// OnMouseDown
public void OnMouseDown()
{
switch (batteryStatus) // check battery status
{
case BatteryLevel.DEP: // battery is depleted
isSelected = true; // mark selected for combine
equipment.Combine(); // invoke combine method
isSelected = false; // mark deselected
ThirdComicCloud.SetActive(false);
break;
case BatteryLevel.LOW: // battery is low
SecondComicCloud.SetActive(false);
batteryStatus = BatteryLevel.DEP; // change battery status to depleted
gameObject.GetComponent <SpriteRenderer>().sprite = Resources.Load <Sprite>("Sprites/Interacive/intercom-depleted"); // load depleted sprite
ThirdComicCloud.SetActive(true);
break;
case BatteryLevel.MID: // battery is medium
FirstComicCloud.SetActive(false);
batteryStatus = BatteryLevel.LOW; // change battery status to low
SecondComicCloud.SetActive(true);
break;
case BatteryLevel.HIGH: // battery is high
batteryStatus = BatteryLevel.MID; // change battery status to medium
FirstComicCloud.SetActive(true);
break;
}
}
private void OnBatteryChange (object sender, BatteryLevel level, DateTime stamp)
{
if (this.BatteryChangeHasHandlers ())
{
_BatteryChange (sender, new BatteryChangeEventArgs (stamp, level));
}
}
private void OnBatteryChange(object sender, BatteryLevel level, DateTime stamp)
{
if (this.BatteryChangeHasHandlers())
{
_BatteryChange(sender, new BatteryChangeEventArgs(stamp, level));
}
}
static void Main(string[] args)
{
//Opretter alle klassserne
UC1 useCase1Controller = new UC1();
UI userInterface = new UI();
TransferDataToBM transferData = new TransferDataToBM();
BatteryLevel batteryLevel = new BatteryLevel();
ZeroPointAdjustment zeroPointAdjust = new ZeroPointAdjustment();
BloodPressure blodPreassure = new BloodPressure();
ITransducer transducer = new Transducer();
zeroPointAdjust.Transducer = transducer;
//Tildeler de rigtige properties til UC1
useCase1Controller.UserInterface = userInterface;
useCase1Controller.TransferData = transferData;
useCase1Controller.BatteryLevel = batteryLevel;
useCase1Controller.ZeroPointAdjustment = zeroPointAdjust;
useCase1Controller.BloodPreassure = blodPreassure;
//Det ene thread skal kalde denne metode
useCase1Controller.MakeZeroPointAdjustment();
//Det andet thread skal kalde denne metode
useCase1Controller.CheckBatteryStatus();
/*
* Her skal så oprettes to threads. Det ene thread skal læse batterylevel
* og det andet skal foretage en måling
* Jeg løser det ved at lave
*/
}
public static void CheckChargeState(float soc)
{
float minStateOfCharge = 20;
float maxStateOfCharge = 80;
BatteryLevel.BatteryCondition batteryChargeState = BatteryLevel.CheckBatteryCondition(soc, minStateOfCharge, maxStateOfCharge);
BatteryStatus.DisplayBatteryStatus("State of charge", batteryChargeState);
}
public static void CheckTemperature(float temperature)
{
float minTemperature = 0;
float maxTemperature = 45;
BatteryLevel.BatteryCondition batteryTemperature = BatteryLevel.CheckBatteryCondition(temperature, minTemperature, maxTemperature);
BatteryStatus.DisplayBatteryStatus("Temperature", batteryTemperature);
}
public static void CheckChargeRate(float chargeRate)
{
float minChargeRate = 0.3f;
float maxChargeRate = 0.8f;
BatteryLevel.BatteryCondition batteryChargeRate = BatteryLevel.CheckBatteryCondition(chargeRate, minChargeRate, maxChargeRate);
BatteryStatus.DisplayBatteryStatus("Charge Rate", batteryChargeRate);
}
private void Vh_BatteryLevelChange(object sender, BatteryLevel e)
{
AVEHICLE vh = sender as AVEHICLE;
try
{
//LogHelper.Log(logger: logger, LogLevel: LogLevel.Info, Class: nameof(VehicleChargerModule), Device: DEVICE_NAME,
// Data: $"Battery Level Change,Current Level:{e}.low level:{AVEHICLE.BATTERYLEVELVALUE_LOW},middle level:{AVEHICLE.BATTERYLEVELVALUE_MIDDLE}",
// VehicleID: vh.VEHICLE_ID);
LogHelper.Log(logger: logger, LogLevel: LogLevel.Info, Class: nameof(VehicleChargerModule), Device: DEVICE_NAME,
Data: $"Battery Level Change,Current Level:{e}.low level:{AVEHICLE.BATTERYLEVELVALUE_LOW},Hight level:{AVEHICLE.BATTERYLEVELVALUE_HIGH}",
VehicleID: vh.VEHICLE_ID);
switch (e)
{
case BatteryLevel.Full:
vehicleBLL.updataVehicleLastFullyChargerTime(vh.VEHICLE_ID);
break;
case BatteryLevel.Low:
//if (vh.MODE_STATUS == VHModeStatus.Manual || vh.MODE_STATUS == VHModeStatus.None)
//{
// LogHelper.Log(logger: logger, LogLevel: LogLevel.Info, Class: nameof(VehicleChargerModule), Device: DEVICE_NAME,
// Data: $"vh:{vh.VEHICLE_ID} current mode is:{vh.MODE_STATUS} can't change to auto charge.",
// VehicleID: vh.VEHICLE_ID);
// return;
//}
//else
//{
// LogHelper.Log(logger: logger, LogLevel: LogLevel.Info, Class: nameof(VehicleChargerModule), Device: DEVICE_NAME,
// Data: $"vh:{vh.VEHICLE_ID} current mode is:{vh.MODE_STATUS} change to auto charge.",
// VehicleID: vh.VEHICLE_ID);
//}
//vehicleService.changeVhStatusToAutoCharging(vh.VEHICLE_ID);
if (vh.MODE_STATUS == VHModeStatus.AutoRemote)
{
LogHelper.Log(logger: logger, LogLevel: LogLevel.Info, Class: nameof(VehicleChargerModule), Device: DEVICE_NAME,
Data: $"vh:{vh.VEHICLE_ID} current mode is:{vh.MODE_STATUS} change to auto charge.",
VehicleID: vh.VEHICLE_ID);
vehicleService.changeVhStatusToAutoCharging(vh.VEHICLE_ID);
}
else
{
LogHelper.Log(logger: logger, LogLevel: LogLevel.Info, Class: nameof(VehicleChargerModule), Device: DEVICE_NAME,
Data: $"vh:{vh.VEHICLE_ID} current mode is:{vh.MODE_STATUS} can't change to auto charge.",
VehicleID: vh.VEHICLE_ID);
}
break;
}
}
catch (Exception ex)
{
LogHelper.Log(logger: logger, LogLevel: LogLevel.Warn, Class: nameof(VehicleChargerModule), Device: DEVICE_NAME,
Data: ex,
VehicleID: vh?.VEHICLE_ID);
}
}
public override void Init()
{
base.Init();
transform.FindChild("NormalLoading/Version").GetComponent <UILabel>().text
= string.Format(_LowDataMgr.instance.GetStringCommon(1011), BatteryLevel.GetCFBundleVersion());
Percent.text = string.Format("0 / 100");
//Fx_UI_chagwan_glow_G//간체
//Fx_UI_chagwan_glow_B//번체
UIHelper.CreateEffectInGame(LoadingBgs[1].transform.FindChild("Title"), "Fx_UI_chagwan_glow" + SystemDefine.LocalEff);
}
private void CheckBatteryStatus()
{
while (true)
{
Thread.Sleep(Int32.Parse(Mobile.Properties.Resources.BatterySaveDelay));
SystemProperty batteryInfo = SystemProperty.PowerBatteryStrength;
BatteryLevel level = (BatteryLevel)SystemState.GetValue(batteryInfo);
if (BatteryLevelNotification != null)
{
BatteryLevelNotification(this, new BatteryEventArgs(level, workflowManager.ToXml()));
}
}
}
void Start()
{
Frame = 0;
Image = this.GetComponent <Image>();
if (blvl != null)
{
blvl = blvl.GetComponent <BatteryLevel>();
objcode = 0;
}
else
{
slvl = slvl.GetComponent <SignalLevel>();
objcode = 1;
}
}
public void UpdateGamePadView(object sender, EventArgs args)
{
if (Controller != null && Controller.IsConnected)
{
Gamepad gamepad = Controller.GetState().Gamepad;
GamepadButtonFlags buttons = gamepad.Buttons;
// Skittle Buttons
A.Foreground = IsPressed(buttons, Buttons.A) ? lit : unLit;
B.Foreground = IsPressed(buttons, Buttons.B) ? lit : unLit;
X.Foreground = IsPressed(buttons, Buttons.X) ? lit : unLit;
Y.Foreground = IsPressed(buttons, Buttons.Y) ? altLit : unLit;
// D-Pad
Up.Fill = IsPressed(buttons, Buttons.DPadUp) ? lit : backGround;
Down.Fill = IsPressed(buttons, Buttons.DPadDown) ? lit : backGround;
Left.Fill = IsPressed(buttons, Buttons.DPadLeft) ? lit : backGround;
Right.Fill = IsPressed(buttons, Buttons.DPadRight) ? lit : backGround;
// Center Buttons
Back.Fill = IsPressed(buttons, Buttons.Back) ? lit : unLit;
Start.Fill = IsPressed(buttons, Buttons.Start) ? lit : unLit;
// Bumpers
LBump.Fill = IsPressed(buttons, Buttons.LeftShoulder) ? lit : unLit;
RBump.Fill = IsPressed(buttons, Buttons.RightShoulder) ? lit : unLit;
// Thumbsticks
LeftThumb.Fill = IsPressed(buttons, Buttons.LeftThumb) ? lit : unLit;
RightThumb.Fill = IsPressed(buttons, Buttons.RightThumb) ? lit : unLit;
//use the middle big button as a battery indicator (gren for high/med, red for low)
BatteryLevel battery = Controller.GetBatteryInformation(BatteryDeviceType.Gamepad).BatteryLevel;
BatteryIndicator.Fill = battery == BatteryLevel.Full || battery == BatteryLevel.Full ? highBattery : lowBattery;
// Triggers TODO adjust threshholds/range
LTrig.Width = gamepad.LeftTrigger / 10;
RTrig.Width = gamepad.RightTrigger / 10;
//Thumbstick positions
LeftThumb.RenderTransform = new TranslateTransform(gamepad.LeftThumbX, gamepad.LeftThumbY);
//TranslateTransform moveL = new TranslateTransform
// ((5 * GPState.ThumbSticks.Left.X) + 38, - (5 * GPState.ThumbSticks.Left.Y) + 46);
RightThumb.RenderTransform = new TranslateTransform(gamepad.RightThumbX, gamepad.RightThumbY);
//TranslateTransform moveR = new TranslateTransform
// ((5 * GPState.ThumbSticks.Right.X) + 98, -(5 * GPState.ThumbSticks.Right.Y) + 46);
}
}
//네트워크상태, 배터리,시간등을표시
public void SetBottomInfo()
{
DeviceTime = DateTime.Now;
// 몇시 몇분
CurTime.text = string.Format("{0:00}:{1:00}", DeviceTime.ToString("hh"), DeviceTime.ToString("mm"));
//인터넷연결상태
bool lte = true;
bool wifi = true;
switch (Application.internetReachability)
{
case NetworkReachability.ReachableViaCarrierDataNetwork:
//3g/lte
lte = true;
wifi = false;
break;
case NetworkReachability.ReachableViaLocalAreaNetwork:
//wifi
lte = false;
wifi = true;
break;
case NetworkReachability.NotReachable:
//연결안댐
lte = false;
wifi = false;
break;
}
Lte.gameObject.SetActive(lte);
Wifi.gameObject.SetActive(wifi);
Battery.fillAmount = BatteryLevel.GetBatteryLevel();
//Battery.fillAmount = GetBatteryLevel();
if (Battery.fillAmount <= 0.1) //10%이하일때 붉은색
{
Battery.spriteName = "Icon_batterybar02";
}
else
{
Battery.spriteName = "Icon_batterybar01";
}
}
public static Color GetColor(this BatteryLevel batteryLevel)
{
switch (batteryLevel)
{
case BatteryLevel.Good:
case BatteryLevel.Discrete:
return(Colors.Green);
case BatteryLevel.Bad:
return(Colors.Orange);
case BatteryLevel.Critic:
return(Colors.Red);
case BatteryLevel.Dead:
default:
return((Application.Current.Resources["SystemControlBackgroundChromeMediumBrush"] as SolidColorBrush).Color);
}
}
private string GetBatteryLevelCaption(BatteryLevel batteryLevel)
{
switch (batteryLevel)
{
case BatteryLevel.Empty:
return(Strings.BatteryLevel_Empty);
case BatteryLevel.Low:
return(Strings.BatteryLevel_Low);
case BatteryLevel.Medium:
return(Strings.BatteryLevel_Medium);
case BatteryLevel.Full:
return(Strings.BatteryLevel_Full);
default:
throw new ArgumentOutOfRangeException(nameof(batteryLevel), batteryLevel, null);
}
}
public override void LateInit()
{
base.LateInit();
bool isLoading = (bool)parameters[0];
if (isLoading)
{
transform.FindChild("Loading/version").GetComponent <UILabel>().text =
string.Format(SystemDefine.LocalVersion, BatteryLevel.GetCFBundleVersion());
StartCoroutine("Loading");
}
else
{
OnShow();
//if( UIMgr.GetUIBasePanel("UIPanel/LogoPanel") == null)
//{
TempCoroutine.instance.FrameDelay(0.2f, () => {
SoundManager.instance.PlaySfxSound(eUISfx.UI_opening_shine, false);
});
//}
}
}
public BatteryInfo(bool hasBattery, BatteryLevel level)
{
this.HasBattery = hasBattery;
this.Level = level;
}
public BatteryChangeEventArgs (DateTime stamp, BatteryLevel level)
: base (stamp)
{
this.Level = level;
}
private void Vh_BatteryLevelChange(object sender, BatteryLevel e)
{
AVEHICLE vh = sender as AVEHICLE;
try
{
LogHelper.Log(logger: logger, LogLevel: LogLevel.Info, Class: nameof(VehicleChargerModule), Device: DEVICE_NAME,
Data: $"Battery Level Change,Current Level:{e}.low level:{AVEHICLE.BATTERYLEVELVALUE_LOW},Hight level:{AVEHICLE.BATTERYLEVELVALUE_HIGH}",
VehicleID: vh.VEHICLE_ID);
switch (e)
{
case BatteryLevel.Full:
vehicleBLL.updataVehicleLastFullyChargerTime(vh.VEHICLE_ID);
break;
case BatteryLevel.Low:
//if (vh.MODE_STATUS == VHModeStatus.Manual || vh.MODE_STATUS == VHModeStatus.None)
//{
// LogHelper.Log(logger: logger, LogLevel: LogLevel.Info, Class: nameof(VehicleChargerModule), Device: DEVICE_NAME,
// Data: $"vh:{vh.VEHICLE_ID} current mode is:{vh.MODE_STATUS} can't change to auto charge.",
// VehicleID: vh.VEHICLE_ID);
// return;
//}
//else
//{
// LogHelper.Log(logger: logger, LogLevel: LogLevel.Info, Class: nameof(VehicleChargerModule), Device: DEVICE_NAME,
// Data: $"vh:{vh.VEHICLE_ID} current mode is:{vh.MODE_STATUS} change to auto charge.",
// VehicleID: vh.VEHICLE_ID);
//}
//vehicleService.changeVhStatusToAutoCharging(vh.VEHICLE_ID);
if (vh.MODE_STATUS == VHModeStatus.AutoRemote)
{
LogHelper.Log(logger: logger, LogLevel: LogLevel.Info, Class: nameof(VehicleChargerModule), Device: DEVICE_NAME,
Data: $"vh:{vh.VEHICLE_ID} current mode is:{vh.MODE_STATUS} change to auto charge.",
VehicleID: vh.VEHICLE_ID);
vehicleService.changeVhStatusToAutoCharging(vh.VEHICLE_ID);
}
else
{
LogHelper.Log(logger: logger, LogLevel: LogLevel.Info, Class: nameof(VehicleChargerModule), Device: DEVICE_NAME,
Data: $"vh:{vh.VEHICLE_ID} current mode is:{vh.MODE_STATUS} can't change to auto charge.",
VehicleID: vh.VEHICLE_ID);
}
break;
}
if (e == BatteryLevel.Low)
{
lineService.ProcessAlarmReport(vh, AlarmBLL.VEHICLE_BATTERY_LEVEL_IS_LOW, ErrorStatus.ErrSet, $"vehicle:{vh.VEHICLE_ID} is in low battery status");
}
else
{
lineService.ProcessAlarmReport(vh, AlarmBLL.VEHICLE_BATTERY_LEVEL_IS_LOW, ErrorStatus.ErrReset, $"vehicle:{vh.VEHICLE_ID} is in low battery status");
lineService.ProcessAlarmReport(vh, AlarmBLL.VEHICLE_CAN_NOT_FIND_THE_COUPLER_TO_CHARGING, ErrorStatus.ErrReset, $"vehicle:{vh.VEHICLE_ID} can't find coupler to charging");
}
}
catch (Exception ex)
{
LogHelper.Log(logger: logger, LogLevel: LogLevel.Warn, Class: nameof(VehicleChargerModule), Device: DEVICE_NAME,
Data: ex,
VehicleID: vh?.VEHICLE_ID);
}
}
public BatteryChangeEventArgs(DateTime stamp, BatteryLevel level)
: base(stamp)
{
this.Level = level;
}
void Start()
{
batteryStatus = BatteryLevel.DEP; // default battery level is DEP
gameObject.GetComponent <SpriteRenderer>().sprite = Resources.Load <Sprite>("Sprites/Interacive/intercom-depleted"); // load depleted sprite
}
// when batery is inserted in
public void AddBattery()
{
batteryStatus = BatteryLevel.HIGH; // change battery status to high
gameObject.GetComponent <SpriteRenderer>().sprite = Resources.Load <Sprite>("Sprites/Interacive/intercom-full"); // load full battery sprite
}
public Image GetBatteryImage(BatteryLevel level) => _batteryImages[level];
private void ProcessBatteryNotification (NotificationCarrier notification)
{
BatteryLevel level = new BatteryLevel (notification.CharacteristicValue);
OnBatteryChange (this, level, notification.Timestamp);
}
private void ProcessBatteryNotification(NotificationCarrier notification)
{
BatteryLevel level = new BatteryLevel(notification.CharacteristicValue);
OnBatteryChange(this, level, notification.Timestamp);
}
/// <summary>
/// Event class for battery checking
/// </summary>
/// <param name="level"></param>
/// <param name="result"></param>
public BatteryEventArgs(BatteryLevel level, XmlDocument result)
: base()
{
this.Level = level;
this.Partial = result;
}
// Called everytime that have response from EmpaticaBLEServer
private static void HandleResponseFromEmpaticaBLEServer(string response)
{
//Console.Write(response);
string[] sensor_type = response.Split(' ');
if (sensor_type[0] == "E4_Acc")
{
//Write Acc to csv
//Console.WriteLine("This is ACC.");
Acc each_acc = new Acc()
{
timefromempt = sensor_type[1],
timestamp = (DateTime.UtcNow.Subtract(new DateTime(1970, 1, 1)).TotalSeconds).ToString(),
ax = sensor_type[2],
ay = sensor_type[3],
az = sensor_type[4].Split('\n')[0]
};
acc_list.Add(each_acc);
}
else if (sensor_type[0] == "E4_Bvp")
{
//Write Bvp to csv
//Console.WriteLine("This is BVP.");
Bvp each_bvp = new Bvp()
{
timefromempt = sensor_type[1],
timestamp = (DateTime.UtcNow.Subtract(new DateTime(1970, 1, 1)).TotalSeconds).ToString(),
bvp = sensor_type[2].Split('\n')[0]
};
bvp_list.Add(each_bvp); // Write each record to .csv file stream.
}
else if (sensor_type[0] == "E4_Gsr")
{
//Write Gsr to csv
//Console.WriteLine("This is GSR.");
Gsr each_gsr = new Gsr()
{
timefromempt = sensor_type[1],
timestamp = (DateTime.UtcNow.Subtract(new DateTime(1970, 1, 1)).TotalSeconds).ToString(),
gsr = sensor_type[2].Split('\n')[0]
};
gsr_list.Add(each_gsr); // Write each record to .csv file stream.
}
else if (sensor_type[0] == "E4_Temperature")
{
//Write Temp to csv
//Console.WriteLine("This is TEMP.");
Temp each_temp = new Temp()
{
timefromempt = sensor_type[1],
timestamp = (DateTime.UtcNow.Subtract(new DateTime(1970, 1, 1)).TotalSeconds).ToString(),
tmp = sensor_type[2].Split('\n')[0]
};
temp_list.Add(each_temp); // Write each record to .csv file stream.
}
else if (sensor_type[0] == "E4_Ibi")
{
//Write Ibi to csv
//Console.WriteLine("This is IBI.");
Ibi each_ibi = new Ibi()
{
timefromempt = sensor_type[1],
timestamp = (DateTime.UtcNow.Subtract(new DateTime(1970, 1, 1)).TotalSeconds).ToString(),
ibi = sensor_type[2].Split('\n')[0]
};
ibi_list.Add(each_ibi); // Write each record to .csv file stream.
}
else if (sensor_type[0] == "E4_Hr")
{
//Write Hr to csv
//Console.WriteLine("This is HR.");
Heartbeat each_hr = new Heartbeat()
{
timefromempt = sensor_type[1],
timestamp = (DateTime.UtcNow.Subtract(new DateTime(1970, 1, 1)).TotalSeconds).ToString(),
hr = sensor_type[2].Split('\n')[0]
};
hr_list.Add(each_hr); // Write each record to .csv file stream.
}
else if (sensor_type[0] == "E4_Battery")
{
//Write Batter to csv
//Console.WriteLine("This is BATTERYLEVEL.");
BatteryLevel each_battery = new BatteryLevel()
{
timefromempt = sensor_type[1],
timestamp = (DateTime.UtcNow.Subtract(new DateTime(1970, 1, 1)).TotalSeconds).ToString(),
battery = sensor_type[2].Split('\n')[0]
};
battery_list.Add(each_battery); // Write each record to .csv file stream.
}
else if (sensor_type[0] == "E4_Tag")
{
//Write Tag to csv
//Console.WriteLine("This is TAG.");
Tag each_tag = new Tag()
{
timefromempt = sensor_type[1],
timestamp = (DateTime.UtcNow.Subtract(new DateTime(1970, 1, 1)).TotalSeconds).ToString(),
};
tag_list.Add(each_tag); // Write each record to .csv file stream.
}
}
public Controller(uint index, bool isConnected, BatteryLevel batteryLevel)
{
this.index = index;
this.isConnected = isConnected;
this.batteryLevel = batteryLevel;
}
public BatteryInfo(bool hasBattery, BatteryLevel level)
{
this.HasBattery = hasBattery;
this.Level = level;
}
/// <summary>
/// Updates battery level strength sprite
/// </summary>
/// <param name="batteryLevel"></param>
public void UpdateBatteryLevel(BatteryLevel batteryLevel)
{
BatteryImage.sprite = BatterySprites[(int)batteryLevel];
}
public Controller(uint index)
{
this.index = index;
this.isConnected = false;
this.batteryLevel = BatteryLevel.Unknown;
}
