
     | | | | | | |
   _________________
  -|               |-
  -|               |-
  -|               |-
  -|    CYPRESS    |-
  -|               |-
  -|               |-   Warp VHDL Synthesis Compiler: Version 6.2 IR 28.4
  -|               |-   Copyright (C) 1991-2001 Cypress Semiconductor
   |_______________|
     | | | | | | |

======================================================================
Compiling:  CounterTop.vhd
Options:    -m -yu -e10 -w100 -o2 -ygs -fO -fK -v10 -dc37256 -pcy37256p160-125ac -a Counter.vhd -b CounterTop.vhd -u Counter.hie -uch0000
======================================================================

vhdlfe V6.2 IR 27:  VHDL parser
Wed Jan 15 21:04:43 2003

Library 'work' => directory 'lc37256'
Linking 'C:\Program Files\Cypress\Warp\bin\std.vhd'.
Linking 'C:\Program Files\Cypress\Warp\lib\common\cypress.vhd'.
Linking 'C:\Program Files\Cypress\Warp\lib\common\work\cypress.vif'.
Using control file 'CounterTop.ctl'.
Library 'ieee' => directory 'C:\Program Files\Cypress\Warp\lib\ieee\work'
Linking 'C:\Program Files\Cypress\Warp\lib\ieee\work\stdlogic.vif'.
Note:  Using config. rule 'sysclk' to set attribute 'pin_numbers' on 'sysclk'.
Note:  Using config. rule 'outen' to set attribute 'pin_numbers' on 'outen'.

vhdlfe:  No errors.


tovif V6.2 IR 27:  High-level synthesis
Wed Jan 15 21:04:43 2003

Linking 'C:\Program Files\Cypress\Warp\bin\std.vhd'.
Linking 'C:\Program Files\Cypress\Warp\lib\common\cypress.vhd'.
Linking 'C:\Program Files\Cypress\Warp\lib\common\work\cypress.vif'.
Linking 'C:\Rob\COUNTE~1\VHDL\PETER'~1\CounterTop.ctl'.
Linking 'C:\Program Files\Cypress\Warp\lib\ieee\work\stdlogic.vif'.
Note:  Using config. rule 'C(7)' to set attribute 'pin_numbers' on 'c(7)'.
Note:  Using config. rule 'C(6)' to set attribute 'pin_numbers' on 'c(6)'.
Note:  Using config. rule 'C(5)' to set attribute 'pin_numbers' on 'c(5)'.
Note:  Using config. rule 'C(4)' to set attribute 'pin_numbers' on 'c(4)'.
Note:  Using config. rule 'C(3)' to set attribute 'pin_numbers' on 'c(3)'.
Note:  Using config. rule 'C(2)' to set attribute 'pin_numbers' on 'c(2)'.
Note:  Using config. rule 'C(1)' to set attribute 'pin_numbers' on 'c(1)'.
Note:  Using config. rule 'C(0)' to set attribute 'pin_numbers' on 'c(0)'.
Note:  Using config. rule 'DCI(2)' to set attribute 'pin_numbers' on 'dci(2)'.
Note:  Using config. rule 'DCI(1)' to set attribute 'pin_numbers' on 'dci(1)'.
Note:  Using config. rule 'DCI(0)' to set attribute 'pin_numbers' on 'dci(0)'.
Note:  Using config. rule 'COUNT_SIGNAL(4)' to set attribute 'pin_numbers' on 'count_signal(4)'.
Note:  Using config. rule 'COUNT_SIGNAL(3)' to set attribute 'pin_numbers' on 'count_signal(3)'.
Note:  Using config. rule 'COUNT_SIGNAL(2)' to set attribute 'pin_numbers' on 'count_signal(2)'.
Note:  Using config. rule 'COUNT_SIGNAL(1)' to set attribute 'pin_numbers' on 'count_signal(1)'.
Note:  Using config. rule 'D(15)' to set attribute 'pin_numbers' on 'd(15)'.
Note:  Using config. rule 'D(14)' to set attribute 'pin_numbers' on 'd(14)'.
Note:  Using config. rule 'D(13)' to set attribute 'pin_numbers' on 'd(13)'.
Note:  Using config. rule 'D(12)' to set attribute 'pin_numbers' on 'd(12)'.
Note:  Using config. rule 'D(11)' to set attribute 'pin_numbers' on 'd(11)'.
Note:  Using config. rule 'D(10)' to set attribute 'pin_numbers' on 'd(10)'.
Note:  Using config. rule 'D(9)' to set attribute 'pin_numbers' on 'd(9)'.
Note:  Using config. rule 'D(8)' to set attribute 'pin_numbers' on 'd(8)'.
Note:  Using config. rule 'D(7)' to set attribute 'pin_numbers' on 'd(7)'.
Note:  Using config. rule 'D(6)' to set attribute 'pin_numbers' on 'd(6)'.
Note:  Using config. rule 'D(5)' to set attribute 'pin_numbers' on 'd(5)'.
Note:  Using config. rule 'D(4)' to set attribute 'pin_numbers' on 'd(4)'.
Note:  Using config. rule 'D(3)' to set attribute 'pin_numbers' on 'd(3)'.
Note:  Using config. rule 'D(2)' to set attribute 'pin_numbers' on 'd(2)'.
Note:  Using config. rule 'D(1)' to set attribute 'pin_numbers' on 'd(1)'.
Note:  Using config. rule 'D(0)' to set attribute 'pin_numbers' on 'd(0)'.
Note:  Using config. rule 'DCO(2)' to set attribute 'pin_numbers' on 'dco(2)'.
Note:  Using config. rule 'DCO(1)' to set attribute 'pin_numbers' on 'dco(1)'.
Note:  Using config. rule 'DCO(0)' to set attribute 'pin_numbers' on 'dco(0)'.

tovif:  No errors.


topld V6.2 IR 27:  Synthesis and optimization
Wed Jan 15 21:04:43 2003

Linking 'C:\Program Files\Cypress\Warp\bin\std.vhd'.
Linking 'C:\Program Files\Cypress\Warp\lib\common\cypress.vhd'.
Linking 'C:\Program Files\Cypress\Warp\lib\common\work\cypress.vif'.
Linking 'C:\Rob\COUNTE~1\VHDL\PETER'~1\CounterTop.ctl'.
Linking 'C:\Program Files\Cypress\Warp\lib\ieee\work\stdlogic.vif'.
Note:  Using config. rule 'sysclk' to set attribute 'pin_numbers' on 'sysclk'.
Note:  Using config. rule 'C(7)' to set attribute 'pin_numbers' on 'c(7)'.
Note:  Using config. rule 'C(6)' to set attribute 'pin_numbers' on 'c(6)'.
Note:  Using config. rule 'C(5)' to set attribute 'pin_numbers' on 'c(5)'.
Note:  Using config. rule 'C(4)' to set attribute 'pin_numbers' on 'c(4)'.
Note:  Using config. rule 'C(3)' to set attribute 'pin_numbers' on 'c(3)'.
Note:  Using config. rule 'C(2)' to set attribute 'pin_numbers' on 'c(2)'.
Note:  Using config. rule 'C(1)' to set attribute 'pin_numbers' on 'c(1)'.
Note:  Using config. rule 'C(0)' to set attribute 'pin_numbers' on 'c(0)'.
Note:  Using config. rule 'DCI(2)' to set attribute 'pin_numbers' on 'dci(2)'.
Note:  Using config. rule 'DCI(1)' to set attribute 'pin_numbers' on 'dci(1)'.
Note:  Using config. rule 'DCI(0)' to set attribute 'pin_numbers' on 'dci(0)'.
Note:  Using config. rule 'COUNT_SIGNAL(4)' to set attribute 'pin_numbers' on 'count_signal(4)'.
Note:  Using config. rule 'COUNT_SIGNAL(3)' to set attribute 'pin_numbers' on 'count_signal(3)'.
Note:  Using config. rule 'COUNT_SIGNAL(2)' to set attribute 'pin_numbers' on 'count_signal(2)'.
Note:  Using config. rule 'COUNT_SIGNAL(1)' to set attribute 'pin_numbers' on 'count_signal(1)'.
Note:  Using config. rule 'D(15)' to set attribute 'pin_numbers' on 'd(15)'.
Note:  Using config. rule 'D(14)' to set attribute 'pin_numbers' on 'd(14)'.
Note:  Using config. rule 'D(13)' to set attribute 'pin_numbers' on 'd(13)'.
Note:  Using config. rule 'D(12)' to set attribute 'pin_numbers' on 'd(12)'.
Note:  Using config. rule 'D(11)' to set attribute 'pin_numbers' on 'd(11)'.
Note:  Using config. rule 'D(10)' to set attribute 'pin_numbers' on 'd(10)'.
Note:  Using config. rule 'D(9)' to set attribute 'pin_numbers' on 'd(9)'.
Note:  Using config. rule 'D(8)' to set attribute 'pin_numbers' on 'd(8)'.
Note:  Using config. rule 'D(7)' to set attribute 'pin_numbers' on 'd(7)'.
Note:  Using config. rule 'D(6)' to set attribute 'pin_numbers' on 'd(6)'.
Note:  Using config. rule 'D(5)' to set attribute 'pin_numbers' on 'd(5)'.
Note:  Using config. rule 'D(4)' to set attribute 'pin_numbers' on 'd(4)'.
Note:  Using config. rule 'D(3)' to set attribute 'pin_numbers' on 'd(3)'.
Note:  Using config. rule 'D(2)' to set attribute 'pin_numbers' on 'd(2)'.
Note:  Using config. rule 'D(1)' to set attribute 'pin_numbers' on 'd(1)'.
Note:  Using config. rule 'D(0)' to set attribute 'pin_numbers' on 'd(0)'.
Note:  Using config. rule 'outen' to set attribute 'pin_numbers' on 'outen'.
Note:  Using config. rule 'DCO(2)' to set attribute 'pin_numbers' on 'dco(2)'.
Note:  Using config. rule 'DCO(1)' to set attribute 'pin_numbers' on 'dco(1)'.
Note:  Using config. rule 'DCO(0)' to set attribute 'pin_numbers' on 'dco(0)'.
Linking 'C:\Program Files\Cypress\Warp\lib\lc370\stdlogic\c370.vif'.
Linking 'C:\Program Files\Cypress\Warp\lib\ieee\work\syntocyp.vif'.
Linking 'C:\Program Files\Cypress\Warp\lib\ieee\work\synusgnd.vif'.
Linking 'C:\Program Files\Cypress\Warp\lib\common\stdlogic\lpmpkg.vif'.
Linking 'C:\Program Files\Cypress\Warp\lib\common\stdlogic\rtlpkg.vif'.
Linking 'C:\Program Files\Cypress\Warp\lib\common\stdlogic\mod_cnst.vif'.
Linking 'C:\Program Files\Cypress\Warp\lib\common\stdlogic\syntocyp.vif'.
Linking 'C:\Rob\COUNTE~1\VHDL\PETER'~1\lc37256\counter.vif'.

----------------------------------------------------------
Detecting unused logic.
----------------------------------------------------------



------------------------------------------------------
Alias Detection
------------------------------------------------------

------------------------------------------------------
Aliased 0 equations, 667 wires.
------------------------------------------------------

----------------------------------------------------------
Circuit simplification
----------------------------------------------------------

----------------------------------------------------------
Circuit simplification results:

	Expanded 234 signals.
	Turned 0 signals into soft nodes.
	Maximum default expansion cost was set at 10.
----------------------------------------------------------

------------------------------------------------------
Alias Detection
------------------------------------------------------

------------------------------------------------------
Aliased 0 equations, 43 wires.
------------------------------------------------------

----------------------------------------------------------
Circuit simplification
----------------------------------------------------------

----------------------------------------------------------
Circuit simplification results:

	Expanded 0 signals.
	Turned 0 signals into soft nodes.
	Maximum default expansion cost was set at 10.
----------------------------------------------------------
Created 1334 PLD nodes.

topld:  No errors.

----------------------------------------------------------------------------
PLD Optimizer Software:       DSGNOPT.EXE    31/03/2000  [v4.02 ] 6.2 IR 27

DESIGN HEADER INFORMATION  (21:05:12)

Input File(s): CounterTop.pla
Device       : cy37256p160
Package      : cy37256p160-125ac
ReportFile   : CounterTop.rpt

Program Controls:
    COMMAND LANGUAGE_VHDL 
    COMMAND UserCode 0000000000000000 
    COMMAND PROPERTY BUS_HOLD ENABLE 

Signal Requests:
    GROUP DT-OPT ALL
    GROUP KEEPPOL ALL
    GROUP FAST_SLEW ALL

Completed Successfully  
----------------------------------------------------------------------------
PLD Optimizer Software:       DSGNOPT.EXE    31/03/2000  [v4.02 ] 6.2 IR 27

OPTIMIZATION OPTIONS       (21:05:12)

Messages:
  Information: Process virtual 'tempcount_0B' ... converted to NODE.
  Information: Process virtual 'tempcount_0D'tempcount_0D ... expanded.
  Information: Process virtual 'LATtmp29'LATtmp29 ... expanded.
  Information: Process virtual 'LATtmp28'LATtmp28 ... expanded.
  Information: Process virtual 'tempcount_1B' ... converted to NODE.
  Information: Process virtual 'tempcount_1D'tempcount_1D ... expanded.
  Information: Process virtual 'LATtmp27'LATtmp27 ... expanded.
  Information: Process virtual 'LATtmp26'LATtmp26 ... expanded.
  Information: Process virtual 'tempcount_2B' ... converted to NODE.
  Information: Process virtual 'tempcount_2D'tempcount_2D ... expanded.
  Information: Process virtual 'LATtmp25'LATtmp25 ... expanded.
  Information: Process virtual 'LATtmp24'LATtmp24 ... expanded.
  Information: Process virtual 'tempcount_3B' ... converted to NODE.
  Information: Process virtual 'tempcount_3D'tempcount_3D ... expanded.
  Information: Process virtual 'LATtmp23'LATtmp23 ... expanded.
  Information: Process virtual 'LATtmp22'LATtmp22 ... expanded.
  Information: Process virtual 'tempcount_4B' ... converted to NODE.
  Information: Process virtual 'tempcount_4D'tempcount_4D ... expanded.
  Information: Process virtual 'LATtmp21'LATtmp21 ... expanded.
  Information: Process virtual 'LATtmp20'LATtmp20 ... expanded.
  Information: Process virtual 'tempcount_5B' ... converted to NODE.
  Information: Process virtual 'tempcount_5D'tempcount_5D ... expanded.
  Information: Process virtual 'LATtmp19'LATtmp19 ... expanded.
  Information: Process virtual 'LATtmp18'LATtmp18 ... expanded.
  Information: Process virtual 'tempcount_6B' ... converted to NODE.
  Information: Process virtual 'tempcount_6D'tempcount_6D ... expanded.
  Information: Process virtual 'LATtmp17'LATtmp17 ... expanded.
  Information: Process virtual 'LATtmp16'LATtmp16 ... expanded.
  Information: Process virtual 'tempcount_7B' ... converted to NODE.
  Information: Process virtual 'tempcount_7D'tempcount_7D ... expanded.
  Information: Process virtual 'LATtmp15'LATtmp15 ... expanded.
  Information: Process virtual 'LATtmp14'LATtmp14 ... expanded.
  Information: Process virtual 'tempcount_8B' ... converted to NODE.
  Information: Process virtual 'tempcount_8D'tempcount_8D ... expanded.
  Information: Process virtual 'LATtmp13'LATtmp13 ... expanded.
  Information: Process virtual 'LATtmp12'LATtmp12 ... expanded.
  Information: Process virtual 'tempcount_9B' ... converted to NODE.
  Information: Process virtual 'tempcount_9D'tempcount_9D ... expanded.
  Information: Process virtual 'LATtmp11'LATtmp11 ... expanded.
  Information: Process virtual 'LATtmp10'LATtmp10 ... expanded.
  Information: Process virtual 'tempcount_10B' ... converted to NODE.
  Information: Process virtual 'tempcount_10D'tempcount_10D ... expanded.
  Information: Process virtual 'LATtmp9'LATtmp9 ... expanded.
  Information: Process virtual 'LATtmp8'LATtmp8 ... expanded.
  Information: Process virtual 'tempcount_11B' ... converted to NODE.
  Information: Process virtual 'tempcount_11D'tempcount_11D ... expanded.
  Information: Process virtual 'LATtmp7'LATtmp7 ... expanded.
  Information: Process virtual 'LATtmp6'LATtmp6 ... expanded.
  Information: Process virtual 'tempcount_12B' ... converted to NODE.
  Information: Process virtual 'tempcount_12D'tempcount_12D ... expanded.
  Information: Process virtual 'LATtmp5'LATtmp5 ... expanded.
  Information: Process virtual 'LATtmp4'LATtmp4 ... expanded.
  Information: Process virtual 'tempcount_13B' ... converted to NODE.
  Information: Process virtual 'tempcount_13D'tempcount_13D ... expanded.
  Information: Process virtual 'LATtmp3'LATtmp3 ... expanded.
  Information: Process virtual 'LATtmp2'LATtmp2 ... expanded.
  Information: Process virtual 'tempcount_14B' ... converted to NODE.
  Information: Process virtual 'tempcount_14D'tempcount_14D ... expanded.
  Information: Process virtual 'LATtmp1'LATtmp1 ... expanded.
  Information: Process virtual 'LATtmp0'LATtmp0 ... expanded.
  Information: Process virtual 'XORtmp2'XORtmp2 ... expanded.
  Information: Process virtual 'XORtmp1'XORtmp1 ... expanded.
  Information: Process virtual 'XORtmp0'XORtmp0 ... expanded.
  Information: Process virtual 'pulse_out4D'pulse_out4D ... expanded.
  Information: Process virtual 'pulse_out3D'pulse_out3D ... expanded.
  Information: Process virtual 'pulse_out2D'pulse_out2D ... expanded.
  Information: Process virtual 'pulse_out1D'pulse_out1D ... expanded.
  Information: Process virtual 'lowcountd_0D'lowcountd_0D ... expanded.
  Information: Process virtual 'highcountd_0D'highcountd_0D ... expanded.
  Information: Process virtual 'lowcountc_0D'lowcountc_0D ... expanded.
  Information: Process virtual 'highcountc_0D'highcountc_0D ... expanded.
  Information: Process virtual 'lowcountb_0D'lowcountb_0D ... expanded.
  Information: Process virtual 'highcountb_0D'highcountb_0D ... expanded.
  Information: Process virtual 'lowcounta_0D'lowcounta_0D ... expanded.
  Information: Process virtual 'highcounta_0D'highcounta_0D ... expanded.
  Information: Process virtual 'lowcountd_1D'lowcountd_1D ... expanded.
  Information: Process virtual 'highcountd_1D'highcountd_1D ... expanded.
  Information: Process virtual 'lowcountc_1D'lowcountc_1D ... expanded.
  Information: Process virtual 'highcountc_1D'highcountc_1D ... expanded.
  Information: Process virtual 'lowcountb_1D'lowcountb_1D ... expanded.
  Information: Process virtual 'highcountb_1D'highcountb_1D ... expanded.
  Information: Process virtual 'lowcounta_1D'lowcounta_1D ... expanded.
  Information: Process virtual 'highcounta_1D'highcounta_1D ... expanded.
  Information: Process virtual 'lowcountd_2D'lowcountd_2D ... expanded.
  Information: Process virtual 'highcountd_2D'highcountd_2D ... expanded.
  Information: Process virtual 'lowcountc_2D'lowcountc_2D ... expanded.
  Information: Process virtual 'highcountc_2D'highcountc_2D ... expanded.
  Information: Process virtual 'lowcountb_2D'lowcountb_2D ... expanded.
  Information: Process virtual 'highcountb_2D'highcountb_2D ... expanded.
  Information: Process virtual 'lowcounta_2D'lowcounta_2D ... expanded.
  Information: Process virtual 'highcounta_2D'highcounta_2D ... expanded.
  Information: Process virtual 'lowcountd_3D'lowcountd_3D ... expanded.
  Information: Process virtual 'highcountd_3D'highcountd_3D ... expanded.
  Information: Process virtual 'lowcountc_3D'lowcountc_3D ... expanded.
  Information: Process virtual 'highcountc_3D'highcountc_3D ... expanded.
  Information: Process virtual 'lowcountb_3D'lowcountb_3D ... expanded.
  Information: Process virtual 'highcountb_3D'highcountb_3D ... expanded.
  Information: Process virtual 'lowcounta_3D'lowcounta_3D ... expanded.
  Information: Process virtual 'highcounta_3D'highcounta_3D ... expanded.
  Information: Process virtual 'lowcountd_4D'lowcountd_4D ... expanded.
  Information: Process virtual 'highcountd_4D'highcountd_4D ... expanded.
  Information: Process virtual 'lowcountc_4D'lowcountc_4D ... expanded.
  Information: Process virtual 'highcountc_4D'highcountc_4D ... expanded.
  Information: Process virtual 'lowcountb_4D'lowcountb_4D ... expanded.
  Information: Process virtual 'highcountb_4D'highcountb_4D ... expanded.
  Information: Process virtual 'lowcounta_4D'lowcounta_4D ... expanded.
  Information: Process virtual 'highcounta_4D'highcounta_4D ... expanded.
  Information: Process virtual 'lowcountd_5D'lowcountd_5D ... expanded.
  Information: Process virtual 'highcountd_5D'highcountd_5D ... expanded.
  Information: Process virtual 'lowcountc_5D'lowcountc_5D ... expanded.
  Information: Process virtual 'highcountc_5D'highcountc_5D ... expanded.
  Information: Process virtual 'lowcountb_5D'lowcountb_5D ... expanded.
  Information: Process virtual 'highcountb_5D'highcountb_5D ... expanded.
  Information: Process virtual 'lowcounta_5D'lowcounta_5D ... expanded.
  Information: Process virtual 'highcounta_5D'highcounta_5D ... expanded.
  Information: Process virtual 'lowcountd_6D'lowcountd_6D ... expanded.
  Information: Process virtual 'highcountd_6D'highcountd_6D ... expanded.
  Information: Process virtual 'lowcountc_6D'lowcountc_6D ... expanded.
  Information: Process virtual 'highcountc_6D'highcountc_6D ... expanded.
  Information: Process virtual 'lowcountb_6D'lowcountb_6D ... expanded.
  Information: Process virtual 'highcountb_6D'highcountb_6D ... expanded.
  Information: Process virtual 'lowcounta_6D'lowcounta_6D ... expanded.
  Information: Process virtual 'highcounta_6D'highcounta_6D ... expanded.
  Information: Process virtual 'lowcountd_7D'lowcountd_7D ... expanded.
  Information: Process virtual 'highcountd_7D'highcountd_7D ... expanded.
  Information: Process virtual 'lowcountc_7D'lowcountc_7D ... expanded.
  Information: Process virtual 'highcountc_7D'highcountc_7D ... expanded.
  Information: Process virtual 'lowcountb_7D'lowcountb_7D ... expanded.
  Information: Process virtual 'highcountb_7D'highcountb_7D ... expanded.
  Information: Process virtual 'lowcounta_7D'lowcounta_7D ... expanded.
  Information: Process virtual 'highcounta_7D'highcounta_7D ... expanded.
  Information: Process virtual 'lowcountd_8D'lowcountd_8D ... expanded.
  Information: Process virtual 'highcountd_8D'highcountd_8D ... expanded.
  Information: Process virtual 'lowcountc_8D'lowcountc_8D ... expanded.
  Information: Process virtual 'highcountc_8D'highcountc_8D ... expanded.
  Information: Process virtual 'lowcountb_8D'lowcountb_8D ... expanded.
  Information: Process virtual 'highcountb_8D'highcountb_8D ... expanded.
  Information: Process virtual 'lowcounta_8D'lowcounta_8D ... expanded.
  Information: Process virtual 'highcounta_8D'highcounta_8D ... expanded.
  Information: Process virtual 'lowcountd_9D'lowcountd_9D ... expanded.
  Information: Process virtual 'highcountd_9D'highcountd_9D ... expanded.
  Information: Process virtual 'lowcountc_9D'lowcountc_9D ... expanded.
  Information: Process virtual 'highcountc_9D'highcountc_9D ... expanded.
  Information: Process virtual 'lowcountb_9D'lowcountb_9D ... expanded.
  Information: Process virtual 'highcountb_9D'highcountb_9D ... expanded.
  Information: Process virtual 'lowcounta_9D'lowcounta_9D ... expanded.
  Information: Process virtual 'highcounta_9D'highcounta_9D ... expanded.
  Information: Process virtual 'lowcountd_10D'lowcountd_10D ... expanded.
  Information: Process virtual 'highcountd_10D'highcountd_10D ... expanded.
  Information: Process virtual 'lowcountc_10D'lowcountc_10D ... expanded.
  Information: Process virtual 'highcountc_10D'highcountc_10D ... expanded.
  Information: Process virtual 'lowcountb_10D'lowcountb_10D ... expanded.
  Information: Process virtual 'highcountb_10D'highcountb_10D ... expanded.
  Information: Process virtual 'lowcounta_10D'lowcounta_10D ... expanded.
  Information: Process virtual 'highcounta_10D'highcounta_10D ... expanded.
  Information: Process virtual 'lowcountd_11D'lowcountd_11D ... expanded.
  Information: Process virtual 'highcountd_11D'highcountd_11D ... expanded.
  Information: Process virtual 'lowcountc_11D'lowcountc_11D ... expanded.
  Information: Process virtual 'highcountc_11D'highcountc_11D ... expanded.
  Information: Process virtual 'lowcountb_11D'lowcountb_11D ... expanded.
  Information: Process virtual 'highcountb_11D'highcountb_11D ... expanded.
  Information: Process virtual 'lowcounta_11D'lowcounta_11D ... expanded.
  Information: Process virtual 'highcounta_11D'highcounta_11D ... expanded.
  Information: Process virtual 'lowcountd_12D'lowcountd_12D ... expanded.
  Information: Process virtual 'highcountd_12D'highcountd_12D ... expanded.
  Information: Process virtual 'lowcountc_12D'lowcountc_12D ... expanded.
  Information: Process virtual 'highcountc_12D'highcountc_12D ... expanded.
  Information: Process virtual 'lowcountb_12D'lowcountb_12D ... expanded.
  Information: Process virtual 'highcountb_12D'highcountb_12D ... expanded.
  Information: Process virtual 'lowcounta_12D'lowcounta_12D ... expanded.
  Information: Process virtual 'highcounta_12D'highcounta_12D ... expanded.
  Information: Process virtual 'lowcountd_13D'lowcountd_13D ... expanded.
  Information: Process virtual 'highcountd_13D'highcountd_13D ... expanded.
  Information: Process virtual 'lowcountc_13D'lowcountc_13D ... expanded.
  Information: Process virtual 'highcountc_13D'highcountc_13D ... expanded.
  Information: Process virtual 'lowcountb_13D'lowcountb_13D ... expanded.
  Information: Process virtual 'highcountb_13D'highcountb_13D ... expanded.
  Information: Process virtual 'lowcounta_13D'lowcounta_13D ... expanded.
  Information: Process virtual 'highcounta_13D'highcounta_13D ... expanded.
  Information: Process virtual 'lowcountd_14D'lowcountd_14D ... expanded.
  Information: Process virtual 'highcountd_14D'highcountd_14D ... expanded.
  Information: Process virtual 'lowcountc_14D'lowcountc_14D ... expanded.
  Information: Process virtual 'highcountc_14D'highcountc_14D ... expanded.
  Information: Process virtual 'lowcountb_14D'lowcountb_14D ... expanded.
  Information: Process virtual 'highcountb_14D'highcountb_14D ... expanded.
  Information: Process virtual 'lowcounta_14D'lowcounta_14D ... expanded.
  Information: Process virtual 'highcounta_14D'highcounta_14D ... expanded.
  Information: Process virtual '\d(15)E\'\d(15)E\ ... expanded.
  Information: Process virtual 'pulse_out4' ... converted to NODE.
  Information: Process virtual 'pulse_out3' ... converted to NODE.
  Information: Process virtual 'pulse_out2' ... converted to NODE.
  Information: Process virtual 'pulse_out1' ... converted to NODE.
  Information: Process virtual 'sync_out4' ... converted to NODE.
  Information: Process virtual 'sync_out3' ... converted to NODE.
  Information: Process virtual 'sync_out2'sync_out2 ... expanded.
  Information: Process virtual 'sync_out1' ... converted to NODE.
  Information: Process virtual 'lowcountd_0' ... converted to NODE.
  Information: Process virtual 'highcountd_0' ... converted to NODE.
  Information: Process virtual 'lowcountc_0' ... converted to NODE.
  Information: Process virtual 'highcountc_0' ... converted to NODE.
  Information: Process virtual 'lowcountb_0' ... converted to NODE.
  Information: Process virtual 'highcountb_0' ... converted to NODE.
  Information: Process virtual 'lowcounta_0' ... converted to NODE.
  Information: Process virtual 'highcounta_0' ... converted to NODE.
  Information: Process virtual 'lowcountd_1' ... converted to NODE.
  Information: Process virtual 'highcountd_1' ... converted to NODE.
  Information: Process virtual 'lowcountc_1' ... converted to NODE.
  Information: Process virtual 'highcountc_1' ... converted to NODE.
  Information: Process virtual 'lowcountb_1' ... converted to NODE.
  Information: Process virtual 'highcountb_1' ... converted to NODE.
  Information: Process virtual 'lowcounta_1' ... converted to NODE.
  Information: Process virtual 'highcounta_1' ... converted to NODE.
  Information: Process virtual 'lowcountd_2' ... converted to NODE.
  Information: Process virtual 'highcountd_2' ... converted to NODE.
  Information: Process virtual 'lowcountc_2' ... converted to NODE.
  Information: Process virtual 'highcountc_2' ... converted to NODE.
  Information: Process virtual 'lowcountb_2' ... converted to NODE.
  Information: Process virtual 'highcountb_2' ... converted to NODE.
  Information: Process virtual 'lowcounta_2' ... converted to NODE.
  Information: Process virtual 'highcounta_2' ... converted to NODE.
  Information: Process virtual 'lowcountd_3' ... converted to NODE.
  Information: Process virtual 'highcountd_3' ... converted to NODE.
  Information: Process virtual 'lowcountc_3' ... converted to NODE.
  Information: Process virtual 'highcountc_3' ... converted to NODE.
  Information: Process virtual 'lowcountb_3' ... converted to NODE.
  Information: Process virtual 'highcountb_3' ... converted to NODE.
  Information: Process virtual 'lowcounta_3' ... converted to NODE.
  Information: Process virtual 'highcounta_3' ... converted to NODE.
  Information: Process virtual 'lowcountd_4' ... converted to NODE.
  Information: Process virtual 'highcountd_4' ... converted to NODE.
  Information: Process virtual 'lowcountc_4' ... converted to NODE.
  Information: Process virtual 'highcountc_4' ... converted to NODE.
  Information: Process virtual 'lowcountb_4' ... converted to NODE.
  Information: Process virtual 'highcountb_4' ... converted to NODE.
  Information: Process virtual 'lowcounta_4' ... converted to NODE.
  Information: Process virtual 'highcounta_4' ... converted to NODE.
  Information: Process virtual 'lowcountd_5' ... converted to NODE.
  Information: Process virtual 'highcountd_5' ... converted to NODE.
  Information: Process virtual 'lowcountc_5' ... converted to NODE.
  Information: Process virtual 'highcountc_5' ... converted to NODE.
  Information: Process virtual 'lowcountb_5' ... converted to NODE.
  Information: Process virtual 'highcountb_5' ... converted to NODE.
  Information: Process virtual 'lowcounta_5' ... converted to NODE.
  Information: Process virtual 'highcounta_5' ... converted to NODE.
  Information: Process virtual 'lowcountd_6' ... converted to NODE.
  Information: Process virtual 'highcountd_6' ... converted to NODE.
  Information: Process virtual 'lowcountc_6' ... converted to NODE.
  Information: Process virtual 'highcountc_6' ... converted to NODE.
  Information: Process virtual 'lowcountb_6' ... converted to NODE.
  Information: Process virtual 'highcountb_6' ... converted to NODE.
  Information: Process virtual 'lowcounta_6' ... converted to NODE.
  Information: Process virtual 'highcounta_6' ... converted to NODE.
  Information: Process virtual 'lowcountd_7' ... converted to NODE.
  Information: Process virtual 'highcountd_7' ... converted to NODE.
  Information: Process virtual 'lowcountc_7' ... converted to NODE.
  Information: Process virtual 'highcountc_7' ... converted to NODE.
  Information: Process virtual 'lowcountb_7' ... converted to NODE.
  Information: Process virtual 'highcountb_7' ... converted to NODE.
  Information: Process virtual 'lowcounta_7' ... converted to NODE.
  Information: Process virtual 'highcounta_7' ... converted to NODE.
  Information: Process virtual 'lowcountd_8' ... converted to NODE.
  Information: Process virtual 'highcountd_8' ... converted to NODE.
  Information: Process virtual 'lowcountc_8' ... converted to NODE.
  Information: Process virtual 'highcountc_8' ... converted to NODE.
  Information: Process virtual 'lowcountb_8' ... converted to NODE.
  Information: Process virtual 'highcountb_8' ... converted to NODE.
  Information: Process virtual 'lowcounta_8' ... converted to NODE.
  Information: Process virtual 'highcounta_8' ... converted to NODE.
  Information: Process virtual 'lowcountd_9' ... converted to NODE.
  Information: Process virtual 'highcountd_9' ... converted to NODE.
  Information: Process virtual 'lowcountc_9' ... converted to NODE.
  Information: Process virtual 'highcountc_9' ... converted to NODE.
  Information: Process virtual 'lowcountb_9' ... converted to NODE.
  Information: Process virtual 'highcountb_9' ... converted to NODE.
  Information: Process virtual 'lowcounta_9' ... converted to NODE.
  Information: Process virtual 'highcounta_9' ... converted to NODE.
  Information: Process virtual 'lowcountd_10' ... converted to NODE.
  Information: Process virtual 'highcountd_10' ... converted to NODE.
  Information: Process virtual 'lowcountc_10' ... converted to NODE.
  Information: Process virtual 'highcountc_10' ... converted to NODE.
  Information: Process virtual 'lowcountb_10' ... converted to NODE.
  Information: Process virtual 'highcountb_10' ... converted to NODE.
  Information: Process virtual 'lowcounta_10' ... converted to NODE.
  Information: Process virtual 'highcounta_10' ... converted to NODE.
  Information: Process virtual 'lowcountd_11' ... converted to NODE.
  Information: Process virtual 'highcountd_11' ... converted to NODE.
  Information: Process virtual 'lowcountc_11' ... converted to NODE.
  Information: Process virtual 'highcountc_11' ... converted to NODE.
  Information: Process virtual 'lowcountb_11' ... converted to NODE.
  Information: Process virtual 'highcountb_11' ... converted to NODE.
  Information: Process virtual 'lowcounta_11' ... converted to NODE.
  Information: Process virtual 'highcounta_11' ... converted to NODE.
  Information: Process virtual 'lowcountd_12' ... converted to NODE.
  Information: Process virtual 'highcountd_12' ... converted to NODE.
  Information: Process virtual 'lowcountc_12' ... converted to NODE.
  Information: Process virtual 'highcountc_12' ... converted to NODE.
  Information: Process virtual 'lowcountb_12' ... converted to NODE.
  Information: Process virtual 'highcountb_12' ... converted to NODE.
  Information: Process virtual 'lowcounta_12' ... converted to NODE.
  Information: Process virtual 'highcounta_12' ... converted to NODE.
  Information: Process virtual 'lowcountd_13' ... converted to NODE.
  Information: Process virtual 'highcountd_13' ... converted to NODE.
  Information: Process virtual 'lowcountc_13' ... converted to NODE.
  Information: Process virtual 'highcountc_13' ... converted to NODE.
  Information: Process virtual 'lowcountb_13' ... converted to NODE.
  Information: Process virtual 'highcountb_13' ... converted to NODE.
  Information: Process virtual 'lowcounta_13' ... converted to NODE.
  Information: Process virtual 'highcounta_13' ... converted to NODE.
  Information: Process virtual 'lowcountd_14' ... converted to NODE.
  Information: Process virtual 'highcountd_14' ... converted to NODE.
  Information: Process virtual 'lowcountc_14' ... converted to NODE.
  Information: Process virtual 'highcountc_14' ... converted to NODE.
  Information: Process virtual 'lowcountb_14' ... converted to NODE.
  Information: Process virtual 'highcountb_14' ... converted to NODE.
  Information: Process virtual 'lowcounta_14' ... converted to NODE.
  Information: Process virtual 'highcounta_14' ... converted to NODE.
  Information: Process virtual 'reset_low'reset_low ... expanded.
  Information: Process virtual 'reset_high'reset_high ... expanded.
  Information: Process virtual 'c6_sync' ... converted to NODE.
  Information: Process virtual 'c0_sync' ... converted to NODE.
  Information: Generating both D & T register equations for signal outen.D[42]
  Information: Expanding XOR equation found on signal outen.T[42]
  Information: Generating both D & T register equations for signal d(14).D[123]
  Information: Expanding XOR equation found on signal d(14).T[123]
  Information: Generating both D & T register equations for signal d(13).D[124]
  Information: Expanding XOR equation found on signal d(13).T[124]
  Information: Generating both D & T register equations for signal d(12).D[125]
  Information: Expanding XOR equation found on signal d(12).T[125]
  Information: Generating both D & T register equations for signal d(11).D[126]
  Information: Expanding XOR equation found on signal d(11).T[126]
  Information: Generating both D & T register equations for signal d(10).D[127]
  Information: Expanding XOR equation found on signal d(10).T[127]
  Information: Generating both D & T register equations for signal d(9).D[128]
  Information: Expanding XOR equation found on signal d(9).T[128]
  Information: Generating both D & T register equations for signal d(8).D[129]
  Information: Expanding XOR equation found on signal d(8).T[129]
  Information: Generating both D & T register equations for signal d(7).D[131]
  Information: Expanding XOR equation found on signal d(7).T[131]
  Information: Generating both D & T register equations for signal d(6).D[132]
  Information: Expanding XOR equation found on signal d(6).T[132]
  Information: Generating both D & T register equations for signal d(5).D[133]
  Information: Expanding XOR equation found on signal d(5).T[133]
  Information: Generating both D & T register equations for signal d(4).D[134]
  Information: Expanding XOR equation found on signal d(4).T[134]
  Information: Generating both D & T register equations for signal d(3).D[135]
  Information: Expanding XOR equation found on signal d(3).T[135]
  Information: Generating both D & T register equations for signal d(2).D[136]
  Information: Expanding XOR equation found on signal d(2).T[136]
  Information: Generating both D & T register equations for signal d(1).D[137]
  Information: Expanding XOR equation found on signal d(1).T[137]
  Information: Generating both D & T register equations for signal d(0).D[138]
  Information: Expanding XOR equation found on signal d(0).T[138]
  Information: Generating both D & T register equations for signal pulse_out4.D
  Information: Expanding XOR equation found on signal pulse_out4.T
  Information: Generating both D & T register equations for signal pulse_out3.D
  Information: Expanding XOR equation found on signal pulse_out3.T
  Information: Generating both D & T register equations for signal pulse_out2.D
  Information: Expanding XOR equation found on signal pulse_out2.T
  Information: Generating both D & T register equations for signal pulse_out1.D
  Information: Expanding XOR equation found on signal pulse_out1.T
  Information: Generating both D & T register equations for signal sync_out4.D
  Information: Expanding XOR equation found on signal sync_out4.T
  Information: Generating both D & T register equations for signal sync_out3.D
  Information: Expanding XOR equation found on signal sync_out3.T
  Information: Generating both D & T register equations for signal sync_out1.D
  Information: Expanding XOR equation found on signal sync_out1.T
  Information: Generating both D & T register equations for signal lowcountd_0.D
  Information: Expanding XOR equation found on signal lowcountd_0.T
  Information: Generating both D & T register equations for signal highcountd_0.D
  Information: Expanding XOR equation found on signal highcountd_0.T
  Information: Generating both D & T register equations for signal lowcountc_0.D
  Information: Expanding XOR equation found on signal lowcountc_0.T
  Information: Generating both D & T register equations for signal highcountc_0.D
  Information: Expanding XOR equation found on signal highcountc_0.T
  Information: Generating both D & T register equations for signal lowcountb_0.D
  Information: Expanding XOR equation found on signal lowcountb_0.T
  Information: Generating both D & T register equations for signal highcountb_0.D
  Information: Expanding XOR equation found on signal highcountb_0.T
  Information: Generating both D & T register equations for signal lowcounta_0.D
  Information: Expanding XOR equation found on signal lowcounta_0.T
  Information: Generating both D & T register equations for signal highcounta_0.D
  Information: Expanding XOR equation found on signal highcounta_0.T
  Information: Generating both D & T register equations for signal lowcountd_1.D
  Information: Expanding XOR equation found on signal lowcountd_1.T
  Information: Generating both D & T register equations for signal highcountd_1.D
  Information: Expanding XOR equation found on signal highcountd_1.T
  Information: Generating both D & T register equations for signal lowcountc_1.D
  Information: Expanding XOR equation found on signal lowcountc_1.T
  Information: Generating both D & T register equations for signal highcountc_1.D
  Information: Expanding XOR equation found on signal highcountc_1.T
  Information: Generating both D & T register equations for signal lowcountb_1.D
  Information: Expanding XOR equation found on signal lowcountb_1.T
  Information: Generating both D & T register equations for signal highcountb_1.D
  Information: Expanding XOR equation found on signal highcountb_1.T
  Information: Generating both D & T register equations for signal lowcounta_1.D
  Information: Expanding XOR equation found on signal lowcounta_1.T
  Information: Generating both D & T register equations for signal highcounta_1.D
  Information: Expanding XOR equation found on signal highcounta_1.T
  Information: Generating both D & T register equations for signal lowcountd_2.D
  Information: Expanding XOR equation found on signal lowcountd_2.T
  Information: Generating both D & T register equations for signal highcountd_2.D
  Information: Expanding XOR equation found on signal highcountd_2.T
  Information: Generating both D & T register equations for signal lowcountc_2.D
  Information: Expanding XOR equation found on signal lowcountc_2.T
  Information: Generating both D & T register equations for signal highcountc_2.D
  Information: Expanding XOR equation found on signal highcountc_2.T
  Information: Generating both D & T register equations for signal lowcountb_2.D
  Information: Expanding XOR equation found on signal lowcountb_2.T
  Information: Generating both D & T register equations for signal highcountb_2.D
  Information: Expanding XOR equation found on signal highcountb_2.T
  Information: Generating both D & T register equations for signal lowcounta_2.D
  Information: Expanding XOR equation found on signal lowcounta_2.T
  Information: Generating both D & T register equations for signal highcounta_2.D
  Information: Expanding XOR equation found on signal highcounta_2.T
  Information: Generating both D & T register equations for signal lowcountd_3.D
  Information: Expanding XOR equation found on signal lowcountd_3.T
  Information: Generating both D & T register equations for signal highcountd_3.D
  Information: Expanding XOR equation found on signal highcountd_3.T
  Information: Generating both D & T register equations for signal lowcountc_3.D
  Information: Expanding XOR equation found on signal lowcountc_3.T
  Information: Generating both D & T register equations for signal highcountc_3.D
  Information: Expanding XOR equation found on signal highcountc_3.T
  Information: Generating both D & T register equations for signal lowcountb_3.D
  Information: Expanding XOR equation found on signal lowcountb_3.T
  Information: Generating both D & T register equations for signal highcountb_3.D
  Information: Expanding XOR equation found on signal highcountb_3.T
  Information: Generating both D & T register equations for signal lowcounta_3.D
  Information: Expanding XOR equation found on signal lowcounta_3.T
  Information: Generating both D & T register equations for signal highcounta_3.D
  Information: Expanding XOR equation found on signal highcounta_3.T
  Information: Generating both D & T register equations for signal lowcountd_4.D
  Information: Expanding XOR equation found on signal lowcountd_4.T
  Information: Generating both D & T register equations for signal highcountd_4.D
  Information: Expanding XOR equation found on signal highcountd_4.T
  Information: Generating both D & T register equations for signal lowcountc_4.D
  Information: Expanding XOR equation found on signal lowcountc_4.T
  Information: Generating both D & T register equations for signal highcountc_4.D
  Information: Expanding XOR equation found on signal highcountc_4.T
  Information: Generating both D & T register equations for signal lowcountb_4.D
  Information: Expanding XOR equation found on signal lowcountb_4.T
  Information: Generating both D & T register equations for signal highcountb_4.D
  Information: Expanding XOR equation found on signal highcountb_4.T
  Information: Generating both D & T register equations for signal lowcounta_4.D
  Information: Expanding XOR equation found on signal lowcounta_4.T
  Information: Generating both D & T register equations for signal highcounta_4.D
  Information: Expanding XOR equation found on signal highcounta_4.T
  Information: Generating both D & T register equations for signal lowcountd_5.D
  Information: Expanding XOR equation found on signal lowcountd_5.T
  Information: Generating both D & T register equations for signal highcountd_5.D
  Information: Expanding XOR equation found on signal highcountd_5.T
  Information: Generating both D & T register equations for signal lowcountc_5.D
  Information: Expanding XOR equation found on signal lowcountc_5.T
  Information: Generating both D & T register equations for signal highcountc_5.D
  Information: Expanding XOR equation found on signal highcountc_5.T
  Information: Generating both D & T register equations for signal lowcountb_5.D
  Information: Expanding XOR equation found on signal lowcountb_5.T
  Information: Generating both D & T register equations for signal highcountb_5.D
  Information: Expanding XOR equation found on signal highcountb_5.T
  Information: Generating both D & T register equations for signal lowcounta_5.D
  Information: Expanding XOR equation found on signal lowcounta_5.T
  Information: Generating both D & T register equations for signal highcounta_5.D
  Information: Expanding XOR equation found on signal highcounta_5.T
  Information: Generating both D & T register equations for signal lowcountd_6.D
  Information: Expanding XOR equation found on signal lowcountd_6.T
  Information: Generating both D & T register equations for signal highcountd_6.D
  Information: Expanding XOR equation found on signal highcountd_6.T
  Information: Generating both D & T register equations for signal lowcountc_6.D
  Information: Expanding XOR equation found on signal lowcountc_6.T
  Information: Generating both D & T register equations for signal highcountc_6.D
  Information: Expanding XOR equation found on signal highcountc_6.T
  Information: Generating both D & T register equations for signal lowcountb_6.D
  Information: Expanding XOR equation found on signal lowcountb_6.T
  Information: Generating both D & T register equations for signal highcountb_6.D
  Information: Expanding XOR equation found on signal highcountb_6.T
  Information: Generating both D & T register equations for signal lowcounta_6.D
  Information: Expanding XOR equation found on signal lowcounta_6.T
  Information: Generating both D & T register equations for signal highcounta_6.D
  Information: Expanding XOR equation found on signal highcounta_6.T
  Information: Generating both D & T register equations for signal lowcountd_7.D
  Information: Expanding XOR equation found on signal lowcountd_7.T
  Information: Generating both D & T register equations for signal highcountd_7.D
  Information: Expanding XOR equation found on signal highcountd_7.T
  Information: Generating both D & T register equations for signal lowcountc_7.D
  Information: Expanding XOR equation found on signal lowcountc_7.T
  Information: Generating both D & T register equations for signal highcountc_7.D
  Information: Expanding XOR equation found on signal highcountc_7.T
  Information: Generating both D & T register equations for signal lowcountb_7.D
  Information: Expanding XOR equation found on signal lowcountb_7.T
  Information: Generating both D & T register equations for signal highcountb_7.D
  Information: Expanding XOR equation found on signal highcountb_7.T
  Information: Generating both D & T register equations for signal lowcounta_7.D
  Information: Expanding XOR equation found on signal lowcounta_7.T
  Information: Generating both D & T register equations for signal highcounta_7.D
  Information: Expanding XOR equation found on signal highcounta_7.T
  Information: Generating both D & T register equations for signal lowcountd_8.D
  Information: Expanding XOR equation found on signal lowcountd_8.T
  Information: Generating both D & T register equations for signal highcountd_8.D
  Information: Expanding XOR equation found on signal highcountd_8.T
  Information: Generating both D & T register equations for signal lowcountc_8.D
  Information: Expanding XOR equation found on signal lowcountc_8.T
  Information: Generating both D & T register equations for signal highcountc_8.D
  Information: Expanding XOR equation found on signal highcountc_8.T
  Information: Generating both D & T register equations for signal lowcountb_8.D
  Information: Expanding XOR equation found on signal lowcountb_8.T
  Information: Generating both D & T register equations for signal highcountb_8.D
  Information: Expanding XOR equation found on signal highcountb_8.T
  Information: Generating both D & T register equations for signal lowcounta_8.D
  Information: Expanding XOR equation found on signal lowcounta_8.T
  Information: Generating both D & T register equations for signal highcounta_8.D
  Information: Expanding XOR equation found on signal highcounta_8.T
  Information: Generating both D & T register equations for signal lowcountd_9.D
  Information: Expanding XOR equation found on signal lowcountd_9.T
  Information: Generating both D & T register equations for signal highcountd_9.D
  Information: Expanding XOR equation found on signal highcountd_9.T
  Information: Generating both D & T register equations for signal lowcountc_9.D
  Information: Expanding XOR equation found on signal lowcountc_9.T
  Information: Generating both D & T register equations for signal highcountc_9.D
  Information: Expanding XOR equation found on signal highcountc_9.T
  Information: Generating both D & T register equations for signal lowcountb_9.D
  Information: Expanding XOR equation found on signal lowcountb_9.T
  Information: Generating both D & T register equations for signal highcountb_9.D
  Information: Expanding XOR equation found on signal highcountb_9.T
  Information: Generating both D & T register equations for signal lowcounta_9.D
  Information: Expanding XOR equation found on signal lowcounta_9.T
  Information: Generating both D & T register equations for signal highcounta_9.D
  Information: Expanding XOR equation found on signal highcounta_9.T
  Information: Generating both D & T register equations for signal lowcountd_10.D
  Information: Expanding XOR equation found on signal lowcountd_10.T
  Information: Generating both D & T register equations for signal highcountd_10.D
  Information: Expanding XOR equation found on signal highcountd_10.T
  Information: Generating both D & T register equations for signal lowcountc_10.D
  Information: Expanding XOR equation found on signal lowcountc_10.T
  Information: Generating both D & T register equations for signal highcountc_10.D
  Information: Expanding XOR equation found on signal highcountc_10.T
  Information: Generating both D & T register equations for signal lowcountb_10.D
  Information: Expanding XOR equation found on signal lowcountb_10.T
  Information: Generating both D & T register equations for signal highcountb_10.D
  Information: Expanding XOR equation found on signal highcountb_10.T
  Information: Generating both D & T register equations for signal lowcounta_10.D
  Information: Expanding XOR equation found on signal lowcounta_10.T
  Information: Generating both D & T register equations for signal highcounta_10.D
  Information: Expanding XOR equation found on signal highcounta_10.T
  Information: Generating both D & T register equations for signal lowcountd_11.D
  Information: Expanding XOR equation found on signal lowcountd_11.T
  Information: Generating both D & T register equations for signal highcountd_11.D
  Information: Expanding XOR equation found on signal highcountd_11.T
  Information: Generating both D & T register equations for signal lowcountc_11.D
  Information: Expanding XOR equation found on signal lowcountc_11.T
  Information: Generating both D & T register equations for signal highcountc_11.D
  Information: Expanding XOR equation found on signal highcountc_11.T
  Information: Generating both D & T register equations for signal lowcountb_11.D
  Information: Expanding XOR equation found on signal lowcountb_11.T
  Information: Generating both D & T register equations for signal highcountb_11.D
  Information: Expanding XOR equation found on signal highcountb_11.T
  Information: Generating both D & T register equations for signal lowcounta_11.D
  Information: Expanding XOR equation found on signal lowcounta_11.T
  Information: Generating both D & T register equations for signal highcounta_11.D
  Information: Expanding XOR equation found on signal highcounta_11.T
  Information: Generating both D & T register equations for signal lowcountd_12.D
  Information: Expanding XOR equation found on signal lowcountd_12.T
  Information: Generating both D & T register equations for signal highcountd_12.D
  Information: Expanding XOR equation found on signal highcountd_12.T
  Information: Generating both D & T register equations for signal lowcountc_12.D
  Information: Expanding XOR equation found on signal lowcountc_12.T
  Information: Generating both D & T register equations for signal highcountc_12.D
  Information: Expanding XOR equation found on signal highcountc_12.T
  Information: Generating both D & T register equations for signal lowcountb_12.D
  Information: Expanding XOR equation found on signal lowcountb_12.T
  Information: Generating both D & T register equations for signal highcountb_12.D
  Information: Expanding XOR equation found on signal highcountb_12.T
  Information: Generating both D & T register equations for signal lowcounta_12.D
  Information: Expanding XOR equation found on signal lowcounta_12.T
  Information: Generating both D & T register equations for signal highcounta_12.D
  Information: Expanding XOR equation found on signal highcounta_12.T
  Information: Generating both D & T register equations for signal lowcountd_13.D
  Information: Expanding XOR equation found on signal lowcountd_13.T
  Information: Generating both D & T register equations for signal highcountd_13.D
  Information: Expanding XOR equation found on signal highcountd_13.T
  Information: Generating both D & T register equations for signal lowcountc_13.D
  Information: Expanding XOR equation found on signal lowcountc_13.T
  Information: Generating both D & T register equations for signal highcountc_13.D
  Information: Expanding XOR equation found on signal highcountc_13.T
  Information: Generating both D & T register equations for signal lowcountb_13.D
  Information: Expanding XOR equation found on signal lowcountb_13.T
  Information: Generating both D & T register equations for signal highcountb_13.D
  Information: Expanding XOR equation found on signal highcountb_13.T
  Information: Generating both D & T register equations for signal lowcounta_13.D
  Information: Expanding XOR equation found on signal lowcounta_13.T
  Information: Generating both D & T register equations for signal highcounta_13.D
  Information: Expanding XOR equation found on signal highcounta_13.T
  Information: Generating both D & T register equations for signal lowcountd_14.D
  Information: Expanding XOR equation found on signal lowcountd_14.T
  Information: Generating both D & T register equations for signal highcountd_14.D
  Information: Expanding XOR equation found on signal highcountd_14.T
  Information: Generating both D & T register equations for signal lowcountc_14.D
  Information: Expanding XOR equation found on signal lowcountc_14.T
  Information: Generating both D & T register equations for signal highcountc_14.D
  Information: Expanding XOR equation found on signal highcountc_14.T
  Information: Generating both D & T register equations for signal lowcountb_14.D
  Information: Expanding XOR equation found on signal lowcountb_14.T
  Information: Generating both D & T register equations for signal highcountb_14.D
  Information: Expanding XOR equation found on signal highcountb_14.T
  Information: Generating both D & T register equations for signal lowcounta_14.D
  Information: Expanding XOR equation found on signal lowcounta_14.T
  Information: Generating both D & T register equations for signal highcounta_14.D
  Information: Expanding XOR equation found on signal highcounta_14.T
  Information: Generating both D & T register equations for signal c6_sync.D
  Information: Expanding XOR equation found on signal c6_sync.T
  Information: Signal c(6) is converted to a Input Register.
  Information: Generating both D & T register equations for signal c0_sync.D
  Information: Expanding XOR equation found on signal c0_sync.T
  Information: Signal c(0) is converted to a Input Register.
  Information: Optimizing logic without changing polarity for signals:
         d(0).T d(1).T d(10).T d(11).T d(12).T d(13).T d(14).T d(2).T d(3).T
         d(4).T d(5).T d(6).T d(7).T d(8).T d(9).T highcounta_0.T
         highcounta_1.T highcounta_10.T highcounta_11.T highcounta_12.T
         highcounta_13.T highcounta_14.T highcounta_2.T highcounta_3.T
         highcounta_4.T highcounta_5.T highcounta_6.T highcounta_7.T
         highcounta_8.T highcounta_9.T highcountb_0.T highcountb_1.T
         highcountb_10.T highcountb_11.T highcountb_12.T highcountb_13.T
         highcountb_14.T highcountb_2.T highcountb_3.T highcountb_4.T
         highcountb_5.T highcountb_6.T highcountb_7.T highcountb_8.T
         highcountb_9.T highcountc_0.T highcountc_1.T highcountc_10.T
         highcountc_11.T highcountc_12.T highcountc_13.T highcountc_14.T
         highcountc_2.T highcountc_3.T highcountc_4.T highcountc_5.T
         highcountc_6.T highcountc_7.T highcountc_8.T highcountc_9.T
         highcountd_0.T highcountd_1.T highcountd_10.T highcountd_11.T
         highcountd_12.T highcountd_13.T highcountd_14.T highcountd_2.T
         highcountd_3.T highcountd_4.T highcountd_5.T highcountd_6.T
         highcountd_7.T highcountd_8.T highcountd_9.T lowcounta_0.T
         lowcounta_1.T lowcounta_10.T lowcounta_11.T lowcounta_12.T
         lowcounta_13.T lowcounta_14.T lowcounta_2.T lowcounta_3.T
         lowcounta_4.T lowcounta_5.T lowcounta_6.T lowcounta_7.T lowcounta_8.T
         lowcounta_9.T lowcountb_0.T lowcountb_1.T lowcountb_10.T
         lowcountb_11.T lowcountb_12.T lowcountb_13.T lowcountb_14.T
         lowcountb_2.T lowcountb_3.T lowcountb_4.T lowcountb_5.T lowcountb_6.T
         lowcountb_7.T lowcountb_8.T lowcountb_9.T lowcountc_0.T lowcountc_1.T
         lowcountc_10.T lowcountc_11.T lowcountc_12.T lowcountc_13.T
         lowcountc_14.T lowcountc_2.T lowcountc_3.T lowcountc_4.T
         lowcountc_5.T lowcountc_6.T lowcountc_7.T lowcountc_8.T lowcountc_9.T
         lowcountd_0.T lowcountd_1.T lowcountd_10.T lowcountd_11.T
         lowcountd_12.T lowcountd_13.T lowcountd_14.T lowcountd_2.T
         lowcountd_3.T lowcountd_4.T lowcountd_5.T lowcountd_6.T lowcountd_7.T
         lowcountd_8.T lowcountd_9.T outen.T sync_out1.T sync_out3.T
         sync_out4.T

  Information: Optimizing logic and selecting Active High output for signals:
         d(0).D d(1).D d(10).D d(11).D d(12).D d(13).D d(14).D d(15) d(2).D
         d(3).D d(4).D d(5).D d(6).D d(7).D d(8).D d(9).D dco(0) dco(1) dco(2)
         highcounta_0.D highcounta_1.D highcounta_10.D highcounta_11.D
         highcounta_12.D highcounta_13.D highcounta_14.D highcounta_2.D
         highcounta_3.D highcounta_4.D highcounta_5.D highcounta_6.D
         highcounta_7.D highcounta_8.D highcounta_9.D highcountb_0.D
         highcountb_1.D highcountb_10.D highcountb_11.D highcountb_12.D
         highcountb_13.D highcountb_14.D highcountb_2.D highcountb_3.D
         highcountb_4.D highcountb_5.D highcountb_6.D highcountb_7.D
         highcountb_8.D highcountb_9.D highcountc_0.D highcountc_1.D
         highcountc_10.D highcountc_11.D highcountc_12.D highcountc_13.D
         highcountc_14.D highcountc_2.D highcountc_3.D highcountc_4.D
         highcountc_5.D highcountc_6.D highcountc_7.D highcountc_8.D
         highcountc_9.D highcountd_0.D highcountd_1.D highcountd_10.D
         highcountd_11.D highcountd_12.D highcountd_13.D highcountd_14.D
         highcountd_2.D highcountd_3.D highcountd_4.D highcountd_5.D
         highcountd_6.D highcountd_7.D highcountd_8.D highcountd_9.D
         lowcounta_0.D lowcounta_1.D lowcounta_10.D lowcounta_11.D
         lowcounta_12.D lowcounta_13.D lowcounta_14.D lowcounta_2.D
         lowcounta_3.D lowcounta_4.D lowcounta_5.D lowcounta_6.D lowcounta_7.D
         lowcounta_8.D lowcounta_9.D lowcountb_0.D lowcountb_1.D
         lowcountb_10.D lowcountb_11.D lowcountb_12.D lowcountb_13.D
         lowcountb_14.D lowcountb_2.D lowcountb_3.D lowcountb_4.D
         lowcountb_5.D lowcountb_6.D lowcountb_7.D lowcountb_8.D lowcountb_9.D
         lowcountc_0.D lowcountc_1.D lowcountc_10.D lowcountc_11.D
         lowcountc_12.D lowcountc_13.D lowcountc_14.D lowcountc_2.D
         lowcountc_3.D lowcountc_4.D lowcountc_5.D lowcountc_6.D lowcountc_7.D
         lowcountc_8.D lowcountc_9.D lowcountd_0.D lowcountd_1.D
         lowcountd_10.D lowcountd_11.D lowcountd_12.D lowcountd_13.D
         lowcountd_14.D lowcountd_2.D lowcountd_3.D lowcountd_4.D
         lowcountd_5.D lowcountd_6.D lowcountd_7.D lowcountd_8.D lowcountd_9.D
         outen.D pulse_out1.D pulse_out2.D pulse_out3.D pulse_out4.D
         sync_out1.D sync_out3.D sync_out4.D tempcount_0B.D tempcount_10B.D
         tempcount_11B.D tempcount_12B.D tempcount_13B.D tempcount_14B.D
         tempcount_1B.D tempcount_2B.D tempcount_3B.D tempcount_4B.D
         tempcount_5B.D tempcount_6B.D tempcount_7B.D tempcount_8B.D
         tempcount_9B.D

  Information: Optimizing logic using best output polarity for signals:
         d(0).OE d(1).OE d(10).OE d(11).OE d(12).OE d(13).OE d(14).OE d(15).OE
         d(2).OE d(3).OE d(4).OE d(5).OE d(6).OE d(7).OE d(8).OE d(9).OE

  Information: Selected logic optimization OFF for signals:
         c(0).CI c(6).CI d(0).C d(1).C d(10).C d(11).C d(12).C d(13).C d(14).C
         d(2).C d(3).C d(4).C d(5).C d(6).C d(7).C d(8).C d(9).C
         highcounta_0.AR highcounta_0.C highcounta_1.AR highcounta_1.C
         highcounta_10.AR highcounta_10.C highcounta_11.AR highcounta_11.C
         highcounta_12.AR highcounta_12.C highcounta_13.AR highcounta_13.C
         highcounta_14.AR highcounta_14.C highcounta_2.AR highcounta_2.C
         highcounta_3.AR highcounta_3.C highcounta_4.AR highcounta_4.C
         highcounta_5.AR highcounta_5.C highcounta_6.AR highcounta_6.C
         highcounta_7.AR highcounta_7.C highcounta_8.AR highcounta_8.C
         highcounta_9.AR highcounta_9.C highcountb_0.AR highcountb_0.C
         highcountb_1.AR highcountb_1.C highcountb_10.AR highcountb_10.C
         highcountb_11.AR highcountb_11.C highcountb_12.AR highcountb_12.C
         highcountb_13.AR highcountb_13.C highcountb_14.AR highcountb_14.C
         highcountb_2.AR highcountb_2.C highcountb_3.AR highcountb_3.C
         highcountb_4.AR highcountb_4.C highcountb_5.AR highcountb_5.C
         highcountb_6.AR highcountb_6.C highcountb_7.AR highcountb_7.C
         highcountb_8.AR highcountb_8.C highcountb_9.AR highcountb_9.C
         highcountc_0.AR highcountc_0.C highcountc_1.AR highcountc_1.C
         highcountc_10.AR highcountc_10.C highcountc_11.AR highcountc_11.C
         highcountc_12.AR highcountc_12.C highcountc_13.AR highcountc_13.C
         highcountc_14.AR highcountc_14.C highcountc_2.AR highcountc_2.C
         highcountc_3.AR highcountc_3.C highcountc_4.AR highcountc_4.C
         highcountc_5.AR highcountc_5.C highcountc_6.AR highcountc_6.C
         highcountc_7.AR highcountc_7.C highcountc_8.AR highcountc_8.C
         highcountc_9.AR highcountc_9.C highcountd_0.AR highcountd_0.C
         highcountd_1.AR highcountd_1.C highcountd_10.AR highcountd_10.C
         highcountd_11.AR highcountd_11.C highcountd_12.AR highcountd_12.C
         highcountd_13.AR highcountd_13.C highcountd_14.AR highcountd_14.C
         highcountd_2.AR highcountd_2.C highcountd_3.AR highcountd_3.C
         highcountd_4.AR highcountd_4.C highcountd_5.AR highcountd_5.C
         highcountd_6.AR highcountd_6.C highcountd_7.AR highcountd_7.C
         highcountd_8.AR highcountd_8.C highcountd_9.AR highcountd_9.C
         lowcounta_0.AR lowcounta_0.C lowcounta_1.AR lowcounta_1.C
         lowcounta_10.AR lowcounta_10.C lowcounta_11.AR lowcounta_11.C
         lowcounta_12.AR lowcounta_12.C lowcounta_13.AR lowcounta_13.C
         lowcounta_14.AR lowcounta_14.C lowcounta_2.AR lowcounta_2.C
         lowcounta_3.AR lowcounta_3.C lowcounta_4.AR lowcounta_4.C
         lowcounta_5.AR lowcounta_5.C lowcounta_6.AR lowcounta_6.C
         lowcounta_7.AR lowcounta_7.C lowcounta_8.AR lowcounta_8.C
         lowcounta_9.AR lowcounta_9.C lowcountb_0.AR lowcountb_0.C
         lowcountb_1.AR lowcountb_1.C lowcountb_10.AR lowcountb_10.C
         lowcountb_11.AR lowcountb_11.C lowcountb_12.AR lowcountb_12.C
         lowcountb_13.AR lowcountb_13.C lowcountb_14.AR lowcountb_14.C
         lowcountb_2.AR lowcountb_2.C lowcountb_3.AR lowcountb_3.C
         lowcountb_4.AR lowcountb_4.C lowcountb_5.AR lowcountb_5.C
         lowcountb_6.AR lowcountb_6.C lowcountb_7.AR lowcountb_7.C
         lowcountb_8.AR lowcountb_8.C lowcountb_9.AR lowcountb_9.C
         lowcountc_0.AR lowcountc_0.C lowcountc_1.AR lowcountc_1.C
         lowcountc_10.AR lowcountc_10.C lowcountc_11.AR lowcountc_11.C
         lowcountc_12.AR lowcountc_12.C lowcountc_13.AR lowcountc_13.C
         lowcountc_14.AR lowcountc_14.C lowcountc_2.AR lowcountc_2.C
         lowcountc_3.AR lowcountc_3.C lowcountc_4.AR lowcountc_4.C
         lowcountc_5.AR lowcountc_5.C lowcountc_6.AR lowcountc_6.C
         lowcountc_7.AR lowcountc_7.C lowcountc_8.AR lowcountc_8.C
         lowcountc_9.AR lowcountc_9.C lowcountd_0.AR lowcountd_0.C
         lowcountd_1.AR lowcountd_1.C lowcountd_10.AR lowcountd_10.C
         lowcountd_11.AR lowcountd_11.C lowcountd_12.AR lowcountd_12.C
         lowcountd_13.AR lowcountd_13.C lowcountd_14.AR lowcountd_14.C
         lowcountd_2.AR lowcountd_2.C lowcountd_3.AR lowcountd_3.C
         lowcountd_4.AR lowcountd_4.C lowcountd_5.AR lowcountd_5.C
         lowcountd_6.AR lowcountd_6.C lowcountd_7.AR lowcountd_7.C
         lowcountd_8.AR lowcountd_8.C lowcountd_9.AR lowcountd_9.C outen.C
         pulse_out1.T pulse_out1.AP pulse_out1.AR pulse_out1.C pulse_out2.T
         pulse_out2.AP pulse_out2.AR pulse_out2.C pulse_out3.T pulse_out3.AP
         pulse_out3.AR pulse_out3.C pulse_out4.T pulse_out4.AP pulse_out4.AR
         pulse_out4.C sync_out1.C sync_out3.C sync_out4.C tempcount_0B.AP
         tempcount_0B.AR tempcount_0B.LH tempcount_10B.AP tempcount_10B.AR
         tempcount_10B.LH tempcount_11B.AP tempcount_11B.AR tempcount_11B.LH
         tempcount_12B.AP tempcount_12B.AR tempcount_12B.LH tempcount_13B.AP
         tempcount_13B.AR tempcount_13B.LH tempcount_14B.AP tempcount_14B.AR
         tempcount_14B.LH tempcount_1B.AP tempcount_1B.AR tempcount_1B.LH
         tempcount_2B.AP tempcount_2B.AR tempcount_2B.LH tempcount_3B.AP
         tempcount_3B.AR tempcount_3B.LH tempcount_4B.AP tempcount_4B.AR
         tempcount_4B.LH tempcount_5B.AP tempcount_5B.AR tempcount_5B.LH
         tempcount_6B.AP tempcount_6B.AR tempcount_6B.LH tempcount_7B.AP
         tempcount_7B.AR tempcount_7B.LH tempcount_8B.AP tempcount_8B.AR
         tempcount_8B.LH tempcount_9B.AP tempcount_9B.AR tempcount_9B.LH



Summary:
                 Error Count = 0      Warning Count = 0

Completed Successfully  
----------------------------------------------------------------------------
PLD Optimizer Software:       MINOPT.EXE     01/NOV/1999  [v4.02 ] 6.2 IR 27

LOGIC MINIMIZATION         ()

Messages:


Summary:
                 Error Count = 0      Warning Count = 0

Completed Successfully
----------------------------------------------------------------------------
PLD Optimizer Software:       DSGNOPT.EXE    31/03/2000  [v4.02 ] 6.2 IR 27

OPTIMIZATION OPTIONS       (21:05:13)

Messages:
  Information: Optimizing Banked Preset/Reset requirements.
  Information: Selecting D register equation as minimal for signal outen
  Information: Folding logic for signal d(15).OE[122].
  Information: Folding logic for signal d(14).OE[123].
  Information: Folding logic for signal d(13).OE[124].
  Information: Folding logic for signal d(12).OE[125].
  Information: Folding logic for signal d(11).OE[126].
  Information: Folding logic for signal d(10).OE[127].
  Information: Folding logic for signal d(9).OE[128].
  Information: Folding logic for signal d(8).OE[129].
  Information: Folding logic for signal d(7).OE[131].
  Information: Folding logic for signal d(6).OE[132].
  Information: Folding logic for signal d(5).OE[133].
  Information: Folding logic for signal d(4).OE[134].
  Information: Folding logic for signal d(3).OE[135].
  Information: Folding logic for signal d(2).OE[136].
  Information: Folding logic for signal d(1).OE[137].
  Information: Folding logic for signal d(0).OE[138].
  Information: Folding logic for signal tempcount_9B.LH.
  Information: Folding logic for signal tempcount_8B.LH.
  Information: Folding logic for signal tempcount_7B.LH.
  Information: Folding logic for signal tempcount_6B.LH.
  Information: Folding logic for signal tempcount_5B.LH.
  Information: Folding logic for signal tempcount_4B.LH.
  Information: Folding logic for signal tempcount_3B.LH.
  Information: Folding logic for signal tempcount_2B.LH.
  Information: Folding logic for signal tempcount_1B.LH.
  Information: Folding logic for signal tempcount_14B.LH.
  Information: Folding logic for signal tempcount_13B.LH.
  Information: Folding logic for signal tempcount_12B.LH.
  Information: Folding logic for signal tempcount_11B.LH.
  Information: Folding logic for signal tempcount_10B.LH.
  Information: Folding logic for signal tempcount_0B.LH.
  Information: Optimizing logic without changing polarity for signals:
         d(0).T d(1).T d(10).T d(11).T d(12).T d(13).T d(14).T d(2).T d(3).T
         d(4).T d(5).T d(6).T d(7).T d(8).T d(9).T dco(0) dco(1) dco(2)
         highcounta_0.D highcounta_1.D highcounta_10.D highcounta_11.D
         highcounta_12.D highcounta_13.D highcounta_14.D highcounta_2.D
         highcounta_3.D highcounta_4.D highcounta_5.D highcounta_6.D
         highcounta_7.D highcounta_8.D highcounta_9.D highcountb_0.D
         highcountb_1.D highcountb_10.D highcountb_11.D highcountb_12.D
         highcountb_13.D highcountb_14.D highcountb_2.D highcountb_3.D
         highcountb_4.D highcountb_5.D highcountb_6.D highcountb_7.D
         highcountb_8.D highcountb_9.D highcountc_0.D highcountc_1.D
         highcountc_10.D highcountc_11.D highcountc_12.D highcountc_13.D
         highcountc_14.D highcountc_2.D highcountc_3.D highcountc_4.D
         highcountc_5.D highcountc_6.D highcountc_7.D highcountc_8.D
         highcountc_9.D highcountd_0.D highcountd_1.D highcountd_10.D
         highcountd_11.D highcountd_12.D highcountd_13.D highcountd_14.D
         highcountd_2.D highcountd_3.D highcountd_4.D highcountd_5.D
         highcountd_6.D highcountd_7.D highcountd_8.D highcountd_9.D
         lowcounta_0.D lowcounta_1.D lowcounta_10.D lowcounta_11.D
         lowcounta_12.D lowcounta_13.D lowcounta_14.D lowcounta_2.D
         lowcounta_3.D lowcounta_4.D lowcounta_5.D lowcounta_6.D lowcounta_7.D
         lowcounta_8.D lowcounta_9.D lowcountb_0.D lowcountb_1.D
         lowcountb_10.D lowcountb_11.D lowcountb_12.D lowcountb_13.D
         lowcountb_14.D lowcountb_2.D lowcountb_3.D lowcountb_4.D
         lowcountb_5.D lowcountb_6.D lowcountb_7.D lowcountb_8.D lowcountb_9.D
         lowcountc_0.D lowcountc_1.D lowcountc_10.D lowcountc_11.D
         lowcountc_12.D lowcountc_13.D lowcountc_14.D lowcountc_2.D
         lowcountc_3.D lowcountc_4.D lowcountc_5.D lowcountc_6.D lowcountc_7.D
         lowcountc_8.D lowcountc_9.D lowcountd_0.D lowcountd_1.D
         lowcountd_10.D lowcountd_11.D lowcountd_12.D lowcountd_13.D
         lowcountd_14.D lowcountd_2.D lowcountd_3.D lowcountd_4.D
         lowcountd_5.D lowcountd_6.D lowcountd_7.D lowcountd_8.D lowcountd_9.D
         sync_out1.T sync_out3.T sync_out4.T tempcount_0B.D tempcount_10B.D
         tempcount_11B.D tempcount_12B.D tempcount_13B.D tempcount_14B.D
         tempcount_1B.D tempcount_2B.D tempcount_3B.D tempcount_4B.D
         tempcount_5B.D tempcount_6B.D tempcount_7B.D tempcount_8B.D
         tempcount_9B.D

  Information: Optimizing logic using best output polarity for signals:
         d(15)_OE tempcount_9B_LH

  Information: Selected logic optimization OFF for signals:
         c(0).CI c(6).CI d(0).D d(0).C d(0).OE d(1).D d(1).C d(1).OE d(10).D
         d(10).C d(10).OE d(11).D d(11).C d(11).OE d(12).D d(12).C d(12).OE
         d(13).D d(13).C d(13).OE d(14).D d(14).C d(14).OE d(15) d(15).OE
         d(2).D d(2).C d(2).OE d(3).D d(3).C d(3).OE d(4).D d(4).C d(4).OE
         d(5).D d(5).C d(5).OE d(6).D d(6).C d(6).OE d(7).D d(7).C d(7).OE
         d(8).D d(8).C d(8).OE d(9).D d(9).C d(9).OE highcounta_0.T
         highcounta_0.AP highcounta_0.AR highcounta_0.C highcounta_1.T
         highcounta_1.AP highcounta_1.AR highcounta_1.C highcounta_10.T
         highcounta_10.AP highcounta_10.AR highcounta_10.C highcounta_11.T
         highcounta_11.AP highcounta_11.AR highcounta_11.C highcounta_12.T
         highcounta_12.AP highcounta_12.AR highcounta_12.C highcounta_13.T
         highcounta_13.AP highcounta_13.AR highcounta_13.C highcounta_14.T
         highcounta_14.AP highcounta_14.AR highcounta_14.C highcounta_2.T
         highcounta_2.AP highcounta_2.AR highcounta_2.C highcounta_3.T
         highcounta_3.AP highcounta_3.AR highcounta_3.C highcounta_4.T
         highcounta_4.AP highcounta_4.AR highcounta_4.C highcounta_5.T
         highcounta_5.AP highcounta_5.AR highcounta_5.C highcounta_6.T
         highcounta_6.AP highcounta_6.AR highcounta_6.C highcounta_7.T
         highcounta_7.AP highcounta_7.AR highcounta_7.C highcounta_8.T
         highcounta_8.AP highcounta_8.AR highcounta_8.C highcounta_9.T
         highcounta_9.AP highcounta_9.AR highcounta_9.C highcountb_0.T
         highcountb_0.AP highcountb_0.AR highcountb_0.C highcountb_1.T
         highcountb_1.AP highcountb_1.AR highcountb_1.C highcountb_10.T
         highcountb_10.AP highcountb_10.AR highcountb_10.C highcountb_11.T
         highcountb_11.AP highcountb_11.AR highcountb_11.C highcountb_12.T
         highcountb_12.AP highcountb_12.AR highcountb_12.C highcountb_13.T
         highcountb_13.AP highcountb_13.AR highcountb_13.C highcountb_14.T
         highcountb_14.AP highcountb_14.AR highcountb_14.C highcountb_2.T
         highcountb_2.AP highcountb_2.AR highcountb_2.C highcountb_3.T
         highcountb_3.AP highcountb_3.AR highcountb_3.C highcountb_4.T
         highcountb_4.AP highcountb_4.AR highcountb_4.C highcountb_5.T
         highcountb_5.AP highcountb_5.AR highcountb_5.C highcountb_6.T
         highcountb_6.AP highcountb_6.AR highcountb_6.C highcountb_7.T
         highcountb_7.AP highcountb_7.AR highcountb_7.C highcountb_8.T
         highcountb_8.AP highcountb_8.AR highcountb_8.C highcountb_9.T
         highcountb_9.AP highcountb_9.AR highcountb_9.C highcountc_0.T
         highcountc_0.AP highcountc_0.AR highcountc_0.C highcountc_1.T
         highcountc_1.AP highcountc_1.AR highcountc_1.C highcountc_10.T
         highcountc_10.AP highcountc_10.AR highcountc_10.C highcountc_11.T
         highcountc_11.AP highcountc_11.AR highcountc_11.C highcountc_12.T
         highcountc_12.AP highcountc_12.AR highcountc_12.C highcountc_13.T
         highcountc_13.AP highcountc_13.AR highcountc_13.C highcountc_14.T
         highcountc_14.AP highcountc_14.AR highcountc_14.C highcountc_2.T
         highcountc_2.AP highcountc_2.AR highcountc_2.C highcountc_3.T
         highcountc_3.AP highcountc_3.AR highcountc_3.C highcountc_4.T
         highcountc_4.AP highcountc_4.AR highcountc_4.C highcountc_5.T
         highcountc_5.AP highcountc_5.AR highcountc_5.C highcountc_6.T
         highcountc_6.AP highcountc_6.AR highcountc_6.C highcountc_7.T
         highcountc_7.AP highcountc_7.AR highcountc_7.C highcountc_8.T
         highcountc_8.AP highcountc_8.AR highcountc_8.C highcountc_9.T
         highcountc_9.AP highcountc_9.AR highcountc_9.C highcountd_0.T
         highcountd_0.AP highcountd_0.AR highcountd_0.C highcountd_1.T
         highcountd_1.AP highcountd_1.AR highcountd_1.C highcountd_10.T
         highcountd_10.AP highcountd_10.AR highcountd_10.C highcountd_11.T
         highcountd_11.AP highcountd_11.AR highcountd_11.C highcountd_12.T
         highcountd_12.AP highcountd_12.AR highcountd_12.C highcountd_13.T
         highcountd_13.AP highcountd_13.AR highcountd_13.C highcountd_14.T
         highcountd_14.AP highcountd_14.AR highcountd_14.C highcountd_2.T
         highcountd_2.AP highcountd_2.AR highcountd_2.C highcountd_3.T
         highcountd_3.AP highcountd_3.AR highcountd_3.C highcountd_4.T
         highcountd_4.AP highcountd_4.AR highcountd_4.C highcountd_5.T
         highcountd_5.AP highcountd_5.AR highcountd_5.C highcountd_6.T
         highcountd_6.AP highcountd_6.AR highcountd_6.C highcountd_7.T
         highcountd_7.AP highcountd_7.AR highcountd_7.C highcountd_8.T
         highcountd_8.AP highcountd_8.AR highcountd_8.C highcountd_9.T
         highcountd_9.AP highcountd_9.AR highcountd_9.C lowcounta_0.T
         lowcounta_0.AP lowcounta_0.AR lowcounta_0.C lowcounta_1.T
         lowcounta_1.AP lowcounta_1.AR lowcounta_1.C lowcounta_10.T
         lowcounta_10.AP lowcounta_10.AR lowcounta_10.C lowcounta_11.T
         lowcounta_11.AP lowcounta_11.AR lowcounta_11.C lowcounta_12.T
         lowcounta_12.AP lowcounta_12.AR lowcounta_12.C lowcounta_13.T
         lowcounta_13.AP lowcounta_13.AR lowcounta_13.C lowcounta_14.T
         lowcounta_14.AP lowcounta_14.AR lowcounta_14.C lowcounta_2.T
         lowcounta_2.AP lowcounta_2.AR lowcounta_2.C lowcounta_3.T
         lowcounta_3.AP lowcounta_3.AR lowcounta_3.C lowcounta_4.T
         lowcounta_4.AP lowcounta_4.AR lowcounta_4.C lowcounta_5.T
         lowcounta_5.AP lowcounta_5.AR lowcounta_5.C lowcounta_6.T
         lowcounta_6.AP lowcounta_6.AR lowcounta_6.C lowcounta_7.T
         lowcounta_7.AP lowcounta_7.AR lowcounta_7.C lowcounta_8.T
         lowcounta_8.AP lowcounta_8.AR lowcounta_8.C lowcounta_9.T
         lowcounta_9.AP lowcounta_9.AR lowcounta_9.C lowcountb_0.T
         lowcountb_0.AP lowcountb_0.AR lowcountb_0.C lowcountb_1.T
         lowcountb_1.AP lowcountb_1.AR lowcountb_1.C lowcountb_10.T
         lowcountb_10.AP lowcountb_10.AR lowcountb_10.C lowcountb_11.T
         lowcountb_11.AP lowcountb_11.AR lowcountb_11.C lowcountb_12.T
         lowcountb_12.AP lowcountb_12.AR lowcountb_12.C lowcountb_13.T
         lowcountb_13.AP lowcountb_13.AR lowcountb_13.C lowcountb_14.T
         lowcountb_14.AP lowcountb_14.AR lowcountb_14.C lowcountb_2.T
         lowcountb_2.AP lowcountb_2.AR lowcountb_2.C lowcountb_3.T
         lowcountb_3.AP lowcountb_3.AR lowcountb_3.C lowcountb_4.T
         lowcountb_4.AP lowcountb_4.AR lowcountb_4.C lowcountb_5.T
         lowcountb_5.AP lowcountb_5.AR lowcountb_5.C lowcountb_6.T
         lowcountb_6.AP lowcountb_6.AR lowcountb_6.C lowcountb_7.T
         lowcountb_7.AP lowcountb_7.AR lowcountb_7.C lowcountb_8.T
         lowcountb_8.AP lowcountb_8.AR lowcountb_8.C lowcountb_9.T
         lowcountb_9.AP lowcountb_9.AR lowcountb_9.C lowcountc_0.T
         lowcountc_0.AP lowcountc_0.AR lowcountc_0.C lowcountc_1.T
         lowcountc_1.AP lowcountc_1.AR lowcountc_1.C lowcountc_10.T
         lowcountc_10.AP lowcountc_10.AR lowcountc_10.C lowcountc_11.T
         lowcountc_11.AP lowcountc_11.AR lowcountc_11.C lowcountc_12.T
         lowcountc_12.AP lowcountc_12.AR lowcountc_12.C lowcountc_13.T
         lowcountc_13.AP lowcountc_13.AR lowcountc_13.C lowcountc_14.T
         lowcountc_14.AP lowcountc_14.AR lowcountc_14.C lowcountc_2.T
         lowcountc_2.AP lowcountc_2.AR lowcountc_2.C lowcountc_3.T
         lowcountc_3.AP lowcountc_3.AR lowcountc_3.C lowcountc_4.T
         lowcountc_4.AP lowcountc_4.AR lowcountc_4.C lowcountc_5.T
         lowcountc_5.AP lowcountc_5.AR lowcountc_5.C lowcountc_6.T
         lowcountc_6.AP lowcountc_6.AR lowcountc_6.C lowcountc_7.T
         lowcountc_7.AP lowcountc_7.AR lowcountc_7.C lowcountc_8.T
         lowcountc_8.AP lowcountc_8.AR lowcountc_8.C lowcountc_9.T
         lowcountc_9.AP lowcountc_9.AR lowcountc_9.C lowcountd_0.T
         lowcountd_0.AP lowcountd_0.AR lowcountd_0.C lowcountd_1.T
         lowcountd_1.AP lowcountd_1.AR lowcountd_1.C lowcountd_10.T
         lowcountd_10.AP lowcountd_10.AR lowcountd_10.C lowcountd_11.T
         lowcountd_11.AP lowcountd_11.AR lowcountd_11.C lowcountd_12.T
         lowcountd_12.AP lowcountd_12.AR lowcountd_12.C lowcountd_13.T
         lowcountd_13.AP lowcountd_13.AR lowcountd_13.C lowcountd_14.T
         lowcountd_14.AP lowcountd_14.AR lowcountd_14.C lowcountd_2.T
         lowcountd_2.AP lowcountd_2.AR lowcountd_2.C lowcountd_3.T
         lowcountd_3.AP lowcountd_3.AR lowcountd_3.C lowcountd_4.T
         lowcountd_4.AP lowcountd_4.AR lowcountd_4.C lowcountd_5.T
         lowcountd_5.AP lowcountd_5.AR lowcountd_5.C lowcountd_6.T
         lowcountd_6.AP lowcountd_6.AR lowcountd_6.C lowcountd_7.T
         lowcountd_7.AP lowcountd_7.AR lowcountd_7.C lowcountd_8.T
         lowcountd_8.AP lowcountd_8.AR lowcountd_8.C lowcountd_9.T
         lowcountd_9.AP lowcountd_9.AR lowcountd_9.C outen.D outen.C
         pulse_out1.D pulse_out1.T pulse_out1.AP pulse_out1.AR pulse_out1.C
         pulse_out2.D pulse_out2.T pulse_out2.AP pulse_out2.AR pulse_out2.C
         pulse_out3.D pulse_out3.T pulse_out3.AP pulse_out3.AR pulse_out3.C
         pulse_out4.D pulse_out4.T pulse_out4.AP pulse_out4.AR pulse_out4.C
         sync_out1.D sync_out1.C sync_out3.D sync_out3.C sync_out4.D
         sync_out4.C tempcount_0B.LH tempcount_10B.LH tempcount_11B.LH
         tempcount_12B.LH tempcount_13B.LH tempcount_14B.LH tempcount_1B.LH
         tempcount_2B.LH tempcount_3B.LH tempcount_4B.LH tempcount_5B.LH
         tempcount_6B.LH tempcount_7B.LH tempcount_8B.LH tempcount_9B.LH



Summary:
                 Error Count = 0      Warning Count = 0

Completed Successfully  
----------------------------------------------------------------------------
PLD Optimizer Software:       MINOPT.EXE     01/NOV/1999  [v4.02 ] 6.2 IR 27

LOGIC MINIMIZATION         ()

Messages:


Summary:
                 Error Count = 0      Warning Count = 0

Completed Successfully
----------------------------------------------------------------------------
PLD Optimizer Software:       DSGNOPT.EXE    31/03/2000  [v4.02 ] 6.2 IR 27

OPTIMIZATION OPTIONS       (21:05:13)

Messages:
  Information: Selecting D register equation as minimal for signal d(14)
  Information: Selecting D register equation as minimal for signal d(13)
  Information: Selecting D register equation as minimal for signal d(12)
  Information: Selecting D register equation as minimal for signal d(11)
  Information: Selecting D register equation as minimal for signal d(10)
  Information: Selecting D register equation as minimal for signal d(9)
  Information: Selecting D register equation as minimal for signal d(8)
  Information: Selecting D register equation as minimal for signal d(7)
  Information: Selecting D register equation as minimal for signal d(6)
  Information: Selecting D register equation as minimal for signal d(5)
  Information: Selecting D register equation as minimal for signal d(4)
  Information: Selecting D register equation as minimal for signal d(3)
  Information: Selecting D register equation as minimal for signal d(2)
  Information: Selecting D register equation as minimal for signal d(1)
  Information: Selecting D register equation as minimal for signal d(0)
  Information: Selecting D register equation as minimal for signal pulse_out4
  Information: Selecting D register equation as minimal for signal pulse_out3
  Information: Selecting D register equation as minimal for signal pulse_out2
  Information: Selecting D register equation as minimal for signal pulse_out1
  Information: Selecting D register equation as minimal for signal sync_out4
  Information: Selecting D register equation as minimal for signal sync_out3
  Information: Selecting D register equation as minimal for signal sync_out1
  Information: Selecting T register equation as minimal for signal lowcountd_9
  Information: Selecting T register equation as minimal for signal lowcountd_8
  Information: Selecting T register equation as minimal for signal lowcountd_7
  Information: Selecting T register equation as minimal for signal lowcountd_6
  Information: Selecting T register equation as minimal for signal lowcountd_5
  Information: Selecting T register equation as minimal for signal lowcountd_4
  Information: Selecting T register equation as minimal for signal lowcountd_3
  Information: Selecting T register equation as minimal for signal lowcountd_2
  Information: Selecting T register equation as minimal for signal lowcountd_14
  Information: Selecting T register equation as minimal for signal lowcountd_13
  Information: Selecting T register equation as minimal for signal lowcountd_12
  Information: Selecting T register equation as minimal for signal lowcountd_11
  Information: Selecting T register equation as minimal for signal lowcountd_10
  Information: Selecting T register equation as minimal for signal lowcountd_1
  Information: Selecting T register equation as minimal for signal lowcountd_0
  Information: Selecting T register equation as minimal for signal lowcountc_9
  Information: Selecting T register equation as minimal for signal lowcountc_8
  Information: Selecting T register equation as minimal for signal lowcountc_7
  Information: Selecting T register equation as minimal for signal lowcountc_6
  Information: Selecting T register equation as minimal for signal lowcountc_5
  Information: Selecting T register equation as minimal for signal lowcountc_4
  Information: Selecting T register equation as minimal for signal lowcountc_3
  Information: Selecting T register equation as minimal for signal lowcountc_2
  Information: Selecting T register equation as minimal for signal lowcountc_14
  Information: Selecting T register equation as minimal for signal lowcountc_13
  Information: Selecting T register equation as minimal for signal lowcountc_12
  Information: Selecting T register equation as minimal for signal lowcountc_11
  Information: Selecting T register equation as minimal for signal lowcountc_10
  Information: Selecting T register equation as minimal for signal lowcountc_1
  Information: Selecting T register equation as minimal for signal lowcountc_0
  Information: Selecting T register equation as minimal for signal lowcountb_9
  Information: Selecting T register equation as minimal for signal lowcountb_8
  Information: Selecting T register equation as minimal for signal lowcountb_7
  Information: Selecting T register equation as minimal for signal lowcountb_6
  Information: Selecting T register equation as minimal for signal lowcountb_5
  Information: Selecting T register equation as minimal for signal lowcountb_4
  Information: Selecting T register equation as minimal for signal lowcountb_3
  Information: Selecting T register equation as minimal for signal lowcountb_2
  Information: Selecting T register equation as minimal for signal lowcountb_14
  Information: Selecting T register equation as minimal for signal lowcountb_13
  Information: Selecting T register equation as minimal for signal lowcountb_12
  Information: Selecting T register equation as minimal for signal lowcountb_11
  Information: Selecting T register equation as minimal for signal lowcountb_10
  Information: Selecting T register equation as minimal for signal lowcountb_1
  Information: Selecting T register equation as minimal for signal lowcountb_0
  Information: Selecting T register equation as minimal for signal lowcounta_9
  Information: Selecting T register equation as minimal for signal lowcounta_8
  Information: Selecting T register equation as minimal for signal lowcounta_7
  Information: Selecting T register equation as minimal for signal lowcounta_6
  Information: Selecting T register equation as minimal for signal lowcounta_5
  Information: Selecting T register equation as minimal for signal lowcounta_4
  Information: Selecting T register equation as minimal for signal lowcounta_3
  Information: Selecting T register equation as minimal for signal lowcounta_2
  Information: Selecting T register equation as minimal for signal lowcounta_14
  Information: Selecting T register equation as minimal for signal lowcounta_13
  Information: Selecting T register equation as minimal for signal lowcounta_12
  Information: Selecting T register equation as minimal for signal lowcounta_11
  Information: Selecting T register equation as minimal for signal lowcounta_10
  Information: Selecting T register equation as minimal for signal lowcounta_1
  Information: Selecting T register equation as minimal for signal lowcounta_0
  Information: Selecting T register equation as minimal for signal highcountd_9
  Information: Selecting T register equation as minimal for signal highcountd_8
  Information: Selecting T register equation as minimal for signal highcountd_7
  Information: Selecting T register equation as minimal for signal highcountd_6
  Information: Selecting T register equation as minimal for signal highcountd_5
  Information: Selecting T register equation as minimal for signal highcountd_4
  Information: Selecting T register equation as minimal for signal highcountd_3
  Information: Selecting T register equation as minimal for signal highcountd_2
  Information: Selecting T register equation as minimal for signal highcountd_14
  Information: Selecting T register equation as minimal for signal highcountd_13
  Information: Selecting T register equation as minimal for signal highcountd_12
  Information: Selecting T register equation as minimal for signal highcountd_11
  Information: Selecting T register equation as minimal for signal highcountd_10
  Information: Selecting T register equation as minimal for signal highcountd_1
  Information: Selecting T register equation as minimal for signal highcountd_0
  Information: Selecting T register equation as minimal for signal highcountc_9
  Information: Selecting T register equation as minimal for signal highcountc_8
  Information: Selecting T register equation as minimal for signal highcountc_7
  Information: Selecting T register equation as minimal for signal highcountc_6
  Information: Selecting T register equation as minimal for signal highcountc_5
  Information: Selecting T register equation as minimal for signal highcountc_4
  Information: Selecting T register equation as minimal for signal highcountc_3
  Information: Selecting T register equation as minimal for signal highcountc_2
  Information: Selecting T register equation as minimal for signal highcountc_14
  Information: Selecting T register equation as minimal for signal highcountc_13
  Information: Selecting T register equation as minimal for signal highcountc_12
  Information: Selecting T register equation as minimal for signal highcountc_11
  Information: Selecting T register equation as minimal for signal highcountc_10
  Information: Selecting T register equation as minimal for signal highcountc_1
  Information: Selecting T register equation as minimal for signal highcountc_0
  Information: Selecting T register equation as minimal for signal highcountb_9
  Information: Selecting T register equation as minimal for signal highcountb_8
  Information: Selecting T register equation as minimal for signal highcountb_7
  Information: Selecting T register equation as minimal for signal highcountb_6
  Information: Selecting T register equation as minimal for signal highcountb_5
  Information: Selecting T register equation as minimal for signal highcountb_4
  Information: Selecting T register equation as minimal for signal highcountb_3
  Information: Selecting T register equation as minimal for signal highcountb_2
  Information: Selecting T register equation as minimal for signal highcountb_14
  Information: Selecting T register equation as minimal for signal highcountb_13
  Information: Selecting T register equation as minimal for signal highcountb_12
  Information: Selecting T register equation as minimal for signal highcountb_11
  Information: Selecting T register equation as minimal for signal highcountb_10
  Information: Selecting T register equation as minimal for signal highcountb_1
  Information: Selecting T register equation as minimal for signal highcountb_0
  Information: Selecting T register equation as minimal for signal highcounta_9
  Information: Selecting T register equation as minimal for signal highcounta_8
  Information: Selecting T register equation as minimal for signal highcounta_7
  Information: Selecting T register equation as minimal for signal highcounta_6
  Information: Selecting T register equation as minimal for signal highcounta_5
  Information: Selecting T register equation as minimal for signal highcounta_4
  Information: Selecting T register equation as minimal for signal highcounta_3
  Information: Selecting T register equation as minimal for signal highcounta_2
  Information: Selecting T register equation as minimal for signal highcounta_14
  Information: Selecting T register equation as minimal for signal highcounta_13
  Information: Selecting T register equation as minimal for signal highcounta_12
  Information: Selecting T register equation as minimal for signal highcounta_11
  Information: Selecting T register equation as minimal for signal highcounta_10
  Information: Selecting T register equation as minimal for signal highcounta_1
  Information: Selecting T register equation as minimal for signal highcounta_0


Summary:
                 Error Count = 0      Warning Count = 0

Completed Successfully  
----------------------------------------------------------------------------
PLD Compiler Software:        C37KFIT.EXE    22/DEC/2000  [v4.02 ] 6.2 IR 27

DESIGN EQUATIONS           (21:05:13)


    c(0).CI =
          sysclk 

    c(6).CI =
          sysclk 

    d(0).D =
          tempcount_0B.Q 

    d(0).C =
          sysclk 

    /d(0).OE =
          d(15)_OE.CMB 

    d(1).D =
          tempcount_1B.Q 

    d(1).C =
          sysclk 

    /d(1).OE =
          d(15)_OE.CMB 

    d(10).D =
          tempcount_10B.Q 

    d(10).C =
          sysclk 

    /d(10).OE =
          d(15)_OE.CMB 

    d(11).D =
          tempcount_11B.Q 

    d(11).C =
          sysclk 

    /d(11).OE =
          d(15)_OE.CMB 

    d(12).D =
          tempcount_12B.Q 

    d(12).C =
          sysclk 

    /d(12).OE =
          d(15)_OE.CMB 

    d(13).D =
          tempcount_13B.Q 

    d(13).C =
          sysclk 

    /d(13).OE =
          d(15)_OE.CMB 

    d(14).D =
          tempcount_14B.Q 

    d(14).C =
          sysclk 

    /d(14).OE =
          d(15)_OE.CMB 

    d(15) =
          GND

    /d(15).OE =
          d(15)_OE.CMB 

    d(15)_OE =
          /c(3) * dci(0) 
        + /c(4) * dci(1) 
        + /c(5) * dci(2) 
        + c(3) * /dci(0) 
        + c(4) * /dci(1) 
        + c(5) * /dci(2) 

    d(2).D =
          tempcount_2B.Q 

    d(2).C =
          sysclk 

    /d(2).OE =
          d(15)_OE.CMB 

    d(3).D =
          tempcount_3B.Q 

    d(3).C =
          sysclk 

    /d(3).OE =
          d(15)_OE.CMB 

    d(4).D =
          tempcount_4B.Q 

    d(4).C =
          sysclk 

    /d(4).OE =
          d(15)_OE.CMB 

    d(5).D =
          tempcount_5B.Q 

    d(5).C =
          sysclk 

    /d(5).OE =
          d(15)_OE.CMB 

    d(6).D =
          tempcount_6B.Q 

    d(6).C =
          sysclk 

    /d(6).OE =
          d(15)_OE.CMB 

    d(7).D =
          tempcount_7B.Q 

    d(7).C =
          sysclk 

    /d(7).OE =
          d(15)_OE.CMB 

    d(8).D =
          tempcount_8B.Q 

    d(8).C =
          sysclk 

    /d(8).OE =
          d(15)_OE.CMB 

    d(9).D =
          tempcount_9B.Q 

    d(9).C =
          sysclk 

    /d(9).OE =
          d(15)_OE.CMB 

    dco(0) =
          /dci(0) * /dci(1) 
        + /dci(0) * /dci(2) 

    dco(1) =
          /dci(0) * dci(1) * /dci(2) 
        + dci(0) * /dci(1) * /dci(2) 

    dco(2) =
          /dci(0) * /dci(1) * dci(2) 
        + dci(0) * dci(1) * /dci(2) 

    highcounta_0.T =
          c(0).QI * sync_out1.Q 

    highcounta_0.AP =
          GND

    highcounta_0.AR =
          /c(0).QI * c(6).QI 

    highcounta_0.C =
          sysclk 

    highcounta_1.T =
          c(0).QI * highcounta_0.Q * sync_out1.Q 

    highcounta_1.AP =
          GND

    highcounta_1.AR =
          /c(0).QI * c(6).QI 

    highcounta_1.C =
          sysclk 

    highcounta_10.T =
          c(0).QI * highcounta_0.Q * highcounta_1.Q * highcounta_2.Q * 
          highcounta_3.Q * highcounta_4.Q * highcounta_5.Q * 
          highcounta_6.Q * highcounta_7.Q * highcounta_8.Q * 
          highcounta_9.Q * sync_out1.Q 

    highcounta_10.AP =
          GND

    highcounta_10.AR =
          /c(0).QI * c(6).QI 

    highcounta_10.C =
          sysclk 

    highcounta_11.T =
          c(0).QI * highcounta_0.Q * highcounta_1.Q * highcounta_10.Q * 
          highcounta_2.Q * highcounta_3.Q * highcounta_4.Q * 
          highcounta_5.Q * highcounta_6.Q * highcounta_7.Q * 
          highcounta_8.Q * highcounta_9.Q * sync_out1.Q 

    highcounta_11.AP =
          GND

    highcounta_11.AR =
          /c(0).QI * c(6).QI 

    highcounta_11.C =
          sysclk 

    highcounta_12.T =
          c(0).QI * highcounta_0.Q * highcounta_1.Q * highcounta_10.Q * 
          highcounta_11.Q * highcounta_2.Q * highcounta_3.Q * 
          highcounta_4.Q * highcounta_5.Q * highcounta_6.Q * 
          highcounta_7.Q * highcounta_8.Q * highcounta_9.Q * sync_out1.Q 

    highcounta_12.AP =
          GND

    highcounta_12.AR =
          /c(0).QI * c(6).QI 

    highcounta_12.C =
          sysclk 

    highcounta_13.T =
          c(0).QI * highcounta_0.Q * highcounta_1.Q * highcounta_10.Q * 
          highcounta_11.Q * highcounta_12.Q * highcounta_2.Q * 
          highcounta_3.Q * highcounta_4.Q * highcounta_5.Q * 
          highcounta_6.Q * highcounta_7.Q * highcounta_8.Q * 
          highcounta_9.Q * sync_out1.Q 

    highcounta_13.AP =
          GND

    highcounta_13.AR =
          /c(0).QI * c(6).QI 

    highcounta_13.C =
          sysclk 

    highcounta_14.T =
          c(0).QI * highcounta_0.Q * highcounta_1.Q * highcounta_10.Q * 
          highcounta_11.Q * highcounta_12.Q * highcounta_13.Q * 
          highcounta_2.Q * highcounta_3.Q * highcounta_4.Q * 
          highcounta_5.Q * highcounta_6.Q * highcounta_7.Q * 
          highcounta_8.Q * highcounta_9.Q * sync_out1.Q 

    highcounta_14.AP =
          GND

    highcounta_14.AR =
          /c(0).QI * c(6).QI 

    highcounta_14.C =
          sysclk 

    highcounta_2.T =
          c(0).QI * highcounta_0.Q * highcounta_1.Q * sync_out1.Q 

    highcounta_2.AP =
          GND

    highcounta_2.AR =
          /c(0).QI * c(6).QI 

    highcounta_2.C =
          sysclk 

    highcounta_3.T =
          c(0).QI * highcounta_0.Q * highcounta_1.Q * highcounta_2.Q * 
          sync_out1.Q 

    highcounta_3.AP =
          GND

    highcounta_3.AR =
          /c(0).QI * c(6).QI 

    highcounta_3.C =
          sysclk 

    highcounta_4.T =
          c(0).QI * highcounta_0.Q * highcounta_1.Q * highcounta_2.Q * 
          highcounta_3.Q * sync_out1.Q 

    highcounta_4.AP =
          GND

    highcounta_4.AR =
          /c(0).QI * c(6).QI 

    highcounta_4.C =
          sysclk 

    highcounta_5.T =
          c(0).QI * highcounta_0.Q * highcounta_1.Q * highcounta_2.Q * 
          highcounta_3.Q * highcounta_4.Q * sync_out1.Q 

    highcounta_5.AP =
          GND

    highcounta_5.AR =
          /c(0).QI * c(6).QI 

    highcounta_5.C =
          sysclk 

    highcounta_6.T =
          c(0).QI * highcounta_0.Q * highcounta_1.Q * highcounta_2.Q * 
          highcounta_3.Q * highcounta_4.Q * highcounta_5.Q * sync_out1.Q 

    highcounta_6.AP =
          GND

    highcounta_6.AR =
          /c(0).QI * c(6).QI 

    highcounta_6.C =
          sysclk 

    highcounta_7.T =
          c(0).QI * highcounta_0.Q * highcounta_1.Q * highcounta_2.Q * 
          highcounta_3.Q * highcounta_4.Q * highcounta_5.Q * 
          highcounta_6.Q * sync_out1.Q 

    highcounta_7.AP =
          GND

    highcounta_7.AR =
          /c(0).QI * c(6).QI 

    highcounta_7.C =
          sysclk 

    highcounta_8.T =
          c(0).QI * highcounta_0.Q * highcounta_1.Q * highcounta_2.Q * 
          highcounta_3.Q * highcounta_4.Q * highcounta_5.Q * 
          highcounta_6.Q * highcounta_7.Q * sync_out1.Q 

    highcounta_8.AP =
          GND

    highcounta_8.AR =
          /c(0).QI * c(6).QI 

    highcounta_8.C =
          sysclk 

    highcounta_9.T =
          c(0).QI * highcounta_0.Q * highcounta_1.Q * highcounta_2.Q * 
          highcounta_3.Q * highcounta_4.Q * highcounta_5.Q * 
          highcounta_6.Q * highcounta_7.Q * highcounta_8.Q * sync_out1.Q 

    highcounta_9.AP =
          GND

    highcounta_9.AR =
          /c(0).QI * c(6).QI 

    highcounta_9.C =
          sysclk 

    highcountb_0.T =
          c(0).QI * outen.Q 

    highcountb_0.AP =
          GND

    highcountb_0.AR =
          /c(0).QI * c(6).QI 

    highcountb_0.C =
          sysclk 

    highcountb_1.T =
          c(0).QI * highcountb_0.Q * outen.Q 

    highcountb_1.AP =
          GND

    highcountb_1.AR =
          /c(0).QI * c(6).QI 

    highcountb_1.C =
          sysclk 

    highcountb_10.T =
          c(0).QI * highcountb_0.Q * highcountb_1.Q * highcountb_2.Q * 
          highcountb_3.Q * highcountb_4.Q * highcountb_5.Q * 
          highcountb_6.Q * highcountb_7.Q * highcountb_8.Q * 
          highcountb_9.Q * outen.Q 

    highcountb_10.AP =
          GND

    highcountb_10.AR =
          /c(0).QI * c(6).QI 

    highcountb_10.C =
          sysclk 

    highcountb_11.T =
          c(0).QI * highcountb_0.Q * highcountb_1.Q * highcountb_10.Q * 
          highcountb_2.Q * highcountb_3.Q * highcountb_4.Q * 
          highcountb_5.Q * highcountb_6.Q * highcountb_7.Q * 
          highcountb_8.Q * highcountb_9.Q * outen.Q 

    highcountb_11.AP =
          GND

    highcountb_11.AR =
          /c(0).QI * c(6).QI 

    highcountb_11.C =
          sysclk 

    highcountb_12.T =
          c(0).QI * highcountb_0.Q * highcountb_1.Q * highcountb_10.Q * 
          highcountb_11.Q * highcountb_2.Q * highcountb_3.Q * 
          highcountb_4.Q * highcountb_5.Q * highcountb_6.Q * 
          highcountb_7.Q * highcountb_8.Q * highcountb_9.Q * outen.Q 

    highcountb_12.AP =
          GND

    highcountb_12.AR =
          /c(0).QI * c(6).QI 

    highcountb_12.C =
          sysclk 

    highcountb_13.T =
          c(0).QI * highcountb_0.Q * highcountb_1.Q * highcountb_10.Q * 
          highcountb_11.Q * highcountb_12.Q * highcountb_2.Q * 
          highcountb_3.Q * highcountb_4.Q * highcountb_5.Q * 
          highcountb_6.Q * highcountb_7.Q * highcountb_8.Q * 
          highcountb_9.Q * outen.Q 

    highcountb_13.AP =
          GND

    highcountb_13.AR =
          /c(0).QI * c(6).QI 

    highcountb_13.C =
          sysclk 

    highcountb_14.T =
          c(0).QI * highcountb_0.Q * highcountb_1.Q * highcountb_10.Q * 
          highcountb_11.Q * highcountb_12.Q * highcountb_13.Q * 
          highcountb_2.Q * highcountb_3.Q * highcountb_4.Q * 
          highcountb_5.Q * highcountb_6.Q * highcountb_7.Q * 
          highcountb_8.Q * highcountb_9.Q * outen.Q 

    highcountb_14.AP =
          GND

    highcountb_14.AR =
          /c(0).QI * c(6).QI 

    highcountb_14.C =
          sysclk 

    highcountb_2.T =
          c(0).QI * highcountb_0.Q * highcountb_1.Q * outen.Q 

    highcountb_2.AP =
          GND

    highcountb_2.AR =
          /c(0).QI * c(6).QI 

    highcountb_2.C =
          sysclk 

    highcountb_3.T =
          c(0).QI * highcountb_0.Q * highcountb_1.Q * highcountb_2.Q * 
          outen.Q 

    highcountb_3.AP =
          GND

    highcountb_3.AR =
          /c(0).QI * c(6).QI 

    highcountb_3.C =
          sysclk 

    highcountb_4.T =
          c(0).QI * highcountb_0.Q * highcountb_1.Q * highcountb_2.Q * 
          highcountb_3.Q * outen.Q 

    highcountb_4.AP =
          GND

    highcountb_4.AR =
          /c(0).QI * c(6).QI 

    highcountb_4.C =
          sysclk 

    highcountb_5.T =
          c(0).QI * highcountb_0.Q * highcountb_1.Q * highcountb_2.Q * 
          highcountb_3.Q * highcountb_4.Q * outen.Q 

    highcountb_5.AP =
          GND

    highcountb_5.AR =
          /c(0).QI * c(6).QI 

    highcountb_5.C =
          sysclk 

    highcountb_6.T =
          c(0).QI * highcountb_0.Q * highcountb_1.Q * highcountb_2.Q * 
          highcountb_3.Q * highcountb_4.Q * highcountb_5.Q * outen.Q 

    highcountb_6.AP =
          GND

    highcountb_6.AR =
          /c(0).QI * c(6).QI 

    highcountb_6.C =
          sysclk 

    highcountb_7.T =
          c(0).QI * highcountb_0.Q * highcountb_1.Q * highcountb_2.Q * 
          highcountb_3.Q * highcountb_4.Q * highcountb_5.Q * 
          highcountb_6.Q * outen.Q 

    highcountb_7.AP =
          GND

    highcountb_7.AR =
          /c(0).QI * c(6).QI 

    highcountb_7.C =
          sysclk 

    highcountb_8.T =
          c(0).QI * highcountb_0.Q * highcountb_1.Q * highcountb_2.Q * 
          highcountb_3.Q * highcountb_4.Q * highcountb_5.Q * 
          highcountb_6.Q * highcountb_7.Q * outen.Q 

    highcountb_8.AP =
          GND

    highcountb_8.AR =
          /c(0).QI * c(6).QI 

    highcountb_8.C =
          sysclk 

    highcountb_9.T =
          c(0).QI * highcountb_0.Q * highcountb_1.Q * highcountb_2.Q * 
          highcountb_3.Q * highcountb_4.Q * highcountb_5.Q * 
          highcountb_6.Q * highcountb_7.Q * highcountb_8.Q * outen.Q 

    highcountb_9.AP =
          GND

    highcountb_9.AR =
          /c(0).QI * c(6).QI 

    highcountb_9.C =
          sysclk 

    highcountc_0.T =
          c(0).QI * sync_out3.Q 

    highcountc_0.AP =
          GND

    highcountc_0.AR =
          /c(0).QI * c(6).QI 

    highcountc_0.C =
          sysclk 

    highcountc_1.T =
          c(0).QI * highcountc_0.Q * sync_out3.Q 

    highcountc_1.AP =
          GND

    highcountc_1.AR =
          /c(0).QI * c(6).QI 

    highcountc_1.C =
          sysclk 

    highcountc_10.T =
          c(0).QI * highcountc_0.Q * highcountc_1.Q * highcountc_2.Q * 
          highcountc_3.Q * highcountc_4.Q * highcountc_5.Q * 
          highcountc_6.Q * highcountc_7.Q * highcountc_8.Q * 
          highcountc_9.Q * sync_out3.Q 

    highcountc_10.AP =
          GND

    highcountc_10.AR =
          /c(0).QI * c(6).QI 

    highcountc_10.C =
          sysclk 

    highcountc_11.T =
          c(0).QI * highcountc_0.Q * highcountc_1.Q * highcountc_10.Q * 
          highcountc_2.Q * highcountc_3.Q * highcountc_4.Q * 
          highcountc_5.Q * highcountc_6.Q * highcountc_7.Q * 
          highcountc_8.Q * highcountc_9.Q * sync_out3.Q 

    highcountc_11.AP =
          GND

    highcountc_11.AR =
          /c(0).QI * c(6).QI 

    highcountc_11.C =
          sysclk 

    highcountc_12.T =
          c(0).QI * highcountc_0.Q * highcountc_1.Q * highcountc_10.Q * 
          highcountc_11.Q * highcountc_2.Q * highcountc_3.Q * 
          highcountc_4.Q * highcountc_5.Q * highcountc_6.Q * 
          highcountc_7.Q * highcountc_8.Q * highcountc_9.Q * sync_out3.Q 

    highcountc_12.AP =
          GND

    highcountc_12.AR =
          /c(0).QI * c(6).QI 

    highcountc_12.C =
          sysclk 

    highcountc_13.T =
          c(0).QI * highcountc_0.Q * highcountc_1.Q * highcountc_10.Q * 
          highcountc_11.Q * highcountc_12.Q * highcountc_2.Q * 
          highcountc_3.Q * highcountc_4.Q * highcountc_5.Q * 
          highcountc_6.Q * highcountc_7.Q * highcountc_8.Q * 
          highcountc_9.Q * sync_out3.Q 

    highcountc_13.AP =
          GND

    highcountc_13.AR =
          /c(0).QI * c(6).QI 

    highcountc_13.C =
          sysclk 

    highcountc_14.T =
          c(0).QI * highcountc_0.Q * highcountc_1.Q * highcountc_10.Q * 
          highcountc_11.Q * highcountc_12.Q * highcountc_13.Q * 
          highcountc_2.Q * highcountc_3.Q * highcountc_4.Q * 
          highcountc_5.Q * highcountc_6.Q * highcountc_7.Q * 
          highcountc_8.Q * highcountc_9.Q * sync_out3.Q 

    highcountc_14.AP =
          GND

    highcountc_14.AR =
          /c(0).QI * c(6).QI 

    highcountc_14.C =
          sysclk 

    highcountc_2.T =
          c(0).QI * highcountc_0.Q * highcountc_1.Q * sync_out3.Q 

    highcountc_2.AP =
          GND

    highcountc_2.AR =
          /c(0).QI * c(6).QI 

    highcountc_2.C =
          sysclk 

    highcountc_3.T =
          c(0).QI * highcountc_0.Q * highcountc_1.Q * highcountc_2.Q * 
          sync_out3.Q 

    highcountc_3.AP =
          GND

    highcountc_3.AR =
          /c(0).QI * c(6).QI 

    highcountc_3.C =
          sysclk 

    highcountc_4.T =
          c(0).QI * highcountc_0.Q * highcountc_1.Q * highcountc_2.Q * 
          highcountc_3.Q * sync_out3.Q 

    highcountc_4.AP =
          GND

    highcountc_4.AR =
          /c(0).QI * c(6).QI 

    highcountc_4.C =
          sysclk 

    highcountc_5.T =
          c(0).QI * highcountc_0.Q * highcountc_1.Q * highcountc_2.Q * 
          highcountc_3.Q * highcountc_4.Q * sync_out3.Q 

    highcountc_5.AP =
          GND

    highcountc_5.AR =
          /c(0).QI * c(6).QI 

    highcountc_5.C =
          sysclk 

    highcountc_6.T =
          c(0).QI * highcountc_0.Q * highcountc_1.Q * highcountc_2.Q * 
          highcountc_3.Q * highcountc_4.Q * highcountc_5.Q * sync_out3.Q 

    highcountc_6.AP =
          GND

    highcountc_6.AR =
          /c(0).QI * c(6).QI 

    highcountc_6.C =
          sysclk 

    highcountc_7.T =
          c(0).QI * highcountc_0.Q * highcountc_1.Q * highcountc_2.Q * 
          highcountc_3.Q * highcountc_4.Q * highcountc_5.Q * 
          highcountc_6.Q * sync_out3.Q 

    highcountc_7.AP =
          GND

    highcountc_7.AR =
          /c(0).QI * c(6).QI 

    highcountc_7.C =
          sysclk 

    highcountc_8.T =
          c(0).QI * highcountc_0.Q * highcountc_1.Q * highcountc_2.Q * 
          highcountc_3.Q * highcountc_4.Q * highcountc_5.Q * 
          highcountc_6.Q * highcountc_7.Q * sync_out3.Q 

    highcountc_8.AP =
          GND

    highcountc_8.AR =
          /c(0).QI * c(6).QI 

    highcountc_8.C =
          sysclk 

    highcountc_9.T =
          c(0).QI * highcountc_0.Q * highcountc_1.Q * highcountc_2.Q * 
          highcountc_3.Q * highcountc_4.Q * highcountc_5.Q * 
          highcountc_6.Q * highcountc_7.Q * highcountc_8.Q * sync_out3.Q 

    highcountc_9.AP =
          GND

    highcountc_9.AR =
          /c(0).QI * c(6).QI 

    highcountc_9.C =
          sysclk 

    highcountd_0.T =
          c(0).QI * sync_out4.Q 

    highcountd_0.AP =
          GND

    highcountd_0.AR =
          /c(0).QI * c(6).QI 

    highcountd_0.C =
          sysclk 

    highcountd_1.T =
          c(0).QI * highcountd_0.Q * sync_out4.Q 

    highcountd_1.AP =
          GND

    highcountd_1.AR =
          /c(0).QI * c(6).QI 

    highcountd_1.C =
          sysclk 

    highcountd_10.T =
          c(0).QI * highcountd_0.Q * highcountd_1.Q * highcountd_2.Q * 
          highcountd_3.Q * highcountd_4.Q * highcountd_5.Q * 
          highcountd_6.Q * highcountd_7.Q * highcountd_8.Q * 
          highcountd_9.Q * sync_out4.Q 

    highcountd_10.AP =
          GND

    highcountd_10.AR =
          /c(0).QI * c(6).QI 

    highcountd_10.C =
          sysclk 

    highcountd_11.T =
          c(0).QI * highcountd_0.Q * highcountd_1.Q * highcountd_10.Q * 
          highcountd_2.Q * highcountd_3.Q * highcountd_4.Q * 
          highcountd_5.Q * highcountd_6.Q * highcountd_7.Q * 
          highcountd_8.Q * highcountd_9.Q * sync_out4.Q 

    highcountd_11.AP =
          GND

    highcountd_11.AR =
          /c(0).QI * c(6).QI 

    highcountd_11.C =
          sysclk 

    highcountd_12.T =
          c(0).QI * highcountd_0.Q * highcountd_1.Q * highcountd_10.Q * 
          highcountd_11.Q * highcountd_2.Q * highcountd_3.Q * 
          highcountd_4.Q * highcountd_5.Q * highcountd_6.Q * 
          highcountd_7.Q * highcountd_8.Q * highcountd_9.Q * sync_out4.Q 

    highcountd_12.AP =
          GND

    highcountd_12.AR =
          /c(0).QI * c(6).QI 

    highcountd_12.C =
          sysclk 

    highcountd_13.T =
          c(0).QI * highcountd_0.Q * highcountd_1.Q * highcountd_10.Q * 
          highcountd_11.Q * highcountd_12.Q * highcountd_2.Q * 
          highcountd_3.Q * highcountd_4.Q * highcountd_5.Q * 
          highcountd_6.Q * highcountd_7.Q * highcountd_8.Q * 
          highcountd_9.Q * sync_out4.Q 

    highcountd_13.AP =
          GND

    highcountd_13.AR =
          /c(0).QI * c(6).QI 

    highcountd_13.C =
          sysclk 

    highcountd_14.T =
          c(0).QI * highcountd_0.Q * highcountd_1.Q * highcountd_10.Q * 
          highcountd_11.Q * highcountd_12.Q * highcountd_13.Q * 
          highcountd_2.Q * highcountd_3.Q * highcountd_4.Q * 
          highcountd_5.Q * highcountd_6.Q * highcountd_7.Q * 
          highcountd_8.Q * highcountd_9.Q * sync_out4.Q 

    highcountd_14.AP =
          GND

    highcountd_14.AR =
          /c(0).QI * c(6).QI 

    highcountd_14.C =
          sysclk 

    highcountd_2.T =
          c(0).QI * highcountd_0.Q * highcountd_1.Q * sync_out4.Q 

    highcountd_2.AP =
          GND

    highcountd_2.AR =
          /c(0).QI * c(6).QI 

    highcountd_2.C =
          sysclk 

    highcountd_3.T =
          c(0).QI * highcountd_0.Q * highcountd_1.Q * highcountd_2.Q * 
          sync_out4.Q 

    highcountd_3.AP =
          GND

    highcountd_3.AR =
          /c(0).QI * c(6).QI 

    highcountd_3.C =
          sysclk 

    highcountd_4.T =
          c(0).QI * highcountd_0.Q * highcountd_1.Q * highcountd_2.Q * 
          highcountd_3.Q * sync_out4.Q 

    highcountd_4.AP =
          GND

    highcountd_4.AR =
          /c(0).QI * c(6).QI 

    highcountd_4.C =
          sysclk 

    highcountd_5.T =
          c(0).QI * highcountd_0.Q * highcountd_1.Q * highcountd_2.Q * 
          highcountd_3.Q * highcountd_4.Q * sync_out4.Q 

    highcountd_5.AP =
          GND

    highcountd_5.AR =
          /c(0).QI * c(6).QI 

    highcountd_5.C =
          sysclk 

    highcountd_6.T =
          c(0).QI * highcountd_0.Q * highcountd_1.Q * highcountd_2.Q * 
          highcountd_3.Q * highcountd_4.Q * highcountd_5.Q * sync_out4.Q 

    highcountd_6.AP =
          GND

    highcountd_6.AR =
          /c(0).QI * c(6).QI 

    highcountd_6.C =
          sysclk 

    highcountd_7.T =
          c(0).QI * highcountd_0.Q * highcountd_1.Q * highcountd_2.Q * 
          highcountd_3.Q * highcountd_4.Q * highcountd_5.Q * 
          highcountd_6.Q * sync_out4.Q 

    highcountd_7.AP =
          GND

    highcountd_7.AR =
          /c(0).QI * c(6).QI 

    highcountd_7.C =
          sysclk 

    highcountd_8.T =
          c(0).QI * highcountd_0.Q * highcountd_1.Q * highcountd_2.Q * 
          highcountd_3.Q * highcountd_4.Q * highcountd_5.Q * 
          highcountd_6.Q * highcountd_7.Q * sync_out4.Q 

    highcountd_8.AP =
          GND

    highcountd_8.AR =
          /c(0).QI * c(6).QI 

    highcountd_8.C =
          sysclk 

    highcountd_9.T =
          c(0).QI * highcountd_0.Q * highcountd_1.Q * highcountd_2.Q * 
          highcountd_3.Q * highcountd_4.Q * highcountd_5.Q * 
          highcountd_6.Q * highcountd_7.Q * highcountd_8.Q * sync_out4.Q 

    highcountd_9.AP =
          GND

    highcountd_9.AR =
          /c(0).QI * c(6).QI 

    highcountd_9.C =
          sysclk 

    lowcounta_0.T =
          /c(0).QI * sync_out1.Q 

    lowcounta_0.AP =
          GND

    lowcounta_0.AR =
          c(0).QI * c(6).QI 

    lowcounta_0.C =
          sysclk 

    lowcounta_1.T =
          /c(0).QI * lowcounta_0.Q * sync_out1.Q 

    lowcounta_1.AP =
          GND

    lowcounta_1.AR =
          c(0).QI * c(6).QI 

    lowcounta_1.C =
          sysclk 

    lowcounta_10.T =
          /c(0).QI * lowcounta_0.Q * lowcounta_1.Q * lowcounta_2.Q * 
          lowcounta_3.Q * lowcounta_4.Q * lowcounta_5.Q * lowcounta_6.Q * 
          lowcounta_7.Q * lowcounta_8.Q * lowcounta_9.Q * sync_out1.Q 

    lowcounta_10.AP =
          GND

    lowcounta_10.AR =
          c(0).QI * c(6).QI 

    lowcounta_10.C =
          sysclk 

    lowcounta_11.T =
          /c(0).QI * lowcounta_0.Q * lowcounta_1.Q * lowcounta_10.Q * 
          lowcounta_2.Q * lowcounta_3.Q * lowcounta_4.Q * lowcounta_5.Q * 
          lowcounta_6.Q * lowcounta_7.Q * lowcounta_8.Q * lowcounta_9.Q * 
          sync_out1.Q 

    lowcounta_11.AP =
          GND

    lowcounta_11.AR =
          c(0).QI * c(6).QI 

    lowcounta_11.C =
          sysclk 

    lowcounta_12.T =
          /c(0).QI * lowcounta_0.Q * lowcounta_1.Q * lowcounta_10.Q * 
          lowcounta_11.Q * lowcounta_2.Q * lowcounta_3.Q * lowcounta_4.Q * 
          lowcounta_5.Q * lowcounta_6.Q * lowcounta_7.Q * lowcounta_8.Q * 
          lowcounta_9.Q * sync_out1.Q 

    lowcounta_12.AP =
          GND

    lowcounta_12.AR =
          c(0).QI * c(6).QI 

    lowcounta_12.C =
          sysclk 

    lowcounta_13.T =
          /c(0).QI * lowcounta_0.Q * lowcounta_1.Q * lowcounta_10.Q * 
          lowcounta_11.Q * lowcounta_12.Q * lowcounta_2.Q * lowcounta_3.Q * 
          lowcounta_4.Q * lowcounta_5.Q * lowcounta_6.Q * lowcounta_7.Q * 
          lowcounta_8.Q * lowcounta_9.Q * sync_out1.Q 

    lowcounta_13.AP =
          GND

    lowcounta_13.AR =
          c(0).QI * c(6).QI 

    lowcounta_13.C =
          sysclk 

    lowcounta_14.T =
          /c(0).QI * lowcounta_0.Q * lowcounta_1.Q * lowcounta_10.Q * 
          lowcounta_11.Q * lowcounta_12.Q * lowcounta_13.Q * lowcounta_2.Q * 
          lowcounta_3.Q * lowcounta_4.Q * lowcounta_5.Q * lowcounta_6.Q * 
          lowcounta_7.Q * lowcounta_8.Q * lowcounta_9.Q * sync_out1.Q 

    lowcounta_14.AP =
          GND

    lowcounta_14.AR =
          c(0).QI * c(6).QI 

    lowcounta_14.C =
          sysclk 

    lowcounta_2.T =
          /c(0).QI * lowcounta_0.Q * lowcounta_1.Q * sync_out1.Q 

    lowcounta_2.AP =
          GND

    lowcounta_2.AR =
          c(0).QI * c(6).QI 

    lowcounta_2.C =
          sysclk 

    lowcounta_3.T =
          /c(0).QI * lowcounta_0.Q * lowcounta_1.Q * lowcounta_2.Q * 
          sync_out1.Q 

    lowcounta_3.AP =
          GND

    lowcounta_3.AR =
          c(0).QI * c(6).QI 

    lowcounta_3.C =
          sysclk 

    lowcounta_4.T =
          /c(0).QI * lowcounta_0.Q * lowcounta_1.Q * lowcounta_2.Q * 
          lowcounta_3.Q * sync_out1.Q 

    lowcounta_4.AP =
          GND

    lowcounta_4.AR =
          c(0).QI * c(6).QI 

    lowcounta_4.C =
          sysclk 

    lowcounta_5.T =
          /c(0).QI * lowcounta_0.Q * lowcounta_1.Q * lowcounta_2.Q * 
          lowcounta_3.Q * lowcounta_4.Q * sync_out1.Q 

    lowcounta_5.AP =
          GND

    lowcounta_5.AR =
          c(0).QI * c(6).QI 

    lowcounta_5.C =
          sysclk 

    lowcounta_6.T =
          /c(0).QI * lowcounta_0.Q * lowcounta_1.Q * lowcounta_2.Q * 
          lowcounta_3.Q * lowcounta_4.Q * lowcounta_5.Q * sync_out1.Q 

    lowcounta_6.AP =
          GND

    lowcounta_6.AR =
          c(0).QI * c(6).QI 

    lowcounta_6.C =
          sysclk 

    lowcounta_7.T =
          /c(0).QI * lowcounta_0.Q * lowcounta_1.Q * lowcounta_2.Q * 
          lowcounta_3.Q * lowcounta_4.Q * lowcounta_5.Q * lowcounta_6.Q * 
          sync_out1.Q 

    lowcounta_7.AP =
          GND

    lowcounta_7.AR =
          c(0).QI * c(6).QI 

    lowcounta_7.C =
          sysclk 

    lowcounta_8.T =
          /c(0).QI * lowcounta_0.Q * lowcounta_1.Q * lowcounta_2.Q * 
          lowcounta_3.Q * lowcounta_4.Q * lowcounta_5.Q * lowcounta_6.Q * 
          lowcounta_7.Q * sync_out1.Q 

    lowcounta_8.AP =
          GND

    lowcounta_8.AR =
          c(0).QI * c(6).QI 

    lowcounta_8.C =
          sysclk 

    lowcounta_9.T =
          /c(0).QI * lowcounta_0.Q * lowcounta_1.Q * lowcounta_2.Q * 
          lowcounta_3.Q * lowcounta_4.Q * lowcounta_5.Q * lowcounta_6.Q * 
          lowcounta_7.Q * lowcounta_8.Q * sync_out1.Q 

    lowcounta_9.AP =
          GND

    lowcounta_9.AR =
          c(0).QI * c(6).QI 

    lowcounta_9.C =
          sysclk 

    lowcountb_0.T =
          /c(0).QI * outen.Q 

    lowcountb_0.AP =
          GND

    lowcountb_0.AR =
          c(0).QI * c(6).QI 

    lowcountb_0.C =
          sysclk 

    lowcountb_1.T =
          /c(0).QI * lowcountb_0.Q * outen.Q 

    lowcountb_1.AP =
          GND

    lowcountb_1.AR =
          c(0).QI * c(6).QI 

    lowcountb_1.C =
          sysclk 

    lowcountb_10.T =
          /c(0).QI * lowcountb_0.Q * lowcountb_1.Q * lowcountb_2.Q * 
          lowcountb_3.Q * lowcountb_4.Q * lowcountb_5.Q * lowcountb_6.Q * 
          lowcountb_7.Q * lowcountb_8.Q * lowcountb_9.Q * outen.Q 

    lowcountb_10.AP =
          GND

    lowcountb_10.AR =
          c(0).QI * c(6).QI 

    lowcountb_10.C =
          sysclk 

    lowcountb_11.T =
          /c(0).QI * lowcountb_0.Q * lowcountb_1.Q * lowcountb_10.Q * 
          lowcountb_2.Q * lowcountb_3.Q * lowcountb_4.Q * lowcountb_5.Q * 
          lowcountb_6.Q * lowcountb_7.Q * lowcountb_8.Q * lowcountb_9.Q * 
          outen.Q 

    lowcountb_11.AP =
          GND

    lowcountb_11.AR =
          c(0).QI * c(6).QI 

    lowcountb_11.C =
          sysclk 

    lowcountb_12.T =
          /c(0).QI * lowcountb_0.Q * lowcountb_1.Q * lowcountb_10.Q * 
          lowcountb_11.Q * lowcountb_2.Q * lowcountb_3.Q * lowcountb_4.Q * 
          lowcountb_5.Q * lowcountb_6.Q * lowcountb_7.Q * lowcountb_8.Q * 
          lowcountb_9.Q * outen.Q 

    lowcountb_12.AP =
          GND

    lowcountb_12.AR =
          c(0).QI * c(6).QI 

    lowcountb_12.C =
          sysclk 

    lowcountb_13.T =
          /c(0).QI * lowcountb_0.Q * lowcountb_1.Q * lowcountb_10.Q * 
          lowcountb_11.Q * lowcountb_12.Q * lowcountb_2.Q * lowcountb_3.Q * 
          lowcountb_4.Q * lowcountb_5.Q * lowcountb_6.Q * lowcountb_7.Q * 
          lowcountb_8.Q * lowcountb_9.Q * outen.Q 

    lowcountb_13.AP =
          GND

    lowcountb_13.AR =
          c(0).QI * c(6).QI 

    lowcountb_13.C =
          sysclk 

    lowcountb_14.T =
          /c(0).QI * lowcountb_0.Q * lowcountb_1.Q * lowcountb_10.Q * 
          lowcountb_11.Q * lowcountb_12.Q * lowcountb_13.Q * lowcountb_2.Q * 
          lowcountb_3.Q * lowcountb_4.Q * lowcountb_5.Q * lowcountb_6.Q * 
          lowcountb_7.Q * lowcountb_8.Q * lowcountb_9.Q * outen.Q 

    lowcountb_14.AP =
          GND

    lowcountb_14.AR =
          c(0).QI * c(6).QI 

    lowcountb_14.C =
          sysclk 

    lowcountb_2.T =
          /c(0).QI * lowcountb_0.Q * lowcountb_1.Q * outen.Q 

    lowcountb_2.AP =
          GND

    lowcountb_2.AR =
          c(0).QI * c(6).QI 

    lowcountb_2.C =
          sysclk 

    lowcountb_3.T =
          /c(0).QI * lowcountb_0.Q * lowcountb_1.Q * lowcountb_2.Q * 
          outen.Q 

    lowcountb_3.AP =
          GND

    lowcountb_3.AR =
          c(0).QI * c(6).QI 

    lowcountb_3.C =
          sysclk 

    lowcountb_4.T =
          /c(0).QI * lowcountb_0.Q * lowcountb_1.Q * lowcountb_2.Q * 
          lowcountb_3.Q * outen.Q 

    lowcountb_4.AP =
          GND

    lowcountb_4.AR =
          c(0).QI * c(6).QI 

    lowcountb_4.C =
          sysclk 

    lowcountb_5.T =
          /c(0).QI * lowcountb_0.Q * lowcountb_1.Q * lowcountb_2.Q * 
          lowcountb_3.Q * lowcountb_4.Q * outen.Q 

    lowcountb_5.AP =
          GND

    lowcountb_5.AR =
          c(0).QI * c(6).QI 

    lowcountb_5.C =
          sysclk 

    lowcountb_6.T =
          /c(0).QI * lowcountb_0.Q * lowcountb_1.Q * lowcountb_2.Q * 
          lowcountb_3.Q * lowcountb_4.Q * lowcountb_5.Q * outen.Q 

    lowcountb_6.AP =
          GND

    lowcountb_6.AR =
          c(0).QI * c(6).QI 

    lowcountb_6.C =
          sysclk 

    lowcountb_7.T =
          /c(0).QI * lowcountb_0.Q * lowcountb_1.Q * lowcountb_2.Q * 
          lowcountb_3.Q * lowcountb_4.Q * lowcountb_5.Q * lowcountb_6.Q * 
          outen.Q 

    lowcountb_7.AP =
          GND

    lowcountb_7.AR =
          c(0).QI * c(6).QI 

    lowcountb_7.C =
          sysclk 

    lowcountb_8.T =
          /c(0).QI * lowcountb_0.Q * lowcountb_1.Q * lowcountb_2.Q * 
          lowcountb_3.Q * lowcountb_4.Q * lowcountb_5.Q * lowcountb_6.Q * 
          lowcountb_7.Q * outen.Q 

    lowcountb_8.AP =
          GND

    lowcountb_8.AR =
          c(0).QI * c(6).QI 

    lowcountb_8.C =
          sysclk 

    lowcountb_9.T =
          /c(0).QI * lowcountb_0.Q * lowcountb_1.Q * lowcountb_2.Q * 
          lowcountb_3.Q * lowcountb_4.Q * lowcountb_5.Q * lowcountb_6.Q * 
          lowcountb_7.Q * lowcountb_8.Q * outen.Q 

    lowcountb_9.AP =
          GND

    lowcountb_9.AR =
          c(0).QI * c(6).QI 

    lowcountb_9.C =
          sysclk 

    lowcountc_0.T =
          /c(0).QI * sync_out3.Q 

    lowcountc_0.AP =
          GND

    lowcountc_0.AR =
          c(0).QI * c(6).QI 

    lowcountc_0.C =
          sysclk 

    lowcountc_1.T =
          /c(0).QI * lowcountc_0.Q * sync_out3.Q 

    lowcountc_1.AP =
          GND

    lowcountc_1.AR =
          c(0).QI * c(6).QI 

    lowcountc_1.C =
          sysclk 

    lowcountc_10.T =
          /c(0).QI * lowcountc_0.Q * lowcountc_1.Q * lowcountc_2.Q * 
          lowcountc_3.Q * lowcountc_4.Q * lowcountc_5.Q * lowcountc_6.Q * 
          lowcountc_7.Q * lowcountc_8.Q * lowcountc_9.Q * sync_out3.Q 

    lowcountc_10.AP =
          GND

    lowcountc_10.AR =
          c(0).QI * c(6).QI 

    lowcountc_10.C =
          sysclk 

    lowcountc_11.T =
          /c(0).QI * lowcountc_0.Q * lowcountc_1.Q * lowcountc_10.Q * 
          lowcountc_2.Q * lowcountc_3.Q * lowcountc_4.Q * lowcountc_5.Q * 
          lowcountc_6.Q * lowcountc_7.Q * lowcountc_8.Q * lowcountc_9.Q * 
          sync_out3.Q 

    lowcountc_11.AP =
          GND

    lowcountc_11.AR =
          c(0).QI * c(6).QI 

    lowcountc_11.C =
          sysclk 

    lowcountc_12.T =
          /c(0).QI * lowcountc_0.Q * lowcountc_1.Q * lowcountc_10.Q * 
          lowcountc_11.Q * lowcountc_2.Q * lowcountc_3.Q * lowcountc_4.Q * 
          lowcountc_5.Q * lowcountc_6.Q * lowcountc_7.Q * lowcountc_8.Q * 
          lowcountc_9.Q * sync_out3.Q 

    lowcountc_12.AP =
          GND

    lowcountc_12.AR =
          c(0).QI * c(6).QI 

    lowcountc_12.C =
          sysclk 

    lowcountc_13.T =
          /c(0).QI * lowcountc_0.Q * lowcountc_1.Q * lowcountc_10.Q * 
          lowcountc_11.Q * lowcountc_12.Q * lowcountc_2.Q * lowcountc_3.Q * 
          lowcountc_4.Q * lowcountc_5.Q * lowcountc_6.Q * lowcountc_7.Q * 
          lowcountc_8.Q * lowcountc_9.Q * sync_out3.Q 

    lowcountc_13.AP =
          GND

    lowcountc_13.AR =
          c(0).QI * c(6).QI 

    lowcountc_13.C =
          sysclk 

    lowcountc_14.T =
          /c(0).QI * lowcountc_0.Q * lowcountc_1.Q * lowcountc_10.Q * 
          lowcountc_11.Q * lowcountc_12.Q * lowcountc_13.Q * lowcountc_2.Q * 
          lowcountc_3.Q * lowcountc_4.Q * lowcountc_5.Q * lowcountc_6.Q * 
          lowcountc_7.Q * lowcountc_8.Q * lowcountc_9.Q * sync_out3.Q 

    lowcountc_14.AP =
          GND

    lowcountc_14.AR =
          c(0).QI * c(6).QI 

    lowcountc_14.C =
          sysclk 

    lowcountc_2.T =
          /c(0).QI * lowcountc_0.Q * lowcountc_1.Q * sync_out3.Q 

    lowcountc_2.AP =
          GND

    lowcountc_2.AR =
          c(0).QI * c(6).QI 

    lowcountc_2.C =
          sysclk 

    lowcountc_3.T =
          /c(0).QI * lowcountc_0.Q * lowcountc_1.Q * lowcountc_2.Q * 
          sync_out3.Q 

    lowcountc_3.AP =
          GND

    lowcountc_3.AR =
          c(0).QI * c(6).QI 

    lowcountc_3.C =
          sysclk 

    lowcountc_4.T =
          /c(0).QI * lowcountc_0.Q * lowcountc_1.Q * lowcountc_2.Q * 
          lowcountc_3.Q * sync_out3.Q 

    lowcountc_4.AP =
          GND

    lowcountc_4.AR =
          c(0).QI * c(6).QI 

    lowcountc_4.C =
          sysclk 

    lowcountc_5.T =
          /c(0).QI * lowcountc_0.Q * lowcountc_1.Q * lowcountc_2.Q * 
          lowcountc_3.Q * lowcountc_4.Q * sync_out3.Q 

    lowcountc_5.AP =
          GND

    lowcountc_5.AR =
          c(0).QI * c(6).QI 

    lowcountc_5.C =
          sysclk 

    lowcountc_6.T =
          /c(0).QI * lowcountc_0.Q * lowcountc_1.Q * lowcountc_2.Q * 
          lowcountc_3.Q * lowcountc_4.Q * lowcountc_5.Q * sync_out3.Q 

    lowcountc_6.AP =
          GND

    lowcountc_6.AR =
          c(0).QI * c(6).QI 

    lowcountc_6.C =
          sysclk 

    lowcountc_7.T =
          /c(0).QI * lowcountc_0.Q * lowcountc_1.Q * lowcountc_2.Q * 
          lowcountc_3.Q * lowcountc_4.Q * lowcountc_5.Q * lowcountc_6.Q * 
          sync_out3.Q 

    lowcountc_7.AP =
          GND

    lowcountc_7.AR =
          c(0).QI * c(6).QI 

    lowcountc_7.C =
          sysclk 

    lowcountc_8.T =
          /c(0).QI * lowcountc_0.Q * lowcountc_1.Q * lowcountc_2.Q * 
          lowcountc_3.Q * lowcountc_4.Q * lowcountc_5.Q * lowcountc_6.Q * 
          lowcountc_7.Q * sync_out3.Q 

    lowcountc_8.AP =
          GND

    lowcountc_8.AR =
          c(0).QI * c(6).QI 

    lowcountc_8.C =
          sysclk 

    lowcountc_9.T =
          /c(0).QI * lowcountc_0.Q * lowcountc_1.Q * lowcountc_2.Q * 
          lowcountc_3.Q * lowcountc_4.Q * lowcountc_5.Q * lowcountc_6.Q * 
          lowcountc_7.Q * lowcountc_8.Q * sync_out3.Q 

    lowcountc_9.AP =
          GND

    lowcountc_9.AR =
          c(0).QI * c(6).QI 

    lowcountc_9.C =
          sysclk 

    lowcountd_0.T =
          /c(0).QI * sync_out4.Q 

    lowcountd_0.AP =
          GND

    lowcountd_0.AR =
          c(0).QI * c(6).QI 

    lowcountd_0.C =
          sysclk 

    lowcountd_1.T =
          /c(0).QI * lowcountd_0.Q * sync_out4.Q 

    lowcountd_1.AP =
          GND

    lowcountd_1.AR =
          c(0).QI * c(6).QI 

    lowcountd_1.C =
          sysclk 

    lowcountd_10.T =
          /c(0).QI * lowcountd_0.Q * lowcountd_1.Q * lowcountd_2.Q * 
          lowcountd_3.Q * lowcountd_4.Q * lowcountd_5.Q * lowcountd_6.Q * 
          lowcountd_7.Q * lowcountd_8.Q * lowcountd_9.Q * sync_out4.Q 

    lowcountd_10.AP =
          GND

    lowcountd_10.AR =
          c(0).QI * c(6).QI 

    lowcountd_10.C =
          sysclk 

    lowcountd_11.T =
          /c(0).QI * lowcountd_0.Q * lowcountd_1.Q * lowcountd_10.Q * 
          lowcountd_2.Q * lowcountd_3.Q * lowcountd_4.Q * lowcountd_5.Q * 
          lowcountd_6.Q * lowcountd_7.Q * lowcountd_8.Q * lowcountd_9.Q * 
          sync_out4.Q 

    lowcountd_11.AP =
          GND

    lowcountd_11.AR =
          c(0).QI * c(6).QI 

    lowcountd_11.C =
          sysclk 

    lowcountd_12.T =
          /c(0).QI * lowcountd_0.Q * lowcountd_1.Q * lowcountd_10.Q * 
          lowcountd_11.Q * lowcountd_2.Q * lowcountd_3.Q * lowcountd_4.Q * 
          lowcountd_5.Q * lowcountd_6.Q * lowcountd_7.Q * lowcountd_8.Q * 
          lowcountd_9.Q * sync_out4.Q 

    lowcountd_12.AP =
          GND

    lowcountd_12.AR =
          c(0).QI * c(6).QI 

    lowcountd_12.C =
          sysclk 

    lowcountd_13.T =
          /c(0).QI * lowcountd_0.Q * lowcountd_1.Q * lowcountd_10.Q * 
          lowcountd_11.Q * lowcountd_12.Q * lowcountd_2.Q * lowcountd_3.Q * 
          lowcountd_4.Q * lowcountd_5.Q * lowcountd_6.Q * lowcountd_7.Q * 
          lowcountd_8.Q * lowcountd_9.Q * sync_out4.Q 

    lowcountd_13.AP =
          GND

    lowcountd_13.AR =
          c(0).QI * c(6).QI 

    lowcountd_13.C =
          sysclk 

    lowcountd_14.T =
          /c(0).QI * lowcountd_0.Q * lowcountd_1.Q * lowcountd_10.Q * 
          lowcountd_11.Q * lowcountd_12.Q * lowcountd_13.Q * lowcountd_2.Q * 
          lowcountd_3.Q * lowcountd_4.Q * lowcountd_5.Q * lowcountd_6.Q * 
          lowcountd_7.Q * lowcountd_8.Q * lowcountd_9.Q * sync_out4.Q 

    lowcountd_14.AP =
          GND

    lowcountd_14.AR =
          c(0).QI * c(6).QI 

    lowcountd_14.C =
          sysclk 

    lowcountd_2.T =
          /c(0).QI * lowcountd_0.Q * lowcountd_1.Q * sync_out4.Q 

    lowcountd_2.AP =
          GND

    lowcountd_2.AR =
          c(0).QI * c(6).QI 

    lowcountd_2.C =
          sysclk 

    lowcountd_3.T =
          /c(0).QI * lowcountd_0.Q * lowcountd_1.Q * lowcountd_2.Q * 
          sync_out4.Q 

    lowcountd_3.AP =
          GND

    lowcountd_3.AR =
          c(0).QI * c(6).QI 

    lowcountd_3.C =
          sysclk 

    lowcountd_4.T =
          /c(0).QI * lowcountd_0.Q * lowcountd_1.Q * lowcountd_2.Q * 
          lowcountd_3.Q * sync_out4.Q 

    lowcountd_4.AP =
          GND

    lowcountd_4.AR =
          c(0).QI * c(6).QI 

    lowcountd_4.C =
          sysclk 

    lowcountd_5.T =
          /c(0).QI * lowcountd_0.Q * lowcountd_1.Q * lowcountd_2.Q * 
          lowcountd_3.Q * lowcountd_4.Q * sync_out4.Q 

    lowcountd_5.AP =
          GND

    lowcountd_5.AR =
          c(0).QI * c(6).QI 

    lowcountd_5.C =
          sysclk 

    lowcountd_6.T =
          /c(0).QI * lowcountd_0.Q * lowcountd_1.Q * lowcountd_2.Q * 
          lowcountd_3.Q * lowcountd_4.Q * lowcountd_5.Q * sync_out4.Q 

    lowcountd_6.AP =
          GND

    lowcountd_6.AR =
          c(0).QI * c(6).QI 

    lowcountd_6.C =
          sysclk 

    lowcountd_7.T =
          /c(0).QI * lowcountd_0.Q * lowcountd_1.Q * lowcountd_2.Q * 
          lowcountd_3.Q * lowcountd_4.Q * lowcountd_5.Q * lowcountd_6.Q * 
          sync_out4.Q 

    lowcountd_7.AP =
          GND

    lowcountd_7.AR =
          c(0).QI * c(6).QI 

    lowcountd_7.C =
          sysclk 

    lowcountd_8.T =
          /c(0).QI * lowcountd_0.Q * lowcountd_1.Q * lowcountd_2.Q * 
          lowcountd_3.Q * lowcountd_4.Q * lowcountd_5.Q * lowcountd_6.Q * 
          lowcountd_7.Q * sync_out4.Q 

    lowcountd_8.AP =
          GND

    lowcountd_8.AR =
          c(0).QI * c(6).QI 

    lowcountd_8.C =
          sysclk 

    lowcountd_9.T =
          /c(0).QI * lowcountd_0.Q * lowcountd_1.Q * lowcountd_2.Q * 
          lowcountd_3.Q * lowcountd_4.Q * lowcountd_5.Q * lowcountd_6.Q * 
          lowcountd_7.Q * lowcountd_8.Q * sync_out4.Q 

    lowcountd_9.AP =
          GND

    lowcountd_9.AR =
          c(0).QI * c(6).QI 

    lowcountd_9.C =
          sysclk 

    outen.D =
          pulse_out2.Q 

    outen.C =
          sysclk 

    pulse_out1.D =
          pulse_out1.Q * /sync_out1.Q 

    pulse_out1.AP =
          /count_signal(1) 

    pulse_out1.AR =
          sync_out1.Q 

    pulse_out1.C =
          sysclk 

    pulse_out2.D =
          /outen.Q * pulse_out2.Q 

    pulse_out2.AP =
          /count_signal(2) 

    pulse_out2.AR =
          outen.Q 

    pulse_out2.C =
          sysclk 

    pulse_out3.D =
          pulse_out3.Q * /sync_out3.Q 

    pulse_out3.AP =
          /count_signal(3) 

    pulse_out3.AR =
          sync_out3.Q 

    pulse_out3.C =
          sysclk 

    pulse_out4.D =
          pulse_out4.Q * /sync_out4.Q 

    pulse_out4.AP =
          /count_signal(4) 

    pulse_out4.AR =
          sync_out4.Q 

    pulse_out4.C =
          sysclk 

    sync_out1.D =
          pulse_out1.Q 

    sync_out1.C =
          sysclk 

    sync_out3.D =
          pulse_out3.Q 

    sync_out3.C =
          sysclk 

    sync_out4.D =
          pulse_out4.Q 

    sync_out4.C =
          sysclk 

    tempcount_0B.D =
          c(0).QI * c(1) * c(2) * lowcountd_0.Q 
        + /c(0).QI * c(1) * c(2) * highcountd_0.Q 
        + c(0).QI * /c(1) * c(2) * lowcountc_0.Q 
        + /c(0).QI * /c(1) * c(2) * highcountc_0.Q 
        + c(0).QI * c(1) * /c(2) * lowcountb_0.Q 
        + /c(0).QI * c(1) * /c(2) * highcountb_0.Q 
        + c(0).QI * /c(1) * /c(2) * lowcounta_0.Q 
        + /c(0).QI * /c(1) * /c(2) * highcounta_0.Q 

    tempcount_0B.LH =
          tempcount_9B_LH.CMB 

    tempcount_10B.D =
          c(0).QI * c(1) * c(2) * lowcountd_10.Q 
        + /c(0).QI * c(1) * c(2) * highcountd_10.Q 
        + c(0).QI * /c(1) * c(2) * lowcountc_10.Q 
        + /c(0).QI * /c(1) * c(2) * highcountc_10.Q 
        + c(0).QI * c(1) * /c(2) * lowcountb_10.Q 
        + /c(0).QI * c(1) * /c(2) * highcountb_10.Q 
        + c(0).QI * /c(1) * /c(2) * lowcounta_10.Q 
        + /c(0).QI * /c(1) * /c(2) * highcounta_10.Q 

    tempcount_10B.LH =
          tempcount_9B_LH.CMB 

    tempcount_11B.D =
          c(0).QI * c(1) * c(2) * lowcountd_11.Q 
        + /c(0).QI * c(1) * c(2) * highcountd_11.Q 
        + c(0).QI * /c(1) * c(2) * lowcountc_11.Q 
        + /c(0).QI * /c(1) * c(2) * highcountc_11.Q 
        + c(0).QI * c(1) * /c(2) * lowcountb_11.Q 
        + /c(0).QI * c(1) * /c(2) * highcountb_11.Q 
        + c(0).QI * /c(1) * /c(2) * lowcounta_11.Q 
        + /c(0).QI * /c(1) * /c(2) * highcounta_11.Q 

    tempcount_11B.LH =
          tempcount_9B_LH.CMB 

    tempcount_12B.D =
          c(0).QI * c(1) * c(2) * lowcountd_12.Q 
        + /c(0).QI * c(1) * c(2) * highcountd_12.Q 
        + c(0).QI * /c(1) * c(2) * lowcountc_12.Q 
        + /c(0).QI * /c(1) * c(2) * highcountc_12.Q 
        + c(0).QI * c(1) * /c(2) * lowcountb_12.Q 
        + /c(0).QI * c(1) * /c(2) * highcountb_12.Q 
        + c(0).QI * /c(1) * /c(2) * lowcounta_12.Q 
        + /c(0).QI * /c(1) * /c(2) * highcounta_12.Q 

    tempcount_12B.LH =
          tempcount_9B_LH.CMB 

    tempcount_13B.D =
          c(0).QI * c(1) * c(2) * lowcountd_13.Q 
        + /c(0).QI * c(1) * c(2) * highcountd_13.Q 
        + c(0).QI * /c(1) * c(2) * lowcountc_13.Q 
        + /c(0).QI * /c(1) * c(2) * highcountc_13.Q 
        + c(0).QI * c(1) * /c(2) * lowcountb_13.Q 
        + /c(0).QI * c(1) * /c(2) * highcountb_13.Q 
        + c(0).QI * /c(1) * /c(2) * lowcounta_13.Q 
        + /c(0).QI * /c(1) * /c(2) * highcounta_13.Q 

    tempcount_13B.LH =
          tempcount_9B_LH.CMB 

    tempcount_14B.D =
          c(0).QI * c(1) * c(2) * lowcountd_14.Q 
        + /c(0).QI * c(1) * c(2) * highcountd_14.Q 
        + c(0).QI * /c(1) * c(2) * lowcountc_14.Q 
        + /c(0).QI * /c(1) * c(2) * highcountc_14.Q 
        + c(0).QI * c(1) * /c(2) * lowcountb_14.Q 
        + /c(0).QI * c(1) * /c(2) * highcountb_14.Q 
        + c(0).QI * /c(1) * /c(2) * lowcounta_14.Q 
        + /c(0).QI * /c(1) * /c(2) * highcounta_14.Q 

    tempcount_14B.LH =
          tempcount_9B_LH.CMB 

    tempcount_1B.D =
          c(0).QI * c(1) * c(2) * lowcountd_1.Q 
        + /c(0).QI * c(1) * c(2) * highcountd_1.Q 
        + c(0).QI * /c(1) * c(2) * lowcountc_1.Q 
        + /c(0).QI * /c(1) * c(2) * highcountc_1.Q 
        + c(0).QI * c(1) * /c(2) * lowcountb_1.Q 
        + /c(0).QI * c(1) * /c(2) * highcountb_1.Q 
        + c(0).QI * /c(1) * /c(2) * lowcounta_1.Q 
        + /c(0).QI * /c(1) * /c(2) * highcounta_1.Q 

    tempcount_1B.LH =
          tempcount_9B_LH.CMB 

    tempcount_2B.D =
          c(0).QI * c(1) * c(2) * lowcountd_2.Q 
        + /c(0).QI * c(1) * c(2) * highcountd_2.Q 
        + c(0).QI * /c(1) * c(2) * lowcountc_2.Q 
        + /c(0).QI * /c(1) * c(2) * highcountc_2.Q 
        + c(0).QI * c(1) * /c(2) * lowcountb_2.Q 
        + /c(0).QI * c(1) * /c(2) * highcountb_2.Q 
        + c(0).QI * /c(1) * /c(2) * lowcounta_2.Q 
        + /c(0).QI * /c(1) * /c(2) * highcounta_2.Q 

    tempcount_2B.LH =
          tempcount_9B_LH.CMB 

    tempcount_3B.D =
          c(0).QI * c(1) * c(2) * lowcountd_3.Q 
        + /c(0).QI * c(1) * c(2) * highcountd_3.Q 
        + c(0).QI * /c(1) * c(2) * lowcountc_3.Q 
        + /c(0).QI * /c(1) * c(2) * highcountc_3.Q 
        + c(0).QI * c(1) * /c(2) * lowcountb_3.Q 
        + /c(0).QI * c(1) * /c(2) * highcountb_3.Q 
        + c(0).QI * /c(1) * /c(2) * lowcounta_3.Q 
        + /c(0).QI * /c(1) * /c(2) * highcounta_3.Q 

    tempcount_3B.LH =
          tempcount_9B_LH.CMB 

    tempcount_4B.D =
          c(0).QI * c(1) * c(2) * lowcountd_4.Q 
        + /c(0).QI * c(1) * c(2) * highcountd_4.Q 
        + c(0).QI * /c(1) * c(2) * lowcountc_4.Q 
        + /c(0).QI * /c(1) * c(2) * highcountc_4.Q 
        + c(0).QI * c(1) * /c(2) * lowcountb_4.Q 
        + /c(0).QI * c(1) * /c(2) * highcountb_4.Q 
        + c(0).QI * /c(1) * /c(2) * lowcounta_4.Q 
        + /c(0).QI * /c(1) * /c(2) * highcounta_4.Q 

    tempcount_4B.LH =
          tempcount_9B_LH.CMB 

    tempcount_5B.D =
          c(0).QI * c(1) * c(2) * lowcountd_5.Q 
        + /c(0).QI * c(1) * c(2) * highcountd_5.Q 
        + c(0).QI * /c(1) * c(2) * lowcountc_5.Q 
        + /c(0).QI * /c(1) * c(2) * highcountc_5.Q 
        + c(0).QI * c(1) * /c(2) * lowcountb_5.Q 
        + /c(0).QI * c(1) * /c(2) * highcountb_5.Q 
        + c(0).QI * /c(1) * /c(2) * lowcounta_5.Q 
        + /c(0).QI * /c(1) * /c(2) * highcounta_5.Q 

    tempcount_5B.LH =
          tempcount_9B_LH.CMB 

    tempcount_6B.D =
          c(0).QI * c(1) * c(2) * lowcountd_6.Q 
        + /c(0).QI * c(1) * c(2) * highcountd_6.Q 
        + c(0).QI * /c(1) * c(2) * lowcountc_6.Q 
        + /c(0).QI * /c(1) * c(2) * highcountc_6.Q 
        + c(0).QI * c(1) * /c(2) * lowcountb_6.Q 
        + /c(0).QI * c(1) * /c(2) * highcountb_6.Q 
        + c(0).QI * /c(1) * /c(2) * lowcounta_6.Q 
        + /c(0).QI * /c(1) * /c(2) * highcounta_6.Q 

    tempcount_6B.LH =
          tempcount_9B_LH.CMB 

    tempcount_7B.D =
          c(0).QI * c(1) * c(2) * lowcountd_7.Q 
        + /c(0).QI * c(1) * c(2) * highcountd_7.Q 
        + c(0).QI * /c(1) * c(2) * lowcountc_7.Q 
        + /c(0).QI * /c(1) * c(2) * highcountc_7.Q 
        + c(0).QI * c(1) * /c(2) * lowcountb_7.Q 
        + /c(0).QI * c(1) * /c(2) * highcountb_7.Q 
        + c(0).QI * /c(1) * /c(2) * lowcounta_7.Q 
        + /c(0).QI * /c(1) * /c(2) * highcounta_7.Q 

    tempcount_7B.LH =
          tempcount_9B_LH.CMB 

    tempcount_8B.D =
          c(0).QI * c(1) * c(2) * lowcountd_8.Q 
        + /c(0).QI * c(1) * c(2) * highcountd_8.Q 
        + c(0).QI * /c(1) * c(2) * lowcountc_8.Q 
        + /c(0).QI * /c(1) * c(2) * highcountc_8.Q 
        + c(0).QI * c(1) * /c(2) * lowcountb_8.Q 
        + /c(0).QI * c(1) * /c(2) * highcountb_8.Q 
        + c(0).QI * /c(1) * /c(2) * lowcounta_8.Q 
        + /c(0).QI * /c(1) * /c(2) * highcounta_8.Q 

    tempcount_8B.LH =
          tempcount_9B_LH.CMB 

    tempcount_9B.D =
          c(0).QI * c(1) * c(2) * lowcountd_9.Q 
        + /c(0).QI * c(1) * c(2) * highcountd_9.Q 
        + c(0).QI * /c(1) * c(2) * lowcountc_9.Q 
        + /c(0).QI * /c(1) * c(2) * highcountc_9.Q 
        + c(0).QI * c(1) * /c(2) * lowcountb_9.Q 
        + /c(0).QI * c(1) * /c(2) * highcountb_9.Q 
        + c(0).QI * /c(1) * /c(2) * lowcounta_9.Q 
        + /c(0).QI * /c(1) * /c(2) * highcounta_9.Q 

    tempcount_9B.LH =
          tempcount_9B_LH.CMB 

    /tempcount_9B_LH =
          /c(3) * dci(0) 
        + /c(4) * dci(1) 
        + /c(5) * dci(2) 
        + c(3) * /dci(0) 
        + c(4) * /dci(1) 
        + c(5) * /dci(2) 


Completed Successfully  
----------------------------------------------------------------------------
PLD Compiler Software:        C37KFIT.EXE    22/DEC/2000  [v4.02 ] 6.2 IR 27

DESIGN RULE CHECK          (21:05:13)

Messages:
                 None.


Summary:
                 Error Count = 0      Warning Count = 0

Completed Successfully  
----------------------------------------------------------------------------
PLD Compiler Software:        C37KFIT.EXE    22/DEC/2000  [v4.02 ] 6.2 IR 27

PARTITION LOGIC            (21:05:13)

Messages:
  Information: Initializing Logic Block structures.
  Information: Forming input seeds.
  Information: Checking for duplicate NODE logic.
  Information: Duplicate Node Logic, replacing tempcount_9B_LH with d(15)_OE.
  Information: Forming input seeds.
  Information: Assigning fixed logic to Logic Blocks.
  Information: Processing banked global preset, reset and output enable.
  Information: Separating output logic set to GND/VCC.
  Information: Validating Logic Block's with pre-placed signals.
  Information: Separating input register logic.
  Information: Assigning initializing equations to empty Logic Blocks.
  Information: Separating output combinatorial logic.
  Information: Separating disjoint output logic.
  Information: Separating output node logic.
  Information: Assigning floating outputs to Logic Blocks.
  Information: Minimizing interconnect between Logic Blocks.
  ..+.+...............+...............+...............
Start=21:05:13  End=21:05:14
  Information: Assigning floating outputs to Logic Blocks.
  Information: Minimizing interconnect between Logic Blocks.
  ...............
Start=21:05:14  End=21:05:14
  Information: Compacting LAB use of Preset/Reset.
  Information: Condensing mcell usuage in Logic Blocks with high routing (3a).
  .....
Start=21:05:14  End=21:05:14
...+...........................................................  Information: Condensing mcell usuage in Logic Blocks with high routing (2).
  ...+++.
Start=21:05:14  End=21:05:14
  Information: Condensing mcell usuage in Logic Blocks with high routing (3a).
  ....
Start=21:05:14  End=21:05:14
  Information: Condensing mcell usuage in Logic Blocks with high routing (2).
  ...
Start=21:05:14  End=21:05:15

  Information: Assigning floating outputs to Logic Blocks.
  Information: Compacting Logic Block interconnect.
  ...................................+...............+...................
  .......................................................................
  ...............................................................
  Information: Assigning floating outputs to Logic Blocks.
  Information: Compacting Logic Block interconnect.
  .......................................................................
  .......................................................................
  ...........
  Information: Assigning floating outputs to Logic Blocks.
  Information: Assigning floating outputs to Logic Blocks.
  Information: Minimizing interconnect between Logic Blocks.
  ..+.+...............
Start=21:05:15  End=21:05:15
  Information: Assigning floating outputs to Logic Blocks.
  Information: Separating disjoint output logic.
  Information: Separating output node logic.
  Information: Assigning floating outputs to Logic Blocks.
  Information: Assigning floating outputs to Logic Blocks.
  Information: Assigning floating outputs to Logic Blocks.
  Information: Minimizing interconnect between Logic Blocks.
  ...............
Start=21:05:15  End=21:05:16
  Information: Assigning floating outputs to Logic Blocks.


Summary:
                 Error Count = 0      Warning Count = 0

Completed Successfully  
----------------------------------------------------------------------------
PLD Compiler Software:        C37KFIT.EXE    22/DEC/2000  [v4.02 ] 6.2 IR 27

DESIGN SIGNAL PLACEMENT    (21:05:16)

Messages:
  Information: Fitting signals to Logic Block A.
  Information: Assigning Signals to Macrocells.
  Information: Improving Macrocell Assignment
  ................
  Information: Assigning Product Terms to Allocator
  Information: Fitting signals to Logic Block B.
  Information: Assigning Signals to Macrocells.
  Information: Improving Macrocell Assignment
  ................
  Information: Assigning Product Terms to Allocator
  Information: Combining 'tempcount_5B' definition with input pin 'c(4)'.
  Information: Combining 'highcounta_0' definition with input pin 'c(3)'.
  Information: Combining 'highcountb_1' definition with input pin 'c(5)'.
  Information: Combining 'highcountb_2' definition with input pin 'c(2)'.
  Information: Combining 'highcountb_4' definition with input pin 'c(1)'.
  Information: Combining 'highcountb_7' definition with input pin 'c(6)'.
  Information: Combining 'highcountb_8' definition with input pin 'c(0)'.
  Information: Fitting signals to Logic Block C.
  Information: Assigning Signals to Macrocells.
  Information: Improving Macrocell Assignment
  ................
  Information: Assigning Product Terms to Allocator
  Information: Fitting signals to Logic Block D.
  Information: Assigning Signals to Macrocells.
  Information: Improving Macrocell Assignment
  ................
  Information: Assigning Product Terms to Allocator
  Information: Fitting signals to Logic Block E.
  Information: Assigning Signals to Macrocells.
  Information: Improving Macrocell Assignment
  ................
  Information: Assigning Product Terms to Allocator
  Information: Combining 'lowcountd_4' definition with input pin 'count_signal(2)'.
  Information: Combining 'lowcountd_9' definition with input pin 'count_signal(1)'.
  Information: Fitting signals to Logic Block F.
  Information: Assigning Signals to Macrocells.
  Information: Improving Macrocell Assignment
  ................
  Information: Assigning Product Terms to Allocator
  Information: Fitting signals to Logic Block G.
  Information: Assigning Signals to Macrocells.
  Information: Improving Macrocell Assignment
  ................
  Information: Assigning Product Terms to Allocator
  Information: Fitting signals to Logic Block H.
  Information: Assigning Signals to Macrocells.
  Information: Improving Macrocell Assignment
  ................
  Information: Assigning Product Terms to Allocator
  Information: Fitting signals to Logic Block I.
  Information: Assigning Signals to Macrocells.
  Information: Improving Macrocell Assignment
  ................
  Information: Assigning Product Terms to Allocator
  Information: Fitting signals to Logic Block J.
  Information: Assigning Signals to Macrocells.
  Information: Improving Macrocell Assignment
  ................
  Information: Assigning Product Terms to Allocator
  Information: Fitting signals to Logic Block K.
  Information: Assigning Signals to Macrocells.
  Information: Assigning Product Terms to Allocator
  Information: Fitting signals to Logic Block L.
  Information: Assigning Signals to Macrocells.
  Information: Improving Macrocell Assignment
  ................
  Information: Assigning Product Terms to Allocator
  Information: Combining 'lowcounta_3' definition with input pin 'count_signal(3)'.
  Information: Fitting signals to Logic Block M.
  Information: Assigning Signals to Macrocells.
  Information: Assigning Product Terms to Allocator
  Information: Fitting signals to Logic Block N.
  Information: Assigning Signals to Macrocells.
  Information: Improving Macrocell Assignment
  ................
  Information: Assigning Product Terms to Allocator
  Information: Combining 'highcountc_12' definition with input pin 'dci(2)'.
  Information: Combining 'highcountc_2' definition with input pin 'dci(1)'.
  Information: Combining 'highcountc_6' definition with input pin 'dci(0)'.
  Information: Fitting signals to Logic Block O.
  Information: Assigning Signals to Macrocells.
  Information: Improving Macrocell Assignment
  ................
  Information: Assigning Product Terms to Allocator
  Information: Fitting signals to Logic Block P.
  Information: Assigning Signals to Macrocells.
  Information: Improving Macrocell Assignment
  ................
  Information: Assigning Product Terms to Allocator
  Information: Routing signals to Logic Blocks.


Summary:
                 Error Count = 0      Warning Count = 0

Completed Successfully  
----------------------------------------------------------------------------
PLD Compiler Software:        C37KFIT.EXE    22/DEC/2000  [v4.02 ] 6.2 IR 27

LOGIC BLOCK A PLACEMENT   (21:05:16)

Messages:


________________________________________________________________________________
          1111111111222222222233333333334444444444555555555566666666667777777777
01234567890123456789012345678901234567890123456789012345678901234567890123456789
________________________________________________________________________________
| 0 |(sync_out3)
++X+++++++++++++................................................................
| 1 |UNUSED
......++++++++++++++++..........................................................
| 2 |UNUSED
..........++++++++++++++++......................................................
| 3 |UNUSED
..............++++++++++++++++..................................................
| 4 |UNUSED
..................++++++++++++++++..............................................
| 5 |UNUSED
......................++++++++++++++++..........................................
| 6 |UNUSED
..........................++++++++++++++++......................................
| 7 |(pulse_out3)
..............................X+++++++++++++++..................................
| 8 |UNUSED
..................................++++++++++++++++..............................
| 9 |UNUSED
......................................++++++++++++++++..........................
|10 |UNUSED
..........................................++++++++++++++++......................
|11 |UNUSED
..............................................++++++++++++++++..................
|12 |UNUSED
..................................................++++++++++++++++..............
|13 |UNUSED
......................................................++++++++++++++++..........
|14 |UNUSED
..........................................................++++++++++++++++......
|15 |(sync_out1)
................................................................++X+++++++++++++
________________________________________________________________________________

Total count of outputs placed        =  3 
Total count of unique Product Terms  =  3 
Total Product Terms to be assigned   =  3 
Max Product Terms used / available   =   3 /  80   = 3.76 %


Control Signals for Logic Block A
---------------------------------
CLK pin19: sysclk
CLK pin22: <not used>
CLK pin99: <not used>
CLK pin102: <not used>
CLK PT      : AH : <not used>
PRESET      : AH : /(lowcounta_3)count_signal(3) 
RESET       : AH : sync_out3.Q 
OE 0        : AH : <not used>
OE 1        : AH : <not used>
OE 2        : AH : <not used>
OE 3        : AH : <not used>



                              Logic Block A
                 ____________________________________________
                 |   |> not used:262                    |   |                 
                 |   |> not used:263                    |   |                 
                 |   |> not used:264                    |   |                 
                 |   |= >sync_out3.Q                    |   |                 
                 |   |= >pulse_out3.Q                   |143|= (sync_out3)    
                 |   |> not used:267                    |   |                 
                 |   |> not used:268      not used:887 >|   |                 
                 |   |> not used:269                    |   |                 
                 |   |= >count_signa..                  |144|* not used       
                 |   |= >pulse_out1.Q                   |   |                 
                 |   |> not used:272      not used:889 >|   |                 
                 |   |> not used:273                    |   |                 
                 |   |> not used:274                    |145|* not used       
                 |   |> not used:275                    |   |                 
                 |   |> not used:276      not used:891 >|   |                 
                 |   |> not used:277                    |   |                 
                 |   |> not used:278                    |146|* not used       
                 |   |> not used:279                    |   |                 
                 |   |> not used:280      (pulse_out3) =|   |                 
                 |   |> not used:281                    |   |                 
                 |   |> not used:282                    |147|* not used       
                 |   |> not used:283                    |   |                 
                 |   |> not used:284      not used:895 >|   |                 
                 |   |> not used:285                    |   |                 
                 |   |> not used:286                    |148|* not used       
                 |   |> not used:287                    |   |                 
                 |   |> not used:288      not used:897 >|   |                 
                 |   |> not used:289                    |   |                 
                 |   |> not used:290                    |149|* not used       
                 |   |> not used:291                    |   |                 
                 |   |> not used:292      not used:899 >|   |                 
                 |   |> not used:293                    |   |                 
                 |   |> not used:294                    |150|* not used       
                 |   |> not used:295                    |   |                 
                 |   |> not used:296       (sync_out1) =|   |                 
                 |   |> not used:297                    |   |                 
                 |   |> not used:298                    |   |                 
                 |   |> not used:299                    |   |                 
                 |   |> not used:300                    |   |                 
                 ____________________________________________


  Information: Macrocell Utilization.

                     Description        Used     Max
                 ______________________________________
                 | I/O Macrocells     |    1  |    8  |
                 | Buried Macrocells  |    2  |    8  |
                 | PIM Input Connects |    4  |   36  |
                 ______________________________________
                                           7  /   52   = 13  %


----------------------------------------------------------------------------
PLD Compiler Software:        C37KFIT.EXE    22/DEC/2000  [v4.02 ] 6.2 IR 27

LOGIC BLOCK B PLACEMENT   (21:05:16)

Messages:


________________________________________________________________________________
          1111111111222222222233333333334444444444555555555566666666667777777777
01234567890123456789012345678901234567890123456789012345678901234567890123456789
________________________________________________________________________________
| 0 |(tempcount_2B)
XXXXXXXX++++++++................................................................
| 1 |(highcountb_6)
......+++++X++++++++++..........................................................
| 2 |(highcountb_7)c(6)
..........X+++++++++++++++......................................................
| 3 |[used for input register/latch]
..............++++++++++++++++..................................................
| 4 |(highcountb_1)c(5)
..................X+++++++++++++++..............................................
| 5 |(highcounta_1)
......................X+++++++++++++++..........................................
| 6 |(tempcount_5B)c(4)
..........................XXXX++XX++XX++++......................................
| 7 |(tempcount_0B)
..............................XX++XX++XXXX++++..................................
| 8 |(highcounta_0)c(3)
..................................+++++++++X++++++..............................
| 9 |(highcountb_0)
......................................+++++++++X++++++..........................
|10 |(highcountb_2)c(2)
..........................................X+++++++++++++++......................
|11 |(highcountb_3)
..............................................X+++++++++++++++..................
|12 |(highcountb_4)c(1)
..................................................X+++++++++++++++..............
|13 |(highcountb_5)
......................................................X+++++++++++++++..........
|14 |(highcountb_8)c(0)
..........................................................X+++++++++++++++......
|15 |[used for input register/latch]
................................................................++++++++++++++++
________________________________________________________________________________

Total count of outputs placed        =  14 
Total count of unique Product Terms  =  35 
Total Product Terms to be assigned   =  35 
Max Product Terms used / available   =  35 /  80   = 43.76 %


Control Signals for Logic Block B
---------------------------------
CLK pin19: sysclk
CLK pin22: <not used>
CLK pin99: <not used>
CLK pin102: <not used>
CLK PT      : AH : /d(15)_OE.CMB 
PRESET      : AH : GND
RESET       : AH : /(highcountb_8)c(0).QI * (highcountb_7)c(6).QI 
OE 0        : AH : <not used>
OE 1        : AH : <not used>
OE 2        : AH : <not used>
OE 3        : AH : <not used>



                              Logic Block B
                 ____________________________________________
                 |   |= >highcountb_..                  |   |                 
                 |   |= >highcountb_..                  |   |                 
                 |   |= >highcountb_..                  |   |                 
                 |   |= >outen.Q                        |   |                 
                 |   |= >highcounta_..                  |152|= (tempcount_2B) 
                 |   |= >lowcountd_2.Q                  |   |                 
                 |   |= >highcountc_..  (highcountb_6) =|   |                 
                 |   |= >lowcountb_0.Q                  |   |                 
                 |   |= >highcountb_..                  |153|= (highcountb_7)c(6) 
                 |   |= >highcounta_..                  |   |                 
                 |   |= >lowcountd_0.Q       (c6_sync) =|   |                 
                 |   |= >lowcounta_0.Q                  |   |                 
                 |   |= >c(6).QI                        |154|= (highcountb_1)c(5) 
                 |   |= >lowcountc_0.Q                  |   |                 
                 |   |= >d(15)_OE.CMB   (highcounta_1) =|   |                 
                 |   |= >c(0).QI                        |   |                 
                 |   |= >highcountc_..                  |155|= (tempcount_5B)c(4) 
                 |   |= >highcounta_..                  |   |                 
                 |   |> not used:319    (tempcount_0B) =|   |                 
                 |   |= >highcountd_..                  |   |                 
                 |   |= >highcountb_..                  |156|= (highcounta_0)c(3) 
                 |   |= >c(2)                           |   |                 
                 |   |= >highcountb_..  (highcountb_0) =|   |                 
                 |   |= >c(1)                           |   |                 
                 |   |= >lowcountd_5.Q                  |157|= (highcountb_2)c(2) 
                 |   |> not used:326                    |   |                 
                 |   |= >sync_out1.Q    (highcountb_3) =|   |                 
                 |   |= >lowcountc_2.Q                  |   |                 
                 |   |= >lowcountb_5.Q                  |158|= (highcountb_4)c(1) 
                 |   |= >highcountb_..                  |   |                 
                 |   |= >lowcountc_5.Q  (highcountb_5) =|   |                 
                 |   |= >highcountc_..                  |   |                 
                 |   |= >highcountb_..                  |159|= (highcountb_8)c(0) 
                 |   |= >highcountd_..                  |   |                 
                 |   |= >lowcounta_2.Q       (c0_sync) =|   |                 
                 |   |> not used:336                    |   |                 
                 |   |= >highcountd_..                  |   |                 
                 |   |= >lowcounta_5.Q                  |   |                 
                 |   |= >lowcountb_2.Q                  |   |                 
                 ____________________________________________


  Information: Macrocell Utilization.

                     Description        Used     Max
                 ______________________________________
                 | I/O Macrocells     |    8  |    8  |
                 | Buried Macrocells  |    8  |    8  |
                 | PIM Input Connects |   36  |   36  |
                 ______________________________________
                                          52  /   52   = 100 %


----------------------------------------------------------------------------
PLD Compiler Software:        C37KFIT.EXE    22/DEC/2000  [v4.02 ] 6.2 IR 27

LOGIC BLOCK C PLACEMENT   (21:05:16)

Messages:


________________________________________________________________________________
          1111111111222222222233333333334444444444555555555566666666667777777777
01234567890123456789012345678901234567890123456789012345678901234567890123456789
________________________________________________________________________________
| 0>|dco(0)
XX++++++++++++++................................................................
| 1 |UNUSED
......++++++++++++++++..........................................................
| 2>|dco(1)
..........XX++++++++++++++......................................................
| 3 |(tempcount_10B)
..............XXXXXXXX++++++++..................................................
| 4>|dco(2)
..................++++++XX++++++++..............................................
| 5 |(tempcount_6B)
......................XX++XXXX+X+++X++..........................................
| 6 |(d(15)_OE)
..........................++++X+XXX+++XX++......................................
| 7 |(highcountc_0)
..............................+++++++++++++X++..................................
| 8 |(highcountc_1)
..................................+++++++++++++X++..............................
| 9 |(highcountd_0)
......................................++++++++X+++++++..........................
|10 |(highcountd_1)
..........................................X+++++++++++++++......................
|11 |UNUSED
..............................................++++++++++++++++..................
|12 |UNUSED
..................................................++++++++++++++++..............
|13 |UNUSED
......................................................++++++++++++++++..........
|14 |UNUSED
..........................................................++++++++++++++++......
|15 |UNUSED
................................................................++++++++++++++++
________________________________________________________________________________

Total count of outputs placed        =  10 
Total count of unique Product Terms  =  32 
Total Product Terms to be assigned   =  32 
Max Product Terms used / available   =  32 /  80   = 40.1  %


Control Signals for Logic Block C
---------------------------------
CLK pin19: sysclk
CLK pin22: <not used>
CLK pin99: <not used>
CLK pin102: <not used>
CLK PT      : AH : /d(15)_OE.CMB 
PRESET      : AH : GND
RESET       : AH : /(highcountb_8)c(0).QI * (highcountb_7)c(6).QI 
OE 0        : AH : <not used>
OE 1        : AH : <not used>
OE 2        : AH : <not used>
OE 3        : AH : <not used>



                              Logic Block C
                 ____________________________________________
                 |   |> not used:340                    |   |                 
                 |   |= >c(1)                           |   |                 
                 |   |= >highcountc_..                  |   |                 
                 |   |= >dci(0)                         |   |                 
                 |   |= >lowcountc_1..                  |  2|= dco(0)         
                 |   |= >c(4)                           |   |                 
                 |   |= >c(0).QI          not used:919 >|   |                 
                 |   |= >highcountc_..                  |   |                 
                 |   |= >c(3)                           |  3|= dco(1)         
                 |   |= >dci(2)                         |   |                 
                 |   |= >lowcounta_1..  (tempcount_10B) =|   |                 
                 |   |= >highcountd_..                  |   |                 
                 |   |= >dci(1)                         |  4|= dco(2)         
                 |   |= >lowcountd_1..                  |   |                 
                 |   |= >d(15)_OE.CMB   (tempcount_6B) =|   |                 
                 |   |> not used:355                    |   |                 
                 |   |= >sync_out4.Q                    |  5|= (d(15)_OE)     
                 |   |= >lowcounta_6.Q                  |   |                 
                 |   |= >lowcountc_6.Q  (highcountc_0) =|   |                 
                 |   |= >highcountb_..                  |   |                 
                 |   |> not used:360                    |  6|= (highcountc_1) 
                 |   |= >c(2)                           |   |                 
                 |   |= >highcounta_..  (highcountd_0) =|   |                 
                 |   |= >c(6).QI                        |   |                 
                 |   |> not used:364                    |  7|= (highcountd_1) 
                 |   |= >c(5)                           |   |                 
                 |   |> not used:366      not used:929 >|   |                 
                 |   |= >highcountd_..                  |   |                 
                 |   |> not used:368                    |  8|* not used       
                 |   |= >sync_out3.Q                    |   |                 
                 |   |= >highcountb_..    not used:931 >|   |                 
                 |   |= >lowcountb_1..                  |   |                 
                 |   |= >highcountd_..                  |  9|* not used       
                 |   |> not used:373                    |   |                 
                 |   |= >highcounta_..    not used:933 >|   |                 
                 |   |= >lowcountd_6.Q                  |   |                 
                 |   |> not used:376                    |   |                 
                 |   |= >highcountc_..                  |   |                 
                 |   |= >lowcountb_6.Q                  |   |                 
                 ____________________________________________


  Information: Macrocell Utilization.

                     Description        Used     Max
                 ______________________________________
                 | I/O Macrocells     |    6  |    8  |
                 | Buried Macrocells  |    4  |    8  |
                 | PIM Input Connects |   31  |   36  |
                 ______________________________________
                                          41  /   52   = 78  %


----------------------------------------------------------------------------
PLD Compiler Software:        C37KFIT.EXE    22/DEC/2000  [v4.02 ] 6.2 IR 27

LOGIC BLOCK D PLACEMENT   (21:05:16)

Messages:


________________________________________________________________________________
          1111111111222222222233333333334444444444555555555566666666667777777777
01234567890123456789012345678901234567890123456789012345678901234567890123456789
________________________________________________________________________________
| 0 |(tempcount_8B)
XXXXXXXX++++++++................................................................
| 1 |UNUSED
......++++++++++++++++..........................................................
| 2 |UNUSED
..........++++++++++++++++......................................................
| 3 |UNUSED
..............++++++++++++++++..................................................
| 4 |UNUSED
..................++++++++++++++++..............................................
| 5 |UNUSED
......................++++++++++++++++..........................................
| 6 |(tempcount_11B)
..........................XXXX++++++++XXXX......................................
| 7 |(tempcount_12B)
..............................XXXXXXXX++++++++..................................
| 8 |UNUSED
..................................++++++++++++++++..............................
| 9 |UNUSED
......................................++++++++++++++++..........................
|10 |UNUSED
..........................................++++++++++++++++......................
|11 |UNUSED
..............................................++++++++++++++++..................
|12 |UNUSED
..................................................++++++++++++++++..............
|13 |UNUSED
......................................................++++++++++++++++..........
|14 |UNUSED
..........................................................++++++++++++++++......
|15 |(tempcount_13B)
................................................................XXXXXXXX++++++++
________________________________________________________________________________

Total count of outputs placed        =  4 
Total count of unique Product Terms  =  32 
Total Product Terms to be assigned   =  32 
Max Product Terms used / available   =  32 /  80   = 40.1  %


Control Signals for Logic Block D
---------------------------------
CLK pin19: <not used>
CLK pin22: <not used>
CLK pin99: <not used>
CLK pin102: <not used>
CLK PT      : AH : /d(15)_OE.CMB 
PRESET      : AH : <not used>
RESET       : AH : <not used>
OE 0        : AH : <not used>
OE 1        : AH : <not used>
OE 2        : AH : <not used>
OE 3        : AH : <not used>



                              Logic Block D
                 ____________________________________________
                 |   |= >highcounta_..                  |   |                 
                 |   |= >highcounta_..                  |   |                 
                 |   |= >highcountd_..                  |   |                 
                 |   |= >lowcounta_1..                  |   |                 
                 |   |= >highcountb_..                  | 11|= (tempcount_8B) 
                 |   |= >highcountb_..                  |   |                 
                 |   |= >c(0).QI          not used:935 >|   |                 
                 |   |= >lowcountc_8.Q                  |   |                 
                 |   |= >highcountc_..                  | 12|* not used       
                 |   |= >lowcountb_8.Q                  |   |                 
                 |   |= >lowcountc_1..    not used:937 >|   |                 
                 |   |= >c(2)                           |   |                 
                 |   |= >highcountc_..                  | 13|* not used       
                 |   |= >highcounta_..                  |   |                 
                 |   |= >d(15)_OE.CMB     not used:939 >|   |                 
                 |   |= >lowcountd_8.Q                  |   |                 
                 |   |= >highcountd_..                  | 14|= (tempcount_11B) 
                 |   |> not used:396                    |   |                 
                 |   |= >lowcountb_1..  (tempcount_12B) =|   |                 
                 |   |= >lowcountd_1..                  |   |                 
                 |   |= >highcountd_..                  | 15|* not used       
                 |   |= >highcountc_..                  |   |                 
                 |   |= >highcountb_..    not used:943 >|   |                 
                 |   |= >c(1)                           |   |                 
                 |   |= >highcounta_..                  | 16|* not used       
                 |   |= >highcountb_..                  |   |                 
                 |   |= >lowcounta_8.Q    not used:945 >|   |                 
                 |   |= >lowcountc_1..                  |   |                 
                 |   |= >lowcountd_1..                  | 17|* not used       
                 |   |= >lowcountb_1..                  |   |                 
                 |   |> not used:409      not used:947 >|   |                 
                 |   |= >lowcountc_1..                  |   |                 
                 |   |= >lowcounta_1..                  | 18|* not used       
                 |   |> not used:412                    |   |                 
                 |   |= >lowcountd_1..  (tempcount_13B) =|   |                 
                 |   |= >highcountc_..                  |   |                 
                 |   |= >lowcountb_1..                  |   |                 
                 |   |= >highcountd_..                  |   |                 
                 |   |= >lowcounta_1..                  |   |                 
                 ____________________________________________


  Information: Macrocell Utilization.

                     Description        Used     Max
                 ______________________________________
                 | I/O Macrocells     |    2  |    8  |
                 | Buried Macrocells  |    2  |    8  |
                 | PIM Input Connects |   36  |   36  |
                 ______________________________________
                                          40  /   52   = 76  %


----------------------------------------------------------------------------
PLD Compiler Software:        C37KFIT.EXE    22/DEC/2000  [v4.02 ] 6.2 IR 27

LOGIC BLOCK E PLACEMENT   (21:05:16)

Messages:


________________________________________________________________________________
          1111111111222222222233333333334444444444555555555566666666667777777777
01234567890123456789012345678901234567890123456789012345678901234567890123456789
________________________________________________________________________________
| 0 |(lowcountd_9)count_signal(1)
++X+++++++++++++................................................................
| 1 |(lowcountd_6)
......X+++++++++++++++..........................................................
| 2 |(lowcountd_4)count_signal(2)
..........X+++++++++++++++......................................................
| 3 |(lowcountd_14)
..............X+++++++++++++++..................................................
| 4 |(lowcountd_12)
..................X+++++++++++++++..............................................
| 5 |(lowcountd_10)
......................X+++++++++++++++..........................................
| 6 |(lowcountd_0)
..........................X+++++++++++++++......................................
| 7 |(lowcountd_7)
..............................X+++++++++++++++..................................
| 8 |(lowcountd_1)
..................................X+++++++++++++++..............................
| 9 |(lowcountd_11)
......................................X+++++++++++++++..........................
|10 |(lowcountd_13)
..........................................X+++++++++++++++......................
|11 |(lowcountd_2)
..............................................X+++++++++++++++..................
|12 |(lowcountd_3)
..................................................X+++++++++++++++..............
|13 |(lowcountd_5)
......................................................X+++++++++++++++..........
|14 |UNUSED
..........................................................++++++++++++++++......
|15 |(lowcountd_8)
................................................................++X+++++++++++++
________________________________________________________________________________

Total count of outputs placed        =  15 
Total count of unique Product Terms  =  15 
Total Product Terms to be assigned   =  15 
Max Product Terms used / available   =  15 /  80   = 18.76 %


Control Signals for Logic Block E
---------------------------------
CLK pin19: sysclk
CLK pin22: <not used>
CLK pin99: <not used>
CLK pin102: <not used>
CLK PT      : AH : <not used>
PRESET      : AH : GND
RESET       : AH : (highcountb_8)c(0).QI * (highcountb_7)c(6).QI 
OE 0        : AH : <not used>
OE 1        : AH : <not used>
OE 2        : AH : <not used>
OE 3        : AH : <not used>



                              Logic Block E
                 ____________________________________________
                 |   |= >lowcountd_1.Q                  |   |                 
                 |   |= >lowcountd_6.Q                  |   |                 
                 |   |= >lowcountd_1..                  |   |                 
                 |   |= >lowcountd_4.Q                  |   |                 
                 |   |> not used:422                    | 23|= (lowcountd_9)count_signal(1) 
                 |   |= >lowcountd_2.Q                  |   |                 
                 |   |= >c(0).QI         (lowcountd_6) =|   |                 
                 |   |= >lowcountd_1..                  |   |                 
                 |   |= >lowcountd_5.Q                  | 24|= (lowcountd_4)count_signal(2) 
                 |   |= >lowcountd_1..                  |   |                 
                 |   |= >lowcountd_9.Q  (lowcountd_14) =|   |                 
                 |   |= >sync_out4.Q                    |   |                 
                 |   |= >c(6).QI                        | 25|= (lowcountd_12) 
                 |   |> not used:431                    |   |                 
                 |   |= >lowcountd_0.Q  (lowcountd_10) =|   |                 
                 |   |= >lowcountd_8.Q                  |   |                 
                 |   |= >lowcountd_7.Q                  | 26|= (lowcountd_0)  
                 |   |> not used:435                    |   |                 
                 |   |> not used:436     (lowcountd_7) =|   |                 
                 |   |= >lowcountd_1..                  |   |                 
                 |   |> not used:438                    | 27|= (lowcountd_1)  
                 |   |> not used:439                    |   |                 
                 |   |= >lowcountd_3.Q  (lowcountd_11) =|   |                 
                 |   |> not used:441                    |   |                 
                 |   |> not used:442                    | 28|= (lowcountd_13) 
                 |   |> not used:443                    |   |                 
                 |   |> not used:444     (lowcountd_2) =|   |                 
                 |   |> not used:445                    |   |                 
                 |   |> not used:446                    | 29|= (lowcountd_3)  
                 |   |> not used:447                    |   |                 
                 |   |> not used:448     (lowcountd_5) =|   |                 
                 |   |> not used:449                    |   |                 
                 |   |> not used:450                    | 30|* not used       
                 |   |> not used:451                    |   |                 
                 |   |> not used:452     (lowcountd_8) =|   |                 
                 |   |> not used:453                    |   |                 
                 |   |> not used:454                    |   |                 
                 |   |> not used:455                    |   |                 
                 |   |> not used:456                    |   |                 
                 ____________________________________________


  Information: Macrocell Utilization.

                     Description        Used     Max
                 ______________________________________
                 | I/O Macrocells     |    7  |    8  |
                 | Buried Macrocells  |    8  |    8  |
                 | PIM Input Connects |   17  |   36  |
                 ______________________________________
                                          32  /   52   = 61  %


----------------------------------------------------------------------------
PLD Compiler Software:        C37KFIT.EXE    22/DEC/2000  [v4.02 ] 6.2 IR 27

LOGIC BLOCK F PLACEMENT   (21:05:16)

Messages:


________________________________________________________________________________
          1111111111222222222233333333334444444444555555555566666666667777777777
01234567890123456789012345678901234567890123456789012345678901234567890123456789
________________________________________________________________________________
| 0 |(tempcount_7B)
XXXXXXXX++++++++................................................................
| 1 |UNUSED
......++++++++++++++++..........................................................
| 2 |UNUSED
..........++++++++++++++++......................................................
| 3 |UNUSED
..............++++++++++++++++..................................................
| 4 |UNUSED
..................++++++++++++++++..............................................
| 5 |UNUSED
......................++++++++++++++++..........................................
| 6 |(tempcount_14B)
..........................XXXX++++++++XXXX......................................
| 7 |(tempcount_3B)
..............................XXXXXXXX++++++++..................................
| 8 |UNUSED
..................................++++++++++++++++..............................
| 9 |UNUSED
......................................++++++++++++++++..........................
|10 |UNUSED
..........................................++++++++++++++++......................
|11 |UNUSED
..............................................++++++++++++++++..................
|12 |UNUSED
..................................................++++++++++++++++..............
|13 |UNUSED
......................................................++++++++++++++++..........
|14 |UNUSED
..........................................................++++++++++++++++......
|15 |(tempcount_4B)
................................................................XXXXXXXX++++++++
________________________________________________________________________________

Total count of outputs placed        =  4 
Total count of unique Product Terms  =  32 
Total Product Terms to be assigned   =  32 
Max Product Terms used / available   =  32 /  80   = 40.1  %


Control Signals for Logic Block F
---------------------------------
CLK pin19: <not used>
CLK pin22: <not used>
CLK pin99: <not used>
CLK pin102: <not used>
CLK PT      : AH : /d(15)_OE.CMB 
PRESET      : AH : <not used>
RESET       : AH : <not used>
OE 0        : AH : <not used>
OE 1        : AH : <not used>
OE 2        : AH : <not used>
OE 3        : AH : <not used>



                              Logic Block F
                 ____________________________________________
                 |   |= >lowcounta_7.Q                  |   |                 
                 |   |= >c(1)                           |   |                 
                 |   |= >lowcountb_1..                  |   |                 
                 |   |= >lowcountd_4.Q                  |   |                 
                 |   |= >highcountd_..                  | 32|= (tempcount_7B) 
                 |   |= >lowcountd_1..                  |   |                 
                 |   |= >lowcountd_3.Q    not used:967 >|   |                 
                 |   |= >lowcountc_7.Q                  |   |                 
                 |   |= >highcountc_..                  | 33|* not used       
                 |   |= >lowcountb_7.Q                  |   |                 
                 |   |= >highcountb_..    not used:969 >|   |                 
                 |   |= >highcountd_..                  |   |                 
                 |   |= >highcounta_..                  | 34|* not used       
                 |   |> not used:470                    |   |                 
                 |   |= >d(15)_OE.CMB     not used:971 >|   |                 
                 |   |= >c(0).QI                        |   |                 
                 |   |= >highcountd_..                  | 35|= (tempcount_14B) 
                 |   |> not used:474                    |   |                 
                 |   |= >highcounta_..  (tempcount_3B) =|   |                 
                 |   |= >highcounta_..                  |   |                 
                 |   |= >lowcountc_4.Q                  | 36|* not used       
                 |   |= >c(2)                           |   |                 
                 |   |= >highcountb_..    not used:975 >|   |                 
                 |   |> not used:480                    |   |                 
                 |   |= >highcountb_..                  | 37|* not used       
                 |   |= >highcountd_..                  |   |                 
                 |   |= >lowcountb_3.Q    not used:977 >|   |                 
                 |   |= >highcounta_..                  |   |                 
                 |   |= >lowcountc_3.Q                  | 38|* not used       
                 |   |= >lowcountc_1..                  |   |                 
                 |   |= >highcountc_..    not used:979 >|   |                 
                 |   |= >highcountc_..                  |   |                 
                 |   |= >highcountb_..                  | 39|* not used       
                 |   |= >lowcountd_7.Q                  |   |                 
                 |   |= >lowcounta_4.Q  (tempcount_4B) =|   |                 
                 |   |= >lowcounta_3.Q                  |   |                 
                 |   |= >lowcounta_1..                  |   |                 
                 |   |= >highcountc_..                  |   |                 
                 |   |= >lowcountb_4.Q                  |   |                 
                 ____________________________________________


  Information: Macrocell Utilization.

                     Description        Used     Max
                 ______________________________________
                 | I/O Macrocells     |    2  |    8  |
                 | Buried Macrocells  |    2  |    8  |
                 | PIM Input Connects |   36  |   36  |
                 ______________________________________
                                          40  /   52   = 76  %


----------------------------------------------------------------------------
PLD Compiler Software:        C37KFIT.EXE    22/DEC/2000  [v4.02 ] 6.2 IR 27

LOGIC BLOCK G PLACEMENT   (21:05:16)

Messages:


________________________________________________________________________________
          1111111111222222222233333333334444444444555555555566666666667777777777
01234567890123456789012345678901234567890123456789012345678901234567890123456789
________________________________________________________________________________
| 0>|outen
++X+++++++++++++................................................................
| 1 |(tempcount_1B)
......XXXXXX+++X+++X++..........................................................
| 2 |(tempcount_9B)
..........++XX++XX++XX++XX......................................................
| 3 |(highcounta_10)
..............X+++++++++++++++..................................................
| 4 |(highcounta_11)
..................X+++++++++++++++..............................................
| 5 |(highcounta_12)
......................X+++++++++++++++..........................................
| 6 |(highcounta_13)
..........................X+++++++++++++++......................................
| 7 |(highcounta_14)
..............................X+++++++++++++++..................................
| 8 |(highcounta_2)
..................................X+++++++++++++++..............................
| 9 |(highcounta_3)
......................................X+++++++++++++++..........................
|10 |(highcounta_4)
..........................................X+++++++++++++++......................
|11 |(highcounta_5)
..............................................X+++++++++++++++..................
|12 |(highcounta_6)
..................................................X+++++++++++++++..............
|13 |(highcounta_7)
......................................................X+++++++++++++++..........
|14 |(highcounta_8)
..........................................................X+++++++++++++++......
|15 |(highcounta_9)
................................................................++X+++++++++++++
________________________________________________________________________________

Total count of outputs placed        =  16 
Total count of unique Product Terms  =  30 
Total Product Terms to be assigned   =  30 
Max Product Terms used / available   =  30 /  80   = 37.51 %


Control Signals for Logic Block G
---------------------------------
CLK pin19: sysclk
CLK pin22: <not used>
CLK pin99: <not used>
CLK pin102: <not used>
CLK PT      : AH : /d(15)_OE.CMB 
PRESET      : AH : GND
RESET       : AH : /(highcountb_8)c(0).QI * (highcountb_7)c(6).QI 
OE 0        : AH : <not used>
OE 1        : AH : <not used>
OE 2        : AH : <not used>
OE 3        : AH : <not used>



                              Logic Block G
                 ____________________________________________
                 |   |= >lowcounta_9.Q                  |   |                 
                 |   |= >highcounta_..                  |   |                 
                 |   |= >pulse_out2.Q                   |   |                 
                 |   |= >highcounta_..                  |   |                 
                 |   |= >highcountc_..                  | 42|= outen          
                 |   |= >lowcountc_9.Q                  |   |                 
                 |   |= >c(0).QI        (tempcount_1B) =|   |                 
                 |   |= >highcounta_..                  |   |                 
                 |   |= >lowcountc_1.Q                  | 43|= (tempcount_9B) 
                 |   |= >lowcountb_9.Q                  |   |                 
                 |   |= >lowcountd_9.Q  (highcounta_10) =|   |                 
                 |   |= >c(2)                           |   |                 
                 |   |= >c(6).QI                        | 44|= (highcounta_11) 
                 |   |= >highcounta_..                  |   |                 
                 |   |= >d(15)_OE.CMB   (highcounta_12) =|   |                 
                 |   |= >sync_out1.Q                    |   |                 
                 |   |= >highcounta_..                  | 45|= (highcounta_13) 
                 |   |= >highcountc_..                  |   |                 
                 |   |= >highcounta_..  (highcounta_14) =|   |                 
                 |   |= >highcounta_..                  |   |                 
                 |   |= >highcountd_..                  | 46|= (highcounta_2) 
                 |   |= >highcounta_..                  |   |                 
                 |   |= >highcounta_..  (highcounta_3) =|   |                 
                 |   |= >c(1)                           |   |                 
                 |   |= >highcountb_..                  | 47|= (highcounta_4) 
                 |   |= >highcounta_..                  |   |                 
                 |   |> not used:522    (highcounta_5) =|   |                 
                 |   |> not used:523                    |   |                 
                 |   |= >highcountb_..                  | 48|= (highcounta_6) 
                 |   |= >lowcounta_1.Q                  |   |                 
                 |   |> not used:526    (highcounta_7) =|   |                 
                 |   |> not used:527                    |   |                 
                 |   |= >lowcountd_1.Q                  | 49|= (highcounta_8) 
                 |   |= >highcountd_..                  |   |                 
                 |   |= >highcounta_..  (highcounta_9) =|   |                 
                 |   |= >lowcountb_1.Q                  |   |                 
                 |   |= >highcounta_..                  |   |                 
                 |   |= >highcounta_..                  |   |                 
                 |   |= >highcounta_..                  |   |                 
                 ____________________________________________


  Information: Macrocell Utilization.

                     Description        Used     Max
                 ______________________________________
                 | I/O Macrocells     |    8  |    8  |
                 | Buried Macrocells  |    8  |    8  |
                 | PIM Input Connects |   35  |   36  |
                 ______________________________________
                                          51  /   52   = 98  %


----------------------------------------------------------------------------
PLD Compiler Software:        C37KFIT.EXE    22/DEC/2000  [v4.02 ] 6.2 IR 27

LOGIC BLOCK H PLACEMENT   (21:05:16)

Messages:


________________________________________________________________________________
          1111111111222222222233333333334444444444555555555566666666667777777777
01234567890123456789012345678901234567890123456789012345678901234567890123456789
________________________________________________________________________________
| 0 |(highcountd_9)
++X+++++++++++++................................................................
| 1 |(highcountd_5)
......X+++++++++++++++..........................................................
| 2 |(highcountd_3)
..........X+++++++++++++++......................................................
| 3 |(highcountd_13)
..............X+++++++++++++++..................................................
| 4 |(highcountd_11)
..................X+++++++++++++++..............................................
| 5 |(highcountb_9)
......................X+++++++++++++++..........................................
| 6 |(highcountb_10)
..........................X+++++++++++++++......................................
| 7 |(highcountd_7)
..............................X+++++++++++++++..................................
| 8 |(highcountb_11)
..................................X+++++++++++++++..............................
| 9 |(highcountd_10)
......................................X+++++++++++++++..........................
|10 |(highcountd_12)
..........................................X+++++++++++++++......................
|11 |(highcountd_14)
..............................................X+++++++++++++++..................
|12 |(highcountd_2)
..................................................X+++++++++++++++..............
|13 |(highcountd_4)
......................................................X+++++++++++++++..........
|14 |(highcountd_6)
..........................................................X+++++++++++++++......
|15 |(highcountd_8)
................................................................++X+++++++++++++
________________________________________________________________________________

Total count of outputs placed        =  16 
Total count of unique Product Terms  =  16 
Total Product Terms to be assigned   =  16 
Max Product Terms used / available   =  16 /  80   = 20.1  %


Control Signals for Logic Block H
---------------------------------
CLK pin19: sysclk
CLK pin22: <not used>
CLK pin99: <not used>
CLK pin102: <not used>
CLK PT      : AH : <not used>
PRESET      : AH : GND
RESET       : AH : /(highcountb_8)c(0).QI * (highcountb_7)c(6).QI 
OE 0        : AH : <not used>
OE 1        : AH : <not used>
OE 2        : AH : <not used>
OE 3        : AH : <not used>



                              Logic Block H
                 ____________________________________________
                 |   |= >highcountb_..                  |   |                 
                 |   |= >highcountb_..                  |   |                 
                 |   |= >highcountb_..                  |   |                 
                 |   |= >outen.Q                        |   |                 
                 |   |= >highcountb_..                  | 51|= (highcountd_9) 
                 |   |= >highcountd_..                  |   |                 
                 |   |= >c(0).QI        (highcountd_5) =|   |                 
                 |   |= >highcountd_..                  |   |                 
                 |   |= >highcountb_..                  | 52|= (highcountd_3) 
                 |   |= >highcountb_..                  |   |                 
                 |   |= >highcountb_..  (highcountd_13) =|   |                 
                 |   |= >highcountd_..                  |   |                 
                 |   |= >c(6).QI                        | 53|= (highcountd_11) 
                 |   |> not used:548                    |   |                 
                 |   |= >highcountd_..  (highcountb_9) =|   |                 
                 |   |> not used:550                    |   |                 
                 |   |= >sync_out4.Q                    | 54|= (highcountb_10) 
                 |   |> not used:552                    |   |                 
                 |   |= >highcountd_..  (highcountd_7) =|   |                 
                 |   |= >highcountb_..                  |   |                 
                 |   |= >highcountd_..                  | 55|= (highcountb_11) 
                 |   |= >highcountb_..                  |   |                 
                 |   |= >highcountb_..  (highcountd_10) =|   |                 
                 |   |= >highcountd_..                  |   |                 
                 |   |= >highcountd_..                  | 56|= (highcountd_12) 
                 |   |= >highcountd_..                  |   |                 
                 |   |= >highcountd_..  (highcountd_14) =|   |                 
                 |   |> not used:562                    |   |                 
                 |   |= >highcountb_..                  | 57|= (highcountd_2) 
                 |   |= >highcountd_..                  |   |                 
                 |   |> not used:565    (highcountd_4) =|   |                 
                 |   |= >highcountd_..                  |   |                 
                 |   |= >highcountd_..                  | 58|= (highcountd_6) 
                 |   |= >highcountd_..                  |   |                 
                 |   |> not used:569    (highcountd_8) =|   |                 
                 |   |> not used:570                    |   |                 
                 |   |> not used:571                    |   |                 
                 |   |> not used:572                    |   |                 
                 |   |> not used:573                    |   |                 
                 ____________________________________________


  Information: Macrocell Utilization.

                     Description        Used     Max
                 ______________________________________
                 | I/O Macrocells     |    8  |    8  |
                 | Buried Macrocells  |    8  |    8  |
                 | PIM Input Connects |   29  |   36  |
                 ______________________________________
                                          45  /   52   = 86  %


----------------------------------------------------------------------------
PLD Compiler Software:        C37KFIT.EXE    22/DEC/2000  [v4.02 ] 6.2 IR 27

LOGIC BLOCK I PLACEMENT   (21:05:16)

Messages:


________________________________________________________________________________
          1111111111222222222233333333334444444444555555555566666666667777777777
01234567890123456789012345678901234567890123456789012345678901234567890123456789
________________________________________________________________________________
| 0 |(lowcountc_9)
++X+++++++++++++................................................................
| 1 |(lowcountc_6)
......X+++++++++++++++..........................................................
| 2 |(lowcountc_4)
..........X+++++++++++++++......................................................
| 3 |(lowcountc_14)
..............X+++++++++++++++..................................................
| 4 |(lowcountc_12)
..................X+++++++++++++++..............................................
| 5 |(lowcountc_10)
......................X+++++++++++++++..........................................
| 6 |(lowcountc_0)
..........................X+++++++++++++++......................................
| 7 |(lowcountc_7)
..............................X+++++++++++++++..................................
| 8 |(lowcountc_1)
..................................X+++++++++++++++..............................
| 9 |(lowcountc_11)
......................................X+++++++++++++++..........................
|10 |(lowcountc_13)
..........................................X+++++++++++++++......................
|11 |(lowcountc_2)
..............................................X+++++++++++++++..................
|12 |(lowcountc_3)
..................................................X+++++++++++++++..............
|13 |(lowcountc_5)
......................................................X+++++++++++++++..........
|14 |UNUSED
..........................................................++++++++++++++++......
|15 |(lowcountc_8)
................................................................++X+++++++++++++
________________________________________________________________________________

Total count of outputs placed        =  15 
Total count of unique Product Terms  =  15 
Total Product Terms to be assigned   =  15 
Max Product Terms used / available   =  15 /  80   = 18.76 %


Control Signals for Logic Block I
---------------------------------
CLK pin19: sysclk
CLK pin22: <not used>
CLK pin99: <not used>
CLK pin102: <not used>
CLK PT      : AH : <not used>
PRESET      : AH : GND
RESET       : AH : (highcountb_8)c(0).QI * (highcountb_7)c(6).QI 
OE 0        : AH : <not used>
OE 1        : AH : <not used>
OE 2        : AH : <not used>
OE 3        : AH : <not used>



                              Logic Block I
                 ____________________________________________
                 |   |= >lowcountc_2.Q                  |   |                 
                 |   |= >lowcountc_3.Q                  |   |                 
                 |   |= >lowcountc_1..                  |   |                 
                 |   |= >sync_out3.Q                    |   |                 
                 |   |= >lowcountc_1..                  | 63|= (lowcountc_9)  
                 |   |= >lowcountc_0.Q                  |   |                 
                 |   |= >c(0).QI         (lowcountc_6) =|   |                 
                 |   |= >lowcountc_6.Q                  |   |                 
                 |   |= >lowcountc_1.Q                  | 64|= (lowcountc_4)  
                 |   |= >lowcountc_4.Q                  |   |                 
                 |   |= >lowcountc_1..  (lowcountc_14) =|   |                 
                 |   |= >lowcountc_1..                  |   |                 
                 |   |= >c(6).QI                        | 65|= (lowcountc_12) 
                 |   |> not used:587                    |   |                 
                 |   |= >lowcountc_8.Q  (lowcountc_10) =|   |                 
                 |   |= >lowcountc_7.Q                  |   |                 
                 |   |= >lowcountc_9.Q                  | 66|= (lowcountc_0)  
                 |   |> not used:591                    |   |                 
                 |   |> not used:592     (lowcountc_7) =|   |                 
                 |   |> not used:593                    |   |                 
                 |   |> not used:594                    | 67|= (lowcountc_1)  
                 |   |> not used:595                    |   |                 
                 |   |> not used:596    (lowcountc_11) =|   |                 
                 |   |= >lowcountc_5.Q                  |   |                 
                 |   |> not used:598                    | 68|= (lowcountc_13) 
                 |   |> not used:599                    |   |                 
                 |   |> not used:600     (lowcountc_2) =|   |                 
                 |   |> not used:601                    |   |                 
                 |   |> not used:602                    | 69|= (lowcountc_3)  
                 |   |> not used:603                    |   |                 
                 |   |> not used:604     (lowcountc_5) =|   |                 
                 |   |> not used:605                    |   |                 
                 |   |> not used:606                    | 70|* not used       
                 |   |> not used:607                    |   |                 
                 |   |> not used:600     (lowcountc_8) =|   |                 
                 |   |> not used:606                    |   |                 
                 |   |> not used:610                    |   |                 
                 |   |> not used:611                    |   |                 
                 |   |> not used:612                    |   |                 
                 ____________________________________________


  Information: Macrocell Utilization.

                     Description        Used     Max
                 ______________________________________
                 | I/O Macrocells     |    7  |    8  |
                 | Buried Macrocells  |    8  |    8  |
                 | PIM Input Connects |   17  |   36  |
                 ______________________________________
                                          32  /   52   = 61  %


----------------------------------------------------------------------------
PLD Compiler Software:        C37KFIT.EXE    22/DEC/2000  [v4.02 ] 6.2 IR 27

LOGIC BLOCK J PLACEMENT   (21:05:16)

Messages:


________________________________________________________________________________
          1111111111222222222233333333334444444444555555555566666666667777777777
01234567890123456789012345678901234567890123456789012345678901234567890123456789
________________________________________________________________________________
| 0 |(lowcountb_9)
++X+++++++++++++................................................................
| 1 |(lowcountb_6)
......X+++++++++++++++..........................................................
| 2 |(lowcountb_4)
..........X+++++++++++++++......................................................
| 3 |(lowcountb_14)
..............X+++++++++++++++..................................................
| 4 |(lowcountb_12)
..................X+++++++++++++++..............................................
| 5 |(lowcountb_10)
......................X+++++++++++++++..........................................
| 6 |(lowcountb_0)
..........................X+++++++++++++++......................................
| 7 |(lowcountb_7)
..............................X+++++++++++++++..................................
| 8 |(lowcountb_1)
..................................X+++++++++++++++..............................
| 9 |(lowcountb_11)
......................................X+++++++++++++++..........................
|10 |(lowcountb_13)
..........................................X+++++++++++++++......................
|11 |(lowcountb_2)
..............................................X+++++++++++++++..................
|12 |(lowcountb_3)
..................................................X+++++++++++++++..............
|13 |(lowcountb_5)
......................................................X+++++++++++++++..........
|14 |UNUSED
..........................................................++++++++++++++++......
|15 |(lowcountb_8)
................................................................++X+++++++++++++
________________________________________________________________________________

Total count of outputs placed        =  15 
Total count of unique Product Terms  =  15 
Total Product Terms to be assigned   =  15 
Max Product Terms used / available   =  15 /  80   = 18.76 %


Control Signals for Logic Block J
---------------------------------
CLK pin19: sysclk
CLK pin22: <not used>
CLK pin99: <not used>
CLK pin102: <not used>
CLK PT      : AH : <not used>
PRESET      : AH : GND
RESET       : AH : (highcountb_8)c(0).QI * (highcountb_7)c(6).QI 
OE 0        : AH : <not used>
OE 1        : AH : <not used>
OE 2        : AH : <not used>
OE 3        : AH : <not used>



                              Logic Block J
                 ____________________________________________
                 |   |= >lowcountb_4.Q                  |   |                 
                 |   |> not used:614                    |   |                 
                 |   |= >lowcountb_2.Q                  |   |                 
                 |   |= >outen.Q                        |   |                 
                 |   |= >lowcountb_1..                  | 72|= (lowcountb_9)  
                 |   |= >lowcountb_5.Q                  |   |                 
                 |   |= >c(0).QI         (lowcountb_6) =|   |                 
                 |   |= >lowcountb_0.Q                  |   |                 
                 |   |> not used:621                    | 73|= (lowcountb_4)  
                 |   |= >lowcountb_7.Q                  |   |                 
                 |   |= >lowcountb_1.Q  (lowcountb_14) =|   |                 
                 |   |= >lowcountb_6.Q                  |   |                 
                 |   |= >c(6).QI                        | 74|= (lowcountb_12) 
                 |   |> not used:626                    |   |                 
                 |   |= >lowcountb_8.Q  (lowcountb_10) =|   |                 
                 |   |> not used:628                    |   |                 
                 |   |= >lowcountb_9.Q                  | 75|= (lowcountb_0)  
                 |   |> not used:630                    |   |                 
                 |   |= >lowcountb_1..   (lowcountb_7) =|   |                 
                 |   |> not used:632                    |   |                 
                 |   |> not used:633                    | 76|= (lowcountb_1)  
                 |   |= >lowcountb_3.Q                  |   |                 
                 |   |> not used:635    (lowcountb_11) =|   |                 
                 |   |> not used:636                    |   |                 
                 |   |> not used:637                    | 77|= (lowcountb_13) 
                 |   |= >lowcountb_1..                  |   |                 
                 |   |> not used:639     (lowcountb_2) =|   |                 
                 |   |> not used:640                    |   |                 
                 |   |> not used:641                    | 78|= (lowcountb_3)  
                 |   |> not used:642                    |   |                 
                 |   |> not used:643     (lowcountb_5) =|   |                 
                 |   |> not used:644                    |   |                 
                 |   |> not used:645                    | 79|* not used       
                 |   |> not used:646                    |   |                 
                 |   |> not used:647     (lowcountb_8) =|   |                 
                 |   |> not used:648                    |   |                 
                 |   |= >lowcountb_1..                  |   |                 
                 |   |> not used:650                    |   |                 
                 |   |> not used:651                    |   |                 
                 ____________________________________________


  Information: Macrocell Utilization.

                     Description        Used     Max
                 ______________________________________
                 | I/O Macrocells     |    7  |    8  |
                 | Buried Macrocells  |    8  |    8  |
                 | PIM Input Connects |   17  |   36  |
                 ______________________________________
                                          32  /   52   = 61  %


----------------------------------------------------------------------------
PLD Compiler Software:        C37KFIT.EXE    22/DEC/2000  [v4.02 ] 6.2 IR 27

LOGIC BLOCK K PLACEMENT   (21:05:16)

Messages:


________________________________________________________________________________
          1111111111222222222233333333334444444444555555555566666666667777777777
01234567890123456789012345678901234567890123456789012345678901234567890123456789
________________________________________________________________________________
| 0 |(sync_out4)
++X+++++++++++++................................................................
| 1 |UNUSED
......++++++++++++++++..........................................................
| 2 |UNUSED
..........++++++++++++++++......................................................
| 3 |UNUSED
..............++++++++++++++++..................................................
| 4 |UNUSED
..................++++++++++++++++..............................................
| 5 |UNUSED
......................++++++++++++++++..........................................
| 6 |UNUSED
..........................++++++++++++++++......................................
| 7 |UNUSED
..............................++++++++++++++++..................................
| 8 |UNUSED
..................................++++++++++++++++..............................
| 9 |UNUSED
......................................++++++++++++++++..........................
|10 |UNUSED
..........................................++++++++++++++++......................
|11 |UNUSED
..............................................++++++++++++++++..................
|12 |UNUSED
..................................................++++++++++++++++..............
|13 |UNUSED
......................................................++++++++++++++++..........
|14 |UNUSED
..........................................................++++++++++++++++......
|15 |(pulse_out4)
................................................................++X+++++++++++++
________________________________________________________________________________

Total count of outputs placed        =  2 
Total count of unique Product Terms  =  2 
Total Product Terms to be assigned   =  2 
Max Product Terms used / available   =   2 /  80   = 2.51 %


Control Signals for Logic Block K
---------------------------------
CLK pin19: sysclk
CLK pin22: <not used>
CLK pin99: <not used>
CLK pin102: <not used>
CLK PT      : AH : <not used>
PRESET      : AH : /count_signal(4) 
RESET       : AH : sync_out4.Q 
OE 0        : AH : <not used>
OE 1        : AH : <not used>
OE 2        : AH : <not used>
OE 3        : AH : <not used>



                              Logic Block K
                 ____________________________________________
                 |   |> not used:652                    |   |                 
                 |   |> not used:653                    |   |                 
                 |   |> not used:654                    |   |                 
                 |   |> not used:655                    |   |                 
                 |   |> not used:656                    | 82|= (sync_out4)    
                 |   |> not used:657                    |   |                 
                 |   |> not used:658     not used:1047 >|   |                 
                 |   |> not used:659                    |   |                 
                 |   |> not used:660                    | 83|* not used       
                 |   |> not used:661                    |   |                 
                 |   |> not used:662     not used:1049 >|   |                 
                 |   |= >sync_out4.Q                    |   |                 
                 |   |= >count_signa..                  | 84|* not used       
                 |   |> not used:665                    |   |                 
                 |   |= >pulse_out4.Q    not used:1051 >|   |                 
                 |   |> not used:667                    |   |                 
                 |   |> not used:668                    | 85|* not used       
                 |   |> not used:669                    |   |                 
                 |   |> not used:670     not used:1053 >|   |                 
                 |   |> not used:671                    |   |                 
                 |   |> not used:672                    | 86|* not used       
                 |   |> not used:673                    |   |                 
                 |   |> not used:674     not used:1055 >|   |                 
                 |   |> not used:675                    |   |                 
                 |   |> not used:676                    | 87|* not used       
                 |   |> not used:677                    |   |                 
                 |   |> not used:678     not used:1057 >|   |                 
                 |   |> not used:679                    |   |                 
                 |   |> not used:680                    | 88|* not used       
                 |   |> not used:681                    |   |                 
                 |   |> not used:682     not used:1059 >|   |                 
                 |   |> not used:683                    |   |                 
                 |   |> not used:684                    | 89|* not used       
                 |   |> not used:685                    |   |                 
                 |   |> not used:686      (pulse_out4) =|   |                 
                 |   |> not used:687                    |   |                 
                 |   |> not used:688                    |   |                 
                 |   |> not used:689                    |   |                 
                 |   |> not used:690                    |   |                 
                 ____________________________________________


  Information: Macrocell Utilization.

                     Description        Used     Max
                 ______________________________________
                 | I/O Macrocells     |    1  |    8  |
                 | Buried Macrocells  |    1  |    8  |
                 | PIM Input Connects |    3  |   36  |
                 ______________________________________
                                           5  /   52   = 9   %


----------------------------------------------------------------------------
PLD Compiler Software:        C37KFIT.EXE    22/DEC/2000  [v4.02 ] 6.2 IR 27

LOGIC BLOCK L PLACEMENT   (21:05:16)

Messages:


________________________________________________________________________________
          1111111111222222222233333333334444444444555555555566666666667777777777
01234567890123456789012345678901234567890123456789012345678901234567890123456789
________________________________________________________________________________
| 0 |(lowcounta_9)
++X+++++++++++++................................................................
| 1 |(lowcounta_6)
......X+++++++++++++++..........................................................
| 2 |(lowcounta_4)
..........X+++++++++++++++......................................................
| 3 |(lowcounta_14)
..............X+++++++++++++++..................................................
| 4 |(lowcounta_12)
..................X+++++++++++++++..............................................
| 5 |(lowcounta_10)
......................X+++++++++++++++..........................................
| 6 |(lowcounta_0)
..........................X+++++++++++++++......................................
| 7 |(lowcounta_7)
..............................X+++++++++++++++..................................
| 8 |(lowcounta_1)
..................................X+++++++++++++++..............................
| 9 |(lowcounta_11)
......................................X+++++++++++++++..........................
|10 |(lowcounta_13)
..........................................X+++++++++++++++......................
|11 |(lowcounta_2)
..............................................X+++++++++++++++..................
|12 |(lowcounta_3)count_signal(3)
..................................................X+++++++++++++++..............
|13 |(lowcounta_5)
......................................................X+++++++++++++++..........
|14 |[i/p]
..........................................................++++++++++++++++......
|15 |(lowcounta_8)
................................................................++X+++++++++++++
________________________________________________________________________________

Total count of outputs placed        =  15 
Total count of unique Product Terms  =  15 
Total Product Terms to be assigned   =  15 
Max Product Terms used / available   =  15 /  80   = 18.76 %


Control Signals for Logic Block L
---------------------------------
CLK pin19: sysclk
CLK pin22: <not used>
CLK pin99: <not used>
CLK pin102: <not used>
CLK PT      : AH : <not used>
PRESET      : AH : GND
RESET       : AH : (highcountb_8)c(0).QI * (highcountb_7)c(6).QI 
OE 0        : AH : <not used>
OE 1        : AH : <not used>
OE 2        : AH : <not used>
OE 3        : AH : <not used>



                              Logic Block L
                 ____________________________________________
                 |   |= >lowcounta_7.Q                  |   |                 
                 |   |= >lowcounta_1.Q                  |   |                 
                 |   |= >lowcounta_6.Q                  |   |                 
                 |   |= >lowcounta_1..                  |   |                 
                 |   |= >sync_out1.Q                    | 91|= (lowcounta_9)  
                 |   |> not used:696                    |   |                 
                 |   |= >c(0).QI         (lowcounta_6) =|   |                 
                 |   |= >lowcounta_3.Q                  |   |                 
                 |   |= >lowcounta_1..                  | 92|= (lowcounta_4)  
                 |   |= >lowcounta_5.Q                  |   |                 
                 |   |= >lowcounta_1..  (lowcounta_14) =|   |                 
                 |   |= >lowcounta_0.Q                  |   |                 
                 |   |= >c(6).QI                        | 93|= (lowcounta_12) 
                 |   |= >lowcounta_8.Q                  |   |                 
                 |   |> not used:705    (lowcounta_10) =|   |                 
                 |   |= >lowcounta_9.Q                  |   |                 
                 |   |> not used:707                    | 94|= (lowcounta_0)  
                 |   |> not used:708                    |   |                 
                 |   |= >lowcounta_1..   (lowcounta_7) =|   |                 
                 |   |= >lowcounta_4.Q                  |   |                 
                 |   |= >lowcounta_2.Q                  | 95|= (lowcounta_1)  
                 |   |> not used:712                    |   |                 
                 |   |> not used:713    (lowcounta_11) =|   |                 
                 |   |> not used:714                    |   |                 
                 |   |> not used:715                    | 96|= (lowcounta_13) 
                 |   |> not used:716                    |   |                 
                 |   |> not used:717     (lowcounta_2) =|   |                 
                 |   |> not used:718                    |   |                 
                 |   |> not used:719                    | 97|= (lowcounta_3)count_signal(3) 
                 |   |> not used:720                    |   |                 
                 |   |> not used:721     (lowcounta_5) =|   |                 
                 |   |> not used:722                    |   |                 
                 |   |> not used:723                    | 98|= count_signal(4) 
                 |   |> not used:724                    |   |                 
                 |   |> not used:725     (lowcounta_8) =|   |                 
                 |   |> not used:726                    |   |                 
                 |   |> not used:727                    |   |                 
                 |   |> not used:728                    |   |                 
                 |   |> not used:729                    |   |                 
                 ____________________________________________


  Information: Macrocell Utilization.

                     Description        Used     Max
                 ______________________________________
                 | I/O Macrocells     |    8  |    8  |
                 | Buried Macrocells  |    8  |    8  |
                 | PIM Input Connects |   17  |   36  |
                 ______________________________________
                                          33  /   52   = 63  %


----------------------------------------------------------------------------
PLD Compiler Software:        C37KFIT.EXE    22/DEC/2000  [v4.02 ] 6.2 IR 27

LOGIC BLOCK M PLACEMENT   (21:05:16)

Messages:


________________________________________________________________________________
          1111111111222222222233333333334444444444555555555566666666667777777777
01234567890123456789012345678901234567890123456789012345678901234567890123456789
________________________________________________________________________________
| 0 |(pulse_out2)
++X+++++++++++++................................................................
| 1 |UNUSED
......++++++++++++++++..........................................................
| 2 |UNUSED
..........++++++++++++++++......................................................
| 3 |UNUSED
..............++++++++++++++++..................................................
| 4 |UNUSED
..................++++++++++++++++..............................................
| 5 |UNUSED
......................++++++++++++++++..........................................
| 6 |UNUSED
..........................++++++++++++++++......................................
| 7 |UNUSED
..............................++++++++++++++++..................................
| 8 |UNUSED
..................................++++++++++++++++..............................
| 9 |UNUSED
......................................++++++++++++++++..........................
|10 |UNUSED
..........................................++++++++++++++++......................
|11 |UNUSED
..............................................++++++++++++++++..................
|12 |UNUSED
..................................................++++++++++++++++..............
|13 |UNUSED
......................................................++++++++++++++++..........
|14 |UNUSED
..........................................................++++++++++++++++......
|15 |UNUSED
................................................................++++++++++++++++
________________________________________________________________________________

Total count of outputs placed        =  1 
Total count of unique Product Terms  =  1 
Total Product Terms to be assigned   =  1 
Max Product Terms used / available   =   1 /  80   = 1.26 %


Control Signals for Logic Block M
---------------------------------
CLK pin19: sysclk
CLK pin22: <not used>
CLK pin99: <not used>
CLK pin102: <not used>
CLK PT      : AH : <not used>
PRESET      : AH : /(lowcountd_4)count_signal(2) 
RESET       : AH : outen.Q 
OE 0        : AH : <not used>
OE 1        : AH : <not used>
OE 2        : AH : <not used>
OE 3        : AH : <not used>



                              Logic Block M
                 ____________________________________________
                 |   |> not used:730                    |   |                 
                 |   |> not used:731                    |   |                 
                 |   |= >pulse_out2.Q                   |   |                 
                 |   |= >outen.Q                        |   |                 
                 |   |= >count_signa..                  |103|= (pulse_out2)   
                 |   |> not used:735                    |   |                 
                 |   |> not used:736     not used:1079 >|   |                 
                 |   |> not used:737                    |   |                 
                 |   |> not used:738                    |104|* not used       
                 |   |> not used:739                    |   |                 
                 |   |> not used:740     not used:1081 >|   |                 
                 |   |> not used:741                    |   |                 
                 |   |> not used:742                    |105|* not used       
                 |   |> not used:743                    |   |                 
                 |   |> not used:744     not used:1083 >|   |                 
                 |   |> not used:745                    |   |                 
                 |   |> not used:746                    |106|* not used       
                 |   |> not used:747                    |   |                 
                 |   |> not used:748     not used:1085 >|   |                 
                 |   |> not used:749                    |   |                 
                 |   |> not used:750                    |107|* not used       
                 |   |> not used:751                    |   |                 
                 |   |> not used:752     not used:1087 >|   |                 
                 |   |> not used:753                    |   |                 
                 |   |> not used:754                    |108|* not used       
                 |   |> not used:755                    |   |                 
                 |   |> not used:756     not used:1089 >|   |                 
                 |   |> not used:757                    |   |                 
                 |   |> not used:758                    |109|* not used       
                 |   |> not used:759                    |   |                 
                 |   |> not used:760     not used:1091 >|   |                 
                 |   |> not used:761                    |   |                 
                 |   |> not used:762                    |110|* not used       
                 |   |> not used:763                    |   |                 
                 |   |> not used:764     not used:1093 >|   |                 
                 |   |> not used:765                    |   |                 
                 |   |> not used:766                    |   |                 
                 |   |> not used:767                    |   |                 
                 |   |> not used:768                    |   |                 
                 ____________________________________________


  Information: Macrocell Utilization.

                     Description        Used     Max
                 ______________________________________
                 | I/O Macrocells     |    1  |    8  |
                 | Buried Macrocells  |    0  |    8  |
                 | PIM Input Connects |    3  |   36  |
                 ______________________________________
                                           4  /   52   = 7   %


----------------------------------------------------------------------------
PLD Compiler Software:        C37KFIT.EXE    22/DEC/2000  [v4.02 ] 6.2 IR 27

LOGIC BLOCK N PLACEMENT   (21:05:16)

Messages:


________________________________________________________________________________
          1111111111222222222233333333334444444444555555555566666666667777777777
01234567890123456789012345678901234567890123456789012345678901234567890123456789
________________________________________________________________________________
| 0 |(highcountc_9)
++X+++++++++++++................................................................
| 1 |(highcountc_5)
......X+++++++++++++++..........................................................
| 2 |(highcountc_3)
..........X+++++++++++++++......................................................
| 3 |(highcountc_13)
..............X+++++++++++++++..................................................
| 4 |(highcountc_11)
..................X+++++++++++++++..............................................
| 5 |(highcountb_14)
......................X+++++++++++++++..........................................
| 6 |(highcountb_12)
..........................X+++++++++++++++......................................
| 7 |(highcountc_7)
..............................X+++++++++++++++..................................
| 8 |(highcountb_13)
..................................X+++++++++++++++..............................
| 9 |(highcountc_10)
......................................X+++++++++++++++..........................
|10 |(highcountc_12)dci(2)
..........................................X+++++++++++++++......................
|11 |(highcountc_14)
..............................................X+++++++++++++++..................
|12 |(highcountc_2)dci(1)
..................................................X+++++++++++++++..............
|13 |(highcountc_4)
......................................................X+++++++++++++++..........
|14 |(highcountc_6)dci(0)
..........................................................X+++++++++++++++......
|15 |(highcountc_8)
................................................................++X+++++++++++++
________________________________________________________________________________

Total count of outputs placed        =  16 
Total count of unique Product Terms  =  16 
Total Product Terms to be assigned   =  16 
Max Product Terms used / available   =  16 /  80   = 20.1  %


Control Signals for Logic Block N
---------------------------------
CLK pin19: sysclk
CLK pin22: <not used>
CLK pin99: <not used>
CLK pin102: <not used>
CLK PT      : AH : <not used>
PRESET      : AH : GND
RESET       : AH : /(highcountb_8)c(0).QI * (highcountb_7)c(6).QI 
OE 0        : AH : <not used>
OE 1        : AH : <not used>
OE 2        : AH : <not used>
OE 3        : AH : <not used>



                              Logic Block N
                 ____________________________________________
                 |   |= >highcountb_..                  |   |                 
                 |   |= >highcountb_..                  |   |                 
                 |   |= >highcountc_..                  |   |                 
                 |   |= >sync_out3.Q                    |   |                 
                 |   |= >highcountb_..                  |112|= (highcountc_9) 
                 |   |= >highcountb_..                  |   |                 
                 |   |= >c(0).QI        (highcountc_5) =|   |                 
                 |   |= >highcountc_..                  |   |                 
                 |   |= >highcountc_..                  |113|= (highcountc_3) 
                 |   |= >highcountb_..                  |   |                 
                 |   |= >highcountc_..  (highcountc_13) =|   |                 
                 |   |= >highcountc_..                  |   |                 
                 |   |= >c(6).QI                        |114|= (highcountc_11) 
                 |   |= >highcountc_..                  |   |                 
                 |   |= >highcountc_..  (highcountb_14) =|   |                 
                 |   |= >highcountc_..                  |   |                 
                 |   |= >outen.Q                        |115|= (highcountb_12) 
                 |   |= >highcountc_..                  |   |                 
                 |   |= >highcountb_..  (highcountc_7) =|   |                 
                 |   |= >highcountc_..                  |   |                 
                 |   |= >highcountb_..                  |116|= (highcountb_13) 
                 |   |= >highcountb_..                  |   |                 
                 |   |= >highcountb_..  (highcountc_10) =|   |                 
                 |   |= >highcountc_..                  |   |                 
                 |   |= >highcountb_..                  |117|= (highcountc_12)dci(2) 
                 |   |= >highcountb_..                  |   |                 
                 |   |> not used:795    (highcountc_14) =|   |                 
                 |   |> not used:796                    |   |                 
                 |   |> not used:797                    |118|= (highcountc_2)dci(1) 
                 |   |= >highcountb_..                  |   |                 
                 |   |= >highcountb_..  (highcountc_4) =|   |                 
                 |   |= >highcountc_..                  |   |                 
                 |   |= >highcountb_..                  |119|= (highcountc_6)dci(0) 
                 |   |> not used:802                    |   |                 
                 |   |> not used:803    (highcountc_8) =|   |                 
                 |   |> not used:804                    |   |                 
                 |   |> not used:805                    |   |                 
                 |   |= >highcountc_..                  |   |                 
                 |   |= >highcountc_..                  |   |                 
                 ____________________________________________


  Information: Macrocell Utilization.

                     Description        Used     Max
                 ______________________________________
                 | I/O Macrocells     |    8  |    8  |
                 | Buried Macrocells  |    8  |    8  |
                 | PIM Input Connects |   32  |   36  |
                 ______________________________________
                                          48  /   52   = 92  %


----------------------------------------------------------------------------
PLD Compiler Software:        C37KFIT.EXE    22/DEC/2000  [v4.02 ] 6.2 IR 27

LOGIC BLOCK O PLACEMENT   (21:05:16)

Messages:


________________________________________________________________________________
          1111111111222222222233333333334444444444555555555566666666667777777777
01234567890123456789012345678901234567890123456789012345678901234567890123456789
________________________________________________________________________________
| 0>|d(15)
++X+++++++++++++................................................................
| 1 |UNUSED
......++++++++++++++++..........................................................
| 2>|d(14)
..........X+++++++++++++++......................................................
| 3 |UNUSED
..............++++++++++++++++..................................................
| 4>|d(13)
..................X+++++++++++++++..............................................
| 5 |UNUSED
......................++++++++++++++++..........................................
| 6>|d(12)
..........................X+++++++++++++++......................................
| 7 |UNUSED
..............................++++++++++++++++..................................
| 8>|d(11)
..................................X+++++++++++++++..............................
| 9 |(pulse_out1)
......................................X+++++++++++++++..........................
|10>|d(10)
..........................................X+++++++++++++++......................
|11 |UNUSED
..............................................++++++++++++++++..................
|12>|d(9)
..................................................X+++++++++++++++..............
|13 |UNUSED
......................................................++++++++++++++++..........
|14>|d(8)
..........................................................X+++++++++++++++......
|15 |UNUSED
................................................................++++++++++++++++
________________________________________________________________________________

Total count of outputs placed        =  9 
Total count of unique Product Terms  =  9 
Total Product Terms to be assigned   =  9 
Max Product Terms used / available   =   9 /  80   = 11.26 %


Control Signals for Logic Block O
---------------------------------
CLK pin19: sysclk
CLK pin22: <not used>
CLK pin99: <not used>
CLK pin102: <not used>
CLK PT      : AH : <not used>
PRESET      : AH : /(lowcountd_9)count_signal(1) 
RESET       : AH : sync_out1.Q 
OE 0        : AL : d(15)_OE.CMB 
OE 1        : AL : d(15)_OE.CMB 
OE 2        : AL : d(15)_OE.CMB 
OE 3        : AL : d(15)_OE.CMB 



                              Logic Block O
                 ____________________________________________
                 |   |= >count_signa..                  |   |                 
                 |   |= >tempcount_1..                  |   |                 
                 |   |> not used:810                    |   |                 
                 |   |> not used:811                    |   |                 
                 |   |= >sync_out1.Q                    |122|= d(15)          
                 |   |> not used:813                    |   |                 
                 |   |= >d(15)_OE.CMB    not used:1111 >|   |                 
                 |   |= >tempcount_9..                  |   |                 
                 |   |> not used:816                    |123|= d(14)          
                 |   |= >tempcount_1..                  |   |                 
                 |   |> not used:818     not used:1113 >|   |                 
                 |   |= >tempcount_1..                  |   |                 
                 |   |= >tempcount_1..                  |124|= d(13)          
                 |   |> not used:821                    |   |                 
                 |   |> not used:822     not used:1115 >|   |                 
                 |   |> not used:823                    |   |                 
                 |   |> not used:824                    |125|= d(12)          
                 |   |= >tempcount_1..                  |   |                 
                 |   |= >tempcount_8..   not used:1117 >|   |                 
                 |   |> not used:827                    |   |                 
                 |   |> not used:828                    |126|= d(11)          
                 |   |> not used:829                    |   |                 
                 |   |> not used:830      (pulse_out1) =|   |                 
                 |   |> not used:831                    |   |                 
                 |   |> not used:832                    |127|= d(10)          
                 |   |> not used:833                    |   |                 
                 |   |> not used:834     not used:1121 >|   |                 
                 |   |> not used:835                    |   |                 
                 |   |> not used:836                    |128|= d(9)           
                 |   |> not used:837                    |   |                 
                 |   |> not used:838     not used:1123 >|   |                 
                 |   |> not used:839                    |   |                 
                 |   |> not used:840                    |129|= d(8)           
                 |   |> not used:841                    |   |                 
                 |   |> not used:842     not used:1125 >|   |                 
                 |   |> not used:843                    |   |                 
                 |   |> not used:844                    |   |                 
                 |   |> not used:845                    |   |                 
                 |   |= >pulse_out1.Q                   |   |                 
                 ____________________________________________


  Information: Macrocell Utilization.

                     Description        Used     Max
                 ______________________________________
                 | I/O Macrocells     |    8  |    8  |
                 | Buried Macrocells  |    1  |    8  |
                 | PIM Input Connects |   11  |   36  |
                 ______________________________________
                                          20  /   52   = 38  %


----------------------------------------------------------------------------
PLD Compiler Software:        C37KFIT.EXE    22/DEC/2000  [v4.02 ] 6.2 IR 27

LOGIC BLOCK P PLACEMENT   (21:05:16)

Messages:


________________________________________________________________________________
          1111111111222222222233333333334444444444555555555566666666667777777777
01234567890123456789012345678901234567890123456789012345678901234567890123456789
________________________________________________________________________________
| 0>|d(7)
++X+++++++++++++................................................................
| 1 |UNUSED
......++++++++++++++++..........................................................
| 2>|d(6)
..........X+++++++++++++++......................................................
| 3 |UNUSED
..............++++++++++++++++..................................................
| 4>|d(5)
..................X+++++++++++++++..............................................
| 5 |UNUSED
......................++++++++++++++++..........................................
| 6>|d(4)
..........................X+++++++++++++++......................................
| 7 |UNUSED
..............................++++++++++++++++..................................
| 8>|d(3)
..................................X+++++++++++++++..............................
| 9 |UNUSED
......................................++++++++++++++++..........................
|10>|d(2)
..........................................X+++++++++++++++......................
|11 |UNUSED
..............................................++++++++++++++++..................
|12>|d(1)
..................................................X+++++++++++++++..............
|13 |UNUSED
......................................................++++++++++++++++..........
|14>|d(0)
..........................................................X+++++++++++++++......
|15 |UNUSED
................................................................++++++++++++++++
________________________________________________________________________________

Total count of outputs placed        =  8 
Total count of unique Product Terms  =  8 
Total Product Terms to be assigned   =  8 
Max Product Terms used / available   =   8 /  80   = 10.1  %


Control Signals for Logic Block P
---------------------------------
CLK pin19: sysclk
CLK pin22: <not used>
CLK pin99: <not used>
CLK pin102: <not used>
CLK PT      : AH : <not used>
PRESET      : AH : <not used>
RESET       : AH : <not used>
OE 0        : AL : d(15)_OE.CMB 
OE 1        : AL : d(15)_OE.CMB 
OE 2        : AL : d(15)_OE.CMB 
OE 3        : AL : d(15)_OE.CMB 



                              Logic Block P
                 ____________________________________________
                 |   |> not used:847                    |   |                 
                 |   |= >tempcount_7..                  |   |                 
                 |   |> not used:849                    |   |                 
                 |   |> not used:850                    |   |                 
                 |   |= >tempcount_5..                  |131|= d(7)           
                 |   |= >tempcount_6..                  |   |                 
                 |   |= >d(15)_OE.CMB    not used:1127 >|   |                 
                 |   |> not used:854                    |   |                 
                 |   |> not used:855                    |132|= d(6)           
                 |   |> not used:856                    |   |                 
                 |   |> not used:857     not used:1129 >|   |                 
                 |   |> not used:858                    |   |                 
                 |   |> not used:859                    |133|= d(5)           
                 |   |> not used:860                    |   |                 
                 |   |= >tempcount_4..   not used:1131 >|   |                 
                 |   |= >tempcount_3..                  |   |                 
                 |   |= >tempcount_0..                  |134|= d(4)           
                 |   |= >tempcount_2..                  |   |                 
                 |   |= >tempcount_1..   not used:1133 >|   |                 
                 |   |> not used:866                    |   |                 
                 |   |> not used:867                    |135|= d(3)           
                 |   |> not used:868                    |   |                 
                 |   |> not used:869     not used:1135 >|   |                 
                 |   |> not used:870                    |   |                 
                 |   |> not used:871                    |136|= d(2)           
                 |   |> not used:872                    |   |                 
                 |   |> not used:873     not used:1137 >|   |                 
                 |   |> not used:874                    |   |                 
                 |   |> not used:875                    |137|= d(1)           
                 |   |> not used:876                    |   |                 
                 |   |> not used:877     not used:1139 >|   |                 
                 |   |> not used:878                    |   |                 
                 |   |> not used:879                    |138|= d(0)           
                 |   |> not used:880                    |   |                 
                 |   |> not used:881     not used:1141 >|   |                 
                 |   |> not used:882                    |   |                 
                 |   |> not used:883                    |   |                 
                 |   |> not used:884                    |   |                 
                 |   |> not used:885                    |   |                 
                 ____________________________________________


  Information: Macrocell Utilization.

                     Description        Used     Max
                 ______________________________________
                 | I/O Macrocells     |    8  |    8  |
                 | Buried Macrocells  |    0  |    8  |
                 | PIM Input Connects |    9  |   36  |
                 ______________________________________
                                          17  /   52   = 32  %


----------------------------------------------------------------------------
PLD Compiler Software:        C37KFIT.EXE    22/DEC/2000  [v4.02 ] 6.2 IR 27

PINOUT INFORMATION   (21:05:16)


Device:  cy37256p160
Package: cy37256p160-125ac

                     1  :  GND
                >    2  :  dco(0)
                >    3  :  dco(1)
                >    4  :  dco(2)
                     5  :  (d(15)_OE)
                     6  :  (highcountc_1)
                     7  :  (highcountd_1)
                     8  :  Not Used
                     9  :  Not Used
                    10  :  GND
                    11  :  (tempcount_8B)
                    12  :  Not Used
                    13  :  Not Used
                    14  :  (tempcount_11B)
                    15  :  Not Used
                    16  :  Not Used
                    17  :  Not Used
                    18  :  Not Used
                >   19  :  sysclk
                    20  :  VCC
                    21  :  GND
                    22  :  Not Used
                >   23  :  (lowcountd_9)count_signal(1)
                >   24  :  (lowcountd_4)count_signal(2)
                    25  :  (lowcountd_12)
                    26  :  (lowcountd_0)
                    27  :  (lowcountd_1)
                    28  :  (lowcountd_13)
                    29  :  (lowcountd_3)
                    30  :  Not Used
                    31  :  GND
                    32  :  (tempcount_7B)
                    33  :  Not Used
                    34  :  Not Used
                    35  :  (tempcount_14B)
                    36  :  Not Used
                    37  :  Not Used
                    38  :  Not Used
                    39  :  Not Used
                    40  :  VCC
                    41  :  GND
                >   42  :  outen
                    43  :  (tempcount_9B)
                    44  :  (highcounta_11)
                    45  :  (highcounta_13)
                    46  :  (highcounta_2)
                    47  :  (highcounta_4)
                    48  :  (highcounta_6)
                    49  :  (highcounta_8)
                    50  :  GND
                    51  :  (highcountd_9)
                    52  :  (highcountd_3)
                    53  :  (highcountd_11)
                    54  :  (highcountb_10)
                    55  :  (highcountb_11)
                    56  :  (highcountd_12)
                    57  :  (highcountd_2)
                    58  :  (highcountd_6)
                    59  :  Not Used
                    60  :  VCC
                    61  :  GND
                    62  :  VCC
                    63  :  (lowcountc_9)
                    64  :  (lowcountc_4)
                    65  :  (lowcountc_12)
                    66  :  (lowcountc_0)
                    67  :  (lowcountc_1)
                    68  :  (lowcountc_13)
                    69  :  (lowcountc_3)
                    70  :  Not Used
                    71  :  GND
                    72  :  (lowcountb_9)
                    73  :  (lowcountb_4)
                    74  :  (lowcountb_12)
                    75  :  (lowcountb_0)
                    76  :  (lowcountb_1)
                    77  :  (lowcountb_13)
                    78  :  (lowcountb_3)
                    79  :  Not Used
                    80  :  VCC
                    81  :  GND
                    82  :  (sync_out4)
                    83  :  Not Used
                    84  :  Not Used
                    85  :  Not Used
                    86  :  Not Used
                    87  :  Not Used
                    88  :  Not Used
                    89  :  Not Used
                    90  :  GND
                    91  :  (lowcounta_9)
                    92  :  (lowcounta_4)
                    93  :  (lowcounta_12)
                    94  :  (lowcounta_0)
                    95  :  (lowcounta_1)
                    96  :  (lowcounta_13)
                >   97  :  (lowcounta_3)count_signal(3)
                >   98  :  count_signal(4)
                    99  :  Not Used
                   100  :  VCC
                   101  :  GND
                   102  :  Not Used
                   103  :  (pulse_out2)
                   104  :  Not Used
                   105  :  Not Used
                   106  :  Not Used
                   107  :  Not Used
                   108  :  Not Used
                   109  :  Not Used
                   110  :  Not Used
                   111  :  GND
                   112  :  (highcountc_9)
                   113  :  (highcountc_3)
                   114  :  (highcountc_11)
                   115  :  (highcountb_12)
                   116  :  (highcountb_13)
                >  117  :  (highcountc_12)dci(2)
                >  118  :  (highcountc_2)dci(1)
                >  119  :  (highcountc_6)dci(0)
                   120  :  VCC
                   121  :  GND
                >  122  :  d(15)
                >  123  :  d(14)
                >  124  :  d(13)
                >  125  :  d(12)
                >  126  :  d(11)
                >  127  :  d(10)
                >  128  :  d(9)
                >  129  :  d(8)
                   130  :  GND
                >  131  :  d(7)
                >  132  :  d(6)
                >  133  :  d(5)
                >  134  :  d(4)
                >  135  :  d(3)
                >  136  :  d(2)
                >  137  :  d(1)
                >  138  :  d(0)
                   139  :  Not Used
                   140  :  VCC
                   141  :  GND
                   142  :  VCC
                   143  :  (sync_out3)
                   144  :  Not Used
                   145  :  Not Used
                   146  :  Not Used
                   147  :  Not Used
                   148  :  Not Used
                   149  :  Not Used
                   150  :  Not Used
                   151  :  GND
                   152  :  (tempcount_2B)
                >  153  :  (highcountb_7)c(6)
                >  154  :  (highcountb_1)c(5)
                >  155  :  (tempcount_5B)c(4)
                >  156  :  (highcounta_0)c(3)
                >  157  :  (highcountb_2)c(2)
                >  158  :  (highcountb_4)c(1)
                >  159  :  (highcountb_8)c(0)
                   160  :  VCC

----------------------------------------------------------------------------
PLD Compiler Software:        C37KFIT.EXE    22/DEC/2000  [v4.02 ] 6.2 IR 27

RESOURCE UTILIZATION (21:05:16)



  Information: Macrocell Utilization.

                     Description        Used     Max
                 ______________________________________
                 | Dedicated Inputs   |    0  |    1  |
                 | Clock/Inputs       |    1  |    4  |
                 | I/O Macrocells     |   90  |  128  |
                 | Buried Macrocells  |   76  |  128  |
                 | PIM Input Connects |  333  |  624  |
                 ______________________________________
                                         500  /  885   = 56  %



                                      Required     Max (Available)
          CLOCK/LATCH ENABLE signals     2           20
          Input REG/LATCH signals        2          133
          Input PIN signals              0            3
          Input PINs using I/O cells     1            1
          Output PIN signals            33          127


          Total PIN signals             35          133
          Macrocells Used              165          256
          Unique Product Terms         276         1280



----------------------------------------------------------------------------
PLD Compiler Software:        C37KFIT.EXE    22/DEC/2000  [v4.02 ] 6.2 IR 27

PRESET/RESET AND OUTPUT ENABLE COMBINATIONS

PRESET: NONE-COMBINATORIAL
RESET : NONE-COMBINATORIAL
CLOCK PT : NULL
Total unique inputs =  151 
count of output equations =  41 
==>OE: GND or VCC
   count of OE equations =  25 
==>OE: d(15)_OE.CMB 
   Used by Logic Blocks: OP
   count of OE equations =  16 


PRESET: GND
RESET : /(highcountb_8)c(0).QI * (highcountb_7)c(6).QI 
CLOCK PT : NULL
Used by Logic Blocks: HN
Total unique inputs =  62 
count of output equations =  58 
==>OE: GND or VCC
   count of OE equations =  58 


PRESET: GND
RESET : (highcountb_8)c(0).QI * (highcountb_7)c(6).QI 
CLOCK PT : NULL
Used by Logic Blocks: EIJL
Total unique inputs =  62 
count of output equations =  60 
==>OE: GND or VCC
   count of OE equations =  60 


PRESET: /(lowcountd_9)count_signal(1) 
RESET : sync_out1.Q 
CLOCK PT : NULL
Used by Logic Blocks: O
Total unique inputs =  3 
count of output equations =  1 
==>OE: GND or VCC
   count of OE equations =  1 


PRESET: /(lowcountd_4)count_signal(2) 
RESET : outen.Q 
CLOCK PT : NULL
Used by Logic Blocks: M
Total unique inputs =  3 
count of output equations =  1 
==>OE: GND or VCC
   count of OE equations =  1 


PRESET: /(lowcounta_3)count_signal(3) 
RESET : sync_out3.Q 
CLOCK PT : NULL
Used by Logic Blocks: A
Total unique inputs =  3 
count of output equations =  1 
==>OE: GND or VCC
   count of OE equations =  1 


PRESET: /count_signal(4) 
RESET : sync_out4.Q 
CLOCK PT : NULL
Used by Logic Blocks: K
Total unique inputs =  3 
count of output equations =  1 
==>OE: GND or VCC
   count of OE equations =  1 

----------------------------------------------------------------------------
PLD Compiler Software:        C37KFIT.EXE    22/DEC/2000  [v4.02 ] 6.2 IR 27

JEDEC ASSEMBLE             (21:05:16)

Messages:
  Information: Processing JEDEC for Logic Block 1.
  Information: Processing JEDEC for Logic Block 2.
  Information: Processing JEDEC for Logic Block 3.
  Information: Processing JEDEC for Logic Block 4.
  Information: Processing JEDEC for Logic Block 5.
  Information: Processing JEDEC for Logic Block 6.
  Information: Processing JEDEC for Logic Block 7.
  Information: Processing JEDEC for Logic Block 8.
  Information: Processing JEDEC for Logic Block 9.
  Information: Processing JEDEC for Logic Block 10.
  Information: Processing JEDEC for Logic Block 11.
  Information: Processing JEDEC for Logic Block 12.
  Information: Processing JEDEC for Logic Block 13.
  Information: Processing JEDEC for Logic Block 14.
  Information: Processing JEDEC for Logic Block 15.
  Information: Processing JEDEC for Logic Block 16.
  Information: JEDEC output file 'CounterTop.pin' created.
  Information: JEDEC output file 'CounterTop.jed' created.


Summary:
                 Error Count = 0      Warning Count = 0

Completed Successfully at 21:05:16
----------------------------------------------------------------------------
PLD Compiler Software:        C37KFIT.EXE    22/DEC/2000  [v4.02 ] 6.2 IR 27

TIMING PATH ANALYSIS       (21:05:16) using Package: cy37256p160-125ac

Messages:

----------------------------------------------------------------------------
Signal Name | Delay Type  |   tmax   | Path Description
----------------------------------------------------------------------------
cmb::dco(0)[2]
inp::dci(0)
---->dci(0)
              tPD             8.5 ns     1 pass
----------------------------------------------------------------------------
cmb::dco(1)[3]
inp::dci(0)
---->dci(0)
              tPD             8.5 ns     1 pass
----------------------------------------------------------------------------
cmb::dco(2)[4]
inp::dci(0)
---->dci(0)
              tPD             8.5 ns     1 pass
----------------------------------------------------------------------------
reg::(highcountc_1)[6]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::highcountc_1
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(highcountd_1)[7]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::highcountd_1
              tCO             6.5 ns   
----------------------------------------------------------------------------
lat::(tempcount_8B)[11]
inp::c(1)
---->c(1)
              tPDL            9.0 ns     1 pass
inp::c(0).QI
              tICOpt          13.0 ns    1 pass
----------------------------------------------------------------------------
lat::(tempcount_11B)[14]
inp::c(1)
---->c(1)
              tPDL            9.0 ns     1 pass
inp::c(0).QI
              tICOpt          13.0 ns    1 pass
----------------------------------------------------------------------------
reg::(lowcountd_9)count_signal(1)[23]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::lowcountd_9
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(lowcountd_4)count_signal(2)[24]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::lowcountd_4
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(lowcountd_12)[25]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::lowcountd_12
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(lowcountd_0)[26]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::lowcountd_0
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(lowcountd_1)[27]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::lowcountd_1
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(lowcountd_13)[28]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::lowcountd_13
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(lowcountd_3)[29]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::lowcountd_3
              tCO             6.5 ns   
----------------------------------------------------------------------------
lat::(tempcount_7B)[32]
inp::c(1)
---->c(1)
              tPDL            9.0 ns     1 pass
inp::c(0).QI
              tICOpt          13.0 ns    1 pass
----------------------------------------------------------------------------
lat::(tempcount_14B)[35]
inp::c(1)
---->c(1)
              tPDL            9.0 ns     1 pass
inp::c(0).QI
              tICOpt          13.0 ns    1 pass
----------------------------------------------------------------------------
reg::outen[42]
inp::pulse_out2.Q
              tSCS            8.0 ns     1 pass
out::outen
              tCO             6.5 ns   
----------------------------------------------------------------------------
lat::(tempcount_9B)[43]
inp::c(1)
---->c(1)
              tPDL            9.0 ns     1 pass
inp::c(0).QI
              tICOpt          13.0 ns    1 pass
----------------------------------------------------------------------------
reg::(highcounta_11)[44]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::highcounta_11
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(highcounta_13)[45]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::highcounta_13
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(highcounta_2)[46]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::highcounta_2
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(highcounta_4)[47]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::highcounta_4
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(highcounta_6)[48]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::highcounta_6
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(highcounta_8)[49]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::highcounta_8
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(highcountd_9)[51]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::highcountd_9
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(highcountd_3)[52]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::highcountd_3
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(highcountd_11)[53]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::highcountd_11
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(highcountb_10)[54]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::highcountb_10
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(highcountb_11)[55]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::highcountb_11
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(highcountd_12)[56]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::highcountd_12
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(highcountd_2)[57]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::highcountd_2
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(highcountd_6)[58]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::highcountd_6
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(lowcountc_9)[63]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::lowcountc_9
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(lowcountc_4)[64]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::lowcountc_4
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(lowcountc_12)[65]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::lowcountc_12
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(lowcountc_0)[66]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::lowcountc_0
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(lowcountc_1)[67]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::lowcountc_1
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(lowcountc_13)[68]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::lowcountc_13
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(lowcountc_3)[69]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::lowcountc_3
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(lowcountb_9)[72]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::lowcountb_9
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(lowcountb_4)[73]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::lowcountb_4
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(lowcountb_12)[74]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::lowcountb_12
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(lowcountb_0)[75]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::lowcountb_0
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(lowcountb_1)[76]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::lowcountb_1
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(lowcountb_13)[77]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::lowcountb_13
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(lowcountb_3)[78]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::lowcountb_3
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(sync_out4)[82]
inp::pulse_out4.Q
              tSCS            8.0 ns     1 pass
out::sync_out4
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(lowcounta_9)[91]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::lowcounta_9
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(lowcounta_4)[92]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::lowcounta_4
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(lowcounta_12)[93]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::lowcounta_12
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(lowcounta_0)[94]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::lowcounta_0
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(lowcounta_1)[95]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::lowcounta_1
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(lowcounta_13)[96]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::lowcounta_13
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(lowcounta_3)count_signal(3)[97]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::lowcounta_3
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(pulse_out2)[103]
inp::outen.Q
              tSCS            8.0 ns     1 pass
inp::count_signal(2)
---->count_signal(2)
              tPO             13.5 ns    1 pass
inp::outen.Q
              tRO             17.5 ns    1 pass
out::pulse_out2
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(highcountc_9)[112]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::highcountc_9
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(highcountc_3)[113]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::highcountc_3
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(highcountc_11)[114]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::highcountc_11
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(highcountb_12)[115]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::highcountb_12
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(highcountb_13)[116]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::highcountb_13
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(highcountc_12)dci(2)[117]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::highcountc_12
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(highcountc_2)dci(1)[118]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::highcountc_2
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(highcountc_6)dci(0)[119]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::highcountc_6
              tCO             6.5 ns   
----------------------------------------------------------------------------
cmb::d(15)[122]
inp::c(3)
---->c(3)
---->d(15)_OE
              tER             18.5 ns    2 passes
----------------------------------------------------------------------------
reg::d(14)[123]
inp::tempcount_14B.Q
---->tempcount_14B
              tSCS            8.0 ns     1 pass
out::d(14)
              tCO             6.5 ns   
inp::c(3)
---->c(3)
---->d(15)_OE
              tER             18.5 ns    2 passes
----------------------------------------------------------------------------
reg::d(13)[124]
inp::tempcount_13B.Q
---->tempcount_13B
              tSCS            8.0 ns     1 pass
out::d(13)
              tCO             6.5 ns   
inp::c(3)
---->c(3)
---->d(15)_OE
              tER             18.5 ns    2 passes
----------------------------------------------------------------------------
reg::d(12)[125]
inp::tempcount_12B.Q
---->tempcount_12B
              tSCS            8.0 ns     1 pass
out::d(12)
              tCO             6.5 ns   
inp::c(3)
---->c(3)
---->d(15)_OE
              tER             18.5 ns    2 passes
----------------------------------------------------------------------------
reg::d(11)[126]
inp::tempcount_11B.Q
---->tempcount_11B
              tSCS            8.0 ns     1 pass
out::d(11)
              tCO             6.5 ns   
inp::c(3)
---->c(3)
---->d(15)_OE
              tER             18.5 ns    2 passes
----------------------------------------------------------------------------
reg::d(10)[127]
inp::tempcount_10B.Q
---->tempcount_10B
              tSCS            8.0 ns     1 pass
out::d(10)
              tCO             6.5 ns   
inp::c(3)
---->c(3)
---->d(15)_OE
              tER             18.5 ns    2 passes
----------------------------------------------------------------------------
reg::d(9)[128]
inp::tempcount_9B.Q
---->tempcount_9B
              tSCS            8.0 ns     1 pass
out::d(9)
              tCO             6.5 ns   
inp::c(3)
---->c(3)
---->d(15)_OE
              tER             18.5 ns    2 passes
----------------------------------------------------------------------------
reg::d(8)[129]
inp::tempcount_8B.Q
---->tempcount_8B
              tSCS            8.0 ns     1 pass
out::d(8)
              tCO             6.5 ns   
inp::c(3)
---->c(3)
---->d(15)_OE
              tER             18.5 ns    2 passes
----------------------------------------------------------------------------
reg::d(7)[131]
inp::tempcount_7B.Q
---->tempcount_7B
              tSCS            8.0 ns     1 pass
out::d(7)
              tCO             6.5 ns   
inp::c(3)
---->c(3)
---->d(15)_OE
              tER             18.5 ns    2 passes
----------------------------------------------------------------------------
reg::d(6)[132]
inp::tempcount_6B.Q
---->tempcount_6B
              tSCS            8.0 ns     1 pass
out::d(6)
              tCO             6.5 ns   
inp::c(3)
---->c(3)
---->d(15)_OE
              tER             18.5 ns    2 passes
----------------------------------------------------------------------------
reg::d(5)[133]
inp::tempcount_5B.Q
---->c(4)
              tSCS            8.0 ns     1 pass
out::d(5)
              tCO             6.5 ns   
inp::c(3)
---->c(3)
---->d(15)_OE
              tER             18.5 ns    2 passes
----------------------------------------------------------------------------
reg::d(4)[134]
inp::tempcount_4B.Q
---->tempcount_4B
              tSCS            8.0 ns     1 pass
out::d(4)
              tCO             6.5 ns   
inp::c(3)
---->c(3)
---->d(15)_OE
              tER             18.5 ns    2 passes
----------------------------------------------------------------------------
reg::d(3)[135]
inp::tempcount_3B.Q
---->tempcount_3B
              tSCS            8.0 ns     1 pass
out::d(3)
              tCO             6.5 ns   
inp::c(3)
---->c(3)
---->d(15)_OE
              tER             18.5 ns    2 passes
----------------------------------------------------------------------------
reg::d(2)[136]
inp::tempcount_2B.Q
---->tempcount_2B
              tSCS            8.0 ns     1 pass
out::d(2)
              tCO             6.5 ns   
inp::c(3)
---->c(3)
---->d(15)_OE
              tER             18.5 ns    2 passes
----------------------------------------------------------------------------
reg::d(1)[137]
inp::tempcount_1B.Q
---->tempcount_1B
              tSCS            8.0 ns     1 pass
out::d(1)
              tCO             6.5 ns   
inp::c(3)
---->c(3)
---->d(15)_OE
              tER             18.5 ns    2 passes
----------------------------------------------------------------------------
reg::d(0)[138]
inp::tempcount_0B.Q
---->tempcount_0B
              tSCS            8.0 ns     1 pass
out::d(0)
              tCO             6.5 ns   
inp::c(3)
---->c(3)
---->d(15)_OE
              tER             18.5 ns    2 passes
----------------------------------------------------------------------------
reg::(sync_out3)[143]
inp::pulse_out3.Q
              tSCS            8.0 ns     1 pass
out::sync_out3
              tCO             6.5 ns   
----------------------------------------------------------------------------
lat::(tempcount_2B)[152]
inp::c(1)
---->c(1)
              tPDL            9.0 ns     1 pass
inp::c(0).QI
              tICOpt          13.0 ns    1 pass
----------------------------------------------------------------------------
reg::(highcountb_7)c(6)[153]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::highcountb_7
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(highcountb_1)c(5)[154]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::highcountb_1
              tCO             6.5 ns   
----------------------------------------------------------------------------
lat::(tempcount_5B)c(4)[155]
inp::c(1)
---->c(1)
              tPDL            11.5 ns    1 pass
inp::c(0).QI
              tICOpt          15.5 ns    1 pass
----------------------------------------------------------------------------
reg::(highcounta_0)c(3)[156]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::highcounta_0
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(highcountb_2)c(2)[157]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::highcountb_2
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(highcountb_4)c(1)[158]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::highcountb_4
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(highcountb_8)c(0)[159]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::highcountb_8
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(pulse_out3)[893]
inp::pulse_out3.Q
              tSCS            8.0 ns     1 pass
inp::count_signal(3)
---->count_signal(3)
              tPO             13.5 ns    1 pass
inp::sync_out3.Q
              tRO             17.5 ns    1 pass
out::pulse_out3
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(sync_out1)[901]
inp::pulse_out1.Q
              tSCS            8.0 ns     1 pass
out::sync_out1
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(highcountb_6)[903]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::highcountb_6
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(highcounta_1)[907]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::highcounta_1
              tCO             6.5 ns   
----------------------------------------------------------------------------
lat::(tempcount_0B)[909]
inp::c(1)
---->c(1)
              tPDL            9.0 ns     1 pass
inp::c(0).QI
              tICOpt          13.0 ns    1 pass
----------------------------------------------------------------------------
reg::(highcountb_0)[911]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::highcountb_0
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(highcountb_3)[913]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::highcountb_3
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(highcountb_5)[915]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::highcountb_5
              tCO             6.5 ns   
----------------------------------------------------------------------------
lat::(tempcount_10B)[921]
inp::c(1)
---->c(1)
              tPDL            9.0 ns     1 pass
inp::c(0).QI
              tICOpt          13.0 ns    1 pass
----------------------------------------------------------------------------
lat::(tempcount_6B)[923]
inp::c(1)
---->c(1)
              tPDL            9.0 ns     1 pass
inp::c(0).QI
              tICOpt          13.0 ns    1 pass
----------------------------------------------------------------------------
reg::(highcountc_0)[925]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::highcountc_0
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(highcountd_0)[927]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::highcountd_0
              tCO             6.5 ns   
----------------------------------------------------------------------------
lat::(tempcount_12B)[941]
inp::c(1)
---->c(1)
              tPDL            9.0 ns     1 pass
inp::c(0).QI
              tICOpt          13.0 ns    1 pass
----------------------------------------------------------------------------
lat::(tempcount_13B)[949]
inp::c(1)
---->c(1)
              tPDL            9.0 ns     1 pass
inp::c(0).QI
              tICOpt          13.0 ns    1 pass
----------------------------------------------------------------------------
reg::(lowcountd_6)[951]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::lowcountd_6
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(lowcountd_14)[953]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::lowcountd_14
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(lowcountd_10)[955]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::lowcountd_10
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(lowcountd_7)[957]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::lowcountd_7
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(lowcountd_11)[959]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::lowcountd_11
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(lowcountd_2)[961]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::lowcountd_2
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(lowcountd_5)[963]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::lowcountd_5
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(lowcountd_8)[965]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::lowcountd_8
              tCO             6.5 ns   
----------------------------------------------------------------------------
lat::(tempcount_3B)[973]
inp::c(1)
---->c(1)
              tPDL            9.0 ns     1 pass
inp::c(0).QI
              tICOpt          13.0 ns    1 pass
----------------------------------------------------------------------------
lat::(tempcount_4B)[981]
inp::c(1)
---->c(1)
              tPDL            9.0 ns     1 pass
inp::c(0).QI
              tICOpt          13.0 ns    1 pass
----------------------------------------------------------------------------
lat::(tempcount_1B)[983]
inp::c(1)
---->c(1)
              tPDL            9.0 ns     1 pass
inp::c(0).QI
              tICOpt          13.0 ns    1 pass
----------------------------------------------------------------------------
reg::(highcounta_10)[985]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::highcounta_10
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(highcounta_12)[987]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::highcounta_12
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(highcounta_14)[989]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::highcounta_14
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(highcounta_3)[991]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::highcounta_3
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(highcounta_5)[993]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::highcounta_5
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(highcounta_7)[995]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::highcounta_7
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(highcounta_9)[997]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::highcounta_9
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(highcountd_5)[999]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::highcountd_5
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(highcountd_13)[1001]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::highcountd_13
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(highcountb_9)[1003]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::highcountb_9
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(highcountd_7)[1005]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::highcountd_7
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(highcountd_10)[1007]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::highcountd_10
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(highcountd_14)[1009]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::highcountd_14
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(highcountd_4)[1011]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::highcountd_4
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(highcountd_8)[1013]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::highcountd_8
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(lowcountc_6)[1015]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::lowcountc_6
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(lowcountc_14)[1017]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::lowcountc_14
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(lowcountc_10)[1019]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::lowcountc_10
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(lowcountc_7)[1021]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::lowcountc_7
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(lowcountc_11)[1023]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::lowcountc_11
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(lowcountc_2)[1025]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::lowcountc_2
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(lowcountc_5)[1027]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::lowcountc_5
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(lowcountc_8)[1029]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::lowcountc_8
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(lowcountb_6)[1031]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::lowcountb_6
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(lowcountb_14)[1033]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::lowcountb_14
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(lowcountb_10)[1035]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::lowcountb_10
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(lowcountb_7)[1037]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::lowcountb_7
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(lowcountb_11)[1039]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::lowcountb_11
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(lowcountb_2)[1041]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::lowcountb_2
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(lowcountb_5)[1043]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::lowcountb_5
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(lowcountb_8)[1045]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::lowcountb_8
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(pulse_out4)[1061]
inp::pulse_out4.Q
              tSCS            8.0 ns     1 pass
inp::count_signal(4)
              tPO             13.5 ns    1 pass
inp::sync_out4.Q
              tRO             17.5 ns    1 pass
out::pulse_out4
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(lowcounta_6)[1063]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::lowcounta_6
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(lowcounta_14)[1065]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::lowcounta_14
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(lowcounta_10)[1067]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::lowcounta_10
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(lowcounta_7)[1069]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::lowcounta_7
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(lowcounta_11)[1071]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::lowcounta_11
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(lowcounta_2)[1073]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::lowcounta_2
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(lowcounta_5)[1075]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::lowcounta_5
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(lowcounta_8)[1077]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::lowcounta_8
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(highcountc_5)[1095]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::highcountc_5
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(highcountc_13)[1097]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::highcountc_13
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(highcountb_14)[1099]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::highcountb_14
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(highcountc_7)[1101]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::highcountc_7
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(highcountc_10)[1103]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::highcountc_10
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(highcountc_14)[1105]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::highcountc_14
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(highcountc_4)[1107]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::highcountc_4
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(highcountc_8)[1109]
inp::c(0).QI
              tICS            8.0 ns     1 pass
inp::c(0).QI
              tRO             17.5 ns    1 pass
out::highcountc_8
              tCO             6.5 ns   
----------------------------------------------------------------------------
reg::(pulse_out1)[1119]
inp::pulse_out1.Q
              tSCS            8.0 ns     1 pass
inp::count_signal(1)
---->count_signal(1)
              tPO             13.5 ns    1 pass
inp::sync_out1.Q
              tRO             17.5 ns    1 pass
out::pulse_out1
              tCO             6.5 ns   
----------------------------------------------------------------------------

Worst Case Path Summary
-----------------------

                    tPD = 11.5 ns for tempcount_8B.D 
                   tSCS = 8.0 ns for highcountc_1.T  using clock signal sysclk
                    tCO = 15.5 ns for tempcount_8B.D 
                    tPO = 13.5 ns for pulse_out2.AP 
                    tRO = 17.5 ns for highcountc_1.AR 
                    tER = 18.5 ns for d(15).OE 



Summary:
                 Error Count = 0      Warning Count = 0

Completed Successfully  
