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IG.java
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IG.java
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/*---
iGeo - http://igeo.jp
Copyright (c) 2002-2013 Satoru Sugihara
This file is part of iGeo.
iGeo is free software: you can redistribute it and/or modify
it under the terms of the GNU Lesser General Public License as
published by the Free Software Foundation, version 3.
iGeo is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU Lesser General Public License for more details.
You should have received a copy of the GNU Lesser General Public
License along with iGeo. If not, see <http://www.gnu.org/licenses/>.
---*/
package igeo;
import java.awt.*;
import java.util.*;
import java.io.*;
import java.lang.reflect.Array;
import igeo.gui.*;
import igeo.io.*;
/**
A main interface to background process of iGeo.
A single IG instance can be accessed through static methods although
multiple IG instance also can be contained in the static variable iglist in case
multiple object servers are needed or simultaneous execution of multiple applets.
One IG instance contains one IServer as object database and one IPanel as
display window. The member variable of IPanel can be null when no display
window is needed.
@see IServer
@see IPanel
@author Satoru Sugihara
*/
public class IG implements IServerI{
public static int majorVersion(){ return 0; }
public static int minorVersion(){ return 9; }
public static int buildVersion(){ return 3; }
public static int revisionVersion(){ return 0; }
public static Calendar versionDate(){ return new GregorianCalendar(2019, 8, 14); }
public static String version(){
return String.valueOf(majorVersion())+"."+String.valueOf(minorVersion())+"."+
String.valueOf(buildVersion())+"."+String.valueOf(revisionVersion());
}
/************************************
* static system variables
************************************/
public static final Object lock = new Object();
/** Processing Graphics using OpenGL to be put in size() method in Processing */
public static final String GL1 = "igeo.p.PIGraphicsGL1";
public static final String GL2 = "igeo.p.PIGraphicsGL2";
public static final String GL3 = "igeo.p.PIGraphicsGL3";
//public static final String GL = GL1; // switch before compile for target // for processing 1.5
//public static final String GL = GL2; // switch before compile for target // for processing 2.0
public static final String GL = GL3; // switch before compile for target // for processing 3.0
/** Processing Graphics using P3D to be put in size() method in Processing; under development. do not use yet. */
public static final String P3D = "igeo.p.PIGraphics3D";
/** alias of IG.P3D */
public static final String P3 = P3D;
/** alias of IG.P3D */
public static final String P = P3D;
/** Processing Graphics using JAVA to be put in size() method in Processing; to be implemented */
//public static final String JAVA = "igeo.p.PIGraphicsJava";
/** multiple IG instances are stored in iglist and switched by IG static methods
in case of applet execution or other occasion but handling of multiple IG
instances and switching are not really tested. */
protected static ArrayList<IG> iglist=null;
protected static int currentId = -1;
/************************************
* static geometry variables
************************************/
/** x-axis vector. do not modify the content. */
public static final IVec xaxis = IVec.xaxis;
/** y-axis vector. do not modify the content. */
public static final IVec yaxis = IVec.yaxis;
/** z-axis vector. do not modify the content. */
public static final IVec zaxis = IVec.zaxis;
/** origin vector. do not modify the content. */
public static final IVec origin = IVec.origin;
/** alias of x-axis vector */
public static final IVec x = IVec.xaxis;
/** alias of y-axis vector */
public static final IVec y = IVec.yaxis;
/** alias of z-axis vector */
public static final IVec z = IVec.zaxis;
/** alias of origin vector */
public static final IVec o = IVec.origin;
/************************************
* object variables
************************************/
/*protected*/ public IServer server;
/*protected*/ public IPanelI panel = null;
/*protected*/ public String inputFile;
/*protected*/ public String outputFile;
/** base file path for file I/O */
public String basePath = null; //".";
/** wrapping inputs in different environment. replacing basePath. */
public IInputWrapper inputWrapper=null;
/** if it's applet. online == true */
public boolean online=false;
/* *
initialize whole IG system with IServer and graphical components
instance of IG should be held by IGPane
@param
owner: if owner contains IGPane, the instance of IG is kept by it.
if not, IGPane is instantiated and the instance of IG is kept by it.
if the ownwer is null, IGPane and all other graphical components are not instantiated.
*/
/*
public static IG init(Container owner){
if(iglist==null) iglist = new ArrayList<IG>();
IG ig = null;
if(owner != null){
IGPane p = findIGPane(owner);
if(p==null) p = new IGPane(owner);
ig = new IG(p);
}
else ig = new IG();
iglist.add(ig);
currentId = iglist.size()-1;
return ig;
}
public static IGPane findIGPane(Container container){
final int defaultSearchDepth = 0;
return findIGPane(container, defaultSearchDepth);
}
public static IGPane findIGPane(Container container, int searchDepth){
Component[] components = container.getComponents();
for(Component c : components){
if(c instanceof IGPane) return (IGPane)c;
else if(searchDepth>0 && c instanceof Container){
IGPane p = findIGPane((Container)c, searchDepth-1);
if(p!=null) return p;
}
}
return null;
}
*/
/***********************************************************************
* static methods
***********************************************************************/
/**
Initialize whole IG system in non-graphic mode.
*/
public static IG init(){
if(iglist==null) iglist = new ArrayList<IG>();
IG ig = new IG();
iglist.add(ig);
currentId = iglist.size()-1;
return ig;
}
/** Initialize whole IG system in graphic mode.
Please instantiate IPanel beforehand.
*/
public static IG init(IPanelI owner){
if(iglist==null) iglist = new ArrayList<IG>();
IG ig = new IG(owner);
iglist.add(ig);
currentId = iglist.size()-1;
return ig;
}
/** alias of cur() */
public static IG current(){ return cur(); }
/** Find the IG instance which is likely to be the current. */
public static IG cur(){
if(iglist==null || currentId<0 || currentId>=iglist.size()) return null;
return iglist.get(currentId);
}
/** object to be used to lock in "synchronized" statement */
public static IG defaultThread(){ return cur(); }
/** object to be used to lock in "synchronized" statement */
public static IDynamicServer dynamicThread(){
IG ig = cur(); if(ig==null) return null; return ig.dynamicServer();
}
/** alias of dynamicThread() */
public static IDynamicServer updateThread(){ return dynamicThread(); }
public static void setCurrent(IG ig){
int idx = iglist.indexOf(ig);
if(idx>=0 && idx<iglist.size()) currentId = idx;
else{ // not in the list
// add? really?
iglist.add(ig);
currentId = iglist.size()-1;
}
// default server for geometry creator
ICurveCreator.server(ig);
ISurfaceCreator.server(ig);
IMeshCreator.server(ig);
}
public static void setCurrent(IPanelI owner){
for(int i=0; i<iglist.size(); i++){
if(iglist.get(i).panel == owner){
currentId = i;
// default server for geometry creator
ICurveCreator.server(iglist.get(i));
ISurfaceCreator.server(iglist.get(i));
return;
}
}
IOut.err("no IG instance found for "+owner);
}
/** Find IG instance linked with the specified IPanel instance. */
public static IG getIG(IPanelI owner){
for(IG ig : iglist) if(ig.panel == owner) return ig;
return null;
}
public static IObject[] open(String file){
IG ig = cur();
if(ig==null) return null;
ArrayList<IObject> objects = ig.openFile(file);
if(objects==null) return null;
return objects.toArray(new IObject[objects.size()]);
}
public static boolean save(String file){
IG ig = cur();
if(ig==null) return false;
return ig.saveFile(file);
}
// dynamics methods
/** set duration of dynamics update */
public static void duration(int dur){ IG ig=cur(); if(ig!=null) ig.setDuration(dur); }
/** get duration of dynamics update */
public static int duration(){ IG ig=cur(); return ig==null?0:ig.getDuration(); }
/** set current time count of dynamics update. recommeded not to chage time. */
public static void time(int tm){ IG ig=cur(); if(ig!=null) ig.setTime(tm); }
/** get current time count of dynamics update */
public static int time(){ IG ig=cur(); return ig==null?-1:ig.getTime(); }
/** pause dynamics update. */
public static void pause(){ IG ig=cur(); if(ig!=null) ig.pauseDynamics(); }
/** resume dynamics update. */
public static void resume(){ IG ig=cur(); if(ig!=null) ig.resumeDynamics(); }
/** check if dynamics is running */
public static boolean isRunning(){ IG ig=cur(); if(ig!=null){ return ig.isDynamicsRunning(); } return false; }
/** start dynamics update. if IConfig.autoStart is true, this should not be used. */
public static void start(){ IG ig=cur(); if(ig!=null) ig.startDynamics(); }
/** stop dynamics update. recommended not to use this because stopping should be done by setting duration. */
public static void stop(){ IG ig=cur(); if(ig!=null) ig.stopDynamics(); }
/** setting update rate time interval in second */
public static void updateRate(double second){ IConfig.updateRate=second; }
/** alias of updateRate() */
public static void updateSpeed(double second){ updateRate(second); }
/** alias of updateRate() */
public static void rate(double second){ updateRate(second); }
/** alias of updateRate() */
public static void speed(double second){ updateRate(second); }
/** getting update rate time interval in second */
public static double updateRate(){ return IConfig.updateRate; }
/** alias of updateRate() */
public static double updateSpeed(){ return updateRate(); }
/** alias of updateRate() */
public static double rate(){ return updateRate(); }
/** alias of updateRate() */
public static double speed(){ return updateRate(); }
/** getting unit of current IG server */
public static IUnit unit(){
IG ig=cur(); if(ig!=null) return ig.server().unit();
return null;
}
/** setting unit of current IG server */
public static void unit(IUnit u){
IG ig=cur(); if(ig!=null) ig.server().unit(u);
}
/** setting unit of current IG server */
public static void unit(IUnit.Type u){
IG ig=cur(); if(ig!=null) ig.server().unit(u);
}
/** setting unit of current IG server */
public static void unit(String unitName){
IG ig=cur(); if(ig!=null) ig.server().unit(unitName);
}
/** to set the name first and save later (likely by key event) */
public static void outputFile(String filename){
IG ig = cur();
if(ig!=null) ig.setOutputFile(filename);
}
public static String outputFile(){
IG ig = cur();
if(ig==null) return null;
return ig.getOutputFile();
}
public static void inputFile(String filename){
IG ig = cur();
if(ig!=null) ig.setInputFile(filename);
}
public static String inputFile(){
IG ig = cur();
if(ig==null) return null;
return ig.getInputFile();
}
/** get all points in the current server */
public static IPoint[] points(){
IG ig = cur(); return ig==null?null:ig.getPoints();
}
/** get all points in the current server; alias */
public static IPoint[] pts(){ return points(); }
/** get all curves in the current server */
public static ICurve[] curves(){
IG ig = cur(); return ig==null?null:ig.getCurves();
}
/** get all curves in the current server; alias */
public static ICurve[] crvs(){ return curves(); }
/** get all curves in the current server
Note that IPolycurve contains multiple ICurve and they show up in curves() as well.
ICurve - IPolycurve relationship is still under work. This is temporary measure.
*/
public static IPolycurve[] polycurves(){
IG ig = cur(); return ig==null?null:ig.getPolycurves();
}
/** get all curves in the current server; alias.
Note that IPolycurve contains multiple ICurve and they show up in curves() as well.
ICurve - IPolycurve relationship is still under work. This is temporary measure.
*/
//public static ICurve[] pcrvs(){ return polycurves(); }
/** get all surfaces in the current server */
public static ISurface[] surfaces(){
IG ig = cur(); return ig==null?null:ig.getSurfaces();
}
/** get all surfaces in the current server; alias */
public static ISurface[] srfs(){ return surfaces(); }
/** get all meshes in the current server */
public static IMesh[] meshes(){
IG ig = cur(); return ig==null?null:ig.getMeshes();
}
/** get all breps in the current server */
public static IBrep[] breps(){
IG ig = cur(); return ig==null?null:ig.getBreps();
}
/** get all texts in the current server */
public static IText[] texts(){
IG ig = cur(); return ig==null?null:ig.getTexts();
}
/** get all geometry objects in the current server */
public static IGeometry[] geometries(){
IG ig = cur(); return ig==null?null:ig.getGeometries();
}
/** get all geometry objects in the current server */
public static IGeometry[] geos(){ return geometries(); }
/** get all objects of the specified class in the current server */
public static IObject[] objects(Class cls){
IG ig = cur(); return ig==null?null:ig.getObjects(cls);
}
/** get all objects of the specified class in the current server; alias */
public static IObject[] objs(Class cls){ return objects(); }
/** get all objects in the current server */
public static IObject[] objects(){
IG ig = cur(); return ig==null?null:ig.getObjects();
}
/** get all objects in the current server; alias */
public static IObject[] objs(){ return objects(); }
/** get a point in the current server */
public static IPoint point(int i){
IG ig = cur(); return ig==null?null:ig.getPoint(i);
}
/** get a point in the current server; alias */
public static IPoint pt(int i){ return point(i); }
/** get a curve in the current server */
public static ICurve curve(int i){
IG ig = cur(); return ig==null?null:ig.getCurve(i);
}
/** get a curve in the current server; alias */
public static ICurve crv(int i){ return curve(i); }
/** get a polycurve in the current server
Note that IPolycurve contains multiple ICurve and they show up in curves() as well.
ICurve - IPolycurve relationship is still under work. This is temporary measure.
*/
public static IPolycurve polycurve(int i){
IG ig = cur(); return ig==null?null:ig.getPolycurve(i);
}
/** get a curve in the current server; alias.
Note that IPolycurve contains multiple ICurve and they show up in curves() as well.
ICurve - IPolycurve relationship is still under work. This is temporary measure.
*/
//public static IPolycurve pcrv(int i){ return polycurve(i); }
/** get a surface in the current server */
public static ISurface surface(int i){
IG ig = cur(); return ig==null?null:ig.getSurface(i);
}
/** get a surface in the current server; alias */
public static ISurface srf(int i){ return surface(i); }
/** get a mesh in the current server */
public static IMesh mesh(int i){
IG ig = cur(); return ig==null?null:ig.getMesh(i);
}
/** get a brep in the current server */
public static IBrep brep(int i){
IG ig = cur(); return ig==null?null:ig.getBrep(i);
}
/** get a text in the current server */
public static IText text(int i){
IG ig = cur(); return ig==null?null:ig.getText(i);
}
/** get a geometry in the current server */
public static IGeometry geometry(int i){
IG ig = cur(); return ig==null?null:ig.getGeometry(i);
}
/** get a geometry in the current server */
public static IGeometry geo(int i){ return geometry(i); }
/** get a object of the specified class in the current server */
public static IObject object(Class cls, int i){
IG ig = cur(); return ig==null?null:ig.getObject(cls,i);
}
/** get a object of the specified class in the current server; alias */
public static IObject obj(Class cls, int i){ return object(cls,i); }
/** get a object in the current server */
public static IObject object(int i){
IG ig = cur(); return ig==null?null:ig.getObject(i);
}
/** get a object in the current server; alias */
public static IObject obj(int i){ return object(i); }
/** number of points in the current server */
public static int pointNum(){
IG ig = cur(); return ig==null?0:ig.getPointNum();
}
/** number of points in the current server; alias */
public static int ptNum(){ return pointNum(); }
/** number of curves in the current server */
public static int curveNum(){
IG ig = cur(); return ig==null?0:ig.getCurveNum();
}
/** number of curves in the current server; alias */
public static int crvNum(){ return curveNum(); }
/** number of polycurves in the current server.
Note that IPolycurve contains multiple ICurve and they show up in curves() as well.
ICurve - IPolycurve relationship is still under work. This is temporary measure.
*/
public static int polycurveNum(){
IG ig = cur(); return ig==null?0:ig.getPolycurveNum();
}
/** number of polycurves in the current server; alias.
Note that IPolycurve contains multiple ICurve and they show up in curves() as well.
ICurve - IPolycurve relationship is still under work. This is temporary measure.
*/
//fpublic static int pcrvNum(){ return polycurveNum(); }
/** number of surfaces in the current server */
public static int surfaceNum(){
IG ig = cur(); return ig==null?0:ig.getSurfaceNum();
}
/** number of surfaces in the current server; alias */
public static int srfNum(){ return surfaceNum(); }
/** number of meshes in the current server */
public static int meshNum(){
IG ig = cur(); return ig==null?0:ig.getMeshNum();
}
/** number of breps in the current server */
public static int brepNum(){
IG ig = cur(); return ig==null?0:ig.getBrepNum();
}
/** number of texts in the current server */
public static int textNum(){
IG ig = cur(); return ig==null?0:ig.getTextNum();
}
/** number of geometries in the cubrrent server */
public static int geometryNum(){
IG ig = cur(); return ig==null?0:ig.getGeometryNum();
}
/** alias of geometryNum() */
public static int geoNum(){ return geometryNum(); }
/** number of objects of the specified class in the current server */
public static int objectNum(Class cls){
IG ig = cur(); return ig==null?0:ig.getObjectNum(cls);
}
/** number of objects of the specified class in the current server; alias */
public static int objNum(Class cls){ return objectNum(cls); }
/** number of objects in the current server */
public static int objectNum(){
IG ig = cur(); return ig==null?0:ig.getObjectNum();
}
/** number of objects in the current server; alias */
public static int objNum(){ return objectNum(); }
public static void del(IObject o){ o.del(); }
public static void del(IObject[] o){
for(int i=0; i<o.length; i++){ if(o[i]!=null) o[i].del(); }
}
public static void del(ArrayList<IObject> o){
for(int i=0; i<o.size(); i++){ if(o.get(i)!=null) o.get(i).del(); }
}
/* delete all objects of specified class */
public static void del(Class cls){
IObject[] o = objects(cls);
del(o);
}
/* alias of clear(): clear all not just objects but all dynamics, graphics and layers */
public static void delAll(){ clear(); }
/* clear all not just objects but all dynamics, graphics and layers */
public static void clear(){
IG ig = cur();
if(ig!=null){ ig.clearServer(); }
}
public static ILayer layer(String layerName){
IG ig = cur();
if(ig==null) return null;
return ig.getLayer(layerName);
}
public static ILayer layer(int i){
IG ig = cur();
if(ig==null) return null;
return ig.getLayer(i);
}
public static ILayer[] layers(){
IG ig = cur();
if(ig==null) return null;
return ig.getAllLayers();
}
public static void delLayer(String layerName){
IG ig = cur();
if(ig==null) return;
ig.deleteLayer(layerName);
}
public static void delLayer(ILayer layer){
IG ig = cur();
if(ig==null) return;
ig.deleteLayer(layer);
}
public static int layerNum(){
IG ig = cur();
if(ig==null) return 0;
return ig.getLayerNum();
}
public static void focus(){
IG ig = cur();
if(ig==null) return;
ig.focusView();
}
public static boolean isGL(){
IG ig = cur();
if(ig==null){
IOut.err("no IG found");
return true; // GL is default
}
if(ig.server().graphicServer()==null){
IOut.err("no graphic server found");
return true; // GL is default
}
return ig.server().graphicServer().isGL();
}
public static void graphicMode(IGraphicMode mode){
IG ig = cur(); if(ig==null) return;
ig.server().setGraphicMode(mode);
}
/** set wireframe graphic mode */
public static void wireframe(){
IGraphicMode.GraphicType gtype = IGraphicMode.GraphicType.J2D;
if(isGL()) gtype = IGraphicMode.GraphicType.GL;
graphicMode(new IGraphicMode(gtype,false,true,false));
}
/** alias of wireframe() */
public static void wire(){ wireframe(); }
/** set fill graphic mode */
public static void fill(){
IGraphicMode.GraphicType gtype = IGraphicMode.GraphicType.J2D;
if(isGL()) gtype = IGraphicMode.GraphicType.GL;
graphicMode(new IGraphicMode(gtype,true,false,false));
}
/** set fill+wireframe graphic mode */
public static void fillWithWireframe(){ wireframeFill(); }
/** set fill+wireframe graphic mode */
public static void fillWireframe(){ wireframeFill(); }
/** set fill+wireframe graphic mode */
public static void fillWire(){ wireframeFill(); }
/** set fill+wireframe graphic mode */
public static void wireframeFill(){
IGraphicMode.GraphicType gtype = IGraphicMode.GraphicType.J2D;
if(isGL()) gtype = IGraphicMode.GraphicType.GL;
graphicMode(new IGraphicMode(gtype,true,true,false));
}
/** set fill+wireframe graphic mode */
public static void wireFill(){ wireframeFill(); }
/** set transparent fill graphic mode */
public static void transparentFill(){ transparent(); }
/** set transparent fill graphic mode */
public static void transFill(){ transparent(); }
/** set transparent fill graphic mode */
public static void transparent(){
IGraphicMode.GraphicType gtype = IGraphicMode.GraphicType.J2D;
if(isGL()) gtype = IGraphicMode.GraphicType.GL;
graphicMode(new IGraphicMode(gtype,true,false,true));
}
/** alias of transparent() */
public static void trans(){ transparent(); }
/** set transparent fill+wireframe graphic mode */
public static void transparentFillWithWireframe(){ wireframeTransparent(); }
/** set transparent fill+wireframe graphic mode */
public static void transparentWireframe(){ wireframeTransparent(); }
/** set transparent fill+wireframe graphic mode */
public static void wireframeTransparent(){
IGraphicMode.GraphicType gtype = IGraphicMode.GraphicType.J2D;
if(isGL()) gtype = IGraphicMode.GraphicType.GL;
graphicMode(new IGraphicMode(gtype,true,true,true));
}
/** alias of wireframeTransparent() */
public static void wireTrans(){ wireframeTransparent(); }
/** alias of wireframeTransparent() */
public static void transWire(){ wireframeTransparent(); }
public static void noGraphic(){
IGraphicMode.GraphicType gtype = IGraphicMode.GraphicType.J2D;
if(isGL()) gtype = IGraphicMode.GraphicType.GL;
graphicMode(new IGraphicMode(gtype,false,false,false));
}
public static IView view(int paneIndex){
IG ig = cur(); if(ig==null) return null;
if(ig==null || ig.panel==null || ig.panel.paneNum()>0 ||
ig.panel.paneNum() <= paneIndex || paneIndex<0 ){ return null; }
if(ig.panel instanceof IScreenTogglePanel){
((IScreenTogglePanel)(ig.panel)).enableFullScreen(ig.panel.pane(paneIndex));
}
return ig.panel.pane(paneIndex).getView();
}
/** put the specified pane on the full screen inside the window if the panel is IGridPanel with 2x2 grid */
public static IPane gridPane(int xindex, int yindex){
IG ig = cur(); if(ig==null) return null;
if(ig.panel!=null && ig.panel instanceof IGridPanel){
IGridPanel gpanel = (IGridPanel)ig.panel;
if(xindex>=0 && xindex < gpanel.gridPanes.length &&
yindex>=0 && yindex < gpanel.gridPanes[xindex].length ){
IPane pane = gpanel.gridPanes[xindex][yindex];
gpanel.enableFullScreen(pane);
return pane;
}
else if(gpanel.gridPanes.length>0 &&
gpanel.gridPanes[0].length>0 ){
IPane pane = gpanel.gridPanes[0][0];
gpanel.enableFullScreen(0);
return pane;
}
}
return null;
}
/** put the specified pane on the full screen inside the window if the panel is IGridPanel with 2x2 grid */
public static void disableFullScreen(){
IG ig = cur(); if(ig==null) return;
if(ig.panel!=null && ig.panel instanceof IGridPanel){
IGridPanel gpanel = (IGridPanel)ig.panel;
gpanel.disableFullScreen();
}
}
/** put top pane on the full screen inside the window if the panel is IGridPanel */
public static IPane topPane(){ return gridPane(0,0); }
/** bottom pane is identical with top pane in IGridPanel */
public static IPane bottomPane(){ return topPane(); }
/** put perspective pane on the full screen inside the window if the panel is IGridPanel */
public static IPane perspectivePane(){ return gridPane(1,0); }
/** axonometric pane is identical with perspective pane in IGridPanel */
public static IPane axonometricPane(){ return perspectivePane(); }
/** put front pane on the full screen inside the window if the panel is IGridPanel */
public static IPane frontPane(){ return gridPane(0,1); }
/** back pane is identical with front pane in IGridPanel */
public static IPane backPane(){ return frontPane(); }
/** put right pane on the full screen inside the window if the panel is IGridPanel */
public static IPane rightPane(){ return gridPane(1,1); }
/** left pane is identical with front pane in IGridPanel */
public static IPane leftPane(){ return rightPane(); }
/** put top view on the full screen inside the window */
public static void top(){
IPane pane = topPane();
if(pane!=null){
pane.getView().setTop();
pane.focus(); // added 20120615
}
}
public static void top(double x, double y){
IPane pane = topPane();
if(pane!=null){ pane.getView().setTop(x,y); }
}
public static void top(double x, double y, double z){
IPane pane = topPane();
if(pane!=null){ pane.getView().setTop(x,y,z); }
}
public static void top(double x, double y, double z, double axonRatio){
IPane pane = topPane();
if(pane!=null){ pane.getView().setTop(x,y,z,axonRatio); }
}
public static void topView(){ top(); }
public static void topView(double x, double y){ top(x,y); }
public static void topView(double x, double y, double z){ top(x,y,z); }
public static void topView(double x, double y, double z, double axonRatio){
top(x,y,z,axonRatio);
}
/** get camera position in top view pane */
public static IVec topPos(){ return getViewPos(topPane()); }
/** get camera direction vector in top view pane */
public static IVec topDir(){ return getViewDir(topPane()); }
/** get camera target position in top view pane */
public static IVec topTarget(){ return getViewTarget(topPane()); }
/** get camera direction yaw angle in top view pane */
public static double topYaw(){ return getViewYaw(topPane()); }
/** get camera direction pitch angle in top view pane */
public static double topPitch(){ return getViewPitch(topPane()); }
/** get camera direction roll angle in top view pane */
public static double topRoll(){ return getViewPitch(topPane()); }
/** put bottom view on the full screen inside the window */
public static void bottom(){
IPane pane = bottomPane();
if(pane!=null){
pane.getView().setBottom();
pane.focus(); // added 20120615
}
}
public static void bottom(double x, double y){
IPane pane = bottomPane();
if(pane!=null){ pane.getView().setBottom(x,y); }
}
public static void bottom(double x, double y, double z){
IPane pane = bottomPane();
if(pane!=null){ pane.getView().setBottom(x,y,z); }
}
public static void bottom(double x, double y, double z, double axonRatio){
IPane pane = bottomPane();
if(pane!=null){ pane.getView().setBottom(x,y,z,axonRatio); }
}
public static void bottomView(){ bottom(); }
public static void bottomView(double x, double y){ bottom(x,y); }
public static void bottomView(double x, double y, double z){ bottom(x,y,z); }
public static void bottomView(double x, double y, double z, double axonRatio){ bottom(x,y,z,axonRatio); }
/** get camera position in bottom view pane */
public static IVec bottomPos(){ return getViewPos(bottomPane()); }
/** get camera direction vector in bottom view pane */
public static IVec bottomDir(){ return getViewDir(bottomPane()); }
/** get camera target position in bottom view pane */
public static IVec bottomTarget(){ return getViewTarget(bottomPane()); }
/** get camera direction yaw angle in bottom view pane */
public static double bottomYaw(){ return getViewYaw(bottomPane()); }
/** get camera direction pitch angle in bottom view pane */
public static double bottomPitch(){ return getViewPitch(bottomPane()); }
/** get camera direction roll angle in bottom view pane */
public static double bottomRoll(){ return getViewPitch(bottomPane()); }
/** put perspective view on the full screen inside the window */
public static void perspective(){
IPane pane = perspectivePane();
if(pane!=null){
pane.getView().setPerspective();
pane.focus(); // added 20120615
}
}
public static void perspective(double x, double y, double z){
IPane pane = perspectivePane();
if(pane!=null){ pane.getView().setPerspective(x,y,z); }
}
public static void perspective(double x, double y, double z,
double yaw, double pitch){
IPane pane = perspectivePane();
if(pane!=null){ pane.getView().setPerspective(x,y,z,yaw,pitch); }
}
public static void perspective(IVecI pos, IVecI dir){
IPane pane = perspectivePane();
if(pane!=null){ pane.getView().setPerspective(pos,dir); }
}
public static void perspectiveView(){ perspective(); }
public static void perspectiveView(double x, double y, double z){ perspective(x,y,z); }
public static void perspectiveView(double x, double y, double z,
double yaw, double pitch){ perspective(x,y,z,yaw,pitch); }
public static void perspectiveView(IVecI pos, IVecI dir){ perspective(pos,dir); }
public static void pers(){ perspective(); }
public static void pers(double x, double y, double z){ perspective(x,y,z); }
public static void pers(double x, double y, double z, double yaw, double pitch){ perspective(x,y,z,yaw,pitch); }
public static void pers(IVecI pos, IVecI dir){ perspective(pos,dir); }
/** put perspective view on the full screen inside the window */
public static void perspective(double perspectiveAngle){
IPane pane = perspectivePane();
if(pane!=null){
pane.getView().setPerspective(perspectiveAngle);
}
}
public static void perspective(double x, double y, double z,
double perspectiveAngle){
IPane pane = perspectivePane();
if(pane!=null){
pane.getView().setPerspective(x,y,z,perspectiveAngle);
}
}
public static void perspective(double x, double y, double z,
double yaw, double pitch,
double perspectiveAngle){
IPane pane = perspectivePane();
if(pane!=null){
pane.getView().setPerspective(x,y,z,yaw,pitch,perspectiveAngle);
}
}
public static void perspective(IVecI pos, IVecI dir, double perspectiveAngle){
IPane pane = perspectivePane();
if(pane!=null){
pane.getView().setPerspective(pos,dir,perspectiveAngle);
}
}
public static void perspectiveView(double perspectiveAngle){ perspective(perspectiveAngle); }
public static void perspectiveView(double x, double y, double z,
double perspectiveAngle){
perspective(x,y,z,perspectiveAngle);
}
public static void perspectiveView(double x, double y, double z,
double yaw, double pitch,
double perspectiveAngle){
perspective(x,y,z,yaw,pitch,perspectiveAngle);
}
public static void perspectiveView(IVecI pos, IVecI dir, double perspectiveAngle){
perspective(pos,dir,perspectiveAngle);
}
public static void pers(double perspectiveAngle){ perspective(perspectiveAngle); }
public static void pers(double x, double y, double z, double perspectiveAngle){
perspective(x,y,z,perspectiveAngle);
}
public static void pers(double x, double y, double z, double yaw, double pitch, double perspectiveAngle){
perspective(x,y,z,yaw,pitch,perspectiveAngle);
}
public static void pers(IVecI pos, IVecI dir, double perspectiveAngle){
perspective(pos,dir,perspectiveAngle);
}
/** get camera position out of pane */
public static IVec getViewPos(IPane pane){
if(pane==null){ IG.err("no pane found"); return new IVec(); }
IView view = pane.getView();
if(view==null){ IG.err("no view found"); return new IVec(); }
return view.location();
}
/** get camera direction out of pane */
public static IVec getViewDir(IPane pane){
if(pane==null){ IG.err("no pane found"); return new IVec(); }
IView view = pane.getView();
if(view==null){ IG.err("no view found"); return new IVec(); }
return view.frontDirection();
}
/** get camera target position out of pane */
public static IVec getViewTarget(IPane pane){
if(pane==null){ IG.err("no pane found"); return new IVec(); }
IView view = pane.getView();
if(view==null){ IG.err("no view found"); return new IVec(); }
return view.target();
}
/** get camera directio yaw angle out of pane */
public static double getViewYaw(IPane pane){
if(pane==null){ IG.err("no pane found"); return 0; }
IView view = pane.getView();
if(view==null){ IG.err("no view found"); return 0; }
return view.getYaw();
}
/** get camera directio pitch angle out of pane */
public static double getViewPitch(IPane pane){
if(pane==null){ IG.err("no pane found"); return 0; }
IView view = pane.getView();
if(view==null){ IG.err("no view found"); return 0; }
return view.getPitch();
}
/** get camera directio roll angle out of pane */
public static double getViewRoll(IPane pane){
if(pane==null){ IG.err("no pane found"); return 0; }
IView view = pane.getView();
if(view==null){ IG.err("no view found"); return 0; }
return view.getRoll();
}
/** get camera position in perspective view pane */
public static IVec persPos(){ return getViewPos(perspectivePane()); }
/** get camera direction vector in perspective view pane */