This　paper　studies　the　problem　of　finite　frequency　H-infinity　filter　design　for　switching　linear　parameter　varying　(LPV)　systems　with　disturbance　frequency　affected　by　system　parameters.　A　set　of　switching　filters　are　designed,　each　suitable　for　a　specific　parameter　subregion　and　a　specific　finite　frequency　performance　index,　the　frequency　range　of　each　performance　index　depends　on　the　parameter　subregion.　The　hysteresis　switching　logic　is　adopted,　and　the　design　problem　is　finally　formulated　into　linear　matrix　inequality　(LMI)　which　can　be　computed　efficiently　with　LMI　Control　Toolbox.　A　numerical　example　is　given　to　illustrate　the　effectiveness　of　the　proposed　method.