from pyweb import pydom from pyscript import document import locale locale.setlocale(locale.LC_ALL, 'fr_FR.UTF-8') from client import MeteoFranceClient from const import METEOFRANCE_API_URL from datetime import date import urllib3 import js JR_SEM = [ "lundi", "mardi", "mercredi", "jeudi", "vendredi", "samedi", "dimanche", ] MS_ANN = [ "janvier", u"février", "mars", "avril", "mai", "juin", "juillet", u"août", "septembre", "octobre", "novembre", u"décembre", ] # dico normalisé jc versus descriptif MF : DICO_PLUIE = { "Temps sec": "pluie0", "Pluie faible": "pluie1", "Pluie modèrée": "pluie2", "Pluie forte": "pluie3", } def show_page(): xinput = pydom["#page_princip"][0] xinput._js.style.display="block" def hide_loader(): xinput = pydom["#loader-container"][0] xinput._js.style.display="none" show_page() def q(selector, root=document): return root.querySelector(selector) def date_vers_lit(d: date): ic = d.isocalendar() it = d.timetuple() return f"{JR_SEM[d.isocalendar()[2] - 1]}" + " " + d.strftime( "%d") + " " + f"{MS_ANN[d.timetuple()[1] - 1]}" #return f"{JR_SEM[d.isocalendar()[2] - 1]}" + " " + d.strftime( #"%d") + " " + f"{MS_ANN[d.timetuple()[1] - 1]}" + " " + d.strftime("%Y") def date_vers_jour_clair(d: date): ic = d.isocalendar() return f"{JR_SEM[d.isocalendar()[2] - 1]}" def add_previ(descript, tps_previ, jr_nt, previ_icon): # create previ previ_id = f"previ-{len(previs)}" previ = { "id": previ_id, "previ_heure": tps_previ, "content": descript, "j_n": jr_nt, "pr_icon": previ_icon, } previs.append(previ) previ_html = previ_template.clone() previ_html.id = previ_id previ_html_content = previ_html.find("p.p_p1")[0] previ_html_content._js.textContent = previ["content"] previ_html_content = previ_html.find("p.p_p2")[0] previ_html_content._js.textContent = previ["previ_heure"] txt1 = previ["pr_icon"] previ_html_content = previ_html.find("img")[0] previ_html_content._js.srcset = txt1 previ_list.append(previ_html) def add_previ10(nijour, flag_jour, previ_date, t_value, vent_debout, humidity, weather_desc, clouds, rain_1h, weather_icon, snow_icon, snow_limit, snow_1h, wind_speed, wind_dir, wind_icon, gust, rise, sety, inewjour, isnow, isnowfall): # create previ10 previ10_id = f"previ10-{len(previs10)}" previ10 = { "id": previ10_id, "date": previ_date, "t_value": t_value, "vent_debout": vent_debout, "humidity": humidity, "weather_desc": weather_desc, "clouds": clouds, "rain_1h": rain_1h, "weather_icon": weather_icon, "snow_icon": snow_icon, "snow_limit": snow_limit, "snow_1h": snow_1h, "wind_speed": wind_speed, "wind_dir": wind_dir, "wind_icon": wind_icon, "gust": gust, } previs10.append(previ10) def view_previs(xprevi: object, deb_range , fin_range): previ10 = xprevi k = 0 print(" dans view_previs : ", deb_range, " fin de range : ", fin_range) for k in range(deb_range, fin_range): print(" num previ : ", k) if flag_jour: print("page clonée") # print("previs teta : ", previ10[2:3]) previ10_html = previ10_template.clone() previ10_html.id = previ10[k]["id"] print("id previs : ", previ10[k]["id"]) x = date_vers_lit(previ10[k]["date"]) y = previ10[k]["date"].strftime('%Hh') iy = int(previ10[k]["date"].strftime('%H')) ijour = int(previ10[k]["date"].strftime('%d')) jour_clair = date_vers_jour_clair(previ10[k]["date"]) previ10_html_content = previ10_html.find("#jr_nt")[0] if inewjour: previ10_html_content._js.textContent = f"{x} {y}" else: previ10_html_content._js.textContent = f"{jour_clair} {y}" previ10_html_content = previ10_html.find("#div_card")[0] if iy >= irise and iy < isety: previ10_html_content._js.style = "background-color : #cceeff; width: 20rem;" else: previ10_html_content._js.style = "background-color : #f1f1f1; width: 20rem;" # cyan cceeff # gris f1f1f1 previ10_html_content = previ10_html.find("#t_value")[0] x = previ10[k]["t_value"] previ10_html_content._js.textContent = x previ10_html_content = previ10_html.find("#p_vent_debout")[0] x = previ10[k]["vent_debout"] previ10_html_content._js.textContent = x previ10_html_content = previ10_html.find("#p_humidity")[0] x = previ10[k]["humidity"] previ10_html_content._js.textContent = x previ10_html_content = previ10_html.find("#p_weather_desc")[0] previ10_html_content._js.textContent = previ10[k]["weather_desc"] previ10_html_content = previ10_html.find("#p_clouds")[0] x = previ10[k]["clouds"] previ10_html_content._js.textContent = x previ10_html_content = previ10_html.find("#p_rain_1h")[0] x = previ10[k]["rain_1h"] previ10_html_content._js.textContent = x previ10_html_content = previ10_html.find("#img_weather_icon")[0] txt1 = previ10[k]["weather_icon"] # print("source image : ", txt1 ) previ10_html_content._js.srcset = txt1 if isnow: previ10_html_content = previ10_html.find("#flag_neige")[0] previ10_html_content._js.srcset = "Neige" previ10_html_content = previ10_html.find("#p_snow_limit")[0] x = previ10[k]["snow_limit"] previ10_html_content._js.textContent = x if isnowfall: previ10_html_content = previ10_html.find("#img_snow_icon")[0] txt1 = previ10[k]["snow_limit"] previ10_html_content._js.srcset = txt1 previ10_html_content = previ10_html.find("#p_snow_1h")[0] x = previ10[k]["snow_1h"] previ10_html_content._js.textContent = x else: previ10_html_content = previ10_html.find("#img_snow_icon")[0] txt1 = previ10[k]["snow_icon"] previ10_html_content._js.srcset = "" previ10_html_content = previ10_html.find("#p_snow_1h")[0] x = previ10[k]["snow_1h"] previ10_html_content._js.textContent = "" previ10_html_content = previ10_html.find("#ng03")[0] previ10_html_content._js.textContent = "" previ10_html_content = previ10_html.find("#ng04")[0] previ10_html_content._js.textContent = "" else: previ10_html_content = previ10_html.find("#flag_neige")[0] previ10_html_content._js.srcset = "" previ10_html_content = previ10_html.find("#img_snow_icon")[0] txt1 = previ10[k]["snow_icon"] previ10_html_content._js.srcset = "" previ10_html_content = previ10_html.find("#p_snow_limit")[0] x = previ10[k]["snow_limit"] previ10_html_content._js.textContent = "" previ10_html_content = previ10_html.find("#p_snow_1h")[0] x = previ10[k]["snow_1h"] previ10_html_content._js.textContent = "" previ10_html_content = previ10_html.find("#ng01")[0] previ10_html_content._js.textContent = "" previ10_html_content = previ10_html.find("#ng02")[0] previ10_html_content._js.textContent = "" previ10_html_content = previ10_html.find("#ng03")[0] previ10_html_content._js.textContent = "" previ10_html_content = previ10_html.find("#ng04")[0] previ10_html_content._js.textContent = "" previ10_html_content = previ10_html.find("#p_wind_speed")[0] x = previ10[k]["wind_speed"] previ10_html_content._js.textContent = x previ10_html_content = previ10_html.find("#p_gust")[0] x = previ10[k]["gust"] previ10_html_content._js.textContent = x previ10_html_content = previ10_html.find("#p_wind_dir")[0] x = previ10[k]["wind_dir"] previ10_html_content._js.textContent = x previ10_html_content = previ10_html.find("#img_wind_icon")[0] x = previ10[k]["wind_icon"] previ10_html_content._js.textContent = x previ10_html_content = previ10_html.find("#img_wind_icon")[0] txt1 = previ10[k]["wind_icon"] previ10_html_content._js.srcset = txt1 previ10_list.append(previ10_html) def j_n(dt, d_sun_rise, d_sun_set): if dt < d_sun_rise and dt > d_sun_set: return 0 else: return 1 if not js.localStorage.getItem('mem_place'): js.localStorage.setItem('mem_place', "Saint Martin de Caralp") else: xhtml = pydom["#place_enreg"][0] xhtml.html=js.localStorage.getItem('mem_place') xstr=js.localStorage.getItem('mem_place') previ_template = pydom.Element(q("#previ-template").content.querySelector(".previ")) previ_list = pydom["#list-previ-container"][0] previs = [] previ10_template = pydom.Element(q("#previ10-template").content.querySelector(".previ10")) previ10_list = pydom["#list-previ10-container"][0] previs10 = [] urllib3.disable_warnings() client = MeteoFranceClient() places = client.search_places(xstr) obs = client.get_observation_for_place(places[0]) fcast = client.get_forecast_for_place(places[0]) rain = client.get_rain(places[0].latitude, places[0].longitude, language='fr') pict_of_day = client.get_picture_of_the_day() pydom["div#obsv_date"].html = date_vers_lit(obs.time_as_datetime) # .strftime('%a %d %B %Y, %H:%M ') pydom["div#obsv_txt"].html = obs.weather_description txt_obs_icon = obs.weather_icon txt_fich_obs_icon = f"/squelettes-dist/mto/assets/icones/{txt_obs_icon}.png" xbox = pydom.Element(q("#img3")) # .content.querySelector(".previ")) xbox._js.srcset = txt_fich_obs_icon pydom["div#obsv_teta"].html = f"Température :{obs.temperature} °C" pydom["div#obsv_wd_speed"].html = f"Vent : {obs.wind_speed} km/h Direction : {obs.wind_direction}" pydom["div#obsv_wd_icon"].html = obs.wind_icon ybox = pydom.Element(q("#img4")) xtxt = f"/squelettes-dist/mto/assets/icones/vents/{obs.wind_icon}.png" ybox._js.srcset = xtxt # prévision journalière et variables jour/nuit to_d_fcast = fcast.today_forecast h_sun_rise = rain.timestamp_to_locale_time(to_d_fcast.get('sun').get('rise')).strftime('%a %d %B %Y, %H:%M ') h_sun_set = rain.timestamp_to_locale_time(to_d_fcast.get('sun').get('set')).strftime('%a %d %B %Y, %H:%M ') dt = rain.timestamp_to_locale_time(to_d_fcast.get('dt')) # print(" Prévisions établies à : ", ) pydom["div#previ_date"].html = date_vers_lit(dt) + dt.strftime(' %H:%M ') # print(" Températures. mini : ", (, " maxi : ",) pydom[ "div#previ_teta_min_max"].html = f"Température (°C) minimale : {to_d_fcast.get('T').get('min')} maximale : {to_d_fcast.get('T').get('max')}" # print(" Humidité. mini : ", (, " maxi : ", pydom[ "div#previ_hr_min_max"].html = f"Humidité (%) minimale : {to_d_fcast.get('humidity').get('min')} maximale : {to_d_fcast.get('humidity').get('max')}" # print(" Précipitations : ", () print(" UV : ", ) pydom[ "div#previ_precip_24_uv"].html = f"Précipitations sur 24h : {to_d_fcast.get('precipitation').get('24h')} mm. Indice UV : {to_d_fcast.get('uv')}" # print(" Icone : ", , " descriptif : ",to_d_fcast.get('weather12H').get('desc')) txt_icon = to_d_fcast.get('weather12H').get('icon') # print(" Lever de soleil : ", , "coucher : " rise = rain.timestamp_to_locale_time(to_d_fcast.get('sun').get('rise')).strftime(' %H:%M ') irise = int(rain.timestamp_to_locale_time(to_d_fcast.get('sun').get('rise')).strftime('%H')) sety = rain.timestamp_to_locale_time(to_d_fcast.get('sun').get('set')).strftime(' %H:%M ') isety = int(rain.timestamp_to_locale_time(to_d_fcast.get('sun').get('set')).strftime('%H')) xx = " " pydom["div#previ_hr_rise_set"].html = f"Ephéméride soleil. {xx:4} Lever : {rise:4} coucher : {sety}" # pict of day url de l'image et description pydom["div#pict_url"].html = pict_of_day.image_url pydom["div#pict_desc"].html = pict_of_day.description # pluies dans l'heure à venir next_rain = rain.next_rain_date_locale() xstr_icon = "" i = 0 x = "" for tbl in rain.forecast: date = rain.timestamp_to_locale_time(tbl.get('dt')) if i == 0: xdate = date_vers_lit(date) + date.strftime(' %H:%M ') i = 1 else: xdate = date.strftime(' %H:%M ') xj_n = j_n(xdate, h_sun_rise, h_sun_set) y = tbl.get('desc') try: x = DICO_PLUIE[y] except KeyError: x = 'quest' txt_fich_obs_icon = f"/squelettes-dist/mto/assets/icones/icones_norm_jc/{x}.png" add_previ(tbl.get('desc'), xdate, xj_n, txt_fich_obs_icon) ijour = 0 isnow = 0 isnowfall = 0 delta0 = 3600 delta1 = 0 d_before = 0 d_stage = 0 xjour = "" xjour0 = "" flag_jour = 0 nijour = 0 ndelta3600 = 0 ndelta10800 = 0 ndelta21600 = 0 for frcst in fcast.forecast: flag_jour = 0 date = frcst.get('dt') ydate = fcast.timestamp_to_locale_time(date) xdate = fcast.timestamp_to_locale_time(date).strftime('%a %d %B %Y, %H:%M ') xjour = fcast.timestamp_to_locale_time(date).strftime('%a') delta1 = delta0 d_before = d_stage date = frcst.get('dt') d_stage = date if d_before == 0: delta0 = 3600 ndelta3600 = 0 ndelta10800 = 0 ndelta21600 = 0 else: delta0 = d_stage - d_before if delta0 == 3600: ndelta3600 = ndelta3600 + int(3600 / delta0) if delta0 == 10800: ndelta10800 = ndelta10800 + int(10800 / (delta0)) if delta0 == 21600: ndelta21600 = ndelta21600 + int(21600 / (delta0)) if xjour != xjour0: xjour0 = xjour flag_jour = 1 nijour = nijour + 1 if delta1 != delta0: # print("on change de durée de prévi.") xjour = int(fcast.timestamp_to_locale_time(date).strftime('%d')) # flg pour détecter un nouveau jour if ijour != xjour: inewjour = 1 else: inewjour = 0 t_value = frcst.get('T').get('value') vent_debout = frcst.get('T').get('windchill') humidity = frcst.get('humidity') clouds = frcst.get('clouds') weather_desc = frcst.get('weather').get('desc') rain_1h = frcst.get('rain').get('1h') xsnow_limit = frcst.get('rain snow limit') xsnow_fall = frcst.get('snow').get("1h") snow_limit = 0 snow_fall = 0 snow_1h = frcst.get('snow').get('1h') snow_icon = f"/squelettes-dist/mto/assets/icones/icones_norm_jc/{x}.png" if xsnow_limit == "Non pertinent": snow_limit = 0 else: snow_limit = int(snow_limit) if xsnow_fall == "None" or xsnow_fall == 0: snow_fall = 0 else: snow_fall = int(snow_fall) if snow_limit > 0: isnow = 1 if snow_fall > 0: isnowfall = 1 else: isnowfall = 0 else: isnow = 0 isnowfall = 0 # print(xdate," valeurs flags neige : isnow ", isnow, " isnowfall :", isnowfall ) weather_desc = frcst.get('weather').get('desc') weather_icon = f"/squelettes-dist/mto/assets/icones/{frcst.get('weather').get('icon')}.png" wind_dir = frcst.get('wind').get('direction') wind_speed = frcst.get('wind').get('speed') gust = frcst.get('wind').get('gust') wind_icon = f"/squelettes-dist/mto/assets/icones/vents/{frcst.get('wind').get('icon')}.png" ijour = add_previ10(nijour, flag_jour, ydate, t_value, vent_debout, humidity, weather_desc, clouds, rain_1h, weather_icon, snow_icon, snow_limit, snow_1h, wind_speed, wind_dir, wind_icon, gust, irise, isety, inewjour, isnow, isnowfall) view_previs(previs10, 0, ndelta3600+2) view_previs(previs10, ndelta3600+2, ndelta3600+ndelta10800+2) view_previs(previs10, ndelta3600+ndelta10800+1, ndelta3600+ndelta10800+1+ndelta21600) hide_loader()