Information

README.md

@@ -1,16 +1,19 @@
 # NOAA Automated capture using Raspberry PI
-Most of the code and setup stolen from:  [Instructables](https://www.instructables.com/id/Raspberry-Pi-NOAA-Weather-Satellite-Receiver/)
+Most of the code and setup stolen from: [Instructables](https://www.instructables.com/id/Raspberry-Pi-NOAA-Weather-Satellite-Receiver/)
+
 ### New Features!
-  - Nginx webserver to show images
-  - Timestamp and satellite name over every image
-  - WXToIMG configured to create several images (HVC,HVCT,MCIR, etc)
-  - Pictures are posted to Twitter. See more at [argentinasat twitter account](https://twitter.com/argentinasat)
+  - Nginx webserver to show images.
+  - Timestamp and satellite name over every image.
+  - WXToIMG configured to create several images (HVC,HVCT,MCIR, etc).
+  - Pictures are posted to Twitter. See more at [argentinasat twitter account](https://twitter.com/argentinasat).
   - [Wiki](https://github.com/reynico/raspberry-noaa/wiki) is updated!
 
 ### Manual work
-  - sudo apt-get install imagemagick nginx predict libusb-1.0 cmake
-  - Install [rtlsdr](https://github.com/keenerd/rtl-sdr.git) 
+  - See [Wiki's install and config page](https://github.com/reynico/raspberry-noaa/wiki/Initial-installation-and-configuration) for information
 
 ### Important notes
-- I tried to run this on a Raspberry PI Zero Wifi, no luck. Seems like it's too much load for the CPU. Running on a Raspberry PI 2+ is ok.
-- Code was a bit updated on how it handles the UTC vs timezone times.
+  - I tried to run this on a Raspberry PI Zero Wifi, no luck. Seems like it's too much load for the CPU. Running on a Raspberry PI 2+ is ok. See [Wiki's hardware notes page](https://github.com/reynico/raspberry-noaa/wiki/Hardware-notes).
+  - Code was a bit updated on how it handles the UTC vs timezone times.
+
+### To do
+  - Calculate sun elevation for each satellite pass to decide image enhancement.