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One of the most important difficulties of the vorticity confinement method is the need for manual adjustment of confinement parameter. In other word, user must adjust the parameter for each new problem. The small values deactivate this method and high values lead to non-physical results. Many attempts have been made by researchers to overcome this problem, but the dependence on manual adjustment has not been resolved. One way to conquer this problem is to reduce the effect of the confinement parameter on the final solution. At the present study, reducing the sensitivity of the vorticity confinement method to confinement parameter variations has been proposed by combining this method with FCT scheme for various limiters. In order to validate the proposed method, the problem of single vortex has been investigated. At first stage, the effect of changes in the confinement parameter on the final results has been compared for central difference scheme against the FCT scheme) using different limiters(. Then, the best way to combine the FCT scheme and the vorticity confinement method is discussed. It has been shown that, the best results were obtained using the minmod limiter at the middle step.