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com.xerox.VTM.engine
Class VirtualSpaceManager
java.lang.Objectcom.xerox.VTM.engine.VirtualSpaceManager
- All Implemented Interfaces:
- java.awt.event.AWTEventListener, java.util.EventListener
- public class VirtualSpaceManager
- extends java.lang.Object
- implements java.awt.event.AWTEventListener
- extends java.lang.Object
Virtual space manager - VTM root class - virtual space management (camera, glyphs,...) is done here - primary interface to application. This is the main class to instantiate.
| Field Summary | |
(package private) java.lang.Object |
activeJFrame
|
View |
activeView
current view |
static short |
ALL_GLYPHS
select all glyphs in the region |
protected java.util.Hashtable |
allCameras
key is camera ID (Integer) |
protected java.util.Hashtable |
allGlyphs
key is glyph ID (Long) |
protected java.util.Hashtable |
allViews
key is view name (String) |
protected java.util.Hashtable |
allVirtualSpaces
key is space name (String) |
AnimManager |
animator
Animation Manager |
(package private) boolean |
debug
print exceptions |
(package private) boolean |
defaultMultiFill
enables detection of multiple full fills in one view repaint - default value assigned to new views - STILL VERY BUGGY - ONLY SUPPORTS VRectangle and VCircle for now |
(package private) boolean |
generalRepaintPolicy
default policy for view repainting - true means all views are repainted even if ((not active) or (mouse not inside the view)) - false means only the active view and the view in which the mouse is currently located (if different) are repainted - default is true |
(package private) static java.awt.Font |
mainFont
|
(package private) java.awt.Color |
mouseInsideColor
|
boolean |
mouseSync
sync mouse cursor and mouse glyph |
private int |
nextcID
next camera will have ID... |
private long |
nextID
next glyph will have ID... |
private int |
nextmID
next cursor will have ID... |
(package private) java.awt.Color |
selectColor
Constraint Manager |
static short |
SENSITIVE_GLYPHS
select only mouse sensitive glyphs |
(package private) float |
textAsLineCoef
value under which a VText is drawn as a point instead of a text (considered too small to be read). |
static short |
VIS_AND_SENS_GLYPHS
select only mouse sensitive and visible glyphs |
static short |
VISIBLE_GLYPHS
select only visible glyphs |
protected int |
zoomFloor
allow negative camera altitudes (zoom beyond the standard size=magnification) |
| Constructor Summary | |
VirtualSpaceManager()
Only for use with stand-alone Java applications (use other constructor with applet=true if running inside a JApplet) |
|
VirtualSpaceManager(boolean applet)
Set applet to true if you are calling ZVTM from inside an Applet |
|
| Method Summary | |
View |
addAccView(java.util.Vector c,
java.lang.String name,
int w,
int h,
boolean bar,
boolean visible)
create a new accelerated view - old method |
View |
addAccView(java.util.Vector c,
java.lang.String name,
int w,
int h,
boolean bar,
boolean visible,
javax.swing.JMenuBar mnb)
create a new accelerated view - old method |
javax.swing.JPanel |
addAppletView(java.util.Vector c,
java.lang.String name,
int w,
int h)
create a new applet view |
Camera |
addCamera(java.lang.String vs)
add camera to space whose name is vs |
Camera |
addCamera(java.lang.String vs,
boolean lazy)
add camera to space whose name is vs |
net.claribole.zvtm.glyphs.CGlyph |
addCGlyph(net.claribole.zvtm.glyphs.CGlyph c,
java.lang.String vs)
add composite glyph c to virtual space whose name is vs |
AccEView |
addExternalAccView(java.util.Vector c,
java.lang.String name,
int w,
int h,
boolean bar,
boolean visible)
create a new external accelerated view |
AccEView |
addExternalAccView(java.util.Vector c,
java.lang.String name,
int w,
int h,
boolean bar,
boolean visible,
javax.swing.JMenuBar mnb)
create a new external accelerated view |
EView |
addExternalView(java.util.Vector c,
java.lang.String name,
int w,
int h,
boolean bar,
boolean visible)
create a new external view |
EView |
addExternalView(java.util.Vector c,
java.lang.String name,
int w,
int h,
boolean bar,
boolean visible,
javax.swing.JMenuBar mnb)
create a new external view |
com.xerox.VTM.glyphs.Glyph |
addGlyph(com.xerox.VTM.glyphs.Glyph g,
java.lang.String vs)
add glyph g to virtual space whose name is vs |
AccIView |
addInternalAccView(java.util.Vector c,
java.lang.String name,
int w,
int h,
boolean bar,
boolean visible,
IViewContainer ivc,
java.lang.Integer layer)
create a new internal accelerated view |
AccIView |
addInternalAccView(java.util.Vector c,
java.lang.String name,
int w,
int h,
boolean bar,
boolean visible,
javax.swing.JMenuBar mnb,
IViewContainer ivc,
java.lang.Integer layer)
create a new internal accelerated view |
IView |
addInternalView(java.util.Vector c,
java.lang.String name,
int w,
int h,
boolean bar,
boolean visible,
IViewContainer ivc,
java.lang.Integer layer)
create a new internal view |
IView |
addInternalView(java.util.Vector c,
java.lang.String name,
int w,
int h,
boolean bar,
boolean visible,
javax.swing.JMenuBar mnb,
IViewContainer ivc,
java.lang.Integer layer)
create a new internal view |
View |
addView(java.util.Vector c,
java.lang.String name,
int w,
int h,
boolean bar,
boolean visible)
create a new view - old method |
View |
addView(java.util.Vector c,
java.lang.String name,
int w,
int h,
boolean bar,
boolean visible,
javax.swing.JMenuBar mnb)
create a new view - old method |
VirtualSpace |
addVirtualSpace(java.lang.String n)
create a new virtual space with name n |
net.claribole.zvtm.engine.Location |
centerOnGlyph(com.xerox.VTM.glyphs.Glyph g,
Camera c,
int d)
translates and (un)zooms a camera in order to focus on glyph g |
net.claribole.zvtm.engine.Location |
centerOnRegion(Camera c,
int d,
long x1,
long y1,
long x2,
long y2)
translates and (un)zooms a camera in order to focus on a specific rectangular region |
IViewContainer |
createIViewContainer(java.lang.String name,
int w,
int h)
create a JFrame container for IViews - required parameter in IView constructor |
boolean |
debugModeON()
get debug mode state (ON or OFF) |
void |
destroyGlyphsInSpace(java.lang.String spaceName)
destroy all glyphs in space whose name is spaceName |
protected void |
destroyView(java.lang.String viewName)
destroy a view - used internally - not available to programmer, who should call the method directly on the view itself |
void |
destroyVirtualSpace(java.lang.String n)
destroy a virtual space |
void |
eventDispatched(java.awt.AWTEvent e)
This method is called when any event in the AWT system is dispatched. |
static long[] |
findFarmostGlyphCoords(VirtualSpace s)
returns the leftmost xpos, upmost ypos, rightmost xpos, downmost ypos visible in virtual space s |
Camera |
getActiveCamera()
get active camera |
VirtualSpace |
getActiveSpace()
get active virtual space |
View |
getActiveView()
get active view |
Camera |
getCamera(java.lang.Integer id)
get camera whose ID is id |
boolean |
getDefaultMultiFills()
get state of detection of multiple full fills in one view repaint - default value assigned to new views |
net.claribole.zvtm.engine.Location |
getGlobalView(Camera c,
int d)
translates and (un)zooms a camera in order to see everything visible in the associated virtual space |
com.xerox.VTM.glyphs.Glyph |
getGlyph(java.lang.Long id)
get glyph with ID id |
java.util.Vector |
getGlyphsInRegion(long x1,
long y1,
long x2,
long y2,
java.lang.String vsn,
int wg)
returns a vector of glyphs whose hotspot is in region delimited by rectangle (x1,y1,x2,y2) in virtual space vs (returns null if empty). |
static java.awt.Font |
getMainFont()
|
boolean |
getRepaintPolicy()
get general policy for view repainting (this is the current default policy, but this does not guarantee that all views comply with it since the policy may be changed for each single view) |
float |
getTextDisplayedAsSegCoef()
set the value under which a VText is drawn as a point instead of a text (considered too small to be read). |
View |
getView(java.lang.String n)
get view whose name is n |
VirtualSpace |
getVirtualSpace(java.lang.String n)
get virtual space whose name is n |
int |
getZoomLimit()
get the zoom-in limit/maximum magnification (like a floor the camera cannot go through) default value 0 means that, at maximum magnification, the size of observed glyphs corresponds to their real size (e.g. |
void |
removeGlyphFromUnderMouseLists(com.xerox.VTM.glyphs.Glyph g)
|
void |
repaintNow()
call this if you want to repaint all views at once in some cases it is not possible to detect graphical changes, like when a glyph is selected so repaint has to be done manually (unless you are willing to wait for another event to trigger repaint, like mouse moving) |
void |
setActiveView(View v)
set active view |
void |
setDebug(boolean b)
set debug mode ON or OFF |
void |
setDefaultMultiFills(boolean b)
enable/disable detection of multiple full fills in one view repaint - default value assigned to new views - default is false |
void |
setMainFont(java.awt.Font f)
|
void |
setMouseInsideGlyphColor(java.awt.Color c)
set border color of glyphs overlapped by mouse (not propagated to existing glyphs) |
void |
setMouseSync(boolean b)
true -> sync mouse cursor and mouse glyph |
void |
setRepaintPolicy(boolean b)
set policy for view repainting - true means all views are repainted even if ((not active) or (mouse not inside the view)) - policy is forwarded to all existing views (no matter its current policy) and will be applied to future ones (but it can be changed for each single view) |
void |
setSelectedGlyphColor(java.awt.Color c)
set border color of selected glyphs (not propagated to existing glyphs) |
void |
setTextDisplayedAsSegCoef(float f)
set the value under which a VText is drawn as a point instead of a text (considered too small to be read). |
void |
setZoomLimit(int a)
set a zoom-in limit/maximum magnification (like a floor the camera cannot go through) value 0 means that, at maximum magnification, the size of observed glyphs corresponds to their real size (e.g. |
void |
stickToGlyph(com.xerox.VTM.glyphs.Glyph g1,
com.xerox.VTM.glyphs.Glyph g2)
stick glyph g1 to glyph g2 (behaves like a one-way constraint) |
void |
stickToGlyph(java.lang.Long id1,
java.lang.Long id2)
stick glyph whose ID is id1 to glyph whose ID is id2 (behaves like a one-way constraint) |
void |
stickToMouse(com.xerox.VTM.glyphs.Glyph g)
stick glyph g to mouse (to drag it) - glyph is automatically made unsensitive to mouse events |
void |
stickToMouse(java.lang.Long id)
stick glyph whose ID is id to mouse (to drag it) - glyph is automatically made unsensitive to mouse events |
void |
unstickAllGlyphs(com.xerox.VTM.glyphs.Glyph g)
unstick all glyphs sticked to g |
void |
unstickFromGlyph(com.xerox.VTM.glyphs.Glyph g1,
com.xerox.VTM.glyphs.Glyph g2)
unstick glyph g1 from glyph g2 |
void |
unstickFromGlyph(java.lang.Long id1,
java.lang.Long id2)
unstick glyph whose ID is id1 from glyph whose ID is id2 |
void |
unstickFromMouse()
unstick ONLY LAST glyph sticked to mouse - glyph is automatically made sensitive to mouse events - you can get the number of glyphs sticked to the mouse by calling VCursor.getStickedGlyphsNumber() |
| Methods inherited from class java.lang.Object |
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
| Field Detail |
mainFont
static java.awt.Font mainFont
VIS_AND_SENS_GLYPHS
public static short VIS_AND_SENS_GLYPHS
- select only mouse sensitive and visible glyphs
VISIBLE_GLYPHS
public static short VISIBLE_GLYPHS
- select only visible glyphs
SENSITIVE_GLYPHS
public static short SENSITIVE_GLYPHS
- select only mouse sensitive glyphs
ALL_GLYPHS
public static short ALL_GLYPHS
- select all glyphs in the region
debug
boolean debug
- print exceptions
nextID
private long nextID
- next glyph will have ID...
nextcID
private int nextcID
- next camera will have ID...
nextmID
private int nextmID
- next cursor will have ID...
allGlyphs
protected java.util.Hashtable allGlyphs
- key is glyph ID (Long)
allCameras
protected java.util.Hashtable allCameras
- key is camera ID (Integer)
allVirtualSpaces
protected java.util.Hashtable allVirtualSpaces
- key is space name (String)
allViews
protected java.util.Hashtable allViews
- key is view name (String)
activeView
public View activeView
- current view
generalRepaintPolicy
boolean generalRepaintPolicy
- default policy for view repainting - true means all views are repainted even if ((not active) or (mouse not inside the view)) - false means only the active view and the view in which the mouse is currently located (if different) are repainted - default is true
defaultMultiFill
boolean defaultMultiFill
- enables detection of multiple full fills in one view repaint - default value assigned to new views - STILL VERY BUGGY - ONLY SUPPORTS VRectangle and VCircle for now
textAsLineCoef
float textAsLineCoef
- value under which a VText is drawn as a point instead of a text (considered too small to be read). Default is 0.5 - if you raise this value, text that was still displayed as a string will be displayed as a segment and inversely - of course, displaying a line instead of applying affine transformations to strings is faster
mouseSync
public boolean mouseSync
- sync mouse cursor and mouse glyph
animator
public AnimManager animator
- Animation Manager
zoomFloor
protected int zoomFloor
- allow negative camera altitudes (zoom beyond the standard size=magnification)
selectColor
java.awt.Color selectColor
- Constraint Manager
mouseInsideColor
java.awt.Color mouseInsideColor
activeJFrame
java.lang.Object activeJFrame
| Constructor Detail |
VirtualSpaceManager
public VirtualSpaceManager()
- Only for use with stand-alone Java applications (use other constructor with applet=true if running inside a JApplet)
VirtualSpaceManager
public VirtualSpaceManager(boolean applet)
- Set applet to true if you are calling ZVTM from inside an Applet
| Method Detail |
getMainFont
public static java.awt.Font getMainFont()
setMainFont
public void setMainFont(java.awt.Font f)
setDebug
public void setDebug(boolean b)
- set debug mode ON or OFF
debugModeON
public boolean debugModeON()
- get debug mode state (ON or OFF)
setRepaintPolicy
public void setRepaintPolicy(boolean b)
- set policy for view repainting - true means all views are repainted even if ((not active) or (mouse not inside the view)) - policy is forwarded to all existing views (no matter its current policy) and will be applied to future ones (but it can be changed for each single view)
getRepaintPolicy
public boolean getRepaintPolicy()
- get general policy for view repainting (this is the current default policy, but this does not guarantee that all views comply with it since the policy may be changed for each single view)
setDefaultMultiFills
public void setDefaultMultiFills(boolean b)
- enable/disable detection of multiple full fills in one view repaint - default value assigned to new views - default is false
getDefaultMultiFills
public boolean getDefaultMultiFills()
- get state of detection of multiple full fills in one view repaint - default value assigned to new views
setZoomLimit
public void setZoomLimit(int a)
- set a zoom-in limit/maximum magnification (like a floor the camera cannot go through)
value 0 means that, at maximum magnification, the size of observed glyphs corresponds to their real size (e.g. if a circle has a declared radius of 50 in the virtual space, then its radius at max magnification is 50)
if the floor is set to a negative value, you will be able to zoom in further (meaning that you will be able to magnify objects beyond their declared size)
Note: there is no limit for zoom out (no so-called ceiling)
getZoomLimit
public int getZoomLimit()
- get the zoom-in limit/maximum magnification (like a floor the camera cannot go through)
default value 0 means that, at maximum magnification, the size of observed glyphs corresponds to their real size (e.g. if a circle has a declared radius of 50 in the virtual space, then its radius at max magnification is 50)
if the floor is set to a negative value, you will be able to zoom in further (meaning that you will be able to magnify objects beyond their declared size)
Note: there is no limit for zoom out (no so-called ceiling)
setMouseSync
public void setMouseSync(boolean b)
- true -> sync mouse cursor and mouse glyph
setSelectedGlyphColor
public void setSelectedGlyphColor(java.awt.Color c)
- set border color of selected glyphs (not propagated to existing glyphs)
setMouseInsideGlyphColor
public void setMouseInsideGlyphColor(java.awt.Color c)
- set border color of glyphs overlapped by mouse (not propagated to existing glyphs)
addGlyph
public com.xerox.VTM.glyphs.Glyph addGlyph(com.xerox.VTM.glyphs.Glyph g, java.lang.String vs)
- add glyph g to virtual space whose name is vs
addCGlyph
public net.claribole.zvtm.glyphs.CGlyph addCGlyph(net.claribole.zvtm.glyphs.CGlyph c, java.lang.String vs)
- add composite glyph c to virtual space whose name is vs
getGlyph
public com.xerox.VTM.glyphs.Glyph getGlyph(java.lang.Long id)
- get glyph with ID id
getGlyphsInRegion
public java.util.Vector getGlyphsInRegion(long x1, long y1, long x2, long y2, java.lang.String vsn, int wg)
- returns a vector of glyphs whose hotspot is in region delimited by rectangle (x1,y1,x2,y2) in virtual space vs (returns null if empty). Coordinates of the mouse cursor in virtual space are available in instance variables vx and vy of class VCursor. The selection rectangle can be drawn on screen by using ViewPanel.setDrawRect(true) (e.g. call when mouse button is pressed)/ViewPanel.setDrawRect(false) (e.g. call when mouse button is released)
destroyGlyphsInSpace
public void destroyGlyphsInSpace(java.lang.String spaceName)
- destroy all glyphs in space whose name is spaceName
addCamera
public Camera addCamera(java.lang.String vs)
- add camera to space whose name is vs
addCamera
public Camera addCamera(java.lang.String vs, boolean lazy)
- add camera to space whose name is vs
getCamera
public Camera getCamera(java.lang.Integer id)
- get camera whose ID is id
getActiveCamera
public Camera getActiveCamera()
- get active camera
addView
public View addView(java.util.Vector c, java.lang.String name, int w, int h, boolean bar, boolean visible)
- create a new view - old method
addAccView
public View addAccView(java.util.Vector c, java.lang.String name, int w, int h, boolean bar, boolean visible)
- create a new accelerated view - old method
addView
public View addView(java.util.Vector c, java.lang.String name, int w, int h, boolean bar, boolean visible, javax.swing.JMenuBar mnb)
- create a new view - old method
addAccView
public View addAccView(java.util.Vector c, java.lang.String name, int w, int h, boolean bar, boolean visible, javax.swing.JMenuBar mnb)
- create a new accelerated view - old method
addExternalView
public EView addExternalView(java.util.Vector c, java.lang.String name, int w, int h, boolean bar, boolean visible)
- create a new external view
addExternalAccView
public AccEView addExternalAccView(java.util.Vector c, java.lang.String name, int w, int h, boolean bar, boolean visible)
- create a new external accelerated view
addExternalView
public EView addExternalView(java.util.Vector c, java.lang.String name, int w, int h, boolean bar, boolean visible, javax.swing.JMenuBar mnb)
- create a new external view
addExternalAccView
public AccEView addExternalAccView(java.util.Vector c, java.lang.String name, int w, int h, boolean bar, boolean visible, javax.swing.JMenuBar mnb)
- create a new external accelerated view
addInternalView
public IView addInternalView(java.util.Vector c, java.lang.String name, int w, int h, boolean bar, boolean visible, IViewContainer ivc, java.lang.Integer layer)
- create a new internal view
addInternalAccView
public AccIView addInternalAccView(java.util.Vector c, java.lang.String name, int w, int h, boolean bar, boolean visible, IViewContainer ivc, java.lang.Integer layer)
- create a new internal accelerated view
addInternalView
public IView addInternalView(java.util.Vector c, java.lang.String name, int w, int h, boolean bar, boolean visible, javax.swing.JMenuBar mnb, IViewContainer ivc, java.lang.Integer layer)
- create a new internal view
addInternalAccView
public AccIView addInternalAccView(java.util.Vector c, java.lang.String name, int w, int h, boolean bar, boolean visible, javax.swing.JMenuBar mnb, IViewContainer ivc, java.lang.Integer layer)
- create a new internal accelerated view
createIViewContainer
public IViewContainer createIViewContainer(java.lang.String name, int w, int h)
- create a JFrame container for IViews - required parameter in IView constructor
addAppletView
public javax.swing.JPanel addAppletView(java.util.Vector c, java.lang.String name, int w, int h)
- create a new applet view
getView
public View getView(java.lang.String n)
- get view whose name is n
destroyView
protected void destroyView(java.lang.String viewName)
- destroy a view - used internally - not available to programmer, who should call the method directly on the view itself
repaintNow
public void repaintNow()
- call this if you want to repaint all views at once
in some cases it is not possible to detect graphical changes, like when a glyph is selected so repaint has to be done manually (unless you are willing to wait for another event to trigger repaint, like mouse moving)
addVirtualSpace
public VirtualSpace addVirtualSpace(java.lang.String n)
- create a new virtual space with name n
destroyVirtualSpace
public void destroyVirtualSpace(java.lang.String n)
- destroy a virtual space
getVirtualSpace
public VirtualSpace getVirtualSpace(java.lang.String n)
- get virtual space whose name is n
getActiveSpace
public VirtualSpace getActiveSpace()
- get active virtual space
setActiveView
public void setActiveView(View v)
- set active view
getActiveView
public View getActiveView()
- get active view
stickToMouse
public void stickToMouse(java.lang.Long id)
- stick glyph whose ID is id to mouse (to drag it) - glyph is automatically made unsensitive to mouse events
stickToMouse
public void stickToMouse(com.xerox.VTM.glyphs.Glyph g)
- stick glyph g to mouse (to drag it) - glyph is automatically made unsensitive to mouse events
unstickFromMouse
public void unstickFromMouse()
- unstick ONLY LAST glyph sticked to mouse - glyph is automatically made sensitive to mouse events - you can get the number of glyphs sticked to the mouse by calling VCursor.getStickedGlyphsNumber()
stickToGlyph
public void stickToGlyph(java.lang.Long id1, java.lang.Long id2)
- stick glyph whose ID is id1 to glyph whose ID is id2 (behaves like a one-way constraint)
stickToGlyph
public void stickToGlyph(com.xerox.VTM.glyphs.Glyph g1, com.xerox.VTM.glyphs.Glyph g2)
- stick glyph g1 to glyph g2 (behaves like a one-way constraint)
unstickFromGlyph
public void unstickFromGlyph(java.lang.Long id1, java.lang.Long id2)
- unstick glyph whose ID is id1 from glyph whose ID is id2
unstickFromGlyph
public void unstickFromGlyph(com.xerox.VTM.glyphs.Glyph g1, com.xerox.VTM.glyphs.Glyph g2)
- unstick glyph g1 from glyph g2
unstickAllGlyphs
public void unstickAllGlyphs(com.xerox.VTM.glyphs.Glyph g)
- unstick all glyphs sticked to g
getGlobalView
public net.claribole.zvtm.engine.Location getGlobalView(Camera c, int d)
- translates and (un)zooms a camera in order to see everything visible in the associated virtual space
findFarmostGlyphCoords
public static long[] findFarmostGlyphCoords(VirtualSpace s)
- returns the leftmost xpos, upmost ypos, rightmost xpos, downmost ypos visible in virtual space s
centerOnGlyph
public net.claribole.zvtm.engine.Location centerOnGlyph(com.xerox.VTM.glyphs.Glyph g, Camera c, int d)
- translates and (un)zooms a camera in order to focus on glyph g
centerOnRegion
public net.claribole.zvtm.engine.Location centerOnRegion(Camera c, int d, long x1, long y1, long x2, long y2)
- translates and (un)zooms a camera in order to focus on a specific rectangular region
setTextDisplayedAsSegCoef
public void setTextDisplayedAsSegCoef(float f)
- set the value under which a VText is drawn as a point instead of a text (considered too small to be read). Default is 0.5 (it is compared to the product of the font size by the projection value) - if you raise this value, more text that was still displayed as a string will be displayed as a segment and inversely - of course, displaying a line instead of applying affine transformations to strings is faster
getTextDisplayedAsSegCoef
public float getTextDisplayedAsSegCoef()
- set the value under which a VText is drawn as a point instead of a text (considered too small to be read). Default is 0.5 (it is compared to the product of the font size by the projection value)
removeGlyphFromUnderMouseLists
public void removeGlyphFromUnderMouseLists(com.xerox.VTM.glyphs.Glyph g)
eventDispatched
public void eventDispatched(java.awt.AWTEvent e)
- Description copied from interface:
java.awt.event.AWTEventListener - This method is called when any event in the AWT system is dispatched.
- Specified by:
eventDispatchedin interfacejava.awt.event.AWTEventListener
|
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| Home >> All >> com >> xerox >> VTM >> [ engine overview ] | PREV CLASS NEXT CLASS | ||||||||
|
SUMMARY: JAVADOC | SOURCE | DOWNLOAD | NESTED | FIELD | CONSTR | METHOD |
DETAIL: FIELD | CONSTR | METHOD | ||||||||