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nif.xml
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<?xml version="1.0" encoding="UTF-8"?>
<!DOCTYPE niftoolsxml>
<niftoolsxml version="0.7.0.0">
<!--These are the version numbers marked as supported by NifSkope.
The num argument is the numeric representation created by storing
each part of the version in a byte. For example, 4.0.0.2 is
0x04000002 and 10.1.0.0 is 0x0A010000.-->
<version num="2.3">Dark Age of Camelot</version>
<version num="3.0">Star Trek: Bridge Commander</version>
<version num="3.03">Dark Age of Camelot</version>
<version num="3.1">Dark Age of Camelot, Star Trek: Bridge Commander</version>
<version num="3.3.0.13">Oblivion</version>
<version num="4.0.0.0">Freedom Force</version>
<version num="4.0.0.2">Morrowind, Freedom Force</version>
<version num="4.1.0.12">Dark Age of Camelot</version>
<version num="4.2.0.2">Civilization IV</version>
<version num="4.2.1.0">Dark Age of Camelot, Civilization IV</version>
<version num="4.2.2.0">Dark Age of Camelot, Civilization IV, Empire Earth II, Culpa Innata</version>
<version num="10.0.1.0">Zoo Tycoon 2, Civilization IV</version>
<version num="10.0.1.2">Oblivion</version>
<version num="10.0.1.3">?</version>
<version num="10.1.0.0">Dark Age of Camelot, Civilization IV, Freedom Force vs. the 3rd Reich, Axis and Allies, Kohan 2, Entropia Universe, Wildlife Park 2, The Guild 2, NeoSteam, Empire Earth II</version>
<version num="10.1.0.101">Oblivion</version>
<version num="10.1.0.106">Oblivion</version>
<version num="10.2.0.0">Civilization IV, Oblivion, Loki, Pro Cycling Manager, Prison Tycoon, Red Ocean, Wildlife Park 2</version>
<version num="10.2.0.1">Worldshift</version>
<version num="10.4.0.1">Worldshift</version>
<version num="20.0.0.4">Civilization IV, Oblivion, Sid Meier's Railroads</version>
<version num="20.0.0.5">Oblivion</version>
<version num="20.1.0.3">Megami Tensei: Imagine</version>
<version num="20.2.0.7">Emerge, Empire Earth III, Fallout 3</version>
<version num="20.2.0.8">Emerge, Empire Earth III, Atlantica</version>
<!-- version 20.3.0.1 is found in Props/GDCLargeContainer.nif-->
<version num="20.3.0.1">Emerge</version>
<!-- version 20.3.0.2 is found in PFX/fx_muzzle_flash_example.nif -->
<version num="20.3.0.2">Emerge</version>
<version num="20.3.0.3">Emerge</version>
<version num="20.3.0.6">Emerge</version>
<version num="20.3.0.9">Warhammer, Lazeska, Divinity 2, Howling Sword</version>
<version num="20.5.0.0">KrazyRain</version>
<version num="20.6.0.0">KrazyRain</version>
<version num="30.0.0.2">Emerge</version>
<!--Basic Types-->
<basic name="bool" count="1" niflibtype="bool" nifskopetype="bool">
A boolean; 32-bit from 4.0.0.2, and 8-bit from 4.1.0.1 on.
</basic>
<basic name="byte" count="1" niflibtype="byte" nifskopetype="byte">
An unsigned 8-bit integer.
</basic>
<basic name="uint" count="1" niflibtype="unsigned int" nifskopetype="uint">
An unsigned 32-bit integer.
</basic>
<basic name="ushort" count="1" niflibtype="unsigned short" nifskopetype="ushort">
An unsigned 16-bit integer.
</basic>
<basic name="int" count="1" niflibtype="int" nifskopetype="int">
A signed 32-bit integer.
</basic>
<basic name="short" count="1" niflibtype="short" nifskopetype="short">
A signed 16-bit integer.
</basic>
<basic name="BlockTypeIndex" count="0" niflibtype="unsigned short" nifskopetype="blocktypeindex">
A 16-bit (signed?) integer, which is used in the header to refer to a particular object type in a object type string array.
The upper bit appears to be a flag used for PhysX block types.
</basic>
<basic name="char" count="0" niflibtype="byte" nifskopetype="char">
An 8-bit character.
</basic>
<basic name="FileVersion" count="0" niflibtype="unsigned int" nifskopetype="fileversion">
A 32-bit integer that stores the version in hexadecimal format with each byte representing a number in the version string.
Some widely-used versions and their hex representation:
4.0.0.2: 0x04000002
4.1.0.12: 0x0401000C
4.2.0.2: 0x04020002
4.2.1.0: 0x04020100
4.2.2.0: 0x04020200
10.0.1.0: 0x0A000100
10.1.0.0: 0x0A010000
10.2.0.0: 0x0A020000
20.0.0.4: 0x14000004
20.0.0.5: 0x14000005
</basic>
<basic name="Flags" count="0" niflibtype="unsigned short" nifskopetype="flags">
A 16-bit integer, used for bit flags. Function varies by object type.
</basic>
<basic name="float" count="0" niflibtype="float" nifskopetype="float">
A standard 32-bit floating point number.
</basic>
<basic name="HeaderString" count="0" niflibtype="HeaderString" nifskopetype="headerstring">
A variable length string that ends with a newline character (0x0A). The string starts as follows depending on the version:
Version <= 10.0.1.0: 'NetImmerse File Format'
Version >= 10.1.0.0: 'Gamebryo File Format'
</basic>
<basic name="LineString" count="0" niflibtype="LineString" nifskopetype="linestring">
A variable length string that ends with a newline character (0x0A).
</basic>
<basic name="Ptr" count="0" niflibtype="*" nifskopetype="uplink" istemplate="1">
A signed 32-bit integer, referring to a object before this one in the hierarchy. Examples: Bones, gravity objects.
</basic>
<basic name="Ref" count="0" niflibtype="Ref" nifskopetype="link" istemplate="1">
A signed 32-bit integer, used to refer to another object; -1 means no reference. These should always point down the hierarchy. Other types are used for indexes that point to objects higher up.
</basic>
<basic name="StringOffset" count="0" niflibtype="unsigned int" nifskopetype="stringoffset">
A 32-bit unsigned integer, used to refer to strings in a NiStringPalette.
</basic>
<basic name="StringIndex" count="0" niflibtype="IndexString" nifskopetype="stringindex">
A 32-bit unsigned integer, used to refer to strings in the header.
</basic>
<!--Enumerations
These are like C enums and consist of a list of options. They can appear
as parts of compounds or niobjects.-->
<enum name="AlphaFormat" storage="uint">
An unsigned 32-bit integer, describing how transparency is handled in a texture.
<option value="0" name="ALPHA_NONE">No alpha blending; the texture is fully opaque.</option>
<option value="1" name="ALPHA_BINARY">Texture is either fully transparent or fully opaque. There are no partially transparent areas.</option>
<option value="2" name="ALPHA_SMOOTH">Full range of alpha values can be used from fully transparent to fully opaque including all partially transparent values in between.</option>
<option value="3" name="ALPHA_DEFAULT">Use default setting.</option>
</enum>
<enum name="ApplyMode" storage="uint">
An unsigned 32-bit integer, describing the apply mode of a texture.
<option value="0" name="APPLY_REPLACE">Replaces existing color</option>
<option value="1" name="APPLY_DECAL">For placing images on the object like stickers.</option>
<option value="2" name="APPLY_MODULATE">Modulates existing color. (Default)</option>
<option value="3" name="APPLY_HILIGHT">PS2 Only. Function Unknown.</option>
<option value="4" name="APPLY_HILIGHT2">Parallax Flag in some Oblivion meshes.</option>
</enum>
<enum name="TexType" storage="uint">
The type of texture.
<option value="0" name="BASE_MAP">The basic texture used by most meshes.</option>
<option value="1" name="DARK_MAP">Used to darken the model with false lighting.</option>
<option value="2" name="DETAIL_MAP">Combined with base map for added detail. Usually tiled over the mesh many times for close-up view.</option>
<option value="3" name="GLOSS_MAP">Allows the specularity (glossyness) of an object to differ across its surface.</option>
<option value="4" name="GLOW_MAP">Creates a glowing effect. Basically an incandescence map.</option>
<option value="5" name="BUMP_MAP">Used to make the object appear to have more detail than it really does.</option>
<option value="6" name="NORMAL_MAP">Used to make the object appear to have more detail than it really does.</option>
<option value="7" name="UNKNOWN2_MAP">Unknown map.</option>
<option value="8" name="DECAL_0_MAP">For placing images on the object like stickers.</option>
<option value="9" name="DECAL_1_MAP">For placing images on the object like stickers.</option>
<option value="10" name="DECAL_2_MAP">For placing images on the object like stickers.</option>
<option value="11" name="DECAL_3_MAP">For placing images on the object like stickers.</option>
</enum>
<enum name="KeyType" storage="uint">
The type of animation interpolation (blending) that will be used on the associated key frames.
<option value="1" name="LINEAR_KEY">Use linear interpolation.</option>
<option value="2" name="QUADRATIC_KEY">Use quadratic interpolation. Forward and back tangents will be stored.</option>
<option value="3" name="TBC_KEY">Use Tension Bias Continuity interpolation. Tension, bias, and continuity will be stored.</option>
<option value="4" name="XYZ_ROTATION_KEY">For use only with rotation data. Separate X, Y, and Z keys will be stored instead of using quaternions.</option>
<option value="5" name="UNKNOWN_KEY">Unknown. Step function?</option>
</enum>
<enum name="LightMode" storage="uint">
An unsigned 32-bit integer, describing how vertex colors influence lighting.
<option value="0" name="LIGHT_MODE_EMISSIVE">Emissive.</option>
<option value="1" name="LIGHT_MODE_EMI_AMB_DIF">Emissive + Ambient + Diffuse. (Default)</option>
</enum>
<enum name="HavokMaterial" storage="uint">
A material, used by havok shape objects.
<option value="0" name="HAV_MAT_STONE">Stone</option>
<option value="1" name="HAV_MAT_CLOTH">Cloth</option>
<option value="2" name="HAV_MAT_DIRT">Dirt</option>
<option value="3" name="HAV_MAT_GLASS">Glass</option>
<option value="4" name="HAV_MAT_GRASS">Grass</option>
<option value="5" name="HAV_MAT_METAL">Metal</option>
<option value="6" name="HAV_MAT_ORGANIC">Organic</option>
<option value="7" name="HAV_MAT_SKIN">Skin</option>
<option value="8" name="HAV_MAT_WATER">Water</option>
<option value="9" name="HAV_MAT_WOOD">Wood</option>
<option value="10" name="HAV_MAT_HEAVY_STONE">Heavy Stone</option>
<option value="11" name="HAV_MAT_HEAVY_METAL">Heavy Metal</option>
<option value="12" name="HAV_MAT_HEAVY_WOOD">Heavy Wood</option>
<option value="13" name="HAV_MAT_CHAIN">Chain</option>
<option value="14" name="HAV_MAT_SNOW">Snow</option>
<option value="15" name="HAV_MAT_STONE_STAIRS">Stone Stairs</option>
<option value="16" name="HAV_MAT_CLOTH_STAIRS">Cloth Stairs</option>
<option value="17" name="HAV_MAT_DIRT_STAIRS">Dirt Stairs</option>
<option value="18" name="HAV_MAT_GLASS_STAIRS">Glass Stairs</option>
<option value="19" name="HAV_MAT_GRASS_STAIRS">Grass Stairs</option>
<option value="20" name="HAV_MAT_METAL_STAIRS">Metal Stairs</option>
<option value="21" name="HAV_MAT_ORGANIC_STAIRS">Organic Stairs</option>
<option value="22" name="HAV_MAT_SKIN_STAIRS">Skin Stairs</option>
<option value="23" name="HAV_MAT_WATER_STAIRS">Water Stairs</option>
<option value="24" name="HAV_MAT_WOOD_STAIRS">Wood Stairs</option>
<option value="25" name="HAV_MAT_HEAVY_STONE_STAIRS">Heavy Stone Stairs</option>
<option value="26" name="HAV_MAT_HEAVY_METAL_STAIRS">Heavy Metal Stairs</option>
<option value="27" name="HAV_MAT_HEAVY_WOOD_STAIRS">Heavy Wood Stairs</option>
<option value="28" name="HAV_MAT_CHAIN_STAIRS">Chain Stairs</option>
<option value="29" name="HAV_MAT_SNOW_STAIRS">Snow Stairs</option>
<option value="30" name="HAV_MAT_ELEVATOR">Elevator</option>
</enum>
<enum name="OblivionLayer" storage="byte">
Sets mesh color in Oblivion Construction Set. Anything higher than 57 is also null.
<option value="0" name="OL_UNIDENTIFIED">Unidentified (white)</option>
<option value="1" name="OL_STATIC">Static (red)</option>
<option value="2" name="OL_ANIM_STATIC">AnimStatic (magenta)</option>
<option value="3" name="OL_TRANSPARENT">Transparent (light pink)</option>
<option value="4" name="OL_CLUTTER">Clutter (light blue)</option>
<option value="5" name="OL_WEAPON">Weapon (orange)</option>
<option value="6" name="OL_PROJECTILE">Projectile (light orange)</option>
<option value="7" name="OL_SPELL">Spell (cyan)</option>
<option value="8" name="OL_BIPED">Biped (green) Seems to apply to all creatures/NPCs</option>
<option value="9" name="OL_TREES">Trees (light brown)</option>
<option value="10" name="OL_PROPS">Props (magenta)</option>
<option value="11" name="OL_WATER">Water (cyan)</option>
<option value="12" name="OL_TRIGGER">Trigger (light grey)</option>
<option value="13" name="OL_TERRAIN">Terrain (light yellow)</option>
<option value="14" name="OL_TRAP">Trap (light grey)</option>
<option value="15" name="OL_NONCOLLIDABLE">NonCollidable (white)</option>
<option value="16" name="OL_CLOUD_TRAP">CloudTrap (greenish grey)</option>
<option value="17" name="OL_GROUND">Ground (none)</option>
<option value="18" name="OL_PORTAL">Portal (green)</option>
<option value="19" name="OL_STAIRS">Stairs (white)</option>
<option value="20" name="OL_CHAR_CONTROLLER">CharController (yellow)</option>
<option value="21" name="OL_AVOID_BOX">AvoidBox (dark yellow)</option>
<option value="22" name="OL_UNKNOWN1">? (white)</option>
<option value="23" name="OL_UNKNOWN2">? (white)</option>
<option value="24" name="OL_CAMERA_PICK">CameraPick (white)</option>
<option value="25" name="OL_ITEM_PICK">ItemPick (white)</option>
<option value="26" name="OL_LINE_OF_SIGHT">LineOfSight (white)</option>
<option value="27" name="OL_PATH_PICK">PathPick (white)</option>
<option value="28" name="OL_CUSTOM_PICK_1">CustomPick1 (white)</option>
<option value="29" name="OL_CUSTOM_PICK_2">CustomPick2 (white)</option>
<option value="30" name="OL_SPELL_EXPLOSION">SpellExplosion (white)</option>
<option value="31" name="OL_DROPPING_PICK">DroppingPick (white)</option>
<option value="32" name="OL_OTHER">Other (white)</option>
<option value="33" name="OL_HEAD">Head</option>
<option value="34" name="OL_BODY">Body</option>
<option value="35" name="OL_SPINE1">Spine1</option>
<option value="36" name="OL_SPINE2">Spine2</option>
<option value="37" name="OL_L_UPPER_ARM">LUpperArm</option>
<option value="38" name="OL_L_FOREARM">LForeArm</option>
<option value="39" name="OL_L_HAND">LHand</option>
<option value="40" name="OL_L_THIGH">LThigh</option>
<option value="41" name="OL_L_CALF">LCalf</option>
<option value="42" name="OL_L_FOOT">LFoot</option>
<option value="43" name="OL_R_UPPER_ARM">RUpperArm</option>
<option value="44" name="OL_R_FOREARM">RForeArm</option>
<option value="45" name="OL_R_HAND">RHand</option>
<option value="46" name="OL_R_THIGH">RThigh</option>
<option value="47" name="OL_R_CALF">RCalf</option>
<option value="48" name="OL_R_FOOT">RFoot</option>
<option value="49" name="OL_TAIL">Tail</option>
<option value="50" name="OL_SIDE_WEAPON">SideWeapon</option>
<option value="51" name="OL_SHIELD">Shield</option>
<option value="52" name="OL_QUIVER">Quiver</option>
<option value="53" name="OL_BACK_WEAPON">BackWeapon</option>
<option value="54" name="OL_BACK_WEAPON2">BackWeapon (?)</option>
<option value="55" name="OL_PONYTAIL">PonyTail</option>
<option value="56" name="OL_WING">Wing</option>
<option value="57" name="OL_NULL">Null</option>
</enum>
<enum name="MipMapFormat" storage="uint">
An unsigned 32-bit integer, describing how mipmaps are handled in a texture.
<option value="0" name="MIP_FMT_NO">Texture does not use mip maps.</option>
<option value="1" name="MIP_FMT_YES">Texture uses mip maps.</option>
<option value="2" name="MIP_FMT_DEFAULT">Use default setting.</option>
</enum>
<enum name="PixelFormat" storage="uint">
Specifies the pixel format used by the NiPixelData object to store a texture.
<option value="0" name="PX_FMT_RGB8">24-bit color: uses 8 bit to store each red, blue, and green component.</option>
<option value="1" name="PX_FMT_RGBA8">32-bit color with alpha: uses 8 bits to store each red, blue, green, and alpha component.</option>
<option value="2" name="PX_FMT_PAL8">8-bit palette index: uses 8 bits to store an index into the palette stored in a NiPalette object.</option>
<option value="4" name="PX_FMT_DXT1">DXT1 compressed texture.</option>
<option value="5" name="PX_FMT_DXT5">DXT5 compressed texture.</option>
<option value="6" name="PX_FMT_DXT5_ALT">DXT5 compressed texture. It is not clear what the difference is with PX_FMT_DXT5.</option>
</enum>
<enum name="PixelLayout" storage="uint">
An unsigned 32-bit integer, describing the color depth of a texture.
<option value="0" name="PIX_LAY_PALETTISED">Texture is in 8-bit paletized format.</option>
<option value="1" name="PIX_LAY_HIGH_COLOR_16">Texture is in 16-bit high color format.</option>
<option value="2" name="PIX_LAY_TRUE_COLOR_32">Texture is in 32-bit true color format.</option>
<option value="3" name="PIX_LAY_COMPRESSED">Texture is compressed.</option>
<option value="4" name="PIX_LAY_BUMPMAP">Texture is a grayscale bump map.</option>
<option value="5" name="PIX_LAY_PALETTISED_4">Texture is in 4-bit paletized format.</option>
<option value="6" name="PIX_LAY_DEFAULT">Use default setting.</option>
</enum>
<enum name="TexClampMode" storage="uint">
Specifies the availiable texture clamp modes. That is, the behavior of pixels outside the range of the texture.
<option value="0" name="CLAMP_S_CLAMP_T">Clamp in both directions.</option>
<option value="1" name="CLAMP_S_WRAP_T">Clamp in the S(U) direction but wrap in the T(V) direction.</option>
<option value="2" name="WRAP_S_CLAMP_T">Wrap in the S(U) direction but clamp in the T(V) direction.</option>
<option value="3" name="WRAP_S_WRAP_T">Wrap in both directions.</option>
</enum>
<enum name="TexFilterMode" storage="uint">
Specifies the availiable texture filter modes. That is, the way pixels within a texture are blended together when textures are displayed on the screen at a size other than their original dimentions.
<option value="0" name="FILTER_NEAREST">Simply uses the nearest pixel. Very grainy.</option>
<option value="1" name="FILTER_BILERP">Uses bilinear filtering.</option>
<option value="2" name="FILTER_TRILERP">Uses trilinear filtering.</option>
<option value="3" name="FILTER_NEAREST_MIPNEAREST">Uses the nearest pixel from the mipmap that is closest to the display size.</option>
<option value="4" name="FILTER_NEAREST_MIPLERP">Blends the two mipmaps closest to the display size linearly, and then uses the nearest pixel from the result.</option>
<option value="5" name="FILTER_BILERP_MIPNEAREST">Uses the closest mipmap to the display size and then uses bilinear filtering on the pixels.</option>
</enum>
<enum name="VertMode" storage="uint">
An unsigned 32-bit integer, which describes how to apply vertex colors.
<option value="0" name="VERT_MODE_SRC_IGNORE">Source Ignore.</option>
<option value="1" name="VERT_MODE_SRC_EMISSIVE">Source Emissive.</option>
<option value="2" name="VERT_MODE_SRC_AMB_DIF">Source Ambient/Diffuse. (Default)</option>
</enum>
<enum name="CycleType" storage="uint">
The animation cyle behavior.
<option value="0" name="CYCLE_LOOP">Loop</option>
<option value="1" name="CYCLE_REVERSE">Reverse</option>
<option value="2" name="CYCLE_CLAMP">Clamp</option>
</enum>
<enum name="FieldType" storage="uint">
The force field's type.
<option value="0" name="FIELD_WIND">Wind (fixed direction)</option>
<option value="1" name="FIELD_POINT">Point (fixed origin)</option>
</enum>
<enum name="BillboardMode" storage="ushort">
Determines the way the billboard will react to the camera.
<option value="0" name="ALWAYS_FACE_CAMERA">The billboard will always face the camera.</option>
<option value="1" name="ROTATE_ABOUT_UP">The billboard will only rotate around the up axis.</option>
<option value="2" name="RIGID_FACE_CAMERA">Rigid Face Camera.</option>
<option value="3" name="ALWAYS_FACE_CENTER">Always Face Center.</option>
<option value="4" name="RIGID_FACE_CENTER">Rigid Face Center.</option>
<option value="9" name="ROTATE_ABOUT_UP2">The billboard will only rotate around the up axis (same as ROTATE_ABOUT_UP?).</option>
</enum>
<enum name="StencilCompareMode" storage="uint">
This enum contains the options for doing stencil buffer tests.
<option value="0" name="TEST_NEVER">Test will allways return false. Nothing is drawn at all.</option>
<option value="1" name="TEST_LESS">The test will only succeed if the pixel is nearer than the previous pixel.</option>
<option value="2" name="TEST_EQUAL">Test will only succeed if the z value of the pixel to be drawn is equal to the value of the previous drawn pixel.</option>
<option value="3" name="TEST_LESS_EQUAL">Test will succeed if the z value of the pixel to be drawn is smaller than or equal to the value in the Stencil Buffer.</option>
<option value="4" name="TEST_GREATER">Opposite of TEST_LESS.</option>
<option value="5" name="TEST_NOT_EQUAL">Test will succeed if the z value of the pixel to be drawn is NOT equal to the value of the previously drawn pixel.</option>
<option value="6" name="TEST_GREATER_EQUAL">Opposite of TEST_LESS_EQUAL.</option>
<option value="7" name="TEST_ALWAYS">Test will allways succeed. The Stencil Buffer value is ignored.</option>
</enum>
<enum name="ZCompareMode" storage="uint">
This enum contains the options for doing z buffer tests.
<option value="0" name="ZCOMP_ALWAYS">Test will allways succeed. The Z Buffer value is ignored.</option>
<option value="1" name="ZCOMP_LESS">The test will only succeed if the pixel is nearer than the previous pixel.</option>
<option value="2" name="ZCOMP_EQUAL">Test will only succeed if the z value of the pixel to be drawn is equal to the value of the previous drawn pixel.</option>
<option value="3" name="ZCOMP_LESS_EQUAL">Test will succeed if the z value of the pixel to be drawn is smaller than or equal to the value in the Z Buffer.</option>
<option value="4" name="ZCOMP_GREATER">Opposite of TEST_LESS.</option>
<option value="5" name="ZCOMP_NOT_EQUAL">Test will succeed if the z value of the pixel to be drawn is NOT equal to the value of the previously drawn pixel.</option>
<option value="6" name="ZCOMP_GREATER_EQUAL">Opposite of TEST_LESS_EQUAL.</option>
<option value="7" name="ZCOMP_NEVER">Test will allways return false. Nothing is drawn at all.</option>
</enum>
<enum name="StencilAction" storage="uint">
This enum defines the various actions used in conjunction with the stencil buffer.
For a detailed description of the individual options please refer to the OpenGL docs.
<option value="0" name="ACTION_KEEP" />
<option value="1" name="ACTION_ZERO" />
<option value="2" name="ACTION_REPLACE" />
<option value="3" name="ACTION_INCREMENT" />
<option value="4" name="ACTION_DECREMENT" />
<option value="5" name="ACTION_INVERT" />
</enum>
<enum name="FaceDrawMode" storage="uint">
This enum lists the different face culling options.
<option value="0" name="DRAW_CCW_OR_BOTH">use application defaults?</option>
<option value="1" name="DRAW_CCW">Draw counter clock wise faces, cull clock wise faces. This is the default for most (all?) Nif Games so far.</option>
<option value="2" name="DRAW_CW">Draw clock wise faces, cull counter clock wise faces. This will flip all the faces.</option>
<option value="3" name="DRAW_BOTH">Draw double sided faces.</option>
</enum>
<enum name="MotionSystem" storage="byte">
The motion system. 4 (Box) is used for everything movable. 7 (Keyframed) is used on statics and animated stuff.
<option value="0" name="MO_SYS_INVALID">Invalid</option>
<option value="1" name="MO_SYS_DYNAMIC">A fully-simulated, movable rigid body. At construction time the engine checks the input inertia and selects MO_SYS_SPHERE_INERTIA or MO_SYS_BOX_INERTIA as appropriate.</option>
<option value="2" name="MO_SYS_SPHERE">Simulation is performed using a sphere inertia tensor.</option>
<option value="3" name="MO_SYS_SPHERE_INERTIA">This is the same as MO_SYS_SPHERE_INERTIA, except that simulation of the rigid body is "softened".</option>
<option value="4" name="MO_SYS_BOX">Simulation is performed using a box inertia tensor.</option>
<option value="5" name="MO_SYS_BOX_STABILIZED">This is the same as MO_SYS_BOX_INERTIA, except that simulation of the rigid body is "softened".</option>
<option value="6" name="MO_SYS_KEYFRAMED">Simulation is not performed as a normal rigid body. The keyframed rigid body has an infinite mass when viewed by the rest of the system. (used for creatures)</option>
<option value="7" name="MO_SYS_FIXED">This motion type is used for the static elements of a game scene, e.g. the landscape. Faster than MO_SYS_KEYFRAMED at velocity 0. (used for weapons)</option>
<option value="8" name="MO_SYS_THIN_BOX">A box inertia motion which is optimized for thin boxes and has less stability problems</option>
<option value="9" name="MO_SYS_CHARACTER">A specialized motion used for character controllers</option>
</enum>
<enum name="DeactivatorType" storage="byte">
<option value="0" name="DEACTIVATOR_INVALID">Invalid</option>
<option value="1" name="DEACTIVATOR_NEVER">This will force the rigid body to never deactivate.</option>
<option value="2" name="DEACTIVATOR_SPATIAL">Tells Havok to use a spatial deactivation scheme. This makes use of high and low frequencies of positional motion to determine when deactivation should occur.</option>
</enum>
<enum name="SolverDeactivation" storage="byte">
A list of possible solver deactivation settings. This value defines how the
solver deactivates objects. The solver works on a per object basis.
Note: Solver deactivation does not save CPU, but reduces creeping of
movable objects in a pile quite dramatically.
<option value="0" name="SOLVER_DEACTIVATION_INVALID">Invalid</option>
<option value="1" name="SOLVER_DEACTIVATION_OFF">No solver deactivation</option>
<option value="2" name="SOLVER_DEACTIVATION_LOW">Very conservative deactivation, typically no visible artifacts.</option>
<option value="3" name="SOLVER_DEACTIVATION_MEDIUM">Normal deactivation, no serious visible artifacts in most cases</option>
<option value="4" name="SOLVER_DEACTIVATION_HIGH">Fast deactivation, visible artifacts</option>
<option value="5" name="SOLVER_DEACTIVATION_MAX">Very fast deactivation, visible artifacts</option>
</enum>
<enum name="MotionQuality" storage="byte">
The motion type. Determines quality of motion?
<option value="0" name="MO_QUAL_INVALID">Automatically assigned to MO_QUAL_FIXED, MO_QUAL_KEYFRAMED or MO_QUAL_DEBRIS</option>
<option value="1" name="MO_QUAL_FIXED">Use this for fixed bodies. </option>
<option value="2" name="MO_QUAL_KEYFRAMED">Use this for moving objects with infinite mass.</option>
<option value="3" name="MO_QUAL_DEBRIS">Use this for all your debris objects</option>
<option value="4" name="MO_QUAL_MOVING">Use this for moving bodies, which should not leave the world.</option>
<option value="5" name="MO_QUAL_CRITICAL">Use this for all objects, which you cannot afford to tunnel through the world at all</option>
<option value="6" name="MO_QUAL_BULLET">Use this for very fast objects </option>
<option value="7" name="MO_QUAL_USER">For user.</option>
<option value="8" name="MO_QUAL_CHARACTER">Use this for rigid body character controllers</option>
<option value="9" name="MO_QUAL_KEYFRAMED_REPORT">
Use this for moving objects with infinite mass which should report contact points and Toi-collisions against all other bodies, including other fixed and keyframed bodies.
</option>
</enum>
<enum name="ForceType" storage="uint">
The type of force? May be more valid values.
<option value="0" name="FORCE_PLANAR"></option>
<option value="1" name="FORCE_SPHERICAL"></option>
<option value="2" name="FORCE_UNKNOWN"></option>
</enum>
<enum name="TexTransform" storage="uint">
Determines how a NiTextureTransformController animates the UV coordinates.
<option value="0" name="TT_TRANSLATE_U">Means this controller moves the U texture cooridnates.</option>
<option value="1" name="TT_TRANSLATE_V">Means this controller moves the V texture cooridnates.</option>
<option value="2" name="TT_ROTATE">Means this controller roates the UV texture cooridnates.</option>
<option value="3" name="TT_SCALE_U">Means this controller scales the U texture cooridnates.</option>
<option value="4" name="TT_SCALE_V">Means this controller scales the V texture cooridnates.</option>
</enum>
<enum name="DecayType" storage="uint">
Determines decay function. Used by NiPSysBombModifier.
<option value="0" name="DECAY_NONE">No decay.</option>
<option value="1" name="DECAY_LINEAR">Linear decay.</option>
<option value="2" name="DECAY_EXPONENTIAL">Exponential decay.</option>
</enum>
<enum name="SymmetryType" storage="uint">
Determines symetry type used by NiPSysBombModifier.
<option value="0" name="SPHERICAL_SYMMETRY">Spherical Symmetry.</option>
<option value="1" name="CYLINDRICAL_SYMMETRY">Cylindrical Symmetry.</option>
<option value="2" name="PLANAR_SYMMETRY">Planar Symmetry.</option>
</enum>
<enum name="VelocityType" storage="uint">
Controls the way the a particle mesh emitter determines the starting speed and direction of the particles that are emitted.
<option value="0" name="VELOCITY_USE_NORMALS">Uses the normals of the meshes to determine staring velocity.</option>
<option value="1" name="VELOCITY_USE_RANDOM">Starts particles with a random velocity.</option>
<option value="2" name="VELOCITY_USE_DIRECTION">Uses the emission axis to determine initial particle direction?</option>
</enum>
<enum name="EmitFrom" storage="uint">
Controls which parts of the mesh that the particles are emitted from.
<option value="0" name="EMIT_FROM_VERTICES">Emit particles from the vertices of the mesh.</option>
<option value="1" name="EMIT_FROM_FACE_CENTER">Emit particles from the center of the faces of the mesh.</option>
<option value="2" name="EMIT_FROM_EDGE_CENTER">Emit particles from the center of the edges of the mesh.</option>
<option value="3" name="EMIT_FROM_FACE_SURFACE">Perhaps randomly emit particles from anywhere on the faces of the mesh?</option>
<option value="4" name="EMIT_FROM_EDGE_SURFACE">Perhaps randomly emit particles from anywhere on the edges of the mesh?</option>
</enum>
<enum name="EffectType" storage="uint">
The type of information that's store in a texture used by a NiTextureEffect.
<option value="0" name="EFFECT_PROJECTED_LIGHT">Apply a projected light texture.</option>
<option value="1" name="EFFECT_PROJECTED_SHADOW">Apply a projected shaddow texture.</option>
<option value="2" name="EFFECT_ENVIRONMENT_MAP">Apply an environment map texture.</option>
<option value="3" name="EFFECT_FOG_MAP">Apply a fog map texture.</option>
</enum>
<enum name="CoordGenType" storage="uint">
Determines the way that UV texture coordinates are generated.
<option value="0" name="CG_WORLD_PARALLEL">Use plannar mapping.</option>
<option value="1" name="CG_WORLD_PERSPECTIVE">Use perspective mapping.</option>
<option value="2" name="CG_SPHERE_MAP">Use spherical mapping.</option>
<option value="3" name="CG_SPECULAR_CUBE_MAP">Use specular cube mapping.</option>
<option value="4" name="CG_DIFFUSE_CUBE_MAP">Use Diffuse cube mapping.</option>
</enum>
<enum name="EndianType" storage="byte">
<option value="0" name="ENDIAN_BIG">The numbers are stored in big endian format, such as those used by PowerPC Mac processors.</option>
<option value="1" name="ENDIAN_LITTLE">The numbers are stored in little endian format, such as those used by Intel and AMD x86 processors.</option>
</enum>
<enum name="TargetColor" storage="ushort">
Used by NiPoint3InterpControllers to select which type of color in the controlled object that will be animated.
<option value="0" name="TC_AMBIENT">Control the ambient color.</option>
<option value="1" name="TC_DIFFUSE">Control the diffuse color.</option>
<option value="2" name="TC_SPECULAR">Control the specular color.</option>
<option value="3" name="TC_SELF_ILLUM">Control the self illumination color.</option>
</enum>
<enum name="ConsistencyType" storage="ushort">
Used by NiGeometryData to control the volatility of the mesh. While they appear to be flags they behave as an enum.
<option value="0x0000" name="CT_MUTABLE">Mutable Mesh</option>
<option value="0x4000" name="CT_STATIC">Static Mesh</option>
<option value="0x8000" name="CT_VOLATILE">Volatile Mesh</option>
</enum>
<enum name="SortingMode" storage="uint">
<option value="0" name="SORTING_INHERIT">Inherit</option>
<option value="1" name="SORTING_OFF">Disable</option>
</enum>
<enum name="PropagationMode" storage="uint">
<option value="0" name="PROPAGATE_ON_SUCCESS">On Success</option>
<option value="1" name="PROPAGATE_ON_FAILURE">On Failure</option>
<option value="2" name="PROPAGATE_ALWAYS">Always</option>
<option value="3" name="PROPAGATE_NEVER">Never</option>
</enum>
<enum name="CollisionMode" storage="uint">
<option value="0" name="CM_USE_OBB">Use Bounding Box</option>
<option value="1" name="CM_USE_TRI">Use Triangles</option>
<option value="2" name="CM_USE_ABV">Use Alternate Bounding Volumes</option>
<option value="3" name="CM_NOTEST">No Test</option>
<option value="4" name="CM_USE_NIBOUND">Use NiBound</option>
</enum>
<enum name="BoundVolumeType" storage="uint">
<option value="-1" name="BASE_BV">Default</option>
<option value="0" name="SPHERE_BV">Sphere</option>
<option value="1" name="BOX_BV">Box</option>
<option value="2" name="CAPSULE_BV">Capsule</option>
<option value="4" name="UNION_BV">Union</option>
<option value="5" name="HALFSPACE_BV">Half Space</option>
</enum>
<enum name="hkResponseType" storage="byte">
<option value="0" name="RESPONSE_INVALID">Invalid Response</option>
<option value="1" name="RESPONSE_SIMPLE_CONTACT">Do normal collision resolution</option>
<option value="2" name="RESPONSE_REPORTING">No collision resolution is performed but listeners are called</option>
<option value="3" name="RESPONSE_NONE">Do nothing, ignore all the results.</option>
</enum>
<enum name="BSDismemberBodyPartType" storage="ushort">
<option value="0" name="BP_TORSO">Torso</option>
<option value="1" name="BP_HEAD">Head</option>
<option value="2" name="BP_HEAD2">Head 2</option>
<option value="3" name="BP_LEFTARM">Left Arm</option>
<option value="4" name="BP_LEFTARM2">Left Arm 2</option>
<option value="5" name="BP_RIGHTARM">Right Arm</option>
<option value="6" name="BP_RIGHTARM2">Right Arm 2</option>
<option value="7" name="BP_LEFTLEG">Left Leg</option>
<option value="8" name="BP_LEFTLEG2">Left Leg 2</option>
<option value="9" name="BP_LEFTLEG3">Left Leg 3</option>
<option value="10" name="BP_RIGHTLEG">Right Leg</option>
<option value="11" name="BP_RIGHTLEG2">Right Leg 2</option>
<option value="12" name="BP_RIGHTLEG3">Right Leg 3</option>
<option value="13" name="BP_BRAIN">Brain</option>
<option value="101" name="BP_SECTIONCAP_HEAD">Section Cap | Head</option>
<option value="102" name="BP_SECTIONCAP_HEAD2">Section Cap | Head 2</option>
<option value="103" name="BP_SECTIONCAP_LEFTARM">Section Cap | Left Arm</option>
<option value="104" name="BP_SECTIONCAP_LEFTARM2">Section Cap | Left Arm 2</option>
<option value="105" name="BP_SECTIONCAP_RIGHTARM">Section Cap | Right Arm</option>
<option value="106" name="BP_SECTIONCAP_RIGHTARM2">Section Cap | Right Arm 2</option>
<option value="107" name="BP_SECTIONCAP_LEFTLEG">Section Cap | Left Leg</option>
<option value="108" name="BP_SECTIONCAP_LEFTLEG2">Section Cap | Left Leg 2</option>
<option value="109" name="BP_SECTIONCAP_LEFTLEG3">Section Cap | Left Leg 3</option>
<option value="110" name="BP_SECTIONCAP_RIGHTLEG">Section Cap | Right Leg</option>
<option value="111" name="BP_SECTIONCAP_RIGHTLEG2">Section Cap | Right Leg 2</option>
<option value="112" name="BP_SECTIONCAP_RIGHTLEG3">Section Cap | Right Leg 3</option>
<option value="113" name="BP_SECTIONCAP_BRAIN">Section Cap | Brain</option>
<option value="201" name="BP_TORSOCAP_HEAD">Torso Cap | Head</option>
<option value="202" name="BP_TORSOCAP_HEAD2">Torso Cap | Head 2</option>
<option value="203" name="BP_TORSOCAP_LEFTARM">Torso Cap | Left Arm</option>
<option value="204" name="BP_TORSOCAP_LEFTARM2">Torso Cap | Left Arm 2</option>
<option value="205" name="BP_TORSOCAP_RIGHTARM">Torso Cap | Right Arm</option>
<option value="206" name="BP_TORSOCAP_RIGHTARM2">Torso Cap | Right Arm 2</option>
<option value="207" name="BP_TORSOCAP_LEFTLEG">Torso Cap | Left Leg</option>
<option value="208" name="BP_TORSOCAP_LEFTLEG2">Torso Cap | Left Leg 2</option>
<option value="209" name="BP_TORSOCAP_LEFTLEG3">Torso Cap | Left Leg 3</option>
<option value="210" name="BP_TORSOCAP_RIGHTLEG">Torso Cap | Right Leg</option>
<option value="211" name="BP_TORSOCAP_RIGHTLEG2">Torso Cap | Right Leg 2</option>
<option value="212" name="BP_TORSOCAP_RIGHTLEG3">Torso Cap | Right Leg 3</option>
<option value="213" name="BP_TORSOCAP_BRAIN">Torso Cap | Brain</option>
<option value="1000" name="BP_TORSOSECTION_HEAD">Torso Section | Head</option>
<option value="2000" name="BP_TORSOSECTION_HEAD2">Torso Section | Head 2</option>
<option value="3000" name="BP_TORSOSECTION_LEFTARM">Torso Section | Left Arm</option>
<option value="4000" name="BP_TORSOSECTION_LEFTARM2">Torso Section | Left Arm 2</option>
<option value="5000" name="BP_TORSOSECTION_RIGHTARM">Torso Section | Right Arm</option>
<option value="6000" name="BP_TORSOSECTION_RIGHTARM2">Torso Section | Right Arm 2</option>
<option value="7000" name="BP_TORSOSECTION_LEFTLEG">Torso Section | Left Leg</option>
<option value="8000" name="BP_TORSOSECTION_LEFTLEG2">Torso Section | Left Leg 2</option>
<option value="9000" name="BP_TORSOSECTION_LEFTLEG3">Torso Section | Left Leg 3</option>
<option value="10000" name="BP_TORSOSECTION_RIGHTLEG">Torso Section | Right Leg</option>
<option value="11000" name="BP_TORSOSECTION_RIGHTLEG2">Torso Section | Right Leg 2</option>
<option value="12000" name="BP_TORSOSECTION_RIGHTLEG3">Torso Section | Right Leg 3</option>
<option value="13000" name="BP_TORSOSECTION_BRAIN">Torso Section | Brain</option>
</enum>
<!--Compounds
These are like C structures and are used as sub-parts of more complex
classes when there are multiple pieces of data repeated in an array.-->
<compound name="SizedString" niflibtype="string" nifskopetype="sizedstring">
A string of given length.
<add name="Length" type="uint">The string length.</add>
<add name="Value" type="char" arr1="Length">The string itself.</add>
</compound>
<compound name="string" niflibtype="IndexString" nifskopetype="string">
A string type.
<add name="String" type="SizedString" ver2="20.0.0.5">The normal string.</add>
<add name="Index" type="StringIndex" ver1="20.1.0.3">The string index.</add>
</compound>
<compound name="ByteArray" nifskopetype="bytearray">
An array of bytes.
<add name="Data Size" type="uint">The number of bytes in this array</add>
<add name="Data" type="byte" arr1="Data Size">The bytes which make up the array</add>
</compound>
<compound name="ByteMatrix" nifskopetype="bytematrix">
An array of bytes.
<add name="Data Size 1" type="uint">The number of bytes in this array</add>
<add name="Data Size 2" type="uint">The number of bytes in this array</add>
<add name="Data" type="byte" arr1="Data Size 2" arr2="Data Size 1">The bytes which make up the array</add>
</compound>
<compound name="Color3" niflibtype="Color3" nifskopetype="color3">
A color without alpha (red, green, blue).
<add name="r" type="float">Red color component.</add>
<add name="g" type="float">Green color component.</add>
<add name="b" type="float">Blue color component.</add>
</compound>
<compound name="ByteColor3"><!-- niflibtype="Color3" nifskopetype="color3" -->
A color without alpha (red, green, blue).
<add name="r" type="byte">Red color component.</add>
<add name="g" type="byte">Green color component.</add>
<add name="b" type="byte">Blue color component.</add>
</compound>
<compound name="Color4" niflibtype="Color4" nifskopetype="color4">
A color with alpha (red, green, blue, alpha).
<add name="r" type="float">Red component.</add>
<add name="g" type="float">Green component.</add>
<add name="b" type="float">Blue component.</add>
<add name="a" type="float">Alpha.</add>
</compound>
<compound name="ByteColor4"><!-- niflibtype="Color4" nifskopetype="color4" -->
A color with alpha (red, green, blue, alpha).
<add name="r" type="byte">Red color component.</add>
<add name="g" type="byte">Green color component.</add>
<add name="b" type="byte">Blue color component.</add>
<add name="a" type="byte">Alpha color component.</add>
</compound>
<compound name="FilePath" niflibtype="IndexString" nifskopetype="filepath">
A string that contains the path to a file.
<add name="String" type="SizedString" ver2="20.0.0.5">The normal string.</add>
<add name="Index" type="StringIndex" ver1="20.1.0.3">The string index.</add>
</compound>
<compound name="Footer">
The NIF file footer.
<add name="Num Roots" type="uint" ver1="3.3.0.13">The number of root references.</add>
<add name="Roots" type="Ref" template="NiObject" arr1="Num Roots" ver1="3.3.0.13">List of root NIF objects. If there is a camera, for 1st person view, then this NIF object is referred to as well in this list, even if it is not a root object (usually we want the camera to be attached to the Bip Head node).</add>
</compound>
<compound name="LODRange">
The distance range where a specific level of detail applies.
<add name="Near Extent" type="float">Begining of range.</add>
<add name="Far Extent" type="float">End of Range.</add>
<add name="Unknown Ints" type="uint" arr1="3" ver2="3.1">Unknown (0,0,0).</add>
</compound>
<compound name="MatchGroup">
Group of vertex indices of vertices that match.
<add name="Num Vertices" type="ushort">Number of vertices in this group.</add>
<add name="Vertex Indices" type="ushort" arr1="Num Vertices">The vertex indices.</add>
</compound>
<compound name="Vector3" niflibtype="Vector3" nifskopetype="vector3">
A vector in 3D space (x,y,z).
<add name="x" type="float">First coordinate.</add>
<add name="y" type="float">Second coordinate.</add>
<add name="z" type="float">Third coordinate.</add>
</compound>
<compound name="Vector4" niflibtype="Vector4" nifskopetype="vector4">
A 4-dimensional vector.
<add name="x" type="float">First coordinate.</add>
<add name="y" type="float">Second coordinate.</add>
<add name="z" type="float">Third coordinate.</add>
<add name="w" type="float">Fourth coordinate.</add>
</compound>
<compound name="Quaternion" niflibtype="Quaternion" nifskopetype="quaternion">
A quaternion.
<add name="w" type="float" default="1.0">The w-coordinate.</add>
<add name="x" type="float" default="0.0">The x-coordinate.</add>
<add name="y" type="float" default="0.0">The y-coordinate.</add>
<add name="z" type="float" default="0.0">The z-coordinate.</add>
</compound>
<compound name="QuaternionXYZW" nifskopetype="quaternion_xyzw">
A quaternion as it appears in the havok objects.
<add name="x" type="float" default="0.0">The x-coordinate.</add>
<add name="y" type="float" default="0.0">The y-coordinate.</add>
<add name="z" type="float" default="0.0">The z-coordinate.</add>
<add name="w" type="float" default="1.0">The w-coordinate.</add>
</compound>
<compound name="Matrix22" niflibtype="Matrix22">
A 2x2 matrix of float values. Stored in OpenGL column-major format.
<add name="m11" type="float" default="1.0">Member 1,1 (top left)</add>
<add name="m21" type="float" default="0.0">Member 2,1 (bottom left)</add>
<add name="m12" type="float" default="0.0">Member 1,2 (top right)</add>
<add name="m22" type="float" default="1.0">Member 2,2 (bottom right)</add>
</compound>
<compound name="Matrix33" niflibtype="Matrix33" nifskopetype="matrix33">
A 3x3 rotation matrix; M^T M=identity, det(M)=1. Stored in OpenGL column-major format.
<add name="m11" type="float" default="1.0">Member 1,1 (top left)</add>
<add name="m21" type="float" default="0.0">Member 2,1</add>
<add name="m31" type="float" default="0.0">Member 3,1 (bottom left)</add>
<add name="m12" type="float" default="0.0">Member 1,2</add>
<add name="m22" type="float" default="1.0">Member 2,2</add>
<add name="m32" type="float" default="0.0">Member 3,2</add>
<add name="m13" type="float" default="0.0">Member 1,3 (top right)</add>
<add name="m23" type="float" default="0.0">Member 2,3</add>
<add name="m33" type="float" default="1.0">Member 3,3 (bottom left)</add>
</compound>
<compound name="Matrix44" niflibtype="Matrix44" nifskopetype="matrix44">
A 4x4 transformation matrix.
<add name="m11" type="float" default="1.0">The (1,1) element.</add>
<add name="m21" type="float" default="0.0">The (2,1) element.</add>
<add name="m31" type="float" default="0.0">The (3,1) element.</add>
<add name="m41" type="float" default="0.0">The (4,1) element.</add>
<add name="m12" type="float" default="0.0">The (1,2) element.</add>
<add name="m22" type="float" default="1.0">The (2,2) element.</add>
<add name="m32" type="float" default="0.0">The (3,2) element.</add>
<add name="m42" type="float" default="0.0">The (4,2) element.</add>
<add name="m13" type="float" default="0.0">The (1,3) element.</add>
<add name="m23" type="float" default="0.0">The (2,3) element.</add>
<add name="m33" type="float" default="1.0">The (3,3) element.</add>
<add name="m43" type="float" default="0.0">The (4,3) element.</add>
<add name="m14" type="float" default="0.0">The (1,4) element.</add>
<add name="m24" type="float" default="0.0">The (2,4) element.</add>
<add name="m34" type="float" default="0.0">The (3,4) element.</add>
<add name="m44" type="float" default="1.0">The (4,4) element.</add>
</compound>
<compound name="MipMap">
Description of a MipMap within a NiPixelData object.
<add name="Width" type="uint">Width of the mipmap image.</add>
<add name="Height" type="uint">Height of the mipmap image.</add>
<add name="Offset" type="uint">Offset into the pixel data array where this mipmap starts.</add>
</compound>
<compound name="NodeGroup">
A group of NiNodes references.
<add name="Num Nodes" type="uint">Number of node references that follow.</add>
<add name="Nodes" type="Ptr" template="NiNode" arr1="Num Nodes">The list of NiNode references.</add>
</compound>
<compound name="ns keylin" istemplate="1">
Linear key type (!!! for NifSkope optimizer only, use key, keyrot, or keyvec for regular use).
<add name="Time" type="float">Key time.</add>
<add name="Value" type="TEMPLATE">The key value.</add>
</compound>
<compound name="ns keyarray" istemplate="1">
Array of keys, not interpolated (!!! for NifSkope only, use keyarray for regular use).
<add name="Num Keys" type="uint">Number of keys.</add>
<add name="Keys" type="ns keylin" template="TEMPLATE" arr1="Num Keys">The keys.</add>
</compound>
<compound name="ns keytan" istemplate="1">
Key with tangents (!!! for NifSkope only, use keyvec instead for regular purposes).
<add name="Time" type="float">The key time.</add>
<add name="Value" type="TEMPLATE">The key value.</add>
<add name="Forward" type="TEMPLATE">Forward tangent.</add>
<add name="Backward" type="TEMPLATE">Backward tangent.</add>
</compound>
<compound name="ShortString" ver1="10.1.0.0" niflibtype="ShortString" nifskopetype="shortstring">
Another string format, for short strings. Specific to Bethesda-specific header tags.
<add name="Length" type="byte">The string length.</add>
<add name="Value" type="char" arr1="Length">The string itself, null terminated (the null terminator is taken into account in the length byte).</add>
</compound>
<compound name="SkinShape">
Reference to shape and skin instance.
<add name="Shape" type="Ptr" template="NiTriBasedGeom">The shape.</add>
<add name="Skin Instance" type="Ref" template="NiSkinInstance">Skinning instance for the shape?</add>
</compound>
<compound name="SkinShapeGroup" ver1="10.0.1.0">
Unknown.
<add name="Num Link Pairs" type="uint">Counts unknown.</add>
<add name="Link Pairs" type="SkinShape" arr1="Num Link Pairs">
First link is a NiTriShape object.
Second link is a NiSkinInstance object.
</add>
</compound>
<compound name="SkinWeight">
A weighted vertex.
<add name="Index" type="ushort">The vertex index, in the mesh.</add>
<add name="Weight" type="float">The vertex weight - between 0.0 and 1.0</add>
</compound>
<compound name="AVObject">
Used in NiDefaultAVObjectPalette.
<add name="Name" type="SizedString">Object name.</add>
<add name="AV Object" type="Ptr" template="NiAVObject">Object reference.</add>
</compound>
<compound name="ControllerLink" ver1="10.2.0.0">
In a .kf file, this links to a controllable object, via its name (or for version 10.2.0.0 and up, a link and offset to a NiStringPalette that contains the name), and a sequence of interpolators that apply to this controllable object, via links.
<add name="Target Name" type="string" ver2="10.1.0.0">Name of a controllable object in another NIF file.</add>
<add name="Controller" type="Ref" template="NiTimeController" ver2="10.1.0.0">Link to a controller.</add>
<add name="Interpolator" type="Ref" template="NiInterpolator" ver1="10.1.0.106">Link to an interpolator.</add>
<add name="Controller" type="Ref" template="NiTimeController" ver1="10.1.0.106">Unknown link. Usually -1.</add>
<add name="Unknown Link 2" type="Ref" template="NiObject" ver1="10.1.0.106" ver2="10.1.0.106">Unknown.</add>
<add name="Unknown Short 0" type="ushort" ver1="10.1.0.106" ver2="10.1.0.106">Unknown.</add>
<add name="Priority" type="byte" ver1="10.1.0.106" vercond="(User Version == 10) || (User Version == 11)">Idle animations tend to have low values for this, and NIF objects that have high values tend to correspond with the important parts of the animation.</add>
<add name="String Palette" type="Ref" template="NiStringPalette" ver1="10.2.0.0" ver2="20.0.0.5">Refers to the NiStringPalette which contains the name of the controlled NIF object.</add>
<add name="Node Name" type="string" ver1="10.1.0.106" ver2="10.1.0.106">The name of the animated node.</add>
<add name="Node Name" type="string" ver1="20.1.0.3">The name of the animated node.</add>
<add name="Node Name Offset" type="StringOffset" ver1="10.2.0.0" ver2="20.0.0.5">Offset in the string palette where the name of the controlled node (NiNode, NiTriShape, ...) starts.</add>
<add name="Property Type" type="string" ver1="10.1.0.106" ver2="10.1.0.106">Name of the property (NiMaterialProperty, ...), if this controller controls a property.</add>
<add name="Property Type" type="string" ver1="20.1.0.3">Name of the property (NiMaterialProperty, ...), if this controller controls a property.</add>
<add name="Property Type Offset" type="StringOffset" ver1="10.2.0.0" ver2="20.0.0.5">Offset in the string palette where the property (NiMaterialProperty, ...) starts, if this controller controls a property. Otherwise, -1.</add>
<add name="Controller Type" type="string" ver1="10.1.0.106" ver2="10.1.0.106">Probably the object type name of the controller in the NIF file that is child of the controlled object.</add>
<add name="Controller Type" type="string" ver1="20.1.0.3">Probably the object type name of the controller in the NIF file that is child of the controlled object.</add>
<add name="Controller Type Offset" type="StringOffset" ver1="10.2.0.0" ver2="20.0.0.5">Apparently the offset in the string palette of some type of controller related to Interpolator (for example, a 'NiTransformInterpolator' will have here a 'NiTransformController', etc.). Sometimes the type of controller that links to the interpolator. Probably it refers to the controller in the NIF file that is child of the controlled object, via its type name.</add>
<add name="Variable 1" type="string" ver1="10.1.0.106" ver2="10.1.0.106">Some variable string (such as 'SELF_ILLUM', '0-0-TT_TRANSLATE_U', 'tongue_out', etc.).</add>
<add name="Variable 1" type="string" ver1="20.1.0.3">Some variable string (such as 'SELF_ILLUM', '0-0-TT_TRANSLATE_U', 'tongue_out', etc.).</add>
<add name="Variable 1 Offset" type="StringOffset" ver1="10.2.0.0" ver2="20.0.0.5">Offset in the string palette where some variable string starts (such as 'SELF_ILLUM', '0-0-TT_TRANSLATE_U', 'tongue_out', etc.). Usually, -1.</add>
<add name="Variable 2" type="string" ver1="10.1.0.106" ver2="10.1.0.106">Another variable string, apparently used for particle system controllers.</add>
<add name="Variable 2" type="string" ver1="20.1.0.3">Another variable string, apparently used for particle system controllers.</add>
<add name="Variable 2 Offset" type="StringOffset" ver1="10.2.0.0" ver2="20.0.0.5">Offset in the string palette where some variable string starts (so far only 'EmitterActive' and 'BirthRate' have been observed in official files, used for particle system controllers). Usually, -1.</add>
</compound>
<compound name="ExportInfo" ver1="10.0.1.2">
<add name="Unknown" type="uint" ver2="10.0.1.2" default="3">Probably the number of strings that follow.</add>
<add name="Creator" type="ShortString">Could be the name of the creator of the NIF file?</add>
<add name="Export Info 1" type="ShortString">Unknown. Can be something like 'TriStrip Process Script'.</add>
<add name="Export Info 2" type="ShortString">Unknown. Possibly the selected option of the export script. Can be something like 'Default Export Script'.</add>
</compound>
<!-- Don't use vercond in Header, it breaks niflib -->
<compound name="Header">
The NIF file header.
<add name="Header String" type="HeaderString">'NetImmerse File Format x.x.x.x' (versions <= 10.0.1.2) or 'Gamebryo File Format x.x.x.x' (versions >= 10.1.0.0), with x.x.x.x the version written out. Ends with a newline character (0x0A).</add>
<add name="Copyright" type="LineString" arr1="3" ver2="3.1" />
<add name="Version" type="FileVersion" default="0x04000002" ver1="3.3.0.13">The NIF version, in hexadecimal notation: 0x04000002, 0x0401000C, 0x04020002, 0x04020100, 0x04020200, 0x0A000100, 0x0A010000, 0x0A020000, 0x14000004, ...</add>
<add name="Endian Type" type="EndianType" default="ENDIAN_LITTLE" ver1="20.0.0.4">Determines the endianness of the data in the file.</add>
<add name="User Version" type="uint" ver1="10.1.0.0">An extra version number, for companies that decide to modify the file format.</add>
<add name="Num Blocks" type="uint" ver1="3.3.0.13">Number of file objects.</add>
<add name="User Version 2" type="uint" default="0" cond="(User Version == 10) || (User Version == 11)" ver1="10.1.0.0">This also appears to be the extra user version number and must be set in some circumstances. Probably used by Bethesda to denote the Havok version.</add>
<add name="Unknown Int 3" type="uint" default="0" ver1="30.0.0.2">Unknown. Possibly User Version 2?</add>
<add name="Export Info" type="ExportInfo" ver1="10.0.1.2" ver2="10.0.1.2" />
<add name="Export Info" type="ExportInfo" ver1="10.1.0.0" cond="(User Version == 10) || (User Version == 11)" />
<add name="Num Block Types" type="ushort" ver1="10.0.1.0">Number of object types in this NIF file.</add>
<add name="Block Types" type="SizedString" arr1="Num Block Types" ver1="10.0.1.0">List of all object types used in this NIF file.</add>
<add name="Block Type Index" type="BlockTypeIndex" arr1="Num Blocks" ver1="10.0.1.0">Maps file objects on their corresponding type: first file object is of type object_types[object_type_index[0]], the second of object_types[object_type_index[1]], etc.</add>
<add name="Block Size" type="uint" arr1="Num Blocks" ver1="20.2.0.7">Array of block sizes?</add>
<add name="Num Strings" type="uint" ver1="20.1.0.3">Number of strings.</add>
<add name="Max String Length" type="uint" ver1="20.1.0.3">Maximum string length.</add>
<add name="Strings" type="SizedString" arr1="Num Strings" ver1="20.1.0.3">Strings.</add>
<add name="Unknown Int 2" type="uint" default="0" ver1="10.0.1.0">Unknown.</add>
</compound>
<compound name="StringPalette" nifskopetype="stringpalette">
A list of \\0 terminated strings.
<add name="Palette" type="SizedString">A bunch of 0x00 seperated strings.</add>
<add name="Length" type="uint">Length of the palette string is repeated here.</add>
</compound>
<compound name="TBC" nifskopetype="vector3">
Tension, bias, continuity.
<add name="t" type="float">Tension.</add>
<add name="b" type="float">Bias.</add>
<add name="c" type="float">Continuity.</add>
</compound>
<compound name="Key" niflibtype="Key" istemplate="1">
A generic key with support for interpolation. Type 1 is normal linear interpolation, type 2 has forward and backward tangents, and type 3 has tension, bias and continuity arguments. Note that color4 and byte always seem to be of type 1.
<add name="Time" type="float">Time of the key.</add>
<add name="Value" type="TEMPLATE">The key value.</add>
<add name="Forward" type="TEMPLATE" cond="ARG == 2">Key forward tangent.</add>
<add name="Backward" type="TEMPLATE" cond="ARG == 2">The key backward tangent.</add>
<add name="TBC" type="TBC" cond="ARG == 3">The key's TBC.</add>
</compound>
<compound name="KeyGroup" istemplate="1">
Array of vector keys (anything that can be interpolated, except rotations).
<add name="Num Keys" type="uint">Number of keys in the array.</add>
<add name="Interpolation" type="KeyType" cond="Num Keys != 0">The key type.</add>
<add name="Keys" type="Key" arg="Interpolation" template="TEMPLATE" arr1="Num Keys">The keys.</add>
</compound>
<compound name="ns keytbc" istemplate="1">
A TBC key (!!! for NifSkope only, use keyvec for regular purposes).
<add name="Time" type="float">The key time.</add>
<add name="Value" type="TEMPLATE">The key value.</add>
<add name="TBC" type="TBC">Tension, bias, continuity.</add>
</compound>
<compound name="ns keyvecarray" istemplate="1">
Array of interpolable keys (!!! for NifSkope only, use keyvecarray for regular use).
<add name="Num Keys" type="uint">Number of keys.</add>
<add name="Key Type" type="uint" cond="Num Keys != 0">The key type (1, 2, or 3).</add>
<add name="Keys" type="ns keylin" template="TEMPLATE" arr1="Num Keys" cond="Key Type == 1">Linearly interpolated keys.</add>
<add name="Keys" type="ns keytan" template="TEMPLATE" arr1="Num Keys" cond="Key Type == 2">Interpolated keys, using tangents.</add>
<add name="Keys" type="ns keytbc" template="TEMPLATE" arr1="Num Keys" cond="Key Type == 3">Keys, interpolated with tension, bias, continuity.</add>
<add name="Keys" type="ns keylin" template="TEMPLATE" arr1="Num Keys" cond="Key Type == 5">Another type of linear key?</add>
</compound>
<compound name="ns keyrotsub">
Rotation subkey (!!! Nifskope only).
<add name="Time" type="float" ver2="10.1.0.0">Time.</add>
<add name="Sub Keys" type="ns keyvecarray" template="float" arr1="3">The sub keys, one for every axis.</add>
</compound>
<compound name="ns keyrotarray" istemplate="1">
Array of rotation keys (!!! for NifSkope only, use keyrotarray for regular use).
<add name="Num Keys" type="uint">Number of rotation keys.</add>
<add name="Key Type" type="uint" cond="Num Keys != 0">The key type (1, 2, 3, or 4).</add>
<add name="Keys" type="ns keylin" template="TEMPLATE" arr1="Num Keys" cond="Key Type == 1">Linear keys.</add>
<add name="Keys" type="ns keylin" template="TEMPLATE" arr1="Num Keys" cond="Key Type == 2">Linear keys (yes, rotations don't have type 2 tangent keys!).</add>
<add name="Keys" type="ns keytbc" template="TEMPLATE" arr1="Num Keys" cond="Key Type == 3">TBC keys.</add>
<add name="Keys Sub" type="ns keyrotsub" arr1="Num Keys" cond="Key Type == 4">Special rotation keys (3 float arrays, one for each axis).</add>
</compound>
<compound name="ns keyvecarraytyp" istemplate="1">
Array of interpolable keys (!!! for NifSkope only, use keyvecarraytyp for regular use)
<add name="Num Keys" type="uint">Number of keys</add>
<add name="Key Type" type="uint">The key type (1, 2, 3)</add>
<add name="Keys" type="ns keylin" template="TEMPLATE" arr1="Num Keys" cond="Key Type == 1">Linearly interpolated keys.</add>
<add name="Keys" type="ns keytan" template="TEMPLATE" arr1="Num Keys" cond="Key Type == 2">Interpolated keys, using tangents.</add>
<add name="Keys" type="ns keytbc" template="TEMPLATE" arr1="Num Keys" cond="Key Type == 3">Keys, interpolated with tension, bias, continuity.</add>
</compound>
<compound name="QuatKey" niflibtype="Key" istemplate="1"><!-- TEMPLATE should always be Quaternion -->
A special version of the key type used for quaternions. Never has tangents.
<add name="Time" type="float" ver2="10.1.0.0">Time the key applies.</add>
<add name="Time" type="float" cond="ARG != 4" ver1="10.1.0.106">Time the key applies.</add>
<add name="Value" type="TEMPLATE" cond="ARG != 4">Value of the key.</add>
<add name="TBC" type="TBC" cond="ARG == 3">The TBC of the key.</add>
</compound>
<!-- no longer used
<compound name="RotationKeyArray" istemplate="1">
Rotation key array.
<add name="Num Keys" type="uint">Number of keys.</add>
<add name="Key Type" type="KeyType" cond="Num Keys != 0">Key type (LINEAR_KEY, QUADRATIC_KEY, TBC_KEY, or XYZ_ROTATION_KEY).</add>
<add name="Keys" type="QuatKey" arg="Key Type" template="TEMPLATE" arr1="Num Keys">The rotation keys.</add>
</compound>
-->
<compound name="TexCoord" niflibtype="TexCoord" nifskopetype="vector2">
Texture coordinates (u,v). As in OpenGL; image origin is in the lower left corner.
<add name="u" type="float">First coordinate.</add>
<add name="v" type="float">Second coordinate.</add>
</compound>
<compound name="TexDesc">