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# -*- coding: utf-8 -*-
#
# Gramps - a GTK+/GNOME based genealogy program
#
# Copyright (C) 2003-2005 Donald N. Allingham
#
# This program is free software; you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; either version 2 of the License, or
# (at your option) any later version.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program; if not, write to the Free Software
# Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA
#
#-------------------------------------------------------------------------
#
# GRAMPS modules
#
#-------------------------------------------------------------------------
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import gen . lib
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import Relationship
import types
from gettext import gettext as _
from PluginUtils import register_relcalc
#-------------------------------------------------------------------------
#
#
#
#-------------------------------------------------------------------------
# level est utilisé pour trouver/afficher le niveau de la génération : à la %sème génération
_level_name = [ " première " , " deuxième " , " troisième " , " quatrième " , " cinquième " , " sixième " , " septième " , " huitième " , " neuvième " , " dixième " , " onzième " , " douzième " , " treizième " , " quatorzième " , " quinzième " , " seizième " , " dix-septième " , " dix-huitième " , " dix-neuvième " , " vingtième " , " vingt-et-unième " , " vingt-deuxième " , " vingt-deuxième " , " vingt-troisième " , " vingt-quatrième " , " vingt-sixième " , " vingt-septième " , " vingt-huitième " , " vingt-neuvième " , " trentième " , ]
# pour le degrè (canon et civil), limitation 20+20 ainsi que pour LE [premier] cousin
_removed_level = [ " premier " , " deuxième " , " troisième " , " quatrième " , " cinquième " , " sixième " , " septième " , " huitième " , " neuvième " , " dixième " , " onzième " , " douzième " , " treizième " , " quatorzième " , " quinzième " , " seizième " , " dix-septième " , " dix-huitième " , " dix-neuvième " , " vingtième " , " vingt-et-unième " , " vingt-deuxième " , " vingt-deuxième " , " vingt-troisième " , " vingt-quatrième " , " vingt-sixième " , " vingt-septième " , " vingt-huitième " , " vingt-neuvième " , " trentième " , " trente-et-unième " , " trente-deuxième " , " trente-troisième " , " trente-quatrième " , " trente-cinquième " , " trente-sixième " , " trente-septième " , " trente-huitième " , " trente-neuvième " , " quarantième " , " quanrante-et-unième " , ]
# listes volontairement limitées | small lists, use generation level if > [4]
_father_level = [ " " , " le père " , " le grand-père " , " l ' arrière-grand-père " , " le trisaïeul " , ]
_mother_level = [ " " , " la mère " , " la grand-mère " , " l ' arrière-grand-mère " , " la trisaïeule " , ]
_son_level = [ " " , " le fils " , " le petit-fils " , " l ' arrière-petit-fils " , ]
_daughter_level = [ " " , " la fille " , " la petite-fille " , " l ' arrière-petite-fille " , ]
_sister_level = [ " " , " la soeur " , " la tante " , " la grand-tante " , " l ' arrière-grand-tante " , ]
_brother_level = [ " " , " le frère " , " l ' oncle " , " le grand-oncle " , " l ' arrière-grand-oncle " , ]
_nephew_level = [ " " , " le neveu " , " le petit-neveu " , " l ' arrière-petit-neveu " , ]
_niece_level = [ " " , " la nièce " , " la petite-nièce " , " l ' arrière-petite-nièce " , ]
# kinship report
_parents_level = [ " " , " les parents " , " les grands-parents " , " les arrières-grands-parents " , " les trisaïeux " , ]
_children_level = [ " " , " les enfants " , " les petits-enfants " , " les arrières-petits-enfants " , " les arrières-arrières-petits-enfants " , ]
_siblings_level = [ " " , " les frères et les soeurs " , " les oncles et les tantes " , " les grands-oncles et les grands-tantes " , " les arrières-grands-oncles et les arrières-grands-tantes " , ]
_nephews_nieces_level = [ " " , " les neveux et les nièces " , " les petits-neveux et les petites-nièces " , " les arrière-petits-neveux et les arrières-petites-nièces " , ]
#-------------------------------------------------------------------------
#
#
#
#-------------------------------------------------------------------------
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MAX_DEPTH = 15
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class RelationshipCalculator ( Relationship . RelationshipCalculator ) :
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REL_MOTHER = ' m ' # going up to mother
REL_FATHER = ' f ' # going up to father
REL_MOTHER_NOTBIRTH = ' M ' # going up to mother, not birth relation
REL_FATHER_NOTBIRTH = ' F ' # going up to father, not birth relation
REL_SIBLING = ' s ' # going sideways to sibling (no parents)
REL_FAM_BIRTH = ' a ' # going up to family (mother and father)
REL_FAM_NONBIRTH = ' A ' # going up to family, not birth relation
REL_FAM_BIRTH_MOTH_ONLY = ' b ' # going up to fam, only birth rel to mother
REL_FAM_BIRTH_FATH_ONLY = ' c ' # going up to fam, only birth rel to father
REL_FAM_INLAW_PREFIX = ' L ' # going to the partner.
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def __init__ ( self ) :
Relationship . RelationshipCalculator . __init__ ( self )
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# de la personne active à l'ascendant commun Ga=[level] pour le calculateur de relations
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def get_cousin ( self , level , removed ) :
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if ( removed / level ) == 1 and ( ( level * 3 ) - 3 ) / ( level - 1 ) == 3 :
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return " le %s cousin " % ( _level_name [ level / 2 ] )
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elif ( removed / level ) == 1 and ( ( level * 3 ) - 3 ) / ( level - 1 ) == 2 :
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return " le %s cousin " % ( _level_name [ ( level + 1 ) / 2 ] )
elif ( level ) < ( removed ) :
return " le grand-oncle éloigné, relié à la %s génération " % ( _level_name [ level + 3 ] )
else :
return " le cousin éloigné, relié à la %s génération " % ( _level_name [ removed ] )
def get_cousine ( self , level , removed ) :
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if ( removed / level ) == 1 and ( ( level * 3 ) - 3 ) / ( level - 1 ) == 3 :
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return " la %s cousine " % ( _level_name [ level / 2 ] )
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elif ( removed / level ) == 1 and ( ( level * 3 ) - 3 ) / ( level - 1 ) == 2 :
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return " la %s cousine " % ( _level_name [ ( level + 1 ) / 2 ] )
elif ( level ) < ( removed ) :
return " la grand-tante éloignée, reliée à la %s génération " % ( _level_name [ level + 3 ] )
else :
return " la cousine éloignée, reliée à la %s génération " % ( _level_name [ removed ] )
def get_parents ( self , level ) :
if level > len ( _parents_level ) - 1 :
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return " les ascendants éloignés, à la %s génération " % ( _level_name [ level ] )
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else :
return _parents_level [ level ]
def get_father ( self , level ) :
if level > len ( _father_level ) - 1 :
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return " l ' ascendant éloigné, à la %s génération " % ( _level_name [ level ] )
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else :
return _father_level [ level ]
def get_son ( self , level ) :
if level > len ( _son_level ) - 1 :
return " le descendant éloigné, à la %s génération " % ( _level_name [ level + 1 ] )
else :
return _son_level [ level ]
def get_mother ( self , level ) :
if level > len ( _mother_level ) - 1 :
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return " l ' ascendante éloignée, à la %s génération " % ( _level_name [ level ] )
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else :
return _mother_level [ level ]
def get_daughter ( self , level ) :
if level > len ( _daughter_level ) - 1 :
return " la descendante éloignée, à la %s génération " % ( _level_name [ level + 1 ] )
else :
return _daughter_level [ level ]
def get_aunt ( self , level ) :
if level > len ( _sister_level ) - 1 :
return " la tante éloignée, reliée à la %s génération " % ( _level_name [ level ] )
else :
return _sister_level [ level ]
def get_uncle ( self , level ) :
if level > len ( _brother_level ) - 1 :
return " l ' oncle éloigné, relié à la %s génération " % ( _level_name [ level ] )
else :
return _brother_level [ level ]
def get_nephew ( self , level ) :
if level > len ( _nephew_level ) - 1 :
return " le neveu éloigné, relié à la %s génération " % ( _level_name [ level + 1 ] )
else :
return _nephew_level [ level ]
def get_niece ( self , level ) :
if level > len ( _niece_level ) - 1 :
return " la nièce éloignée, reliée à la %s génération " % ( _level_name [ level + 1 ] )
else :
return _niece_level [ level ]
def get_relationship ( self , db , orig_person , other_person ) :
"""
Returns a string representing the relationshp between the two people ,
along with a list of common ancestors ( typically father , mother )
Special cases : relation strings " " , " undefined " and " spouse " .
"""
if orig_person == None :
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return ( _ ( " undefined " ) , [ ] )
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if orig_person . get_handle ( ) == other_person . get_handle ( ) :
return ( ' ' , [ ] )
is_spouse = self . is_spouse ( db , orig_person , other_person )
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( secondRel , firstRel , common ) = \
self . get_relationship_distance ( db , orig_person , other_person )
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if type ( common ) == types . StringType or \
type ( common ) == types . UnicodeType :
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if is_spouse :
return ( is_spouse , [ ] )
else :
return ( common , [ ] )
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elif common :
person_handle = common [ 0 ]
else :
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if is_spouse :
return ( is_spouse , [ ] )
else :
return ( " " , [ ] )
#distance from common ancestor to the people
dist_orig = len ( firstRel )
dist_other = len ( secondRel )
rel_str = self . get_single_relationship_string ( dist_orig ,
dist_other ,
orig_person . get_gender ( ) ,
other_person . get_gender ( ) ,
firstRel , secondRel
)
if is_spouse :
return ( _ ( ' %(spouse_relation)s et %(other_relation)s ' ) % {
' spouse_relation ' : is_spouse ,
' other_relation ' : rel_str } , common )
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if dist_orig == 0 :
if dist_other == 0 :
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return ( ' ' , common )
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elif other_person . get_gender ( ) == gen . lib . Person . MALE :
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return ( self . get_father ( dist_other ) , common )
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else :
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return ( self . get_mother ( dist_other ) , common )
elif dist_other == 0 :
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if other_person . get_gender ( ) == gen . lib . Person . MALE :
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return ( self . get_son ( dist_orig ) , common )
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else :
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return ( self . get_daughter ( dist_orig ) , common )
elif dist_orig == 1 :
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if other_person . get_gender ( ) == gen . lib . Person . MALE :
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return ( self . get_uncle ( dist_other ) , common )
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else :
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return ( self . get_aunt ( dist_other ) , common )
elif dist_other == 1 :
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if other_person . get_gender ( ) == gen . lib . Person . MALE :
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return ( self . get_nephew ( dist_orig - 1 ) , common )
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else :
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return ( self . get_niece ( dist_orig - 1 ) , common )
elif dist_orig == 2 and dist_other == 2 :
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if other_person . get_gender ( ) == gen . lib . Person . MALE :
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return ( ' le cousin germain ' , common )
else :
return ( ' la cousine germaine ' , common )
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elif dist_orig == 3 and dist_other == 2 :
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if other_person . get_gender ( ) == gen . lib . Person . MALE :
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return ( ' le neveu à la mode de Bretagne ' , common )
else :
return ( ' la nièce à la mode de Bretagne ' , common )
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elif dist_orig == 2 and dist_other == 3 :
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if other_person . get_gender ( ) == gen . lib . Person . MALE :
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return ( ' l \' oncle à la mode de Bretagne ' , common )
else :
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return ( ' la tante à la mode de Bretagne ' , common )
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else :
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if other_person . get_gender ( ) == gen . lib . Person . MALE :
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return ( self . get_cousin ( dist_orig , dist_other ) , common )
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else :
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return ( self . get_cousine ( dist_orig , dist_other ) , common )
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# kinship report
def get_plural_relationship_string ( self , Ga , Gb ) :
"""
Provides a string that describes the relationsip between a person , and
a group of people with the same relationship . E . g . " grandparents " or
" children " .
Ga and Gb can be used to mathematically calculate the relationship .
See the Wikipedia entry for more information :
http : / / en . wikipedia . org / wiki / Cousin #Mathematical_definitions
@param Ga : The number of generations between the main person and the
common ancestor .
@type Ga : int
@param Gb : The number of generations between the group of people and the
common ancestor
@type Gb : int
@returns : A string describing the relationship between the person and
the group .
@rtype : str
"""
rel_str = " des parents éloignés "
if Ga == 0 :
# These are descendants
if Gb < len ( _children_level ) :
rel_str = _children_level [ Gb ]
else :
rel_str = " les descendants à la %s ème génération " % ( Gb + 1 )
elif Gb == 0 :
# These are parents/grand parents
if Ga < len ( _parents_level ) :
rel_str = _parents_level [ Ga ]
else :
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rel_str = " les ascendants à la %s ème génération " % ( Ga + 1 )
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elif Gb == 1 :
# These are siblings/aunts/uncles
if Ga < len ( _siblings_level ) :
rel_str = _siblings_level [ Ga ]
else :
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rel_str = " Les enfants d ' un ascendant à la %s ème génération (frères et soeurs d ' un ascendant à la %s ème génération) " % ( Ga + 1 , Ga )
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elif Ga == 1 :
# These are nieces/nephews
if Gb < len ( _nephews_nieces_level ) :
rel_str = _nephews_nieces_level [ Gb ]
else :
rel_str = " les neveux et les nièces à la %s ème génération " % ( Gb )
elif Ga > 1 and Ga == Gb :
# These are cousins in the same generation
# use custom level for latin words
if Ga == 2 :
rel_str = " les cousins germains et cousines germaines "
elif ( ( Ga * 3 ) - 3 ) / ( Ga - 1 ) == 2 :
rel_str = " le %s cousin et cousine " % ( _removed_level [ ( Gb - 1 ) / 2 ] )
elif ( ( Ga * 3 ) - 3 ) / ( Ga - 1 ) != 2 :
rel_str = " le %s cousin et cousine " % ( _removed_level [ Gb / 2 ] )
# security
else :
rel_str = " les cousins et cousines "
elif Ga > 1 and Ga > Gb :
# These are cousins in different generations with the second person
# being in a higher generation from the common ancestor than the
# first person.
# use custom level for latin words and specific relation
if Ga == 3 and Gb == 2 :
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rel_str = " les oncles et tantes à la mode de Bretagne (cousins germains d ' un parent) "
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elif Gb < = len ( _level_name ) and ( Ga - Gb ) < len ( _removed_level ) and ( Ga + Gb ) < len ( _removed_level ) :
rel_str = " les oncles et tantes du %s au %s degré (canon) et au %s degré (civil) " % ( _removed_level [ Gb ] , _removed_level [ Ga ] , _removed_level [ Ga + Gb ] )
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elif Ga < len ( _level_name ) :
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rel_str = " les grands-oncles et grands-tantes par la %s ème génération " % ( Ga )
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else :
return rel_str
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elif Gb > 1 and Gb > Ga :
# These are cousins in different generations with the second person
# being in a lower generation from the common ancestor than the
# first person.
# use custom level for latin words and specific relation
if Ga == 2 and Gb == 3 :
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rel_str = " les neveux et nièces à la mode de Bretagne (cousins issus d ' un germain) "
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elif Ga < = len ( _level_name ) and ( Gb - Ga ) < len ( _removed_level ) and ( Ga + Gb ) < len ( _removed_level ) :
rel_str = " le cousin ou cousine du %s au %s degré (canon) et au %s degré (civil) " % ( _removed_level [ Ga ] , _removed_level [ Gb ] , _removed_level [ Ga + Gb ] )
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elif Ga < len ( _level_name ) :
rel_str = " les cousins et cousines par la %s ème génération " % ( Ga )
else :
return rel_str
return rel_str
# quick report
def get_single_relationship_string ( self , Ga , Gb , gender_a , gender_b ,
reltocommon_a , reltocommon_b ,
only_birth = True ,
in_law_a = False , in_law_b = False ) :
"""
Provides a string that describes the relationsip between a person , and
another person . E . g . " grandparent " or " child " .
To be used as : ' person a is the grandparent of b ' , this will
be in translation string :
' person a is the %(relation)s of b '
Note that languages with gender should add ' the ' inside the
translation , so eg in french :
' person a est %(relation)s de b '
where relation will be here : le grandparent
Ga and Gb can be used to mathematically calculate the relationship .
See the Wikipedia entry for more information :
http : / / en . wikipedia . org / wiki / Cousin #Mathematical_definitions
Some languages need to know the specific path to the common ancestor .
Those languages should use reltocommon_a and reltocommon_b which is
a string like ' mfmf ' . The possible string codes are :
REL_MOTHER # going up to mother
REL_FATHER # going up to father
REL_MOTHER_NOTBIRTH # going up to mother, not birth relation
REL_FATHER_NOTBIRTH # going up to father, not birth relation
REL_SIBLING # going sideways to sibling (no parents)
REL_FAM_BIRTH # going up to family (mother and father)
REL_FAM_NONBIRTH # going up to family, not birth relation
REL_FAM_BIRTH_MOTH_ONLY # going up to fam, only birth rel to mother
REL_FAM_BIRTH_FATH_ONLY # going up to fam, only birth rel to father
Prefix codes are stripped , so REL_FAM_INLAW_PREFIX is not present .
If the relation starts with the inlaw of the person a , then ' in_law_a '
is True , if it starts with the inlaw of person b , then ' in_law_b ' is
True .
Note that only_birth = False , means that in the reltocommon one of the
NOTBIRTH specifiers is present .
The REL_FAM identifiers mean that the relation is not via a common
ancestor , but via a common family ( note that that is not possible for
direct descendants or direct ancestors ! ) . If the relation to one of the
parents in that common family is by birth , then ' only_birth ' is not
set to False .
@param Ga : The number of generations between the main person and the
common ancestor .
@type Ga : int
@param Gb : The number of generations between the other person and the
common ancestor
@type Gb : int
@param gender_a : gender of person a
@type gender_a : int gender
@param gender_b : gender of person b
@type gender_b : int gender
@param reltocommon_a : relation path to common ancestor or common
Family for person a .
Note that length = Ga
@type reltocommon_a : str
@param reltocommon_b : relation path to common ancestor or common
Family for person b .
Note that length = Gb
@type reltocommon_b : str
@param in_law_a : True if path to common ancestors is via the partner
of person a
@type in_law_a : bool
@param in_law_b : True if path to common ancestors is via the partner
of person b
@type in_law_b : bool
@param only_birth : True if relation between a and b is by birth only
False otherwise
@type only_birth : bool
@returns : A string describing the relationship between the two people
@rtype : str
"""
print ' Ga, Gb : ' , Ga , Gb
rel_str = " un parent éloigné "
if Ga == 0 :
# b is descendant of a
if Gb == 0 :
rel_str = ' le même individu '
elif gender_b == gen . lib . Person . MALE and Gb < len ( _son_level ) :
rel_str = _son_level [ Gb ]
elif gender_b == gen . lib . Person . FEMALE and Gb < len ( _daughter_level ) :
rel_str = _daughter_level [ Gb ]
elif Gb < len ( _level_name ) and gender_b == gen . lib . Person . MALE :
rel_str = " le descendant éloigné ( %d ème génération) " % Gb
elif Gb < len ( _level_name ) and gender_b == gen . lib . Person . FEMALE :
rel_str = " la descendante éloignée ( %d ème génération) " % Gb
else :
return rel_str
elif Gb == 0 :
# b is parents/grand parent of a
if gender_b == gen . lib . Person . MALE and Ga < len ( _father_level ) :
rel_str = _father_level [ Ga ]
elif gender_b == gen . lib . Person . FEMALE and Ga < len ( _mother_level ) :
rel_str = _mother_level [ Ga ]
elif Ga < len ( _level_name ) and gender_b == gen . lib . Person . MALE :
rel_str = " l ' ascendant éloigné ( %d ème génération) " % Ga
elif Ga < len ( _level_name ) and gender_b == gen . lib . Person . FEMALE :
rel_str = " l ' ascendante éloignée ( %d ème génération) " % Ga
else :
return rel_str
elif Gb == 1 :
# b is sibling/aunt/uncle of a
if gender_b == gen . lib . Person . MALE and Ga < len ( _brother_level ) :
rel_str = _brother_level [ Ga ]
elif gender_b == gen . lib . Person . FEMALE and Ga < len ( _sister_level ) :
rel_str = _sister_level [ Ga ]
else :
if gender_b == gen . lib . Person . MALE :
rel_str = " l ' oncle éloigné (par la %d ème génération) " % Ga
elif gender_b == gen . lib . Person . FEMALE :
rel_str = " la tante éloignée (par la %d ème génération) " % Ga
else :
return rel_str
elif Ga == 1 :
# b is niece/nephew of a
if gender_b == gen . lib . Person . MALE and Gb < len ( _nephew_level ) :
rel_str = _nephew_level [ Gb ]
elif gender_b == gen . lib . Person . FEMALE and Gb < len ( _niece_level ) :
rel_str = _niece_level [ Gb ]
else :
if gender_b == gen . lib . Person . MALE :
rel_str = " le neveu éloigné (par la %d ème génération) " % Gb
elif gender_b == gen . lib . Person . FEMALE :
rel_str = " la nièce éloignée (par la %d ème génération) " % Gb
else :
return rel_str
elif Ga > 1 and Ga == Gb :
# a and b cousins in the same generation
if ( ( Ga * 3 ) - 3 ) / ( Ga - 1 ) == 2 and gender_b == gen . lib . Person . MALE :
rel_str = " le %s cousin " % ( _removed_level [ ( Gb - 1 ) / 2 ] )
elif ( ( Ga * 3 ) - 3 ) / ( Ga - 1 ) != 2 and gender_b == gen . lib . Person . MALE :
rel_str = " le %s cousin " % ( _removed_level [ Gb / 2 ] )
elif ( ( Ga * 3 ) - 3 ) / ( Ga - 1 ) == 2 and gender_b == gen . lib . Person . FEMALE :
rel_str = " la %s cousine " % ( _removed_level [ ( Gb - 1 ) / 2 ] )
elif ( ( Ga * 3 ) - 3 ) / ( Ga - 1 ) != 2 and gender_b == gen . lib . Person . FEMALE :
rel_str = " la %s cousine " % ( _removed_level [ Gb / 2 ] )
else :
if gender_b == gen . lib . Person . MALE :
rel_str = " le cousin éloigné "
elif gender_b == gen . lib . Person . FEMALE :
rel_str = " la cousine éloignée "
else :
return rel_str
elif Ga > 1 and Ga > Gb :
# These are cousins in different generations with the second person
# being in a higher generation from the common ancestor than the
# first person.
if Ga == 3 and Gb == 2 :
if gender_b == gen . lib . Person . MALE :
rel_str = " l ' oncle à la mode de Bretagne (cousin germain d ' un parent) "
elif gender_b == gen . lib . Person . FEMALE :
rel_str = " la tante à la mode de Bretagne (cousin germain d ' un parent) "
else :
return rel_str
elif Gb < = len ( _level_name ) and ( Ga - Gb ) < len ( _removed_level ) and ( Ga + Gb ) < len ( _removed_level ) :
if gender_b == gen . lib . Person . MALE :
rel_str = " l ' oncle du %s au %s degré (canon) et au %s degré (civil) " % ( _removed_level [ Gb ] , _removed_level [ Ga ] , _removed_level [ Ga + Gb ] )
elif gender_b == gen . lib . Person . FEMALE :
rel_str = " la tante du %s au %s degré (canon) et au %s degré (civil) " % ( _removed_level [ Gb ] , _removed_level [ Ga ] , _removed_level [ Ga + Gb ] )
else :
return rel_str
else :
if gender_b == gen . lib . Person . MALE :
rel_str = " le grand-oncle par la %s ème génération " % ( Ga )
elif gender_b == gen . lib . Person . FEMALE :
rel_str = " la grand-tante par la %s ème génération " % ( Ga )
else :
return rel_str
elif Gb > 1 and Gb > Ga :
# These are cousins in different generations with the second person
# being in a lower generation from the common ancestor than the
# first person.
if Ga == 2 and Gb == 3 :
if gender_b == gen . lib . Person . MALE :
rel_str = " le neveu à la mode de Bretagne (cousin issu d ' un germain) "
elif gender_b == gen . lib . Person . FEMALE :
rel_str = " la nièce à la mode de Bretagne (cousine issue d ' un germain) "
else :
return rel_str
elif Ga < = len ( _level_name ) and ( Gb - Ga ) < len ( _removed_level ) and ( Ga + Gb ) < len ( _removed_level ) :
if gender_b == gen . lib . Person . MALE :
rel_str = " le cousin du %s au %s degré (canon) et au %s degré (civil) " % ( _removed_level [ Ga ] , _removed_level [ Gb ] , _removed_level [ Ga + Gb ] )
if gender_b == gen . lib . Person . FEMALE :
rel_str = " la cousine du %s au %s degré (canon) et au %s degré (civil) " % ( _removed_level [ Ga ] , _removed_level [ Gb ] , _removed_level [ Ga + Gb ] )
else :
return rel_str
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elif Ga > len ( _level_name ) :
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return rel_str
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else :
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if gender_b == gen . lib . Person . MALE :
rel_str = " le cousin par la %s ème génération " % ( Ga )
elif gender_b == gen . lib . Person . FEMALE :
rel_str = " la cousine par la %s ème génération " % ( Ga )
else :
return rel_str
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return rel_str
#-------------------------------------------------------------------------
#
# Register this class with the Plugins system
#
#-------------------------------------------------------------------------
register_relcalc ( RelationshipCalculator ,
[ " fr " , " FR " , " fr_FR " , " fr_CA " , " francais " , " Francais " , " fr_FR.UTF8 " , " fr_FR@euro " , " fr_FR.UTF8@euro " ,
" french " , " French " , " fr_FR.UTF-8 " , " fr_FR.utf-8 " , " fr_FR.utf8 " , " fr_CA.UTF-8 " ] )
