public SimulatedInput popSimulatedInput()
{
SimulatedInput head = simulatedInputs[0];
removeSimulatedInput(0);
return(head);
}
IEnumerator computeButton(SimulatedInput btn)
{
InputManager.inputs[btn.name] = 1f;
yield return(new WaitForSeconds(btn.duration));
InputManager.inputs.Remove(btn.name);
}
IEnumerator computeAxisRaw(SimulatedInput btn)
{
InputManager.inputs[btn.name] = btn.valueX;
yield return(new WaitForSeconds(btn.duration));
InputManager.inputs.Remove(btn.name);
}
public void moveSimulatedInputDown(int index)
{
if (index < simulatedInputs.Count - 1)
{
SimulatedInput value = simulatedInputs[index];
simulatedInputs.RemoveAt(index);
simulatedInputs.Insert(index + 1, value);
}
}
public void moveSimulatedInputUp(int index)
{
if (index > 0)
{
SimulatedInput value = simulatedInputs[index];
simulatedInputs.RemoveAt(index);
simulatedInputs.Insert(index - 1, value);
}
}
void compute()
{
if (waiting)
{
return;
}
if (simulatedInputs.Count <= 0)
{
//Debug.Log("Input Scripter: Done!");
enabled = false;
return;
}
SimulatedInput nextInput = popSimulatedInput();
if (nextInput.option == SimulatedInputOption.Button)
{
StartCoroutine("computeButton", nextInput);
}
if (nextInput.option == SimulatedInputOption.ButtonDown)
{
computeButtonDown(nextInput.name);
}
if (nextInput.option == SimulatedInputOption.AxisRaw)
{
StartCoroutine("computeAxisRaw", nextInput);
}
if (nextInput.option == SimulatedInputOption.Axis)
{
StartCoroutine("computeAxis", nextInput);
}
if (nextInput.option == SimulatedInputOption.MousePos)
{
computeMousePos(nextInput);
}
if (nextInput.option == SimulatedInputOption.Wait)
{
waiting = true;
Invoke("resumeComputation", nextInput.duration);
}
}
IEnumerator computeAxis(SimulatedInput btn)
{
float waitAfterDelay = Mathf.Abs(btn.duration - btn.delay);
float velocity = 1f / btn.delay;
float timer = 0.0f;
InputManager.inputs[btn.name] = btn.valueX;
while (timer < btn.delay)
{
timer += Time.deltaTime;
InputManager.inputs[btn.name] = (timer * velocity) * btn.valueX;
yield return(null);
}
yield return(new WaitForSeconds(waitAfterDelay));
InputManager.inputs.Remove(btn.name);
}
void computeMousePos(SimulatedInput btn)
{
InputManager.simulatedMousePos = new Vector3(btn.valueX, btn.valueY, 0f);
}
// used for basic mouse and keyboard actions (fixed mappings)
protected void UpdateMouseMode()
{
SimulatedInput simInput = new SimulatedInput();
foreach (KeyValuePair <string, float> input in Values)
{
switch (input.Key)
{
#region Pro Controller Inputs
case Inputs.ProController.A: simInput.leftMouseBtn |= input.Value > 0f; break;
case Inputs.ProController.B: simInput.rightMouseBtn |= input.Value > 0f; break;
case Inputs.ProController.X: simInput.delKey |= input.Value > 0f; break;
case Inputs.ProController.Y: simInput.escKey |= input.Value > 0f; break;
case Inputs.ProController.L: simInput.altKey |= input.Value > 0f; break;
case Inputs.ProController.R: simInput.tabKey |= input.Value > 0f; break;
case Inputs.ProController.ZL: simInput.ctrlKey |= input.Value > 0f; break;
case Inputs.ProController.ZR: simInput.shiftKey |= input.Value > 0f; break;
case Inputs.ProController.UP: simInput.upKey |= input.Value > 0f; break;
case Inputs.ProController.DOWN: simInput.downKey |= input.Value > 0f; break;
case Inputs.ProController.LEFT: simInput.leftKey |= input.Value > 0f; break;
case Inputs.ProController.RIGHT: simInput.rightKey |= input.Value > 0f; break;
case Inputs.ProController.LUP: simInput.moveMouseY += 6 * input.Value; break;
case Inputs.ProController.LDOWN: simInput.moveMouseY -= 6 * input.Value; break;
case Inputs.ProController.LLEFT: simInput.moveMouseX -= 6 * input.Value; break;
case Inputs.ProController.LRIGHT: simInput.moveMouseX += 6 * input.Value; break;
case Inputs.ProController.LS: simInput.leftMouseBtn |= input.Value > 0f; break;
case Inputs.ProController.RUP: simInput.upKey |= input.Value > 0.1f; break;
case Inputs.ProController.RDOWN: simInput.downKey |= input.Value > 0.1f; break;
case Inputs.ProController.RLEFT: simInput.leftKey |= input.Value > 0.1f; break;
case Inputs.ProController.RRIGHT: simInput.rightKey |= input.Value > 0.1f; break;
case Inputs.ProController.RS: simInput.rightMouseBtn |= input.Value > 0f; break;
case Inputs.ProController.START: simInput.enterKey |= input.Value > 0f; break;
case Inputs.ProController.SELECT: simInput.desktop |= input.Value > 0f; break;
case Inputs.ProController.HOME: MouseModeCheck(input.Value > 0f); break;
#endregion
#region Wiimote Inputs
case Inputs.Wiimote.A: simInput.leftMouseBtn |= input.Value > 0f; break;
case Inputs.Wiimote.B: simInput.rightMouseBtn |= input.Value > 0f; break;
case Inputs.Wiimote.ONE: simInput.altKey |= input.Value > 0f; break;
case Inputs.Wiimote.TWO: simInput.tabKey |= input.Value > 0f; break;
case Inputs.Wiimote.UP: simInput.upKey |= input.Value > 0f; break;
case Inputs.Wiimote.DOWN: simInput.downKey |= input.Value > 0f; break;
case Inputs.Wiimote.LEFT: simInput.leftKey |= input.Value > 0f; break;
case Inputs.Wiimote.RIGHT: simInput.rightKey |= input.Value > 0f; break;
case Inputs.Wiimote.PLUS: simInput.ctrlKey |= input.Value > 0f; break;
case Inputs.Wiimote.MINUS: simInput.shiftKey |= input.Value > 0f; break;
case Inputs.Wiimote.HOME: MouseModeCheck(input.Value > 0f); break;
#endregion
#region Nunchuk Inputs
case Inputs.Nunchuk.C: simInput.ctrlKey |= input.Value > 0f; break;
case Inputs.Nunchuk.Z: simInput.shiftKey |= input.Value > 0f; break;
case Inputs.Nunchuk.UP: simInput.moveMouseY += 6 * input.Value; break;
case Inputs.Nunchuk.DOWN: simInput.moveMouseY -= 6 * input.Value; break;
case Inputs.Nunchuk.LEFT: simInput.moveMouseX -= 6 * input.Value; break;
case Inputs.Nunchuk.RIGHT: simInput.moveMouseX += 6 * input.Value; break;
#endregion
#region Classic Controller Inputs
case Inputs.ClassicController.A: simInput.leftMouseBtn |= input.Value > 0f; break;
case Inputs.ClassicController.B: simInput.rightMouseBtn |= input.Value > 0f; break;
case Inputs.ClassicController.X: break;
case Inputs.ClassicController.Y: break;
case Inputs.ClassicController.L: simInput.altKey |= input.Value > 0f; break;
case Inputs.ClassicController.R: simInput.tabKey |= input.Value > 0f; break;
case Inputs.ClassicController.ZL: simInput.ctrlKey |= input.Value > 0f; break;
case Inputs.ClassicController.ZR: simInput.shiftKey |= input.Value > 0f; break;
case Inputs.ClassicController.UP: simInput.upKey |= input.Value > 0f; break;
case Inputs.ClassicController.DOWN: simInput.downKey |= input.Value > 0f; break;
case Inputs.ClassicController.LEFT: simInput.leftKey |= input.Value > 0f; break;
case Inputs.ClassicController.RIGHT: simInput.rightKey |= input.Value > 0f; break;
case Inputs.ClassicController.LUP: simInput.moveMouseY += 6 * input.Value; break;
case Inputs.ClassicController.LDOWN: simInput.moveMouseY -= 6 * input.Value; break;
case Inputs.ClassicController.LLEFT: simInput.moveMouseX -= 6 * input.Value; break;
case Inputs.ClassicController.LRIGHT: simInput.moveMouseX += 6 * input.Value; break;
case Inputs.ClassicController.RUP: simInput.upKey |= input.Value > 0.1f; break;
case Inputs.ClassicController.RDOWN: simInput.downKey |= input.Value > 0.1f; break;
case Inputs.ClassicController.RLEFT: simInput.leftKey |= input.Value > 0.1f; break;
case Inputs.ClassicController.RRIGHT: simInput.rightKey |= input.Value > 0.1f; break;
case Inputs.ClassicController.START: break;
case Inputs.ClassicController.SELECT: break;
case Inputs.ClassicController.HOME: MouseModeCheck(input.Value > 0f); break; // might need some sort of delay
#endregion
#region Classic Controller Pro Inputs
case Inputs.ClassicControllerPro.A: simInput.leftMouseBtn |= input.Value > 0f; break;
case Inputs.ClassicControllerPro.B: simInput.rightMouseBtn |= input.Value > 0f; break;
case Inputs.ClassicControllerPro.X: break;
case Inputs.ClassicControllerPro.Y: break;
case Inputs.ClassicControllerPro.L: simInput.altKey |= input.Value > 0f; break;
case Inputs.ClassicControllerPro.R: simInput.tabKey |= input.Value > 0f; break;
case Inputs.ClassicControllerPro.ZL: simInput.ctrlKey |= input.Value > 0f; break;
case Inputs.ClassicControllerPro.ZR: simInput.shiftKey |= input.Value > 0f; break;
case Inputs.ClassicControllerPro.UP: simInput.upKey |= input.Value > 0f; break;
case Inputs.ClassicControllerPro.DOWN: simInput.downKey |= input.Value > 0f; break;
case Inputs.ClassicControllerPro.LEFT: simInput.leftKey |= input.Value > 0f; break;
case Inputs.ClassicControllerPro.RIGHT: simInput.rightKey |= input.Value > 0f; break;
case Inputs.ClassicControllerPro.LUP: simInput.moveMouseY += 6 * input.Value; break;
case Inputs.ClassicControllerPro.LDOWN: simInput.moveMouseY -= 6 * input.Value; break;
case Inputs.ClassicControllerPro.LLEFT: simInput.moveMouseX -= 6 * input.Value; break;
case Inputs.ClassicControllerPro.LRIGHT: simInput.moveMouseX += 6 * input.Value; break;
case Inputs.ClassicControllerPro.RUP: simInput.upKey |= input.Value > 0.1f; break;
case Inputs.ClassicControllerPro.RDOWN: simInput.downKey |= input.Value > 0.1f; break;
case Inputs.ClassicControllerPro.RLEFT: simInput.leftKey |= input.Value > 0.1f; break;
case Inputs.ClassicControllerPro.RRIGHT: simInput.rightKey |= input.Value > 0.1f; break;
case Inputs.ClassicControllerPro.START: break;
case Inputs.ClassicControllerPro.SELECT: break;
case Inputs.ClassicControllerPro.HOME: MouseModeCheck(input.Value > 0f); break; // might need some sort of delay
#endregion
}
}
#region Apply input
if (simInput.desktop)
{
ShowDesktop();
}
// Mouse
_inputSim.Mouse.MoveMouseBy((int)simInput.moveMouseX, (int)simInput.moveMouseY * -1);
if (simInput.leftMouseBtn && !_lastInput.leftMouseBtn)
{
_inputSim.Mouse.LeftButtonDown();
}
else if (!simInput.leftMouseBtn && _lastInput.leftMouseBtn)
{
_inputSim.Mouse.LeftButtonUp();
}
if (simInput.rightMouseBtn && !_lastInput.rightMouseBtn)
{
_inputSim.Mouse.RightButtonDown();
}
else if (!simInput.rightMouseBtn && _lastInput.rightMouseBtn)
{
_inputSim.Mouse.RightButtonUp();
}
// Keyboard
if (simInput.escKey && !_lastInput.escKey)
{
_inputSim.Keyboard.KeyDown(WindowsInput.Native.VirtualKeyCode.ESCAPE);
}
else if (!simInput.escKey && _lastInput.escKey)
{
_inputSim.Keyboard.KeyUp(WindowsInput.Native.VirtualKeyCode.ESCAPE);
}
if (simInput.altKey && !_lastInput.altKey)
{
_inputSim.Keyboard.KeyDown(WindowsInput.Native.VirtualKeyCode.MENU);
}
else if (!simInput.altKey && _lastInput.altKey)
{
_inputSim.Keyboard.KeyUp(WindowsInput.Native.VirtualKeyCode.MENU);
}
if (simInput.tabKey && !_lastInput.tabKey)
{
_inputSim.Keyboard.KeyDown(WindowsInput.Native.VirtualKeyCode.TAB);
}
else if (!simInput.tabKey && _lastInput.tabKey)
{
_inputSim.Keyboard.KeyUp(WindowsInput.Native.VirtualKeyCode.TAB);
}
if (simInput.ctrlKey && !_lastInput.ctrlKey)
{
_inputSim.Keyboard.KeyDown(WindowsInput.Native.VirtualKeyCode.CONTROL);
}
else if (!simInput.ctrlKey && _lastInput.ctrlKey)
{
_inputSim.Keyboard.KeyUp(WindowsInput.Native.VirtualKeyCode.CONTROL);
}
if (simInput.shiftKey && !_lastInput.shiftKey)
{
_inputSim.Keyboard.KeyDown(WindowsInput.Native.VirtualKeyCode.SHIFT);
}
else if (!simInput.shiftKey && _lastInput.shiftKey)
{
_inputSim.Keyboard.KeyUp(WindowsInput.Native.VirtualKeyCode.SHIFT);
}
if (simInput.enterKey && !_lastInput.enterKey)
{
_inputSim.Keyboard.KeyDown(WindowsInput.Native.VirtualKeyCode.RETURN);
}
else if (!simInput.enterKey && _lastInput.enterKey)
{
_inputSim.Keyboard.KeyUp(WindowsInput.Native.VirtualKeyCode.RETURN);
}
if (simInput.delKey && !_lastInput.delKey)
{
_inputSim.Keyboard.KeyDown(WindowsInput.Native.VirtualKeyCode.DELETE);
}
else if (!simInput.delKey && _lastInput.delKey)
{
_inputSim.Keyboard.KeyUp(WindowsInput.Native.VirtualKeyCode.DELETE);
}
if (simInput.upKey && !_lastInput.upKey)
{
_inputSim.Keyboard.KeyDown(WindowsInput.Native.VirtualKeyCode.UP);
}
else if (!simInput.upKey && _lastInput.upKey)
{
_inputSim.Keyboard.KeyUp(WindowsInput.Native.VirtualKeyCode.UP);
}
if (simInput.downKey && !_lastInput.downKey)
{
_inputSim.Keyboard.KeyDown(WindowsInput.Native.VirtualKeyCode.DOWN);
}
else if (!simInput.downKey && _lastInput.downKey)
{
_inputSim.Keyboard.KeyUp(WindowsInput.Native.VirtualKeyCode.DOWN);
}
if (simInput.leftKey && !_lastInput.leftKey)
{
_inputSim.Keyboard.KeyDown(WindowsInput.Native.VirtualKeyCode.LEFT);
}
else if (!simInput.leftKey && _lastInput.leftKey)
{
_inputSim.Keyboard.KeyUp(WindowsInput.Native.VirtualKeyCode.LEFT);
}
if (simInput.rightKey && !_lastInput.rightKey)
{
_inputSim.Keyboard.KeyDown(WindowsInput.Native.VirtualKeyCode.RIGHT);
}
else if (!simInput.rightKey && _lastInput.rightKey)
{
_inputSim.Keyboard.KeyUp(WindowsInput.Native.VirtualKeyCode.RIGHT);
}
#endregion
_lastInput = simInput;
}