With　the　development　of　micro/nano　fabrication　technology,metasurface　holography　has　emerged　as　a　revolutionary　technology　for　the　manipulation　of　light　with　excellent　performance.However,for　applications　of　full-Stokes　polarization　encryption　and　time　sequence　holographic　display,multiplexing　strategies　of　metasur-faces　with　large　bandwidths　and　simple　operations　still　need　to　be　developed.As　one　of　the　most　popular　schemes　of　multiplexing,polarization　multiplexed　metasurfaces　have　shown　flexible　recording　abilities　for　both　free-space　beam　and　surface　waves.Here,by　using　a　dielectric　metasurface　equipped　with　double　phase　holograms,we　have　achieved　flexible　polarization　multiplexed　transformations　from　one　full-Stokes　space　to　another.The　vectorial　hologram　is　optimized　by　a　hybrid　genetic　algorithm　and　digitalized　with　subwavelength　modulated　units.Based　on　a　quanti-tative　map　and　remarkable　information　capacity,time　sequence　holographic　display　and　complex　optical　encryption　are　experimentally　demonstrated　by　changing　input/output　polarization　channels　in　real　time.We　believe　our　method　will　facilitate　applications　in　smart　compact　devices　of　dynamic　display,dynamic　optical　manipulation,optical　encryption,anticounterfeiting,etc.