... from image URL contained in a device attribute?
any way to do this?
thanks.
Custom attribute tile and put it in an HTML tag?
havent been able to make that work ... may be having a duh moment ... an example text for use with the custom attribute tile would help.
thank you.
<img src="[link to image]" />
Just make that your attribute value and put the attribute name in the custom attribute tile.
Haven't tried it specifically as I am traveling right now... It might render out like this " <img src="smiley.gif" alt="Smiley face" height="42" width="42">" if so, have to stop the escaping of the html in a future release.
Can you inspect and view the source? Does it look escaped?
nope ... but this probably explains it:
data-layout=11 is a image tile i setup with the image URL only.
Was a solution to this ever found? It would be good to get the weather icon on the dash?
as a workaround updated the apixu driver to include the icon directly for use on hubitat dashboard:
Sorry I see that was there in the other thread, but I don't see / understand the workaround?
What tile type / values should I be using to be able to display a tile with the image?
Cheers
Jake
once you have updated to the latest apixu driver in the dashboard for tile select:
device: device that uses apixu driver
template: attribute
value: condition_icon
1 Like
Ahh, sorry hadn't realised that you had literally just updated it, I only installed it earlier today..
Firstly the new code you have uploaded has an extra / on line 1 (causing it not to install) and the version control doesn't mention the updates.. (just FYI)
Secondly the new code is causing the below errors in logging (I've replace a few numbers with hashes for security):
REMOVED DUE TO BELOW
Sorry fixed it!! My long/lat had a space between the two values for some reason, despite copy and pasting to and from the same field as before? unless your old code handled this maybe? All working now! Great work!
1 Like
Icons are a little basic and small, will do for now, but probably worth putting in a map and then using a hi-res or maybe animated icon set, like those used here on this magic mirror project:
thanks … fixed the extra / … i did a quick update for you … in the middle of work will update those later
it passes in the lat/long exactly as specified in the input … no change there. great! thank you.
icons are as provided by apixu. the size of the icon should be auto resized to fit the dashboard tile … see this thread:
I’m just seeing the icon at 64x64 I believe, it’s not enlarging to the tile unless there is a setting I need to change, but I’ll take another look tomorrow...
I could see they were being pulled directly from the api, but could be easily adapted to be nicer, I’ll try to find a nice open icon set and share the code, then up to you if you want to update your version, many thanks for your help anyway, great work on the driver!
right its the default size as provided by apixu. sorry should have been clearer. as discussed on this thread … dashboard should be resizing both text and icons to the right size otherwise given the various possible tile sizes users can use … the icons will either be too small or too large.
i havent looked for icons. but if there are open icons available and you want to send me a patch to use those … happy to include and credit you for the contribution.
thanks.
Give this a go..
Two new attribute types, all of the new code is at the bottom.. see what you think.. but I would suggest moving the icons to another gitHub before updating your version if you decide to update.
I also haven't worked out how to change from the ridiculous font size to another, I assume it's possible in code, but hope that in a new version of the dash this is configurable!
/***********************************************************************************************************************
* Copyright 2018 bangali
*
* Licensed under the Apache License, Version 2.0 (the "License"); you may not use this file except
* in compliance with the License. You may obtain a copy of the License at:
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software distributed under the License is distributed
* on an "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the License
* for the specific language governing permissions and limitations under the License.
*
* ApiXU Weather Driver
*
* Author: bangali
*
* Date: 2018-05-27
*
* attribution: weather data courtesy: https://www.apixu.com/
*
* attribution: sunrise and sunset courtesy: https://sunrise-sunset.org/
*
* for use with HUBITAT so no tiles
*
* features:
* - supports global weather data with free api key from apixu.com
* - provides calculated illuminance data based on time of day and weather condition code.
* - no local server setup needed
* - no personal weather station needed
*
/***********************************************************************************************************************/
public static String version() { return "v2.5.0" }
/***********************************************************************************************************************
*
* Version: 2.0.0
* 5/29/2018: updated lux calculation with factor from condition code.
*
* Version: 1.0.0
* 5/27/2018: initial release.
*
*/
import groovy.transform.Field
metadata {
definition (name: "ApiXU Weather Driver", namespace: "bangali", author: "bangali") {
capability "Illuminance Measurement"
capability "Temperature Measurement"
capability "Relative Humidity Measurement"
capability "Sensor"
capability "Polling"
attribute "name", "string"
attribute "region", "string"
attribute "country", "string"
attribute "lat", "string"
attribute "lon", "string"
attribute "tz_id", "string"
attribute "localtime_epoch", "string"
attribute "local_time", "string"
attribute "local_date", "string"
attribute "last_updated_epoch", "string"
attribute "last_updated", "string"
attribute "temp_c", "string"
attribute "temp_f", "string"
attribute "is_day", "string"
attribute "condition_text", "string"
attribute "condition_icon", "string"
attribute "condition_icon_url", "string"
attribute "Visual", "string"
attribute "Summary", "string"
attribute "condition_code", "string"
attribute "wind_mph", "string"
attribute "wind_kph", "string"
attribute "wind_degree", "string"
attribute "wind_dir", "string"
attribute "pressure_mb", "string"
attribute "pressure_in", "string"
attribute "precip_mm", "string"
attribute "precip_in", "string"
attribute "cloud", "string"
attribute "feelslike_c", "string"
attribute "feelslike_f", "string"
attribute "vis_km", "string"
attribute "vis_miles", "string"
attribute "location", "string"
attribute "local_sunrise", "string"
attribute "local_sunset", "string"
attribute "twilight_begin", "string"
attribute "twilight_end", "string"
attribute "illuminated", "string"
attribute "cCF", "string"
attribute "lastXUupdate", "string"
attribute "lastXUupdate", "string"
command "refresh"
}
preferences {
input "zipCode", "text", title: "Zip code or city name or latitude,longitude?", required: true
input "apixuKey", "text", title: "ApiXU key?", required: true
input "isFahrenheit", "bool", title: "Temperature in fahrenheit?", required: true, defaultValue: true
input "dashClock", "bool", title: "Flash time ':' every 2 seconds?", required: true, defaultValue: false
input "pollEvery", "enum", title: "Poll ApiXU how frequently?\nrecommended setting 30 minutes.\nilluminance is always updated every 5 minutes.", required: true, defaultValue: 30,
options: [5:"5 minutes",10:"10 minutes",15:"15 minutes",30:"30 minutes"]
}
}
def updated() {
unschedule()
state.tz_id = null
state.clockSeconds = true
poll()
"runEvery${pollEvery}Minutes"(poll)
runEvery5Minutes(updateLux)
// schedule("0 * * * * ?", updateClock)
// schedule("0/2 0 0 ? * * *", updateClock)
if (dashClock) updateClock();
}
def poll() {
log.debug ">>>>> apixu: Executing 'poll', location: $zipCode"
def obs = getXUdata()
if (!obs) {
log.warn "No response from ApiXU API"
return
}
def now = new Date().format('yyyy-MM-dd HH:mm', location.timeZone)
sendEvent(name: "lastXUupdate", value: now)
def tZ = TimeZone.getTimeZone(obs.location.tz_id)
state.tz_id = obs.location.tz_id
def localTime = new Date().parse("yyyy-MM-dd HH:mm", obs.location.localtime, tZ)
def localDate = localTime.format("yyyy-MM-dd", tZ)
def localTimeOnly = localTime.format("HH:mm", tZ)
def sunriseAndSunset = getSunriseAndSunset(obs.location.lat, obs.location.lon, localDate)
def sunriseTime = new Date().parse("yyyy-MM-dd'T'HH:mm:ssXXX", sunriseAndSunset.results.sunrise, tZ)
def sunsetTime = new Date().parse("yyyy-MM-dd'T'HH:mm:ssXXX", sunriseAndSunset.results.sunset, tZ)
def noonTime = new Date().parse("yyyy-MM-dd'T'HH:mm:ssXXX", sunriseAndSunset.results.solar_noon, tZ)
def twilight_begin = new Date().parse("yyyy-MM-dd'T'HH:mm:ssXXX", sunriseAndSunset.results.civil_twilight_begin, tZ)
def twilight_end = new Date().parse("yyyy-MM-dd'T'HH:mm:ssXXX", sunriseAndSunset.results.civil_twilight_end, tZ)
def localSunrise = sunriseTime.format("HH:mm", tZ)
sendEvent(name: "local_sunrise", value: localSunrise, descriptionText: "Sunrise today is at $localSunrise")
def localSunset = sunsetTime.format("HH:mm", tZ)
sendEvent(name: "local_sunset", value: localSunset, descriptionText: "Sunset today at is $localSunset")
def tB = twilight_begin.format("HH:mm", tZ)
sendEvent(name: "twilight_begin", value: tB, descriptionText: "Twilight begins today at $tB")
def tE = twilight_end.format("HH:mm", tZ)
sendEvent(name: "twilight_end", value: tE, descriptionText: "Twilight ends today at $tE")
state.sunriseTime = sunriseTime.format("yyyy-MM-dd'T'HH:mm:ssXXX", tZ)
state.sunsetTime = sunsetTime.format("yyyy-MM-dd'T'HH:mm:ssXXX", tZ)
state.noonTime = noonTime.format("yyyy-MM-dd'T'HH:mm:ssXXX", tZ)
state.twilight_begin = twilight_begin.format("yyyy-MM-dd'T'HH:mm:ssXXX", tZ)
state.twilight_end = twilight_end.format("yyyy-MM-dd'T'HH:mm:ssXXX", tZ)
sendEvent(name: "name", value: obs.location.name)
sendEvent(name: "region", value: obs.location.region)
sendEvent(name: "country", value: obs.location.country)
sendEvent(name: "lat", value: obs.location.lat)
sendEvent(name: "lon", value: obs.location.lon)
sendEvent(name: "tz_id", value: obs.location.tz_id)
sendEvent(name: "localtime_epoch", value: obs.location.localtime_epoch)
sendEvent(name: "local_time", value: localTimeOnly)
sendEvent(name: "local_date", value: localDate)
sendEvent(name: "last_updated_epoch", value: obs.current.last_updated_epoch)
sendEvent(name: "last_updated", value: obs.current.last_updated)
sendEvent(name: "temp_c", value: obs.current.temp_c, unit: "C")
sendEvent(name: "temp_f", value: obs.current.temp_f, unit: "F")
sendEvent(name: "temperature", value: (isFahrenheit ? obs.current.temp_f : obs.current.temp_c), unit: "${(isFahrenheit ? 'F' : 'C')}")
sendEvent(name: "is_day", value: obs.current.is_day)
sendEvent(name: "condition_text", value: obs.current.condition.text)
sendEvent(name: "condition_icon", value: '<img src=https:' + obs.current.condition.icon + '>', isStateChange: true, displayed: true)
sendEvent(name: "Visual", value: '<img src=' + getImgName(obs.current.condition.code, obs.current.is_day) + '>', isStateChange: true, displayed: true)
sendEvent(name: "Summary", value: '<img src=' + getImgName(obs.current.condition.code, obs.current.is_day) + '><br>' + obs.current.condition.text, isStateChange: true, displayed: true)
sendEvent(name: "condition_icon_url", value: 'https:' + obs.current.condition.icon)
sendEvent(name: "condition_code", value: obs.current.condition.code)
sendEvent(name: "wind_mph", value: obs.current.wind_mph, unit: "MPH")
sendEvent(name: "wind_kph", value: obs.current.wind_kph, unit: "KPH")
sendEvent(name: "wind_degree", value: obs.current.wind_degree, unit: "DEGREE")
sendEvent(name: "wind_dir", value: obs.current.wind_dir)
sendEvent(name: "pressure_mb", value: obs.current.pressure_mb, unit: "MBAR")
sendEvent(name: "pressure_in", value: obs.current.pressure_in, unit: "IN")
sendEvent(name: "precip_mm", value: obs.current.precip_mm, unit: "MM")
sendEvent(name: "precip_in", value: obs.current.precip_in, unit: "IN")
sendEvent(name: "humidity", value: obs.current.humidity, unit: "%")
sendEvent(name: "cloud", value: obs.current.cloud, unit: "%")
sendEvent(name: "feelslike_c", value: obs.current.feelslike_c, unit: "C")
sendEvent(name: "feelslike_f", value: obs.current.feelslike_f, unit: "F")
sendEvent(name: "vis_km", value: obs.current.vis_km, unit: "KM")
sendEvent(name: "vis_miles", value: obs.current.vis_miles, unit: "MILES")
sendEvent(name: "condition_icon_only", value: obs.current.condition.icon.split("/")[-1])
sendEvent(name: "location", value: obs.location.name + ', ' + obs.location.region)
state.condition_code = obs.current.condition.code
state.cloud = obs.current.cloud
updateLux()
return
}
def refresh() { poll() }
def configure() { poll() }
private getXUdata() {
def obs = [:]
def params = [ uri: "https://api.apixu.com/v1/forecast.json?key=$apixuKey&q=$zipCode&days=3" ]
try {
httpGet(params) { resp ->
if (resp?.data) obs << resp.data;
else log.error "http call for ApiXU weather api did not return data: $resp";
}
} catch (e) { log.error "http call failed for ApiXU weather api: $e" }
return obs
}
private getSunriseAndSunset(latitude, longitude, forDate) {
def params = [ uri: "https://api.sunrise-sunset.org/json?lat=$latitude&lng=$longitude&date=$forDate&formatted=0" ]
def sunRiseAndSet = [:]
try {
httpGet(params) { resp -> sunRiseAndSet = resp.data }
} catch (e) { log.error "http call failed for sunrise and sunset api: $e" }
return sunRiseAndSet
}
def updateLux() {
if (!state.sunriseTime || !state.sunsetTime || !state.noonTime ||
!state.twilight_begin || !state.twilight_end || !state.condition_code || !state.tz_id)
return
def tZ = TimeZone.getTimeZone(state.tz_id)
def lT = new Date().format("yyyy-MM-dd'T'HH:mm:ssXXX", tZ)
def localTime = new Date().parse("yyyy-MM-dd'T'HH:mm:ssXXX", lT, tZ)
def sunriseTime = new Date().parse("yyyy-MM-dd'T'HH:mm:ssXXX", state.sunriseTime, tZ)
def sunsetTime = new Date().parse("yyyy-MM-dd'T'HH:mm:ssXXX", state.sunsetTime, tZ)
def noonTime = new Date().parse("yyyy-MM-dd'T'HH:mm:ssXXX", state.noonTime, tZ)
def twilight_begin = new Date().parse("yyyy-MM-dd'T'HH:mm:ssXXX", state.twilight_begin, tZ)
def twilight_end = new Date().parse("yyyy-MM-dd'T'HH:mm:ssXXX", state.twilight_end, tZ)
def lux = estimateLux(localTime, sunriseTime, sunsetTime, noonTime, twilight_begin, twilight_end, state.condition_code, state.cloud, state.tz_id)
sendEvent(name: "illuminance", value: lux, unit: "lux")
sendEvent(name: "illuminated", value: String.format("%,d lux", lux))
}
private estimateLux(localTime, sunriseTime, sunsetTime, noonTime, twilight_begin, twilight_end, condition_code, cloud, tz_id) {
// log.debug "condition_code: $condition_code | cloud: $cloud"
// log.debug "twilight_begin: $twilight_begin | twilight_end: $twilight_end | tz_id: $tz_id"
// log.debug "localTime: $localTime | sunriseTime: $sunriseTime | noonTime: $noonTime | sunsetTime: $sunsetTime"
def tZ = TimeZone.getTimeZone(tz_id)
def lux = 0l
def aFCC = true
def l
if (timeOfDayIsBetween(sunriseTime, noonTime, localTime, tZ)) {
log.debug "between sunrise and noon"
l = (((localTime.getTime() - sunriseTime.getTime()) * 10000f) / (noonTime.getTime() - sunriseTime.getTime()))
lux = (l < 50f ? 50l : l.trunc(0) as long)
}
else if (timeOfDayIsBetween(noonTime, sunsetTime, localTime, tZ)) {
log.debug "between noon and sunset"
l = (((sunsetTime.getTime() - localTime.getTime()) * 10000f) / (sunsetTime.getTime() - noonTime.getTime()))
lux = (l < 50f ? 50l : l.trunc(0) as long)
}
else if (timeOfDayIsBetween(twilight_begin, sunriseTime, localTime, tZ)) {
log.debug "between sunrise and twilight"
l = (((localTime.getTime() - twilight_begin.getTime()) * 50f) / (sunriseTime.getTime() - twilight_begin.getTime()))
lux = (l < 10f ? 10l : l.trunc(0) as long)
}
else if (timeOfDayIsBetween(sunsetTime, twilight_end, localTime, tZ)) {
log.debug "between sunset and twilight"
l = (((twilight_end.getTime() - localTime.getTime()) * 50f) / (twilight_end.getTime() - sunsetTime.getTime()))
lux = (l < 10f ? 10l : l.trunc(0) as long)
}
else if (!timeOfDayIsBetween(twilight_begin, twilight_end, localTime, tZ)) {
log.debug "between non-twilight"
lux = 5l
aFCC = false
}
def cC = condition_code.toInteger()
def cCT = ''
def cCF
if (aFCC)
if (conditionFactor[cC]) {
cCF = conditionFactor[cC][1]
cCT = conditionFactor[cC][0]
}
else {
cCF = ((100 - (cloud.toInteger() / 3d)) / 100).round(1)
cCT = 'using cloud cover'
}
else {
cCF = 1.0
cCT = 'night time now'
}
lux = (lux * cCF) as long
log.debug "condition: $cC | condition text: $cCT | condition factor: $cCF | lux: $lux"
sendEvent(name: "cCF", value: cCF)
return lux
}
private timeOfDayIsBetween(fromDate, toDate, checkDate, timeZone) {
return (!checkDate.before(fromDate) && !checkDate.after(toDate))
}
def updateClock() {
runIn(2, updateClock)
if (!state.tz_id) return;
if (!tz_id) return;
def nowTime = new Date()
def tZ = TimeZone.getTimeZone(state.tz_id)
sendEvent(name: "local_time", value: nowTime.format((state.clockSeconds ? "HH:mm" : "HH mm"), tZ))
def localDate = nowTime.format("yyyy-MM-dd", tZ)
if (localDate != state.localDate)
{ state.localDate = localDate
sendEvent(name: "local_date", value: localDate)
}
state.clockSeconds = (state.clockSeconds ? false : true)
}
@Field final Map conditionFactor = [
1000: ['Sunny', 1], 1003: ['Partly cloudy', 0.8],
1006: ['Cloudy', 0.6], 1009: ['Overcast', 0.5],
1030: ['Mist', 0.5], 1063: ['Patchy rain possible', 0.8],
1066: ['Patchy snow possible', 0.6], 1069: ['Patchy sleet possible', 0.6],
1072: ['Patchy freezing drizzle possible', 0.4], 1087: ['Thundery outbreaks possible', 0.2],
1114: ['Blowing snow', 0.3], 1117: ['Blizzard', 0.1],
1135: ['Fog', 0.2], 1147: ['Freezing fog', 0.1],
1150: ['Patchy light drizzle', 0.8], 1153: ['Light drizzle', 0.7],
1168: ['Freezing drizzle', 0.5], 1171: ['Heavy freezing drizzle', 0.2],
1180: ['Patchy light rain', 0.8], 1183: ['Light rain', 0.7],
1186: ['Moderate rain at times', 0.5], 1189: ['Moderate rain', 0.4],
1192: ['Heavy rain at times', 0.3], 1195: ['Heavy rain', 0.2],
1198: ['Light freezing rain', 0.7], 1201: ['Moderate or heavy freezing rain', 0.3],
1204: ['Light sleet', 0.5], 1207: ['Moderate or heavy sleet', 0.3],
1210: ['Patchy light snow', 0.8], 1213: ['Light snow', 0.7],
1216: ['Patchy moderate snow', 0.6], 1219: ['Moderate snow', 0.5],
1222: ['Patchy heavy snow', 0.4], 1225: ['Heavy snow', 0.3],
1237: ['Ice pellets', 0.5], 1240: ['Light rain shower', 0.8],
1243: ['Moderate or heavy rain shower', 0.3], 1246: ['Torrential rain shower', 0.1],
1249: ['Light sleet showers', 0.7], 1252: ['Moderate or heavy sleet showers', 0.5],
1255: ['Light snow showers', 0.7], 1258: ['Moderate or heavy snow showers', 0.5],
1261: ['Light showers of ice pellets', 0.7], 1264: ['Moderate or heavy showers of ice pellets',0.3],
1273: ['Patchy light rain with thunder', 0.5], 1276: ['Moderate or heavy rain with thunder', 0.3],
1279: ['Patchy light snow with thunder', 0.5], 1282: ['Moderate or heavy snow with thunder', 0.3]]
//**********************************************************************************************************************
private getImgName(wCode, is_day) {
def url = "https://raw.githubusercontent.com/jebbett/Hubitat/master/Weather/Icons1/"
for (imgItem in imgNames()) {
if (imgItem.code == wCode && imgItem.day == is_day) {
return url + imgItem.img
}
}
}
private imgNames() {
return [
[code: 1000, day: 1, img: '32.png', ],
[code: 1003, day: 1, img: '30.png', ],
[code: 1006, day: 1, img: '28.png', ],
[code: 1009, day: 1, img: '26.png', ],
[code: 1030, day: 1, img: '20.png', ],
[code: 1063, day: 1, img: '39.png', ],
[code: 1066, day: 1, img: '41.png', ],
[code: 1069, day: 1, img: '41.png', ],
[code: 1072, day: 1, img: '39.png', ],
[code: 1087, day: 1, img: '38.png', ],
[code: 1114, day: 1, img: '15.png', ],
[code: 1117, day: 1, img: '16.png', ],
[code: 1135, day: 1, img: '21.png', ],
[code: 1147, day: 1, img: '21.png', ],
[code: 1150, day: 1, img: '39.png', ],
[code: 1153, day: 1, img: '11.png', ],
[code: 1168, day: 1, img: '8.png', ],
[code: 1171, day: 1, img: '10.png', ],
[code: 1180, day: 1, img: '39.png', ],
[code: 1183, day: 1, img: '11.png', ],
[code: 1186, day: 1, img: '39.png', ],
[code: 1189, day: 1, img: '12.png', ],
[code: 1192, day: 1, img: '39.png', ],
[code: 1195, day: 1, img: '12.png', ],
[code: 1198, day: 1, img: '8.png', ],
[code: 1201, day: 1, img: '10.png', ],
[code: 1204, day: 1, img: '5.png', ],
[code: 1207, day: 1, img: '6.png', ],
[code: 1210, day: 1, img: '41.png', ],
[code: 1213, day: 1, img: '18.png', ],
[code: 1216, day: 1, img: '41.png', ],
[code: 1219, day: 1, img: '16.png', ],
[code: 1222, day: 1, img: '41.png', ],
[code: 1225, day: 1, img: '16.png', ],
[code: 1237, day: 1, img: '18.png', ],
[code: 1240, day: 1, img: '11.png', ],
[code: 1243, day: 1, img: '12.png', ],
[code: 1246, day: 1, img: '12.png', ],
[code: 1249, day: 1, img: '5.png', ],
[code: 1252, day: 1, img: '6.png', ],
[code: 1255, day: 1, img: '16.png', ],
[code: 1258, day: 1, img: '16.png', ],
[code: 1261, day: 1, img: '8.png', ],
[code: 1264, day: 1, img: '10.png', ],
[code: 1273, day: 1, img: '38.png', ],
[code: 1276, day: 1, img: '35.png', ],
[code: 1279, day: 1, img: '41.png', ],
[code: 1282, day: 1, img: '18.png', ],
[code: 1000, day: 0, img: '31.png', ],
[code: 1003, day: 0, img: '29.png', ],
[code: 1006, day: 0, img: '27.png', ],
[code: 1009, day: 0, img: '26.png', ],
[code: 1030, day: 0, img: '20.png', ],
[code: 1063, day: 0, img: '45.png', ],
[code: 1066, day: 0, img: '46.png', ],
[code: 1069, day: 0, img: '46.png', ],
[code: 1072, day: 0, img: '45.png', ],
[code: 1087, day: 0, img: '47.png', ],
[code: 1114, day: 0, img: '15.png', ],
[code: 1117, day: 0, img: '16.png', ],
[code: 1135, day: 0, img: '21.png', ],
[code: 1147, day: 0, img: '21.png', ],
[code: 1150, day: 0, img: '45.png', ],
[code: 1153, day: 0, img: '11.png', ],
[code: 1168, day: 0, img: '8.png', ],
[code: 1171, day: 0, img: '10.png', ],
[code: 1180, day: 0, img: '45.png', ],
[code: 1183, day: 0, img: '11.png', ],
[code: 1186, day: 0, img: '45.png', ],
[code: 1189, day: 0, img: '12.png', ],
[code: 1192, day: 0, img: '45.png', ],
[code: 1195, day: 0, img: '12.png', ],
[code: 1198, day: 0, img: '8.png', ],
[code: 1201, day: 0, img: '10.png', ],
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