public MyMichalDebugInputComponent()
{
Static = this;
Axes = new List <MyJoystickAxesEnum>();
AxesCollection = new Dictionary <MyJoystickAxesEnum, float?>();
foreach (var axis in Enum.GetValues(typeof(MyJoystickAxesEnum)))
{
MyJoystickAxesEnum val = (MyJoystickAxesEnum)axis;
AxesCollection[val] = null;
Axes.Add(val);
}
AddShortcut(MyKeys.NumPad0, true, false, false, false, () => "Debug draw", DebugDrawFunc);
if (MyPerGameSettings.Game == GameEnum.SE_GAME)
{
AddShortcut(MyKeys.NumPad1, true, false, false, false, () => "Remove grids with space balls", RemoveGridsWithSpaceBallsFunc);
AddShortcut(MyKeys.NumPad2, true, false, false, false, () => "Throw 50 ores and 50 scrap metals", ThrowFloatingObjectsFunc);
}
if (MyPerGameSettings.EnableAi)
{
AddShortcut(MyKeys.NumPad6, true, false, false, false, () => "Next head matrix", NextHeadMatrix);
AddShortcut(MyKeys.NumPad5, true, false, false, false, () => "Previous head matrix", PreviousHeadMatrix);
AddShortcut(MyKeys.NumPad3, true, false, false, false, OnSelectBotForDebugMsg, () => { OnSelectDebugBot = !OnSelectDebugBot; return(true); });
AddShortcut(MyKeys.NumPad4, true, false, false, false, () => "Remove bot", () => { MyAIComponent.Static.DebugRemoveFirstBot(); return(true); });
AddShortcut(MyKeys.NumPad7, true, false, false, false, () => { return("DEBUG ANIMALS " + (MyDebugDrawSettings.DEBUG_DRAW_ANIMALS ? "TRUE" : "FALSE")); }, () => { MyDebugDrawSettings.DEBUG_DRAW_ANIMALS = !MyDebugDrawSettings.DEBUG_DRAW_ANIMALS; return(true); });
}
}
public void SetNoControl()
{
m_joystickAxis = MyJoystickAxesEnum.None;
m_joystickButton = MyJoystickButtonsEnum.None;
m_mouseButton = MyMouseButtonsEnum.None;
m_keyboardKey = Keys.None;
m_keyboardKey2 = Keys.None;
}
public MyControl(MyEditorControlEnums control, MyTextsWrapperEnum text, MyGuiControlTypeEnum controlType, MyMouseButtonsEnum?defaultControlMouse,
Keys?defaultControlKey, MyJoystickButtonsEnum?defaultControlJoy, MyJoystickAxesEnum?defaultControlJoyAxis)
: this(control, text, controlType)
{
m_mouseButton = defaultControlMouse.HasValue ? defaultControlMouse.Value : MyMouseButtonsEnum.None;
m_keyboardKey = defaultControlKey.HasValue ? defaultControlKey.Value : Keys.None;
m_joystickButton = defaultControlJoy.HasValue ? defaultControlJoy.Value : MyJoystickButtonsEnum.None;
m_joystickAxis = defaultControlJoyAxis.HasValue ? defaultControlJoyAxis.Value : MyJoystickAxesEnum.None;
}
public MyControl(MyEditorControlEnums control, MyTextsWrapperEnum text, MyGuiControlTypeEnum controlType)
{
m_editorControl = control;
m_gameControlType = MyGuiGameControlType.EDITOR;
m_text = text;
m_controlType = controlType;
m_joystickButton = MyJoystickButtonsEnum.None;
m_joystickAxis = MyJoystickAxesEnum.None;
m_mouseButton = MyMouseButtonsEnum.None;
m_keyboardKey = Keys.None;
}
public static void NullControl(MyStringId context, MyJoystickAxesEnum axis)
{
MyStringId key = MyStringId.NullOrEmpty;
foreach (var pair in m_bindings[context].Bindings)
{
if (pair.Value is JoystickAxis && pair.Value.Code == (byte)axis)
{
key = pair.Key;
break;
}
}
if (key != MyStringId.NullOrEmpty)
{
m_bindings[context][key] = m_nullControl;
}
}
public MyMichalDebugInputComponent()
{
Static = this;
Axes = new List <MyJoystickAxesEnum>();
AxesCollection = new Dictionary <MyJoystickAxesEnum, float?>();
foreach (var axis in Enum.GetValues(typeof(MyJoystickAxesEnum)))
{
MyJoystickAxesEnum val = (MyJoystickAxesEnum)axis;
AxesCollection[val] = null;
Axes.Add(val);
}
AddShortcut(MyKeys.NumPad7, true, false, false, false, () => "Enable LMB spawning: " + ENABLE_FLORA_SPAWNING, () => { ENABLE_FLORA_SPAWNING = !ENABLE_FLORA_SPAWNING; return(true); });
AddShortcut(MyKeys.NumPad8, true, false, false, false, () => "Select flora to spawn. Selected: " + SELECTED_FLORA, SelectNextFloraToSpawn);
AddShortcut(MyKeys.NumPad0, true, false, false, false, () => "Debug draw", DebugDrawFunc);
AddShortcut(MyKeys.NumPad9, true, false, false, false, OnRecording, ToggleVoiceChat);
if (MyPerGameSettings.Game == GameEnum.SE_GAME)
{
AddShortcut(MyKeys.NumPad1, true, false, false, false, () => "Remove grids with space balls", RemoveGridsWithSpaceBallsFunc);
AddShortcut(MyKeys.NumPad2, true, false, false, false, () => "Throw 50 ores and 50 scrap metals", ThrowFloatingObjectsFunc);
}
if (MyPerGameSettings.EnableAi)
{
AddShortcut(MyKeys.NumPad6, true, false, false, false, () => "Next head matrix", NextHeadMatrix);
AddShortcut(MyKeys.NumPad5, true, false, false, false, () => "Previous head matrix", PreviousHeadMatrix);
AddShortcut(MyKeys.NumPad3, true, false, false, false, OnSelectBotForDebugMsg, () => { OnSelectDebugBot = !OnSelectDebugBot; return(true); });
AddShortcut(MyKeys.NumPad4, true, false, false, false, () => "Remove bot", () => { MyAIComponent.Static.DebugRemoveFirstBot(); return(true); });
AddShortcut(MyKeys.L, true, true, false, false, () => "Add animal bot", SpawnAnimalAroundPlayer);
AddShortcut(MyKeys.OemSemicolon, true, true, false, false, () => "Spawn selected bot " + (m_selectBotName != null ? m_selectBotName : "NOT SELECTED"), SpawnBot);
AddShortcut(MyKeys.OemMinus, true, true, false, false, () => "Previous bot definition", PreviousBot);
AddShortcut(MyKeys.OemPlus, true, true, false, false, () => "Next bot definition", NextBot);
AddShortcut(MyKeys.OemQuotes, true, true, false, false, () => "Reload bot definitions", ReloadDefinitions);
AddShortcut(MyKeys.OemComma, true, true, false, false, () => "RemoveAllTimbers", RemoveAllTimbers);
AddShortcut(MyKeys.N, true, true, false, false, () => "Cast long ray", ChangeAlgo);
// AddShortcut(MyKeys.NumPad7, true, false, false, false, () => { return "DEBUG ANIMALS " + (MyDebugDrawSettings.DEBUG_DRAW_ANIMALS ? "TRUE" : "FALSE"); }, () => { MyDebugDrawSettings.DEBUG_DRAW_ANIMALS = !MyDebugDrawSettings.DEBUG_DRAW_ANIMALS; return true; });
}
}
string IMyControlNameLookup.GetName(MyJoystickAxesEnum joystickAxis)
{
switch (joystickAxis)
{
case MyJoystickAxesEnum.Xpos: return("JX+");
case MyJoystickAxesEnum.Xneg: return("JX-");
case MyJoystickAxesEnum.Ypos: return("JY+");
case MyJoystickAxesEnum.Yneg: return("JY-");
case MyJoystickAxesEnum.Zpos: return("JZ+");
case MyJoystickAxesEnum.Zneg: return("JZ-");
case MyJoystickAxesEnum.RotationXpos: return(MyTexts.GetString(MyCommonTexts.JoystickRotationXpos));
case MyJoystickAxesEnum.RotationXneg: return(MyTexts.GetString(MyCommonTexts.JoystickRotationXneg));
case MyJoystickAxesEnum.RotationYpos: return(MyTexts.GetString(MyCommonTexts.JoystickRotationYpos));
case MyJoystickAxesEnum.RotationYneg: return(MyTexts.GetString(MyCommonTexts.JoystickRotationYneg));
case MyJoystickAxesEnum.RotationZpos: return(MyTexts.GetString(MyCommonTexts.JoystickRotationZpos));
case MyJoystickAxesEnum.RotationZneg: return(MyTexts.GetString(MyCommonTexts.JoystickRotationZneg));
case MyJoystickAxesEnum.Slider1pos: return(MyTexts.GetString(MyCommonTexts.JoystickSlider1pos));
case MyJoystickAxesEnum.Slider1neg: return(MyTexts.GetString(MyCommonTexts.JoystickSlider1neg));
case MyJoystickAxesEnum.Slider2pos: return(MyTexts.GetString(MyCommonTexts.JoystickSlider2pos));
case MyJoystickAxesEnum.Slider2neg: return(MyTexts.GetString(MyCommonTexts.JoystickSlider2neg));
}
return("");
}
// Find out how much a specific joystick axis is pressed.
// Return a raw number between 0 and 65535. 32768 is the middle value.
public float GetJoystickAxisStateRaw(MyJoystickAxesEnum axis)
{
return ConputeJoystickAxisStateRaw(m_actualJoystickState, axis);
}
string ModAPI.IMyInput.GetName(MyJoystickAxesEnum joystickAxis)
{
return(((IMyInput)this).GetName(joystickAxis));
}
bool ModAPI.IMyInput.IsNewJoystickAxisReleased(MyJoystickAxesEnum axis)
{
return(((IMyInput)this).IsNewJoystickAxisReleased(axis));
}
public bool IsJoystickAxisSupported(MyJoystickAxesEnum axis)
{
if (!m_joystickConnected) return false;
switch (axis)
{
case MyJoystickAxesEnum.Xpos:
case MyJoystickAxesEnum.Xneg: return m_joystickXAxisSupported;
case MyJoystickAxesEnum.Ypos:
case MyJoystickAxesEnum.Yneg: return m_joystickYAxisSupported;
case MyJoystickAxesEnum.Zpos:
case MyJoystickAxesEnum.Zneg: return m_joystickZAxisSupported;
case MyJoystickAxesEnum.RotationXpos:
case MyJoystickAxesEnum.RotationXneg: return m_joystickRotationXAxisSupported;
case MyJoystickAxesEnum.RotationYpos:
case MyJoystickAxesEnum.RotationYneg: return m_joystickRotationYAxisSupported;
case MyJoystickAxesEnum.RotationZpos:
case MyJoystickAxesEnum.RotationZneg: return m_joystickRotationZAxisSupported;
case MyJoystickAxesEnum.Slider1pos:
case MyJoystickAxesEnum.Slider1neg: return m_joystickSlider1AxisSupported;
case MyJoystickAxesEnum.Slider2pos:
case MyJoystickAxesEnum.Slider2neg: return m_joystickSlider2AxisSupported;
default: return false;
}
}
public void SetControl(MyJoystickAxesEnum joyAxis)
{
m_joystickAxis = joyAxis;
}
// Check to see if a specific button on the joystick is currently pressed and was not pressed during the last update.
bool ModAPI.IMyInput.IsJoystickAxisNewPressed(MyJoystickAxesEnum axis) { return IsJoystickAxisNewPressed(axis); }
float IMyInput.GetJoystickAxisStateForGameplay(MyJoystickAxesEnum axis) { return 0; }
// Find out how much a specific joystick half-axis is pressed.
// Return a number between 0 and 1 (taking deadzone, sensitivity and non-linearity into account).
public float GetPreviousJoystickAxisStateForGameplay(MyJoystickAxesEnum axis)
{
return ComputeJoystickAxisStateForGameplay(m_previousJoystickState, axis);
}
// Find out how much a specific joystick half-axis is pressed.
// Return a number between 0 and 1 (taking deadzone, sensitivity and non-linearity into account).
public float GetJoystickAxisStateForGameplay(MyJoystickAxesEnum axis)
{
return ComputeJoystickAxisStateForGameplay(m_actualJoystickState, axis);
}
private float ComputeJoystickAxisStateForGameplay(XB1Interface.XB1Interface.GamepadState padState, MyJoystickAxesEnum axis)
{
if (IsJoystickConnected() && IsJoystickAxisSupported(axis))
{
// Input position scaled to (-1..1).
float position = ComputeJoystickAxisState(padState, axis);
float distance = (((int)axis) % 2 != 0) ? position : -position; // even -> neg axis
if (distance > m_joystickDeadzone)
{
distance = (distance - m_joystickDeadzone) / (1 - m_joystickDeadzone); // Rescale distance to (0..1) outside the deadzone.
return m_joystickSensitivity * (float)Math.Pow(distance, m_joystickExponent);
}
}
return 0.0f;
}
private float ComputeJoystickAxisState(XB1Interface.XB1Interface.GamepadState padState, MyJoystickAxesEnum axis)
{
float value = 0.0f;
if (IsJoystickConnected() && IsJoystickAxisSupported(axis))
{
switch (axis)
{
case MyJoystickAxesEnum.RotationXpos:
case MyJoystickAxesEnum.RotationXneg: value = padState.rx; break;
case MyJoystickAxesEnum.RotationYpos:
case MyJoystickAxesEnum.RotationYneg: value = -padState.ry; break;
case MyJoystickAxesEnum.Xpos:
case MyJoystickAxesEnum.Xneg: value = padState.lx; break;
case MyJoystickAxesEnum.Ypos:
case MyJoystickAxesEnum.Yneg: value = -padState.ly; break;
}
}
return value;
}
public static void AppendName(ref StringBuilder output, MyJoystickAxesEnum joystickAxis)
{
EnsureExists(ref output);
output.Append(MyInput.Static.GetName(joystickAxis));
}
public static void AppendName(ref StringBuilder output, MyJoystickAxesEnum joystickAxis)
{
EnsureExists(ref output);
output.Append(MyInput.Static.GetName(joystickAxis));
}
bool IMyInput.IsJoystickAxisValid(MyJoystickAxesEnum axis) { return false; }
float IMyInput.GetJoystickAxisStateForGameplay(MyJoystickAxesEnum axis)
{
return(0);
}
bool IMyInput.IsNewJoystickAxisReleased(MyJoystickAxesEnum axis) { return false; }
bool IMyInput.IsJoystickAxisNewPressed(MyJoystickAxesEnum axis)
{
return(false);
}
// Return true if joystick axis is valid for user controls
bool ModAPI.IMyInput.IsJoystickAxisValid(MyJoystickAxesEnum axis) { return IsJoystickAxisValid(axis); }
bool IMyInput.IsNewJoystickAxisReleased(MyJoystickAxesEnum axis)
{
return(false);
}
public bool IsJoystickAxisPressed(MyJoystickAxesEnum axis)
{
bool isPressed = false;
if (m_joystickConnected && axis != MyJoystickAxesEnum.None && m_actualJoystickState != null)
{
isPressed = GetJoystickAxisStateForGameplay(axis) > MyJoystickConstants.ANALOG_PRESSED_THRESHOLD;
}
if (!isPressed && axis == MyJoystickAxesEnum.None)
{
return true;
}
if (!IsJoystickAxisSupported(axis)) return false;
return isPressed;
}
bool IMyInput.IsJoystickAxisValid(MyJoystickAxesEnum axis)
{
return(false);
}
// Find out how much a specific joystick half-axis is pressed.
// Return a number between 0 and 1 (taking deadzone, sensitivity and non-linearity into account).
float ModAPI.IMyInput.GetJoystickAxisStateForGameplay(MyJoystickAxesEnum axis)
{
return(((IMyInput)this).GetJoystickAxisStateForGameplay(axis));
}
string IMyInput.GetName(MyJoystickAxesEnum joystickAxis)
{
return("");
}
// Return true if joystick axis is valid for user controls
bool ModAPI.IMyInput.IsJoystickAxisValid(MyJoystickAxesEnum axis)
{
return(((IMyInput)this).IsJoystickAxisValid(axis));
}
// Find out how much a specific joystick half-axis is pressed.
// Return a number between 0 and 1 (taking deadzone, sensitivity and non-linearity into account).
public float GetPreviousJoystickAxisStateForGameplay(MyJoystickAxesEnum axis)
{
if (IsJoystickConnected() && IsJoystickAxisSupported(axis))
{
// Input position scaled to (-1..1).
float position = ((float)GetPreviousJoystickAxisStateRaw(axis) - (float)MyJoystickConstants.CENTER_AXIS) / (float)MyJoystickConstants.CENTER_AXIS;
switch (axis)
{
case MyJoystickAxesEnum.RotationXneg:
case MyJoystickAxesEnum.Xneg:
case MyJoystickAxesEnum.RotationYneg:
case MyJoystickAxesEnum.Yneg:
case MyJoystickAxesEnum.RotationZneg:
case MyJoystickAxesEnum.Zneg:
case MyJoystickAxesEnum.Slider1neg:
case MyJoystickAxesEnum.Slider2neg:
if (position >= 0) return 0;
break;
case MyJoystickAxesEnum.RotationXpos:
case MyJoystickAxesEnum.Xpos:
case MyJoystickAxesEnum.RotationYpos:
case MyJoystickAxesEnum.Ypos:
case MyJoystickAxesEnum.RotationZpos:
case MyJoystickAxesEnum.Zpos:
case MyJoystickAxesEnum.Slider1pos:
case MyJoystickAxesEnum.Slider2pos:
if (position <= 0) return 0;
break;
default:
MyDebug.AssertDebug(false, "Unknown joystick axis!");
break;
}
float distance = Math.Abs(position);
if (distance > m_joystickDeadzone)
{
distance = (distance - m_joystickDeadzone) / (1 - m_joystickDeadzone); // Rescale distance to (0..1) outside the deadzone.
return m_joystickSensitivity * (float)Math.Pow(distance, m_joystickExponent);
}
}
return 0;
}
private float ConputeJoystickAxisStateRaw(SharpDX.XInput.State padState, MyJoystickAxesEnum axis)
{
int value = 0;
if (IsJoystickConnected() && IsJoystickAxisSupported(axis))
{
switch (axis)
{
case MyJoystickAxesEnum.RotationXpos:
case MyJoystickAxesEnum.RotationXneg: value = padState.Gamepad.RightThumbX; break;
case MyJoystickAxesEnum.RotationYpos:
case MyJoystickAxesEnum.RotationYneg: value = -padState.Gamepad.RightThumbY; break;
/*case MyJoystickAxesEnum.RotationZpos:
case MyJoystickAxesEnum.RotationZneg: value = padState.RotationZ; break; */
case MyJoystickAxesEnum.Xpos:
case MyJoystickAxesEnum.Xneg: value = padState.Gamepad.LeftThumbX; break;
case MyJoystickAxesEnum.Ypos:
case MyJoystickAxesEnum.Yneg: value = -padState.Gamepad.LeftThumbY; break;
}
}
return (value + 32768);
}
// Check to see if a specific button on the joystick was released.
public bool WasJoystickAxisReleased(MyJoystickAxesEnum axis)
{
bool isPressed = false;
//if (m_joystickConnected && axis != MyJoystickAxesEnum.None && m_previousJoystickState != null)
if (IsJoystickConnected() && axis != MyJoystickAxesEnum.None)
{
isPressed = GetPreviousJoystickAxisStateForGameplay(axis) <= MyJoystickConstants.ANALOG_PRESSED_THRESHOLD;
}
if (!isPressed && axis == MyJoystickAxesEnum.None)
{
return true;
}
if (!IsJoystickAxisSupported(axis)) return false;
return isPressed;
}
public float GetPreviousJoystickAxisStateRaw(MyJoystickAxesEnum axis)
{
return ConputeJoystickAxisStateRaw(m_previousJoystickState, axis);
}
// Return true if joystick axis is valid for user controls
public bool IsJoystickAxisValid(MyJoystickAxesEnum axis)
{
foreach (var item in m_validJoystickAxes)
{
if (item == axis) return true;
}
return false;
}
// Check to see if a specific button on the joystick is currently pressed and was not pressed during the last update.
public bool IsJoystickAxisNewPressed(MyJoystickAxesEnum axis)
{
bool isNewPressed = false;
//if (m_joystickConnected && axis != MyJoystickAxesEnum.None && m_actualJoystickState != null && m_previousJoystickState != null)
if( IsJoystickConnected() && axis != MyJoystickAxesEnum.None )
{
float newState = GetJoystickAxisStateForGameplay(axis);
float oldState = GetPreviousJoystickAxisStateForGameplay(axis);
isNewPressed = newState > MyJoystickConstants.ANALOG_PRESSED_THRESHOLD && oldState <= MyJoystickConstants.ANALOG_PRESSED_THRESHOLD;
}
if (!isNewPressed && axis == MyJoystickAxesEnum.None)
{
return true;
}
if (!IsJoystickAxisSupported(axis)) return false;
return isNewPressed;
}
public JoystickAxis(MyJoystickAxesEnum axis)
{
Axis = axis;
}
public bool IsJoystickAxisSupported(MyJoystickAxesEnum axis)
{
if (m_joystick.IsConnected == false)
{
return false;
}
switch (axis)
{
case MyJoystickAxesEnum.RotationZpos:
case MyJoystickAxesEnum.RotationZneg:
case MyJoystickAxesEnum.Zneg:
case MyJoystickAxesEnum.Slider1pos:
case MyJoystickAxesEnum.Slider1neg:
case MyJoystickAxesEnum.Slider2pos:
case MyJoystickAxesEnum.Slider2neg:
case MyJoystickAxesEnum.None:
return false;
default:
return true;
}
}
public static void AddControl(MyStringId context, MyStringId stringId, MyJoystickAxesEnum axis)
{
m_bindings[context][stringId] = new JoystickAxis(axis);
}
public string GetName(MyJoystickAxesEnum joystickAxis)
{
return m_nameLookup.GetName(joystickAxis);
}
// Check to see if a specific button on the joystick is currently pressed and was not pressed during the last update.
bool ModAPI.IMyInput.IsJoystickAxisNewPressed(MyJoystickAxesEnum axis)
{
return(IsJoystickAxisNewPressed(axis));
}
string IMyInput.GetName(MyJoystickAxesEnum joystickAxis) { return ""; }
public JoystickAxis(MyJoystickAxesEnum axis) { Axis = axis; }
bool IMyInput.IsJoystickAxisNewPressed(MyJoystickAxesEnum axis) { return false; }
public static void AddControl(MyStringId context, MyStringId stringId, MyJoystickAxesEnum axis)
{
m_bindings[context][stringId] = new JoystickAxis(axis);
}
// Find out how much a specific joystick half-axis is pressed.
// Return a number between 0 and 1 (taking deadzone, sensitivity and non-linearity into account).
float ModAPI.IMyInput.GetJoystickAxisStateForGameplay(MyJoystickAxesEnum axis) { return GetJoystickAxisStateForGameplay(axis); }
public static void NullControl(MyStringId context, MyJoystickAxesEnum axis)
{
MyStringId key = MyStringId.NullOrEmpty;
foreach (var pair in m_bindings[context].Bindings)
{
if (pair.Value is JoystickAxis && pair.Value.Code == (byte)axis)
{
key = pair.Key;
break;
}
}
if (key != MyStringId.NullOrEmpty)
m_bindings[context][key] = m_nullControl;
}
bool ModAPI.IMyInput.IsNewJoystickAxisReleased(MyJoystickAxesEnum axis) { return IsNewJoystickAxisReleased(axis); }
// Find out how much a specific joystick axis was pressed.
// Return a raw number between 0 and 65535. 32768 is the middle value.
public float GetPreviousJoystickAxisStateRaw(MyJoystickAxesEnum axis)
{
int value = 32768;
if (m_joystickConnected && axis != MyJoystickAxesEnum.None && m_previousJoystickState != null && IsJoystickAxisSupported(axis))
{
switch (axis)
{
case MyJoystickAxesEnum.RotationXpos:
case MyJoystickAxesEnum.RotationXneg: value = m_previousJoystickState.RotationX; break;
case MyJoystickAxesEnum.RotationYpos:
case MyJoystickAxesEnum.RotationYneg: value = m_previousJoystickState.RotationY; break;
case MyJoystickAxesEnum.RotationZpos:
case MyJoystickAxesEnum.RotationZneg: value = m_previousJoystickState.RotationZ; break;
case MyJoystickAxesEnum.Xpos:
case MyJoystickAxesEnum.Xneg: value = m_previousJoystickState.X; break;
case MyJoystickAxesEnum.Ypos:
case MyJoystickAxesEnum.Yneg: value = m_previousJoystickState.Y; break;
case MyJoystickAxesEnum.Zpos:
case MyJoystickAxesEnum.Zneg: value = m_previousJoystickState.Z; break;
case MyJoystickAxesEnum.Slider1pos:
case MyJoystickAxesEnum.Slider1neg:
{
var array = m_previousJoystickState.Sliders;
value = (array.Length < 1) ? 32768 : array[0];
}
break;
case MyJoystickAxesEnum.Slider2pos:
case MyJoystickAxesEnum.Slider2neg:
{
var array = m_previousJoystickState.Sliders;
value = (array.Length < 2) ? 32768 : array[1];
}
break;
}
}
return value;
}
string ModAPI.IMyInput.GetName(MyJoystickAxesEnum joystickAxis) { return GetName(joystickAxis); }
public MyControl(MyEditorControlEnums control, MyTextsWrapperEnum text, MyGuiControlTypeEnum controlType, MyJoystickAxesEnum defaultControl)
: this(control, text, controlType, null, null, null, defaultControl)
{
}
