calculat.ll

verilog源码

Revision 3
; Created by bitgen D.19 at Thu Oct 12 16:09:01 2006
; Bit lines have the following form:
; <offset> <frame number> <frame offset> <information>
; <information> may be zero or more <kw>=<value> pairs
; Block=<blockname     specifies the block associated with this
;                      memory cell.
;
; Latch=<name>         specifies the latch associated with this memory cell.
;
; Net=<netname>        specifies the user net associated with this
;                      memory cell.
;
; COMPARE=[YES | NO]   specifies whether or not it is appropriate
;                      to compare this bit position between a
;                      "program" and a "readback" bitstream.
;                      If not present the default is NO.
;
; Ram=<ram id>:<bit>   This is used in cases where a CLB function
; Rom=<ram id>:<bit>   generator is used as RAM (or ROM).  <Ram id>
;                      will be either 'F', 'G', or 'M', indicating
;                      that it is part of a single F or G function
;                      generator used as RAM, or as a single RAM
;                      (or ROM) built from both F and G.  <Bit> is
;                      a decimal number.
;
; Info lines have the following form:
; Info <name>=<value>  specifies a bit associated with the LCA
;                      configuration options, and the value of
;                      that bit.  The names of these bits may have
;                      special meaning to software reading the .ll file.
;
Info Persist=1
Info Readback=Used
Bit     5308     17    125 Block=CLB_R11C13.S1 Latch=YQ Net=U11/divide21/counter<0>
Bit     5344     17    161 Block=CLB_R9C13.S1 Latch=YQ Net=&__A__29
Bit    15352     48    125 Block=CLB_R11C13.S0 Latch=YQ Net=$Net00016_
Bit    15388     48    161 Block=CLB_R9C13.S0 Latch=YQ Net=&__A__9
Bit    15406     48    179 Block=CLB_R8C13.S0 Latch=YQ Net=&__A__17
Bit    17332     54    161 Block=CLB_R9C13.S0 Latch=XQ Net=&__A__10
Bit    17350     54    179 Block=CLB_R8C13.S0 Latch=XQ Net=&__A__18
Bit    18970     59    179 Block=CLB_R8C12.S1 Latch=XQ Net=&__A__12
Bit    20842     65    107 Block=CLB_R12C12.S1 Latch=YQ Net=U11/clkout5
Bit    20860     65    125 Block=CLB_R11C12.S1 Latch=YQ Net=&__A__22
Bit    20896     65    161 Block=CLB_R9C12.S1 Latch=YQ Net=&__A__30
Bit    20914     65    179 Block=CLB_R8C12.S1 Latch=YQ Net=&__A__11
Bit    30886     96    107 Block=CLB_R12C12.S0 Latch=YQ Net=U11/divide105/counter<2>
Bit    30922     96    143 Block=CLB_R10C12.S0 Latch=YQ Net=&__A__23
Bit    30958     96    179 Block=CLB_R8C12.S0 Latch=YQ Net=&__A__26
Bit    32830    102    107 Block=CLB_R12C12.S0 Latch=XQ Net=U11/divide105/counter<3>
Bit    32866    102    143 Block=CLB_R10C12.S0 Latch=XQ Net=&__A__24
Bit    34504    107    161 Block=CLB_R9C14.S1 Latch=XQ Net=&__A__2
Bit    34522    107    179 Block=CLB_R8C14.S1 Latch=XQ Net=&__A__16
Bit    36430    113    143 Block=CLB_R10C14.S1 Latch=YQ Net=&__A__21
Bit    36448    113    161 Block=CLB_R9C14.S1 Latch=YQ Net=&__A__1
Bit    36466    113    179 Block=CLB_R8C14.S1 Latch=YQ Net=&__A__15
Bit    46474    144    143 Block=CLB_R10C14.S0 Latch=YQ Net=&__A__3
Bit    46492    144    161 Block=CLB_R9C14.S0 Latch=YQ Net=&__A__7
Bit    46510    144    179 Block=CLB_R8C14.S0 Latch=YQ Net=&__A__28
Bit    48418    150    143 Block=CLB_R10C14.S0 Latch=XQ Net=&__A__4
Bit    48436    150    161 Block=CLB_R9C14.S0 Latch=XQ Net=&__A__8
Bit    51982    161    143 Block=CLB_R10C11.S1 Latch=YQ Net=&__A__31
Bit    52018    161    179 Block=CLB_R8C11.S1 Latch=YQ Net=&__A__27
Bit    61972    192     89 Block=CLB_R13C11.S0 Latch=YQ Net=U11/clkout4
Bit    61990    192    107 Block=CLB_R12C11.S0 Latch=YQ Net=U11/divide105/counter<0>
Bit    62026    192    143 Block=CLB_R10C11.S0 Latch=YQ Net=&__A__32
Bit    62062    192    179 Block=CLB_R8C11.S0 Latch=YQ Net=&__A__25
Bit    63934    198    107 Block=CLB_R12C11.S0 Latch=XQ Net=U11/divide105/counter<1>
Bit    67570    209    179 Block=CLB_R8C15.S1 Latch=YQ Net=U7/halfcarry
Bit    77614    240    179 Block=CLB_R8C15.S0 Latch=YQ Net=&__A__19
Bit    79558    246    179 Block=CLB_R8C15.S0 Latch=XQ Net=&__A__20
Bit    81088    251     89 Block=CLB_R13C10.S1 Latch=XQ Net=U11/divide104/counter<1>
Bit    83032    257     89 Block=CLB_R13C10.S1 Latch=YQ Net=U11/divide104/counter<0>
Bit    93076    288     89 Block=CLB_R13C10.S0 Latch=YQ Net=U11/divide104/counter<2>
Bit    95020    294     89 Block=CLB_R13C10.S0 Latch=XQ Net=U11/divide104/counter<3>
Bit    96712    299    161 Block=CLB_R9C16.S1 Latch=XQ Net=&__A__14
Bit    98638    305    143 Block=CLB_R10C16.S1 Latch=YQ Net=STOP
Bit    98656    305    161 Block=CLB_R9C16.S1 Latch=YQ Net=&__A__13
Bit   108682    336    143 Block=CLB_R10C16.S0 Latch=YQ Net=MGEN
Bit   108700    336    161 Block=CLB_R9C16.S0 Latch=YQ Net=&__A__5
Bit   110644    342    161 Block=CLB_R9C16.S0 Latch=XQ Net=&__A__6
Bit   124162    384     71 Block=CLB_R14C9.S0 Latch=YQ Net=U11/clkout3
Bit   143278    443     71 Block=CLB_R14C8.S1 Latch=XQ Net=U11/divide103/counter<1>
Bit   145222    449     71 Block=CLB_R14C8.S1 Latch=YQ Net=U11/divide103/counter<0>
Bit   155266    480     71 Block=CLB_R14C8.S0 Latch=YQ Net=U11/divide103/counter<2>
Bit   157210    486     71 Block=CLB_R14C8.S0 Latch=XQ Net=U11/divide103/counter<3>
Bit   160828    497    125 Block=CLB_R11C18.S1 Latch=YQ Net=$Net00020_
Bit   160846    497    143 Block=CLB_R10C18.S1 Latch=YQ Net=OP
Bit   166229    514     18 Block=P90 Latch=I Net=$Net00100_
Bit   190024    587    161 Block=CLB_R9C19.S1 Latch=XQ Net=OUT<3>
Bit   191950    593    143 Block=CLB_R10C19.S1 Latch=YQ Net=U4/scan<2>
Bit   191968    593    161 Block=CLB_R9C19.S1 Latch=YQ Net=OUT<2>
Bit   201994    624    143 Block=CLB_R10C19.S0 Latch=YQ Net=L3
Bit   202012    624    161 Block=CLB_R9C19.S0 Latch=YQ Net=OUT<0>
Bit   203938    630    143 Block=CLB_R10C19.S0 Latch=XQ Net=L4
Bit   203956    630    161 Block=CLB_R9C19.S0 Latch=XQ Net=OUT<1>
Bit   205468    635     53 Block=CLB_R15C6.S1 Latch=XQ Net=U11/divide102/counter<1>
Bit   207412    641     53 Block=CLB_R15C6.S1 Latch=YQ Net=U11/divide102/counter<0>
Bit   217456    672     53 Block=CLB_R15C6.S0 Latch=YQ Net=U11/divide102/counter<2>
Bit   217474    672     71 Block=CLB_R14C6.S0 Latch=YQ Net=U11/clkout2
Bit   217600    672    197 Block=CLB_R7C6.S0 Latch=YQ Net=LOWERE
Bit   219400    678     53 Block=CLB_R15C6.S0 Latch=XQ Net=U11/divide102/counter<3>
Bit   219544    678    197 Block=CLB_R7C6.S0 Latch=XQ Net=LOWERF
Bit   221110    683    143 Block=CLB_R10C20.S1 Latch=XQ Net=U4/scan<1>
Bit   223054    689    143 Block=CLB_R10C20.S1 Latch=YQ Net=U4/scan<0>
Bit   233098    720    143 Block=CLB_R10C20.S0 Latch=YQ Net=MOD
Bit   236698    731    179 Block=CLB_R8C5.S1 Latch=XQ Net=LOWERB
Bit   238642    737    179 Block=CLB_R8C5.S1 Latch=YQ Net=LOWERA
Bit   248560    768     53 Block=CLB_R15C5.S0 Latch=YQ Net=U11/clkout1
Bit   248686    768    179 Block=CLB_R8C5.S0 Latch=YQ Net=LOWERG
Bit   248704    768    197 Block=CLB_R7C5.S0 Latch=YQ Net=LOWERC
Bit   250648    774    197 Block=CLB_R7C5.S0 Latch=XQ Net=LOWERD
Bit   252214    779    143 Block=CLB_R10C21.S1 Latch=XQ Net=L2
Bit   254158    785    143 Block=CLB_R10C21.S1 Latch=YQ Net=L1
Bit   267658    827     35 Block=CLB_R16C4.S1 Latch=XQ Net=U11/divide101/counter<1>
Bit   267766    827    143 Block=CLB_R10C4.S1 Latch=XQ Net=UPPERF
Bit   267784    827    161 Block=CLB_R9C4.S1 Latch=XQ Net=UPPERB
Bit   269602    833     35 Block=CLB_R16C4.S1 Latch=YQ Net=U11/divide101/counter<0>
Bit   269710    833    143 Block=CLB_R10C4.S1 Latch=YQ Net=UPPERE
Bit   269728    833    161 Block=CLB_R9C4.S1 Latch=YQ Net=UPPERA
Bit   279664    864     53 Block=CLB_R15C4.S0 Latch=YQ Net=U11/divide101/counter<2>
Bit   279754    864    143 Block=CLB_R10C4.S0 Latch=YQ Net=UPPERG
Bit   279772    864    161 Block=CLB_R9C4.S0 Latch=YQ Net=UPPERC
Bit   281608    870     53 Block=CLB_R15C4.S0 Latch=XQ Net=U11/divide101/counter<3>
Bit   281716    870    161 Block=CLB_R9C4.S0 Latch=XQ Net=UPPERD
Bit   392168   1211    129 Block=P125 Latch=I Net=$Net00001_
Bit   392186   1211    147 Block=P127 Latch=I Net=$Net00002_
Bit   392197   1211    158 Block=P129 Latch=I Net=$Net00003_
Bit   392204   1211    165 Block=P132 Latch=I Net=$Net00004_