private void PlayInformationSound()
{
Int32 ret = 0;
String disp = "";
LibDef.BT_BUZZER_PARAM stBuzzerSet = new LibDef.BT_BUZZER_PARAM(); // Buzzer control structure (Set)
// Set to repeat "500 ms on, 500 ms off" 3 times
stBuzzerSet.dwOn = 100; // Rumble time [ms] (1 to 5000)
stBuzzerSet.dwOff = 100; // Stop time [ms] (0 to 5000)
stBuzzerSet.dwCount = 1; // Rumble count [times] (0 to 100)
stBuzzerSet.bTone = 16; //16; // Musical scale (1 to 16)
stBuzzerSet.bVolume = 3; // Buzzer volume (1 to 3)
//LibDef.BT_VIBRATOR_PARAM stVibSet = new LibDef.BT_VIBRATOR_PARAM(); // Vibrator operation structure (Set)
// //Set to repeat "500 ms on, 500 ms off" 3 times
//stVibSet.dwOn = 100; // Rumble time [ms] (1 to 5000)
//stVibSet.dwOff = 100; // Stop time [ms] (0 to 5000)
//stVibSet.dwCount = 0; // Rumble count [times] (0 to 100)
LibDef.BT_LED_PARAM stLedSet = new LibDef.BT_LED_PARAM(); // LED control structure (Set)
// Set to repeat "500 ms on, 500 ms off" 3 times
stLedSet.dwOn = 100; // Rumble time [ms] (1 to 5000)
stLedSet.dwOff = 100; // Stop time [ms] (0 to 5000)
stLedSet.dwCount = 1; // Rumble count [times] (0 to 100)
stLedSet.bColor = LibDef.BT_LED_GREEN; // Light color
try
{
// btBuzzer Rumble
ret = Device.btBuzzer(1, stBuzzerSet);
if (ret != LibDef.BT_OK)
{
disp = "error ret[" + ret + "]";
MessageBox.Show(disp, "Error btBuzzer");
return;
}
// btVibrator Rumble
// ret = Device.btVibrator(1, stVibSet);
// btLED Light on
ret = Device.btLED(1, stLedSet);
if (ret != LibDef.BT_OK)
{
disp = "error ret[" + ret + "]";
MessageBox.Show(disp, "Error btLED");
return;
}
}
catch (Exception ex)
{
MessageBox.Show(ex.ToString());
}
}
private void callLED(int onTime, int offTime, int count, int color)
{
Int32 ret = 0;
String disp = "";
LibDef.BT_LED_PARAM stLedSet = new LibDef.BT_LED_PARAM(); // LED control structure (Set)
// Set to repeat "500 ms on, 500 ms off" 3 times
stLedSet.dwOn = Convert.ToUInt16(onTime); // Rumble time [ms] (1 to 5000)
stLedSet.dwOff = Convert.ToUInt16(offTime); // Stop time [ms] (0 to 5000)
stLedSet.dwCount = Convert.ToUInt16(count); // Rumble count [times] (0 to 100)
switch (color)
{
case 1:
stLedSet.bColor = LibDef.BT_LED_BLUE; // Light color
break;
case 2:
stLedSet.bColor = LibDef.BT_LED_RED; // Light color
break;
case 3:
stLedSet.bColor = LibDef.BT_LED_CYAN; // Light color
break;
case 4:
stLedSet.bColor = LibDef.BT_LED_GREEN; // Light color
break;
case 5:
stLedSet.bColor = LibDef.BT_LED_MAGENTA; // Light color
break;
case 6:
stLedSet.bColor = LibDef.BT_LED_WHITE; // Light color
break;
case 7:
stLedSet.bColor = LibDef.BT_LED_YELLOW; // Light color
break;
default:
stLedSet.bColor = LibDef.BT_LED_WHITE; // Light color
break;
}
try
{
// btLED Light on
ret = Device.btLED(1, stLedSet);
if (ret != LibDef.BT_OK)
{
disp = "btLED error ret[" + ret + "]";
MessageBox.Show(disp, "Error");
return;
}
}
catch (Exception ex)
{
MessageBox.Show(ex.ToString());
}
}
