照着老师的代码敲了一遍，但出了一些错误，直接复制也是同样的错误，找了一会儿才知道在第9，10行的1应该改为1.这样算出来的值才是浮点数，而不是0了。
1 import numpy as np 2 import matplotlib.pyplot as plt 3 from scipy.io import wavfile 4 5 rate_h, hstrain = wavfile.read(r'H1_Strain.wav','rb') 6 rate_l, lstrain = wavfile.read(r'L1_Strain.wav','rb') 7 reftime, ref_H1 = np.genfromtxt("wf_template.txt").transpose() 8 9 htime_interval = 1./rate_h 10 ltime_interval = 1./rate_l 11 fig = plt.figure(figsize=(12,6)) 12 13 #丢失信号起始点 14 htime_len = hstrain.shape[0]/rate_h 15 htime = np.arange(-htime_len/2, htime_len/2 , htime_interval) 16 plth = fig.add_subplot(221) 17 plth.plot(htime, hstrain, 'y') 18 plth.set_xlabel('Time (seconds)') 19 plth.set_ylabel('H1 Strain') 20 plth.set_title('H1 Strain') 21 22 ltime_len = lstrain.shape[0]/rate_l 23 ltime = np.arange(-ltime_len/2, ltime_len/2, ltime_interval) 24 pltl = fig.add_subplot(222) 25 pltl.plot(ltime, lstrain, 'g') 26 pltl.set_xlabel('Time (seconds)') 27 pltl.set_ylabel('L1 Strain') 28 pltl.set_title('L1 Strain') 29 30 pltref = fig.add_subplot(212) 31 pltref.plot(reftime, ref_H1) 32 pltref.set_xlabel('Time (seconds)') 33 pltref.set_ylabel('Template Strain') 34 pltref.set_title('Template') 35 fig.tight_layout() 36 37 plt.savefig("Gravitational_Waves_Original.png") 38 plt.show() 39 plt.close(fig)
