#fname = fpath.split('/')[len(fpath.split('/'))-1]
#outname = out_dir + fname[0:fname.rfind('.')] + ".root"
outname = fpath.replace('.dat','.root')
# Decoder algorithm instance ... currently xmit, slow, or trigger
#algo=fmwk.algo_pmt_xmit()
#algo=fmwk.algo_slow_readout_decoder()
algo=fmwk.algo_tpc_xmit()
#algo=fmwk.algo_trig_decoder()
#algo=fmwk.algo_tpc_huffman()
# Set algorithm's back-trace mode with positive int argument (=# words to be backtraced)
algo.set_backtrace_mode(200)
# Create the decoder instance
decoder=fmwk.decoder_manager()
# Attach algorithm to the decoder.
decoder.set_decoder(algo);
# Set input file format ... ASCII or BINARY
#decoder.set_format(fmwk.FORMAT.ASCII)
decoder.set_format(fmwk.FORMAT.BINARY)
# Set whether or not to ready by block
decoder.set_read_by_block(True)
# Set read-block size
#decoder.set_read_block_size(200)
# Set input file path
outname = out_dir + fname[0:fname.rfind('.')] + ".root"
# Decoder algorithm instance ... currently xmit, slow, or trigger
algo=fmwk.algo_pmt_xmit()
#algo=fmwk.algo_slow_readout_decoder()
#algo=fmwk.algo_tpc_xmit()
#algo=fmwk.algo_trig_decoder()
#algo=fmwk.algo_tpc_huffman()
algo.check_fifo_overflow(True)
# Set algorithm's back-trace mode with positive int argument (=# words to be backtraced)
algo.set_backtrace_mode(200)
# Create the decoder instance
decoder=fmwk.decoder_manager()
# Attach algorithm to the decoder.
decoder.set_decoder(algo);
# Set input file format ... ASCII or BINARY
#decoder.set_format(fmwk.FORMAT.ASCII)
decoder.set_format(fmwk.FORMAT.BINARY)
# Set whether or not to ready by block ... faster but requires readout to write this extra word @ write sequence
#decoder.set_read_by_block(True)
# Set read-block size
#decoder.set_read_block_size(200)
# Set input file path