;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
; This is the .eqn file produced by the partitioner.  It shows      ;
; how your equations were implemented in order to best utilize the  ;
; resources available on the chip.  Note that certain equations     ;
; are now active low so that they are eligible to be placed in      ;
; a fast function block.                                            ;
;                                                                   ;
; This design was compiled for the 733644PC                         ;
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;


PATTERN nlast2.eqn

DATE  Fri Mar 22 14:30:14 1996

CHIP NLAST2 XEPLD 

MINIMIZE OFF
LOGIC_OPT OFF
OPTIONS OFF UIM_OPT REG_OPT CLOCK_OPT FOE_OPT


PARTITION FB3_1 RLE
PARTITION FB3_8 EMPTY_1 EMPTY

PARTITION FB2_1 N2LAST0 N2LAST1 N2LAST2 N2LAST3 N2LAST4 N2LAST5
                    N2LAST7 N2LAST8 N2LAST9

PARTITION FB1_2 N2LAST6 TEMP

INPUTPIN RPOKX SM1Q0 READY TRAIL CLRTAG IHOLD 
INPUTPIN  ( FI ) M0 M1 M2 M3 M4 M5 M6 M7 
INPUTPIN SS0 SS1 SS2 
INPUTPIN  ( FI ) HITCN0 HITCN1 HITCN2 
OUTPUTPIN  EMPTY N2LAST0 N2LAST1 N2LAST2 N2LAST3 N2LAST4 N2LAST5 
                   N2LAST6 N2LAST7 N2LAST8 N2LAST9 RLE TEMP  

NODE EMPTY_1  
FASTCLOCK CLK  
 
 
 
 

EQUATIONS 
/TEMP := /SS0    ; Fast function block 
   TEMP.CLKF =  CLK

 RLE  = /RPOKX */SM1Q0 * READY */TRAIL */CLRTAG */IHOLD */N2LAST0
           */N2LAST1 */N2LAST2 */N2LAST3 */N2LAST4 */N2LAST5 */N2LAST6
           */N2LAST7 */N2LAST8 */N2LAST9
       + /RPOKX */SM1Q0 */READY * TRAIL */CLRTAG */IHOLD
       + /RPOKX * SM1Q0 */READY */TRAIL */CLRTAG    ; Fast function block 

 N2LAST0  =  M2 */M3 */M5 */M7 * HITCN0 * HITCN1
       + /M1 */M3 * M6 */M7 * HITCN0 * HITCN1
       + /M1 */M5 */M7 * HITCN0 * HITCN2
       + /M1 */M7 * HITCN0 * HITCN1 * HITCN2    ; Fast function block 

 N2LAST1  = /M3 */SS1 */SS2 * HITCN0 * HITCN1
       +  M2 */M5 */M7 * HITCN0 * HITCN2
       + /M7 */SS1 * SS2 * HITCN0 * HITCN1
       +  M2 */M7 * HITCN0 * HITCN1 * HITCN2    ; Fast function block 

 N2LAST2  =  M2 */M3 * M6 */M7 * HITCN0 * HITCN1
       +  M3 */SS0 * SS1 */SS2 */HITCN0
       +  M5 */SS1 * SS2 */HITCN0 */HITCN1
       +  M1 */SS1 */SS2 */HITCN0 */HITCN1    ; Fast function block 

 N2LAST3  =  M2 */M4 * SS0 * SS1 */HITCN1
       +  M3 * SS0 */SS1 */SS2 */HITCN0
       + /M6 * HITCN1 * HITCN2
       +  M3 */M4 * SS0 * SS1 */HITCN0    ; Fast function block 

 N2LAST4  = /M1 */SS0 */SS1 */SS2 * HITCN0
       +  M2 * SS0 */SS1 */SS2 */HITCN1
       +  M5 */M6 * SS0 * SS1 */HITCN0
       +  M1 */M2 * SS0 * SS1 */HITCN0    ; Fast function block 

 N2LAST5  = /M5 */SS0 */SS1 * SS2 * HITCN0
       + /M3 */SS0 * SS1 */SS2 * HITCN0
       + /M1 */M3 */M5 */M7 * HITCN0
       + /M1 */M3 */SS1 */SS2 * HITCN0    ; Fast function block 

/N2LAST6  = /HITCN1 */HITCN2
       +  SS0 * SS1
       +  SS0 */HITCN2    ; Fast function block 

 N2LAST7  = /M7 */SS0 * SS1 * SS2 * HITCN0
       + /M2 */SS1 */SS2 * HITCN1
       + /M5 */M7 */SS1 * SS2 * HITCN0
       + /M6 */SS1 * SS2 * HITCN1    ; Fast function block 

 N2LAST8  =  M4 * SS0 * SS1 */HITCN2
       +  M6 * SS0 * SS2 */HITCN1
       +  M7 * SS1 * SS2 */HITCN0
       +  M7 * SS0 * SS2 */HITCN0    ; Fast function block 

 N2LAST9  = /M4 * HITCN2
       +  M6 * SS0 * SS1 */HITCN1
       +  M7 * SS0 * SS1 */HITCN0
       + /M2 */M6 * HITCN1    ; Fast function block 

 EMPTY  = /M2 */SS0 * SS1 */SS2
       + /M6 */SS0 * SS1 * SS2
       + /M4 */SS1 * SS2
       + /M0 */SS1 */SS2    ; Fast function block 

   EMPTY_1.EXPORT = /M0 * SS0 * SS1    ; Fast function block