int main()
{
initialize_buffers();
printf("\n\nHej from " ALT_CPU_NAME "!\n");
//declare communication variables here
// three dct and huffman_encode steps here
smaller_block dct_y01_input;
smaller_block dct_y10_input;
smaller_block dct_y11_input;
smaller_block dct_y01_output;
smaller_block dct_y10_output;
smaller_block dct_y11_output;
huffman_encoding_output huffman_y01_output;
huffman_encoding_output huffman_y10_output;
huffman_encoding_output huffman_y11_output;
while (1)
{
receive_token(2, 9, &dct_y01_input);
dct_func(&dct_y01_output, &dct_y01_input);
receive_token(2, 11, &dct_y10_input);
dct_func(&dct_y10_output, &dct_y10_input);
receive_token(2, 13, &dct_y11_input);
dct_func(&dct_y11_output, &dct_y11_input);
huffman_encode_func(&huffman_y01_output, &dct_y01_output);
send_token(10, 15, &huffman_y01_output);
huffman_encode_func(&huffman_y10_output, &dct_y10_output);
send_token(12, 15, &huffman_y10_output);
huffman_encode_func(&huffman_y11_output, &dct_y11_output);
send_token(14, 15, &huffman_y11_output);
//receive_token(sender, receiver, pointer_to_data);
//call process functions here
//send_token(sender, receiver, pointer_to_data);
}
}
/**
* \brief forward transform (2D)
* \param block input residual
* \param coeff transform coefficients
* \param block_size width of transform
*/
void kvz_transform2d(const encoder_control_t * const encoder, int16_t *block, int16_t *coeff, int8_t block_size, int32_t mode)
{
dct_func *dct_func = kvz_get_dct_func(block_size, mode);
dct_func(encoder->bitdepth, block, coeff);
}
