last to secure the angled attachment as clear to one of ordinary skill in the art an angled connection can also be made in the present system with use of angled finish plate 60 u2032 without the use of angled plate 110 moreover angled plate and angled finish plate are easily formed to any angle u03b8 for example by bending metallic plates fig6 b illustrates another manner in which an angle in a fence system of the present invention can be made in the fence system illustrated in fig6 b rails members 40 are placed in recesses 30 and 30 u2032 which are formed in the exterior sides of support member 20 u2032 recesses 30 and 30 u2032 form an angle u03c6 therebetween thereby forming the angle u03c6 in the fence system as clear to one of skill in the art support member 20 u2032 may easily be constructed to form a wide range of angles u03c6 fig7 a through 7c provide a number of examples of the aesthetic and utilitarian versatility of the present system fig7 a illustrates a cross rail design in which cross rails 40 u2033 have been attached to support members 20 u2033 as have been rail members 40 u2032 as illustrated in fig7 a recesses 30 u2033 are appropriately shaped to accommodate the ends of rail members 40 u2032 and of cross rail members 40 u2033 finish plate 60 u2032 is placed over recess 30 u2033 to secure rail members 40 u2032 and cross rail members 40 u2033 within recess 30 u2033 in the embodiment of fig7 a attachment.