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Report: Report List and code

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Matches 1 to 50 of 157   » Comma-delimited CSV file

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# reportID Report Name reportdesc sqlselect active
1 100  families: occuring marriage types without names (but with frequency)  families: occuring marriage types without names (but with frequency) one = equals 5 people   SELECT marrtype AS marriage_type, COUNT(*) AS Totals, RPAD('',COUNT(*)/5,'=') AS Graph FROM tng_families WHERE marrtype<>'' GROUP BY marrtype ORDER BY marrtype;  1 
2 107  individuals with missing father or missing mother  individuals with missing father or missing mother   SELECT p.personID, p.lastname, p.firstname, p.birthdate, p.living, father.personID AS fatherNr, father.lastname AS Name1, father.firstname AS firstname1, father.living, mother.personID AS motherNr, mother.lastname AS Name2, mother.firstname AS firstname2, mother.living, p.gedcom FROM tng_children AS c LEFT JOIN tng_families AS f ON c.familyID=f.familyID LEFT JOIN tng_people AS p ON c.personID=p.personID LEFT JOIN tng_people AS mother ON f.wife=mother.personID LEFT JOIN tng_people AS father ON f.husband=father.personID WHERE f.husband="" OR f.wife="" ORDER BY p.lastname, p.firstname, p.birthdatetr;   1 
3 265  Age in weeks of Children who died before 1    SELECT personID, lastname, firstname, birthdate AS Birth, deathdate AS Death, ROUND( DATEDIFF( deathdatetr, birthdatetr ) /7 ) AS weeks
FROM tng_people
WHERE DATEDIFF( deathdatetr, birthdatetr ) >1
AND DATEDIFF( deathdatetr, birthdatetr ) <365
AND living =0
AND YEAR( birthdatetr ) !=0
AND YEAR( deathdatetr ) !=0
ORDER BY weeks DESC  		 1 
4 266  Age in years, weeks, days    SELECT personid, lastname, firstname, birthdate, deathdate, gedcom, @Years := year( @adt := if( deathdatetr, replace( deathdatetr, '-00', '-01' ) , curdate( ) ) ) - year( @abd := replace( birthdatetr, '-00', '-01' ) ) - ( mid( @adt , 6, 5 ) < mid( @abd , 6, 5 ) ) AS Years, @Months := ( mid( @adt , 6, 5 ) < mid( @abd , 6, 5 ) ) *12 + month( @adt ) - month( @abd ) - ( day( @adt ) < day( @abd ) ) AS Months, @Days := day( @adt ) - day( @abd ) + ( day( @adt ) < day( @abd ) ) * day( last_day( @adt - INTERVAL 1
MONTH ) ) AS Days, @ca := ( birthdatetr != @abd
OR (
deathdatetr != @adt
AND NOT living
) ) AS about, concat( convert( @ay , char ) , 'y, ', convert( @am , char ) , 'm, ', convert( @ad , char ) , if( @ca , 'd (about)', 'd' ) ) AS Age, living
FROM tng_people
WHERE gedcom = 'savenije'
AND birthdatetr
AND (
deathdatetr
OR living
)
ORDER BY Years DESC , Months DESC , Days DESC , lastname, firstname 		 1 
5 267  Age in Years, Weeks, Days,    SELECT personid, lastname, firstname, birthdate, deathdate,
@years := year(@adt := if(deathdatetr,replace(deathdatetr,'-00','-01'),curdate())) -
year(@abd := replace(birthdatetr,'-00','-01')) - (mid(@adt,6,5) < mid(@abd,6,5)) as years,
@months := (mid(@adt,6,5) < mid(@abd,6,5)) * 12 + month(@adt) - month(@abd) - (day(@adt) < day(@abd)) as months, @days := day(@adt)-day(@abd) + (day(@adt) < day(@abd)) * day(last_day(@adt - interval 1 month)) as days,
@ca := (birthdatetr!=@abd or(deathdatetr != @adt and not living)) as about,
concat(convert(@years,char),' year, ',convert(@months,char),' months, ',convert(@days,char), if(@ca,'d (about)',' days')) as Age, living
FROM tng_people where gedcom = 'savenije' and birthdatetr and (deathdatetr or living)
order by Years desc, Months desc, Days desc,lastname, firstname 		 1 
6 191  Age of people at the beginning of WW2 (1940) eligable to fight 
 		 SELECT p.personID, p.lastname, p.firstname, et.description AS Conflict, 1940 - YEAR( p.birthdatetr ) AS age_at_beginning_of_world_war_two, e.eventdate AS Event_Date, e.eventplace AS Event, p.birthdate, p.deathdate, p.living
FROM tng_people AS p
LEFT OUTER JOIN tng_events AS e ON ( p.personID = e.persfamID
AND p.gedcom = e.gedcom )
LEFT OUTER JOIN tng_eventtypes AS et ON e.eventtypeID = et.eventtypeID
WHERE birthdatetr <>0000 -00 -00
AND ( 1940 - YEAR( birthdatetr ) >=18 )
AND ( 1940 - YEAR( birthdatetr ) <=40 )
AND YEAR( deathdatetr ) >1940
AND sex = "M"
AND (
birthdate NOT LIKE "Aft%"
)
AND (
(
(
et.tag = "EVEN"
AND description LIKE "Mili%"
)
OR (
et.tag = "EVEN"
AND et.description = "Civil War"
)
OR (
et.tag = "EVEN"
AND et.description LIKE "Revolutionary%"
)
OR (
et.tag = "EVEN"
AND et.description LIKE "WWI%"
)
OR (
et.tag = "EVEN"
AND et.description LIKE "Vietnam%"
)
OR (
et.tag = "EVEN"
AND et.description LIKE "Korean%"
)
OR (
et.tag = "EVEN"
AND et.description LIKE "War of 1812%"
)
)
OR et.tag IS NULL
)
ORDER BY age_at_beginning_of_world_war_two,p.lastname, p.firstname, p.personID 		 1 
7 152  Age of people when they died  Similar to the report 124 only now it gives ages with the addition of months and days.  SELECT personid, last_name, first_name, birth_date, death_date, concat( ay, 'y, ', am, 'm, ', ad, if( around, 'd (around)', 'd' ) ) AS age, living, gedcom
FROM (

SELECT personid, last_name, first_name, birth_date, death_date, year( adt ) - year( abd ) - ( mid( adt, 6, 5 ) < mid( abd, 6, 5 ) ) AS ay, (
mid( adt, 6, 5 ) < mid( abd, 6, 5 )
) *12 + month( adt ) - month( abd ) - ( day( adt ) < day( abd ) ) AS am, day( adt ) - day( abd ) + if( day( adt ) < day( abd ) , day( last_day( adt - INTERVAL 1
MONTH ) ) , 0 ) AS ad, (
birth_date != abd
OR (
death_date != adt
AND NOT living
)
) AS around, living, gedcom
FROM (

SELECT personid, lastname AS last_name, firstname AS first_name, birthdatetr AS birth_date, deathdatetr AS death_date, if( day( birthdatetr ) , birthdatetr, concat( year( birthdatetr ) , if( month( birthdatetr ) , mid( birthdatetr, 5, 3 ) , '-01' ) , '-01' ) ) AS abd, if( deathdatetr, if( day( deathdatetr ) , deathdatetr, concat( year( deathdatetr ) , if( month( deathdatetr ) , mid( deathdatetr, 5, 3 ) , '-01' ) , '-01' ) ) , now( ) ) AS adt, living, gedcom
FROM tng_people
WHERE gedcom = 'savenije'
AND birthdatetr
AND (
deathdatetr
OR living
)
) AS ppl
) AS agp
ORDER BY ay DESC , am DESC , ad DESC , last_name, first_name 		 1 
8 153  Ages of people when they died    SELECT personid, last_name, first_name, birth_date, death_date, age, months, days, approx, living, gedcom
FROM (

SELECT personid, last_name, first_name, birth_date, death_date, year( adeath_date ) - year( abirth_date ) - ( mid( adeath_date, 6, 5 ) < mid( abirth_date, 6, 5 ) ) AS age, (
mid( adeath_date, 6, 5 ) < mid( abirth_date, 6, 5 )
) *12 + month( adeath_date ) - month( abirth_date ) - ( DAY( adeath_date ) < DAY( abirth_date ) ) AS months, DAY( adeath_date ) - DAY( abirth_date ) + if( DAY( adeath_date ) < DAY( abirth_date ) , DAY( last_DAY( adeath_date - INTERVAL 1
MONTH ) ) , 0 ) AS days, (
birth_date != abirth_date
OR (
death_date != adeath_date
AND living
)
) AS approx, living, gedcom
FROM (

SELECT personid, lastname AS last_name, firstname AS first_name, birthdatetr AS birth_date, deathdatetr AS death_date, living, if( DAY( birthdatetr ) , birthdatetr, concat( year( birthdatetr ) , if( month( birthdatetr ) , mid( birthdatetr, 5, 3 ) , '-01' ) , '-01' ) ) AS abirth_date, if( deathdatetr, if( DAY( deathdatetr ) , deathdatetr, concat( year( deathdatetr ) , if( month( deathdatetr ) , mid( deathdatetr, 5, 3 ) , '-01' ) , '-01' ) ) , now( ) ) AS adeath_date, gedcom
FROM tng_people
WHERE gedcom = 'savenije'
AND birthdatetr
AND (
deathdatetr <> "0000-00-00"
OR living
)
) AS ppl
) AS agp
ORDER BY age DESC , months DESC , days DESC , last_name, first_name 		 1 
9 45  all occuring places, including place levels  all occuring places, including place levels   SELECT place,longitude,latitude, notes, ID FROM tng_places ORDER BY place;   1 
10 132  all occuring second place name levels p, including frequency,  all occuring second place name levels, including frequency, ordered by place name level

Alle voorkomende tweede niveau plaatsnamen en hoe vaak ze voorkomen,geordend volgens plaatsnaam niveau 		 SELECT REVERSE(SUBSTRING_INDEX(REVERSE(SUBSTRING_INDEX(place,",",2)),",",1)) AS Level_2, COUNT(*) AS Number FROM tng_places GROUP BY Level_2 ORDER BY Level_2;   1 
11 133  all occuring second place name levels, including frequency, ordered by frequency  all occuring second place name levels, including frequency, ordered by frequency

Alle voorkomende tweede niveau plaatsnamen en hoe vaak ze voorkomen. Geordend volgens frequentie 		 SELECT REVERSE(SUBSTRING_INDEX(REVERSE(SUBSTRING_INDEX(place,",",2)),",",1)) AS Level_2, COUNT(*) AS Number FROM tng_places GROUP BY Level_2 ORDER BY Number DESC, Level_2;  1 
12 134  All occuring third place levels, including frequency, ordered by place level  All occuring third place name levels, including frequency, ordered by place name level

Alle voorkomende derde niveau plaatsnamen en hoe vaak ze voorkomen. Geordend bij plaatsnaam niveau.  		 SELECT LTRIM(REVERSE(SUBSTRING_INDEX(REVERSE(place),",",1))) AS Level_3, COUNT(*) AS Number FROM tng_places GROUP BY Level_3 ORDER BY Level_3;   1 
13 135  All occuring third place name levels, including frequency, ordered by frequency  All occuring third place name levels, including frequency, ordered by frequency

Alle voorkomende derde niveau plaatsnamen en hoe vaak ze voorkomen. Geordend volgens frequentie 		 SELECT LTRIM(REVERSE(SUBSTRING_INDEX(REVERSE(place),",",1))) AS Level_3, COUNT(*) AS Number FROM tng_places GROUP BY Level_3 ORDER BY Number DESC, Level_3;   1 
14 260  All wrong dates    SELECT personID, lnprefix, lastname, firstname, birthdate, birthdatetr, altbirthdate, altbirthdatetr, deathdate, deathdatetr, changedby FROM tng_people

WHERE (Length( deathdate ) >4 AND NOT ( deathdate LIKE "Abt%" OR deathdate LIKE "Cal %" OR deathdate LIKE "Bef %" OR deathdate LIKE "Aft %" OR deathdate LIKE "Est %" OR deathdate LIKE "Bet %" OR deathdate LIKE "% BC" ) AND deathdatetr LIKE "%-00-00") OR

(Length( birthdate ) >4 AND NOT ( birthdate LIKE "Abt%" OR birthdate LIKE "Cal %" OR birthdate LIKE "Bef %" OR birthdate LIKE "Aft %" OR birthdate LIKE "Est %" OR birthdate LIKE "Bet %" OR birthdate LIKE "% BC" ) AND birthdatetr LIKE "%-00-00") OR

(Length( altbirthdate ) >4 AND NOT ( altbirthdate LIKE "Abt%" OR altbirthdate LIKE "Cal %" OR altbirthdate LIKE "Bef %" OR altbirthdate LIKE "Aft %" OR altbirthdate LIKE "Est %" OR altbirthdate LIKE "Bet %" OR altbirthdate LIKE "% BC" ) AND altbirthdatetr LIKE "%-00-00") OR

(Length( burialdate ) >4 AND NOT ( burialdate LIKE "Abt%" OR burialdate LIKE "Cal %" OR burialdate LIKE "Bef %" OR burialdate LIKE "Aft %" OR burialdate LIKE "Est %" OR burialdate LIKE "Bet %" OR burialdate LIKE "% BC" ) AND burialdatetr LIKE "%-00-00") 		 1 
15 122  birthday to death, one = equals 10 people  individuals: frequency distribution of days from birthday to death, one = equals 10 people
Individuen: grafiek van de verdeling van dagen tussen verjaardig en overlijden, een = is 10 mensen 		 SELECT IF(ABS(DAYOFYEAR(deathdatetr)-DAYOFYEAR(birthdatetr))< 184,
TRUNCATE(ABS(DAYOFYEAR(deathdatetr)-DAYOFYEAR(birthdatetr))/7,0),
TRUNCATE((366-ABS(DAYOFYEAR(deathdatetr)-DAYOFYEAR(birthdatetr)))/7,0))
AS Difference_in_weeks, COUNT(*) AS Number, RPAD('',COUNT(*)/5,'=') AS Statistic FROM tng_people WHERE DAYOFYEAR(birthdatetr)<>0 AND DAYOFYEAR(deathdatetr)<>0 GROUP BY Difference_in_weeks ORDER BY Difference_in_weeks;  		 1 
16 155  Born after Baptized  Persons who are born after they are baptized  SELECT personID, firstname, lastname, birthdate, birthdatetr, altbirthdate, altbirthdatetr, YEAR( altbirthdatetr ) - YEAR( birthdatetr ) AS Age, gedcom, changedby
FROM tng_people
WHERE (
altbirthdatetr - birthdatetr <0
)
AND (
`birthdatetr` !=0000 -00 -00
OR YEAR( altbirthdatetr ) !=0000
)
AND birthdate != ""
AND altbirthdate != ""
AND `living` = "0"
AND altbirthdate != "n"
AND altbirthdatetr - birthdatetr !=0 		 1 
17 34  Changed families  Gezinnen die verandert zijn in de laatste 90 dagen
Families changed within the last 90 days 		 SELECT familyID, h.personID, h.lastname, h.firstname, w.personID AS FraupersonID, w.lastname AS FrauName, w.firstname AS FrauVorname, marrdate, marrplace, f.changedate, f.living, f.gedcom FROM tng_families AS f LEFT JOIN tng_people AS h ON f.husband=h.personID LEFT JOIN tng_people AS w ON f.wife=w.personID WHERE DATE_SUB(CURDATE(),INTERVAL 90 DAY)<=f.changedate ORDER BY changedate DESC;  1 
18 36  Changed headstones with links to cemetries  Headstones: changes within the last 90 days (listing *without* linked individuals but *with* linked cemeteries)   SELECT mediaID, description, hs.notes, hs.changedate, cemname, city, county, state, country
FROM tng_media AS hs
LEFT JOIN tng_cemeteries AS cem ON cem.cemeteryID = hs.cemeteryID
WHERE hs.mediatypeID = "headstones"
AND DATE_SUB( CURDATE( ) , INTERVAL 90
DAY ) <= hs.changedate
ORDER BY hs.changedate, description DESC  		 1 
19 31  Changed persons in the last 90 days  Lijst van personen waarin veranderingen en of toevoegingen zijn gedaan in de laatste 90 dagen, gesorteerd aflopend op de veranderdatum
List of the the people which changed the last 90 days, sorted on the last change date 		 SELECT personID, lastname, firstname AS Name, birthdate, birthplace, deathdate, changedate, gedcom, living FROM tng_people WHERE
DATE_SUB(CURDATE(),INTERVAL 90 DAY)<=changedate ORDER BY changedate DESC 		 1 
20 37  Changed photos, without links to people  Photos changed within the last 90 days (listing *without* linked individuals)  SELECT description, m.notes, m.changedate
FROM tng_media AS m
WHERE m.mediatypeID = "photos"
AND DATE_SUB( CURDATE( ) , INTERVAL 90
DAY ) <= m.changedate
ORDER BY m.changedate DESC  		 1 
21 35  Changes in headstones (Last 90 days w.o. people  headstones: changes within the last 90 days (listing *without* linked individuals and *without* linked cemeteries)  SELECT mediaID, description, notes, changedate
FROM tng_media AS hs
WHERE DATE_SUB( CURDATE( ) , INTERVAL 90
DAY ) <= hs.changedate
AND hs.mediatypeID = "headstones"
ORDER BY hs.changedate DESC  		 1 
22 33  Changes in histories with people  Veranderde documenten, levensverhalen MET links naar de personen
Documents/histories changed within the last 90 days (listing *with* linked individuals)  		 SELECT dc.mediaID, description, notes, p.personID, p.lastname, p.firstname, dc.changedate, p.living, p.gedcom
FROM tng_media AS dc
LEFT JOIN tng_medialinks AS dcl ON dc.mediaID = dcl.mediaID
LEFT JOIN tng_people AS p ON dcl.personID = p.personID
WHERE DATE_SUB( CURDATE( ) , INTERVAL 90
DAY ) <= dc.changedate
AND dc.mediatypeID = "histories"
ORDER BY dc.changedate DESC  		 1 
23 238  Changes made by users    SELECT changedby AS changed_by, COUNT( * ) AS Total_number, RPAD( '', COUNT( * ) /100, '=' ) AS Graph
FROM tng_people
GROUP BY changed_by
ORDER BY total_number DESC 		 1 
24 188  Children born after 9 months after their father's death    SELECT p.personID as cPersonID, p.lastname as cLastname, p.firstname as cFirstname, p.living, father.personID
AS FatherNr, father.birthdate AS FatherBirthdate,
YEAR( p.birthdatetr ) - YEAR( father.birthdatetr ) AS Father_age,
father.deathdate as Father_death, p.birthdate as cBirthdate,
CONCAT(ROUND(DATEDIFF(p.birthdatetr,father.deathdatetr)/30), " Months")
AS dif_month, p.deathdate, p.gedcom, p.changedby
FROM tng_children AS ch
LEFT JOIN tng_people AS p ON ( ch.personID = p.personID
AND ch.gedcom = p.gedcom )
LEFT JOIN tng_families AS f ON ( ch.familyID = f.familyID
AND ch.gedcom = f.gedcom )
LEFT JOIN tng_people AS father ON ( father.personID = f.husband
AND father.gedcom = f.gedcom )

WHERE p.birthdatetr <> "0000-00-00"
AND father.birthdatetr <> "0000-00-00"
AND p.deathdatetr <> "0000-00-00"
AND father.deathdatetr <> "0000-00-00"
AND

DATEDIFF(p.birthdatetr,father.deathdatetr) > 360

ORDER by cBirthdate, cLastname, cFirstname, dif_month 		 1 
25 187  Children born after the death of their mother    SELECT p.personID, p.lastname, p.firstname, p.birthdate, p.living, father.personID AS FatherNr, father.birthdate AS FatherBirthdate, YEAR( p.birthdatetr ) - YEAR( father.birthdatetr ) AS Father_age, mother.personID AS MotherNr, mother.birthdate AS MotherBirthdate, YEAR( p.birthdatetr ) - YEAR( mother.birthdatetr ) AS Mother_age, mother.deathdate, p.gedcom, p.changedby
FROM tng_children AS ch
LEFT JOIN tng_people AS p ON ( ch.personID = p.personID
AND ch.gedcom = p.gedcom )
LEFT JOIN tng_families AS f ON ( ch.familyID = f.familyID
AND ch.gedcom = f.gedcom )
LEFT JOIN tng_people AS father ON ( father.personID = f.husband
AND father.gedcom = f.gedcom )
LEFT JOIN tng_people AS mother ON ( mother.personID = f.wife
AND mother.gedcom = f.gedcom )
WHERE p.birthdatetr <> "0000-00-00"
AND mother.birthdatetr <> "0000-00-00"
AND p.deathdatetr <> "0000-00-00"
AND mother.deathdatetr <> "0000-00-00"
AND mother.deathdatetr < p.birthdatetr

ORDER BY Mother_age, p.lastname, p.firstname, p.birthdatetr; 		 1 
26 168  Children born with parents younger than 15 or mother older than 49  Children born with either one of the parents younger than 15 or with a mother older than 49. I think 52 is the oldest reported mother I found so anything older must be wrong (at least more than 50 years ago)  SELECT p.personID, p.lastname, p.firstname, p.birthdate, p.living, father.personID AS FatherNr, father.birthdate AS FatherBirthdate, YEAR( p.birthdatetr ) - YEAR( father.birthdatetr ) AS Father_age, mother.personID AS MotherNr, mother.birthdate AS MotherBirthdate, YEAR( p.birthdatetr ) - YEAR( mother.birthdatetr ) AS Mother_age, p.changedby, p.gedcom
FROM tng_children AS ch
LEFT JOIN tng_people AS p ON ( ch.personID = p.personID
AND ch.gedcom = p.gedcom )
LEFT JOIN tng_families AS f ON ( ch.familyID = f.familyID
AND ch.gedcom = f.gedcom )
LEFT JOIN tng_people AS father ON ( father.personID = f.husband
AND father.gedcom = f.gedcom )
LEFT JOIN tng_people AS mother ON ( mother.personID = f.wife
AND mother.gedcom = f.gedcom )
WHERE p.birthdatetr <> "0000-00-00"
AND father.birthdatetr <> "0000-00-00"
AND mother.birthdatetr <> "0000-00-00"
AND p.birthdate NOT LIKE "Aft%"
AND (YEAR(father.birthdatetr) > 1700 OR YEAR(mother.birthdatetr) > 1700)
AND (YEAR( p.birthdatetr ) - YEAR( mother.birthdatetr ) < 15 OR YEAR( p.birthdatetr ) - YEAR( mother.birthdatetr ) > 49 OR YEAR( p.birthdatetr ) - YEAR( father.birthdatetr ) < 15)
ORDER BY Mother_age, p.lastname, p.firstname, p.birthdatetr 		 1 
27 259  Children with a different Metaphone than their father  Because the spelling of a surname is sometimes slightly different but the sound isn't, I wanted to make a report which compared the sound of the last name of the children with the sound of the last name of the father  SELECT p.personID, p.lnprefix, p.lastname, p.firstname, p.birthdate, p.living, p.metaphone, p.gedcom, f.familyID, father.personID AS FatherNr, father.lnprefix, father.lastname AS Fatherlast_name, father.metaphone as fathermetaphone, mother.personID AS MotherNr, mother.metaphone AS mothermetaphone, mother.lastname AS Motherlast_name, p.changedby
FROM tng_children AS ch
LEFT JOIN tng_people AS p ON ( ch.personID = p.personID
AND ch.gedcom = p.gedcom )
LEFT JOIN tng_families AS f ON ( ch.familyID = f.familyID
AND ch.gedcom = f.gedcom )
LEFT JOIN tng_people AS father ON ( father.personID = f.husband
AND father.gedcom = f.gedcom )
LEFT JOIN tng_people AS mother ON ( mother.personID = f.wife
AND mother.gedcom = f.gedcom )
WHERE (dm(p.lastname) <> dm(father.lastname)) AND (dm(p.lastname) <> dm(mother.lastname))
AND YEAR( p.birthdatetr ) > "1811"
ORDER BY p.lastname, p.firstname, p.birthdatetr 		 1 
28 209  Couples having the same names    SELECT familyID, h.personID AS HusbandPersonID, h.lastname AS Lastname1, h.firstname AS Firstname1, w.personID AS WifePersonID, w.lastname AS Lastname2, w.firstname AS Firstname2, f.living, f.gedcom FROM tng_families AS f
LEFT JOIN tng_people AS h ON (f.husband=h.personID AND f.gedcom=h.gedcom)
LEFT JOIN tng_people AS w ON (f.wife=w.personID AND f.gedcom=w.gedcom)
WHERE (h.lastname=w.lastname) and (h.firstname=w.firstname)
ORDER BY h.lastname, h.firstname, h.personID, w.firstname, w.lastname, w.personID;  		 1 
29 124  Dagen verschil tussen dood en leven  / Individuals: frequency distribution of difference (in "absolute" weeks) between day/month of birth and day/month of death   SELECT IF(ABS(WEEK(deathdatetr,3)-WEEK(birthdatetr,3)) < 27,
ABS(WEEK(deathdatetr,3)-WEEK(birthdatetr,3)),53-ABS(WEEK(deathdatetr,3)-WEEK(birthdatetr,3)))
AS Diffence_in_weeks, COUNT(*) AS Amount, RPAD('',COUNT(*)/5,'=') AS
Graphik FROM tng_people WHERE DAYOFYEAR(birthdatetr)<>0 AND
DAYOFYEAR(deathdatetr)<>0 GROUP BY Diffence_in_weeks ORDER BY Diffence_in_weeks 		 1 
30 165  Different surname as both parents  People whose last names is different from the last name of the father AND the last name of the mother.  SELECT p.personID, p.lastname, p.firstname, p.birthdate, p.living, p.gedcom, father.lastname AS Fatherlast_name, mother.lastname AS Motherlast_name FROM tng_children AS ch LEFT JOIN tng_people AS p ON (ch.personID=p.personID AND ch.gedcom=p.gedcom) LEFT JOIN tng_families AS f ON (ch.familyID=f.familyID AND ch.gedcom=f.gedcom) LEFT JOIN tng_people AS father ON (father.personID=f.husband AND father.gedcom=f.gedcom) LEFT JOIN tng_people AS mother ON (mother.personID=f.wife AND mother.gedcom=f.gedcom)
WHERE p.lastname<>father.lastname AND p.lastname<>mother.lastname AND YEAR(p.birthdatetr)>"1811" ORDER BY p.lastname, p.firstname, p.birthdatetr;  		 1 
31 32  Document changes  Veranderingen van de laatste 90 dagen in documenten, ZONDER de gelinkte personen.
Documents/histories changed within the last 90 days (listing *without* linked individuals)  		 SELECT doc.mediaID, mediatypeID, description, notes, changedate
FROM tng_media AS doc
LEFT JOIN tng_medialinks AS documentlink ON doc.mediaID = documentlink.mediaID
WHERE (
DATE_SUB( CURDATE( ) , INTERVAL -90
DAY )
)
AND doc.mediatypeID = "documents"
ORDER BY doc.changedate DESC  		 1 
32 161  Documents linked to people not to an event    SELECT description, p.personID, p.gedcom, p.lastname, p.firstname, p.living,
p.gedcom FROM tng_media AS m
LEFT JOIN tng_medialinks AS ml ON (ml.mediaID=m.mediaID AND
ml.gedcom=m.gedcom)
LEFT JOIN tng_people AS p ON (ml.personID=p.personID AND ml.gedcom=p.gedcom)
WHERE mediatypeID="documents" AND eventID=""
ORDER BY description;
 		 1 
33 258  Duplicate events for the same person    SELECT e2.description, e1.info, e2.tag, e1.eventdate, e1.eventtypeID, e1.persfamID, count( * ) AS duplicated
FROM tng_events e1
INNER JOIN tng_eventtypes e2 ON e1.eventtypeID = e2.eventtypeID
GROUP BY e2.description, e1.eventtypeID, e1.persfamID
HAVING duplicated >1
ORDER BY e1.eventtypeID 		 1 
34 41  empty notes  empty notes  SELECT persfamID, note FROM tng_xnotes AS xn LEFT JOIN tng_notelinks AS nl ON
nl.xnoteID=xn.ID WHERE note REGEXP "[print]|[punct]|[\.]|
[\?]"=0 ORDER BY persfamID; 		 1 
35 106  Families sorted according to number of children    SELECT COUNT(*) AS NumberOfChildren, f.familyID, h.personID, h.lastname AS surname, h.firstname AS christianname, h.birthdate, h.deathdate, f.living, f.gedcom FROM tng_children AS c INNER JOIN tng_families AS f ON (c.familyID=f.familyID AND c.gedcom=f.gedcom) INNER JOIN tng_people AS h ON (f.husband=h.personID AND f.gedcom=h.gedcom) WHERE h.personID<>"" GROUP BY h.personID
UNION
SELECT COUNT(*) AS NumberOfChildren, f.familyID, w.personID, w.lastname AS surname, w.firstname AS christianname, w.birthdate, w.deathdate, f.living, f.gedcom FROM tng_children AS c INNER JOIN tng_families AS f ON (c.familyID=f.familyID AND c.gedcom=f.gedcom) INNER JOIN tng_people AS w ON (f.wife=w.personID AND f.gedcom=w.gedcom) WHERE w.personID<>"" GROUP BY w.personID
ORDER BY NumberOfChildren DESC, familyID, surname, christianname;  		 1 
36 84  families with missing partners  families with missing partners   SELECT familyid, husband AS Husband_PersonID, wife AS Wife_PersonID, marrdate, living, gedcom, changedby FROM tng_families WHERE ((husband LIKE 'I%'=0) OR (husband='-') OR (wife LIKE 'I%'=0) OR (wife='-')) ORDER BY familyID;   1 
37 201  families with missing partners but WITH marriage date  families with missing partners but WITH marriage date  SELECT familyid, husband AS Husband_PersonID, wife AS Wife_PersonID, marrdate, living, gedcom, changedby FROM tng_families WHERE ((husband LIKE 'I%'=0) OR (husband='-') OR (wife LIKE 'I%'=0) OR (wife='-')) AND marrdate <> "" ORDER BY familyID;
 		 1 
38 230  Families with only one spouse and no children    SELECT f.familyid, f.husband AS Husband_ID, f.wife AS Wife_ID, f.marrdate, c.personID AS Child_ID, f.living, f.gedcom, changedby
FROM tng_families AS f
LEFT OUTER JOIN tng_children AS c ON c.familyID = f.familyID
WHERE (
(
f.husband LIKE 'I%' =0
)
OR (
f.husband = '-'
)
OR (
f.wife LIKE 'I%' =0
)
OR (
f.wife = '-'
)
)
AND c.personID IS NULL
ORDER BY c.personID, f.familyID 		 1 
39 112  families, ordered by husband's name  families, ordered by husband's name   SELECT familyID, h.personID AS EhemannPersonID, h.lastname AS Nachname1, h.firstname AS Vorname1, w.personID AS EhefrauPersonID, w.lastname AS Nachname2, w.firstname AS Vorname2, f.living, f.gedcom FROM tng_families AS f LEFT JOIN tng_people AS h ON f.husband=h.personID LEFT JOIN tng_people AS w ON f.wife=w.personID ORDER BY h.lastname, h.firstname, h.personID, w.firstname, w.lastname, w.personID;   1 
40 113  families, ordered by wife's maiden name  families, ordered by wife's maiden name   SELECT familyID, w.personID AS EhefrauPersonID, w.lastname AS Nachname1, w.firstname AS Vorname1, h.personID AS EhemannPersonID, h.lastname As Nachname2, h.firstname AS Vorname2, f.living, f.gedcom FROM tng_families AS f LEFT JOIN tng_people AS h ON f.husband=h.personID LEFT JOIN tng_people AS w ON f.wife=w.personID ORDER BY w.lastname, w.firstname, w.personID, h.lastname, h.firstname, h.personID;   1 
41 196  families: couples with same last names    SELECT familyID, h.personID AS HusbandPersonID, h.lastname AS 1st_lastname, h.firstname AS 1st_given_name, w.personID AS WifePersonID, w.lastname AS 2nd_lastname, w.firstname AS 2nd_given_name, f.living, f.gedcom FROM tng_families AS f
LEFT JOIN tng_people AS h ON (f.husband=h.personID AND f.gedcom=h.gedcom)
LEFT JOIN tng_people AS w ON (f.wife=w.personID AND f.gedcom=w.gedcom)
WHERE h.lastname=w.lastname
ORDER BY h.lastname, h.firstname, h.personID, w.firstname, w.lastname, w.personID;  		 1 
42 99  families: frequency distribution of husband's marriage age, by 5-year-steps  families: frequency distribution of husband's marriage age, by 5-year-steps one = equals 50 people   SELECT 5*FLOOR((YEAR(f.marrdatetr)-YEAR(p.birthdatetr))/5) AS age_of_marriage_since, 5*FLOOR((YEAR(f.marrdatetr)-YEAR(p.birthdatetr))/5)+4 AS age_of_marriage_till, COUNT(*) AS Totals, RPAD('',COUNT(*)/50,'=') AS Graphik FROM tng_people AS p LEFT JOIN tng_families AS f ON p.personID=f.husband WHERE p.birthdatetr>0 AND f.marrdatetr-p.birthdatetr>0 GROUP BY age_of_marriage_since ORDER BY age_of_marriage_since;   1 
43 97  families: frequency distribution of husband's marriage age, by year  families: frequency distribution of husband's marriage age, by year one = equals 50 people   SELECT YEAR(f.marrdatetr)-YEAR(p.birthdatetr) AS age_at_marriage, COUNT(*) AS Totals, RPAD('',COUNT(*)/50,'=') AS Graph FROM tng_people AS p LEFT JOIN tng_families AS f ON p.personID=f.husband WHERE p.birthdatetr>0 AND f.marrdatetr-p.birthdatetr>0 GROUP BY age_at_marriage ORDER BY age_at_marriage;   1 
44 95  families: frequency distribution of marriage age, by year  families: frequency distribution of marriage age,  SELECT YEAR(f.marrdatetr)-YEAR(p.birthdatetr) AS Marriage_age, COUNT(*) AS Amount FROM tng_people AS p LEFT JOIN tng_families AS f ON p.personID=f.husband WHERE p.birthdatetr>0 AND f.marrdatetr-p.birthdatetr>0 GROUP BY Marriage_age
UNION
SELECT YEAR(f.marrdatetr)-YEAR(p.birthdatetr) AS Marriage_age, COUNT(*) AS Amount FROM tng_people AS p LEFT JOIN tng_families AS f ON p.personID=f.wife WHERE p.birthdatetr>0 AND f.marrdatetr-p.birthdatetr>0 GROUP BY Marriage_age ORDER BY Marriage_age;  		 1 
45 98  families: frequency distribution of wife's marriage age, by 5-year-steps  families: frequency distribution of wife's marriage age, by 5-year-steps one = equals 50 people   SELECT 5*FLOOR((YEAR(f.marrdatetr)-YEAR(p.birthdatetr))/5) AS married_age_from, 5*FLOOR((YEAR(f.marrdatetr)-YEAR(p.birthdatetr))/5)+4 AS married_age_till, COUNT(*) AS Total, RPAD('',COUNT(*)/50,'=') AS Graph FROM tng_people AS p LEFT JOIN tng_families AS f ON p.personID=f.wife WHERE p.birthdatetr>0 AND f.marrdatetr-p.birthdatetr>0 GROUP BY married_age_from ORDER BY married_age_from;   1 
46 96  families: frequency distribution of wife's marriage age, by year  families: frequency distribution of wife's marriage age, by year one = equals 50 people   SELECT YEAR(f.marrdatetr)-YEAR(p.birthdatetr) AS age_of_marriage, COUNT(*) AS Totals, RPAD('',COUNT(*)/50,'=') AS Graphik FROM tng_people AS p LEFT JOIN tng_families AS f ON p.personID=f.wife WHERE p.birthdatetr>0 AND f.marrdatetr-p.birthdatetr>0 GROUP BY age_of_marriage ORDER BY age_of_marriage;   1 
47 114  families: husbands  families: husbands   SELECT familyID, marrdate, h.personID, h.lastname, h.firstname, h.birthdate, h.living, h.gedcom FROM tng_families AS f LEFT JOIN tng_people AS h ON f.husband=h.personID ORDER BY h.lastname, h.firstname, h.personID;   1 
48 195  Families: husbands/wives, sorted by place of marriage    SELECT f.marrplace AS Marriage_place, p.personID, p.lastname, p.firstname, f.marrdate, p.living, p.gedcom FROM tng_families AS f
INNER JOIN tng_people AS p ON (f.husband=p.personID AND f.gedcom=p.gedcom) WHERE f.marrplace<>"" AND f.husband<>""
UNION
SELECT f.marrplace, p.personID, p.lastname, p.firstname, f.marrdate, p.living, p.gedcom FROM tng_families AS f
INNER JOIN tng_people AS p ON (f.wife=p.personID AND f.gedcom=p.gedcom) WHERE f.marrplace<>"" AND f.wife<>""
ORDER BY Marriage_place, lastname, firstname;  		 1 
49 130  families: individuals with father, but without mother (mother is missing)  Gezinnen met een missende mother  SELECT p.personID, p.lastname, p.firstname, p.birthdate, p.living, father.personID AS ID_vader, father.lastname AS last_name, father.firstname AS first_name, father.living, mother.personID AS ID_mother, mother.lastname AS last_name2, mother.firstname AS first_name2, mother.living, p.gedcom FROM tng_children AS c
LEFT JOIN tng_families AS f ON (c.familyID=f.familyID AND c.gedcom=f.gedcom)
LEFT JOIN tng_people AS p ON (c.personID=p.personID AND c.gedcom=p.gedcom)
LEFT JOIN tng_people AS mother ON (f.wife=mother.personID AND f.gedcom=mother.gedcom)
LEFT JOIN tng_people AS father ON (f.husband=father.personID AND f.gedcom=father.gedcom)
WHERE f.wife="" ORDER BY p.lastname, p.firstname, p.birthdate;  		 1 
50 94  families: individuals with marriage date *after* death date  families: individual with marriage date *after* death date   SELECT p.personID, p.lastname, p.firstname, p.sex, p.birthdate, p.deathdate, f.marrdate, f.familyID, YEAR(p.deathdatetr)-YEAR(f.marrdatetr) AS Number_of_years, f.gedcom, f.changedby FROM tng_people AS p LEFT JOIN tng_families AS f ON p.personID=f.husband WHERE YEAR(p.deathdatetr)>0 AND YEAR(f.marrdatetr)>0 AND f.marrdatetr>p.deathdatetr
UNION
SELECT p.personID, p.lastname, p.firstname, p.sex, p.birthdate, p.deathdate, f.marrdate, f.familyID, YEAR(p.deathdatetr)-YEAR(f.marrdatetr) AS Number_of_years, f.gedcom, f.changedby FROM tng_people AS p LEFT JOIN tng_families AS f ON p.personID=f.wife WHERE YEAR(p.deathdatetr)>0 AND YEAR(f.marrdatetr)>0 AND f.marrdatetr>p.deathdatetr ORDER BY Number_of_years, lastname, firstname, personID;  		 1 


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