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clblatte
SIMO_output
Commits
bb8ec343
Commit
bb8ec343
authored
5 years ago
by
clblatte
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move original .sql files to folder params
parent
a5f44e0d
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loadDB.R
+1
-2
1 addition, 2 deletions
loadDB.R
params/SQL_FBE.sql
+123
-0
123 additions, 0 deletions
params/SQL_FBE.sql
params/SQL_JENNI.sql
+286
-0
286 additions, 0 deletions
params/SQL_JENNI.sql
with
410 additions
and
2 deletions
loadDB.R
+
1
−
2
View file @
bb8ec343
...
...
@@ -65,8 +65,7 @@ write.table(rslt, paste0(path, "output/rslt_all.csv" ), sep = ";", row.names = F
# ##### Getting all Colnames from a SQL querry
#
# # was used to create List of SIMO output -> What indicators can be calculate for ES
# # For comparison between countries and
#
#
# db <- dbConnect(dbDriver("SQLite"), dbname = paste0(path,"input_data/JENNI.db"))
# rsl <- dbGetQuery(db, 'select * from UNIT')
# dbDisconnect(db)
...
...
This diff is collapsed.
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params/SQL_FBE.sql
0 → 100644
+
123
−
0
View file @
bb8ec343
DROP
TABLE
IF
EXISTS
opers2
;
DROP
TABLE
IF
EXISTS
opers3
;
DROP
TABLE
IF
EXISTS
max_v
;
CREATE
TABLE
max_v
AS
SELECT
comp_unit
.
id
AS
id
,
MAX
(
comp_unit
.
V
)
AS
max_v
FROM
comp_unit
GROUP
BY
comp_unit
.
id
;
CREATE
TABLE
OPERS2
AS
SELECT
t
.
id
,
t
.
branch
,
t
.
op_date
,
br
.
branching_group
,
case
when
t
.
op_name
=
"clearcut"
OR
t
.
op_name
=
"clearcut_nature_scene"
then
1
else
0
end
as
bool
,
t
.
op_name
,
(
SELECT
sum
(
op_res
.
income
)
FROM
op_res
WHERE
t
.
op_id
=
op_res
.
op_id
)
/
((
select
count
(
*
)
from
(
select
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
/
(
select
count
(
*
)
from
(
select
distinct
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
)
AS
income
,
(
SELECT
sum
(
op_res
.
cash_flow
)
FROM
op_res
WHERE
t
.
op_id
=
op_res
.
op_id
)
/
((
select
count
(
*
)
from
(
select
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
/
(
select
count
(
*
)
from
(
select
distinct
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
)
AS
cash_flow
,
(
SELECT
sum
(
op_res
.
income
)
FROM
op_res
WHERE
t
.
op_id
=
op_res
.
op_id
and
op_res
.
assortment
=
1
)
/
((
select
count
(
*
)
from
(
select
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
/
(
select
count
(
*
)
from
(
select
distinct
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
)
AS
income_log
,
(
SELECT
sum
(
op_res
.
income
)
FROM
op_res
WHERE
t
.
op_id
=
op_res
.
op_id
and
op_res
.
assortment
=
2
)
/
((
select
count
(
*
)
from
(
select
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
/
(
select
count
(
*
)
from
(
select
distinct
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
)
AS
income_pulp
,
(
SELECT
sum
(
op_res
.
income_biomass
)
FROM
op_res
WHERE
t
.
op_id
=
op_res
.
op_id
)
/
((
select
count
(
*
)
from
(
select
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
/
(
select
count
(
*
)
from
(
select
distinct
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
)
AS
income_biomass
,
(
SELECT
sum
(
op_res
.
Volume
)
FROM
op_res
WHERE
t
.
op_id
=
op_res
.
op_id
and
op_res
.
assortment
=
1
)
/
((
select
count
(
*
)
from
(
select
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
/
(
select
count
(
*
)
from
(
select
distinct
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
)
AS
Harvested_V_log
,
(
SELECT
sum
(
op_res
.
Volume
)
FROM
op_res
WHERE
t
.
op_id
=
op_res
.
op_id
and
op_res
.
assortment
=
2
)
/
((
select
count
(
*
)
from
(
select
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
/
(
select
count
(
*
)
from
(
select
distinct
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
)
AS
Harvested_V_pulp
,
(
SELECT
sum
(
op_res
.
Volume
)
FROM
op_res
WHERE
t
.
op_id
=
op_res
.
op_id
)
/
((
select
count
(
*
)
from
(
select
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
/
(
select
count
(
*
)
from
(
select
distinct
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
)
AS
Harvested_V
,
(
SELECT
sum
(
op_res
.
Biomass
)
FROM
op_res
WHERE
t
.
op_id
=
op_res
.
op_id
)
/
((
select
count
(
*
)
from
(
select
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
/
(
select
count
(
*
)
from
(
select
distinct
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
)
AS
Biomass
,
ifnull
((
SELECT
sum
(
op_res
.
Volume
)
FROM
op_res
WHERE
t
.
op_id
=
op_res
.
op_id
and
op_res
.
assortment
=
1
and
op_res
.
sp
=
1
),
0
)
/
((
select
count
(
*
)
from
(
select
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
/
(
select
count
(
*
)
from
(
select
distinct
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
)
AS
Harvested_V_log_pine
,
ifnull
((
SELECT
sum
(
op_res
.
Volume
)
FROM
op_res
WHERE
t
.
op_id
=
op_res
.
op_id
and
op_res
.
assortment
=
2
and
op_res
.
sp
=
1
),
0
)
/
((
select
count
(
*
)
from
(
select
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
/
(
select
count
(
*
)
from
(
select
distinct
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
)
AS
Harvested_V_pulp_pine
,
ifnull
((
SELECT
sum
(
op_res
.
Volume
)
FROM
op_res
WHERE
t
.
op_id
=
op_res
.
op_id
and
op_res
.
assortment
=
1
and
op_res
.
sp
=
2
),
0
)
/
((
select
count
(
*
)
from
(
select
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
/
(
select
count
(
*
)
from
(
select
distinct
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
)
AS
Harvested_V_log_spruce
,
ifnull
((
SELECT
sum
(
op_res
.
Volume
)
FROM
op_res
WHERE
t
.
op_id
=
op_res
.
op_id
and
op_res
.
assortment
=
2
and
op_res
.
sp
=
2
),
0
)
/
((
select
count
(
*
)
from
(
select
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
/
(
select
count
(
*
)
from
(
select
distinct
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
)
AS
Harvested_V_pulp_spruce
,
ifnull
((
SELECT
sum
(
op_res
.
Volume
)
FROM
op_res
WHERE
t
.
op_id
=
op_res
.
op_id
and
op_res
.
assortment
=
1
and
(
op_res
.
sp
=
3
or
op_res
.
sp
=
4
)),
0
)
/
((
select
count
(
*
)
from
(
select
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
/
(
select
count
(
*
)
from
(
select
distinct
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
)
AS
Harvested_V_log_birch
,
ifnull
((
SELECT
sum
(
op_res
.
Volume
)
FROM
op_res
WHERE
t
.
op_id
=
op_res
.
op_id
and
op_res
.
assortment
=
2
and
(
op_res
.
sp
=
3
or
op_res
.
sp
=
4
)),
0
)
/
((
select
count
(
*
)
from
(
select
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
/
(
select
count
(
*
)
from
(
select
distinct
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
)
AS
Harvested_V_pulp_birch
,
ifnull
((
SELECT
sum
(
op_res
.
Volume
)
FROM
op_res
WHERE
t
.
op_id
=
op_res
.
op_id
and
(
op_res
.
assortment
=
2
or
op_res
.
assortment
=
1
)
and
op_res
.
sp
>
4
),
0
)
/
((
select
count
(
*
)
from
(
select
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
/
(
select
count
(
*
)
from
(
select
distinct
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
)
AS
Harvested_V_others
,
ifnull
((
SELECT
sum
(
op_res
.
Volume
)
FROM
op_res
WHERE
t
.
op_id
=
op_res
.
op_id
and
op_res
.
assortment
=
1
and
op_res
.
sp
>
4
),
0
)
/
((
select
count
(
*
)
from
(
select
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
/
(
select
count
(
*
)
from
(
select
distinct
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
)
AS
Harvested_V_log_others
,
ifnull
((
SELECT
sum
(
op_res
.
Volume
)
FROM
op_res
WHERE
t
.
op_id
=
op_res
.
op_id
and
op_res
.
assortment
=
2
and
op_res
.
sp
>
4
),
0
)
/
((
select
count
(
*
)
from
(
select
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
/
(
select
count
(
*
)
from
(
select
distinct
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
)
AS
Harvested_V_pulp_others
,
ifnull
((
SELECT
sum
(
op_res
.
Biomass
)
FROM
op_res
WHERE
t
.
op_id
=
op_res
.
op_id
and
op_res
.
sp
=
1
)
*
0
.
420
,
0
)
/
((
select
count
(
*
)
from
(
select
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
/
(
select
count
(
*
)
from
(
select
distinct
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
)
AS
Biomass_Ton_pine
,
ifnull
((
SELECT
sum
(
op_res
.
Biomass
)
FROM
op_res
WHERE
t
.
op_id
=
op_res
.
op_id
and
op_res
.
sp
=
2
)
*
0
.
380
,
0
)
/
((
select
count
(
*
)
from
(
select
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
/
(
select
count
(
*
)
from
(
select
distinct
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
)
AS
Biomass_Ton_spruce
,
ifnull
((
SELECT
sum
(
op_res
.
Biomass
)
FROM
op_res
WHERE
t
.
op_id
=
op_res
.
op_id
and
op_res
.
sp
=
3
)
*
0
.
510
,
0
)
/
((
select
count
(
*
)
from
(
select
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
/
(
select
count
(
*
)
from
(
select
distinct
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
)
AS
Biomass_Ton_birch_pub
,
ifnull
((
SELECT
sum
(
op_res
.
Biomass
)
FROM
op_res
WHERE
t
.
op_id
=
op_res
.
op_id
and
op_res
.
sp
=
4
)
*
0
.
485
,
0
)
/
((
select
count
(
*
)
from
(
select
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
/
(
select
count
(
*
)
from
(
select
distinct
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
)
AS
Biomass_Ton_birch_pen
,
ifnull
((
SELECT
sum
(
op_res
.
Biomass
)
FROM
op_res
WHERE
t
.
op_id
=
op_res
.
op_id
and
op_res
.
sp
>
4
)
*
0
.
420
,
0
)
/
((
select
count
(
*
)
from
(
select
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
/
(
select
count
(
*
)
from
(
select
distinct
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
)
AS
Biomass_Ton_others
,
(
CASE
WHEN
t
.
op_name
is
"clearcut"
THEN
55
WHEN
t
.
op_name
is
"clearcut_nature_scene"
THEN
55
WHEN
t
.
op_name
is
"first_thinning"
THEN
40
WHEN
t
.
op_name
is
"thinning"
THEN
50
WHEN
t
.
op_name
is
"selection_cut"
THEN
42
WHEN
t
.
op_name
is
"selection_cut_with_little_open_areas"
THEN
42
WHEN
t
.
op_name
is
"remove_seedtrees"
THEN
55
WHEN
t
.
op_name
is
"seedtree_position"
THEN
55
WHEN
t
.
op_name
is
"seedtree_position_nature_scene"
THEN
55
ELSE
9999
END
)
as
P_PINE_LOG
,
(
CASE
WHEN
t
.
op_name
is
"clearcut"
THEN
17
WHEN
t
.
op_name
is
"clearcut_nature_scene"
THEN
17
WHEN
t
.
op_name
is
"first_thinning"
THEN
11
WHEN
t
.
op_name
is
"thinning"
THEN
13
WHEN
t
.
op_name
is
"selection_cut"
THEN
10
WHEN
t
.
op_name
is
"selection_cut_with_little_open_areas"
THEN
10
WHEN
t
.
op_name
is
"remove_seedtrees"
THEN
17
WHEN
t
.
op_name
is
"seedtree_position"
THEN
17
WHEN
t
.
op_name
is
"seedtree_position_nature_scene"
THEN
17
ELSE
9999
END
)
as
P_PINE_PULP
,
(
CASE
WHEN
t
.
op_name
is
"clearcut"
THEN
55
WHEN
t
.
op_name
is
"clearcut_nature_scene"
THEN
55
WHEN
t
.
op_name
is
"first_thinning"
THEN
42
WHEN
t
.
op_name
is
"thinning"
THEN
50
WHEN
t
.
op_name
is
"selection_cut"
THEN
42
WHEN
t
.
op_name
is
"selection_cut_with_little_open_areas"
THEN
42
WHEN
t
.
op_name
is
"remove_seedtrees"
THEN
55
WHEN
t
.
op_name
is
"seedtree_position"
THEN
55
WHEN
t
.
op_name
is
"seedtree_position_nature_scene"
THEN
55
ELSE
9999
END
)
as
P_SPRUCE_LOG
,
(
CASE
WHEN
t
.
op_name
is
"clearcut"
THEN
25
WHEN
t
.
op_name
is
"clearcut_nature_scene"
THEN
25
WHEN
t
.
op_name
is
"first_thinning"
THEN
19
WHEN
t
.
op_name
is
"thinning"
THEN
21
WHEN
t
.
op_name
is
"selection_cut"
THEN
17
WHEN
t
.
op_name
is
"selection_cut_with_little_open_areas"
THEN
17
WHEN
t
.
op_name
is
"remove_seedtrees"
THEN
25
WHEN
t
.
op_name
is
"seedtree_position"
THEN
25
WHEN
t
.
op_name
is
"seedtree_position_nature_scene"
THEN
25
ELSE
9999
END
)
as
P_SPRUCE_PULP
,
(
CASE
WHEN
t
.
op_name
is
"clearcut"
THEN
43
WHEN
t
.
op_name
is
"clearcut_nature_scene"
THEN
43
WHEN
t
.
op_name
is
"first_thinning"
THEN
35
WHEN
t
.
op_name
is
"thinning"
THEN
38
WHEN
t
.
op_name
is
"selection_cut"
THEN
32
WHEN
t
.
op_name
is
"selection_cut_with_little_open_areas"
THEN
32
WHEN
t
.
op_name
is
"remove_seedtrees"
THEN
43
WHEN
t
.
op_name
is
"seedtree_position"
THEN
43
WHEN
t
.
op_name
is
"seedtree_position_nature_scene"
THEN
43
ELSE
9999
END
)
as
P_BIRCH_LOG
,
(
CASE
WHEN
t
.
op_name
is
"clearcut"
THEN
15
WHEN
t
.
op_name
is
"clearcut_nature_scene"
THEN
15
WHEN
t
.
op_name
is
"first_thinning"
THEN
10
WHEN
t
.
op_name
is
"thinning"
THEN
11
WHEN
t
.
op_name
is
"selection_cut"
THEN
7
WHEN
t
.
op_name
is
"selection_cut_with_little_open_areas"
THEN
7
WHEN
t
.
op_name
is
"remove_seedtrees"
THEN
15
WHEN
t
.
op_name
is
"seedtree_position"
THEN
15
WHEN
t
.
op_name
is
"seedtree_position_nature_scene"
THEN
15
ELSE
9999
END
)
as
P_BIRCH_PULP
,
(
CASE
WHEN
t
.
op_name
is
"clearcut"
THEN
10
WHEN
t
.
op_name
is
"clearcut_nature_scene"
THEN
10
WHEN
t
.
op_name
is
"first_thinning"
THEN
7
WHEN
t
.
op_name
is
"thinning"
THEN
8
WHEN
t
.
op_name
is
"selection_cut"
THEN
6
WHEN
t
.
op_name
is
"selection_cut_with_little_open_areas"
THEN
6
WHEN
t
.
op_name
is
"remove_seedtrees"
THEN
10
WHEN
t
.
op_name
is
"seedtree_position"
THEN
10
WHEN
t
.
op_name
is
"seedtree_position_nature_scene"
THEN
10
ELSE
9999
END
)
as
P_OTHER
,
(
CASE
WHEN
t
.
op_group
is
"soil_preparation"
THEN
1
WHEN
t
.
op_group
is
"harrowing"
THEN
1
WHEN
t
.
op_group
is
"mounding"
THEN
1
ELSE
0
END
)
as
SCAR
,
(
CASE
WHEN
t
.
op_name
is
"planting"
THEN
1
ELSE
0
END
)
as
PLANTING
,
(
CASE
WHEN
t
.
op_name
is
"seedtree_position"
THEN
1
WHEN
t
.
op_group
is
"seedtree_position_nature_scene"
THEN
1
WHEN
t
.
op_group
is
"natural_regeneration"
THEN
1
ELSE
0
END
)
as
SEEDING
FROM
op_link
t
LEFT
OUTER
JOIN
branch_desc
br
ON
br
.
branch
=
t
.
branch
AND
t
.
id
=
br
.
id
WHERE
cash_flow
is
not
null
;
CREATE
TABLE
OPERS3
AS
SELECT
distinct
id
,
branch
,
op_date
,
branching_group
,
sum
(
income
)
as
income
,
sum
(
Harvested_V_pulp
)
as
Harvested_V_pulp
,
sum
(
Harvested_V_log
)
as
Harvested_V_log
,
sum
(
Harvested_V
)
as
Harvested_V
,
case
when
sum
(
bool
)
>
0
then
1
else
0
end
as
clearcut
,
SUM
(
income_log
)
as
income_log
,
SUM
(
income_pulp
)
as
income_pulp
,
SUM
(
income_biomass
)
as
income_biomass
,
SUM
(
Biomass
)
as
Biomass
,
sum
(
Harvested_V_log_pine
*
P_PINE_LOG
+
Harvested_V_log_spruce
*
P_SPRUCE_LOG
+
Harvested_V_log_birch
*
P_BIRCH_LOG
)
as
income_log_change
,
sum
(
Harvested_V_pulp_pine
*
P_PINE_PULP
+
Harvested_V_pulp_spruce
*
P_SPRUCE_PULP
+
Harvested_V_pulp_birch
*
P_BIRCH_PULP
+
Harvested_v_others
*
P_OTHER
)
as
income_pulp_change
,
SUM
(
cash_flow
)
as
cash_flow
,
SCAR
,
PLANTING
,
SEEDING
,
sum
(
Harvested_V_log_pine
*
0
.
88
+
Harvested_V_log_spruce
*
0
.
898
+
Harvested_V_log_birch
*
0
.
885
+
Harvested_V_log_others
*
0
.
874
)
as
Harvested_V_log_under_bark
,
sum
(
Harvested_V_pulp_pine
*
0
.
863
+
Harvested_V_pulp_spruce
*
0
.
864
+
Harvested_V_pulp_birch
*
0
.
862
+
Harvested_V_pulp_others
*
0
.
862
)
as
Harvested_V_pulp_under_bark
,
sum
(
Biomass_Ton_pine
+
Biomass_Ton_spruce
+
Biomass_Ton_birch_pub
+
Biomass_Ton_birch_pen
+
Biomass_Ton_others
)
as
Harvested_biomass_Ton
FROM
OPERS2
group
by
id
,
branch
,
op_date
;
DROP
TABLE
IF
EXISTS
unit
;
Create
Table
UNIT
AS
SELECT
u
.
*
,(
select
max
(
stratum
.
H_dom
)
From
stratum
where
stratum
.
data_id
=
u
.
data_id
)
as
H_dom
,
(
select
max
(
stratum
.
D_gm
)
From
stratum
where
stratum
.
data_id
=
u
.
data_id
)
as
D_gm
,
(
select
sum
(
stratum
.
N
)
From
stratum
where
stratum
.
data_id
=
u
.
data_id
and
D_gm
>
40
)
as
N_where_D_gt_40
,
(
select
sum
(
stratum
.
N
)
From
stratum
where
stratum
.
data_id
=
u
.
data_id
and
D_gm
<=
40
and
D_gm
>
35
)
as
N_where_D_gt_35_lt_40
,
(
select
sum
(
stratum
.
N
)
From
stratum
where
stratum
.
data_id
=
u
.
data_id
and
D_gm
<=
35
and
D_gm
>
30
)
as
N_where_D_gt_30_lt_35
,
(
select
sum
(
stratum
.
V
)
From
stratum
where
stratum
.
data_id
=
u
.
data_id
and
D_gm
>
40
)
as
V_where_D_gt_40
,
(
select
sum
(
stratum
.
V
)
From
stratum
where
stratum
.
data_id
=
u
.
data_id
and
D_gm
<=
40
and
D_gm
>
35
)
as
V_where_D_gt_35_lt_40
,
(
select
sum
(
stratum
.
V
)
From
stratum
where
stratum
.
data_id
=
u
.
data_id
and
D_gm
<=
35
and
D_gm
>
30
)
as
V_where_D_gt_30_lt_35
,
(
select
sum
(
stratum
.
V
)
From
stratum
where
stratum
.
data_id
=
u
.
data_id
and
SP
=
5
)
as
V_populus
,
(
select
sum
(
stratum
.
V
)
From
stratum
where
stratum
.
data_id
=
u
.
data_id
and
SP
=
6
)
as
V_Alnus_incana
,
(
select
sum
(
stratum
.
V
)
From
stratum
where
stratum
.
data_id
=
u
.
data_id
and
SP
=
7
)
as
V_Alnus_glutinosa
,
(
select
sum
(
stratum
.
V
)
From
stratum
where
stratum
.
data_id
=
u
.
data_id
and
SP
=
8
)
as
V_o_coniferous
,
(
select
sum
(
stratum
.
V
)
From
stratum
where
stratum
.
data_id
=
u
.
data_id
and
SP
=
9
)
as
V_o_decidious
,
l
.
data_date
,
b
.
branch
,
b
.
branch_desc
,
b
.
branching_group
,
o
.
income
/
u
.
AREA
as
income
,
o
.
cash_flow
/
u
.
AREA
as
cash_flow
,
o
.
clearcut
,
o
.
Harvested_V_log
/
u
.
AREA
as
Harvested_V_log
,
o
.
Harvested_V_pulp
/
u
.
AREA
as
Harvested_V_pulp
,
o
.
Harvested_V
/
u
.
AREA
as
Harvested_V
,
m
.
max_v
,
o
.
income_log
/
u
.
AREA
as
income_log
,
o
.
income_pulp
/
u
.
AREA
as
income_pulp
,
o
.
income_log_change
/
u
.
AREA
as
income_log_change
,
o
.
income_pulp_change
/
u
.
AREA
as
income_pulp_change
,
o
.
income_biomass
,
o
.
Biomass
/
u
.
AREA
as
Biomass
,
o
.
Harvested_biomass_Ton
/
u
.
AREA
as
Biomass_ton
,
o
.
Harvested_V_pulp_under_bark
/
u
.
AREA
as
Harvested_V_pulp_under_bark
,
o
.
Harvested_V_log_under_bark
/
u
.
AREA
as
Harvested_V_log_under_bark
,
(
CASE
WHEN
u
.
age
>=
100
THEN
1
ELSE
0
END
)
as
OLD_FOREST
,
(
CASE
WHEN
u
.
age
<=
40
THEN
1
ELSE
0
END
)
as
YOUNG_FOREST
,
(
CASE
WHEN
u
.
Main_sp
is
1
THEN
1
ELSE
0
END
)
as
SP_DOM
,
(
CASE
WHEN
u
.
Main_sp
is
2
THEN
1
ELSE
0
END
)
as
Ns_DOM
,
(
CASE
WHEN
u
.
Main_sp
is
3
THEN
1
ELSE
0
END
)
as
Bpend_DOM
,
(
CASE
WHEN
u
.
Main_sp
is
4
THEN
1
ELSE
0
END
)
as
Bpub_DOM
,
(
CASE
WHEN
u
.
Main_sp
is
6
THEN
1
ELSE
0
END
)
as
Alnus_DOM
,
o
.
SCAR
,
o
.
PLANTING
,
o
.
SEEDING
FROM
comp_unit
u
,
data_link
l
left
outer
join
branch_desc
b
on
l
.
branch
=
b
.
branch
and
l
.
id
=
b
.
id
cross
join
max_v
m
on
l
.
id
=
m
.
id
left
outer
join
OPERS3
o
on
o
.
branch
=
b
.
branch
and
o
.
id
=
b
.
id
and
o
.
op_date
=
l
.
data_date
WHERE
u
.
data_id
=
l
.
data_id
and
max_v
<
1000
ORDER
BY
u
.
id
,
l
.
branch
,
l
.
data_date
;
DROP
TABLE
IF
EXISTS
CCF_1
;
DROP
TABLE
IF
EXISTS
CCF_2
;
DROP
TABLE
IF
EXISTS
CCF_3
;
DROP
TABLE
IF
EXISTS
CCF_4
;
Create
table
CCF_1
AS
SELECT
u
.
*
FROM
unit
u
where
branching_group
=
"Selection cut_1_25"
;
Create
table
CCF_2
AS
SELECT
u
.
*
FROM
unit
u
where
branching_group
=
"Selection cut_2_25"
;
Create
table
CCF_3
AS
SELECT
u
.
*
FROM
unit
u
where
branching_group
=
"Selection cut_3_25"
;
Create
table
CCF_4
AS
SELECT
u
.
*
FROM
unit
u
where
branching_group
=
"Selection cut_4_25"
;
This diff is collapsed.
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params/SQL_JENNI.sql
0 → 100644
+
286
−
0
View file @
bb8ec343
DROP
TABLE
IF
EXISTS
opers2
;
DROP
TABLE
IF
EXISTS
opers3
;
DROP
TABLE
IF
EXISTS
max_v
;
CREATE
TABLE
max_v
AS
SELECT
comp_unit
.
id
AS
id
,
MAX
(
comp_unit
.
V
)
AS
max_v
FROM
comp_unit
GROUP
BY
comp_unit
.
id
;
CREATE
TABLE
OPERS2
AS
SELECT
t
.
id
,
t
.
branch
,
t
.
op_date
,
br
.
branching_group
,
case
when
t
.
op_name
=
"clearcut"
OR
t
.
op_name
=
"clearcut_nature_scene"
then
1
else
0
end
as
bool
,
t
.
op_name
,
(
SELECT
sum
(
op_res
.
income
)
FROM
op_res
WHERE
t
.
op_id
=
op_res
.
op_id
)
/
((
select
count
(
*
)
from
(
select
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
/
(
select
count
(
*
)
from
(
select
distinct
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
)
AS
income
,
(
SELECT
sum
(
op_res
.
cash_flow
)
FROM
op_res
WHERE
t
.
op_id
=
op_res
.
op_id
)
/
((
select
count
(
*
)
from
(
select
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
/
(
select
count
(
*
)
from
(
select
distinct
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
)
AS
cash_flow
,
(
SELECT
sum
(
op_res
.
income
)
FROM
op_res
WHERE
t
.
op_id
=
op_res
.
op_id
and
op_res
.
assortment
=
1
)
/
((
select
count
(
*
)
from
(
select
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
/
(
select
count
(
*
)
from
(
select
distinct
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
)
AS
income_log
,
(
SELECT
sum
(
op_res
.
income
)
FROM
op_res
WHERE
t
.
op_id
=
op_res
.
op_id
and
op_res
.
assortment
=
2
)
/
((
select
count
(
*
)
from
(
select
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
/
(
select
count
(
*
)
from
(
select
distinct
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
)
AS
income_pulp
,
(
SELECT
sum
(
op_res
.
income_biomass
)
FROM
op_res
WHERE
t
.
op_id
=
op_res
.
op_id
)
/
((
select
count
(
*
)
from
(
select
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
/
(
select
count
(
*
)
from
(
select
distinct
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
)
AS
income_biomass
,
(
SELECT
sum
(
op_res
.
Volume
)
FROM
op_res
WHERE
t
.
op_id
=
op_res
.
op_id
and
op_res
.
assortment
=
1
)
/
((
select
count
(
*
)
from
(
select
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
/
(
select
count
(
*
)
from
(
select
distinct
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
)
AS
Harvested_V_log
,
(
SELECT
sum
(
op_res
.
Volume
)
FROM
op_res
WHERE
t
.
op_id
=
op_res
.
op_id
and
op_res
.
assortment
=
2
)
/
((
select
count
(
*
)
from
(
select
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
/
(
select
count
(
*
)
from
(
select
distinct
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
)
AS
Harvested_V_pulp
,
(
SELECT
sum
(
op_res
.
Volume
)
FROM
op_res
WHERE
t
.
op_id
=
op_res
.
op_id
)
/
((
select
count
(
*
)
from
(
select
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
/
(
select
count
(
*
)
from
(
select
distinct
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
)
AS
Harvested_V
,
(
SELECT
sum
(
op_res
.
Biomass
)
FROM
op_res
WHERE
t
.
op_id
=
op_res
.
op_id
)
/
((
select
count
(
*
)
from
(
select
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
/
(
select
count
(
*
)
from
(
select
distinct
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
)
AS
Biomass
,
ifnull
((
SELECT
sum
(
op_res
.
Volume
)
FROM
op_res
WHERE
t
.
op_id
=
op_res
.
op_id
and
op_res
.
assortment
=
1
and
op_res
.
sp
=
1
),
0
)
/
((
select
count
(
*
)
from
(
select
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
/
(
select
count
(
*
)
from
(
select
distinct
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
)
AS
Harvested_V_log_pine
,
ifnull
((
SELECT
sum
(
op_res
.
Volume
)
FROM
op_res
WHERE
t
.
op_id
=
op_res
.
op_id
and
op_res
.
assortment
=
2
and
op_res
.
sp
=
1
),
0
)
/
((
select
count
(
*
)
from
(
select
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
/
(
select
count
(
*
)
from
(
select
distinct
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
)
AS
Harvested_V_pulp_pine
,
ifnull
((
SELECT
sum
(
op_res
.
Volume
)
FROM
op_res
WHERE
t
.
op_id
=
op_res
.
op_id
and
op_res
.
assortment
=
1
and
op_res
.
sp
=
2
),
0
)
/
((
select
count
(
*
)
from
(
select
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
/
(
select
count
(
*
)
from
(
select
distinct
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
)
AS
Harvested_V_log_spruce
,
ifnull
((
SELECT
sum
(
op_res
.
Volume
)
FROM
op_res
WHERE
t
.
op_id
=
op_res
.
op_id
and
op_res
.
assortment
=
2
and
op_res
.
sp
=
2
),
0
)
/
((
select
count
(
*
)
from
(
select
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
/
(
select
count
(
*
)
from
(
select
distinct
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
)
AS
Harvested_V_pulp_spruce
,
ifnull
((
SELECT
sum
(
op_res
.
Volume
)
FROM
op_res
WHERE
t
.
op_id
=
op_res
.
op_id
and
op_res
.
assortment
=
1
and
(
op_res
.
sp
=
3
or
op_res
.
sp
=
4
)),
0
)
/
((
select
count
(
*
)
from
(
select
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
/
(
select
count
(
*
)
from
(
select
distinct
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
)
AS
Harvested_V_log_birch
,
ifnull
((
SELECT
sum
(
op_res
.
Volume
)
FROM
op_res
WHERE
t
.
op_id
=
op_res
.
op_id
and
op_res
.
assortment
=
2
and
(
op_res
.
sp
=
3
or
op_res
.
sp
=
4
)),
0
)
/
((
select
count
(
*
)
from
(
select
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
/
(
select
count
(
*
)
from
(
select
distinct
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
)
AS
Harvested_V_pulp_birch
,
ifnull
((
SELECT
sum
(
op_res
.
Volume
)
FROM
op_res
WHERE
t
.
op_id
=
op_res
.
op_id
and
(
op_res
.
assortment
=
2
or
op_res
.
assortment
=
1
)
and
op_res
.
sp
>
4
),
0
)
/
((
select
count
(
*
)
from
(
select
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
/
(
select
count
(
*
)
from
(
select
distinct
*
from
op_res
where
t
.
op_id
=
op_res
.
op_id
)
x
)
)
AS
Harvested_v_others
,
(
CASE
WHEN
t
.
op_name
is
"clearcut"
THEN
55
WHEN
t
.
op_name
is
"clearcut_nature_scene"
THEN
55
WHEN
t
.
op_name
is
"first_thinning"
THEN
40
WHEN
t
.
op_name
is
"thinning"
THEN
50
WHEN
t
.
op_name
is
"selection_cut"
THEN
50
WHEN
t
.
op_name
is
"selection_cut_with_little_open_areas"
THEN
50
WHEN
t
.
op_name
is
"remove_seedtrees"
THEN
55
WHEN
t
.
op_name
is
"seedtree_position"
THEN
55
WHEN
t
.
op_name
is
"seedtree_position_nature_scene"
THEN
55
ELSE
9999
END
)
as
P_PINE_LOG
,
(
CASE
WHEN
t
.
op_name
is
"clearcut"
THEN
17
WHEN
t
.
op_name
is
"clearcut_nature_scene"
THEN
17
WHEN
t
.
op_name
is
"first_thinning"
THEN
11
WHEN
t
.
op_name
is
"thinning"
THEN
13
WHEN
t
.
op_name
is
"selection_cut"
THEN
13
WHEN
t
.
op_name
is
"selection_cut_with_little_open_areas"
THEN
13
WHEN
t
.
op_name
is
"remove_seedtrees"
THEN
17
WHEN
t
.
op_name
is
"seedtree_position"
THEN
17
WHEN
t
.
op_name
is
"seedtree_position_nature_scene"
THEN
17
ELSE
9999
END
)
as
P_PINE_PULP
,
(
CASE
WHEN
t
.
op_name
is
"clearcut"
THEN
55
WHEN
t
.
op_name
is
"clearcut_nature_scene"
THEN
55
WHEN
t
.
op_name
is
"first_thinning"
THEN
42
WHEN
t
.
op_name
is
"thinning"
THEN
50
WHEN
t
.
op_name
is
"selection_cut"
THEN
50
WHEN
t
.
op_name
is
"selection_cut_with_little_open_areas"
THEN
50
WHEN
t
.
op_name
is
"remove_seedtrees"
THEN
55
WHEN
t
.
op_name
is
"seedtree_position"
THEN
55
WHEN
t
.
op_name
is
"seedtree_position_nature_scene"
THEN
55
ELSE
9999
END
)
as
P_SPRUCE_LOG
,
(
CASE
WHEN
t
.
op_name
is
"clearcut"
THEN
25
WHEN
t
.
op_name
is
"clearcut_nature_scene"
THEN
25
WHEN
t
.
op_name
is
"first_thinning"
THEN
19
WHEN
t
.
op_name
is
"thinning"
THEN
21
WHEN
t
.
op_name
is
"selection_cut"
THEN
21
WHEN
t
.
op_name
is
"selection_cut_with_little_open_areas"
THEN
21
WHEN
t
.
op_name
is
"remove_seedtrees"
THEN
25
WHEN
t
.
op_name
is
"seedtree_position"
THEN
25
WHEN
t
.
op_name
is
"seedtree_position_nature_scene"
THEN
25
ELSE
9999
END
)
as
P_SPRUCE_PULP
,
(
CASE
WHEN
t
.
op_name
is
"clearcut"
THEN
43
WHEN
t
.
op_name
is
"clearcut_nature_scene"
THEN
43
WHEN
t
.
op_name
is
"first_thinning"
THEN
35
WHEN
t
.
op_name
is
"thinning"
THEN
38
WHEN
t
.
op_name
is
"selection_cut"
THEN
38
WHEN
t
.
op_name
is
"selection_cut_with_little_open_areas"
THEN
38
WHEN
t
.
op_name
is
"remove_seedtrees"
THEN
43
WHEN
t
.
op_name
is
"seedtree_position"
THEN
43
WHEN
t
.
op_name
is
"seedtree_position_nature_scene"
THEN
43
ELSE
9999
END
)
as
P_BIRCH_LOG
,
(
CASE
WHEN
t
.
op_name
is
"clearcut"
THEN
15
WHEN
t
.
op_name
is
"clearcut_nature_scene"
THEN
15
WHEN
t
.
op_name
is
"first_thinning"
THEN
10
WHEN
t
.
op_name
is
"thinning"
THEN
11
WHEN
t
.
op_name
is
"selection_cut"
THEN
11
WHEN
t
.
op_name
is
"selection_cut_with_little_open_areas"
THEN
11
WHEN
t
.
op_name
is
"remove_seedtrees"
THEN
15
WHEN
t
.
op_name
is
"seedtree_position"
THEN
15
WHEN
t
.
op_name
is
"seedtree_position_nature_scene"
THEN
15
ELSE
9999
END
)
as
P_BIRCH_PULP
,
(
CASE
WHEN
t
.
op_name
is
"clearcut"
THEN
10
WHEN
t
.
op_name
is
"clearcut_nature_scene"
THEN
10
WHEN
t
.
op_name
is
"first_thinning"
THEN
7
WHEN
t
.
op_name
is
"thinning"
THEN
8
WHEN
t
.
op_name
is
"selection_cut"
THEN
8
WHEN
t
.
op_name
is
"selection_cut_with_little_open_areas"
THEN
8
WHEN
t
.
op_name
is
"remove_seedtrees"
THEN
10
WHEN
t
.
op_name
is
"seedtree_position"
THEN
10
WHEN
t
.
op_name
is
"seedtree_position_nature_scene"
THEN
10
ELSE
9999
END
)
as
P_OTHER
FROM
op_link
t
LEFT
OUTER
JOIN
branch_desc
br
ON
br
.
branch
=
t
.
branch
AND
t
.
id
=
br
.
id
WHERE
cash_flow
is
not
null
;
CREATE
TABLE
OPERS3
AS
SELECT
distinct
id
,
branch
,
op_date
,
branching_group
,
sum
(
income
)
as
income
,
sum
(
Harvested_V_pulp
)
as
Harvested_V_pulp
,
sum
(
Harvested_V_log
)
as
Harvested_V_log
,
sum
(
Harvested_V
)
as
Harvested_V
,
case
when
sum
(
bool
)
>
0
then
1
else
0
end
as
clearcut
,
SUM
(
income_log
)
as
income_log
,
SUM
(
income_pulp
)
as
income_pulp
,
SUM
(
income_biomass
)
as
income_biomass
,
SUM
(
Biomass
)
as
Biomass
,
sum
(
Harvested_V_log_pine
*
P_PINE_LOG
+
Harvested_V_log_spruce
*
P_SPRUCE_LOG
+
Harvested_V_log_birch
*
P_BIRCH_LOG
)
as
income_log_change
,
sum
(
Harvested_V_pulp_pine
*
P_PINE_PULP
+
Harvested_V_pulp_spruce
*
P_SPRUCE_PULP
+
Harvested_V_pulp_birch
*
P_BIRCH_PULP
+
Harvested_v_others
*
P_OTHER
)
as
income_pulp_change
,
SUM
(
cash_flow
)
as
cash_flow
FROM
OPERS2
group
by
id
,
branch
,
op_date
;
DROP
TABLE
IF
EXISTS
unit
;
Create
Table
UNIT
AS
SELECT
u
.
*
,(
select
max
(
stratum
.
H_dom
)
From
stratum
where
stratum
.
data_id
=
u
.
data_id
)
as
H_dom
,
(
select
max
(
stratum
.
D_gm
)
From
stratum
where
stratum
.
data_id
=
u
.
data_id
)
as
D_gm
,
(
select
sum
(
stratum
.
N
)
From
stratum
where
stratum
.
data_id
=
u
.
data_id
and
D_gm
>
40
)
as
N_where_D_gt_40
,
(
select
sum
(
stratum
.
N
)
From
stratum
where
stratum
.
data_id
=
u
.
data_id
and
D_gm
<=
40
and
D_gm
>
35
)
as
N_where_D_gt_35_lt_40
,
(
select
sum
(
stratum
.
N
)
From
stratum
where
stratum
.
data_id
=
u
.
data_id
and
D_gm
<=
35
and
D_gm
>
30
)
as
N_where_D_gt_30_lt_35
,
(
select
sum
(
stratum
.
V
)
From
stratum
where
stratum
.
data_id
=
u
.
data_id
and
D_gm
>
40
)
as
V_where_D_gt_40
,
(
select
sum
(
stratum
.
V
)
From
stratum
where
stratum
.
data_id
=
u
.
data_id
and
D_gm
<=
40
and
D_gm
>
35
)
as
V_where_D_gt_35_lt_40
,
(
select
sum
(
stratum
.
V
)
From
stratum
where
stratum
.
data_id
=
u
.
data_id
and
D_gm
<=
35
and
D_gm
>
30
)
as
V_where_D_gt_30_lt_35
,
(
select
sum
(
stratum
.
V
)
From
stratum
where
stratum
.
data_id
=
u
.
data_id
and
SP
=
5
)
as
V_populus
,
(
select
sum
(
stratum
.
V
)
From
stratum
where
stratum
.
data_id
=
u
.
data_id
and
SP
=
6
)
as
V_Alnus_incana
,
(
select
sum
(
stratum
.
V
)
From
stratum
where
stratum
.
data_id
=
u
.
data_id
and
SP
=
7
)
as
V_Alnus_glutinosa
,
(
select
sum
(
stratum
.
V
)
From
stratum
where
stratum
.
data_id
=
u
.
data_id
and
SP
=
8
)
as
V_o_coniferous
,
(
select
sum
(
stratum
.
V
)
From
stratum
where
stratum
.
data_id
=
u
.
data_id
and
SP
=
9
)
as
V_o_decidious
,
l
.
data_date
,
b
.
branch
,
b
.
branch_desc
,
b
.
branching_group
,
o
.
income
/
u
.
AREA
as
income
,
o
.
cash_flow
/
u
.
AREA
as
cash_flow
,
o
.
clearcut
,
o
.
Harvested_V_log
/
u
.
AREA
as
Harvested_V_log
,
o
.
Harvested_V_pulp
/
u
.
AREA
as
Harvested_V_pulp
,
o
.
Harvested_V
/
u
.
AREA
as
Harvested_V
,
m
.
max_v
,
o
.
income_log
/
u
.
AREA
as
income_log
,
o
.
income_pulp
/
u
.
AREA
as
income_pulp
,
o
.
income_log_change
/
u
.
AREA
as
income_log_change
,
o
.
income_pulp_change
/
u
.
AREA
as
income_pulp_change
,
o
.
income_biomass
,
o
.
Biomass
/
u
.
AREA
as
Biomass
FROM
comp_unit
u
,
data_link
l
left
outer
join
branch_desc
b
on
l
.
branch
=
b
.
branch
and
l
.
id
=
b
.
id
cross
join
max_v
m
on
l
.
id
=
m
.
id
left
outer
join
OPERS3
o
on
o
.
branch
=
b
.
branch
and
o
.
id
=
b
.
id
and
o
.
op_date
=
l
.
data_date
WHERE
u
.
data_id
=
l
.
data_id
and
max_v
<
1000
ORDER
BY
u
.
id
,
l
.
branch
,
l
.
data_date
;
.
mode
csv
.
out
SA_XXXXX
.
csv
.
headers
on
.
nullvalue
0
SELECT
u
.
*
FROM
unit
u
where
u
.
branching_group
is
Null
;
.
mode
csv
.
out
BAU_XXXXX
.
csv
.
headers
on
.
nullvalue
0
SELECT
u
.
*
FROM
unit
u
where
u
.
branching_group
=
"Tapio harvest"
;
.
mode
csv
.
out
BAU_10_XXXXX
.
csv
.
headers
on
.
nullvalue
0
SELECT
u
.
*
FROM
unit
u
where
u
.
branching_group
=
"Long rotation harvest 10"
;
.
mode
csv
.
out
BAU_15_XXXXX
.
csv
.
headers
on
.
nullvalue
0
SELECT
u
.
*
FROM
unit
u
where
u
.
branching_group
=
"Long rotation harvest 15"
;
.
mode
csv
.
out
BAU_30_XXXXX
.
csv
.
headers
on
.
nullvalue
0
SELECT
u
.
*
FROM
unit
u
where
u
.
branching_group
=
"Long rotation harvest 30"
;
.
mode
csv
.
out
BAU_5_XXXXX
.
csv
.
headers
on
.
nullvalue
0
SELECT
u
.
*
FROM
unit
u
where
u
.
branching_group
=
"Long rotation harvest 5"
;
.
mode
csv
.
out
BAU_m5_XXXXX
.
csv
.
headers
on
.
nullvalue
0
SELECT
u
.
*
FROM
unit
u
where
u
.
branching_group
=
"Short rotation harvest 5"
;
.
mode
csv
.
out
BAUwGTR_XXXXX
.
csv
.
headers
on
.
nullvalue
0
SELECT
u
.
*
FROM
unit
u
where
u
.
branching_group
=
"Tapio harvest nature scene"
;
.
mode
csv
.
out
BAUwoT_XXXXX
.
csv
.
headers
on
.
nullvalue
0
SELECT
u
.
*
FROM
unit
u
where
u
.
branching_group
=
"Tapio harvest without thinnings"
;
.
mode
csv
.
out
BAUwoT_10_XXXXX
.
csv
.
headers
on
.
nullvalue
0
SELECT
u
.
*
FROM
unit
u
where
u
.
branching_group
=
"Tapio harvest without thinnings 10"
;
.
mode
csv
.
out
BAUwoT_m20_XXXXX
.
csv
.
headers
on
.
nullvalue
0
SELECT
u
.
*
FROM
unit
u
where
u
.
branching_group
=
"Tapio harvest without thinnings -20"
;
.
mode
csv
.
out
BAUwT_XXXXX
.
csv
.
headers
on
.
nullvalue
0
SELECT
u
.
*
FROM
unit
u
where
u
.
branching_group
=
"Tapio thinning"
;
.
mode
csv
.
out
BAUwT_10_XXXXX
.
csv
.
headers
on
.
nullvalue
0
SELECT
u
.
*
FROM
unit
u
where
u
.
branching_group
=
"Long rotation thinning 10"
;
.
mode
csv
.
out
BAUwT_15_XXXXX
.
csv
.
headers
on
.
nullvalue
0
SELECT
u
.
*
FROM
unit
u
where
u
.
branching_group
=
"Long rotation thinning 15"
;
.
mode
csv
.
out
BAUwT_30_XXXXX
.
csv
.
headers
on
.
nullvalue
0
SELECT
u
.
*
FROM
unit
u
where
u
.
branching_group
=
"Long rotation thinning 30"
;
.
mode
csv
.
out
BAUwT_5_XXXXX
.
csv
.
headers
on
.
nullvalue
0
SELECT
u
.
*
FROM
unit
u
where
u
.
branching_group
=
"Long rotation thinning 5"
;
.
mode
csv
.
out
BAUwT_GTR_XXXXX
.
csv
.
headers
on
.
nullvalue
0
SELECT
u
.
*
FROM
unit
u
where
u
.
branching_group
=
"Tapio thinning nature"
;
.
mode
csv
.
out
BAUwT_m5_XXXXX
.
csv
.
headers
on
.
nullvalue
0
SELECT
u
.
*
FROM
unit
u
where
u
.
branching_group
=
"Short rotation thinning 5"
;
.
mode
csv
.
out
CCF_XXXXX
.
csv
.
headers
on
.
nullvalue
0
SELECT
u
.
*
FROM
unit
u
where
u
.
branching_group
=
"Selection cut"
;
.
mode
csv
.
out
LR_NT_30_p_XXXXX
.
csv
.
headers
on
.
nullvalue
0
SELECT
u
.
*
FROM
unit
u
where
u
.
branching_group
=
"Tapio harvest without thinnings 30 p"
;
.
mode
csv
.
out
LR_30_p_XXXXX
.
csv
.
headers
on
.
nullvalue
0
SELECT
u
.
*
FROM
unit
u
where
u
.
branching_group
=
"Long rotation harvest 30 p"
;
.
mode
csv
.
out
LR_NT_10_p_XXXXX
.
csv
.
headers
on
.
nullvalue
0
SELECT
u
.
*
FROM
unit
u
where
u
.
branching_group
=
"Tapio harvest without thinnings 10 p"
;
.
mode
csv
.
out
LR_10_p_XXXXX
.
csv
.
headers
on
.
nullvalue
0
SELECT
u
.
*
FROM
unit
u
where
u
.
branching_group
=
"Long rotation harvest 10 p"
;
.
mode
csv
.
out
SR_NT_10_n_XXXXX
.
csv
.
headers
on
.
nullvalue
0
SELECT
u
.
*
FROM
unit
u
where
u
.
branching_group
=
"Tapio harvest without thinnings 10 n"
;
.
mode
csv
.
out
SR_10_n_XXXXX
.
csv
.
headers
on
.
nullvalue
0
SELECT
u
.
*
FROM
unit
u
where
u
.
branching_group
=
"Short rotation harvest 10 n"
;
.
mode
csv
.
out
SR_NT_30_n_XXXXX
.
csv
.
headers
on
.
nullvalue
0
SELECT
u
.
*
FROM
unit
u
where
u
.
branching_group
=
"Tapio harvest without thinnings 30 n"
;
.
mode
csv
.
out
SR_30_n_XXXXX
.
csv
.
headers
on
.
nullvalue
0
SELECT
u
.
*
FROM
unit
u
where
u
.
branching_group
=
"Short rotation harvest 30 n"
;
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