Package org.apache.jorphan.math

Examples of org.apache.jorphan.math.StatCalculatorLong

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                        // List of value by sampler
                        Map<Long, StatCalculatorLong> subList = pList.get(sampleLabel);
                        final Long startTimeIntervalLong = Long.valueOf(startTimeInterval);
                        if (subList != null) {
                            long respTime = sampleResult.getTime();
                            StatCalculatorLong value = subList.get(startTimeIntervalLong);
                            if (value==null) {
                                value = new StatCalculatorLong();
                                subList.put(startTimeIntervalLong, value);
                            }
                            value.addValue(respTime, 1);
                        } else {
                            // We want to retain insertion order, so LinkedHashMap is necessary
                            Map<Long, StatCalculatorLong> newSubList = new LinkedHashMap<Long, StatCalculatorLong>(5);
                            StatCalculatorLong helper = new StatCalculatorLong();
                            helper.addValue(Long.valueOf(sampleResult.getTime()),1);
                            newSubList.put(startTimeIntervalLong,  helper);
                            pList.put(sampleLabel, newSubList);
                        }
                    }
                }
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        int s = 0;
        for (Map<Long, StatCalculatorLong> subList : pList.values()) {
            int idx = 0;
            while (idx < durationTest) {
                long keyShift = minStartTime + idx;
                StatCalculatorLong value = subList.get(Long.valueOf(keyShift));
                if (value != null) {
                    nanLast = value.getMean();
                    data[s][idx] = nanLast;
                    // Calculate intermediate values (if needed)
                    int nlsize = nanList.size();
                    if (nlsize > 0) {
                        double valPrev = nanBegin;
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                        // List of value by sampler
                        Map<Long, StatCalculatorLong> subList = pList.get(sampleLabel);
                        final Long startTimeIntervalLong = Long.valueOf(startTimeInterval);
                        if (subList != null) {
                            long respTime = sampleResult.getTime();
                            StatCalculatorLong value = subList.get(startTimeIntervalLong);
                            if (value==null) {
                                value = new StatCalculatorLong();
                                subList.put(startTimeIntervalLong, value);
                            }
                            value.addValue(respTime, 1);
                        } else {
                            // We want to retain insertion order, so LinkedHashMap is necessary
                            Map<Long, StatCalculatorLong> newSubList = new LinkedHashMap<Long, StatCalculatorLong>(5);
                            StatCalculatorLong helper = new StatCalculatorLong();
                            helper.addValue(Long.valueOf(sampleResult.getTime()),1);
                            newSubList.put(startTimeIntervalLong,  helper);
                            pList.put(sampleLabel, newSubList);
                        }
                    }
                }
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        int s = 0;
        for (Map<Long, StatCalculatorLong> subList : pList.values()) {
            int idx = 0;
            while (idx < durationTest) {
                long keyShift = minStartTime + idx;
                StatCalculatorLong value = subList.get(Long.valueOf(keyShift));
                if (value != null) {
                    nanLast = value.getMean();
                    data[s][idx] = nanLast;
                    // Calculate intermediate values (if needed)
                    int nlsize = nanList.size();
                    if (nlsize > 0) {
                        double valPrev = nanBegin;
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                        // List of value by sampler
                        Map<Long, StatCalculatorLong> subList = pList.get(sampleLabel);
                        final Long startTimeIntervalLong = Long.valueOf(startTimeInterval);
                        if (subList != null) {
                            long respTime = sampleResult.getTime();
                            StatCalculatorLong value = subList.get(startTimeIntervalLong);
                            if (value==null) {
                                value = new StatCalculatorLong();
                                subList.put(startTimeIntervalLong, value);
                            }
                            value.addValue(respTime, 1);
                        } else {
                            // We want to retain insertion order, so LinkedHashMap is necessary
                            Map<Long, StatCalculatorLong> newSubList = new LinkedHashMap<Long, StatCalculatorLong>(5);
                            StatCalculatorLong helper = new StatCalculatorLong();
                            helper.addValue(Long.valueOf(sampleResult.getTime()),1);
                            newSubList.put(startTimeIntervalLong,  helper);
                            pList.put(sampleLabel, newSubList);
                        }
                    }
                }
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        int s = 0;
        for (Map<Long, StatCalculatorLong> subList : pList.values()) {
            int idx = 0;
            while (idx < durationTest) {
                long keyShift = minStartTime + idx;
                StatCalculatorLong value = subList.get(Long.valueOf(keyShift));
                if (value != null) {
                    nanLast = value.getMean();
                    data[s][idx] = nanLast;
                    // Calculate intermediate values (if needed)
                    int nlsize = nanList.size();
                    if (nlsize > 0) {
                        double valPrev = nanBegin;
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                        // List of value by sampler
                        Map<Long, StatCalculatorLong> subList = pList.get(sampleLabel);
                        final Long startTimeIntervalLong = Long.valueOf(startTimeInterval);
                        if (subList != null) {
                            long respTime = sampleResult.getTime();
                            StatCalculatorLong value = subList.get(startTimeIntervalLong);
                            if (value==null) {
                                value = new StatCalculatorLong();
                                subList.put(startTimeIntervalLong, value);
                            }
                            value.addValue(respTime, 1);
                        } else {
                            // We want to retain insertion order, so LinkedHashMap is necessary
                            Map<Long, StatCalculatorLong> newSubList = new LinkedHashMap<Long, StatCalculatorLong>(5);
                            StatCalculatorLong helper = new StatCalculatorLong();
                            helper.addValue(Long.valueOf(sampleResult.getTime()),1);
                            newSubList.put(startTimeIntervalLong,  helper);
                            pList.put(sampleLabel, newSubList);
                        }
                    }
                }
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        int s = 0;
        for (Map<Long, StatCalculatorLong> subList : pList.values()) {
            int idx = 0;
            while (idx < durationTest) {
                long keyShift = minStartTime + idx;
                StatCalculatorLong value = subList.get(Long.valueOf(keyShift));
                if (value != null) {
                    nanLast = value.getMean();
                    data[s][idx] = nanLast;
                    // Calculate intermediate values (if needed)
                    int nlsize = nanList.size();
                    if (nlsize > 0) {
                        double valPrev = nanBegin;
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