115 lines
4.6 KiB
Python
115 lines
4.6 KiB
Python
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from global_var import global_var_init
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cycle, fs, record_name, data_path = global_var_init()
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from processing import processing
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(signal_dwt , waves_dwt , rpeaks , ecg_signal,
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signal, signal.v, signal.fs, rows_to_extract, t_ecg, t_ppg,
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on_column_list, on_column_list_toArea, on_values, on_values_toArea,
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sp_column_list, sp_values, dn_column_list, dn_values, dp_column_list,
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dp_values, u_column_list, u_column_list_toArea, u_values, u_values_toArea,
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v_column_list, v_values, w_column_list, w_values, a_column_list, a_column_list_toArea,
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a_values, a_values_toArea, b_column_list, b_values, c_column_list, c_values,
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e_column_list, e_values, f_column_list, f_values,
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signal.ppg, signal.vpg, signal.apg, signal.jpg) = processing()
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directory_PPG=f"D://python_study//big_boss//doc//points_coordinates_update//{record_name}//PPG"
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directory_VPG=f"D://python_study//big_boss//doc//points_coordinates_update//{record_name}//VPG"
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directory_APG=f"D://python_study//big_boss//doc//points_coordinates_update//{record_name}//APG"
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data_update_PPG = {
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'on_column_list': on_column_list,
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'on_column_list_toArea': on_column_list_toArea,
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'sp_column_list': sp_column_list,
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'dn_column_list': dn_column_list,
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'dp_column_list': dp_column_list
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}
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data_update_VPG = {
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'u_column_list': u_column_list,
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'u_column_list_toArea': u_column_list_toArea,
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'v_column_list': v_column_list,
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'w_column_list': w_column_list
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}
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data_update_APG = {
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'a_column_list': a_column_list,
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'a_column_list_toArea': a_column_list_toArea,
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'b_column_list': b_column_list,
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'c_column_list': c_column_list,
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'e_column_list': e_column_list,
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'f_column_list': f_column_list
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}
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from txt_update import update_dict_from_files
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data_update_PPG = update_dict_from_files(data_update_PPG, directory_PPG)
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data_update_VPG = update_dict_from_files(data_update_VPG, directory_VPG)
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data_update_APG = update_dict_from_files(data_update_APG, directory_APG)
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#--------------------------------------------------------------------------------------------------------
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#--------------------------------------------------------------------------------------------------------
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#--------------------------------------------------------------------------------------------------------
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#--------------------------------------------------------------------------------------------------------
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#------------------------ 得到点的横纵坐标 ------------------------------------
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#--------------------------------------------------------------------------------------------------------
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#--------------------------------------------------------------------------------------------------------
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#--------------------------------------------------------------------------------------------------------
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#--------------------------------------------------------------------------------------------------------
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def ppg_peaks_val():
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# PPG 数据处理
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on = data_update_PPG['on_column_list']
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on_toArea = data_update_PPG['on_column_list_toArea']
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sp = data_update_PPG['sp_column_list']
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dn = data_update_PPG['dn_column_list']
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dp = data_update_PPG['dp_column_list']
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on_values = [signal.ppg[i] for i in on]
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on_toArea_values = [signal.ppg[i] for i in on_toArea]
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sp_values = [signal.ppg[i] for i in sp]
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dn_values = [signal.ppg[i] for i in dn]
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dp_values = [signal.ppg[i] for i in dp]
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# VPG 数据处理
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u = data_update_VPG['u_column_list']
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u_toArea = data_update_VPG['u_column_list_toArea']
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v = data_update_VPG['v_column_list']
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w = data_update_VPG['w_column_list']
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u_values = [signal.vpg[i] for i in u]
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u_toArea_values = [signal.vpg[i] for i in u_toArea]
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v_values = [signal.vpg[i] for i in v]
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w_values = [signal.vpg[i] for i in w]
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# APG 数据处理
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a = data_update_APG['a_column_list']
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a_toArea = data_update_APG['a_column_list_toArea']
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b = data_update_APG['b_column_list']
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c = data_update_APG['c_column_list']
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e = data_update_APG['e_column_list']
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f = data_update_APG['f_column_list']
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a_values = [signal.apg[i] for i in a]
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a_toArea_values = [signal.apg[i] for i in a_toArea]
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b_values = [signal.apg[i] for i in b]
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c_values = [signal.apg[i] for i in c]
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e_values = [signal.apg[i] for i in e]
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f_values = [signal.apg[i] for i in f]
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return (
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on, on_toArea, sp, dn, dp,
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on_values, on_toArea_values, sp_values, dn_values, dp_values,
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u, u_toArea, v, w,
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u_values, u_toArea_values, v_values, w_values,
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a, a_toArea, b, c, e, f,
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a_values, a_toArea_values, b_values, c_values, e_values, f_values
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)
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if __name__ == "__main__":
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ppg_peaks_val()
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