CPython
- Python 3.4.2 :: Anaconda 2.1.0 (x86_64)
- Numpy version 1.9.0
## [1] "a **= 2.1" "a *= 2.3"
## [3] "a /= 2.2" "a += 3.1"
## [5] "a-=b" "a.copy()"
## [7] "a.cumprod(out=out)" "a.cumsum(out=out)"
## [9] "a.dot(b)" "a.sort()"
## [11] "a*=b" "a/=b"
## [13] "a+=b" "M **= 2.1"
## [15] "M *= 2.3" "M /= 2.2"
## [17] "M += 3.1" "M-=P"
## [19] "M.argmax()" "M.argmax(axis=0, out=out)"
## [21] "M.argmax(axis=1, out=out)" "M.argsort()"
## [23] "M.argsort(axis=0)" "M.argsort(axis=1)"
## [25] "M.copy()" "M.cumprod(axis=0, out=Mout)"
## [27] "M.cumprod(axis=1, out=Mout)" "M.cumprod(out=Mout_ravel)"
## [29] "M.cumsum(axis=0, out=Mout)" "M.cumsum(axis=1, out=Mout)"
## [31] "M.cumsum(out=Mout_ravel)" "M.dot(a, out=out)"
## [33] "M.max()" "M.max(axis=0, out=out)"
## [35] "M.max(axis=1, out=out)" "M.prod()"
## [37] "M.prod(axis=0, out=out)" "M.prod(axis=1, out=out)"
## [39] "M.sort(axis=0)" "M.sort(axis=1)"
## [41] "M.std()" "M.std(axis=0, out=out)"
## [43] "M.std(axis=1, out=out)" "M.sum()"
## [45] "M.sum(axis=0, out=out)" "M.sum(axis=1, out=out)"
## [47] "M.var()" "M.var(axis=0, out=out)"
## [49] "M.var(axis=1, out=out)" "M*=P"
## [51] "M/=P" "M+=P"
## [53] "np.cross(a3, b3)" "np.linalg.norm(a)"
## [55] "np.log(a, out=out)" "np.log(M, out=Mout)"
## [57] "np.maximum(a, b, out=out)" "np.maximum(M, P, out=Mout)"
## [59] "np.minimum(a, b, out=out)" "np.minimum(M, P, out=Mout)"
## [61] "np.ones((N, N))" "np.ones(N)"
## [63] "np.random.rand(N)" "np.random.rand(N*N)"
## [65] "np.sin(a, out=out)" "np.sin(M, out=Mout)"
## [67] "np.sort(a)" "np.sort(M, axis=0)"
## [69] "np.sort(M, axis=1)" "np.sort(M, axis=None)"
## [71] "np.sqrt(a, out=out)" "np.sqrt(M, out=Mout)"
## [73] "np.zeros((N, N))" "np.zeros(N)"
