public int MarioFunction(SuperObject *spo, int *nodeInterp)
{
RaymanState state = RaymanState.Inactive;
byte dsgVar16_value = 0;
int * idleTimer = null;
if (spo->PersoData->GetModelName(w) == "YLT_RaymanModel")
{
var dsgVars = spo->PersoData->GetDsgVarList();
dsgVar16_value = *(byte *)dsgVars[16].valuePtrCurrent.ToPointer();
byte dsgVar9_value = *(byte *)dsgVars[9].valuePtrCurrent.ToPointer();
state = (RaymanState)dsgVar9_value;
idleTimer = (int *)dsgVars[24].valuePtrCurrent;
}
bool strafing = InputStructure.GetInputStructure()->GetEntryAction(EntryActionNames.Action_Strafe)->IsValidated();
if (spo->PersoData->GetInstanceName(w) != "Rayman" || dsgVar16_value != 1 || !AllowTankControlState(state))
{
currentSpeed = 0;
return(EngineFunctions.fn_p_stReadAnalogJoystickMario.Call(spo, nodeInterp));
}
int result = OriginalScript(spo, nodeInterp);
DoTankControls(spo, state, strafing, idleTimer);
return(result);
}
private bool AllowTankControlState(RaymanState state)
{
return(state == RaymanState.Idle ||
state == RaymanState.Walking ||
state == RaymanState.Running ||
state == RaymanState.Strafing ||
state == RaymanState.StrafingAndTargeting ||
state == RaymanState.Helicoptering ||
state == RaymanState.SuperHelicoptering ||
state == RaymanState.JumpingUp ||
state == RaymanState.FallingDown ||
state == RaymanState.LedgeGrab ||
state == RaymanState.CeilingClimbing ||
state == RaymanState.CarryingObject ||
state == RaymanState.ThrowingObject ||
state == RaymanState.Swimming ||
state == RaymanState.Sliding);
}
private void DoTankControls(SuperObject *spo, RaymanState state, bool strafing, int *idleTimer)
{
EntryAction *leftAction = *(EntryAction **)0x4B9B90;
EntryAction *rightAction = *(EntryAction **)0x4B9B94;
EntryAction *forwardAction = *(EntryAction **)0x4B9B88;
EntryAction *backAction = *(EntryAction **)0x4B9B8C;
EntryAction *shiftAction = *(EntryAction **)0x4B9B98;
rayman = spo;
var transformationMatrix = rayman->PersoData->dynam->DynamicsAsBigDynamics->matrixA.TransformationMatrix;
var rotation = Quaternion.CreateFromRotationMatrix(transformationMatrix);
float rotationSpeedTarget = ((leftAction->IsValidated() ? 1f : 0) + (rightAction->IsValidated() ? -1f : 0)) * maxRotationSpeed * (shiftAction->IsValidated()?0.75f:1f);
if (state == RaymanState.Swimming || state == RaymanState.Sliding)
{
rotationSpeedTarget *= 8.0f;
}
// Interpolate to target speed
rotationSpeed += (rotationSpeedTarget - rotationSpeed) * rotationSpeedLerp;
if (state == RaymanState.LedgeGrab)
{
if (forwardAction->IsValidated())
{
currentSpeed = 10;
}
else if (backAction->IsValidated())
{
currentSpeed = -10;
}
else
{
currentSpeed = 0;
}
}
else if (strafing && state != RaymanState.Swimming && state != RaymanState.Sliding)
{
float strafeX = ((leftAction->IsValidated() ? 1f : 0) + (rightAction->IsValidated() ? -1f : 0));
float strafeY = ((forwardAction->IsValidated() ? 1f : 0) + (backAction->IsValidated() ? -1f : 0));
float strafeMagnitude = (float)Math.Sqrt(strafeX * strafeX + strafeY * strafeY);
if (strafeMagnitude == 0 || float.IsNaN(strafeMagnitude) || float.IsInfinity(strafeMagnitude))
{
strafeMagnitude = 1.0f;
}
// Normalize and set length to 100
strafeX *= 100.0f / strafeMagnitude;
strafeY *= 100.0f / strafeMagnitude;
HandleStrafing(rotation, rayman, strafeX, strafeY);
return;
}
else
{
// Can be turning?
if (state == RaymanState.Idle)
{
var entryActions = InputStructure.GetInputStructure()->EntryActions;
int[] bannedActions = new int[] { (int)EntryActionNames.Action_Tirer, (int)EntryActionNames.Action_Sauter };
bool usingBannedAction = bannedActions.Where(a => entryActions[a]->IsValidated()).Count() > 0;
if (!usingBannedAction)
{
if (rightAction->IsValidated() && !leftAction->IsValidated())
{
if (rayman->PersoData->GetStateIndex() != 70)
{
rayman->PersoData->SetState(70);
}
playTurnAnimation = true;
}
else if (leftAction->IsValidated() && !rightAction->IsValidated())
{
if (rayman->PersoData->GetStateIndex() != 71)
{
rayman->PersoData->SetState(71);
}
playTurnAnimation = true;
}
else
{
playTurnAnimation = false;
}
}
}
rotation *= Quaternion.CreateFromYawPitchRoll(0, 0, rotationSpeed); // Add rotation
float targetSpeed = (forwardAction->IsValidated() ? 100f : 0f) * (shiftAction->IsValidated() ? 0.5f : 1f);
currentSpeed += (targetSpeed - currentSpeed) * 0.1f;
}
if (currentSpeed > 0 && currentSpeed < 0.5f)
{
currentSpeed = 0;
}
if (currentSpeed < 70 && Math.Abs(rotationSpeed) > 0.01f && state == RaymanState.Sliding)
{
currentSpeed = 70;
}
WriteVariables(rotation, rotationSpeed, transformationMatrix, rayman);
}
