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gramps/src/ReportBase/_ReportUtils.py

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#
# Gramps - a GTK+/GNOME based genealogy program
#
# Copyright (C) 2000-2006 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
#
# $Id$
"""
A collection of utilities to aid in the generation of reports.
"""
#-------------------------------------------------------------------------
#
# Standard Python modules
#
#-------------------------------------------------------------------------
import time
import os
from gettext import gettext as _
import cStringIO
#------------------------------------------------------------------------
#
# GRAMPS modules
#
#------------------------------------------------------------------------
import DateHandler
import RelLib
from BasicUtils.NameDisplay import displayer as _nd
from QuestionDialog import WarningDialog
import BaseDoc
#------------------------------------------------------------------------
#
# Born strings
#
#------------------------------------------------------------------------
born_full_date_with_place = [
{
RelLib.Person.UNKNOWN : _("This person was born on %(birth_date)s in %(birth_place)s."),
RelLib.Person.MALE : _("He was born on %(birth_date)s in %(birth_place)s."),
RelLib.Person.FEMALE : _("She was born on %(birth_date)s in %(birth_place)s."),
},
{
RelLib.Person.UNKNOWN : _("%(unknown_gender_name)s was born on %(birth_date)s in %(birth_place)s."),
RelLib.Person.MALE : _("%(male_name)s was born on %(birth_date)s in %(birth_place)s."),
RelLib.Person.FEMALE : _("%(female_name)s was born on %(birth_date)s in %(birth_place)s."),
},
]
born_modified_date_with_place = [
{
RelLib.Person.UNKNOWN : _("This person was born %(modified_date)s in %(birth_place)s."),
RelLib.Person.MALE : _("He was born %(modified_date)s in %(birth_place)s."),
RelLib.Person.FEMALE : _("She was born %(modified_date)s in %(birth_place)s."),
},
{
RelLib.Person.UNKNOWN : _("%(unknown_gender_name)s was born %(modified_date)s in %(birth_place)s."),
RelLib.Person.MALE : _("%(male_name)s was born %(modified_date)s in %(birth_place)s."),
RelLib.Person.FEMALE : _("%(female_name)s was born %(modified_date)s in %(birth_place)s."),
},
]
born_full_date_no_place = [
{
RelLib.Person.UNKNOWN : _("This person was born on %(birth_date)s."),
RelLib.Person.MALE : _("He was born on %(birth_date)s."),
RelLib.Person.FEMALE : _("She was born on %(birth_date)s."),
},
{
RelLib.Person.UNKNOWN : _("%(unknown_gender_name)s was born on %(birth_date)s."),
RelLib.Person.MALE : _("%(male_name)s was born on %(birth_date)s."),
RelLib.Person.FEMALE : _("%(female_name)s was born on %(birth_date)s."),
},
]
born_modified_date_no_place = [
{
RelLib.Person.UNKNOWN : _("This person was born %(modified_date)s."),
RelLib.Person.MALE : _("He was born %(modified_date)s."),
RelLib.Person.FEMALE : _("She was born %(modified_date)s."),
},
{
RelLib.Person.UNKNOWN : _("%(unknown_gender_name)s was born %(modified_date)s."),
RelLib.Person.MALE : _("%(male_name)s was born %(modified_date)s."),
RelLib.Person.FEMALE : _("%(female_name)s was born %(modified_date)s."),
},
]
born_partial_date_with_place = [
{
RelLib.Person.UNKNOWN : _("This person was born in %(month_year)s in %(birth_place)s."),
RelLib.Person.MALE : _("He was born in %(month_year)s in %(birth_place)s."),
RelLib.Person.FEMALE : _("She was born in %(month_year)s in %(birth_place)s."),
},
{
RelLib.Person.UNKNOWN : _("%(unknown_gender_name)s was born in %(month_year)s in %(birth_place)s."),
RelLib.Person.MALE : _("%(male_name)s was born in %(month_year)s in %(birth_place)s."),
RelLib.Person.FEMALE : _("%(female_name)s was born in %(month_year)s in %(birth_place)s."),
},
]
born_partial_date_no_place = [
{
RelLib.Person.UNKNOWN : _("This person was born in %(month_year)s."),
RelLib.Person.MALE : _("He was born in %(month_year)s."),
RelLib.Person.FEMALE : _("She was born in %(month_year)s."),
},
{
RelLib.Person.UNKNOWN : _("%(unknown_gender_name)s was born in %(month_year)s."),
RelLib.Person.MALE : _("%(male_name)s was born in %(month_year)s."),
RelLib.Person.FEMALE : _("%(female_name)s was born in %(month_year)s."),
}
]
born_no_date_with_place = [
{
RelLib.Person.UNKNOWN : _("This person was born in %(birth_place)s."),
RelLib.Person.MALE : _("He was born in %(birth_place)s."),
RelLib.Person.FEMALE : _("She was born in %(birth_place)s."),
},
{
RelLib.Person.UNKNOWN : _("%(unknown_gender_name)s was born in %(birth_place)s."),
RelLib.Person.MALE : _("%(male_name)s was born in %(birth_place)s."),
RelLib.Person.FEMALE : _("%(female_name)s was born in %(birth_place)s."),
}
]
#------------------------------------------------------------------------
#
# Died strings
#
#------------------------------------------------------------------------
died_full_date_with_place = [
{ RelLib.Person.UNKNOWN : [
_("This person died on %(death_date)s in %(death_place)s."),
_("This person died on %(death_date)s in %(death_place)s at the age of %(age)d years."),
_("This person died on %(death_date)s in %(death_place)s at the age of %(age)d months."),
_("This person died on %(death_date)s in %(death_place)s at the age of %(age)d days."),
],
RelLib.Person.MALE : [
_("He died on %(death_date)s in %(death_place)s."),
_("He died on %(death_date)s in %(death_place)s at the age of %(age)d years."),
_("He died on %(death_date)s in %(death_place)s at the age of %(age)d months."),
_("He died on %(death_date)s in %(death_place)s at the age of %(age)d days."),
],
RelLib.Person.FEMALE : [
_("She died on %(death_date)s in %(death_place)s."),
_("She died on %(death_date)s in %(death_place)s at the age of %(age)d years."),
_("She died on %(death_date)s in %(death_place)s at the age of %(age)d months."),
_("She died on %(death_date)s in %(death_place)s at the age of %(age)d days."),
],
},
{ RelLib.Person.UNKNOWN : [
_("%(unknown_gender_name)s died on %(death_date)s in %(death_place)s."),
_("%(unknown_gender_name)s died on %(death_date)s in %(death_place)s at the age of %(age)d years."),
_("%(unknown_gender_name)s died on %(death_date)s in %(death_place)s at the age of %(age)d months."),
_("%(unknown_gender_name)s died on %(death_date)s in %(death_place)s at the age of %(age)d days."),
],
RelLib.Person.MALE : [
_("%(male_name)s died on %(death_date)s in %(death_place)s."),
_("%(male_name)s died on %(death_date)s in %(death_place)s at the age of %(age)d years."),
_("%(male_name)s died on %(death_date)s in %(death_place)s at the age of %(age)d months."),
_("%(male_name)s died on %(death_date)s in %(death_place)s at the age of %(age)d days."),
],
RelLib.Person.FEMALE : [
_("%(female_name)s died on %(death_date)s in %(death_place)s."),
_("%(female_name)s died on %(death_date)s in %(death_place)s at the age of %(age)d years."),
_("%(female_name)s died on %(death_date)s in %(death_place)s at the age of %(age)d months."),
_("%(female_name)s died on %(death_date)s in %(death_place)s at the age of %(age)d days."),
],
},
]
died_modified_date_with_place = [
{ RelLib.Person.UNKNOWN : [
_("This person died %(death_date)s in %(death_place)s."),
_("This person died %(death_date)s in %(death_place)s at the age of %(age)d years."),
_("This person died %(death_date)s in %(death_place)s at the age of %(age)d months."),
_("This person died %(death_date)s in %(death_place)s at the age of %(age)d days."),
],
RelLib.Person.MALE : [
_("He died %(death_date)s in %(death_place)s."),
_("He died %(death_date)s in %(death_place)s at the age of %(age)d years."),
_("He died %(death_date)s in %(death_place)s at the age of %(age)d months."),
_("He died %(death_date)s in %(death_place)s at the age of %(age)d days."),
],
RelLib.Person.FEMALE : [
_("She died %(death_date)s in %(death_place)s."),
_("She died %(death_date)s in %(death_place)s at the age of %(age)d years."),
_("She died %(death_date)s in %(death_place)s at the age of %(age)d months."),
_("She died %(death_date)s in %(death_place)s at the age of %(age)d days."),
],
},
{ RelLib.Person.UNKNOWN : [
_("%(unknown_gender_name)s died %(death_date)s in %(death_place)s."),
_("%(unknown_gender_name)s died %(death_date)s in %(death_place)s at the age of %(age)d years."),
_("%(unknown_gender_name)s died %(death_date)s in %(death_place)s at the age of %(age)d months."),
_("%(unknown_gender_name)s died %(death_date)s in %(death_place)s at the age of %(age)d days."),
],
RelLib.Person.MALE : [
_("%(male_name)s died %(death_date)s in %(death_place)s."),
_("%(male_name)s died %(death_date)s in %(death_place)s at the age of %(age)d years."),
_("%(male_name)s died %(death_date)s in %(death_place)s at the age of %(age)d months."),
_("%(male_name)s died %(death_date)s in %(death_place)s at the age of %(age)d days."),
],
RelLib.Person.FEMALE : [
_("%(female_name)s died %(death_date)s in %(death_place)s."),
_("%(female_name)s died %(death_date)s in %(death_place)s at the age of %(age)d years."),
_("%(female_name)s died %(death_date)s in %(death_place)s at the age of %(age)d months."),
_("%(female_name)s died %(death_date)s in %(death_place)s at the age of %(age)d days."),
],
},
]
died_full_date_no_place = [
{ RelLib.Person.UNKNOWN : [
_("This person died on %(death_date)s."),
_("This person died on %(death_date)s at the age of %(age)d years."),
_("This person died on %(death_date)s at the age of %(age)d months."),
_("This person died on %(death_date)s at the age of %(age)d days."),
],
RelLib.Person.MALE : [
_("He died on %(death_date)s."),
_("He died on %(death_date)s at the age of %(age)d years."),
_("He died on %(death_date)s at the age of %(age)d months."),
_("He died on %(death_date)s at the age of %(age)d days."),
],
RelLib.Person.FEMALE : [
_("She died on %(death_date)s."),
_("She died on %(death_date)s at the age of %(age)d years."),
_("She died on %(death_date)s at the age of %(age)d months."),
_("She died on %(death_date)s at the age of %(age)d days."),
],
},
{ RelLib.Person.UNKNOWN : [
_("%(unknown_gender_name)s died on %(death_date)s."),
_("%(unknown_gender_name)s died on %(death_date)s at the age of %(age)d years."),
_("%(unknown_gender_name)s died on %(death_date)s at the age of %(age)d months."),
_("%(unknown_gender_name)s died on %(death_date)s at the age of %(age)d days."),
],
RelLib.Person.MALE : [
_("%(male_name)s died on %(death_date)s."),
_("%(male_name)s died on %(death_date)s at the age of %(age)d years."),
_("%(male_name)s died on %(death_date)s at the age of %(age)d months."),
_("%(male_name)s died on %(death_date)s at the age of %(age)d days."),
],
RelLib.Person.FEMALE : [
_("%(female_name)s died on %(death_date)s."),
_("%(female_name)s died on %(death_date)s at the age of %(age)d years."),
_("%(female_name)s died on %(death_date)s at the age of %(age)d months."),
_("%(female_name)s died on %(death_date)s at the age of %(age)d days."),
],
},
]
died_modified_date_no_place = [
{ RelLib.Person.UNKNOWN : [
_("This person died %(death_date)s."),
_("This person died %(death_date)s at the age of %(age)d years."),
_("This person died %(death_date)s at the age of %(age)d months."),
_("This person died %(death_date)s at the age of %(age)d days."),
],
RelLib.Person.MALE : [
_("He died %(death_date)s."),
_("He died %(death_date)s at the age of %(age)d years."),
_("He died %(death_date)s at the age of %(age)d months."),
_("He died %(death_date)s at the age of %(age)d days."),
],
RelLib.Person.FEMALE : [
_("She died %(death_date)s."),
_("She died %(death_date)s at the age of %(age)d years."),
_("She died %(death_date)s at the age of %(age)d months."),
_("She died %(death_date)s at the age of %(age)d days."),
],
},
{ RelLib.Person.UNKNOWN : [
_("%(unknown_gender_name)s died %(death_date)s."),
_("%(unknown_gender_name)s died %(death_date)s at the age of %(age)d years."),
_("%(unknown_gender_name)s died %(death_date)s at the age of %(age)d months."),
_("%(unknown_gender_name)s died %(death_date)s at the age of %(age)d days."),
],
RelLib.Person.MALE : [
_("%(male_name)s died %(death_date)s."),
_("%(male_name)s died %(death_date)s at the age of %(age)d years."),
_("%(male_name)s died %(death_date)s at the age of %(age)d months."),
_("%(male_name)s died %(death_date)s at the age of %(age)d days."),
],
RelLib.Person.FEMALE : [
_("%(female_name)s died %(death_date)s."),
_("%(female_name)s died %(death_date)s at the age of %(age)d years."),
_("%(female_name)s died %(death_date)s at the age of %(age)d months."),
_("%(female_name)s died %(death_date)s at the age of %(age)d days."),
],
},
]
died_partial_date_with_place = [
{ RelLib.Person.UNKNOWN : [
_("This person died in %(month_year)s in %(death_place)s."),
_("This person died in %(month_year)s in %(death_place)s at the age of %(age)d years."),
_("This person died in %(month_year)s in %(death_place)s at the age of %(age)d months."),
_("This person died in %(month_year)s in %(death_place)s at the age of %(age)d days."),
],
RelLib.Person.MALE : [
_("He died in %(month_year)s in %(death_place)s."),
_("He died in %(month_year)s in %(death_place)s at the age of %(age)d years."),
_("He died in %(month_year)s in %(death_place)s at the age of %(age)d months."),
_("He died in %(month_year)s in %(death_place)s at the age of %(age)d days."),
],
RelLib.Person.FEMALE : [
_("She died in %(month_year)s in %(death_place)s."),
_("She died in %(month_year)s in %(death_place)s at the age of %(age)d years."),
_("She died in %(month_year)s in %(death_place)s at the age of %(age)d months."),
_("She died in %(month_year)s in %(death_place)s at the age of %(age)d days."),
]
},
{ RelLib.Person.UNKNOWN : [
_("%(unknown_gender_name)s died in %(month_year)s in %(death_place)s."),
_("%(unknown_gender_name)s died in %(month_year)s in %(death_place)s at the age of %(age)d years."),
_("%(unknown_gender_name)s died in %(month_year)s in %(death_place)s at the age of %(age)d months."),
_("%(unknown_gender_name)s died in %(month_year)s in %(death_place)s at the age of %(age)d days."),
],
RelLib.Person.MALE : [
_("%(male_name)s died in %(month_year)s in %(death_place)s."),
_("%(male_name)s died in %(month_year)s in %(death_place)s at the age of %(age)d years."),
_("%(male_name)s died in %(month_year)s in %(death_place)s at the age of %(age)d months."),
_("%(male_name)s died in %(month_year)s in %(death_place)s at the age of %(age)d days."),
],
RelLib.Person.FEMALE : [
_("%(female_name)s died in %(month_year)s in %(death_place)s."),
_("%(female_name)s died in %(month_year)s in %(death_place)s at the age of %(age)d years."),
_("%(female_name)s died in %(month_year)s in %(death_place)s at the age of %(age)d months."),
_("%(female_name)s died in %(month_year)s in %(death_place)s at the age of %(age)d days."),
],
},
]
died_partial_date_no_place = [
{ RelLib.Person.UNKNOWN : [
_("This person died in %(month_year)s."),
_("This person died in %(month_year)s at the age of %(age)d years."),
_("This person died in %(month_year)s at the age of %(age)d months."),
_("This person died in %(month_year)s at the age of %(age)d days."),
],
RelLib.Person.MALE : [
_("He died in %(month_year)s."),
_("He died in %(month_year)s at the age of %(age)d years."),
_("He died in %(month_year)s at the age of %(age)d months."),
_("He died in %(month_year)s at the age of %(age)d days."),
],
RelLib.Person.FEMALE : [
_("She died in %(month_year)s."),
_("She died in %(month_year)s at the age of %(age)d years."),
_("She died in %(month_year)s at the age of %(age)d months."),
_("She died in %(month_year)s at the age of %(age)d days."),
],
},
{ RelLib.Person.UNKNOWN : [
_("%(unknown_gender_name)s died in %(month_year)s."),
_("%(unknown_gender_name)s died in %(month_year)s at the age of %(age)d years."),
_("%(unknown_gender_name)s died in %(month_year)s at the age of %(age)d months."),
_("%(unknown_gender_name)s died in %(month_year)s at the age of %(age)d days."),
],
RelLib.Person.MALE : [
_("%(male_name)s died in %(month_year)s."),
_("%(male_name)s died in %(month_year)s at the age of %(age)d years."),
_("%(male_name)s died in %(month_year)s at the age of %(age)d months."),
_("%(male_name)s died in %(month_year)s at the age of %(age)d days."),
],
RelLib.Person.FEMALE : [
_("%(female_name)s died in %(month_year)s."),
_("%(female_name)s died in %(month_year)s at the age of %(age)d years."),
_("%(female_name)s died in %(month_year)s at the age of %(age)d months."),
_("%(female_name)s died in %(month_year)s at the age of %(age)d days."),
],
}
]
died_no_date_with_place = [
{
RelLib.Person.UNKNOWN : [
_("This person died in %(death_place)s."),
_("This person died in %(death_place)s at the age of %(age)d years."),
_("This person died in %(death_place)s at the age of %(age)d months."),
_("This person died in %(death_place)s at the age of %(age)d days."),
],
RelLib.Person.MALE : [
_("He died in %(death_place)s."),
_("He died in %(death_place)s at the age of %(age)d years."),
_("He died in %(death_place)s at the age of %(age)d months."),
_("He died in %(death_place)s at the age of %(age)d days."),
],
RelLib.Person.FEMALE : [
_("She died in %(death_place)s."),
_("She died in %(death_place)s at the age of %(age)d years."),
_("She died in %(death_place)s at the age of %(age)d months."),
_("She died in %(death_place)s at the age of %(age)d days."),
],
},
{ RelLib.Person.UNKNOWN : [
_("%(unknown_gender_name)s died in %(death_place)s."),
_("%(unknown_gender_name)s died in %(death_place)s at the age of %(age)d years."),
_("%(unknown_gender_name)s died in %(death_place)s at the age of %(age)d months."),
_("%(unknown_gender_name)s died in %(death_place)s at the age of %(age)d days."),
],
RelLib.Person.MALE : [
_("%(male_name)s died in %(death_place)s."),
_("%(male_name)s died in %(death_place)s at the age of %(age)d years."),
_("%(male_name)s died in %(death_place)s at the age of %(age)d months."),
_("%(male_name)s died in %(death_place)s at the age of %(age)d days."),
],
RelLib.Person.FEMALE : [
_("%(female_name)s died in %(death_place)s."),
_("%(female_name)s died in %(death_place)s at the age of %(age)d years."),
_("%(female_name)s died in %(death_place)s at the age of %(age)d months."),
_("%(female_name)s died in %(death_place)s at the age of %(age)d days."),
],
}
]
died_no_date_no_place = [
{ RelLib.Person.UNKNOWN : [
"",
_("This person died at the age of %(age)d years."),
_("This person died at the age of %(age)d months."),
_("This person died at the age of %(age)d days."),
],
RelLib.Person.MALE : [
"",
_("He died at the age of %(age)d years."),
_("He died at the age of %(age)d months."),
_("He died at the age of %(age)d days."),
],
RelLib.Person.FEMALE : [
"",
_("She died at the age of %(age)d years."),
_("She died at the age of %(age)d months."),
_("She died at the age of %(age)d days."),
],
},
{ RelLib.Person.UNKNOWN : [
"",
_("%(unknown_gender_name)s died at the age of %(age)d years."),
_("%(unknown_gender_name)s died at the age of %(age)d months."),
_("%(unknown_gender_name)s died at the age of %(age)d days."),
],
RelLib.Person.MALE : [
"",
_("%(male_name)s died at the age of %(age)d years."),
_("%(male_name)s died at the age of %(age)d months."),
_("%(male_name)s died at the age of %(age)d days."),
],
RelLib.Person.FEMALE : [
"",
_("%(female_name)s died at the age of %(age)d years."),
_("%(female_name)s died at the age of %(age)d months."),
_("%(female_name)s died at the age of %(age)d days."),
],
},
]
#------------------------------------------------------------------------
#
# Buried strings
#
#------------------------------------------------------------------------
buried_full_date_place = {
RelLib.Person.MALE: [
_("%(male_name)s was buried on %(burial_date)s in %(burial_place)s."),
_("He was buried on %(burial_date)s in %(burial_place)s."),
],
RelLib.Person.FEMALE: [
_("%(female_name)s was buried on %(burial_date)s in %(burial_place)s."),
_("She was buried on %(burial_date)s in %(burial_place)s."),
],
RelLib.Person.UNKNOWN: [
_("%(unknown_gender_name)s was buried on %(burial_date)s in %(burial_place)s."),
_("This person was buried on %(burial_date)s in %(burial_place)s."),
],
}
buried_full_date_no_place = {
RelLib.Person.MALE: [
_("%(male_name)s was buried on %(burial_date)s."),
_("He was buried on %(burial_date)s."),
],
RelLib.Person.FEMALE: [
_("%(female_name)s was buried on %(burial_date)s."),
_("She was buried on %(burial_date)s."),
],
RelLib.Person.UNKNOWN: [
_("%(unknown_gender_name)s was buried on %(burial_date)s."),
_("This person was buried on %(burial_date)s."),
],
}
buried_partial_date_place = {
RelLib.Person.MALE: [
_("%(male_name)s was buried in %(month_year)s in %(burial_place)s."),
_("He was buried in %(month_year)s in %(burial_place)s."),
],
RelLib.Person.FEMALE: [
_("%(female_name)s was buried in %(month_year)s in %(burial_place)s."),
_("She was buried in %(month_year)s in %(burial_place)s."),
],
RelLib.Person.UNKNOWN: [
_("%(unknown_gender_name)s was buried in %(month_year)s in %(burial_place)s."),
_("This person was buried in %(month_year)s in %(burial_place)s."),
],
}
buried_partial_date_no_place = {
RelLib.Person.MALE: [
_("%(male_name)s was buried in %(month_year)s."),
_("He was buried in %(month_year)s."),
],
RelLib.Person.FEMALE: [
_("%(female_name)s was buried in %(month_year)s."),
_("She was buried in %(month_year)s."),
],
RelLib.Person.UNKNOWN: [
_("%(unknown_gender_name)s was buried in %(month_year)s."),
_("This person was buried in %(month_year)s."),
],
}
buried_modified_date_place = {
RelLib.Person.MALE: [
_("%(male_name)s was buried %(modified_date)s in %(burial_place)s."),
_("He was buried %(modified_date)s in %(burial_place)s."),
],
RelLib.Person.FEMALE: [
_("%(female_name)s was buried %(modified_date)s in %(burial_place)s."),
_("She was buried %(modified_date)s in %(burial_place)s."),
],
RelLib.Person.UNKNOWN: [
_("%(unknown_gender_name)s was buried %(modified_date)s in %(burial_place)s."),
_("This person was buried %(modified_date)s in %(burial_place)s."),
],
}
buried_modified_date_no_place = {
RelLib.Person.MALE: [
_("%(male_name)s was buried %(modified_date)s."),
_("He was buried %(modified_date)s."),
],
RelLib.Person.FEMALE: [
_("%(female_name)s was buried %(modified_date)s."),
_("She was buried %(modified_date)s."),
],
RelLib.Person.UNKNOWN: [
_("%(unknown_gender_name)s was buried %(modified_date)s."),
_("This person was buried %(modified_date)s."),
],
}
buried_no_date_place = {
RelLib.Person.MALE : [
_("%(male_name)s was buried in %(burial_place)s."),
_("He was buried in %(burial_place)s."),
],
RelLib.Person.FEMALE : [
_("%(female_name)s was buried in %(burial_place)s."),
_("She was buried in %(burial_place)s."),
],
RelLib.Person.UNKNOWN : [
_("%(unknown_gender_name)s was buried in %(burial_place)s."),
_("This person was buried in %(burial_place)s."),
],
}
buried_no_date_no_place = {
RelLib.Person.MALE : [
_("%(male_name)s was buried."),
_("He was buried."),
],
RelLib.Person.FEMALE : [
_("%(female_name)s was buried."),
_("She was buried."),
],
RelLib.Person.UNKNOWN : [
_("%(unknown_gender_name)s was buried."),
_("This person was buried."),
]
}
#------------------------------------------------------------------------
#
# Marriage strings
#
#------------------------------------------------------------------------
marriage_first_date_place = {
RelLib.Person.UNKNOWN : [
_('This person married %(spouse)s in %(partial_date)s in %(place)s%(endnotes)s.'),
_('This person married %(spouse)s on %(full_date)s in %(place)s%(endnotes)s.'),
_('This person married %(spouse)s %(modified_date)s in %(place)s%(endnotes)s.'),
],
RelLib.Person.MALE : [
_('He married %(spouse)s in %(partial_date)s in %(place)s%(endnotes)s.'),
_('He married %(spouse)s on %(full_date)s in %(place)s%(endnotes)s.'),
_('He married %(spouse)s %(modified_date)s in %(place)s%(endnotes)s.'),
],
RelLib.Person.FEMALE : [
_('She married %(spouse)s in %(partial_date)s in %(place)s%(endnotes)s.'),
_('She married %(spouse)s on %(full_date)s in %(place)s%(endnotes)s.'),
_('She married %(spouse)s %(modified_date)s in %(place)s%(endnotes)s.'),
],
}
marriage_also_date_place = {
RelLib.Person.UNKNOWN : [
_('This person also married %(spouse)s in %(partial_date)s in %(place)s%(endnotes)s.'),
_('This person also married %(spouse)s on %(full_date)s in %(place)s%(endnotes)s.'),
_('This person also married %(spouse)s %(modified_date)s in %(place)s%(endnotes)s.'),
],
RelLib.Person.MALE : [
_('He also married %(spouse)s in %(partial_date)s in %(place)s%(endnotes)s.'),
_('He also married %(spouse)s on %(full_date)s in %(place)s%(endnotes)s.'),
_('He also married %(spouse)s %(modified_date)s in %(place)s%(endnotes)s.'),
],
RelLib.Person.FEMALE : [
_('She also married %(spouse)s in %(partial_date)s in %(place)s%(endnotes)s.'),
_('She also married %(spouse)s on %(full_date)s in %(place)s%(endnotes)s.'),
_('She also married %(spouse)s %(modified_date)s in %(place)s%(endnotes)s.'),
],
}
marriage_first_date = {
RelLib.Person.UNKNOWN : [
_('This person married %(spouse)s in %(partial_date)s%(endnotes)s.'),
_('This person married %(spouse)s on %(full_date)s%(endnotes)s.'),
_('This person married %(spouse)s %(modified_date)s%(endnotes)s.'),
],
RelLib.Person.MALE : [
_('He married %(spouse)s in %(partial_date)s%(endnotes)s.'),
_('He married %(spouse)s on %(full_date)s%(endnotes)s.'),
_('He married %(spouse)s %(modified_date)s%(endnotes)s.'),
],
RelLib.Person.FEMALE : [
_('She married %(spouse)s in %(partial_date)s%(endnotes)s.'),
_('She married %(spouse)s on %(full_date)s%(endnotes)s.'),
_('She married %(spouse)s %(modified_date)s%(endnotes)s.'),
],
}
marriage_also_date = {
RelLib.Person.UNKNOWN : [
_('This person also married %(spouse)s in %(partial_date)s%(endnotes)s.'),
_('This person also married %(spouse)s on %(full_date)s%(endnotes)s.'),
_('This person also married %(spouse)s %(modified_date)s%(endnotes)s.'),
],
RelLib.Person.MALE : [
_('He also married %(spouse)s in %(partial_date)s%(endnotes)s.'),
_('He also married %(spouse)s on %(full_date)s%(endnotes)s.'),
_('He also married %(spouse)s %(modified_date)s%(endnotes)s.'),
],
RelLib.Person.FEMALE : [
_('She also married %(spouse)s in %(partial_date)s%(endnotes)s.'),
_('She also married %(spouse)s on %(full_date)s%(endnotes)s.'),
_('She also married %(spouse)s %(modified_date)s%(endnotes)s.'),
],
}
marriage_first_place = {
RelLib.Person.UNKNOWN : _('This person married %(spouse)s in %(place)s%(endnotes)s.'),
RelLib.Person.MALE : _('He married %(spouse)s in %(place)s%(endnotes)s.'),
RelLib.Person.FEMALE : _('She married %(spouse)s in %(place)s%(endnotes)s.'),
}
marriage_also_place = {
RelLib.Person.UNKNOWN : _('This person also married %(spouse)s in %(place)s%(endnotes)s.'),
RelLib.Person.MALE : _('He also married %(spouse)s in %(place)s%(endnotes)s.'),
RelLib.Person.FEMALE : _('She also married %(spouse)s in %(place)s%(endnotes)s.'),
}
marriage_first_only = {
RelLib.Person.UNKNOWN : _('This person married %(spouse)s%(endnotes)s.'),
RelLib.Person.MALE : _('He married %(spouse)s%(endnotes)s.'),
RelLib.Person.FEMALE : _('She married %(spouse)s%(endnotes)s.'),
}
marriage_also_only = {
RelLib.Person.UNKNOWN : _('This person also married %(spouse)s%(endnotes)s.'),
RelLib.Person.MALE : _('He also married %(spouse)s%(endnotes)s.'),
RelLib.Person.FEMALE : _('She also married %(spouse)s%(endnotes)s.'),
}
#-------------------------------------------------------------------------
#
# child to parent relationships
#
#-------------------------------------------------------------------------
child_father_mother = {
RelLib.Person.UNKNOWN: [
[
_("This person is the child of %(father)s and %(mother)s."),
_("This person was the child of %(father)s and %(mother)s."),
],
[
_("%(male_name)s is the child of %(father)s and %(mother)s."),
_("%(male_name)s was the child of %(father)s and %(mother)s."),
],
],
RelLib.Person.MALE : [
[
_("He is the son of %(father)s and %(mother)s."),
_("He was the son of %(father)s and %(mother)s."),
],
[
_("%(male_name)s is the son of %(father)s and %(mother)s."),
_("%(male_name)s was the son of %(father)s and %(mother)s."),
]
],
RelLib.Person.FEMALE : [
[
_("She is the daughter of %(father)s and %(mother)s."),
_("She was the daughter of %(father)s and %(mother)s."),
],
[
_("%(female_name)s is the daughter of %(father)s and %(mother)s."),
_("%(female_name)s was the daughter of %(father)s and %(mother)s."),
],
]
}
child_father = {
RelLib.Person.UNKNOWN : [
[
_("This person is the child of %(father)s."),
_("This person was the child of %(father)s."),
],
[
_("%(male_name)s is the child of %(father)s."),
_("%(male_name)s was the child of %(father)s."),
],
],
RelLib.Person.MALE : [
[
_("He is the son of %(father)s."),
_("He was the son of %(father)s."),
],
[
_("%(male_name)s is the son of %(father)s."),
_("%(male_name)s was the son of %(father)s."),
],
],
RelLib.Person.FEMALE : [
[
_("She is the daughter of %(father)s."),
_("She was the daughter of %(father)s."),
],
[
_("%(female_name)s is the daughter of %(father)s."),
_("%(female_name)s was the daughter of %(father)s."),
],
],
}
child_mother = {
RelLib.Person.UNKNOWN : [
[
_("This person is the child of %(mother)s."),
_("This person was the child of %(mother)s."),
],
[
_("%(male_name)s is the child of %(mother)s."),
_("%(male_name)s was the child of %(mother)s."),
],
],
RelLib.Person.MALE : [
[
_("He is the son of %(mother)s."),
_("He was the son of %(mother)s."),
],
[
_("%(male_name)s is the son of %(mother)s."),
_("%(male_name)s was the son of %(mother)s."),
],
],
RelLib.Person.FEMALE : [
[
_("She is the daughter of %(mother)s."),
_("She was the daughter of %(mother)s."),
],
[
_("%(female_name)s is the daughter of %(mother)s."),
_("%(female_name)s was the daughter of %(mother)s."),
],
],
}
#-------------------------------------------------------------------------
#
# relationship types
#
#-------------------------------------------------------------------------
_rtype = {
RelLib.FamilyRelType.UNMARRIED : _("unmarried"),
RelLib.FamilyRelType.CIVIL_UNION : _("civil union"),
RelLib.FamilyRelType.UNKNOWN : _("Unknown"),
RelLib.FamilyRelType.CUSTOM : _("Other"),
}
#-------------------------------------------------------------------------
#
# Convert points to cm and back
#
#-------------------------------------------------------------------------
def pt2cm(pt):
"""
Converts points to centimeters. Fonts are typically specified in points,
but the BaseDoc classes use centimeters.
@param pt: points
@type pt: float or int
@returns: equivalent units in centimeters
@rtype: float
"""
return pt/28.3465
def cm2pt(cm):
"""
Converts centimeters to points. Fonts are typically specified in points,
but the BaseDoc classes use centimeters.
@param cm: centimeters
@type cm: float or int
@returns: equivalent units in points
@rtype: float
"""
return cm*28.3465
def rgb_color(color):
"""
Converts color value from 0-255 integer range into 0-1 float range.
@param color: list or tuple of integer values for red, green, and blue
@type color: int
@returns: (r,g,b) tuple of floating point color values
@rtype: 3-tuple
"""
r = float(color[0])/255.0
g = float(color[1])/255.0
b = float(color[2])/255.0
return (r,g,b)
def draw_wedge(doc, style, centerx, centery, radius, start_angle,
end_angle, short_radius=0):
from math import pi, cos, sin
while end_angle < start_angle:
end_angle += 360
p = []
degreestoradians = pi / 180.0
radiansdelta = degreestoradians / 2
sangle = start_angle * degreestoradians
eangle = end_angle * degreestoradians
while eangle < sangle:
eangle = eangle + 2 * pi
angle = sangle
if short_radius == 0:
if (end_angle - start_angle) != 360:
p.append((centerx, centery))
else:
origx = (centerx + cos(angle) * short_radius)
origy = (centery + sin(angle) * short_radius)
p.append((origx, origy))
while angle < eangle:
x = centerx + cos(angle) * radius
y = centery + sin(angle) * radius
p.append((x, y))
angle = angle + radiansdelta
x = centerx + cos(eangle) * radius
y = centery + sin(eangle) * radius
p.append((x, y))
if short_radius:
x = centerx + cos(eangle) * short_radius
y = centery + sin(eangle) * short_radius
p.append((x, y))
angle = eangle
while angle >= sangle:
x = centerx + cos(angle) * short_radius
y = centery + sin(angle) * short_radius
p.append((x, y))
angle = angle - radiansdelta
doc.draw_path(style, p)
delta = (eangle - sangle) / 2.0
rad = short_radius + (radius - short_radius) / 2.0
return ( (centerx + cos(sangle + delta) * rad),
(centery + sin(sangle + delta) * rad))
def draw_pie_chart(doc, center_x, center_y, radius, data, start=0):
"""
Draws a pie chart in the specified document. The data passed is plotted as
a pie chart. The data should consist of the actual data. Percentages of
each slice are determined by the routine.
@param doc: Document to which the pie chart should be added
@type doc: BaseDoc derived class
@param center_x: x coordinate in centimeters where the center of the pie
chart should be. 0 is the left hand edge of the document.
@type center_x: float
@param center_y: y coordinate in centimeters where the center of the pie
chart should be. 0 is the top edge of the document
@type center_y: float
@param radius: radius of the pie chart. The pie charts width and height
will be twice this value.
@type radius: float
@param data: List of tuples containing the data to be plotted. The values
are (graphics_format, value), where graphics_format is a BaseDoc
GraphicsStyle, and value is a floating point number. Any other items in
the tuple are ignored. This allows you to share the same data list with
the L{draw_legend} function.
@type data: list
@param start: starting point in degrees, where the default of 0 indicates
a start point extending from the center to right in a horizontal line.
@type start: float
"""
total = 0.0
for item in data:
total += item[1]
for item in data:
incr = 360.0*(item[1]/total)
draw_wedge(doc,item[0], center_x, center_y, radius, start, start + incr)
start += incr
def draw_legend(doc, start_x, start_y, data, title, label_style):
"""
Draws a legend for a graph in the specified document. The data passed is
used to define the legend. First item style is used for the optional
Legend title.
@param doc: Document to which the legend chart should be added
@type doc: BaseDoc derived class
@param start_x: x coordinate in centimeters where the left hand corner
of the legend is placed. 0 is the left hand edge of the document.
@type start_x: float
@param start_y: y coordinate in centimeters where the top of the legend
should be. 0 is the top edge of the document
@type start_y: float
@param data: List of tuples containing the data to be used to create the
legend. In order to be compatible with the graph plots, the first and
third values of the tuple used. The format is (graphics_format, value,
legend_description).
@type data: list
"""
if title:
gstyle = doc.get_draw_style(label_style)
pstyle = gstyle.get_paragraph_style()
size = pt2cm(doc.get_style(pstyle).get_font().get_size())
doc.draw_text(label_style, title, start_x + (3*size), start_y - (size*0.25))
start_y += size * 1.3
for (format, size, legend) in data:
gstyle = doc.get_draw_style(format)
pstyle = gstyle.get_paragraph_style()
size = pt2cm(doc.get_style(pstyle).get_font().get_size())
doc.draw_box(format, "", start_x, start_y, (2*size), size)
doc.draw_text(label_style, legend, start_x + (3*size), start_y - (size*0.25))
start_y += size * 1.3
def draw_vertical_bar_graph(doc, format, start_x, start_y, height, width, data):
"""
Draws a vertical bar chart in the specified document. The data passed
should consist of the actual data. The bars are scaled appropriately by
the routine.
@param doc: Document to which the bar chart should be added
@type doc: BaseDoc derived class
@param start_x: x coordinate in centimeters where the left hand side of the
chart should be. 0 is the left hand edge of the document.
@type start_x: float
@param start_y: y coordinate in centimeters where the top of the chart
should be. 0 is the top edge of the document
@type start_y: float
@param height: height of the graph in centimeters
@type height: float
@param width: width of the graph in centimeters
@type width: float
@param data: List of tuples containing the data to be plotted. The values
are (graphics_format, value), where graphics_format is a BaseDoc
GraphicsStyle, and value is a floating point number. Any other items in
the tuple are ignored. This allows you to share the same data list with
the L{draw_legend} function.
@type data: list
"""
doc.draw_line(format,start_x,start_y+height,start_x,start_y)
doc.draw_line(format,start_x,start_y+height,start_x+width,start_y+height)
largest = 0.0
for item in data:
largest = max(item[1],largest)
scale = float(height)/float(largest)
units = len(data)
box_width = (float(width) / (units*3.0+1.0))*2
box_height = float(height)
bottom = float(start_y)+float(height)
start = 0.5*box_width + start_x
for index in range(units):
size = float(data[index][1]) * scale
doc.draw_box(data[index][0],"",start,bottom-size,box_width,box_height)
start += box_width * 1.5
_t = time.localtime(time.time())
_TODAY = DateHandler.parser.parse("%04d-%02d-%02d" % (_t[0],_t[1],_t[2]))
def estimate_age(db, person, end_handle=None, start_handle=None, today=_TODAY):
"""
Estimates the age of a person based off the birth and death
dates of the person. A tuple containing the estimated upper
and lower bounds of the person's age is returned. If either
the birth or death date is missing, a (-1,-1) is returned.
@param db: GRAMPS database to which the Person object belongs
@type db: GrampsDbBase
@param person: Person object to calculate the age of
@type person: Person
@param end_handle: Determines the event handle that determines
the upper limit of the age. If None, the death event is used
@type end_handle: str
@param start_handle: Determines the event handle that determines
the lower limit of the event. If None, the birth event is
used
@type start_handle: str
@returns: tuple containing the lower and upper bounds of the
person's age, or (-1,-1) if it could not be determined.
@rtype: tuple
"""
bhandle = None
if start_handle:
bhandle = start_handle
else:
bref = person.get_birth_ref()
if bref:
bhandle = bref.get_reference_handle()
dhandle = None
if end_handle:
dhandle = end_handle
else:
dref = person.get_death_ref()
if dref:
dhandle = dref.get_reference_handle()
# if either of the events is not defined, return an error message
if not bhandle:
return (-1,-1)
bdata = db.get_event_from_handle(bhandle).get_date_object()
if dhandle:
ddata = db.get_event_from_handle(dhandle).get_date_object()
else:
if today != None:
ddata = today
else:
return (-1,-1)
# if the date is not valid, return an error message
if not bdata.get_valid() or not ddata.get_valid():
return (-1,-1)
# if a year is not valid, return an error message
if not bdata.get_year_valid() or not ddata.get_year_valid():
return (-1,-1)
bstart = bdata.get_start_date()
bstop = bdata.get_stop_date()
dstart = ddata.get_start_date()
dstop = ddata.get_stop_date()
def _calc_diff(low,high):
if (low[1],low[0]) > (high[1],high[0]):
return high[2] - low[2] - 1
else:
return high[2] - low[2]
if bstop == RelLib.Date.EMPTY and dstop == RelLib.Date.EMPTY:
lower = _calc_diff(bstart,dstart)
age = (lower, lower)
elif bstop == RelLib.Date.EMPTY:
lower = _calc_diff(bstart,dstart)
upper = _calc_diff(bstart,dstop)
age = (lower,upper)
elif dstop == RelLib.Date.EMPTY:
lower = _calc_diff(bstop,dstart)
upper = _calc_diff(bstart,dstart)
age = (lower,upper)
else:
lower = _calc_diff(bstop,dstart)
upper = _calc_diff(bstart,dstop)
age = (lower,upper)
return age
def estimate_age_on_date(db, person, ddata=_TODAY):
"""
This will be replaced with something similar to probably_alive
"""
bhandle = None
bref = person.get_birth_ref()
if bref:
bhandle = bref.get_reference_handle()
if not bhandle:
return (-1,-1)
bdata = db.get_event_from_handle(bhandle).get_date_object()
# if the date is not valid, return an error message
if not bdata.get_valid() or not ddata.get_valid():
return (-1,-1)
# if a year is not valid, return an error message
if not bdata.get_year_valid() or not ddata.get_year_valid():
return (-1,-1)
bstart = bdata.get_start_date()
bstop = bdata.get_stop_date()
dstart = ddata.get_start_date()
dstop = ddata.get_stop_date()
def _calc_diff(low,high):
if (low[1],low[0]) > (high[1],high[0]):
return high[2] - low[2] - 1
else:
return high[2] - low[2]
if bstop == RelLib.Date.EMPTY and dstop == RelLib.Date.EMPTY:
lower = _calc_diff(bstart,dstart)
age = [lower, lower]
elif bstop == RelLib.Date.EMPTY:
lower = _calc_diff(bstart,dstart)
upper = _calc_diff(bstart,dstop)
age = [lower,upper]
elif dstop == RelLib.Date.EMPTY:
lower = _calc_diff(bstop,dstart)
upper = _calc_diff(bstart,dstart)
age = [lower,upper]
else:
lower = _calc_diff(bstop,dstart)
upper = _calc_diff(bstart,dstop)
age = [lower,upper]
if age[0] < 0 and age[1] < 0:
age = (-1, -1)
elif age[0] > 120 and age[1] > 120:
age = (-1, -1)
return age
def sanitize_list(obj_list,exclude_private):
"""
Removes private objects from the list.
@param obj_list: objects that have a privacy flag
@type obj_list: list
@param exclude_private: indicates if objects marked private
are eliminated from the list
@type exclude_private: bool
@returns: objects that match the privacy request
@rtype: list
"""
if exclude_private:
return [obj for obj in obj_list if not obj.private]
else:
return obj_list
def sanitize_media_ref_list(db, media_ref_list, exclude_private):
"""
Removes private references and references to private objects
from the list.
@param db: GRAMPS database to which the references belongs
@type db: GrampsDbBase
@param ref_list: references to objects that have a privacy flag
@type ref_list: list
@param exclude_private: indicates if objects marked private
are eliminated from the list
@type exclude_private: bool
@returns: references to objects that match the privacy request
@rtype: list
"""
if exclude_private == True:
new_list = []
for media_ref in media_ref_list:
if media_ref.get_privacy() == False:
handle = media_ref.get_reference_handle()
media_object = db.get_object_from_handle(handle)
if media_object.get_privacy() == False:
new_list.append(media_ref)
return new_list
else:
return media_ref_list
def sanitize_person(db,person):
"""
Creates a new Person instance based off the passed Person
instance. The returned instance has all private records
removed from it.
@param db: GRAMPS database to which the Person object belongs
@type db: GrampsDbBase
@param person: source Person object that will be copied with
privacy records removed
@type person: Person
@returns: 'cleansed' Person object
@rtype: Person
"""
new_person = RelLib.Person()
# copy gender
new_person.set_gender(person.get_gender())
new_person.set_gramps_id(person.get_gramps_id())
new_person.set_handle(person.get_handle())
# copy names if not private
name = person.get_primary_name()
if name.get_privacy() or person.get_privacy():
name = RelLib.Name()
name.set_surname(_('Private'))
new_person.set_primary_name(name)
# copy Family reference list
for handle in person.get_family_handle_list():
new_person.add_family_handle(handle)
# copy Family reference list
for item in person.get_parent_family_handle_list():
new_person.add_parent_family_handle(item)
if person.get_privacy():
return new_person
for name in person.get_alternate_names():
if not name.get_privacy():
new_person.add_alternate_name(name)
# set complete flag
new_person.set_marker(person.get_marker())
# copy event list
for event_ref in person.get_event_ref_list():
if event_ref and event_ref.get_privacy() == False:
event = db.get_event_from_handle(event_ref.ref)
if not event.get_privacy():
new_person.add_event_ref(event_ref)
# Copy birth and death after event list to maintain the order.
# copy birth event
event_ref = person.get_birth_ref()
if event_ref and event_ref.get_privacy() == False:
event = db.get_event_from_handle(event_ref.ref)
if not event.get_privacy():
new_person.set_birth_ref(event_ref)
# copy death event
event_ref = person.get_death_ref()
if event_ref and event_ref.get_privacy() == False:
event = db.get_event_from_handle(event_ref.ref)
if not event.get_privacy():
new_person.set_death_ref(event_ref)
# copy address list
for address in person.get_address_list():
if not address.get_privacy():
new_person.add_address(RelLib.Address(address))
# copy attribute list
for attribute in person.get_attribute_list():
if not attribute.get_privacy():
new_person.add_attribute(RelLib.Attribute(attribute))
# copy source references
for ref in person.get_source_references():
if not ref.get_privacy():
handle = ref.get_reference_handle()
source = db.get_source_from_handle(handle)
if source.get_privacy() == False:
new_person.add_source_reference(RelLib.SourceRef(ref))
# copy URL list
for url in person.get_url_list():
if not url.get_privacy():
new_person.add_url(url)
# copy Media reference list
clean_list = sanitize_media_ref_list(db,person.get_media_list(),True)
for ref in clean_list:
new_person.add_media_reference(RelLib.MediaRef(ref))
# LDS ordinances
for lds_ord in person.get_lds_ord_list():
lds_type = lds_ord.get_type()
if lds_type == RelLib.LdsOrd.BAPTISM or \
lds_type == RelLib.LdsOrd.ENDOWMENT or \
lds_type == RelLib.LdsOrd.SEAL_TO_PARENTS or \
lds_type == RelLib.LdsOrd.SEAL_TO_SPOUSE :
new_person.add_lds_ord( lds_ord )
new_person.set_note_list(person.get_note_list())
return new_person
def dont_restrict(db,person):
return person
def restrict_with_names(db,person):
return restrict_person(db,person,False)
def restrict_no_names(db,person):
return restrict_person(db,person,True)
def restrict_person(db,person,no_names=False):
"""
Creates a new Person instance based off the passed Person
instance. The returned instance has all private records
removed from it.
@param db: GRAMPS database to which the Person object belongs
@type db: GrampsDbBase
@param person: source Person object that will be copied with
privacy records removed
@type person: Person
@returns: 'cleansed' Person object
@rtype: Person
"""
new_person = RelLib.Person()
# copy gender
new_person.set_gender(person.get_gender())
new_person.set_gramps_id(person.get_gramps_id())
new_person.set_handle(person.get_handle())
# copy names if not private
if no_names:
name = RelLib.Name()
name.set_surname(_('Private'))
else:
name = person.get_primary_name()
name.set_source_reference_list([])
new_person.set_primary_name(name)
# copy Family reference list
for handle in person.get_family_handle_list():
new_person.add_family_handle(handle)
# copy Family reference list
for item in person.get_parent_family_handle_list():
new_person.add_parent_family_handle(item[0],item[1],item[2])
return new_person
#-------------------------------------------------------------------------
#
# Roman numbers
#
#-------------------------------------------------------------------------
def roman(num):
""" Integer to Roman numeral converter for 0 < num < 4000 """
if type(num) != int:
return "?"
if not 0 < num < 4000:
return "?"
vals = (1000, 900, 500, 400, 100, 90, 50, 40, 10, 9, 5, 4, 1)
nums = ( 'M','CM', 'D','CD', 'C','XC', 'L','XL', 'X','IX', 'V','IV', 'I')
retval = ""
for i in range(len(vals)):
amount = int(num / vals[i])
retval += nums[i] * amount
num -= vals[i] * amount
return retval
#-------------------------------------------------------------------------
#
#
#
#-------------------------------------------------------------------------
def place_name(db,place_handle):
if place_handle:
place = db.get_place_from_handle(place_handle).get_title()
else:
place = ""
return place
#-------------------------------------------------------------------------
#
# Functions commonly used in reports
#
#-------------------------------------------------------------------------
def insert_image(database, doc, photo, w_cm=4.0, h_cm=4.0):
"""
Insert pictures of a person into the document.
"""
object_handle = photo.get_reference_handle()
media_object = database.get_object_from_handle(object_handle)
mime_type = media_object.get_mime_type()
if mime_type and mime_type.startswith("image"):
filename = media_object.get_path()
if os.path.exists(filename):
doc.add_media_object(filename,"right",w_cm,h_cm)
else:
WarningDialog(_("Could not add photo to page"),
"%s: %s" % (filename, _('File does not exist')))
#-------------------------------------------------------------------------
#
# Strings commonly used in reports
#
#-------------------------------------------------------------------------
def empty_notes(whatever):
# Empty stab function for when endnotes are not needed
return ""
def get_birth_death_strings(database,person,empty_date="",empty_place=""):
"""
Returns strings for dates and places of birth and death.
"""
bplace = dplace = empty_place
bdate = ddate = empty_date
bdate_full = ddate_full = False
bdate_mod = False
ddate_mod = False
birth_ref = person.get_birth_ref()
if birth_ref and birth_ref.ref:
birth = database.get_event_from_handle(birth_ref.ref)
if birth:
bdate = DateHandler.get_date(birth)
bplace_handle = birth.get_place_handle()
if bplace_handle:
bplace = database.get_place_from_handle(bplace_handle).get_title()
bdate_obj = birth.get_date_object()
bdate_full = bdate_obj and bdate_obj.get_day_valid()
bdate_mod = bdate_obj and bdate_obj.get_modifier() != RelLib.Date.MOD_NONE
death_ref = person.get_death_ref()
if death_ref and death_ref.ref:
death = database.get_event_from_handle(death_ref.ref)
if death:
ddate = DateHandler.get_date(death)
dplace_handle = death.get_place_handle()
if dplace_handle:
dplace = database.get_place_from_handle(dplace_handle).get_title()
ddate_obj = death.get_date_object()
ddate_full = ddate_obj and ddate_obj.get_day_valid()
ddate_mod = ddate_obj and ddate_obj.get_modifier() != RelLib.Date.MOD_NONE
return (bdate,bplace,bdate_full,bdate_mod,ddate,dplace,ddate_full,ddate_mod)
def born_died_str(database,person,endnotes=None,name_object=None,person_name=None):
"""
Composes a string describing birth and death of a person.
Missing information will be omitted without loss of readability.
Optional references may be added to birth and death events.
Optional Name object may be used to override a person's Name instance.
Optional string may be used to override the string representation of a name.
@param database: GRAMPS database to which the Person object belongs
@type database: GrampsDbBase
@param person: Person instance for which the string has to be composed
@type person: Person
@param endnotes: Function to use for reference composition. If None
then references will not be added
@type endnotes: function
@param name_object: Name instance for which the phrase is composed. If None
then the regular primary name of the person will be used
@type name_object: Name
@param person_name: String to override the person's name. If None then the
regular primary name string will be used
@type person_name: unicode
@returns: A composed string
@rtype: unicode
"""
if not endnotes:
endnotes = empty_notes
if not name_object:
name_object = person.get_primary_name()
if person_name == None:
person_name = _nd.display_name(name_object)
elif person_name == 0:
if person.get_gender() == RelLib.Person.MALE:
person_name = _('He')
else:
person_name = _('She')
bdate,bplace,bdate_full,bdate_mod,ddate,dplace,ddate_full,ddate_mod = \
get_birth_death_strings(database,person)
birth = None
birth_ref = person.get_birth_ref()
if birth_ref:
birth = database.get_event_from_handle(birth_ref.ref)
death = None
death_ref = person.get_death_ref()
if death_ref:
death = database.get_event_from_handle(death_ref.ref)
values = {
'unknown_gender_name' : person_name,
'name' : person_name,
'male_name' : person_name,
'female_name' : person_name,
'endnotes' : endnotes(name_object),
'birth_date' : bdate,
'birth_place' : bplace,
'birth_endnotes' : endnotes(birth),
'death_date' : ddate,
'death_place' : dplace,
'death_endnotes' : endnotes(death),
}
if person.get_gender() == RelLib.Person.MALE:
if bdate:
if bplace:
if ddate:
if dplace:
text = _("%(male_name)s%(endnotes)s "
"was born %(birth_date)s in %(birth_place)s%(birth_endnotes)s, "
"and died %(death_date)s in %(death_place)s%(death_endnotes)s.") % values
else:
text = _("%(male_name)s%(endnotes)s "
"was born %(birth_date)s in %(birth_place)s%(birth_endnotes)s, "
"and died %(death_date)s%(death_endnotes)s.") % values
else:
if dplace:
text = _("%(male_name)s%(endnotes)s "
"was born %(birth_date)s in %(birth_place)s%(birth_endnotes)s, "
"and died in %(death_place)s%(death_endnotes)s.") % values
else:
text = _("%(male_name)s%(endnotes)s "
"was born %(birth_date)s in %(birth_place)s%(birth_endnotes)s.") % values
else:
if ddate:
if dplace:
text = _("%(male_name)s%(endnotes)s "
"was born %(birth_date)s%(birth_endnotes)s, "
"and died %(death_date)s in %(death_place)s%(death_endnotes)s.") % values
else:
text = _("%(male_name)s%(endnotes)s "
"was born %(birth_date)s%(birth_endnotes)s, "
"and died %(death_date)s%(death_endnotes)s.") % values
else:
if dplace:
text = _("%(male_name)s%(endnotes)s "
"was born %(birth_date)s%(birth_endnotes)s, "
"and died in %(death_place)s%(death_endnotes)s.") % values
else:
text = _("%(male_name)s%(endnotes)s "
"was born %(birth_date)s%(birth_endnotes)s.") % values
else:
if bplace:
if ddate:
if dplace:
text = _("%(male_name)s%(endnotes)s "
"was born in %(birth_place)s%(birth_endnotes)s, "
"and died %(death_date)s in %(death_place)s%(death_endnotes)s.") % values
else:
text = _("%(male_name)s%(endnotes)s "
"was born in %(birth_place)s%(birth_endnotes)s, "
"and died %(death_date)s%(death_endnotes)s.") % values
else:
if dplace:
text = _("%(male_name)s%(endnotes)s "
"was born in %(birth_place)s%(birth_endnotes)s, "
"and died in %(death_place)s%(death_endnotes)s.") % values
else:
text = _("%(male_name)s%(endnotes)s "
"was born in %(birth_place)s%(birth_endnotes)s.") % values
else:
if ddate:
if dplace:
text = _("%(male_name)s%(endnotes)s "
"died %(death_date)s in %(death_place)s%(death_endnotes)s.") % values
else:
text = _("%(male_name)s%(endnotes)s "
"died %(death_date)s%(death_endnotes)s.") % values
else:
if dplace:
text = _("%(male_name)s%(endnotes)s "
"died in %(death_place)s%(death_endnotes)s.") % values
else:
text = _("%(male_name)s%(endnotes)s.") % values
else:
if bdate:
if bplace:
if ddate:
if dplace:
text = _("%(female_name)s%(endnotes)s "
"was born %(birth_date)s in %(birth_place)s%(birth_endnotes)s, "
"and died %(death_date)s in %(death_place)s%(death_endnotes)s.") % values
else:
text = _("%(female_name)s%(endnotes)s "
"was born %(birth_date)s in %(birth_place)s%(birth_endnotes)s, "
"and died %(death_date)s%(death_endnotes)s.") % values
else:
if dplace:
text = _("%(female_name)s%(endnotes)s "
"was born %(birth_date)s in %(birth_place)s%(birth_endnotes)s, "
"and died in %(death_place)s%(death_endnotes)s.") % values
else:
text = _("%(female_name)s%(endnotes)s "
"was born %(birth_date)s in %(birth_place)s%(birth_endnotes)s.") % values
else:
if ddate:
if dplace:
text = _("%(female_name)s%(endnotes)s "
"was born %(birth_date)s%(birth_endnotes)s, "
"and died %(death_date)s in %(death_place)s%(death_endnotes)s.") % values
else:
text = _("%(female_name)s%(endnotes)s "
"was born %(birth_date)s%(birth_endnotes)s, "
"and died %(death_date)s%(death_endnotes)s.") % values
else:
if dplace:
text = _("%(female_name)s%(endnotes)s "
"was born %(birth_date)s%(birth_endnotes)s, "
"and died in %(death_place)s%(death_endnotes)s.") % values
else:
text = _("%(female_name)s%(endnotes)s "
"was born %(birth_date)s%(birth_endnotes)s.") % values
else:
if bplace:
if ddate:
if dplace:
text = _("%(female_name)s%(endnotes)s "
"was born in %(birth_place)s%(birth_endnotes)s, "
"and died %(death_date)s in %(death_place)s%(death_endnotes)s.") % values
else:
text = _("%(female_name)s%(endnotes)s "
"was born in %(birth_place)s%(birth_endnotes)s, "
"and died %(death_date)s%(death_endnotes)s.") % values
else:
if dplace:
text = _("%(female_name)s%(endnotes)s "
"was born in %(birth_place)s%(birth_endnotes)s, "
"and died in %(death_place)s%(death_endnotes)s.") % values
else:
text = _("%(female_name)s%(endnotes)s "
"was born in %(birth_place)s%(birth_endnotes)s.") % values
else:
if ddate:
if dplace:
text = _("%(female_name)s%(endnotes)s "
"died %(death_date)s in %(death_place)s%(death_endnotes)s.") % values
else:
text = _("%(female_name)s%(endnotes)s "
"died %(death_date)s%(death_endnotes)s.") % values
else:
if dplace:
text = _("%(female_name)s%(endnotes)s "
"died in %(death_place)s%(death_endnotes)s.") % values
else:
text = _("%(female_name)s%(endnotes)s.") % values
if text:
text = text + " "
return text
#-------------------------------------------------------------------------
#
# married_str
#
#-------------------------------------------------------------------------
def married_str(database,person,spouse,event,endnotes=None,
empty_date="",empty_place="",is_first=True):
"""
Composes a string describing marriage of a person. Missing information will
be omitted without loss of readability. Optional references may be added to
birth and death events.
@param database: GRAMPS database to which the Person object belongs
@type database: GrampsDbBase
@param person: Person instance whose marriage is discussed
@type person: Person
@param spouse: Person instance to use as a spouse
@type spouse: Person
@param event: Event instance of marriage
@type event: Event
@param endnotes: Function to use for reference composition. If None
then references will not be added
@type endnotes: function
@returns: A composed string
@rtype: unicode
"""
# not all families have a spouse.
if not spouse:
return u""
if not endnotes:
endnotes = empty_notes
date = empty_date
place = empty_place
spouse_name = _nd.display(spouse)
mdate = DateHandler.get_date(event)
if mdate:
date = mdate
place_handle = event.get_place_handle()
if place_handle:
place = database.get_place_from_handle(place_handle).get_title()
values = {
'spouse' : spouse_name,
'endnotes' : endnotes(event),
'full_date' : date,
'modified_date' : date,
'partial_date' : date,
'place' : place,
}
dobj = event.get_date_object()
if dobj.get_modifier() != RelLib.Date.MOD_NONE:
date_full = 2
elif dobj and dobj.get_day_valid():
date_full = 1
else:
date_full = 0
gender = person.get_gender()
if is_first:
if date and place:
text = marriage_first_date_place[gender][date_full] % values
elif date:
text = marriage_first_date[gender][date_full] % values
elif place:
text = marriage_first_place[gender] % values
else:
text = marriage_first_only[gender] % values
else:
if date and place:
text = marriage_also_date_place[gender][date_full] % values
elif date:
text = marriage_also_date[gender][date_full] % values
elif place:
text = marriage_also_place[gender] % values
else:
text = marriage_also_only[gender] % values
if text:
text = text + " "
return text
#-------------------------------------------------------------------------
#
# relationship types
#
#-------------------------------------------------------------------------
def married_rel_str(database,person,family,is_first=True):
"""
Composes a string describing marriage of a person. Missing information will
be omitted without loss of readability. Optional references may be added to
birth and death events.
@param database: GRAMPS database to which the Person object belongs
@type database: GrampsDbBase
@param person: Person instance whose marriage is discussed
@type person: Person
@param family: Family instance whose marriage is discussed
@type family: Family
@param is_first: Indicates if this is a first marriage
@type is_first: bool
@returns: A composed string
@rtype: unicode
"""
spouse_handle = find_spouse(person,family)
spouse = database.get_person_from_handle(spouse_handle)
# not all families have a spouse.
if not spouse_handle or not spouse:
return u""
values = {
'spouse' :_nd.display(spouse)
}
relationship = family.get_relationship()
if is_first:
if relationship == RelLib.FamilyRelType.MARRIED:
if person.get_gender() == RelLib.Person.MALE:
text = _('He married %(spouse)s.') % values
elif person.get_gender() == RelLib.Person.FEMALE:
text = _('She married %(spouse)s.') % values
else:
text = _('This person married %(spouse)s.') % values
elif relationship == RelLib.FamilyRelType.UNMARRIED:
if person.get_gender() == RelLib.Person.MALE:
text = _('He had an unmarried relationship with %(spouse)s.') % values
elif person.get_gender() == RelLib.Person.FEMALE:
text = _('This person had an unmarried relationship with %(spouse)s.') % values
else:
text = _('She had an unmarried relationship with %(spouse)s.') % values
else:
if person.get_gender() == RelLib.Person.MALE:
text = _('He had relationship with %(spouse)s.') % values
elif person.get_gender() == RelLib.Person.FEMALE:
text = _('She had relationship with %(spouse)s.') % values
else:
text = _('This person had relationship with %(spouse)s.') % values
else:
if relationship == RelLib.FamilyRelType.MARRIED:
if person.get_gender() == RelLib.Person.MALE:
text = _('He also married %(spouse)s.') % values
elif person.get_gender() == RelLib.Person.FEMALE:
text = _('She also married %(spouse)s.') % values
else:
text = _('This person also married %(spouse)s.') % values
elif relationship == RelLib.FamilyRelType.UNMARRIED:
if person.get_gender() == RelLib.Person.MALE:
text = _('He had an unmarried relationship with %(spouse)s.') % values
elif person.get_gender() == RelLib.Person.FEMALE:
text = _('She had an unmarried relationship with %(spouse)s.') % values
else:
text = _('This person had an unmarried relationship with %(spouse)s.') % values
else:
if person.get_gender() == RelLib.Person.MALE:
text = _('He also had relationship with %(spouse)s.') % values
elif person.get_gender() == RelLib.Person.FEMALE:
text = _('She also had relationship with %(spouse)s.') % values
else:
text = _('This person also had relationship with %(spouse)s.') % values
if text:
text = text + " "
return text
#-------------------------------------------------------------------------
#
# child_str
#
#-------------------------------------------------------------------------
def child_str(person, father_name="", mother_name="", dead=0, person_name=0):
"""
Composes a string describing person being a child.
The string is composed in the following form:
'He/She is/was the son/daughter of father_name and mother_name'
Missing information will be omitted without loss of readability.
@param person_gender: Person.MALE, Person.FEMALE, or Person.UNKNOWN
@type person: Person.MALE, Person.FEMALE, or Person.UNKNOWN~
@param father_name: String to use for father's name
@type father_name: unicode
@param mother_name: String to use for mother's name
@type mother_name: unicode
@param dead: Whether the person discussed is dead or not
@type dead: bool
@returns: A composed string
@rtype: unicode
"""
values = {
'father' : father_name,
'mother' : mother_name,
'male_name' : person_name,
'name' : person_name,
'female_name' : person_name,
'unknown_gender_name' : person_name,
}
if person_name == 0:
index = 0
else:
index = 1
gender = person.get_gender()
text = ""
if mother_name and father_name:
text = child_father_mother[gender][index][dead] % values
elif mother_name:
text = child_mother[gender][index][dead] % values
elif father_name:
text = child_father[gender][index][dead] % values
if text:
text = text + " "
return text
#-------------------------------------------------------------------------
#
# find_spouse
#
#-------------------------------------------------------------------------
def find_spouse(person,family):
if person.get_handle() == family.get_father_handle():
spouse_handle = family.get_mother_handle()
else:
spouse_handle = family.get_father_handle()
return spouse_handle
#-------------------------------------------------------------------------
#
# find_marriage
#
#-------------------------------------------------------------------------
def find_marriage(database,family):
for event_ref in family.get_event_ref_list():
event = database.get_event_from_handle(event_ref.ref)
if event and int(event.get_type()) == RelLib.EventType.MARRIAGE:
return event
return None
#-------------------------------------------------------------------------
#
# born_str
#
#-------------------------------------------------------------------------
def born_str(database,person,person_name=None,empty_date="",empty_place=""):
"""
Check birth record.
Statement formats name precedes this
was born on Date.
was born on Date in Place.
was born in Month_Year.
was born in Month_Year in Place.
was born in Place.
''
"""
name_index = 1
if person_name == None:
person_name = _nd.display(person)
elif person_name == 0:
name_index = 0
text = ""
bdate,bplace,bdate_full,bdate_mod,ddate,dplace,ddate_full,ddate_mod = \
get_birth_death_strings(database,person,empty_date,empty_place)
value_map = {
'name' : person_name,
'male_name' : person_name,
'unknown_gender_name' : person_name,
'female_name' : person_name,
'birth_date' : bdate,
'birth_place' : bplace,
'month_year' : bdate,
'modified_date' : bdate,
}
gender = person.get_gender()
if bdate:
if bdate_mod:
if bplace:
text = born_modified_date_with_place[name_index][gender] % value_map
else:
text = born_modified_date_no_place[name_index][gender] % value_map
elif bdate_full:
if bplace:
text = born_full_date_with_place[name_index][gender] % value_map
else:
text = born_full_date_no_place[name_index][gender] % value_map
else:
if bplace:
text = born_partial_date_with_place[name_index][gender] % value_map
else:
text = born_partial_date_no_place[name_index][gender] % value_map
else:
if bplace:
text = born_no_date_with_place[name_index][gender] % value_map
else:
text = ""
if text:
text = text + " "
return text
#-------------------------------------------------------------------------
#
# died_str
#
#-------------------------------------------------------------------------
def died_str(database,person,person_name=None,empty_date="",empty_place="",
age=None,age_units=0):
"""
Write obit sentence.
FIRSTNAME died on Date
FIRSTNAME died on Date at the age of N Years
FIRSTNAME died on Date at the age of N Months
FIRSTNAME died on Date at the age of N Days
FIRSTNAME died on Date in Place
FIRSTNAME died on Date in Place at the age of N Years
FIRSTNAME died on Date in Place at the age of N Months
FIRSTNAME died on Date in Place at the age of N Days
FIRSTNAME died in Month_Year
FIRSTNAME died in Month_Year at the age of N Years
FIRSTNAME died in Month_Year at the age of N Months
FIRSTNAME died in Month_Year at the age of N Days
FIRSTNAME died in Month_Year in Place
FIRSTNAME died in Month_Year in Place at the age of N Years
FIRSTNAME died in Month_Year in Place at the age of N Months
FIRSTNAME died in Month_Year in Place at the age of N Days
FIRSTNAME died in Place
FIRSTNAME died in Place at the age of N Years
FIRSTNAME died in Place at the age of N Months
FIRSTNAME died in Place at the age of N Days
FIRSTNAME died
FIRSTNAME died at the age of N Years
FIRSTNAME died at the age of N Months
FIRSTNAME died at the age of N Days
"""
name_index = 1
if person_name == None:
person_name = _nd.display(person)
elif person_name == 0:
name_index = 0
text = ""
bdate,bplace,bdate_full,bdate_mod,ddate,dplace,ddate_full,ddate_mod = \
get_birth_death_strings(database,person,empty_date,empty_place)
value_map = {
'name' : person_name,
'unknown_gender_name' : person_name,
'male_name' : person_name,
'female_name' : person_name,
'death_date' : ddate,
'modified_date' : ddate,
'death_place' : dplace,
'age' : age ,
'month_year' : ddate,
}
gender = person.get_gender()
if ddate:
if ddate_mod:
if dplace:
text = died_modified_date_with_place[name_index][gender][age_units] % value_map
else:
text = died_modified_date_no_place[name_index][gender][age_units] % value_map
elif ddate_full:
if dplace:
text = died_full_date_with_place[name_index][gender][age_units] % value_map
else:
text = died_full_date_no_place[name_index][gender][age_units] % value_map
else:
if dplace:
text = died_partial_date_with_place[name_index][gender][age_units] % value_map
else:
text = died_partial_date_no_place[name_index][gender][age_units] % value_map
else:
if dplace:
text = died_no_date_with_place[name_index][gender][age_units] % value_map
else:
text = died_no_date_no_place[name_index][gender][age_units] % value_map
if text:
text = text + " "
return text
#-------------------------------------------------------------------------
#
# buried_str
#
#-------------------------------------------------------------------------
def buried_str(database,person,person_name=None,empty_date="",empty_place=""):
"""
Check burial record.
Statement formats name precedes this
was buried on Date.
was buried on Date in Place.
was buried in Month_Year.
was buried in Month_Year in Place.
was buried in Place.
''
"""
name_index = 0
if person_name == None:
person_name = _nd.display(person)
elif person_name == 0:
name_index = 1
gender = person.get_gender()
text = ""
bplace = dplace = empty_place
bdate = ddate = empty_date
bdate_full = False
bdate_mod = False
burial = None
for event_ref in person.get_event_ref_list():
event = database.get_event_from_handle(event_ref.ref)
if event and int(event.get_type()) == RelLib.EventType.BURIAL:
burial = event
break
if burial:
bdate = DateHandler.get_date(burial)
bplace_handle = burial.get_place_handle()
if bplace_handle:
bplace = database.get_place_from_handle(bplace_handle).get_title()
bdate_obj = burial.get_date_object()
bdate_full = bdate_obj and bdate_obj.get_day_valid()
bdate_mod = bdate_obj and bdate_obj.get_modifier() != RelLib.Date.MOD_NONE
else:
return text
values = {
'unknown_gender_name' : person_name,
'male_name' : person_name,
'name' : person_name,
'female_name' : person_name,
'burial_date' : bdate,
'burial_place' : bplace,
'month_year' : bdate,
'modified_date' : bdate,
}
if bdate and bdate_mod:
if bplace: #male, date, place
text = buried_modified_date_place[gender][name_index] % values
else: #male, date, no place
text = buried_modified_date_no_place[gender][name_index] % values
elif bdate and bdate_full:
if bplace: #male, date, place
text = buried_full_date_place[gender][name_index] % values
else: #male, date, no place
text = buried_full_date_no_place[gender][name_index] % values
elif bdate:
if bplace: #male, month_year, place
text = buried_partial_date_place[gender][name_index] % values
else: #male, month_year, no place
text = buried_partial_date_no_place[gender][name_index] % values
elif bplace: #male, no date, place
text = buried_no_date_place[gender][name_index] % values
else: #male, no date, no place
text = buried_no_date_no_place[gender][name_index] % values
if text:
text = text + " "
return text
#-------------------------------------------------------------------------
#
# list_person_str
#
#-------------------------------------------------------------------------
def list_person_str(database,person,empty_date="",empty_place=""):
"""
Briefly list person and birth/death events.
"""
bdate,bplace,bdate_full,bdate_mod,ddate,dplace,ddate_full,ddate_mod = \
get_birth_death_strings(database,person)
text = ""
values = {
'birth_date' : bdate,
'birth_place' : bplace,
'death_date' : ddate,
'death_place' : dplace,
}
if bdate:
if bplace:
if ddate:
if dplace:
text = _("Born: %(birth_date)s %(birth_place)s, "
"Died: %(death_date)s %(death_place)s.") % values
else:
text = _("Born: %(birth_date)s %(birth_place)s, "
"Died: %(death_date)s.") % values
else:
if dplace:
text = _("Born: %(birth_date)s %(birth_place)s, "
"Died: %(death_place)s.") % values
else:
text = _("Born: %(birth_date)s %(birth_place)s.") % values
else:
if ddate:
if dplace:
text = _("Born: %(birth_date)s, "
"Died: %(death_date)s %(death_place)s.") % values
else:
text = _("Born: %(birth_date)s, Died: %(death_date)s.") % values
else:
if dplace:
text = _("Born: %(birth_date)s, Died: %(death_place)s.") % values
else:
text = _("Born: %(birth_date)s.") % values
else:
if bplace:
if ddate:
if dplace:
text = _("Born: %(birth_place)s, "
"Died: %(death_date)s %(death_place)s.") % values
else:
text = _("Born: %(birth_place)s, "
"Died: %(death_date)s.") % values
else:
if dplace:
text = _("Born: %(birth_place)s, "
"Died: %(death_place)s.") % values
else:
text = _("Born: %(birth_place)s.") % values
else:
if ddate:
if dplace:
text = _("Died: %(death_date)s %(death_place)s.") % values
else:
text = _("Died: %(death_date)s.") % values
else:
if dplace:
text = _("Died: %(death_place)s.") % values
else:
text = ""
return text
def get_birth_or_fallback(database,person):
birth_ref = person.get_birth_ref()
if birth_ref: # regular birth found
return database.get_event_from_handle(birth_ref.ref)
# now search the event list for fallbacks
for event_ref in person.get_primary_event_ref_list():
event = database.get_event_from_handle(event_ref.ref)
if event.get_type() in [RelLib.EventType.CHRISTEN, RelLib.EventType.BAPTISM]:
return event
return None
def get_death_or_fallback(database,person):
birth_ref = person.get_death_ref()
if birth_ref: # regular death found
return database.get_event_from_handle(birth_ref.ref)
# now search the event list for fallbacks
for event_ref in person.get_primary_event_ref_list():
event = database.get_event_from_handle(event_ref.ref)
if event.get_type() in [RelLib.EventType.BURIAL, RelLib.EventType.CREMATION]:
return event
return None
def old_calc_age(database,person):
"""
Calulate age.
Returns a tuple (age,units) where units is an integer representing
time units:
no age info: 0
years: 1
months: 2
days: 3
"""
YEARS = 1
MONTHS = 2
DAYS = 3
# FIXME: This is an old and ugly implementation.
# It must be changed to use the new age calculator.
age = 0
units = 0
birth_ref = person.get_birth_ref()
if birth_ref:
birth = database.get_event_from_handle(birth_ref.ref).get_date_object()
birth_year_valid = birth.get_year_valid()
else:
birth_year_valid = None
death_ref = person.get_death_ref()
if death_ref:
death = database.get_event_from_handle(death_ref.ref).get_date_object()
death_year_valid = death.get_year_valid()
else:
death_year_valid = None
# wihtout at least a year for each event we're clueless
if not (birth_year_valid and death_year_valid):
return (age,units)
# FIXME: The code below uses hard-coded 31 days in a month
# and 12 month in a year. This is incorrect for half the Gregorian
# months and for other calendars.
# FIXME: We need to move to estimate_age !!!
# If born and died in the same year, go to the months
if death.get_year() == birth.get_year():
if birth.get_month_valid() and death.get_month_valid():
# if born and died in the same month, do the days
if birth.get_month() == death.get_month() \
and birth.get_day_valid() and death.get_day_valid():
age = death.get_day() - birth.get_day()
units = DAYS
# if not the same month, just diff the months
else:
age = death.get_month() - birth.get_month()
units = MONTHS
# Born and died in different years
else:
age = death.get_year() - birth.get_year()
units = YEARS
if birth.get_month_valid() and death.get_month_valid():
# Subtract one year if less than a last full year
if birth.get_month() > death.get_month():
age = age - 1
# If less than a year (but still in different years)
# then calculate month diff modulo 12
if age == 0:
age = 12 + death.get_month() - birth.get_month()
units = MONTHS
# This is the case of birth on Dec 30 and death on Jan 2
# or birth on May 30 and death on June 2
if age == 1 and units == MONTHS \
and birth.get_day_valid() and death.get_day_valid() \
and birth.get_day() > death.get_day():
age = death.get_day() + 31 - birth.get_day()
unit = DAYS
return (age,units)
def common_name(person,use_call=False):
if use_call and person.get_primary_name().get_call_name():
return person.get_primary_name().get_call_name()
else:
return person.get_primary_name().get_first_name()
#-------------------------------------------------------------------------
#
# Indexing function
#
#-------------------------------------------------------------------------
def get_person_mark(db,person):
"""
Returns a IndexMark that can be used to index a person in a report
@param db: the GRAMPS database instance
@param person: the the key is for
"""
if not person:
return None
name = person.get_primary_name().get_name()
birth = " "
death = " "
key = ""
birth_ref = person.get_birth_ref()
if birth_ref:
birthEvt = db.get_event_from_handle(birth_ref.ref)
birth = DateHandler.get_date(birthEvt)
death_ref = person.get_death_ref()
if death_ref:
deathEvt = db.get_event_from_handle(death_ref.ref)
death = DateHandler.get_date(deathEvt)
if birth == " " and death == " ":
key = name
else:
key = "%s (%s - %s)" % (name,birth,death)
return BaseDoc.IndexMark( key, BaseDoc.INDEX_TYPE_ALP )
#-------------------------------------------------------------------------
#
# Address String
#
#-------------------------------------------------------------------------
def get_address_str(addr):
"""
Returns a string that combines the elements of an addres
@param addr: the GRAMPS address instance
"""
str = ""
elems = [ addr.get_street(),
addr.get_city(),
addr.get_county(),
addr.get_state(),
addr.get_country(),
addr.get_postal_code(),
addr.get_phone() ]
for info in elems:
if info:
if str == "":
str = info
else:
str = "%s, %s" % (str,info)
return str
def get_endnotes(sref_map,obj):
if not obj:
return ""
slist = obj.get_source_references()
if not slist:
return ""
msg = cStringIO.StringIO()
first = 1
for ref in slist:
if not first:
msg.write(',')
first = 0
ref_base = ref.get_reference_handle()
the_key = 0
for key in sref_map.keys():
if ref_base == sref_map[key].get_reference_handle():
the_key = key
break
if not the_key:
the_key = len(sref_map) + 1
sref_map[the_key] = ref
msg.write("%d" % the_key)
str = msg.getvalue()
msg.close()
return str
#-------------------------------------------------------------------------
#
# People Filters
#
#-------------------------------------------------------------------------
def get_person_filters(person,include_single=True):
"""
Returns a list of filters that are relevant for the given person
@param person: the person the filters should apply to.
@type person: L{RelLib.Person}
@param include_single: include a filter to include the single person
@type person: boolean
"""
from Filters import GenericFilter, Rules, CustomFilters
if person:
name = person.get_primary_name().get_name()
gramps_id = person.get_gramps_id()
else:
# Do this in case of command line options query (show=filter)
name = 'PERSON'
gramps_id = ''
if include_single == True:
filt_id = GenericFilter()
filt_id.set_name(name)
filt_id.add_rule(Rules.Person.HasIdOf([gramps_id]))
all = GenericFilter()
all.set_name(_("Entire Database"))
all.add_rule(Rules.Person.Everyone([]))
des = GenericFilter()
des.set_name(_("Descendants of %s") % name)
des.add_rule(Rules.Person.IsDescendantOf([gramps_id,1]))
df = GenericFilter()
df.set_name(_("Descendant Families of %s") % name)
df.add_rule(Rules.Person.IsDescendantFamilyOf([gramps_id,1]))
ans = GenericFilter()
ans.set_name(_("Ancestors of %s") % name)
ans.add_rule(Rules.Person.IsAncestorOf([gramps_id,1]))
com = GenericFilter()
com.set_name(_("People with common ancestor with %s") % name)
com.add_rule(Rules.Person.HasCommonAncestorWith([gramps_id]))
if include_single == True:
the_filters = [filt_id,all,des,df,ans,com]
else:
the_filters = [all,des,df,ans,com]
the_filters.extend(CustomFilters.get_filters('Person'))
return the_filters
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