Update README.md

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@ -14,12 +14,14 @@ As its name implies, HAVOC's functionalities can be fun (or mean). You shouldn't
* Frequency manager (save/load from SD card) * Frequency manager (save/load from SD card)
* "Soundboard" wave file player from SD card (put 8-bit mono files in /wav directory) * "Soundboard" wave file player from SD card (put 8-bit mono files in /wav directory)
* POCSAG 512/1200/2400 transmitter
* POCSAG 512/1200/2400 alphanumeric receiver/decoder * POCSAG 512/1200/2400 alphanumeric receiver/decoder
* Fully configurable jammer
* Simulate OOK frames from PT2262 encoders and many others (doorbells, remote outlets, some garage doors, ...) * Simulate OOK frames from PT2262 encoders and many others (doorbells, remote outlets, some garage doors, ...)
* Scheduled numbers station (for spies on a budget, alerts, LARP scenarios, fox hunts, ...) * Scheduled numbers station (for spies on a budget, alerts, LARP scenarios, fox hunts, ...)
* Nuoptix DTMF sync transmit (quite specific but can be useful in some theme parks :) ) * Nuoptix DTMF sync transmit (quite specific but can be useful in some theme parks :) )
* RDS (Radio Data System) PSN and RadioText groups transmit * RDS (Radio Data System) PSN and RadioText groups transmit
* Fully configurable AFSK transmit (Bell202...) * AFSK transmit (Bell202...)
* Virtual keyboard or Unistroke "handwriting" text input * Virtual keyboard or Unistroke "handwriting" text input
* LCR (Language de Commande Routier) litteral message forming and transmit * LCR (Language de Commande Routier) litteral message forming and transmit
* "Xy" and "EP" transmitter, street lighting control (CCIR tones) * "Xy" and "EP" transmitter, street lighting control (CCIR tones)
@ -31,14 +33,14 @@ As its name implies, HAVOC's functionalities can be fun (or mean). You shouldn't
Feature | Progress | Notes Feature | Progress | Notes
------- | ------ | ----- ------- | ------ | -----
Jammer | 95% | Need to make the different noise modes work Jammer | 95% | Need to make the different noise modes work
RDS TX | 90% | Needs testing for Radiotext and audio mux function POCSAG RX | 95% | Needs support for numeric messages
POCSAG RX | 90% | Still misses some messages RDS TX | 90% | Radiotext isn't quite right yet
Close-Call™ | 80% | Needs adjustments and optimization for wider frequency range Close-Call™ | 85% | Needs adjustments and optimization for wider frequency range
EPAR TX | 60% | Older Xy, low priority EPAR TX | 60% | Older Xy, low priority
Sigfox RX | 40% | Left aside, needs updates and testing Sigfox RX | 40% | Left aside, needs updates and testing
ADS-B TX | 40% | UI and frame gen stuff done
Morse TX | 30% | Needs UI and testing Morse TX | 30% | Needs UI and testing
Wave visualizer | 30% | High priority Wave visualizer | 30% | High priority
ADS-B TX | 30% | UI and frame gen stuff done
Whistle | 20% | Easy Whistle | 20% | Easy
IQ replay | 10% | High priority IQ replay | 10% | High priority
Generic TXs | 5% | Raw AX.25, AFSK, FSK, CCIR, DTMF... Generic TXs | 5% | Raw AX.25, AFSK, FSK, CCIR, DTMF...
@ -48,7 +50,6 @@ Scanner | 0% | Easy
SSB TX | 0% | Requested SSB TX | 0% | Requested
PMR446 TX | 0% | Channel list, mic. in, PTT, CTCSS PMR446 TX | 0% | Channel list, mic. in, PTT, CTCSS
OOK RX | 0% | Mainly for 433MHz remotes OOK RX | 0% | Mainly for 433MHz remotes
POCSAG TX | 0% | Shouldn't be too tough, a real pager for testing would be nice
AFSK RX | 0% | Shouldn't be too tough AFSK RX | 0% | Shouldn't be too tough
Analog TV TX| 0% | Could be fun Analog TV TX| 0% | Could be fun
Mic. TX | 0% | Need to find guard tones for various brands of wireless mics Mic. TX | 0% | Need to find guard tones for various brands of wireless mics
@ -58,8 +59,6 @@ Painter | 0% | Spectrum painter, low priority
![HAVOC screenshots](screenshots.png) ![HAVOC screenshots](screenshots.png)
**Visit the [wiki](https://github.com/furrtek/portapack-havoc/wiki) for more details.**
## PWM RSSI output ## PWM RSSI output
Huge kludge, wrote in a rush for direction finding. Audio frequency is 800Hz in NFM and 500Hz in WFM. The data path is very messy, the RSSI thread running on the baseband core sends groups of values to the application RSSI widget which computes the average value, which sends it back to the baseband module for audio output. Huge kludge, wrote in a rush for direction finding. Audio frequency is 800Hz in NFM and 500Hz in WFM. The data path is very messy, the RSSI thread running on the baseband core sends groups of values to the application RSSI widget which computes the average value, which sends it back to the baseband module for audio output.
@ -75,7 +74,7 @@ This mode can also be used as a login screen, not requiring reset.
# Thanks # Thanks
* Sig and cLx for research on AFSK LCR, Xylos, and for lending remote-controlled outlets * Sig and cLx for research on AFSK LCR, Xylos, and for lending remote-controlled outlets
* Rainer Matla for the donation :) * Rainer Matla and DC1RDB for the donations :)
* Keld Norman for ideas and suggestions * Keld Norman for ideas and suggestions
# License # License