motionDetector_simple.ino

#include <WiFi.h>
#include "motionDetector.h"    // Thanks to https://github.com/paoloinverse/motionDetector_esp

const char* ssid = "ESP";      
const char* password = "";     
int enableCSVgraphOutput = 1;  // 0 disable, 1 enable.If enabled, you may use Tools-> Serial Plotter to plot the variance output for each transmitter. 
int motionLevel = -1;
int motionThreshold = 15;      // Threshhold above which motion is considered detected.

void setup(){
  Serial.begin(115200);
  Serial.println();
  
  motionDetector_init();  // initializes the storage arrays in internal RAM
  motionDetector_config(64, 16, 3, 3, false); 
  Serial.setTimeout(1000);

  if (WiFi.waitForConnectResult() != WL_CONNECTED) {Serial.println("Wifi connection failed");WiFi.disconnect(false);delay(1000);WiFi.begin(ssid, password);}

}  // End of setup.

void loop()
{ 
 motionDetector_set_minimum_RSSI(-80);     // Minimum RSSI value to be considered reliable. Default value is 80 * -1 = -80.
 motionLevel = 0;                          // Reset motionLevel to 0 to resume motion tracking.
 motionLevel = motionDetector_esp();       // if the connection fails, the motion detector will automatically try to switch to different operating modes by using ESP32 specific calls. 
 //Serial.print("Motion detected & motion level is: ");Serial.println(motionLevel);

 if (motionLevel > motionThreshold)        // Adjust the sensitivity of motion sensor.Higher the number means less sensetive motion sensor is.
 {Serial.print("Motion detected & motion level is: ");Serial.println(motionLevel);}
  
 if (enableCSVgraphOutput > 0)             // Use Tools->Serial Plotter to graph the live data!
 {motionDetector_enable_serial_CSV_graph_data(enableCSVgraphOutput);}   // output CSV data only
      
  delay(500);
} // End of loop.