def micro(reply_node, concept, discourse, ref, speech):
'Does microplanning based on given reference and speech times or rules.'
blocks = []
if not isinstance(reply_node, reply_planner.Internal):
if reply_node.category in ['action', 'room', 'ok']:
if ref == discourse.right_before:
ref = reply_node.event - 1
if ref == discourse.follow:
ref = reply_node.event
if ref == discourse.right_after:
ref = reply_node.event + 1
if speech is discourse.follow:
speech = reply_node.event
e_r, r_s = determine_tense(reply_node.event, ref, speech)
if reply_node.category == 'action':
blocks = narrate_action(reply_node, concept, discourse, e_r, r_s)
elif reply_node.category == 'room':
blocks = name_room(reply_node, e_r, r_s, concept, discourse)
elif reply_node.category == 'commentary':
para = Paragraph(discourse.spin['template_filter'],
[reply_node.info])
para.set(discourse.spin['narrator'], discourse.spin['narratee'],
'simple', 'present', discourse.spin['progressive'])
blocks = [para]
elif reply_node.category == 'ok':
blocks = acknowledge(e_r, r_s, concept, discourse,
discourse.spin['focalizer'])
else:
for child in reply_node.children:
blocks += micro(child, concept, discourse, reply_node.ref,
reply_node.speech)
return blocks
def acknowledge(tense_er, tense_rs, _, discourse, __):
'Produces a rather empty utterance when there is nothing to represent.'
template = 'nothing special [happen/1/v]'
para = Paragraph(discourse.spin['template_filter'], [template])
para.set(discourse.spin['narrator'], discourse.spin['narratee'],
tense_er, tense_rs, discourse.spin['progressive'])
return [para]
def acknowledge(tense_er, tense_rs, _, discourse, __):
'Produces a rather empty utterance when there is nothing to represent.'
template = 'nothing special [happen/1/v]'
para = Paragraph(discourse.spin['template_filter'], [template])
para.set(discourse.spin['narrator'], discourse.spin['narratee'],
tense_er, tense_rs, discourse.spin['progressive'])
return [para]
def micro(reply_node, concept, discourse, ref, speech):
'Does microplanning based on given reference and speech times or rules.'
blocks = []
if not isinstance(reply_node, reply_planner.Internal):
if reply_node.category in ['action', 'room', 'ok']:
if ref == discourse.right_before:
ref = reply_node.event - 1
if ref == discourse.follow:
ref = reply_node.event
if ref == discourse.right_after:
ref = reply_node.event + 1
if speech is discourse.follow:
speech = reply_node.event
e_r, r_s = determine_tense(reply_node.event, ref, speech)
if reply_node.category == 'action':
blocks = narrate_action(reply_node, concept, discourse, e_r, r_s)
elif reply_node.category == 'room':
blocks = name_room(reply_node, e_r, r_s, concept, discourse)
elif reply_node.category == 'commentary':
para = Paragraph(discourse.spin['template_filter'],
[reply_node.info])
para.set(discourse.spin['narrator'], discourse.spin['narratee'],
'simple', 'present', discourse.spin['progressive'])
blocks = [para]
elif reply_node.category == 'ok':
blocks = acknowledge(e_r, r_s, concept, discourse,
discourse.spin['focalizer'])
else:
for child in reply_node.children:
blocks += micro(child, concept, discourse, reply_node.ref,
reply_node.speech)
return blocks
def name_room(node, tense_er, tense_rs, concept_now, discourse):
'States the name of the room.'
agent, time = node.info.agent, node.info.end
concept = concept_now.copy_at(time)
room = concept.room_of(agent)
template = '[' + agent + '/s] [is/v] in ' + room.noun_phrase(discourse)
para = Paragraph(discourse.spin['template_filter'], [template], time)
para.set(discourse.spin['narrator'], discourse.spin['narratee'], tense_er,
tense_rs, discourse.spin['progressive'])
blocks = [para]
return blocks
def name_room(node, tense_er, tense_rs, concept_now, discourse):
'States the name of the room.'
agent, time = node.info.agent, node.info.end
concept = concept_now.copy_at(time)
room = concept.room_of(agent)
template = '[' + agent + '/s] [is/v] in ' + room.noun_phrase(discourse)
para = Paragraph(discourse.spin['template_filter'], [template], time)
para.set(discourse.spin['narrator'], discourse.spin['narratee'], tense_er,
tense_rs, discourse.spin['progressive'])
blocks = [para]
return blocks
def narrate_action(node, concept_now, discourse, tense_er, tense_rs):
'Return blocks that narrate the action in the node.'
time = node.info.start
sentence = get_representation(node.info, discourse)
if len(node.info.failed) > 0:
sentence = failed(sentence, node.info.failed, discourse)
elif node.info.refusal is not None:
sentence = refused(sentence, node.info.refusal)
if '[old_link]' in sentence:
old_link = discourse.link_to_english[node.info.old_link][0]
sentence = re.sub('\[old_link\]', old_link, sentence)
if '[old_parent' in sentence:
sentence = re.sub('\[old_parent', '[' + node.info.old_parent, sentence)
if '[direction]' in sentence:
sentence = re.sub('\[direction\]', node.info.direction, sentence)
if '[utterance]' in sentence:
sentence = re.sub('\[utterance\]', node.info.utterance.lower(),
sentence)
sentence = substitute_tags(sentence, node.info)
strings = [sentence]
if len(node.info.failed) == 0 and node.info.refusal is None:
if hasattr(node.info, 'before'):
strings = [node.info.before] + strings
if hasattr(node.info, 'after'):
strings += [node.info.after]
para = Paragraph(discourse.spin['template_filter'], strings, time)
para.set(discourse.spin['narrator'], discourse.spin['narratee'], tense_er,
tense_rs, discourse.spin['progressive'])
blocks = [para]
time = node.info.end
concept = concept_now.copy_at(time)
if (node.info.sense and node.info.agent == discourse.spin['focalizer'] and
len(node.info.failed) == 0 and node.info.refusal is None):
if node.info.modality == 'sight':
new_blocks = describe(node.info.direct, tense_er, tense_rs,
node.speed, concept, discourse, node.info.agent,
node.info.start)
blocks += new_blocks
elif node.info.modality in ['touch', 'hearing', 'smell', 'taste']:
sense = getattr(concept.item[node.info.direct], node.info.modality)
if not (sense == ['']):
sense[0] = ('[*/s] [' +
discourse.sense_verb[node.info.modality] + '/v] ' +
sense[0])
para = Paragraph(discourse.spin['template_filter'], sense, time)
para.set(discourse.spin['narrator'],
discourse.spin['narratee'], tense_er, tense_rs,
discourse.spin['progressive'])
blocks += [para]
blocks = prepend_any_time_words(blocks, node, discourse.spin['time_words'])
return blocks
def narrate_action(node, concept_now, discourse, tense_er, tense_rs):
'Return blocks that narrate the action in the node.'
time = node.info.start
sentence = get_representation(node.info, discourse)
if len(node.info.failed) > 0:
sentence = failed(sentence, node.info.failed, discourse)
elif node.info.refusal is not None:
sentence = refused(sentence, node.info.refusal)
if '[old_link]' in sentence:
old_link = discourse.link_to_english[node.info.old_link][0]
sentence = re.sub('\[old_link\]', old_link, sentence)
if '[old_parent' in sentence:
sentence = re.sub('\[old_parent', '[' + node.info.old_parent, sentence)
if '[direction]' in sentence:
sentence = re.sub('\[direction\]', node.info.direction, sentence)
if '[utterance]' in sentence:
sentence = re.sub('\[utterance\]', node.info.utterance.lower(),
sentence)
sentence = substitute_tags(sentence, node.info)
strings = [sentence]
if len(node.info.failed) == 0 and node.info.refusal is None:
if hasattr(node.info, 'before'):
strings = [node.info.before] + strings
if hasattr(node.info, 'after'):
strings += [node.info.after]
para = Paragraph(discourse.spin['template_filter'], strings, time)
para.set(discourse.spin['narrator'], discourse.spin['narratee'], tense_er,
tense_rs, discourse.spin['progressive'])
blocks = [para]
time = node.info.end
concept = concept_now.copy_at(time)
if (node.info.sense and node.info.agent == discourse.spin['focalizer'] and
len(node.info.failed) == 0 and node.info.refusal is None):
if node.info.modality == 'sight':
new_blocks = describe(node.info.direct, tense_er, tense_rs,
node.speed, concept, discourse, node.info.agent,
node.info.start)
blocks += new_blocks
elif node.info.modality in ['touch', 'hearing', 'smell', 'taste']:
sense = getattr(concept.item[node.info.direct], node.info.modality)
if not (sense == ['']):
sense[0] = ('[*/s] [' +
discourse.sense_verb[node.info.modality] + '/v] ' +
sense[0])
para = Paragraph(discourse.spin['template_filter'], sense, time)
para.set(discourse.spin['narrator'],
discourse.spin['narratee'], tense_er, tense_rs,
discourse.spin['progressive'])
blocks += [para]
blocks = prepend_any_time_words(blocks, node, discourse.spin['time_words'])
return blocks
def describe(tag, tense_er, tense_rs, speed, concept, discourse, sensor, time):
'Return blocks of generated text describing the item.'
# NOTE: This is quite a mess and could use to be broken up and streamlined.
children = {'in':[], 'of':[], 'on':[], 'part_of':[], 'through':[]}
child_sentences = []
to_exclude = [sensor]
item = concept.item[tag]
if item == concept.compartment_of(sensor):
to_exclude += concept.descendants(sensor)
to_mention = [i for i in concept.descendants(tag, stop='opaque')
if i not in to_exclude]
for desc_tag in to_mention:
desc_item = concept.item[desc_tag]
if desc_item.mention:
if desc_item.parent == str(item):
children[desc_item.link].append(desc_tag)
elif desc_item.parent == '@cosmos':
children['in'].append(desc_tag)
else:
link = desc_item.link
link_name = discourse.link_to_english[link][0]
child_sentences.append('[' + desc_tag + '/s] [is/v]' +
link_name + ' [' + desc_item.parent + '/o]')
description_block = []
current_sentences = []
for string in item.sight + ['']:
if not string == '':
current_sentences.append(re.sub('\[\*', '[' + sensor, string))
elif len(current_sentences) > 0:
description_block += [Paragraph(discourse.spin['template_filter'],
current_sentences, time)]
current_sentences = []
for paragraph in description_block:
paragraph.set(discourse.spin['narrator'], discourse.spin['narratee'],
tense_er, tense_rs, discourse.spin['progressive'])
heading = None
if (item.room and speed < 0.8 and concept.room_of(sensor) == item):
if ('room_name_headings' not in discourse.spin or
discourse.spin['room_name_headings']):
room_name = item.noun_phrase(discourse, entire=False)
heading = room_name[:1].upper() + room_name[1:]
contents = None
if (len(children['in']) + len(children['of']) +
len(children['on'])) > 0:
contents = '[' + sensor + '/s] [see/v] '
parent = '[' + tag + '/s]'
if item.room:
contents += discourse.list_phrases(slots(children['in']))
else:
contents += 'that '
if item.actor:
contents += parent
if len(children['of']) > 0:
contents += (' [possess/v] ' +
discourse.list_phrases(slots(children['of'])))
if len(children['on']) > 0:
contents += ' and'
if len(children['on']) > 0:
contents += (' [wear/ing/v] ' +
discourse.list_phrases(slots(children['on'],
role='s')))
elif len(children['on']) > 0:
contents += (discourse.list_phrases(slots(children['on'],
role='s')) + ' [is/v] on ' + parent)
if len(children['in']) > 0:
contents += (', which [contain/v] ' +
discourse.list_phrases(slots(children['in'],
role='s')))
elif len(children['in']) > 0:
contents += (parent + ' [contain/v] ' +
discourse.list_phrases(slots(children['in'])))
contents = [contents] + child_sentences
listed = []
in_directions = []
if item.room:
for direction in item.exits:
if (concept.has('room', item.exits[direction]) and
item.exits[direction] not in listed and
discourse.spin['known_directions']):
leads_to = concept.item[item.exits[direction]]
in_directions += [leads_to.noun_phrase(discourse) +
' [is/1/v] toward the ' + direction]
listed.append(item.exits[direction])
far_strings = []
for far_room in item.view:
vdir = item.view[far_room][1]
far_items = []
if far_room in concept.item:
for (_, child) in concept.item[far_room].children:
if child in concept.item:
far_items.append('[' + child + '/o]')
if len(far_items) > 0:
far_line = (vdir + ', ' +
discourse.list_phrases(far_items))
far_strings.append(far_line)
if len(far_strings) > 0:
far_st = ('from [here], [' + sensor + '/s] [is/v] able to see: ' +
discourse.list_phrases(far_strings, delimiter=';'))
in_directions += [far_st]
blocks = []
if heading is not None:
blocks += [Heading(heading)]
blocks += description_block
if contents is not None:
para = Paragraph(discourse.spin['template_filter'], contents, time)
para.set(discourse.spin['narrator'], discourse.spin['narratee'],
tense_er, tense_rs, discourse.spin['progressive'])
blocks += [para]
if len(in_directions) > 0 and speed < 0.8:
far_off = Paragraph(discourse.spin['template_filter'], in_directions,
time)
far_off.set(discourse.spin['narrator'], discourse.spin['narratee'],
tense_er, tense_rs, discourse.spin['progressive'])
blocks += [far_off]
return blocks
def describe(tag, tense_er, tense_rs, speed, concept, discourse, sensor, time):
'Return blocks of generated text describing the item.'
# NOTE: This is quite a mess and could use to be broken up and streamlined.
children = {'in':[], 'of':[], 'on':[], 'part_of':[], 'through':[]}
child_sentences = []
to_exclude = [sensor]
item = concept.item[tag]
if item == concept.compartment_of(sensor):
to_exclude += concept.descendants(sensor)
to_mention = [i for i in concept.descendants(tag, stop='opaque')
if i not in to_exclude]
for desc_tag in to_mention:
desc_item = concept.item[desc_tag]
if desc_item.mention:
if desc_item.parent == str(item):
children[desc_item.link].append(desc_tag)
elif desc_item.parent == '@cosmos':
children['in'].append(desc_tag)
else:
link = desc_item.link
link_name = discourse.link_to_english[link][0]
child_sentences.append('[' + desc_tag + '/s] [is/v]' +
link_name + ' [' + desc_item.parent + '/o]')
description_block = []
current_sentences = []
for string in item.sight + ['']:
if not string == '':
current_sentences.append(re.sub('\[\*', '[' + sensor, string))
elif len(current_sentences) > 0:
description_block += [Paragraph(discourse.spin['template_filter'],
current_sentences, time)]
current_sentences = []
for paragraph in description_block:
paragraph.set(discourse.spin['narrator'], discourse.spin['narratee'],
tense_er, tense_rs, discourse.spin['progressive'])
heading = None
if (item.room and speed < 0.8 and concept.room_of(sensor) == item):
if ('room_name_headings' not in discourse.spin or
discourse.spin['room_name_headings']):
room_name = item.noun_phrase(discourse, entire=False)
heading = room_name[:1].upper() + room_name[1:]
contents = None
if (len(children['in']) + len(children['of']) +
len(children['on'])) > 0:
contents = '[' + sensor + '/s] [see/v] '
parent = '[' + tag + '/s]'
if item.room:
contents += discourse.list_phrases(slots(children['in']))
else:
contents += 'that '
if item.actor:
contents += parent
if len(children['of']) > 0:
contents += (' [possess/v] ' +
discourse.list_phrases(slots(children['of'])))
if len(children['on']) > 0:
contents += ' and'
if len(children['on']) > 0:
contents += (' [wear/ing/v] ' +
discourse.list_phrases(slots(children['on'],
role='s')))
elif len(children['on']) > 0:
contents += (discourse.list_phrases(slots(children['on'],
role='s')) + ' [is/v] on ' + parent)
if len(children['in']) > 0:
contents += (', which [contain/v] ' +
discourse.list_phrases(slots(children['in'],
role='s')))
elif len(children['in']) > 0:
contents += (parent + ' [contain/v] ' +
discourse.list_phrases(slots(children['in'])))
contents = [contents] + child_sentences
listed = []
in_directions = []
if item.room:
for direction in item.exits:
if (concept.has('room', item.exits[direction]) and
item.exits[direction] not in listed and
discourse.spin['known_directions']):
leads_to = concept.item[item.exits[direction]]
in_directions += [leads_to.noun_phrase(discourse) +
' [is/1/v] toward the ' + direction]
listed.append(item.exits[direction])
far_strings = []
for far_room in item.view:
vdir = item.view[far_room][1]
far_items = []
if far_room in concept.item:
for (_, child) in concept.item[far_room].children:
if child in concept.item:
far_items.append('[' + child + '/o]')
if len(far_items) > 0:
far_line = (vdir + ', ' +
discourse.list_phrases(far_items))
far_strings.append(far_line)
if len(far_strings) > 0:
far_st = ('from [here], [' + sensor + '/s] [is/v] able to see: ' +
discourse.list_phrases(far_strings, delimiter=';'))
in_directions += [far_st]
blocks = []
if heading is not None:
blocks += [Heading(heading)]
blocks += description_block
if contents is not None:
para = Paragraph(discourse.spin['template_filter'], contents, time)
para.set(discourse.spin['narrator'], discourse.spin['narratee'],
tense_er, tense_rs, discourse.spin['progressive'])
blocks += [para]
if len(in_directions) > 0 and speed < 0.8:
far_off = Paragraph(discourse.spin['template_filter'], in_directions,
time)
far_off.set(discourse.spin['narrator'], discourse.spin['narratee'],
tense_er, tense_rs, discourse.spin['progressive'])
blocks += [far_off]
return blocks