类似消除俄罗斯方块的游戏有哪些？

Question

如题所述

Answer 1

1、百变方块

是一款非常好玩的方块消除休闲游戏,百变方块是俄罗斯方块的进化版，沿用了经典的规则，同时对玩法进行了改良，让游戏更具有特色。

2、逆转俄罗斯

是一款玩法非常经典俄罗斯题材的手机游戏，玩法难度超高，比较虐心，承受能力不高的小伙伴不建议尝试。

3、99块砖之巫师无限金币版

是一款俄罗斯方块风格的手机堆房子游戏，玩家能够在游戏中享用到极致的游戏体验，不时的晋级你的巫师技艺，完成各种对战，击败你的对手，完成最高的堆房子任务。

俄罗斯方块是1980年末期至1990年代初期风靡全世界的电脑游戏，是落下型益智游戏的始祖。1984年6月6日，是公认的俄罗斯方块诞生纪念日。它由俄罗斯人阿列克谢·帕基特诺夫发明，故得此名。

有研究者发现玩俄罗斯方块游戏有助于防止创伤后应激障碍的发生，可能是这个游戏能够对大脑储存视觉记忆的功能产生干扰，从而保护病人免受创伤后应激反应的影响。也有学者发现玩俄罗斯方块并且佩戴一种特殊的眼镜可以治疗儿童弱视。2014年6月6日，俄罗斯方块迎来30周年诞生纪念日。

Answer 2

"建表和视图语句：
DROP TABLE IF EXISTS `tab`;
CREATE TABLE `tab` (
`id` int(11) NOT NULL AUTO_INCREMENT,
`userid` int(11) NULL DEFAULT NULL,
`date` datetime NULL DEFAULT NULL,
`instructions` varchar(255) CHARACTER SET utf8 COLLATE utf8_general_ci NULL DEFAULT NULL,
`amount` decimal(18, 2) NULL DEFAULT NULL,
`type` tinyint(1) NULL DEFAULT NULL,
PRIMARY KEY (`id`) USING BTREE
) ENGINE = MyISAM AUTO_INCREMENT = 9 CHARACTER SET = utf8 COLLATE = utf8_general_ci ROW_FORMAT = Dynamic;
create view tab_v as
select
`tab`.`userid` AS `userid`,
date_format( `tab`.`date`, '%Y-%m' ) AS `ym`,
`tab`.`instructions` AS `instructions`,
`tab`.`amount` AS `amount`,
`tab`.`type` AS `type`
from
`tab`
查询语句：
select t0.userid 用户ID,
t0.ym 年月,
t1.cnt 本月收入笔数,
t2.instructions 本月最大收入项目,
t2.amount 本月最大收入金额,
t3.instructions 本月最小收入项目,
t3.amount 本月最小收入金额,
t4.cnt 本月支出笔数,
t5.instructions 本月最大支出项目,
t5.amount 本月最大支出金额,
t6.instructions 本月最小支出项目,
t6.amount 本月最小支出金额,
t7.cnt 本月结余
from (select distinct a.userid,
a.ym
from tab_v a) t0
left join (select a.userid,
a.ym,
count(1) cnt
from tab_v a
where a.type = 2
group by a.userid,
a.ym) t1
on t0.userid = t1.userid
and t0.ym = t1.ym
left join (select a.userid,
a.ym,
a.amount,
group_concat(b.instructions) instructions
from (select a.userid,
a.ym,
max(a.amount) amount
from tab_v a
where a.type = 2
group by a.userid,
a.ym) a,
tab_v b
where a.userid = b.userid
and a.ym = b.ym
and a.amount = b.amount
group by a.userid,
a.ym,
a.amount) t2
on t0.userid = t2.userid
and t0.ym = t2.ym
left join (select a.userid,
a.ym,
a.amount,
group_concat(b.instructions) instructions
from (select a.userid,
a.ym,
min(a.amount) amount
from tab_v a
where a.type = 2
group by a.userid,
a.ym) a,
tab_v b
where a.userid = b.userid
and a.ym = b.ym
and a.amount = b.amount
group by a.userid,
a.ym,
a.amount) t3
on t0.userid = t3.userid
and t0.ym = t3.ym
left join (select a.userid,
a.ym,
count(1) cnt
from tab_v a
where a.type = 1
group by a.userid,
a.ym) t4
on t0.userid = t4.userid
and t0.ym = t4.ym
left join (select a.userid,
a.ym,
a.amount,
group_concat(b.instructions) instructions
from (select a.userid,
a.ym,
max(a.amount) amount
from tab_v a
where a.type = 1
group by a.userid,
a.ym) a,
tab_v b
where a.userid = b.userid
and a.ym = b.ym
and a.amount = b.amount
group by a.userid,
a.ym,
a.amount) t5
on t0.userid = t5.userid
and t0.ym = t5.ym
left join (select a.userid,
a.ym,
a.amount,
group_concat(b.instructions) instructions
from (select a.userid,
a.ym,
min(a.amount) amount
from tab_v a
where a.type = 1
group by a.userid,
a.ym) a,
tab_v b
where a.userid = b.userid
and a.ym = b.ym
and a.amount = b.amount
group by a.userid,
a.ym,
a.amount) t6
on t0.userid = t6.userid
and t0.ym = t6.ym
left join (select a.userid,
a.ym,
sum(case
when type = 1 then
-1 * a.amount
when 2 then
a.amount
end) cnt
from tab_v a
group by a.userid,
a.ym) t7
on t0.userid = t7.userid
and t0.ym = t7.ym

只能做到这个效果了

"