blob: 66e303c63b3a7059976c2c854c5e6fc8685ba330 [file] [log] [blame]
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*
* Licensed to the Apache Software Foundation (ASF) under one
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#include <glog/logging.h>
#include "singa/neuralnet/neuron_layer.h"
#include "singa/utils/singleton.h"
namespace singa {
using std::vector;
void BMLayer::Setup(const LayerProto& conf,
const vector<Layer*>& srclayers) {
Layer::Setup(conf, srclayers);
data_.ReshapeLike(srclayers[0]->data(this));
grad_.ReshapeLike(srclayers[0]->grad(this));
const vector<int>& srcshape = srclayers[0]->data(this).shape();
batchsize_ = srcshape[0];
channels_ = srcshape[1];
height_ = srcshape[2];
width_ = srcshape[3];
bnScale_ = Param::Create(conf.param(0));
bnScale_->Setup(vector<int>{1, channels_, 1, 1});
bnBias_ = Param::Create(conf.param(1));
bnBias_->Setup(vector<int>{1, channels_, 1, 1});
resultRunningMean_ = Param::Create(conf.param(2));
resultRunningMean_->Setup(vector<int>{1, channels_, 1, 1});
resultRunningInvVariance_ = Param::Create(conf.param(3));
resultRunningInvVariance_->Setup(vector<int>{1, channels_, 1, 1});
}
void BMLayer::ComputeFeature(int flag, const vector<Layer*>& srclayers) {
// Todo
}
void BMLayer::ComputeGradient(int flag, const vector<Layer*>& srclayers) {
// Todo
}
} // namespace singa