Motorbike.c

См. документацию.

enum MotorbikeSoundCtrl
{
    // simulation
    ENGINE, 
    RPM,
    SPEED,  
 
    // miscellaneous
    PLAYER 
};

enum MotorbikeFluid : ETransportFluid {}
 
class MotorbikeType : TransportType
{
};
 
class MotorbikeOwnerState : TransportOwnerState
{
 
}
 
class MotorbikeMove : TransportMove
{
}

class Motorbike extends Transport
{
    protected override event typename GetOwnerStateType()
    {
        return MotorbikeOwnerState;
    }

    protected override event typename GetMoveType()
    {
        return MotorbikeMove;
    }
    
    float GetSpeedometer()
    {
        vector transform[4];
        GetTransform(transform);
 
        float velocity = GetVelocity(this).InvMultiply3(transform)[2];
        return velocity * 3.6;
    }
    
    float GetSpeedometerAbsolute()
    {
        return Math.AbsFloat(GetSpeedometer());
    }
 
    override bool IsAreaAtDoorFree( int currentSeat, float maxAllowedObjHeight, inout vector extents, out vector transform[4] )
    {
        return true;
    }
 
    override bool IsAreaAtDoorFree( int currentSeat, float maxAllowedObjHeight = 0.5, float horizontalExtents = 0.5, float playerHeight = 1.7 )
    {
        return true;
    }
 
    override Shape DebugFreeAreaAtDoor( int currentSeat, float maxAllowedObjHeight = 0.5, float horizontalExtents = 0.5, float playerHeight = 1.7 )
    {
        return null;
    }
    
    protected bool DetectFlippedUsingWheels(VehicleFlippedContext ctx, bool disallowSide)
    {
        if (disallowSide && (vector.Dot(GetDirectionUp(), vector.Up) < 0.7))
        {
            // return as "flipped", vehicle isn't pointing enough up to be reasonably certain
            return true;
        }
        
        int wheelCount = WheelCount();
        
        for (int wheelIdx = 0; wheelIdx < wheelCount; wheelIdx++)
        {
            if (!WheelHasContact(wheelIdx))
            {
                // wheel not in contact, then we could be flipped, we assume there exist other predicates
                return true;
            }
        }
        
        // all wheels in contact (or zero registered wheels), then we are in contact
        return false;
    }
    

    proto native float GetSteering();

    proto native void SetSteering(float value);

    proto native bool CanPickUp();
    
    proto native void PickUp();

    proto native bool IsFallen();
    
    proto native bool FallOver();

    proto native float GetThrottle();
    
    proto native void SetThrottle(float value);

    proto native int GetClutch();

    proto native void SetClutch(float value);

    proto native float GetBrake();

    proto native void SetBrake(float value);

    proto native float GetHandbrake();

    proto native void SetHandbrake(float value);
    
    proto native float GetKickstand();

    proto native void SetKickstand(float value);
    
    proto native float EngineGetRPMMin();
    
    proto native float EngineGetRPMIdle();
    
    proto native float EngineGetRPMMax();

    proto native float EngineGetRPMRedline();

    proto native float EngineGetRPM();

    proto native bool EngineIsOn();

    proto native void EngineStart();

    proto native void EngineStop();

    proto native vector GetEnginePos();
    
    proto native void SetEnginePos(vector pos);

    proto native int GetCurrentGear();

    proto native int GetGear();

    proto native int GetNeutralGear();

    proto native int GetGearCount();

    proto native void ShiftUp();

    proto native void ShiftTo(int gear);

    proto native void ShiftDown();

    proto native CarGearboxType GearboxGetType();

    proto native CarAutomaticGearboxMode GearboxGetMode();

    proto native bool WheelIsAnyLocked();

    proto native float WheelGetAngularVelocity( int wheelIdx );

    proto native bool WheelHasContact( int wheelIdx );

    proto native vector WheelGetContactPosition( int wheelIdx );
      
    proto native vector WheelGetPositionLS( int wheelIdx );

    proto native vector WheelGetContactNormal( int wheelIdx );

    proto native vector WheelGetDirection( int wheelIdx );

    proto native SurfaceInfo WheelGetSurface( int wheelIdx );

    proto native CarWheelWaterState WheelGetWaterState( int wheelIdx );

    proto native EntityAI WheelGetEntity( int wheelIdx );

    proto native bool WheelIsLocked( int wheelIdx );
    
    proto native int WheelCount();
    
    proto native int WheelCountPresent();

    proto native float GetFluidCapacity(MotorbikeFluid fluid);

    proto native float GetFluidFraction(MotorbikeFluid fluid);

    proto native void Leak(MotorbikeFluid fluid, float amount);

    proto native void LeakAll(MotorbikeFluid fluid);

    proto native void Fill(MotorbikeFluid fluid, float amount);

    bool OnBeforeEngineStart()
    {
        // engine can start by default
        return true;
    }

    void OnEngineStart() {}

    void OnEngineStop() {}

    void OnGearChanged(int newGear, int oldGear) {}

    void OnFluidChanged(MotorbikeFluid fluid, float newValue, float oldValue) {}

    float OnSound(MotorbikeSoundCtrl ctrl, float oldValue)
    {
        // just use the computed value by the game code
        return oldValue;
    }

    void OnStabilityStart() {}

    void OnStabilityStop() {}
    
}