implement to read wav files and list files.
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@ -10,6 +10,8 @@
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This project will use TensorFlow based on RNN and CNN to implement.
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本项目尚未完成,想要Fork的同学请手慢。
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## Model
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模型
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#!/usr/bin/env python3
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# -*- coding: utf-8 -*-
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import os
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import wave
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import numpy as np
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import matplotlib.pyplot as plt
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def read_wav_file(filename):
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def read_wav_data(filename):
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'''
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读取一个wav文件,返回一个文件对象
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读取一个wav文件,返回声音信号的时域谱矩阵和播放时间
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'''
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#在这里添加代码
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wav = wave.open(filename,"rb") # 打开一个wav格式的声音文件流
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num_frame = wav.getnframes() # 获取帧数
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num_channel=wav.getnchannels() # 获取声道数
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framerate=wav.getframerate() # 获取帧速率
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num_sample_width=wav.getsampwidth() # 获取实例的比特宽度,即每一帧的字节数
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str_data = wav.readframes(num_frame) # 读取全部的帧
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wav.close() # 关闭流
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wave_data = np.fromstring(str_data, dtype = np.short) # 将声音文件数据转换为数组矩阵形式
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wave_data.shape = -1, num_channel # 按照声道数将数组整形,单声道时候是一列数组,双声道时候是两列的矩阵
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wave_data = wave_data.T # 将矩阵转置
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time = np.arange(0, num_frame) * (1.0/framerate) # 计算声音的播放时间,单位为秒
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return wave_data, time
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def wav_show(wave_data, time): # 显示出来声音波形
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#wave_data, time = read_wave_data("C:\\Users\\nl\\Desktop\\A2_0.wav")
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#draw the wave
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#plt.subplot(211)
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plt.plot(time, wave_data[0])
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#plt.subplot(212)
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#plt.plot(time, wave_data[1], c = "g")
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plt.show()
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def get_wav_list(filename):
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'''
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读取一个wav文件列表
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ps:在数据中专门有几个文件用于存放用于训练、验证和测试的wav文件列表
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读取一个wav文件列表,返回一个存储该列表的字典类型值
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ps:在数据中专门有几个文件用于存放用于训练、验证和测试的wav文件列表
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'''
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#在这里添加代码
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txt_obj=open(filename,'r') # 打开文件并读入
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txt_text=txt_obj.read()
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txt_lines=txt_text.split('\n') # 文本分割
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dic_filelist={} # 初始化字典
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for i in txt_lines:
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if(i!=''):
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txt_l=i.split(' ')
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dic_filelist[txt_l[0]]=txt_l[1]
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return dic_filelist
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def get_wav_symbol(filename):
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'''
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读取指定数据集中,所有wav文件对应的语音符号
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返回一个存储符号集的字典类型值
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'''
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print('test')
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#if(__name__=='__main__'):
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#dic=get_wav_list('E:\\语音数据集\\doc\\doc\\list\\train.wav.lst')
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#for i in dic:
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#print(i,dic[i])
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#wave_data, time = read_wav_data("C:\\Users\\nl\\Desktop\\A2_0.wav")
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#wav_show(wave_data,time)
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23
main.py
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main.py
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# -*- coding: encoding -*-
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# -*- coding: utf-8 -*-
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"""
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@author: nl8590687
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"""
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@ -16,7 +16,7 @@ class ModelSpeech(): # 语音模型类
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self.BATCH_SIZE = BATCH_SIZE # 一次训练的batch
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self._model = self.createLSTMModel()
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def CreateLSTMModel(self):# 定义训练模型,尚未完成
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def CreateModel(self): # 定义训练模型,尚未完成
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# 定义LSTM/CNN模型
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_model = Sequential()
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_model.compile(optimizer="adam", loss='categorical_crossentropy',metrics=["accuracy"])
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return _model
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def Train(self):
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# 训练模型
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def TrainModel(self,datas,epoch = 2,save_step=5000,filename='model_speech/LSTM_CNN_model'): # 训练模型
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print('test')
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def LoadModel(self,filename='model_speech/LSTM_CNN.model'):
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def LoadModel(self,filename='model_speech/LSTM_CNN_model'): # 加载模型参数
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self._model.load_weights(filename)
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def SaveModel(self,filename='model_speech/LSTM_CNN.model'):
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# 保存模型参数
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def SaveModel(self,filename='model_speech/LSTM_CNN_model'): # 保存模型参数
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self._model.save_weights(filename+'.model')
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def Test(self):
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# 测试检验模型效果
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def TestModel(self): # 测试检验模型效果
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print('test')
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@property
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def model(self): # 返回keras model
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return self._model
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print('test')
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print(__name__)
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@ -1,4 +1,4 @@
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# -*- coding: encoding -*-
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# -*- coding: utf-8 -*-
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import numpy as np
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