Your payoff in round {{ player.round_number }} is: {{ player.payoff }}

The {{ if player.role == "firm" }}employee's{{ else }}firm's{{ endif }} payoff is: {{ other_player_payoff }}

# if group.round_number == 1: #When the Constants.players_per_group is set to None, a list containing a single list (group) of all players is returned from the function get_group_matrix. For example, if there are 4 players and Constants.players_per_group is set to None, get_group_matrix will return [[, , , ]] which is a list of all players contained in a list, pay close attention to the brackets. The reason why [0] is appending to self.get_group_matrix() is to extract that single list (group) of all players. # players = group.get_group_matrix()[0] # random.shuffle(players) # even_players = [p for p in players if is_even(p.id_in_subsession)]# The following list comprehension is used to place all of the players with a player ID (or more percisely a player session id) that is even into one group. These ids will be use for matching across subsessions (rounds). # odd_players = [p for p in players if not is_even(p.id_in_subsession)] # self.set_group_matrix([[i, j] for i,j in zip(even_players, odd_players)]) # The zip function will pair elements in the even_players and odd_players list into a tuple (e.g. zip([p3, p1], [p2, p4]) results in (p3, p2), (p1, p4)) A list comprehension is then used to turn each tuple into a list containing a list of groups. [(p3, p2), (p1, p4)] which is a list of tuples is transformed into [[p3, p2], [p1, p4]] which is a list of lists. # else: # subsession.group_like_round(1) @staticmethod def vars_for_template(player: Player): firm = player.group.get_player_by_role(C.FIRM_ROLE) firm_payoff = firm.payoff employee = player.group.get_player_by_role(C.EMPLOYEE_ROLE) employee_payoff = employee.payoff return dict( firm_payoff = firm_payoff, employee_payoff = employee_payoff ) {{ if player.session.choice_condition == True }}

You will choose whether to let the employee set pay or set pay your self.

{{ elif player.session.choice_condition == False and group.employee_set == True }}

The employee will set their own pay.

{{ elif player.session.choice_condition == False and group.employee_set == False }}

You will set the employee's pay.

{{ endif }}

Step 3 and 4 continued

Study Steps

If, instead, the firm decides in Step 2 to set the employee’s wage, then in Step 3, the firm chooses a wage level for the employee (see the screen below).

Study Steps

The employee’s wage must be an integer between 20 Lira and 120 Lira (inclusive). That is, the employee’s wage must be in the range {20, 21, 22, …, 118, 119, 120}.

{{ if session.fixed_contract_condition == True }}

This wage is fixed, meaning, the employee will receive the wage regardless of production level (which will be explained in Step 5).

{{ else }}

This wage is dependent on production level (which will be explained in Step 5), meaning, the employee will receive the wage according to the following outcomes.

    • Agreed upon wage level if production level is 1.0
      15 if production level is not 1.0
    • {{ endif }}

    In Step 4, the employee learns the wage level set by the firm and decides whether to accept or reject the firm’s offer (see screenshot below).

    Study Steps

    If the employee accepts the firm’s offer, then the firm and the employee both proceed to Step 5.

    If the employee rejects the firm’s offer, then the labor market for that round ends and both the firm and the employee receive zero Lira for the round.

    Step 5

    Study Steps

    In Step 5, the employees selects a production level (see screenshot below).

    Study Steps

    The production level is a number between 0.1 and 1.0 inclusive. That is, the production level must be in the range {0.1, 0.2, 0.3, …, 0.8, 0.9, 1.0}.

    The production level generates production costs, and these costs are incurred by the employee. The following table shows the production costs (in Lira) for each production level:

    Production Level0.10.20.30.40.50.60.70.80.91.0
    Production Costs (Lira)01246810121518

    Step 6

    Study Steps

    In Step 6, the firm and the employee learn their payoffs for the round (see screenshot below).

    Study Steps

    The firm's payoff is calculated as follows:

    Firm payoff = 120 × production level − wage

    The employee's payoff is calculated as follows:

    Employee payoff = wage − producution cost



    Remember:

    {{ if session.fixed_contract_condition == True }}

    Wage is fixed, meaning, the employee will receive the wage regardless of production level.

    {{ else }}

    Wage is dependent on production level, meaning, the employee will receive the wage according to the following outcomes.

    • Agreed upon wage if production level is 1.0
      15 if production level is not 1.0
    • {{ endif }}

    Production level is a number between 0.1 and 1.0 inclusive. That is, the production level must be in the range {0.1, 0.2, 0.3, …, 0.8, 0.9, 1.0}.

    Poduction costs are generated by production, and these production costs are incurred by the employee. The following table shows the production costs (in Lira) for each production level:

    Production Level0.10.20.30.40.50.60.70.80.91.0
    Production Costs (Lira)01246810121518

    Payoffs can be calculated using the following reference table. You can access this table using the following button which will open in a new browser window. This table will be available to you in each round via a button or you can choose to leave the table open in another browser window.

    for player in group.get_players(): if player.role == C.FIRM_ROLE: id = player.id_in_group + 1 if id % 4 == 0: player.trust_participant = True for player in subsession.get_players(): player.participant.trust_part = False #This will keep track of the random individuals that I am assigning to be asked about their trust levels.

    REMOVE FOR LIVE SETTING:
    {{ player.employee_set_count }}

    # This is the old payoff reference table link. {{ if session.fixed_contract_condition == True }} {{ else }} {{ endif }} # This is the back button taken out from the instructions page. # This was the old pages references class Instructions_1(Page): @staticmethod def is_displayed(player: Player): #This page should only be displayed for Choice return player.session.choice_condition == True class Instructions_2(Page): @staticmethod def is_displayed(player: Player): #This page should only be displayed for No Choice - Employee Set employee_set = player.group.field_maybe_none('employee_set') if player.session.choice_condition == False and employee_set == True: return True class Instructions_3(Page): @staticmethod def is_displayed(player: Player): #This page should only be displayed for No Choice - Firm Set employee_set = player.group.field_maybe_none('employee_set') if player.session.choice_condition == False and employee_set == False: return True # An old reference to the fixed and incentive payoff reference table @staticmethod def vars_for_template(player): return dict( fixed_payoff_ref_table_link = C.fixed_payoff_ref_table_link, incentive_payoff_ref_table_file_path = C.incentive_payoff_ref_table_link ) # This told the page who the player was partnered with @staticmethod def vars_for_template(player): for p in player.get_others_in_group(): partner_id = p.participant.id_in_session return dict( partner_id = partner_id )