stat_model.sof

来自「这是一个从音频信号里提取特征参量的程序」· SOF 代码 · 共 2,167 行 · 第 1/3 页

SOF
2,167 行
字号
123
  name = "MixtureModel";  weights = 1;  models = {    name = "GaussianModel";    mean = 0;    covariance = {      type = "DIAGONAL";      num_rows = 1;      num_cols = 1;      values = 1;    };  };}, {  name = "MixtureModel";  weights = 1;  models = {    name = "GaussianModel";    mean = 0;    covariance = {      type = "DIAGONAL";      num_rows = 1;      num_cols = 1;      values = 1;    };  };}, {  name = "MixtureModel";  weights = 1;  models = {    name = "GaussianModel";    mean = 0;    covariance = {      type = "DIAGONAL";      num_rows = 1;      num_cols = 1;      values = 1;    };  };}, {  name = "MixtureModel";  weights = 1;  models = {    name = "GaussianModel";    mean = 0;    covariance = {      type = "DIAGONAL";      num_rows = 1;      num_cols = 1;      values = 1;    };  };}, {  name = "MixtureModel";  weights = 1;  models = {    name = "GaussianModel";    mean = 0;    covariance = {      type = "DIAGONAL";      num_rows = 1;      num_cols = 1;      values = 1;    };  };}, {  name = "MixtureModel";  weights = 1;  models = {    name = "GaussianModel";    mean = 0;    covariance = {      type = "DIAGONAL";      num_rows = 1;      num_cols = 1;      values = 1;    };  };}, {  name = "MixtureModel";  weights = 1;  models = {    name = "GaussianModel";    mean = 0;    covariance = {      type = "DIAGONAL";      num_rows = 1;      num_cols = 1;      values = 1;    };  };}, {  name = "MixtureModel";  weights = 1;  models = {    name = "GaussianModel";    mean = 0;    covariance = {      type = "DIAGONAL";      num_rows = 1;      num_cols = 1;      values = 1;    };  };}, {  name = "MixtureModel";  weights = 1;  models = {    name = "GaussianModel";    mean = 0;    covariance = {      type = "DIAGONAL";      num_rows = 1;      num_cols = 1;      values = 1;    };  };}, {  name = "MixtureModel";  weights = 1;  models = {    name = "GaussianModel";    mean = 0;    covariance = {      type = "DIAGONAL";      num_rows = 1;      num_cols = 1;      values = 1;    };  };}, {  name = "MixtureModel";  weights = 1;  models = {    name = "GaussianModel";    mean = 0;    covariance = {      type = "DIAGONAL";      num_rows = 1;      num_cols = 1;      values = 1;    };  };}, {  name = "MixtureModel";  weights = 1;  models = {    name = "GaussianModel";    mean = 0;    covariance = {      type = "DIAGONAL";      num_rows = 1;      num_cols = 1;      values = 1;    };  };}, {  name = "MixtureModel";  weights = 1;  models = {    name = "GaussianModel";    mean = 0;    covariance = {      type = "DIAGONAL";      num_rows = 1;      num_cols = 1;      values = 1;    };  };}, {  name = "MixtureModel";  weights = 1;  models = {    name = "GaussianModel";    mean = 0;    covariance = {      type = "DIAGONAL";      num_rows = 1;      num_cols = 1;      values = 1;    };  };}, {  name = "MixtureModel";  weights = 1;  models = {    name = "GaussianModel";    mean = 0;    covariance = {      type = "DIAGONAL";      num_rows = 1;      num_cols = 1;      values = 1;    };  };}, {  name = "MixtureModel";  weights = 1;  models = {    name = "GaussianModel";    mean = 0;    covariance = {      type = "DIAGONAL";      num_rows = 1;      num_cols = 1;      values = 1;    };  };}, {  name = "MixtureModel";  weights = 1;  models = {    name = "GaussianModel";    mean = 0;    covariance = {      type = "DIAGONAL";      num_rows = 1;      num_cols = 1;      values = 1;    };  };}, {  name = "MixtureModel";  weights = 1;  models = {    name = "GaussianModel";    mean = 0;    covariance = {      type = "DIAGONAL";      num_rows = 1;      num_cols = 1;      values = 1;    };  };}, {  name = "MixtureModel";  weights = 1;  models = {    name = "GaussianModel";    mean = 0;    covariance = {      type = "DIAGONAL";      num_rows = 1;      num_cols = 1;      values = 1;    };  };}, {  name = "MixtureModel";  weights = 1;  models = {    name = "GaussianModel";    mean = 0;    covariance = {      type = "DIAGONAL";      num_rows = 1;      num_cols = 1;      values = 1;    };  };}, {  name = "MixtureModel";  weights = 1;  models = {    name = "GaussianModel";    mean = 0;    covariance = {      type = "DIAGONAL";      num_rows = 1;      num_cols = 1;      values = 1;    };  };}, {  name = "MixtureModel";  weights = 1;  models = {    name = "GaussianModel";    mean = 0;    covariance = {      type = "DIAGONAL";      num_rows = 1;      num_cols = 1;      values = 1;    };  };}, {  name = "MixtureModel";  weights = 1;  models = {    name = "GaussianModel";    mean = 0;    covariance = {      type = "DIAGONAL";      num_rows = 1;      num_cols = 1;      values = 1;    };  };}, {  name = "MixtureModel";  weights = 1;  models = {    name = "GaussianModel";    mean = 0;    covariance = {      type = "DIAGONAL";      num_rows = 1;      num_cols = 1;      values = 1;    };  };}, {  name = "MixtureModel";  weights = 1;  models = {    name = "GaussianModel";    mean = 0;    covariance = {      type = "DIAGONAL";      num_rows = 1;      num_cols = 1;      values = 1;    };  };}, {  name = "MixtureModel";  weights = 1;  models = {    name = "GaussianModel";    mean = 0;    covariance = {      type = "DIAGONAL";      num_rows = 1;      num_cols = 1;      values = 1;    };  };}, {  name = "MixtureModel";  weights = 1;  models = {    name = "GaussianModel";    mean = 0;    covariance = {      type = "DIAGONAL";      num_rows = 1;      num_cols = 1;      values = 1;    };  };}, {  name = "MixtureModel";  weights = 1;  models = {    name = "GaussianModel";    mean = 0;    covariance = {      type = "DIAGONAL";      num_rows = 1;      num_cols = 1;      values = 1;    };  };}, {  name = "MixtureModel";  weights = 1;  models = {    name = "GaussianModel";    mean = 0;    covariance = {      type = "DIAGONAL";      num_rows = 1;      num_cols = 1;      values = 1;    };  };}, {  name = "MixtureModel";  weights = 1;  models = {    name = "GaussianModel";    mean = 0;    covariance = {      type = "DIAGONAL";      num_rows = 1;      num_cols = 1;      values = 1;    };  };}, {  name = "MixtureModel";  weights = 1;  models = {    name = "GaussianModel";    mean = 0;    covariance = {      type = "DIAGONAL";      num_rows = 1;      num_cols = 1;      values = 1;    };  };}, {  name = "MixtureModel";  weights = 1;  models = {    name = "GaussianModel";    mean = 0;    covariance = {      type = "DIAGONAL";      num_rows = 1;      num_cols = 1;      values = 1;    };  };}, {  name = "MixtureModel";  weights = 1;  models = {    name = "GaussianModel";    mean = 0;    covariance = {      type = "DIAGONAL";      num_rows = 1;      num_cols = 1;      values = 1;    };  };}, {  name = "MixtureModel";  weights = 1;  models = {    name = "GaussianModel";    mean = 0;    covariance = {      type = "DIAGONAL";      num_rows = 1;      num_cols = 1;      values = 1;    };  };}, {  name = "MixtureModel";  weights = 1;  models = {    name = "GaussianModel";    mean = 0;    covariance = {      type = "DIAGONAL";      num_rows = 1;      num_cols = 1;      values = 1;    };  };}, {  name = "MixtureModel";  weights = 1;  models = {    name = "GaussianModel";    mean = 0;    covariance = {      type = "DIAGONAL";      num_rows = 1;      num_cols = 1;      values = 1;    };  };}, {  name = "MixtureModel";  weights = 1;  models = {    name = "GaussianModel";    mean = 0;    covariance = {      type = "DIAGONAL";      num_rows = 1;      num_cols = 1;      values = 1;    };  };}, {  name = "MixtureModel";  weights = 1;  models = {    name = "GaussianModel";    mean = 0;    covariance = {      type = "DIAGONAL";      num_rows = 1;      num_cols = 1;      values = 1;    };  };}, {  name = "MixtureModel";  weights = 1;  models = {    name = "GaussianModel";    mean = 0;    covariance = {      type = "DIAGONAL";      num_rows = 1;      num_cols = 1;      values = 1;    };  };}, {  name = "MixtureModel";  weights = 1;  models = {    name = "GaussianModel";    mean = 0;    covariance = {      type = "DIAGONAL";      num_rows = 1;      num_cols = 1;      values = 1;    };  };}, {  name = "MixtureModel";  weights = 1;  models = {    name = "GaussianModel";    mean = 0;    covariance = {      type = "DIAGONAL";      num_rows = 1;      num_cols = 1;      values = 1;    };  };}, {  name = "MixtureModel";  weights = 1;  models = {    name = "GaussianModel";    mean = 0;    covariance = {      type = "DIAGONAL";      num_rows = 1;      num_cols = 1;      values = 1;    };  };}, {  name = "MixtureModel";  weights = 1;  models = {    name = "GaussianModel";    mean = 0;    covariance = {      type = "DIAGONAL";      num_rows = 1;      num_cols = 1;      values = 1;    };  };}, {  name = "MixtureModel";  weights = 1;  models = {    name = "GaussianModel";    mean = 0;    covariance = {      type = "DIAGONAL";      num_rows = 1;      num_cols = 1;      values = 1;    };  };}, {  name = "MixtureModel";  weights = 1;  models = {    name = "GaussianModel";    mean = 0;    covariance = {      type = "DIAGONAL";      num_rows = 1;      num_cols = 1;      values = 1;    };  };}, {  name = "MixtureModel";  weights = 1;  models = {    name = "GaussianModel";    mean = 0;    covariance = {      type = "DIAGONAL";      num_rows = 1;      num_cols = 1;      values = 1;    };  };}, {  name = "MixtureModel";  weights = 1;  models = {    name = "GaussianModel";    mean = 0;    covariance = {      type = "DIAGONAL";      num_rows = 1;      num_cols = 1;      values = 1;    };  };}, {  name = "MixtureModel";  weights = 1;  models = {    name = "GaussianModel";    mean = 0;    covariance = {      type = "DIAGONAL";      num_rows = 1;      num_cols = 1;      values = 1;    };  };}, {  name = "MixtureModel";  weights = 1;  models = {    name = "GaussianModel";    mean = 0;    covariance = {      type = "DIAGONAL";      num_rows = 1;      num_cols = 1;      values = 1;    };  };}, {  name = "MixtureModel";  weights = 1;  models = {    name = "GaussianModel";    mean = 0;    covariance = {      type = "DIAGONAL";      num_rows = 1;      num_cols = 1;      values = 1;    };  };}, {  name = "MixtureModel";  weights = 1;  models = {    name = "GaussianModel";    mean = 0;    covariance = {      type = "DIAGONAL";      num_rows = 1;      num_cols = 1;      values = 1;    };  };}, {  name = "MixtureModel";  weights = 1;  models = {    name = "GaussianModel";    mean = 0;    covariance = {      type = "DIAGONAL";      num_rows = 1;      num_cols = 1;      values = 1;    };  };}, {  name = "MixtureModel";  weights = 1;  models = {    name = "GaussianModel";    mean = 0;    covariance = {      type = "DIAGONAL";      num_rows = 1;      num_cols = 1;      values = 1;    };  };}, {  name = "MixtureModel";  weights = 1;  models = {    name = "GaussianModel";    mean = 0;    covariance = {      type = "DIAGONAL";      num_rows = 1;      num_cols = 1;      values = 1;    };  };}, {  name = "MixtureModel";  weights = 1;  models = {    name = "GaussianModel";    mean = 0;    covariance = {      type = "DIAGONAL";      num_rows = 1;      num_cols = 1;      values = 1;    };  };}, {  name = "MixtureModel";  weights = 1;  models = {    name = "GaussianModel";    mean = 0;    covariance = {      type = "DIAGONAL";      num_rows = 1;
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