Uses of Interface
hmi.xml.XMLStructure

Packages that use XMLStructure

hmi.animation	Documentation in the central Hmi Packages LaTeX report.
hmi.bml.core
hmi.bml.ext.bmlt
hmi.bml.ext.bmlt.feedback
hmi.bml.ext.maryxml
hmi.bml.ext.msapi
hmi.bml.ext.ssml
hmi.bml.feedback
hmi.elckerlyc.animationengine.controller
hmi.elckerlyc.animationengine.gesturebinding
hmi.elckerlyc.animationengine.motionunit
hmi.elckerlyc.animationengine.procanimation
hmi.elckerlyc.faceengine.facebinding
hmi.elckerlyc.faceengine.viseme
hmi.environment.avatars	This package contains code for loading avatars, mixed systems, face bindings, etc.
hmi.faceanimation.model
hmi.facegraphics	This package and its subpackages make the connection between the abstract specification of face animations using Elckerlyc and the actual deformation of the mesh in the HmiGraphics packages.
hmi.facegraphics.deformers	Mesh deformations.
hmi.graphics.collada	Support for loading Collada Graphics files
hmi.graphics.collada.scenegraph	Support for loading Collada Graphics files
hmi.graphics.scenegraph	The HmiGraphics scenegraph package contains code for graphics scenegraphs in a render platform independent way, and also independent from a particular graphics file format.
hmi.physics.assembler
hmi.sensors.eyebox2.directaccess
hmi.tts.util
hmi.xml	Support for reading and writing XML.
hmi.xml.wrap	NO PACKAGE DOCUMENTATION

Uses of XMLStructure in hmi.animation

Classes in hmi.animation that implement XMLStructure

class	ConfigList A ConfigList defines a sequence of configurations of type float[] plus corresponding timestamps of type double.
class	Skeleton XML representation of a VJoint Skeleton.
private static class	Skeleton.VJointXML
class	SkeletonInterpolator A SkeletonInterpolator is an interpolator for simultaneous animation of several selected parts of a VObject tree.
class	SkeletonPose Contains a single pose in a config and a configType describing what the numbers in the config mean.
class	VJoint VJoint represent virtual joints...

Uses of XMLStructure in hmi.bml.core

Classes in hmi.bml.core that implement XMLStructure

class	After
class	Before
class	Behaviour This class is a superclass for all behaviors.
class	BehaviourBlock This class represents a block of behaviour.
class	BMLElement This is a superclass for representation of all elements that can exist in a BML-document.
class	ConstraintBlock
class	Description This class represents descriptions.
class	FaceBehaviour This class represents face behaviour.
class	GazeBehaviour This class represents gaze.
class	GestureBehaviour This class represents gestures.
class	HeadBehaviour This class represents head behaviour.
class	LipsBehaviour This class represents lip behaviour.
class	LocomotionBehaviour This class represents locomotion behaviour.
class	PostureBehaviour This class represents body behaviour.
class	RequiredBlock This class represents a block of required behaviours.
class	SpeechBehaviour This class represents speech behaviour.
(package private) class	SpeechBehaviour.SpeechText
class	Sync This class represents a time marker.
class	Synchronize
class	WaitBehaviour This class represents wait behaviour.

Uses of XMLStructure in hmi.bml.ext.bmlt

Classes in hmi.bml.ext.bmlt that implement XMLStructure

class	BMLTAudioFileBehaviour This class represents audio behaviour.
class	BMLTBehaviour
class	BMLTBlinkModelChangeBehaviour
class	BMLTControllerBehaviour
class	BMLTGazePatternChangeBehaviour
class	BMLTInterruptBehaviour
class	BMLTInterruptSpec
class	BMLTKeyframeBehaviour
class	BMLTParameter
class	BMLTProcAnimationBehaviour
class	BMLTTransitionBehaviour

Uses of XMLStructure in hmi.bml.ext.bmlt.feedback

Classes in hmi.bml.ext.bmlt.feedback that implement XMLStructure

class	XMLBMLTPlanningFinishedFeedback XML wrapper for BMLTPlanningFinishedFeedback
class	XMLBMLTPlanningStartFeedback XML wrapper for BMLTPlanningStartFeedback

Uses of XMLStructure in hmi.bml.ext.maryxml

Classes in hmi.bml.ext.maryxml that implement XMLStructure

class	MaryAllophonesBehaviour
class	MaryWordsBehaviour
class	MaryXMLBehaviour

Uses of XMLStructure in hmi.bml.ext.msapi

Classes in hmi.bml.ext.msapi that implement XMLStructure

class

MSApiBehaviour

Uses of XMLStructure in hmi.bml.ext.ssml

Classes in hmi.bml.ext.ssml that implement XMLStructure

class

SSMLBehaviour Speech Synthesis Markup Language behaviour.

Uses of XMLStructure in hmi.bml.feedback

Classes in hmi.bml.feedback that implement XMLStructure

class	XMLBMLExceptionFeedback XML wrapper for BML Exception
class	XMLBMLPerformanceStartFeedback XML wrapper for BMLPerformanceStartFeedback
class	XMLBMLPerformanceStopFeedback XML wrapper for BMLPerformanceStopFeedback
class	XMLBMLSyncPointProgressFeedback XML wrapper for BMLSyncPointProgressFeedback
class	XMLBMLWarningFeedback XML wrapper for BML Warning

Uses of XMLStructure in hmi.elckerlyc.animationengine.controller

Classes in hmi.elckerlyc.animationengine.controller that implement XMLStructure

class	CompoundController A physical controller that is a compound of several other controllers.
class	XMLController Creates a controller from XML.

Uses of XMLStructure in hmi.elckerlyc.animationengine.gesturebinding

Classes in hmi.elckerlyc.animationengine.gesturebinding that implement XMLStructure

class	GestureBinding The GestureBinding maps from BML to a set of motionunits
class	MotionUnitAssembler
class	MotionUnitParameter
class	MotionUnitParameterDefault
class	MotionUnitSpec
class	MotionUnitSpecConstraint
class	MotionUnitSpecConstraints
class	ParameterDefaults Holds default parameter values for a motion unit.
class	ParameterMap
class	SpeechBinding
class	VisimeSpec

Uses of XMLStructure in hmi.elckerlyc.animationengine.motionunit

Classes in hmi.elckerlyc.animationengine.motionunit that implement XMLStructure

class	KeyPosition KeyPosition, used to store time and weight of motion unit keys.
class	Parameter Describes a float parameter that can be used in a motion unit and procedural animation Also includes XML-parser information

Uses of XMLStructure in hmi.elckerlyc.animationengine.procanimation

Classes in hmi.elckerlyc.animationengine.procanimation that implement XMLStructure

class	EndEffector Contains the end effector and end effector path (rotation and/or translation) of an IK motion The path can be a function of time t (0 < t < 1) and several other variables.
class	Keyframe Procedural description of a joint rotation at a key time
class	Keyframes Procedurally describes joint rotation as key rotations at key times, inbetween rotations are calculated through slerp interpolation.
class	ProcAnimationMU Generic procedural animation package Animation is described as end effector path, joint rotation path and/or joint positions at key times Typical program flow: 1. load proc animation through XML 2. setup an IKBody 3. link the IKBody to the proc animation through the setup function 4. animate using the play function
class	Rotation Describes the rotation of a single joint in a formula The rotation can be a function of time t (0 < t < 1) and some parameters

Uses of XMLStructure in hmi.elckerlyc.faceengine.facebinding

Classes in hmi.elckerlyc.faceengine.facebinding that implement XMLStructure

class	FaceBinding The FaceBinding maps from BML to a set of faceunits different avatars have really different FaceBindings, because some avatars only support morphing, or other only FAPs, etc....
class	FaceUnitAssembler
class	FaceUnitParameter
class	FaceUnitParameterDefault
class	FaceUnitSpec
class	FaceUnitSpecConstraint
class	FaceUnitSpecConstraints
class	FBParameterDefaults Holds default parameter values for a motion unit.
class	FBParameterMap

Uses of XMLStructure in hmi.elckerlyc.faceengine.viseme

Classes in hmi.elckerlyc.faceengine.viseme that implement XMLStructure

class

VisemeToMorphMapping given a viseme number, return the appropriate morph target name.

Uses of XMLStructure in hmi.environment.avatars

Classes in hmi.environment.avatars that implement XMLStructure

class	AudioPlannerSpecLoader This segment in the VirtualHumanSpec xml tells the VirtualHumanSpec whether, after actually loading the avatar, a AudioPlanner should be constructed for it.
class	BMLRealizerSpecLoader This segment in the VirtualHumanSpec xml tells the VirtualHumanSpec whther, after actually loading the avatar, a BMLRealizer should be constructed for it.
class	BodySpecHmiLoader Adds HmiGraphics specific elements stores in the spec: body, colladatexturedir, String body, colladashaderdir, String body, colladarenderrootnode, String (only for seamless avatars) body, permanentmorphtargets, HashMap
class	BodySpecLoader This segment in the VirtualHumanSpec xml defines generic aspects of the body, not related to any specific renderer.
class	DebugSpecHmiLoader Hmi rendering specific debug settings: whether to show (or not) a debug visualisation of the VJoint structure, etc...
class	FaceSpecHmiLoader adds: fapdeform in the HmiFaceGraphics format stores in the spec: face fapresources face fapdeform (filename) face facemesh (name of facemesh)
class	FaceSpecLoader This segment in the VirtualHumanSpec xml defines generic face capabilities, not related to any specific renderer.
class	GestureBindingSpecLoader This segment in the VirtualHumanSpec xml constructs the Gesturebinding.
class	IncludeSpecLoader This segment in the VirtualHumanSpec xml will load the contents of another file into the VirtualHumanSpec.
class	MixedSystemAssembler
class	PhysicsSpecLoader This segment in the VirtualHumanSpec xml defines generic physical aspects of the body, not related to any specific renderer.
class	SpecLoader A SpecLoader loads a certain segment in a VirtualHumanSpec XML file, and interprets the content, and stores the interpreted values in the appropriate section in the VirtualHumanSpec.
class	SpeechBindingSpecLoader
class	VirtualHumanSpec This is like the 'personnel card' of a virtual human that you want to be created by the VIrtualHumanLoader for putting it in Elckerlyc.
class	VirtualHumanSpecHmi Extension specific for use with the HMI graphics environment.
class	VoiceSpecLoader This segment in the VirtualHumanSpec xml specifies the voice.

Uses of XMLStructure in hmi.faceanimation.model

Subinterfaces of XMLStructure in hmi.faceanimation.model

interface

Head

Classes in hmi.faceanimation.model that implement XMLStructure

class	FACSConfiguration A FACS Configuration (set of values for AU's, both for the left and right side of the face).
class	MPEG4Configuration A MPEG-4 FA Configuration (set of values for FAPs).

Uses of XMLStructure in hmi.facegraphics

Classes in hmi.facegraphics that implement XMLStructure

class

GLHead

Uses of XMLStructure in hmi.facegraphics.deformers

Classes in hmi.facegraphics.deformers that implement XMLStructure

class	Deformer
class	EaseDeformer
class	SmoothDeformer

Uses of XMLStructure in hmi.graphics.collada

Classes in hmi.graphics.collada that implement XMLStructure

class	Accessor Collada Accessor nodes provide access to some data array, like a FloatArray or an IntArray.
class	Alpha Alpha portion of a texture_pipeline command (combiner-mode texturing)
class	Ambient Shared implementation of Ambient for standard Collada and Collada-FX Ambient attribute of fixed-function shader elements inside profile_COMMON effects.
class	Animation Animation information
class	AnimationClip AnimationClip information
class	Annotate Annotate information
class	Argument Declares the Argument semantics of a data source.
class	AspectRatio AspectRatio: aspect ratio parameter for ortographic and perspective.
class	Asset Describes the asset of some Collada content
class	Bind Bind information
class	BindMaterial Declaration of generic control information, for either Skins or Morphs.
class	BindShapeMatrix BindShapeMatrix defines a 4 X 4 transform BindShapeMatrix, specified by 16 floats, in row-major order.
class	BindVertexInput renaming of parameters (See InstanceMaterial)
class	Blinn Blinn shader
class	BoolArray
class	BorderColor Shared implementation of BorderColor for standard Collada and Collada-FX BorderColor attribute of fixed-function shader elements inside profile_COMMON effects.
class	Box Collision box, centered at (0,0,0), size is given in half extends on each axis
class	Camera Declares a view into the scene graph.
class	Capsule Cylinder, centered on the Y-axis, capped by half-spheres at both ends For now, uses a single radius, like in sphere rather than the 2-valued radius of capsule
class	Channel Declares an output channel of an animation.
class	Code A block of inline source code
class	Collada The class for parsing complete Collada documents.
class	ColladaElement An extension of XMLStructureAdapter, used as base class for all COLLADA elements.
class	ColladaFloat A Float element can appear as child of a CommonFloatOrParamType element.
class	ColladaFloatVector Generic float vector of the form 1.1 2.2 .... 3.3 It is a base class for CommonColor, Max3D_bounding_min, Max3D_bounding_max etcetera
class	ColladaImage Storage of graphical representations, like raster data.
class	ColladaVertexWeights Joints and weights for a skin
class	ColorClear Specifies whether a render target surface is to be cleared and which value to use.
class	ColorTarget Specifies which surface will receive color information from the output of this pass.
class	CommonColor Generic Collada color specifications, like 0.2 0.5 0.7 1.0
class	CommonColorOrTextureType CommonColor attributes of fixed-function shader elements inside profile_COMMON effects.
class	CommonFloatOrParamType Scalar attribute, mainly for fixed-function shader elements inside profile_COMMON effects.
class	CommonTexture Storage of graphical representations, like raster data.
class	CompilerOptions CompilerOptions defines a scalar, vector, or matrix.
class	CompilerTarget Declares the profile or platform the compiler is targeting this shader for.
class	ConnectParam Creates a symbolic connection between two previously defined parameters.
class	Constant Fixed function constant shader (just emission)
class	ConstantAttenuation ConstantAttenuation
class	Contributor class for Contributor element inside Asset element
class	Controller Declaration of generic control information, for either Skins or Morphs.
class	ControlVertices Declares the data required to blend between sets of static meshes.
class	Data Storage of graphical representation, like rasetr data.
class	DepthClear Specifies whether a render target surface is to be cleared and which value to use.
class	DepthTarget Specifies which surface will receive depth information from the output of this pass.
class	Diffuse Diffuse attribute of fixed-function shader elements inside profile_COMMON effects.
class	Directional Directional light source, that can occur in a technique_common element.
class	Draw Specified a user-defined string instructing the FX runtime what to draw, like: GEOMETRY, SCENE_GEOMETRY, SCENE_IMAGE, FULL_SCREEN_QUAD, FULL_SCREEN_QUAD_PLUS_HALF_PIXEL
class	Effect Provides a self-contained description of a Collada effect.
class	Emission Emission attribute of fixed-function shader elements inside profile_COMMON effects.
class	Extra
class	FalloffAngle FalloffAngle
class	FalloffExponent FalloffExponent: horizontal magnification for orthographic It specifies a float value, possibly with an sid attribute.
class	FColladaBump Attribute of "spec_level element for profile FCOLLADA
class	FColladaEmissionLevel Attribute of "spec_level element for profile FCOLLADA
class	FColladaEndTime end_time element for profile FCOLLADA
class	FColladaIntensity intensity element for profile FCOLLADA
class	FColladaProfile Max3D profile for TechniqueCore profile MAX3D
class	FColladaSpecLevel Attribute of "spec_level element for profile FCOLLADA
class	FColladaStartTime start_time element for profile FCOLLADA
class	FixedFunctionShader Shared implementation of FixedFunctionShader for standard Collada and Collada-FX Base class for Phong, Blinn, Lambert, and Constant
class	FloatArray An array of floats.
class	ForceField
class	FormatHint Declares a resource that can be used both as the source for texture samples and as target of a render pass.
class	FXAll "all" element for init_volume etc.
class	Generator Describes a procedural surface generator
class	Geometry
class	H
class	HalfExtends Used for the size of a Box
class	Height
class	IDREFArray
class	Imager Declares a view into the scne graph.
class	Include include is an XML element that (temporarily) switches to a different Reader, specified by means of a URL(s).
class	IndexOfRefraction Shared implementation of Ambient for standard Collada and Collada-FX
class	InitFrom Storage of graphical representations, like raster data.
class	InitVolume Storage of graphical representations, like raster data.
class	Input Declares the input semantics of a data source.
class	InstanceAnimation Instantiation of a Collada Animation resource.
class	InstanceCamera Instantiation of a Collada Camera.
class	InstanceController Instantiation of a Collada Controller resource.
class	InstanceEffect DEclares the instantiation of a Collada material resource.
class	InstanceGeometry Instantiation of a Collada geometry resource.
class	InstanceLight Instantiation of a Collada Light.
class	InstanceMaterial Declares the instantiation of a Collada material resource.
class	InstanceNode Instantiation of a Collada Node.
class	InstanceVisualScene
class	IntArray An array of integers.
class	Joints Storage of graphical representation, like rasetr data.
class	Lambert Lambert shader
class	Library<X extends ColladaElement> Generic Libraray, super class for Library-XYZ elements
class	LibraryAnimationClips Declares a module of AnimationClip elements.
class	LibraryAnimations
class	LibraryCameras
class	LibraryControllers Library_Controllers specifies a module of <controller> elements.
class	LibraryEffects Declares a module of effect elements
class	LibraryForceFields
class	LibraryGeometries LibraryGeometries specifies a module of <geometry> elements.
class	LibraryImages
class	LibraryLights
class	LibraryMaterials Declares a module of material elements
class	LibraryNodes LibraryNodes specifies a module of <nodes> elements.
class	LibraryPhysicsMaterials
class	LibraryPhysicsModels
class	LibraryPhysicsScenes
class	LibraryVisualScenes The Collada library element for visual_scene elements.
class	Light
class	LinearAttenuation LinearAttenuation: horizontal magnification for orthographic It specifies a float value, possibly with an sid attribute.
class	Lines Declares the binding of geometric primitives and vertex attributes for a mesh element.
class	LineStrips Declares the binding of geometric primitives and vertex attributes for a mesh element.
class	LookAt LookAt defines a transform matrix, specified by a 9-vector containg: eye position, center (or "interest point"), and up-vector, in that order.
class	Material Describes the visual appearance of a geometric object
class	Matrix Matrix defines a 4 X 4 transform matrix, specified by 16 floats, in row-major order.
class	Max3DBoundingMax Max3D bounding_max
class	Max3DBoundingMin Max3D bounding_min
class	Max3DFrameRate Max3D frame rate
class	Max3DHelper Max3D helper: bounding box settings (only?)
class	Max3DProfile Max3D profile for TechniqueCore profile MAX3D
class	MayaProfile Maya profile for TechniqueCore profile MAYA
class	Mesh A Collada Mesh defines and combines data Sources, vertices, and geometry for tesselation.
class	Modifier Provides additional information about the volatility or linkage of a newparam declaration
class	Morph Declares the data required to blend between sets of static meshes.
class	Name imports source code or precompiled binaray shaders into the FX runtime.
class	NameArray
class	Newparam Creates a new named param object in the FX runtime ans assigns it a type, an initial value and additional attributes at declaration time.
class	Node Node in a hierarchical tree of Collada scene graph elements.
class	Optics Represents the apparatus on a camera that projects the image into the image sensor.
class	Orthographic Describes the field of view of an orthographic camera.
class	P
class	Param References a predefined parameter in shader binding declarations.
class	ParamArray Creates a parameter of a one-dimensional array type.
class	ParamValue Represents a value for a Newparm or Setparam element.
class	Pass Provides a static declaration of all the render states ans settings for one rendering pipeline.
class	Perspective Describes the field of view of an Perspective camera.
class	PH Polygon with holes, specified by a niomal plygon p and a list of holes specified by h elements.
class	Phong Phong shader
class	PhysicsMaterial
class	PhysicsModel
class	PhysicsScene
class	Point Point light source, that can occur in a technique_common element.
class	Polygons Declares the binding of geometric primitives and vertex attributes for a mesh element.
class	PolyList Declares the binding of geometric primitives and vertex attributes for a mesh element.
class	Primitive
class	PrimitiveMeshElement PrimitiveMeshElement is the super class for Lines, LineStrips, Polygons, PolyList, Triangles, TriFans, and TriStrips.
class	ProfileCG Opens a block of platform-specific data types and technique declarations.
class	ProfileCOMMON Opens a block of platform-independent declarations for the common, fixed-function shader.
class	ProfileGLES Opens a block of platform-specific data types and technique declarations.
class	ProfileGLSL Opens a block of platform-specific data types and technique declarations.
class	QuadraticAttenuation QuadraticAttenuation: horizontal magnification for orthographic It specifies a float value, possibly with an sid attribute.
class	Radius Radius (for a collision sphere)
class	Reflective Attribute of fixed-function shader elements inside profile_COMMON effects.
class	Reflectivity \Attribute of fixed-function shader elements inside profile_COMMON effects.
class	RenderMonkeyProfile profile for TechniqueCore profile RenderMonkey
class	RenderState
class	RGB RGB portion of a texture_pipeline command (combiner-mode texturing)
class	Rotate
class	Sampler Declares an N dimensional function, used for animation curves..
class	Sampler1D Declares a one-dimensional texture sampler
class	Sampler2D Declares a two-dimensional texture sampler
class	Sampler3D Declares a three-dimensional texture sampler
class	SamplerCUBE Declares a texture sampler for cube maps
class	SamplerDEPTH Declares a two-dimensional texture sampler
class	SamplerRECT Declares a two-dimensional texture sampler
class	SamplerState Declares a two-dimensional texture sampler state for profile_GLES
class	Scale
class	Scene The class for parsing Collada scene elements
class	Semantic Provides meta information that describes the purpose of a parameter declaration.
class	Setparam Assigns a new value to a previously defined parameter.
class	Shader Declares and prepares a shader for execution in the renderering pipeline of a pass
class	ShaderInclude imports source code or precompiled binaray shaders into the FX runtime.
class	Shape Declares a physical shape Ignored tags: hollow, mass, density, instance_physics_material, physics_material, instance_geometry, plane, cylinder, tapered_cylinder, tapered_capsule Assumes that the shape contains only one rotation and one translation, does not check or enforce only one of box, plane, sphere, cylinder, tapered_cylinder, capsule, tapered_capsule
class	Shininess Shniness attribute of fixed-function shader elements inside profile_COMMON effects.
class	Skew Skew defines a Collada skewing transform, specified in "Renderman" style.
class	Skin Declares the data required to blend between sets of static meshes.
class	Source A Collada Source defines an Accessor to some data array, like a FloatArray or IntArray, and usually includes that data array.
class	Specular Specular attribute of fixed-function shader elements inside profile_COMMON effects.
class	Sphere Collision sphere, centered at (0,0,0), with radius radius
class	Spline Declares the data required to blend between sets of static meshes.
class	Spot Spot light source, that can occur in a technique_common element.
class	StencilClear Specifies whether a render target surface is to be cleared and which value to use.
class	StencilTarget Specifies which surface will receive stencil information from the output of this pass.
class	Surface Declares a resource that can be used both as the source for texture samples and as target of a render pass.
class	Targets Declares the morph targets, their weights, and user defined attributes.
class	TechniqueCommon
class	TechniqueCommonBindMaterial The TechniqueCommon for BindMaterial, that contain a list of InstanceMaterial.
class	TechniqueCommonLight
class	TechniqueCommonSource technique_common for the source element
class	TechniqueCore Implementation of TechniqueCore for core Collada (but NOT for Collada-FX) Basically, anything is allowed here, as long as it's XML.
class	TechniqueFX Technique for Collada-FX (but NOT for standard Collada) parents: profile_XYZ, like profile_COMMON, profile_GLSL etc.
class	TechniqueHint DEclares the instantiation of a Collada material resource.
class	Texcombiner Defines a texture_pipeline command
class	Texenv Defines a texture_pipeline command
class	TexturePipeline Defines a set of texturing commands for regular and combiner mode.
class	TextureUnit Defines a set of texturing commands for regular and combiner mode.
class	TransformNode An extension of ColladaElement, for all Collada transforms: Matrix, Rotate, Translate, Scale, Skew, LookAt
class	Translate
class	Transparency Transparency attribute of fixed-function shader elements inside profile_COMMON effects.
class	Transparent Color Attribute of fixed-function shader elements inside profile_COMMON effects.
class	Triangles Declares the binding of geometric primitives and vertex attributes for a mesh element.
class	Trifans Declares the binding of geometric primitives and vertex attributes for a mesh element.
class	Tristrips Declares the binding of geometric primitives and vertex attributes for a mesh element.
class	Usertype Creates an instance of a structured class.
class	V Vertex-Weight bounds.
class	ValueType ValueType defines a scalar, vector, or matrix.
class	VCount
class	Vertices
class	VisualScene The class for parsing Collada visual_scene elements.
class	XFov XFov: horizontal field-of-view parameter for perspective It specifies a float value, possibly with an sid attribute.
class	XMag XMag: horizontal magnification for orthographic It specifies a float value, possibly with an sid attribute.
class	YFov YFov: vertical field-of-view parameter for perspective It specifies a float value, possibly with an sid attribute.
class	YMag YMag: vertical magnification for orthographic It specifies a float value, possibly with an sid attribute.
class	ZFar ZFar: distance to far clipping plane parameter for ortographic and perspective.
class	ZNear ZNear: distance to near clipping plane parameter for ortographic and perspective.

Fields in hmi.graphics.collada with type parameters of type XMLStructure

private ArrayList<XMLStructure>

TechniqueCore.children

Uses of XMLStructure in hmi.graphics.collada.scenegraph

Classes in hmi.graphics.collada.scenegraph that implement XMLStructure

class

GSkin GSkin represents mesh skinning information: joint names and, per mesh vertex, a number of jointIndex/jointWeight pairs.

Uses of XMLStructure in hmi.graphics.scenegraph

Classes in hmi.graphics.scenegraph that implement XMLStructure

class	GMaterial A GMaterial defines the appearance, or material, for some GMesh Currently, this is just basic OpenGL material settings, like the ambient, diffus and specular color, and the specular shininess.
class	GMesh A GMesh object defines methods for defining and retrieving mesh data arrays and index arrays, as well as methods for converting between various representation schemes.
class	GNode GNode represent a scenegraph node, that contains GNode typed children, references GShapes, and specifies a local 3D transformation.
class	GScene A GScene combines a GNode based scene graph with other scene elements, like Controllers, ...
class	GShape A GShape combines a GMesh and a GMaterial.
class	GSkinnedMesh
class	GSphere
class	GTexture A GTexture is the hmi.graphics.scenegraph representation of a texture, defined by its attributes like file name, wrap mode etcetera.
class	VertexAttribute A VertexAttribute defines the data for a single mesh vertex attribute, which can be either a predefined OpenGL attribute or a user-defined GLSL attribute.
class	VertexWeights A VertexWeight object couples GMesh vertices to one or more joints, with a certain weight.

Uses of XMLStructure in hmi.physics.assembler

Classes in hmi.physics.assembler that implement XMLStructure

class	CollisionModel
class	IDBranchAssembler
class	IDSegmentAssembler
class	PhysicalHumanoidAssembler Sets up PhysicalHumanoid and its connection to the VObject that is steered by the PhysicalHumanoid
class	PhysicalSegmentAssembler Sets up PhysicalSegment and the connection to the VObject that is steered by the PhysicalSegment

Uses of XMLStructure in hmi.sensors.eyebox2.directaccess

Classes in hmi.sensors.eyebox2.directaccess that implement XMLStructure

class	EyePair Stores the information about a detected eyes.
class	Face Stores the information about a detected face.

Uses of XMLStructure in hmi.tts.util

Classes in hmi.tts.util that implement XMLStructure

class

XMLPhonemeToVisemeMapping given a phoneme number, return the viseme number.

Uses of XMLStructure in hmi.xml

Classes in hmi.xml that implement XMLStructure

class	XMLAttributeMap parlevink.xml.XMLAttributeMap is like java.util.properties, except that it is not limited to String-typed keys and values, and it is based on HashMaps, rather than Hashtables.
class	XMLStructureAdapter XMLStructureAdapter is an implementation of XMLStructure that is intended to be a base class that must be extended.

Methods in hmi.xml with type parameters of type XMLStructure

static <T extends XMLStructure> StringBuilder	XMLStructureAdapter.appendXMLStructureList(StringBuilder buf, XMLFormatting fmt, List<T> elements) appends a list of XMLStructures.
static <T extends XMLStructure> List<T>	XMLStructureAdapter.decodeXMLStructureList(XMLTokenizer tokenizer, String tagName, Class<T> structureClass) decodes a list of XMLStructures, and returns a Java List.

Methods in hmi.xml that return XMLStructure

XMLStructure	XMLStructureAdapter.readXML(Reader in) reconstructs this XMLStructure object by reading and parsing XML encoded text from a Reader.
XMLStructure	XMLStructure.readXML(Reader in) reconstructs this XMLizable object by reading and parsing XML encoded text from a Reader.
XMLStructure	XMLAttributeMap.readXML(Reader in) reconstructs this XMLList object by reading and parsing XML encoded data Data is read until the end of data is reached, or until a '<' character is read.
XMLStructure	XMLStructureAdapter.readXML(String s) reconstructs this XMLStructure object by parsing an XML encoded String s This method can throw an (unchecked) ScanException in case of incorrectly formatted XML.
XMLStructure	XMLStructure.readXML(String s) reconstructs this XMLizable object by parsing an XML encoded String s.
XMLStructure	XMLAttributeMap.readXML(String s) reconstructs this XMLLIst object by parsing an XML encoded String s This method can throw an (unchecked) XMLScanException in case of incorrectly formatted XML.
XMLStructure	XMLStructureAdapter.readXML(XMLTokenizer tokenizer) reconstructs this XMLStructureAdapter using an XMLTokenizer.
XMLStructure	XMLStructure.readXML(XMLTokenizer tokenizer) reconstructs this XMLizable object by parsing a stream of XML tokens, that are delivered by a XMLTokenizer.
XMLStructure	XMLAttributeMap.readXML(XMLTokenizer tokenizer) reconstructs this XMLList using a XMLTokenizer.

Methods in hmi.xml with parameters of type XMLStructure

StringBuilder

XMLStructureAdapter.appendXMLStructure(StringBuilder buf, XMLFormatting fmt, XMLStructure xmlStruct) If xmlStruct !

Uses of XMLStructure in hmi.xml.wrap

Subinterfaces of XMLStructure in hmi.xml.wrap

interface

XMLWrapper<T> XMLWrapper is an extension of XMLStructure; it adds the unwrap method.

Classes in hmi.xml.wrap that implement XMLStructure

class	XMLBasicValue<T> XMLBasicValue is in essence a wrapper around a basic value, like an int, a String etc that turns that value into an XMLWrapper (and therefore also XMLStructure) object.
class	XMLInteger XMLInteger is in essence a wrapper around int or Integer values, that turns them effectively into an XMLStructure object.

Methods in hmi.xml.wrap that return XMLStructure

XMLStructure	XMLBasicValue.readXML(Reader in) reconstructs this XMLBasicValue object by reading and parsing XML encoded data Data is read until a '<' character is read or until end-of-data is reached.
XMLStructure	XMLBasicValue.readXML(String s) reconstructs this XMLBasicValue object by parsing an XML encoded String s This method can throw an (unchecked) RuntimeException in case of incorrectly formatted XML.
XMLStructure	XMLBasicValue.readXML(XMLTokenizer tokenizer) reconstructs this XMLBasicValue using a XMLTokenizer.