def incorporate(word, type=NOUN):
"""Combines this noun with another.
This results in invented words that have a double meaning,
for instance the lyrical "flowerewolf" that is even a palindrome!
By specifying a type (None, NOUN, ADJECTIVE, ADVERB),
you can specify what kind of word to mix in.
"""
if type == NOUN: f = nouns
if type == ADJECTIVE: f = adjectives
if type == VERB:
word = en.verb.infinitive(word)
f = verbs
for i in [4,3,2,1]:
a = alliterations(head=word[-i:])
if type != None: a = f(a)
if len(a) > 0:
tail = choice(a)
if random() > 0.25:
if i > len(word): return tail
return word + tail[i:]
return word + tail[i:]
def eloquate(noun, antonise=True):
"""Returns an alliteration with an adjective.
Picks a synonym for the given noun from WordNet.
Alliterates an adjective for this synonym.
"""
antonym = en.noun.antonym(noun)
if antonise and len(antonym) > 0 and random() > 0.4:
antonym = choice(choice(antonym))
return "no " + eloquate(antonym, antonise=False)
noun = choice(choice(en.noun.hyponyms(noun)))
adjective = alliterate(noun, type=NOUN)
if adjective == None:
noun = choice(choice(en.noun.hypernyms(noun)))
adjective = alliterate(noun, type=NOUN)
if adjective == None:
return noun
elif random() > 0.2:
return adjective + " " + noun
elif random() > 0.5:
return noun + " " + adjective
else:
return noun + " so " + adjective
def consonate(verb, noun):
"""Match a consonating verb synonym to the noun.
Finds a synonym of the given noun,
that has the same ending characters.
"""
try:
h = en.verb.hyponym(verb)
h = en.wordnet.flatten(h)
except:
return verb
verbs = []
for v in h:
if v[-1:] == noun[-1:]: verbs.append(v)
if len(verbs) > 0: return choice(verbs)
return verb
def alliterate(word, type=ADJECTIVE):
"""Returns an alliteration of the given word.
When a noun is supplied, returns an adjective alliteration.
When an adjective is supplied, returns a noun alliteration.
When a verb is supplied, returns a infinitive verb alliteration.
Attempts to alliterate as strongly as possible,
with the three starting characters and two ending characters,
and gradually weakens down when no results are found.
"""
if type == NOUN: f = adjectives
if type == ADJECTIVE: f = nouns
if type == VERB:
word = en.verb.infinitive(word)
f = verbs
x = alliterations(word[0:3], word[-2:])
x = f(x)
if len(x) == 0 or x[0] == word:
x = alliterations(word[0:3], word[-1:])
x = f(x)
if len(x) == 0 or x[0] == word:
x = alliterations(word[0], word[-1:])
x = f(x)
if len(x) == 0 or x[0] == word:
x = alliterations(word[0])
x = f(x)
try:
alliteration = choice(x)
return alliteration
except:
return None
def genColor(ctx):
fn = choice((genFill,genFill,genFill,genFill,genFill,genFill,genStroke,genStroke,genStroke,genNofill,genNostroke,genStrokewidth))
return fn(ctx)
def genTransform(ctx):
fn = choice((genRotate, genTranslate, genScale, genSkew, genReset))
return fn(ctx)
def genPathDraw(ctx):
fn = choice((genLineto, genCurveto))
return fn(ctx)
def genDraw(ctx):
fn = choice((genRect,genOval,genArrow,genStar,genPath))
return fn(ctx)
def genStatement(ctx):
fn = choice((genVisual,genLoop,genColor,genTransform))
return fn(ctx)
def genStatement(ctx):
fn = choice((genVisual,genLoop,genColor,genTransform))
return fn(ctx)
def genColor(ctx):
fn = choice((genFill,genFill,genFill,genFill,genFill,genFill,genStroke,genStroke,genStroke,genNofill,genNostroke,genStrokewidth))
return fn(ctx)
def genTransform(ctx):
fn = choice((genRotate, genTranslate, genScale, genSkew, genReset))
return fn(ctx)
def genPathDraw(ctx):
fn = choice((genLineto, genCurveto))
return fn(ctx)
def dada(query, foreground=None, background=None, fonts=[], transparent=False):
# Create some lines of poetry based on the query.
h = en.noun.hyponyms(query)
h = choice(en.wordnet.flatten(h))
lines = verse(h)
lines = lines.split("\n")
# Setup the colors and fonts.
if foreground == None:
foreground = _ctx.color(1,1,1)
if background == None:
background = _ctx.color(1,0,0)
if len(fonts) == 0:
fonts = [_ctx.font()]
f = _ctx.fontsize()
_ctx.background(background)
if transparent:
_ctx.background(None)
_ctx.lineheight(1)
_ctx.fill(foreground)
_ctx.stroke(foreground)
_ctx.strokewidth(0.5)
# Poem title.
_ctx.text(query, _ctx.WIDTH/15, _ctx.HEIGHT/7-f)
for i in range(1):
_ctx.fill(foreground)
x = _ctx.WIDTH / 15
y = _ctx.HEIGHT / 7
for words in lines:
for word in words.split(" "):
# For each word in a line,
# pick a random font from the list and a random fontsize.
_ctx.font(choice(fonts))
if random() > 0.7:
_ctx.fontsize(random(f*0.6, f*1.2))
# A word that is s
# l
# a
# n
# t
# e
# d.
# The text continues on the next line.
if random() > 0.9:
_ctx.rotate(-45 * random(1, 2))
_ctx.text(word+" ", x, y+_ctx.textwidth(word)/2)
y += _ctx.textwidth(word) * 1.5
_ctx.reset()
# ...or we continue on this line as normal:
else:
# The word is sometimes printed DESREVNI:
# e.g red text in white box instead of white text on red.
# Some wiggling occurs.
if random() > 0.85:
r = random(50)
if random() > 0.8: _ctx.oval(x, y, r, r)
_ctx.rotate(random(-3, 3))
_ctx.nostroke()
_ctx.rect(
x-2,
y-_ctx.textheight(word),
_ctx.textwidth(word)+4,
_ctx.textheight(word)
)
_ctx.fill(background)
_ctx.text(word+" ", x, y)
_ctx.fill(foreground)
# Otherwise, just print out the word.
else:
_ctx.text(word+" ", x, y)
# Word is repeated for poetic stress effect.
# repeated
if random() > 0.99:
_ctx.text(word+" ", x, y+_ctx.textheight(word))
# Add a line for visual effect,.
if random() > 0.9:
d = random(100)
_ctx.stroke(foreground)
_ctx.strokewidth(0.5)
_ctx.line(x+_ctx.textwidth(word), y, x+_ctx.textwidth(word)+d, y)
x += d
# Some play with indentation.
# Now where did I leave that oval?
x += _ctx.textwidth(word+" ")
if x > _ctx.WIDTH * 0.65:
x = _ctx.WIDTH / 15
y += _ctx.textheight(word)
x = _ctx.WIDTH / 15
y += _ctx.textheight(word)
def genLoop(ctx):
fn = choice((genFor, genGrid))
return fn(ctx)
def genVisual(ctx):
fn = choice((genDraw,))
return fn(ctx)
def genLoop(ctx):
fn = choice((genFor, genGrid))
return fn(ctx)
def genDraw(ctx):
fn = choice((genRect,genOval,genArrow,genStar,genPath))
return fn(ctx)
def genVisual(ctx):
fn = choice((genDraw,))
return fn(ctx)
