High-toughness isomorphic multi-conversion structure system

The invention discloses a high-toughness isomorphic multi-conversion structure system which comprises an inner side conversion column, a peripheral conversion column and a plurality of horizontal conversion components which are arranged at intervals in the height direction of a building. A plurality of vertical converted components which are arranged at intervals are respectively supported at the upper parts of the plurality of horizontal conversion components which are connected between the same inner side conversion column and the same peripheral conversion column; a swinging suspension layer is formed by hanging a prefabricated beam and a prefabricated floor slab below the horizontal conversion component through a suspension cable; spring damping devices with adjustable rigidity and damping are installed between the swing suspension layer and the peripheral conversion column and between the swing suspension layer and the inner side conversion column. By the adoption of the high-rise building structure, the