causing both bodies to tighten by being driven into one another until a tip 48 docks at the docking ledge 49 referring to fig2 and 3 the number of wedge locks required for each panel 37 is determined by the height of the panel 37 and the wedge locks 41 are appropriately positioned they are typically located at the top bottom and at the center of each panel 37 preferably the wedge locks 41 and 42 are comprised of an inexpensive plastic material although they can be constructed of more durable materials such as metal the wedge locks include apertures 50 for the insertion of bolts 99 to secure the locks within the channels when comprised of plastic material an area is cored out to create a cavity 51 so that the lock is structurally more rigid and durable three upwardly directed locks 41 are mounted to one side of a panel in the vertical extrusion channel 52 in the lock up position three downwardly directed locks 42 are mounted to the vertical extrusion channel 52 of the opposite side of the panel 37 with the lock 42 in the facing down position a standard panel height is eight feet typically requiring six locks due to the angle of the tapered plane 47 located on the rear side of each panel lock 41 and 42 panels 37 are tightly pulled together medially creating a seamless effect between wall panels 37 and vertical panel connectors after the panels 37 are completely assembled they are hung into one another creating a solid wall such that a seamless effect is achieved referring to fig9 13 various angles are achieved by using upright right angled connectors 32 and other various angled connectors 33 36 that enable the system to achieve variable angles and height.