actor_main()

def main():
    #debug readout
    own.parent['ReadA']= str(own.parent['Act'])
    if 'init' not in own:
        init()

    #update aiming rig
    arm = bpy.data.objects[cont.owner.name]
    pose = arm.pose
    matrix = pose.bones['Spine1'].matrix
    posAR = own.parent.worldTransform  @ matrix @ Vector([0,.25,-.5])
    own['AR'].worldPosition = posAR
    if own.parent['Cam']==True:
        own.scene.active_camera.worldPosition = own.worldTransform @ own['CR']['orig']
        own.scene.active_camera.worldPosition =own.scene.active_camera.worldPosition.lerp(own['CR'].worldPosition,.25)
        own.scene.active_camera.worldOrientation = own.parent.worldOrientation @ own['CR']['oRot']

        own.scene.active_camera.worldOrientation = own.scene.active_camera.worldOrientation.lerp(own['CR'].worldOrientation,.5)



    #proccess states if you have them do basic movement if you dont'
    if 'actStrip' not in own:
        if str(own.parent['Act']) not in actions:
            own['d'] = "normal"
            own.parent.alignAxisToVect([0,0,1],2,.15)
            fall = fallCheck()
            if fall==None:
                proccessAim(arm)
                proccessMovementForces()
                proccessIdle()
                restTimer()
            if 'Weapon' in own:
                proccessEquipment()
                if 'Aimer' in own['Weapon'] and 'AimL' in own.parent['Act']:

                    laserAim()
                elif 'Line1' in own and 'AimL' not in own.parent['Act']:
                    own['Line1'].endObject()
                    del own['Line1']

            elif 'Line1' in own:
                own['Line1'].endObject()
                del own['Line1']
        else:
            #call states using input
            own['actStrip'] = [ actions[str(own.parent['Act'])]    ]

    #proccess states in actstrip
    else:
        if len(own['actStrip'])>0:
            own['d'] = str(own['actStrip'])
            #do 1 single thing and move on when it's done
            if type(own['actStrip'][0]) is tuple:
                function =  StateDict[own['actStrip'][0][0]]
                function(own['actStrip'][0][1], -1)
                #print('called')
            #do multiple things and move on when all done
            elif type(own['actStrip'][0]) is list:
                popList = []
                index =0
                if len(own['actStrip'][0])>0:
                    for entry in own['actStrip'][0]:
                       function =  StateDict[entry[0][0]]
                       a = function(entry[0][1],index )
                       if a!=None:
                            #if there is return it's a index to pop
                            popList.append(a)
                       index+=1
                else:
                    own['ActStrip'].pop(0)
                if len(popList)>0:
                    ret = multi_delete(own['ActStrip'][0], popList)
                    own['ActStrip'][0] = ret
        else:
            del own['actStrip']
    own.parent['Move']=[]
    own.parent['Act']=[]
main()