/media/bill/Dell2/Website - raw/Qnial/MY_NDFS/arrays.ndf  : 
b :=  ary_slc_splitSeparate_subL  idxA  ary  
			aryTmp  :=  ary_slc_splitSeparate_subL  idx  aryTmp  ;  
	splits	:=  link ((ary_slc_splitSeparate_subL  ary  aryLft)  EACHLEFT ary_slc_splitSeparate_subL  aryRgt)  ;  
   ary_slc_splitSeparate_subL  IS OP  ary  slc  - ary is split at slc, gives [front, slc part, end] or faultL  
	ary_slc_splitSeparate_subL  IS OP  ary  slc  
b :=  ary_slc_splitSeparate_subL  ary  idxA  
			aryTmp  :=  ary_slc_splitSeparate_subL  aryTmp  idx  ;  
	splits	:=  link ((ary_slc_splitSeparate_subL  ary  aryLft)  EACHLEFT ary_slc_splitSeparate_subL  aryRgt)  ;  
   ary_slc_splitSeparate_subL  IS OP  ary  slc  - ary is split at slc, gives [front, slc part, end] or faultL  
	ary_slc_splitSeparate_subL  IS OP  ary  slc  
b :=  ary_slc_splitSeparate_subL  ary  idxA  
			aryTmp  :=  ary_slc_splitSeparate_subL  aryTmp  idx  ;  
	splits	:=  link ((ary_slc_splitSeparate_subL  ary  aryLft)  EACHLEFT ary_slc_splitSeparate_subL  aryRgt)  ;  
   ary_slc_splitSeparate_subL  IS OP  ary  slc  - ary is split at slc, gives [front, slc part, end] or faultL  
	ary_slc_splitSeparate_subL  IS OP  ary  slc  
b :=  ary_slc_splitSeparate_subL  ary  idxA  
			aryTmp  :=  ary_slc_splitSeparate_subL  aryTmp  idx  ;  
	splits	:=  link ((ary_slc_splitSeparate_subL  ary  aryLft)  EACHLEFT ary_slc_splitSeparate_subL  aryRgt)  ;  
   ary_slc_splitSeparate_subL  IS OP  ary  slc  - ary is split at slc, gives [front, slc part, end] or faultL  
	ary_slc_splitSeparate_subL  IS OP  ary  slc  
b :=  ary_slc_splitSeparate_subL  ary  idxA  
			aryTmp  :=  ary_slc_splitSeparate_subL  aryTmp  idx  ;  
	splits	:=  link ((ary_slc_splitSeparate_subL  ary  aryLft)  EACHLEFT ary_slc_splitSeparate_subL  aryRgt)  ;  
   ary_slc_splitSeparate_subL  IS OP  ary  slc  - ary is split at slc, gives [front, slc part, end] or faultL  
	ary_slc_splitSeparate_subL  IS OP  ary  slc  
b :=  ary_slc_splitSeparate_subL  ary  idxA  
			aryTmp  :=  ary_slc_splitSeparate_subL  aryTmp  idx  ;  
	splits	:=  link ((ary_slc_splitSeparate_subL  ary  aryLft)  EACHLEFT ary_slc_splitSeparate_subL  aryRgt)  ;  
   ary_slc_splitSeparate_subL  IS OP  ary  slc  - ary is split at slc, gives [front, slc part, end] or faultL  
	ary_slc_splitSeparate_subL  IS OP  ary  slc  
b :=  ary_slc_splitSeparate_subL  ary  idxA  
			aryTmp  :=  ary_slc_splitSeparate_subL  aryTmp  idx  ;  
	splits	:=  link ((ary_slc_splitSeparate_subL  ary  aryLft)  EACHLEFT ary_slc_splitSeparate_subL  aryRgt)  ;  
   ary_slc_splitSeparate_subL  IS OP  ary  slc  - ary is split at slc, gives [front, slc part, end] or faultL  
	ary_slc_splitSeparate_subL  IS OP  ary  slc  
b :=  ary_slc_splitSeparate_subL  ary  idxA  
			aryTmp  :=  ary_slc_splitSeparate_subL  aryTmp  idx  ;  
	splits	:=  link ((ary_slc_splitSeparate_subL  ary  aryLft)  EACHLEFT ary_slc_splitSeparate_subL  aryRgt)  ;  
   ary_slc_splitSeparate_subL  IS OP  ary  slc  - ary is split at slc, gives [front, slc part, end] or faultL  
	ary_slc_splitSeparate_subL  IS OP  ary  slc  
b :=  ary_slc_splitSeparate_subL  ary  idxA  
			aryTmp  :=  ary_slc_splitSeparate_subL  aryTmp  idx  ;  
	splits	:=  link ((ary_slc_splitSeparate_subL  ary  aryLft)  EACHLEFT ary_slc_splitSeparate_subL  aryRgt)  ;  
   ary_slc_splitSeparate_subL  IS OP  ary  slc  - ary is split at slc, gives [front, slc part, end] or faultL  
	ary_slc_splitSeparate_subL  IS OP  ary  slc  
b :=  ary_slc_splitSeparate_subL  ary  idxA  
			aryTmp  :=  ary_slc_splitSeparate_subL  aryTmp  idx  ;  
	splits	:=  link ((ary_slc_splitSeparate_subL  ary  aryLft)  EACHLEFT ary_slc_splitSeparate_subL  aryRgt)  ;  
   ary_slc_splitSeparate_subL  IS OP  ary  slc  - ary is split at slc, gives [front, slc part, end] or faultL  
	ary_slc_splitSeparate_subL  IS OP  ary  slc  
b :=  ary_slc_splitSeparate_subL  ary  idxA  
			aryTmp  :=  ary_slc_splitSeparate_subL  aryTmp  idx  ;  
	splits	:=  link ((ary_slc_splitSeparate_subL  ary  aryLft)  EACHLEFT ary_slc_splitSeparate_subL  aryRgt)  ;  
   ary_slc_splitSeparate_subL  IS OP  ary  slc  - ary is split at slc, gives [front, slc part, end] or faultL  
	ary_slc_splitSeparate_subL  IS OP  ary  slc  
b :=  ary_slc_splitSeparate_subL  ary  idxA  
			aryTmp  :=  ary_slc_splitSeparate_subL  aryTmp  idx  ;  
	splits	:=  link ((ary_slc_splitSeparate_subL  ary  aryLft)  EACHLEFT ary_slc_splitSeparate_subL  aryRgt)  ;  
   ary_slc_splitSeparate_subL  IS OP  ary  slc  - ary is split at slc, gives [front, slc part, end] or faultL  
	ary_slc_splitSeparate_subL  IS OP  ary  slc  
b :=  ary_slc_splitSeparate_subL  ary  idxA  
			aryTmp  :=  ary_slc_splitSeparate_subL  aryTmp  idx  ;  
	splits	:=  link ((ary_slc_splitSeparate_subL  ary  aryLft)  EACHLEFT ary_slc_splitSeparate_subL  aryRgt)  ;  
   ary_slc_splitSeparate_subL  IS OP  ary  slc  - ary is split at slc, gives [front, slc part, end] or faultL  
	ary_slc_splitSeparate_subL  IS OP  ary  slc  
b :=  ary_slc_splitSeparate_subL  ary  idxA  
			aryTmp  :=  ary_slc_splitSeparate_subL  aryTmp  idx  ;  
	splits	:=  link ((ary_slc_splitSeparate_subL  ary  aryLft)  EACHLEFT ary_slc_splitSeparate_subL  aryRgt)  ;