Examples of com.ecyrd.speed4j.util.Percentile.evaluate()

com.ecyrd.speed4j.util.Percentile.evaluate()
Returns an estimate of the pth percentile of the values in the values array.
Calls to this method do not modify the internal quantile state of this statistic.
- Returns Double.NaN if values has length 0
- Returns (for any value of p) values[0] if values has length 1
- Throws IllegalArgumentException if values is null
See {@link Percentile} for a description of the percentile estimationalgorithm used. @param values input array of values @param p the percentile value to compute @return the result of the evaluation or Double.NaN if the array is empty @throws IllegalArgumentException if values is null

     */
    public double getPercentile( double percentile )
    {
        Percentile p = new Percentile();


        return p.evaluate( m_times.m_values, 0, m_times.size(), percentile );
    }


    /**
     *  A very simple class to hold a number of double values in memory fairly
     *  optimally (this is better than using a Double array, since Doubles take

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     */
    public synchronized double getPercentile(int percentile)
    {
        Percentile p = new Percentile();


        return p.evaluate( m_times.m_values, 0, m_times.size(), percentile );
    }


    /**
     *  A very simple class to hold a number of double values in memory fairly
     *  optimally (this is better than using a Double array, since Doubles take

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     */
    public double getPercentile( double percentile )
    {
        Percentile p = new Percentile();


        return p.evaluate( m_times.m_values, 0, m_times.size(), percentile );
    }


    /**
     *  A very simple class to hold a number of double values in memory fairly
     *  optimally (this is better than using a Double array, since Doubles take

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     */
    public double getPercentile(int percentile)
    {
        Percentile p = new Percentile();
        
        return p.evaluate( m_times, percentile );
    }
}

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     */
    public synchronized double getPercentile(int percentile)
    {
        Percentile p = new Percentile();
        
        return p.evaluate( m_times.m_values, 0, m_times.size(), percentile );
    }
    
    /**
     *  A very simple class to hold a number of double values in memory fairly
     *  optimally (this is better than using a Double array, since Doubles take

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     */
    public synchronized double getPercentile(int percentile)
    {
        Percentile p = new Percentile();
        
        return p.evaluate( m_times, percentile );
    }
}

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