39     v = np.random.randn(1,VECDIM)  variable
40     v = v * CENTER_DISTANCE/2.0/10   variable
49         v = v + C0  variable
52         v = v + C1 
55         Xone.append(v[0].tolist())
56     X.append(v[0].tolist())
64     v = np.random.randn(1,vecdim)
65     v = v * CENTER_DISTANCE/2.0/10
68         v = v + c0
70         v = v + c1 
72     v=v[0].tolist()
73     return(v,c)
79             v = np.random.randn(1,VECDIM)
80             v = v * CENTER_DISTANCE/2.0/6.0 
83                v = v + C0 
85                v = v + C1 
86             inputs.append(v[0].tolist())
87             toPredict=[v[0].tolist()]
170         v,c=genRandomVector(vecDim)
171         X.append(v)
242         v,c=genRandomVector(vecDim)
265         inputs += v
266         nbin = nbin + len(v)