V0.5.3

• Optionally show GPS data on transmitted SSDV pictures using a bitmap font
• Solved a bug which caused Horus Binary V3 packets to not decode issue #14
• Restructured the settings file (again)

V0.5.2

• Save pictures in a map with the current date as name
• Make each picture filename unique
• Low Res SSDV pictures can now optionally be saved to SD card
• You can now add a number of seconds between taking Low Res pictures for SSDV.

V0.5.1

Added support for SSDV over LoRa (lowres)
Added support for saving highres pictures to SD-card

V0.4.1

• Added support for the RF69 module
• Repaired the RTTY mode for all modules
• Solved sevral small bugs
• Optimized some code

V0.4.0

New variables were defined in settings.h, so use the settings.h file that comes with this version

• Horus Binary V3 compatibility (including custom fields)
• Radiolib v7.5.0 compatibility
• Serial console output is now optional
• Optimized some code
• Disable Bluetooth if on the board
• Better setup information printed on startup

V0.3.3

New variables were defined in settings.h, so use the settings.h file that comes with this version

• Radiolib v7.4.0 compatibility
• Fixed some bugs with LoRa-APRS transmissions
• Added extra documentation in the settings.h file
• Added a GPS communication test at startup so you can check the correct setup of your GPS module
• Add optional extra fields in the LoRa-APRS comment string: Battery voltage, Temperature, Humidity, Air pressure

V0.3.2

• Radiolib backward version compatibility for Horus FSK4 in FSK4_MOD module.
• Compatibility with SX1262
• Free text with LoRa APRS
• Added module to print version and settings info

V0.3.1

Corrected an error with a same name file.

v0.3.0

This is a major release, so expects some bugs

• Added assertions for the Radiolib calls. When a Radiolib call fails, the program will halt for 60secs. After that the esp32 will reboot.
• Added dual frequency for the Horus modes. So, if you want, the program can send Horus call on two different frequencies just like many of the RS41 balloons do.
• Added frequency offsets to all the modes. The current batches of LoRa modules do not have very accurate oscillators on board. You can now specify a frequency offset.
• Added a calibration mode. Just a simple function to determine the frequency error of your specific module
• Added support for SX126x and the cheap LLCC68 modules. Note that the LLCC68 modules cannot do LoRa APRS
• Added very basic support for APRS (besides the already existing LoRa-APRS). This function iscurrently not really stable. Some RF chips work correctly, some do not.
• Added basic option for geofencing. You can now specify specific LoRa-APRS frequencies for when your tracker is in a specific country.
• Added support for a voltage divider so voltage can be tracked better
• Aded support for BME280 sensor
• Improved programming comments

Added RX capabilities and assigned a permanent APRS device ID

Delete TBTracker_esp32.ino

double, wrong name