minor changes

Python/make_waveforms.py

@@ -6,7 +6,7 @@ import os
 
 cf = MEGA(105)  # center frequency
 df = MEGA(0.5)  # delta frequency
-n = 15  # number of tones to generate in either direction of cf, total number of tweezer is 2*n+1
+n = 5  # number of tones to generate in either direction of cf, total number of tweezer is 2*n+1
 nt = 2*n+1  # total number of tweezers
 # sampling_rate and sample_len must follow some relationship explained in the wiki page.
 sampling_rate = int(614.4e6)  # sampling rate
@@ -30,22 +30,23 @@ twzr.amplitude = amps
 
 # table generations
 tgt = np.zeros(nt)
-tgt[:n] = 1
+tgt[int(nt/4)+1:int(3*nt/4)] = 1
 t_idx = np.nonzero(tgt)[0]
+print(tgt)
 # savepath = 'table/table-half_31_120722'
-# create_path_table_reduced_gpu(twzr, t_idx, max_dist=n, save_path=savepath)
+create_path_table_reduced_gpu(twzr, t_idx, dist_offset=np.inf, partition=True)
 
 # moving waveform testings
-data = np.load("table/table-half_31_120722.npz", allow_pickle=True)
-table = data['table'].item()
+# data = np.load("table/table-half_31_120722.npz", allow_pickle=True)
+# table = data['table'].item()
 # twzr = data['wfm'].item()
-static_sig = data['static_sig']
+# static_sig = data['static_sig']
 # target = data['target']
 # t_idx = np.nonzero(target)[0]
 
-f_idx = np.array([5,8,20])
-create_moving_array_reduced(table, static_sig, f_idx, t_idx)
-np.savez('data/test.npz', signal=static_sig, wfm=twzr)
+# f_idx = np.array([5,8,20])
+# create_moving_array_reduced(table, static_sig, f_idx, t_idx)
+# np.savez('data/test.npz', signal=static_sig, wfm=twzr)
 
 # data = np.load('data/table_5.npz', allow_pickle=True)
 # table = data['table']