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; 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 dlko0.eqn

DATE  Fri Mar 22 12:25:30 1996

CHIP DLKO0 XEPLD 

MINIMIZE OFF
LOGIC_OPT OFF
OPTIONS OFF UIM_OPT REG_OPT CLOCK_OPT FOE_OPT


PARTITION FB3_1 SSDEL3 LEADDI SS2 ASS3 BSS3
PARTITION FB3_7 INVADD0

PARTITION FB2_2 IVDATA1 IVDATA2 IVDATA3 SS0 SS1 IHITWE0 ADD3 RLEDEL

PARTITION FB1_2 LKOLL1 LKOLL2 LKOLL3 LKOHL0 LKOHL1 LKOHL2 LKOHL3
                    IVDATA0

PARTITION FB4_1 LKOLL0

INPUTPIN  ( FI ) HITWEDEL INIT EE LEP RLE HLE LAYCN 
OUTPUTPIN  SS0 SS1 SS2 ASS3 BSS3 IHITWE0 INVADD0 ADD3 RLEDEL  

IOPIN  ( FOE = AMSSWR ) LKOLL0 LKOLL1 LKOLL2 LKOLL3 LKOHL0 LKOHL1 
                   LKOHL2 LKOHL3 
IOPIN  ( FOE = AMSSRD ) IVDATA0 IVDATA1 IVDATA2 IVDATA3 
NODE SSDEL3 LEADDI  
FASTCLOCK CLK NCLK  
FOEPIN AMSSRD AMSSWR  
 
 
 

EQUATIONS 
/RLEDEL := /RLE    ; Fast function block 
   RLEDEL.CLKF =  CLK
   RLEDEL.RSTF =  INIT

/LEADDI  = /RLE */HLE
       + /LEP */RLE    ; Fast function block 

 INVADD0 := /EE * RLE */LAYCN * LKOLL0.PIN * LKOLL1.PIN * LKOLL2.PIN
           * LKOLL3.PIN
       + /EE * RLE * LAYCN * LKOHL0.PIN * LKOHL1.PIN * LKOHL2.PIN
           * LKOHL3.PIN
       + /EE * LEP * HLE * LKOLL0.PIN * LKOLL1.PIN * LKOLL2.PIN
           * LKOLL3.PIN    ; Fast function block 
   INVADD0.CLKF =  CLK
   INVADD0.RSTF =  INIT

/IHITWE0 :=  LEP * LKOLL0.PIN * LKOLL1.PIN * LKOLL2.PIN * LKOLL3.PIN
       +  EE
       + /HLE    ; Fast function block 
   IHITWE0.CLKF =  CLK
   IHITWE0.RSTF =  INIT

/ADD3  =  HITWEDEL */SSDEL3
       + /HITWEDEL */ASS3    ; Fast function block 

 SS0 :=  LEP * HLE * LKOLL0.PIN
       +  RLE */LAYCN * LKOLL0.PIN
       +  RLE * LAYCN * LKOHL0.PIN
       +  SS0 */LEADDI    ; Fast function block 
   SS0.CLKF =  CLK
   SS0.RSTF =  INIT

 SS1 :=  LEP * HLE * LKOLL1.PIN
       +  RLE */LAYCN * LKOLL1.PIN
       +  RLE * LAYCN * LKOHL1.PIN
       +  SS1 */LEADDI    ; Fast function block 
   SS1.CLKF =  CLK
   SS1.RSTF =  INIT

 SS2 :=  LEP * HLE * LKOLL2.PIN
       +  RLE */LAYCN * LKOLL2.PIN
       +  RLE * LAYCN * LKOHL2.PIN
       +  SS2 */LEADDI    ; Fast function block 
   SS2.CLKF =  CLK
   SS2.RSTF =  INIT

 ASS3 :=  LEP * HLE * LKOLL3.PIN
       +  RLE */LAYCN * LKOLL3.PIN
       +  RLE * LAYCN * LKOHL3.PIN
       +  ASS3 */LEADDI    ; Fast function block 
   ASS3.CLKF =  CLK
   ASS3.RSTF =  INIT

 BSS3 :=  LEP * HLE * LKOLL3.PIN
       +  RLE */LAYCN * LKOLL3.PIN
       +  RLE * LAYCN * LKOHL3.PIN
       +  BSS3 */LEADDI    ; Fast function block 
   BSS3.CLKF =  CLK
   BSS3.RSTF =  INIT

/SSDEL3 := /ASS3    ; Fast function block 
   SSDEL3.CLKF =  NCLK

/IVDATA0  =  LAYCN */LKOHL0.PIN
       + /LAYCN */LKOLL0.PIN    ; Fast function block 

/IVDATA1  =  LAYCN */LKOHL1.PIN
       + /LAYCN */LKOLL1.PIN    ; Fast function block 

/IVDATA2  =  LAYCN */LKOHL2.PIN
       + /LAYCN */LKOLL2.PIN    ; Fast function block 

/IVDATA3  =  LAYCN */LKOHL3.PIN
       + /LAYCN */LKOLL3.PIN    ; Fast function block 

/LKOLL0  = /IVDATA0.PIN    ; Fast function block 

/LKOLL1  = /IVDATA1.PIN    ; Fast function block 

/LKOLL2  = /IVDATA2.PIN    ; Fast function block 

/LKOLL3  = /IVDATA3.PIN    ; Fast function block 

/LKOHL0  = /IVDATA0.PIN    ; Fast function block 

/LKOHL1  = /IVDATA1.PIN    ; Fast function block 

/LKOHL2  = /IVDATA2.PIN    ; Fast function block 

/LKOHL3  = /IVDATA3.PIN    ; Fast function block