hengyang_client/lua_probject/extend_project/extend/poker/runfast/CardCheck.lua

local CardCheck = {

    cardList = {},
    cardListSord = {},
    cardNum = 0,
    cardSize = 0,
    long = false,
    planeNoBelt = false,
    threeNoBelt = false,
    planelack = false,
    threelack = false,
    fourDaiThree = false,
    fristCard = true,
    tipCardList = {},
    touchCardSet = {},
    touchCardMao = {}
}

local CardType = {
    one = 1,
    long = 2,
    dui = 3,
    duiLong = 10,
    threeAndTwo = 4,
    normolPlant = 5,
    zha = 6,
    onlyThree = 7,
    onlyPlant = 8,
    zhaAndThreee = 9,
    lessThree = 11,
    lessPlant = 12
}

local M = CardCheck

function M:InitFlag()
    local config = DataManager.CurrenRoom.room_config.config
    self.planeNoBelt = config.planeNoBelt == 1
    self.threeNoBelt = config.threeNoBelt == 1
    self.planelack = config.planelack == 1
    self.threelack = config.threelack == 1
    self.fourDaiThree = config.fourDaiThree
    self._flag_fristCard = true
    print("==============================lingmengcheckinitFlag")
    pt(config)
    pt(self)
    return self
end

function M:InitLastCard(cardList, mustPutMaxCard)
    self._flag_fristCard = false
    self:Clear()
    self._flag_mustMax = mustPutMaxCard
    self.type = 0
    self.specilCard = {}
    self.lastCardNum = #cardList
    self._flag_allCards = false
    self._flag_checkLst = true
    if #cardList == 0 then
        self._flag_fristCard = true
        return
    end
    table.sort(cardList)
    pt(cardList)
    self.lastMinCard = math.floor(cardList[1] / 10)
    local temp_long = 0
    for i = 1, #cardList do
        local number = math.floor(cardList[i] / 10)
        if self.cardList[number] then
            self.cardList[number] = self.cardList[number] + 1
        else
            self.cardList[number] = 1
            self.cardSize = self.cardSize + 1
            table.insert(self.cardListSord, number)
        end
        self.cardNum = self.cardNum + 1
        if i == 1 then
            temp_long = 1
        elseif temp_long == i - 1 then
            if math.abs(math.floor(cardList[i - 1] / 10) - number) == 1 then
                temp_long = i
            end
        end
    end
    self.long = temp_long == self.cardNum and self.cardNum >= 5
    print("lingmengCheckAloneOrLong2")
    if self:CheckAloneOrLong() then
        self.type = self:CheckAloneOrLong()
        return
    end
    print("lingmengCheckDuiZi2")
    if self:CheckDuiZi() then
        self.type = self:CheckDuiZi()
        return
    end
    print("lingmengCheckSanDai2")

    if self:CheckSanDai() then
        local a, b, c = self:CheckSanDai()
        self.type = a
        if b then
            self.specilCard = b
        end
        if c then
            self.lastMinCard = c
        end
        return
    end
    print("lingmengCheckZha2")

    if self:CheckZha() then
        local a, b, c = self:CheckZha()
        self.type = a
        if b then
            self.specilCard = b
        end
        if c then
            self.lastMinCard = c
        end
        return
    end
    if self.type == 0 then
        ViewUtil.ErrorTip(-1, "上一份牌型判断错误")
    end
end

function M:initCards(cardList, flag, flag_allCards)
    print("lingmenginitCards")
    pt(cardList)
    local temp_long = 0
    self:Clear()
    self._flag_allCards = flag_allCards or false
    if flag then
        for i = 1, #cardList do
            local number = math.floor(cardList[i][1].card_code_number / 10)
            if self.cardList[number] then
                self.cardList[number] = self.cardList[number] + 1
            else
                self.cardList[number] = 1
                self.cardSize = self.cardSize + 1
                table.insert(self.cardListSord, number)
            end
            self.cardNum = self.cardNum + 1
            if i == 1 then
                temp_long = 1
            elseif temp_long == i - 1 then
                if math.abs(math.floor(cardList[i - 1][1].card_code_number / 10) - number) == 1 then
                    temp_long = i
                end
            end
        end
    else
        for i = 1, #cardList do
            local number = math.floor(cardList[i].card_code_number / 10)
            if self.cardList[number] then
                self.cardList[number] = self.cardList[number] + 1
            else
                self.cardList[number] = 1
                self.cardSize = self.cardSize + 1
                table.insert(self.cardListSord, number)
            end
            self.cardNum = self.cardNum + 1
            if i == 1 then
                temp_long = 1
            elseif temp_long == i - 1 then
                if math.abs(math.floor(cardList[i - 1].card_code_number / 10) - number) == 1 then
                    temp_long = i
                end
            end
        end
    end

    print(self.cardNum, self.cardSize, temp_long)
    pt(self.cardList)
    self.long = temp_long == self.cardNum and self.cardNum >= 5
end

function M:CheckCards()
    if self.cardNum ~= 4 and self.cardNum ~= self.lastCardNum and not self._flag_fristCard then
        return
    end
    if self.cardNum == 1 and self._flag_mustMax and self.maxCard ~= self.cardListSord[1] then
        return
    end
    if self.cardNum == 0 then
        return
    end

    print("lingmengCheckAloneOrLong")
    if self:CheckAloneOrLong() then
        return true
    end
    print("lingmengCheckDuiZi")

    if self:CheckDuiZi() then
        return true
    end
    print("lingmengCheckSanDai")

    if self:CheckSanDai() then
        return true
    end
    print("lingmengCheckZha")

    if self:CheckZha() then
        return true
    end

    return false
end

function M:CheckOutCard(cardList)
    print("lingmengCheckOutCard===============")
    pt(cardList)
    self.tipCardList = {}
    self.touchCardSet = {}
    self.touchCardMao = {}
    local cardMap = {}
    local cardSet = {}
    local temp_long = 0
    local temp_longList = {}
    local longList = {}
    local lastCard = -1

    local flag_threeOrFour = false
    for i = 1, #cardList do
        local number = math.floor(cardList[i].card_code_number / 10)
        if cardMap[number] then
            cardMap[number].value = cardMap[number].value + 1
            table.insert(cardMap[number].cardList, cardList[i])
        else
            cardMap[number] = {}
            cardMap[number].value = 1
            cardMap[number].cardList = {}
            table.insert(cardMap[number].cardList, cardList[i])
            table.insert(cardSet, number)
        end
        if cardMap[number].value >= 3 then
            flag_threeOrFour = true
        end
        if lastCard ~= number then
            if lastCard - number ~= 1 then
                if temp_long >= 5 then
                    table.insert(longList, temp_longList)
                end
                temp_long = 1
                temp_longList = {}
            else
                temp_long = temp_long + 1
            end
            lastCard = number
            table.insert(temp_longList, number)
        end
    end
    if temp_long >= 4 then
        table.insert(longList, temp_longList)
    end

    table.sort(cardSet)
    self.maxCard = cardSet[#cardSet]

    if self._flag_fristCard then
        if self._flag_mustMax then
            self:CheckOutCardGetMustMax(cardSet, cardMap, flag_threeOrFour, longList)
        else
            self:CheckOutCardGetFristTipList(cardSet, cardMap)
        end
        return
    end

    local cardType, only, longLength = self:CheckOutCardGetType()


    local tipCardSet = self:CheckOutCardGetTouchSet(cardSet, cardMap, cardType, longLength)

    self:CheckOutCardSetTipList(tipCardSet, longLength, cardMap, cardType)

    if cardType >= 3 and only == 0 then
        self:CheckOutCardGetAllCardSetAndMap()
    end
end

function M:CheckOutCardGetAllCardSetAndMap()
    self.touchCardSet = {}
    self.touchCardMao = {}
    for i = 3, 15 do
        table.insert(self.touchCardSet, i)
        self.touchCardMao[i] = 1
    end
end

function M:CheckOutCardGetFristTipList(cardSet, cardMap)
    for i = 1, #cardSet do
        local card = cardSet[i]
        table.insert(self.touchCardSet, card)
        self.touchCardMao[card] = 1
        local temp = {}
        table.insert(temp, cardMap[card].cardList[1])
        table.insert(self.tipCardList, temp)
    end
end

function M:CheckOutCardGetMustMax(cardSet, cardMap, flag_threeOrFour, longList)
    if flag_threeOrFour then
        for i = 3, 15 do
            if cardMap[i] then
                if i == cardSet[#cardSet] then
                    table.insert(self.touchCardSet, i)
                    self.touchCardMao[i] = 1
                    table.insert(self.tipCardList, cardMap[i].cardList)
                elseif cardMap[i].value >= 2 then
                    table.insert(self.touchCardSet, i)
                    self.touchCardMao[i] = 1
                    table.insert(self.tipCardList, cardMap[i].cardList)
                else
                    table.insert(self.touchCardSet, i)
                    self.touchCardMao[i] = 1
                end
            else
                table.insert(self.touchCardSet, i)
                self.touchCardMao[i] = 1
            end
        end
    else
        for i = 1, #cardSet do
            local card = cardSet[i]
            if i == #cardSet then
                table.insert(self.touchCardSet, card)
                self.touchCardMao[card] = 1
                table.insert(self.tipCardList, cardMap[card].cardList)
            elseif cardMap[card].value >= 2 then
                table.insert(self.touchCardSet, card)
                self.touchCardMao[card] = 1
                table.insert(self.tipCardList, cardMap[card].cardList)
            end
        end
    end
    ---单数顺另外添加到提示和现实
    for i = 1, #longList do
        local tempTipList = {}
        for j = 1, #longList[i] do
            local card = longList[i][j]
            if not self.touchCardMao[card] then
                table.insert(self.touchCardSet, card)
                self.touchCardMao[card] = 1
            end
            table.insert(tempTipList, cardMap[card].cardList[1])
        end
        table.insert(self.tipCardList, tempTipList)
    end
end

function M:CheckOutCardGetType()
    local cardType = 0
    local only = 0
    local longLength = 1
    if self.type == 0 then
        return cardType, only, longLength
    end
    if self.type == CardType.one or self.type == CardType.long then
        cardType = 1
        if self.type == CardType.long then
            longLength = self.lastCardNum
        end
    elseif self.type == CardType.dui or self.type == CardType.duiLong then
        cardType = 2
        if self.lastCardNum > 2 then
            longLength = self.lastCardNum / 2
        end
    elseif self.type == CardType.threeAndTwo or self.type == CardType.onlyThree or self.type == CardType.lessThree or self.type == CardType.normolPlant or self.type == CardType.onlyPlant or self.type == CardType.lessPlant then
        cardType = 3
        if self.type == CardType.onlyThree or self.type == CardType.onlyPlant then
            only = 1
            if self.type == CardType.onlyPlant then
                longLength = self.lastCardNum / 3
            end
        end
        if self.type == CardType.normolPlant then
            longLength = self.lastCardNum / 5
        end
    elseif self.type == CardType.zha or self.type == CardType.zhaAndThreee then
        cardType = 4
        if self.type == CardType.zha then
            only = 1
        end
    end
    return cardType, only, longLength
end

function M:CheckOutCardGetTouchSet(cardSet, cardMap, cardType, longLength)
    print("lingmengCheckOutCardGetTouchSet", cardType, longLength, self.lastMinCard)
    pt(cardSet)
    pt(cardMap)
    local tempLong = 0
    local lastCard = 0
    local tempCardSet = {}
    local tipCardSet = {}
    local ZhaCardList = {}
    for i = 1, #cardSet do
        local card = cardSet[i]
        if cardMap[card].value >= cardType and card > self.lastMinCard and cardMap[card].value ~= 4 then
            if tempLong == 0 then
                tempLong = 1
            else
                if lastCard - card == -1 then
                    tempLong = tempLong + 1
                else
                    if tempLong >= longLength then
                        for j = 1, tempLong do
                            table.insert(self.touchCardSet, tempCardSet[j])
                            self.touchCardMao[tempCardSet[j]] = 1
                        end
                    end
                    table.insert(tipCardSet, tempCardSet)
                    tempLong = 1
                    tempCardSet = {}
                end
            end
            table.insert(tempCardSet, card)
            lastCard = card
        end
        if cardMap[card].value == 4 then
            table.insert(self.touchCardSet, card)
            self.touchCardMao[card] = 1
            table.insert(ZhaCardList, card)
        end
    end
    if tempLong >= longLength then
        for j = 1, tempLong do
            table.insert(self.touchCardSet, tempCardSet[j])
            self.touchCardMao[tempCardSet[j]] = 1
        end
    end
    table.insert(tipCardSet, tempCardSet)
    for i = 1, #ZhaCardList do
        table.insert(tipCardSet, ZhaCardList[i])
    end
    return tipCardSet
end

function M:CheckOutCardSetTipList(tipCardSet, longLength, cardMap, cardType)
    print("lingmengCheckOutCardSetTipList", longLength, cardMap, cardType)
    pt(tipCardSet)
    for i = 1, #tipCardSet do
        if type(tipCardSet[i]) == 'number' then
            table.insert(self.tipCardList, cardMap[tipCardSet[i]].cardList)
        else
            local tipCardSetLen = #tipCardSet[i]
            if tipCardSetLen == longLength then
                local tempList = {}
                for j = 1, tipCardSetLen do
                    local card = tipCardSet[i][j]
                    local minNum = Mathf.Min(cardMap[card].value, cardType)
                    for k = 1, minNum do
                        table.insert(tempList, cardMap[card].cardList[k])
                    end
                end
                table.insert(self.tipCardList, tempList)
            else
                for j = 1, tipCardSetLen do
                    if j + longLength - 1 <= tipCardSetLen then
                        local tempList = {}
                        for k = j, j + longLength - 1 do
                            local card = tipCardSet[i][k]
                            local minNum = Mathf.Min(cardMap[card].value, cardType)
                            for l = 1, minNum do
                                table.insert(tempList, cardMap[card].cardList[l])
                            end
                        end
                        table.insert(self.tipCardList, tempList)
                    end
                end
            end
        end
    end
end

function M:CheckAloneOrLong()
    if self.cardNum == 1 and M:CheckType(CardType.one) then
        return CardType.one
    end
    if self.long and M:CheckType(CardType.long) then
        return CardType.long
    end
end

function M:CheckDuiZi()
    if self.cardNum == 2 and self.cardSize == 1 and M:CheckType(CardType.dui) then
        return CardType.dui
    end
    if self.cardNum % 2 == 0 and M:CheckType(CardType.duiLong) then
        local last_k
        for i = 1, self.cardSize do
            local k = self.cardListSord[i]
            local v = self.cardList[k]
            if v == 2 then
                if not last_k then
                    last_k = k
                else
                    if math.abs(last_k - k) ~= 1 then
                        return
                    end
                    last_k = k
                end
            else
                return
            end
        end
        return CardType.duiLong
    end
end

--三带有着不同比大小极致，需要返回是哪些牌三带和最小的三带牌
function M:CheckSanDai()
    --三张
    if self.cardNum == 5 and M:CheckType(CardType.threeAndTwo) then
        for i = 1, self.cardSize do
            local k = self.cardListSord[i]
            local v = self.cardList[k]
            if v >= 3 then
                return CardType.threeAndTwo, { k }, k
            end
        end
    end

    if self.threelack and self.cardNum == 4 and self.cardSize == 2 and M:CheckType(CardType.lessThree) then
        for i = 1, self.cardSize do
            local k = self.cardListSord[i]
            local v = self.cardList[k]
            if v >= 3 then
                return CardType.lessThree, { k }, k
            end
        end
        return CardType.lessThree
    end

    if self.threeNoBelt and self.cardNum == 3 and self.cardSize == 1 and M:CheckType(CardType.onlyThree) then
        return CardType.onlyThree
    end


    --飞机
    local temp_normol_feiji
    if self.cardNum % 5 == 0 then
        temp_normol_feiji = self.cardNum / 5
    end

    if temp_normol_feiji and M:CheckType(CardType.normolPlant) then
        local last_k
        local key_table = {}
        for i = 1, self.cardSize do
            local k = self.cardListSord[i]
            local v = self.cardList[k]
            if v >= 3 then
                table.insert(key_table, k)
                if not last_k then
                    last_k = k
                else
                    if math.abs(last_k - k) ~= 1 then
                        return
                    end
                    last_k = k
                end
            end
        end
        if #key_table >= temp_normol_feiji then
            return CardType.normolPlant, key_table, key_table[1]
        else
            return
        end
    end

    print("liengmengCheckthreelack", self.threelack, self._flag_allCards)

    if self.threelack and M:CheckType(CardType.lessPlant) then
        local last_k
        local key_table = {}
        local num_four = 0
        for i = 1, self.cardSize do
            local k = self.cardListSord[i]
            local v = self.cardList[k]
            if v >= 3 then
                if v == 4 then
                    num_four = 1
                end
                table.insert(key_table, k)
                print("liengmengCheckthreelack2", last_k, k)

                if not last_k then
                    last_k = k
                else
                    if math.abs(last_k - k) ~= 1 then
                        return
                    end
                    last_k = k
                end
            end
        end
        print("liengmengCheckthreelack4", #key_table, self.cardNum - #key_table * 3 < #key_table * 2)

        if self.cardNum - #key_table * 3 < #key_table * 2 and not (self.cardNum == 4 and num_four == 1) then
            return CardType.lessPlant, key_table, key_table[1]
        else
            return
        end
    end

    print("liengmengCheckplaneNoBelt", self.planeNoBelt, self.cardNum % 3)

    if self.planeNoBelt and self.cardNum % 3 == 0 and M:CheckType(CardType.onlyPlant) then
        local last_k
        for i = 1, self.cardSize do
            local k = self.cardListSord[i]
            local v = self.cardList[k]
            if v == 3 then
                if not last_k then
                    last_k = k
                else
                    if math.abs(last_k - k) ~= 1 then
                        return
                    end
                    last_k = k
                end
            else
                return
            end
        end
        return CardType.onlyPlant
    end
end

function M:CheckZha()
    if self.cardNum == 4 and self.cardSize == 1 then
        return CardType.zha
    end

    if self.fourDaiThree and self.cardNum == 7 and M:CheckType(CardType.zhaAndThreee) then
        local flag_four
        for i = 1, self.cardSize do
            local k = self.cardListSord[i]
            local v = self.cardList[k]
            if v == 4 then
                return CardType.zhaAndThreee, { k }, k
            end
        end
        return
    end
end

function M:CheckType(type)
    if type == CardType.duiLong then
        return self._flag_checkLst or self._flag_fristCard or (type == self.type and self.cardNum == self.lastCardNum)
    elseif type == CardType.lessPlant or type == CardType.lessThree then
        return self._flag_checkLst or (self._flag_fristCard and self._flag_allCards) or type == self.type
    else
        return self._flag_checkLst or self._flag_fristCard or type == self.type
    end
end

function M:GetTipsList()
    return self.tipCardList
end

function M:GetTouchSet()
    return self.touchCardSet
end

function M:GetTouchCardMap()
    return self.touchCardMao
end

function M:Clear()
    self.cardList = {}
    self.cardListSord = {}
    self.cardNum = 0
    self.cardSize = 0
    self.long = false
    self._flag_checkLst = false
end

return M