# # Gramps - a GTK+/GNOME based genealogy program # # Copyright (C) 2000 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 # #------------------------------------------------------------------------- # # internationalization # #------------------------------------------------------------------------- from intl import gettext as _ #------------------------------------------------------------------------- # # standard python modules # #------------------------------------------------------------------------- import string #------------------------------------------------------------------------- # # GTK/Gnome modules # #------------------------------------------------------------------------- import gtk.glade #------------------------------------------------------------------------- # # gramps modules # #------------------------------------------------------------------------- from RelLib import * import const import sort import Utils import GrampsCfg import AutoComp import ListModel #------------------------------------------------------------------------- # # SelectChild # #------------------------------------------------------------------------- class SelectChild: def __init__(self,db,family,person,redraw): self.db = db self.person = person self.family = family self.redraw = redraw self.xml = gtk.glade.XML(const.gladeFile,"selectChild") self.xml.signal_autoconnect({ "on_save_child_clicked" : self.on_save_child_clicked, "on_show_toggled" : self.on_show_toggled, "on_add_person_clicked" : self.on_add_person_clicked, "destroy_passed_object" : Utils.destroy_passed_object }) self.select_child_list = {} self.top = self.xml.get_widget("selectChild") self.add_child = self.xml.get_widget("childlist") if (self.family): father = self.family.getFather() mother = self.family.getMother() if father != None: fname = father.getPrimaryName().getName() label = _("Relationship to %s") % fname self.xml.get_widget("flabel").set_text(label) if mother != None: mname = mother.getPrimaryName().getName() label = _("Relationship to %s") % mname self.xml.get_widget("mlabel").set_text(label) else: fname = self.person.getPrimaryName().getName() label = _("Relationship to %s") % fname if self.person.getGender() == Person.male: self.xml.get_widget("flabel").set_text(label) self.xml.get_widget("mrel_combo").set_sensitive(0) else: self.xml.get_widget("mlabel").set_text(label) self.xml.get_widget("frel_combo").set_sensitive(0) self.mrel = self.xml.get_widget("mrel") self.frel = self.xml.get_widget("frel") self.mrel.set_text(_("Birth")) self.frel.set_text(_("Birth")) self.refmodel = ListModel.ListModel(self.add_child,[(_('Name'),150,3),(_('ID'),50,1), (_('Birth Date'),100,4), ('',0,0),('',0,0)]) self.redraw_child_list(2) self.top.show() def redraw_child_list(self,filter): self.refmodel.clear() index = 0 bday = self.person.getBirth().getDateObj() dday = self.person.getDeath().getDateObj() slist = {} for f in self.person.getParentList(): if f: if f[0].getFather(): slist[f[0].getFather().getId()] = 1 elif f[0].getMother(): slist[f[0].getMother().getId()] = 1 for c in f[0].getChildList(): slist[c.getId()] = 1 person_list = [] for key in self.db.getPersonKeys(): person = self.db.getPerson(key) if filter: if slist.has_key(key) or person.getMainParents(): continue pdday = person.getDeath().getDateObj() pbday = person.getBirth().getDateObj() if bday.getYearValid(): if pbday.getYearValid(): # reject if child birthdate < parents birthdate + 10 if pbday.getLowYear() < bday.getHighYear()+10: continue # reject if child birthdate > parents birthdate + 90 if pbday.getLowYear() > bday.getHighYear()+90: continue if pdday.getYearValid(): # reject if child deathdate < parents birthdate+ 10 if pdday.getLowYear() < bday.getHighYear()+10: continue if dday.getYearValid(): if pbday.getYearValid(): # reject if childs birth date > parents deathday + 3 if pbday.getLowYear() > dday.getHighYear()+3: continue if pdday.getYearValid(): # reject if childs death date > parents deathday + 150 if pdday.getLowYear() > dday.getHighYear() + 150: continue person_list.append(person.getId()) for idval in person_list: dinfo = self.db.getPersonDisplay(idval) rdata = [dinfo[0],dinfo[1],dinfo[3],dinfo[5],dinfo[6]] self.refmodel.add(rdata) def on_save_child_clicked(self,obj): store,iter = self.refmodel.selection.get_selected() if not iter: return id = self.refmodel.model.get_value(iter,1) select_child = self.db.getPerson(id) if self.family == None: self.family = self.db.newFamily() self.person.addFamily(self.family) if self.person.getGender() == Person.male: self.family.setFather(self.person) else: self.family.setMother(self.person) self.family.addChild(select_child) mrel = const.childRelations[self.mrel.get_text()] mother = self.family.getMother() if mother and mother.getGender() != Person.female: if mrel == "Birth": mrel = "Unknown" frel = const.childRelations[self.frel.get_text()] father = self.family.getFather() if father and father.getGender() != Person.male: if frel == "Birth": frel = "Unknown" # if mrel == "Birth" and frel == "Birth": # family = select_child.getMainFamily() # if family != None and family != self.family: # family.removeChild(select_child) # # select_child.setMainFamily(self.family) # else: select_child.addAltFamily(self.family,mrel,frel) Utils.modified() Utils.destroy_passed_object(obj) self.redraw(self.family) def on_show_toggled(self,obj): self.redraw_child_list(obj.get_active()) def on_add_person_clicked(self,obj): """Called with the Add button is pressed. Calls the QuickAdd class to create a new person.""" import QuickAdd QuickAdd.QuickAdd(self.db,"male",self.add_new_parent) def add_new_parent(self,person): """Adds a new person to either the father list or the mother list, depending on the gender of the person.""" id = person.getId() dinfo = self.db.getPersonDisplay(id) rdata = [dinfo[0],dinfo[1],dinfo[3],dinfo[5],dinfo[6]] self.refmodel.add(rdata)