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|
select ba_final,
mx_group_description,
case
when mx_group_description like '%Jede%'
and bewertung_final = 'A+'
then '>= 5%'
when mx_group_description like '%Jede%'
and bewertung_final = 'B+'
then '>= 1%'
when mx_group_description like '%Jede%'
and bewertung_final = 'C+'
then '< 1%'
else aggresult
end as aggresult,
bewertung_final,
case
when bewertung_final like 'A%'
then 'green'
when bewertung_final like 'B%'
then 'orange'
when bewertung_final like 'C%'
then 'red'
else 'white'
end mxcolour,
decode((ba_final),'H',1,'N+B+S / H',2,'N+B+S / H / P',3,'H^1',4,'N / P',5,'hG',6,'nG',7) cs
from
(select ba_final,
mx_group_description,
aggresult,
bewertung,
case
when bewertung is null
and ba_final = 'nG'
then 'A+'
when bewertung is null
and ba_final = 'hG'
then 'A+'
when bewertung is null
and ba_final = 'H^1'
then 'C-'
when bewertung is null
and ba_final = 'N+B+S / H'
then 'C-'
when bewertung is null
and ba_final = 'N+B+S / H / P'
then 'C-'
when bewertung is null
and ba_final = 'H'
then 'C-'
when bewertung is null
and ba_final = 'N / P'
then 'A+'
when bewertung = 'keine'
and ba_final = 'N / P'
then 'A+'
else bewertung
end as bewertung_final
from (
(select *
from
(select nvl(s.mx_group, x.ba_final) as ba_final,
s.mx_group_description,
to_char(sum(x.aggresult),'99999.999') as aggresult,
case
when nvl(s.mx_group, x.ba_final) = 'H'
and sum(x.aggresult) >= 57
then 'A+'
when nvl(s.mx_group, x.ba_final) = 'H'
and sum(x.aggresult) < 57
and (sum(x.aggresult)) >= 53
then 'A'
when nvl(s.mx_group, x.ba_final) = 'H'
and sum(x.aggresult) < 53
and (sum(x.aggresult)) >= 50
then 'A-'
when nvl(s.mx_group, x.ba_final) = 'H'
and sum(x.aggresult) < 50
and (sum(x.aggresult)) >= 43
then 'B+'
when nvl(s.mx_group, x.ba_final) = 'H'
and sum(x.aggresult) < 43
and (sum(x.aggresult)) >= 37
then 'B'
when nvl(s.mx_group, x.ba_final) = 'H'
and sum(x.aggresult) < 37
and (sum(x.aggresult)) >= 30
then 'B-'
when nvl(s.mx_group, x.ba_final) = 'H'
and sum(x.aggresult) < 30
then 'C-'
when nvl(s.mx_group, x.ba_final) = 'H'
and sum(x.aggresult) is null
then 'C-'
when nvl(s.mx_group, x.ba_final) = 'N+B+S / H'
and sum(x.aggresult) >= 77
then 'A+'
when nvl(s.mx_group, x.ba_final) = 'N+B+S / H'
and sum(x.aggresult) < 77
and (sum(x.aggresult)) >= 73
then 'A'
when nvl(s.mx_group, x.ba_final) = 'N+B+S / H'
and sum(x.aggresult) < 73
and (sum(x.aggresult)) >= 70
then 'A-'
when nvl(s.mx_group, x.ba_final) = 'N+B+S / H'
and sum(x.aggresult) < 70
and (sum(x.aggresult)) >= 63
then 'B+'
when nvl(s.mx_group, x.ba_final) = 'N+B+S / H'
and sum(x.aggresult) < 63
and (sum(x.aggresult)) >= 57
then 'B'
when nvl(s.mx_group, x.ba_final) = 'N+B+S / H'
and sum(x.aggresult) < 57
and (sum(x.aggresult)) >= 50
then 'B-'
when nvl(s.mx_group, x.ba_final) = 'N+B+S / H'
and sum(x.aggresult) < 50
then 'C-'
when nvl(s.mx_group, x.ba_final) = 'N+B+S / H'
and sum(x.aggresult) is null
then 'C-'
when nvl(s.mx_group, x.ba_final) = 'N+B+S / H / P'
and sum(x.aggresult) >= 97
then 'A+'
when nvl(s.mx_group, x.ba_final) = 'N+B+S / H / P'
and sum(x.aggresult) < 97
and (sum(x.aggresult)) >= 93
then 'A'
when nvl(s.mx_group, x.ba_final) = 'N+B+S / H / P'
and sum(x.aggresult) < 93
and (sum(x.aggresult)) >= 90
then 'A-'
when nvl(s.mx_group, x.ba_final) = 'N+B+S / H / P'
and sum(x.aggresult) < 90
and (sum(x.aggresult)) >= 87
then 'B+'
when nvl(s.mx_group, x.ba_final) = 'N+B+S / H / P'
and sum(x.aggresult) < 87
and (sum(x.aggresult)) >= 83
then 'B'
when nvl(s.mx_group, x.ba_final) = 'N+B+S / H / P'
and sum(x.aggresult) < 83
and (sum(x.aggresult)) >= 80
then 'B-'
when nvl(s.mx_group, x.ba_final) = 'N+B+S / H / P'
and sum(x.aggresult) < 80
and (sum(x.aggresult)) >= 77
then 'C+'
when nvl(s.mx_group, x.ba_final) = 'N+B+S / H / P'
and sum(x.aggresult) < 77
and (sum(x.aggresult)) >= 73
then 'C'
when nvl(s.mx_group, x.ba_final) = 'N+B+S / H / P'
and sum(x.aggresult) < 73
then 'C-'
when nvl(s.mx_group, x.ba_final) = 'N+B+S / H / P'
and sum(x.aggresult) is null
then 'C-'
when nvl(s.mx_group, x.ba_final) = 'hG'
and sum(x.aggresult) <= 3
then 'A+'
when nvl(s.mx_group, x.ba_final) = 'hG'
and sum(x.aggresult) > 3
and (sum(x.aggresult)) < 7
then 'A'
when nvl(s.mx_group, x.ba_final) = 'hG'
and sum(x.aggresult) >= 7
and (sum(x.aggresult)) < 10
then 'A-'
when nvl(s.mx_group, x.ba_final) = 'hG'
and sum(x.aggresult) >= 10
and (sum(x.aggresult)) < 13
then 'B+'
when nvl(s.mx_group, x.ba_final) = 'hG'
and sum(x.aggresult) >= 13
and (sum(x.aggresult)) < 17
then 'B'
when nvl(s.mx_group, x.ba_final) = 'hG'
and sum(x.aggresult) >= 17
and (sum(x.aggresult)) < 20
then 'B-'
when nvl(s.mx_group, x.ba_final) = 'hG'
and sum(x.aggresult) >= 20
and (sum(x.aggresult)) < 23
then 'C+'
when nvl(s.mx_group, x.ba_final) = 'hG'
and sum(x.aggresult) > 23
and (sum(x.aggresult)) <= 27
then 'C'
when nvl(s.mx_group, x.ba_final) = 'hG'
and sum(x.aggresult) > 27
then 'C-'
when nvl(s.mx_group, x.ba_final) = 'hG'
and sum(x.aggresult) is null
then 'A+'
when nvl(s.mx_group, x.ba_final) = 'nG'
and sum(x.aggresult) <= 0.3
then 'A+'
when nvl(s.mx_group, x.ba_final) = 'nG'
and sum(x.aggresult) > 0.3
and (sum(x.aggresult)) < 0.7
then 'A'
when nvl(s.mx_group, x.ba_final) = 'nG'
and sum(x.aggresult) >= 0.7
and (sum(x.aggresult)) < 1
then 'A-'
when nvl(s.mx_group, x.ba_final) = 'nG'
and sum(x.aggresult) >= 1
and (sum(x.aggresult)) < 4
then 'B+'
when nvl(s.mx_group, x.ba_final) = 'nG'
and sum(x.aggresult) >= 4
and (sum(x.aggresult)) < 7
then 'B'
when nvl(s.mx_group, x.ba_final) = 'nG'
and sum(x.aggresult) >= 7
and (sum(x.aggresult)) < 10
then 'B-'
when nvl(s.mx_group, x.ba_final) = 'nG'
and sum(x.aggresult) >= 10
and (sum(x.aggresult)) < 13.3
then 'C+'
when nvl(s.mx_group, x.ba_final) = 'nG'
and sum(x.aggresult) > 13.3
and (sum(x.aggresult)) <= 16.7
then 'C'
when nvl(s.mx_group, x.ba_final) = 'nG'
and sum(x.aggresult) > 16.7
then 'C-'
when nvl(s.mx_group, x.ba_final) = 'nG'
and sum(x.aggresult) is null
then 'A+'
when (select o.prozent
from
(select z.ba_lang,
z.ba_kat,
z.str_lrt_main,
z.prozent,
(sum(z.prozent) over (partition by z.ba_kat)) calc
from (
(select b.flag,
b.ba_lang,
x.ba_kat,
sum(v.int_anteil * q.int_flaeche_main / 100) ba_flaeche,
q.str_lrt_main,
sum(v.int_anteil) bestand,
sum(v.int_anteil * q.int_flaeche_main / 100)*100/
(select sum(v.int_anteil * q.int_flaeche_main / 100)
from vt_tbl_qb_zu_bestand v,
vt_qb_join q
where (q.cnt_gebiet = :p2025_cnt_gebiet)
and (v.lng_qb_sub = q.cnt_qb_main)
and (q.str_lrt_main = :p2025_str_lrt)
and (q.int_status_sub = 3)
and (q.str_be_main = :p2025_be)
and q.int_wg = :p2025_wg
) prozent
from vt_tbl_qb_zu_bestand v,
vt_qb_join q,
vt_tbl_baumart b,
vt_tbl_matrix x
where (q.cnt_gebiet = :p2025_cnt_gebiet)
and (v.lng_baumart = b.cnt_baumart)
and (v.lng_qb_sub = q.lng_qb_sub)
and (q.str_lrt_main = :p2025_str_lrt)
and (q.int_wg = :p2025_wg)
and (q.str_be_main = :p2025_be)
and (q.int_status_sub = 3)
and (x.lrt_class = :p2025_str_lrt_mx)
and (x.lng_baumart = v.lng_baumart)
and (x.ba_kat in ('N','P'))
and (b.flag = 6)
group by b.ba_lang,
b.flag,
x.ba_kat,
q.str_lrt_main
)) z
where z.prozent > 1
group by ba_lang,
ba_kat,
str_lrt_main,
prozent,
flag
) o) is not null
then 'C'
else 'keine'
end bewertung
from
(select decode(n.ba_katnew, 'hG','hG','xi','N + B + S', 'P', 'P', 'H', 'H','nG','nG') ba_final,
n.aggresult
from
(select ba_kat,
ba_katnew,
calc,
(sum(m.calc) over (partition by ba_katnew)) aggresult
from
(select decode(ba_kat,'P','P','B','xi','N','xi','S','xi','hG','hG','H','H','nG','nG') ba_katnew,
z.ba_lang,
z.ba_kat,
z.str_lrt_main,
z.bestand,
z.prozent,
(sum(z.prozent) over (partition by z.ba_kat)) calc
from
(select b.ba_lang,
x.ba_kat,
sum(v.int_anteil * q.int_flaeche_main / 100) ba_flaeche,
q.str_lrt_main,
sum(v.int_anteil) bestand,
sum(v.int_anteil * q.int_flaeche_main / 100)*100/
(select sum(v.int_anteil * q.int_flaeche_main / 100)
from vt_tbl_qb_zu_bestand v,
vt_qb_join q
where (q.cnt_gebiet = :p2025_cnt_gebiet)
and (v.lng_qb_sub = q.cnt_qb_main)
and (q.str_lrt_main = :p2025_str_lrt)
and (q.int_status_sub = 3)
and (q.str_be_main = :p2025_be)
and q.int_wg = :p2025_wg
) prozent
from vt_tbl_qb_zu_bestand v,
vt_qb_join q,
vt_tbl_baumart b,
vt_tbl_matrix x
where (q.cnt_gebiet = :p2025_cnt_gebiet)
and (v.lng_baumart = b.cnt_baumart)
and (v.lng_qb_sub = q.lng_qb_sub)
and (q.str_lrt_main = :p2025_str_lrt)
and (q.int_wg = :p2025_wg)
and (q.str_be_main = :p2025_be)
and (q.int_status_sub = 3)
and (x.lrt_class = :p2025_str_lrt_mx)
and (x.lng_baumart = v.lng_baumart)
group by b.ba_lang,
x.ba_kat,
q.str_lrt_main
) z
) m
group by ba_kat,
ba_katnew,
calc
) n
group by ba_katnew,
aggresult
) x
left outer join tbl_matrix_agg s
on s.mx_initial = x.ba_final
group by nvl(s.mx_group, x.ba_final),
s.mx_group_description
order by upper (ba_final)
) v
union all
(select distinct 'H^1' ba_final,
'Jede Hauptbaumart vertreten' mx_group_description,
null aggresult,
case
when (select count(BA_LANG) anzahl_min_5_prozent
from
(Select z.ba_lang,
z.ba_kat,
z.str_lrt_main,
z.bestand,
z.prozent,
count(z.ba_kat) over (partition by z.str_lrt_main) anzahl
from
(select b.ba_lang,
x.ba_kat,
sum(v.int_Anteil * q.int_flaeche_main / 100) BA_Flaeche,
q.str_lrt_main,
sum(v.int_anteil) bestand,
sum(v.int_Anteil * q.int_flaeche_main / 100)*100/
(select sum(v.int_anteil * q.int_flaeche_main / 100)
from vt_tbl_qb_zu_bestand v,
vt_qb_join q
where (q.cnt_gebiet = :p2025_cnt_gebiet)
and (v.lng_qb_sub = q.cnt_qb_main)
and (q.str_lrt_main = :p2025_str_lrt)
and (q.int_status_sub = 3)
and (q.str_be_main = :p2025_be)
and q.int_wg = :p2025_wg
) prozent
from vt_tbl_qb_zu_bestand v,
vt_qb_join q,
vt_tbl_baumart b,
vt_tbl_matrix_custom_eval x
where (q.cnt_gebiet = :p2025_cnt_gebiet)
and (v.lng_baumart = b.cnt_baumart)
and (v.lng_qb_sub = q.lng_qb_sub)
and (q.str_lrt_main = :p2025_str_lrt)
and (q.int_wg = :p2025_wg)
and (q.str_be_main = :p2025_be)
and (q.int_status_sub = 3)
and (x.lrt_class = :p2025_str_lrt_mx)
and (x.lng_baumart = v.lng_baumart)
and (x.ba_kat = 'H')
group by b.ba_lang,
x.ba_kat,
q.str_lrt_main
)z
) r
where r.prozent >= 5
group by anzahl) =
(select count(ba_kat) anzahlmx
from vt_tbl_matrix
where lrt_class = :p2025_str_lrt_mx
and ba_kat = 'H'
and nvl(flag, 0) !=1
)
then 'A+'
when (select count(ba_lang) gesamtanzahl_h
from
(Select z.ba_lang,
z.ba_kat,
z.str_lrt_main,
z.bestand,
z.prozent,
count(z.ba_kat) over (partition by z.str_lrt_main) anzahl
from
(select b.ba_lang,
x.ba_kat,
sum(v.int_Anteil * q.int_flaeche_main / 100) BA_Flaeche,
q.str_lrt_main,
sum(v.int_anteil) bestand,
sum(v.int_Anteil * q.int_flaeche_main / 100)*100/
(select sum(v.int_anteil * q.int_flaeche_main / 100)
from vt_tbl_qb_zu_bestand v,
vt_qb_join q
where (q.cnt_gebiet = :p2025_cnt_gebiet)
and (v.lng_qb_sub = q.cnt_qb_main)
and (q.str_lrt_main = :p2025_str_lrt)
and (q.int_status_sub = 3)
and (q.str_be_main = :p2025_be)
and q.int_wg = :p2025_wg
) prozent
from vt_tbl_qb_zu_bestand v,
vt_qb_join q,
vt_tbl_baumart b,
vt_tbl_matrix x
where (q.cnt_gebiet = :p2025_cnt_gebiet)
and (v.lng_baumart = b.cnt_baumart)
and (v.lng_qb_sub = q.lng_qb_sub)
and (q.str_lrt_main = :p2025_str_lrt)
and (q.int_wg = :p2025_wg)
and (q.str_be_main = :p2025_be)
and (q.int_status_sub = 3)
and (x.lrt_class = :p2025_str_lrt_mx)
and (x.lng_baumart = v.lng_baumart)
and (x.ba_kat = 'H')
group by b.ba_lang,
x.ba_kat,
q.str_lrt_main
)z
) r
where r.prozent >= 1
group by anzahl) =
(select count(ba_kat) anzahlmx
from vt_tbl_matrix
where lrt_class = :p2025_str_lrt_mx
and ba_kat = 'H'
and nvl(flag, 0) !=1
)
then 'B+'
when (select count(ba_lang) gesamtanzahl_h
from
(Select z.ba_lang,
z.ba_kat,
z.str_lrt_main,
z.bestand,
z.prozent,
count(z.ba_kat) over (partition by z.str_lrt_main) anzahl
from
(select b.ba_lang,
x.ba_kat,
sum(v.int_Anteil * q.int_flaeche_main / 100) BA_Flaeche,
q.str_lrt_main,
sum(v.int_anteil) bestand,
sum(v.int_Anteil * q.int_flaeche_main / 100)*100/
(select sum(v.int_anteil * q.int_flaeche_main / 100)
from vt_tbl_qb_zu_bestand v,
vt_qb_join q
where (q.cnt_gebiet = :p2025_cnt_gebiet)
and (v.lng_qb_sub = q.cnt_qb_main)
and (q.str_lrt_main = :p2025_str_lrt)
and (q.int_status_sub = 3)
and (q.str_be_main = :p2025_be)
and q.int_wg = :p2025_wg
) prozent
from vt_tbl_qb_zu_bestand v,
vt_qb_join q,
vt_tbl_baumart b,
vt_tbl_matrix_custom_eval x
where (q.cnt_gebiet = :p2025_cnt_gebiet)
and (v.lng_baumart = b.cnt_baumart)
and (v.lng_qb_sub = q.lng_qb_sub)
and (q.str_lrt_main = :p2025_str_lrt)
and (q.int_wg = :p2025_wg)
and (q.str_be_main = :p2025_be)
and (q.int_status_sub = 3)
and (x.lrt_class = :p2025_str_lrt_mx)
and (x.lng_baumart = v.lng_baumart)
and (x.ba_kat = 'H')
group by b.ba_lang,
x.ba_kat,
q.str_lrt_main
)z
) r
where r.prozent >= 1
group by anzahl) <
(select count(ba_kat) anzahlmx
from vt_tbl_matrix
where lrt_class = :p2025_str_lrt_mx
and ba_kat = 'H'
and nvl(flag, 0) !=1
)
then 'C+'
end bewertung
from tbl_matrix
where lrt_class = :p2025_str_lrt_mx
)
) w
union
select mx_group ba_final,
mx_group_description,
null aggresult,
null bewertung
from tbl_matrix_agg
where mx_group not in (select ba_final from W)
(select ba_final
from (
(select *
from
(select nvl(s.mx_group, x.ba_final) as ba_final,
s.mx_group_description,
to_char(sum(x.aggresult),'99999.999') as aggresult,
case
when nvl(s.mx_group, x.ba_final) = 'H'
and sum(x.aggresult) >= 57
then 'A+'
when nvl(s.mx_group, x.ba_final) = 'H'
and sum(x.aggresult) < 57
and (sum(x.aggresult)) >= 53
then 'A'
when nvl(s.mx_group, x.ba_final) = 'H'
and sum(x.aggresult) < 53
and (sum(x.aggresult)) >= 50
then 'A-'
when nvl(s.mx_group, x.ba_final) = 'H'
and sum(x.aggresult) < 50
and (sum(x.aggresult)) >= 43
then 'B+'
when nvl(s.mx_group, x.ba_final) = 'H'
and sum(x.aggresult) < 43
and (sum(x.aggresult)) >= 37
then 'B'
when nvl(s.mx_group, x.ba_final) = 'H'
and sum(x.aggresult) < 37
and (sum(x.aggresult)) >= 30
then 'B-'
when nvl(s.mx_group, x.ba_final) = 'H'
and sum(x.aggresult) < 30
then 'C-'
when nvl(s.mx_group, x.ba_final) = 'H'
and sum(x.aggresult) is null
then 'C-'
when nvl(s.mx_group, x.ba_final) = 'N+B+S / H'
and sum(x.aggresult) >= 77
then 'A+'
when nvl(s.mx_group, x.ba_final) = 'N+B+S / H'
and sum(x.aggresult) < 77
and (sum(x.aggresult)) >= 73
then 'A'
when nvl(s.mx_group, x.ba_final) = 'N+B+S / H'
and sum(x.aggresult) < 73
and (sum(x.aggresult)) >= 70
then 'A-'
when nvl(s.mx_group, x.ba_final) = 'N+B+S / H'
and sum(x.aggresult) < 70
and (sum(x.aggresult)) >= 63
then 'B+'
when nvl(s.mx_group, x.ba_final) = 'N+B+S / H'
and sum(x.aggresult) < 63
and (sum(x.aggresult)) >= 57
then 'B'
when nvl(s.mx_group, x.ba_final) = 'N+B+S / H'
and sum(x.aggresult) < 57
and (sum(x.aggresult)) >= 50
then 'B-'
when nvl(s.mx_group, x.ba_final) = 'N+B+S / H'
and sum(x.aggresult) < 50
then 'C-'
when nvl(s.mx_group, x.ba_final) = 'N+B+S / H'
and sum(x.aggresult) is null
then 'C-'
when nvl(s.mx_group, x.ba_final) = 'N+B+S / H / P'
and sum(x.aggresult) >= 97
then 'A+'
when nvl(s.mx_group, x.ba_final) = 'N+B+S / H / P'
and sum(x.aggresult) < 97
and (sum(x.aggresult)) >= 93
then 'A'
when nvl(s.mx_group, x.ba_final) = 'N+B+S / H / P'
and sum(x.aggresult) < 93
and (sum(x.aggresult)) >= 90
then 'A-'
when nvl(s.mx_group, x.ba_final) = 'N+B+S / H / P'
and sum(x.aggresult) < 90
and (sum(x.aggresult)) >= 87
then 'B+'
when nvl(s.mx_group, x.ba_final) = 'N+B+S / H / P'
and sum(x.aggresult) < 87
and (sum(x.aggresult)) >= 83
then 'B'
when nvl(s.mx_group, x.ba_final) = 'N+B+S / H / P'
and sum(x.aggresult) < 83
and (sum(x.aggresult)) >= 80
then 'B-'
when nvl(s.mx_group, x.ba_final) = 'N+B+S / H / P'
and sum(x.aggresult) < 80
and (sum(x.aggresult)) >= 77
then 'C+'
when nvl(s.mx_group, x.ba_final) = 'N+B+S / H / P'
and sum(x.aggresult) < 77
and (sum(x.aggresult)) >= 73
then 'C'
when nvl(s.mx_group, x.ba_final) = 'N+B+S / H / P'
and sum(x.aggresult) < 73
then 'C-'
when nvl(s.mx_group, x.ba_final) = 'N+B+S / H / P'
and sum(x.aggresult) is null
then 'C-'
when nvl(s.mx_group, x.ba_final) = 'hG'
and sum(x.aggresult) <= 3
then 'A+'
when nvl(s.mx_group, x.ba_final) = 'hG'
and sum(x.aggresult) > 3
and (sum(x.aggresult)) < 7
then 'A'
when nvl(s.mx_group, x.ba_final) = 'hG'
and sum(x.aggresult) >= 7
and (sum(x.aggresult)) < 10
then 'A-'
when nvl(s.mx_group, x.ba_final) = 'hG'
and sum(x.aggresult) >= 10
and (sum(x.aggresult)) < 13
then 'B+'
when nvl(s.mx_group, x.ba_final) = 'hG'
and sum(x.aggresult) >= 13
and (sum(x.aggresult)) < 17
then 'B'
when nvl(s.mx_group, x.ba_final) = 'hG'
and sum(x.aggresult) >= 17
and (sum(x.aggresult)) < 20
then 'B-'
when nvl(s.mx_group, x.ba_final) = 'hG'
and sum(x.aggresult) >= 20
and (sum(x.aggresult)) < 23
then 'C+'
when nvl(s.mx_group, x.ba_final) = 'hG'
and sum(x.aggresult) > 23
and (sum(x.aggresult)) <= 27
then 'C'
when nvl(s.mx_group, x.ba_final) = 'hG'
and sum(x.aggresult) > 27
then 'C-'
when nvl(s.mx_group, x.ba_final) = 'hG'
and sum(x.aggresult) is null
then 'A+'
when nvl(s.mx_group, x.ba_final) = 'nG'
and sum(x.aggresult) <= 0.3
then 'A+'
when nvl(s.mx_group, x.ba_final) = 'nG'
and sum(x.aggresult) > 0.3
and (sum(x.aggresult)) < 0.7
then 'A'
when nvl(s.mx_group, x.ba_final) = 'nG'
and sum(x.aggresult) >= 0.7
and (sum(x.aggresult)) < 1
then 'A-'
when nvl(s.mx_group, x.ba_final) = 'nG'
and sum(x.aggresult) >= 1
and (sum(x.aggresult)) < 4
then 'B+'
when nvl(s.mx_group, x.ba_final) = 'nG'
and sum(x.aggresult) >= 4
and (sum(x.aggresult)) < 7
then 'B'
when nvl(s.mx_group, x.ba_final) = 'nG'
and sum(x.aggresult) >= 7
and (sum(x.aggresult)) < 10
then 'B-'
when nvl(s.mx_group, x.ba_final) = 'nG'
and sum(x.aggresult) >= 10
and (sum(x.aggresult)) < 13.3
then 'C+'
when nvl(s.mx_group, x.ba_final) = 'nG'
and sum(x.aggresult) > 13.3
and (sum(x.aggresult)) <= 16.7
then 'C'
when nvl(s.mx_group, x.ba_final) = 'nG'
and sum(x.aggresult) > 16.7
then 'C-'
when nvl(s.mx_group, x.ba_final) = 'nG'
and sum(x.aggresult) is null
then 'A+'
when (select o.prozent
from
(select z.ba_lang,
z.ba_kat,
z.str_lrt_main,
z.prozent,
(sum(z.prozent) over (partition by z.ba_kat)) calc
from (
(select b.flag,
b.ba_lang,
x.ba_kat,
sum(v.int_anteil * q.int_flaeche_main / 100) ba_flaeche,
q.str_lrt_main,
sum(v.int_anteil) bestand,
sum(v.int_anteil * q.int_flaeche_main / 100)*100/
(select sum(v.int_anteil * q.int_flaeche_main / 100)
from vt_tbl_qb_zu_bestand v,
vt_qb_join q
where (q.cnt_gebiet = :p2025_cnt_gebiet)
and (v.lng_qb_sub = q.cnt_qb_main)
and (q.str_lrt_main = :p2025_str_lrt)
and (q.int_status_sub = 3)
and (q.str_be_main = :p2025_be)
and q.int_wg = :p2025_wg
) prozent
from vt_tbl_qb_zu_bestand v,
vt_qb_join q,
vt_tbl_baumart b,
vt_tbl_matrix x
where (q.cnt_gebiet = :p2025_cnt_gebiet)
and (v.lng_baumart = b.cnt_baumart)
and (v.lng_qb_sub = q.lng_qb_sub)
and (q.str_lrt_main = :p2025_str_lrt)
and (q.int_wg = :p2025_wg)
and (q.str_be_main = :p2025_be)
and (q.int_status_sub = 3)
and (x.lrt_class = :p2025_str_lrt_mx)
and (x.lng_baumart = v.lng_baumart)
and (x.ba_kat in ('N','P'))
and (b.flag = 6)
group by b.ba_lang,
b.flag,
x.ba_kat,
q.str_lrt_main
)) z
where z.prozent > 1
group by ba_lang,
ba_kat,
str_lrt_main,
prozent,
flag
) o) is not null
then 'C'
else 'keine'
end bewertung
from
(select decode(n.ba_katnew, 'hG','hG','xi','N + B + S', 'P', 'P', 'H', 'H','nG','nG') ba_final,
n.aggresult
from
(select ba_kat,
ba_katnew,
calc,
(sum(m.calc) over (partition by ba_katnew)) aggresult
from
(select decode(ba_kat,'P','P','B','xi','N','xi','S','xi','hG','hG','H','H','nG','nG') ba_katnew,
z.ba_lang,
z.ba_kat,
z.str_lrt_main,
z.bestand,
z.prozent,
(sum(z.prozent) over (partition by z.ba_kat)) calc
from
(select b.ba_lang,
x.ba_kat,
sum(v.int_anteil * q.int_flaeche_main / 100) ba_flaeche,
q.str_lrt_main,
sum(v.int_anteil) bestand,
sum(v.int_anteil * q.int_flaeche_main / 100)*100/
(select sum(v.int_anteil * q.int_flaeche_main / 100)
from vt_tbl_qb_zu_bestand v,
vt_qb_join q
where (q.cnt_gebiet = :p2025_cnt_gebiet)
and (v.lng_qb_sub = q.cnt_qb_main)
and (q.str_lrt_main = :p2025_str_lrt)
and (q.int_status_sub = 3)
and (q.str_be_main = :p2025_be)
and q.int_wg = :p2025_wg
) prozent
from vt_tbl_qb_zu_bestand v,
vt_qb_join q,
vt_tbl_baumart b,
vt_tbl_matrix x
where (q.cnt_gebiet = :p2025_cnt_gebiet)
and (v.lng_baumart = b.cnt_baumart)
and (v.lng_qb_sub = q.lng_qb_sub)
and (q.str_lrt_main = :p2025_str_lrt)
and (q.int_wg = :p2025_wg)
and (q.str_be_main = :p2025_be)
and (q.int_status_sub = 3)
and (x.lrt_class = :p2025_str_lrt_mx)
and (x.lng_baumart = v.lng_baumart)
group by b.ba_lang,
x.ba_kat,
q.str_lrt_main
) z
) m
group by ba_kat,
ba_katnew,
calc
) n
group by ba_katnew,
aggresult
) x
left outer join tbl_matrix_agg s
on s.mx_initial = x.ba_final
group by nvl(s.mx_group, x.ba_final),
s.mx_group_description
order by upper (ba_final)
) v
union all
(select distinct 'H^1' ba_final,
'Jede Hauptbaumart vertreten' mx_group_description,
null aggresult,
case
when (select count(BA_LANG) anzahl_min_5_prozent
from
(Select z.ba_lang,
z.ba_kat,
z.str_lrt_main,
z.bestand,
z.prozent,
count(z.ba_kat) over (partition by z.str_lrt_main) anzahl
from
(select b.ba_lang,
x.ba_kat,
sum(v.int_Anteil * q.int_flaeche_main / 100) BA_Flaeche,
q.str_lrt_main,
sum(v.int_anteil) bestand,
sum(v.int_Anteil * q.int_flaeche_main / 100)*100/
(select sum(v.int_anteil * q.int_flaeche_main / 100)
from vt_tbl_qb_zu_bestand v,
vt_qb_join q
where (q.cnt_gebiet = :p2025_cnt_gebiet)
and (v.lng_qb_sub = q.cnt_qb_main)
and (q.str_lrt_main = :p2025_str_lrt)
and (q.int_status_sub = 3)
and (q.str_be_main = :p2025_be)
and q.int_wg = :p2025_wg
) prozent
from vt_tbl_qb_zu_bestand v,
vt_qb_join q,
vt_tbl_baumart b,
vt_tbl_matrix_custom_eval x
where (q.cnt_gebiet = :p2025_cnt_gebiet)
and (v.lng_baumart = b.cnt_baumart)
and (v.lng_qb_sub = q.lng_qb_sub)
and (q.str_lrt_main = :p2025_str_lrt)
and (q.int_wg = :p2025_wg)
and (q.str_be_main = :p2025_be)
and (q.int_status_sub = 3)
and (x.lrt_class = :p2025_str_lrt_mx)
and (x.lng_baumart = v.lng_baumart)
and (x.ba_kat = 'H')
group by b.ba_lang,
x.ba_kat,
q.str_lrt_main
)z
) r
where r.prozent >= 5
group by anzahl) =
(select count(ba_kat) anzahlmx
from vt_tbl_matrix
where lrt_class = :p2025_str_lrt_mx
and ba_kat = 'H'
and nvl(flag, 0) !=1
)
then 'A+'
when (select count(ba_lang) gesamtanzahl_h
from
(Select z.ba_lang,
z.ba_kat,
z.str_lrt_main,
z.bestand,
z.prozent,
count(z.ba_kat) over (partition by z.str_lrt_main) anzahl
from
(select b.ba_lang,
x.ba_kat,
sum(v.int_Anteil * q.int_flaeche_main / 100) BA_Flaeche,
q.str_lrt_main,
sum(v.int_anteil) bestand,
sum(v.int_Anteil * q.int_flaeche_main / 100)*100/
(select sum(v.int_anteil * q.int_flaeche_main / 100)
from vt_tbl_qb_zu_bestand v,
vt_qb_join q
where (q.cnt_gebiet = :p2025_cnt_gebiet)
and (v.lng_qb_sub = q.cnt_qb_main)
and (q.str_lrt_main = :p2025_str_lrt)
and (q.int_status_sub = 3)
and (q.str_be_main = :p2025_be)
and q.int_wg = :p2025_wg
) prozent
from vt_tbl_qb_zu_bestand v,
vt_qb_join q,
vt_tbl_baumart b,
vt_tbl_matrix x
where (q.cnt_gebiet = :p2025_cnt_gebiet)
and (v.lng_baumart = b.cnt_baumart)
and (v.lng_qb_sub = q.lng_qb_sub)
and (q.str_lrt_main = :p2025_str_lrt)
and (q.int_wg = :p2025_wg)
and (q.str_be_main = :p2025_be)
and (q.int_status_sub = 3)
and (x.lrt_class = :p2025_str_lrt_mx)
and (x.lng_baumart = v.lng_baumart)
and (x.ba_kat = 'H')
group by b.ba_lang,
x.ba_kat,
q.str_lrt_main
)z
) r
where r.prozent >= 1
group by anzahl) =
(select count(ba_kat) anzahlmx
from vt_tbl_matrix
where lrt_class = :p2025_str_lrt_mx
and ba_kat = 'H'
and nvl(flag, 0) !=1
)
then 'B+'
when (select count(ba_lang) gesamtanzahl_h
from
(Select z.ba_lang,
z.ba_kat,
z.str_lrt_main,
z.bestand,
z.prozent,
count(z.ba_kat) over (partition by z.str_lrt_main) anzahl
from
(select b.ba_lang,
x.ba_kat,
sum(v.int_Anteil * q.int_flaeche_main / 100) BA_Flaeche,
q.str_lrt_main,
sum(v.int_anteil) bestand,
sum(v.int_Anteil * q.int_flaeche_main / 100)*100/
(select sum(v.int_anteil * q.int_flaeche_main / 100)
from vt_tbl_qb_zu_bestand v,
vt_qb_join q
where (q.cnt_gebiet = :p2025_cnt_gebiet)
and (v.lng_qb_sub = q.cnt_qb_main)
and (q.str_lrt_main = :p2025_str_lrt)
and (q.int_status_sub = 3)
and (q.str_be_main = :p2025_be)
and q.int_wg = :p2025_wg
) prozent
from vt_tbl_qb_zu_bestand v,
vt_qb_join q,
vt_tbl_baumart b,
vt_tbl_matrix_custom_eval x
where (q.cnt_gebiet = :p2025_cnt_gebiet)
and (v.lng_baumart = b.cnt_baumart)
and (v.lng_qb_sub = q.lng_qb_sub)
and (q.str_lrt_main = :p2025_str_lrt)
and (q.int_wg = :p2025_wg)
and (q.str_be_main = :p2025_be)
and (q.int_status_sub = 3)
and (x.lrt_class = :p2025_str_lrt_mx)
and (x.lng_baumart = v.lng_baumart)
and (x.ba_kat = 'H')
group by b.ba_lang,
x.ba_kat,
q.str_lrt_main
)z
) r
where r.prozent >= 1
group by anzahl) <
(select count(ba_kat) anzahlmx
from vt_tbl_matrix
where lrt_class = :p2025_str_lrt_mx
and ba_kat = 'H'
and nvl(flag, 0) !=1
)
then 'C+'
end bewertung
from tbl_matrix
where lrt_class = :p2025_str_lrt_mx
)
))
)))
)
order by cs asc
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