void StartScanGPButton(ScanSettings scanSettings, BindingButton buttonParams, GameObject button)
{
InputManager.StartInputScan(scanSettings, result =>
{
if (result.Key == KeyCode.None)
{
EndScan(button);
return(true);
}
int index = KeyBinder.gamepadBindingIndex;
if (result.ScanFlags == ScanFlags.JoystickButton)
{
if ((int)result.Key < (int)KeyCode.JoystickButton0 || (int)result.Key > (int)KeyCode.JoystickButton19)
{
return(false);
}
InputAction inputAction = InputManager.GetAction(KeyBinder.controlScheme, buttonParams.action);
inputAction.Bindings[index].Type = InputType.Button;
InputAttribution(inputAction, index, buttonParams.isNegative, result);
}
else
{
InputAction inputAction = InputManager.GetAction(KeyBinder.controlScheme, buttonParams.action);
inputAction.Bindings[index].Type = InputType.AnalogButton;
inputAction.Bindings[index].Invert = buttonParams.isNegative ? !(result.JoystickAxisValue < 0.0f) : result.JoystickAxisValue < 0.0f;
inputAction.Bindings[index].Axis = result.JoystickAxis;
}
EndScan(button);
return(true);
});
}
/// <summary>
/// Spawns a set of buttons for keybinding
/// </summary>
/// <param name="_button">the button prefab we want to spawn</param>
private void SpawnButton(GameObject _button)
{
// spawn a set of buttons with the corrosponding keybind settings
// make sure they are spawned either left or right
for (int i = 0; i < buttonNames.Count; i++)
{
Instantiate(_button, leftOrRight[i % 2]);
BindingButton _bindName = _button.GetComponent <BindingButton>();
_bindName.bindingToMap = buttonNames[i];
buttonsToClear.Add(_button);
#region Redunant Code
//even = index % 2 == 0 ? true : false;
//switch (even)
//{
// case true:
// Instantiate(_button,
// leftOrRight[0]);
// break;
// case false:
// Instantiate(_button,
// leftOrRight[1]);
// break;
//}
//index = i;
#endregion
}
}
static string getInputStringFromInputParams(BindingButton inputParams)
{
int index = inputParams.inputType == CustomInputType.KeyboardButton ? KeyBinder.keyboardBindingIndex : KeyBinder.gamepadBindingIndex;
InputAction inputAction = InputManager.GetAction(KeyBinder.controlScheme, inputParams.action);
InputBinding binding = inputAction.Bindings[index];
string outputText;
switch (inputParams.inputType)
{
case CustomInputType.KeyboardButton:
case CustomInputType.GamepadButton:
case CustomInputType.DigitalAxis:
outputText = inputParams.isNegative ? binding.Negative.ToString() : binding.Positive.ToString();
break;
case CustomInputType.GamepadAxis:
outputText = binding.Axis.ToString();
break;
default:
outputText = "Error";
break;
}
return(outputText);
}
public void KeyBind(BindingButton buttonParams, GameObject button)
{
AudioManager.Play("Bip");
this.eventSystemGameObject.SetActive(false);
ScanFlags scanFlagOut = ScanFlags.Key;
KeyCode cancelKey = KBcancelKey;
switch (buttonParams.inputType)
{
case CustomInputType.KeyboardButton:
scanFlagOut = ScanFlags.Key;
cancelKey = KeyBinder.KBcancelKey;
break;
case CustomInputType.GamepadButton:
scanFlagOut = ScanFlags.JoystickButton | ScanFlags.JoystickAxis;
cancelKey = KeyBinder.GPcancelKey;
break;
case CustomInputType.GamepadAxis:
scanFlagOut = ScanFlags.JoystickAxis;
cancelKey = KeyBinder.GPcancelKey;
break;
default:
Debug.LogErrorFormat("{1} Not implemented yet", buttonParams.inputType);
break;
}
ScanSettings scanSettings = new ScanSettings
{
ScanFlags = scanFlagOut,
CancelScanKey = cancelKey,
Timeout = timeout
};
switch (buttonParams.inputType)
{
case CustomInputType.KeyboardButton:
case CustomInputType.DigitalAxis:
StartScanKBButton(scanSettings, buttonParams, button);
break;
case CustomInputType.GamepadButton:
StartScanGPButton(scanSettings, buttonParams, button);
break;
case CustomInputType.GamepadAxis:
StartScanGPAxis(scanSettings, buttonParams, button);
break;
default:
this.eventSystemGameObject.SetActive(true);
Debug.LogErrorFormat("{1} Not implemented yet", buttonParams.inputType);
break;
}
}
public static string getSpriteIndex(BindingButton inputParams)
{
if (InputsDictionnary.dictionnary.Count == 0)
{
InputsDictionnary.Fill();
}
string inputString = InputsDictionnary.getInputStringFromInputParams(inputParams);
return(InputsDictionnary.dictionnary[inputString]);
}
public ViewModel()
{
D_Data = new List <DepartmentData>();
mainWindowIDInformation = new MainWindowIDInformation();
exitButtonCommand = new exitButtonCommand();
loginButtonCommand = new signinButtonCommand();
bindingButton = new BindingButton();
departmentDataButtonCommand = new DepartmentDataButtonCommand(this);
listViewSelected = new listViewSelected();
}
void StartScanGPAxis(ScanSettings settings, BindingButton buttonParams, GameObject button)
{
int index = KeyBinder.gamepadBindingIndex;
InputManager.StartInputScan(settings, result =>
{
if (result.Key == KeyCode.None)
{
EndScan(button);
return(true);
}
InputAction inputAction = InputManager.GetAction(KeyBinder.controlScheme, buttonParams.action);
inputAction.Bindings[index].Axis = result.JoystickAxis;
EndScan(button);
return(true);
});
}
void StartScanKBButton(ScanSettings scanSettings, BindingButton buttonParams, GameObject button)
{
InputManager.StartInputScan(scanSettings, result =>
{
if (result.Key == KeyCode.None)
{
EndScan(button);
return(true);
}
int index = KeyBinder.keyboardBindingIndex;
InputAction inputAction = InputManager.GetAction(KeyBinder.controlScheme, buttonParams.action);
InputAttribution(inputAction, index, buttonParams.isNegative, result);
EndScan(button);
return(true);
});
}
public ViewModel()
{
D_Data = new List <DepartmentData>();
D_Data_Main = new ObservableCollection <DepartmentData>();
mainWindowIDInformation = new MainWindowIDInformation();
exitButtonCommand = new exitButtonCommand();
loginButtonCommand = new signinButtonCommand(this);
bindingButton = new BindingButton();
//Test
StartBtnCmd = new StartBtnCmd();
departmentDataButtonCommand = new DepartmentDataButtonCommand(this);
listViewSelected = new listViewSelected();
L_Data1 = new List <LmsData1>();
L_Data1_Main = new ObservableCollection <LmsData1>();
L_Data2 = new List <LmsData2>();
L_Data2_Main = new ObservableCollection <LmsData2>();
L_Data3 = new List <LmsData3>();
L_Data3_Main = new ObservableCollection <LmsData3>();
lmsData1Command = new LmsData1Command(this);
lmsData2Command = new LmsData2Command(this);
lmsData3Command = new LmsData3Command(this);
E_Data = new List <ExcelData>();
E_Data2 = new List <ExcelData2>();
E_Data3 = new List <ExcelData3>();
kakaoData = new KakaoData();
kakaoManager = new KakaoManager();
kakaoLogin = new KakaoLogin();
naverBinding = new NaverBinding();
naverMailManager = new NaverMailManager();
}
// Start is called before the first frame update
IEnumerator Start()
{
yield return(new WaitForSeconds(1.5f));
List <Binding> bindings = BindingManager.GetBindings();
foreach (Binding binding in bindings)
{
BindingButton newButton = Instantiate(bindingButton, holder);
newButton.Setup(binding.Name);
}
List <BindingAxis> axes = BindingManager.GetBindingAxes();
foreach (BindingAxis axis in axes)
{
BindingAxisButton newButton = Instantiate(axisButton, holder);
newButton.Setup(axis.Name);
}
}
public ViewModel()
{
D_Data = new List <DepartmentData>();
D_Data_Main = new ObservableCollection <DepartmentData>();
mainWindowIDInformation = new MainWindowIDInformation();
exitButtonCommand = new exitButtonCommand();
loginButtonCommand = new signinButtonCommand(this);
bindingButton = new BindingButton();
departmentDataButtonCommand = new DepartmentDataButtonCommand(this);
listViewSelected = new listViewSelected();
grade = new Grade();
L_Data1 = new List <LmsData1>();
L_Data1_Main = new ObservableCollection <LmsData1>();
lmsData1Command = new LmsData1Command(this);
}
