Examples of flanagan.analysis.Stat.maximum()

flanagan.analysis.Stat.maximum()

                double[] hold = new double[this.numberOfRows];
                for(int j=0; j<this.numberOfRows; j++){
                    hold[i] = this.matrix[j][i];
                }
                Stat st = new Stat(hold);
                ranges[i] = st.maximum() - st.minimum();
            }


            return ranges;
        }

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      // Returns maxima of the rows
        public double[] rowMaxima(){
            double[] maxima = new double[this.numberOfRows];
            for(int i=0; i<this.numberOfRows; i++){
                Stat st = new Stat(this.matrix[i]);
                maxima[i] = st.maximum();
            }


            return maxima;
        }

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                double[] hold = new double[this.numberOfRows];
                for(int j=0; j<this.numberOfRows; j++){
                    hold[i] = this.matrix[j][i];
                }
                Stat st = new Stat(hold);
                maxima[i] = st.maximum();
            }


            return maxima;
        }

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      // Returns maxima of the rows
        public double[] rowMaxima(){
            double[] maxima = new double[this.numberOfRows];
            for(int i=0; i<this.numberOfRows; i++){
                Stat st = new Stat(this.matrix[i]);
                maxima[i] = st.maximum();
            }


            return maxima;
        }

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                double[] hold = new double[this.numberOfRows];
                for(int j=0; j<this.numberOfRows; j++){
                    hold[i] = this.matrix[j][i];
                }
                Stat st = new Stat(hold);
                maxima[i] = st.maximum();
            }


            return maxima;
        }

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      // Returns ranges of the rows
        public double[] rowRanges(){
            double[] ranges = new double[this.numberOfRows];
            for(int i=0; i<this.numberOfRows; i++){
                Stat st = new Stat(this.matrix[i]);
                ranges[i] = st.maximum() - st.minimum();
            }


            return ranges;
        }

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                double[] hold = new double[this.numberOfRows];
                for(int j=0; j<this.numberOfRows; j++){
                    hold[i] = this.matrix[j][i];
                }
                Stat st = new Stat(hold);
                ranges[i] = st.maximum() - st.minimum();
            }


            return ranges;
        }

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        this.standardizedTransformedData =  (new Stat(this.transformedData)).standardize();


        // Calculate standardized transformed data statistics
        Stat st3 = new Stat(this.transformedData);
        this.standardizedTransformedMinimum = st3.minimum();
        this.standardizedTransformedMaximum = st3.maximum();
        this.standardizedTransformedMedian = st3.median();
        this.standardizedTransformedRange = this.standardizedTransformedMaximum - this.standardizedTransformedMinimum;
        this.standardizedTransformedMean = 0.0;
        this.standardizedTransformedStandardDeviation = 1.0;
        this.standardizedTransformedVariance = 1.0;

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        this.scaledTransformedData = Stat.scale(this.standardizedTransformedData, this.originalMean, this.originalStandardDeviation);


        // Calculate transformed data statistics
        Stat st2 = new Stat(scaledTransformedData);
        this.transformedMinimum = st2.minimum();
        this.transformedMaximum = st2.maximum();
        this.transformedMedian = st2.median();
        this.transformedRange = this.transformedMaximum - this.transformedMinimum;
        this.transformedMean = st2.mean();
        this.transformedStandardDeviation = st2.standardDeviation();
        this.transformedVariance = st2.variance();

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