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  def is_payer_active_in_range(payer, range)
    active_history = payer.active_history
    # list of value and updated_at
    prev_active = false
    prev_time = 0

    # cases: updated during, updated only before, updated only after, updated before and after but not during

    for update in active_history:
      current_active = update.value

Zhang

  def patient_payers(type, id, range, filters)
    Map<Integer, Integer> payerTable = new HashMap<>();

    List<Patient> patientsInDateRange = patients(type, id, range, filters);
    // Iterate on the patients
    for (Patient patient : patientsInDataRange) {
       // Iterate on the payers
       for (Payer payer : patient.getPayers()) {
         if (payer.isActive()) {
             if (payerTable.containsKey(payer.Id)) {

Zhang

  def patient_payers(type, id, range, filters)
    # get hospital's patients at the hospital during range
    # by looking at admissions table

    active_patients = patients(type, id, range, filters)

    # using list of patient_ids, get list of patient-payer relationships
    payers = set([])
    count = Counter()

Zhang

  def patient_payers(type, id, range, filters)
    let patients = patients(type, id, range, filters)
    var activePayers = [payer: count]
    for patient in patients {
      let patientPayers = patient.patient_payers
      for payer in patientPayers {
          if payerIsActiveInRange(payer, range) {
            if activePayers[payer] == nil {
              activePayers[payer] = 1
            } else {

Zhang

  def patient_payers(type, id, range, filters)
    ArrayList<Patient> patientList = patients(type, id, range, filters);
    HashMap<Payer, Integer> dict = new HashMap<Payer, Integer>();

    for (Patient patient : patientList) {
      ArrayList<Payers> payerList = patient.patientPayers();
      for (Payer payer : payerList) {
        if (isInRange(payer, range)) {
          if (dict.containsKey(payer)) {
            dict.put(payer, ++dict.get(payer));

Zhang

  def patient_payers(type, id, range, filters)
      let active_patients = patients(type, id, range, filters)
      let result = {}
      let active = null;
      for (var active_patient of active_patients) {
        for (var patient_payer of active_patient.patient_payers) {
          if (patient_payer.created_at < range.start) {
            isBetween = any(patient_payer.active_history, range.start, range.end)
            closest = getClosest(patient_payer.active_history, range.start)
            if (isBetween) active = true;

Zhang

     5
   /  \
  3     7
 / \   / \
1   4 6   9
 \
  2

//find the next highest node

Zhang

  # Returns an array of arrays. The first element in each sub-array is the name of the payer, and the second element is
  # the count. The payer must have been active during range.
  def patient_payers(type, id, range, filters)
    active_patients = patients(type, id, range, filters)
    return_map = {}
    for patient in active_patients:
      for payer in patient.patient_payers:
        for payer_history in payer.active_history:
          if is_in_date_range(payer_history, range):
            return_map.increment(payer.id)

Zhang

             5               
         /       \             
      3            8
    /   \       /     \      
  2      4    6       9     
                \
                  7

def nextLargest(node):
    if it does not have a right child node:

Zhang

 grunt.initConfig({
    nodemon: {
      web: nodemonConf('cluster-web.js'),
      objodb: nodemonConf('lib/objodb/objodbServer.js'),
      topology: nodemonConf('lib/topology.js'),
      scheduler: nodemonConf('lib/scheduler.js'),
      propertyComputeWorker: nodemonConf('lib/propertyComputeWorker.js'),
      emailQueueListener: nodemonConf('lib/emailQueueListener.js'),
      fayeServer: nodemonConf('lib/fayeServer.js')
    },