ivga.hier_info

用VHDL写的计算器

|Ivga
En => cal:u1.enable
reset => VgaInterface:u2.reset
reset => cal:u1.reset
clk_vga => VgaInterface:u2.clk_0
clk_vga => cal:u1.clk
DATA[0] => cal:u1.DATAIN[0]
DATA[1] => cal:u1.DATAIN[1]
DATA[2] => cal:u1.DATAIN[2]
DATA[3] => cal:u1.DATAIN[3]
Ovga_r <= VgaInterface:u2.pod_vga_r
Ovga_g <= VgaInterface:u2.pod_vga_g
Ovga_b <= VgaInterface:u2.pod_vga_b
Ovga_hs <= VgaInterface:u2.pod_vga_hs
Ovga_vs <= VgaInterface:u2.pod_vga_vs


|Ivga|cal:u1
clk => va[3].CLK
clk => va[2].CLK
clk => va[1].CLK
clk => va[0].CLK
clk => opin.CLK
clk => op[3].CLK
clk => op[2].CLK
clk => op[1].CLK
clk => op[0].CLK
clk => vb[3].CLK
clk => vb[2].CLK
clk => vb[1].CLK
clk => vb[0].CLK
clk => STX~27.IN1
reset => va[3].ENA
reset => va[2].ENA
reset => va[1].ENA
reset => va[0].ENA
reset => opin.ENA
reset => op[3].ENA
reset => op[2].ENA
reset => op[1].ENA
reset => op[0].ENA
reset => vb[3].ENA
reset => vb[2].ENA
reset => vb[1].ENA
reset => vb[0].ENA
reset => STX~28.IN1
enable => COMREG~2.IN0
enable => COMREG~3.IN0
enable => COMREG~4.IN0
enable => COMREG~5.IN0
enable => COMREG~6.IN0
DATAIN[0] => va~3.DATAB
DATAIN[0] => reduce_nor~0.IN3
DATAIN[0] => op~7.DATAB
DATAIN[0] => op~11.DATAB
DATAIN[0] => va~7.DATAB
DATAIN[0] => vb~11.DATAB
DATAIN[0] => op~15.DATAB
DATAIN[0] => op~19.DATAB
DATAIN[0] => reduce_nor~2.IN3
DATAIN[0] => vb~15.DATAB
DATAIN[0] => reduce_nor~1.IN3
DATAIN[0] => reduce_nor~3.IN3
DATAIN[1] => va~2.DATAB
DATAIN[1] => op~6.DATAB
DATAIN[1] => op~10.DATAB
DATAIN[1] => va~6.DATAB
DATAIN[1] => vb~10.DATAB
DATAIN[1] => op~14.DATAB
DATAIN[1] => op~18.DATAB
DATAIN[1] => reduce_nor~2.IN2
DATAIN[1] => vb~14.DATAB
DATAIN[1] => reduce_nor~3.IN2
DATAIN[1] => COMREG~0.IN1
DATAIN[1] => reduce_nor~1.IN2
DATAIN[1] => reduce_nor~0.IN2
DATAIN[2] => va~1.DATAB
DATAIN[2] => reduce_nor~0.IN1
DATAIN[2] => reduce_nor~1.IN1
DATAIN[2] => op~5.DATAB
DATAIN[2] => op~9.DATAB
DATAIN[2] => va~5.DATAB
DATAIN[2] => vb~9.DATAB
DATAIN[2] => op~13.DATAB
DATAIN[2] => op~17.DATAB
DATAIN[2] => vb~13.DATAB
DATAIN[2] => COMREG~0.IN0
DATAIN[2] => reduce_nor~2.IN1
DATAIN[2] => reduce_nor~3.IN1
DATAIN[3] => va~0.DATAB
DATAIN[3] => op~4.DATAB
DATAIN[3] => op~8.DATAB
DATAIN[3] => va~4.DATAB
DATAIN[3] => vb~8.DATAB
DATAIN[3] => op~12.DATAB
DATAIN[3] => op~16.DATAB
DATAIN[3] => vb~12.DATAB
DATAIN[3] => COMREG~1.IN0
DATAIN[3] => reduce_nor~1.IN0
DATAIN[3] => reduce_nor~0.IN0
DATAIN[3] => reduce_nor~2.IN0
DATAIN[3] => reduce_nor~3.IN0
Q[0] <= tempQ~21.DB_MAX_OUTPUT_PORT_TYPE
Q[1] <= tempQ~20.DB_MAX_OUTPUT_PORT_TYPE
Q[2] <= tempQ~19.DB_MAX_OUTPUT_PORT_TYPE
Q[3] <= tempQ~18.DB_MAX_OUTPUT_PORT_TYPE
Q[4] <= tempQ~17.DB_MAX_OUTPUT_PORT_TYPE
Q[5] <= tempQ~16.DB_MAX_OUTPUT_PORT_TYPE
Q[6] <= tempQ~15.DB_MAX_OUTPUT_PORT_TYPE
Q[7] <= tempQ~14.DB_MAX_OUTPUT_PORT_TYPE
Q[8] <= STX.st4.DB_MAX_OUTPUT_PORT_TYPE
Q[9] <= STX.st4.DB_MAX_OUTPUT_PORT_TYPE
Q[10] <= <VCC>
Q[11] <= <VCC>
Q[12] <= tempQ~13.DB_MAX_OUTPUT_PORT_TYPE
Q[13] <= tempQ~12.DB_MAX_OUTPUT_PORT_TYPE
Q[14] <= tempQ~11.DB_MAX_OUTPUT_PORT_TYPE
Q[15] <= tempQ~10.DB_MAX_OUTPUT_PORT_TYPE
Q[16] <= tempQ~8.DB_MAX_OUTPUT_PORT_TYPE
Q[17] <= tempQ~7.DB_MAX_OUTPUT_PORT_TYPE
Q[18] <= tempQ~6.DB_MAX_OUTPUT_PORT_TYPE
Q[19] <= tempQ~5.DB_MAX_OUTPUT_PORT_TYPE
Q[20] <= tempQ~3.DB_MAX_OUTPUT_PORT_TYPE
Q[21] <= tempQ~2.DB_MAX_OUTPUT_PORT_TYPE
Q[22] <= tempQ~1.DB_MAX_OUTPUT_PORT_TYPE
Q[23] <= tempQ~0.DB_MAX_OUTPUT_PORT_TYPE


|Ivga|cal:u1|bcd:u1
SAa[0] => BCD4suber:us.Sa[0]
SAa[0] => BCD4adder:ua.BCDa[0]
SAa[1] => BCD4suber:us.Sa[1]
SAa[1] => BCD4adder:ua.BCDa[1]
SAa[2] => BCD4suber:us.Sa[2]
SAa[2] => BCD4adder:ua.BCDa[2]
SAa[3] => BCD4suber:us.Sa[3]
SAa[3] => BCD4adder:ua.BCDa[3]
SAb[0] => BCD4suber:us.Sb[0]
SAb[0] => BCD4adder:ua.BCDb[0]
SAb[1] => BCD4suber:us.Sb[1]
SAb[1] => BCD4adder:ua.BCDb[1]
SAb[2] => BCD4suber:us.Sb[2]
SAb[2] => BCD4adder:ua.BCDb[2]
SAb[3] => BCD4suber:us.Sb[3]
SAb[3] => BCD4adder:ua.BCDb[3]
operator => high~0.IN1
operator => high~1.IN1
operator => high~2.IN1
operator => low~0.IN1
operator => low~3.IN1
operator => low~6.IN1
operator => low~9.IN1
operator => high~3.IN1
operator => low~1.IN1
operator => low~4.IN1
operator => low~7.IN1
operator => low~10.IN1
sum[0] <= low~11.DB_MAX_OUTPUT_PORT_TYPE
sum[1] <= low~8.DB_MAX_OUTPUT_PORT_TYPE
sum[2] <= low~5.DB_MAX_OUTPUT_PORT_TYPE
sum[3] <= low~2.DB_MAX_OUTPUT_PORT_TYPE
sum[4] <= high~3.DB_MAX_OUTPUT_PORT_TYPE
sum[5] <= high~2.DB_MAX_OUTPUT_PORT_TYPE
sum[6] <= high~1.DB_MAX_OUTPUT_PORT_TYPE
sum[7] <= high~0.DB_MAX_OUTPUT_PORT_TYPE


|Ivga|cal:u1|bcd:u1|BCD4Adder:ua
BCDa[0] => F4a_adder:u1.a[0]
BCDa[1] => F4a_adder:u1.a[1]
BCDa[2] => F4a_adder:u1.a[2]
BCDa[3] => F4a_adder:u1.a[3]
BCDb[0] => F4a_adder:u1.b[0]
BCDb[1] => F4a_adder:u1.b[1]
BCDb[2] => F4a_adder:u1.b[2]
BCDb[3] => F4a_adder:u1.b[3]
BCDs[0] <= F4a_adder:u2.s[0]
BCDs[1] <= F4a_adder:u2.s[1]
BCDs[2] <= F4a_adder:u2.s[2]
BCDs[3] <= F4a_adder:u2.s[3]
BCDcarry <= six[2].DB_MAX_OUTPUT_PORT_TYPE


|Ivga|cal:u1|bcd:u1|BCD4Adder:ua|F4a_adder:u1
a[0] => f_adder:u1.ain
a[1] => f_adder:u2.ain
a[2] => f_adder:u3.ain
a[3] => f_adder:u4.ain
b[0] => f_adder:u1.bin
b[1] => f_adder:u2.bin
b[2] => f_adder:u3.bin
b[3] => f_adder:u4.bin
s[0] <= f_adder:u1.sum
s[1] <= f_adder:u2.sum
s[2] <= f_adder:u3.sum
s[3] <= f_adder:u4.sum
carry <= f_adder:u4.cout


|Ivga|cal:u1|bcd:u1|BCD4Adder:ua|F4a_adder:u1|f_adder:u1
ain => sum~0.IN0
ain => cout~0.IN0
ain => cout~1.IN0
bin => sum~0.IN1
bin => cout~0.IN1
bin => cout~3.IN0
cin => sum~1.IN0
cin => cout~1.IN1
cin => cout~3.IN1
cout <= cout~4.DB_MAX_OUTPUT_PORT_TYPE
sum <= sum~1.DB_MAX_OUTPUT_PORT_TYPE


|Ivga|cal:u1|bcd:u1|BCD4Adder:ua|F4a_adder:u1|f_adder:u2
ain => sum~0.IN0
ain => cout~0.IN0
ain => cout~1.IN0
bin => sum~0.IN1
bin => cout~0.IN1
bin => cout~3.IN0
cin => sum~1.IN0
cin => cout~1.IN1
cin => cout~3.IN1
cout <= cout~4.DB_MAX_OUTPUT_PORT_TYPE
sum <= sum~1.DB_MAX_OUTPUT_PORT_TYPE


|Ivga|cal:u1|bcd:u1|BCD4Adder:ua|F4a_adder:u1|f_adder:u3
ain => sum~0.IN0
ain => cout~0.IN0
ain => cout~1.IN0
bin => sum~0.IN1
bin => cout~0.IN1
bin => cout~3.IN0
cin => sum~1.IN0
cin => cout~1.IN1
cin => cout~3.IN1
cout <= cout~4.DB_MAX_OUTPUT_PORT_TYPE
sum <= sum~1.DB_MAX_OUTPUT_PORT_TYPE


|Ivga|cal:u1|bcd:u1|BCD4Adder:ua|F4a_adder:u1|f_adder:u4
ain => sum~0.IN0
ain => cout~0.IN0
ain => cout~1.IN0
bin => sum~0.IN1
bin => cout~0.IN1
bin => cout~3.IN0
cin => sum~1.IN0
cin => cout~1.IN1
cin => cout~3.IN1
cout <= cout~4.DB_MAX_OUTPUT_PORT_TYPE
sum <= sum~1.DB_MAX_OUTPUT_PORT_TYPE


|Ivga|cal:u1|bcd:u1|BCD4Adder:ua|F4a_adder:u2
a[0] => f_adder:u1.ain
a[1] => f_adder:u2.ain
a[2] => f_adder:u3.ain
a[3] => f_adder:u4.ain
b[0] => f_adder:u1.bin
b[1] => f_adder:u2.bin
b[2] => f_adder:u3.bin
b[3] => f_adder:u4.bin
s[0] <= f_adder:u1.sum
s[1] <= f_adder:u2.sum
s[2] <= f_adder:u3.sum
s[3] <= f_adder:u4.sum
carry <= f_adder:u4.cout


|Ivga|cal:u1|bcd:u1|BCD4Adder:ua|F4a_adder:u2|f_adder:u1
ain => sum~0.IN0
ain => cout~0.IN0
ain => cout~1.IN0
bin => sum~0.IN1
bin => cout~0.IN1
bin => cout~3.IN0
cin => sum~1.IN0
cin => cout~1.IN1
cin => cout~3.IN1
cout <= cout~4.DB_MAX_OUTPUT_PORT_TYPE
sum <= sum~1.DB_MAX_OUTPUT_PORT_TYPE


|Ivga|cal:u1|bcd:u1|BCD4Adder:ua|F4a_adder:u2|f_adder:u2
ain => sum~0.IN0
ain => cout~0.IN0
ain => cout~1.IN0
bin => sum~0.IN1
bin => cout~0.IN1
bin => cout~3.IN0
cin => sum~1.IN0
cin => cout~1.IN1
cin => cout~3.IN1
cout <= cout~4.DB_MAX_OUTPUT_PORT_TYPE
sum <= sum~1.DB_MAX_OUTPUT_PORT_TYPE


|Ivga|cal:u1|bcd:u1|BCD4Adder:ua|F4a_adder:u2|f_adder:u3
ain => sum~0.IN0
ain => cout~0.IN0
ain => cout~1.IN0
bin => sum~0.IN1
bin => cout~0.IN1
bin => cout~3.IN0
cin => sum~1.IN0
cin => cout~1.IN1
cin => cout~3.IN1
cout <= cout~4.DB_MAX_OUTPUT_PORT_TYPE
sum <= sum~1.DB_MAX_OUTPUT_PORT_TYPE


|Ivga|cal:u1|bcd:u1|BCD4Adder:ua|F4a_adder:u2|f_adder:u4
ain => sum~0.IN0
ain => cout~0.IN0
ain => cout~1.IN0
bin => sum~0.IN1
bin => cout~0.IN1
bin => cout~3.IN0
cin => sum~1.IN0
cin => cout~1.IN1
cin => cout~3.IN1
cout <= cout~4.DB_MAX_OUTPUT_PORT_TYPE
sum <= sum~1.DB_MAX_OUTPUT_PORT_TYPE


|Ivga|cal:u1|bcd:u1|BCD4suber:us
Sa[0] => F4a_adder:u2.a[0]
Sa[1] => F4a_adder:u2.a[1]
Sa[2] => F4a_adder:u2.a[2]
Sa[3] => F4a_adder:u2.a[3]
Sb[0] => Complementor:u1.num[0]
Sb[1] => Complementor:u1.num[1]
Sb[2] => Complementor:u1.num[2]
Sb[3] => Complementor:u1.num[3]
Ss[0] <= Ss~2.DB_MAX_OUTPUT_PORT_TYPE
Ss[1] <= Ss~5.DB_MAX_OUTPUT_PORT_TYPE
Ss[2] <= Ss~8.DB_MAX_OUTPUT_PORT_TYPE
Ss[3] <= Ss~11.DB_MAX_OUTPUT_PORT_TYPE
Ssgn <= F4a_adder:u2.carry


|Ivga|cal:u1|bcd:u1|BCD4suber:us|Complementor:u1
num[0] => F4a_adder:u.a[0]
num[1] => F4a_adder:u.a[1]
num[2] => F4a_adder:u.a[2]
num[3] => F4a_adder:u.a[3]
numout[0] <= F4a_adder:u.s[0]
numout[1] <= F4a_adder:u.s[1]
numout[2] <= F4a_adder:u.s[2]
numout[3] <= F4a_adder:u.s[3]


|Ivga|cal:u1|bcd:u1|BCD4suber:us|Complementor:u1|F4a_adder:u
a[0] => f_adder:u1.ain
a[1] => f_adder:u2.ain
a[2] => f_adder:u3.ain
a[3] => f_adder:u4.ain
b[0] => f_adder:u1.bin
b[1] => f_adder:u2.bin
b[2] => f_adder:u3.bin
b[3] => f_adder:u4.bin
s[0] <= f_adder:u1.sum
s[1] <= f_adder:u2.sum
s[2] <= f_adder:u3.sum
s[3] <= f_adder:u4.sum
carry <= f_adder:u4.cout


|Ivga|cal:u1|bcd:u1|BCD4suber:us|Complementor:u1|F4a_adder:u|f_adder:u1
ain => sum~0.IN0
ain => cout~0.IN0
ain => cout~1.IN0
bin => sum~0.IN1
bin => cout~0.IN1
bin => cout~3.IN0
cin => sum~1.IN0
cin => cout~1.IN1
cin => cout~3.IN1
cout <= cout~4.DB_MAX_OUTPUT_PORT_TYPE
sum <= sum~1.DB_MAX_OUTPUT_PORT_TYPE


|Ivga|cal:u1|bcd:u1|BCD4suber:us|Complementor:u1|F4a_adder:u|f_adder:u2
ain => sum~0.IN0
ain => cout~0.IN0
ain => cout~1.IN0
bin => sum~0.IN1
bin => cout~0.IN1
bin => cout~3.IN0
cin => sum~1.IN0
cin => cout~1.IN1
cin => cout~3.IN1
cout <= cout~4.DB_MAX_OUTPUT_PORT_TYPE
sum <= sum~1.DB_MAX_OUTPUT_PORT_TYPE


|Ivga|cal:u1|bcd:u1|BCD4suber:us|Complementor:u1|F4a_adder:u|f_adder:u3
ain => sum~0.IN0
ain => cout~0.IN0
ain => cout~1.IN0
bin => sum~0.IN1
bin => cout~0.IN1
bin => cout~3.IN0
cin => sum~1.IN0
cin => cout~1.IN1
cin => cout~3.IN1
cout <= cout~4.DB_MAX_OUTPUT_PORT_TYPE
sum <= sum~1.DB_MAX_OUTPUT_PORT_TYPE


|Ivga|cal:u1|bcd:u1|BCD4suber:us|Complementor:u1|F4a_adder:u|f_adder:u4
ain => sum~0.IN0
ain => cout~0.IN0
ain => cout~1.IN0
bin => sum~0.IN1
bin => cout~0.IN1
bin => cout~3.IN0
cin => sum~1.IN0
cin => cout~1.IN1
cin => cout~3.IN1
cout <= cout~4.DB_MAX_OUTPUT_PORT_TYPE
sum <= sum~1.DB_MAX_OUTPUT_PORT_TYPE


|Ivga|cal:u1|bcd:u1|BCD4suber:us|F4a_adder:u2
a[0] => f_adder:u1.ain
a[1] => f_adder:u2.ain
a[2] => f_adder:u3.ain
a[3] => f_adder:u4.ain
b[0] => f_adder:u1.bin
b[1] => f_adder:u2.bin
b[2] => f_adder:u3.bin
b[3] => f_adder:u4.bin
s[0] <= f_adder:u1.sum
s[1] <= f_adder:u2.sum
s[2] <= f_adder:u3.sum
s[3] <= f_adder:u4.sum
carry <= f_adder:u4.cout


|Ivga|cal:u1|bcd:u1|BCD4suber:us|F4a_adder:u2|f_adder:u1
ain => sum~0.IN0
ain => cout~0.IN0
ain => cout~1.IN0
bin => sum~0.IN1
bin => cout~0.IN1
bin => cout~3.IN0
cin => sum~1.IN0
cin => cout~1.IN1
cin => cout~3.IN1
cout <= cout~4.DB_MAX_OUTPUT_PORT_TYPE
sum <= sum~1.DB_MAX_OUTPUT_PORT_TYPE


|Ivga|cal:u1|bcd:u1|BCD4suber:us|F4a_adder:u2|f_adder:u2
ain => sum~0.IN0
ain => cout~0.IN0
ain => cout~1.IN0
bin => sum~0.IN1
bin => cout~0.IN1
bin => cout~3.IN0
cin => sum~1.IN0
cin => cout~1.IN1
cin => cout~3.IN1
cout <= cout~4.DB_MAX_OUTPUT_PORT_TYPE
sum <= sum~1.DB_MAX_OUTPUT_PORT_TYPE


|Ivga|cal:u1|bcd:u1|BCD4suber:us|F4a_adder:u2|f_adder:u3
ain => sum~0.IN0
ain => cout~0.IN0
ain => cout~1.IN0
bin => sum~0.IN1
bin => cout~0.IN1