This struct exists to set up various pieces of analysis; it helps avoid the repetition of code where we compute all these things in sequence. More...

#include <nnet-analyze.h>

Collaboration diagram for Analyzer:

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Public Member Functions
void	Init (const Nnet &nnet, const NnetComputation &computation)

Public Attributes
ComputationVariables	variables

std::vector< CommandAttributes >	command_attributes

std::vector< std::vector< Access > >	variable_accesses

std::vector< MatrixAccesses >	matrix_accesses

Detailed Description

This struct exists to set up various pieces of analysis; it helps avoid the repetition of code where we compute all these things in sequence.

Definition at line 294 of file nnet-analyze.h.

Member Function Documentation

◆ Init()

void Init	(	const Nnet &	nnet,
		const NnetComputation &	computation
	)

Definition at line 1421 of file nnet-analyze.cc.

References kaldi::nnet3::ComputeCommandAttributes(), kaldi::nnet3::ComputeMatrixAccesses(), and kaldi::nnet3::ComputeVariableAccesses().

Referenced by ComputationChecker::Check(), kaldi::nnet3::ConvertAdditionToAssignment(), DerivativeTimeLimiter::PruneMatrices(), kaldi::nnet3::RemoveUnnecessaryZeroing(), kaldi::nnet3::UnitTestNnetAnalyze(), and VariableMergingOptimizer::VariableMergingOptimizer().

                                                                         {
   variables.Init(computation);
   ComputeCommandAttributes(nnet, computation, variables, &command_attributes);
   ComputeVariableAccesses(variables, command_attributes, &variable_accesses);
   ComputeMatrixAccesses(nnet, computation, variables, command_attributes,
                         &matrix_accesses);
 }