NOVELTY - The system has a generating system generating electricity from a horizontal movement of fluid, and located on or adjacent to a surface of waves. Another generating system (14) generates energy from a vertical movement of the fluid. The former generating system is attached to the latter generating system, and is operative to translate vertical motion of the former generating system to the latter generating system. A ramp inferior to the former generating system has minimal surface elevation, and vertical energy of the ramp inferior is very hard to achieve.    USE - Wave energy capture system e.g. paddle wheel system, and generator system, for use in a wave farm. Can also be utilized for capturing energy from fluid and gas flow.    ADVANTAGE - The generating system translates the vertical motion of the generating system to another generating system, and the ramp has minimal surface elevation, and vertical energy of the ramp is very hard to achieve, thus simultaneously maximizing utilization of wave energy in both horizontal and vertical vectors, and hence more efficiently obtaining energy from the wave and reducing the expense.    DETAILED DESCRIPTION - INDEPENDENT CLAIMS are also included for the following:    (1) a paddle wheel device    (2) a paddle wheel system    (3) a device for forming a paddle wheel    (4) a generator system    (5) a system for converting wave energy into electrical energy    (6) a set of paddle wheel generators    (7) a field of energy capture devices    (8) a system for controlling wave flows    (9) a system for preventing ice on the surface of water surrounding a wave farm    (10) a system for the control of a wave energy capture system    (11) a system for orientation of devices to fluid motions    (12) a flow deflection device    (13) a system for power generation    (14) a method of maintaining an energy capture device on the surface of wave    (15) a method of installing the appropriate height of the piston component of an unipile    (16) a method of obtaining maximum energy from an energy capture device in the water    (17) a method of controlling waves in a wave farm    (18) a method of increasing the amplitude of waves in a wave farm    (19) a method of placing multiple structures on a vertical structure in a wave farm    (20) a method of capturing energy from waves    (21) a method of exposing a paddle on a paddle wheel    (22) a method for generation of energy from waves    (23) a method of increasing paddle wheel torque from a flowing substance    (24) a method of decreasing resistance on the return trip of a paddle wheel system    (25) a method of adjusting a paddle wheel to capture the areas of greatest energy in wave    (26) a method of adjusting height of a wave energy capture system    (27) a method of creating a flow deflection structure    (28) a method of adjusting a position of a flow deflection device    (29) a method of increasing the energy captured by a energy capture device    (30) a method of increasing vertical wave flows to energy capture devices    (31) a method of preventing the formation of ice on water surface turbines    (32) a method for orientation of energy capture devices to fluid motion.    DESCRIPTION OF DRAWING(S) - The drawing shows a figurative outline of the major components of a wave energy capture system.    Connecting paddle wheels (1, 3)    Rod (2)    Hood (4)    Smaller flow deflection device (5)    Piles (7, 8)    Platforms (9, 10)    Flotation device (12)    Generating system (14)