def __init__(self, index, modules, apollo_net):
self.index = index
self.apollo_net = apollo_net
# TODO eww
counter = [0]
def number(tree):
r = counter[0]
counter[0] += 1
return r
numbered = util.tree_map(number, modules)
assert util.flatten(numbered) == range(len(util.flatten(numbered)))
def children(tree):
if not isinstance(tree, tuple):
return str(())
# TODO nasty hack to make flatten behave right
return str(
tuple(c[0] if isinstance(c, tuple) else c for c in tree[1:]))
child_annotated = util.tree_map(children, numbered)
self.modules = util.flatten(modules)
self.children = [eval(c) for c in util.flatten(child_annotated)]
def __init__(self, index, modules, apollo_net):
self.index = index
self.apollo_net = apollo_net
# TODO eww
counter = [0]
def number(tree):
r = counter[0]
counter[0] += 1
return r
numbered = util.tree_map(number, modules)
assert util.flatten(numbered) == range(len(util.flatten(numbered)))
def children(tree):
if not isinstance(tree, tuple):
return str(())
# TODO nasty hack to make flatten behave right
return str(
tuple(c[0] if isinstance(c, tuple) else c for c in tree[1:]))
child_annotated = util.tree_map(children, numbered)
self.modules = util.flatten(modules)
self.children = [eval(c) for c in util.flatten(child_annotated)]
def featurize_layouts(datum, max_layouts):
# TODO pre-fill module type index
layout_reprs = np.zeros((max_layouts, len(MODULE_INDEX) + 7))
for i_layout in range(len(datum.layouts)):
layout = datum.layouts[i_layout]
labels = util.flatten(layout.labels)
modules = util.flatten(layout.modules)
for i_mod in range(len(modules)):
if isinstance(modules[i_mod], MLPFindModule) or isinstance(modules[i_mod], MultiplicativeFindModule):
layout_reprs[i_layout, labels[i_mod]] += 1
mt = MODULE_TYPE_INDEX.index(modules[i_mod])
layout_reprs[i_layout, len(MODULE_INDEX) + mt] += 1
return layout_reprs
def featurize_layouts(datum, max_layouts):
# TODO pre-fill module type index
layout_reprs = np.zeros((max_layouts, len(MODULE_INDEX) + 7))
for i_layout in range(len(datum.layouts)):
layout = datum.layouts[i_layout]
labels = util.flatten(layout.labels)
modules = util.flatten(layout.modules)
for i_mod in range(len(modules)):
if isinstance(modules[i_mod], MLPFindModule) or isinstance(
modules[i_mod], MultiplicativeFindModule):
layout_reprs[i_layout, labels[i_mod]] += 1
mt = MODULE_TYPE_INDEX.index(modules[i_mod])
layout_reprs[i_layout, len(MODULE_INDEX) + mt] += 1
return layout_reprs
def forward(self, label_data, features, rel_features, dropout):
flat_data = [util.flatten(d) for d in label_data]
flat_data = np.asarray(flat_data)
outputs = [None for i in range(len(self.modules))]
for i in reversed(range(len(self.modules))):
bottoms = [outputs[j] for j in self.children[i]]
assert None not in bottoms
mod_index = self.index * 100 + i
output = self.modules[i].forward(mod_index, flat_data[:, i],
bottoms, features, rel_features,
dropout, self.apollo_net)
outputs[i] = output
self.outputs = outputs
return outputs[0]
def forward(self, label_data, features, rel_features, dropout):
flat_data = [util.flatten(d) for d in label_data]
flat_data = np.asarray(flat_data)
outputs = [None for i in range(len(self.modules))]
for i in reversed(range(len(self.modules))):
bottoms = [outputs[j] for j in self.children[i]]
assert None not in bottoms
mod_index = self.index * 100 + i
output = self.modules[i].forward(mod_index, flat_data[:, i],
bottoms, features, rel_features,
dropout, self.apollo_net)
outputs[i] = output
self.outputs = outputs
return outputs[0]
