void FixedUpdate()
{
// I think I will change the Update loop to call single methods such as:
// LegacyControl();
// AdvancedControl();
// RotateTaxi();
// UprightTaxi();
// UpdateUI();
/*
* // THIS WHOLE SECTION GOES!
* // This is temporary, using the left trigger to end UI panel. Eventually I will move that to one of the four lettered buttons, on buttontrigger or something
* turboTrigger = Input.GetAxis(turboButton);
* // For now, to test, take UI down when you hit the left trigger. This goes away soon.
* if (turboTrigger > 0.01f)
* {
* Debug.Log("<color=green>****</color> Pulling UI down with Turbo Trigger.");
* gm.UiDown();
* }
*
*/
// I guess first, I should check to see if I've crashed, and am dead on the ground somewhere
// First, have I gone through the ground? This is the extreme case where you fall through or hit the ground. Dead.
/*
* if (transform.position.y < 0.0f)
* {
* Debug.Log("<color=red> YOU HAVE BUST THROUGH THE GROUND!</color>");
* gm.RestartShift();
* }
*/
// Have I crashed and stopped somewhere above ground?
// IS THIS MY PROBLEM? That I'm doing this for normal crashing, that is, crashing and stopping above-ground
// but also if you just happen to drop below city ground level (abandonment)
// Perhaps it was that the ground was wet to 0. Perhaps I need to lower that ground level for simple abandomnent
if ((isCrashing && rb.velocity == Vector3.zero))
{
gm.RestartShift();
}
if (transform.position.y < 10.0f)
{
gm.cash += gm.crashDeductible / 2.0f;
gm.RestartShift();
}
//
if (Input.GetAxis("Fire2") >= 0.1f)
{
Debug.Log("<color=green>****</color> Pulling UI down with B button.");
gm.PullUiDown();
}
if (gm.uiIsUp)
{
isCrashing = false;
// If the UI is up, don't do anything in the update loop. This should only happen when you're parked at home at the beginning of a shift
return;
}
else
{
// Accurate thrust control:
// - Joystick forward/backward adds a positive or negative force in only the forward direction
// - Joystick left/right adds and subtracts torque
// - A button is upward thrust, same as legacy control
// - B button is downward thrust, in emergencies.
// Get forwart thrust only
// !!!! PROBLEM! This really does do only FORWARD thrust, as in not aimed in the direction of the torque
// SO I have to figure out the torque angle of the object, and perhaps it's simply the Y rotation +90 (since default is -90)
// And apply thrust in that direction. Probably requires trig to get the X and Y thrust based on angle (ArcTan?)
//float thrust = Input.GetAxis("Vertical");
// ACTUALLY, I have to instead get the angle of the joystick which I used to use to point the car in legacy control,
// and sunglasses on Boxxy, and apply thrust in that direction instead.
//
//!!!!!! Something is wrong. It is not taking the angle as a 0-360 I think.
// I think rb.transform.localRotation is the transform rotation of the rigidbody component specifically where I want
// the transform of the game object, not the ridigbody attached
angle = rb.transform.eulerAngles.y - 90.0f; // The 90.0f is added because 0 degrees on a trig circle points left, not
// forward. Yet my car points forward at 0
// For this scheme we only want forward/backward thrust in the direction of the vehicle
// Direction of the vehicle is controlled below with torque.
if (hasControl)
{
moveForward = Input.GetAxis(forwardJoy);
if (moveForward > joyToleranceMin && moveForward < joyToleranceMax)
{
moveForward = 0.0f;
}
movement = Quaternion.AngleAxis(angle + 90.0f,
Vector3.up * moveForward * moveForward * thrustMultiplier * forwardThrustMult * turboAmount)
* Vector3.right * moveForward * thrustMultiplier * turboAmount;
rb.AddForce(movement);
UseGas(gasUseRateForwardThrust * Math.Abs(moveForward) * turboAmount);
if (moveForward >= joyToleranceMax)
{
FireEngines(enginesForward, Math.Abs(moveForward * forwardJetScale));
if (turboTrigger > 0.01f && hasTurbo) // IF it's being thrust forward AND Turbo is on, fire turbo visuals at scale 1.
{
FireEngines(enginesTurboFront, 0.5f);
}
else
{
StopEngines(enginesTurboFront);
}
}
if (moveForward <= joyToleranceMin)
{
FireEngines(enginesBackward, Math.Abs(moveForward * backJetScale));
if (turboTrigger > 0.01f && hasTurbo) // IF it's being thrust forward AND Turbo is on, fire turbo visuals at scale 1.
{
FireEngines(enginesTurboRear, 0.5f);
}
else
{
StopEngines(enginesTurboRear);
}
}
if (moveForward > joyToleranceMin && moveForward < joyToleranceMax)
{
StopEngines(enginesForward);
StopEngines(enginesBackward);
StopEngines(enginesTurboFront);
StopEngines(enginesTurboRear);
}
}
if (hasControl)
{
turboTrigger = Input.GetAxis(turboButton);
if (turboTrigger > 0.01f && hasTurbo)
{
turboAmount = turboMultiplier;
}
else
{
turboAmount = 1.0f;
}
}
if (hasControl)
{
// Now get rotation
turn = Input.GetAxis(turnJoy);
if (turn > joyToleranceMin && turn < joyToleranceMax)
{
turn = 0.0f;
}
rb.AddTorque(transform.up * torque * turn);
rb.AddTorque(transform.right * turn * bank * -1.0f);
UseGas(gasUseRateRotateThrust * Math.Abs(turn));
if (turn >= joyToleranceMax)
{
FireEngines(enginesRight, Math.Abs(turn * turnJetScale));
}
if (turn <= joyToleranceMin)
{
FireEngines(enginesLeft, Math.Abs(turn * turnJetScale));
}
if (turn < joyToleranceMax && turn > joyToleranceMin)
{
StopEngines(enginesRight);
StopEngines(enginesLeft);
}
}
if (hasControl && hasStrafe)
{
moveSideways = Input.GetAxis(sideJoy);
if (moveSideways > joyToleranceMin && moveSideways < joyToleranceMax)
{
moveSideways = 0.0f;
}
movement = Quaternion.AngleAxis(angle + 180.0f,
Vector3.up * Mathf.Abs(moveSideways))
* Vector3.right * moveSideways;
rb.AddForce(movement * thrustMultiplier * sideThrustMult);
UseGas(gasUseRateSideThrust * Math.Abs(moveSideways));
if (moveSideways >= joyToleranceMax)
{
FireEngines(enginesSideLeft, Math.Abs(moveSideways * sideJetScale));
}
if (moveSideways <= joyToleranceMin)
{
FireEngines(enginesSideRight, Math.Abs(moveSideways * sideJetScale));
}
if (moveSideways > joyToleranceMin && moveSideways < joyToleranceMax)
{
StopEngines(enginesSideLeft);
StopEngines(enginesSideRight);
}
}
}
//angleText.text = displayAngle.ToString("0.00");
gasText.text = gas.ToString("0.00");
// velocityText.text = rb.velocity.y.ToString("0.00"); // FOR NOW DON'T DO THIS, as I am using this text field to test collisionEffect
/*
* // Invert Control toggle
* if (Input.GetAxis("Fire1") >= 0.1f)
* {
* invertControl = false;
* invertControlString = "Flight Control";
* }
*
*
* // Invert Control toggle
* if (Input.GetAxis("Jump") >= 0.1f)
* {
* invertControl = true;
* invertControlString = "Inverted Control";
* }
*/
/*
* // Switch which joystick side motion turns and which strafes
* if (Input.GetAxis("Fire2") >= 0.1f)
* {
*
* turnJoy = "Horizontal"; // Default "Horizontal"
* sideJoy = "Mouse Y"; // Default "Mouse Y"
* Debug.Log("<color=blue>Fire2 - Strafe on Joy1. Turn on Joy2.</color>");
*
*
* }
*
* // Switch which joystick side motion turns and which strafes
* if (Input.GetAxis("Fire3") >= 0.1f)
* {
*
* turnJoy = "Mouse Y"; // Default "Horizontal"
* sideJoy = "Horizontal"; // Default "Mouse Y"
* Debug.Log("<color=green>Fire3 - Turn on Joy1. Strafe on Joy2.</color>");
*
*
* }
*
*/
//Oh, and for now, I'm leaving in the A/Y buttons for up/down, but also adding this:
invertControlText.text = invertControlString;
// !!!!!!!!!!!!!!!!! NEXT
// GET THE JETS WORKING AS INTENDED! INVERSION FAILS THEM
//
// CLUE: Right now, the stick itself determines which engines fire, not the actual thrust direction as determined by "invertedControl".
// RIGHT NOW, after putting in some debug text, it seems DOWN in Flight control think
//
upwardThrust = Input.GetAxis(verticalJoy);
if (upwardThrust > joyToleranceMin && upwardThrust < joyToleranceMax)
{
upwardThrust = 0.0f;
}
// Thrust Upward. Unless Inverted Control. Then Thrust Downward
if (upwardThrust >= joyToleranceMax && hasControl)
{
if (invertControl)
{
ThrustDown(Math.Abs(upwardThrust));
FireEngines(enginesDown, Math.Abs(upwardThrust) * downJetScale);
}
else
{
ThrustUp(Math.Abs(upwardThrust));
FireEngines(enginesUp, Math.Abs(upwardThrust) * upJetScale);
}
}
// Thrust Downward. Unless Inverted Control. Then Thrust Upward
if (upwardThrust <= joyToleranceMin && hasControl)
{
if (invertControl)
{
ThrustUp(Math.Abs(upwardThrust));
FireEngines(enginesUp, Math.Abs(upwardThrust) * upJetScale);
}
else
{
ThrustDown(Math.Abs(upwardThrust));
FireEngines(enginesDown, Math.Abs(upwardThrust) * downJetScale);
}
}
// NO JOY. STOP ALL ENGINES
if (upwardThrust <= joyToleranceMax && upwardThrust > joyToleranceMin)
{
StopEngines(enginesDown);
StopEngines(enginesUp);
}
GasUp();
UprightTaxi();
// Display damage
collisionText.text = damage.ToString();
gm.hasControl = hasControl;
if (!hasControl)
{
StopEngines(enginesForward);
StopEngines(enginesBackward);
StopEngines(enginesUp);
StopEngines(enginesDown);
StopEngines(enginesLeft);
StopEngines(enginesRight);
StopEngines(enginesSideLeft);
StopEngines(enginesSideRight);
StopEngines(enginesTurboFront);
StopEngines(enginesTurboRear);
}
}
