Transmission　property　of　one-dimensional　photonic　crystal　containing　left-handed　materials　is　simulated　by　using　precise　integration　algorithm.　Simulation　results　are　also　analyzed.　Photonic　crystal　is　divided　into　different　sections.　The　export　stiffness　matrix　of　each　section　is　first　obtained　by　using　precise　integration　algorithm,　and　then　each　stiffness　matrix　is　assembled.　Electric　field　can　be　obtained　by　imposing　boundary　conditions　on　the　stiffness　matrix.　The　simulation　results　show　that　this　method　is　accurate　and　effective　and　applicability　for　the　simulation　of　one-dimensional　photonic　crystals.　©　2012　IEEE.