from otree.api import Currency as c, currency_range from . import models from ._builtin import Page, WaitPage from .models import Constants import random import csv class Donation_party(Page): form_model = models.Player form_fields = ['donation_party'] def before_next_page(self): if self.player.donation_party == 2: #如果选择猜donation if self.player.partner == 1: #选择和意见相反的人玩游戏 if self.participant.vars['issue'] != 999: #如果不是极端情况 num = self.participant.vars['issue'] #需要匹配的issue号码 # self_preference = self.participant.vars['preference_%s' % num] #匹配自己的issue，得到代表偏好的号码 self_opinion = self.participant.vars['opinion_%s' % num] #得到自己的意见 agree or disagree if self_opinion == 'Agree': #找对方的意见 other_opinion = 'Oppose' else: other_opinion = 'Favor' # other_preference = self_preference #由于是和意见相反的人做游戏，所以preference要一致 with open('likert/data.csv') as f: all_objects = list(csv.DictReader(f)) dona_1 = [] dona_2 = [] dona_3 = [] dona_correct = [] for i in range(len(all_objects)): if all_objects[i]['opinion_%s' % num] == other_opinion: # if all_objects[i]['level_%s' % num] == str(other_preference): if all_objects[i]['donation_1'] != '': #如果是有donation的 dona_1.append(all_objects[i]['donation_1']) dona_2.append(all_objects[i]['donation_2']) dona_3.append(all_objects[i]['donation_3']) dona_correct.append(all_objects[i]['donation_correct']) # else: # pass else: pass else: pass if len(dona_1) == 0: #如果没有找到合适的人 self.player.if_random = 1 #标记：接下来的工作都是随机进行 self.player.donation1 = random.choice(Constants.organization) list_temp_1 = [self.player.donation1] list_new_1 = [i for i in Constants.organization if i not in list_temp_1] self.player.donation2 = random.choice(list_new_1) list_temp_2 = [self.player.donation1, self.player.donation2] list_new_2 = [i for i in Constants.organization if i not in list_temp_2] self.player.donation3 = random.choice(list_new_2) self.player.donation_correct = 'None' #随机选的，没有正确答案 for i in range(10): #找donation org的号码 if Constants.organization[i] == self.player.donation1: numb1 = i elif Constants.organization[i] == self.player.donation2: numb2 = i elif Constants.organization[i] == self.player.donation3: numb3 = i else: pass self.player.description1 = Constants.description[numb1] self.player.description2 = Constants.description[numb2] self.player.description3 = Constants.description[numb3] else: self.player.if_random = 0 self.player.donation1 = random.choice(dona_1) #随机选择一个人 for i in range(len(dona_1)): if dona_1[i] == self.player.donation1: numb4 = i self.player.donation2 = dona_2[numb4] self.player.donation3 = dona_3[numb4] self.player.donation_correct = dona_correct[numb4] for i in range(10): if Constants.organization[i] == self.player.donation1: numb5 = i elif Constants.organization[i] == self.player.donation2: numb6 = i elif Constants.organization[i] == self.player.donation3: numb7 = i else: pass self.player.description1 = Constants.description[numb5] self.player.description2 = Constants.description[numb6] self.player.description3 = Constants.description[numb7] self.player.other_opinion = other_opinion # if other_preference == 1: # self.player.other_preference = 'a great deal' # elif other_preference == 2: # self.player.other_preference = 'a moderate amount' # else: # self.player.other_preference = 'a little' # 如果是极端情况, 那么选取任何一个意见相左的人的donation else: num = self.participant.vars['issue'] #需要匹配的issue号码 with open('likert/data.csv') as f: all_objects = list(csv.DictReader(f)) dona_1 = [] dona_2 = [] dona_3 = [] dona_correct = [] opinion_list = [] preference_list = [] for i in range(len(all_objects)): if all_objects[i]['opinion_%s' % num] != 'Neither favor nor oppose': if all_objects[i]['donation_1'] != '': #如果是有donation的 dona_1.append(all_objects[i]['donation_1']) dona_2.append(all_objects[i]['donation_2']) dona_3.append(all_objects[i]['donation_3']) dona_correct.append(all_objects[i]['donation_correct']) opinion_list.append(all_objects[i]['opinion_%s' % num]) # preference_list.append(all_objects[i]['level_%s' % num]) else: pass if len(dona_1) == 0: self.player.if_random = 1 #标记：接下来的工作都是随机进行 self.player.donation1 = random.choice(Constants.organization) list_temp_1 = [self.player.donation1] list_new_1 = [i for i in Constants.organization if i not in list_temp_1] self.player.donation2 = random.choice(list_new_1) list_temp_2 = [self.player.donation1, self.player.donation2] list_new_2 = [i for i in Constants.organization if i not in list_temp_2] self.player.donation3 = random.choice(list_new_2) self.player.donation_correct = 'None' #随机选的，没有正确答案 for i in range(10): #找donation org的号码 if Constants.organization[i] == self.player.donation1: numb10 = i elif Constants.organization[i] == self.player.donation2: numb11 = i elif Constants.organization[i] == self.player.donation3: numb12 = i else: pass self.player.description1 = Constants.description[numb10] self.player.description2 = Constants.description[numb11] self.player.description3 = Constants.description[numb12] other_opinion = random.choice(['Favor', 'Oppose']) # other_preference = str(random.choice([1, 2, 3])) else: self.player.if_random = 0 self.player.donation1 = random.choice(dona_1) # 随机选择一个人 for i in range(len(dona_1)): if dona_1[i] == self.player.donation1: numb8 = i self.player.donation2 = dona_2[numb8] self.player.donation3 = dona_3[numb8] self.player.donation_correct = dona_correct[numb8] # other_preference = preference_list[numb8] #记录下选择的人的preference 和 opinion other_opinion = opinion_list[numb8] for i in range(10): if Constants.organization[i] == self.player.donation1: numb5 = i elif Constants.organization[i] == self.player.donation2: numb6 = i elif Constants.organization[i] == self.player.donation3: numb7 = i else: pass self.player.description1 = Constants.description[numb5] self.player.description2 = Constants.description[numb6] self.player.description3 = Constants.description[numb7] self.player.other_opinion = other_opinion # if other_preference == '1': # self.player.other_preference = 'a great deal' # elif other_preference == '2': # self.player.other_preference = 'a moderate amount' # else: # self.player.other_preference = 'a little' elif self.player.partner == 3: # 玩家选择和自己意见相同的人玩游戏 if self.participant.vars['issue'] != 999: #如果不是极端情况 num = self.participant.vars['issue'] #需要匹配的issue号码 # self_preference = self.participant.vars['preference_%s' % num] #匹配自己的issue，得到代表偏好的号码 self_opinion = self.participant.vars['opinion_%s' % num] #得到自己的意见 agree or disagree if self_opinion == 'Agree': other_opinion = 'Favor' else: other_opinion = 'Oppose' with open('likert/data.csv') as f: all_objects = list(csv.DictReader(f)) # other_preference = self_preference dona_1 = [] dona_2 = [] dona_3 = [] dona_correct = [] for i in range(len(all_objects)): if all_objects[i]['opinion_%s' % num] == other_opinion: # if all_objects[i]['level_%s' % num] == str(other_preference): if all_objects[i]['donation_1'] != '': # 如果是有donation的 dona_1.append(all_objects[i]['donation_1']) dona_2.append(all_objects[i]['donation_2']) dona_3.append(all_objects[i]['donation_3']) dona_correct.append(all_objects[i]['donation_correct']) # else: # pass else: pass else: pass if len(dona_1) == 0: # 如果没有找到合适的人 self.player.if_random = 1 # 标记：接下来的工作都是随机进行 self.player.donation1 = random.choice(Constants.organization) list_temp_1 = [self.player.donation1] list_new_1 = [i for i in Constants.organization if i not in list_temp_1] self.player.donation2 = random.choice(list_new_1) list_temp_2 = [self.player.donation1, self.player.donation2] list_new_2 = [i for i in Constants.organization if i not in list_temp_2] self.player.donation3 = random.choice(list_new_2) self.player.donation_correct = 'None' # 随机选的，没有正确答案 for i in range(10): # 找donation org的号码 if Constants.organization[i] == self.player.donation1: numb1 = i elif Constants.organization[i] == self.player.donation2: numb2 = i elif Constants.organization[i] == self.player.donation3: numb3 = i else: pass self.player.description1 = Constants.description[numb1] self.player.description2 = Constants.description[numb2] self.player.description3 = Constants.description[numb3] else: self.player.if_random = 0 self.player.donation1 = random.choice(dona_1) # 随机选择一个人 for i in range(len(dona_1)): if dona_1[i] == self.player.donation1: numb4 = i self.player.donation2 = dona_2[numb4] self.player.donation3 = dona_3[numb4] self.player.donation_correct = dona_correct[numb4] for i in range(10): if Constants.organization[i] == self.player.donation1: numb5 = i elif Constants.organization[i] == self.player.donation2: numb6 = i elif Constants.organization[i] == self.player.donation3: numb7 = i else: pass self.player.description1 = Constants.description[numb5] self.player.description2 = Constants.description[numb6] self.player.description3 = Constants.description[numb7] else: #极端的case num = self.participant.vars['issue'] # 需要匹配的issue号码 other_opinion = 'Neither favor nor oppose' with open('likert/data.csv') as f: all_objects = list(csv.DictReader(f)) dona_1 = [] dona_2 = [] dona_3 = [] dona_correct = [] opinion_list = [] preference_list = [] for i in range(len(all_objects)): if all_objects[i]['opinion_%s' % num] == 'Neither favor nor oppose': if all_objects[i]['donation_1'] != '': # 如果是有donation的 dona_1.append(all_objects[i]['donation_1']) dona_2.append(all_objects[i]['donation_2']) dona_3.append(all_objects[i]['donation_3']) dona_correct.append(all_objects[i]['donation_correct']) opinion_list.append(all_objects[i]['opinion_%s' % num]) # preference_list.append(all_objects[i]['level_%s' % num]) else: pass if len(dona_1) == 0: self.player.if_random = 1 # 标记：接下来的工作都是随机进行 self.player.donation1 = random.choice(Constants.organization) list_temp_1 = [self.player.donation1] list_new_1 = [i for i in Constants.organization if i not in list_temp_1] self.player.donation2 = random.choice(list_new_1) list_temp_2 = [self.player.donation1, self.player.donation2] list_new_2 = [i for i in Constants.organization if i not in list_temp_2] self.player.donation3 = random.choice(list_new_2) self.player.donation_correct = 'None' # 随机选的，没有正确答案 for i in range(10): # 找donation org的号码 if Constants.organization[i] == self.player.donation1: numb10 = i elif Constants.organization[i] == self.player.donation2: numb11 = i elif Constants.organization[i] == self.player.donation3: numb12 = i else: pass self.player.description1 = Constants.description[numb10] self.player.description2 = Constants.description[numb11] self.player.description3 = Constants.description[numb12] else: self.player.if_random = 0 self.player.donation1 = random.choice(dona_1) # 随机选择一个人 for i in range(len(dona_1)): if dona_1[i] == self.player.donation1: numb8 = i self.player.donation2 = dona_2[numb8] self.player.donation3 = dona_3[numb8] self.player.donation_correct = dona_correct[numb8] for i in range(10): if Constants.organization[i] == self.player.donation1: numb5 = i elif Constants.organization[i] == self.player.donation2: numb6 = i elif Constants.organization[i] == self.player.donation3: numb7 = i else: pass self.player.description1 = Constants.description[numb5] self.player.description2 = Constants.description[numb6] self.player.description3 = Constants.description[numb7] self.player.other_opinion = other_opinion # if other_opinion != 'Neither favor nor oppose': # self.player.other_preference = other_preference # else: # pass elif self.player.partner == 2: #和相反党派的人玩游戏 self_party = self.player.partisanship1 if self_party == 1: #自己是demo other_party = 2 elif self_party == 2: other_party = 1 else: # other_party = random.choice([1, 2]) #中立的话，随机为他选择对方的党派 pass with open('likert/data.csv') as f: all_objects = list(csv.DictReader(f)) party_list = [] dona_1 = [] dona_2 = [] dona_3 = [] dona_correct = [] for i in range(len(all_objects)): if all_objects[i]['partisanship_1'] == str(other_party): if all_objects[i]['donation_1'] != '': # 如果是有donation的 dona_1.append(all_objects[i]['donation_1']) dona_2.append(all_objects[i]['donation_2']) dona_3.append(all_objects[i]['donation_3']) dona_correct.append(all_objects[i]['donation_correct']) # party_list.append(all_objects[i]['partisanship_1']) else: pass if len(dona_1) == 0: # 如果没有找到合适的人 self.player.if_random = 1 # 标记：接下来的工作都是随机进行 self.player.donation1 = random.choice(Constants.organization) list_temp_1 = [self.player.donation1] list_new_1 = [i for i in Constants.organization if i not in list_temp_1] self.player.donation2 = random.choice(list_new_1) list_temp_2 = [self.player.donation1, self.player.donation2] list_new_2 = [i for i in Constants.organization if i not in list_temp_2] self.player.donation3 = random.choice(list_new_2) self.player.donation_correct = 'None' # 随机选的，没有正确答案 for i in range(10): # 找donation org的号码 if Constants.organization[i] == self.player.donation1: numb10 = i elif Constants.organization[i] == self.player.donation2: numb11 = i elif Constants.organization[i] == self.player.donation3: numb12 = i else: pass self.player.description1 = Constants.description[numb10] self.player.description2 = Constants.description[numb11] self.player.description3 = Constants.description[numb12] else: self.player.if_random = 0 self.player.donation1 = random.choice(dona_1) # 随机选择一个人 for i in range(len(dona_1)): if dona_1[i] == self.player.donation1: numb8 = i self.player.donation2 = dona_2[numb8] self.player.donation3 = dona_3[numb8] self.player.donation_correct = dona_correct[numb8] for i in range(10): if Constants.organization[i] == self.player.donation1: numb5 = i elif Constants.organization[i] == self.player.donation2: numb6 = i elif Constants.organization[i] == self.player.donation3: numb7 = i else: pass self.player.description1 = Constants.description[numb5] self.player.description2 = Constants.description[numb6] self.player.description3 = Constants.description[numb7] if other_party == 1: self.player.other_party = 'Democrat' else: self.player.other_party = 'Republican' else: #和相同党派的人玩 self_party = self.player.partisanship1 if self_party == 1: other_party = 1 elif self_party == 2: other_party = 2 else: # other_party = 999 pass with open('likert/data.csv') as f: all_objects = list(csv.DictReader(f)) party_list = [] dona_1 = [] dona_2 = [] dona_3 = [] dona_correct = [] for i in range(len(all_objects)): if other_party == 999: if all_objects[i]['partisanship_1'] == '3' or all_objects[i]['partisanship_1'] == '5' or all_objects[i]['partisanship_1'] == '8': if all_objects[i]['donation_1'] != '': # 如果是有donation的 dona_1.append(all_objects[i]['donation_1']) dona_2.append(all_objects[i]['donation_2']) dona_3.append(all_objects[i]['donation_3']) dona_correct.append(all_objects[i]['donation_correct']) party_list.append(all_objects[i]['partisanship_1']) else: pass else: pass else: if all_objects[i]['partisanship_1'] == str(other_party): if all_objects[i]['donation_1'] != '': # 如果是有donation的 dona_1.append(all_objects[i]['donation_1']) dona_2.append(all_objects[i]['donation_2']) dona_3.append(all_objects[i]['donation_3']) dona_correct.append(all_objects[i]['donation_correct']) party_list.append(all_objects[i]['partisanship_1']) else: pass if len(dona_1) == 0: # 如果没有找到合适的人 self.player.if_random = 1 # 标记：接下来的工作都是随机进行 self.player.donation1 = random.choice(Constants.organization) list_temp_1 = [self.player.donation1] list_new_1 = [i for i in Constants.organization if i not in list_temp_1] self.player.donation2 = random.choice(list_new_1) list_temp_2 = [self.player.donation1, self.player.donation2] list_new_2 = [i for i in Constants.organization if i not in list_temp_2] self.player.donation3 = random.choice(list_new_2) self.player.donation_correct = 'None' # 随机选的，没有正确答案 for i in range(10): # 找donation org的号码 if Constants.organization[i] == self.player.donation1: numb10 = i elif Constants.organization[i] == self.player.donation2: numb11 = i elif Constants.organization[i] == self.player.donation3: numb12 = i else: pass self.player.description1 = Constants.description[numb10] self.player.description2 = Constants.description[numb11] self.player.description3 = Constants.description[numb12] else: self.player.if_random = 0 self.player.donation1 = random.choice(dona_1) # 随机选择一个人 for i in range(len(dona_1)): if dona_1[i] == self.player.donation1: numb8 = i self.player.donation2 = dona_2[numb8] self.player.donation3 = dona_3[numb8] self.player.donation_correct = dona_correct[numb8] # self.player.other_party = party_list[numb8] for i in range(10): if Constants.organization[i] == self.player.donation1: numb5 = i elif Constants.organization[i] == self.player.donation2: numb6 = i elif Constants.organization[i] == self.player.donation3: numb7 = i else: pass self.player.description1 = Constants.description[numb5] self.player.description2 = Constants.description[numb6] self.player.description3 = Constants.description[numb7] if self_party == 1: # 党派只有两个 self.player.other_party = 'Democrat' else: self.player.other_party = 'Republican' # elif self_party == 3: # self.player.other_party = 'Independent' # elif self_party == 5: # self.player.other_party = 'Other party' # else: # self.player.other_party = 'Do not know' # 猜党派: 选项是固定的 else: if self.player.partner == 1: #和意见相反的人玩 num = self.participant.vars['issue'] # 需要匹配的issue号码 # self_preference = self.participant.vars['preference_%s' % num] # 匹配自己的issue，得到代表偏好的号码 self_opinion = self.participant.vars['opinion_%s' % num] # 得到自己的意见 agree or disagree if self_opinion == 'Agree': # 找对方的意见 other_opinion = 'Oppose' else: other_opinion = 'Favor' # other_preference = self_preference # 由于是和意见相反的人做游戏，所以preference要一致 with open('likert/data.csv') as f: all_objects = list(csv.DictReader(f)) party_list_1 = [] party_list_2 = [] party_list_3 = [] for i in range(len(all_objects)): if all_objects[i]['opinion_%s' % num] == other_opinion: # if all_objects[i]['level_%s' % num] == str(other_preference): party_list_1.append(all_objects[i]['partisanship_1']) party_list_2.append(all_objects[i]['partisanship_2']) party_list_3.append(all_objects[i]['partisanship_3']) # else: # pass else: pass if len(party_list_1) == 0: # 如果没有找到合适的人 self.player.party_identification = random.choice(['Strong Democrat', 'Not very strong Democrat', 'Do not know', 'Inapplicable', 'Not very strong Republican', 'Strong Republican', 'Closer to Republican', 'Closer to Democratic', 'Neither closer to Republican nor Democratic']) else: party1 = random.choice(party_list_1) for i in range(len(party_list_1)): if party_list_1[i] == party1: numbx = i else: pass party2 = party_list_2[numbx] party3 = party_list_3[numbx] if party1 == '1': if party2 == '1': self.player.party_identification = 'Strong Democrat' elif party2 == '2': self.player.party_identification = 'Not very strong Democrat' elif party2 == '5': self.player.party_identification = 'Inapplicable' else: self.player.party_identification = 'Do not know' elif party1 == '2': if party2 == '1': self.player.party_identification = 'Strong Republican' elif party2 == '2': self.player.party_identification = 'Not very strong Republican' elif party2 == '5': self.player.party_identification = 'Inapplicable' else: self.player.party_identification = 'Do not know' else: if party3 == '1': self.player.party_identification = 'Closer to Republican' elif party3 == '2': self.player.party_identification = 'Closer to Democratic' else: self.player.party_identification = 'Neither closer to Republican nor Democratic' elif self.player.partner == 3: #和意见相同的人玩 num = self.participant.vars['issue'] # 需要匹配的issue号码 # self_preference = self.participant.vars['preference_%s' % num] # 匹配自己的issue，得到代表偏好的号码 self_opinion = self.participant.vars['opinion_%s' % num] # 得到自己的意见 agree or disagree if self_opinion == 'Agree': # 找对方的意见 other_opinion = 'Favor' else: other_opinion = 'Oppose' with open('likert/data.csv') as f: all_objects = list(csv.DictReader(f)) party_list_1 = [] party_list_2 = [] party_list_3 = [] for i in range(len(all_objects)): if all_objects[i]['opinion_%s' % num] == other_opinion: # if all_objects[i]['level_%s' % num] == str(other_preference): party_list_1.append(all_objects[i]['partisanship_1']) party_list_2.append(all_objects[i]['partisanship_2']) party_list_3.append(all_objects[i]['partisanship_3']) # else: # pass else: pass if len(party_list_1) == 0: # 如果没有找到合适的人 self.player.party_identification = random.choice(['Strong Democrat', 'Not very strong Democrat', 'Do not know', 'Inapplicable', 'Not very strong Republican', 'Strong Republican', 'Closer to Republican', 'Closer to Democratic', 'Neither closer to Republican nor Democratic']) else: party1 = random.choice(party_list_1) for i in range(len(party_list_1)): if party_list_1[i] == party1: numbx = i else: pass party2 = party_list_2[numbx] party3 = party_list_3[numbx] if party1 == '1': if party2 == '1': self.player.party_identification = 'Strong Democrat' elif party2 == '2': self.player.party_identification = 'Not very strong Democrat' elif party2 == '5': self.player.party_identification = 'Inapplicable' else: self.player.party_identification = 'Do not know' elif party1 == '2': if party2 == '1': self.player.party_identification = 'Strong Republican' elif party2 == '2': self.player.party_identification = 'Not very strong Republican' elif party2 == '5': self.player.party_identification = 'Inapplicable' else: self.player.party_identification = 'Do not know' else: if party3 == '1': self.player.party_identification = 'Closer to Republican' elif party3 == '2': self.player.party_identification = 'Closer to Democratic' else: self.player.party_identification = 'Neither closer to Republican nor Democratic' elif self.player.partner == 2: #和不同党派的人玩 party0 = self.player.partisanship1 if party0 == 1: other_party = 2 elif party0 == 2: other_party = 1 else: other_party = random.choice([1, 2]) with open('likert/data.csv') as f: all_objects = list(csv.DictReader(f)) party_list_1 = [] party_list_2 = [] party_list_3 = [] for i in range(len(all_objects)): if all_objects[i]['partisanship_1'] == str(other_party): # if all_objects[i]['level_%s' % num] == str(other_preference): party_list_1.append(all_objects[i]['partisanship_1']) party_list_2.append(all_objects[i]['partisanship_2']) party_list_3.append(all_objects[i]['partisanship_3']) # else: # pass else: pass if len(party_list_1) == 0: # 如果没有找到合适的人 self.player.party_identification = random.choice(['Strong Democrat', 'Not very strong Democrat', 'Do not know', 'Inapplicable', 'Not very strong Republican', 'Strong Republican', 'Closer to Republican', 'Closer to Democratic', 'Neither closer to Republican nor Democratic']) else: party1 = random.choice(party_list_1) for i in range(len(party_list_1)): if party_list_1[i] == party1: numbx = i else: pass party2 = party_list_2[numbx] party3 = party_list_3[numbx] if party1 == '1': if party2 == '1': self.player.party_identification = 'Strong Democrat' elif party2 == '2': self.player.party_identification = 'Not very strong Democrat' elif party2 == '5': self.player.party_identification = 'Inapplicable' else: self.player.party_identification = 'Do not know' elif party1 == '2': if party2 == '1': self.player.party_identification = 'Strong Republican' elif party2 == '2': self.player.party_identification = 'Not very strong Republican' elif party2 == '5': self.player.party_identification = 'Inapplicable' else: self.player.party_identification = 'Do not know' else: if party3 == '1': self.player.party_identification = 'Closer to Republican' elif party3 == '2': self.player.party_identification = 'Closer to Democratic' else: self.player.party_identification = 'Neither closer to Republican nor Democratic' else: #和相同党派的人玩 party0 = self.player.partisanship1 if party0 == 1: other_party = 1 elif party0 == 2: other_party = 2 else: other_party = party0 with open('likert/data.csv') as f: all_objects = list(csv.DictReader(f)) party_list_1 = [] party_list_2 = [] party_list_3 = [] for i in range(len(all_objects)): if all_objects[i]['partisanship_1'] == str(other_party): # if all_objects[i]['level_%s' % num] == str(other_preference): party_list_1.append(all_objects[i]['partisanship_1']) party_list_2.append(all_objects[i]['partisanship_2']) party_list_3.append(all_objects[i]['partisanship_3']) # else: # pass else: pass if len(party_list_1) == 0: # 如果没有找到合适的人 self.player.party_identification = random.choice( ['Strong Democrat', 'Not very strong Democrat', 'Do not know', 'Inapplicable', 'Not very strong Republican', 'Strong Republican', 'Closer to Republican', 'Closer to Democratic', 'Neither closer to Republican nor Democratic']) else: party1 = random.choice(party_list_1) for i in range(len(party_list_1)): if party_list_1[i] == party1: numbx = i else: pass party2 = party_list_2[numbx] party3 = party_list_3[numbx] if party1 == '1': if party2 == '1': self.player.party_identification = 'Strong Democrat' elif party2 == '2': self.player.party_identification = 'Not very strong Democrat' elif party2 == '5': self.player.party_identification = 'Inapplicable' else: self.player.party_identification = 'Do not know' elif party1 == '2': if party2 == '1': self.player.party_identification = 'Strong Republican' elif party2 == '2': self.player.party_identification = 'Not very strong Republican' elif party2 == '5': self.player.party_identification = 'Inapplicable' else: self.player.party_identification = 'Do not know' else: if party3 == '1': self.player.party_identification = 'Closer to Republican' elif party3 == '2': self.player.party_identification = 'Closer to Democratic' else: self.player.party_identification = 'Neither closer to Republican nor Democratic' def is_displayed(self): return self.participant.vars['group'] == '1LG' or self.participant.vars['group'] == '1QG' or \ self.participant.vars['group'] == '1QNG' or self.participant.vars['group'] == '2LG' or \ self.participant.vars['group'] == '2QG' or self.participant.vars['group'] == '2QNG' or \ self.participant.vars['group'] == '3LG' or self.participant.vars['group'] == '3QG' or \ self.participant.vars['group'] == '3QNG' # 现在有一些疑问，第一，partisanship放在哪里合适，第二，如果这个player是中立的，那么选择和同一党派的人玩猜党派的游戏该怎么办。