vec2f(0.5, -0.5)
Years ago, people figured out Raspberry Pi’s can accidentally double as FM radio transmitters without a need for any radio front-end (if we don’t count a single jumper wire working as an antenna). They achieved this by tying a GPIO pin to a software-controlled clock around 100 MHz to modulate audio. This created a low-powered FM radio transmitter. Due to the pin producing a square wave instead of a neat sine wave, it also emitted weaker harmonics at 300MHz, 500MHz, etc., but any basic FM radio could pick up the audio. I wondered if a similar feat could be achieved by much less powerful Raspberry Pi Pico microcontrollers.
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Белый дом назвал причину решения Трампа ударить по Ирану02:40
The national debt currently stands at approximately $38.77 trillion as of February, growing at roughly $6.43 billion per day. At that pace, the U.S. is projected to hit $39 trillion by approximately April.
{"user_content": "rename app to Hello", "tool_name": "change_app_title", "tool_arguments": "{\"title\": \"Hello\"}"}