https:\/\/calliope.cc\/calliope-mini\/uebersicht#funk<\/a><\/p>\n Frage: Wie kommunizieren die Calliopes untereinander?<\/p>\n Antwort:<\/p>\n BBC microbit sagt was \u00e4hnliches: https:\/\/support.microbit.org\/support\/solutions\/articles\/19000083637-using-the-micro-bit-wirelessly<\/a>-<\/p>\n https:\/\/play.google.com\/store\/apps\/details?id=de.pioneo.calliracer<\/a><\/p>\n nutzt bluetooth<\/p>\n<\/div>\n https:\/\/makecode.calliope.cc\/reference\/bluetooth\/about-bluetooth<\/a><\/p>\n\n
Supportanfrage<\/h1>\n
\nDie Kommunikation findest auf der Bluetooth-Frequenz statt, ist aber ein Protokoll des Prozessorherstellers. Diese nennt sich Gazelle (https:\/\/www.nordicsemi.com\/Products\/nRF51822<\/a>)<\/blockquote>\n
\nThe radio implementation is a simple protocol that allows you to transmit and receive data from and to another device that uses the same protocol. In our case, the micro:bit. The main difference between BLE and radio, is that radio does not care for security protocols or trust relationships. It just sends information in the hope that someone receives it. This has the advantage of making it easy to demonstrate wireless communication in the classroom; one of the simplest examples of this is the 'teleporting duck' that simply displays a pictue of a duck on the LED screen when the micro:bit receives a string.<\/blockquote>\n
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Calliracer<\/h1>\n
Sensoren<\/h1>\n
\nDer Beschleunigungsmesser des Calliope mini (Bewegungsmelder), Magnetometer (digitaler Kompass), zwei Tasten vorne, LED-Display, IO-Pins an den Ecken und an der Erweiterungsleiste, interner Nachrichtenbus und interner Temperatursensor werden alle als Services bereitgestellt, so dass Anwendungen diese Funktionen des Ger\u00e4ts ausnutzen k\u00f6nnen.<\/blockquote>\n<\/div>\n
Editoren mit Bluetooth-Support<\/h1>\n
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