OpenPlotter
https://sailoog.gitbooks.io/openplotter-documentation/en/
Aim
- fit a cheap and open source ECDIS on board of a sailing vessel
- yacht has SeaTalkng network (/w Raymarine iTC-5 Converter)
- VHV radio (Navman VHF 7100)
- autopilot (Raymarine Evolution EV-200 Sail)
- sumlog (VDO)
- depth sounder (???)
- wind & close hauled/VMG instrument (Raymarine Wind ST50 Plus)
- gps (Garmin GPS 126)
- AIS Class-B transceiver (SRT)
- battery monitor (Victron BMV-700)
Parts
- Seatalkng extensions:
- Spur-Kabel mit 1 offenen Ende 3m Art.-Nr: A06044 EUR 40,-
- 5-Wege-Verbinder Art.-Nr: A06064 EUR 35,- (alternativ T-Stück Art.-Nr.: A06028 EUR 25,-)
- Backbone-Kabel 0,40m - A06033 EUR 30,-
Mini-PC
- Raspberry Pi 3 Model B EUR 35,-
- 16GB MicroSD Card EUR 10,-
- SPI USV EUR 25,-
- Case
- PiCAN 2 EUR 45,-
- WLAN (RTL8192CU/CUS chipset) EUR 10,-
Setup Pi:
- Preferences > Raspberry Configuration > Interfaces > SSH:enable (Remote-access via WinSCP and Putty)
- sudo apt-get install tightvncserver (make RDP working)
Setup Android:
- RDC from playStore (working)
- aRDP free from playStore (suits my needs best)
Setup piCAN2:
- also see
- add to /boot/config.txt
dtparam=spi=on dtoverlay=mcp2515-can0,oscillator=16000000,interrupt=25 dtoverlay=spi-bcm2835-overlay
- add to /etc/modules
vcan
- add to /etc/network/interfaces (overwritten by wifi_server.py!)
#physical can interfaces allow-hotplug can0 iface can0 can static bitrate 250000 down /sbin/ip link set $IFACE down up /sbin/ifconfig $IFACE txqueuelen 10000 #virtual can interfaces auto vcan0 iface vcan0 inet manual pre-up /sbin/ip link add dev $IFACE type vcan up /sbin/ifconfig $IFACE up
- add to openplotter-settings.json
{ "id": "n2k-vcan0", "pipeElements": [ { "type": "providers/execute", "options": { "command": "candump vcan0 | candump2analyzer " } }, { "type": "providers/liner", "options": { "rawlogging": true, "logdir": "logs", "discriminator": "2" } }, { "type": "providers/n2kAnalyzer" }, { "type": "providers/n2k-signalk" } ] }