Based on the geometric and mathematical model of ellipsoid-plane contact，the multi-grid，multilevel multi-integration method and sequential column sweeping technique were respectively adopted to calculate the pressure, film and temperature distribution of the smooth surface and the surfaces with textures of cubic and cylindrical micro pit. The minimum film thickness and maximum temperature was analyzed for two kinds of texture surfaces at different slide-roll ratios. Results show that the temperature has greater influence on the elastohydrodynamic lubrication performance. The film thickness of two kinds of texture surfaces is thicker than that of smooth surface，when the cylinder radius and cubic side length is equal，the surface with cylindrical texture has larger film thickness and lower whole temperature. Along with the increasing of slide-roll ratios, the minimum film thickness of two kinds of texture surfaces is decreased and the maximum temperature is increased, and the surface with cylindrical texture has larger minimum film thickness and lower maximum temperature.