Package scalaExec.scalaLab

Examples of scalaExec.scalaLab.EditorPaneHTMLHelp

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        JButton bhelp = new JButton("Help");
        bhelp.setToolTipText("HTML Help on Wavelet operations");
        bhelp.addActionListener(new ActionListener() {
  @Override
            public void actionPerformed(ActionEvent e) {
       EditorPaneHTMLHelp  inPlaceHelpPane = new EditorPaneHTMLHelp("Wavelet.html");
if (GlobalValues.useSystemBrowserForHelp==false) {
         inPlaceHelpPane.setSize(GlobalValues.figFrameSizeX, GlobalValues.figFrameSizeY);
        inPlaceHelpPane.setLocation(GlobalValues.sizeX/4, GlobalValues.sizeY/4);
        inPlaceHelpPane.setVisible(true);
}
  }
        });
        waveletPanel.add(bhelp);
       
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         JButton bhelp = new JButton("Help");
        bhelp.setToolTipText("HTML Help on Plot operations");
        bhelp.addActionListener(new ActionListener() {
  @Override
            public void actionPerformed(ActionEvent e) {
       EditorPaneHTMLHelp  inPlaceHelpPane = new EditorPaneHTMLHelp("Plot.html");
        if (GlobalValues.useSystemBrowserForHelp==false) {
          inPlaceHelpPane.setSize(GlobalValues.figFrameSizeX, GlobalValues.figFrameSizeY);
          inPlaceHelpPane.setLocation(GlobalValues.sizeX/4, GlobalValues.sizeY/4);
          inPlaceHelpPane.setVisible(true);
        }
  }
        });
        plotPanel.add(bhelp);
       
        JButton bhelpJFC = new JButton("JFreeChart Help");
        bhelpJFC.setToolTipText("HTML Help on Plot operations with JFreeChart");
        bhelpJFC.addActionListener(new ActionListener() {
  @Override
            public void actionPerformed(ActionEvent e) {
       EditorPaneHTMLHelp  inPlaceHelpPane = new EditorPaneHTMLHelp("JFreeChartPlot.html");
  if (GlobalValues.useSystemBrowserForHelp==false) {
        inPlaceHelpPane.setSize(GlobalValues.figFrameSizeX, GlobalValues.figFrameSizeY);
        inPlaceHelpPane.setLocation(GlobalValues.sizeX/4, GlobalValues.sizeY/4);
        inPlaceHelpPane.setVisible(true);
  }
  }
        });
        plotPanel.add(bhelpJFC);
        
        JButton bhelpVISAD = new JButton("VISAD Help");
        bhelpVISAD.setToolTipText("Plot operations with VISAD (VISualization for Algorithm Development)");
        bhelpVISAD.addActionListener(new ActionListener() {
  @Override
            public void actionPerformed(ActionEvent e) {
       EditorPaneHTMLHelp  inPlaceHelpPane = new EditorPaneHTMLHelp("VISAD.html");
    if (GlobalValues.useSystemBrowserForHelp==false) {
        inPlaceHelpPane.setSize(GlobalValues.figFrameSizeX, GlobalValues.figFrameSizeY);
        inPlaceHelpPane.setLocation(GlobalValues.sizeX/4, GlobalValues.sizeY/4);
        inPlaceHelpPane.setVisible(true);
    }
    }
        });
        plotPanel.add(bhelpVISAD);
        
        JButton bfunctionalPlots = new JButton("Functional Plots");
        bfunctionalPlots.setToolTipText("HTML Help on Functional Plot operations");
        bfunctionalPlots.addActionListener(new ActionListener() {
  @Override
            public void actionPerformed(ActionEvent e) {
       EditorPaneHTMLHelp  inPlaceHelpPane = new EditorPaneHTMLHelp("FunctionalPlots.html");
      if (GlobalValues.useSystemBrowserForHelp==false) {
        inPlaceHelpPane.setSize(GlobalValues.figFrameSizeX, GlobalValues.figFrameSizeY);
        inPlaceHelpPane.setLocation(GlobalValues.sizeX/4, GlobalValues.sizeY/4);
        inPlaceHelpPane.setVisible(true);
      }
  }
        });
        plotPanel.add(bfunctionalPlots);
       
        JButton bnamedPlots = new JButton("Named Plots");
        bnamedPlots.setToolTipText("HTML Help on Named Plot operations");
        bnamedPlots.addActionListener(new ActionListener() {
  @Override
            public void actionPerformed(ActionEvent e) {
       EditorPaneHTMLHelp  inPlaceHelpPane = new EditorPaneHTMLHelp("namedPlots.html");
      if (GlobalValues.useSystemBrowserForHelp==false) {
        inPlaceHelpPane.setSize(GlobalValues.figFrameSizeX, GlobalValues.figFrameSizeY);
        inPlaceHelpPane.setLocation(GlobalValues.sizeX/4, GlobalValues.sizeY/4);
        inPlaceHelpPane.setVisible(true);
      }
  }
        });
        plotPanel.add(bnamedPlots);
       
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        beig = new JButton("eig");
        beig.setToolTipText("computing eigenvalues and eigenVectors of an array");
        beig.addActionListener(new ActionListener() {
                 public void actionPerformed(ActionEvent e) {
             EditorPaneHTMLHelp  eigHelpPane = new EditorPaneHTMLHelp("eig.html");
                 if (GlobalValues.useSystemBrowserForHelp==false) {
                eigHelpPane.setSize(GlobalValues.figFrameSizeX, GlobalValues.figFrameSizeY);
                 eigHelpPane.setLocation(GlobalValues.sizeX/4, GlobalValues.sizeY/4);
                 eigHelpPane.setVisible(true);
                 }
           GlobalValues.scalalabMainFrame.scalalabConsole.setText(GlobalValues.scalalabMainFrame.scalalabConsole.getText()+"eig(");
           GlobalValues.scalalabMainFrame.scalalabConsole.setCaretPosition(GlobalValues.scalalabMainFrame.scalalabConsole.getText().length());
           // construct an explicit focus event in order to display the cursor at the input console
        FocusEvent fe = new FocusEvent(GlobalValues.scalalabMainFrame.scalalabConsole, FocusEvent.FOCUS_GAINED);
View Full Code Here
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        brk1 = new JButton("rk1");
        brk1.setToolTipText("Solves an initial value problem for a single first order ODE by means of 5-th order Runge-Kutta method");
        brk1.addActionListener(new ActionListener() {
            public void actionPerformed(ActionEvent e) {
        EditorPaneHTMLHelp  inPlaceHelpPane = new EditorPaneHTMLHelp("rk1.html");
if (GlobalValues.useSystemBrowserForHelp==false) {
        inPlaceHelpPane.setSize(GlobalValues.figFrameSizeX, GlobalValues.figFrameSizeY);
        inPlaceHelpPane.setLocation(GlobalValues.sizeX/4, GlobalValues.sizeY/4);
        inPlaceHelpPane.setVisible(true);
}
            }
        });


        brke = new JButton("rke");
        brke.setToolTipText("Solves an initial value problem for a system of first order ODE by means of 5-th order Runge-Kutta method");
        brke.addActionListener(new ActionListener() {
            public void actionPerformed(ActionEvent e) {
                EditorPaneHTMLHelp  rkeHelpPane = new EditorPaneHTMLHelp("rke.html");
            if (GlobalValues.useSystemBrowserForHelp==false) {
                rkeHelpPane.setSize(GlobalValues.figFrameSizeX, GlobalValues.figFrameSizeY);
                 rkeHelpPane.setLocation(GlobalValues.sizeX/4, GlobalValues.sizeY/4);
                 rkeHelpPane.setVisible(true);
            }
            }
        });

        brk4a = new JButton("rk4a");
        brk4a.setToolTipText("Solves an initial value problem for a system of first order ODE by means of 5-th order Runge-Kutta method");
        brk4a.addActionListener(new ActionListener() {
            public void actionPerformed(ActionEvent e) {
                EditorPaneHTMLHelp  rkeHelpPane = new EditorPaneHTMLHelp("rk4a.html");
              if (GlobalValues.useSystemBrowserForHelp==false) {
                 rkeHelpPane.setSize(GlobalValues.figFrameSizeX, GlobalValues.figFrameSizeY);
                 rkeHelpPane.setLocation(GlobalValues.sizeX/4, GlobalValues.sizeY/4);
                 rkeHelpPane.setVisible(true);
              }
            }
        });

       
        brk4na = new JButton("brk4na");
        brk4na.setToolTipText("");
        brk4na.addActionListener(new ActionListener() {
            public void actionPerformed(ActionEvent e) {
                 EditorPaneHTMLHelp  rkeHelpPane = new EditorPaneHTMLHelp("rk4na.html");
                if (GlobalValues.useSystemBrowserForHelp==false) {
                 rkeHelpPane.setSize(GlobalValues.figFrameSizeX, GlobalValues.figFrameSizeY);
                 rkeHelpPane.setLocation(GlobalValues.sizeX/4, GlobalValues.sizeY/4);
                 rkeHelpPane.setVisible(true);
                }
            }
        });

        brk5na = new JButton("brk5na");
        brk5na.setToolTipText("");
        brk5na.addActionListener(new ActionListener() {
             @Override
            public void actionPerformed(ActionEvent e) {
                EditorPaneHTMLHelp  rkeHelpPane = new EditorPaneHTMLHelp("rk5na.html");
            if (GlobalValues.useSystemBrowserForHelp==false) {
                 rkeHelpPane.setSize(GlobalValues.figFrameSizeX, GlobalValues.figFrameSizeY);
                 rkeHelpPane.setLocation(GlobalValues.sizeX/4, GlobalValues.sizeY/4);
                 rkeHelpPane.setVisible(true);
            }
            }
        });


        bmultistep = new JButton("multistep");
        bmultistep.setToolTipText("Based on two linear multistep methods. For stiff problems, it uses the backward differentiation method, for nonstiff the Adams-Bashforth-Moulon method");
        bmultistep.addActionListener(new ActionListener() {
            public void actionPerformed(ActionEvent e) {
                EditorPaneHTMLHelp  multistepHelpPane = new EditorPaneHTMLHelp("multistep.html");
              if (GlobalValues.useSystemBrowserForHelp==false) {
                 multistepHelpPane.setSize(GlobalValues.figFrameSizeX, GlobalValues.figFrameSizeY);
                 multistepHelpPane.setLocation(GlobalValues.sizeX/4, GlobalValues.sizeY/4);
                 multistepHelpPane.setVisible(true);
              }
            }
        });

       
        bdiffsys = new JButton("diffsys");
        bdiffsys.setToolTipText("Based on a high order extrapolation method build on the modified midpoint rule");
        bdiffsys.addActionListener(new ActionListener() {
             @Override
            public void actionPerformed(ActionEvent e) {
                  EditorPaneHTMLHelp  diffsysHelpPane = new EditorPaneHTMLHelp("diffsys.html");
                if (GlobalValues.useSystemBrowserForHelp==false) {
                 diffsysHelpPane.setSize(GlobalValues.figFrameSizeX, GlobalValues.figFrameSizeY);
                 diffsysHelpPane.setLocation(GlobalValues.sizeX/4, GlobalValues.sizeY/4);
                 diffsysHelpPane.setVisible(true);
                }
            }
        });
       
       
       
        bark = new JButton("ark");
        bark.setToolTipText("Semi-discretization of an initial boundary value problem");
        bark.addActionListener(new ActionListener() {
             @Override
            public void actionPerformed(ActionEvent e) {
                  EditorPaneHTMLHelp  arkHelpPane = new EditorPaneHTMLHelp("ark.html");
              if (GlobalValues.useSystemBrowserForHelp==false) {
                 arkHelpPane.setSize(GlobalValues.figFrameSizeX, GlobalValues.figFrameSizeY);
                 arkHelpPane.setLocation(GlobalValues.sizeX/4, GlobalValues.sizeY/4);
                 arkHelpPane.setVisible(true);
              }
            }
        });
       
        befrk = new JButton("efrk");
        befrk.setToolTipText("exponentially fitted explicit Runge-Kutta");
        befrk.addActionListener(new ActionListener() {
             @Override
            public void actionPerformed(ActionEvent e) {
                  EditorPaneHTMLHelp  efrkHelpPane = new EditorPaneHTMLHelp("efrk.html");
                if (GlobalValues.useSystemBrowserForHelp==false) {
                  efrkHelpPane.setSize(GlobalValues.figFrameSizeX, GlobalValues.figFrameSizeY);
                  efrkHelpPane.setLocation(GlobalValues.sizeX/4, GlobalValues.sizeY/4);
                  efrkHelpPane.setVisible(true);
                }
            }
        });
       
        befsirk = new JButton("efsirk");
        befsirk.setToolTipText("exponentially fitted, A-stable, semi-implicit Runge-Kutta");
        befsirk.addActionListener(new ActionListener() {
             @Override
            public void actionPerformed(ActionEvent e) {
                  EditorPaneHTMLHelp  befsirkHelpPane = new EditorPaneHTMLHelp("efsirk.html");
                  if (GlobalValues.useSystemBrowserForHelp==false) {
                   befsirkHelpPane.setSize(GlobalValues.figFrameSizeX, GlobalValues.figFrameSizeY);
                   befsirkHelpPane.setLocation(GlobalValues.sizeX/4, GlobalValues.sizeY/4);
                   befsirkHelpPane.setVisible(true);
                  }
            }
        });
       
        beferk= new JButton("efsirk");
        befsirk.setToolTipText("exponentially fitted, semi-implicit Runge-Kutta of third order");
        befsirk.addActionListener(new ActionListener() {
             @Override
            public void actionPerformed(ActionEvent e) {
                  EditorPaneHTMLHelp  beferkHelpPane = new EditorPaneHTMLHelp("eferk.html");
                  if (GlobalValues.useSystemBrowserForHelp==false) {
                   beferkHelpPane.setSize(GlobalValues.figFrameSizeX, GlobalValues.figFrameSizeY);
                   beferkHelpPane.setLocation(GlobalValues.sizeX/4, GlobalValues.sizeY/4);
                   beferkHelpPane.setVisible(true);
                  }
             }
        });
       
        bliniger1vs = new JButton("lininger1vs");
        bliniger1vs.setToolTipText("implicit, first-order accurate, exponentially fitted one-step method");
        bliniger1vs.addActionListener(new ActionListener() {
             @Override
            public void actionPerformed(ActionEvent e) {
                  EditorPaneHTMLHelp  inPane = new EditorPaneHTMLHelp("lininger1vs.html");
             if (GlobalValues.useSystemBrowserForHelp==false) {
                  inPane.setSize(GlobalValues.figFrameSizeX, GlobalValues.figFrameSizeY);
                  inPane.setLocation(GlobalValues.sizeX/4, GlobalValues.sizeY/4);
                  inPane.setVisible(true);
             }
            }
        });
       
        blininger2vs  = new JButton("lininger2vs");
        blininger2vs.setToolTipText("implicit, second (or possibly third)  order accurate, exponentially fitted one-step method");
        blininger2vs.addActionListener(new ActionListener() {
             @Override
            public void actionPerformed(ActionEvent e) {
                  EditorPaneHTMLHelp  inPane = new EditorPaneHTMLHelp("lininger2vs.html");
               if (GlobalValues.useSystemBrowserForHelp==false) {
                  inPane.setSize(GlobalValues.figFrameSizeX, GlobalValues.figFrameSizeY);
                  inPane.setLocation(GlobalValues.sizeX/4, GlobalValues.sizeY/4);
                  inPane.setVisible(true);
               }
            }
        });
       
            
        bgms  = new JButton("gms");
        bgms.setToolTipText("third order, exponentially fitted, generalized multistep method with automatic stepsize control");
        bgms.addActionListener(new ActionListener() {
             @Override
            public void actionPerformed(ActionEvent e) {
                  EditorPaneHTMLHelp  inPane = new EditorPaneHTMLHelp("gms.html");
                 if (GlobalValues.useSystemBrowserForHelp==false) {
                   inPane.setSize(GlobalValues.figFrameSizeX, GlobalValues.figFrameSizeY);
                   inPane.setLocation(GlobalValues.sizeX/4, GlobalValues.sizeY/4);
                   inPane.setVisible(true);
                 }
            }
        });
       
        bimpex = new JButton("impex");
        bimpex.setToolTipText("implicit midpoint rule with smoothing and extrapolation");
        bimpex.addActionListener(new ActionListener() {
             @Override
            public void actionPerformed(ActionEvent e) {
                  EditorPaneHTMLHelp  inPane = new EditorPaneHTMLHelp("impex.html");
                  if (GlobalValues.useSystemBrowserForHelp==false) {
                    inPane.setSize(GlobalValues.figFrameSizeX, GlobalValues.figFrameSizeY);
                    inPane.setLocation(GlobalValues.sizeX/4, GlobalValues.sizeY/4);
                    inPane.setVisible(true);
                  }
                }
        });
       
        bmodifiedTaylor = new JButton("modidiedtaylor");
        bmodifiedTaylor.setToolTipText("large systems arising from partial differential equations");
        bmodifiedTaylor.addActionListener(new ActionListener() {
             @Override
            public void actionPerformed(ActionEvent e) {
                  EditorPaneHTMLHelp  inPane = new EditorPaneHTMLHelp("modifiedTaylor.html");
               if (GlobalValues.useSystemBrowserForHelp==false) {
                  inPane.setSize(GlobalValues.figFrameSizeX, GlobalValues.figFrameSizeY);
                  inPane.setLocation(GlobalValues.sizeX/4, GlobalValues.sizeY/4);
                  inPane.setVisible(true);
               }
           }
        });
       
        beft  = new JButton("eft");
        beft.setToolTipText("third order, first order consistent, exponentially fitted Taylor series method");
        beft.addActionListener(new ActionListener() {
             @Override
            public void actionPerformed(ActionEvent e) {
                  EditorPaneHTMLHelp  inPane = new EditorPaneHTMLHelp("eft.html");
                 if (GlobalValues.useSystemBrowserForHelp==false) {
                  inPane.setSize(GlobalValues.figFrameSizeX, GlobalValues.figFrameSizeY);
                  inPane.setLocation(GlobalValues.sizeX/4, GlobalValues.sizeY/4);
                  inPane.setVisible(true);
                 }
           }
        });
       
            
        brk2  = new JButton("rk2");
        brk2.setToolTipText("single second order ordinary differential equation");
        brk2.addActionListener(new ActionListener() {
             @Override
            public void actionPerformed(ActionEvent e) {
                  EditorPaneHTMLHelp  inPane = new EditorPaneHTMLHelp("rk2.html");
                  if (GlobalValues.useSystemBrowserForHelp==false) {
                     inPane.setSize(GlobalValues.figFrameSizeX, GlobalValues.figFrameSizeY);
                     inPane.setLocation(GlobalValues.sizeX/4, GlobalValues.sizeY/4);
                     inPane.setVisible(true);
                  }
           }
        });
       
                
        brk2n  = new JButton("rk2n");
        brk2n.setToolTipText("system of second order ordinary differential equations");
        brk2n.addActionListener(new ActionListener() {
             @Override
            public void actionPerformed(ActionEvent e) {
                  EditorPaneHTMLHelp  inPane = new EditorPaneHTMLHelp("rk2n.html");
                  if (GlobalValues.useSystemBrowserForHelp==false) {
                   inPane.setSize(GlobalValues.figFrameSizeX, GlobalValues.figFrameSizeY);
                   inPane.setLocation(GlobalValues.sizeX/4, GlobalValues.sizeY/4);
                   inPane.setVisible(true);
                  }
           }
        });
       
                     
        brk3  = new JButton("rk3");
        brk3.setToolTipText("single second order ordinary differential equation without first derivative");
        brk3.addActionListener(new ActionListener() {
             @Override
            public void actionPerformed(ActionEvent e) {
                  EditorPaneHTMLHelp  inPane = new EditorPaneHTMLHelp("rk3.html");
                  if (GlobalValues.useSystemBrowserForHelp==false) {
                    inPane.setSize(GlobalValues.figFrameSizeX, GlobalValues.figFrameSizeY);
                    inPane.setLocation(GlobalValues.sizeX/4, GlobalValues.sizeY/4);
                    inPane.setVisible(true);
                  }
                  }
        });
       
                        
        brk3n  = new JButton("rk3n");
        brk3n.setToolTipText("system of second order ordinary differential equations without first derivative");
        brk3n.addActionListener(new ActionListener() {
             @Override
            public void actionPerformed(ActionEvent e) {
                  EditorPaneHTMLHelp  inPane = new EditorPaneHTMLHelp("rk3n.html");
                  if (GlobalValues.useSystemBrowserForHelp==false) {
                     inPane.setSize(GlobalValues.figFrameSizeX, GlobalValues.figFrameSizeY);
                     inPane.setLocation(GlobalValues.sizeX/4, GlobalValues.sizeY/4);
                     inPane.setVisible(true);
                  }
                  }
        });
       
       barkmat = new JButton("arkmat");
       barkmat.setToolTipText("system of first order (nonlinear) differential equations");
       barkmat.addActionListener(new ActionListener() {
             @Override
            public void actionPerformed(ActionEvent e) {
                  EditorPaneHTMLHelp  inPane = new EditorPaneHTMLHelp("arkmat.html");
                  if (GlobalValues.useSystemBrowserForHelp==false) {
                    inPane.setSize(GlobalValues.figFrameSizeX, GlobalValues.figFrameSizeY);
                    inPane.setLocation(GlobalValues.sizeX/4, GlobalValues.sizeY/4);
                    inPane.setVisible(true);
                  }
           }
        });
       
        ode1Panel.add(brk1);  ode1Panel.add(brke); ode1Panel.add(brk4a);  ode1Panel.add(brk4na);  ode1Panel.add(brk5na);
View Full Code Here
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        bqadrat = new JButton("qadrat");
        bqadrat.setToolTipText("Run the Java example within the ScalaLab Editor with F5");
        bqadrat.addActionListener(new ActionListener() {
            public void actionPerformed(ActionEvent e) {
        EditorPaneHTMLHelp  inPlaceHelpPane = new EditorPaneHTMLHelp("qadrat.html");
       if (GlobalValues.useSystemBrowserForHelp==false) {
        inPlaceHelpPane.setSize(GlobalValues.figFrameSizeX, GlobalValues.figFrameSizeY);
        inPlaceHelpPane.setLocation(GlobalValues.sizeX/4, GlobalValues.sizeY/4);
        inPlaceHelpPane.setVisible(true);
             }
            }
        });
       
        bintegral = new JButton("integral");
        bintegral.setToolTipText("Run the Java example within the ScalaLab Editor with F5");
        bintegral.addActionListener(new ActionListener() {
            public void actionPerformed(ActionEvent e) {
        EditorPaneHTMLHelp  inPlaceHelpPane = new EditorPaneHTMLHelp("qadrat.html");
                if (GlobalValues.useSystemBrowserForHelp==false) {
        inPlaceHelpPane.setSize(GlobalValues.figFrameSizeX, GlobalValues.figFrameSizeY);
        inPlaceHelpPane.setLocation(GlobalValues.sizeX/4, GlobalValues.sizeY/4);
        inPlaceHelpPane.setVisible(true);
                }
            }
        });
       
        btricub = new JButton("tricub");
        btricub.setToolTipText("Run the Java example within the ScalaLab Editor with F5");
        btricub.addActionListener(new ActionListener() {
            public void actionPerformed(ActionEvent e) {
        EditorPaneHTMLHelp  inPlaceHelpPane = new EditorPaneHTMLHelp("tricub.html");
                if (GlobalValues.useSystemBrowserForHelp==false) {
        inPlaceHelpPane.setSize(GlobalValues.figFrameSizeX, GlobalValues.figFrameSizeY);
        inPlaceHelpPane.setLocation(GlobalValues.sizeX/4, GlobalValues.sizeY/4);
        inPlaceHelpPane.setVisible(true);
                }
   
            }
        });
           
        breccof = new JButton("reccof");
        breccof.setToolTipText("Run the Java example within the ScalaLab Editor with F5");
        breccof.addActionListener(new ActionListener() {
            public void actionPerformed(ActionEvent e) {
       EditorPaneHTMLHelp  inPlaceHelpPane = new EditorPaneHTMLHelp("reccof.html");
        if (GlobalValues.useSystemBrowserForHelp==false) {
        inPlaceHelpPane.setSize(GlobalValues.figFrameSizeX, GlobalValues.figFrameSizeY);
        inPlaceHelpPane.setLocation(GlobalValues.sizeX/4, GlobalValues.sizeY/4);
        inPlaceHelpPane.setVisible(true);
                 }   
            }
        });
       
       
        bjacobnnf = new JButton("jacobnnf");
        bjacobnnf.setToolTipText("Jacobian matrix of an n-dimensional function of n variables using forward differences");
        bjacobnnf.addActionListener(new ActionListener() {
            public void actionPerformed(ActionEvent e) {
    EditorPaneHTMLHelp  inPlaceHelpPane = new EditorPaneHTMLHelp("jacobnnf.html");
         if (GlobalValues.useSystemBrowserForHelp==false) {
          inPlaceHelpPane.setSize(GlobalValues.figFrameSizeX, GlobalValues.figFrameSizeY);
         inPlaceHelpPane.setLocation(GlobalValues.sizeX/4, GlobalValues.sizeY/4);
         inPlaceHelpPane.setVisible(true);
    }
            }
        });

        bjacobnmf = new JButton("jacobnmf");
        bjacobnmf.setToolTipText("Jacobian matrix of an n-dimensional function of m variables using forward differences");
        bjacobnmf.addActionListener(new ActionListener() {
            public void actionPerformed(ActionEvent e) {
      EditorPaneHTMLHelp  inPlaceHelpPane = new EditorPaneHTMLHelp("jacobnmf.html");
        if (GlobalValues.useSystemBrowserForHelp==false) {
         inPlaceHelpPane.setSize(GlobalValues.figFrameSizeX, GlobalValues.figFrameSizeY);
        inPlaceHelpPane.setLocation(GlobalValues.sizeX/4, GlobalValues.sizeY/4);
        inPlaceHelpPane.setVisible(true);
                  }
            }
        });

        bjacobnbndf = new JButton("jacobnbndf");
        bjacobnbndf.setToolTipText("Jacobian matrix of an n-dimensional function of n variables, if this Jacobian is known to be a band matrix and have to be stored rowwise in a one-dimensional array" );
        bjacobnbndf.addActionListener(new ActionListener() {
            public void actionPerformed(ActionEvent e) {
        EditorPaneHTMLHelp  inPlaceHelpPane = new EditorPaneHTMLHelp("jacobnbndf.html");
        if (GlobalValues.useSystemBrowserForHelp==false) {
        inPlaceHelpPane.setSize(GlobalValues.figFrameSizeX, GlobalValues.figFrameSizeY);
        inPlaceHelpPane.setLocation(GlobalValues.sizeX/4, GlobalValues.sizeY/4);
        inPlaceHelpPane.setVisible(true);
             }
            }
        });
       
        basicCalculusPanel.add(bqadrat);   basicCalculusPanel.add(bintegral);
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