I have this svg "code"
<svg xmlns="http://www.w3.org/2000/svg" width="20" height="34">
<path transform="rotate(0 10 17)" fill="#6699FF" d="M 0.06,25.03 C 0.06,25.03 4.06,20.97 4.06,20.97 4.06,20.97 3.97,5.06 3.97,5.06 3.97,5.06 9.94,0.03 9.94,0.03 9.94,0.03 15.78,5.09 15.78,5.09 15.78,5.09 16.03,21.06 16.03,21.06 16.03,21.06 19.94,25.00 19.94,25.00 19.94,25.00 19.97,30.09 19.97,30.09 19.97,30.09 10.06,20.97 10.06,20.97 10.06,20.97 10.05,23.00 10.05,23.00 10.05,23.00 19.91,32.03 19.91,32.03 19.91,32.03 19.94,33.97 19.94,33.97 19.94,33.97 17.97,33.97 17.97,33.97 17.97,33.97 10.03,26.94 10.03,26.94 10.03,26.94 10.05,29.01 10.05,29.01 10.05,29.01 15.94,34.00 15.94,34.00 15.94,34.00 12.00,33.94 12.00,33.94 12.00,33.94 10.00,32.00 10.00,32.00 10.00,32.00 8.00,34.03 8.00,34.03 8.00,34.03 4.00,34.00 4.00,34.00 4.00,34.00 9.97,29.01 9.97,29.01 9.97,29.01 9.97,26.94 9.97,26.94 9.97,26.94 2.00,33.96 2.00,33.96 2.00,33.96 0.00,33.98 0.00,33.98 0.00,33.98 0.02,32.00 0.02,32.00 0.02,32.00 9.96,23.00 9.96,23.00 9.96,23.00 9.95,20.98 9.95,20.98 9.95,20.98 0.00,30.00 0.00,30.00 0.00,30.00 0.06,25.03 0.06,25.03 Z" />
<path transform="rotate(0 10 17) translate(0 0)" fill="white" d="M 8.04,17.04 C 8.04,17.04 7.98,11.04 7.98,11.04 7.98,11.04 5.00,11.00 5.00,11.00 5.00,11.00 10.00,6.04 10.00,6.04 10.00,6.04 14.96,11.02 14.96,11.02 14.96,11.02 12.02,11.04 12.02,11.04 12.02,11.04 12.02,17.04 12.02,17.04 12.02,17.04 8.04,17.04 8.04,17.04 Z" />
</svg>
its a vessel with a arrow inside.
I am trying to rotate this "picture", (i need to rotate it on 360 degree).
When I change rotate(0 10 17) to rotate(90 10 17) it gets cut away. That's because i don't rotate it from the center of the image.
I tried using this formula to calculate the center but i couldn't manage to do it myself
x = 34; y = 20; o = 4.71238898 //(degrees to radiants) ;
a = Math.abs(x * Math.sin(o)) + Math.abs(y * Math.cos(o));
b = Math.abs(x * Math.cos(o)) + Math.abs(y * Math.sin(o));
I am really bad with those math/svg problems, i am hoping someone can assist me.
Thanks
The centre of rotation is correct. But the trouble is now that it is rotated, your graphic isn't 20x34 any longer, it is 34x20.
So the first thing you have to do is update the width and height.
<svg xmlns="http://www.w3.org/2000/svg" width="34" height="20">
That's not the final solution of course, because the centre of this new 34x20 SVG is in a different place to the centre of the old 20x34 one. One solution would be to work out a different centre of rotation that would work so that the graphic rotated around into the right position in the new rectangle.
That's a bit tricky. Luckily there is a much simpler way. We can just add a viewBox to the SVG to tell the browser the dimensions of the area that the rotated symbol occupies. The browser will reposition it for us.
The four values in a viewBox attribute are:
<leftX> <topY> <width> <height>
We already know the width and height (34 and 20), so we just need to work out the left and top coords. Those are obviously just the centre-of-rotation less half the width and height respectively.
leftX = 10 - (newWidth / 2)
= 10 - 17
= -7
topY = 17 - (newHeight / 2)
= 17 - 10
= 7
So the viewBox attribute needs to be "-7 7 34 20".
<svg xmlns="http://www.w3.org/2000/svg" width="34" height="20" viewBox="-7 7 34 20">
<path transform="rotate(90 10 17)" fill="#6699FF" d="M 0.06,25.03 C 0.06,25.03 4.06,20.97 4.06,20.97 4.06,20.97 3.97,5.06 3.97,5.06 3.97,5.06 9.94,0.03 9.94,0.03 9.94,0.03 15.78,5.09 15.78,5.09 15.78,5.09 16.03,21.06 16.03,21.06 16.03,21.06 19.94,25.00 19.94,25.00 19.94,25.00 19.97,30.09 19.97,30.09 19.97,30.09 10.06,20.97 10.06,20.97 10.06,20.97 10.05,23.00 10.05,23.00 10.05,23.00 19.91,32.03 19.91,32.03 19.91,32.03 19.94,33.97 19.94,33.97 19.94,33.97 17.97,33.97 17.97,33.97 17.97,33.97 10.03,26.94 10.03,26.94 10.03,26.94 10.05,29.01 10.05,29.01 10.05,29.01 15.94,34.00 15.94,34.00 15.94,34.00 12.00,33.94 12.00,33.94 12.00,33.94 10.00,32.00 10.00,32.00 10.00,32.00 8.00,34.03 8.00,34.03 8.00,34.03 4.00,34.00 4.00,34.00 4.00,34.00 9.97,29.01 9.97,29.01 9.97,29.01 9.97,26.94 9.97,26.94 9.97,26.94 2.00,33.96 2.00,33.96 2.00,33.96 0.00,33.98 0.00,33.98 0.00,33.98 0.02,32.00 0.02,32.00 0.02,32.00 9.96,23.00 9.96,23.00 9.96,23.00 9.95,20.98 9.95,20.98 9.95,20.98 0.00,30.00 0.00,30.00 0.00,30.00 0.06,25.03 0.06,25.03 Z" />
<path transform="rotate(90 10 17) translate(0 0)" fill="white" d="M 8.04,17.04 C 8.04,17.04 7.98,11.04 7.98,11.04 7.98,11.04 5.00,11.00 5.00,11.00 5.00,11.00 10.00,6.04 10.00,6.04 10.00,6.04 14.96,11.02 14.96,11.02 14.96,11.02 12.02,11.04 12.02,11.04 12.02,11.04 12.02,17.04 12.02,17.04 12.02,17.04 8.04,17.04 8.04,17.04 Z" />
</svg>
Update
If you need to do arbitrary angles, then there is a better method, using Javascript.
Apply the transform to the paths
Call getBBox() on the SVG to get the dimensions of its content.
Use those values to update the viewBox and the width and 'height`
var angle = 145; // degrees
var mysvg = document.getElementById("mysvg");
var paths = mysvg.getElementsByTagName("path");
// Apply a transform attribute to each path
for (var i=0; i<paths.length; i++) {
paths[i].setAttribute("transform", "rotate("+angle+",10,17)");
}
// Now that the paths have been rotated, get the bounding box
// of the SVG contents
var bbox = mysvg.getBBox();
// Update the viewBox from the bounds
mysvg.setAttribute("viewBox", bbox.x + " " + bbox.y + " " +
bbox.width +" "+ bbox.height);
// Update the width and height
mysvg.setAttribute("width", bbox.width + "px");
mysvg.setAttribute("height", bbox.height + "px");
<svg id="mysvg" xmlns="http://www.w3.org/2000/svg" width="20" height="34">
<path fill="#6699FF" d="M 0.06,25.03 C 0.06,25.03 4.06,20.97 4.06,20.97 4.06,20.97 3.97,5.06 3.97,5.06 3.97,5.06 9.94,0.03 9.94,0.03 9.94,0.03 15.78,5.09 15.78,5.09 15.78,5.09 16.03,21.06 16.03,21.06 16.03,21.06 19.94,25.00 19.94,25.00 19.94,25.00 19.97,30.09 19.97,30.09 19.97,30.09 10.06,20.97 10.06,20.97 10.06,20.97 10.05,23.00 10.05,23.00 10.05,23.00 19.91,32.03 19.91,32.03 19.91,32.03 19.94,33.97 19.94,33.97 19.94,33.97 17.97,33.97 17.97,33.97 17.97,33.97 10.03,26.94 10.03,26.94 10.03,26.94 10.05,29.01 10.05,29.01 10.05,29.01 15.94,34.00 15.94,34.00 15.94,34.00 12.00,33.94 12.00,33.94 12.00,33.94 10.00,32.00 10.00,32.00 10.00,32.00 8.00,34.03 8.00,34.03 8.00,34.03 4.00,34.00 4.00,34.00 4.00,34.00 9.97,29.01 9.97,29.01 9.97,29.01 9.97,26.94 9.97,26.94 9.97,26.94 2.00,33.96 2.00,33.96 2.00,33.96 0.00,33.98 0.00,33.98 0.00,33.98 0.02,32.00 0.02,32.00 0.02,32.00 9.96,23.00 9.96,23.00 9.96,23.00 9.95,20.98 9.95,20.98 9.95,20.98 0.00,30.00 0.00,30.00 0.00,30.00 0.06,25.03 0.06,25.03 Z" />
<path fill="white" d="M 8.04,17.04 C 8.04,17.04 7.98,11.04 7.98,11.04 7.98,11.04 5.00,11.00 5.00,11.00 5.00,11.00 10.00,6.04 10.00,6.04 10.00,6.04 14.96,11.02 14.96,11.02 14.96,11.02 12.02,11.04 12.02,11.04 12.02,11.04 12.02,17.04 12.02,17.04 12.02,17.04 8.04,17.04 8.04,17.04 Z" />
</svg>
I am searching for a way to find all the synonyms of a particular word using wordnet. I am using JAWS.
For example:
love(v): admire, adulate, be attached to, be captivated by, be crazy about, be enamored of, be enchanted by, be fascinated with, be fond of, be in love with, canonize, care for, cherish, choose, deify, delight in, dote on, esteem, exalt, fall for, fancy, glorify, go for, gone on....
love(n):
Synonym : adulation, affection, allegiance, amity, amorousness, amour, appreciation, ardency, ardor, attachment, case*, cherishing, crush, delight, devotedness, devotion, emotion, enchantment, enjoyment, fervor, fidelity, flame, fondness, friendship, hankering, idolatry, inclination, infatuation, involvement
In a related question user Ram has pointed to some code but that does not suffice as it just gives a vastly different output:
love, passion: any object of warm affection or devotion beloved, dear, dearest, honey,
love: a beloved person; used as terms of endearment
love, sexual love, erotic love: a deep feeling of sexual desire and attraction
love: a score of zero in tennis or squash
sexual love, lovemaking, making love, love, love life: sexual activities (often including sexual intercourse) between two people
love: have a great affection or liking for
So how do I achieve it and is wordnet suited for what I want to do?
Sticking with just WordNet, you could try to use semantic similarity to determine if two words (synsets) are similar enough to be synonyms. Below is a quick example that came from modifying another of my answers on semantic similarity using WordNet.
It does have its problems though:
Antonyms are mixed in with synonyms
It is slow! (as it has to check all ~117k synsets)
Still, it produces more synonyms than using lemma_names alone, so I leave it here in case it might be useful (in conjunction with something else perhaps).
>>> from nltk.corpus import wordnet as wn
>>> def syn(word, lch_threshold=2.26):
for net1 in wn.synsets(word):
for net2 in wn.all_synsets():
try:
lch = net1.lch_similarity(net2)
except:
continue
# The value to compare the LCH to was found empirically.
# (The value is very application dependent. Experiment!)
if lch >= lch_threshold:
yield (net1, net2, lch)
>>> for x in syn('love'):
print x
Code above outputs:
(Synset('love.n.01'), Synset('feeling.n.01'), 2.538973871058276)
(Synset('love.n.01'), Synset('conditioned_emotional_response.n.01'), 2.538973871058276)
(Synset('love.n.01'), Synset('emotion.n.01'), 2.9444389791664407)
(Synset('love.n.01'), Synset('worship.n.02'), 2.9444389791664407)
(Synset('love.n.01'), Synset('anger.n.01'), 2.538973871058276)
(Synset('love.n.01'), Synset('fear.n.01'), 2.538973871058276)
(Synset('love.n.01'), Synset('fear.n.03'), 2.538973871058276)
(Synset('love.n.01'), Synset('anxiety.n.02'), 2.538973871058276)
(Synset('love.n.01'), Synset('joy.n.01'), 2.538973871058276)
(Synset('love.n.01'), Synset('love.n.01'), 3.6375861597263857)
(Synset('love.n.01'), Synset('agape.n.02'), 2.9444389791664407)
(Synset('love.n.01'), Synset('agape.n.01'), 2.9444389791664407)
(Synset('love.n.01'), Synset('filial_love.n.01'), 2.9444389791664407)
(Synset('love.n.01'), Synset('ardor.n.02'), 2.9444389791664407)
(Synset('love.n.01'), Synset('amorousness.n.01'), 2.9444389791664407)
(Synset('love.n.01'), Synset('puppy_love.n.01'), 2.9444389791664407)
(Synset('love.n.01'), Synset('devotion.n.01'), 2.9444389791664407)
(Synset('love.n.01'), Synset('benevolence.n.01'), 2.9444389791664407)
(Synset('love.n.01'), Synset('beneficence.n.01'), 2.538973871058276)
(Synset('love.n.01'), Synset('heartstrings.n.01'), 2.9444389791664407)
(Synset('love.n.01'), Synset('lovingness.n.01'), 2.9444389791664407)
(Synset('love.n.01'), Synset('warmheartedness.n.01'), 2.538973871058276)
(Synset('love.n.01'), Synset('loyalty.n.02'), 2.9444389791664407)
(Synset('love.n.01'), Synset('hate.n.01'), 2.538973871058276)
(Synset('love.n.01'), Synset('emotional_state.n.01'), 2.538973871058276)
(Synset('love.n.02'), Synset('content.n.05'), 2.538973871058276)
(Synset('love.n.02'), Synset('object.n.04'), 2.9444389791664407)
(Synset('love.n.02'), Synset('antipathy.n.02'), 2.538973871058276)
(Synset('love.n.02'), Synset('bugbear.n.02'), 2.538973871058276)
(Synset('love.n.02'), Synset('execration.n.03'), 2.538973871058276)
(Synset('love.n.02'), Synset('center.n.06'), 2.538973871058276)
(Synset('love.n.02'), Synset('hallucination.n.03'), 2.538973871058276)
(Synset('love.n.02'), Synset('infatuation.n.03'), 2.538973871058276)
(Synset('love.n.02'), Synset('love.n.02'), 3.6375861597263857)
(Synset('beloved.n.01'), Synset('person.n.01'), 2.538973871058276)
(Synset('beloved.n.01'), Synset('lover.n.01'), 2.9444389791664407)
(Synset('beloved.n.01'), Synset('admirer.n.03'), 2.538973871058276)
(Synset('beloved.n.01'), Synset('beloved.n.01'), 3.6375861597263857)
(Synset('beloved.n.01'), Synset('betrothed.n.01'), 2.538973871058276)
(Synset('beloved.n.01'), Synset('boyfriend.n.01'), 2.538973871058276)
(Synset('beloved.n.01'), Synset('darling.n.01'), 2.538973871058276)
(Synset('beloved.n.01'), Synset('girlfriend.n.02'), 2.538973871058276)
(Synset('beloved.n.01'), Synset('idolizer.n.01'), 2.538973871058276)
(Synset('beloved.n.01'), Synset('inamorata.n.01'), 2.538973871058276)
(Synset('beloved.n.01'), Synset('inamorato.n.01'), 2.538973871058276)
(Synset('beloved.n.01'), Synset('kisser.n.01'), 2.538973871058276)
(Synset('beloved.n.01'), Synset('necker.n.01'), 2.538973871058276)
(Synset('beloved.n.01'), Synset('petter.n.01'), 2.538973871058276)
(Synset('beloved.n.01'), Synset('romeo.n.01'), 2.538973871058276)
(Synset('beloved.n.01'), Synset('soul_mate.n.01'), 2.538973871058276)
(Synset('beloved.n.01'), Synset('squeeze.n.04'), 2.538973871058276)
(Synset('beloved.n.01'), Synset('sweetheart.n.01'), 2.538973871058276)
(Synset('love.n.04'), Synset('desire.n.01'), 2.538973871058276)
(Synset('love.n.04'), Synset('sexual_desire.n.01'), 2.9444389791664407)
(Synset('love.n.04'), Synset('love.n.04'), 3.6375861597263857)
(Synset('love.n.04'), Synset('aphrodisia.n.01'), 2.538973871058276)
(Synset('love.n.04'), Synset('anaphrodisia.n.01'), 2.538973871058276)
(Synset('love.n.04'), Synset('passion.n.05'), 2.538973871058276)
(Synset('love.n.04'), Synset('sensuality.n.01'), 2.538973871058276)
(Synset('love.n.04'), Synset('amorousness.n.02'), 2.538973871058276)
(Synset('love.n.04'), Synset('fetish.n.01'), 2.538973871058276)
(Synset('love.n.04'), Synset('libido.n.01'), 2.538973871058276)
(Synset('love.n.04'), Synset('lecherousness.n.01'), 2.538973871058276)
(Synset('love.n.04'), Synset('nymphomania.n.01'), 2.538973871058276)
(Synset('love.n.04'), Synset('satyriasis.n.01'), 2.538973871058276)
(Synset('love.n.04'), Synset('the_hots.n.01'), 2.538973871058276)
(Synset('love.n.05'), Synset('bowling_score.n.01'), 2.538973871058276)
(Synset('love.n.05'), Synset('football_score.n.01'), 2.538973871058276)
(Synset('love.n.05'), Synset('baseball_score.n.01'), 2.538973871058276)
(Synset('love.n.05'), Synset('basketball_score.n.01'), 2.538973871058276)
(Synset('love.n.05'), Synset('number.n.02'), 2.538973871058276)
(Synset('love.n.05'), Synset('score.n.03'), 2.9444389791664407)
(Synset('love.n.05'), Synset('stroke.n.06'), 2.538973871058276)
(Synset('love.n.05'), Synset('birdie.n.01'), 2.538973871058276)
(Synset('love.n.05'), Synset('bogey.n.02'), 2.538973871058276)
(Synset('love.n.05'), Synset('deficit.n.03'), 2.538973871058276)
(Synset('love.n.05'), Synset('double-bogey.n.01'), 2.538973871058276)
(Synset('love.n.05'), Synset('duck.n.02'), 2.538973871058276)
(Synset('love.n.05'), Synset('eagle.n.02'), 2.538973871058276)
(Synset('love.n.05'), Synset('double_eagle.n.01'), 2.538973871058276)
(Synset('love.n.05'), Synset('game.n.06'), 2.538973871058276)
(Synset('love.n.05'), Synset('lead.n.07'), 2.538973871058276)
(Synset('love.n.05'), Synset('love.n.05'), 3.6375861597263857)
(Synset('love.n.05'), Synset('match.n.05'), 2.538973871058276)
(Synset('love.n.05'), Synset('par.n.01'), 2.538973871058276)
(Synset('sexual_love.n.02'), Synset('bondage.n.03'), 2.538973871058276)
(Synset('sexual_love.n.02'), Synset('outercourse.n.01'), 2.538973871058276)
(Synset('sexual_love.n.02'), Synset('safe_sex.n.01'), 2.538973871058276)
(Synset('sexual_love.n.02'), Synset('sexual_activity.n.01'), 2.9444389791664407)
(Synset('sexual_love.n.02'), Synset('conception.n.02'), 2.538973871058276)
(Synset('sexual_love.n.02'), Synset('sexual_intercourse.n.01'), 2.538973871058276)
(Synset('sexual_love.n.02'), Synset('pleasure.n.05'), 2.538973871058276)
(Synset('sexual_love.n.02'), Synset('sexual_love.n.02'), 3.6375861597263857)
(Synset('sexual_love.n.02'), Synset('carnal_abuse.n.01'), 2.538973871058276)
(Synset('sexual_love.n.02'), Synset('coupling.n.03'), 2.538973871058276)
(Synset('sexual_love.n.02'), Synset('reproduction.n.05'), 2.538973871058276)
(Synset('sexual_love.n.02'), Synset('foreplay.n.01'), 2.538973871058276)
(Synset('sexual_love.n.02'), Synset('perversion.n.02'), 2.538973871058276)
(Synset('sexual_love.n.02'), Synset('autoeroticism.n.01'), 2.538973871058276)
(Synset('sexual_love.n.02'), Synset('promiscuity.n.01'), 2.538973871058276)
(Synset('sexual_love.n.02'), Synset('lechery.n.01'), 2.538973871058276)
(Synset('sexual_love.n.02'), Synset('homosexuality.n.01'), 2.538973871058276)
(Synset('sexual_love.n.02'), Synset('bisexuality.n.02'), 2.538973871058276)
(Synset('sexual_love.n.02'), Synset('heterosexuality.n.01'), 2.538973871058276)
(Synset('sexual_love.n.02'), Synset('bestiality.n.02'), 2.538973871058276)
# ...
First we have to ask the questions "What is synonym?", "Can synonyms be queried from the surface/root word?".
In WordNet, you have similar words representing the same concept under this term call the Synset and not at the surface word level.
To get synset's synonyms in the coverage of your example, you would require more than wordnet, possibly some semantic similarity methods to extract the other words.
I couldn't give you a JAWS explanation of what i mean above but from WordNet in NLTK interface for python. You can see that WN is insufficient for the coverage you want.
from nltk.corpus import wordnet as wn
for ss in wn.synsets('love'): # Each synset represents a diff concept.
print ss.definition
print ss.lemma_names
print
Code above outputs:
a strong positive emotion of regard and affection
['love']
any object of warm affection or devotion;
['love', 'passion']
a beloved person; used as terms of endearment
['beloved', 'dear', 'dearest', 'honey', 'love']
a deep feeling of sexual desire and attraction
['love', 'sexual_love', 'erotic_love']
a score of zero in tennis or squash
['love']
sexual activities (often including sexual intercourse) between two people
['sexual_love', 'lovemaking', 'making_love', 'love', 'love_life']
have a great affection or liking for
['love']
get pleasure from
['love', 'enjoy']
be enamored or in love with
['love']
have sexual intercourse with
['sleep_together', 'roll_in_the_hay', 'love', 'make_out', 'make_love', 'sleep_with', 'get_laid', 'have_sex', 'know', 'do_it', 'be_intimate', 'have_intercourse', 'have_it_away', 'have_it_off', 'screw', 'fuck', 'jazz', 'eff', 'hump', 'lie_with', 'bed', 'have_a_go_at_it', 'bang', 'get_it_on', 'bonk']
I have looked at the RiWordNet (RiTa) code (see getAllSynonyms method) and found that it generates synonyms by giving you all lemmas of synsets, hyponyms, similar tos, also sees, and coordinate names. I didn't include coordinate names but added antonyms. Furthermore, I added synset names and "synonym type" to my data so that I could make use of other Wordnet data like definition and/or examples. Here's my code in python and the output:
'''Synonym generator using NLTK WordNet Interface: http://www.nltk.org/howto/wordnet.html
'ss': synset
'hyp': hyponym
'sim': similar to
'ant': antonym
'also' also see
'''
from nltk.corpus import wordnet as wn
def get_all_synsets(word, pos=None):
for ss in wn.synsets(word):
for lemma in ss.lemma_names():
yield (lemma, ss.name())
def get_all_hyponyms(word, pos=None):
for ss in wn.synsets(word, pos=pos):
for hyp in ss.hyponyms():
for lemma in hyp.lemma_names():
yield (lemma, hyp.name())
def get_all_similar_tos(word, pos=None):
for ss in wn.synsets(word):
for sim in ss.similar_tos():
for lemma in sim.lemma_names():
yield (lemma, sim.name())
def get_all_antonyms(word, pos=None):
for ss in wn.synsets(word, pos=None):
for sslema in ss.lemmas():
for antlemma in sslema.antonyms():
yield (antlemma.name(), antlemma.synset().name())
def get_all_also_sees(word, pos=None):
for ss in wn.synsets(word):
for also in ss.also_sees():
for lemma in also.lemma_names():
yield (lemma, also.name())
def get_all_synonyms(word, pos=None):
for x in get_all_synsets(word, pos):
yield (x[0], x[1], 'ss')
for x in get_all_hyponyms(word, pos):
yield (x[0], x[1], 'hyp')
for x in get_all_similar_tos(word, pos):
yield (x[0], x[1], 'sim')
for x in get_all_antonyms(word, pos):
yield (x[0], x[1], 'ant')
for x in get_all_also_sees(word, pos):
yield (x[0], x[1], 'also')
for x in get_all_synonyms('love'):
print x
The output for 'love' and 'brave':
Love
(u'love', u'love.n.01', 'ss')
(u'love', u'love.n.02', 'ss')
(u'passion', u'love.n.02', 'ss')
(u'beloved', u'beloved.n.01', 'ss')
(u'dear', u'beloved.n.01', 'ss')
(u'dearest', u'beloved.n.01', 'ss')
(u'honey', u'beloved.n.01', 'ss')
(u'love', u'beloved.n.01', 'ss')
(u'love', u'love.n.04', 'ss')
(u'sexual_love', u'love.n.04', 'ss')
(u'erotic_love', u'love.n.04', 'ss')
(u'love', u'love.n.05', 'ss')
(u'sexual_love', u'sexual_love.n.02', 'ss')
(u'lovemaking', u'sexual_love.n.02', 'ss')
(u'making_love', u'sexual_love.n.02', 'ss')
(u'love', u'sexual_love.n.02', 'ss')
(u'love_life', u'sexual_love.n.02', 'ss')
(u'love', u'love.v.01', 'ss')
(u'love', u'love.v.02', 'ss')
(u'enjoy', u'love.v.02', 'ss')
(u'love', u'love.v.03', 'ss')
(u'sleep_together', u'sleep_together.v.01', 'ss')
(u'roll_in_the_hay', u'sleep_together.v.01', 'ss')
(u'love', u'sleep_together.v.01', 'ss')
(u'make_out', u'sleep_together.v.01', 'ss')
(u'make_love', u'sleep_together.v.01', 'ss')
(u'sleep_with', u'sleep_together.v.01', 'ss')
(u'get_laid', u'sleep_together.v.01', 'ss')
(u'have_sex', u'sleep_together.v.01', 'ss')
(u'know', u'sleep_together.v.01', 'ss')
(u'do_it', u'sleep_together.v.01', 'ss')
(u'be_intimate', u'sleep_together.v.01', 'ss')
(u'have_intercourse', u'sleep_together.v.01', 'ss')
(u'have_it_away', u'sleep_together.v.01', 'ss')
(u'have_it_off', u'sleep_together.v.01', 'ss')
(u'screw', u'sleep_together.v.01', 'ss')
(u'fuck', u'sleep_together.v.01', 'ss')
(u'jazz', u'sleep_together.v.01', 'ss')
(u'eff', u'sleep_together.v.01', 'ss')
(u'hump', u'sleep_together.v.01', 'ss')
(u'lie_with', u'sleep_together.v.01', 'ss')
(u'bed', u'sleep_together.v.01', 'ss')
(u'have_a_go_at_it', u'sleep_together.v.01', 'ss')
(u'bang', u'sleep_together.v.01', 'ss')
(u'get_it_on', u'sleep_together.v.01', 'ss')
(u'bonk', u'sleep_together.v.01', 'ss')
(u'agape', u'agape.n.01', 'hyp')
(u'agape', u'agape.n.02', 'hyp')
(u'agape_love', u'agape.n.02', 'hyp')
(u'amorousness', u'amorousness.n.01', 'hyp')
(u'enamoredness', u'amorousness.n.01', 'hyp')
(u'ardor', u'ardor.n.02', 'hyp')
(u'ardour', u'ardor.n.02', 'hyp')
(u'benevolence', u'benevolence.n.01', 'hyp')
(u'devotion', u'devotion.n.01', 'hyp')
(u'devotedness', u'devotion.n.01', 'hyp')
(u'filial_love', u'filial_love.n.01', 'hyp')
(u'heartstrings', u'heartstrings.n.01', 'hyp')
(u'lovingness', u'lovingness.n.01', 'hyp')
(u'caring', u'lovingness.n.01', 'hyp')
(u'loyalty', u'loyalty.n.02', 'hyp')
(u'puppy_love', u'puppy_love.n.01', 'hyp')
(u'calf_love', u'puppy_love.n.01', 'hyp')
(u'crush', u'puppy_love.n.01', 'hyp')
(u'infatuation', u'puppy_love.n.01', 'hyp')
(u'worship', u'worship.n.02', 'hyp')
(u'adoration', u'worship.n.02', 'hyp')
(u'adore', u'adore.v.01', 'hyp')
(u'care_for', u'care_for.v.02', 'hyp')
(u'cherish', u'care_for.v.02', 'hyp')
(u'hold_dear', u'care_for.v.02', 'hyp')
(u'treasure', u'care_for.v.02', 'hyp')
(u'dote', u'dote.v.02', 'hyp')
(u'love', u'love.v.03', 'hyp')
(u'get_off', u'get_off.v.06', 'hyp')
(u'romance', u'romance.v.02', 'hyp')
(u'fornicate', u'fornicate.v.01', 'hyp')
(u'take', u'take.v.35', 'hyp')
(u'have', u'take.v.35', 'hyp')
(u'hate', u'hate.n.01', 'ant')
(u'hate', u'hate.v.01', 'ant')
Brave
(u'brave', u'brave.n.01', 'ss')
(u'brave', u'brave.n.02', 'ss')
(u'weather', u'weather.v.01', 'ss')
(u'endure', u'weather.v.01', 'ss')
(u'brave', u'weather.v.01', 'ss')
(u'brave_out', u'weather.v.01', 'ss')
(u'brave', u'brave.a.01', 'ss')
(u'courageous', u'brave.a.01', 'ss')
(u'audacious', u'audacious.s.01', 'ss')
(u'brave', u'audacious.s.01', 'ss')
(u'dauntless', u'audacious.s.01', 'ss')
(u'fearless', u'audacious.s.01', 'ss')
(u'hardy', u'audacious.s.01', 'ss')
(u'intrepid', u'audacious.s.01', 'ss')
(u'unfearing', u'audacious.s.01', 'ss')
(u'brave', u'brave.s.03', 'ss')
(u'braw', u'brave.s.03', 'ss')
(u'gay', u'brave.s.03', 'ss')
(u'desperate', u'desperate.s.04', 'sim')
(u'heroic', u'desperate.s.04', 'sim')
(u'gallant', u'gallant.s.01', 'sim')
(u'game', u'game.s.02', 'sim')
(u'gamy', u'game.s.02', 'sim')
(u'gamey', u'game.s.02', 'sim')
(u'gritty', u'game.s.02', 'sim')
(u'mettlesome', u'game.s.02', 'sim')
(u'spirited', u'game.s.02', 'sim')
(u'spunky', u'game.s.02', 'sim')
(u'lionhearted', u'lionhearted.s.01', 'sim')
(u'stalwart', u'stalwart.s.03', 'sim')
(u'stouthearted', u'stalwart.s.03', 'sim')
(u'undaunted', u'undaunted.s.02', 'sim')
(u'valiant', u'valiant.s.01', 'sim')
(u'valorous', u'valiant.s.01', 'sim')
(u'bold', u'bold.a.01', 'sim')
(u'colorful', u'colorful.a.02', 'sim')
(u'colourful', u'colorful.a.02', 'sim')
(u'timid', u'timid.n.01', 'ant')
(u'cowardly', u'cowardly.a.01', 'ant')
(u'adventurous', u'adventurous.a.01', 'also')
(u'adventuresome', u'adventurous.a.01', 'also')
(u'bold', u'bold.a.01', 'also')
(u'resolute', u'resolute.a.01', 'also')
(u'unafraid', u'unafraid.a.01', 'also')
(u'fearless', u'unafraid.a.01', 'also')
How about using RitaWN instead of JAWS? I see it is listed as one of the available API in http://wordnet.princeton.edu/wordnet/related-projects/#Java
I also see it has getAllSynonyms() method, they provide an example and it works.
Check this out:
import java.io.IOException;
import java.util.Arrays;
import rita.*;
public class Synonyms {
public static void main(String[] args) throws IOException {
// Would pass in a PApplet normally, but we don't need to here
RiWordNet wordnet = new RiWordNet("C:\\Program Files (x86)\\WordNet\\2.1");
// Get a random noun
String word = "love";//wordnet.getRandomWord("n");
// Get max 15 synonyms
String[] synonyms = wordnet.getAllSynonyms(word, "v");
System.out.println("Random noun: " + word);
if (synonyms != null) {
// Sort alphabetically
Arrays.sort(synonyms);
for (int i = 0; i < synonyms.length; i++) {
System.out.println("Synonym " + i + ": " + synonyms[i]);
}
} else {
System.out.println("No synyonyms!");
}
}
Make sure to get the latest downloads and documentation from http://www.rednoise.org/rita/wordnet-old/documentation/index.htm