// Update is called once per frame
void Update()
{
DirectInputWrapper.Update();
DeviceState state = DirectInputWrapper.GetStateManaged(0);
if (Input.GetKeyDown(KeyCode.P)) {
//Debug.Log("PLAY: " + DirectInputWrapper.PlaySpringForce(0, 0, sat, coeff));
//Debug.Log("PLAY: " + DirectInputWrapper.PlayConstantForce(0, constant));
Debug.Log("PLAY: " + DirectInputWrapper.PlayDamperForce(0, damper));
playing = true;
}
if (Input.GetKeyDown(KeyCode.S))
{
//Debug.Log("STOP:" + DirectInputWrapper.StopSpringForce(0));
//Debug.Log("STOP:" + DirectInputWrapper.StopConstantForce(0));
Debug.Log("STOP:" + DirectInputWrapper.StopDamperForce(0));
playing = false;
}
if(playing)
{
// DirectInputWrapper.UpdateConstantForce(0, constant);
}
}
public void OnUpdate()
{
if (workingInstance != this || !available || !enable)
{
return;
}
float accelInput;
uint pov;
byte[] buttons;
if (SystemInfo.operatingSystemFamily == OperatingSystemFamily.Windows)
{
if (DirectInputWrapper.DevicesCount() == 0)
{
timeAccumulator += UnityEngine.Time.deltaTime;
if (timeAccumulator >= 1.0f)
{
Init();
timeAccumulator = 0.0f;
}
}
DirectInputWrapper.Update();
DeviceState state;
if (!DirectInputWrapper.GetStateManaged(wheelIndex, out state))
{
var error = $"Can not get valid device state for steering wheel {wheelIndex}, try reconnect and restart game to fix";
Debug.Log(error);
stateFail = error;
available = false;
return;
}
SteerInput = state.lX / 32768f;
accelInput = (state.lY - state.lRz) / -32768f;
if (!useFeedback || !useGroundFeedbackForce)
{
DirectInputWrapper.PlayConstantForce(wheelIndex, 0);
DirectInputWrapper.PlayDamperForce(wheelIndex, Mathf.Clamp(Mathf.RoundToInt(damper * forceFeedbackGain), -10000, 10000));
DirectInputWrapper.PlaySpringForce(wheelIndex, 0, 0, springCoefficient);
}
if (useFeedback && (useGroundFeedbackForce || (autonomousBehavior != SteerWheelAutonomousFeedbackBehavior.None)))
{
float totalConstForce = 0.0f;
if (useGroundFeedbackForce)
{
totalConstForce += constant * forceFeedbackGain;
}
if (autonomousBehavior != SteerWheelAutonomousFeedbackBehavior.None)
{
totalConstForce += autoforce * autoForceGain;
}
//applying effects to steering wheel
var value = Mathf.RoundToInt(totalConstForce);
if (value < -100)
{
value = Mathf.Clamp(value, -10000, -800);
}
if (value > 100)
{
value = Mathf.Clamp(value, 800, 10000);
}
DirectInputWrapper.PlayConstantForce(wheelIndex, Mathf.Clamp(value, -10000, 10000));
if (useGroundFeedbackForce)
{
DirectInputWrapper.PlayDamperForce(wheelIndex, Mathf.Clamp(Mathf.RoundToInt(damper * forceFeedbackGain), -10000, 10000));
DirectInputWrapper.PlaySpringForce(wheelIndex, 0, Mathf.Clamp(Mathf.RoundToInt(springSaturation * forceFeedbackGain), 0, 10000), springCoefficient);
}
}
pov = state.rgdwPOV[0];
buttons = state.rgbButtons;
}
else
{
SteerInput = Input.GetAxis("Steering");
// pedal range is -1 (not pressed) to +1 (pressed)
// but by default when user has not pressed pedal the Unity reports value 0
float accel = Input.GetAxis("Acceleration");
float brake = Input.GetAxis("Braking");
if (accel != 0.0f)
{
accelPressedOnce = true;
}
if (brake != 0.0f)
{
brakePressedOnce = true;
}
if (!accelPressedOnce)
{
accel = -1.0f;
}
if (!brakePressedOnce)
{
brake = -1.0f;
}
accelInput = (accel - brake) / 2.0f;
pov = 0;
// TODO
// if (Input.GetButton("SelectUp")) pov = 0;
// else if (Input.GetButton("SelectRight")) pov = 9000;
// else if (Input.GetButton("SelectDown")) pov = 18000;
// else if (Input.GetButton("SelectLeft")) pov = 27000;
buttons = new byte [32];
// TODO: here fill buttons according to buttonMapping array above
buttons[0] = (byte)(Input.GetButton("TurnOffAutonomousMode") ? 1 : 0);
buttons[1] = (byte)(Input.GetButton("ToggleMainCamera") ? 1 : 0);
buttons[8] = (byte)(Input.GetButton("ShiftUp") ? 1 : 0);
buttons[9] = (byte)(Input.GetButton("ShiftDown") ? 1 : 0);
buttons[10] = (byte)(Input.GetButton("EngineStartStop") ? 1 : 0);
}
if (accelInput >= 0)
{
AccelBrakeInput = pedalInput == null ? accelInput : pedalInput.throttleInputCurve.Evaluate(accelInput);
}
else
{
AccelBrakeInput = pedalInput == null ? accelInput: -pedalInput.brakeInputCurve.Evaluate(-accelInput);
}
foreach (var m in buttonMapping)
{
if (buttons[m.Key] != 0)
{
TriggerDown(m.Value);
}
if (oldButtons[m.Key] == 0 && buttons[m.Key] != 0)
{
TriggerPress(m.Value);
}
else if (oldButtons[m.Key] != 0 && buttons[m.Key] == 0)
{
TriggerRelease(m.Value);
}
}
System.Array.Copy(buttons, oldButtons, oldButtons.Length);
Action <uint, Action <InputEvent> > povAction = (uint value, Action <InputEvent> action) =>
{
switch (value)
{
case 0:
action(InputEvent.SELECT_UP);
break;
case 9000:
action(InputEvent.SELECT_RIGHT);
break;
case 18000:
action(InputEvent.SELECT_DOWN);
break;
case 27000:
action(InputEvent.SELECT_LEFT);
break;
default:
break;
}
};
povAction(pov, x => TriggerDown(x));
if (pov != oldPov)
{
povAction(oldPov, x => TriggerRelease(x));
povAction(pov, x => TriggerPress(x));
}
oldPov = pov;
}
public override void OnUpdate()
{
if (inited != this)
{
return;
}
//check for SelectLeft/right actions
if (currentSelectState == SelectState.REST && GetSteerInput() < -selectThreshold)
{
currentSelectState = SelectState.LEFT;
TriggerEvent(EventType.SELECT_CHOICE_LEFT);
}
else if (currentSelectState == SelectState.LEFT && GetSteerInput() > -selectThreshold)
{
currentSelectState = SelectState.REST;
}
else if (currentSelectState == SelectState.REST && GetSteerInput() > selectThreshold)
{
currentSelectState = SelectState.RIGHT;
TriggerEvent(EventType.SELECT_CHOICE_RIGHT);
}
else if (currentSelectState == SelectState.RIGHT && GetSteerInput() < selectThreshold)
{
currentSelectState = SelectState.REST;
}
//Check for Throttle confirm
if (isConfirmDown && GetAccelBrakeInput() < selectThreshold)
{
isConfirmDown = false;
}
else if (!isConfirmDown && GetAccelBrakeInput() > selectThreshold)
{
isConfirmDown = true;
if (Time.timeSinceLevelLoad > confirmTimeout)
{
TriggerEvent(EventType.SELECT_CHOICE_CONFIRM);
}
}
DirectInputWrapper.Update();
{
DeviceState state = DirectInputWrapper.GetStateManaged(wheelIndex);
if (state.lX == 0 && state.lY == 0 && state.lRz == 0)
{
return;
}
//steerInput = state.lX / 32768f;
steerInput = Mathf.Clamp(state.lX / 32200f, -1f, 1f);
//accelInput = state.rglSlider[0] / -32768f;
//ly accel, lrz freno
//float gas = (float) state.lY / 32768;
//float indiceGas = (float(state.lY);
float gas = ((float)state.lY - 32767) / -64378f;
float brake = ((float)state.lRz - 32767) / 65403f;
//float brake = (float) state.lRz / 32768;
accelInput = gas + brake;
/*float totalGas = (maxGas - minGas);
* float totalBrake = (maxBrake - minBrake);
*
* accelInput = (gas - minGas) / totalGas - (brake - minBrake) / totalBrake;*/
/* x = state.lX;
* y = state.lY;
* z = state.lZ;
* s0 = state.rglSlider[0];
* s1 = state.rglSlider[1];*/
/*if (forceFeedbackPlaying)
* {*/
if (!guidaAutomatica)
{
DirectInputWrapper.PlayConstantForce(wheelIndex, Mathf.RoundToInt(constant * FFBGain));
DirectInputWrapper.PlayDamperForce(wheelIndex, Mathf.RoundToInt(damper * FFBGain));
DirectInputWrapper.PlaySpringForce(wheelIndex, 0, Mathf.RoundToInt(springSaturation * FFBGain), springCoefficient);
}
//DirectInputWrapper.PlayConstantForce(wheelIndex, Mathf.RoundToInt(constant * FFBGain));
/*DirectInputWrapper.PlayDamperForce(wheelIndex, Mathf.RoundToInt(damper * FFBGain));
* DirectInputWrapper.PlaySpringForce(wheelIndex, 0, Mathf.RoundToInt(springSaturation * FFBGain), springCoefficient);*/
//}
/*if(DirectInputWrapper.DevicesCount() > 1)
* {
* DeviceState state2 = DirectInputWrapper.GetStateManaged(pedalIndex);
* int gas = 0;
* int brake = 0;
*
* /* x2 = state2.lX;
* y2 = state2.lY;
* z2 = state2.lZ;
* s02 = state2.rglSlider[0];
* s12 = state2.rglSlider[1];*//*
*
* switch (gasAxis) {
* case "X":
* gas = state2.lX;
* break;
* case "Y":
* gas = state2.lY;
* break;
* case "Z":
* gas = state2.lZ;
* break;
* }
*
* switch (brakeAxis)
* {
* case "X":
* brake = state2.lX;
* break;
* case "Y":
* brake = state2.lY;
* break;
* case "Z":
* brake = state2.lZ;
* break;
* }
*
*
* float totalGas = (maxGas - minGas);
* float totalBrake = (maxBrake - minBrake);
*
* accelInput = (gas - minGas) / totalGas - (brake - minBrake) / totalBrake;
* }/*/
}
}
public override void OnUpdate()
{
if (inited != this)
{
return;
}
//check for SelectLeft/right actions
if (currentSelectState == SelectState.REST && GetSteerInput() < -selectThreshold)
{
currentSelectState = SelectState.LEFT;
TriggerEvent(EventType.SELECT_CHOICE_LEFT);
}
else if (currentSelectState == SelectState.LEFT && GetSteerInput() > -selectThreshold)
{
currentSelectState = SelectState.REST;
}
else if (currentSelectState == SelectState.REST && GetSteerInput() > selectThreshold)
{
currentSelectState = SelectState.RIGHT;
TriggerEvent(EventType.SELECT_CHOICE_RIGHT);
}
else if (currentSelectState == SelectState.RIGHT && GetSteerInput() < selectThreshold)
{
currentSelectState = SelectState.REST;
}
//Check for Throttle confirm
if (isConfirmDown && GetAccelBrakeInput() < selectThreshold)
{
isConfirmDown = false;
}
else if (!isConfirmDown && GetAccelBrakeInput() > selectThreshold)
{
isConfirmDown = true;
if (Time.timeSinceLevelLoad > confirmTimeout)
{
TriggerEvent(EventType.SELECT_CHOICE_CONFIRM);
}
}
DirectInputWrapper.Update();
{
DeviceState state = DirectInputWrapper.GetStateManaged(wheelIndex);
steerInput = state.lX / 32768f;
accelInput = state.rglSlider[0] / -32768f;
/* x = state.lX;
* y = state.lY;
* z = state.lZ;
* s0 = state.rglSlider[0];
* s1 = state.rglSlider[1];*/
if (forceFeedbackPlaying)
{
DirectInputWrapper.PlayConstantForce(wheelIndex, Mathf.RoundToInt(constant * FFBGain));
DirectInputWrapper.PlayDamperForce(wheelIndex, Mathf.RoundToInt(damper * FFBGain));
DirectInputWrapper.PlaySpringForce(wheelIndex, 0, Mathf.RoundToInt(springSaturation * FFBGain), springCoefficient);
}
if (DirectInputWrapper.DevicesCount() > 1)
{
DeviceState state2 = DirectInputWrapper.GetStateManaged(pedalIndex);
int gas = 0;
int brake = 0;
/* x2 = state2.lX;
* y2 = state2.lY;
* z2 = state2.lZ;
* s02 = state2.rglSlider[0];
* s12 = state2.rglSlider[1];*/
switch (gasAxis)
{
case "X":
gas = state2.lX;
break;
case "Y":
gas = state2.lY;
break;
case "Z":
gas = state2.lZ;
break;
}
switch (brakeAxis)
{
case "X":
brake = state2.lX;
break;
case "Y":
brake = state2.lY;
break;
case "Z":
brake = state2.lZ;
break;
}
float totalGas = (maxGas - minGas);
float totalBrake = (maxBrake - minBrake);
accelInput = (gas - minGas) / totalGas - (brake - minBrake) / totalBrake;
}
}
}
public override void OnUpdate()
{
if (inited != this)
{
return;
}
//check for SelectLeft/right actions
if (currentSelectState == SelectState.REST && GetSteerInput() < -selectThreshold)
{
currentSelectState = SelectState.LEFT;
TriggerEvent(EventType.SELECT_CHOICE_LEFT);
}
else if (currentSelectState == SelectState.LEFT && GetSteerInput() > -selectThreshold)
{
currentSelectState = SelectState.REST;
}
else if (currentSelectState == SelectState.REST && GetSteerInput() > selectThreshold)
{
currentSelectState = SelectState.RIGHT;
TriggerEvent(EventType.SELECT_CHOICE_RIGHT);
}
else if (currentSelectState == SelectState.RIGHT && GetSteerInput() < selectThreshold)
{
currentSelectState = SelectState.REST;
}
//Check for Throttle confirm
if (isConfirmDown && GetAccelBrakeInput() < selectThreshold)
{
isConfirmDown = false;
}
else if (!isConfirmDown && GetAccelBrakeInput() > selectThreshold)
{
isConfirmDown = true;
if (Time.timeSinceLevelLoad > confirmTimeout)
{
TriggerEvent(EventType.SELECT_CHOICE_CONFIRM);
}
}
if (Application.platform != RuntimePlatform.OSXEditor)
{
DirectInputWrapper.Update();
{
DeviceState state;
DeviceState slaveState;
if (MasterSteeringWheel)
{
state = DirectInputWrapper.GetStateManaged(masterIndex);
slaveState = DirectInputWrapper.GetStateManaged(wheelIndex);
slaveSteering = slaveState.lX / 32768f;
}
else
{
state = DirectInputWrapper.GetStateManaged(wheelIndex);
}
steerInput = state.lX / 32768f;
accelInput = state.rglSlider [0] / -32768f;
// Debug.Log("Device One: \tlRx: " + state.lRx + "\tlRy: " + state.lRy + "\tlRz: " + state.lRz + "\tlX: " + state.lX + "\tlY: " + state.lY + "\tlZ: " + state.lZ);
/* x = state.lX;
* y = state.lY;
* z = state.lZ;
* s0 = state.rglSlider[0];
* s1 = state.rglSlider[1];*/
if (forceFeedbackPlaying)
{
if (MasterSteeringWheel)
{
DirectInputWrapper.PlayConstantForce(masterIndex, Mathf.RoundToInt(constant * FFBGain));
DirectInputWrapper.PlayDamperForce(masterIndex, Mathf.RoundToInt(damper * FFBGain));
DirectInputWrapper.PlaySpringForce(masterIndex, 0, Mathf.RoundToInt(springSaturation * FFBGain), springCoefficient);
DirectInputWrapper.PlayConstantForce(wheelIndex, Mathf.RoundToInt(slaveConstant * FFBGain));
DirectInputWrapper.PlayDamperForce(wheelIndex, Mathf.RoundToInt(slaveDamper * FFBGain));
DirectInputWrapper.PlaySpringForce(wheelIndex, 0, Mathf.RoundToInt(slaveSpringSaturation * FFBGain), slaveSpringCoefficient);
}
else
{
DirectInputWrapper.PlayConstantForce(wheelIndex, Mathf.RoundToInt(constant * FFBGain));
DirectInputWrapper.PlayDamperForce(wheelIndex, Mathf.RoundToInt(damper * FFBGain));
DirectInputWrapper.PlaySpringForce(wheelIndex, 0, Mathf.RoundToInt(springSaturation * FFBGain), springCoefficient);
}
}
if (DirectInputWrapper.DevicesCount() > 1 || MasterSteeringWheel)
{
int gas = 0;
int brake = 0;
if (DirectInputWrapper.DevicesCount() > 1 && !MasterSteeringWheel)
{
DeviceState state2 = DirectInputWrapper.GetStateManaged(pedalIndex);
/* x2 = state2.lX;
* y2 = state2.lY;
* z2 = state2.lZ;
* s02 = state2.rglSlider[0];
* s12 = state2.rglSlider[1];*/
switch (gasAxis)
{
case "X":
gas = state2.lX;
break;
case "Y":
gas = state2.lY;
break;
case "Z":
gas = state2.lZ;
break;
}
switch (brakeAxis)
{
case "X":
brake = state2.lX;
break;
case "Y":
brake = state2.lY;
break;
case "Z":
brake = state2.lZ;
break;
}
}
if (MasterSteeringWheel)
{
brake = state.lRz;
gas = state.lY;
}
//Debug.Log(brake.ToString() + " break and gas" + gas.ToString());
float totalGas = (maxGas - minGas);
float totalBrake = (maxBrake - minBrake);
accelInput = (gas - minGas) / totalGas - (brake - minBrake) / totalBrake;
}
}
}
}
