agi.foundation.graphics

(agi.foundation.graphics-2024r2.jar)

Class SolidPrimitive

java.lang.Object

agi.foundation.graphics.Primitive

agi.foundation.graphics.SolidPrimitive

All Implemented Interfaces:

IDisposable, AutoCloseable

public final class SolidPrimitive
extends Primitive
implements IDisposable

Renders filled solid objects and their outlines. Example solids include boxes and ellipsoids. Various effects are supported, such as displaying the solid's silhouette, and hiding the outline of the backside of the solid. In cases where you just want to visualize a solid's fill or outline, a TriangleMeshPrimitive or PolylinePrimitive can be used for reduced overhead.

See Also:

Solid Primitive topic, SolidTriangulatorResult, TriangleMeshPrimitive, PolylinePrimitive

Constructor Summary

Constructors

Constructor and Description
SolidPrimitive() Initializes a default solid primitive.
SolidPrimitive(SetHint setHint) Initializes a solid primitive with the specified setHint.

Method Summary

Modifier and Type	Method and Description
protected void	dispose(boolean disposing)
protected void	finalize() Called by the garbage collector on an object when garbage collection determines that there are no more references to the object.
boolean	getAffectedByLighting() Gets whether the primitive is affected by lighting.
Color	getBackLineColor() Gets the back line's color.
float	getBackLineTranslucency() Gets the back line's translucency.
float	getBackLineWidth() Gets the back line's width, in pixels.
boolean	getDisplayFill() Gets whether the solid's fill is displayed.
boolean	getDisplayOutline() Gets whether the solid's outline is displayed.
boolean	getDisplaySilhouette() Gets whether the solid's silhouette is displayed.
static float	getMaximumSilhouetteWidthSupported() Gets the maximum silhouette width, in pixels, supported by the video card.
static float	getMinimumSilhouetteWidthSupported() Gets the minimum silhouette width, in pixels, supported by the video card.
OutlineAppearance	getOutlineAppearance() Gets the outline's appearance.
Color	getOutlineColor() Gets the outline's color.
float	getOutlineTranslucency() Gets the outline's translucency.
float	getOutlineWidth() Gets the outline's width, in pixels.
Cartesian	getPosition() Gets the solid's position.
UnitQuaternion	getRotation() Gets the rotation applied to the solid before rendering.
Cartesian	getScale() Gets a non-uniform scale that is applied to the solid to increase or decrease its rendered size.
SetHint	getSetHint() Gets the primitive's SetHint.
Color	getSilhouetteColor() Gets the silhouette's color.
float	getSilhouetteTranslucency() Gets the silhouette's translucency.
float	getSilhouetteWidth() Gets the silhouette' width, in pixels.
void	set(Iterable<Cartesian> positions, Iterable<Cartesian> normals, Iterable<Integer> indices, Iterable<Integer> outlineIndices, WindingOrder windingOrder, BoundingSphere boundingSphere, boolean closed) Defines the solid using the specified parameters.
void	set(SolidTriangulatorResult solidTriangulatorResult) Defines the solid using the specified solidTriangulatorResult.
void	setAffectedByLighting(boolean value) Sets whether the primitive is affected by lighting.
void	setBackLineColor(Color value) Sets the back line's color.
void	setBackLineTranslucency(float value) Sets the back line's translucency.
void	setBackLineWidth(float value) Sets the back line's width, in pixels.
void	setDisplayFill(boolean value) Sets whether the solid's fill is displayed.
void	setDisplayOutline(boolean value) Sets whether the solid's outline is displayed.
void	setDisplaySilhouette(boolean value) Sets whether the solid's silhouette is displayed.
void	setOutlineAppearance(OutlineAppearance value) Sets the outline's appearance.
void	setOutlineColor(Color value) Sets the outline's color.
void	setOutlineTranslucency(float value) Sets the outline's translucency.
void	setOutlineWidth(float value) Sets the outline's width, in pixels.
void	setPosition(Cartesian value) Sets the solid's position.
void	setRotation(UnitQuaternion value) Sets the rotation applied to the solid before rendering.
void	setScale(Cartesian value) Sets a non-uniform scale that is applied to the solid to increase or decrease its rendered size.
void	setSilhouetteColor(Color value) Sets the silhouette's color.
void	setSilhouetteTranslucency(float value) Sets the silhouette's translucency.
void	setSilhouetteWidth(float value) Sets the silhouette' width, in pixels.
void	setTranslucency(float value) Sets the primitive's translucency.

Methods inherited from class agi.foundation.graphics.Primitive

dispose, getAutomaticallyComputeBoundingSphere, getBoundingSphere, getColor, getDisplay, getDisplayCondition, getReferenceFrame, getTag, getTranslucency, setAutomaticallyComputeBoundingSphere, setBoundingSphere, setColor, setDisplay, setDisplayCondition, setReferenceFrame, setTag

Methods inherited from class java.lang.Object

clone, equals, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Methods inherited from interface agi.foundation.compatibility.IDisposable

close, dispose

Constructor Detail

SolidPrimitive

public SolidPrimitive()

Initializes a default solid primitive. This is equivalent to constructing a solid primitive with a SetHint of Frequent.

See SolidPrimitive.SolidPrimitive(agi.foundation.graphics.SetHint) for a full discussion.

See Also:

SolidPrimitive.SolidPrimitive(agi.foundation.graphics.SetHint)

SolidPrimitive

public SolidPrimitive(SetHint setHint)

Initializes a solid primitive with the specified setHint.

After constructing the primitive, call Set to provide it with a SolidTriangulatorResult.

The primitive's properties are initialized to the following values:

• agi.foundation.graphics.primitive.AutomaticallyComputeBoundingSphere: true
• agi.foundation.graphics.primitive.BoundingSphere: BoundingSphere.MaximumRadiusBoundingSphere (get)
• agi.foundation.graphics.primitive.Color: Purple
• agi.foundation.graphics.primitive.Display: true
• agi.foundation.graphics.primitive.DisplayCondition: null
• agi.foundation.graphics.primitive.ReferenceFrame: The earth's agi.foundation.celestial.earthcentralbody.FixedFrame
• Position: Cartesian.Zero
• Rotation: (1, 0, 0, 0)
• Scale: (1, 1, 1)
• Translucency: 0.7f
• AffectedByLighting: true
• DisplayFill: true
• DisplaySilhouette: false
• SilhouetteColor: White
• SilhouetteTranslucency: 0
• SilhouetteWidth: 2
• MaximumSilhouetteWidthSupported: Video card dependent
• MinimumSilhouetteWidthSupported: Video card dependent
• DisplayOutline: true
• OutlineColor: Purple
• OutlineTranslucency: 0
• OutlineWidth: 1
• OutlineAppearance: agi.foundation.graphics.OutlineAppearance#FrontAndBackLines
• BackLineColor: Purple
• BackLineTranslucency: 0.5f
• BackLineWidth: 1
• SetHint: setHint

Once the primitive is constructed, it must be added to Primitives (get) before it will be rendered.

Parameters:

setHint - The expected usage for Set methods. See the Set Hint topic for more information on selecting an appropriate value.

Throws:

UnsupportedCaseException - setHint must be agi.foundation.graphics.SetHint#Infrequent or agi.foundation.graphics.SetHint#Frequent. agi.foundation.graphics.SetHint#Partial is not supported by this primitive.

See Also:

Solid Primitive topic

Method Detail

finalize

protected void finalize()
                 throws Throwable

Description copied from class: java.lang.Object

Called by the garbage collector on an object when garbage collection determines that there are no more references to the object. A subclass overrides the finalize method to dispose of system resources or to perform other cleanup.

The general contract of finalize is that it is invoked if and when the Java™ virtual machine has determined that there is no longer any means by which this object can be accessed by any thread that has not yet died, except as a result of an action taken by the finalization of some other object or class which is ready to be finalized. The finalize method may take any action, including making this object available again to other threads; the usual purpose of finalize, however, is to perform cleanup actions before the object is irrevocably discarded. For example, the finalize method for an object that represents an input/output connection might perform explicit I/O transactions to break the connection before the object is permanently discarded.

The finalize method of class Object performs no special action; it simply returns normally. Subclasses of Object may override this definition.

The Java programming language does not guarantee which thread will invoke the finalize method for any given object. It is guaranteed, however, that the thread that invokes finalize will not be holding any user-visible synchronization locks when finalize is invoked. If an uncaught exception is thrown by the finalize method, the exception is ignored and finalization of that object terminates.

After the finalize method has been invoked for an object, no further action is taken until the Java virtual machine has again determined that there is no longer any means by which this object can be accessed by any thread that has not yet died, including possible actions by other objects or classes which are ready to be finalized, at which point the object may be discarded.

The finalize method is never invoked more than once by a Java virtual machine for any given object.

Any exception thrown by the finalize method causes the finalization of this object to be halted, but is otherwise ignored.

Overrides:

finalize in class Object

Throws:

Throwable - the Exception raised by this method

See Also:

WeakReference, PhantomReference

dispose

protected void dispose(boolean disposing)

Overrides:

dispose in class Primitive

getAffectedByLighting

public final boolean getAffectedByLighting()

Gets whether the primitive is affected by lighting.

If lighting makes one side of the solid too dark, set this to false for the solid to have uniform color. When this is false, it is recommonded that DisplayOutline be true, so the shape of the solid is still decipherable.

setAffectedByLighting

public final void setAffectedByLighting(boolean value)

Sets whether the primitive is affected by lighting.

If lighting makes one side of the solid too dark, set this to false for the solid to have uniform color. When this is false, it is recommonded that DisplayOutline be true, so the shape of the solid is still decipherable.

getDisplayFill

public final boolean getDisplayFill()

Gets whether the solid's fill is displayed.

setDisplayFill

public final void setDisplayFill(boolean value)

Sets whether the solid's fill is displayed.

getDisplaySilhouette

public final boolean getDisplaySilhouette()

Gets whether the solid's silhouette is displayed.

The silhouette is the outline of the solid from the camera's point of view. It is a useful visual cue to differentiate the solid from the background. The silhouette is rendered using SilhouetteColor, SilhouetteTranslucency, and SilhouetteWidth.

See Also:

SilhouetteColor, SilhouetteTranslucency, SilhouetteWidth, TranslucentPrimitivesSortOrder (get), TranslucentPrimitivesSortOrder (get)

setDisplaySilhouette

public final void setDisplaySilhouette(boolean value)

Sets whether the solid's silhouette is displayed.

The silhouette is the outline of the solid from the camera's point of view. It is a useful visual cue to differentiate the solid from the background. The silhouette is rendered using SilhouetteColor, SilhouetteTranslucency, and SilhouetteWidth.

See Also:

SilhouetteColor, SilhouetteTranslucency, SilhouetteWidth, TranslucentPrimitivesSortOrder (get), TranslucentPrimitivesSortOrder (get)

getSilhouetteColor

public final Color getSilhouetteColor()

Gets the silhouette's color.

See Also:

DisplaySilhouette, SilhouetteTranslucency, SilhouetteWidth

setSilhouetteColor

public final void setSilhouetteColor(Color value)

Sets the silhouette's color.

See Also:

DisplaySilhouette, SilhouetteTranslucency, SilhouetteWidth

getSilhouetteTranslucency

public final float getSilhouetteTranslucency()

Gets the silhouette's translucency. Translucency is between 0 and 1, where 0 is opaque and 1 is transparent.

Throws:

ArgumentOutOfRangeException - The translucency must be between 0 and 1.

See Also:

DisplaySilhouette, SilhouetteColor, SilhouetteWidth

setSilhouetteTranslucency

public final void setSilhouetteTranslucency(float value)

Sets the silhouette's translucency. Translucency is between 0 and 1, where 0 is opaque and 1 is transparent.

Throws:

ArgumentOutOfRangeException - The translucency must be between 0 and 1.

See Also:

DisplaySilhouette, SilhouetteColor, SilhouetteWidth

getSilhouetteWidth

public final float getSilhouetteWidth()

Gets the silhouette' width, in pixels.

The width is defined in pixels so even if the camera moves very close or very far from the solid, the width of the silhouette on the screen does not change.

Throws:

ArgumentOutOfRangeException - Width is less than 0.

InsufficientVideoCardException - Width is outside of the range supported by the video card. To verify a width is supported, check MinimumSilhouetteWidthSupported and MaximumSilhouetteWidthSupported. Regardless of MinimumSilhouetteWidthSupported, a width of 0 is always allowed and effectively hides the silhouette.

See Also:

DisplaySilhouette, SilhouetteColor, SilhouetteTranslucency, MinimumSilhouetteWidthSupported, MaximumSilhouetteWidthSupported

setSilhouetteWidth

public final void setSilhouetteWidth(float value)

Sets the silhouette' width, in pixels.

The width is defined in pixels so even if the camera moves very close or very far from the solid, the width of the silhouette on the screen does not change.

Throws:

ArgumentOutOfRangeException - Width is less than 0.

InsufficientVideoCardException - Width is outside of the range supported by the video card. To verify a width is supported, check MinimumSilhouetteWidthSupported and MaximumSilhouetteWidthSupported. Regardless of MinimumSilhouetteWidthSupported, a width of 0 is always allowed and effectively hides the silhouette.

See Also:

DisplaySilhouette, SilhouetteColor, SilhouetteTranslucency, MinimumSilhouetteWidthSupported, MaximumSilhouetteWidthSupported

getMinimumSilhouetteWidthSupported

public static final float getMinimumSilhouetteWidthSupported()

Gets the minimum silhouette width, in pixels, supported by the video card.

See Also:

SilhouetteWidth

getMaximumSilhouetteWidthSupported

public static final float getMaximumSilhouetteWidthSupported()

Gets the maximum silhouette width, in pixels, supported by the video card.

See Also:

SilhouetteWidth

getDisplayOutline

public final boolean getDisplayOutline()

Gets whether the solid's outline is displayed.

See Also:

OutlineColor, OutlineTranslucency, OutlineWidth, OutlineAppearance

setDisplayOutline

public final void setDisplayOutline(boolean value)

Sets whether the solid's outline is displayed.

See Also:

OutlineColor, OutlineTranslucency, OutlineWidth, OutlineAppearance

getOutlineColor

public final Color getOutlineColor()

Gets the outline's color.

See Also:

DisplayOutline, OutlineTranslucency, OutlineWidth, OutlineAppearance

setOutlineColor

public final void setOutlineColor(Color value)

Sets the outline's color.

See Also:

DisplayOutline, OutlineTranslucency, OutlineWidth, OutlineAppearance

getOutlineTranslucency

public final float getOutlineTranslucency()

Gets the outline's translucency. Translucency is between 0 and 1, where 0 is opaque and 1 is transparent.

Throws:

ArgumentOutOfRangeException - The translucency must be between 0 and 1.

See Also:

DisplayOutline, OutlineColor, OutlineWidth, OutlineAppearance

setOutlineTranslucency

public final void setOutlineTranslucency(float value)

Sets the outline's translucency. Translucency is between 0 and 1, where 0 is opaque and 1 is transparent.

Throws:

ArgumentOutOfRangeException - The translucency must be between 0 and 1.

See Also:

DisplayOutline, OutlineColor, OutlineWidth, OutlineAppearance

getOutlineWidth

public final float getOutlineWidth()

Gets the outline's width, in pixels.

The width is defined in pixels so even if the camera moves very close or very far from a solid, the width of the outline on the screen does not change.

Throws:

ArgumentOutOfRangeException - Width is less than 0.

InsufficientVideoCardException - Width is outside of the range supported by the video card. To verify a width is supported, check PolylinePrimitive.MinimumWidthSupported (get) and PolylinePrimitive.MaximumWidthSupported (get). Regardless of PolylinePrimitive.MinimumWidthSupported (get), a width of 0 is always allowed and effectively hides the outline.

See Also:

DisplayOutline, OutlineColor, OutlineTranslucency, OutlineAppearance, PolylinePrimitive.MinimumWidthSupported (get), PolylinePrimitive.MaximumWidthSupported (get)

setOutlineWidth

public final void setOutlineWidth(float value)

Sets the outline's width, in pixels.

The width is defined in pixels so even if the camera moves very close or very far from a solid, the width of the outline on the screen does not change.

Throws:

ArgumentOutOfRangeException - Width is less than 0.

InsufficientVideoCardException - Width is outside of the range supported by the video card. To verify a width is supported, check PolylinePrimitive.MinimumWidthSupported (get) and PolylinePrimitive.MaximumWidthSupported (get). Regardless of PolylinePrimitive.MinimumWidthSupported (get), a width of 0 is always allowed and effectively hides the outline.

See Also:

DisplayOutline, OutlineColor, OutlineTranslucency, OutlineAppearance, PolylinePrimitive.MinimumWidthSupported (get), PolylinePrimitive.MaximumWidthSupported (get)

getOutlineAppearance

public final OutlineAppearance getOutlineAppearance()

Gets the outline's appearance.

Changing OutlineAppearance can result in this solid primitive hiding translucent primitives behind it. To avoid this, set the solid's owner's PrimitivesSortOrder to PrimitivesSortOrderBackToFront.

See Also:

DisplayOutline, OutlineColor, OutlineTranslucency, OutlineWidth, TranslucentPrimitivesSortOrder (get), TranslucentPrimitivesSortOrder (get)

setOutlineAppearance

public final void setOutlineAppearance(OutlineAppearance value)

Sets the outline's appearance.

Changing OutlineAppearance can result in this solid primitive hiding translucent primitives behind it. To avoid this, set the solid's owner's PrimitivesSortOrder to PrimitivesSortOrderBackToFront.

See Also:

DisplayOutline, OutlineColor, OutlineTranslucency, OutlineWidth, TranslucentPrimitivesSortOrder (get), TranslucentPrimitivesSortOrder (get)

getBackLineColor

public final Color getBackLineColor()

Gets the back line's color.

This is only used when OutlineAppearance is agi.foundation.graphics.OutlineAppearance#StylizeBackLines.

See Also:

OutlineAppearance, BackLineTranslucency, BackLineWidth

setBackLineColor

public final void setBackLineColor(Color value)

Sets the back line's color.

This is only used when OutlineAppearance is agi.foundation.graphics.OutlineAppearance#StylizeBackLines.

See Also:

OutlineAppearance, BackLineTranslucency, BackLineWidth

getBackLineTranslucency

public final float getBackLineTranslucency()

Gets the back line's translucency. Translucency is between 0 and 1, where 0 is opaque and 1 is transparent.

This is only used when OutlineAppearance is agi.foundation.graphics.OutlineAppearance#StylizeBackLines.

Throws:

ArgumentOutOfRangeException - The translucency must be between 0 and 1.

See Also:

OutlineAppearance, BackLineColor, BackLineWidth

setBackLineTranslucency

public final void setBackLineTranslucency(float value)

Sets the back line's translucency. Translucency is between 0 and 1, where 0 is opaque and 1 is transparent.

This is only used when OutlineAppearance is agi.foundation.graphics.OutlineAppearance#StylizeBackLines.

Throws:

ArgumentOutOfRangeException - The translucency must be between 0 and 1.

See Also:

OutlineAppearance, BackLineColor, BackLineWidth

getPosition

public final Cartesian getPosition()

Gets the solid's position. The position is defined in the solid's ReferenceFrame.

If the solid's agi.foundation.graphics.primitive.AutomaticallyComputeBoundingSphere property is true when setting the solid's position, the Center of the solid's agi.foundation.graphics.primitive.BoundingSphere is set to the new position. Otherwise, it is the caller's responsibility to update the solid's agi.foundation.graphics.primitive.BoundingSphere to a sphere that encompasses the solid.

See Also:

ReferenceFrame, agi.foundation.graphics.primitive.AutomaticallyComputeBoundingSphere

setPosition

public final void setPosition(Cartesian value)

Sets the solid's position. The position is defined in the solid's ReferenceFrame.

If the solid's agi.foundation.graphics.primitive.AutomaticallyComputeBoundingSphere property is true when setting the solid's position, the Center of the solid's agi.foundation.graphics.primitive.BoundingSphere is set to the new position. Otherwise, it is the caller's responsibility to update the solid's agi.foundation.graphics.primitive.BoundingSphere to a sphere that encompasses the solid.

See Also:

ReferenceFrame, agi.foundation.graphics.primitive.AutomaticallyComputeBoundingSphere

getRotation

public final UnitQuaternion getRotation()

Gets the rotation applied to the solid before rendering.

setRotation

public final void setRotation(UnitQuaternion value)

Sets the rotation applied to the solid before rendering.

getScale

public final Cartesian getScale()

Gets a non-uniform scale that is applied to the solid to increase or decrease its rendered size.

A Scale of (1, 1, 1) renders the solid using its actual size. Values greater than 1 for a component increase the size of the rendered solid in the corresponding direction in the primitive's agi.foundation.graphics.primitive.ReferenceFrame. Values less than 1 decrease the size.

If the solid's agi.foundation.graphics.primitive.AutomaticallyComputeBoundingSphere property is true when setting Scale, the Radius of the solid's agi.foundation.graphics.primitive.BoundingSphere is set to fit around the scaled solid. Otherwise, it is the caller's responsibility to update the solid's agi.foundation.graphics.primitive.BoundingSphere to a sphere that encompasses the scaled solid.

setScale

public final void setScale(Cartesian value)

Sets a non-uniform scale that is applied to the solid to increase or decrease its rendered size.

A Scale of (1, 1, 1) renders the solid using its actual size. Values greater than 1 for a component increase the size of the rendered solid in the corresponding direction in the primitive's agi.foundation.graphics.primitive.ReferenceFrame. Values less than 1 decrease the size.

If the solid's agi.foundation.graphics.primitive.AutomaticallyComputeBoundingSphere property is true when setting Scale, the Radius of the solid's agi.foundation.graphics.primitive.BoundingSphere is set to fit around the scaled solid. Otherwise, it is the caller's responsibility to update the solid's agi.foundation.graphics.primitive.BoundingSphere to a sphere that encompasses the scaled solid.

getBackLineWidth

public final float getBackLineWidth()

Gets the back line's width, in pixels.

This is only used when OutlineAppearance is agi.foundation.graphics.OutlineAppearance#StylizeBackLines.

The width is defined in pixels so even if the camera moves very close or very far from a solid, the width of the outline on the screen does not change.

Throws:

ArgumentOutOfRangeException - Width is less than 0.

InsufficientVideoCardException - Width is outside of the range supported by the video card. To verify a width is supported, check PolylinePrimitive.MinimumWidthSupported (get) and PolylinePrimitive.MaximumWidthSupported (get). Regardless of PolylinePrimitive.MinimumWidthSupported (get), a width of 0 is always allowed and effectively hides the back line.

See Also:

OutlineAppearance, BackLineColor, BackLineTranslucency, PolylinePrimitive.MinimumWidthSupported (get), PolylinePrimitive.MaximumWidthSupported (get)

setBackLineWidth

public final void setBackLineWidth(float value)

Sets the back line's width, in pixels.

This is only used when OutlineAppearance is agi.foundation.graphics.OutlineAppearance#StylizeBackLines.

The width is defined in pixels so even if the camera moves very close or very far from a solid, the width of the outline on the screen does not change.

Throws:

ArgumentOutOfRangeException - Width is less than 0.

InsufficientVideoCardException - Width is outside of the range supported by the video card. To verify a width is supported, check PolylinePrimitive.MinimumWidthSupported (get) and PolylinePrimitive.MaximumWidthSupported (get). Regardless of PolylinePrimitive.MinimumWidthSupported (get), a width of 0 is always allowed and effectively hides the back line.

See Also:

OutlineAppearance, BackLineColor, BackLineTranslucency, PolylinePrimitive.MinimumWidthSupported (get), PolylinePrimitive.MaximumWidthSupported (get)

getSetHint

public final SetHint getSetHint()

Gets the primitive's SetHint. See the Set Hint topic for more information on selecting an appropriate value to construct the primitive with.

setTranslucency

public void setTranslucency(float value)

Description copied from class: Primitive

Sets the primitive's translucency. Translucency is between 0 and 1, where 0 is opaque and 1 is transparent.

Overrides:

setTranslucency in class Primitive

set

public final void set(SolidTriangulatorResult solidTriangulatorResult)

Defines the solid using the specified solidTriangulatorResult. The solid is rendered in the primitive's agi.foundation.graphics.primitive.ReferenceFrame.

If this method is called frequently, it is recommended to construct the primitive with agi.foundation.graphics.SetHint#Frequent, which is the default. If this method will be called only once or infrequently, construct the primitive with agi.foundation.graphics.SetHint#Infrequent. See the Set Hint topic for more information.

If the primitive's AutomaticallyComputeBoundingSphere (get) property is true, the primitive's BoundingSphere (get) is computed based on the input. Otherwise, it is the caller's responsibility to update the primitive's BoundingSphere (get) to a sphere that encompasses the input.

Parameters:

solidTriangulatorResult - The triangulator used to define the solid.

Throws:

ArgumentNullException - solidTriangulatorResult is null.

CouldNotCreateVideoCardResourceException - Could not allocate video memory for the solid.

See Also:

Solid Primitive topic, Performance topic

set

public final void set(Iterable<Cartesian> positions,
                      Iterable<Cartesian> normals,
                      Iterable<Integer> indices,
                      Iterable<Integer> outlineIndices,
                      WindingOrder windingOrder,
                      BoundingSphere boundingSphere,
                      boolean closed)

Defines the solid using the specified parameters. The solid is rendered in the primitive's agi.foundation.graphics.primitive.ReferenceFrame.

If this method is called frequently, it is recommended to construct the primitive with agi.foundation.graphics.SetHint#Frequent, which is the default. If this method will be called only once or infrequently, construct the primitive with agi.foundation.graphics.SetHint#Infrequent. See the Set Hint topic for more information.

If the primitive's AutomaticallyComputeBoundingSphere (get) property is true, the primitive's BoundingSphere (get) is computed based on the input. Otherwise, it is the caller's responsibility to update the primitive's BoundingSphere (get) to a sphere that encompasses the input.

Parameters:

positions - The positions of the solid.

normals - The normals of the mesh.

indices - The indices into positions and normals.

outlineIndices - The indices into positions that define an outline of the solid.

windingOrder - The orientation of front-facing triangles.

boundingSphere - The bounding sphere that encompasses the solid.

closed - Indicates if the solid is closed. For example, a box with six faces is closed. If one face is removed, the box is open.

See Also:

Solid Primitive topic, Performance topic