bypass_adder.map.eqn

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-- Copyright (C) 1991-2005 Altera Corporation
-- Your use of Altera Corporation's design tools, logic functions 
-- and other software and tools, and its AMPP partner logic 
-- functions, and any output files any of the foregoing 
-- (including device programming or simulation files), and any 
-- associated documentation or information are expressly subject 
-- to the terms and conditions of the Altera Program License 
-- Subscription Agreement, Altera MegaCore Function License 
-- Agreement, or other applicable license agreement, including, 
-- without limitation, that your use is for the sole purpose of 
-- programming logic devices manufactured by Altera and sold by 
-- Altera or its authorized distributors.  Please refer to the 
-- applicable agreement for further details.
--C1L2 is Fa:\G2:0:l2|Si~14
--operation mode is normal

C1L2 = Ci $ B[0] $ A[0];


--C1L1 is Fa:\G2:0:l2|Coi~72
--operation mode is normal

C1L1 = Ci & (B[0] # A[0]) # !Ci & B[0] & A[0];


--C2_Si is Fa:\G2:1:l2|Si
--operation mode is normal

C2_Si = C1L1 $ B[1] $ A[1];


--C2L1 is Fa:\G2:1:l2|Coi~131
--operation mode is normal

C2L1 = C1L1 & (B[1] # A[1]) # !C1L1 & B[1] & A[1];


--C3_Si is Fa:\G2:2:l2|Si
--operation mode is normal

C3_Si = C2L1 $ B[2] $ A[2];


--C3L1 is Fa:\G2:2:l2|Coi~180
--operation mode is normal

C3L1 = C2L1 & (B[2] # A[2]) # !C2L1 & B[2] & A[2];


--C4_Si is Fa:\G2:3:l2|Si
--operation mode is normal

C4_Si = C3L1 $ B[3] $ A[3];


--C4L1 is Fa:\G2:3:l2|Coi~72
--operation mode is normal

C4L1 = C3L1 & (B[3] # A[3]) # !C3L1 & B[3] & A[3];


--C5_Si is Fa:\G2:4:l2|Si
--operation mode is normal

C5_Si = C4L1 $ B[4] $ A[4];


--C5L1 is Fa:\G2:4:l2|Coi~72
--operation mode is normal

C5L1 = C4L1 & (B[4] # A[4]) # !C4L1 & B[4] & A[4];


--C6_Si is Fa:\G2:5:l2|Si
--operation mode is normal

C6_Si = C5L1 $ B[5] $ A[5];


--C6L1 is Fa:\G2:5:l2|Coi~72
--operation mode is normal

C6L1 = C5L1 & (B[5] # A[5]) # !C5L1 & B[5] & A[5];


--C7_Si is Fa:\G2:6:l2|Si
--operation mode is normal

C7_Si = C6L1 $ B[6] $ A[6];


--C7L1 is Fa:\G2:6:l2|Coi~72
--operation mode is normal

C7L1 = C6L1 & (B[6] # A[6]) # !C6L1 & B[6] & A[6];


--C8_Si is Fa:\G2:7:l2|Si
--operation mode is normal

C8_Si = C7L1 $ B[7] $ A[7];


--C8L1 is Fa:\G2:7:l2|Coi~72
--operation mode is normal

C8L1 = C7L1 & (B[7] # A[7]) # !C7L1 & B[7] & A[7];


--C9_Si is Fa:\G2:8:l2|Si
--operation mode is normal

C9_Si = C8L1 $ B[8] $ A[8];


--C9L1 is Fa:\G2:8:l2|Coi~72
--operation mode is normal

C9L1 = C8L1 & (B[8] # A[8]) # !C8L1 & B[8] & A[8];


--C10_Si is Fa:\G2:9:l2|Si
--operation mode is normal

C10_Si = C9L1 $ B[9] $ A[9];


--C10L1 is Fa:\G2:9:l2|Coi~72
--operation mode is normal

C10L1 = C9L1 & (B[9] # A[9]) # !C9L1 & B[9] & A[9];


--C11_Si is Fa:\G2:10:l2|Si
--operation mode is normal

C11_Si = C10L1 $ B[10] $ A[10];


--C11L1 is Fa:\G2:10:l2|Coi~72
--operation mode is normal

C11L1 = C10L1 & (B[10] # A[10]) # !C10L1 & B[10] & A[10];


--C12_Si is Fa:\G2:11:l2|Si
--operation mode is normal

C12_Si = C11L1 $ B[11] $ A[11];


--C12L1 is Fa:\G2:11:l2|Coi~72
--operation mode is normal

C12L1 = C11L1 & (B[11] # A[11]) # !C11L1 & B[11] & A[11];


--C13_Si is Fa:\G2:12:l2|Si
--operation mode is normal

C13_Si = C12L1 $ B[12] $ A[12];


--C13L1 is Fa:\G2:12:l2|Coi~72
--operation mode is normal

C13L1 = C12L1 & (B[12] # A[12]) # !C12L1 & B[12] & A[12];


--C14_Si is Fa:\G2:13:l2|Si
--operation mode is normal

C14_Si = C13L1 $ B[13] $ A[13];


--C14L1 is Fa:\G2:13:l2|Coi~72
--operation mode is normal

C14L1 = C13L1 & (B[13] # A[13]) # !C13L1 & B[13] & A[13];


--C15_Si is Fa:\G2:14:l2|Si
--operation mode is normal

C15_Si = C14L1 $ B[14] $ A[14];


--C15L1 is Fa:\G2:14:l2|Coi~72
--operation mode is normal

C15L1 = C14L1 & (B[14] # A[14]) # !C14L1 & B[14] & A[14];


--C16_Si is Fa:\G2:15:l2|Si
--operation mode is normal

C16_Si = C15L1 $ B[15] $ A[15];


--C16L1 is Fa:\G2:15:l2|Coi~72
--operation mode is normal

C16L1 = C15L1 & (B[15] # A[15]) # !C15L1 & B[15] & A[15];


--C17_Si is Fa:\G2:16:l2|Si
--operation mode is normal

C17_Si = C16L1 $ B[16] $ A[16];


--C17L1 is Fa:\G2:16:l2|Coi~72
--operation mode is normal

C17L1 = C16L1 & (B[16] # A[16]) # !C16L1 & B[16] & A[16];


--C18_Si is Fa:\G2:17:l2|Si
--operation mode is normal

C18_Si = C17L1 $ B[17] $ A[17];


--C18L1 is Fa:\G2:17:l2|Coi~72
--operation mode is normal

C18L1 = C17L1 & (B[17] # A[17]) # !C17L1 & B[17] & A[17];


--C19_Si is Fa:\G2:18:l2|Si
--operation mode is normal

C19_Si = C18L1 $ B[18] $ A[18];


--C19L1 is Fa:\G2:18:l2|Coi~72
--operation mode is normal

C19L1 = C18L1 & (B[18] # A[18]) # !C18L1 & B[18] & A[18];


--C20_Si is Fa:\G2:19:l2|Si
--operation mode is normal

C20_Si = C19L1 $ B[19] $ A[19];


--C20L1 is Fa:\G2:19:l2|Coi~72
--operation mode is normal

C20L1 = C19L1 & (B[19] # A[19]) # !C19L1 & B[19] & A[19];


--C21_Si is Fa:\G2:20:l2|Si
--operation mode is normal

C21_Si = C20L1 $ B[20] $ A[20];


--C21L1 is Fa:\G2:20:l2|Coi~72
--operation mode is normal

C21L1 = C20L1 & (B[20] # A[20]) # !C20L1 & B[20] & A[20];


--C22_Si is Fa:\G2:21:l2|Si
--operation mode is normal

C22_Si = C21L1 $ B[21] $ A[21];


--C22L1 is Fa:\G2:21:l2|Coi~72
--operation mode is normal

C22L1 = C21L1 & (B[21] # A[21]) # !C21L1 & B[21] & A[21];


--C23_Si is Fa:\G2:22:l2|Si
--operation mode is normal

C23_Si = C22L1 $ B[22] $ A[22];


--C23L1 is Fa:\G2:22:l2|Coi~72
--operation mode is normal

C23L1 = C22L1 & (B[22] # A[22]) # !C22L1 & B[22] & A[22];


--C24_Si is Fa:\G2:23:l2|Si
--operation mode is normal

C24_Si = C23L1 $ B[23] $ A[23];


--C24L1 is Fa:\G2:23:l2|Coi~72
--operation mode is normal

C24L1 = C23L1 & (B[23] # A[23]) # !C23L1 & B[23] & A[23];


--C25_Si is Fa:\G2:24:l2|Si
--operation mode is normal

C25_Si = C24L1 $ B[24] $ A[24];


--C25L1 is Fa:\G2:24:l2|Coi~72
--operation mode is normal

C25L1 = C24L1 & (B[24] # A[24]) # !C24L1 & B[24] & A[24];


--C26_Si is Fa:\G2:25:l2|Si
--operation mode is normal

C26_Si = C25L1 $ B[25] $ A[25];


--C26L1 is Fa:\G2:25:l2|Coi~72
--operation mode is normal

C26L1 = C25L1 & (B[25] # A[25]) # !C25L1 & B[25] & A[25];


--C27_Si is Fa:\G2:26:l2|Si
--operation mode is normal

C27_Si = C26L1 $ B[26] $ A[26];


--C28L2 is Fa:\G2:27:l2|Si~179
--operation mode is normal

C28L2 = B[27] $ A[27];


--C28_Si is Fa:\G2:27:l2|Si
--operation mode is normal

C28_Si = C28L2 $ (C26L1 & (B[26] # A[26]) # !C26L1 & B[26] & A[26]);


--Ci is Ci
--operation mode is input

Ci = INPUT();


--B[0] is B[0]
--operation mode is input

B[0] = INPUT();


--A[0] is A[0]
--operation mode is input

A[0] = INPUT();


--B[1] is B[1]
--operation mode is input

B[1] = INPUT();


--A[1] is A[1]
--operation mode is input

A[1] = INPUT();


--B[2] is B[2]
--operation mode is input

B[2] = INPUT();


--A[2] is A[2]
--operation mode is input

A[2] = INPUT();


--B[3] is B[3]
--operation mode is input

B[3] = INPUT();


--A[3] is A[3]
--operation mode is input

A[3] = INPUT();


--B[4] is B[4]
--operation mode is input

B[4] = INPUT();


--A[4] is A[4]
--operation mode is input

A[4] = INPUT();


--B[5] is B[5]
--operation mode is input

B[5] = INPUT();


--A[5] is A[5]
--operation mode is input

A[5] = INPUT();


--B[6] is B[6]
--operation mode is input

B[6] = INPUT();


--A[6] is A[6]
--operation mode is input

A[6] = INPUT();


--B[7] is B[7]
--operation mode is input

B[7] = INPUT();


--A[7] is A[7]
--operation mode is input

A[7] = INPUT();


--B[8] is B[8]
--operation mode is input

B[8] = INPUT();


--A[8] is A[8]
--operation mode is input

A[8] = INPUT();


--B[9] is B[9]
--operation mode is input

B[9] = INPUT();


--A[9] is A[9]
--operation mode is input

A[9] = INPUT();


--B[10] is B[10]
--operation mode is input

B[10] = INPUT();


--A[10] is A[10]
--operation mode is input

A[10] = INPUT();


--B[11] is B[11]
--operation mode is input

B[11] = INPUT();


--A[11] is A[11]
--operation mode is input

A[11] = INPUT();


--B[12] is B[12]
--operation mode is input

B[12] = INPUT();


--A[12] is A[12]
--operation mode is input

A[12] = INPUT();


--B[13] is B[13]
--operation mode is input

B[13] = INPUT();


--A[13] is A[13]
--operation mode is input

A[13] = INPUT();


--B[14] is B[14]
--operation mode is input

B[14] = INPUT();


--A[14] is A[14]
--operation mode is input

A[14] = INPUT();


--B[15] is B[15]
--operation mode is input

B[15] = INPUT();


--A[15] is A[15]
--operation mode is input

A[15] = INPUT();


--B[16] is B[16]
--operation mode is input

B[16] = INPUT();


--A[16] is A[16]
--operation mode is input

A[16] = INPUT();


--B[17] is B[17]
--operation mode is input

B[17] = INPUT();


--A[17] is A[17]
--operation mode is input

A[17] = INPUT();


--B[18] is B[18]
--operation mode is input

B[18] = INPUT();


--A[18] is A[18]
--operation mode is input

A[18] = INPUT();


--B[19] is B[19]
--operation mode is input

B[19] = INPUT();


--A[19] is A[19]
--operation mode is input

A[19] = INPUT();


--B[20] is B[20]
--operation mode is input

B[20] = INPUT();


--A[20] is A[20]
--operation mode is input

A[20] = INPUT();


--B[21] is B[21]
--operation mode is input

B[21] = INPUT();


--A[21] is A[21]
--operation mode is input

A[21] = INPUT();


--B[22] is B[22]
--operation mode is input

B[22] = INPUT();


--A[22] is A[22]
--operation mode is input

A[22] = INPUT();


--B[23] is B[23]
--operation mode is input

B[23] = INPUT();


--A[23] is A[23]
--operation mode is input

A[23] = INPUT();


--B[24] is B[24]
--operation mode is input

B[24] = INPUT();


--A[24] is A[24]
--operation mode is input

A[24] = INPUT();


--B[25] is B[25]
--operation mode is input

B[25] = INPUT();


--A[25] is A[25]
--operation mode is input

A[25] = INPUT();


--B[26] is B[26]
--operation mode is input

B[26] = INPUT();


--A[26] is A[26]
--operation mode is input

A[26] = INPUT();


--B[27] is B[27]
--operation mode is input

B[27] = INPUT();


--A[27] is A[27]
--operation mode is input

A[27] = INPUT();


--Sum[0] is Sum[0]
--operation mode is output

Sum[0] = OUTPUT(C1L2);


--Sum[1] is Sum[1]
--operation mode is output

Sum[1] = OUTPUT(C2_Si);


--Sum[2] is Sum[2]
--operation mode is output

Sum[2] = OUTPUT(C3_Si);


--Sum[3] is Sum[3]
--operation mode is output

Sum[3] = OUTPUT(C4_Si);


--Sum[4] is Sum[4]
--operation mode is output

Sum[4] = OUTPUT(C5_Si);


--Sum[5] is Sum[5]
--operation mode is output

Sum[5] = OUTPUT(C6_Si);


--Sum[6] is Sum[6]
--operation mode is output

Sum[6] = OUTPUT(C7_Si);


--Sum[7] is Sum[7]
--operation mode is output

Sum[7] = OUTPUT(C8_Si);


--Sum[8] is Sum[8]
--operation mode is output

Sum[8] = OUTPUT(C9_Si);


--Sum[9] is Sum[9]
--operation mode is output

Sum[9] = OUTPUT(C10_Si);


--Sum[10] is Sum[10]
--operation mode is output

Sum[10] = OUTPUT(C11_Si);


--Sum[11] is Sum[11]
--operation mode is output

Sum[11] = OUTPUT(C12_Si);


--Sum[12] is Sum[12]
--operation mode is output

Sum[12] = OUTPUT(C13_Si);


--Sum[13] is Sum[13]
--operation mode is output

Sum[13] = OUTPUT(C14_Si);


--Sum[14] is Sum[14]
--operation mode is output

Sum[14] = OUTPUT(C15_Si);


--Sum[15] is Sum[15]
--operation mode is output

Sum[15] = OUTPUT(C16_Si);


--Sum[16] is Sum[16]
--operation mode is output

Sum[16] = OUTPUT(C17_Si);


--Sum[17] is Sum[17]
--operation mode is output

Sum[17] = OUTPUT(C18_Si);


--Sum[18] is Sum[18]
--operation mode is output

Sum[18] = OUTPUT(C19_Si);


--Sum[19] is Sum[19]
--operation mode is output

Sum[19] = OUTPUT(C20_Si);


--Sum[20] is Sum[20]
--operation mode is output

Sum[20] = OUTPUT(C21_Si);


--Sum[21] is Sum[21]
--operation mode is output

Sum[21] = OUTPUT(C22_Si);


--Sum[22] is Sum[22]
--operation mode is output

Sum[22] = OUTPUT(C23_Si);


--Sum[23] is Sum[23]
--operation mode is output

Sum[23] = OUTPUT(C24_Si);


--Sum[24] is Sum[24]
--operation mode is output

Sum[24] = OUTPUT(C25_Si);


--Sum[25] is Sum[25]
--operation mode is output

Sum[25] = OUTPUT(C26_Si);


--Sum[26] is Sum[26]
--operation mode is output

Sum[26] = OUTPUT(C27_Si);


--Sum[27] is Sum[27]
--operation mode is output

Sum[27] = OUTPUT(C28_Si);


--Co is Co
--operation mode is output

Co = OUTPUT(C8L1);