Merge lp:~mathieu-julius/oph/7.0-fix-crm-meeting-view into lp:oph

[Mathieu Vatel - Julius Network Solutions]

FIX de la vue crm.meeting

=== removed file 'Copy of oph_prescription.py.THIS'
--- Copy of oph_prescription.py.THIS	2013-11-13 12:36:35 +0000
+++ Copy of oph_prescription.py.THIS	1970-01-01 00:00:00 +0000
@@ -1,537 +0,0 @@
-# -*- coding: utf-8 -*-
-from openerp.osv import fields, osv
-from openerp.tools.translate import _
-import time
-from datetime import datetime
-import settings
-
-class oph_prescription(osv.osv):
-    _name = "oph.prescription"
-
-class oph_med_data(osv.osv):
-    _name = oph.med.data
-    _columns = {
-                'name':fields.char('DCI', help='DCI name', size=32),
-                'princeps':fields.one2many('')
-#===============================================================================
-# def seq(start, stop, step = 1):
-#         n = int(round((stop - start) / float(step)))
-#         if n > 1:
-#             return([start + step * i for i in range(n + 1)])
-#         else:
-#             return([])
-#
-# class oph_measurement_type(osv.osv):
-#     """
-#     Table for all the measurement type
-#     EG: Tonometry, Keratometry, VA, Slit Lamp exam...
-#     """
-#     _name = "oph.measurement.type"
-#     _columns = {
-#               'name':fields.char('Name', size = 64),
-#               'code':fields.char('Code', size = 64),
-#               }
-# oph_measurement_type()
-#
-# class oph_va_tech(osv.osv):
-#     """
-#     Can be everything you want
-#     Usely red-green test and Jackson Cross cylinder
-#     """
-#     _name = 'oph.va.tech'
-#     _columns = {
-#               'name':fields.char('Name', size = 32),
-#               }
-# oph_va_tech()
-#
-#
-# class oph_measurement(osv.osv):
-#     _name = "oph.measurement"
-#     _order = "date"
-#     def _get_type(self, cr, uid, context = None):
-#         # print "JE PASSE PAR _GET_TYPE. context.get('measurement_type') is:", context.get('measurement_type')
-#         # print "CONTEXT is:", context
-#         if context == None:
-#             context = {}
-#         res = False
-#         if context.get('measurement_type'):
-#             res = self.pool.get('oph.measurement.type').search(cr, uid, [('code', '=', context.get('measurement_type'))], context = context)
-#             print "RES is:%s" % (res,)
-#         # print "_GET_TYPE RETURN :", res and res[0] or False
-#         return res and res[0] or False
-#
-#     def _get_va_type(self, cr, uid, context = None):
-#         va_type_selection = (
-#                             ('AVSC', 'AVSC'),
-#                             ('AVAC', 'AVAC'),
-#                             ('MAVC', 'MAVC'),
-#                             ('MAVC sous cycloplegique', 'MAVC sous cycloplegique'),
-#                             )
-#         return va_type_selection
-#
-#     def _get_va(self, cr, uid, context = None):
-#         # print "JE PASSE PAR _GET_AV"
-#         va_selection = (
-#                       ('PL-', 'PL-'),
-#                       ('PL+', 'PL+'),
-#                       ('CLD', 'CLD'),
-#                       ('VLMB', 'VLMB'),
-#                       ('0.5/10', '0.5/10'),
-#                       ('1/10', '1/10'),
-#                       ('2/10', '2/10'),
-#                       ('3/10', '3/10'),
-#                       ('4/10', '4/10'),
-#                       ('5/10', '5/10'),
-#                       ('6/10', '6/10'),
-#                       ('7/10', '7/10'),
-#                       ('8/10', '8/10'),
-#                       ('9/10', '9/10'),
-#                       ('10/10', '10/10'),
-#                       ('12/10', '12/10'),
-#                       )
-#         return va_selection
-#
-#     def _get_sph(self, cr, uid, context = None):
-#         # print "JE PASSE DANS _GET_SPH"
-#         seq_sph = seq(settings.CONST.START_SPH, settings.CONST.STOP_SPH, settings.CONST.STEP_SPH)
-#         sph_selection = zip(seq_sph, seq_sph)
-#         # print "sph_selection is %s" % sph_selection
-#         return sph_selection
-#
-#     def _get_axis(self, cr, uid, context = None):
-#         # print 'JE PASSE DANS _GET_AXIS'
-#         suffixe = '°'
-#         seq_axis = seq(settings.CONST.START_AXIS, settings.CONST.STOP_AXIS, settings.CONST.STEP_AXIS)
-#         seq_axis_suffixed = [str(i) + '°' for i in seq_axis]
-#         axis_selection = zip(seq_axis, seq_axis_suffixed)
-#         # print "axis_selection is %s°" % axis_selection
-#         return axis_selection
-#
-#     def _get_cyl(self, cr, uid, context = None):
-#         # print 'JE PASSE DANS _GET_CYL'
-#         seq_cyl = seq(settings.CONST.START_CYL, settings.CONST.STOP_CYL, settings.CONST.STEP_CYL)
-#         # print "seq_cyl is %s" % seq_cyl
-#         seq_cyl.reverse()
-#         # print "reversed seq_cyl is %s:" % seq_cyl
-#         cyl_selection = zip(seq_cyl, seq_cyl)
-#         # print "cylinder selection is %s:" % cyl_selection
-#         return cyl_selection
-#
-#     def _get_nearva(self, cursor, user_id, context = None):
-#         parinaud = ('P2', 'P3', 'P4', 'P5', 'P6', 'P7', 'P8', 'P9', 'P10', 'P11', 'P12', 'P14', 'R1/2')
-#         res = zip(parinaud, parinaud)
-#         res = tuple(res)
-#         return res
-#
-#     def _get_add(self, cr, uid, context = None):
-#         add = (('0.5', '0.5'),
-#              ('0,75', '0.75'),
-#              ('1.00', '1.00'),
-#              ('1.25', '1.25'),
-#              ('1.50', '1.50'),
-#              ('1.75', '1.75'),
-#              ('2.00', '2.00'),
-#              ('2.25', '2.25'),
-#              ('2.50', '2.50'),
-#              ('2.75', '2.75'),
-#              ('3.00', '3.00'),
-#              )
-#         return add
-#
-#     def _get_qualif(self, cursor, user_id, context = None):
-#         return (
-#                 ('1l', '1 lettre'),
-#                 ('2l', '2 lettres'),
-#                 ('3l', '3 lettres'),
-#                 ('4l', '4 lettres'),
-#                 )
-#
-#     def _get_meta(self, cursor, user_id, context = None):
-#         return (('M-', 'M-'), ('M+', 'M+'), ('M++', 'M++'),)
-#
-#     _columns = {
-#               'name':fields.char('Name', size = 64),
-#               'type_id':fields.many2one('oph.measurement.type', 'Type'),
-#               'meeting_id':fields.many2one("crm.meeting", "Meeting"),
-#               'partner_id':fields.related("meeting_id", "partner_id", type = "many2one", relation = "res.partner", string = "Partner", store = True, readonly = True,),
-#               'date':fields.related('meeting_id', 'date', type = 'date', string = 'Consultation Date', store = True),
-#               'chief_complaint':fields.related('meeting_id', 'chief_complaint', type = 'char', string = 'Chief Complaint',),
-#               # Tonometry
-#               'tonometer_id':fields.many2one('stock.production.lot', 'Tonometer'),
-#               'iop_od':fields.integer('IOP_OD'),
-#               'iop_os':fields.integer('IOP_OS'),
-#               # --keratometry
-#               'keratometer_id':fields.many2one('stock.production.lot', 'Keratometer'),
-#               'k1_od':fields.float('K1_OD', digits = (3, 2)),
-#               'k2_od':fields.float('K2_OD', digits = (3, 2)),
-#               'k1_os':fields.float('K1_OS', digits = (3, 2)),
-#               'k2_os':fields.float('K2_OS', digits = (3, 2)),
-#               # -- visual acuity
-#               'va_type':fields.selection(_get_va_type, 'VA TYPE',),  # BVC, ...>
-#               'va_tech':fields.many2one('oph.va.tech', 'Technique',),  # Cross cylinder, pifometre.
-#               'va_od':fields.selection(_get_va, 'VA_OD'),
-#               'qualif_od':fields.selection(_get_qualif, 'QUALIF_OD',),
-#               'va_os':fields.selection(_get_va, 'VA_OS'),
-#               'qualif_os':fields.selection(_get_qualif, 'Qualif_OS'),
-#               'nv_od':fields.selection(_get_nearva, 'NV_OD'),
-#               'nv_os':fields.selection(_get_nearva, 'NV_OS'),
-#               # --- metamorphopsia
-#               'm_od':fields.selection(_get_meta, 'METAMORPHOPSIA_OD',),
-#               'm_os':fields.selection(_get_meta, 'METAMORPHOPSIA_OS',),
-#               # -- refraction
-#               'sph_od':fields.selection(_get_sph, 'SPH_OD',),
-#               'cyl_od':fields.selection(_get_cyl, 'CYL_OD',),
-#               'axis_od':fields.selection(_get_axis, 'AXIS_OD',),
-#               'add_od':fields.selection(_get_add, 'ADD_OD'),
-#               'add_os':fields.selection(_get_add, 'ADD_OS'),
-#               'sph_os':fields.selection(_get_sph, 'SPH_OS',),
-#               'cyl_os':fields.selection(_get_cyl, 'CYL_OS',),
-#               'axis_os':fields.selection(_get_axis, 'AXIS_OS',),
-#               # -- slit lamp exam
-#               'as_od':fields.text('AS_OD'),
-#               'ps_od':fields.text('PS_OD'),
-#               'as_os':fields.text('AS_OG'),
-#               'ps_os':fields.text('PS_OG'),
-#               # --pachymetry
-#               'cct_od':fields.integer('CCT_OD'),  # CCT for Central Corneal Thickness
-#               'cct_og':fields.integer('CCT_OS'),
-#               # --conclusion (?)
-#               }
-#
-#     _defaults = {
-#         'type_id': lambda s, cr, uid, c: s._get_type(cr, uid, context = c),
-#         'va_type':'MAVC',
-#     }
-#
-# oph_measurement()
-#
-#
-# class oph_todolist(osv.osv):
-#     """
-#     TODO LIST for patients
-#     """
-#     _name = 'oph.todolist'
-#
-#     def _get_selection(self, cr, uid, context = None):
-#         todolist_selection = (
-#                             ('draft', 'Draft'),
-#                             ('open', 'Open'),
-#                             ('close', 'Close'),
-#                             )
-#         return todolist_selection
-#
-#     _columns = {
-#               'name':fields.char('Name', size = 32),
-#               'state':fields.selection(_get_selection, 'State',),
-#               'meeting_id':fields.many2one("crm.meeting", "Meeting"),
-#               'partner_id':fields.related("meeting_id", "partner_id", type = "many2one", relation = "res.partner", string = "Partner", store = True, readonly = True,),
-#               'date':fields.related('meeting_id', 'date', type = 'date', string = 'Consultation Date', store = True),
-#               }
-#
-#     _defaults = {
-#                'state':'draft'
-#                }
-# oph_todolist()
-#
-#
-#
-#
-# # class oph_tonometer(osv.osv):
-# #    '''
-# #    Class oph_tonometer
-# #
-# #    contents datas on tonometers
-# #    '''
-# #    _name = "oph.tonometer"
-# #    _description = "datas on tonometer instrumentation"
-# #    _columns = {
-# #                "date": fields.date("date", help = "date de mise en service"),
-# #                "name": fields.char("Model", size = 32, help = "nom du model"),
-# #                'tonometry_ids' : fields.one2many('oph.tonometry', 'tonometer_id', 'Tonometry'),
-# #                }
-# #
-# # oph_tonometer()
-# #
-# #
-# #
-# # ##--
-# # class res_partner(osv.osv):
-# #    _inherit = "res.partner"
-# #    _columns = {
-# #        'consultation_ids' : fields.one2many('oph.consultation', 'partner_id', 'Consulations'),
-# #                }
-# # res_partner()
-# #
-# #
-# # ##--
-# # class oph_consultation(osv.osv):
-# #    '''
-# #    Class consultation
-# #
-# #    ORM for table of the minimal fields for a consultation
-# #    '''
-# #    _name = "oph.consultation"
-# #    _description = "Consultation"
-# #    _columns = {
-# #            'name' : fields.char('Description', size=128, required=True, help='Motif de la consultation'),
-# #            'cat': fields.char('Conduite à tenir',  size = 128, help = 'Conclusion de la consultation, Chose à faire'), #assessment and Plan
-# #            'partner_id' : fields.many2one('res.partner', 'Patient', select=True),
-# #            'date': fields.date('Date',help = 'Date de la consultation',  select = True),
-# #            'keratometry_ids': fields.one2many('oph.keratometry', 'consult_id', 'Keratometry'),
-# #            'sl_ids': fields.one2many('oph.sl', 'consult_id', 'Slit Lamp'),
-# #            'ref_ids': fields.one2many('oph.refraction', 'consult_id', 'Refraction'),
-# #            }
-# #    _defaults = {
-# #                "date": lambda *a: time.strftime('%Y-%m-%d'),
-# #                 }
-# # oph_consultation()
-# #
-# #
-# # ##--
-# # class oph_keratometry(osv.osv):
-# #    '''
-# #    Class keratometry
-# #
-# #    ORM for table of keratometry'''
-# #    _name = "oph.keratometry"
-# #    _description = "Keratometry"
-# #    _columns = {
-# #                "k1_od": fields.float('K1_OD', digits = (3,2)),
-# #                "k2_od": fields.float('K2_OD', digits = (3,2)),
-# #                "k1_": fields.float('K1_OG', digits = (3,2)),
-# #                "k2_og": fields.float('K2_OG', digits = (3,2)),
-# #                "consult_id": fields.many2one('oph.consultation', 'Consultation',  select = True),
-# #                "partner_id": fields.related('consult_id', 'partner_id', type = "many2one", relation = "res.partner", string = "X_partner",  store = False,  select = True),
-# #                }
-# # oph_keratometry()
-# #
-# #
-# # ##--
-# # class oph_sl(osv.osv):
-# #    '''
-# #    Class slit lamp
-# #
-# #    ORM for table of sltit lamp (sl) observation'''
-# #    _name = 'oph.sl'
-# #    _description = 'Slit Lamp observation'
-# #    _columns = {
-# #                'sa_od': fields.text('SA_OD'),
-# #                'sp_od': fields.text('SP_OD'),
-# #                'sa_og': fields.text('SA_OG'),
-# #                'sp_og': fields.text('SP_OG'),
-# #                'consult_id': fields.many2one('oph.consultation', 'Consultation', select = True),
-# #                'partner_id': fields.related('consult_id', 'partner_id',  type = 'many2one', relation = 'res.partner', string = 'X_partner', store = False, select = True),
-# #                }
-# # oph_sl()
-# #
-# # ##--
-# # class oph_refraction(osv.osv):
-# #    '''
-# #    class refraction
-# #
-# #    ORM table for refraction datas
-# #    '''
-# #    _name = 'oph.refraction'
-# #    _description = 'Refraction datas'
-# #
-# #    def _get_tags_selection(self, cursor, user_id, context=None):
-# #        return (
-# #            ('AVSC', 'Visual Acuity Without Correction'),
-# #            ('AVAC', 'Visual Acuity With Correction'),
-# #            ('MAVC', 'Best Corrected Visual Acuity'),)
-# #
-# #    def _get_vashort_selection(self, cursor, user_id, context=None):
-# #        return (
-# #            ('P2', 'P2'),
-# #            ('P3', 'P3'),
-# #            ('P4', 'P4'),
-# #            ('P6', 'P6'),
-# #            ('P8', 'P8'),
-# #            ('P10', 'P10'),
-# #            ('P12', 'P12'),
-# #            ('P14', 'P14'),
-# #            ('R1/2', 'R1/2'),
-# #            )
-# #    def _get_va_selection(self, cursor, user_id, context=None):
-# #
-# #        return (
-# #            ('CLD', 'CLD'),
-# #            ('VLMB', 'VLMB'),
-# #            ('1/10', '1/10'),
-# #            ('2/10', '2/10'),
-# #            ('3/10', '3/10'),
-# #            )
-# #    def _get_qualif_selection(self, cursor, user_id, context=None):
-# #        return (
-# #            ('1l', '1 lettre'),
-# #            ('2l', '2 lettres'),
-# #            ('3l', '3 lettres'),
-# #             )
-# #
-# #    def _get_meta_selection(self, cursor, user_id, context=None):
-# #        return (('M-', 'M-'), ('M+', 'M+'),)
-# #
-# #
-# #    def _get_axis_selection(self, cursor, user_id, context=None):
-# # ##Comment faire une suite qui va de 'x' à 'y' par pas de 0. 25 TODO
-# #        return (('-10°', '-10°'), ('-20°', '-20°'),)
-# #
-# #    def _get_sph_selection(self, cursor, user_id, context=None):
-# #        '''
-# #        Création de la sélection pour les valeurs des sphères
-# #
-# #        START: valeur minimale
-# #        STOP:valeur maximale
-# #        STEP:incrément
-# #
-# #        NE MARCHE PAS AVEC FIELD.SELECTION TODO
-# #        ATTENTION la selection ne peut etre que des tuples de strings
-# #        '''
-# #
-# #        START=-20 #ces variables intermédiaires ne marchent pas avec numpy.arange!!!
-# #        STOP=20
-# #        STEP=0.25
-# #        sel=[str(i) for i in list(np.arange(-20, 20, 0.25))]
-# #        #sel=np.arange(START,STOP,STEP) # marche pas
-# #        sel=zip(sel,sel)
-# #
-# #        return tuple(sel)
-# #
-# #
-# #    def _get_cyl_selection(self, cursor, user_id, context=None):
-# # ##Comment faire une suite qui va de 'x' à 'y' par pas de 0. 25 TODO
-# #        return (('0.5', '0.5'), ('1', '1'),)
-# #
-# #    _columns = {
-# #                'tag' : fields.selection(_get_tags_selection, "x_what do you enter"),
-# #                'consult_id': fields.many2one('oph.consultation', 'Consultation', select = True),
-# #                #OD
-# #                'va_od': fields.selection(_get_va_selection, 'AV_OD', help = 'Visual acuity OD'),
-# #                'qualif_od': fields.selection(_get_qualif_selection, 'QUALIF_OD', help = 'qualification de l\'acuité visuelle de loin OD'),
-# #                'metamorphopsia_od': fields.selection(_get_meta_selection, 'M_OD', help = 'métamorphopsie OD'),
-# #                'vashort_od': fields.selection(_get_vashort_selection, 'AV_PRES_OD', help = 'acuité visuelle de pres OD'),
-# #                        #OD formule
-# #                'sph_od': fields.selection(_get_sph_selection, 'SPH_OD'),
-# #                'cyl_od': fields.selection(_get_cyl_selection, 'CYL_OD'),
-# #                'axis_od': fields.selection(_get_axis_selection, 'AXIS_OD'),
-# #                #OG
-# #                'va_og': fields.selection(_get_va_selection, 'AV_OG', help = 'acuité visuelle de loin OG'),
-# #                'qualif_og': fields.selection(_get_qualif_selection, 'QUALIF_OG', help = 'qualification de l\'acuité visuelle de loin OG'),
-# #                'metamorphopsia_og': fields.selection(_get_meta_selection, 'M_OG', help = 'métamorphopsie OG'),
-# #                'vashort_og': fields.selection(_get_vashort_selection, 'AV_PRES_OG', help = 'acuité visuelle de pres OG'),
-# #                        #OG formule
-# #                'sph_og': fields.selection(_get_sph_selection, 'SPH_OG'),
-# #                'cyl_og': fields.selection(_get_cyl_selection, 'CYL_OG'),
-# #                'axis_og': fields.selection(_get_axis_selection, 'AXIS_OG'),
-# #                }
-# #
-# # oph_refraction()
-# #
-# # #-- TONOMETRY
-# # class oph_tonometry(osv.osv):
-# #    '''
-# #    Class oph_tonometry
-# #
-# #    For persistance data of tonometry
-# #    '''
-# #
-# #    _name = "oph.tonometry"
-# #    _description = "Tonometry"
-# #    _columns = {
-# #                "to_od": fields.float('TO_OD', digits = (3,2)),
-# #                "to_og": fields.float('TO_OG', digits = (3,2)),
-# #                "date": fields.datetime("Date"),
-# #                "tonometer_id": fields.many2one('oph.tonometer', 'Tonometer',  select = True),
-# #                }
-# #    _defaults = {"date": lambda *a:time.strftime("%Y-%m-%d %T"), }
-# #
-# # oph_tonometry()
-# #
-# # ##-- AGENDA
-# # class oph_agenda(osv.osv):
-# #    '''
-# #    Class oph_agenda
-# #
-# #    ORM pour l agenda
-# #    L'ORM contient les enregistrements des crénaux
-# #    ouvert-pris-annulé-en salle d'attente-in between-parti(out)
-# #    '''
-# #
-# #    _name = "oph.agenda"
-# #    _description = "Agenda et workflow de la salle d'attente"
-# #
-# #    def _get_status_agenda(self, cursor, user_id, context = None):
-# #        return (
-# #                ('open', 'Open'),
-# #                ('busy', 'Busy'),
-# #                ('close', 'Close'),
-# #                ('cancel', 'Cancel'),
-# #                ('no show', 'No Show'),
-# #                ('in', 'In'),
-# #                ('in between', 'In Between'),
-# #                ('out', 'Out'),
-# #                )
-# #    def statechange_open(self, cr, uid, ids):
-# #        self.write(cr, uid, ids, {"state": "open"})
-# #        return True
-# #    def statechange_close(self, cr, uid, ids):
-# #        self.write(cr, uid, ids, {"state": "close"})
-# #        return True
-# #    def statechange_cancel(self, cr, uid, ids):
-# #        self.write(cr, uid, ids, {"state": "cancel"})
-# #        return True
-# #    def statechange_in(self, cr, uid, ids):
-# #        self.write(cr, uid, ids, {"state": "in"})
-# #        return True
-# #    def statechange_in_between(self, cr, uid, ids):
-# #        self.write(cr, uid, ids, {"state": "in between"})
-# #        return True
-# #    def statechange_out(self, cr, uid, ids):
-# #        self.write(cr, uid, ids, {"state": "out"})
-# #        return True
-# #    def statechange_no_show(self, cr, uid, ids):
-# #        self.write(cr, uid, ids, {"state": "no show"})
-# #        return True
-# #    def statechange_busy(self, cr, uid, ids):
-# #        self.write(cr, uid, ids, {"state": "busy"})
-# #        return True
-# #    def onchange_start(self, cr, uid, ids, start):
-# #        format = "%Y-%m-%d %H:%M:%S"
-# #        wd = dict(zip(('0', '1', '2', '3', '4', '5', '6',), ('dimanche', 'lundi', 'mardi', 'mercredi', 'jeudi', 'vendredi', 'samedi')))
-# #        ym = dict(zip(range(1,13),('janvier','fevrier', 'mars', 'avril', 'mai',  'juin', 'juillet', 'aout', 'septembre', 'octobre', 'novembre', 'décembre')))
-# #
-# #        if start is not None:
-# #            weekday = wd[datetime.strptime(start, format).strftime('%w')]
-# #            daydate = datetime.strptime(start, format).strftime('%Y-%m-%d')
-# #            hour = datetime.strptime(start, format).strftime('%H:%M')
-# #            month = datetime.strptime(start, format).month
-# #            month = ym[month]
-# #
-# #            return {'value': {'weekday': weekday,
-# #                              'daydate': daydate,
-# #                              'hour': hour,
-# #                              "month": month, }}
-# #
-# #
-# #    _columns = {
-# #                "start": fields.datetime("Start", help="heure de début du crénaux"),
-# #                "end": fields.datetime("End", help="heure de fin du crénaux"),
-# #                "arrived": fields.datetime("Arrived", help="date et heure d'arrivée du patient"),
-# #                "out": fields.datetime("Out", help="date et heure de sortie du patient"),
-# #                "state": fields.selection(_get_status_agenda, 'State', readonly = True),
-# #                "partner_id" : fields.many2one('res.partner', 'Patient', select=True),
-# #                "weekday": fields.char('Weekday', size = 16,  readonly = False),
-# #                #"daydate":fields.char('Date', size = 16,  readonly = False),
-# #                "daydate": fields.date('Date', readonly = True),
-# #                "hour": fields.char('Hour', size = 8,  readonly = True),
-# #                "month": fields.char('Month', size = 16, readonly = True, help = "mois du rendez vous pour faciliter la lecture du rendez-vous"),
-# #                "callingdate": fields.date("Calling Date", help = "date de la prise du RDV"),
-# #                }
-# #
-# #    _defaults = {
-# #                 'state': 'open',
-# #                 }
-# #
-# # oph_agenda()
-#===============================================================================
-# vim:expandtab:smartindent:tabstop=4:softtabstop=4:shiftwidth=4:

=== modified file 'oph_agenda_view.xml'
--- oph_agenda_view.xml	2013-11-21 18:09:25 +0000
+++ oph_agenda_view.xml	2013-11-22 09:04:01 +0000
@@ -145,8 +145,10 @@
                         </field>
                     </page>
                     <page string="Conclusion" attrs="{'invisible':[('state','in',['draft','open','wait','busy'])]}">
-                        <field name="conclusion_ids" widget="one2many" mode="tree" context="{'measurement_type;'conc'}">
-                            <tree string="Conclusion" mode="tree" context="{'measurement_type':'conc'}">
+                        <field name="conclusion_ids" widget="one2many" mode="tree" context="{'measurement_type':'conc'}">
+                            <tree string="Conclusion" editable="top">
+                                <field name="type_id" invisible="1"/>
+                                <field name="name" invisible="1"/>
                                 <field name="conclusion"/>
                             </tree>
                         </field>