Developing　an　appropriate　method　to　broaden　the　color　of　long　persistent　luminescence　materials　has　important　scientific　significance　and　practical　value　but　remains　a　great　challenge.　Herein,　we　have　developed　a　unique　strategy　to　fine-tune　the　persistent　luminescence　using　the　inclusion　complex　of　rhodamine　6G　with　(2-hydroxypropyl)-beta-cyclodextrin　as　efficient　light　conversion　materials.　The　emitting　color　of　the　novel　persistent　luminescence　material　could　be　tuned　from　green　to　orange　by　changing　the　concentration　of　the　light　conversion　agent.　Furthermore,　afterglow　decay　measurements　showed　that　the　initial　afterglow　brightness　is　9.65　cd/m(2),　and　the　initial　afterglow　brightness　gradually　decreased　as　the　cyclodextrin　inclusion　compound　coating　increased.　This　design　concept　introduces　a　new　perspective　for　broadening　the　luminescence　color　of　afterglow　phosphors,　which　may　open　up　new　opportunities　for　persistent　luminescence　materials　toward　many　emerging　applications.