Examples of PotentialToRangeData

eu.scape_project.planning.criteria.bean.data.PotentialToRangeData
Data structure to pass to the client to display the relation of potential to range. @author Markus Plangg

Examples of eu.scape_project.planning.criteria.bean.data.PotentialToRangeData

        }


        log.debug("Adding potential and range of node " + selectedCriteriaSet.getName());


        // Create data object
        PotentialToRangeData data = new PotentialToRangeData();
        // Title
        data.setTitle("Potential Impact Range to Actual Impact of " + selectedCriteriaSet.getName());
        data.setSourcesTitle("Structural nodes");


        data.setFormatString("%.3f");


        // Label of series
        ArrayList<String> seriesLabels = new ArrayList<String>();
        seriesLabels.add("Potential Impact Range");
        seriesLabels.add("Actual Impact");


        // Data lists for structural nodes
        ArrayList<String> sourceLabels = new ArrayList<String>();
        ArrayList<Double> potentialSeries = new ArrayList<Double>();
        ArrayList<Double> rangeSeries = new ArrayList<Double>();


        // Get root of tree
        CriteriaNode treeRoot = selectedCriteriaSet.getCriteriaTreeRoot();


        // Add data of root
        sourceLabels.add(treeRoot.getName());
        potentialSeries.add(treeRoot.getImportanceFactorSIF4());
        rangeSeries.add(treeRoot.getImportanceFactorSIF6());


        // Add data of other structural nodes
        for (CriteriaTreeNode criteriaTreeNode : treeRoot.getAllSuccessiveTreeNodes()) {
            if (criteriaTreeNode instanceof CriteriaNode) {
                CriteriaNode criteriaNode = (CriteriaNode) criteriaTreeNode;
                sourceLabels.add(criteriaNode.getName());
                potentialSeries.add(criteriaNode.getImportanceFactorSIF4());
                rangeSeries.add(criteriaNode.getImportanceFactorSIF6());
            }
        }


        // Set data
        data.setSeriesLabels(seriesLabels);
        data.setSourceLabels(sourceLabels);
        data.setPotentialSeries(potentialSeries);
        data.setRangeSeries(rangeSeries);


        return data;
    }

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Examples of eu.scape_project.planning.criteria.bean.data.PotentialToRangeData

            }


        }));


        // Create data object
        PotentialToRangeData data = new PotentialToRangeData();
        // Title
        data.setTitle("Maximum Impact to Average Impact");
        data.setSourcesTitle("Criteria sets");


        data.setFormatString("%.3f");


        // Label of series
        ArrayList<String> seriesLabels = new ArrayList<String>();
        seriesLabels.add("Maximum Impact");
        seriesLabels.add("Average Impact");


        // Data lists for criteria sets
        ArrayList<String> sourceLabels = new ArrayList<String>();
        ArrayList<Double> potentialSeries = new ArrayList<Double>();
        ArrayList<Double> rangeSeries = new ArrayList<Double>();


        for (CriteriaHierarchy criteriaSet : criteriaSets) {


            log.debug("Adding potential and range of node " + criteriaSet.getName());


            // Source label
            sourceLabels.add(criteriaSet.getName());


            // Get root of tree
            CriteriaNode treeRoot = criteriaSet.getCriteriaTreeRoot();


            // Add values
            potentialSeries.add(treeRoot.getImportanceFactorSIF7());
            rangeSeries.add(treeRoot.getImportanceFactorSIF6());
        }


        // Set data
        data.setSeriesLabels(seriesLabels);
        data.setSourceLabels(sourceLabels);
        data.setPotentialSeries(potentialSeries);
        data.setRangeSeries(rangeSeries);
        return data;
    }

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Examples of eu.scape_project.planning.criteria.bean.data.PotentialToRangeData

        }


        log.debug("Adding potential and range of node " + selectedCriteriaSet.getName());


        // Create data object
        PotentialToRangeData data = new PotentialToRangeData();
        // Title
        data.setTitle("Potential to Range of " + selectedCriteriaSet.getName());
        data.setSourcesTitle("Structural nodes");


        data.setFormatString("%.3f");


        // Label of series
        ArrayList<String> seriesLabels = new ArrayList<String>();
        seriesLabels.add("SIF4: Potential");
        seriesLabels.add("SIF6: Range");


        // Data lists for structural nodes
        ArrayList<String> sourceLabels = new ArrayList<String>();
        ArrayList<Double> potentialSeries = new ArrayList<Double>();
        ArrayList<Double> rangeSeries = new ArrayList<Double>();


        // Get root of tree
        CriteriaNode treeRoot = selectedCriteriaSet.getCriteriaTreeRoot();


        // Add data of root
        sourceLabels.add(treeRoot.getName());
        potentialSeries.add(treeRoot.getImportanceFactorSIF4());
        rangeSeries.add(treeRoot.getImportanceFactorSIF6());


        // Add data of other structural nodes
        for (CriteriaTreeNode criteriaTreeNode : treeRoot.getAllSuccessiveTreeNodes()) {
            if (criteriaTreeNode instanceof CriteriaNode) {
                CriteriaNode criteriaNode = (CriteriaNode) criteriaTreeNode;
                sourceLabels.add(criteriaNode.getName());
                potentialSeries.add(criteriaNode.getImportanceFactorSIF4());
                rangeSeries.add(criteriaNode.getImportanceFactorSIF6());
            }
        }


        // Set data
        data.setSeriesLabels(seriesLabels);
        data.setSourceLabels(sourceLabels);
        data.setPotentialSeries(potentialSeries);
        data.setRangeSeries(rangeSeries);


        return data;
    }

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