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runtests.sh
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runtests.sh
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#/bin/bash
th -lcunn -e 'cunn.test("Tanh_forward")'
th -lcunn -e 'cunn.test("Tanh_backward")'
th -lcunn -e 'cunn.test("Tanh_transposed")'
th -lcunn -e 'cunn.test("HardTanh_forward")'
th -lcunn -e 'cunn.test("HardTanh_backward")'
th -lcunn -e 'cunn.test("HardTanh_backward_inplace")'
th -lcunn -e 'cunn.test("HardTanh_transposed")'
th -lcunn -e 'cunn.test("Abs_forward")'
th -lcunn -e 'cunn.test("Abs_backward")'
th -lcunn -e 'cunn.test("Abs_transposed")'
th -lcunn -e 'cunn.test("Sigmoid_forward")'
th -lcunn -e 'cunn.test("Sigmoid_backward")'
th -lcunn -e 'cunn.test("Sigmoid_transposed")'
th -lcunn -e 'cunn.test("LogSigmoid_forward")'
th -lcunn -e 'cunn.test("LogSigmoid_backward")'
th -lcunn -e 'cunn.test("LogSigmoid_transposed")'
th -lcunn -e 'cunn.test("Threshold_forward")'
th -lcunn -e 'cunn.test("Threshold_backward")'
th -lcunn -e 'cunn.test("ReLU6_forward")'
th -lcunn -e 'cunn.test("ReLU6_backward")'
th -lcunn -e 'cunn.test("LeakyReLU_forward")'
th -lcunn -e 'cunn.test("LeakyReLU_backward")'
th -lcunn -e 'cunn.test("LeakyReLU_transposed")'
th -lcunn -e 'cunn.test("Sqrt_forward")'
th -lcunn -e 'cunn.test("Sqrt_backward")'
th -lcunn -e 'cunn.test("Sqrt_zero")'
th -lcunn -e 'cunn.test("Sqrt_transposed")'
th -lcunn -e 'cunn.test("Square_forward")'
th -lcunn -e 'cunn.test("Square_backward")'
th -lcunn -e 'cunn.test("Square_transposed")'
th -lcunn -e 'cunn.test("SoftShrink_forward")'
th -lcunn -e 'cunn.test("SoftShrink_backward")'
th -lcunn -e 'cunn.test("SoftShrink_transposed")'
th -lcunn -e 'cunn.test("ELU_forward")'
th -lcunn -e 'cunn.test("ELU_backward")'
th -lcunn -e 'cunn.test("ELU_transposed")'
th -lcunn -e 'cunn.test("SoftMax_forward")'
th -lcunn -e 'cunn.test("SoftMax_backward")'
th -lcunn -e 'cunn.test("LogSoftMax_forward")'
th -lcunn -e 'cunn.test("LogSoftMax_backward")'
th -lcunn -e 'cunn.test("SpatialSoftMax")'
th -lcunn -e 'cunn.test("LogSoftMax_forward_batch")'
th -lcunn -e 'cunn.test("LogSoftMax_backward_batch")'
th -lcunn -e 'cunn.test("SpatialLogSoftMax_forward")'
th -lcunn -e 'cunn.test("SpatialLogSoftMax_backward")'
th -lcunn -e 'cunn.test("SpatialLogSoftMax_forward_batch")'
th -lcunn -e 'cunn.test("SpatialLogSoftMax_backward_batch")'
th -lcunn -e 'cunn.test("Euclidean_forward_batch")'
th -lcunn -e 'cunn.test("Euclidean_backward_batch")'
th -lcunn -e 'cunn.test("WeightedEuclidean_forward_batch")'
th -lcunn -e 'cunn.test("WeightedEuclidean_backward_batch")'
th -lcunn -e 'cunn.test("SparseLinear_forward")'
th -lcunn -e 'cunn.test("SparseLinear_backward")'
th -lcunn -e 'cunn.test("BatchNormalization")'
th -lcunn -e 'cunn.test("SpatialBatchNormalization")'
th -lcunn -e 'cunn.test("VolumetricBatchNormalization")'
th -lcunn -e 'cunn.test("SpatialConvolutionMM_forward_single")'
th -lcunn -e 'cunn.test("SpatialConvolutionMM_forward_batch")'
th -lcunn -e 'cunn.test("SpatialConvolutionMM_backward_single")'
th -lcunn -e 'cunn.test("SpatialConvolutionMM_backward_batch")'
th -lcunn -e 'cunn.test("SpatialConvolutionLocal_forward_single")'
th -lcunn -e 'cunn.test("SpatialConvolutionLocal_forward_batch")'
th -lcunn -e 'cunn.test("SpatialConvolutionLocal_backward_single")'
th -lcunn -e 'cunn.test("SpatialConvolutionLocal_backward_batch")'
th -lcunn -e 'cunn.test("SpatialFullConvolution_forward_single")'
th -lcunn -e 'cunn.test("SpatialFullConvolution_forward_batch")'
th -lcunn -e 'cunn.test("SpatialFullConvolution_backward_single")'
th -lcunn -e 'cunn.test("SpatialFullConvolution_backward_batch")'
th -lcunn -e 'cunn.test("SpatialDilatedConvolution_forward_single")'
th -lcunn -e 'cunn.test("SpatialDilatedConvolution_forward_batch")'
th -lcunn -e 'cunn.test("SpatialDilatedConvolution_backward_single")'
th -lcunn -e 'cunn.test("SpatialDilatedConvolution_backward_batch")'
th -lcunn -e 'cunn.test("SpatialSubSampling_forward")'
th -lcunn -e 'cunn.test("SpatialSubSampling_forward_batch")'
th -lcunn -e 'cunn.test("SpatialSubSampling_backward")'
th -lcunn -e 'cunn.test("SpatialSubSampling_backward_batch")'
th -lcunn -e 'cunn.test("SpatialMaxPooling_forward")'
th -lcunn -e 'cunn.test("SpatialMaxPooling_forward_batch")'
th -lcunn -e 'cunn.test("SpatialMaxUnpooling_forward_batch")'
th -lcunn -e 'cunn.test("SpatialMaxPooling_backward")'
th -lcunn -e 'cunn.test("SpatialMaxPooling_backward_batch")'
th -lcunn -e 'cunn.test("SpatialMaxUnpooling_backward_batch")'
th -lcunn -e 'cunn.test("SpatialDilatedMaxPooling_forward")'
th -lcunn -e 'cunn.test("SpatialDilatedMaxPooling_forward_batch")'
th -lcunn -e 'cunn.test("SpatialDilatedMaxPooling_backward")'
th -lcunn -e 'cunn.test("SpatialDilatedMaxPooling_backward_batch")'
th -lcunn -e 'cunn.test("SpatialFractionalMaxPooling_forward")'
th -lcunn -e 'cunn.test("SpatialFractionalMaxPooling_backward")'
th -lcunn -e 'cunn.test("SpatialAveragePooling_includepad")'
th -lcunn -e 'cunn.test("SpatialAveragePooling_forward")'
th -lcunn -e 'cunn.test("SpatialAveragePooling_forward_batch")'
th -lcunn -e 'cunn.test("SpatialAveragePooling_backward")'
th -lcunn -e 'cunn.test("SpatialAveragePooling_backward_batch")'
th -lcunn -e 'cunn.test("SpatialAdaptiveMaxPooling_forward")'
th -lcunn -e 'cunn.test("SpatialAdaptiveMaxPooling_forward_noncontig")'
th -lcunn -e 'cunn.test("SpatialAdaptiveMaxPooling_forward_batch")'
th -lcunn -e 'cunn.test("SpatialAdaptiveMaxPooling_backward")'
th -lcunn -e 'cunn.test("SpatialAdaptiveMaxPooling_backward_noncontig")'
th -lcunn -e 'cunn.test("SpatialAdaptiveMaxPooling_backward_batch")'
th -lcunn -e 'cunn.test("SpatialLPPooling_forward")'
th -lcunn -e 'cunn.test("SpatialLPPooling_backward")'
th -lcunn -e 'cunn.test("BCECriterion_forward")'
th -lcunn -e 'cunn.test("BCECriterionWeights_forward")'
th -lcunn -e 'cunn.test("MarginCriterion_forward")'
th -lcunn -e 'cunn.test("MultiLabelMarginCriterion_forward")'
th -lcunn -e 'cunn.test("MultiLabelMarginCriterion_backward")'
th -lcunn -e 'cunn.test("SpatialCrossMapLRN_forward_batch")'
th -lcunn -e 'cunn.test("SpatialCrossMapLRN_backward_batch")'
th -lcunn -e 'cunn.test("MarginCriterion_backward")'
th -lcunn -e 'cunn.test("BCECriterion_backward")'
th -lcunn -e 'cunn.test("BCECriterionWeights_backward")'
th -lcunn -e 'cunn.test("mse")'
th -lcunn -e 'cunn.test("SmoothL1")'
th -lcunn -e 'cunn.test("SoftMarginCriterion")'
th -lcunn -e 'cunn.test("distkldiv")'
th -lcunn -e 'cunn.test("TemporalConvolution_forward")'
th -lcunn -e 'cunn.test("TemporalConvolution_forward_batch")'
th -lcunn -e 'cunn.test("TemporalConvolution_backward")'
th -lcunn -e 'cunn.test("TemporalConvolution_backward_batch")'
th -lcunn -e 'cunn.test("Dropout")'
th -lcunn -e 'cunn.test("Dropout_forward")'
th -lcunn -e 'cunn.test("SoftPlus_forward")'
th -lcunn -e 'cunn.test("SoftPlus_backward")'
th -lcunn -e 'cunn.test("SpatialUpSamplingNearest_forward")'
th -lcunn -e 'cunn.test("SpatialUpSamplingNearest_forward_batch")'
th -lcunn -e 'cunn.test("SpatialUpSamplingNearest_backward")'
th -lcunn -e 'cunn.test("SpatialUpSamplingNearest_backward_batch")'
th -lcunn -e 'cunn.test("SpatialUpSamplingBilinear_forward")'
th -lcunn -e 'cunn.test("SpatialUpSamplingBilinear_forward_batch")'
th -lcunn -e 'cunn.test("SpatialUpSamplingBilinear_backward")'
th -lcunn -e 'cunn.test("SpatialUpSamplingBilinear_backward_batch")'
th -lcunn -e 'cunn.test("l1cost")'
th -lcunn -e 'cunn.test("ClassNLLCriterionSingleTarget")'
th -lcunn -e 'cunn.test("ClassNLLCriterionSingleTargetWeights")'
th -lcunn -e 'cunn.test("ClassNLLCriterionMultipleTarget")'
th -lcunn -e 'cunn.test("SpatialClassNLLCriterion")'
th -lcunn -e 'cunn.test("ClassNLLCriterionMultipleTargetWeights")'
th -lcunn -e 'cunn.test("TemporalMaxPooling")'
th -lcunn -e 'cunn.test("VolumetricConvolution_forward_single")'
th -lcunn -e 'cunn.test("VolumetricConvolution_forward_batch")'
th -lcunn -e 'cunn.test("VolumetricConvolution_backward_single")'
th -lcunn -e 'cunn.test("VolumetricConvolution_backward_batch")'
th -lcunn -e 'cunn.test("VolumetricMaxPooling_forward")'
th -lcunn -e 'cunn.test("VolumetricMaxPooling_backward")'
th -lcunn -e 'cunn.test("VolumetricDilatedMaxPooling_forward_batch")'
th -lcunn -e 'cunn.test("VolumetricDilatedMaxPooling_backward_batch")'
th -lcunn -e 'cunn.test("VolumetricMaxUnpooling_forward_batch")'
th -lcunn -e 'cunn.test("VolumetricMaxUnpooling_backward_batch")'
th -lcunn -e 'cunn.test("VolumetricAveragePooling_forward")'
th -lcunn -e 'cunn.test("VolumetricAveragePooling_backward")'
th -lcunn -e 'cunn.test("CMul_forward_batch")'
th -lcunn -e 'cunn.test("CMul_backward_batch")'
th -lcunn -e 'cunn.test("PReLU_forward")'
th -lcunn -e 'cunn.test("PReLU_backward")'
th -lcunn -e 'cunn.test("RReLU_forward")'
th -lcunn -e 'cunn.test("RReLU_backward")'
th -lcunn -e 'cunn.test("VolumetricFullConvolution_pair_test")'
th -lcunn -e 'cunn.test("VolumetricFullConvolution")'
th -lcunn -e 'cunn.test("VolumetricDilatedConvolution")'
th -lcunn -e 'cunn.test("LookupTable_forward")'
th -lcunn -e 'cunn.test("LookupTable_backward")'
th -lcunn -e 'cunn.test("getParameters")'
th -lcunn -e 'cunn.test("SpatialReflectionPadding_forward")'
th -lcunn -e 'cunn.test("SpatialReflectionPadding_backward")'
th -lcunn -e 'cunn.test("SpatialReplicationPadding_forward")'
th -lcunn -e 'cunn.test("SpatialReplicationPadding_backward")'
th -lcunn -e 'cunn.test("VolumetricReplicationPadding_forward")'
th -lcunn -e 'cunn.test("VolumetricReplicationPadding_backward")'
th -lcunn -e 'cunn.test("GPU")'