Merge branch 'master' into 'main'

First commit

See merge request !1

.gitignore

+
+*.txt
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legacy_codes/oversampledChirp.py

+#fs = 125e3
+#B=125e3
+#n_os = int(fs//B)
+#SF=7
+#NSF=2**SF
+#snr_test = np.array([-50, 50,50,50,50])
+#initial_noise_var, noise_var, symbols, reshaped_symbols,downchirp, in_array= create_symbol_and_noise(snr_test, Ntrials_atSNR, noise_std, A, add_noise, fix_noise, noise_only, SF, NSF, N, Q, Ncore, Qcore, offset, fs, B, nonIdealRandom, theta, cfo, sto, sfo_ppm, symbolType="upchirp")
+#
+#t=  np.linspace(start = 0, stop=NSF*Ts, num=NSF, endpoint=False)
+#
+#figsize=(12,4)
+#plt.figure(figsize=figsize)
+#plt.plot(np.arange(len(in_array)),np.real(in_array), color = '#6aa6dd', label = "Real")
+##plt.plot(np.arange(len(in_array)),np.imag(in_array), color = "red"   , label = "Imag")
+#plt.title("Input vector")
+#plt.xlabel("Time")
+#plt.ylabel("Amplitude")
+#
+#
+#downchirp = np.conjugate(in_array[1*(NSF*n_os): 2*NSF*n_os])
+#offset_time = n_os * 3
+#index_dechirped = np.arange(start=offset_time, stop=(len(snr_test)-1)*n_os*NSF +offset_time)
+#dechirped = np.zeros(len(in_array), dtype=np.complex64)
+#for i,snri in enumerate(snr_test[:-1]):
+#    print((offset_time+i*(n_os*NSF)))
+#    print((offset_time+(i+1)*(n_os*NSF)))
+#    dechirped[(offset_time+i*(n_os*NSF)) : (offset_time+(i+1)*(n_os*NSF))] = in_array[(offset_time+ i*(n_os*NSF)) : (offset_time+ (i+1)*(n_os*NSF))] * downchirp
+#    #dechirped[(offset_time+i*(n_os*NSF))  :             ((i+1)*(n_os*NSF))] = in_array[(offset_time+ i*(n_os*NSF)) : (             (i+1)*(n_os*NSF))] * downchirp[0 : (n_os*NSF)- offset_time]
+#    #dechirped[(         (i+1)*(n_os*NSF)) : (offset_time+(i+1)*(n_os*NSF))] = in_array[(         (i+1)*(n_os*NSF)) : (offset_time+ (i+1)*(n_os*NSF))] * downchirp[(n_os*NSF)- offset_time : (n_os*NSF)]
+#print(len(downchirp))
+#
+#
+#figsize=(12,4)
+#plt.figure(figsize=figsize)
+##plt.plot(np.arange(len(in_array)),np.real(in_array), color = "red", label = "Real")
+#plt.plot(np.arange(len(in_array)),np.real(dechirped), color = "#92ca14", label = "Real")
+##plt.plot(np.arange(len(in_array)),np.imag(in_array), color = "red"   , label = "Imag")
+#plt.title("Input vector")
+#plt.xlabel("Time")
+#plt.ylabel("Amplitude")
+#
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rtl_files/TF_sim.inc

+parameter [11:0] TF_ARRAY_R [0:31] = {12'sh7ff,12'sh7f6,12'sh7d9,12'sh7a8,12'sh764,12'sh70e,12'sh6a7,12'sh62f,12'sh5a8,12'sh513,12'sh472,12'sh3c5,12'sh310,12'sh253,12'sh190,12'sh0c9,12'sh000,12'shf37,12'she70,12'shdad,12'shcf0,12'shc3b,12'shb8e,12'shaed,12'sha58,12'sh9d1,12'sh959,12'sh8f2,12'sh89c,12'sh858,12'sh827,12'sh80a};
+
+parameter [11:0] TF_ARRAY_I [0:31] = {12'sh000,12'shf37,12'she70,12'shdad,12'shcf0,12'shc3b,12'shb8e,12'shaed,12'sha58,12'sh9d1,12'sh959,12'sh8f2,12'sh89c,12'sh858,12'sh827,12'sh80a,12'sh801,12'sh80a,12'sh827,12'sh858,12'sh89c,12'sh8f2,12'sh959,12'sh9d1,12'sha58,12'shaed,12'shb8e,12'shc3b,12'shcf0,12'shdad,12'she70,12'shf37};
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rtl_files/downchirp_sim.inc

+parameter [11:0] DOWNCHIRP_ARRAY_R [0:31] = {12'sh7ff,12'sh802,12'sh7d9,12'sh8c5,12'sh5a8,12'shd4e,12'she70,12'sh5ed,12'sh801,12'sh55f,12'sh190,12'sh878,12'sh5a8,12'sh36c,12'sh827,12'shf9c,12'sh7ff,12'sh064,12'sh827,12'shc94,12'sh5a8,12'sh788,12'sh190,12'shaa1,12'sh801,12'sha13,12'she70,12'sh2b2,12'sh5a8,12'sh73b,12'sh7d9,12'sh7fe};
+
+parameter [11:0] DOWNCHIRP_ARRAY_I [0:31] = {12'sh000,12'sh064,12'she70,12'sh36c,12'sha58,12'sh788,12'sh827,12'sh55f,12'sh000,12'sha13,12'sh7d9,12'shd4e,12'sha58,12'sh73b,12'sh190,12'sh802,12'sh000,12'sh7fe,12'sh190,12'sh8c5,12'sha58,12'sh2b2,12'sh7d9,12'sh5ed,12'sh000,12'shaa1,12'sh827,12'sh878,12'sha58,12'shc94,12'she70,12'shf9c};
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