     Serial.print(F("RX:")); Serial.println(digitalReadFast(DPIN_OOK_RX));
     break;
   case ']':
-    setRf69Thresh(rf69ook_readReg(0x1d)+5);
+    setRf69Thresh(rf69ook_readReg(0x1d)+4);
     break;
   case '[':
-    setRf69Thresh(rf69ook_readReg(0x1d)-5);
+    setRf69Thresh(rf69ook_readReg(0x1d)-4);
     break;
   case '*':
-    rf69ook_writeReg(0x1e, bit(1)); // AFC clear
+    resetRf69();
     break;
   }
 }

    Serial.print(F("Energy: ")); Serial.print(g_RxWattHours, DEC);
    Serial.print(F(" Wh, Power: ")); Serial.print(g_RxWatts, DEC);
    Serial.print(F(" W, Temp: ")); Serial.print(g_RxTemperature, DEC);
    Serial.print(F(" F, Rssi: ")); Serial.print(g_RxRssi, DEC);
    Serial.println();

    g_RxDirty = false;
    digitalWriteFast(DPIN_LED, LOW);

#include <util/atomic.h>
#include "rf69_ook.h"

//#define DPIN_RF69_RESET 7
#define DPIN_OOK_RX     8
//#define DPIN_OOK_TX 3
#define DPIN_STARTTX_BUTTON 7
#define DPIN_LED        9

// The default ID of the transmitter to decode/encode from/to
#define DEFAULT_TX_ID 0xfdcc
