[From the beginning of the study acoustics] the No. 210 section of the Musical deviation

Plot summary:
[Machine Xiao Wei] in the [engineer Ah Wei] accompanied by the practice of acoustic avatar.
This time we are going to look at [the mixing of notes].

Drama Start:

Star Calendar May 10, 2016 16:55:51, the Milky Way Galaxy Earles the Chinese Empire Jiangnan Line province.
[Engineer Ah Wei] is working with [machine Xiao Wei] to study [the mixing of notes].

#乐音的偏混 # Generate Music file Contents def wavedatagen (): Import wavename;    Import Wavedata;    Vowelname_en = wavename.vowelname_en;    Size_ve = Len (vowelname_en);    Vowelname_zh = Wavename.vowelname_zh;    Size_vz = Len (Vowelname_zh);    Consonantname_zh = Wavename.consonantname_zh;    Size_cz = Len (Consonantname_zh);    Musictonename = Wavename.musictonename;    SIZE_MT = Len (musictonename);    #print (Size_ve, Size_vz, Size_cz, SIZE_MT);    #16 #22k/s = + 1.32m/min = 15.84m/12min data = [];        For n in range (1): Swing = n;            For I in Range (SIZE_CZ): If I < swing or I > size_mt-swing-1: Continue; Voicepiece_1 = eval (' Wavedata. ')            +musictonename[i-swing]); voicepiece_2 = eval (' Wavedata. ')                    +musictonename[i]); Voicepiece_3 = eval (' Wavedata. ')            +musictonename[i+swing]);                            For j in Range (3): Data + = Voicepiece_1; Data + = Voicepiece_2;                Data + = Voicepiece_3;            Data + = voicepiece_2;        For j in range: Data + = Idlewave;    For I in range: Data + = Idlewave; return data;

The deviation of the musical notes (* *)
Click to open Link--The tone of the mix (* *)

The deviation of the musical notes

Click to open the link--the mix of notes

#生成音乐文件内容def Wavedatagen (): Import wavename;    Import Wavedata;    Vowelname_en = wavename.vowelname_en;    Size_ve = Len (vowelname_en);    Vowelname_zh = Wavename.vowelname_zh;    Size_vz = Len (Vowelname_zh);    Consonantname_zh = Wavename.consonantname_zh;    Size_cz = Len (Consonantname_zh);    Musictonename = Wavename.musictonename;    SIZE_MT = Len (musictonename);    #print (Size_ve, Size_vz, Size_cz, SIZE_MT);    #16 #22k/s = + 1.32m/min = 15.84m/12min data = [];        For n in Range (a): Swing = n;            For I in Range (SIZE_CZ): If I < swing or I > size_cz-swing-1: Continue; Voicepiece_1 = eval (' Wavedata. ')            +consonantname_zh[i-swing]); voicepiece_2 = eval (' Wavedata. ')                    +consonantname_zh[i]); Voicepiece_3 = eval (' Wavedata. ')            +consonantname_zh[i+swing]);                            For j in Range (1): Data + = Voicepiece_1; Data + = Voicepiece_2;                Data + = Voicepiece_3;                Data + = voicepiece_2;                            Data + = Voicepiece_1;            Data + = voicepiece_2;        For j in range: Data + = Idlewave;    For I in range: Data + = Idlewave; return data;

The end of this section, to know how to funeral, please see tell.

[From the beginning of the study acoustics] the No. 210 section of the Musical deviation