src/main/java/org/apache/datasketches/characterization/uniquecount/BaseAccuracyProfile.java [70:125]:
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    configure();
    doTrials();
    shutdown();
    cleanup();
  }

  @Override
  public void shutdown() {}

  @Override
  public void cleanup() {}

  //end JobProfile

  public abstract void configure();

  /**
   * An accuracy trial is one pass through all uniques, pausing to store the estimate into a
   * quantiles sketch at each point along the unique axis.
   */
  public abstract void doTrial();

  /**
   * Manages multiple trials for measuring accuracy.
   *
   * <p>An accuracy trial is run along the count axis (X-axis) first. The "points" along the X-axis
   * where accuracy data is collected is controlled by the data loaded into the CountAccuracyStats
   * array. A single trial consists of a single sketch being updated with the Trials_lgMaxU unique
   * values, stopping at the configured x-axis points along the way where the accuracy is recorded
   * into the corresponding stats array. Each stats array retains the distribution of
   * the accuracies measured for all the trials at that x-axis point.
   *
   * <p>Because accuracy trials take a long time, this profile will output intermediate
   * accuracy results starting after Trials_lgMinT trials and then again at trial intervals
   * determined by Trials_TPPO until Trials_lgMaxT.  This allows you to stop the testing at
   * any intermediate trials point if you feel you have sufficient trials for the accuracy you
   * need.
   */
  private void doTrials() {
    final int minT = 1 << lgMinT;
    final int maxT = 1 << lgMaxT;
    final int maxU = 1 << lgMaxU;

    //This will generate a table of data up for each intermediate Trials point
    int lastT = 0;
    while (lastT < maxT) {
      final int nextT = lastT == 0 ? minT : pwr2LawNext(tPPO, lastT);
      final int delta = nextT - lastT;
      for (int i = 0; i < delta; i++) {
        doTrial();
      }
      lastT = nextT;
      final StringBuilder sb = new StringBuilder();
      if (nextT < maxT) { // intermediate
        if (interData) {
          job.println(getHeader());
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src/main/java/org/apache/datasketches/characterization/uniquecount/BaseBoundsAccuracyProfile.java [72:127]:
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    configure();
    doTrials();
    shutdown();
    cleanup();
  }

  @Override
  public void shutdown() {}

  @Override
  public void cleanup() {}

  //end JobProfile

  public abstract void configure();

  /**
   * An accuracy trial is one pass through all uniques, pausing to store the estimate into a
   * quantiles sketch at each point along the unique axis.
   */
  public abstract void doTrial();

  /**
   * Manages multiple trials for measuring accuracy.
   *
   * <p>An accuracy trial is run along the count axis (X-axis) first. The "points" along the X-axis
   * where accuracy data is collected is controlled by the data loaded into the CountAccuracyStats
   * array. A single trial consists of a single sketch being updated with the Trials_lgMaxU unique
   * values, stopping at the configured x-axis points along the way where the accuracy is recorded
   * into the corresponding stats array. Each stats array retains the distribution of
   * the accuracies measured for all the trials at that x-axis point.
   *
   * <p>Because accuracy trials take a long time, this profile will output intermediate
   * accuracy results starting after Trials_lgMinT trials and then again at trial intervals
   * determined by Trials_TPPO until Trials_lgMaxT.  This allows you to stop the testing at
   * any intermediate trials point if you feel you have sufficient trials for the accuracy you
   * need.
   */
  private void doTrials() {
    final int minT = 1 << lgMinT;
    final int maxT = 1 << lgMaxT;
    final int maxU = 1 << lgMaxU;

    //This will generate a table of data up for each intermediate Trials point
    int lastT = 0;
    while (lastT < maxT) {
      final int nextT = lastT == 0 ? minT : pwr2LawNext(tPPO, lastT);
      final int delta = nextT - lastT;
      for (int i = 0; i < delta; i++) {
        doTrial();
      }
      lastT = nextT;
      final StringBuilder sb = new StringBuilder();
      if (nextT < maxT) { // intermediate
        if (interData) {
          job.println(getHeader());
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