Optimizing an if statement with over 50 OR's ( || )

Okay, so I'm doing some stuff involving keyboard input. I now have a giant function like this:

return key == BB_KEY_SPACE || key == BB_KEY_ZERO || key == BB_KEY_ONE || key == BB_KEY_TWO || key == BB_KEY_THREE || key == BB_KEY_FOUR || key == BB_KEY_FIVE || key == BB_KEY_SIX || key == BB_KEY_SEVEN || key == BB_KEY_EIGHT || key == BB_KEY_NINE || key == BB_KEY_A || key == BB_KEY_B || key == BB_KEY_C || key == BB_KEY_D || key == BB_KEY_E || key == BB_KEY_F || key == BB_KEY_G || key == BB_KEY_H || key == BB_KEY_I || key == BB_KEY_J || key == BB_KEY_K || key == BB_KEY_L || key == BB_KEY_M || key == BB_KEY_N || key == BB_KEY_O || key == BB_KEY_P || key == BB_KEY_Q || key == BB_KEY_R || key == BB_KEY_S || key == BB_KEY_T || key == BB_KEY_U || key == BB_KEY_V || key == BB_KEY_W || key == BB_KEY_X || key == BB_KEY_Y || key == BB_KEY_Z || key == BB_KEY_NUMPAD0 || key == BB_KEY_NUMPAD1 || key == BB_KEY_NUMPAD2 || key == BB_KEY_NUMPAD3 || key == BB_KEY_NUMPAD4 || key == BB_KEY_NUMPAD5 || key == BB_KEY_NUMPAD6 || key == BB_KEY_NUMPAD7 || key == BB_KEY_NUMPAD8 || key == BB_KEY_NUMPAD9 || key == BB_KEY_MULTIPLY || key == BB_KEY_PLUS || key == BB_KEY_SEPERATOR || key == BB_KEY_MINUS || key == BB_KEY_DECIMAL || key == BB_KEY_DIVIDE || key == BB_KEY_OEM1 || key == BB_KEY_OEMPLUS || key == BB_KEY_OEMCOMMA || key == BB_KEY_OEMMINUS || key == BB_KEY_OEMPERIOD || key == BB_KEY_OEM2 || key == BB_KEY_OEM3 || key == BB_KEY_OEM4 || key == BB_KEY_OEM5 || key == BB_KEY_OEM6 || key == BB_KEY_OEM7 || key == BB_KEY_OEM8 || key == BB_KEY_OEM102;

Is there a good way to optimize this? I am assuming it takes a bit of processing power to verify all of this if-statement stuff. When looking at diagnostics it seems it's taking up a bit of time too. I'm wondering if there is a smarter way of doing this..