The SINGLE_TAP bit is set when a single acceleration event that is greater than the value in the THRESH_TAP register (Address 0x1D) occurs for less time than is specified in the DUR register (Address 0x21). The DATA_READY bit is set when new data is available and is cleared when It is no more available. Here is the information from the datasheet.
Both i2c and spi arduino series#
This device offers a good series of interrupt modes, which are very useful in smart/bio-metric logging. To connect with SPI, you must change the constructor Serial.print("Z: ") Serial.print() Serial.print(" ") Serial.println("m/s^2 ") Serial.print("Y: ") Serial.print() Serial.print(" ") Serial.print("X: ") Serial.print() Serial.print(" ") * Display the results (acceleration is measured in m/s^2) */ * Display additional settings (outside the scope of sensor_t) */ * Display some basic information on this sensor */ * Set the range to whatever is appropriate for your project */ Serial.println("Ooops, no ADX元45 detected.
* There was a problem detecting the ADX元45. Serial.println("Accelerometer Test") Serial.println("") While (!Serial) // for Leonardo/Micro/Zero Serial.print ("Resolution: ") Serial.print(sensor.resolution) Serial.println(" m/s^2") Serial.print ("Min Value: ") Serial.print(sensor.min_value) Serial.println(" m/s^2") Serial.print ("Max Value: ") Serial.print(sensor.max_value) Serial.println(" m/s^2") Serial.print ("Unique ID: ") Serial.println(nsor_id) Serial.print ("Driver Ver: ") Serial.println(sensor.version)
Serial.print ("Sensor: ") Serial.println(sensor.name) * Assign a unique ID to this sensor at the same time */Īdafruit_ADX元45_Unified accel = Adafruit_ADX元45_Unified(12345)
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