cpu_mm_manager3.fit.eqn

利用VHDL语言描述的一个简单微处理器,可以通过修改源码来调整指令集,可以在Quartus II上直接运行和编译.

--MM_RE_6[2] is MM_RE_6[2] at LC_X34_Y27_N2
--operation mode is normal

MM_RE_6[2]_lut_out = !A1L855;
MM_RE_6[2] = DFFEA(MM_RE_6[2]_lut_out, GLOBAL(clk), GLOBAL(reset), , A1L732, , );


--A1L083 is Mux~1209 at LC_X34_Y26_N9
--operation mode is normal

MM_RE_4[2]_qfbk = MM_RE_4[2];
A1L083 = AddrR_out[2] & (AddrR_out[3] # !MM_RE_6[2]) # !AddrR_out[2] & !AddrR_out[3] & MM_RE_4[2]_qfbk;

--MM_RE_4[2] is MM_RE_4[2] at LC_X34_Y26_N9
--operation mode is normal

MM_RE_4[2]_sload_eqn = A1L855;
MM_RE_4[2] = DFFEA(MM_RE_4[2]_sload_eqn, GLOBAL(clk), GLOBAL(reset), , A1L712, , );


--A1L183 is Mux~1210 at LC_X35_Y27_N2
--operation mode is normal

MM_RE_7[2]_qfbk = MM_RE_7[2];
A1L183 = A1L083 & (MM_RE_7[2]_qfbk # !AddrR_out[3]) # !A1L083 & !MM_RE_5[2] & AddrR_out[3];

--MM_RE_7[2] is MM_RE_7[2] at LC_X35_Y27_N2
--operation mode is normal

MM_RE_7[2]_sload_eqn = A1L855;
MM_RE_7[2] = DFFEA(MM_RE_7[2]_sload_eqn, GLOBAL(clk), GLOBAL(reset), , A1L742, , );


--MM_RE_2[2] is MM_RE_2[2] at LC_X31_Y26_N0
--operation mode is normal

MM_RE_2[2]_lut_out = !A1L855;
MM_RE_2[2] = DFFEA(MM_RE_2[2]_lut_out, GLOBAL(clk), GLOBAL(reset), , A1L791, , );


--MM_RE_0[2] is MM_RE_0[2] at LC_X32_Y26_N6
--operation mode is normal

MM_RE_0[2]_lut_out = !A1L855;
MM_RE_0[2] = DFFEA(MM_RE_0[2]_lut_out, GLOBAL(clk), GLOBAL(reset), , A1L771, , );


--A1L873 is Mux~1207 at LC_X31_Y25_N5
--operation mode is normal

MM_RE_1[2]_qfbk = MM_RE_1[2];
A1L873 = AddrR_out[3] & (MM_RE_1[2]_qfbk # AddrR_out[2]) # !AddrR_out[3] & !MM_RE_0[2] & !AddrR_out[2];

--MM_RE_1[2] is MM_RE_1[2] at LC_X31_Y25_N5
--operation mode is normal

MM_RE_1[2]_sload_eqn = A1L855;
MM_RE_1[2] = DFFEA(MM_RE_1[2]_sload_eqn, GLOBAL(clk), GLOBAL(reset), , A1L781, , );


--A1L973 is Mux~1208 at LC_X32_Y25_N1
--operation mode is normal

MM_RE_3[2]_qfbk = MM_RE_3[2];
A1L973 = A1L873 & (MM_RE_3[2]_qfbk # !AddrR_out[2]) # !A1L873 & !MM_RE_2[2] & AddrR_out[2];

--MM_RE_3[2] is MM_RE_3[2] at LC_X32_Y25_N1
--operation mode is normal

MM_RE_3[2]_sload_eqn = A1L855;
MM_RE_3[2] = DFFEA(MM_RE_3[2]_sload_eqn, GLOBAL(clk), GLOBAL(reset), , A1L702, , );


--A1L773 is Mux~1205 at LC_X32_Y25_N2
--operation mode is normal

A1L773 = AddrR_out[1] & (AddrR_out[0] # A1L183) # !AddrR_out[1] & !AddrR_out[0] & A1L973;


--MM_RE_C[2] is MM_RE_C[2] at LC_X32_Y23_N8
--operation mode is normal

MM_RE_C[2]_sload_eqn = A1L855;
MM_RE_C[2] = DFFEA(MM_RE_C[2]_sload_eqn, GLOBAL(clk), GLOBAL(reset), , A1L792, , );


--A1L483 is Mux~1213 at LC_X32_Y27_N7
--operation mode is normal

MM_RE_E[2]_qfbk = MM_RE_E[2];
A1L483 = AddrR_out[2] & (AddrR_out[3] # MM_RE_E[2]_qfbk) # !AddrR_out[2] & !AddrR_out[3] & MM_RE_C[2];

--MM_RE_E[2] is MM_RE_E[2] at LC_X32_Y27_N7
--operation mode is normal

MM_RE_E[2]_sload_eqn = A1L855;
MM_RE_E[2] = DFFEA(MM_RE_E[2]_sload_eqn, GLOBAL(clk), GLOBAL(reset), , A1L713, , );


--MM_RE_F[2] is MM_RE_F[2] at LC_X33_Y27_N9
--operation mode is normal

MM_RE_F[2]_sload_eqn = A1L855;
MM_RE_F[2] = DFFEA(MM_RE_F[2]_sload_eqn, GLOBAL(clk), GLOBAL(reset), , A1L723, , );


--A1L583 is Mux~1214 at LC_X33_Y26_N7
--operation mode is normal

MM_RE_D[2]_qfbk = MM_RE_D[2];
A1L583 = A1L483 & (MM_RE_F[2] # !AddrR_out[3]) # !A1L483 & AddrR_out[3] & MM_RE_D[2]_qfbk;

--MM_RE_D[2] is MM_RE_D[2] at LC_X33_Y26_N7
--operation mode is normal

MM_RE_D[2]_sload_eqn = A1L855;
MM_RE_D[2] = DFFEA(MM_RE_D[2]_sload_eqn, GLOBAL(clk), GLOBAL(reset), , A1L703, , );


--R_out[2] is R_out[2] at LC_X34_Y21_N6
--operation mode is normal

R_out[2]_lut_out = A1L353 & (R_out[2] # R_to_ALU[0]) # !A1L353 & R2[2] & !R_to_ALU[0];
R_out[2] = DFFEA(R_out[2]_lut_out, GLOBAL(clk), VCC, , reset, , );


--A1L411 is DataOut[2]~218 at LC_X34_Y21_N7
--operation mode is normal

A1L411 = LCELL(R_out[2] & (A1L411 # DataOut_to_bus) # !R_out[2] & A1L411 & !DataOut_to_bus);


--MM_RE_6[3] is MM_RE_6[3] at LC_X34_Y27_N8
--operation mode is normal

MM_RE_6[3]_lut_out = !A1L065;
MM_RE_6[3] = DFFEA(MM_RE_6[3]_lut_out, GLOBAL(clk), GLOBAL(reset), , A1L732, , );


--A1L983 is Mux~1219 at LC_X34_Y26_N3
--operation mode is normal

MM_RE_4[3]_qfbk = MM_RE_4[3];
A1L983 = AddrR_out[2] & (AddrR_out[3] # !MM_RE_6[3]) # !AddrR_out[2] & !AddrR_out[3] & MM_RE_4[3]_qfbk;

--MM_RE_4[3] is MM_RE_4[3] at LC_X34_Y26_N3
--operation mode is normal

MM_RE_4[3]_sload_eqn = A1L065;
MM_RE_4[3] = DFFEA(MM_RE_4[3]_sload_eqn, GLOBAL(clk), GLOBAL(reset), , A1L712, , );


--MM_RE_7[3] is MM_RE_7[3] at LC_X35_Y27_N7
--operation mode is normal

MM_RE_7[3]_lut_out = !A1L065;
MM_RE_7[3] = DFFEA(MM_RE_7[3]_lut_out, GLOBAL(clk), GLOBAL(reset), , A1L742, , );


--A1L093 is Mux~1220 at LC_X35_Y27_N1
--operation mode is normal

MM_RE_5[3]_qfbk = MM_RE_5[3];
A1L093 = A1L983 & (!AddrR_out[3] # !MM_RE_7[3]) # !A1L983 & AddrR_out[3] & MM_RE_5[3]_qfbk;

--MM_RE_5[3] is MM_RE_5[3] at LC_X35_Y27_N1
--operation mode is normal

MM_RE_5[3]_sload_eqn = A1L065;
MM_RE_5[3] = DFFEA(MM_RE_5[3]_sload_eqn, GLOBAL(clk), GLOBAL(reset), , A1L722, , );


--MM_RE_8[3] is MM_RE_8[3] at LC_X35_Y24_N7
--operation mode is normal

MM_RE_8[3]_lut_out = !A1L065;
MM_RE_8[3] = DFFEA(MM_RE_8[3]_lut_out, GLOBAL(clk), GLOBAL(reset), , A1L752, , );


--A1L193 is Mux~1221 at LC_X34_Y24_N5
--operation mode is normal

MM_RE_9[3]_qfbk = MM_RE_9[3];
A1L193 = AddrR_out[3] & (AddrR_out[2] # MM_RE_9[3]_qfbk) # !AddrR_out[3] & !AddrR_out[2] & !MM_RE_8[3];

--MM_RE_9[3] is MM_RE_9[3] at LC_X34_Y24_N5
--operation mode is normal

MM_RE_9[3]_sload_eqn = A1L065;
MM_RE_9[3] = DFFEA(MM_RE_9[3]_sload_eqn, GLOBAL(clk), GLOBAL(reset), , A1L762, , );


--A1L293 is Mux~1222 at LC_X33_Y22_N3
--operation mode is normal

MM_RE_A[3]_qfbk = MM_RE_A[3];
A1L293 = A1L193 & (MM_RE_B[3] # !AddrR_out[2]) # !A1L193 & MM_RE_A[3]_qfbk & AddrR_out[2];

--MM_RE_A[3] is MM_RE_A[3] at LC_X33_Y22_N3
--operation mode is normal

MM_RE_A[3]_sload_eqn = A1L065;
MM_RE_A[3] = DFFEA(MM_RE_A[3]_sload_eqn, GLOBAL(clk), GLOBAL(reset), , A1L772, , );


--MM_RE_2[3] is MM_RE_2[3] at LC_X31_Y26_N5
--operation mode is normal

MM_RE_2[3]_lut_out = !A1L065;
MM_RE_2[3] = DFFEA(MM_RE_2[3]_lut_out, GLOBAL(clk), GLOBAL(reset), , A1L791, , );


--MM_RE_1[3] is MM_RE_1[3] at LC_X31_Y25_N8
--operation mode is normal

MM_RE_1[3]_lut_out = !A1L065;
MM_RE_1[3] = DFFEA(MM_RE_1[3]_lut_out, GLOBAL(clk), GLOBAL(reset), , A1L781, , );


--A1L783 is Mux~1217 at LC_X32_Y27_N8
--operation mode is normal

MM_RE_0[3]_qfbk = MM_RE_0[3];
A1L783 = AddrR_out[3] & (AddrR_out[2] # !MM_RE_1[3]) # !AddrR_out[3] & MM_RE_0[3]_qfbk & !AddrR_out[2];

--MM_RE_0[3] is MM_RE_0[3] at LC_X32_Y27_N8
--operation mode is normal

MM_RE_0[3]_sload_eqn = A1L065;
MM_RE_0[3] = DFFEA(MM_RE_0[3]_sload_eqn, GLOBAL(clk), GLOBAL(reset), , A1L771, , );


--A1L883 is Mux~1218 at LC_X32_Y25_N0
--operation mode is normal

MM_RE_3[3]_qfbk = MM_RE_3[3];
A1L883 = A1L783 & (MM_RE_3[3]_qfbk # !AddrR_out[2]) # !A1L783 & AddrR_out[2] & !MM_RE_2[3];

--MM_RE_3[3] is MM_RE_3[3] at LC_X32_Y25_N0
--operation mode is normal

MM_RE_3[3]_sload_eqn = A1L065;
MM_RE_3[3] = DFFEA(MM_RE_3[3]_sload_eqn, GLOBAL(clk), GLOBAL(reset), , A1L702, , );


--A1L683 is Mux~1215 at LC_X33_Y22_N9
--operation mode is normal

A1L683 = AddrR_out[0] & (A1L293 # AddrR_out[1]) # !AddrR_out[0] & A1L883 & !AddrR_out[1];


--MM_RE_C[3] is MM_RE_C[3] at LC_X32_Y23_N3
--operation mode is normal

MM_RE_C[3]_lut_out = A1L065;
MM_RE_C[3] = DFFEA(MM_RE_C[3]_lut_out, GLOBAL(clk), GLOBAL(reset), , A1L792, , );


--A1L393 is Mux~1223 at LC_X32_Y27_N6
--operation mode is normal

MM_RE_E[3]_qfbk = MM_RE_E[3];
A1L393 = AddrR_out[2] & (MM_RE_E[3]_qfbk # AddrR_out[3]) # !AddrR_out[2] & MM_RE_C[3] & !AddrR_out[3];

--MM_RE_E[3] is MM_RE_E[3] at LC_X32_Y27_N6
--operation mode is normal

MM_RE_E[3]_sload_eqn = A1L065;
MM_RE_E[3] = DFFEA(MM_RE_E[3]_sload_eqn, GLOBAL(clk), GLOBAL(reset), , A1L713, , );


--MM_RE_F[3] is MM_RE_F[3] at LC_X33_Y27_N5
--operation mode is normal

MM_RE_F[3]_sload_eqn = A1L065;
MM_RE_F[3] = DFFEA(MM_RE_F[3]_sload_eqn, GLOBAL(clk), GLOBAL(reset), , A1L723, , );


--A1L493 is Mux~1224 at LC_X33_Y27_N1
--operation mode is normal

MM_RE_D[3]_qfbk = MM_RE_D[3];
A1L493 = A1L393 & (MM_RE_F[3] # !AddrR_out[3]) # !A1L393 & AddrR_out[3] & MM_RE_D[3]_qfbk;

--MM_RE_D[3] is MM_RE_D[3] at LC_X33_Y27_N1
--operation mode is normal

MM_RE_D[3]_sload_eqn = A1L065;
MM_RE_D[3] = DFFEA(MM_RE_D[3]_sload_eqn, GLOBAL(clk), GLOBAL(reset), , A1L703, , );


--R_out[3] is R_out[3] at LC_X36_Y21_N5
--operation mode is normal

R_out[3]_lut_out = A1L453 & (R_to_ALU[1] # R_out[3]) # !A1L453 & !R_to_ALU[1] & R1[3];
R_out[3] = DFFEA(R_out[3]_lut_out, GLOBAL(clk), VCC, , reset, , );


--A1L611 is DataOut[3]~219 at LC_X36_Y21_N8
--operation mode is normal

A1L611 = LCELL(A1L611 & (R_out[3] # !DataOut_to_bus) # !A1L611 & R_out[3] & DataOut_to_bus);


--A1L004 is Mux~1231 at LC_X34_Y24_N2
--operation mode is normal

MM_RE_9[4]_qfbk = MM_RE_9[4];
A1L004 = AddrR_out[3] & (AddrR_out[2] # MM_RE_9[4]_qfbk) # !AddrR_out[3] & !AddrR_out[2] & MM_RE_8[4];

--MM_RE_9[4] is MM_RE_9[4] at LC_X34_Y24_N2
--operation mode is normal

MM_RE_9[4]_sload_eqn = A1L265;
MM_RE_9[4] = DFFEA(MM_RE_9[4]_sload_eqn, GLOBAL(clk), GLOBAL(reset), , A1L762, , );


--MM_RE_B[4] is MM_RE_B[4] at LC_X32_Y24_N0
--operation mode is normal

MM_RE_B[4]_sload_eqn = A1L265;
MM_RE_B[4] = DFFEA(MM_RE_B[4]_sload_eqn, GLOBAL(clk), GLOBAL(reset), , A1L782, , );


--A1L104 is Mux~1232 at LC_X32_Y24_N3
--operation mode is normal

MM_RE_A[4]_qfbk = MM_RE_A[4];
A1L104 = A1L004 & (MM_RE_B[4] # !AddrR_out[2]) # !A1L004 & AddrR_out[2] & MM_RE_A[4]_qfbk;

--MM_RE_A[4] is MM_RE_A[4] at LC_X32_Y24_N3
--operation mode is normal

MM_RE_A[4]_sload_eqn = A1L265;
MM_RE_A[4] = DFFEA(MM_RE_A[4]_sload_eqn, GLOBAL(clk), GLOBAL(reset), , A1L772, , );


--MM_RE_4[4] is MM_RE_4[4] at LC_X34_Y26_N8
--operation mode is normal

MM_RE_4[4]_lut_out = A1L265;
MM_RE_4[4] = DFFEA(MM_RE_4[4]_lut_out, GLOBAL(clk), GLOBAL(reset), , A1L712, , );


--A1L893 is Mux~1229 at LC_X34_Y27_N5
--operation mode is normal

MM_RE_6[4]_qfbk = MM_RE_6[4];
A1L893 = AddrR_out[2] & (AddrR_out[3] # MM_RE_6[4]_qfbk) # !AddrR_out[2] & !AddrR_out[3] & MM_RE_4[4];

--MM_RE_6[4] is MM_RE_6[4] at LC_X34_Y27_N5
--operation mode is normal

MM_RE_6[4]_sload_eqn = A1L265;
MM_RE_6[4] = DFFEA(MM_RE_6[4]_sload_eqn, GLOBAL(clk), GLOBAL(reset), , A1L732, , );


--MM_RE_7[4] is MM_RE_7[4] at LC_X35_Y27_N0
--operation mode is normal

MM_RE_7[4]_sload_eqn = A1L265;
MM_RE_7[4] = DFFEA(MM_RE_7[4]_sload_eqn, GLOBAL(clk), GLOBAL(reset), , A1L742, , );


--A1L993 is Mux~1230 at LC_X35_Y27_N9
--operation mode is normal

MM_RE_5[4]_qfbk = MM_RE_5[4];
A1L993 = A1L893 & (MM_RE_7[4] # !AddrR_out[3]) # !A1L893 & MM_RE_5[4]_qfbk & AddrR_out[3];

--MM_RE_5[4] is MM_RE_5[4] at LC_X35_Y27_N9
--operation mode is normal

MM_RE_5[4]_sload_eqn = A1L265;
MM_RE_5[4] = DFFEA(MM_RE_5[4]_sload_eqn, GLOBAL(clk), GLOBAL(reset), , A1L722, , );


--MM_RE_1[4] is MM_RE_1[4] at LC_X31_Y25_N4
--operation mode is normal

MM_RE_1[4]_lut_out = !A1L265;
MM_RE_1[4] = DFFEA(MM_RE_1[4]_lut_out, GLOBAL(clk), GLOBAL(reset), , A1L781, , );


--MM_RE_0[4] is MM_RE_0[4] at LC_X32_Y26_N5
--operation mode is normal

MM_RE_0[4]_lut_out = !A1L265;
MM_RE_0[4] = DFFEA(MM_RE_0[4]_lut_out, GLOBAL(clk), GLOBAL(reset), , A1L771, , );


--A1L693 is Mux~1227 at LC_X32_Y24_N6
--operation mode is normal

A1L693 = AddrR_out[3] & (AddrR_out[2] # !MM_RE_1[4]) # !AddrR_out[3] & !AddrR_out[2] & !MM_RE_0[4];


--MM_RE_3[4] is MM_RE_3[4] at LC_X33_Y25_N6
--operation mode is normal

MM_RE_3[4]_sload_eqn = A1L265;
MM_RE_3[4] = DFFEA(MM_RE_3[4]_sload_eqn, GLOBAL(clk), GLOBAL(reset), , A1L702, , );


--A1L793 is Mux~1228 at LC_X33_Y24_N2
--operation mode is normal

MM_RE_2[4]_qfbk = MM_RE_2[4];
A1L793 = A1L693 & (MM_RE_3[4] # !AddrR_out[2]) # !A1L693 & AddrR_out[2] & MM_RE_2[4]_qfbk;

--MM_RE_2[4] is MM_RE_2[4] at LC_X33_Y24_N2
--operation mode is normal

MM_RE_2[4]_sload_eqn = A1L265;
MM_RE_2[4] = DFFEA(MM_RE_2[4]_sload_eqn, GLOBAL(clk), GLOBAL(reset), , A1L791, , );


--A1L593 is Mux~1225 at LC_X33_Y24_N5
--operation mode is normal

A1L593 = AddrR_out[1] & (A1L993 # AddrR_out[0]) # !AddrR_out[1] & !AddrR_out[0] & A1L793;


--MM_RE_C[4] is MM_RE_C[4] at LC_X32_Y23_N6
--operation mode is normal

MM_RE_C[4]_sload_eqn = A1L265;
MM_RE_C[4] = DFFEA(MM_RE_C[4]_sload_eqn, GLOBAL(clk), GLOBAL(reset), , A1L792, , );


--A1L204 is Mux~1233 at LC_X32_Y27_N5
--operation mode is normal

MM_RE_E[4]_qfbk = MM_RE_E[4];
A1L204 = AddrR_out[2] & (AddrR_out[3] # MM_RE_E[4]_qfbk) # !AddrR_out[2] & !AddrR_out[3] & MM_RE_C[4];

--MM_RE_E[4] is MM_RE_E[4] at LC_X32_Y27_N5
--operation mode is normal

MM_RE_E[4]_sload_eqn = A1L265;
MM_RE_E[4] = DFFEA(MM_RE_E[4]_sload_eqn, GLOBAL(clk), GLOBAL(reset), , A1L713, , );


--MM_RE_F[4] is MM_RE_F[4] at LC_X33_Y27_N0
--operation mode is normal

MM_RE_F[4]_sload_eqn = A1L265;
MM_RE_F[4] = DFFEA(MM_RE_F[4]_sload_eqn, GLOBAL(clk), GLOBAL(reset), , A1L723, , );


--A1L304 is Mux~1234 at LC_X33_Y27_N2
--operation mode is normal

MM_RE_D[4]_qfbk = MM_RE_D[4];
A1L304 = A1L204 & (MM_RE_F[4] # !AddrR_out[3]) # !A1L204 & AddrR_out[3] & MM_RE_D[4]_qfbk;

--MM_RE_D[4] is MM_RE_D[4] at LC_X33_Y27_N2
--operation mode is normal

MM_RE_D[4]_sload_eqn = A1L265;
MM_RE_D[4] = DFFEA(MM_RE_D[4]_sload_eqn, GLOBAL(clk), GLOBAL(reset), , A1L703, , );


--R_out[4] is R_out[4] at LC_X40_Y22_N1
--operation mode is normal

R_out[4]_lut_out = A1L553 & (R_out[4] # R_to_ALU[0]) # !A1L553 & !R_to_ALU[0] & R2[4];