Uses of Interface
hmi.graphics.opengl.GLRenderObject

Packages that use GLRenderObject

hmi.debug.animation
hmi.debug.physics
hmi.environment	This package contains several base classes that facilitate easy access to building an environment with graphics, physics and virtual human animation.
hmi.environment.semaine	Bridging for several Elckerlyc modules to the SEMAINE API.
hmi.graphics.jogl	The HmiGraphics jogl package contains jogl-specific OpenGL code.
hmi.graphics.lwjgl	The HmiGraphics lwjgl package contains LWJGL-specific OpenGL code.
hmi.graphics.opengl	The HmiGraphics opengl package contains code for opengl based rendering, that is still independent from particular OpenGL java bindings, like jogl and lwjgl
hmi.graphics.opengl.geometry	The HmiGraphics opengl.geometry package contains a few utility classes for OpenGL based rendering of basic geometry.
hmi.graphics.opengl.renderobjects	The HmiGraphics opengl.renderobjects package contains a few utility classes for OpenGL based rendering.
hmi.graphics.opengl.scenegraph	The HmiGraphics opengl.scenegraph package contains code for OpenGL based scenegraphs, on top of the more basic opengl package.
hmi.graphics.opengl.state	The HmiGraphics opebgl.state package contains code for maintaining the runtime OpenGL state.
hmi.graphics.util.basicobjects

Uses of GLRenderObject in hmi.debug.animation

Classes in hmi.debug.animation that implement GLRenderObject

class

GLProcAnimGeometry A series of diamonds that trace the route of a procanimation end effector Primary for debugging purposes, optimized for flexibility, not rendering speed.

Method parameters in hmi.debug.animation with type arguments of type GLRenderObject

static VGLNode	VJointDebugVisualisations.getColoredShapeDebugVisualisation(VJoint master, String type, ArrayList<GLRenderObject> renderStates, float size)
static VGLNode	VJointDebugVisualisations.getColoredShapeDebugVisualisationTree(VJoint master, String type, ArrayList<GLRenderObject> renderStates, float size)
static VGLNode	ProcAnimationDebugVisualisations.getStaticEndEffectorDebugVisualisation(EndEffector eff, VJoint humanoidRoot, VJoint worldRenderRoot, String type, ArrayList<GLRenderObject> renderStates, float factor) depending on whether the procanimation is global or local, the root vjoint of the resulting visualisation will be added either to the worldRenderRoot (for global end effectors) or the avatarRenderRoot (for local end effectors).
static VGLNode	ProcAnimationDebugVisualisations.getStaticEndEffectorDebugVisualisation(ProcAnimationMU procAnim, String target, VJoint humanoidRoot, VJoint worldRenderRoot, VJoint avatarRenderRoot, String type, ArrayList<GLRenderObject> renderStates, float factor) depending on whether the procanimation is global or local, the root vjoint of the resulting visualisation will be added either to the worldRenderRoot (for global end effectors) or the avatarRenderRoot (for local end effectors).

Uses of GLRenderObject in hmi.debug.physics

Classes in hmi.debug.physics that implement GLRenderObject

class	COMGeometry
class	COMOffsetGeometry
(package private) class	PhysicalHumanVGLNode subclass of vgl node with one addition: if the physical human is not active, the node is not rendered.
(package private) class	RigidBodyToVJoint a GLRenderObject that, upon rendering, copies the coordinates of a rigidbody onto a VJoint.

Method parameters in hmi.debug.physics with type arguments of type GLRenderObject

static VGLNode	PhysicsDebugVisualisations.getPHCOMDebugVisualisation(PhysicalHumanoid ph, ArrayList<GLRenderObject> renderStates, ArrayList<GLRenderObject> renderStatesOffset)
static VGLNode	PhysicsDebugVisualisations.getPHCOMDebugVisualisation(PhysicalHumanoid ph, ArrayList<GLRenderObject> renderStates, ArrayList<GLRenderObject> renderStatesOffset)
static VGLNode	PhysicsDebugVisualisations.getPhysicalHumanDebugVisualisation(PhysicalHumanoid ph, ArrayList<GLRenderObject> renderStates)
static VGLNode	PhysicsDebugVisualisations.getPhysicalSegmentDebugVisualisation(PhysicalSegment ps, ArrayList<GLRenderObject> rigidBodyRenderStates) Draws a physical segment. rigidBodyRenderStates only apply to the wireframe of the rigid body collision representation of the segment
static VGLNode	PhysicsDebugVisualisations.getRigidBodyDebugVisualisation(RigidBody rigidBody, ArrayList<GLRenderObject> renderStates, boolean renderCenter) any given material (if null: keep current GL state settings. moves along with the rigid body.

Uses of GLRenderObject in hmi.environment

Classes in hmi.environment that implement GLRenderObject

class	ElckerlycDemo Elckerlyc demo.
class	ElckerlycDemoEnvironment Adds mixed dynamics animatino to PhysicalDemoEnvironment, plus a lot of other functionlaity for creating, managing and controlling virtual humans with body, voices, bmlrealizer, etc.
class	GraphicsDemoEnvironment Graphical demo helper class, contains a key navigator, 3D environment with checkerboard ground, play button and some useful function hooks for subclasses.
class	NavigationControl A simple form of keyboard based NavigationScene module.
class	PhysicalDemoEnvironment Extends GraphicsDemoEnvironment with a physical world and physical simulation.

Uses of GLRenderObject in hmi.environment.semaine

Classes in hmi.environment.semaine that implement GLRenderObject

class

EnterfaceDemo Elckerlyc demo for enterface

Uses of GLRenderObject in hmi.graphics.jogl

Fields in hmi.graphics.jogl declared as GLRenderObject

private GLRenderObject

JOGLRenderer.scene

Methods in hmi.graphics.jogl with parameters of type GLRenderObject

void	JOGLRenderer.setScene(GLRenderObject scene) Sets the 3D scene object, to be rendered.

Uses of GLRenderObject in hmi.graphics.lwjgl

Fields in hmi.graphics.lwjgl declared as GLRenderObject

private GLRenderObject	LWJGLRenderer1.scene
private GLRenderObject	LWJGLRenderer.scene

Methods in hmi.graphics.lwjgl with parameters of type GLRenderObject

void	LWJGLRenderer1.setScene(GLRenderObject scene) Sets the 3D scene object, to be rendered.
void	LWJGLRenderer.setScene(GLRenderObject scene) Sets the 3D scene object, to be rendered.

Uses of GLRenderObject in hmi.graphics.opengl

Classes in hmi.graphics.opengl that implement GLRenderObject

class	GLBasicMesh A GLBasicMesh ...
class	GLRenderList
class	GLShader A wrapper for OpenGL shaders, in the form of an GLRenderObject.
class	GLShaderProgram A GLSL shader program wrapper, in the form of a GLRenderObject.
class	GLShape A GLShape is a GLRenderObject that encapsulates geometry (a GLRenderObject), a transform matrix, and a GLState (again a GLRenderObject);
class	GLSkeleton Debug class used to draw the skeleton from a root VJoint
class	GLSkinnedMesh
class	GLTexture A wrapper for OpenGL texture objects, in the form of an GLRenderObject.

Fields in hmi.graphics.opengl declared as GLRenderObject

private static GLRenderObject[]	GLRenderList.EMPTYLIST
private GLRenderObject[]	GLRenderList.renderList

Methods in hmi.graphics.opengl that return GLRenderObject

GLRenderObject

GLRenderList.get(int i) Returns list element with index i

Methods in hmi.graphics.opengl with parameters of type GLRenderObject

void	GLRenderList.add(GLRenderObject ro) Adds some GLRenderObject to the list
void	GLShape.addGLGeometry(GLRenderObject glGeometry) Adds some GLRenderObject that defines the visual appearance of this VirtualObject
void	GLShape.addGLState(GLRenderObject glState) Adds some GLRenderObject that defines the visual appearance of this VirtualObject
void	GLRenderList.prepend(GLRenderObject ro) Adds some GLRenderObject to the beginning of the list.

Uses of GLRenderObject in hmi.graphics.opengl.geometry

Classes in hmi.graphics.opengl.geometry that implement GLRenderObject

class	BoxGeometry A simple box object, centered at origin rendered using direct mode OpenGL
class	CapsuleGeometry A simple capsule object, centered at (0,0,0) rendered using direct mode OpenGL Primary for debugging purposes, optimized for flexibility, not rendering speed.
class	DiscGeometry A simple Disc object, rendered using direct mode OpenGL
class	LineGeometry A set of lines, rendered using direct mode OpenGL
class	SphereGeometry A simple Sphere object, rendered using direct mode OpenGL
class	SphereGeometry2 A simple Sphere object, rendered using direct mode OpenGL
class	SphereGeometry3 A simple Sphere object, rendered using direct mode OpenGL
class	SphereGeometryFaceEditor A simple Sphere object, rendered using direct mode OpenGL

Uses of GLRenderObject in hmi.graphics.opengl.renderobjects

Classes in hmi.graphics.opengl.renderobjects that implement GLRenderObject

class	Background A VObject for rendering the static background.
class	GLCheckerBoardGround Renders a basic checkerboard ground of specified dimensions.
class	MaterialState A GLRenderObject for seeting material parameters.
class	SimpleLight A basic positional or directional light object.
class	SimpleLightGeometry A simple sphere for rendering the light as a visible object itself.
class	SimpleLightState A basic positional or directional light object.

Fields in hmi.graphics.opengl.renderobjects declared as GLRenderObject

private GLRenderObject

Background.appearance

Uses of GLRenderObject in hmi.graphics.opengl.scenegraph

Classes in hmi.graphics.opengl.scenegraph that implement GLRenderObject

class	GLNodeMarker A simple sphere for usage as marker for VGL nodes
class	GLScene A GLScene is a top-level structure that combines various render lists, to be rendered by an OpenGL capable render engine.
class	VGLNode A VGL node combines a VJoint (tree) with a GLRenderList.

Fields in hmi.graphics.opengl.scenegraph declared as GLRenderObject

private GLRenderObject	GLNodeMarker.geometry
private GLRenderObject	VGLNode.marker

Methods in hmi.graphics.opengl.scenegraph with parameters of type GLRenderObject

void	VGLNode.addMarker(GLRenderObject marker)

Uses of GLRenderObject in hmi.graphics.opengl.state

Subinterfaces of GLRenderObject in hmi.graphics.opengl.state

interface

GLStateComponent Interface for RenderObjects that are intended to set OpenGL state.

Classes in hmi.graphics.opengl.state that implement GLRenderObject

class	GLCapability A GLCapability is a wrapper for some OpenGL capability.
class	GLFill
class	GLLine
class	GLMaterial
class	GLStateComponentF4 A GLStateComponentF4 is a wrapper for GL attributes that are set by means of a call like glXYZ(glId, glValfv), Examples: GL_LIGHT_MODEL_AMBIENT, GL_COLOR_CLEAR_VALUE, GL_ACCUM_CLEAR_VALUE
class	GLStateComponentI A GLStateComponentI is a wrapper for GL attributes that are set by means of a call like glXYZ(glId, glEnumi), Supported: GL_LIGHT_MODEL_COLOR_CONTROL, GL_FRONT_FACE, GL_CULL_FACE_MODE, GL_ACTIVE_TEXTURE
class	GLStateComponentIF A GLStateComponentIF is a wrapper for GL attributes that are set by means of a call like glXYZ(glEnum, glId, glValf), where glEnum and glId are ints, glValf is a float value.
class	GLStateComponentIF4 A GLStateComponentIF4 is a wrapper for GL attributes that are set by means of a call like glXYZ(glEnum, glId, glValfv), where glEnum and glId are ints, glValfv is a float[4] value.
class	GLStateComponentII A GLStateComponentII is a wrapper for GL attributes that are set by means of a call like glXYZ(target, glId, glEnumi) or glXYZ(target, glEnumi) Examples: glPolygonMode GL_POLYGON_MODE glColorMaterial glTexParameteri with glEnumi == target, glId == GL_TEXTURE_WRAP_S, GL_TEXTURE_WRAP_T, GL_TEXTURE_WRAP_R, GL_TEXTURE_BASE_LEVEL, GL_TEXTURE_MAX_LEVEL
class	GLStateComponentList A list of GLStateComponents.
class	GLTextureStateComponent A GLStateComponentII is a wrapper for GL texture state attributes Examples: glTexParameteri with glEnumi == target, glId == GL_TEXTURE_WRAP_S, GL_TEXTURE_WRAP_T, GL_TEXTURE_WRAP_R, GL_TEXTURE_BASE_LEVEL, GL_TEXTURE_MAX_LEVEL
class	NoTexture2DState Settings for a normal, i.e. non-shadow, render pass

Uses of GLRenderObject in hmi.graphics.util.basicobjects

Fields in hmi.graphics.util.basicobjects declared as GLRenderObject

private GLRenderObject

Background.appearance