hayeong0
commented
3 months ago Hello, sorry for the late reply.
It seems that the debug logs are appearing due to the numba version update.
Although I haven't used the updated version before, it doesn't seem to be a major issue!
Thanks.
Hello, thank you very much for sharing. I encountered these information outputs during the training process. Is this normal? Is there something wrong with my configuration?
DEBUG:numba.interpreter:label 0: x = arg(0, name=x) ['x'] y = arg(1, name=y) ['y'] sample_ratio = arg(2, name=sample_ratio) ['sample_ratio'] interp_win = arg(3, name=interp_win) ['interp_win'] interp_delta = arg(4, name=interp_delta) ['interp_delta'] num_table = arg(5, name=num_table) ['num_table'] $2load_global.0 = global(min:) ['$2load_global.0']
$const4.1 = const(float, 1.0) ['$const4.1']
$8call_function.3 = call $2load_global.0($const4.1, sample_ratio, func=$2load_global.0, args=[Var($const4.1, interpn.py:10), Var(sample_ratio, interpn.py:10)], kws=(), vararg=None) ['$2load_global.0', '$8call_function.3', '$const4.1', 'sample_ratio']
scale = $8call_function.3 ['$8call_function.3', 'scale']
$const12.4 = const(float, 1.0) ['$const12.4']
$16binary_true_divide.6 = $const12.4 / sample_ratio ['$16binary_true_divide.6', '$const12.4', 'sample_ratio']
time_increment = $16binary_true_divide.6 ['$16binary_true_divide.6', 'time_increment']
$20load_global.7 = global(int: <class 'int'>) ['$20load_global.7']
$26binary_multiply.10 = scale * num_table ['$26binary_multiply.10', 'num_table', 'scale']
$28call_function.11 = call $20load_global.7($26binary_multiply.10, func=$20load_global.7, args=[Var($26binary_multiply.10, interpn.py:12)], kws=(), vararg=None) ['$20load_global.7', '$26binary_multiply.10', '$28call_function.11']
index_step = $28call_function.11 ['$28call_function.11', 'index_step']
$const32.12 = const(float, 0.0) ['$const32.12']
time_register = $const32.12 ['$const32.12', 'time_register']
$const36.13 = const(int, 0) ['$const36.13']
n = $const36.13 ['$const36.13', 'n']
$const40.14 = const(float, 0.0) ['$const40.14']
frac = $const40.14 ['$const40.14', 'frac']
$const44.15 = const(float, 0.0) ['$const44.15']
index_frac = $const44.15 ['$const44.15', 'index_frac']
$const48.16 = const(int, 0) ['$const48.16']
offset = $const48.16 ['$const48.16', 'offset']
$const52.17 = const(float, 0.0) ['$const52.17']
eta = $const52.17 ['$const52.17', 'eta']
$const56.18 = const(float, 0.0) ['$const56.18']
weight = $const56.18 ['$const56.18', 'weight']
$62load_attr.20 = getattr(value=interp_win, attr=shape) ['$62load_attr.20', 'interp_win']
$const64.21 = const(int, 0) ['$const64.21']
$66binary_subscr.22 = getitem(value=$62load_attr.20, index=$const64.21) ['$62load_attr.20', '$66binary_subscr.22', '$const64.21']
nwin = $66binary_subscr.22 ['$66binary_subscr.22', 'nwin']
$72load_attr.24 = getattr(value=x, attr=shape) ['$72load_attr.24', 'x']
$const74.25 = const(int, 0) ['$const74.25']
$76binary_subscr.26 = getitem(value=$72load_attr.24, index=$const74.25) ['$72load_attr.24', '$76binary_subscr.26', '$const74.25']
n_orig = $76binary_subscr.26 ['$76binary_subscr.26', 'n_orig']
$82load_attr.28 = getattr(value=y, attr=shape) ['$82load_attr.28', 'y']
$const84.29 = const(int, 0) ['$const84.29']
$86binary_subscr.30 = getitem(value=$82load_attr.28, index=$const84.29) ['$82load_attr.28', '$86binary_subscr.30', '$const84.29']
n_out = $86binary_subscr.30 ['$86binary_subscr.30', 'n_out']
$92load_attr.32 = getattr(value=y, attr=shape) ['$92load_attr.32', 'y']
$const94.33 = const(int, 1) ['$const94.33']
$96binary_subscr.34 = getitem(value=$92load_attr.32, index=$const94.33) ['$92load_attr.32', '$96binary_subscr.34', '$const94.33']
n_channels = $96binary_subscr.34 ['$96binary_subscr.34', 'n_channels']
$100load_global.35 = global(range: <class 'range'>) ['$100load_global.35']
$104call_function.37 = call $100load_global.35(n_out, func=$100load_global.35, args=[Var(n_out, interpn.py:24)], kws=(), vararg=None) ['$100load_global.35', '$104call_function.37', 'n_out']
$106get_iter.38 = getiter(value=$104call_function.37) ['$104call_function.37', '$106get_iter.38']
$phi108.0 = $106get_iter.38 ['$106get_iter.38', '$phi108.0']