rom.fit.eqn

基于ROM的正弦波发生器的设计:使用MATLAB得到这64个波形数据

-- 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.
--D1_outdata[0] is lock:u2|outdata[0] at LCFF_X34_Y35_N17
D1_outdata[0] = DFFEAS(C1L3, GLOBAL(A1L2),  ,  ,  ,  ,  ,  ,  );


--D1_outdata[1] is lock:u2|outdata[1] at LCFF_X35_Y35_N1
D1_outdata[1] = DFFEAS(C1L8, GLOBAL(A1L2),  ,  ,  ,  ,  ,  ,  );


--D1_outdata[2] is lock:u2|outdata[2] at LCFF_X35_Y35_N5
D1_outdata[2] = DFFEAS(C1L31, GLOBAL(A1L2),  ,  ,  ,  ,  ,  ,  );


--D1_outdata[3] is lock:u2|outdata[3] at LCFF_X34_Y35_N1
D1_outdata[3] = DFFEAS(C1L81, GLOBAL(A1L2),  ,  ,  ,  ,  ,  ,  );


--D1_outdata[4] is lock:u2|outdata[4] at LCFF_X34_Y35_N9
D1_outdata[4] = DFFEAS(C1L12, GLOBAL(A1L2),  ,  ,  ,  ,  ,  ,  );


--D1_outdata[5] is lock:u2|outdata[5] at LCFF_X34_Y35_N25
D1_outdata[5] = DFFEAS(C1L42, GLOBAL(A1L2),  ,  ,  ,  ,  ,  ,  );


--D1_outdata[6] is lock:u2|outdata[6] at LCFF_X34_Y35_N21
D1_outdata[6] = DFFEAS(C1L72, GLOBAL(A1L2),  ,  ,  ,  ,  ,  ,  );


--D1_outdata[7] is lock:u2|outdata[7] at LCFF_X33_Y35_N21
D1_outdata[7] = DFFEAS(C1L92, GLOBAL(A1L2),  ,  ,  ,  ,  ,  ,  );


--B1_m[0] is counter:u0|m[0] at LCFF_X35_Y35_N21
B1_m[0] = DFFEAS(B1L1, GLOBAL(A1L2),  ,  ,  ,  ,  ,  ,  );


--B1_m[5] is counter:u0|m[5] at LCFF_X35_Y35_N31
B1_m[5] = DFFEAS(B1L11, GLOBAL(A1L2),  ,  ,  ,  ,  ,  ,  );


--B1_m[1] is counter:u0|m[1] at LCFF_X35_Y35_N23
B1_m[1] = DFFEAS(B1L3, GLOBAL(A1L2),  ,  ,  ,  ,  ,  ,  );


--B1_m[2] is counter:u0|m[2] at LCFF_X35_Y35_N25
B1_m[2] = DFFEAS(B1L5, GLOBAL(A1L2),  ,  ,  ,  ,  ,  ,  );


--B1_m[3] is counter:u0|m[3] at LCFF_X35_Y35_N27
B1_m[3] = DFFEAS(B1L7, GLOBAL(A1L2),  ,  ,  ,  ,  ,  ,  );


--B1_m[4] is counter:u0|m[4] at LCFF_X35_Y35_N29
B1_m[4] = DFFEAS(B1L9, GLOBAL(A1L2),  ,  ,  ,  ,  ,  ,  );


--C1L1 is rom_1:u1|data[0]~1397 at LCCOMB_X34_Y35_N12
C1L1 = B1_m[2] & (B1_m[4] & !B1_m[1] # !B1_m[4] & (B1_m[3])) # !B1_m[2] & !B1_m[3] & (B1_m[1] # B1_m[4]);


--C1L2 is rom_1:u1|data[0]~1398 at LCCOMB_X34_Y35_N22
C1L2 = B1_m[2] & (B1_m[1] # !B1_m[4] # !B1_m[3]) # !B1_m[2] & (B1_m[3] # B1_m[4]);


--C1L3 is rom_1:u1|data[0]~1399 at LCCOMB_X34_Y35_N16
C1L3 = C1L1 & (B1_m[5] $ C1L2 $ B1_m[0]) # !C1L1 & B1_m[5] & (C1L2 # B1_m[0]);


--C1L4 is rom_1:u1|data[1]~1400 at LCCOMB_X35_Y35_N18
C1L4 = B1_m[0] & (B1_m[3] # !B1_m[1] & B1_m[2]) # !B1_m[0] & (B1_m[2] $ (B1_m[1] & !B1_m[3]));


--C1L5 is rom_1:u1|data[1]~1401 at LCCOMB_X35_Y35_N14
C1L5 = B1_m[0] & (B1_m[1] & !B1_m[2] # !B1_m[3]) # !B1_m[0] & (B1_m[2] $ (B1_m[1] & !B1_m[3]));


--C1L6 is rom_1:u1|data[1]~1402 at LCCOMB_X35_Y35_N16
C1L6 = B1_m[4] & (B1_m[5] $ (!C1L4)) # !B1_m[4] & B1_m[5] & C1L5;


--C1L7 is rom_1:u1|data[1]~1403 at LCCOMB_X35_Y35_N2
C1L7 = B1_m[0] & B1_m[3] & (B1_m[2] # !B1_m[1]) # !B1_m[0] & (B1_m[2] & B1_m[1] & !B1_m[3] # !B1_m[2] & (B1_m[3]));


--C1L8 is rom_1:u1|data[1]~1404 at LCCOMB_X35_Y35_N0
C1L8 = C1L6 # !B1_m[5] & !B1_m[4] & C1L7;


--C1L9 is rom_1:u1|data[2]~1405 at LCCOMB_X35_Y35_N12
C1L9 = B1_m[0] & (B1_m[3] $ (B1_m[1] # B1_m[2])) # !B1_m[0] & (B1_m[1] & B1_m[2] # !B1_m[1] & (B1_m[3]));


--C1L01 is rom_1:u1|data[2]~1406 at LCCOMB_X35_Y35_N8
C1L01 = B1_m[0] & (B1_m[3] $ (B1_m[1] & B1_m[2])) # !B1_m[0] & (B1_m[2] $ (B1_m[1] # B1_m[3]));


--C1L11 is rom_1:u1|data[2]~1407 at LCCOMB_X35_Y35_N6
C1L11 = B1_m[4] & (C1L9 $ !B1_m[5]) # !B1_m[4] & (B1_m[5] & C1L01);


--C1L21 is rom_1:u1|data[2]~1408 at LCCOMB_X35_Y35_N10
C1L21 = B1_m[0] & (B1_m[3] $ (!B1_m[2] # !B1_m[1])) # !B1_m[0] & B1_m[2] & (B1_m[1] # B1_m[3]);


--C1L31 is rom_1:u1|data[2]~1409 at LCCOMB_X35_Y35_N4
C1L31 = C1L11 # !B1_m[4] & !B1_m[5] & C1L21;


--C1L41 is rom_1:u1|data[3]~1410 at LCCOMB_X34_Y35_N26
C1L41 = B1_m[3] & (B1_m[1] $ (B1_m[0] # B1_m[2])) # !B1_m[3] & B1_m[2] & (B1_m[0] # !B1_m[1]);


--C1L51 is rom_1:u1|data[3]~1411 at LCCOMB_X34_Y35_N28
C1L51 = B1_m[0] & (B1_m[3] & (!B1_m[2]) # !B1_m[3] & B1_m[1]) # !B1_m[0] & B1_m[2] & (!B1_m[3] # !B1_m[1]);


--C1L61 is rom_1:u1|data[3]~1412 at LCCOMB_X34_Y35_N10
C1L61 = B1_m[4] & (C1L41 $ (!B1_m[5])) # !B1_m[4] & (C1L51 & B1_m[5]);


--C1L71 is rom_1:u1|data[3]~1413 at LCCOMB_X34_Y35_N6
C1L71 = B1_m[1] & (B1_m[2] & (B1_m[3]) # !B1_m[2] & !B1_m[0]) # !B1_m[1] & (B1_m[0] $ (B1_m[3] & !B1_m[2]));


--C1L81 is rom_1:u1|data[3]~1414 at LCCOMB_X34_Y35_N0
C1L81 = C1L61 # !B1_m[4] & !B1_m[5] & C1L71;


--C1L91 is rom_1:u1|data[4]~1415 at LCCOMB_X34_Y35_N14
C1L91 = B1_m[3] & (!B1_m[4] # !B1_m[0]) # !B1_m[3] & (B1_m[4] & !B1_m[1] # !B1_m[4] & (B1_m[0]));


--C1L02 is rom_1:u1|data[4]~1416 at LCCOMB_X34_Y35_N30
C1L02 = B1_m[1] & (B1_m[0] & (B1_m[3] # B1_m[4]) # !B1_m[0] & !B1_m[3]) # !B1_m[1] & (B1_m[4] # !B1_m[0] & B1_m[3]);


--C1L12 is rom_1:u1|data[4]~1417 at LCCOMB_X34_Y35_N8
C1L12 = C1L02 & (B1_m[5] $ (C1L91 # !B1_m[2])) # !C1L02 & (B1_m[5] & C1L91 & !B1_m[2] # !B1_m[5] & (B1_m[2]));


--C1L22 is rom_1:u1|data[5]~1418 at LCCOMB_X34_Y35_N2
C1L22 = B1_m[1] & (B1_m[3] $ !B1_m[4]) # !B1_m[1] & !B1_m[2] & B1_m[3];


--C1L32 is rom_1:u1|data[5]~1419 at LCCOMB_X34_Y35_N18
C1L32 = B1_m[2] # B1_m[4] $ (B1_m[1] & B1_m[3]);


--C1L42 is rom_1:u1|data[5]~1420 at LCCOMB_X34_Y35_N24
C1L42 = C1L32 & (C1L22 $ !B1_m[5]) # !C1L32 & (B1_m[0] & (C1L22 $ B1_m[5]) # !B1_m[0] & C1L22 & B1_m[5]);


--C1L52 is rom_1:u1|data[6]~1421 at LCCOMB_X34_Y35_N4
C1L52 = B1_m[3] & B1_m[4] & (B1_m[1] # B1_m[2]) # !B1_m[3] & !B1_m[4] & (B1_m[1] $ B1_m[2]);


--C1L62 is rom_1:u1|data[6]~1422 at LCCOMB_X33_Y35_N14
C1L62 = B1_m[3] & (!B1_m[4] # !B1_m[2]) # !B1_m[3] & (B1_m[4] # B1_m[1] & B1_m[2]);


--C1L72 is rom_1:u1|data[6]~1423 at LCCOMB_X34_Y35_N20
C1L72 = C1L62 & (B1_m[5] $ (!B1_m[0] # !C1L52)) # !C1L62 & B1_m[5] & (C1L52 # B1_m[0]);


--C1L82 is rom_1:u1|data[7]~1424 at LCCOMB_X33_Y35_N2
C1L82 = !B1_m[2] & !B1_m[0] & !B1_m[1] & !B1_m[3];


--C1L92 is rom_1:u1|data[7]~1425 at LCCOMB_X33_Y35_N20
C1L92 = !B1_m[4] & C1L82 # !B1_m[5];


--B1L1 is counter:u0|add~481 at LCCOMB_X35_Y35_N20
B1L1 = B1_m[0] $ VCC;

--B1L2 is counter:u0|add~482 at LCCOMB_X35_Y35_N20
B1L2 = CARRY(B1_m[0]);


--B1L3 is counter:u0|add~483 at LCCOMB_X35_Y35_N22
B1L3 = B1_m[1] & !B1L2 # !B1_m[1] & (B1L2 # GND);

--B1L4 is counter:u0|add~484 at LCCOMB_X35_Y35_N22
B1L4 = CARRY(!B1L2 # !B1_m[1]);


--B1L5 is counter:u0|add~485 at LCCOMB_X35_Y35_N24
B1L5 = B1_m[2] & (B1L4 $ GND) # !B1_m[2] & !B1L4 & VCC;

--B1L6 is counter:u0|add~486 at LCCOMB_X35_Y35_N24
B1L6 = CARRY(B1_m[2] & !B1L4);


--B1L7 is counter:u0|add~487 at LCCOMB_X35_Y35_N26
B1L7 = B1_m[3] & !B1L6 # !B1_m[3] & (B1L6 # GND);

--B1L8 is counter:u0|add~488 at LCCOMB_X35_Y35_N26
B1L8 = CARRY(!B1L6 # !B1_m[3]);


--B1L9 is counter:u0|add~489 at LCCOMB_X35_Y35_N28
B1L9 = B1_m[4] & (B1L8 $ GND) # !B1_m[4] & !B1L8 & VCC;

--B1L01 is counter:u0|add~490 at LCCOMB_X35_Y35_N28
B1L01 = CARRY(B1_m[4] & !B1L8);


--B1L11 is counter:u0|add~491 at LCCOMB_X35_Y35_N30
B1L11 = B1L01 $ B1_m[5];


--clk is clk at PIN_P2
--operation mode is input

clk = INPUT();


--wave[0] is wave[0] at PIN_B16
--operation mode is output

wave[0] = OUTPUT(D1_outdata[0]);


--wave[1] is wave[1] at PIN_G13
--operation mode is output

wave[1] = OUTPUT(D1_outdata[1]);


--wave[2] is wave[2] at PIN_C16
--operation mode is output

wave[2] = OUTPUT(D1_outdata[2]);


--wave[3] is wave[3] at PIN_D14
--operation mode is output

wave[3] = OUTPUT(D1_outdata[3]);


--wave[4] is wave[4] at PIN_A14
--operation mode is output

wave[4] = OUTPUT(D1_outdata[4]);


--wave[5] is wave[5] at PIN_C12
--operation mode is output

wave[5] = OUTPUT(D1_outdata[5]);


--wave[6] is wave[6] at PIN_F13
--operation mode is output

wave[6] = OUTPUT(D1_outdata[6]);


--wave[7] is wave[7] at PIN_B12
--operation mode is output

wave[7] = OUTPUT(D1_outdata[7]);





--A1L2 is clk~clkctrl at CLKCTRL_G3
A1L2 = cycloneii_clkctrl(.INCLK[0] = clk) WITH (clock_type = "Global Clock");