Index

A

Abs (class in si4onnx) (class in si4onnx.operators) Add (class in si4onnx.layers) algorithm() (si4onnx.BackMeanDiff method) (si4onnx.Hypothesis method) (si4onnx.hypothesis.BackMeanDiff method) (si4onnx.hypothesis.Hypothesis method) (si4onnx.hypothesis.NeighborMeanDiff method) (si4onnx.hypothesis.ReferenceMeanDiff method) (si4onnx.NeighborMeanDiff method) (si4onnx.ReferenceMeanDiff method) (si4onnx.SelectiveInferenceModel method) (si4onnx.si.PresetSelectiveInferenceModel method) (si4onnx.si.SelectiveInferenceModel method)

AverageFilter (class in si4onnx) (class in si4onnx.operators) AveragePool (class in si4onnx.layers)

B

BackMeanDiff (class in si4onnx) (class in si4onnx.hypothesis)

BatchNormalization (class in si4onnx.layers)

C

check_use_sigmoid() (in module si4onnx.hypothesis) Concat (class in si4onnx.layers) Constant (class in si4onnx.layers) ConstantOfShape (class in si4onnx.layers) construct_hypothesis() (si4onnx.BackMeanDiff method) (si4onnx.Hypothesis method) (si4onnx.hypothesis.BackMeanDiff method) (si4onnx.hypothesis.Hypothesis method) (si4onnx.hypothesis.NeighborMeanDiff method) (si4onnx.hypothesis.ReferenceMeanDiff method) (si4onnx.NeighborMeanDiff method) (si4onnx.ReferenceMeanDiff method) (si4onnx.SelectiveInferenceModel method) (si4onnx.si.PresetSelectiveInferenceModel method) (si4onnx.si.SelectiveInferenceModel method)

Conv (class in si4onnx.layers) ConvTranspose (class in si4onnx.layers)

D

data (si4onnx.data.SyntheticDataset attribute) (si4onnx.SyntheticDataset attribute)

Div (class in si4onnx.layers)

E

Equal (class in si4onnx.layers)

Exp (class in si4onnx.layers) EyeLike (class in si4onnx.layers)

F

Flatten (class in si4onnx.layers) forward() (si4onnx.Abs method) (si4onnx.AverageFilter method) (si4onnx.GaussianFilter method) (si4onnx.InputDiff method) (si4onnx.layers.Add method) (si4onnx.layers.AveragePool method) (si4onnx.layers.BatchNormalization method) (si4onnx.layers.Concat method) (si4onnx.layers.Constant method) (si4onnx.layers.ConstantOfShape method) (si4onnx.layers.Conv method) (si4onnx.layers.ConvTranspose method) (si4onnx.layers.Div method) (si4onnx.layers.Equal method) (si4onnx.layers.Exp method) (si4onnx.layers.EyeLike method) (si4onnx.layers.Flatten method) (si4onnx.layers.Gemm method) (si4onnx.layers.GlobalAveragePool method) (si4onnx.layers.Greater method) (si4onnx.layers.Layer method) (si4onnx.layers.LeakyRelu method) (si4onnx.layers.MatMul method) (si4onnx.layers.MaxPool method) (si4onnx.layers.Mul method) (si4onnx.layers.RandomNormalLike method) (si4onnx.layers.Reciprocal method) (si4onnx.layers.ReduceSum method) (si4onnx.layers.Relu method) (si4onnx.layers.Reshape method) (si4onnx.layers.Resize method) (si4onnx.layers.Shape method) (si4onnx.layers.Sigmoid method) (si4onnx.layers.Slice method) (si4onnx.layers.Split method) (si4onnx.layers.Squeeze method) (si4onnx.layers.Sub method) (si4onnx.layers.Transpose method) (si4onnx.layers.Unsqueeze method) (si4onnx.Neg method) (si4onnx.NN method) (si4onnx.nn.NN method) (si4onnx.Operator method) (si4onnx.operators.Abs method) (si4onnx.operators.AverageFilter method) (si4onnx.operators.GaussianFilter method) (si4onnx.operators.InputDiff method) (si4onnx.operators.Neg method) (si4onnx.operators.Operator method) (si4onnx.SelectiveInferenceModel method) (si4onnx.si.SelectiveInferenceModel method)

forward_si() (si4onnx.Abs method) (si4onnx.AverageFilter method) (si4onnx.GaussianFilter method) (si4onnx.InputDiff method) (si4onnx.layers.Add method) (si4onnx.layers.AveragePool method) (si4onnx.layers.BatchNormalization method) (si4onnx.layers.Concat method) (si4onnx.layers.Constant method) (si4onnx.layers.ConstantOfShape method) (si4onnx.layers.Conv method) (si4onnx.layers.ConvTranspose method) (si4onnx.layers.Div method) (si4onnx.layers.Equal method) (si4onnx.layers.Exp method) (si4onnx.layers.EyeLike method) (si4onnx.layers.Flatten method) (si4onnx.layers.Gemm method) (si4onnx.layers.GlobalAveragePool method) (si4onnx.layers.Greater method) (si4onnx.layers.Layer method) (si4onnx.layers.LeakyRelu method) (si4onnx.layers.MatMul method) (si4onnx.layers.MaxPool method) (si4onnx.layers.Mul method) (si4onnx.layers.RandomNormalLike method) (si4onnx.layers.Reciprocal method) (si4onnx.layers.ReduceSum method) (si4onnx.layers.Relu method) (si4onnx.layers.Reshape method) (si4onnx.layers.Resize method) (si4onnx.layers.Shape method) (si4onnx.layers.Sigmoid method) (si4onnx.layers.Slice method) (si4onnx.layers.Split method) (si4onnx.layers.Squeeze method) (si4onnx.layers.Sub method) (si4onnx.layers.Transpose method) (si4onnx.layers.Unsqueeze method) (si4onnx.Neg method) (si4onnx.NN method) (si4onnx.nn.NN method) (si4onnx.Operator method) (si4onnx.operators.Abs method) (si4onnx.operators.AverageFilter method) (si4onnx.operators.GaussianFilter method) (si4onnx.operators.InputDiff method) (si4onnx.operators.Neg method) (si4onnx.operators.Operator method)

G

GaussianFilter (class in si4onnx) (class in si4onnx.operators) Gemm (class in si4onnx.layers)

generate_iid_data() (in module si4onnx.data) GlobalAveragePool (class in si4onnx.layers) Greater (class in si4onnx.layers)

H

Hypothesis (class in si4onnx) (class in si4onnx.hypothesis)

I

inference() (si4onnx.SelectiveInferenceModel method) (si4onnx.si.PresetSelectiveInferenceModel method) (si4onnx.si.SelectiveInferenceModel method)

InferenceResult (class in si4onnx.si) InputDiff (class in si4onnx) (class in si4onnx.operators)

L

labels (si4onnx.data.SyntheticDataset attribute) (si4onnx.SyntheticDataset attribute) Layer (class in si4onnx.layers)

LeakyRelu (class in si4onnx.layers) load() (in module si4onnx) (in module si4onnx.si)

M

masks (si4onnx.data.SyntheticDataset attribute) (si4onnx.SyntheticDataset attribute) MatMul (class in si4onnx.layers) MaxPool (class in si4onnx.layers) model_selector() (si4onnx.BackMeanDiff method) (si4onnx.Hypothesis method) (si4onnx.hypothesis.BackMeanDiff method) (si4onnx.hypothesis.Hypothesis method) (si4onnx.hypothesis.NeighborMeanDiff method) (si4onnx.hypothesis.ReferenceMeanDiff method) (si4onnx.NeighborMeanDiff method) (si4onnx.ReferenceMeanDiff method) (si4onnx.SelectiveInferenceModel method) (si4onnx.si.PresetSelectiveInferenceModel method) (si4onnx.si.SelectiveInferenceModel method)

module si4onnx si4onnx.data si4onnx.hypothesis si4onnx.layers si4onnx.nn si4onnx.operators si4onnx.si si4onnx.utils Mul (class in si4onnx.layers)

N

Neg (class in si4onnx) (class in si4onnx.operators) NeighborMeanDiff (class in si4onnx) (class in si4onnx.hypothesis)

NN (class in si4onnx) (class in si4onnx.nn) NoHypothesisError non_roi (si4onnx.si.InferenceResult attribute), [1]

O

Operator (class in si4onnx) (class in si4onnx.operators)

output (si4onnx.si.InferenceResult attribute), [1]

P

PresetHypothesis (class in si4onnx.hypothesis)

PresetSelectiveInferenceModel (class in si4onnx.si)

R

RandomNormalLike (class in si4onnx.layers) Reciprocal (class in si4onnx.layers) ReduceSum (class in si4onnx.layers) ReferenceMeanDiff (class in si4onnx) (class in si4onnx.hypothesis)

Relu (class in si4onnx.layers) Reshape (class in si4onnx.layers) Resize (class in si4onnx.layers) roi (si4onnx.si.InferenceResult attribute), [1]

S

score_map (si4onnx.si.InferenceResult attribute), [1] SelectiveInferenceModel (class in si4onnx) (class in si4onnx.si) Shape (class in si4onnx.layers) si4onnx module si4onnx.data module si4onnx.hypothesis module si4onnx.layers module si4onnx.nn module

si4onnx.operators module si4onnx.si module si4onnx.utils module Sigmoid (class in si4onnx.layers) Slice (class in si4onnx.layers) Split (class in si4onnx.layers) Squeeze (class in si4onnx.layers) Sub (class in si4onnx.layers) SyntheticDataset (class in si4onnx) (class in si4onnx.data)

T

thresholding() (in module si4onnx) (in module si4onnx.utils)

to_numpy() (in module si4onnx.utils) to_torch_tensor() (in module si4onnx.utils) Transpose (class in si4onnx.layers)

U

Unsqueeze (class in si4onnx.layers)