The rolling texture evolution with initial randomly distributed texture and nearly cube texture was simulated by Taylor-type models. A systematic comparison of the theoretical results obtained by the different type models against the experimental rolling textures is performed by orientation line analysis. The results shows that the orientation distribution calculated by the FC Taylor is closer to experimental results than those by other models at the low rolling deformation degree. During the higher deformation degrees, the results by the lath model agree the measured better for the initial randomly distributed texture while the simulated results obtained by the mixed are closer to the measured than those by the other models for initial cube texture.