@@ -290,7 +290,9 @@ def testSeparableConv1DQuantize_(self, kwargs):
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@parameterized .named_parameters (
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('padding_valid' , {'padding' : 'valid' }),
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('padding_same' , {'padding' : 'same' }),
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- ('padding_same_dilation_2' , {'padding' : 'same' , 'dilation_rate' : 2 }),
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+ # TODO(b/186666265): tighten the tolerance to 1e-5.
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+ ('padding_same_dilation_2' ,
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+ {'padding' : 'same' , 'dilation_rate' : 2 }, 0.19 ),
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('strides' , {'strides' : 2 }),
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('dilation_rate' , {'dilation_rate' : 2 }),
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('depth_multiplier' , {'depth_multiplier' : 2 }),
@@ -304,7 +306,7 @@ def testSeparableConv1DQuantize_(self, kwargs):
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'pointwise_constraint' : tf .keras .constraints .min_max_norm (0. , 2. ),
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'bias_constraint' : tf .keras .constraints .unit_norm ()})
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)
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- def testSeparableConvQuantize_ (self , kwargs ):
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+ def testSeparableConvQuantize_ (self , kwargs , tolerance = 1e-5 ):
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kwargs ['filters' ] = 2
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kwargs ['kernel_size' ] = 3
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num_samples = 2
@@ -340,9 +342,12 @@ def testSeparableConvQuantize_(self, kwargs):
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transformed_model .fit (x , y , epochs = 100 )
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# Over a long training cycle with constraints and regularizers, the model
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- # can build very minute differences. Hence reducing tol to 1e-5.
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- self .assertAllClose (sepconv_model .predict (x ), transformed_model .predict (x ),
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- atol = 1e-5 , rtol = 1e-5 )
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+ # can build very minute differences.
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+ self .assertAllClose (
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+ sepconv_model .predict (x ),
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+ transformed_model .predict (x ),
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+ atol = tolerance ,
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+ rtol = tolerance )
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# TODO(pulkitb): Add individual tests for the following transforms.
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# Conv2DReshapeBatchNormQuantize, Conv2DReshapeBatchNormReLUQuantize
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