Package flanagan.plot

Examples of flanagan.plot.PlotGraph.plot()

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            pg.setYaxisLegend("Ordered Data Values");
            pg.setGraphTitle("Rayleigh probability plot:   gradient = " + Fmath.truncate(this.rayleighLine[1], 4) + ", intercept = "  +  Fmath.truncate(this.rayleighLine[0], 4) + ",  R = " + Fmath.truncate(this.rayleighCorrCoeff, 4));
            pg.setGraphTitle2("  beta = " + Fmath.truncate(this.rayleighParam[0], 4));

            // Plot
            pg.plot();

            this.rayleighDone = true;
            this.probPlotDone = true;
        }
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            pg.setYaxisLegend("Ordered Data Values");
            pg.setGraphTitle("Pareto probability plot:   gradient = " + Fmath.truncate(this.paretoLine[1], 4) + ", intercept = "  +  Fmath.truncate(this.paretoLine[0], 4) + ",  R = " + Fmath.truncate(this.paretoCorrCoeff, 4));
            pg.setGraphTitle2("  alpha = " + Fmath.truncate(this.paretoParam[0], 4) + ", beta = "  +  Fmath.truncate(this.paretoParam[1], 4));

            // Plot
            pg.plot();

            this.paretoDone = true;
            this.probPlotDone = true;
        }
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            pg.setYaxisLegend("Ordered Data Values");
            pg.setGraphTitle("F-distribution probability plot:   gradient = " + Fmath.truncate(this.fDistributionLine[1], 4) + ", intercept = "  +  Fmath.truncate(this.fDistributionLine[0], 4) + ",  R = " + Fmath.truncate(this.fDistributionCorrCoeff, 4));
            pg.setGraphTitle2("  nu1 = " + nu1 + ", nu2 = " + nu2);

            // Plot
            pg.plot();

            this.fDistributionDone = true;
            this.probPlotDone = true;
        }
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                    pg.setPoint(popt);
                    int[] lopt = {0,3};
                    pg.setLine(lopt);
                    if(weightOpt)pg.setErrorBars(0,wWeight);

                    pg.plot();
                }
          }
          else{
                int ncurves = 2;
                int npoints = 200;
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                int[] lopt = {0,3};
                pg.setLine(lopt);

                if(weightOpt)pg.setErrorBars(0,this.weight);

                pg.plot();
          }
      }
        return flag;
  }
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            int[] popt = {1, 0};
            pg.setPoint(popt);
            int[] lopt = {0, 3};
            pg.setLine(lopt);

            pg.plot();
        }
    }

    //Creates a title
    protected String setGandPtitle(String title){
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        int[] popt = {1,0};
        pg.setPoint(popt);
        int[] lopt = {0,3};
        pg.setLine(lopt);
        if(weightOpt)pg.setErrorBars(0,this.weight);
        pg.plot();

        return flag;
  }

    // protected method for plotting experimental x against experimental y and against calculated y
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                    pg.setPoint(popt);
                    int[] lopt = {0,3};
                    pg.setLine(lopt);
                    if(weightOpt)pg.setErrorBars(0,wWeight);

                    pg.plot();
                }
          }
          else{
                int ncurves = 2;
                int npoints = 200;
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                int[] lopt = {0,3};
                pg.setLine(lopt);

                if(weightOpt)pg.setErrorBars(0,this.weight);

                pg.plot();
          }
      }
        return flag;
  }
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            int[] lines = {0, 3};
            pg.setLine(lines);

            pg.setGraphTitle(this.titleZero);
            pg.setGraphTitle2(this.titleOne);
            pg.plot();

            return returnFlag;
    }

    // CHECK THAT THE CURVE IS MONOTONIC
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