CSV statistic

[elf]

I guess Admin is already overloaded .

[elf]

"Character transmission" ; should probably be arranged in categories...

Number of occurrence : Father + Mother => Offspring

107 : Of + Of => Of
54 : Of + Of => Oh
46 : Of + Og => Of
42 : Of + Og => Og
41 : Of + Oh => Oh
40 : Og + Of => Of
34 : Of + Oh => Of
32 : Oh + Of => Of
32 : Of + Of => Og
31 : Og + Og => Of
29 : Of + Oh => Og
25 : Og + Oh => Of
25 : Of + Og => Oh
23 : Oh + Oh => Og
22 : Oh + Oh => Of
22 : Og + Og => Og
21 : Of + Od => Oh
21 : Of + Od => Of
20 : Og + Oc => Og
18 : Oh + Oh => Oh
18 : Of + Oc => Of
18 : Od + Of => Of
17 : Of + Of => Od
16 : Oh + Of => Oh
16 : Og + Of => Og
15 : Oh + Og => Of
15 : Og + Of => Oh
14 : Of + Og => Od
14 : Of + Of => Ob
14 : Of + Oc => Og
13 : Of + Og => Oc
13 : Of + Ob => Oh
12 : Oh + Oh => Od
12 : Of + Od => Og
12 : Of + Ob => Of
11 : Oh + Og => Og
11 : Og + Oh => Oh
11 : Og + Of => Od
11 : Og + Oc => Of
11 : Of + Og => Ob
11 : Of + Of => Oc
10 : Oh + Oc => Oh
10 : Og + Oh => Og
10 : Og + Og => Oh
10 : Of + Oh => Oc
9 : Og + Od => Of
9 : Og + Oc => Od
9 : Of + Oc => Oh
9 : Of + Ob => Ob
8 : Oh + Of => Od
8 : Og + Og => Od
8 : Og + Og => Oc
8 : Of + Oh => Od
8 : Of + Od => Od
8 : Of + Oc => Od
8 : Of + Ob => Og
8 : Of + Ob => Oc
7 : Oh + Of => Og
7 : Oh + Of => Oc
7 : Og + Oh => Od
7 : Og + Oc => Oh
7 : Og + Oc => Oc
7 : Og + Oc => Ob
7 : Of + Oh => Oi
7 : Of + Oh => Ob
7 : Of + Oa => Of
6 : Oh + Oh => Ob
6 : Og + Of => Ob
6 : Of + Oi => Of
6 : Of + Od => Oc
6 : Of + Ob => Od
6 : Od + Of => Og
6 : Oc + Of => Oh
5 : Oh + Oh => Oi
5 : Oh + Og => Oh
5 : Oh + Od => Of
5 : Oh + Oc => Og
5 : Og + Oi => Og
5 : Og + Oh => Oi
5 : Og + Oh => Ob
5 : Og + Od => Og
5 : Of + Of => Oi
5 : Of + Od => Ob
5 : Of + Oc => Oc
5 : Oc + Oh => Of
5 : Ob + Oh => Oh
5 : Ob + Ob => Og
4 : Oh + Oi => Og
4 : Oh + Og => Oc
4 : Oh + Od => Od
4 : Og + Oh => Oc
4 : Og + Od => Od
4 : Og + Ob => Og
4 : Of + Oi => Oi
4 : Of + Oi => Oh
4 : Of + Oc => Oi
4 : Of + Oc => Ob
4 : Of + Oa => Oh
4 : Oe + Of => Of
4 : Od + Ob => Of
4 : Ob + Oi => Og
4 : Ob + Oh => Ob
4 : Ob + Og => Oh
4 : Ob + Og => Og
3 : Oh + Oi => Oh
3 : Oh + Oi => Of
3 : Oh + Oh => Oc
3 : Oh + Of => Oi
3 : Oh + Od => Oh
3 : Oh + Od => Og
3 : Oh + Od => Oc
3 : Oh + Oc => Oi
3 : Oh + Oc => Of
3 : Oh + Oc => Od
3 : Oh + Oc => Ob
3 : Oh + Oa => Oh
3 : Oh + Oa => Og
3 : Oh + Oa => Ob
3 : Of + Oh => Oa
3 : Of + Og => Oi
3 : Of + Og => Oe
3 : Of + Of => Oe
3 : Of + Oe => Og
3 : Of + Oe => Of
3 : Of + Ob => Oi
3 : Oe + Oh => Oh
3 : Oe + Oh => Of
3 : Od + Of => Od
3 : Oc + Oh => Og
3 : Oc + Oh => Oc
3 : Oc + Of => Og
3 : Ob + Od => Og
3 : Ob + Ob => Of
3 : Ob + Oa => Oh
2 : Oi + Oi => Oh
2 : Oi + Oi => Og
2 : Oi + Oi => Od
2 : Oi + Oh => Og
2 : Oi + Oh => Oa
2 : Oi + Og => Oh
2 : Oi + Of => Oh
2 : Oi + Of => Og
2 : Oi + Of => Of
2 : Oh + Og => Od
2 : Oh + Og => Ob
2 : Oh + Of => Ob
2 : Oh + Oc => Oc
2 : Oh + Ob => Oh
2 : Oh + Ob => Of
2 : Oh + Oa => Of
2 : Og + Oh => Oe
2 : Og + Og => Ob
2 : Og + Of => Oc
2 : Og + Od => Oh
2 : Og + Od => Oc
2 : Og + Ob => Oh
2 : Og + Ob => Of
2 : Of + Oi => Od
2 : Of + Oi => Oc
2 : Of + Oe => Oh
2 : Of + Od => Oa
2 : Of + Oa => Og
2 : Of + Oa => Oc
2 : Oe + Og => Oe
2 : Oe + Og => Ob
2 : Oe + Of => Od
2 : Oe + Ob => Od
2 : Oe + Ob => Ob
2 : Od + Oh => Og
2 : Od + Of => Oh
2 : Od + Od => Og
2 : Od + Od => Of
2 : Od + Od => Oc
2 : Od + Oc => Og
2 : Oc + Oh => Oh
2 : Oc + Of => Of
2 : Oc + Oc => Og
2 : Oc + Ob => Og
2 : Ob + Oh => Og
2 : Ob + Oh => Of
2 : Ob + Of => Ob
2 : Ob + Od => Od
2 : Ob + Ob => Ob
1 : Oi + Oi => Of
1 : Oi + Oi => Oc
1 : Oi + Oi => Ob
1 : Oi + Oh => Oi
1 : Oi + Oh => Of
1 : Oi + Oh => Od
1 : Oi + Oh => Ob
1 : Oi + Og => Oi
1 : Oi + Og => Oc
1 : Oi + Og => Ob
1 : Oi + Od => Og
1 : Oi + Oc => Oi
1 : Oi + Oc => Og
1 : Oi + Oc => Oc
1 : Oi + Oc => Ob
1 : Oi + Ob => Ob
1 : Oh + Oi => Oi
1 : Oh + Oi => Oa
1 : Oh + Oh => Oe
1 : Oh + Og => Oi
1 : Oh + Of => Oa
1 : Oh + Oe => Oh
1 : Oh + Oe => Og
1 : Oh + Od => Oi
1 : Oh + Ob => Og
1 : Oh + Oa => Oa
1 : Og + Oi => Oh
1 : Og + Oi => Of
1 : Og + Oi => Ob
1 : Og + Og => Oi
1 : Og + Og => Oe
1 : Og + Og => Oa
1 : Og + Of => Oi
1 : Og + Of => Oa
1 : Og + Od => Ob
1 : Og + Oc => Oi
1 : Og + Ob => Od
1 : Og + Ob => Ob
1 : Og + Oa => Oh
1 : Og + Oa => Og
1 : Of + Oi => Og
1 : Of + Oi => Oe
1 : Of + Oi => Oa
1 : Of + Oh => Oe
1 : Of + Og => Oa
1 : Of + Of => Oa
1 : Of + Oe => Oc
1 : Of + Od => Oi
1 : Of + Oc => Oa
1 : Of + Ob => Oe
1 : Of + Oa => Ob
1 : Of + Oa => Oa
1 : Oe + Oh => Og
1 : Oe + Oh => Oc
1 : Oe + Og => Og
1 : Oe + Og => Od
1 : Oe + Og => Oc
1 : Oe + Of => Oh
1 : Oe + Of => Oe
1 : Oe + Of => Oc
1 : Oe + Of => Ob
1 : Od + Oh => Of
1 : Od + Og => Oh
1 : Od + Og => Of
1 : Od + Of => Oi
1 : Od + Of => Oc
1 : Od + Of => Ob
1 : Od + Od => Oh
1 : Od + Od => Oe
1 : Od + Od => Od
1 : Od + Od => O?
1 : Od + Oc => Od
1 : Od + Oc => Oc
1 : Od + Ob => Oh
1 : Od + Ob => Od
1 : Od + Ob => Ob
1 : Oc + Oh => Ob
1 : Oc + Og => Of
1 : Oc + Og => Oc
1 : Oc + Og => Ob
1 : Oc + Og => Oa
1 : Oc + Of => Oi
1 : Oc + Of => Oc
1 : Oc + Od => Og
1 : Oc + Oc => Od
1 : Oc + Oc => Oc
1 : Oc + Ob => Oh
1 : Oc + Ob => Of
1 : Oc + Ob => Od
1 : Oc + Ob => Oc
1 : Oc + Ob => Ob
1 : Oc + Oa => Oh
1 : Oc + Oa => Og
1 : Oc + Oa => Od
1 : Ob + Oi => Of
1 : Ob + Oi => Ob
1 : Ob + Oi => Oa
1 : Ob + Oh => Od
1 : Ob + Oh => Oa
1 : Ob + Og => Of
1 : Ob + Og => Ob
1 : Ob + Of => Oh
1 : Ob + Of => Og
1 : Ob + Od => Oi
1 : Ob + Od => Of
1 : Ob + Oc => Ob
1 : Ob + Ob => Oi
1 : Ob + Ob => Oh
1 : Ob + Ob => Oa
1 : Ob + Oa => Og
1 : Ob + Oa => Of
1 : Ob + Oa => Oc
1 : Oa + Oc => Og

[michaelundinaeichhorn]

This is a little bit difficult for me as a behaviourist. I can remember occasions when I wouldn´t agree with the charactertest-result. We have seen one czech bonitation where dogs that showed severe fear aggression in messurement got OF because they attacked in the learned situation of defense. All in all the charaktertest has a very high "training factor."
I don´t want to discuss this all over again but this is a point where your statistic programm will have a very high amount of mistakes compared to reality.

Ina

[elf]

This is only raw data (with all it implies), I let humans make the interpretation .

[elf]

Height evolution:

Here are the slice I choose, I choose those ones because they are about equivalent in number of dogs (300-450). [The whole statistical ensemble is the 2200-2300 bonitated dogs entered in WD.]

Slices: 1970->1990 ; 1990->1995 ; 1995->2000 ; 2000->2003 ; 2003->2006 ; 2006->2010


Female 1970->1990



Female 1990->1995



Female 1995->2000



Female 2000->2003



Female 2003->2006



Female 2006->2010



Female 1970->2010 (sum up)




Male 1970->1990



Male 1990->1995



Male 1995->2000



Male 2000->2003



Male 2003->2006



Male 2006->2010



Male 1970->2010 (sum up)





Other interesting slices, showing dogs under 15yrs, under 10yrs, under 8years, and under 6years (under 4years can be found in previous post). Who knows how to make a gif animation ?

Female 1995->2010



Female 2000->2010



Female 2002->2010



Female 2004->2010





Male 1995->2010



Male 2000->2010



Male 2002->2010



Male 2004->2010

[elf]

Dear all,

I lately was wondering about character transmission in the breed. As we can see in bonitation code stats, transmission seems to be high. Also reported by J. Jedlička here: http://www.sky.cz/seda-eminence/povahycsv.pdf :

"Because different types of character does not lie on the linear scale is obtained from the frequency
to determine the overall character or additive variance and heritability identify methods of regression
parents and offspring, or siblings of the correlation. We have, however, subject to overlapping generations,
data needed to determine dedivosti realized, and in this way an estimate of heritability
interval h2 = <0.40, 0.49>, ie 40 to 49%. In the context of published work referred
overview of literature on the value of unexpected high."


The values from litterature (exemple paper: The genetic contribution to canine personality : http://www3.interscience.wiley.com/c...18232/PDFSTART ), are really much lower:




So, biais introduced from bonitation, or really breed caracteristic ?

[elf]

Posts gathering:

Added "CZ breeding groups" feature in the Stat tool, let me know if it's working properly. You can also use + feature between IDs to simulate a mating.

Exemples:

Akim z Revíru vlku
Akim z Revíru vlku + Arielle la Seven Loup Cie

BREEDING GROUPS

Here is what can help, I added "Breeding groups" to the tool, basically it search in a dog pedigree (or planned mating) the presence of another dog (and its %).

Let say I want to know if Cett Malý Bysterec has Amur z Dáblova kanonu in it's pedigree, I find both dog ID with Find ID, then in "Enter dog ID:" I enter the ID of Cett Malý Bysterec (6382) and in "ID to check in pedigree: " the ID of Amur z Dáblova kanonu (796) It gives: http://www.amicale-chien-loup-tcheco...d_to_check=796





=> Amur z Dáblova kanonu is not in Cett Malý Bysterec pedigree

Check for Káj z Rosíkova CS in Cett Malý Bysterec pedigree: http://www.amicale-chien-loup-tcheco...d_to_check=929

=> Káj z Rosíkova CS is in Cett Malý Bysterec pedigree, and we see how.

Check for Dinon Dánon Fehérlófia in Oliver Passo del Lupo pedigree: http://www.amicale-chien-loup-tcheco..._to_check=1043

NB: we can also use the + operator to check for a mating, for exemple does Cutt ---dell Irco Sortiere--- (3584) would be in pedigree of Furcas z Peronówki (781 + Orion Eden severu (796, I enter 7818+7968 in Enter dog ID and 3584 in ID to check in pedigree: http://www.amicale-chien-loup-tcheco..._to_check=3584



Does Cita z Doušova dvora would be in pedigree of Furcas z Peronówki + Orion Eden severu : http://www.amicale-chien-loup-tcheco...d_to_check=924

And so on...