washer.hier_info

用VHDL编的洗衣机程序

|washer
clk => div:ic.clk
model => modelctrl:ia.model
s_and_p => washer_statement:ib.s_and_p
power => seg7:ie.power_s
power => washer_statement:ib.power_w
clk50out <= div:ic.clk50
clk1000out <= div:ic.clk1000
ctrlout[0] <= modelctrl:ia.ctrl[0]
ctrlout[1] <= modelctrl:ia.ctrl[1]
ctrlout[2] <= modelctrl:ia.ctrl[2]
nextstaout <= counter:id.nextsta_c
show_count[0] <= counter:id.counter_out[0]
show_count[1] <= counter:id.counter_out[1]
show_count[2] <= counter:id.counter_out[2]
show_count[3] <= counter:id.counter_out[3]
show_count[4] <= counter:id.counter_out[4]
show_count[5] <= counter:id.counter_out[5]
number[0] <= seg7:ie.num[0]
number[1] <= seg7:ie.num[1]
number[2] <= seg7:ie.num[2]
number[3] <= seg7:ie.num[3]
number[4] <= seg7:ie.num[4]
number[5] <= seg7:ie.num[5]
number[6] <= seg7:ie.num[6]
seg[0] <= seg7:ie.seg[0]
seg[1] <= seg7:ie.seg[1]
seg[2] <= seg7:ie.seg[2]
seg[3] <= seg7:ie.seg[3]
seg[4] <= seg7:ie.seg[4]
seg[5] <= seg7:ie.seg[5]


|washer|modelctrl:ia
model => model1[1].CLK
model => model1[0].CLK
model => model1[2].CLK
stanum[0] <= stanum~14.DB_MAX_OUTPUT_PORT_TYPE
stanum[1] <= stanum~13.DB_MAX_OUTPUT_PORT_TYPE
stanum[2] <= stanum~12.DB_MAX_OUTPUT_PORT_TYPE
stanum[3] <= comb~2.DB_MAX_OUTPUT_PORT_TYPE
stanum[4] <= <VCC>
stanum[5] <= stanum~11.DB_MAX_OUTPUT_PORT_TYPE
stanum[6] <= stanum~10.DB_MAX_OUTPUT_PORT_TYPE
ctrl[0] <= ctrl~7.DB_MAX_OUTPUT_PORT_TYPE
ctrl[1] <= ctrl~6.DB_MAX_OUTPUT_PORT_TYPE
ctrl[2] <= ctrl~5.DB_MAX_OUTPUT_PORT_TYPE


|washer|washer_statement:ib
s_and_p => comb~1.IN0
s_and_p => s~2.CLK
s_and_p => process2~1.CLK
s_and_p => s~0.CLK
clk50 => ~NO_FANOUT~
nextsta_w => present_state~0.IN1
power_w => s~1.OUTPUTSELECT
pause_w <= s.DB_MAX_OUTPUT_PORT_TYPE
statectrl[0] => comb~0.IN0
statectrl[0] => next_state~0.DATAA
statectrl[0] => next_state.wash3.IN1
statectrl[1] => next_state~2.DATAA
statectrl[1] => next_state~0.OUTPUTSELECT
statectrl[1] => next_state.wash2.IN1
statectrl[1] => next_state~4.OUTPUTSELECT
statectrl[2] => next_state~1.OUTPUTSELECT
statectrl[2] => next_state.wash1.DATAB
statectrl[2] => next_state~2.OUTPUTSELECT
statectrl[2] => next_state~3.OUTPUTSELECT
count_w[0] <= count_w~2.DB_MAX_OUTPUT_PORT_TYPE
count_w[1] <= count_w~1.DB_MAX_OUTPUT_PORT_TYPE
count_w[2] <= comb~2.DB_MAX_OUTPUT_PORT_TYPE
count_w[3] <= count_w~1.DB_MAX_OUTPUT_PORT_TYPE
count_w[4] <= count_w~0.DB_MAX_OUTPUT_PORT_TYPE
count_w[5] <= <GND>


|washer|div:ic
clk => count1[4].CLK
clk => count1[3].CLK
clk => count1[2].CLK
clk => count1[1].CLK
clk => count1[0].CLK
clk => y1.CLK
clk => count1[5].CLK
clk1000 <= y1.DB_MAX_OUTPUT_PORT_TYPE
clk50 <= y2.DB_MAX_OUTPUT_PORT_TYPE


|washer|counter:id
clk50 => count_1[4].CLK
clk50 => count_1[3].CLK
clk50 => count_1[2].CLK
clk50 => count_1[1].CLK
clk50 => count_1[0].CLK
clk50 => set0~reg0.CLK
clk50 => nextsta_c~reg0.CLK
clk50 => count_1[5].CLK
pause_c => count_1~12.OUTPUTSELECT
pause_c => count_1~13.OUTPUTSELECT
pause_c => count_1~14.OUTPUTSELECT
pause_c => count_1~15.OUTPUTSELECT
pause_c => count_1~16.OUTPUTSELECT
pause_c => count_1~17.OUTPUTSELECT
pause_c => set0~2.OUTPUTSELECT
pause_c => nextsta_c~2.OUTPUTSELECT
read => count_1~6.OUTPUTSELECT
read => count_1~7.OUTPUTSELECT
read => count_1~8.OUTPUTSELECT
read => count_1~9.OUTPUTSELECT
read => count_1~10.OUTPUTSELECT
read => count_1~11.OUTPUTSELECT
read => set0~1.OUTPUTSELECT
read => nextsta_c~1.OUTPUTSELECT
count_c[0] => count_1~11.DATAB
count_c[1] => count_1~10.DATAB
count_c[2] => count_1~9.DATAB
count_c[3] => count_1~8.DATAB
count_c[4] => count_1~7.DATAB
count_c[5] => count_1~6.DATAB
set0 <= set0~reg0.DB_MAX_OUTPUT_PORT_TYPE
nextsta_c <= nextsta_c~reg0.DB_MAX_OUTPUT_PORT_TYPE
counter_out[0] <= count_1[0].DB_MAX_OUTPUT_PORT_TYPE
counter_out[1] <= count_1[1].DB_MAX_OUTPUT_PORT_TYPE
counter_out[2] <= count_1[2].DB_MAX_OUTPUT_PORT_TYPE
counter_out[3] <= count_1[3].DB_MAX_OUTPUT_PORT_TYPE
counter_out[4] <= count_1[4].DB_MAX_OUTPUT_PORT_TYPE
counter_out[5] <= count_1[5].DB_MAX_OUTPUT_PORT_TYPE


|washer|seg7:ie
clk1000 => s[0].CLK
clk1000 => s[1].CLK
power_s => process1~0.IN0
power_s => num[5]$latch$en_or.IN2
power_s => num[4]$latch$en_or.IN2
power_s => num[3]$latch$en_or.IN2
power_s => num[2]$latch$en_or.IN2
power_s => num[1]$latch$en_or.IN2
power_s => num[0]$latch$en_or.IN2
power_s => num[6]$latch$en_or.IN2
num3[0] => num~6.DATAB
num3[1] => num~5.DATAB
num3[2] => num~4.DATAB
num3[3] => num~3.DATAB
num3[4] => num~2.DATAB
num3[5] => num~1.DATAB
num3[6] => num~0.DATAB
counter_in[0] => num1[6].IN69
counter_in[0] => num1[5].IN69
counter_in[0] => num1[4].IN69
counter_in[0] => num1[3].IN69
counter_in[0] => num1[2].IN69
counter_in[0] => num1[1].IN69
counter_in[0] => num1[0].IN69
counter_in[1] => num1[6].IN68
counter_in[1] => num1[5].IN68
counter_in[1] => num1[4].IN68
counter_in[1] => num1[3].IN68
counter_in[1] => num1[2].IN68
counter_in[1] => num1[1].IN68
counter_in[1] => num1[0].IN68
counter_in[1] => num2[5].IN36
counter_in[1] => num2[4].IN36
counter_in[1] => num2[0].IN36
counter_in[1] => num2[2].IN36
counter_in[1] => num2[1].IN36
counter_in[2] => num1[6].IN67
counter_in[2] => num1[5].IN67
counter_in[2] => num1[4].IN67
counter_in[2] => num1[3].IN67
counter_in[2] => num1[2].IN67
counter_in[2] => num1[1].IN67
counter_in[2] => num1[0].IN67
counter_in[2] => num2[6].IN19
counter_in[2] => num2[5].IN35
counter_in[2] => num2[4].IN35
counter_in[2] => num2[0].IN35
counter_in[2] => num2[2].IN35
counter_in[2] => num2[1].IN35
counter_in[3] => num1[6].IN66
counter_in[3] => num1[5].IN66
counter_in[3] => num1[4].IN66
counter_in[3] => num1[3].IN66
counter_in[3] => num1[2].IN66
counter_in[3] => num1[1].IN66
counter_in[3] => num1[0].IN66
counter_in[3] => num2[6].IN18
counter_in[3] => num2[5].IN34
counter_in[3] => num2[4].IN34
counter_in[3] => num2[0].IN34
counter_in[3] => num2[2].IN34
counter_in[3] => num2[1].IN34
counter_in[4] => num1[6].IN65
counter_in[4] => num1[5].IN65
counter_in[4] => num1[4].IN65
counter_in[4] => num1[3].IN65
counter_in[4] => num1[2].IN65
counter_in[4] => num1[1].IN65
counter_in[4] => num1[0].IN65
counter_in[4] => num2[6].IN17
counter_in[4] => num2[5].IN33
counter_in[4] => num2[4].IN33
counter_in[4] => num2[0].IN33
counter_in[4] => num2[2].IN33
counter_in[4] => num2[1].IN33
counter_in[5] => num1[6].IN64
counter_in[5] => num1[5].IN64
counter_in[5] => num1[4].IN64
counter_in[5] => num1[3].IN64
counter_in[5] => num1[2].IN64
counter_in[5] => num1[1].IN64
counter_in[5] => num1[0].IN64
counter_in[5] => num2[6].IN16
counter_in[5] => num2[5].IN32
counter_in[5] => num2[4].IN32
counter_in[5] => num2[0].IN32
counter_in[5] => num2[2].IN32
counter_in[5] => num2[1].IN32
num[0] <= num[0]$latch.DB_MAX_OUTPUT_PORT_TYPE
num[1] <= num[1]$latch.DB_MAX_OUTPUT_PORT_TYPE
num[2] <= num[2]$latch.DB_MAX_OUTPUT_PORT_TYPE
num[3] <= num[3]$latch.DB_MAX_OUTPUT_PORT_TYPE
num[4] <= num[4]$latch.DB_MAX_OUTPUT_PORT_TYPE
num[5] <= num[5]$latch.DB_MAX_OUTPUT_PORT_TYPE
num[6] <= num[6]$latch.DB_MAX_OUTPUT_PORT_TYPE
seg[0] <= seg[0]$latch.DB_MAX_OUTPUT_PORT_TYPE
seg[1] <= seg[1]$latch.DB_MAX_OUTPUT_PORT_TYPE
seg[2] <= seg[2]$latch.DB_MAX_OUTPUT_PORT_TYPE
seg[3] <= seg[5]$latch.DB_MAX_OUTPUT_PORT_TYPE
seg[4] <= seg[5]$latch.DB_MAX_OUTPUT_PORT_TYPE
seg[5] <= seg[5]$latch.DB_MAX_OUTPUT_PORT_TYPE