Uses of Class
edu.umd.cs.jazz.ZDrawingSurface

Packages that use ZDrawingSurface

edu.umd.cs.jazz	Jazz is a general-purpose Java-based engine that supports 2D visualizations.
edu.umd.cs.jazz.util	This package defines several utility classes that are likely to be useful for Jazz applications.

Uses of ZDrawingSurface in edu.umd.cs.jazz

Methods in edu.umd.cs.jazz that return ZDrawingSurface

ZDrawingSurface

ZCamera.getDrawingSurface() Get the value of surface.

Methods in edu.umd.cs.jazz with parameters of type ZDrawingSurface

void	ZTransformGroup.translate(double dx, double dy, int millis, ZDrawingSurface surface) Animate the node from its current position by the specified deltaX and deltaY
void	ZTransformGroup.setTranslation(double x, double y, int millis, ZDrawingSurface surface) Animate the node from its current position to the position specified by x, y
void	ZTransformGroup.scale(double dz, int millis, ZDrawingSurface surface) Animate the node from its current scale to the scale specified by muliplying the current scale and deltaZ
void	ZTransformGroup.scale(double dz, double x, double y, int millis, ZDrawingSurface surface) Animate the node around the specified point (x, y) from its current scale to the scale specified by muliplying the current scale and dz
void	ZTransformGroup.setScale(double finalz, int millis, ZDrawingSurface surface) Animate the node from its current scale to the specified target scale.
void	ZTransformGroup.setScale(double finalz, double x, double y, int millis, ZDrawingSurface surface) Animate the node around the specified point (x, y) to the specified target scale.
void	ZTransformGroup.setRotation(double theta, int millis, ZDrawingSurface surface) Set the absolute rotation of this node, animating the change over time.
void	ZTransformGroup.setRotation(double theta, double xctr, double yctr, int millis, ZDrawingSurface surface) Set the absolute rotation of this node, via animation, theta radians about the specified anchor point.
void	ZTransformGroup.rotate(double theta, int millis, ZDrawingSurface surface) Rotate the node, via animation, theta radians
void	ZTransformGroup.rotate(double theta, double xctr, double yctr, int millis, ZDrawingSurface surface) Rotate the node, via animation, theta radians about the specified anchor point
void	ZTransformGroup.position(java.awt.geom.Point2D srcPt, java.awt.geom.Point2D destPt, ZNode refNode, int millis, ZDrawingSurface surface) This will calculate the necessary transform in order to make this node appear at a particular position relative to the specified node.
void	ZTransformGroup.position(java.awt.geom.Point2D srcPt, java.awt.geom.Point2D destPt, java.awt.geom.Rectangle2D destBounds, int millis, ZDrawingSurface surface) This will calculate the necessary transform in order to make this node appear at a particular position relative to the specified bounding box.
static void	ZTransformGroup.animate(ZTransformable node, java.awt.geom.AffineTransform tx, int millis, ZDrawingSurface surface) Set the transform of the specified node to the specified transform, and animate the change from its current transformation over the specified number of milliseconds using a slow-in slow-out animation.
static void	ZTransformGroup.animate(ZTransformable node, java.awt.geom.AffineTransform at, int millis, ZDrawingSurface surface, ZLerp lerpTimeFunction) Set the transform of the specified node to the specified transform, and animate the change from its current transformation over the specified number of milliseconds using a slow-in slow-out animation.
static void	ZTransformGroup.animate(ZTransformable[] nodes, java.awt.geom.AffineTransform[] txs, int millis, ZDrawingSurface surface) Set the transforms of the specified array of nodes to the specified array of transforms, and animate the change over the specified number of milliseconds using a slow-in slow-out animation.
static void	ZTransformGroup.animate(ZTransformable[] nodes, java.awt.geom.AffineTransform[] txs, int millis, ZDrawingSurface surface, ZLerp lerpTimeFunction) Set the transforms of the specified array of nodes to the specified array of transforms, and animate the change over the specified number of milliseconds using a slow-in slow-out animation.
ZRenderContext	ZCamera.createRenderContext(java.awt.Graphics2D aG2, ZBounds visibleBounds, ZDrawingSurface aSurface, int qualityRequested) This returns a new instance of a ZRenderContext for this node.
void	ZCamera.setDrawingSurface(ZDrawingSurface aSurface) Set the value of surface.
void	ZCamera.center(java.awt.geom.Rectangle2D refBounds, int millis, ZDrawingSurface aSurface) Animates the camera view so that the specified bounds (in global coordinates) is centered within the view of the camera.
void	ZCamera.center(java.awt.geom.Rectangle2D srcBounds, java.awt.geom.Rectangle2D destBounds, int millis, ZDrawingSurface surface) Animates the camera view so that a given global bounds appear within a specified screen bounds given in camera coordinates.
void	ZCamera.centerWithAspectChange(java.awt.geom.Rectangle2D srcBounds, java.awt.geom.Rectangle2D destBounds, int millis, ZDrawingSurface surface) Animates the given camera view so that a given global bounds appear within a specified screen bounds given in camera coordinates.
void	ZCamera.centerWithAspectChange(java.awt.geom.Rectangle2D refBounds, int millis, ZDrawingSurface aSurface) Animates the camera view so that the camera view will match the given bounds exactly.
void	ZCamera.translate(double dx, double dy, int millis, ZDrawingSurface surface) Animate the object from its current position by the specified deltaX and deltaY
void	ZCamera.setTranslation(double x, double y, int millis, ZDrawingSurface surface) Animate the object from its current position to the position specified by x, y
void	ZCamera.scale(double dz, int millis, ZDrawingSurface surface) Animate the object from its current scale to the scale specified by muliplying the current scale and deltaZ
void	ZCamera.scale(double dz, double x, double y, int millis, ZDrawingSurface surface) Animate the object around the specified point (x, y) from its current scale to the scale specified by muliplying the current scale and dz
void	ZCamera.setScale(double finalz, int millis, ZDrawingSurface surface) Animate the object from its current scale to the specified target scale.
void	ZCamera.setScale(double finalz, double x, double y, int millis, ZDrawingSurface surface) Animate the object around the specified point (x, y) to the specified target scale.
void	ZCamera.animate(java.awt.geom.AffineTransform at, int millis, ZDrawingSurface surface) Set the transform of this camera to the specified transform, and animate the change from its current transformation over the specified number of milliseconds using a slow-in slow-out animation.

Constructors in edu.umd.cs.jazz with parameters of type ZDrawingSurface

ZCamera(ZLayerGroup layer, ZDrawingSurface aSurface)
Constructs a new ZCamera.

Uses of ZDrawingSurface in edu.umd.cs.jazz.util

Methods in edu.umd.cs.jazz.util that return ZDrawingSurface

ZDrawingSurface	ZCanvas.getDrawingSurface() Return the surface.
ZDrawingSurface	ZRenderContext.getDrawingSurface() Get the drawing surface being rendered onto.

Methods in edu.umd.cs.jazz.util with parameters of type ZDrawingSurface

ZRenderContext	ZRenderContextFactory.createRenderContext(java.awt.Graphics2D aG2, ZBounds visibleBounds, ZDrawingSurface aSurface, int qualityRequested)
void	ZLoadable.setDrawingSurface(ZDrawingSurface surface) Set the drawing surface of the scenegraph.
void	ZCanvas.setDrawingSurface(ZDrawingSurface aSurface) Sets the surface.

Constructors in edu.umd.cs.jazz.util with parameters of type ZDrawingSurface

ZRenderContext(java.awt.Graphics2D aG2, ZBounds visibleBounds, ZDrawingSurface aSurface, int qualityRequested)
Constructs a new ZRenderContext.