from otree.api import (
    models, widgets, BaseConstants, BaseSubsession, BaseGroup, BasePlayer,
    Currency as c, currency_range
)
import random

author = 'Mingxian Jin'

doc = """
Your app description
"""


class Constants(BaseConstants):
    name_in_url = 'cutcake_practice_cutmiddle_random'
    players_per_group = 2
    num_rounds = 1


class Subsession(BaseSubsession):
    A1 = models.IntegerField()
    A2 = models.IntegerField()
    A3 = models.IntegerField()
    A4 = models.IntegerField()
    A5 = models.IntegerField()
    A6 = models.IntegerField()
    A7 = models.IntegerField()
    A8 = models.IntegerField()
    A9 = models.IntegerField()
    A10 = models.IntegerField()
    WidthA1 = models.IntegerField()
    WidthA2 = models.IntegerField()
    WidthA3 = models.IntegerField()
    WidthA4 = models.IntegerField()
    WidthA5 = models.IntegerField()

    B1 = models.IntegerField()
    B2 = models.IntegerField()
    B3 = models.IntegerField()
    B4 = models.IntegerField()
    B5 = models.IntegerField()
    B6 = models.IntegerField()
    B7 = models.IntegerField()
    B8 = models.IntegerField()
    B9 = models.IntegerField()
    B10 = models.IntegerField()

    WidthB1 = models.IntegerField()
    WidthB2 = models.IntegerField()
    WidthB3 = models.IntegerField()
    WidthB4 = models.IntegerField()
    WidthB5 = models.IntegerField()

    def creating_session(self):
        if self.round_number == 1:
            self.group_randomly()
        while True:
            list = [7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,27,28,29,30,31,32,33,34,35,36,37,38,39,40,
                    41,42,43,44,45,46,47,48,49,50,51,52,53,54]
            A = sorted(random.sample(list, 10))
            self.A1 = A[0]
            self.A2 = A[1]
            self.A3 = A[2]
            self.A4 = A[3]
            self.A5 = A[4]
            self.A6 = A[5]
            self.A7 = A[6]
            self.A8 = A[7]
            self.A9 = A[8]
            self.A10 = A[9]
            if  self.A2-self.A1 + self.A4-self.A3 + self.A6-self.A5 + self.A8-self.A7 + self.A10 - self.A9==12:
               break

        self.A1 = self.A1*10
        self.A2 = self.A2*10
        self.A3 = self.A3*10
        self.A4 = self.A4*10
        self.A5 = self.A5*10
        self.A6 = self.A6*10
        self.A7 = self.A7*10
        self.A8 = self.A8*10
        self.A9 = self.A9*10
        self.A10 = self.A10*10
        self.WidthA1 = self.A2 - self.A1
        self.WidthA2 = self.A4 - self.A3
        self.WidthA3 = self.A6 - self.A5
        self.WidthA4 = self.A8 - self.A7
        self.WidthA5 = self.A10 - self.A9

        while True:
            list = [7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,27,28,29,30,31,32,33,34,35,36,37,38,39,40,
                    41,42,43,44,45,46,47,48,49,50,51,52,53,54]
            B = sorted(random.sample(list, 10))
            self.B1 = B[0]
            self.B2 = B[1]
            self.B3 = B[2]
            self.B4 = B[3]
            self.B5 = B[4]
            self.B6 = B[5]
            self.B7 = B[6]
            self.B8 = B[7]
            self.B9 = B[8]
            self.B10 = B[9]
            if  self.B2-self.B1 + self.B4-self.B3 + self.B6-self.B5 + self.B8-self.B7 + self.B10-self.B9==12:
               break

        self.B1 = self.B1*10
        self.B2 = self.B2*10
        self.B3 = self.B3*10
        self.B4 = self.B4*10
        self.B5 = self.B5*10
        self.B6 = self.B6*10
        self.B7 = self.B7*10
        self.B8 = self.B8*10
        self.B9 = self.B9*10
        self.B10 = self.B10*10
        self.WidthB1 = self.B2 - self.B1
        self.WidthB2 = self.B4 - self.B3
        self.WidthB3 = self.B6 - self.B5
        self.WidthB4 = self.B8 - self.B7
        self.WidthB5 = self.B10 - self.B9

class Group(BaseGroup):
    resolving_cut = models.IntegerField(initial=0)

    def delete_overlapping(self):
         choice_list = [p.choice for p in self.get_players()]
         e = 0
         for value in choice_list:
             e += value
             if e != 1:
                players = [p.id_in_group for p in self.get_players() ]
                random_right = random.sample(players, 1)
                for i in self.get_players():
                    if [i.id_in_group] == random_right:
                        i.choice = 1
                    else:
                        i.choice = 0


class Player(BasePlayer):
    cut_value = models.IntegerField(initial=0)
    left_piece = models.IntegerField(initial=0)
    right_piece = models.IntegerField(initial=0)

    value_own_piece = models.IntegerField(initial=0)
    value_other_piece = models.IntegerField(initial=0)
    choice = models.IntegerField()

    payoff_help = models.CurrencyField(initial=0)

    planned_leftpiece = models.IntegerField()
    truth_telling = models.BooleanField()

    envy = models.BooleanField()

    def set_cut_value(self):
        self.group.resolving_cut = int(sum(p.cut_value for p in self.group.get_players())/Constants.players_per_group)

    def decide_side(self):
        if self.cut_value > self.group.resolving_cut:
            self.choice = 1
        else:
            self.choice = 0


    def set_pieces(self):
        if self.id_in_group == 1:
            if self.group.resolving_cut <= self.subsession.A1:
                self.left_piece = 0
            elif self.group.resolving_cut <= self.subsession.A2:
                self.left_piece = self.group.resolving_cut - self.subsession.A1
            elif self.group.resolving_cut <= self.subsession.A3:
                self.left_piece = self.subsession.A2 - self.subsession.A1
            elif self.group.resolving_cut <= self.subsession.A4:
                self.left_piece = self.group.resolving_cut - self.subsession.A3 + self.subsession.A2 - self.subsession.A1
            elif self.group.resolving_cut <= self.subsession.A5:
                self.left_piece = self.subsession.A2 - self.subsession.A1 + self.subsession.A4 - self.subsession.A3
            elif self.group.resolving_cut <= self.subsession.A6:
                self.left_piece = self.group.resolving_cut - self.subsession.A5 + self.subsession.A2 - self.subsession.A1 + self.subsession.A4 - self.subsession.A3
            elif self.group.resolving_cut <= self.subsession.A7:
                self.left_piece = self.subsession.A6 - self.subsession.A5 + self.subsession.A2 - self.subsession.A1 + self.subsession.A4 - self.subsession.A3
            elif self.group.resolving_cut <= self.subsession.A8:
                self.left_piece = self.group.resolving_cut - self.subsession.A7 + self.subsession.A6 - self.subsession.A5 + self.subsession.A2 - self.subsession.A1 + self.subsession.A4 - self.subsession.A3
            elif self.group.resolving_cut <= self.subsession.A9:
                self.left_piece = self.subsession.A8 - self.subsession.A7 + self.subsession.A6 - self.subsession.A5 + self.subsession.A2 - self.subsession.A1 + self.subsession.A4 - self.subsession.A3
            elif self.group.resolving_cut <= self.subsession.A10:
                self.left_piece = self.group.resolving_cut - self.subsession.A9 + self.subsession.A8 - self.subsession.A7 + self.subsession.A6 - self.subsession.A5 + self.subsession.A2 - self.subsession.A1 + self.subsession.A4 - self.subsession.A3
            else:
                self.left_piece = 120

        if self.id_in_group == 2:
            if self.group.resolving_cut <= self.subsession.B1:
                self.left_piece = 0
            elif self.group.resolving_cut <= self.subsession.B2:
                self.left_piece = self.group.resolving_cut - self.subsession.B1
            elif self.group.resolving_cut <= self.subsession.B3:
                self.left_piece = self.subsession.B2 - self.subsession.B1
            elif self.group.resolving_cut <= self.subsession.B4:
                self.left_piece = self.group.resolving_cut - self.subsession.B3 + self.subsession.B2 - self.subsession.B1
            elif self.group.resolving_cut <= self.subsession.B5:
                self.left_piece = self.subsession.B4 - self.subsession.B3 + self.subsession.B2 - self.subsession.B1
            elif self.group.resolving_cut <= self.subsession.B6:
                self.left_piece = self.group.resolving_cut - self.subsession.B5 + self.subsession.B4 - self.subsession.B3 + self.subsession.B2 - self.subsession.B1
            elif self.group.resolving_cut <= self.subsession.B7:
                self.left_piece = self.subsession.B6 - self.subsession.B5 + self.subsession.B4 - self.subsession.B3 + self.subsession.B2 - self.subsession.B1
            elif self.group.resolving_cut <= self.subsession.B8:
                self.left_piece = self.group.resolving_cut - self.subsession.B7 + self.subsession.B6 - self.subsession.B5 + self.subsession.B4 - self.subsession.B3 + self.subsession.B2 - self.subsession.B1
            elif self.group.resolving_cut <= self.subsession.B9:
                self.left_piece = self.subsession.B8 - self.subsession.B7 + self.subsession.B6 - self.subsession.B5 + self.subsession.B4 - self.subsession.B3 + self.subsession.B2 - self.subsession.B1
            elif self.group.resolving_cut <= self.subsession.B10:
                self.left_piece = self.group.resolving_cut - self.subsession.B9 + self.subsession.B8 - self.subsession.B7 + self.subsession.B6 - self.subsession.B5 + self.subsession.B4 - self.subsession.B3 + self.subsession.B2 - self.subsession.B1
            else:
                self.left_piece = 120

        self.right_piece = 120 - self.left_piece

    def set_own_piece(self):

        if self.choice == 0:
            self.value_own_piece = self.left_piece
            self.value_other_piece = self.right_piece
        else:
            self.value_own_piece = self.right_piece
            self.value_other_piece = self.left_piece

        self.payoff = c(self.value_own_piece)


    def set_envy(self):
        if self.value_own_piece >= self.value_other_piece:
            self.envy = False
        else:
            self.envy = True


    def set_planned_leftpiece(self):

            if self.id_in_group == 1:
                if self.cut_value <= self.subsession.A1:
                    self.planned_leftpiece = 0
                elif self.cut_value <= self.subsession.A2:
                    self.planned_leftpiece = self.cut_value - self.subsession.A1
                elif self.cut_value <= self.subsession.A3:
                    self.planned_leftpiece = self.subsession.A2 - self.subsession.A1
                elif self.cut_value <= self.subsession.A4:
                    self.planned_leftpiece = self.cut_value - self.subsession.A3 +  self.subsession.A2 - self.subsession.A1
                elif self.cut_value <= self.subsession.A5:
                    self.planned_leftpiece = self.subsession.A4 - self.subsession.A3 + self.subsession.A2 - self.subsession.A1
                elif self.cut_value <= self.subsession.A6:
                    self.planned_leftpiece = self.cut_value - self.subsession.A5 + self.subsession.A4 - self.subsession.A3 + self.subsession.A2 - self.subsession.A1
                elif self.cut_value <= self.subsession.A7:
                    self.planned_leftpiece = self.subsession.A6 - self.subsession.A5 + self.subsession.A4 - self.subsession.A3 + self.subsession.A2 - self.subsession.A1
                elif self.cut_value <= self.subsession.A8:
                    self.planned_leftpiece = self.cut_value - self.subsession.A7 + self.subsession.A6 - self.subsession.A5 + self.subsession.A4 - self.subsession.A3 + self.subsession.A2 - self.subsession.A1
                elif self.group.resolving_cut <= self.subsession.A9:
                    self.planned_leftpiece = self.subsession.A8 - self.subsession.A7 + self.subsession.A6 - self.subsession.A5 + self.subsession.A4 - self.subsession.A3 + self.subsession.A2 - self.subsession.A1
                elif self.cut_value <= self.subsession.A10:
                    self.planned_leftpiece = self.cut_value - self.subsession.A9 + self.subsession.A8 - self.subsession.A7 + self.subsession.A6 - self.subsession.A5 + self.subsession.A4 - self.subsession.A3 + self.subsession.A2 - self.subsession.A1
                else:
                    self.planned_leftpiece = 120

            if self.id_in_group == 2:
                if self.cut_value <= self.subsession.B1:
                    self.planned_leftpiece = 0
                elif self.cut_value <= self.subsession.B2:
                    self.planned_leftpiece = self.cut_value - self.subsession.B1
                elif self.cut_value <= self.subsession.B3:
                    self.planned_leftpiece = self.subsession.B2 - self.subsession.B1
                elif self.cut_value <= self.subsession.B4:
                    self.planned_leftpiece = self.cut_value - self.subsession.B3 + self.subsession.B2 - self.subsession.B1
                elif self.cut_value <= self.subsession.B5:
                    self.planned_leftpiece = self.subsession.B4 - self.subsession.B3 + self.subsession.B2 - self.subsession.B1
                elif self.cut_value <= self.subsession.B6:
                    self.planned_leftpiece = self.cut_value - self.subsession.B5 + self.subsession.B4 - self.subsession.B3 + self.subsession.B2 - self.subsession.B1
                elif self.cut_value <= self.subsession.B7:
                    self.planned_leftpiece = self.subsession.B6 - self.subsession.B5 + self.subsession.B4 - self.subsession.B3 + self.subsession.B2 - self.subsession.B1
                elif self.cut_value <= self.subsession.B8:
                    self.planned_leftpiece = self.cut_value - self.subsession.B7 + self.subsession.B6 - self.subsession.B5 + self.subsession.B4 - self.subsession.B3 + self.subsession.B2 - self.subsession.B1
                elif self.cut_value <= self.subsession.B9:
                    self.planned_leftpiece = self.subsession.B8 - self.subsession.B7 + self.subsession.B6 - self.subsession.B5 + self.subsession.B4 - self.subsession.B3 + self.subsession.B2 - self.subsession.B1
                elif self.cut_value <= self.subsession.B10:
                    self.planned_leftpiece = self.cut_value - self.subsession.B9 + self.subsession.B8 - self.subsession.B7 + self.subsession.B6 - self.subsession.B5 + self.subsession.B4 - self.subsession.B3 + self.subsession.B2 - self.subsession.B1
                else:
                    self.planned_leftpiece = 120


    def set_truthtelling(self):
        if self.planned_leftpiece <= 65 and self.planned_leftpiece>= 55:
            self.truth_telling = True
        else:
            self.truth_telling = False