elevator.hier_info

大量VHDL写的数字系统设计有用实例达到

|elevator
clk => en_down.CLK
clk => en_up.CLK
clk => opendoor.CLK
clk => led[0]~reg0.CLK
clk => led[1]~reg0.CLK
clk => led[2]~reg0.CLK
clk => led[3]~reg0.CLK
clk => led[4]~reg0.CLK
clk => led[5]~reg0.CLK
clk => led[6]~reg0.CLK
clk => updown.CLK
clk => down~reg0.CLK
clk => up~reg0.CLK
clk => door[0]~reg0.CLK
clk => door[1]~reg0.CLK
clk => alarm~reg0.CLK
clk => q1[0].CLK
clk => q1[1].CLK
clk => q1[2].CLK
clk => down66.CLK
clk => down55.CLK
clk => down44.CLK
clk => down33.CLK
clk => down22.CLK
clk => up55.CLK
clk => up44.CLK
clk => up33.CLK
clk => up22.CLK
clk => up11.CLK
clk => k66.CLK
clk => k55.CLK
clk => k44.CLK
clk => k33.CLK
clk => k22.CLK
clk => k11.CLK
full => q1~18.OUTPUTSELECT
full => q1~19.OUTPUTSELECT
full => q1~20.OUTPUTSELECT
full => alarm~0.DATAA
full => door~12.OUTPUTSELECT
full => door~13.OUTPUTSELECT
full => up~9.OUTPUTSELECT
full => down~9.OUTPUTSELECT
full => updown~9.OUTPUTSELECT
full => led~42.OUTPUTSELECT
full => led~43.OUTPUTSELECT
full => led~44.OUTPUTSELECT
full => led~45.OUTPUTSELECT
full => led~46.OUTPUTSELECT
full => led~47.OUTPUTSELECT
full => led~48.OUTPUTSELECT
full => k11~3.OUTPUTSELECT
full => up11~3.OUTPUTSELECT
full => opendoor~39.OUTPUTSELECT
full => en_up~28.OUTPUTSELECT
full => k22~7.OUTPUTSELECT
full => up22~6.OUTPUTSELECT
full => en_down~28.OUTPUTSELECT
full => down22~5.OUTPUTSELECT
full => k33~9.OUTPUTSELECT
full => up33~8.OUTPUTSELECT
full => down33~7.OUTPUTSELECT
full => k44~11.OUTPUTSELECT
full => up44~10.OUTPUTSELECT
full => down44~9.OUTPUTSELECT
full => k55~13.OUTPUTSELECT
full => up55~12.OUTPUTSELECT
full => down55~11.OUTPUTSELECT
full => k66~13.OUTPUTSELECT
full => down66~12.OUTPUTSELECT
stop => updown~2.OUTPUTSELECT
stop => up~2.OUTPUTSELECT
stop => down~2.OUTPUTSELECT
stop => door~4.OUTPUTSELECT
stop => door~5.OUTPUTSELECT
stop => q1~6.OUTPUTSELECT
stop => q1~7.OUTPUTSELECT
stop => q1~8.OUTPUTSELECT
stop => updown~5.OUTPUTSELECT
stop => down~5.OUTPUTSELECT
stop => up~5.OUTPUTSELECT
close => updown~1.OUTPUTSELECT
close => up~1.OUTPUTSELECT
close => down~1.OUTPUTSELECT
close => door~2.OUTPUTSELECT
close => door~3.OUTPUTSELECT
close => q1~3.OUTPUTSELECT
close => q1~4.OUTPUTSELECT
close => q1~5.OUTPUTSELECT
close => updown~4.OUTPUTSELECT
close => down~4.OUTPUTSELECT
close => up~4.OUTPUTSELECT
clr => q1~21.OUTPUTSELECT
clr => q1~22.OUTPUTSELECT
clr => q1~23.OUTPUTSELECT
clr => alarm~0.OUTPUTSELECT
clr => k11~4.OUTPUTSELECT
clr => up11~4.OUTPUTSELECT
clr => k22~8.OUTPUTSELECT
clr => up22~7.OUTPUTSELECT
clr => down22~6.OUTPUTSELECT
clr => k33~10.OUTPUTSELECT
clr => up33~9.OUTPUTSELECT
clr => down33~8.OUTPUTSELECT
clr => k44~12.OUTPUTSELECT
clr => up44~11.OUTPUTSELECT
clr => down44~10.OUTPUTSELECT
clr => k55~14.OUTPUTSELECT
clr => up55~13.OUTPUTSELECT
clr => down55~12.OUTPUTSELECT
clr => k66~14.OUTPUTSELECT
clr => down66~13.OUTPUTSELECT
clr => en_down.ENA
clr => en_up.ENA
clr => opendoor.ENA
clr => led[0]~reg0.ENA
clr => led[1]~reg0.ENA
clr => led[2]~reg0.ENA
clr => led[3]~reg0.ENA
clr => led[4]~reg0.ENA
clr => led[5]~reg0.ENA
clr => led[6]~reg0.ENA
clr => updown.ENA
clr => down~reg0.ENA
clr => up~reg0.ENA
clr => door[0]~reg0.ENA
clr => door[1]~reg0.ENA
up1 => uu_dd~0.IN1
up1 => up11~0.DATAB
up1 => up11~0.OUTPUTSELECT
up1 => up22~1.OUTPUTSELECT
up1 => up33~2.OUTPUTSELECT
up1 => up44~3.OUTPUTSELECT
up1 => up55~4.OUTPUTSELECT
up2 => up22~0.DATAB
up2 => up22~0.OUTPUTSELECT
up2 => up33~1.OUTPUTSELECT
up2 => up44~2.OUTPUTSELECT
up2 => up55~3.OUTPUTSELECT
up3 => up33~0.DATAB
up3 => up33~0.OUTPUTSELECT
up3 => up44~1.OUTPUTSELECT
up3 => up55~2.OUTPUTSELECT
up4 => up44~0.DATAB
up4 => up44~0.OUTPUTSELECT
up4 => up55~1.OUTPUTSELECT
up5 => up55~0.DATAB
up5 => up55~0.OUTPUTSELECT
down2 => down22~0.DATAB
down2 => down22~0.OUTPUTSELECT
down2 => down33~1.OUTPUTSELECT
down2 => down44~2.OUTPUTSELECT
down2 => down55~3.OUTPUTSELECT
down2 => down66~4.OUTPUTSELECT
down3 => down33~0.DATAB
down3 => down33~0.OUTPUTSELECT
down3 => down44~1.OUTPUTSELECT
down3 => down55~2.OUTPUTSELECT
down3 => down66~3.OUTPUTSELECT
down4 => down44~0.DATAB
down4 => down44~0.OUTPUTSELECT
down4 => down55~1.OUTPUTSELECT
down4 => down66~2.OUTPUTSELECT
down5 => down55~0.DATAB
down5 => down55~0.OUTPUTSELECT
down5 => down66~1.OUTPUTSELECT
down6 => down66~0.DATAB
down6 => down66~0.OUTPUTSELECT
k1 => k11~0.DATAB
k1 => k11~0.OUTPUTSELECT
k1 => k22~1.OUTPUTSELECT
k1 => k33~2.OUTPUTSELECT
k1 => k44~3.OUTPUTSELECT
k1 => k55~4.OUTPUTSELECT
k1 => k66~5.OUTPUTSELECT
k2 => k22~0.DATAB
k2 => k22~0.OUTPUTSELECT
k2 => k33~1.OUTPUTSELECT
k2 => k44~2.OUTPUTSELECT
k2 => k55~3.OUTPUTSELECT
k2 => k66~4.OUTPUTSELECT
k3 => k33~0.DATAB
k3 => k33~0.OUTPUTSELECT
k3 => k44~1.OUTPUTSELECT
k3 => k55~2.OUTPUTSELECT
k3 => k66~3.OUTPUTSELECT
k4 => k44~0.DATAB
k4 => k44~0.OUTPUTSELECT
k4 => k55~1.OUTPUTSELECT
k4 => k66~2.OUTPUTSELECT
k5 => k55~0.DATAB
k5 => k55~0.OUTPUTSELECT
k5 => k66~1.OUTPUTSELECT
k6 => k66~0.DATAB
k6 => k66~0.OUTPUTSELECT
g1 => led~35.OUTPUTSELECT
g1 => led~36.OUTPUTSELECT
g1 => led~37.OUTPUTSELECT
g1 => led~38.OUTPUTSELECT
g1 => led~39.OUTPUTSELECT
g1 => led~40.OUTPUTSELECT
g1 => led~41.OUTPUTSELECT
g1 => k11~2.OUTPUTSELECT
g1 => up11~2.OUTPUTSELECT
g1 => opendoor~38.OUTPUTSELECT
g1 => en_up~27.OUTPUTSELECT
g1 => k22~6.OUTPUTSELECT
g1 => up22~5.OUTPUTSELECT
g1 => en_down~27.OUTPUTSELECT
g1 => down22~4.OUTPUTSELECT
g1 => k33~8.OUTPUTSELECT
g1 => up33~7.OUTPUTSELECT
g1 => down33~6.OUTPUTSELECT
g1 => k44~10.OUTPUTSELECT
g1 => up44~9.OUTPUTSELECT
g1 => down44~8.OUTPUTSELECT
g1 => k55~12.OUTPUTSELECT
g1 => up55~11.OUTPUTSELECT
g1 => down55~10.OUTPUTSELECT
g1 => k66~12.OUTPUTSELECT
g1 => down66~11.OUTPUTSELECT
g2 => led~28.OUTPUTSELECT
g2 => led~29.OUTPUTSELECT
g2 => led~30.OUTPUTSELECT
g2 => led~31.OUTPUTSELECT
g2 => led~32.OUTPUTSELECT
g2 => led~33.OUTPUTSELECT
g2 => led~34.OUTPUTSELECT
g2 => opendoor~37.OUTPUTSELECT
g2 => en_up~26.OUTPUTSELECT
g2 => k22~5.OUTPUTSELECT
g2 => up22~4.OUTPUTSELECT
g2 => en_down~26.OUTPUTSELECT
g2 => down22~3.OUTPUTSELECT
g2 => k33~7.OUTPUTSELECT
g2 => up33~6.OUTPUTSELECT
g2 => down33~5.OUTPUTSELECT
g2 => k44~9.OUTPUTSELECT
g2 => up44~8.OUTPUTSELECT
g2 => down44~7.OUTPUTSELECT
g2 => k55~11.OUTPUTSELECT
g2 => up55~10.OUTPUTSELECT
g2 => down55~9.OUTPUTSELECT
g2 => k66~11.OUTPUTSELECT
g2 => down66~10.OUTPUTSELECT
g3 => led~21.OUTPUTSELECT
g3 => led~22.OUTPUTSELECT
g3 => led~23.OUTPUTSELECT
g3 => led~24.OUTPUTSELECT
g3 => led~25.OUTPUTSELECT
g3 => led~26.OUTPUTSELECT
g3 => led~27.OUTPUTSELECT
g3 => opendoor~36.OUTPUTSELECT
g3 => en_up~25.OUTPUTSELECT
g3 => en_down~25.OUTPUTSELECT
g3 => k33~6.OUTPUTSELECT
g3 => up33~5.OUTPUTSELECT
g3 => down33~4.OUTPUTSELECT
g3 => k44~8.OUTPUTSELECT
g3 => up44~7.OUTPUTSELECT
g3 => down44~6.OUTPUTSELECT
g3 => k55~10.OUTPUTSELECT
g3 => up55~9.OUTPUTSELECT
g3 => down55~8.OUTPUTSELECT
g3 => k66~10.OUTPUTSELECT
g3 => down66~9.OUTPUTSELECT
g4 => led~14.OUTPUTSELECT
g4 => led~15.OUTPUTSELECT
g4 => led~16.OUTPUTSELECT
g4 => led~17.OUTPUTSELECT
g4 => led~18.OUTPUTSELECT
g4 => led~19.OUTPUTSELECT
g4 => led~20.OUTPUTSELECT
g4 => opendoor~35.OUTPUTSELECT
g4 => en_up~24.OUTPUTSELECT
g4 => en_down~24.OUTPUTSELECT
g4 => k44~7.OUTPUTSELECT
g4 => up44~6.OUTPUTSELECT
g4 => down44~5.OUTPUTSELECT
g4 => k55~9.OUTPUTSELECT
g4 => up55~8.OUTPUTSELECT
g4 => down55~7.OUTPUTSELECT
g4 => k66~9.OUTPUTSELECT
g4 => down66~8.OUTPUTSELECT
g5 => led~7.OUTPUTSELECT
g5 => led~8.OUTPUTSELECT
g5 => led~9.OUTPUTSELECT
g5 => led~10.OUTPUTSELECT
g5 => led~11.OUTPUTSELECT
g5 => led~12.OUTPUTSELECT
g5 => led~13.OUTPUTSELECT
g5 => opendoor~34.OUTPUTSELECT
g5 => en_up~23.OUTPUTSELECT
g5 => en_down~23.OUTPUTSELECT
g5 => k55~8.OUTPUTSELECT
g5 => up55~7.OUTPUTSELECT
g5 => down55~6.OUTPUTSELECT
g5 => k66~8.OUTPUTSELECT
g5 => down66~7.OUTPUTSELECT
g6 => led~0.OUTPUTSELECT
g6 => led~1.OUTPUTSELECT
g6 => led~2.OUTPUTSELECT
g6 => led~3.OUTPUTSELECT
g6 => led~4.OUTPUTSELECT
g6 => led~5.OUTPUTSELECT
g6 => led~6.OUTPUTSELECT
g6 => opendoor~33.OUTPUTSELECT
g6 => en_up~22.OUTPUTSELECT
g6 => en_down~22.OUTPUTSELECT
g6 => k66~7.OUTPUTSELECT
g6 => down66~6.OUTPUTSELECT
door[0] <= door[0]~reg0.DB_MAX_OUTPUT_PORT_TYPE
door[1] <= door[1]~reg0.DB_MAX_OUTPUT_PORT_TYPE
led[0] <= led[0]~reg0.DB_MAX_OUTPUT_PORT_TYPE
led[1] <= led[1]~reg0.DB_MAX_OUTPUT_PORT_TYPE
led[2] <= led[2]~reg0.DB_MAX_OUTPUT_PORT_TYPE
led[3] <= led[3]~reg0.DB_MAX_OUTPUT_PORT_TYPE
led[4] <= led[4]~reg0.DB_MAX_OUTPUT_PORT_TYPE
led[5] <= led[5]~reg0.DB_MAX_OUTPUT_PORT_TYPE
led[6] <= led[6]~reg0.DB_MAX_OUTPUT_PORT_TYPE
ud <= updown.DB_MAX_OUTPUT_PORT_TYPE
alarm <= alarm~reg0.DB_MAX_OUTPUT_PORT_TYPE
up <= up~reg0.DB_MAX_OUTPUT_PORT_TYPE
down <= down~reg0.DB_MAX_OUTPUT_PORT_TYPE