The above kinda resolves the display problem in the X Window Kiosk mode. # Copy/Past text s off # don't activate s noblank # don't blank the video -dpms # disable DPMS (Energy Star) features sudo nano /etc/xdg/lxsession/LXDE/autostart # Under change this: xserver-command=X toġ. Xset -dpms # disable DPMS (Energy Star) featuresĮxec /etc/alternatives/x-session-manager # start lxde Xset s noblank # don't blank the video device
Working on that problem.Īpr 2, 2015: Might have resolution for display problem in X Window Kiosk mode with the following: 1. This resolves the display problem in console mode, but it does not fix’s the problem in X Window Kiosk mode. Sudo sh -c 'setterm -blank 0 -powersave off -powerdown 0 /dev/console 2>&1' Was able to resolve the problem in console text mode with the following: 1. Mar 27, 2015: Now have all the scripts in place, was able to run all weather station applications from the Raspberry Pi and all worked as expected.Īpr 1, 2015: A small problem with the VGA display, looks like it is going out of sync, but discover that it might be caused by either the Screen Saver or Blank Screen or Power Saver or Power Down. The serClient.py script which poles the Rpi RS232 port then converts weather data to weather.xml file is working without any problems. Created index.php to display weather trend data with google charts.
Created wxTrend.py script to store weather trend data for wind, direction, temperature and humidity. Mar 22, 2015: Installed Unclutter to hide kiosk mouse pointer. All is working well, the ATtiny 433Mhz to RS232 sketch, Python Serial Port Script have been running without any problems. Will run the Weather Station 433Mhz to RS232 Data Converter \ Web server in the background. Mar 21, 2015: Decided to boot the Raspberry Pi in kiosk mode, will display the Flash Weather Station Plugin in full screen mode. Tested the Flash Weather Station Plugin hosted from Raspberry Pi Web server and all working well. xml file is up dating every second in the background on the Raspberry Pi. Testing / working on the Raspberry Pi Python Serial Port Script. Built the ATtiny 433Mhz to RS232 Data converter on a proto board and wrote the ATtiny 433Mhz to RS232 sketch. Mar 20, 2015: Created a ATtiny 433Mhz to RS232 Data Converter schematic. xml file for the flash Web Weather Station plugin. The Raspberry Pi will poll the serial port and convert the received ATtiny serial data to. Will use an ATtiny85 to convert the 433Mhz data stream from the remote Weather Station to RS232. The Experiment: In this experiment were going to explore the possibility to replace the Arduino UNO Wireless Weather Station web server, with a Raspberry Pi Web Server.
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