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analyser_merge_radio_support_FR.py
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analyser_merge_radio_support_FR.py
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#!/usr/bin/env python
#-*- coding: utf-8 -*-
###########################################################################
## ##
## Copyrights Jérôme Amagat 2019 ##
## ##
## 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 3 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, see <http://www.gnu.org/licenses/>. ##
## ##
###########################################################################
from modules.OsmoseTranslation import T_
from .Analyser_Merge import Analyser_Merge, SourceDataGouv, CSV, Load, Conflate, Select, Mapping
from io import open
class _Analyser_Merge_Radio_Support_FR(Analyser_Merge):
def __init__(self, config, logger, clas, NAT_IDs, title, tags_select, tags_generate):
Analyser_Merge.__init__(self, config, logger)
self.def_class_missing_official(item = 8390, id = 1+10*clas, level = 3, tags = ['merge', 'fix:survey', 'fix:imagery'],
title = T_('Radio support ({0}) not integrated', title))
self.def_class_possible_merge(item = 8391, id = 3+10*clas, level = 3, tags = ['merge', 'fix:chair'],
title = T_('Radio support ({0}), integration suggestion', title))
self.def_class_update_official(item = 8392, id = 4+10*clas, level = 3, tags = ['merge', 'fix:chair'],
title = T_('Radio support ({0}) update', title))
self.communeNameIndexedByInsee = {}
with open("dictionaries/FR/BddCommunes", "r", encoding="utf-8") as f:
for x in f:
x = x.split("\t")
code_insee = x[0]
name_insee = x[1].strip()
self.communeNameIndexedByInsee[code_insee] = name_insee
self.init(
"https://www.data.gouv.fr/fr/datasets/donnees-sur-les-installations-radioelectriques-de-plus-de-5-watts-1/",
"Données sur les installations radioélectriques de plus de 5 watts",
CSV(SourceDataGouv(attribution = "data.gouv.fr:ANFR",
dataset = "551d4ff3c751df55da0cd89f", resource = "5da74526-7781-4726-b98b-232756643090", zip = "SUP_SUPPORT.txt", encoding = "ISO-8859-15"),
separator = ";", quote = u'$'),
Load(
("CASE \"COR_CD_EW_LON\" WHEN 'W' THEN -1*(to_number(\"COR_NB_DG_LON\", '99') + to_number(\"COR_NB_MN_LON\", '99') / 60 + to_number(\"COR_NB_SC_LON\", '99') / 3600) WHEN 'E' THEN to_number(\"COR_NB_DG_LON\", '99') + to_number(\"COR_NB_MN_LON\", '99') / 60 + to_number(\"COR_NB_SC_LON\", '99') / 3600 END",),
("CASE \"COR_CD_NS_LAT\" WHEN 'S' THEN -1*(to_number(\"COR_NB_DG_LAT\", '99') + to_number(\"COR_NB_MN_LAT\", '99') / 60 + to_number(\"COR_NB_SC_LAT\", '99') / 3600) WHEN 'N' THEN to_number(\"COR_NB_DG_LAT\", '99') + to_number(\"COR_NB_MN_LAT\", '99') / 60 + to_number(\"COR_NB_SC_LAT\", '99') / 3600 END",),
select = {"NAT_ID": NAT_IDs},
unique = ("SUP_ID",)),
Conflate(
select = Select(
types = ["nodes", "ways"],
tags = tags_select),
conflationDistance = 50,
osmRef = "ref:FR:ANFR",
mapping = Mapping(
static1 = tags_generate,
static2 = {"source": self.source},
mapping1 = {
"ref:FR:ANFR": "SUP_ID",
"operator": lambda fields: self.owner[int(fields["TPO_ID"])] if fields["TPO_ID"] and int(fields["TPO_ID"]) in self.owner else None,
"height": lambda fields: fields["SUP_NM_HAUT"].replace(",", ".") if fields["SUP_NM_HAUT"] else None,
},
text = lambda tags, fields: {"en": "{0}, address: {1}, {2}{3}".format(
(lambda x: self.Tour_Mat_Pylone[fields["NAT_ID"]] if x == "Tour, mât et pylône" else x)(title),
", ".join(filter(lambda x: x != "None", [fields["ADR_LB_LIEU"], fields["ADR_LB_ADD1"], fields["ADR_LB_ADD2"], fields["ADR_LB_ADD3"],fields["ADR_NM_CP"]])),
(lambda x: self.communeNameIndexedByInsee[x] if x in self.communeNameIndexedByInsee else x)(fields["COM_CD_INSEE"]),
(lambda x: (", operator: " + self.other_owner[int(x)]) if x and x != "None" and int(x) in self.other_owner else "")(fields["TPO_ID"])
)} )))
# number: column TPO_ID in SUP_SUPPORT.txt and value: SUP_PROPRIETAIRE.txt
owner = {
1: "ANFR",
4: "Bouygues",
10: "CROSS",
16: "Orange Services Fixes",
19: "La Poste",
21: "Orange",
24: "SNCF Réseau",
25: "RTE",
27: "SFR",
31: "Société réunionnaise du radiotéléphone",
32: "TDF",
33: "Towercast",
35: "Voies navigables de France",
36: "Altitude Telecom",
37: "Antalis",
38: "One Cast",
39: "Gendarmerie nationale",
40: "Tikiphone",
41: "France Caraibes Mobiles",
42: "IFW-Free",
43: "Lagardère Active Média",
44: "Outremer Telecom",
45: "RATP",
47: "Office des Postes et Telecom",
49: "Bolloré",
48: "Neuf Cegetel",
50: "Completel",
51: "Digicel",
52: "Eutelsat",
53: "Expertmedia",
54: "Mediaserv",
55: "Belgacom",
56: "Airbus",
57: "Guyane Numérique",
58: "Dauphin Telecom",
59: "Itas Tim",
60: "Réunion Numérique",
62: "SNCF",
64: "Pacific Mobile Telecom",
63: "Viti",
61: "Globecast",
69: "Zeop",
68: "Cellnex",
67: "Service des Postes et Telecom",
65: "ATC France",
66: "Telco OI"
}
other_owner = {
2: "Association",
3: "Aviation Civile",
5: "CCI,Ch Metiers,Port Aut,Aérop",
6: "Conseil Départemental",
7: "Conseil Régional",
8: "Coopérative Agricole, Vinicole",
9: "Copropriété, Syndic, SCI",
11: "DDE",
12: "Autres",
13: "EDF ou GDF",
14: "Etablissement de soins",
15: "Etat, Ministère",
17: "Syndicat des eaux, Adduction",
18: "Intérieur",
20: "Météo",
22: "Particulier",
23: "Phares et balises",
26: "SDIS, secours, incendie",
28: "Société HLM",
29: "Société Privée SA",
30: "Sociétés d'Autoroutes",
34: "Commune, communauté de commune",
46: "Titulaire programme Radio/TV",
}
Tour_Mat_Pylone = {
"11": "Mât béton",
"12": "Mât métallique",
"21": "Pylône",
"22": "Pylône autoportant",
"23": "Pylône autostable",
"24": "Pylône haubané",
"25": "Pylône treillis",
"26": "Pylône tubulaire",
"42": "Mât",
"48": "pylône arbre"
}
class Analyser_Merge_Tour_Mat_Pylone(_Analyser_Merge_Radio_Support_FR):
def __init__(self, config, logger = None):
_Analyser_Merge_Radio_Support_FR.__init__(self, config, logger, 0, [u'11', u'12', u'21', u'22', u'23', u'24', u'25', u'26', u'42', u'48'], "Tour, mât et pylône",
[{"man_made": "tower","tower:type": "communication"},{"man_made": "mast","tower:type": "communication"},{"man_made": "communications_tower"}],
{"man_made": "mast","tower:type": "communication"})
class Analyser_Merge_Tour_Hertzienne(_Analyser_Merge_Radio_Support_FR):
def __init__(self, config, logger = None):
_Analyser_Merge_Radio_Support_FR.__init__(self, config, logger, 1, u'33', "Tour hertzienne",
[{"man_made": "tower","tower:type": "communication"},{"man_made": "mast","tower:type": "communication"},{"man_made": "communications_tower"}],
{"man_made": "communications_tower"})
class Analyser_Merge_Tour_Controle(_Analyser_Merge_Radio_Support_FR):
def __init__(self, config, logger = None):
_Analyser_Merge_Radio_Support_FR.__init__(self, config, logger, 2, u'44', "Tour de contrôle",
{"man_made": "tower", "service": "aircraft_control"}, {"man_made": "tower", "service": "aircraft_control"})
class Analyser_Merge_Chateau_Eau(_Analyser_Merge_Radio_Support_FR):
def __init__(self, config, logger = None):
_Analyser_Merge_Radio_Support_FR.__init__(self, config, logger, 3, u'4', "Château d'eau ou réservoir", {"man_made": "water_tower"}, {"man_made": "water_tower"})
class Analyser_Merge_Silo(_Analyser_Merge_Radio_Support_FR):
def __init__(self, config, logger = None):
_Analyser_Merge_Radio_Support_FR.__init__(self, config, logger, 4, u'31', "Silo", {"man_made": "silo"}, {"man_made": "silo"})
class Analyser_Merge_Phare(_Analyser_Merge_Radio_Support_FR):
def __init__(self, config, logger = None):
_Analyser_Merge_Radio_Support_FR.__init__(self, config, logger, 5, u'41', "Phare", {"man_made": "lighthouse"}, {"man_made": "lighthouse"})
class Analyser_Merge_Eolienne(_Analyser_Merge_Radio_Support_FR):
def __init__(self, config, logger = None):
_Analyser_Merge_Radio_Support_FR.__init__(self, config, logger, 6, u'52', "Éolienne", {"power": "generator","generator:source": "wind"}, {"power": "generator","generator:source": "wind"})