;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
; 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 out2.eqn

DATE  Fri Mar 22 14:43:59 1996

CHIP OUT2 XEPLD 

MINIMIZE OFF
LOGIC_OPT OFF
OPTIONS OFF UIM_OPT REG_OPT CLOCK_OPT FOE_OPT


PARTITION FB3_1 OUT14

PARTITION FB2_1 ODD2_1 ODD2_2 ODD2_3 ODD2 DUMMY OUT10 OUT11 OUT12
                    OUT13

PARTITION FB1_2 IVDATA12 IVDATA13 IVDATA14 OSPY10 OSPY11 OSPY12
                    OSPY13 OSPY14

PARTITION FB4_1 IVDATA10 IVDATA11

INPUTPIN  ( FI ) PUSH PUSHVME EEOUT DATA10 DATA11 DATA12 DATA13 
                   DATA14 TMOD EERESET IVADD19 
INPUTPIN CLKR DNCLKR NCLKR 
OUTPUTPIN  DUMMY OUT10 OUT11 OUT12 OUT13 OUT14 ODD2  

IOPIN  ( FOE = ROUT ) IVDATA10 IVDATA11 IVDATA12 IVDATA13 IVDATA14 
IOPIN  ( FOE = ENSPY ) OSPY10 OSPY11 OSPY12 OSPY13 OSPY14 
NODE ODD2_1 ODD2_2 ODD2_3  
FASTCLOCK CLK  
FOEPIN ROUT ENSPY  
 
 
 

EQUATIONS 
/DUMMY  = /CLKR
       + /NCLKR
       + /DNCLKR    ; Fast function block 

/OSPY14 :=  PUSHVME * TMOD */IVDATA14.PIN
       +  PUSH */DATA14 */TMOD
       + /PUSH */TMOD */OUT14
       + /PUSHVME * TMOD */OUT14    ; Fast function block 
   OSPY14.CLKF =  CLK

/OUT14 :=  PUSHVME * TMOD */IVDATA14.PIN
       +  PUSH */DATA14 */TMOD
       + /PUSH */TMOD */OUT14
       + /PUSHVME * TMOD */OUT14    ; Fast function block 
   OUT14.CLKF =  CLK

/OSPY13 :=  PUSHVME * TMOD */IVDATA13.PIN
       +  PUSH */DATA13 */TMOD
       + /PUSH */TMOD */OUT13
       + /PUSHVME * TMOD */OUT13    ; Fast function block 
   OSPY13.CLKF =  CLK

/OUT13 :=  PUSHVME * TMOD */IVDATA13.PIN
       +  PUSH */DATA13 */TMOD
       + /PUSH */TMOD */OUT13
       + /PUSHVME * TMOD */OUT13    ; Fast function block 
   OUT13.CLKF =  CLK

/OSPY12 :=  PUSHVME * TMOD */IVDATA12.PIN
       +  PUSH */DATA12 */TMOD
       + /PUSH */TMOD */OUT12
       + /PUSHVME * TMOD */OUT12    ; Fast function block 
   OSPY12.CLKF =  CLK

/OUT12 :=  PUSHVME * TMOD */IVDATA12.PIN
       +  PUSH */DATA12 */TMOD
       + /PUSH */TMOD */OUT12
       + /PUSHVME * TMOD */OUT12    ; Fast function block 
   OUT12.CLKF =  CLK

/OSPY11 :=  PUSHVME * TMOD */IVDATA11.PIN
       +  PUSH */DATA11 */TMOD
       + /PUSH */TMOD */OUT11
       + /PUSHVME * TMOD */OUT11    ; Fast function block 
   OSPY11.CLKF =  CLK

/OUT11 :=  PUSHVME * TMOD */IVDATA11.PIN
       +  PUSH */DATA11 */TMOD
       + /PUSH */TMOD */OUT11
       + /PUSHVME * TMOD */OUT11    ; Fast function block 
   OUT11.CLKF =  CLK

/OSPY10 :=  PUSHVME * TMOD */IVDATA10.PIN
       +  PUSH */DATA10 */TMOD
       + /PUSH */TMOD */OUT10
       + /PUSHVME * TMOD */OUT10    ; Fast function block 
   OSPY10.CLKF =  CLK

/OUT10 :=  PUSHVME * TMOD */IVDATA10.PIN
       +  PUSH */DATA10 */TMOD
       + /PUSH */TMOD */OUT10
       + /PUSHVME * TMOD */OUT10    ; Fast function block 
   OUT10.CLKF =  CLK

/IVDATA14  = /IVADD19 */OUT14
       +  IVADD19 */OSPY14.PIN    ; Fast function block 

/IVDATA13  = /IVADD19 */OUT13
       +  IVADD19 */OSPY13.PIN    ; Fast function block 

/IVDATA12  = /IVADD19 */OUT12
       +  IVADD19 */OSPY12.PIN    ; Fast function block 

/IVDATA11  = /IVADD19 */OUT11
       +  IVADD19 */OSPY11.PIN    ; Fast function block 

/IVDATA10  = /IVADD19 */OUT10
       +  IVADD19 */OSPY10.PIN    ; Fast function block 

 ODD2.T  =  PUSH */EEOUT * DATA10 */DATA11 */DATA12 */DATA13 */DATA14
       +  PUSH */EEOUT */DATA10 * DATA11 */DATA12 */DATA13 */DATA14
       +  PUSH */EEOUT */DATA10 */DATA11 * DATA12 */DATA13 */DATA14
       +  PUSH */EEOUT * DATA10 * DATA11 * DATA12 */DATA13 */DATA14    ; Fast function block 
   ODD2.CLKF =  CLK
   ODD2.RSTF =  EERESET

   ODD2_1.EXPORT =  PUSH */EEOUT */DATA10 */DATA11 */DATA12 * DATA13 */DATA14
           +  PUSH */EEOUT * DATA10 * DATA11 */DATA12 * DATA13 */DATA14
           +  PUSH */EEOUT * DATA10 */DATA11 * DATA12 * DATA13 */DATA14
           +  PUSH */EEOUT */DATA10 * DATA11 * DATA12 * DATA13 */DATA14    ; Fast function block 

   ODD2_2.EXPORT =  PUSH */EEOUT */DATA10 */DATA11 */DATA12 */DATA13 * DATA14
           +  PUSH */EEOUT * DATA10 * DATA11 */DATA12 */DATA13 * DATA14
           +  PUSH */EEOUT * DATA10 */DATA11 * DATA12 */DATA13 * DATA14
           +  PUSH */EEOUT */DATA10 * DATA11 * DATA12 */DATA13 * DATA14    ; Fast function block 

   ODD2_3.EXPORT =  PUSH */EEOUT * DATA10 */DATA11 */DATA12 * DATA13 * DATA14
           +  PUSH */EEOUT */DATA10 * DATA11 */DATA12 * DATA13 * DATA14
           +  PUSH */EEOUT */DATA10 */DATA11 * DATA12 * DATA13 * DATA14
           +  PUSH */EEOUT * DATA10 * DATA11 * DATA12 * DATA13 * DATA14    ; Fast function block