import random from otree.api import * doc = """ The app with the lottery elicitations and end of experiment """ class C(BaseConstants): NAME_IN_URL = 'lottery' PLAYERS_PER_GROUP = None NUM_ROUNDS = 1 # BONUS_PER_CORRECT_TASK_PART1 = cu(0.15) # BONUS_PART2_1AND2 = cu(0.25) # BONUS_PART2_5 = cu(0.35) # BONUS_PART2_3AND4 = cu(0.55) # BONUS_PART2_DET = cu(0.5) OUTSIDE_OPTION = cu(1.5) # NUMBER_OF_TASKS_PART1 = 2 # NUMBER_OF_TASKS_PART2 = 10 # NUMBER_OF_MISTAKES = 1 # RATE_OF_MISTAKES = 2 # RATE_OF_MISTAKES2 = 1 # LOTTERY_PAYOFFS = [[BONUS_PER_CORRECT_TASK_PART1 * NUMBER_OF_TASKS_PART1 + BONUS_PART2_1AND2 * NUMBER_OF_TASKS_PART2, # BONUS_PER_CORRECT_TASK_PART1 * NUMBER_OF_TASKS_PART1 *(1 - NUMBER_OF_MISTAKES / RATE_OF_MISTAKES) + # OUTSIDE_OPTION, # OUTSIDE_OPTION + BONUS_PER_CORRECT_TASK_PART1 * NUMBER_OF_TASKS_PART1 # ], # [BONUS_PER_CORRECT_TASK_PART1 * NUMBER_OF_TASKS_PART1 + # BONUS_PART2_1AND2 * NUMBER_OF_TASKS_PART2, # BONUS_PER_CORRECT_TASK_PART1 * NUMBER_OF_TASKS_PART1 * # (1 - NUMBER_OF_MISTAKES / RATE_OF_MISTAKES2) + # OUTSIDE_OPTION, # OUTSIDE_OPTION + BONUS_PER_CORRECT_TASK_PART1 * NUMBER_OF_TASKS_PART1 # ], # [BONUS_PER_CORRECT_TASK_PART1 * NUMBER_OF_TASKS_PART1 * # (1 - NUMBER_OF_MISTAKES / RATE_OF_MISTAKES) + # BONUS_PART2_3AND4 * NUMBER_OF_TASKS_PART2 * # (1 - NUMBER_OF_MISTAKES / RATE_OF_MISTAKES), # BONUS_PER_CORRECT_TASK_PART1 * NUMBER_OF_TASKS_PART1 * # (1 - NUMBER_OF_MISTAKES / RATE_OF_MISTAKES2) + # OUTSIDE_OPTION, # OUTSIDE_OPTION + BONUS_PER_CORRECT_TASK_PART1 * NUMBER_OF_TASKS_PART1 # ], # [BONUS_PER_CORRECT_TASK_PART1 * NUMBER_OF_TASKS_PART1 * # (1 - NUMBER_OF_MISTAKES / RATE_OF_MISTAKES) + # BONUS_PART2_3AND4 * NUMBER_OF_TASKS_PART2 * # (1 - NUMBER_OF_MISTAKES / RATE_OF_MISTAKES), # BONUS_PER_CORRECT_TASK_PART1 * NUMBER_OF_TASKS_PART1 * # (1 - NUMBER_OF_MISTAKES / RATE_OF_MISTAKES2) + # OUTSIDE_OPTION, # OUTSIDE_OPTION + BONUS_PER_CORRECT_TASK_PART1 * NUMBER_OF_TASKS_PART1 # * (1 - NUMBER_OF_MISTAKES / RATE_OF_MISTAKES) # ], # [BONUS_PER_CORRECT_TASK_PART1 * NUMBER_OF_TASKS_PART1 * # (1 - NUMBER_OF_MISTAKES / RATE_OF_MISTAKES) + # BONUS_PART2_5 * NUMBER_OF_TASKS_PART2 * # (1 - NUMBER_OF_MISTAKES / RATE_OF_MISTAKES), # BONUS_PER_CORRECT_TASK_PART1 * NUMBER_OF_TASKS_PART1 * # (1 - NUMBER_OF_MISTAKES / RATE_OF_MISTAKES2) + # OUTSIDE_OPTION, # OUTSIDE_OPTION + BONUS_PER_CORRECT_TASK_PART1 * NUMBER_OF_TASKS_PART1 # ]] # For each lottery: [Pool and Good, Pool and Bad, Sep] # LOTTERY_DET_PAYOFFS = [[BONUS_PER_CORRECT_TASK_PART1 * NUMBER_OF_TASKS_PART1 * 2 + # BONUS_PART2_1AND2 * NUMBER_OF_TASKS_PART2, # BONUS_PER_CORRECT_TASK_PART1 * NUMBER_OF_TASKS_PART1 * 2 + # BONUS_PART2_1AND2 * NUMBER_OF_TASKS_PART2 * # (1 - NUMBER_OF_MISTAKES / RATE_OF_MISTAKES), # BONUS_PER_CORRECT_TASK_PART1 * NUMBER_OF_TASKS_PART1 * # (1 - NUMBER_OF_MISTAKES / RATE_OF_MISTAKES + 1) + # BONUS_PART2_1AND2 * NUMBER_OF_TASKS_PART2], # [BONUS_PER_CORRECT_TASK_PART1 * NUMBER_OF_TASKS_PART1 * 2 + # BONUS_PART2_1AND2 * NUMBER_OF_TASKS_PART2, # BONUS_PER_CORRECT_TASK_PART1 * NUMBER_OF_TASKS_PART1 * 2 + # BONUS_PART2_1AND2 * NUMBER_OF_TASKS_PART2 * # (1 - NUMBER_OF_MISTAKES / RATE_OF_MISTAKES2), # BONUS_PER_CORRECT_TASK_PART1 * NUMBER_OF_TASKS_PART1 * # (1 - NUMBER_OF_MISTAKES / RATE_OF_MISTAKES2 + 1) + # BONUS_PART2_1AND2 * NUMBER_OF_TASKS_PART2], # [BONUS_PER_CORRECT_TASK_PART1 * NUMBER_OF_TASKS_PART1 * 2 + # BONUS_PART2_3AND4 * NUMBER_OF_TASKS_PART2 * # (1 - NUMBER_OF_MISTAKES / RATE_OF_MISTAKES), # BONUS_PER_CORRECT_TASK_PART1 * NUMBER_OF_TASKS_PART1 * 2 + # BONUS_PART2_3AND4 * NUMBER_OF_TASKS_PART2 * # (1 - NUMBER_OF_MISTAKES / RATE_OF_MISTAKES2), # BONUS_PER_CORRECT_TASK_PART1 * NUMBER_OF_TASKS_PART1 * # (1 - NUMBER_OF_MISTAKES / RATE_OF_MISTAKES2 + 1 - NUMBER_OF_MISTAKES / RATE_OF_MISTAKES) + # BONUS_PART2_3AND4 * NUMBER_OF_TASKS_PART2 * # (1 - NUMBER_OF_MISTAKES / RATE_OF_MISTAKES)], # [BONUS_PER_CORRECT_TASK_PART1 * NUMBER_OF_TASKS_PART1 * ( # 1 - NUMBER_OF_MISTAKES / RATE_OF_MISTAKES) * 2 + # BONUS_PART2_3AND4 * NUMBER_OF_TASKS_PART2 * # (1 - NUMBER_OF_MISTAKES / RATE_OF_MISTAKES), # BONUS_PER_CORRECT_TASK_PART1 * NUMBER_OF_TASKS_PART1 * ( # 1 - NUMBER_OF_MISTAKES / RATE_OF_MISTAKES) * 2 + # BONUS_PART2_3AND4 * NUMBER_OF_TASKS_PART2 * # (1 - NUMBER_OF_MISTAKES / RATE_OF_MISTAKES2), # BONUS_PER_CORRECT_TASK_PART1 * NUMBER_OF_TASKS_PART1 * # (1 - NUMBER_OF_MISTAKES / RATE_OF_MISTAKES2 + 1 - NUMBER_OF_MISTAKES / RATE_OF_MISTAKES) + # BONUS_PART2_3AND4 * NUMBER_OF_TASKS_PART2 * # (1 - NUMBER_OF_MISTAKES / RATE_OF_MISTAKES)], # [BONUS_PER_CORRECT_TASK_PART1 * NUMBER_OF_TASKS_PART1 * 2 + # BONUS_PART2_5 * NUMBER_OF_TASKS_PART2 * # (1 - NUMBER_OF_MISTAKES / RATE_OF_MISTAKES), # BONUS_PER_CORRECT_TASK_PART1 * NUMBER_OF_TASKS_PART1 * 2 + # BONUS_PART2_5 * NUMBER_OF_TASKS_PART2 * # (1 - NUMBER_OF_MISTAKES / RATE_OF_MISTAKES2), # BONUS_PER_CORRECT_TASK_PART1 * NUMBER_OF_TASKS_PART1 * # (1 - NUMBER_OF_MISTAKES / RATE_OF_MISTAKES2 + 1 - NUMBER_OF_MISTAKES / RATE_OF_MISTAKES) + # BONUS_PART2_5 * NUMBER_OF_TASKS_PART2 * # (1 - NUMBER_OF_MISTAKES / RATE_OF_MISTAKES)]] # For each lottery: [Pool and Good, Pool and Bad, Sep] class Subsession(BaseSubsession): pass def creating_session(subsession: Subsession): # each round is: [part1_pool, part1_good_sep, part1_bad_sep, part2_good, part2_bad] # r1 = (cu(0.3), cu(0.3), cu(0.15), cu(2.5), cu(1.25)) # r2 = (cu(0.3), cu(0.3), cu(0), cu(2.5), cu(0)) # r3 = (cu(0.3), cu(0.15), cu(0), cu(2.75), cu(0)) # r4 = (cu(0.15), cu(0.15), cu(0), cu(2.75), cu(0)) # r5 = (cu(0.3), cu(0.15), cu(0), cu(1.75), cu(0)) # subsession.session.parameterization = (r1, r2, r3, r4, r5) * 2 # Delete this when running combined apps # For each lottery: [Sep and Good, Sep and Bad, Pool and Outside] subsession.session.lottery_payoffs = [[subsession.session.parameterization[i][1]+subsession.session.parameterization[i][3], subsession.session.parameterization[i][2]+C.OUTSIDE_OPTION, subsession.session.parameterization[i][0]+C.OUTSIDE_OPTION] for i in range(5)] # For each lottery: [Pool and Good, Pool and Bad, Sep and Good] subsession.session.lottery_det_payoffs = [[subsession.session.parameterization[i][0]*2+subsession.session.parameterization[i][3], subsession.session.parameterization[i][0]*2+subsession.session.parameterization[i][4], subsession.session.parameterization[i][1]+subsession.session.parameterization[i][2] +subsession.session.parameterization[i][3]] for i in range(5)] class Group(BaseGroup): pass class Player(BasePlayer): feedback = models.LongStringField(label='Feedback:', blank=True) feedbackDifficulty = models.IntegerField(label="How difficult were the instructions? Please answer on a scale of 1 " "to 10 with 10 being the most difficult", blank=True, choices=[1, 2, 3, 4, 5, 6, 7, 8, 9, 10], widget=widgets.RadioSelectHorizontal) feedbackUnderstanding = models.IntegerField(label="How well did you understand what you were asked to do?" " Please answer on a scale of 1 to 10 with 10 being the case when" " you understood perfectly", blank=True, choices=[1, 2, 3, 4, 5, 6, 7, 8, 9, 10], widget=widgets.RadioSelectHorizontal) feedbackSatisfied = models.IntegerField(label="How satisfied are you with this study overall?" " Please answer on a scale of 1 to 10 with 10 being the most " "satisfied", blank=True, choices=[1, 2, 3, 4, 5, 6, 7, 8, 9, 10], widget=widgets.RadioSelectHorizontal) feedbackPay = models.IntegerField(label="How appropriate do you think the payment for this study is relative to " "other ones on Prolific? Please answer on a scale of 1 to 10 with 10 being " "the most appropriate", blank=True, choices=[1, 2, 3, 4, 5, 6, 7, 8, 9, 10], widget=widgets.RadioSelectHorizontal) # explain = models.LongStringField(blank=True) lottery1 = models.IntegerField(blank=True, # choices=[ # [1, '50% chance of getting ' + # str(C.LOTTERY_PAYOFFS[0][0]) + # ' and 50% chance of getting ' + # str(C.LOTTERY_PAYOFFS[0][1]) + '.'], # [2, # str(C.LOTTERY_PAYOFFS[0][2]) # + ' for sure.'] # ], widget=widgets.RadioSelect, label='Which option do you prefer?') lottery2 = models.IntegerField(blank=True, # choices=[ # [1, '50% chance of getting ' + # str(C.LOTTERY_PAYOFFS[1][0]) + # ' and 50% chance of getting ' + # str(C.LOTTERY_PAYOFFS[1][1]) + '.'], # [2, # str(C.LOTTERY_PAYOFFS[1][2]) # + ' for sure.'] # ], widget=widgets.RadioSelect, label='Which option do you prefer?') lottery3 = models.IntegerField(blank=True, # choices=[ # [1, '50% chance of getting ' + # str(C.LOTTERY_PAYOFFS[2][0]) + # ' and 50% chance of getting ' + # str(C.LOTTERY_PAYOFFS[2][1]) + '.'], # [2, # str(C.LOTTERY_PAYOFFS[2][2]) # + ' for sure.'] # ], widget=widgets.RadioSelect, label='Which option do you prefer?') lottery4 = models.IntegerField(blank=True, # choices=[ # [1, '50% chance of getting ' + # str(C.LOTTERY_PAYOFFS[3][0]) + # ' and 50% chance of getting ' + # str(C.LOTTERY_PAYOFFS[3][1]) + '.'], # [2, # str(C.LOTTERY_PAYOFFS[3][2]) # + ' for sure.'] # ], widget=widgets.RadioSelect, label='Which option do you prefer?') lottery5 = models.IntegerField(blank=True, # choices=[ # [1, '50% chance of getting ' + # str(C.LOTTERY_PAYOFFS[4][0]) + # ' and 50% chance of getting ' + # str(C.LOTTERY_PAYOFFS[4][1]) + '.'], # [2, # str(C.LOTTERY_PAYOFFS[4][2]) # + ' for sure.'] # ], widget=widgets.RadioSelect, label='Which option do you prefer?') lottery1_det = models.IntegerField(blank=True, # choices=[ # [1, '50% chance of getting ' + # str(C.LOTTERY_DET_PAYOFFS[0][0]) + # ' and 50% chance of getting ' + # str(C.LOTTERY_DET_PAYOFFS[0][1]) + '.'], # [2, # str(C.LOTTERY_DET_PAYOFFS[0][2]) # + ' for sure.'] # ], widget=widgets.RadioSelect, label='Which option do you prefer?') lottery2_det = models.IntegerField(blank=True, # choices=[ # [1, '50% chance of getting ' + # str(C.LOTTERY_DET_PAYOFFS[1][0]) + # ' and 50% chance of getting ' + # str(C.LOTTERY_DET_PAYOFFS[1][1]) + '.'], # [2, # str(C.LOTTERY_DET_PAYOFFS[1][2]) # + ' for sure.'] # ], widget=widgets.RadioSelect, label='Which option do you prefer?') lottery3_det = models.IntegerField(blank=True, # choices=[ # [1, '50% chance of getting ' + # str(C.LOTTERY_DET_PAYOFFS[2][0]) + # ' and 50% chance of getting ' + # str(C.LOTTERY_DET_PAYOFFS[2][1]) + '.'], # [2, # str(C.LOTTERY_DET_PAYOFFS[2][2]) # + ' for sure.'] # ], widget=widgets.RadioSelect, label='Which option do you prefer?') lottery4_det = models.IntegerField(blank=True, # choices=[ # [1, '50% chance of getting ' + # str(C.LOTTERY_DET_PAYOFFS[3][0]) + # ' and 50% chance of getting ' + # str(C.LOTTERY_DET_PAYOFFS[3][1]) + '.'], # [2, # str(C.LOTTERY_DET_PAYOFFS[3][2]) # + ' for sure.'] # ], widget=widgets.RadioSelect, label='Which option do you prefer?') lottery5_det = models.IntegerField(blank=True, # choices=[ # [1, '50% chance of getting ' + # str(C.LOTTERY_DET_PAYOFFS[4][0]) + # ' and 50% chance of getting ' + # str(C.LOTTERY_DET_PAYOFFS[4][1]) + '.'], # [2, # str(C.LOTTERY_DET_PAYOFFS[4][2]) # + ' for sure.'] # ], widget=widgets.RadioSelect, label='Which option do you prefer?') # for j in range(1, 6): # locals()['lottery' + str(j) + '_initial'] = models.IntegerField(blank=True, initial=0) # locals()['lottery' + str(j) + '_det_initial'] = models.IntegerField(blank=True, initial=0) # del j # lottery_inconsistency = models.BooleanField(blank=True, initial=False) lottery1v3 = models.IntegerField(blank=True, # choices=[ # [1, '50% chance of getting ' + # str(C.LOTTERY_PAYOFFS[0][0]) + # ' and 50% chance of getting ' + # str(C.LOTTERY_PAYOFFS[0][1]) + '.'], # [2, '50% chance of getting ' + # str(C.LOTTERY_PAYOFFS[2][0]) + # ' and 50% chance of getting ' + # str(C.LOTTERY_PAYOFFS[2][1]) + '.'] # ], widget=widgets.RadioSelect, label='Which option do you prefer?') # advice = models.IntegerField(blank=True, # choices=[ # [1, 'Advise that the computer faces ' + str(C.LABEL_A) + ' tasks.'], # [2, 'Advise that the computer faces ' + str(C.LABEL_B) + ' tasks.'] # ], # widget=widgets.RadioSelect, # label='If you could advise another participant on the last decision of ' # 'whether the computer faces ' + str(C.LABEL_A) + ' or ' + str(C.LABEL_B) + # ' tasks, which would you advise them to choose?' # ) stageCounts = models.IntegerField(blank=True) age = models.IntegerField(blank=True, max=100, min=18, label='How old are you?') gender = models.IntegerField(blank=True, widget=widgets.RadioSelect, choices=[ [1, 'Female'], [2, 'Male'], [3, 'Other (e.g., Non-binary, Genderqueer)'] ], label='What is your gender?') race = models.IntegerField(blank=True, widget=widgets.RadioSelect, choices=[ [1, 'Black or African American'], [2, 'White'], [3, 'Latinx'], [4, 'American Indian or Alaska Native'], [5, 'Asian'], [6, 'Native Hawaiian or Pacific Islander'], [7, 'Other'] ], label='What is your race?') education = models.IntegerField(blank=True, widget=widgets.RadioSelect, choices=[ [1, 'Less than high school degree'], [2, 'High school or equivalent including GED'], [3, 'Some college but no degree'], [4, 'Associate or technical degree in college (2-year)'], [5, "Bachelor's degree in college (4-year)"], [6, "Master's degree"], [7, 'Doctoral degree'], [8, 'Professional degree (JD, MD)'] ], label='What is the highest degree you have received?') # FUNCTIONS def lottery1_choices(player): choices = [ [1, '50% chance of getting ' + str(player.session.lottery_payoffs[0][0]) + ' and 50% chance of getting ' + str(player.session.lottery_payoffs[0][1]) + '.'], [2, str(player.session.lottery_payoffs[0][2]) + ' for sure.'] ] return choices def lottery2_choices(player): choices = [ [1, '50% chance of getting ' + str(player.session.lottery_payoffs[1][0]) + ' and 50% chance of getting ' + str(player.session.lottery_payoffs[1][1]) + '.'], [2, str(player.session.lottery_payoffs[1][2]) + ' for sure.'] ] return choices def lottery3_choices(player): choices = [ [1, '50% chance of getting ' + str(player.session.lottery_payoffs[2][0]) + ' and 50% chance of getting ' + str(player.session.lottery_payoffs[2][1]) + '.'], [2, str(player.session.lottery_payoffs[2][2]) + ' for sure.'] ] return choices def lottery4_choices(player): choices = [ [1, '50% chance of getting ' + str(player.session.lottery_payoffs[3][0]) + ' and 50% chance of getting ' + str(player.session.lottery_payoffs[3][1]) + '.'], [2, str(player.session.lottery_payoffs[3][2]) + ' for sure.'] ] return choices def lottery5_choices(player): choices = [ [1, '50% chance of getting ' + str(player.session.lottery_payoffs[4][0]) + ' and 50% chance of getting ' + str(player.session.lottery_payoffs[4][1]) + '.'], [2, str(player.session.lottery_payoffs[4][2]) + ' for sure.'] ] return choices def lottery1_det_choices(player): choices = [ [1, '50% chance of getting ' + str(player.session.lottery_det_payoffs[0][0]) + ' and 50% chance of getting ' + str(player.session.lottery_det_payoffs[0][1]) + '.'], [2, str(player.session.lottery_det_payoffs[0][2]) + ' for sure.'] ] return choices def lottery2_det_choices(player): choices = [ [1, '50% chance of getting ' + str(player.session.lottery_det_payoffs[1][0]) + ' and 50% chance of getting ' + str(player.session.lottery_det_payoffs[1][1]) + '.'], [2, str(player.session.lottery_det_payoffs[1][2]) + ' for sure.'] ] return choices def lottery3_det_choices(player): choices = [ [1, '50% chance of getting ' + str(player.session.lottery_det_payoffs[2][0]) + ' and 50% chance of getting ' + str(player.session.lottery_det_payoffs[2][1]) + '.'], [2, str(player.session.lottery_det_payoffs[2][2]) + ' for sure.'] ] return choices def lottery4_det_choices(player): choices = [ [1, '50% chance of getting ' + str(player.session.lottery_det_payoffs[3][0]) + ' and 50% chance of getting ' + str(player.session.lottery_det_payoffs[3][1]) + '.'], [2, str(player.session.lottery_det_payoffs[3][2]) + ' for sure.'] ] return choices def lottery5_det_choices(player): choices = [ [1, '50% chance of getting ' + str(player.session.lottery_det_payoffs[4][0]) + ' and 50% chance of getting ' + str(player.session.lottery_det_payoffs[4][1]) + '.'], [2, str(player.session.lottery_det_payoffs[4][2]) + ' for sure.'] ] return choices def lottery1v3_choices(player): choices = [ [1, '50% chance of getting ' + str(cu(player.session.lottery_payoffs[0][0])) + ' and 50% chance of getting ' + str(cu(player.session.lottery_payoffs[0][1])) + '.'], [2, '50% chance of getting ' + str(cu(player.session.lottery_payoffs[2][0])) + ' and 50% chance of getting ' + str(cu(player.session.lottery_payoffs[2][1])) + '.'] ] return choices def custom_export(players): # header row participant_var_names = ['det', 'base', 'finished', 'label1', 'label2', 'param_rounds', 'environment_choice', 'compType', 'chosen_decisions', 'part1_payoffs', 'part2_payoffs'] yield participant_var_names for p in players: yield [p.participant.vars.get(name, None) for name in participant_var_names] # PAGES # class Lottery(Page): # form_model = 'player' # # @staticmethod # def get_form_fields(player): # # player.participant.param_rounds = [1, 2, 3, 4, 5] # # player.participant.environment_choice = [True] # lotteries = ['lottery' + str(x) for x in random.sample([1,2,3,4,5], 5)] # # if player.participant.treatment == 'deterministic': # # lotteries += ['lottery' + str(x) + '_det' for x in random.sample([1,2,3,4,5], 5)] # # random.shuffle(lotteries) # player.participant.lottery_order = lotteries # return lotteries # # @staticmethod # def before_next_page(player, timeout_happened): # lotteriesMaybeNone = [player.field_maybe_none('lottery' + str(x) for x in range(1, 6))] # # [player.field_maybe_none('lottery1'), player.field_maybe_none('lottery2'), player.field_maybe_none('lottery3'), # # player.field_maybe_none('lottery4'), player.field_maybe_none('lottery5')] # if player.participant.treatment == 'deterministic': # lotteriesMaybeNone += [player.field_maybe_none('lottery' + str(x) + '_det' for x in range(1, 6))] # if player.session.config['development'] and None in lotteriesMaybeNone: # player.lottery1, player.lottery2, player.lottery3, player.lottery4, player.lottery5 = [1] * 5 # if player.participant.treatment == 'deterministic': # player.lottery1_det, player.lottery2_det, player.lottery3_det, player.lottery4_det, player.lottery5_det = [1] * 5 # player.lottery1_initial, player.lottery2_initial, player.lottery3_initial, player.lottery4_initial, player.lottery5_initial = \ # player.lottery1, player.lottery2, player.lottery3, player.lottery4, player.lottery5 # if player.participant.treatment == 'deterministic': # player.lottery1_det_initial, player.lottery2_det_initial, player.lottery3_det_initial, player.lottery4_det_initial, player.lottery5_det_initial = \ # player.lottery1_det, player.lottery2_det, player.lottery3_det, player.lottery4_det, player.lottery5_det # # @staticmethod # def error_message(player, values): # if not player.session.config['development']: # error_messages = dict() # for field_name in ['lottery' + str(x) for x in range(1,6)]: # if values[field_name] is None: # error_messages[field_name] = 'Please, answer the question.' # if player.participant.treatment == 'deterministic': # for field_name in ['lottery' + str(x) + '_det' for x in range(1,6)]: # if values[field_name] is None: # error_messages[field_name] = 'Please, answer the question.' # if (values['lottery2'] == 1 and (values['lottery1'] == 2 or values['lottery3'] == 2 or values['lottery4'] == 2))\ # or (values['lottery3'] == 1 and values['lottery4'] == 2) \ # or (values['lottery5'] == 1 and (values['lottery1'] == 2 or values['lottery2'] == 2 or values['lottery3'] == 2 or values['lottery4'] == 2)): # player.lottery_inconsistency = True # return error_messages # class LotteryCorrect(Page): # @staticmethod # def is_displayed(player): # return player.lottery_inconsistency # # form_model = 'player' # # @staticmethod # def get_form_fields(player): # return player.participant.lottery_order # # @staticmethod # def error_message(player, values): # if not player.session.config['development']: # error_messages = dict() # for field_name in ['lottery' + str(x) for x in range(1, 6)]: # if values[field_name] is None: # error_messages[field_name] = 'Please, answer the question.' # if player.participant.treatment == 'deterministic': # for field_name in ['lottery' + str(x) + '_det' for x in range(1, 6)]: # if values[field_name] is None: # error_messages[field_name] = 'Please, answer the question.' # for x in ['lottery1', 'lottery3', 'lottery4']: # if values['lottery2'] == 1 and values[x] == 2: # error_messages['lottery2'], error_messages[x] = \ # ['Your choice in this question contradicts your choice in another question. ' # 'Please update your choices to make them consistent.']*2 # # if values['lottery2'] == 1 and values['lottery3'] == 2: # # error_messages['lottery2'], error_messages['lottery3'] = \ # # ['Your choice in this question contradicts your choice in another question. ' # # 'Please update your choices to make them consistent.']*2 # # if values['lottery2'] == 1 and values['lottery4'] == 2: # # error_messages['lottery2'], error_messages['lottery4'] = \ # # ['Your choice in this question contradicts your choice in another question. ' # # 'Please update your choices to make them consistent.']*2 # if values['lottery3'] == 1 and values['lottery4'] == 2: # error_messages['lottery3'], error_messages['lottery4'] = \ # ['Your choice in this question contradicts your choice in another question. ' # 'Please update your choices to make them consistent.'] * 2 # for x in ['lottery1', 'lottery2', 'lottery3', 'lottery4']: # if values['lottery5'] == 1 and values[x] == 2: # error_messages['lottery5'], error_messages[x] = \ # ['Your choice in this question contradicts your choice in another question. ' # 'Please update your choices to make them consistent.'] * 2 # # if values['lottery5'] == 1 and (values['lottery1'] == 2 or values['lottery2'] == 2 or values['lottery3'] == 2 or values['lottery4'] == 2): # # error_messages['lottery2'], error_messages[list(values.keys())[list(values.values()).index(2)]] = \ # # ['Your choice in this question contradicts your choice in another question. ' # # 'Please update your choices to make them consistent.']*(len([list(values.values()).index(2)])+1) # return error_messages class Lottery13(Page): form_model = 'player' form_fields = ['lottery1v3'] @staticmethod def error_message(player, values): if not player.session.config['development']: error_messages = dict() if values['lottery1v3'] is None: error_messages['lottery1v3'] = 'Please, answer the question.' return error_messages @staticmethod def before_next_page(player, timeout_happened): # player.participant.treatment = 'deterministic' # Delete this when running Combined lottery1v3_MaybeNone = player.field_maybe_none('lottery1v3') if player.session.config['development'] and lottery1v3_MaybeNone is None: player.lottery1v3 = 1 class LotteryList(Page): form_model = 'player' @staticmethod def get_form_fields(player): if player.lottery1v3 == 1: fields = ['lottery1', 'lottery3', 'lottery2', 'lottery5'] else: fields = ['lottery3', 'lottery1', 'lottery2', 'lottery5'] return fields @staticmethod def vars_for_template(player): if player.lottery1v3 == 1: fields = ['lottery1', 'lottery3', 'lottery2', 'lottery5'] good_payoff = [str(cu(player.session.lottery_payoffs[i][0])) for i in [0, 2, 1, 4]] bad_payoff = [str(cu(player.session.lottery_payoffs[i][1])) for i in [0, 2, 1, 4]] fixed_payoff = [str(cu(player.session.lottery_payoffs[i][2])) for i in [0, 2, 1, 4]] else: fields = ['lottery3', 'lottery1', 'lottery2', 'lottery5'] good_payoff = [str(cu(player.session.lottery_payoffs[i][0])) for i in [2, 0, 1, 4]] bad_payoff = [str(cu(player.session.lottery_payoffs[i][1])) for i in [2, 0, 1, 4]] fixed_payoff = [str(cu(player.session.lottery_payoffs[i][2])) for i in [2, 0, 1, 4]] return { 'lotteries': zip(fields, good_payoff, bad_payoff, fixed_payoff) } @staticmethod def error_message(player, values): if not player.session.config['development']: error_messages = dict() for field_name in ['lottery1', 'lottery3', 'lottery2', 'lottery5']: if values[field_name] is None: error_messages[field_name] = 'Please, answer the question.' return error_messages @staticmethod def before_next_page(player, timeout_happened): if player.lottery3 == 1: player.lottery4 = 1 class LotteryExtra(Page): form_model = 'player' @staticmethod def is_displayed(player: Player): return player.lottery3 == 2 or player.participant.treatment == 'deterministic' @staticmethod def get_form_fields(player): fields = [] if player.lottery3 == 2: fields = ['lottery4'] if player.participant.treatment == 'deterministic': fields += ['lottery' + str(x) + '_det' for x in range(1, 6)] return fields @staticmethod def vars_for_template(player): fields, good_payoff, bad_payoff, fixed_payoff = [[],[],[],[]] if player.lottery3 == 2: fields += ['lottery4'] good_payoff += [str(cu(player.session.lottery_payoffs[3][0]))] bad_payoff += [str(cu(player.session.lottery_payoffs[3][1]))] fixed_payoff += [str(cu(player.session.lottery_payoffs[3][2]))] if player.participant.treatment == 'deterministic': for x in range(5): fields += ['lottery' + str(x+1) + '_det'] good_payoff += [str(cu(player.session.lottery_det_payoffs[x][0]))] bad_payoff += [str(cu(player.session.lottery_det_payoffs[x][1]))] fixed_payoff += [str(cu(player.session.lottery_det_payoffs[x][2]))] return { 'lotteries': zip(fields, good_payoff, bad_payoff, fixed_payoff) } @staticmethod def error_message(player, values): if not player.session.config['development']: error_messages = dict() field_names = [] if player.participant.treatment == 'deterministic': field_names += ['lottery' + str(x) + '_det' for x in range(1, 6)] if player.lottery3 == 2: field_names += ['lottery4'] for field_name in field_names: if values[field_name] is None: error_messages[field_name] = 'Please, answer the question.' return error_messages class Demographics(Page): form_model = 'player' form_fields = ['age', 'gender', 'race', 'education'] @staticmethod def error_message(player, values): if not player.session.config['development']: error_messages = dict() field_names = ['age', 'gender', 'race', 'education'] for field_name in field_names: if values[field_name] is None: error_messages[field_name] = 'Please, answer the question.' return error_messages class End(Page): form_model = 'player' form_fields = ['feedback', 'feedbackDifficulty', 'feedbackUnderstanding', 'feedbackSatisfied', 'feedbackPay'] @staticmethod def vars_for_template(player): # if player.participant.treatment == 'deterministic' or player.participant.treatment == 'salient': # player.stageCounts = random.choice([1, 3]) if player.participant.chosen_decisions < 6 else random.choice([2, 3]) # else: player.stageCounts = random.choice([1, 2]) # player.stageCounts = 3 # Delete this when running Combined if player.stageCounts == 1: decision_to_count = random.choice(range(5)) player.payoff = player.participant.part1_payoffs[decision_to_count] + player.participant.part2_payoffs[decision_to_count] # elif player.stageCounts == 2: # player.payoff = player.participant.part1_payoffs[1] + player.participant.part2_payoffs[1] else: chosen_lottery = random.choice(range(5)) lottery_payoffs = [[random.choice([player.session.lottery_payoffs[i][0],player.session.lottery_payoffs[i][1]]) for i in range(5) ], [player.session.lottery_payoffs[i][2] for i in range(5) ]] lottery_choices = [player.lottery1, player.lottery2, player.lottery3, player.lottery4, player.lottery5] if player.participant.treatment == 'deterministic': lottery_payoffs[0] += [random.choice([player.session.lottery_det_payoffs[i][0], player.session.lottery_det_payoffs[i][1]]) for i in range(5) ] lottery_payoffs[1] += [player.session.lottery_det_payoffs[i][2] for i in range(5) ] lottery_choices += [player.lottery1_det, player.lottery2_det, player.lottery3_det, player.lottery4_det, player.lottery5_det] chosen_lottery = random.choice(range(10)) choice_counts = lottery_choices[chosen_lottery] player.payoff = lottery_payoffs[choice_counts-1][chosen_lottery] return dict(stageCounts=player.stageCounts, payoff=player.payoff ) @staticmethod def before_next_page(player, timeout_happened): player.participant.finished = True class Redirect(Page): @staticmethod def js_vars(player): return dict( link=player.session.prolific_completion_url+str(player.participant.label), ) page_sequence = [ # Lottery, # LotteryCorrect, # Hypothetical, Lottery13, LotteryList, LotteryExtra, # Demographics, End, Redirect ]