitch= v=10000 useAngles= v=1 damping= v=8.0 biasCut= v=0.0 biasSlope= v=0.7 offsetSpeed= v=400.0 useCamFlag= v=1 [ECM_HOH] parent= ECM_FSphere twigX= v=40.0 twigZ= v=30.0 minPitch= v=-13000 maxPitch= v=10000 [ECM_HOHFU] parent= ECM_FSphere distance= t=120.0 useCylColl= v=0 offset= nx=-40.0 sx=-40.0 tx=-40.0 usePitchCurve= v=1 maxPitch= v=12000 minPitch= v=-13000 [ECM_HOHFP] offset= nx=0.0 ny=20.0 nz=10.0 sx=0.0 sy=20.0 sz=10.0 tx=0.0 ty=20.0 tz=10.0 distance= n=50.0 s=50.0 t=50.0 minYaw= v=-9000 maxYaw= v=13000 minPitch= v=-13000 maxPitch= v=13000 useAngles= v=1 interSpeed= v=800.0 targetXYSpeed= v=400.0 targetZSpeed= v=250.0 useVertTwig= v=1 twigX= v=30.0 twigY= v=0.0 twigZ= v=30.0 damping= v=6.0 biasCut= v=0.0 biasSlope= v=0.3 offsetSpeed= v=400.0 useCamFlag= v=1 [ECM_Rapel] parent= ECM_HSphere offset= nx=-30.0 nz=-20.0 sx=-30.0 sz=-20.0 tx=-30.0 tz=-20.0 [ECM_RapelFP] offset= nx=-60.0 ny=25.0 nz=-35.0 sx=-60.0 sy=25.0 sz=-35.0 tx=-60.0 ty=25.0 tz=-35.0 distance= n=45.0 s=45.0 t=45.0 minYaw= v=-12000 maxYaw= v=12000 minPitch= v=-3500 maxPitch= v=13000 useAngles= v=1 interSpeed= v=800.0 targetXYSpeed= v=400.0 targetZSpeed= v=250.0 useVertTwig= v=1 useHoriTwig= v=1 twigX= v=30.0 twigY= v=30.0 twigZ= v=30.0 damping= v=6.0 biasCut= v=0.0 biasSlope= v=0.3 offsetSpeed= v=400.0 useCamFlag= v=1 [ECM_DoorPeekRight] offset= nx=45.0 ny=25.0 nz=5.0 sx=45.0 sy=25.0 sz=5.0 tx=45.0 ty=25.0 tz=5.0 distance= n=50.0 s=50.0 t=50.0 interSpeed= v=400.0 collInterSpeed= v=600.0 targetXYSpeed= v=400.0 targetZSpeed= v=250.0 minYaw= v=0 maxYaw= v=11000 minPitch= v=-8000 maxPitch= v=12000 useAngles= v=1 damping= v=8.0 biasCut= v=0.0 biasSlope= v=0.7 offsetSpeed= v=400.0 useVertTwig= v=1 twigX= v=20.0 twigZ= v=40.0 useCamFlag= v=1 [ECM_DoorPeekLeft] offset= nx=45.0 ny=-25.0 nz=5.0 sx=45.0 sy=-25.0 sz=5.0 tx=45.0 ty=-25.0 tz=5.0 distance= n=50.0 s=50.0 t=50.0 interSpeed= v=400.0 collInterSpeed= v=600.0 targetXYSpeed= v=400.0 targetZSpeed= v=250.0 minYaw= v=-11000 maxYaw= v=0 minPitch= v=-8000 maxPitch= v=12000 useAngles= v=1 damping= v=8.0 biasCut= v=0.0 biasSlope= v=0.7 offsetSpeed= v=400.0 useVertTwig= v=1 twigX= v=20.0 twigZ= v=40.0 useCamFlag= v=1 [ECM_SplitJump] parent= ECM_FSphere offset= ny=15.0 nz=20.0 sy=15.0 sz=20.0 ty=15.0 tz=20.0 distance= n=125.0 s=100.0 t=80.0 maxPitch= v=8000 interSpeed= v=350.0 targetXYSpeed= v=350.0 targetZSpeed= v=350.0 offsetSpeed= v=350.0 [ECM_SplitJumpFP] parent= ECM_RapelFP offset= nx=0.0 ny=30.0 nz=40.0 sx=0.0 sy=30.0 sz=40.0 tx=0.0 ty=30.0 tz=40.0 distance= n=40.0 s=40.0 t=40.0 minYaw= v=-12000 maxYaw= v=9500 minPitch= v=-13000 maxPitch= v=12000 [ECM_Vent] distance= n=0.0 offset= nx=20.0 ny=-22.0 nz=10.0 sx=20.0 sy=-22.0 sz=10.0 tx=20.0 ty=-22.0 tz=10.0 interSpeed= v=400.0 collInterSpeed= v=600.0 targetXYSpeed= v=400.0 targetZSpeed= v=250.0 useCollTarget= v=1 useCylColl= v=0 useColl= v=1 minYaw= v=-12000 maxYaw= v=12000 minPitch= v=-10000 maxPitch= v=8000 useAngles= v=1 damping= v=8.0 biasCut= v=0.0 biasSlope= v=0.7 offsetSpeed= v=400.0 useCamFlag= v=1 [ECM_VentEEV] parent= ECM_Vent offset= nx=30.0 ny=0.0 nz=0.0 sx=30.0 sy=0.0 sz=0.0 tx=30.0 ty=0.0 tz=0.0 interSpeed= v=10000.0 offsetSpeed= v=10000.0 minYaw= v=-8000 maxYaw= v=8000 minPitch= v=-8000 maxPitch= v=8000 [ECM_Dead] distance= n=200.0 s=200.0 t=200.0 interSpeed= v=200.0 collInterSpeed= v=600.0 targetXYSpeed= v=200.0 targetZSpeed= v=100.0 useCollTarget= v=1 useCylColl= v=0 useColl= v=1 minYaw= v=-65536 maxYaw= v=65536 minPitch= v=-15000 maxPitch= v=-2000 useAngles= v=1 damping= v=8.0 biasCut= v=0.0 biasSlope= v=0.7 offsetSpeed= v=200.0 useCamFlag= v=1 [ECM_HOHFUFP] offset= nx=60.0 ny=25.0 nz=-60.0 sx=60.0 sy=25.0 sz=-60.0 tx=60.0 ty=25.0 tz=-60.0 distance= n=45.0 s=45.0 t=45.0 minYaw= v=-12000 maxYaw= v=8000 minPitch= v=-12000 maxPitch= v=11000 useAngles= v=1 interSpeed= v=800.0 targetXYSpeed= v=400.0 targetZSpeed= v=250.0 useVertTwig= v=1 useHoriTwig= v=1 twigX= v=-30.0 twigY= v=20.0 twigZ= v=0.0 damping= v=6.0 biasCut= v=0.0 biasSlope= v=0.3 offsetSpeed= v=400.0 useCamFlag= v=1 [ECM_TeamShoulder] parent= ECM_FirstPerson alignPawn= v=0 distance= n=30.0 s=30.0 t=30.0 offset= ny=35.0 nz=0.0 sy=35.0 sz=0.0 ty=35.0 tz=0.0 minYaw= v=-10000 maxYaw= v=12000 minPitch= v=-7000 maxPitch= v=13000 useHoriTwig= v=1 useVertTwig= v=1 twigX= v=0.0 twigY= v=25.0 twigZ= v=30.0 [ECM_HangOver] parent= ECM_HOHFUFP offset= nx=0.0 ny=25.0 nz=-10.0 sx=0.0 sy=25.0 sz=-10.0 tx=0.0 ty=25.0 tz=-10.0 distance= n=30.0 s=30.0 t=30.0 minYaw= v=-11000 maxYaw= v=9000 [ECM_TomoeNage] parent= ECM_Throw distance= n=250.0 s=175.0 t=100.0 offset= ny=0.0 nz=0.0 sy=0.0 sz=40.0 ty=0.0 tz=40.0 vy=0.0 vz=40.0 minYaw= v=-32768 maxYaw= v=32768 minPitch= v=-3186 maxPitch= v=-3186 useVertTwig= v=0 twigX= v=0.0 twigZ= v=0.0 [ECM_ShetAndSam] parent= ECM_Walking offset= nx=90.0 nz=-20 distance= n=170.0 maxPitch= v=8000 interSpeed= v=150.0 offsetSpeed= v=150.0 targetXYSpeed= v=150.0 targetZSpeed= v=150.0 usePitchCurve= v=0 useVertTwig= v=0 [ECM_Shetland] parent= ECM_HOHFP offset= nx=0 ny=20 nz=0 distance= n=30.0 s=50.0 t=50.0 minYaw= v=-1000 maxYaw= v=0 minPitch= v=-1000 maxPitch= v=400 twigX= v=0.0 twigY= v=0.0 twigZ= v=0.0 [ECM_SplitJumpEEV] parent= ECM_FSphere distance= n=0.0 s=0.0 t=0.0 offset= nx=25.0 ny=10.0 nz=10.0 sx=25.0 sy=10.0 sz=10.0 tx=25.0 ty=10.0 tz=10.0 usePitchCurve= v=0 minYaw= v=-12000 maxYaw= v=12000 minPitch= v=-12000 maxPitch= v=12000 useAngles= v=1 useVertTwig= v=0 twigX= v=0.0 twigZ= v=0.0 interSpeed= v=10000.0 offsetSpeed= v=10000.0 [ECM_TeamShoulderSniping] parent= ECM_Sniping alignPawn= v=0 minYaw= v=-15000 maxYaw= v=15000 minPitch= v=-7000 maxPitch= v=12000 [Echelon.EchelonGameInfo] HUD_OFFSET_X=24 HUD_OFFSET_Y=39 bNoGore=false bNoSamLookAt=false bDemoMode=false DemoMap=3_4_3Severonickel TrainingMap=0_0_2_Training m_minInterpolSpeed=200.000000 m_grabbingDelay=0.2 m_forwardGentle=0.2 m_forwardFull=0.9 m_moveBackwardThreshold=0.3 m_backwardGentle=-0.2 m_backwardFull=-0.9 m_rightGentle=0.2 m_rightFull=0.9 m_leftGentle=-0.2 m_leftFull=-0.9 m_minForce=0.02 m_gentleForce=0.2 m_fullForce=0.9 m_inAirAccel=1000.000000 m_onGroundAccel=2000.000 m_RollSpeed=350.0 m_walkBias=0.3 m_PlayerJoggingThreshold=300.000000 m_JumpOutSpeed=200.000000 m_LGShimmySpeed=50.000000 m_LGSpeedThreshold=10.000000 m_LGMinLength=28.000000 m_LGMaxGrabbingSpeed=200.000000 m_LGMinGrabbingSpeed=-1000.000000 m_LGMaxGrabbingAngle=-0.6 m_LGMaxGrabbingDistance=1200.0 m_HOHForwardSpeed=100.000000 m_HOHMinLength=15.000000 m_HOHMaxGrabbingSpeed=200.000000 m_HOHMinGrabbingSpeed=-1000.000000 m_HOHMaxGrabbingDistance=1500.000000 m_HOHFeetUpGap=100.0 m_HOHFeetUpColHoriOffset=45.0 m_HOHFeetUpColVertOffset=85.0 m_HOHFeetUpMoveSpeed=40.0 m_HOHFeetUpColHeight=18.0 m_NLUpwardSpeed=120.000000 m_NLDownwardSpeed=-120.000000 m_NLStepSize=32.000000 m_NLSlideDownMaxSpeed=600.000000 m_NLSlideDownMinSpeed=200.000000 m_NLSlideDownInertia=600.000000 m_NLMaxGrabbingAngle=-0.6 m_NLMaxGrabbingAngleTop=0.3 m_NLMaxGrabbingDistance=35.000000 m_NLMaxGrabbingSpeed=100.000000 m_NLMinGrabbingSpeed=-1000.000000 m_PUpwardSpeed=130.000000 m_PDownwardSpeed=-130.000000 m_PSlideDownMaxSpeed=600.000000 m_PSlideDownMinSpeed=200.000000 m_PSlideDownInertia=600.000000 m_PMaxGrabbingAngle=-0.6 m_PMaxGrabbingAngleTop=0.300000 m_PMaxGrabbingDistance=35.000000 m_PMaxGrabbingSpeed=100.000000 m_PMinGrabbingSpeed=-1000.000000 m_ZLSlideDownMaxSpeed=400.000000 m_ZLSlideDownMinSpeed=300.000000 m_ZLSlideDownInertia=400.000000 m_ZLMaxGrabbingDistance=1500.000000 m_ZLMaxGrabbingSpeed=200.000000 m_ZLMinGrabbingSpeed=-1000.000000 m_FMaxGrabbingSpeed=200.000000 m_FMinGrabbingSpeed=-1000.000000 MinBeforeDamage=1000.0 MaxBeforeDeath=1600.0 NPCCushionDivider=2.0 m_blinkDelay=3.0 b_friendlyFire=true m_bUseMagma=True m_bEnableFlashlightToAll=false m_bAlwaysPlayHurtAnim=false m_bRemoveSpecificAnims=true [MAGMAMENU] EnvironmentdBDecTime=0.35 PlayerdBDecTime=0.5 WorkInProgress=false WorkInProgressStr=1.00.000 [Echelon.EAIController] fNPCAccuracy=0.300000 RAW Paste Data Notes No empty rows can separate variables in a section. If a variable is not specified, it will be 0. Don't type spaces between the variable name and the = symbol.

System requirements

Windows
	Minimum	Recommended
Operating system (OS)	2000	XP
Processor (CPU)	Intel Pentium III 1.4 GHz AMD Athlon	Intel Pentium 4 2.2 GHz
System memory (RAM)	256 MB	512 MB
Hard disk drive (HDD)	4 GB
Video card (GPU)	64 MB of VRAM DirectX 9.0c compatible Shader model 1.1 support	128 MB of VRAM Shader model 3 support
Sound (audio device)	DirectX 9.0c compatible	EAX 2.0 compatible

Supported ATI chipsets: Radeon 8500/9000/X series.

Supported Nvidia chipsets: GeForce 3/4/FX/6 series.

Mobile chipsets and the Nvidia GeForce4 MX are not supported.