lock.hier_info

这个是我毕业设计的最初方案 8位二进制密码锁

|lock
lt <= cornaa:inst10.lt
clk => cornaa:inst10.clk
clk => fen:inst.clk
k1 => inst4.IN0
k0 => inst5.IN0
clr => cornaa:inst10.clr
load => cornaa:inst10.load
lc => cornaa:inst10.lc
lf <= cornaa:inst10.lf
alm <= cornaa:inst10.alm
dout1[0] <= decoder7:inst8.dout[0]
dout1[1] <= decoder7:inst8.dout[1]
dout1[2] <= decoder7:inst8.dout[2]
dout1[3] <= decoder7:inst8.dout[3]
dout1[4] <= decoder7:inst8.dout[4]
dout1[5] <= decoder7:inst8.dout[5]
dout1[6] <= decoder7:inst8.dout[6]
dout2[0] <= decoder7:inst9.dout[0]
dout2[1] <= decoder7:inst9.dout[1]
dout2[2] <= decoder7:inst9.dout[2]
dout2[3] <= decoder7:inst9.dout[3]
dout2[4] <= decoder7:inst9.dout[4]
dout2[5] <= decoder7:inst9.dout[5]
dout2[6] <= decoder7:inst9.dout[6]
lamp[0] <= cornaa:inst10.lamp[0]
lamp[1] <= cornaa:inst10.lamp[1]
lamp[2] <= cornaa:inst10.lamp[2]
lamp[3] <= cornaa:inst10.lamp[3]
lamp[4] <= cornaa:inst10.lamp[4]
lamp[5] <= cornaa:inst10.lamp[5]
lamp[6] <= cornaa:inst10.lamp[6]
lamp[7] <= cornaa:inst10.lamp[7]


|lock|cornaa:inst10
clk => lam[7].CLK
clk => lam[6].CLK
clk => lam[5].CLK
clk => lam[4].CLK
clk => lam[3].CLK
clk => lam[2].CLK
clk => lam[1].CLK
clk => lam[0].CLK
clk => shift[7].CLK
clk => shift[6].CLK
clk => shift[5].CLK
clk => shift[4].CLK
clk => shift[3].CLK
clk => shift[2].CLK
clk => shift[1].CLK
clk => shift[0].CLK
clk => a[3].CLK
clk => a[2].CLK
clk => a[1].CLK
clk => a[0].CLK
clk => lt~reg0.CLK
clk => lf~reg0.CLK
clk => alm~reg0.CLK
clk => bcd1[3]~reg0.CLK
clk => bcd1[2]~reg0.CLK
clk => bcd1[1]~reg0.CLK
clk => bcd1[0]~reg0.CLK
clk => bcd2[3]~reg0.CLK
clk => bcd2[2]~reg0.CLK
clk => bcd2[1]~reg0.CLK
clk => bcd2[0]~reg0.CLK
clk => lock[7].CLK
clk => lock[6].CLK
clk => lock[5].CLK
clk => lock[4].CLK
clk => lock[3].CLK
clk => lock[2].CLK
clk => lock[1].CLK
clk => lock[0].CLK
clk => la.CLK
k1 => shift~8.OUTPUTSELECT
k1 => shift~9.OUTPUTSELECT
k1 => shift~10.OUTPUTSELECT
k1 => shift~11.OUTPUTSELECT
k1 => shift~12.OUTPUTSELECT
k1 => shift~13.OUTPUTSELECT
k1 => shift~14.OUTPUTSELECT
k1 => shift~15.OUTPUTSELECT
k1 => lam~2.OUTPUTSELECT
k1 => lam~3.OUTPUTSELECT
k1 => bcd1~4.OUTPUTSELECT
k1 => bcd1~5.OUTPUTSELECT
k1 => bcd1~6.OUTPUTSELECT
k1 => bcd1~7.OUTPUTSELECT
k1 => bcd2~4.OUTPUTSELECT
k1 => bcd2~5.OUTPUTSELECT
k1 => bcd2~6.OUTPUTSELECT
k1 => bcd2~7.OUTPUTSELECT
k1 => a~4.OUTPUTSELECT
k1 => a~5.OUTPUTSELECT
k1 => a~6.OUTPUTSELECT
k1 => a~7.OUTPUTSELECT
k1 => lock~8.OUTPUTSELECT
k1 => lock~9.OUTPUTSELECT
k1 => lock~10.OUTPUTSELECT
k1 => lock~11.OUTPUTSELECT
k1 => lock~12.OUTPUTSELECT
k1 => lock~13.OUTPUTSELECT
k1 => lock~14.OUTPUTSELECT
k1 => lock~15.OUTPUTSELECT
k1 => lam~20.OUTPUTSELECT
k1 => lam~21.OUTPUTSELECT
k1 => lam~22.OUTPUTSELECT
k1 => lam~23.OUTPUTSELECT
k1 => lam~24.OUTPUTSELECT
k1 => lam~25.OUTPUTSELECT
k1 => lam~26.OUTPUTSELECT
k1 => lam~27.OUTPUTSELECT
k0 => shift~0.OUTPUTSELECT
k0 => shift~1.OUTPUTSELECT
k0 => shift~2.OUTPUTSELECT
k0 => shift~3.OUTPUTSELECT
k0 => shift~4.OUTPUTSELECT
k0 => shift~5.OUTPUTSELECT
k0 => shift~6.OUTPUTSELECT
k0 => shift~7.OUTPUTSELECT
k0 => lam~0.OUTPUTSELECT
k0 => lam~1.OUTPUTSELECT
k0 => bcd1~0.OUTPUTSELECT
k0 => bcd1~1.OUTPUTSELECT
k0 => bcd1~2.OUTPUTSELECT
k0 => bcd1~3.OUTPUTSELECT
k0 => bcd2~0.OUTPUTSELECT
k0 => bcd2~1.OUTPUTSELECT
k0 => bcd2~2.OUTPUTSELECT
k0 => bcd2~3.OUTPUTSELECT
k0 => a~0.OUTPUTSELECT
k0 => a~1.OUTPUTSELECT
k0 => a~2.OUTPUTSELECT
k0 => a~3.OUTPUTSELECT
k0 => lock~0.OUTPUTSELECT
k0 => lock~1.OUTPUTSELECT
k0 => lock~2.OUTPUTSELECT
k0 => lock~3.OUTPUTSELECT
k0 => lock~4.OUTPUTSELECT
k0 => lock~5.OUTPUTSELECT
k0 => lock~6.OUTPUTSELECT
k0 => lock~7.OUTPUTSELECT
k0 => lam~12.OUTPUTSELECT
k0 => lam~13.OUTPUTSELECT
k0 => lam~14.OUTPUTSELECT
k0 => lam~15.OUTPUTSELECT
k0 => lam~16.OUTPUTSELECT
k0 => lam~17.OUTPUTSELECT
k0 => lam~18.OUTPUTSELECT
k0 => lam~19.OUTPUTSELECT
clr => lam[6].ACLR
clr => lam[5].ACLR
clr => lam[4].ACLR
clr => lam[3].ACLR
clr => lam[2].ACLR
clr => lam[1].ACLR
clr => lam[0].ACLR
clr => shift[7].ACLR
clr => shift[6].ACLR
clr => shift[5].ACLR
clr => shift[4].ACLR
clr => shift[3].ACLR
clr => shift[2].ACLR
clr => shift[1].ACLR
clr => shift[0].ACLR
clr => a[3].ACLR
clr => a[2].ACLR
clr => a[1].ACLR
clr => a[0].ACLR
clr => lt~reg0.ACLR
clr => lf~reg0.ACLR
clr => alm~reg0.ACLR
clr => la.ACLR
clr => lam[7].ACLR
lc => ~NO_FANOUT~
lt <= lt~reg0
lamp[0] <= lam[0].DB_MAX_OUTPUT_PORT_TYPE
lamp[1] <= lam[1].DB_MAX_OUTPUT_PORT_TYPE
lamp[2] <= lam[2].DB_MAX_OUTPUT_PORT_TYPE
lamp[3] <= lam[3].DB_MAX_OUTPUT_PORT_TYPE
lamp[4] <= lam[4].DB_MAX_OUTPUT_PORT_TYPE
lamp[5] <= lam[5].DB_MAX_OUTPUT_PORT_TYPE
lamp[6] <= lam[6].DB_MAX_OUTPUT_PORT_TYPE
lamp[7] <= lam[7].DB_MAX_OUTPUT_PORT_TYPE
bcd1[0] <= bcd1[0]~reg0.DB_MAX_OUTPUT_PORT_TYPE
bcd1[1] <= bcd1[1]~reg0.DB_MAX_OUTPUT_PORT_TYPE
bcd1[2] <= bcd1[2]~reg0.DB_MAX_OUTPUT_PORT_TYPE
bcd1[3] <= bcd1[3]~reg0.DB_MAX_OUTPUT_PORT_TYPE
bcd2[0] <= bcd2[0]~reg0.DB_MAX_OUTPUT_PORT_TYPE
bcd2[1] <= bcd2[1]~reg0.DB_MAX_OUTPUT_PORT_TYPE
bcd2[2] <= bcd2[2]~reg0.DB_MAX_OUTPUT_PORT_TYPE
bcd2[3] <= bcd2[3]~reg0.DB_MAX_OUTPUT_PORT_TYPE
lf <= lf~reg0.DB_MAX_OUTPUT_PORT_TYPE
alm <= alm~reg0.DB_MAX_OUTPUT_PORT_TYPE


|lock|xiaopro:inst1
a => tmp1.DATAIN
clk1 => b~1.IN0
clk1 => tmp3.CLK
clk1 => tmp1.CLK
b <= b~1.DB_MAX_OUTPUT_PORT_TYPE


|lock|fen:inst
clk => cnt[12].CLK
clk => cnt[11].CLK
clk => cnt[10].CLK
clk => cnt[9].CLK
clk => cnt[8].CLK
clk => cnt[7].CLK
clk => cnt[6].CLK
clk => cnt[5].CLK
clk => cnt[4].CLK
clk => cnt[3].CLK
clk => cnt[2].CLK
clk => cnt[1].CLK
clk => cnt[0].CLK
clk => clk1~reg0.CLK
clk => cnt[13].CLK
clk1 <= clk1~reg0.DB_MAX_OUTPUT_PORT_TYPE


|lock|xiaopro:inst2
a => tmp1.DATAIN
clk1 => b~1.IN0
clk1 => tmp3.CLK
clk1 => tmp1.CLK
b <= b~1.DB_MAX_OUTPUT_PORT_TYPE


|lock|decoder7:inst8
bcd[0] => Mux~0.IN19
bcd[0] => Mux~1.IN19
bcd[0] => Mux~2.IN19
bcd[0] => Mux~3.IN19
bcd[0] => Mux~4.IN19
bcd[0] => Mux~5.IN19
bcd[0] => Mux~6.IN19
bcd[1] => Mux~0.IN18
bcd[1] => Mux~1.IN18
bcd[1] => Mux~2.IN18
bcd[1] => Mux~3.IN18
bcd[1] => Mux~4.IN18
bcd[1] => Mux~5.IN18
bcd[1] => Mux~6.IN18
bcd[2] => Mux~0.IN17
bcd[2] => Mux~1.IN17
bcd[2] => Mux~2.IN17
bcd[2] => Mux~3.IN17
bcd[2] => Mux~4.IN17
bcd[2] => Mux~5.IN17
bcd[2] => Mux~6.IN17
bcd[3] => Mux~0.IN16
bcd[3] => Mux~1.IN16
bcd[3] => Mux~2.IN16
bcd[3] => Mux~3.IN16
bcd[3] => Mux~4.IN16
bcd[3] => Mux~5.IN16
bcd[3] => Mux~6.IN16
dout[0] <= Mux~6.DB_MAX_OUTPUT_PORT_TYPE
dout[1] <= Mux~5.DB_MAX_OUTPUT_PORT_TYPE
dout[2] <= Mux~4.DB_MAX_OUTPUT_PORT_TYPE
dout[3] <= Mux~3.DB_MAX_OUTPUT_PORT_TYPE
dout[4] <= Mux~2.DB_MAX_OUTPUT_PORT_TYPE
dout[5] <= Mux~1.DB_MAX_OUTPUT_PORT_TYPE
dout[6] <= Mux~0.DB_MAX_OUTPUT_PORT_TYPE


|lock|decoder7:inst9
bcd[0] => Mux~0.IN19
bcd[0] => Mux~1.IN19
bcd[0] => Mux~2.IN19
bcd[0] => Mux~3.IN19
bcd[0] => Mux~4.IN19
bcd[0] => Mux~5.IN19
bcd[0] => Mux~6.IN19
bcd[1] => Mux~0.IN18
bcd[1] => Mux~1.IN18
bcd[1] => Mux~2.IN18
bcd[1] => Mux~3.IN18
bcd[1] => Mux~4.IN18
bcd[1] => Mux~5.IN18
bcd[1] => Mux~6.IN18
bcd[2] => Mux~0.IN17
bcd[2] => Mux~1.IN17
bcd[2] => Mux~2.IN17
bcd[2] => Mux~3.IN17
bcd[2] => Mux~4.IN17
bcd[2] => Mux~5.IN17
bcd[2] => Mux~6.IN17
bcd[3] => Mux~0.IN16
bcd[3] => Mux~1.IN16
bcd[3] => Mux~2.IN16
bcd[3] => Mux~3.IN16
bcd[3] => Mux~4.IN16
bcd[3] => Mux~5.IN16
bcd[3] => Mux~6.IN16
dout[0] <= Mux~6.DB_MAX_OUTPUT_PORT_TYPE
dout[1] <= Mux~5.DB_MAX_OUTPUT_PORT_TYPE
dout[2] <= Mux~4.DB_MAX_OUTPUT_PORT_TYPE
dout[3] <= Mux~3.DB_MAX_OUTPUT_PORT_TYPE
dout[4] <= Mux~2.DB_MAX_OUTPUT_PORT_TYPE
dout[5] <= Mux~1.DB_MAX_OUTPUT_PORT_TYPE
dout[6] <= Mux~0.DB_MAX_OUTPUT_PORT_TYPE