pc_tiantian/tiantian/mj_ncmaj/luaScript/Views/3d/HandCard_3d.lua

local MJDefine = MJFramework.MJImport("mj.luaScript.MJDefine")
local MJMessage = MJFramework.MJImport("mj.luaScript.Protocol.MJMessage")
local MJSound = MJFramework.MJImport("mj.luaScript.MJSound")
local Mahjong3DHandCard = MJFramework.MJFrameworkClassImprot("mj.luaScript.Common.3d.Mahjong3DHandCard")

local HandCard3D = class("HandCard3D", Mahjong3DHandCard)

function HandCard3D:ctor(...)
    HandCard3D.super.ctor(self, ...)
end

--- HandCard3D:onAfterCreateHandcards 创建手牌之后的处理
function HandCard3D:onAfterCreateHandcards()
    HandCard3D.super.onAfterCreateHandcards(self)
end

function HandCard3D:onAfterCreateOpenHandcards()
    HandCard3D.super.onAfterCreateOpenHandcards(self)
end


-- 重写排序，让听用牌放在最左边
function HandCard3D:sortHandCards()
	if self._viewId ~= MJDefine.MyViewId and (not self._isReplay) then--如果不是主视角且不是回放，不需要排序
		return
	end
	table.sort(
        self._handCardNodes,
        function(c1, c2)
            if c1:getValue() == c2:getValue() and c1.tang and (not c2.tang) then
				return true
			else
				return c1:getValue() < c2:getValue()
			end
        end
    )
    --[[-- 拆分
    local temp = {}
    local tCard = {}
    local nCard = {}
    local qCard = {}

    for i, v in ipairs(self._handCardNodes) do
        if v:getIsTingYongCard() then
            table.insert(tCard, v)
        elseif v:getIsDingQueCard() or (v:getMJColorType() == self.queType) then
            table.insert(qCard, v)
        else
            table.insert(nCard, v)
        end
    end 

    -- 按牌值顺序排序
    local function sortFun(c1, c2)
        return c1:getValue() < c2:getValue()
    end

    table.sort(tCard, sortFun)
    table.sort(nCard, sortFun)
    table.sort(qCard, sortFun)

    -- 添加到大表temp里面
    for i, v in ipairs(tCard) do
        table.insert(temp, v)
    end

    for i, v in ipairs(nCard) do
        table.insert(temp, v)
    end

    for i, v in ipairs(qCard) do
        table.insert(temp, v)
    end
    
    self._handCardNodes = temp--]]
end

return HandCard3D