numpy_ipps.floating module¶

Complex Functions.

class numpy_ipps.floating.Abs[source]¶

Abs Function.

src[n]  <-  | dst[n] |

Numpy dtype candidates: float32, float64
Intel IPP Signal accuracy candidates: LEVEL_3 (default)
Constructor signature: (dtype, accuracy=None, size=None)
Call signature: (src, dst)

dtype_candidates = (<class 'numpy.float32'>, <class 'numpy.float64'>)¶

ipps_accuracies = (<Accuracy.LEVEL_3: 3>,)¶

class numpy_ipps.floating.Abs_I[source]¶

Abs_I Function.

src_dst[n]  <-  | src_dst[n] |

Numpy dtype candidates: float32, float64
Intel IPP Signal accuracy candidates: LEVEL_3 (default)
Constructor signature: (dtype, accuracy=None, size=None)
Call signature: (src_dst)

dtype_candidates = (<class 'numpy.float32'>, <class 'numpy.float64'>)¶

ipps_accuracies = (<Accuracy.LEVEL_3: 3>,)¶

class numpy_ipps.floating.Add[source]¶

Add Function.

dst[n]  <-  src1[n] + src2[n]

Numpy dtype candidates: float32, float64, complex64, complex128
Intel IPP Signal accuracy candidates: LEVEL_3 (default)
Constructor signature: (dtype, accuracy=None, size=None)
Call signature: (src1, src2, dst)

dtype_candidates = (<class 'numpy.float32'>, <class 'numpy.float64'>, <class 'numpy.complex64'>, <class 'numpy.complex128'>)¶

ipps_accuracies = (<Accuracy.LEVEL_3: 3>,)¶

class numpy_ipps.floating.Add_I[source]¶

Add_I Function.

src_dst[n]  <-  src_dst[n] + src[n]

Numpy dtype candidates: float32, float64
Intel IPP Signal accuracy candidates: LEVEL_3 (default)
Constructor signature: (dtype, accuracy=None, size=None)
Call signature: (src, src_dst)

dtype_candidates = (<class 'numpy.float32'>, <class 'numpy.float64'>)¶

ipps_accuracies = (<Accuracy.LEVEL_3: 3>,)¶

class numpy_ipps.floating.Cbrt[source]¶

Cbrt Function.

dst[n]  <-  cbrt( src[n] )

Numpy dtype candidates: float32, float64
Intel IPP Signal accuracy candidates: LEVEL_1, LEVEL_3, LEVEL_2 (default)
Constructor signature: (dtype, accuracy=None, size=None)
Call signature: (src, dst)

dtype_candidates = (<class 'numpy.float32'>, <class 'numpy.float64'>)¶

ipps_accuracies = (<Accuracy.LEVEL_1: 1>, <Accuracy.LEVEL_3: 3>, <Accuracy.LEVEL_2: 2>)¶

class numpy_ipps.floating.Cbrt_I[source]¶

Cbrt_I Function.

src_dst[n]  <-  cbrt( src_dst[n] )

Numpy dtype candidates: float32, float64
Intel IPP Signal accuracy candidates: LEVEL_1, LEVEL_3, LEVEL_2 (default)
Constructor signature: (dtype, accuracy=None, size=None)
Call signature: (src_dst)

dtype_candidates = (<class 'numpy.float32'>, <class 'numpy.float64'>)¶

ipps_accuracies = (<Accuracy.LEVEL_1: 1>, <Accuracy.LEVEL_3: 3>, <Accuracy.LEVEL_2: 2>)¶

class numpy_ipps.floating.Div[source]¶

Div Function.

dst[n]  <-  src1[n] / src2[n]

Numpy dtype candidates: float32, float64, complex64, complex128
Intel IPP Signal accuracy candidates: LEVEL_1, LEVEL_3, LEVEL_2 (default)
Constructor signature: (size, dtype, accuracy=None)
Call signature: (dtype, accuracy)

dtype_candidates = (<class 'numpy.float32'>, <class 'numpy.float64'>, <class 'numpy.complex64'>, <class 'numpy.complex128'>)¶

ipps_accuracies = (<Accuracy.LEVEL_1: 1>, <Accuracy.LEVEL_3: 3>, <Accuracy.LEVEL_2: 2>)¶

class numpy_ipps.floating.DivRev_I[source]¶

DivRev_I Function.

src_dst[n]  <-  src_dst[n] / src[n]

Numpy dtype candidates: float32, float64, complex64, complex128
Intel IPP Signal accuracy candidates: LEVEL_1, LEVEL_3, LEVEL_2 (default)
Constructor signature: (size, dtype, accuracy=None)
Call signature: (dtype, accuracy)

dtype_candidates = (<class 'numpy.float32'>, <class 'numpy.float64'>, <class 'numpy.complex64'>, <class 'numpy.complex128'>)¶

ipps_accuracies = (<Accuracy.LEVEL_1: 1>, <Accuracy.LEVEL_3: 3>, <Accuracy.LEVEL_2: 2>)¶

class numpy_ipps.floating.Div_I[source]¶

Div_I Function.

src_dst[n]  <-  src[n] / src_dst[n]

Numpy dtype candidates: float32, float64, complex64, complex128
Intel IPP Signal accuracy candidates: LEVEL_1, LEVEL_3, LEVEL_2 (default)
Constructor signature: (size, dtype, accuracy=None)
Call signature: (dtype, accuracy)

dtype_candidates = (<class 'numpy.float32'>, <class 'numpy.float64'>, <class 'numpy.complex64'>, <class 'numpy.complex128'>)¶

ipps_accuracies = (<Accuracy.LEVEL_1: 1>, <Accuracy.LEVEL_3: 3>, <Accuracy.LEVEL_2: 2>)¶

class numpy_ipps.floating.Inv[source]¶

Inv Function.

dst[n]  <-  1 / src[n]

Numpy dtype candidates: float32, float64
Intel IPP Signal accuracy candidates: LEVEL_1, LEVEL_3, LEVEL_2 (default)
Constructor signature: (dtype, accuracy=None, size=None)
Call signature: (src, dst)

dtype_candidates = (<class 'numpy.float32'>, <class 'numpy.float64'>)¶

ipps_accuracies = (<Accuracy.LEVEL_1: 1>, <Accuracy.LEVEL_3: 3>, <Accuracy.LEVEL_2: 2>)¶

class numpy_ipps.floating.InvCbrt[source]¶

InvCbrt Function.

dst[n]  <-  1 / cbrt( src[n] )

Numpy dtype candidates: float32, float64
Intel IPP Signal accuracy candidates: LEVEL_1, LEVEL_3, LEVEL_2 (default)
Constructor signature: (dtype, accuracy=None, size=None)
Call signature: (src, dst)

dtype_candidates = (<class 'numpy.float32'>, <class 'numpy.float64'>)¶

ipps_accuracies = (<Accuracy.LEVEL_1: 1>, <Accuracy.LEVEL_3: 3>, <Accuracy.LEVEL_2: 2>)¶

class numpy_ipps.floating.InvCbrt_I[source]¶

InvCbrt_I Function.

src_dst[n]  <-  1 / cbrt( src_dst[n] )

Numpy dtype candidates: float32, float64
Intel IPP Signal accuracy candidates: LEVEL_1, LEVEL_3, LEVEL_2 (default)
Constructor signature: (dtype, accuracy=None, size=None)
Call signature: (src_dst)

dtype_candidates = (<class 'numpy.float32'>, <class 'numpy.float64'>)¶

ipps_accuracies = (<Accuracy.LEVEL_1: 1>, <Accuracy.LEVEL_3: 3>, <Accuracy.LEVEL_2: 2>)¶

class numpy_ipps.floating.InvSqrt[source]¶

InvSqrt Function.

dst[n]  <-  1 / sqrt( src[n] )

Numpy dtype candidates: float32, float64
Intel IPP Signal accuracy candidates: LEVEL_1, LEVEL_3, LEVEL_2 (default)
Constructor signature: (dtype, accuracy=None, size=None)
Call signature: (src, dst)

dtype_candidates = (<class 'numpy.float32'>, <class 'numpy.float64'>)¶

ipps_accuracies = (<Accuracy.LEVEL_1: 1>, <Accuracy.LEVEL_3: 3>, <Accuracy.LEVEL_2: 2>)¶

class numpy_ipps.floating.InvSqrt_I[source]¶

InvSqrt_I Function.

src_dst[n]  <-  1 / sqrt( src_dst[n] )

Numpy dtype candidates: float32, float64
Intel IPP Signal accuracy candidates: LEVEL_1, LEVEL_3, LEVEL_2 (default)
Constructor signature: (dtype, accuracy=None, size=None)
Call signature: (src_dst)

dtype_candidates = (<class 'numpy.float32'>, <class 'numpy.float64'>)¶

ipps_accuracies = (<Accuracy.LEVEL_1: 1>, <Accuracy.LEVEL_3: 3>, <Accuracy.LEVEL_2: 2>)¶

class numpy_ipps.floating.Inv_I[source]¶

Inv_I Function.

src_dst[n]  <-  1 / src_dst[n]

Numpy dtype candidates: float32, float64
Intel IPP Signal accuracy candidates: LEVEL_1, LEVEL_3, LEVEL_2 (default)
Constructor signature: (dtype, accuracy=None, size=None)
Call signature: (src_dst)

dtype_candidates = (<class 'numpy.float32'>, <class 'numpy.float64'>)¶

ipps_accuracies = (<Accuracy.LEVEL_1: 1>, <Accuracy.LEVEL_3: 3>, <Accuracy.LEVEL_2: 2>)¶

class numpy_ipps.floating.Mul[source]¶

Mul Function.

dst[n]  <-  src1[n] * src2[n]

Numpy dtype candidates: float32, float64, complex64, complex128
Intel IPP Signal accuracy candidates: LEVEL_3 (default)
Constructor signature: (size, dtype, accuracy=None)
Call signature: (dtype, accuracy)

dtype_candidates = (<class 'numpy.float32'>, <class 'numpy.float64'>, <class 'numpy.complex64'>, <class 'numpy.complex128'>)¶

ipps_accuracies = (<Accuracy.LEVEL_3: 3>,)¶

class numpy_ipps.floating.Mul_I[source]¶

Mul_I Function.

src_dst[n]  <-  src_dst[n] * src[n]

Numpy dtype candidates: float32, float64
Intel IPP Signal accuracy candidates: LEVEL_3 (default)
Constructor signature: (dtype, accuracy=None, size=None)
Call signature: (src, src_dst)

dtype_candidates = (<class 'numpy.float32'>, <class 'numpy.float64'>)¶

ipps_accuracies = (<Accuracy.LEVEL_3: 3>,)¶

class numpy_ipps.floating.Pow[source]¶

Pow Function.

dst[n]  <-  src1[n] ** src2[n]

Numpy dtype candidates: float32, float64, complex64, complex128
Intel IPP Signal accuracy candidates: LEVEL_1, LEVEL_3, LEVEL_2 (default)
Constructor signature: (size, dtype, accuracy=None)
Call signature: (dtype, accuracy)

dtype_candidates = (<class 'numpy.float32'>, <class 'numpy.float64'>, <class 'numpy.complex64'>, <class 'numpy.complex128'>)¶

ipps_accuracies = (<Accuracy.LEVEL_1: 1>, <Accuracy.LEVEL_3: 3>, <Accuracy.LEVEL_2: 2>)¶

class numpy_ipps.floating.Pow2o3[source]¶

Pow2o3 Function.

dst[n]  <-  cbrt( src[n] * src[n] )

Numpy dtype candidates: float32, float64
Intel IPP Signal accuracy candidates: LEVEL_1, LEVEL_3, LEVEL_2 (default)
Constructor signature: (dtype, accuracy=None, size=None)
Call signature: (src, dst)

dtype_candidates = (<class 'numpy.float32'>, <class 'numpy.float64'>)¶

ipps_accuracies = (<Accuracy.LEVEL_1: 1>, <Accuracy.LEVEL_3: 3>, <Accuracy.LEVEL_2: 2>)¶

class numpy_ipps.floating.Pow2o3_I[source]¶

Pow2o3_I Function.

src_dst[n]  <-  cbrt( src_dst[n] * src_dst[n] )

Numpy dtype candidates: float32, float64
Intel IPP Signal accuracy candidates: LEVEL_1, LEVEL_3, LEVEL_2 (default)
Constructor signature: (dtype, accuracy=None, size=None)
Call signature: (src_dst)

dtype_candidates = (<class 'numpy.float32'>, <class 'numpy.float64'>)¶

ipps_accuracies = (<Accuracy.LEVEL_1: 1>, <Accuracy.LEVEL_3: 3>, <Accuracy.LEVEL_2: 2>)¶

class numpy_ipps.floating.Pow3o2[source]¶

Pow3o2 Function.

dst[n]  <-  sqrt( src[n] * src[n] * src[n] )

Numpy dtype candidates: float32, float64
Intel IPP Signal accuracy candidates: LEVEL_1, LEVEL_3, LEVEL_2 (default)
Constructor signature: (dtype, accuracy=None, size=None)
Call signature: (src, dst)

dtype_candidates = (<class 'numpy.float32'>, <class 'numpy.float64'>)¶

ipps_accuracies = (<Accuracy.LEVEL_1: 1>, <Accuracy.LEVEL_3: 3>, <Accuracy.LEVEL_2: 2>)¶

class numpy_ipps.floating.PowRev_I[source]¶

PowRev_I Function.

src_dst[n]  <-  src[n] ** src_dst[n]

Numpy dtype candidates: float32, float64, complex64, complex128
Intel IPP Signal accuracy candidates: LEVEL_1, LEVEL_3, LEVEL_2 (default)
Constructor signature: (size, dtype, accuracy=None)
Call signature: (dtype, accuracy)

dtype_candidates = (<class 'numpy.float32'>, <class 'numpy.float64'>, <class 'numpy.complex64'>, <class 'numpy.complex128'>)¶

ipps_accuracies = (<Accuracy.LEVEL_1: 1>, <Accuracy.LEVEL_3: 3>, <Accuracy.LEVEL_2: 2>)¶

class numpy_ipps.floating.Sqr[source]¶

Sqr Function.

dst[n]  <-  src[n] * src[n]

Numpy dtype candidates: float32, float64
Intel IPP Signal accuracy candidates: LEVEL_3 (default)
Constructor signature: (dtype, accuracy=None, size=None)
Call signature: (src, dst)

dtype_candidates = (<class 'numpy.float32'>, <class 'numpy.float64'>)¶

ipps_accuracies = (<Accuracy.LEVEL_3: 3>,)¶

class numpy_ipps.floating.Sqr_I[source]¶

Sqr_I Function.

src_dst[n]  <-  src_dst[n] * src_dst[n]

Numpy dtype candidates: float32, float64
Intel IPP Signal accuracy candidates: LEVEL_3 (default)
Constructor signature: (dtype, accuracy=None, size=None)
Call signature: (src_dst)

dtype_candidates = (<class 'numpy.float32'>, <class 'numpy.float64'>)¶

ipps_accuracies = (<Accuracy.LEVEL_3: 3>,)¶

class numpy_ipps.floating.Sqrt[source]¶

Sqrt Function.

dst[n]  <-  sqrt( src[n] )

Numpy dtype candidates: float32, float64, complex64, complex128
Intel IPP Signal accuracy candidates: LEVEL_1, LEVEL_3, LEVEL_2 (default)
Constructor signature: (size, dtype, accuracy=None)
Call signature: (dtype, accuracy)

dtype_candidates = (<class 'numpy.float32'>, <class 'numpy.float64'>, <class 'numpy.complex64'>, <class 'numpy.complex128'>)¶

ipps_accuracies = (<Accuracy.LEVEL_1: 1>, <Accuracy.LEVEL_3: 3>, <Accuracy.LEVEL_2: 2>)¶

class numpy_ipps.floating.Sqrt_I[source]¶

Sqrt_I Function.

src_dst[n]  <-  sqrt( src_dst[n] )

Numpy dtype candidates: float32, float64, complex64, complex128
Intel IPP Signal accuracy candidates: LEVEL_1, LEVEL_3, LEVEL_2 (default)
Constructor signature: (size, dtype, accuracy=None)
Call signature: (dtype, accuracy)

dtype_candidates = (<class 'numpy.float32'>, <class 'numpy.float64'>, <class 'numpy.complex64'>, <class 'numpy.complex128'>)¶

ipps_accuracies = (<Accuracy.LEVEL_1: 1>, <Accuracy.LEVEL_3: 3>, <Accuracy.LEVEL_2: 2>)¶

class numpy_ipps.floating.Sub[source]¶

Sub Function.

dst[n]  <-  src1[n] - src2[n]

Numpy dtype candidates: float32, float64, complex64, complex128
Intel IPP Signal accuracy candidates: LEVEL_3 (default)
Constructor signature: (size, dtype, accuracy=None)
Call signature: (dtype, accuracy)

dtype_candidates = (<class 'numpy.float32'>, <class 'numpy.float64'>, <class 'numpy.complex64'>, <class 'numpy.complex128'>)¶

ipps_accuracies = (<Accuracy.LEVEL_3: 3>,)¶

class numpy_ipps.floating.SubRev_I[source]¶

SubRev_I Function.

src_dst[n]  <-  src[n] - src_dst[n]

Numpy dtype candidates: float32, float64, complex64, complex128
Intel IPP Signal accuracy candidates: LEVEL_3 (default)
Constructor signature: (size, dtype, accuracy=None)
Call signature: (dtype, accuracy)

dtype_candidates = (<class 'numpy.float32'>, <class 'numpy.float64'>, <class 'numpy.complex64'>, <class 'numpy.complex128'>)¶

ipps_accuracies = (<Accuracy.LEVEL_3: 3>,)¶

class numpy_ipps.floating.Sub_I[source]¶

Sub_I Function.

src_dst[n]  <-  src_dst[n] - src[n]

Numpy dtype candidates: float32, float64, complex64, complex128
Intel IPP Signal accuracy candidates: LEVEL_3 (default)
Constructor signature: (size, dtype, accuracy=None)
Call signature: (dtype, accuracy)

dtype_candidates = (<class 'numpy.float32'>, <class 'numpy.float64'>, <class 'numpy.complex64'>, <class 'numpy.complex128'>)¶

ipps_accuracies = (<Accuracy.LEVEL_3: 3>,)¶