;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
; 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 enmap_n.eqn

DATE  Fri Jun 18 18:20:57 1999

CHIP ENMAP XEPLD 

MINIMIZE OFF
LOGIC_OPT OFF
OPTIONS OFF UIM_OPT REG_OPT CLOCK_OPT FOE_OPT


PARTITION FB1_1 ENAMR0 ENAMR1 NEWLAY LEE RESETR

PARTITION FB3_1 ENAMR2 ENAMR3 ENAMR4 ENAMR5 ENAMR6 ENAMR7 ENSSR
PARTITION FB3_9 ENAM7X

PARTITION FB2_1 ENAM0X ENAM1X ENAM2X ENAM3X ENAM4X ENAM5X ENAM6X
                    ENSSX

INPUTPIN  ( FI ) DNCLKR 
INPUTPIN SM1Q0 READY TRAIL CLRTAG IHOLD EE NRLE LAST1 CLKR 
INPUTPIN  ( FI ) N2LAST0 N2LAST1 N2LAST2 N2LAST3 N2LAST4 N2LAST5 
                   N2LAST6 N2LAST7 N2LAST8 N2LAST9 
INPUTPIN TMOD AMSSRD LAY0 LAY1 LAY2 
OUTPUTPIN  ENAM0X ENAM1X ENAM2X ENAM3X ENAM4X ENAM5X ENAM6X ENAM7X 
                   ENSSX  

NODE ENAMR0 ENAMR1 ENAMR2 ENAMR3 ENAMR4 ENAMR5 ENAMR6 ENAMR7 ENSSR 
                   NEWLAY LEE RESETR  
FASTCLOCK CLK DNCLK  
 
 
 
 

EQUATIONS 
/LEE := /EE    ; Fast function block 
   LEE.CLKF =  CLK

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

/RESETR := /CLKR    ; Fast function block 
   RESETR.CLKF =  DNCLK

/ENAM0X :=  TMOD * AMSSRD */LAY0 */LAY1 */LAY2    ; Fast function block 
   ENAM0X.CLKF =  CLK
   ENAM0X.RSTF =  DNCLKR * CLKR * ENAMR0

 ENAMR0 :=  SM1Q0 * READY */TRAIL */CLRTAG */N2LAST0 */N2LAST1
           */N2LAST2 */N2LAST3 */N2LAST4 */N2LAST5 */N2LAST6 */N2LAST7
           */N2LAST8 */N2LAST9 */TMOD
       + /SM1Q0 */READY * TRAIL */CLRTAG */NRLE */TMOD
       + /SM1Q0 */READY */TRAIL */CLRTAG * EE */TMOD
       +  SM1Q0 */READY */TRAIL */CLRTAG */NRLE */TMOD    ; Fast function block 
   ENAMR0.CLKF =  CLK
   ENAMR0.RSTF = /CLKR * RESETR

/ENAM1X :=  TMOD * AMSSRD * LAY0 */LAY1 */LAY2    ; Fast function block 
   ENAM1X.CLKF =  CLK
   ENAM1X.RSTF =  DNCLKR * CLKR * ENAMR1

 ENAMR1 := /SM1Q0 * READY */TRAIL */CLRTAG */TMOD * LAY0 */LAY1
           */LAY2 */NEWLAY
       +  NRLE */TMOD    ; Fast function block 
   ENAMR1.CLKF =  CLK
   ENAMR1.RSTF = /CLKR * RESETR

/ENAM2X :=  TMOD * AMSSRD */LAY0 * LAY1 */LAY2    ; Fast function block 
   ENAM2X.CLKF =  CLK
   ENAM2X.RSTF =  DNCLKR * CLKR * ENAMR2

 ENAMR2 := /SM1Q0 * READY */TRAIL */CLRTAG */TMOD */LAY0 * LAY1
           */LAY2 */NEWLAY
       + /LAST1 */TMOD * LAY0 */LAY1 */LAY2 * NEWLAY    ; Fast function block 
   ENAMR2.CLKF =  CLK
   ENAMR2.RSTF = /CLKR * RESETR

/ENAM3X :=  TMOD * AMSSRD * LAY0 * LAY1 */LAY2    ; Fast function block 
   ENAM3X.CLKF =  CLK
   ENAM3X.RSTF =  DNCLKR * CLKR * ENAMR3

 ENAMR3 := /SM1Q0 * READY */TRAIL */CLRTAG */TMOD * LAY0 * LAY1
           */LAY2 */NEWLAY
       + /LAST1 */TMOD */LAY0 * LAY1 */LAY2 * NEWLAY    ; Fast function block 
   ENAMR3.CLKF =  CLK
   ENAMR3.RSTF = /CLKR * RESETR

/ENAM4X :=  TMOD * AMSSRD */LAY0 */LAY1 * LAY2    ; Fast function block 
   ENAM4X.CLKF =  CLK
   ENAM4X.RSTF =  DNCLKR * CLKR * ENAMR4

 ENAMR4 := /SM1Q0 * READY */TRAIL */CLRTAG */TMOD */LAY0 */LAY1
           * LAY2 */NEWLAY
       + /LAST1 */TMOD * LAY0 * LAY1 */LAY2 * NEWLAY    ; Fast function block 
   ENAMR4.CLKF =  CLK
   ENAMR4.RSTF = /CLKR * RESETR

/ENAM5X :=  TMOD * AMSSRD * LAY0 */LAY1 * LAY2    ; Fast function block 
   ENAM5X.CLKF =  CLK
   ENAM5X.RSTF =  DNCLKR * CLKR * ENAMR5

 ENAMR5 := /SM1Q0 * READY */TRAIL */CLRTAG */TMOD * LAY0 */LAY1
           * LAY2 */NEWLAY
       + /LAST1 */TMOD */LAY0 */LAY1 * LAY2 * NEWLAY    ; Fast function block 
   ENAMR5.CLKF =  CLK
   ENAMR5.RSTF = /CLKR * RESETR

/ENAM6X :=  TMOD * AMSSRD */LAY0 * LAY1 * LAY2    ; Fast function block 
   ENAM6X.CLKF =  CLK
   ENAM6X.RSTF =  DNCLKR * CLKR * ENAMR6

 ENAMR6 := /LAST1 */TMOD * LAY0 */LAY1 * LAY2 * NEWLAY
       + /SM1Q0 * READY */TRAIL */CLRTAG */TMOD */LAY0 * LAY1
           * LAY2 */NEWLAY    ; Fast function block 
   ENAMR6.CLKF =  CLK
   ENAMR6.RSTF = /CLKR * RESETR

/ENAM7X :=  TMOD * AMSSRD * LAY0 * LAY1 * LAY2    ; Fast function block 
   ENAM7X.CLKF =  CLK
   ENAM7X.RSTF =  DNCLKR * CLKR * ENAMR7

 ENAMR7 := /SM1Q0 * READY */TRAIL */CLRTAG */TMOD * LAY0 * LAY1
           * LAY2 */NEWLAY
       + /LAST1 */TMOD */LAY0 * LAY1 * LAY2 * NEWLAY    ; Fast function block 
   ENAMR7.CLKF =  CLK
   ENAMR7.RSTF = /CLKR * RESETR

/ENSSX :=  TMOD * AMSSRD    ; Fast function block 
   ENSSX.CLKF =  CLK
   ENSSX.RSTF =  DNCLKR * ENSSR

 ENSSR := /SM1Q0 */READY */TRAIL */EE */TMOD
       + /SM1Q0 */READY */TRAIL */TMOD * LEE
       + /SM1Q0 */READY */TRAIL * CLRTAG */TMOD    ; Fast function block 
   ENSSR.CLKF =  CLK
   ENSSR.RSTF = /CLKR * RESETR