ReliabilitySimulation.git

			@@ -11,7 +11,7 @@
			AND WeightedFailure > 0 THEN
			1 / WeightedFailure
			ELSE 0
			END AS basic_mtbf_regulate,
			END AS basic_mtbf_regulate_tmp,
			CASE
			WHEN WeightedFailure IS NOT NULL
			AND WeightedFailure > 0 THEN
			@@ -24,23 +24,25 @@
			sum(
			CASE
			WHEN b.product_type < 5 THEN
			1 * 1 / basic_mtbf_regulate
			1 * 1 / basic_mtbf_regulate_tmp
			WHEN a.reliab_distrib_type = 1 THEN
			1 * a.basic_mtbf_operating_ratio / a.basic_mtbf_regulate
			WHEN a.reliab_distrib_type = 2 THEN
			1 * a.basic_mtbf_operating_ratio / a.basic_mtbf_regul_succ_rate
			a.basic_unit_num * a.basic_mtbf_operating_ratio /
			a.basic_mtbf_regulate_tmp
			WHEN a.reliab_distrib_type = 3 THEN
			a.basic_unit_num * a.basic_mtbf_operating_ratio /
			a.basic_mtbf_regulate_tmp
			ELSE 0 END
			) AS WeightedFailure,
			sum(
			CASE
			WHEN b.product_type < 5 THEN
			1 * 1 * a.repair_mttcr / a.basic_mtbf_regulate
			1 * 1 * a.repair_mttcr / a.basic_mtbf_regulate_tmp
			WHEN a.repairable = 1 and a.reliab_distrib_type = 1 THEN
			1 * a.basic_mtbf_operating_ratio * a.repair_mttcr /
			a.basic_mtbf_regulate
			WHEN a.repairable = 1 and a.reliab_distrib_type = 2 THEN
			1 * a.basic_mtbf_operating_ratio * a.repair_mttcr /
			a.basic_mtbf_regul_succ_rate
			a.basic_unit_num * a.basic_mtbf_operating_ratio * a.repair_mttcr /
			a.basic_mtbf_regulate_tmp
			WHEN a.repairable = 1 and a.reliab_distrib_type = 3 THEN
			a.basic_unit_num * a.basic_mtbf_operating_ratio * a.repair_mttcr /
			a.basic_mtbf_regulate_tmp
			ELSE 0
			END
			) AS WeightedMttr
			@@ -59,23 +61,89 @@
			AND ((b.product_type = 5 AND a.basic_join_compute = 1
			and ((
			a.reliab_distrib_type = 1
			AND a.basic_mtbf_regulate > 0
			AND a.basic_mtbf_regulate_tmp > 0
			)
			OR (a.reliab_distrib_type = 2 AND a.basic_mtbf_regul_succ_rate > 0))
			OR (a.reliab_distrib_type = 3 AND a.basic_mtbf_regul_succ_rate > 0))
			)
			\|\| (b.product_type < 5 AND a.basic_mtbf_regulate > 0))
			\|\| (b.product_type < 5 AND a.basic_mtbf_regulate_tmp > 0))
			GROUP BY c.id, c.name
			) c
			) d
			set f.basic_mtbf_regulate = d.basic_mtbf_regulate,
			f.repair_mttcr = d.repair_mttcr
			set f.basic_mtbf_regulate_tmp = d.basic_mtbf_regulate_tmp,
			f.repair_mttcr = d.repair_mttcr
			where f.product_id = d.id;
			</update>

			<update id="compute1">
			UPDATE param_data a, product_model b
			SET repair_mttcr = 0
			where b.ship_id = ${shipId}
			and repair_mttcr is null;

			UPDATE param_data a, product_model b
			SET basic_mtbf_regulate_tmp = basic_mtbf_regulate
			where b.ship_id = ${shipId};

			UPDATE param_data a, product_model b
			SET basic_mtbf_regulate_tmp = basic_mtbf_regul_succ_rate/(1-basic_mtbf_regul_succ_rate)
			where b.ship_id = ${shipId}
			and reliab_distrib_type = 3
			</update>

			<update id="compute2">
			UPDATE param_data a, product_model b
			SET ai = basic_mtbf_regulate / (basic_mtbf_regulate + repair_mttcr)
			SET basic_mtbf_regulate = basic_mtbf_regulate_tmp
			where b.ship_id = ${shipId}
			and (reliab_distrib_type = 1 or reliab_distrib_type is null)
			and a.product_id = b.id
			and a.IS_DELETE = 0
			and b.IS_DELETE = 0;

			UPDATE param_data a, product_model b
			SET ai = basic_mtbf_regulate_tmp / (basic_mtbf_regulate_tmp + repair_mttcr)
			where b.ship_id = ${shipId}
			and a.product_id = b.id
			and a.IS_DELETE = 0
			and b.IS_DELETE = 0;

			UPDATE param_data a,(
			select pid, case when count(1) > 0 then 1 else 0 end as basic_join_compute
			from param_data a,
			product_model b
			where b.ship_id = ${shipId}
			and a.product_id = b.id
			and a.basic_join_compute = 1
			and b.product_type = 5
			group by b.pid
			) b
			set a.basic_join_compute = b.basic_join_compute
			where a.product_id = b.pid;

			UPDATE param_data a,(
			select pid, case when count(1) > 0 then 1 else 0 end as basic_join_compute
			from param_data a,
			product_model b
			where b.ship_id = ${shipId}
			and a.product_id = b.id
			and a.basic_join_compute = 1
			and b.product_type = 4
			group by b.pid
			) b
			set a.basic_join_compute = b.basic_join_compute
			where a.product_id = b.pid;

			UPDATE param_data a,(
			select pid, case when count(1) > 0 then 1 else 0 end as basic_join_compute
			from param_data a,
			product_model b
			where b.ship_id = ${shipId}
			and a.product_id = b.id
			and a.basic_join_compute = 1
			and b.product_type = 3
			group by b.pid
			) b
			set a.basic_join_compute = b.basic_join_compute
			where a.product_id = b.pid;
			</update>

			<select id="getAI" resultType="com.zt.life.modules.mainPart.basicInfo.model.ParamData">
			@@ -85,11 +153,15 @@
			b.ai,
			b.basic_mtbf_regulate,
			b.repair_mttcr,
			b.basic_mtbf_operating_ratio
			b.basic_mtbf_operating_ratio,
			b.basic_mtbf_regul_succ_rate,
			b.basic_runs_num,
			b.basic_unit_num
			FROM product_model a
			LEFT JOIN param_data b ON b.product_id = a.id and b.is_delete = 0
			where a.is_delete = 0
			and a.product_type <> 10
			and b.basic_join_compute = 1
			and a.ship_id = ${shipId}
			or a.id = ${shipId}
			ORDER BY a.product_type, a.sort