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56 lines
No EOL
2.2 KiB
C
56 lines
No EOL
2.2 KiB
C
#include "nfec_enc.h"
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#include "nnet.h"
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#include "nfec_enc_data.h"
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void nfec_encode_dframe(struct NFECEncState *enc_state, float *latents, float *initial_state, const float *input)
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{
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float buffer[ENC_DENSE1_OUT_SIZE + ENC_DENSE2_OUT_SIZE + ENC_DENSE3_OUT_SIZE + ENC_DENSE4_OUT_SIZE + ENC_DENSE5_OUT_SIZE + ENC_DENSE6_OUT_SIZE + ENC_DENSE7_OUT_SIZE + ENC_DENSE8_OUT_SIZE + GDENSE1_OUT_SIZE];
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int output_index = 0;
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int input_index = 0;
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/* run encoder stack and concatenate output in buffer*/
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compute_dense(&enc_dense1, &buffer[output_index], input);
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input_index = output_index;
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output_index += ENC_DENSE1_OUT_SIZE;
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compute_gru3(&enc_dense2, enc_state->dense2_state, &buffer[input_index]);
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memcpy(&buffer[output_index], enc_state->dense2_state, ENC_DENSE2_OUT_SIZE * sizeof(float));
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input_index = output_index;
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output_index += ENC_DENSE2_OUT_SIZE;
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compute_dense(&enc_dense3, &buffer[output_index], &buffer[input_index]);
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input_index = output_index;
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output_index += ENC_DENSE3_OUT_SIZE;
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compute_gru3(&enc_dense4, enc_state->dense4_state, &buffer[input_index]);
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memcpy(&buffer[output_index], enc_state->dense4_state, ENC_DENSE4_OUT_SIZE * sizeof(float));
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input_index = output_index;
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output_index += ENC_DENSE4_OUT_SIZE;
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compute_dense(&enc_dense5, &buffer[output_index], &buffer[input_index]);
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input_index = output_index;
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output_index += ENC_DENSE5_OUT_SIZE;
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compute_gru3(&enc_dense6, enc_state->dense6_state, &buffer[input_index]);
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memcpy(&buffer[output_index], enc_state->dense6_state, ENC_DENSE6_OUT_SIZE * sizeof(float));
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input_index = output_index;
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output_index += ENC_DENSE6_OUT_SIZE;
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compute_dense(&enc_dense7, &buffer[output_index], &buffer[input_index]);
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input_index = output_index;
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output_index += ENC_DENSE7_OUT_SIZE;
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compute_dense(&enc_dense8, &buffer[output_index], &buffer[input_index]);
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output_index += ENC_DENSE8_OUT_SIZE;
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/* compute latents from concatenated input buffer */
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compute_conv1d(&bits_dense, latents, enc_state->bits_dense_state, buffer);
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/* next, calculate initial state */
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compute_dense(&gdense1, &buffer[output_index], buffer);
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input_index = output_index;
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compute_dense(&gdense2, initial_state, &buffer[input_index]);
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} |