I’m (for now) providing a Singapore Meshtastic ATIS broadcast so as to allow new users in Singapore to be able to tune into something useful.
To begin with, some notes
- Leave your primary channel (i.e. channel 0) to your default. Or whatever you want your primary channel to be.
- Set the ATIS channel to whatever secondary channel you wish. In my case, it is channel 1. Use the settings provided below.
- Below are my MQTT settings.
- Server:
mqtt.meshtastic.orgmqtt.lucifernet.com - Username: meshdev
- Password: large4cats
Below are the ATIS settings to tune into.
- Name: ATIS
- Encryption: unencrypted – fill in “AQ==” without quotes if required
- uplinkEnabled: True
- downlinkEnabled: True
- positionPrecision: 12 (put in any thing you wish)
- isMuted: false
Below is the strings / format of my ATIS broadcast which includes
- Timestamp:
[MMDD:HHmm:RETRY]
MM == Month
DD == Day
HH == Hour
mm == Minutes
Retry == retry set number. The max retry is currently set to 5. The ATIS message will keep trying until a positive ACK is recieved. i.e.meshtasticcommand exists correctly. - HELO message, Weather or Traffic
HELO message = Good morning, afternoon or evening
WEATHER = WX SGP
TRAFFIC = TRF SGP - Actual message – Weather
[Condition] [Temperature] FeelsLike [Temperature] [Humidity] [Windspeed] [Rain mm] [Pressure hPa]
Weather Condition abbreviation:-- “Sunny”: “SUN”,
- “Clear”: “CLR”,
- “Partly cloudy”: “PTCLD”,
- “Cloudy”: “CLD”,
- “Overcast”: “OVC”,
- “Mist”: “MIST”,
- “Patchy rain possible”: “RN?”,
- “Rain”: “RAIN”,
- “Light rain”: “L-RAIN”,
- “Heavy rain”: “H-RAIN”,
- “Thunderstorm”: “TSTM”,
Note that if a field cannot be provided due to source timeouts it will be presented by a “-“
- Actual message – Traffic (information summarized from LTA Datamall)
[Sections experiencing delays +X minutes] [Average travel time on Expressway segments] [Standard deviation of the travel time]
This should be enough to know if driving times are normal and how long it might take for each major expressway leg. Highlighting any sections with out of normal delays
If set up right, you should hear the broadcast over your meshtastic node!