Loui Supply Dash - 2 Queries to Optimize Ads on MFT regions

###### With all the week

set @start := '2020-01-1';
select
concat(A.weekofyear,"-",A.year) as week_year,A.city, A.region as region,A.number_of_Zones as number_of_Zones,A.number_of_cars as ending_cars, A.cumulative_cars,IFNULL(D.nuse,0) as resv,IFNULL(round(D.Dur,2),0) as duration,
IFNULL(round(D.ad_sdur,2),0) as adj_dur,IFNULL(round(D.rental,2),0) as gross_rev, IFNULL(round(D.discount,2),0) as coupon , IFNULL(round((D.rental - D.discount),2),0) as Net_Rev ,
IFNULL(B.ActiveMembers,0) as WAU, IFNULL(C.totalmfts,0) as MFTs,ROUND(IFNULL(B.ActiveMembers/A.number_of_cars,0),2) as Wau_percar,ROUND(IFNULL(C.totalmfts/B.ActiveMembers,0),2) as MFT_perMAU,
ROUND(IFNULL((D.rental - D.discount)/B.ActiveMembers,0),2) as NR_perMAU,IFNULL(round(((D.rental - D.discount)/A.cumulative_cars),2),0) as Netrev_PC_PD ,
ROUND(IFNULL(D.nuse/B.ActiveMembers,0),2) as resv_perWAU
from
#### Number of cars
(select
weekofyear(czl.log_date + interval 8 hour ) as weekofyear,
z.city as city,
z.region as region,
year(czl.log_date + interval 8 hour ) as Year,
count(distinct czl.zone_id) as number_of_Zones,
count(distinct czl.car_id) as number_of_cars ,  count(distinct czl.id) as cumulative_cars
from car_zone_logs czl
left join cars cr on cr.id = czl.car_id
left join car_classes cc on cc.id = cr.car_class_id
left join zones z on czl.zone_id = z.id
where czl.zone_state= 'normal'
and czl.car_state = 'normal'
and czl.log_date + interval 8 hour >= @start
and z.id not in (2, 3, 101)
group by 1,3,4
order by 1,2 desc) A
left join
############## Number of Active Members
(select
weekofyear(r.return_at + interval '8' hour) as weekofyear,
z.region as region,
count(distinct case when r.state NOT IN ('canceled', 'fail') then r.member_id end) as ActiveMembers,
count(distinct case when r.state NOT IN ('canceled', 'fail') then r.id end) as resv
from reservations r
join zones z on z.id = r.start_zone_id
join members m
on m.id = r.member_id and m.imaginary = 'normal'
where r.return_at + interval '8' hour >= @start
group by 1,2
order by 1 asc) B
on A.weekofyear = B.weekofyear and A.region = B.region
left join
######### Number of MFTs
(select
A.weekofyear as weekofyear,
B.region as region,
count(A.mid) as totalmfts
from
(select
distinct c.member_id as mid, weekofyear(c.created_at + interval '8' hour) as weekofyear, WEEKOFYEAR(c.created_at + interval '8' hour) as Week
from charges c
where c.kind = 'subscriptionFee' and c.created_at + interval '8' hour >= @start) A
left join
(select
distinct r.member_id as mid, min(r.id) as rid,z.region as region,
z.id as zid
from reservations r
join members m on r.member_id = m.id
join zones z on r.start_zone_id = z.id
where m.imaginary in ('sofam', 'normal') and r.member_id not in ('125', '127') and r.start_at + interval '8' hour >= @start
group by r.member_id) B
on A.mid = B.mid
where B.zid is not null
group by A.weekofyear,region ) C
on A.weekofyear = C.weekofyear and A.region = C.region
left join
####### for Number of Hours
(select
weekofyear(r.return_at + interval 8 hour) as weekofyear, z.region as region, count(r.id) as nuse,
round(sum(timestampdiff(minute, r.start_at, r.end_at)/60),2) as dur,
round(sum(floor(timestampdiff(minute, r.start_at, r.end_at)/60/24)*12+if(mod(timestampdiff(hour, r.start_at, r.end_at),24)>=12,12,mod(timestampdiff(minute, r.start_at, r.end_at)/60,24))),2) as ad_sdur,
sum(ifnull((select sum(amount) from charges where state='normal' and r.id=reservation_id and kind in ('rent','oneway','d2d','mileage','insurance')),0)) as rental,
sum(ifnull((select sum(amount) from payments where state='normal' and reservation_id=r.id and paid_type ='coupon'),0)) as discount
#count(distinct m.id) as mau
from reservations r, members m , zones z
where r.member_id = m.id
and r.start_zone_id = z.id
and r.state = 'completed'
and m.imaginary in ('normal', 'sofam')
and r.return_at+interval 8 hour >= @start
and r.start_zone_id not in (2, 3, 101)
group by  weekofyear , region) D
on D.weekofyear = A.weekofyear and D.region = A.region
group by week_year, A.region
order by 1 asc ;


##########################################################################################################################

Query with only last week data

set @start := '2020-01-1';
Select I.* from
(select
concat(A.weekofyear,"-",A.year) as week_year,A.city, A.region as region,A.number_of_Zones as number_of_Zones,A.number_of_cars as ending_cars, A.cumulative_cars,IFNULL(D.nuse,0) as resv,IFNULL(round(D.Dur,2),0) as duration,
IFNULL(round(D.ad_sdur,2),0) as adj_dur,IFNULL(round(D.rental,2),0) as gross_rev, IFNULL(round(D.discount,2),0) as coupon , IFNULL(round((D.rental - D.discount),2),0) as Net_Rev ,
IFNULL(B.ActiveMembers,0) as WAU, IFNULL(C.totalmfts,0) as MFTs,ROUND(IFNULL(B.ActiveMembers/A.number_of_cars,0),2) as Wau_percar,ROUND(IFNULL(C.totalmfts/B.ActiveMembers,0),2) as MFT_perMAU,
ROUND(IFNULL((D.rental - D.discount)/B.ActiveMembers,0),2) as Net_Revenue_perMAU,IFNULL(round(((D.rental - D.discount)/A.cumulative_cars),2),0) as Netrev_PC_PD ,
ROUND(IFNULL(D.nuse/B.ActiveMembers,0),2) as resv_perWAU
from
#### Number of cars
(select
weekofyear(czl.log_date + interval 8 hour ) as weekofyear,
z.city as city,
z.region as region,
year(czl.log_date + interval 8 hour ) as Year,
count(distinct czl.zone_id) as number_of_Zones,
count(distinct czl.car_id) as number_of_cars ,  count(distinct czl.id) as cumulative_cars
from car_zone_logs czl
left join cars cr on cr.id = czl.car_id
left join car_classes cc on cc.id = cr.car_class_id
left join zones z on czl.zone_id = z.id
where czl.zone_state= 'normal'
and czl.car_state = 'normal'
and czl.log_date + interval 8 hour >= @start
and z.id not in (2, 3, 101)
group by 1,3,4
order by 1,2 desc) A
left join
############## Number of Active Members
(select
weekofyear(r.return_at + interval '8' hour) as weekofyear,
z.region as region,
count(distinct case when r.state NOT IN ('canceled', 'fail') then r.member_id end) as ActiveMembers,
count(distinct case when r.state NOT IN ('canceled', 'fail') then r.id end) as resv
from reservations r
join zones z on z.id = r.start_zone_id
join members m
on m.id = r.member_id and m.imaginary = 'normal'
where r.return_at + interval '8' hour >= @start
group by 1,2
order by 1 asc) B
on A.weekofyear = B.weekofyear and A.region = B.region
left join
######### Number of MFTs
(select
A.weekofyear as weekofyear,
B.region as region,
count(A.mid) as totalmfts
from
(select
distinct c.member_id as mid, weekofyear(c.created_at + interval '8' hour) as weekofyear, WEEKOFYEAR(c.created_at + interval '8' hour) as Week
from charges c
where c.kind = 'subscriptionFee' and c.created_at + interval '8' hour >= @start) A
left join
(select
distinct r.member_id as mid, min(r.id) as rid,z.region as region,
z.id as zid
from reservations r
join members m on r.member_id = m.id
join zones z on r.start_zone_id = z.id
where m.imaginary in ('sofam', 'normal') and r.member_id not in ('125', '127') and r.start_at + interval '8' hour >= @start
group by r.member_id) B
on A.mid = B.mid
where B.zid is not null
group by A.weekofyear,region ) C
on A.weekofyear = C.weekofyear and A.region = C.region
left join
####### for Number of Hours
(select
weekofyear(r.return_at + interval 8 hour) as weekofyear, z.region as region, count(r.id) as nuse,
round(sum(timestampdiff(minute, r.start_at, r.end_at)/60),2) as dur,
round(sum(floor(timestampdiff(minute, r.start_at, r.end_at)/60/24)*12+if(mod(timestampdiff(hour, r.start_at, r.end_at),24)>=12,12,mod(timestampdiff(minute, r.start_at, r.end_at)/60,24))),2) as ad_sdur,
sum(ifnull((select sum(amount) from charges where state='normal' and r.id=reservation_id and kind in ('rent','oneway','d2d','mileage','insurance')),0)) as rental,
sum(ifnull((select sum(amount) from payments where state='normal' and reservation_id=r.id and paid_type ='coupon'),0)) as discount
#count(distinct m.id) as mau
from reservations r, members m , zones z
where r.member_id = m.id
and r.start_zone_id = z.id
and r.state = 'completed'
and m.imaginary in ('normal', 'sofam')
and r.return_at+interval 8 hour >= @start
and r.start_zone_id not in (2, 3, 101)
group by  weekofyear , region) D
on D.weekofyear = A.weekofyear and D.region = A.region
group by week_year, A.region
order by 1 asc) I
where I.week_year = concat(Weekofyear(now())-1,"-",year(now()))