# -*- coding: utf-8 -*-

N_PLAYERS = 4
N_TURN = int(32/4)

# P : pique, C : Coeur, F : Carreau, T : Trèfle
# 7..9, 0 puis VDRA
cards =['AP', 'RP', 'DP', 'VP', '0P', '9P', '8P', '7P',
        'AC', 'RC', 'DC', 'VC', '0C', '9C', '8C', '7C',
        'AF', 'RF', 'DF', 'VF', '0F', '9F', '8F', '7F',
        'AT', 'RT', 'DT', 'VT', '0T', '9T', '8T', '7T'
        ]

points_atout = {'V' : 20, '9' : 14, 'A': 11, '0': 10, 'R': 4, 'D': 3, '8':0, '7':0}
points_atout_order = {'V' : 20, '9' : 14, 'A': 11, '0': 10, 'R': 4, 'D': 3, '8':1, '7':0}
points_order = {'A': 11, '0': 10, 'R': 4, 'D': 3, 'V': 2, '9': 1, '8':0.5, '7':0}
points = {'A': 11, '0': 10, 'R': 4, 'D': 3, 'V': 2, '9': 0, '8':0, '7':0}

translate = {'A': 'As', 'R' : 'Roi', 'D': 'Dame', 'V': 'Valet', '0': '10', 'P': 'Pique', 'C': 'Coeur', 'T':'Trèfle', 'F':'Carreau'}

colors = ['P', 'C', 'F', 'T']

def translator(card):
    s = []
    for c in card:
        if c in translate:
            s.append(translate[c])
        else:
            s.append(c)
    return ' '.join(s)

def winner(cards, atout):
    """
    Returns id winner (0-3), number of points
    """
    if isinstance(cards, str):
        cardsl = cards.split(',')
        cardss = cards
    else:
        cardss = ''.join(cards)
        cardsl = cards

    if len(cardss)==0:
        return 0, 0
    winner = None
    if atout in cardss:
        for i in range(len(cardsl)):
            if cardsl[i][1] == atout:
                if winner is None or points_atout_order[cardsl[i][0]] > points_atout_order[cardsl[winner][0]]:
                    winner = i
    if winner is None:
        couldemandee = cardss[1]
        for i in range(len(cardsl)):
            if cardsl[i][1] == couldemandee:
                if winner is None or points_order[cardsl[i][0]] > points_order[cardsl[winner][0]]:
                    winner = i

    pointsr = 0
    for c in cardsl:
        if c[1] == atout:
            pointsr += points_atout[c[0]]
        else:
            pointsr += points[c[0]]

    return winner, pointsr

def legal_play(played, atout, card, main):
    if card not in cards:
        return False
    if card not in main:
        return False

    if played is None :
        playedl = []
        playeds = ''
    elif isinstance(played, str):
        playedl = played.split(',')
        playeds = played
    else:
        playeds = ''.join(played)
        playedl = played

    if main is None or main=='':
        main = []
    if isinstance(main, str):
        mains = main
        main = main.split(',')
    else:
        mains = ','.join(main)

    # Le premier a jouer fait ce qu'il veut
    if len(playeds)==0:
        return True
    couldemandee =playeds[1]

    # On regarde les atouts pour plus tard:
    maxpose = -1
    for c in playedl:
        if c[1]==atout and points_atout_order[c[0]]>maxpose:
            maxpose = points_atout_order[c[0]]

    peutmonter = False
    has_atout = False
    for m in main: #Peut-on monter ?
        if m[1] == atout:
            has_atout = True
            if points_atout_order[m[0]]>maxpose:
                peutmonter = True
                break

    # Il faut jouer de la couleur demandée
    if couldemandee != atout:
        if couldemandee in mains:
            if card[1]== couldemandee:
                return True
            else:
                return False
    if couldemandee == atout:
        # Il faut jouer atout (si possible)
        if has_atout:
            if card[1] != atout:
                return False
        # Et monter ! (si possible)
        if peutmonter:
            if points_atout_order[card[0]]<=maxpose:
                return False
        # Mais si on a pas, tant pis !
        return True

    # Sinon, mon partenaire est-il maitre ?
    if len(playedl)>=2:
        maitre, xxx = winner(playedl, atout)
        if maitre == len(playedl)-2 :
            # Si oui, jeu libre
            return True

    # Sinon, ai-je de l'atout ?
    if has_atout:
        if card[1] != atout:
            return False
        # Si oui, je dois monter si possible
        if peutmonter:
            if points_atout_order[card[0]] < maxpose:
                return False
        return True

    # Sinon, jeu libre !
    return True