Edit script to allow for multiple numbers.
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@ -4,9 +4,10 @@ These keys were captured from a Genie Intellicode remote from the [GIRUD-1T kit]
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This was decoded using the KeeLoq.c protocol decoder with a TE_short set to 200, a TE_long set to 400, and a TE_delta set to 70. The capture was on the 315MHz channel using AM650. After 65536 signals, the key repeated from the beginning.
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This was decoded using the KeeLoq.c protocol decoder with a TE_short set to 200, a TE_long set to 400, and a TE_delta set to 70. The capture was on the 315MHz channel using AM650. After 65536 signals, the key repeated from the beginning.
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Each entry in the TXT file is something like the following ``97A38C95007F1991`` which is the 64-bit key for the remote. You would need to make a file similar to the following to transmit the key.
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Each entry in the TXT file is something like the following ``97A38C95007F1991`` which is the 64-bit key for the remote.
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**Be sure your TE_short is set to 200, TE_long to 400, and TE_delta to 70 in [keeloq.c](https://github.com/flipperdevices/flipperzero-firmware/blob/c924693a84abe88a6c53e1e3b062f0a9ab1c5886/lib/subghz/protocols/keeloq.c#L16) so the signal is sent correctly, otherwise it will not work!!!**
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If you have a custom firmware with TE_short set to 200, TE_long to 400, and TE_delta to 70 in [keeloq.c](https://github.com/flipperdevices/flipperzero-firmware/blob/c924693a84abe88a6c53e1e3b062f0a9ab1c5886/lib/subghz/protocols/keeloq.c#L16) you could use the following genie.sub file to transmit the key.
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```c
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```c
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Filetype: Flipper SubGhz Key File
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Filetype: Flipper SubGhz Key File
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@ -18,5 +19,4 @@ Bit: 64
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Key: 97 A3 8C 95 00 7F 19 91
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Key: 97 A3 8C 95 00 7F 19 91
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```
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```
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You can run the genie.py file to generate a genie.sub file that uses the RAW protocol to transmit, so it works without modified firmware.
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An easier way is to run the ``python genie.py`` file to generate a genie.sub file that uses the RAW protocol to transmit! It produces files that work on any Flipper Zero firmware. Edit the ``numbers = [0x97A38C95007F1991]`` in the script to be the value of the key you wish to use.
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Edit the ``info = 0x0D94C5EC007F1991`` to be the value of the key you wish to use.
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@ -1,7 +1,6 @@
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import sys
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import sys
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def main():
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def main():
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info = 0x0D94C5EC007F1991
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te = 200 #200 is what original remote used. (How short the pulses are, smaller is faster.)
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te = 200 #200 is what original remote used. (How short the pulses are, smaller is faster.)
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hc = 11 #11 is what original remote sent. (How many pulses in header. You may be able to reduce this.)
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hc = 11 #11 is what original remote sent. (How many pulses in header. You may be able to reduce this.)
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end = 40 #40 is what original remote sent. (How long the silence guard is. You may be able to reduce this.)
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end = 40 #40 is what original remote sent. (How long the silence guard is. You may be able to reduce this.)
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@ -15,6 +14,10 @@ def main():
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f.write("Preset: FuriHalSubGhzPresetOok650Async\n")
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f.write("Preset: FuriHalSubGhzPresetOok650Async\n")
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f.write("Protocol: RAW\n")
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f.write("Protocol: RAW\n")
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numbers = [0x97A38C95007F1991]
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for info in numbers:
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for j in range(repeat):
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for j in range(repeat):
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f.write(f"RAW_Data: ")
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f.write(f"RAW_Data: ")
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@ -37,4 +40,6 @@ def main():
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# stop
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# stop
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f.write(f"{te} -{2*te} {te} -{end*te}\n")
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f.write(f"{te} -{2*te} {te} -{end*te}\n")
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# For signals with multiple numbers, it may be helpful to have some silence between them?
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#f.write(f"RAW_Data: 100 -50000 100 -50000 100 -50000 100 -50000 100 -50000 100 -50000 100 -50000 100 -50000 100 -50000 100 -50000 100 -50000 100 -50000\n")
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main()
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main()
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