Function softmaxInit

software/init/xi_init.cpp:1322–1367

}

void softmaxInit(XlayerData *xlayer_seq, xChangeLayer *currentLayer)
{
#if	EN_DEBUG_INIT_PRINT
	cout<<"softmaxInit Start : "<<endl;
#endif

	vector<int> bottomShape =  xlayer_seq->hw_ops->bottomShape.at(0);//.blob->shape;
	vector<int> topShape    =  xlayer_seq->hw_ops->topShape.at(0);//.blob->shape;

	printShape(bottomShape);

	int *scalar_softmax_args = (int *)currentLayer->params;

	scalar_softmax_args[0] = xlayer_seq->hw_ops->softmax_params->nclasses;//bottomShape.at(1);   //out_depth
	scalar_softmax_args[1] = xlayer_seq->hw_ops->softmax_params->nboxes;//bottomShape.at(2);   //out_depth
	scalar_softmax_args[2] = 0;//prev_layer_type;
	scalar_softmax_args[3] = XBATCH_SIZE;
	scalar_softmax_args[4] = currentLayer->qf_format.ip_fbits;
	scalar_softmax_args[5] = currentLayer->en_batch_size_one; //BATCH_SIZE_ONE_ENABLE



	int ip_bw = xlayer_seq->hw_ops->ip_bw;
	float th_in = 0;

	//# Flag for quantization scheme
	//# Set to 1 for Offline quant mode otherwise zero
	scalar_softmax_args[7] = 0;
	if(xlayer_seq->hw_ops->quantization_scheme.compare("Xilinx") == 0)
	{
		th_in = xlayer_seq->hw_ops->th_layer_in;
		scalar_softmax_args[7] = 1;
	}

	float sf_in = th_in / (pow(2, ip_bw - 1) - 1);

	scalar_softmax_args[8] = *((int *)(&sf_in));
	scalar_softmax_args[9] = *((int *)(&th_in));

	currentLayer->kernType = SOFTMAX;


#if	EN_DEBUG_INIT_PRINT
	cout<<"softmaxInit End : "<<endl;
#endif
}

void deconvInit(XlayerData *xlayer_seq, xChangeLayer *currentLayer, file_paths *const_data_path)
{