| "localhost:/firebird/data/ILICHEVSK2.FDB". Процедуры |
|
UNDERWORK_CALCUWACT_REGISTER
| "localhost:/firebird/data/ILICHEVSK2.FDB". Процедуры |
|
UNDERWORK_CALCUWACT_REGISTER
Входные параметры
Параметр | Тип | Описание |
|---|---|---|
UWORDERDATE |
DATE |
|
UWACTDATE |
DATE |
|
UWORDERID |
INTEGER |
|
QUALITYBEFOREID |
INTEGER |
|
QUALITYAFTERID |
INTEGER |
|
CROPID |
INTEGER |
|
CLASSID |
INTEGER |
|
UWTYPEID |
INTEGER |
|
SORTID |
INTEGER |
|
CLIENTID |
INTEGER |
|
BEFOREDRYQUALITYID |
INTEGER |
|
AFTERDRYQUALITYID |
INTEGER |
|
FINALCALCULATION |
INTEGER |
|
CURRENTPARTY |
INTEGER |
|
Выходные параметры
Параметр | Тип | Описание |
|---|---|---|
BEFOREWEIGHT |
INTEGER |
|
STORAGEID |
INTEGER |
|
Описание
(Нет описания для процедуры UNDERWORK_CALCUWACT_REGISTER)
Определение
CREATE PROCEDURE UNDERWORK_CALCUWACT_REGISTER(
UWORDERDATE DATE,
UWACTDATE DATE,
UWORDERID INTEGER,
QUALITYBEFOREID INTEGER,
QUALITYAFTERID INTEGER,
CROPID INTEGER,
CLASSID INTEGER,
UWTYPEID INTEGER,
SORTID INTEGER,
CLIENTID INTEGER,
BEFOREDRYQUALITYID INTEGER,
AFTERDRYQUALITYID INTEGER,
FINALCALCULATION INTEGER,
CURRENTPARTY INTEGER)
RETURNS (
BEFOREWEIGHT INTEGER,
STORAGEID INTEGER)
AS
declare variable RWEIGHT integer = 0;
declare variable DIRTBEFORE numeric(9,2);
declare variable DIRT_BEFORE numeric(12,4) = 0;
declare variable HUMIDITYBEFORE numeric(9,2);
declare variable HUMIDITY_BEFORE numeric(12,4) = 0;
declare variable SCREENBEFORE numeric(9,2) = 0;
declare variable SCREEN_BEFORE numeric(12,4) = 0;
declare variable GRAINUNITBEFORE integer;
declare variable GRAINUNIT_BEFORE integer;
declare variable SMALLGRAINBEFORE numeric(9,2);
declare variable SMALLGRAIN_BEFORE numeric(12,4) = 0;
declare variable DIRTAFTER numeric(9,2);
declare variable DIRT_AFTER numeric(12,4) = 0;
declare variable HUMIDITYAFTER numeric(9,2);
declare variable HUMIDITY_AFTER numeric(12,4) = 0;
declare variable SCREENAFTER numeric(9,2);
declare variable SCREEN_AFTER numeric(12,4) = 0;
declare variable GRAINUNITAFTER integer;
declare variable GRAINUNIT_AFTER integer;
declare variable SMALLGRAINAFTER numeric(9,2);
declare variable SMALLGRAIN_AFTER numeric(12,4) = 0;
declare variable ACLEANINGBEGINDATE date;
declare variable CLEANINGBEGINDATE date;
declare variable ACLEANINGENDDATE timestamp;
declare variable CLEANINGENDDATE date;
declare variable DRYING numeric(9,2) = 0;
declare variable CLEAN numeric(9,2) = 0;
declare variable ABEFOREWEIGHT integer;
declare variable METODSOLUTION integer;
declare variable WRITING_OFF integer;
declare variable SELECTEDWASTE integer;
declare variable AWEIGHT double precision;
declare variable ACROPID integer;
declare variable ACLASSID integer;
declare variable REGISTERID integer;
declare variable PARTYID integer;
declare variable W_FORAGE1C_A double precision = 0;
declare variable DIRT_FORAGE1C_A numeric(9,2) = 0;
declare variable W_FORAGE1C_B double precision = 0;
declare variable DIRT_FORAGE1C_B numeric(9,2) = 0;
declare variable W_FORAGE2C double precision = 0;
declare variable DIRT_FORAGE2C numeric(9,2) = 0;
declare variable W_FORAGE3C double precision = 0;
declare variable DIRT_FORAGE3C numeric(9,2) = 0;
declare variable W_BYPRODUCT_A double precision = 0;
declare variable DIRT_BYPRODUCT_A numeric(9,2) = 0;
declare variable W_BYPRODUCT_B double precision = 0;
declare variable DIRT_BYPRODUCT_B numeric(9,2) = 0;
declare variable W_BYPRODUCT_D double precision = 0;
declare variable DIRT_BYPRODUCT_D numeric(9,2) = 0;
declare variable W_SMALLGRAIN double precision = 0;
declare variable DIRT_SMALLGRAIN numeric(9,2) = 0;
declare variable FORAGE_QUALITYID integer;
declare variable FORAGE_IT_QUALITYID integer;
declare variable FORAGE_QUALITYNUMBER integer;
declare variable FORAGEDIRT numeric(9,2);
declare variable FORAGE_DIRT numeric(4,2);
declare variable FORAGESCREEN numeric(9,2);
declare variable FORAGE_SCREEN numeric(4,2);
declare variable FORAGEHUMIDITY numeric(9,2);
declare variable FORAGE_HUMIDITY numeric(4,2);
declare variable FORAGEGRAINUNIT integer;
declare variable FORAGE_GRAINUNIT integer;
declare variable FORAGESMALLGRAIN numeric(9,2);
declare variable FORAGE_SMALLGRAIN numeric(4,2);
declare variable NOTCLIENTID integer;
declare variable CLEANWEIGHT integer;
declare variable SCREENWEIGHT integer;
declare variable DIRTWEIGHT integer;
declare variable HUMWEIGHT integer;
declare variable INVOICE integer;
declare variable CONTRACTID integer;
declare variable INVID integer;
declare variable WASTEQUALITYID integer;
declare variable CROPTYPEID integer;
declare variable BEFORECLEANINGWEIGHT integer = 0;
declare variable AFTERCLEANINGWEIGHT integer = 0;
declare variable BEFOREDRYINGWEIGHT integer = 0;
declare variable AFTERDRYINGWEIGHT integer = 0;
declare variable DRYINGRBEGINDATE date;
declare variable ADRYINGRBEGINDATE date;
declare variable HUMIDITY_DECREASE numeric(9,2);
declare variable DRYSTORAGEID integer;
declare variable SETTLEMENTDIRTWEIGHT integer;
declare variable SETTLEMENTSCREENWEIGHT integer;
declare variable WASTEWEIGHT integer;
declare variable NET integer;
declare variable NET_DIRT integer;
declare variable NET_HUM integer;
declare variable OWNERID integer;
declare variable STORINGID integer;
declare variable SUMDIRTWEIGHT integer = 0;
declare variable WEIGHTBEFORECLEANING double precision = 0;
declare variable WEIGHTAFTERCLEANING double precision = 0;
declare variable SUMHUMWEIGHT integer = 0;
declare variable WEIGHTBEFOREDRYING double precision = 0;
declare variable DRYINGWEIGHT double precision = 0;
declare variable SETTLEMENTSHRINKAGEWEIGHT integer;
declare variable BEFORECLEANINGQUALITYID integer;
declare variable QUALITYNUMBERBEFORECLEAN integer;
declare variable BEFORECLEANHUMIDITY numeric(9,2);
declare variable BEFORECLEAN_HUMIDITY numeric(12,4) = 0;
declare variable HUMIDITYBEFORECLEAN numeric(9,2);
declare variable GRAINUNITBEFORECLEAN integer;
declare variable DIRTBEFORECLEAN numeric(12,4);
declare variable SCREENBEFORECLEAN numeric(9,2);
declare variable SMALLGRAINBEFORECLEAN numeric(9,2);
declare variable AFTERCLEANINGQUALITYID integer;
declare variable QUALITYNUMBERAFTERCLEAN integer;
declare variable AFTERCLEANHUMIDITY numeric(9,2);
declare variable AFTERCLEAN_HUMIDITY numeric(12,4) = 0;
declare variable HUMIDITYAFTERCLEAN numeric(9,2);
declare variable GRAINUNITAFTERCLEAN integer;
declare variable DIRTAFTERCLEAN numeric(9,2);
declare variable SCREENAFTERCLEAN numeric(9,2);
declare variable SMALLGRAINAFTERCLEAN numeric(9,2);
declare variable BEFOREDRYINGQUALITYID integer;
declare variable QUALITYNUMBERBEFOREDRY integer;
declare variable HUMIDITYBEFOREDRY numeric(9,2);
declare variable GRAINUNITBEFOREDRY integer;
declare variable BEFOREDRYDIRT numeric(9,2);
declare variable BEFOREDRY_DIRT numeric(12,4) = 0;
declare variable DIRTBEFOREDRY numeric(9,2);
declare variable BEFOREDRYSCREEN numeric(9,2);
declare variable BEFOREDRY_SCREEN numeric(12,4) = 0;
declare variable SCREENBEFOREDRY numeric(9,2);
declare variable SMALLGRAINBEFOREDRY numeric(9,2);
declare variable AFTERDRYINGQUALITYID integer;
declare variable QUALITYNUMBERAFTERDRY integer;
declare variable HUMIDITYAFTERDRY numeric(9,2);
declare variable GRAINUNITAFTERDRY integer;
declare variable AFTERDRYDIRT numeric(9,2);
declare variable AFTERDRY_DIRT numeric(12,4) = 0;
declare variable DIRTAFTERDRY numeric(9,2);
declare variable AFTERDRYSCREEN numeric(9,2);
declare variable AFTERDRY_SCREEN numeric(12,4) = 0;
declare variable SCREENAFTERDRY numeric(9,2);
declare variable SMALLGRAINAFTERDRY numeric(9,2);
declare variable ALLWEIGHTBEFORECLEANING double precision = 0;
declare variable ALLDIRTWEIGHT integer = 0;
declare variable ALLSCREENWEIGHT integer = 0;
declare variable ALLWEIGHTBEFOREDRYING double precision = 0;
declare variable SHRINKAGEWEIGHT integer;
declare variable DEFAULTVALUE numeric(4,2) = 0;
declare variable AOWNERID integer;
declare variable ADIRT_BEFORE numeric(12,4);
declare variable ADIRT_AFTER numeric(12,4);
declare variable AWEIGHTBEFORECLEANING integer;
declare variable ADIRTBEFORE numeric(9,2);
declare variable ADIRTAFTER numeric(9,2);
declare variable ADIRTWEIGHT integer = 0;
declare variable ASCREENBEFORE numeric(9,2);
declare variable ASCREENAFTER numeric(9,2);
declare variable ASCREEN_BEFORE numeric(12,4);
declare variable ASCREEN_AFTER numeric(12,4);
declare variable ASCREENWEIGHT integer = 0;
declare variable HOWNERID integer;
declare variable AHUMIDITY_BEFORE numeric(12,4);
declare variable AHUMIDITY_AFTER numeric(12,4);
declare variable AWEIGHTBEFOREDRYING integer;
declare variable A_WEIGHTBEFOREDRYING integer;
declare variable AHUMIDITYBEFORE numeric(9,2);
declare variable AHUMIDITYAFTER numeric(9,2);
declare variable AHUMWEIGHT integer = 0;
declare variable A_BEFOREDRYINGWEIGHT integer = 0;
declare variable A_HUMIDITY_BEFORE numeric(15,4) = 0;
declare variable INVENTORYID integer;
declare variable AINVENTORYID integer;
declare variable COEFFICIENT numeric(9,8);
declare variable DELTAWEIGHT integer;
declare variable GROSS integer;
declare variable TARE integer;
declare variable WEIGHT integer;
declare variable ASUMHUMWEIGHT integer;
begin
select
coalesce(METODSOLUTION,0), SELECTEDWASTE, coalesce(WRITING_OFF,0)
from UWTYPES
where (UWTYPEID = :UWTYPEID)
into :METODSOLUTION, :SELECTEDWASTE, :WRITING_OFF;
BEFOREWEIGHT = 0;
ALLDIRTWEIGHT = 0;
DRYINGWEIGHT = 0;
CLEANINGBEGINDATE = null;
CLEANINGENDDATE = null;
DRYINGRBEGINDATE = null;
if (:FINALCALCULATION = 1) then begin
delete from IT
where (IT.OPERATIONID in (4,9)) and (IT.UWORDERID = :UWORDERID) and (IT.STATE = -999);
select HUMIDITY, GRAINUNIT, DIRT, SCREENING, QUALITYNUMBER
from QUALITY_SELECT(:QUALITYBEFOREID)
into :HUMIDITYBEFORECLEAN, :GRAINUNITBEFORECLEAN, :DIRTBEFORECLEAN, :SCREENBEFORECLEAN, :QUALITYNUMBERBEFORECLEAN;
select HUMIDITY, GRAINUNIT, DIRT, SCREENING, QUALITYNUMBER
from QUALITY_SELECT(:QUALITYAFTERID)
into :HUMIDITYAFTERCLEAN, :GRAINUNITAFTERCLEAN, :DIRTAFTERCLEAN, :SCREENAFTERCLEAN, :QUALITYNUMBERAFTERCLEAN;
select HUMIDITY, GRAINUNIT, DIRT, SCREENING, QUALITYNUMBER
from QUALITY_SELECT(:BEFOREDRYQUALITYID)
into :HUMIDITYBEFOREDRY, :GRAINUNITBEFOREDRY, :DIRTBEFOREDRY, :SCREENBEFOREDRY, :QUALITYNUMBERBEFOREDRY;
select HUMIDITY, GRAINUNIT, DIRT, SCREENING, QUALITYNUMBER
from QUALITY_SELECT(:AFTERDRYQUALITYID)
into :HUMIDITYAFTERDRY, :GRAINUNITAFTERDRY, :DIRTAFTERDRY, :SCREENAFTERDRY, :QUALITYNUMBERAFTERDRY;
end
else begin
select QUALITYNUMBER
from QUALITY_SELECT(:QUALITYBEFOREID)
into :QUALITYNUMBERBEFORECLEAN;
select QUALITYNUMBER
from QUALITY_SELECT(:QUALITYAFTERID)
into :QUALITYNUMBERAFTERCLEAN;
select QUALITYNUMBER
from QUALITY_SELECT(:BEFOREDRYQUALITYID)
into :QUALITYNUMBERBEFOREDRY;
select QUALITYNUMBER
from QUALITY_SELECT(:AFTERDRYQUALITYID)
into :QUALITYNUMBERAFTERDRY;
if (:METODSOLUTION in (43,143,45,145,47,147,48,148)) then
select
cast(cast(100 * sum(cast(NET * cast(HUMIDITY as numeric(4,1)) / 100 as integer)) as numeric (15,4)) / sum(NET) as numeric (4,2)),
cast(cast(100 * sum(cast(NET * DIRT / 100 as integer)) as numeric (15,4)) / sum(NET) as numeric (4,2))
from (
select
sum(IT.NET) NET, IT.REGISTERID REGISTERID, IT.UWORDERID UWORDERID,
min(QUALITY_SELECT.HUMIDITY) HUMIDITY, min(QUALITY_SELECT.DIRT) DIRT
from IT
left join INVOICEREGISTERS on (INVOICEREGISTERS.INVOICEREGISTERID = IT.REGISTERID)
left join QUALITY_SELECT(INVOICEREGISTERS.QUALITYID) on (0=0)
left join ITTRANSPORT on (ITTRANSPORT.INVENTORYID = IT.INVENTORYID)
where (IT.UWORDERID = :UWORDERID)
and ((ITTRANSPORT.DIRTWEIGHT > 0) or (ITTRANSPORT.HUMWEIGHT > 0))
and (IT.REGDATE between
(case
when (:METODSOLUTION >= 100) then
(coalesce ((select min(GWP.BEGINDATE)
from GETWORKPARTIES(:CURRENTPARTY, :UWORDERDATE, :CROPID, :CLASSID, IT.STORAGEID) GWP
),:UWORDERDATE))
else :UWORDERDATE
end)
and :UWACTDATE)
and (INVOICEREGISTERS.INVOICEREGISTERID is not null)
and ((IT.OPERATIONID = 1) and (IT.STATE > -1) and (IT.PARENTID <= 0))
group by IT.UWORDERID, IT.REGISTERID
order by IT.REGISTERID
)
group by UWORDERID
into :HUMIDITYAFTERDRY, :DIRTAFTERCLEAN;
end
select coalesce(coalesce(GETCONTRACTCOSTS.HUMB,GET_CONTRACT_COSTS.HUMB),0)
from GET_CONTRACT_COSTS(:UWACTDATE, null, 3, :CROPID, :CLASSID)
left join GET_CONTRACT_COSTS(:UWACTDATE, null, 22, :CROPID, :CLASSID) GETCONTRACTCOSTS on (0=0)
into :DEFAULTVALUE;
select UNDERWORK_CALCUWACT_PREV.ALLWEIGHTBEFORECLEANING, UNDERWORK_CALCUWACT_PREV.SETTLEMENTWASTEWEIGHT,
UNDERWORK_CALCUWACT_PREV.WASTEWEIGHT, UNDERWORK_CALCUWACT_PREV.ALLWEIGHTBEFOREDRYING,
UNDERWORK_CALCUWACT_PREV.SHRINKAGEWEIGHT, UNDERWORK_CALCUWACT_PREV.SETTLEMENTSHRINKAGEWEIGHT
from UNDERWORK_CALCUWACT_PREV(:METODSOLUTION, :UWORDERID, :CROPID, :DEFAULTVALUE, :HUMIDITYAFTERDRY, :DIRTAFTERCLEAN)
into :ALLWEIGHTBEFORECLEANING, :SETTLEMENTDIRTWEIGHT, :WASTEWEIGHT,
:ALLWEIGHTBEFOREDRYING, :SHRINKAGEWEIGHT, :SETTLEMENTSHRINKAGEWEIGHT;
for
select
sum(IT.NET) NET, min(IT.STORAGEID) STORAGEID,
min(coalesce((case
when ((ITTRANSPORT.DIRTWEIGHT > 0) or (ITTRANSPORT.SCREENWEIGHT > 0)) then
IT.REGDATE
end),current_date)) MINREGDATE,
max(IT.REGDATE) MAXREGDATE,
min(coalesce((case
when (ITTRANSPORT.HUMWEIGHT > 0) then
IT.REGDATE
end),current_date)) DRYINGRBEGINDATE,
cast(cast(100 * sum(cast(NET * cast(LQUALITY.DIRT as numeric(4,1)) / 100 as integer)) as numeric (15,4)) / sum(NET) as numeric (4,2)) L_DIRT,
cast(cast(100 * sum(cast(NET * cast(LQUALITY.HUMIDITY as numeric(4,1)) / 100 as integer)) as numeric (15,4)) / sum(NET) as numeric (4,2)) L_HUMIDITY,
min(case
when (CROP.CROPTYPEID = 5) then
LQUALITY.OILSEED
else LQUALITY.SCREENING
end) L_SCREENING,
-- cast(cast(100 * sum(cast(NET * cast(LQUALITY.GRAINUNIT as numeric(4,1)) / 100 as integer)) as numeric (15,4)) / sum(NET) as numeric (4,2)) L_GRAINUNIT,
-- cast(cast(100 * sum(cast(NET * cast(LQUALITY.GRAINUNIT as numeric(4,1)) / 100 as integer)) as numeric (15,4)) / sum(NET) as integer) L_GRAINUNIT,
749,
cast(cast(100 * sum(cast(NET * cast(LQUALITY.SMALLGRAIN as numeric(4,1)) / 100 as integer)) as numeric (15,4)) / sum(NET) as numeric (4,2)) L_SMALLGRAIN,
min(RQUALITY.DIRT) R_DIRT, min(RQUALITY.HUMIDITY) R_HUMIDITY,
min(RQUALITY.SCREENING) R_SCREENING, min(RQUALITY.GRAINUNIT) R_GRAINUNIT,
min(RQUALITY.SMALLGRAIN) R_SMALLGRAIN, sum(ITTRANSPORT.HUMWEIGHT) HUMWEIGHT,
sum(ITTRANSPORT.DIRTWEIGHT) DIRTWEIGHT, sum(ITTRANSPORT.SCREENWEIGHT) SCREENWEIGHT,
min(IT.OWNERID) OWNERID, min(CROP.CROPTYPEID) CROPTYPEID,
min(IT.STORINGID) STORINGID, min(LQUALITY.CROPID) CROPID,
min(LQUALITY.CLASSID) CLASSID, IT.REGISTERID,
min(IT.PARTYID) PARTYID, min(IT.INVOICEID), max(IT.CONTRACTID)
from IT
left join QUALITY_SELECT(IT.LABQUALITYID) LQUALITY on (0=0)
left join INVOICEREGISTERS on (INVOICEREGISTERS.INVOICEREGISTERID = IT.REGISTERID)
left join QUALITY_SELECT(INVOICEREGISTERS.QUALITYID) RQUALITY on (0=0)
left join ITTRANSPORT on (ITTRANSPORT.INVENTORYID = IT.INVENTORYID)
left join CROP on (CROP.CROPID = :CROPID)
where (IT.UWORDERID = :UWORDERID)
and ((((ITTRANSPORT.DIRTWEIGHT > 0) or (ITTRANSPORT.HUMWEIGHT > 0) or (ITTRANSPORT.SCREENWEIGHT > 0))
and (not (:METODSOLUTION in (43,143,47,147,48,148))))
or (((LQUALITY.DIRT > :DIRTAFTERCLEAN) or (LQUALITY.HUMIDITY > :HUMIDITYAFTERDRY))
and (:METODSOLUTION in (43,143,47,147,48,148))))
and (IT.REGDATE between
(case
when (:METODSOLUTION >= 100) then
(coalesce ((select min(GWP.BEGINDATE)
from GETWORKPARTIES(:CURRENTPARTY, :UWORDERDATE, :CROPID, :CLASSID, IT.STORAGEID) GWP
),:UWORDERDATE))
/*
when (:UWTYPEID in (3,34)) then
(coalesce ((select min(GWP.BEGINDATE)
from GETWORKPARTIES(1, null, :CROPID, :CLASSID, IT.STORAGEID) GWP), :UWORDERDATE))
(coalesce ((select min(GWP.BEGINDATE)
from GETWORKPARTIES(0, :UWORDERDATE, :CROPID, :CLASSID, IT.STORAGEID) GWP), :UWORDERDATE))
*/
else :UWORDERDATE
end)
and :UWACTDATE)
and (INVOICEREGISTERS.INVOICEREGISTERID is not null)
and ((IT.OPERATIONID = 1) and (IT.STATE > -1) and (IT.PARENTID <= 0))
group by IT.REGISTERID
order by OWNERID, IT.REGISTERID
into :NET, :STORAGEID, :ACLEANINGBEGINDATE, :CLEANINGENDDATE, :ADRYINGRBEGINDATE,
:DIRTBEFORE, :HUMIDITYBEFORE, :SCREENBEFORE, :GRAINUNITBEFORE, :SMALLGRAINBEFORE,
:DIRTAFTER, :HUMIDITYAFTER, :SCREENAFTER, :GRAINUNITAFTER, :SMALLGRAINAFTER,
:HUMWEIGHT, :DIRTWEIGHT, :SCREENWEIGHT, :OWNERID, :CROPTYPEID, :STORINGID,
:ACROPID, :ACLASSID, :REGISTERID,
:PARTYID, :INVOICE, :CONTRACTID
do begin
if (ACLEANINGBEGINDATE < coalesce(CLEANINGBEGINDATE,current_date)) then
CLEANINGBEGINDATE = ACLEANINGBEGINDATE;
if (ADRYINGRBEGINDATE < coalesce(DRYINGRBEGINDATE,current_date)) then
DRYINGRBEGINDATE = ADRYINGRBEGINDATE;
BEFOREWEIGHT = BEFOREWEIGHT + NET;
WEIGHTBEFORECLEANING = 0;
WEIGHTAFTERCLEANING = 0;
WEIGHTBEFOREDRYING = 0;
if (HUMIDITYAFTER > HUMIDITYBEFORE) then
HUMIDITYAFTER = HUMIDITYBEFORE;
if (:FINALCALCULATION = 1) then begin
if (GRAINUNITAFTERCLEAN is not null) then
GRAINUNITAFTER = :GRAINUNITAFTERCLEAN;
if (DIRTAFTERCLEAN is not null) then
DIRTAFTER = :DIRTAFTERCLEAN;
if ((SCREENAFTERCLEAN is not null) and (coalesce(:SCREENAFTER,0) > 0)) then
SCREENAFTER = :SCREENAFTERCLEAN;
if (HUMIDITYAFTERDRY is not null) then
HUMIDITYAFTER = :HUMIDITYAFTERDRY;
end
if ((coalesce(:SCREENAFTER,0) = 0) or (:SCREENAFTER < 0)) then
SCREENAFTER = :SCREENBEFORE;
if (:METODSOLUTION in (41,141,54,154)) then begin
-- сначала сушка потом очистка
if (:METODSOLUTION in (41,141)) then begin
if (HUMIDITYBEFORE > HUMIDITYAFTER) then
WEIGHTBEFOREDRYING = NET;
if ((DIRTBEFORE > DIRTAFTER) or (SCREENBEFORE > SCREENAFTER)) then begin
WEIGHTBEFORECLEANING = NET - coalesce(HUMWEIGHT,0);
WEIGHTAFTERCLEANING = WEIGHTBEFORECLEANING - coalesce(DIRTWEIGHT,0) - coalesce(SCREENWEIGHT,0);
DIRTWEIGHT = coalesce(DIRTWEIGHT,0);
end
end
else begin
if (coalesce(AOWNERID,-1) <> OWNERID) then begin
AOWNERID = OWNERID;
A_BEFOREDRYINGWEIGHT = 0;
ASUMHUMWEIGHT = 0;
select
coalesce(NET,0),
cast(NET * cast((cast(HUMIDITY as numeric(6,4))- cast(:HUMIDITYAFTERDRY as numeric(4,2))) / (100 - cast(:HUMIDITYAFTERDRY as numeric(4,2))) as numeric (15,4)) as integer)
from (
select
sum(NET) NET,
cast(cast(100 * sum(cast(NET * cast(HUMIDITY as numeric(4,1)) / 100 as integer)) as numeric (15,4)) / sum(NET) as numeric (4,2)) HUMIDITY
from (
select
sum(IT.NET) NET, min(LQUALITY.HUMIDITY) HUMIDITY, min(IT.OWNERID) OWNERID
from IT
left join QUALITY_SELECT(IT.LABQUALITYID) LQUALITY on (0=0)
left join ITTRANSPORT on (ITTRANSPORT.INVENTORYID = IT.INVENTORYID)
left join CROP on (CROP.CROPID = :CROPID)
where (IT.UWORDERID = :UWORDERID) and (LQUALITY.HUMIDITY > :DEFAULTVALUE)
and (IT.REGISTERID is not null) and (IT.OWNERID = :AOWNERID)
and ((IT.OPERATIONID = 1) and (IT.STATE > -1) and (IT.PARENTID <= 0))
group by IT.REGISTERID
order by 3, IT.REGISTERID
)
group by OWNERID
)
into :AWEIGHTBEFOREDRYING, :AHUMWEIGHT;
AHUMWEIGHT = round(cast(AHUMWEIGHT as numeric (12,6)) * SETTLEMENTSHRINKAGEWEIGHT / SHRINKAGEWEIGHT);
end
if ((HUMIDITYBEFORE > HUMIDITYAFTER) and (HUMIDITYBEFORE > :DEFAULTVALUE)) then begin
WEIGHTBEFOREDRYING = NET;
if ((BEFOREDRYINGWEIGHT = (ALLWEIGHTBEFOREDRYING - WEIGHTBEFOREDRYING)) and (FINALCALCULATION = 1)) then
HUMWEIGHT = SETTLEMENTSHRINKAGEWEIGHT - SUMHUMWEIGHT;
-- else HUMWEIGHT = round(cast(WEIGHTBEFOREDRYING as numeric (12,6)) * cast(((100 * (HUMIDITYBEFORE - HUMIDITYAFTER)) / (100 - HUMIDITYAFTER)) as numeric(4,2)) / 100);
else
if (A_BEFOREDRYINGWEIGHT = (AWEIGHTBEFOREDRYING - WEIGHTBEFOREDRYING)) then
HUMWEIGHT = AHUMWEIGHT - ASUMHUMWEIGHT;
else begin
HUMWEIGHT = round(cast(WEIGHTBEFOREDRYING as numeric (12,6)) * cast(((100 * (HUMIDITYBEFORE - HUMIDITYAFTER)) / (100 - HUMIDITYAFTER)) as numeric(4,2)) / 100);
HUMWEIGHT = round(cast(HUMWEIGHT as numeric (12,6)) * SETTLEMENTSHRINKAGEWEIGHT / SHRINKAGEWEIGHT);
end
SUMHUMWEIGHT = SUMHUMWEIGHT + coalesce(HUMWEIGHT,0);
ASUMHUMWEIGHT = ASUMHUMWEIGHT + coalesce(HUMWEIGHT,0);
A_BEFOREDRYINGWEIGHT = A_BEFOREDRYINGWEIGHT + WEIGHTBEFOREDRYING;
end
else begin
HUMIDITYAFTER = HUMIDITYBEFORE;
HUMWEIGHT = 0;
end
if ((DIRTBEFORE > DIRTAFTER) and ((not (:METODSOLUTION in (54,154))) or (:WASTEWEIGHT is not null))) then begin
WEIGHTBEFORECLEANING = NET - coalesce(HUMWEIGHT,0);
DIRTWEIGHT = round(cast(WEIGHTBEFORECLEANING as numeric(18,4)) * (DIRTBEFORE - DIRTAFTER) / 100);
WEIGHTAFTERCLEANING = WEIGHTBEFORECLEANING - DIRTWEIGHT;
end
end
BEFORECLEANHUMIDITY = HUMIDITYAFTER;
if (HUMIDITYBEFORECLEAN is not null) then
AFTERCLEANHUMIDITY = HUMIDITYBEFORECLEAN;
else AFTERCLEANHUMIDITY = BEFORECLEANHUMIDITY;
if (DIRTBEFOREDRY is not null) then
BEFOREDRYDIRT = DIRTBEFOREDRY;
else BEFOREDRYDIRT = DIRTBEFORE;
if (DIRTAFTERDRY is not null) then
AFTERDRYDIRT = DIRTAFTERDRY;
else AFTERDRYDIRT = DIRTBEFORE;
if (SCREENBEFOREDRY is not null) then
BEFOREDRYSCREEN = SCREENBEFOREDRY;
else BEFOREDRYSCREEN = SCREENBEFORE;
if (SCREENAFTERDRY is not null) then
AFTERDRYSCREEN = SCREENAFTERDRY;
else AFTERDRYSCREEN = SCREENBEFORE;
end
else begin
-- сначала очистка потом сушка
if ((DIRTBEFORE > DIRTAFTER) or (SCREENBEFORE > SCREENAFTER)) then begin
WEIGHTBEFORECLEANING = NET;
if (:METODSOLUTION not in (40,140)) then begin
DIRTWEIGHT = 0;
SCREENWEIGHT = 0;
end
if (:METODSOLUTION in (42,142,44,144,46,146)) then begin
if (coalesce(AOWNERID,-1) <> OWNERID) then begin
AOWNERID = OWNERID;
ADIRT_BEFORE = 0;
ADIRT_AFTER = 0;
ASCREEN_BEFORE = 0;
ASCREEN_AFTER = 0;
AWEIGHTBEFORECLEANING = 0;
ADIRTBEFORE = 0;
ADIRTAFTER = 0;
ADIRTWEIGHT = 0;
ASCREENBEFORE = 0;
ASCREENAFTER = 0;
ASCREENWEIGHT = 0;
end
ADIRT_BEFORE = ADIRT_BEFORE + cast((DIRTBEFORE * WEIGHTBEFORECLEANING) / 100 as integer);
ADIRT_AFTER = ADIRT_AFTER + cast((DIRTAFTER * WEIGHTBEFORECLEANING) / 100 as integer);
ASCREEN_BEFORE = ASCREEN_BEFORE + cast((SCREENBEFORE * WEIGHTBEFORECLEANING) / 100 as integer);
ASCREEN_AFTER = ASCREEN_AFTER + cast((SCREENAFTER * WEIGHTBEFORECLEANING) / 100 as integer);
AWEIGHTBEFORECLEANING = AWEIGHTBEFORECLEANING + WEIGHTBEFORECLEANING;
if (AWEIGHTBEFORECLEANING > 0) then begin
ADIRTBEFORE = cast(cast(ADIRT_BEFORE * 100 as numeric (12,4)) / AWEIGHTBEFORECLEANING as numeric (4,2));
ADIRTAFTER = cast(cast(ADIRT_AFTER * 100 as numeric (12,4)) / AWEIGHTBEFORECLEANING as numeric (4,2));
ASCREENBEFORE = cast(cast(ASCREEN_BEFORE * 100 as numeric (12,4)) / AWEIGHTBEFORECLEANING as numeric (4,2));
ASCREENAFTER = cast(cast(ASCREEN_AFTER * 100 as numeric (12,4)) / AWEIGHTBEFORECLEANING as numeric (4,2));
end
if (DIRTBEFORE > DIRTAFTER) then begin
if (:METODSOLUTION in (42,142)) then begin
if (mod(cast((AWEIGHTBEFORECLEANING * (ADIRTBEFORE - ADIRTAFTER) / 100) as integer), 10) <> 5) then
DIRTWEIGHT = (round(AWEIGHTBEFORECLEANING * (ADIRTBEFORE - ADIRTAFTER) / 1000) * 10) - ADIRTWEIGHT;
else DIRTWEIGHT = round(AWEIGHTBEFORECLEANING * (ADIRTBEFORE - ADIRTAFTER) / 100) - ADIRTWEIGHT;
end
else begin
DIRTWEIGHT = round((AWEIGHTBEFORECLEANING) * cast((ADIRTBEFORE - ADIRTAFTER) as numeric(4,2)) / 100) - ADIRTWEIGHT;
SUMDIRTWEIGHT = SUMDIRTWEIGHT + coalesce(DIRTWEIGHT,0);
end
end
if (SCREENBEFORE > SCREENAFTER) then begin
SCREENWEIGHT = round((AWEIGHTBEFORECLEANING) * cast((ASCREENBEFORE - ASCREENAFTER) as numeric(4,2)) / 100) - ASCREENWEIGHT;
-- SUMDIRTWEIGHT = SUMDIRTWEIGHT + coalesce(DIRTWEIGHT,0);
end
ADIRTWEIGHT = ADIRTWEIGHT + DIRTWEIGHT;
ASCREENWEIGHT = ASCREENWEIGHT + SCREENWEIGHT;
end
if (:METODSOLUTION in (43,143,45,145,47,147,48,148)) then begin
if (DIRTBEFORE > DIRTAFTER) then begin
if (BEFORECLEANINGWEIGHT = (ALLWEIGHTBEFORECLEANING - WEIGHTBEFORECLEANING)) then
DIRTWEIGHT = SETTLEMENTDIRTWEIGHT - SUMDIRTWEIGHT;
else begin
if (:METODSOLUTION in (47,147,48,148)) then
DIRTWEIGHT = round(cast(WEIGHTBEFORECLEANING as numeric(18,4)) * cast((DIRTBEFORE - DIRTAFTER) as numeric(18,4)) / (cast(100 as numeric(18,4)) - DIRTAFTER));
else
if (:METODSOLUTION in (45,145)) then
DIRTWEIGHT = round(cast(WEIGHTBEFORECLEANING as numeric(18,4)) * cast((DIRTBEFORE - DIRTAFTER) as numeric(18,4)) / 100);
ADIRTWEIGHT = ADIRTWEIGHT + DIRTWEIGHT;
if (WASTEWEIGHT <> 0) then
DIRTWEIGHT = round(cast(ADIRTWEIGHT as numeric(18,8)) * SETTLEMENTDIRTWEIGHT / WASTEWEIGHT) - SUMDIRTWEIGHT;
end
end
SUMDIRTWEIGHT = SUMDIRTWEIGHT + DIRTWEIGHT;
end
WEIGHTAFTERCLEANING = WEIGHTBEFORECLEANING - DIRTWEIGHT - SCREENWEIGHT;
end
else begin
DIRTWEIGHT = 0;
SCREENWEIGHT = 0;
end
if ((HUMIDITYBEFORE > HUMIDITYAFTER) and (HUMIDITYBEFORE > :DEFAULTVALUE)) then begin
WEIGHTBEFOREDRYING = NET - coalesce(DIRTWEIGHT,0) - coalesce(SCREENWEIGHT,0);
if (:METODSOLUTION in (42,142,45,145,47,147,48,148)) then begin
if (coalesce(HOWNERID,-1) <> OWNERID) then begin
HOWNERID = OWNERID;
AHUMIDITY_BEFORE = 0;
AHUMIDITY_AFTER = 0;
AWEIGHTBEFOREDRYING = 0;
A_WEIGHTBEFOREDRYING = 0;
AHUMIDITYBEFORE = 0;
AHUMIDITYAFTER = 0;
AHUMWEIGHT = 0;
end
if (NET < 10000) then begin
AHUMIDITY_BEFORE = AHUMIDITY_BEFORE + cast(((cast(HUMIDITYBEFORE as numeric(4,1)) * NET) / 100) as numeric (12,4));
AHUMIDITY_AFTER = AHUMIDITY_AFTER + cast(((cast(HUMIDITYAFTER as numeric(4,1)) * NET) / 100) as numeric (12,4));
end
else begin
AHUMIDITY_BEFORE = AHUMIDITY_BEFORE + cast((cast(HUMIDITYBEFORE as numeric(4,1)) * NET) / 100 as integer);
AHUMIDITY_AFTER = AHUMIDITY_AFTER + cast((cast(HUMIDITYAFTER as numeric(4,1)) * NET) / 100 as integer);
end
AWEIGHTBEFOREDRYING = AWEIGHTBEFOREDRYING + WEIGHTBEFOREDRYING;
A_WEIGHTBEFOREDRYING = A_WEIGHTBEFOREDRYING + NET;
if (AWEIGHTBEFOREDRYING > 0) then begin
AHUMIDITYBEFORE = cast(cast(AHUMIDITY_BEFORE * 100 as numeric (12,4)) / A_WEIGHTBEFOREDRYING as numeric (4,2));
AHUMIDITYAFTER = cast(cast(AHUMIDITY_AFTER * 100 as numeric (12,4)) / A_WEIGHTBEFOREDRYING as numeric (4,2));
end
HUMWEIGHT = round((AWEIGHTBEFOREDRYING) * cast(((100 * (AHUMIDITYBEFORE - AHUMIDITYAFTER)) / (100 - AHUMIDITYAFTER)) as numeric(4,2)) / 100) - AHUMWEIGHT;
AHUMWEIGHT = AHUMWEIGHT + coalesce(HUMWEIGHT,0);
SUMHUMWEIGHT = SUMHUMWEIGHT + coalesce(HUMWEIGHT,0);
end
else
if (:METODSOLUTION not in (40,140)) then begin
if (:METODSOLUTION in (44,144,46,146)) then begin
if ((BEFOREDRYINGWEIGHT = (ALLWEIGHTBEFOREDRYING - WEIGHTBEFOREDRYING)) and (FINALCALCULATION = 1)) then
HUMWEIGHT = SHRINKAGEWEIGHT - SUMHUMWEIGHT;
else HUMWEIGHT = round((WEIGHTBEFOREDRYING) * cast(((100 * (HUMIDITYBEFORE - HUMIDITYAFTER)) / (100 - HUMIDITYAFTER)) as numeric(4,2)) / 100);
SUMHUMWEIGHT = SUMHUMWEIGHT + coalesce(HUMWEIGHT,0);
end
else HUMWEIGHT = round((WEIGHTBEFOREDRYING) * cast(((100 * (HUMIDITYBEFORE - HUMIDITYAFTER)) / (100 - HUMIDITYAFTER)) as numeric(4,2)) / 100);
end
if (NET < 10000) then
A_HUMIDITY_BEFORE = A_HUMIDITY_BEFORE + cast(((cast(HUMIDITYBEFORE as numeric(4,2)) * NET) / 100) as numeric (12,4));
else A_HUMIDITY_BEFORE = A_HUMIDITY_BEFORE + cast((cast(HUMIDITYBEFORE as numeric(4,2)) * NET) / 100 as integer);
A_BEFOREDRYINGWEIGHT = A_BEFOREDRYINGWEIGHT + NET;
end
else HUMWEIGHT = 0;
BEFORECLEANHUMIDITY = HUMIDITYBEFORE;
if (HUMIDITYBEFORECLEAN is not null) then
AFTERCLEANHUMIDITY = HUMIDITYBEFORECLEAN;
else AFTERCLEANHUMIDITY = HUMIDITYBEFORE;
if (DIRTBEFOREDRY is not null) then
BEFOREDRYDIRT = DIRTBEFOREDRY;
else BEFOREDRYDIRT = DIRTAFTER;
if (DIRTAFTERDRY is not null) then
AFTERDRYDIRT = DIRTAFTERDRY;
else AFTERDRYDIRT = DIRTAFTER;
if (SCREENBEFOREDRY is not null) then
BEFOREDRYSCREEN = SCREENBEFOREDRY;
else BEFOREDRYSCREEN = SCREENAFTER;
if (SCREENAFTERDRY is not null) then
AFTERDRYSCREEN = SCREENAFTERDRY;
else AFTERDRYSCREEN = SCREENAFTER;
end
if (((SCREENAFTER > SCREENBEFORE) or (coalesce(SCREENAFTER,0) = 0)) and (SCREENAFTERCLEAN is null)) then
SCREENAFTER = SCREENBEFORE;
if (WEIGHTBEFORECLEANING < 10000) then begin
BEFORECLEAN_HUMIDITY = BEFORECLEAN_HUMIDITY + cast(((cast(BEFORECLEANHUMIDITY as numeric(12,1)) * WEIGHTBEFORECLEANING) / 100) as numeric (12,4));
AFTERCLEAN_HUMIDITY = AFTERCLEAN_HUMIDITY + cast(((cast(AFTERCLEANHUMIDITY as numeric(12,1)) * WEIGHTBEFORECLEANING) / 100) as numeric (12,4));
DIRT_BEFORE = DIRT_BEFORE + cast(((DIRTBEFORE * WEIGHTBEFORECLEANING) / 100) as numeric (12,4));
DIRT_AFTER = DIRT_AFTER + cast(((DIRTAFTER * WEIGHTBEFORECLEANING) / 100) as numeric (12,4));
SCREEN_BEFORE = SCREEN_BEFORE + cast(((SCREENBEFORE * WEIGHTBEFORECLEANING) / 100) as numeric (12,4));
SCREEN_AFTER = SCREEN_AFTER + cast(((SCREENAFTER * WEIGHTBEFORECLEANING) / 100) as numeric (12,4));
end
else begin
BEFORECLEAN_HUMIDITY = BEFORECLEAN_HUMIDITY + cast((cast(BEFORECLEANHUMIDITY as numeric(12,1)) * WEIGHTBEFORECLEANING) / 100 as integer);
AFTERCLEAN_HUMIDITY = AFTERCLEAN_HUMIDITY + cast((cast(AFTERCLEANHUMIDITY as numeric(12,1)) * WEIGHTBEFORECLEANING) / 100 as integer);
DIRT_BEFORE = DIRT_BEFORE + cast((DIRTBEFORE * WEIGHTBEFORECLEANING) / 100 as integer);
DIRT_AFTER = DIRT_AFTER + cast((DIRTAFTER * WEIGHTBEFORECLEANING) / 100 as integer);
SCREEN_BEFORE = SCREEN_BEFORE + cast((SCREENBEFORE * WEIGHTBEFORECLEANING) / 100 as integer);
SCREEN_AFTER = SCREEN_AFTER + cast((SCREENAFTER * WEIGHTBEFORECLEANING) / 100 as integer);
end
if (WEIGHTBEFOREDRYING < 10000) then begin
HUMIDITY_BEFORE = HUMIDITY_BEFORE + cast(((cast(HUMIDITYBEFORE as numeric(12,1)) * WEIGHTBEFOREDRYING) / 100) as numeric (12,4));
HUMIDITY_AFTER = HUMIDITY_AFTER + cast(((cast(HUMIDITYAFTER as numeric(12,1)) * WEIGHTBEFOREDRYING) / 100) as numeric (12,4));
BEFOREDRY_DIRT = BEFOREDRY_DIRT + cast(((BEFOREDRYDIRT * WEIGHTBEFOREDRYING) / 100) as numeric (12,4));
AFTERDRY_DIRT = AFTERDRY_DIRT + cast(((AFTERDRYDIRT * WEIGHTBEFOREDRYING) / 100) as numeric (12,4));
BEFOREDRY_SCREEN = BEFOREDRY_SCREEN + cast(((BEFOREDRYSCREEN * WEIGHTBEFOREDRYING) / 100) as numeric (12,4));
AFTERDRY_SCREEN = AFTERDRY_SCREEN + cast(((AFTERDRYSCREEN * WEIGHTBEFOREDRYING) / 100) as numeric (12,4));
end
else begin
HUMIDITY_BEFORE = HUMIDITY_BEFORE + cast((cast(HUMIDITYBEFORE as numeric(12,1)) * WEIGHTBEFOREDRYING) / 100 as integer);
HUMIDITY_AFTER = HUMIDITY_AFTER + cast((cast(HUMIDITYAFTER as numeric(12,1)) * WEIGHTBEFOREDRYING) / 100 as integer);
BEFOREDRY_DIRT = BEFOREDRY_DIRT + cast((BEFOREDRYDIRT * WEIGHTBEFOREDRYING) / 100 as integer);
AFTERDRY_DIRT = AFTERDRY_DIRT + cast((AFTERDRYDIRT * WEIGHTBEFOREDRYING) / 100 as integer);
BEFOREDRY_SCREEN = BEFOREDRY_SCREEN + cast((BEFOREDRYSCREEN * WEIGHTBEFOREDRYING) / 100 as integer);
AFTERDRY_SCREEN = AFTERDRY_SCREEN + cast((AFTERDRYSCREEN * WEIGHTBEFOREDRYING) / 100 as integer);
end
if (:FINALCALCULATION = 1) then begin
if (((DIRTBEFORE > DIRTAFTER) or (SCREENBEFORE > SCREENAFTER))
and ((not (:METODSOLUTION in (54,154))) or (:WASTEWEIGHT is not null))) then begin
select RESULTQUALITYID
from QUALITY_INSERT(null, :ACROPID, :ACLASSID, :SORTID, null, null,
case
when (:METODSOLUTION in (40,140,42,142,43,143,44,144,45,145,46,146,47,147,48,148)) then
:HUMIDITYBEFORE
else :HUMIDITYAFTER
end,
null, null, null, :GRAINUNITBEFORE, null, null, :DIRTBEFORE, :SCREENBEFORE,
null, :SMALLGRAINBEFORE, null, null, null)
into :BEFORECLEANINGQUALITYID;
select RESULTQUALITYID
from QUALITY_INSERT(null, :ACROPID, :ACLASSID, :SORTID, null, null,
case
when (:METODSOLUTION in (40,140,42,142,43,143,44,144,45,145,46,146,47,147,48,148)) then
:HUMIDITYBEFORE
else :HUMIDITYAFTER
end,
null, null, null, :GRAINUNITBEFORE, null, null, :DIRTAFTER, :SCREENAFTER,
null, :SMALLGRAINAFTER, null, null, null)
into :AFTERCLEANINGQUALITYID;
insert into IT (STORAGEID, GROSS, TARE, NET, UWORDERID,
LABQUALITYID, SAMPLERQUALITYID, REGDATE, OPERATIONID, WEIGHT, STATE,
OPERATIONPARAM, OWNERID, STORINGID, REGISTERID, PARTYID, INVOICEID, CONTRACTID)
values (:STORAGEID, :WEIGHTBEFORECLEANING, :WEIGHTAFTERCLEANING, :DIRTWEIGHT, :UWORDERID,
:BEFORECLEANINGQUALITYID, :BEFORECLEANINGQUALITYID, :UWACTDATE, 4, :SCREENWEIGHT, -999,
:AFTERCLEANINGQUALITYID, :OWNERID, :STORINGID, :REGISTERID, :PARTYID, :INVOICE, :CONTRACTID);
end
if ((HUMIDITYBEFORE > HUMIDITYAFTER) and (HUMIDITYBEFORE > :DEFAULTVALUE)) then begin
select RESULTQUALITYID
from QUALITY_INSERT(null, :ACROPID, :ACLASSID, :SORTID, null, null, :HUMIDITYBEFORE,
null, null, null, :GRAINUNITBEFORE, null, null, :DIRTBEFORE, :SCREENBEFORE,
null, :SMALLGRAINBEFORE, null, null, null)
into :BEFOREDRYINGQUALITYID;
select RESULTQUALITYID
from QUALITY_INSERT(null, :ACROPID, :ACLASSID, :SORTID, null, null, :HUMIDITYAFTER,
null, null, null, :GRAINUNITBEFORE, null, null, :DIRTAFTER, :SCREENAFTER,
null, :SMALLGRAINAFTER, null, null, null)
into :AFTERDRYINGQUALITYID;
insert into IT (STORAGEID, GROSS, TARE, NET, UWORDERID, LABQUALITYID, SAMPLERQUALITYID,
REGDATE, OPERATIONID, WEIGHT, STATE, OPERATIONPARAM, OWNERID, STORINGID, REGISTERID,
PARTYID, INVOICEID, CONTRACTID)
values (:STORAGEID, :WEIGHTBEFOREDRYING, :NET, :HUMWEIGHT, :UWORDERID, :BEFOREDRYINGQUALITYID, :BEFOREDRYINGQUALITYID,
:UWACTDATE, 9, 0, -999, :AFTERDRYINGQUALITYID, :OWNERID, :STORINGID, :REGISTERID,
:PARTYID, :INVOICE, :CONTRACTID);
end
end
BEFORECLEANINGWEIGHT = BEFORECLEANINGWEIGHT + WEIGHTBEFORECLEANING;
AFTERCLEANINGWEIGHT = AFTERCLEANINGWEIGHT + WEIGHTAFTERCLEANING;
ALLDIRTWEIGHT = ALLDIRTWEIGHT + coalesce(DIRTWEIGHT,0);
ALLSCREENWEIGHT = ALLSCREENWEIGHT + coalesce(SCREENWEIGHT,0);
BEFOREDRYINGWEIGHT = BEFOREDRYINGWEIGHT + WEIGHTBEFOREDRYING;
AFTERDRYINGWEIGHT = AFTERDRYINGWEIGHT + (WEIGHTBEFOREDRYING - HUMWEIGHT);
DRYINGWEIGHT = DRYINGWEIGHT + coalesce(HUMWEIGHT,0);
end
if (BEFOREWEIGHT <> 0) then begin
if (BEFORECLEANINGWEIGHT > 0) then begin
HUMIDITYBEFORECLEAN = cast(cast(BEFORECLEAN_HUMIDITY * 100 as numeric (12,4)) / BEFORECLEANINGWEIGHT as numeric (4,2));
if (HUMIDITYBEFORECLEAN is null) then
HUMIDITYAFTERCLEAN = cast(cast(AFTERCLEAN_HUMIDITY * 100 as numeric (12,4)) / BEFORECLEANINGWEIGHT as numeric (4,2));
else HUMIDITYAFTERCLEAN = HUMIDITYBEFORECLEAN;
DIRTBEFORECLEAN = cast(cast(DIRT_BEFORE * 100 as numeric (12,4)) / BEFORECLEANINGWEIGHT as numeric (4,2));
DIRTAFTERCLEAN = cast(cast(DIRT_AFTER * 100 as numeric (12,4)) / BEFORECLEANINGWEIGHT as numeric (4,2));
SCREENBEFORECLEAN = cast(cast(SCREEN_BEFORE * 100 as numeric (12,4)) / BEFORECLEANINGWEIGHT as numeric (4,2));
SCREENAFTERCLEAN = cast(cast(SCREEN_AFTER * 100 as numeric (12,4)) / BEFORECLEANINGWEIGHT as numeric (4,2));
end
else begin
DIRTBEFORECLEAN = null;
DIRTAFTERCLEAN = null;
SCREENBEFORECLEAN = null;
SCREENAFTERCLEAN = null;
end
if (BEFOREDRYINGWEIGHT > 0) then begin
if (not (:METODSOLUTION in (41,141,54,154))) then begin
if (A_BEFOREDRYINGWEIGHT > 0) then
HUMIDITYBEFOREDRY = cast(cast(A_HUMIDITY_BEFORE * 100 as numeric (12,4)) / A_BEFOREDRYINGWEIGHT as numeric (4,2));
end
else HUMIDITYBEFOREDRY = cast(cast(HUMIDITY_BEFORE * 100 as numeric (12,4)) / BEFOREDRYINGWEIGHT as numeric (4,2));
HUMIDITYAFTERDRY = cast(cast(HUMIDITY_AFTER * 100 as numeric (12,4)) / BEFOREDRYINGWEIGHT as numeric (4,2));
DIRTBEFOREDRY = cast(cast(BEFOREDRY_DIRT * 100 as numeric (12,4)) / BEFOREDRYINGWEIGHT as numeric (4,2));
DIRTAFTERDRY = cast(cast(AFTERDRY_DIRT * 100 as numeric (12,4)) / BEFOREDRYINGWEIGHT as numeric (4,2));
SCREENBEFOREDRY = cast(cast(BEFOREDRY_SCREEN * 100 as numeric (12,4)) / BEFOREDRYINGWEIGHT as numeric (4,2));
SCREENAFTERDRY = cast(cast(AFTERDRY_SCREEN * 100 as numeric (12,4)) / BEFOREDRYINGWEIGHT as numeric (4,2));
end
else begin
HUMIDITYBEFOREDRY = null;
HUMIDITYAFTERDRY = null;
end
end
else begin
DIRTBEFORECLEAN = null;
HUMIDITYBEFOREDRY = null;
SCREENBEFORECLEAN = null;
DIRTAFTERCLEAN = null;
HUMIDITYAFTERDRY = null;
SCREENAFTERCLEAN = null;
end
DRYING = (100 * (:HUMIDITYBEFOREDRY - :HUMIDITYAFTERDRY)) / (100 - :HUMIDITYAFTERDRY);
/*
STORAGEID = coalesce(:STORAGEID, :DRYSTORAGEID);
if (:BEFOREWEIGHT = :BEFOREDRYINGWEIGHT) then begin
BEFOREWEIGHT = :BEFOREWEIGHT - :HUMWEIGHT;
HUMIDITYBEFORE = :HUMIDITYAFTER;
end
else begin
if (:METODSOLUTION in (5, 41)) then
HUMIDITYAFTER = :HUMIDITYBEFORE;
end
if (:METODSOLUTION in (5,41,43,53)) then
HUMIDITYAFTER = :HUMIDITYBEFORE;
if (coalesce(:BEFOREWEIGHT,0) = 0) then begin
BEFOREWEIGHT = :BEFOREDRYINGWEIGHT;
RBEGINDATE = :DRYINGRBEGINDATE;
end
*/
if (:WRITING_OFF = 1) then
delete from IT
where (IT.OPERATIONID in (4,22)) and (IT.UWORDERID = :UWORDERID);
execute procedure QUALITY_UPDATE(0, :QUALITYBEFOREID, :CROPID, :CLASSID, :SORTID, null, :QUALITYNUMBERBEFORECLEAN,
case
when (:METODSOLUTION in (41,141,54,154)) then
case
when (:HUMIDITYAFTERDRY is null) then
:HUMIDITYBEFORECLEAN
else :HUMIDITYAFTERDRY
end
else :HUMIDITYBEFORECLEAN
end,
null, null, null, :GRAINUNITBEFORECLEAN, null, null, :DIRTBEFORECLEAN, :SCREENBEFORECLEAN, null,
:SMALLGRAINBEFORECLEAN, null, null)
returning_values :QUALITYBEFOREID;
execute procedure QUALITY_UPDATE(0, :QUALITYAFTERID, :CROPID, :CLASSID, :SORTID, null, :QUALITYNUMBERAFTERCLEAN,
case
when (:METODSOLUTION in (41,141,54,154)) then
case
when (:HUMIDITYAFTERDRY is null) then
:HUMIDITYBEFORECLEAN
else :HUMIDITYAFTERDRY
end
else :HUMIDITYAFTERCLEAN
end,
null, null, null, :GRAINUNITAFTERCLEAN, null, null, :DIRTAFTERCLEAN, :SCREENAFTERCLEAN, null,
:SMALLGRAINAFTERCLEAN, null, null)
returning_values :QUALITYAFTERID;
execute procedure QUALITY_UPDATE(0, :BEFOREDRYQUALITYID, :CROPID, :CLASSID, :SORTID, null,
:QUALITYNUMBERBEFOREDRY, :HUMIDITYBEFOREDRY, null, null, null, :GRAINUNITBEFOREDRY, null, null,
:DIRTBEFOREDRY, :SCREENBEFOREDRY, null, :SMALLGRAINBEFOREDRY, null, null)
returning_values :BEFOREDRYQUALITYID;
execute procedure QUALITY_UPDATE(0, :AFTERDRYQUALITYID, :CROPID, :CLASSID, :SORTID, null,
:QUALITYNUMBERAFTERDRY, :HUMIDITYAFTERDRY, null, null, null, :GRAINUNITAFTERDRY, null, null,
:DIRTAFTERDRY, :SCREENAFTERDRY, null, :SMALLGRAINAFTERDRY, null, null)
returning_values :AFTERDRYQUALITYID;
-- if (BEFORECLEANINGWEIGHT > 0) then
-- BEFOREWEIGHT = BEFORECLEANINGWEIGHT;
ABEFOREWEIGHT = BEFOREWEIGHT;
if ((DIRTBEFORECLEAN is not null) and (:DIRTAFTERCLEAN is not null) and (DIRTBEFORECLEAN > DIRTAFTERCLEAN)) then
if (:METODSOLUTION in (42,142)) then
CLEAN = :DIRTBEFORECLEAN - :DIRTAFTERCLEAN;
else CLEAN = cast(cast(100 * (:DIRTBEFORECLEAN - :DIRTAFTERCLEAN) as numeric(9,5)) / (100 - :DIRTAFTERCLEAN) as numeric(4,2));
if ((SCREENBEFORECLEAN is not null) and (:SCREENAFTERCLEAN is not null) and (SCREENBEFORECLEAN > SCREENAFTERCLEAN)) then
if (:METODSOLUTION in (42,142)) then
CLEAN = coalesce(CLEAN,0) + (:SCREENBEFORECLEAN - :SCREENAFTERCLEAN);
else CLEAN = coalesce(CLEAN,0) + cast(cast(100 * (:SCREENBEFORECLEAN - :SCREENAFTERCLEAN) as numeric(9,5)) / (100 - :SCREENAFTERCLEAN) as numeric(4,2));
-- корректировка усушки по расчетной от общего веса до сушки
if ((:FINALCALCULATION = 1) and (:METODSOLUTION in (45,145))) then begin
select max(IT.INVENTORYID), sum(IT.NET)
from IT
where (IT.UWORDERID = :UWORDERID) and (IT.NET > 0)
and (IT.STATE = -999) and (IT.OPERATIONID = 9)
group by IT.UWORDERID
into :INVENTORYID, :SHRINKAGEWEIGHT;
if ((SHRINKAGEWEIGHT > 0) and (SHRINKAGEWEIGHT <> SETTLEMENTSHRINKAGEWEIGHT)) then begin
COEFFICIENT = cast((cast(SETTLEMENTSHRINKAGEWEIGHT as numeric (15,8)) / SHRINKAGEWEIGHT) as numeric (9,8));
SUMHUMWEIGHT = 0;
for
select IT.INVENTORYID, IT.NET
from IT
where ((IT.UWORDERID = :UWORDERID) and (IT.NET > 0))
and ((IT.STATE = -999) and (IT.OPERATIONID = 9))
order by IT.INVENTORYID
into :AINVENTORYID, :RWEIGHT
do begin
if (AINVENTORYID <> INVENTORYID) then begin
HUMWEIGHT = round(RWEIGHT * COEFFICIENT);
SUMHUMWEIGHT = SUMHUMWEIGHT + HUMWEIGHT;
end
else HUMWEIGHT = SETTLEMENTSHRINKAGEWEIGHT - SUMHUMWEIGHT;
if (HUMWEIGHT <> RWEIGHT) then
update IT
set NET = :HUMWEIGHT
where (INVENTORYID = :AINVENTORYID);
end
AFTERDRYINGWEIGHT = BEFOREDRYINGWEIGHT - SETTLEMENTSHRINKAGEWEIGHT;
end
end
if (:METODSOLUTION in (3,44,144,45,145,46,146,47,147,54,154)) then begin
-- if (:METODSOLUTION in (3,44,144,45,145,46,146,54,154)) then begin
-- корректировка отходов по вызенным
if (:METODSOLUTION not in (3,45,145)) then
select UNDERWORK_CALCULATE_WASTE.ALLDIRTWEIGHT, UNDERWORK_CALCULATE_WASTE.ALLSCREENWEIGHT,
UNDERWORK_CALCULATE_WASTE.BEFOREDRYINGWEIGHT, UNDERWORK_CALCULATE_WASTE.AFTERDRYINGWEIGHT
from UNDERWORK_CALCULATE_WASTE(:UWORDERID, :UWTYPEID, :METODSOLUTION, :FINALCALCULATION, :BEFOREDRYINGWEIGHT, :AFTERDRYINGWEIGHT, :DRYING)
into :ALLDIRTWEIGHT, :ALLSCREENWEIGHT, :BEFOREDRYINGWEIGHT, :AFTERDRYINGWEIGHT;
for
select QUALITY_SELECT.CLASSID, sum(IT.NET),
cast(sum(NET * cast(QUALITY_SELECT.HUMIDITY as numeric (15,4))) / sum(NET) as numeric (4,2)),
cast(sum(NET * cast(QUALITY_SELECT.DIRT as numeric (15,4))) / sum(NET) as numeric (4,2)),
case
when (min(CROP.CROPTYPEID) = 5) then
cast(sum(NET * cast(QUALITY_SELECT.OILSEED as numeric (15,4))) / sum(NET) as numeric (4,2))
else cast(sum(NET * cast(QUALITY_SELECT.SCREENING as numeric (15,4))) / sum(NET) as numeric (4,2))
end,
cast(sum(NET * cast(QUALITY_SELECT.GRAINUNIT as numeric (15,4))) / sum(NET) as numeric (4,2)),
cast(sum(NET * cast(QUALITY_SELECT.SMALLGRAIN as numeric (15,4))) / sum(NET) as numeric (4,2))
from IT
left join QUALITY_SELECT(IT.LABQUALITYID) on (0=0)
left join CLASS on (CLASS.CLASSID = QUALITY_SELECT.CLASSID)
left join CROP on (CROP.CROPID = QUALITY_SELECT.CROPID)
where (IT.OPERATIONID in (5,14))
and (IT.REGDATE between
(case
when (:UWTYPEID = 3) then
(coalesce((select min(GWP.BEGINDATE)
from GETWORKPARTIES(:CURRENTPARTY, :UWORDERDATE, QUALITY_SELECT.CROPID, QUALITY_SELECT.CLASSID, :STORAGEID) GWP
),:UWORDERDATE))
else :UWORDERDATE
end)
and :UWACTDATE)
and (IT.UWORDERID = :UWORDERID) and (IT.STORAGEID = :STORAGEID) and (IT.STATE > -1)
group by QUALITY_SELECT.CLASSID
union
select 9999, null, null, null, null, null, null
from rdb$database
into :ACLASSID, :AWEIGHT, :FORAGEHUMIDITY, :FORAGEDIRT, :FORAGESCREEN, :FORAGEGRAINUNIT, :FORAGESMALLGRAIN
do begin
if (:ACLASSID = 106) then begin -- мелкое зерно
select UWACTS.QUALITYID_SMALLGRAIN
from UWACTS
where (UWACTS.UWORDERID = :UWORDERID)
into :FORAGE_QUALITYID;
W_SMALLGRAIN = :AWEIGHT;
DIRT_SMALLGRAIN = :FORAGEDIRT;
end
else
if (:ACLASSID = 999) then begin -- побочн. продукт Д
select UWACTS.QUALITYID_BY_PRODUCT_D
from UWACTS
where (UWACTS.UWORDERID = :UWORDERID)
into :FORAGE_QUALITYID;
W_BYPRODUCT_D = :AWEIGHT;
DIRT_BYPRODUCT_D = :FORAGEDIRT;
end
else
if (:ACLASSID = 105) then begin -- побочн. продукт Б
select UWACTS.QUALITYID_BY_PRODUCT_B
from UWACTS
where (UWACTS.UWORDERID = :UWORDERID)
into :FORAGE_QUALITYID;
W_BYPRODUCT_B = :AWEIGHT;
DIRT_BYPRODUCT_B = :FORAGEDIRT;
end
else
if (:ACLASSID = 107) then begin -- побочн. продукт А
select UWACTS.QUALITYID_BY_PRODUCT_A
from UWACTS
where (UWACTS.UWORDERID = :UWORDERID)
into :FORAGE_QUALITYID;
W_BYPRODUCT_A = :AWEIGHT;
DIRT_BYPRODUCT_A = :FORAGEDIRT;
end
else
if (:ACLASSID = 39) then begin -- отходы 1 категори А
select UWACTS.QUALITYID_1C_A
from UWACTS
where (UWACTS.UWORDERID = :UWORDERID)
into :FORAGE_QUALITYID;
W_FORAGE1C_A = :AWEIGHT;
DIRT_FORAGE1C_A = :FORAGEDIRT;
end
else
if (:ACLASSID = 68) then begin -- отходы 1 категории Б
select UWACTS.QUALITYID_1C_B
from UWACTS
where (UWACTS.UWORDERID = :UWORDERID)
into :FORAGE_QUALITYID;
W_FORAGE1C_B = :AWEIGHT;
DIRT_FORAGE1C_B = :FORAGEDIRT;
end
else
if (:ACLASSID = 40) then begin -- отходы 2 категории
select UWACTS.QUALITYID_2C
from UWACTS
where (UWACTS.UWORDERID = :UWORDERID)
into :FORAGE_QUALITYID;
W_FORAGE2C = :AWEIGHT;
DIRT_FORAGE2C = :FORAGEDIRT;
end
else begin -- отходы 3 категории
select UWACTS.QUALITYID_3C
from UWACTS
where (UWACTS.UWORDERID = :UWORDERID)
into :FORAGE_QUALITYID;
if (:ACLASSID = 41) then begin -- отходы 3 категории
W_FORAGE3C = :AWEIGHT;
DIRT_FORAGE3C = :FORAGEDIRT;
end
else begin
if ((:METODSOLUTION in (47,147)) and (W_FORAGE3C = 0)) then begin
select DIRT
from QUALITY_SELECT(:FORAGE_QUALITYID)
into :FORAGEDIRT;
ALLSCREENWEIGHT = W_BYPRODUCT_A + W_BYPRODUCT_B + W_BYPRODUCT_D + W_FORAGE1C_A + W_FORAGE1C_B + W_FORAGE2C + W_SMALLGRAIN;
if (ALLSCREENWEIGHT > 0) then begin
ALLDIRTWEIGHT = trunc((((DIRTBEFORECLEAN - DIRTAFTERCLEAN) * BEFORECLEANINGWEIGHT) - ((DIRT_BYPRODUCT_A - DIRTAFTERCLEAN) * W_BYPRODUCT_A)
- ((DIRT_BYPRODUCT_B - DIRTAFTERCLEAN) * W_BYPRODUCT_B)
- ((DIRT_BYPRODUCT_D - DIRTAFTERCLEAN) * W_BYPRODUCT_D)
- ((DIRT_FORAGE1C_A - DIRTAFTERCLEAN) * W_FORAGE1C_A)
- ((DIRT_FORAGE1C_B - DIRTAFTERCLEAN) * W_FORAGE1C_B)
- ((DIRT_FORAGE2C - DIRTAFTERCLEAN) * W_FORAGE2C)
- ((DIRT_SMALLGRAIN - DIRTAFTERCLEAN) * W_SMALLGRAIN)
) / (FORAGEDIRT - DIRTAFTERCLEAN) / 10) * 10;
end
else ALLDIRTWEIGHT = trunc(cast(BEFORECLEANINGWEIGHT as numeric(18,4)) * cast((DIRTBEFORECLEAN - DIRTAFTERCLEAN) as numeric(18,4)) / (cast(100 as numeric(18,4)) - DIRTAFTERCLEAN) / 10) * 10;
AWEIGHT = ALLDIRTWEIGHT;
end
end
end
select
QUALITY_SELECT.DIRT, QUALITY_SELECT.SCREENING, QUALITY_SELECT.HUMIDITY,
QUALITY_SELECT.GRAINUNIT, QUALITY_SELECT.SMALLGRAIN, QUALITY_SELECT.QUALITYNUMBER
from QUALITY_SELECT(:FORAGE_QUALITYID)
left join CROP on (CROP.CROPID = QUALITY_SELECT.CROPID)
into :FORAGE_DIRT, :FORAGE_SCREEN, :FORAGE_HUMIDITY,
:FORAGE_GRAINUNIT, :FORAGE_SMALLGRAIN, :FORAGE_QUALITYNUMBER;
if (:FINALCALCULATION = 1) then begin
if (FORAGE_DIRT is not null) then
FORAGEDIRT = :FORAGE_DIRT;
if (FORAGE_SCREEN is not null) then
FORAGESCREEN = :FORAGE_SCREEN;
if (FORAGE_HUMIDITY is not null) then
FORAGEHUMIDITY = :FORAGE_HUMIDITY;
if (FORAGE_GRAINUNIT is not null) then
FORAGEGRAINUNIT = :FORAGE_GRAINUNIT;
if (FORAGE_SMALLGRAIN is not null) then
FORAGESMALLGRAIN = :FORAGE_SMALLGRAIN;
end
else begin
if (:METODSOLUTION in (42,142,43,143,44,144,45,145,46,146,47,147,48,148)) then
FORAGEHUMIDITY = HUMIDITYAFTERCLEAN;
else FORAGEHUMIDITY = HUMIDITYAFTERDRY;
end
execute procedure QUALITY_UPDATE(0, :FORAGE_QUALITYID, :CROPID, :CLASSID, :SORTID, null,
:FORAGE_QUALITYNUMBER, :FORAGEHUMIDITY, null, null, null, :FORAGEGRAINUNIT, null, null,
:FORAGEDIRT, :FORAGESCREEN, null, :FORAGESMALLGRAIN, null, null)
returning_values :FORAGE_QUALITYID;
if (:WRITING_OFF = 1) then begin
INVOICE = gen_id(INVOICEIDGEN, 1);
insert into INVOICES (INVOICEID)
values (:INVOICE);
select RESULTQUALITYID -- качество для 4-й операции
from QUALITY_INSERT(null, :CROPID, :CLASSID, :SORTID, null, null, :FORAGEHUMIDITY,
null, null, null, :FORAGEGRAINUNIT, null, null, :FORAGEDIRT, :FORAGESCREEN,
null, :FORAGESMALLGRAIN, null, null, null)
into :WASTEQUALITYID;
insert into QUALITYDATA (QUALITYID, QUALITYTYPEID, QUALITYVALUE)
values (:WASTEQUALITYID, 3220, :CROPID);
insert into QUALITYDATA (QUALITYID, QUALITYTYPEID, QUALITYVALUE)
values (:WASTEQUALITYID, 3222, :CLASSID);
if (:METODSOLUTION = 3) then begin -- если отходы не 3-ей категории 4-я операция не пишется
insert into IT (STORAGEID, NET, UWORDERID, LABQUALITYID, SAMPLERQUALITYID,
REGDATE, OPERATIONID, WEIGHT, STATE, OPERATIONPARAM, OWNERID, INVOICEID)
values (:STORAGEID, :AWEIGHT, :UWORDERID, :FORAGE_IT_QUALITYID, :FORAGE_IT_QUALITYID,
:UWACTDATE, 22, :AWEIGHT, 0, :WASTEQUALITYID, :CLIENTID, :INVOICE);
insert into IT (STORAGEID, NET, UWORDERID, LABQUALITYID, SAMPLERQUALITYID,
REGDATE, OPERATIONID, WEIGHT, STATE, OWNERID, INVOICEID)
values (:STORAGEID, :AWEIGHT, :UWORDERID, :WASTEQUALITYID, :WASTEQUALITYID,
:UWACTDATE, 4, :AWEIGHT, 0, :CLIENTID, :INVOICE);
insert into ITTRANSPORT (INVENTORYID, TRANSPORTTYPEID)
values (:FORAGE_IT_QUALITYID, 0);
end
else begin
insert into IT (STORAGEID, NET, UWORDERID, LABQUALITYID, SAMPLERQUALITYID,
REGDATE, OPERATIONID, WEIGHT, STATE, OPERATIONPARAM, OWNERID, INVOICEID)
values (:STORAGEID, :AWEIGHT, :UWORDERID, :FORAGE_IT_QUALITYID, :FORAGE_IT_QUALITYID,
:UWACTDATE, 22, :AWEIGHT, 0, :WASTEQUALITYID, :CLIENTID, :INVOICE);
select IT.INVENTORYID
from IT
where (IT.UWORDERID = :UWORDERID)
and (IT.OPERATIONID = 22)
and (IT.STATE = 0)
into :INVID;
insert into ITTRANSPORT (INVENTORYID, TRANSPORTTYPEID)
values (:INVID,1);
insert into IT (STORAGEID, NET, UWORDERID, LABQUALITYID, SAMPLERQUALITYID,
REGDATE, OPERATIONID, WEIGHT, STATE, OWNERID, INVOICEID)
values (:STORAGEID, :AWEIGHT, :UWORDERID, :WASTEQUALITYID, :WASTEQUALITYID,
:UWACTDATE, 4, :AWEIGHT, 0, :CLIENTID, :INVOICE);
end
end
end
HUMWEIGHT = iif((:METODSOLUTION = 3), 0, :HUMWEIGHT);
end
else begin
if (coalesce(:SELECTEDWASTE,3) = 2) then -- по умолчанию в третью категорию
W_FORAGE2C = :CLEANWEIGHT;
else W_FORAGE3C = :CLEANWEIGHT;
select
case
when (coalesce(:SELECTEDWASTE,3) = 2) then
UWACTS.QUALITYID_2C
else UWACTS.QUALITYID_3C
end
from UWACTS
where (UWACTS.UWORDERID = :UWORDERID)
into :FORAGE_QUALITYID;
update QUALITY
set QUALITY.CLASSID = :ACLASSID
where (QUALITY.QUALITYID = :FORAGE_QUALITYID);
if (row_count = 0) then
insert into QUALITY (QUALITYID, CLASSID)
values (:FORAGE_QUALITYID, :ACLASSID);
select HUMIDITY, GRAINUNIT, DIRT, SCREENING, SMALLGRAIN, QUALITYNUMBER
from QUALITY_SELECT(:FORAGE_QUALITYID)
into :FORAGEHUMIDITY, :FORAGEGRAINUNIT, :FORAGEDIRT, :FORAGESCREEN,
:FORAGESMALLGRAIN, :FORAGE_QUALITYNUMBER;
if (:FINALCALCULATION = 0) then
FORAGEHUMIDITY = HUMIDITYBEFORECLEAN;
execute procedure QUALITY_UPDATE(0, :FORAGE_QUALITYID, :CROPID, :CLASSID, :SORTID, null,
:FORAGE_QUALITYNUMBER, :FORAGEHUMIDITY, null, null, null, :FORAGEGRAINUNIT, null, null,
:FORAGEDIRT, :FORAGESCREEN, null, :FORAGESMALLGRAIN, null, null)
returning_values :FORAGE_QUALITYID;
if (:WRITING_OFF = 1) then begin
select RESULTQUALITYID
from QUALITY_INSERT(null, :CROPID, :CLASSID, :SORTID, null, null, :FORAGEHUMIDITY,
null, null, null, :FORAGEGRAINUNIT, null, null, :FORAGEDIRT, :FORAGESCREEN,
null, :FORAGESMALLGRAIN, null, null, null)
into :FORAGE_IT_QUALITYID;
INVOICE = GEN_ID(INVOICEIDGEN, 1);
select RESULTQUALITYID
from QUALITY_INSERT(null, :CROPID, :CLASSID, :SORTID, null, null, :FORAGEHUMIDITY,
null, null, null, :FORAGEGRAINUNIT, null, null, :FORAGEDIRT, :FORAGESCREEN,
null, :FORAGESMALLGRAIN, null, null, null)
into :WASTEQUALITYID;
insert into QUALITYDATA (QUALITYID, QUALITYTYPEID, QUALITYVALUE)
values (:WASTEQUALITYID, 3220, :CROPID);
insert into QUALITYDATA (QUALITYID, QUALITYTYPEID, QUALITYVALUE)
values (:WASTEQUALITYID, 3222, :CLASSID);
insert into IT (STORAGEID, NET, UWORDERID, LABQUALITYID, SAMPLERQUALITYID,
REGDATE, OPERATIONID, WEIGHT, STATE, OPERATIONPARAM, OWNERID, INVOICEID)
values (:STORAGEID, :CLEANWEIGHT, :UWORDERID, :FORAGE_IT_QUALITYID,
:FORAGE_IT_QUALITYID, :UWACTDATE, 22, :CLEANWEIGHT, 0, :WASTEQUALITYID,
:CLIENTID, :INVOICE);
select IT.INVENTORYID
from IT
where (IT.UWORDERID = :UWORDERID)
and (IT.OPERATIONID = 22)
and (IT.STATE = 0)
into :INVID;
insert into INVOICES (INVOICEID)
values (:INVOICE);
insert into ITTRANSPORT (INVENTORYID, TRANSPORTTYPEID)
values (:INVID, 1);
insert into IT (STORAGEID, NET, UWORDERID, LABQUALITYID, SAMPLERQUALITYID,
REGDATE, OPERATIONID, WEIGHT, STATE, OWNERID, INVOICEID)
values (:STORAGEID, :CLEANWEIGHT, :UWORDERID, :WASTEQUALITYID,
:WASTEQUALITYID, :UWACTDATE, 4, :CLEANWEIGHT, 0, :CLIENTID, :INVOICE);
end
end
-- корректировка усушки по расчетной от общего веса до сушки
if ((:FINALCALCULATION = 1) and (:METODSOLUTION in (47,147,48,148))) then begin
select max(IT.INVENTORYID), sum(IT.GROSS), sum(IT.NET)
from IT
where (IT.UWORDERID = :UWORDERID) and (IT.NET > 0)
and (IT.STATE = -999) and (IT.OPERATIONID = 9)
group by IT.UWORDERID
into :INVENTORYID, :ALLWEIGHTBEFOREDRYING, :SHRINKAGEWEIGHT;
SETTLEMENTSHRINKAGEWEIGHT = ALLWEIGHTBEFOREDRYING * DRYING / 100;
if ((SHRINKAGEWEIGHT > 0) and (SHRINKAGEWEIGHT <> SETTLEMENTSHRINKAGEWEIGHT)) then begin
COEFFICIENT = cast((cast(SETTLEMENTSHRINKAGEWEIGHT as numeric (15,8)) / SHRINKAGEWEIGHT) as numeric (9,8));
SUMHUMWEIGHT = 0;
for
select IT.INVENTORYID, IT.NET
from IT
where ((IT.UWORDERID = :UWORDERID) and (IT.NET > 0))
and ((IT.STATE = -999) and (IT.OPERATIONID = 9))
order by IT.INVENTORYID
into :AINVENTORYID, :RWEIGHT
do begin
if (AINVENTORYID <> INVENTORYID) then begin
HUMWEIGHT = round(RWEIGHT * COEFFICIENT);
SUMHUMWEIGHT = SUMHUMWEIGHT + HUMWEIGHT;
end
else HUMWEIGHT = SETTLEMENTSHRINKAGEWEIGHT - SUMHUMWEIGHT;
if (HUMWEIGHT <> RWEIGHT) then
update IT
set NET = :HUMWEIGHT
where (INVENTORYID = :AINVENTORYID);
end
AFTERDRYINGWEIGHT = BEFOREDRYINGWEIGHT - SETTLEMENTSHRINKAGEWEIGHT;
end
end
update UWORDERS
set BEFOREDRYINGWEIGHT = :BEFOREDRYINGWEIGHT,
BEFOREDRYQUALITYID = :BEFOREDRYQUALITYID,
BEFORECLEANINGWEIGHT = :BEFORECLEANINGWEIGHT,
PARTYID = :PARTYID
where (UWORDERID = :UWORDERID);
if (:METODSOLUTION in (40,140,41,141)) then
W_FORAGE2C = ALLSCREENWEIGHT;
update UWACTS
-- set WEIGHT = :RWEIGHT,
set WEIGHT = :BEFOREWEIGHT - coalesce(:ALLDIRTWEIGHT,0) - coalesce(:ALLSCREENWEIGHT,0) - coalesce(:DRYINGWEIGHT,0),
-- BEGINDATE = :RBEGINDATE,
-- ENDDATE = :RENDDATE,
FORAGE1C_A = nullif(:W_FORAGE1C_A,0),
FORAGE1C_B = nullif(:W_FORAGE1C_B,0),
FORAGE2C = nullif(:W_FORAGE2C,0),
FORAGE3C = :ALLDIRTWEIGHT,
FORAGE_SMALLGRAIN = nullif(:W_SMALLGRAIN,0),
FORAGE_BY_PRODUCT_A = nullif(:W_BYPRODUCT_A,0),
FORAGE_BY_PRODUCT_B = nullif(:W_BYPRODUCT_B,0),
FORAGE_BY_PRODUCT_D = nullif(:W_BYPRODUCT_D,0),
DRYING = :DRYING,
CLEAN = :CLEAN,
AFTERDRYQUALITYID = :AFTERDRYQUALITYID,
AFTERDRYINGWEIGHT = :AFTERDRYINGWEIGHT,
AFTERCLEANINGWEIGHT = :BEFORECLEANINGWEIGHT - coalesce(:ALLDIRTWEIGHT,0) - coalesce(:ALLSCREENWEIGHT,0)
where (UWORDERID = :UWORDERID);
suspend;
end
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