Merge pull request #198 from henningpeters/master

http -> https for api.spacy.io
This commit is contained in:
Matthew Honnibal 2015-12-03 00:14:57 +11:00
commit a10709579e
4 changed files with 8 additions and 8 deletions

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@ -2,7 +2,7 @@ include ../../header.jade
include ./meta.jade include ./meta.jade
mixin Displacy(sentence, caption_text, height) mixin Displacy(sentence, caption_text, height)
- var url = "http://api.spacy.io/displacy/?full=" + sentence.replace(" ", "%20") - var url = "https://api.spacy.io/displacy/?full=" + sentence.replace(" ", "%20")
.displacy .displacy
iframe.displacy(src="/resources/displacy/robots.html" height=height) iframe.displacy(src="/resources/displacy/robots.html" height=height)
@ -20,7 +20,7 @@ mixin Displacy(sentence, caption_text, height)
p A syntactic dependency parse is a kind of shallow meaning representation. It's an important piece of many language understanding and text processing technologies. Now that these representations can be computed quickly, and with increasingly high accuracy, they're being used in lots of applications – translation, sentiment analysis, and summarization are major application areas. p A syntactic dependency parse is a kind of shallow meaning representation. It's an important piece of many language understanding and text processing technologies. Now that these representations can be computed quickly, and with increasingly high accuracy, they're being used in lots of applications – translation, sentiment analysis, and summarization are major application areas.
p I've been living and breathing similar representations for most of my career. But there's always been a problem: talking about these things is tough. Most people haven't thought much about grammatical structure, and the idea of them is inherently abstract. When I left academia to write #[a(href="http://spaCy.io") spaCy], I knew I wanted a good visualizer. Unfortunately, I also knew I'd never be the one to write it. I'm deeply graphically challenged. Fortunately, when working with #[a(href="http://ines.io") Ines] to build this site, she really nailed the problem, with a solution I'd never have thought of. I really love the result, which we're calling #[a(href="http://api.spacy.io/displacy") displaCy]: p I've been living and breathing similar representations for most of my career. But there's always been a problem: talking about these things is tough. Most people haven't thought much about grammatical structure, and the idea of them is inherently abstract. When I left academia to write #[a(href="http://spaCy.io") spaCy], I knew I wanted a good visualizer. Unfortunately, I also knew I'd never be the one to write it. I'm deeply graphically challenged. Fortunately, when working with #[a(href="http://ines.io") Ines] to build this site, she really nailed the problem, with a solution I'd never have thought of. I really love the result, which we're calling #[a(href="https://api.spacy.io/displacy") displaCy]:
+Displacy("Robots in popular culture are there to remind us of the awesomeness of unbounded human agency", "Click the button to full-screen and interact, or scroll to see the full parse.", 325) +Displacy("Robots in popular culture are there to remind us of the awesomeness of unbounded human agency", "Click the button to full-screen and interact, or scroll to see the full parse.", 325)
@ -40,7 +40,7 @@ mixin Displacy(sentence, caption_text, height)
p To me, this seemed like witchcraft, or a hack at best. But I was quickly won over: if all we do is declare the data and the relationships, in standards-compliant HTML and CSS, then we can simply step back and let the browser do its job. We know the code will be small, the layout will work on a variety of display, and we'll have a ready separation of style and content. For long output, we simply let the graphic overflow, and let users scroll. p To me, this seemed like witchcraft, or a hack at best. But I was quickly won over: if all we do is declare the data and the relationships, in standards-compliant HTML and CSS, then we can simply step back and let the browser do its job. We know the code will be small, the layout will work on a variety of display, and we'll have a ready separation of style and content. For long output, we simply let the graphic overflow, and let users scroll.
p What I'm particularly excited about is the potential for displaCy as an #[a(href="http://api.spacy.io/displacy/?manual=Robots%20in%20popular%20culture%20are%20there%20to%20remind%20us%20of%20the%20awesomeness%20of%20unbounded%20human%20agency" target="_blank") annotation tool]. It may seem unintuitive at first, but I think it will be much better to annotate texts the way the parser operates, with a small set of actions and a stack, than by selecting arcs directly. Why? A few reasons: p What I'm particularly excited about is the potential for displaCy as an #[a(href="https://api.spacy.io/displacy/?manual=Robots%20in%20popular%20culture%20are%20there%20to%20remind%20us%20of%20the%20awesomeness%20of%20unbounded%20human%20agency" target="_blank") annotation tool]. It may seem unintuitive at first, but I think it will be much better to annotate texts the way the parser operates, with a small set of actions and a stack, than by selecting arcs directly. Why? A few reasons:
ul ul
li You're always asked a question. You don't have to decide-what-to-decide. li You're always asked a question. You don't have to decide-what-to-decide.

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@ -10,7 +10,7 @@ include ./meta.jade
p It turns out that almost anything we say could mean many many different things, but we don't notice because almost all of those meanings would be weird or stupid or just not possible. If I say: p It turns out that almost anything we say could mean many many different things, but we don't notice because almost all of those meanings would be weird or stupid or just not possible. If I say:
p.example #[a(href="http://api.spacy.io/displacy/?full=I%20saw%20a%20movie%20in%20a%20dress" target="_blank") I saw a movie in a dress] p.example #[a(href="https://api.spacy.io/displacy/?full=I%20saw%20a%20movie%20in%20a%20dress" target="_blank") I saw a movie in a dress]
p Would you ever ask me, p Would you ever ask me,
@ -18,7 +18,7 @@ include ./meta.jade
p It's weird to even think of that. But a computer just might, because there are other cases like: p It's weird to even think of that. But a computer just might, because there are other cases like:
p.example #[a(href="http://api.spacy.io/displacy/?full=The%20TV%20showed%20a%20girl%20in%20a%20dress" target="_blank") The TV showed a girl in a dress] p.example #[a(href="https://api.spacy.io/displacy/?full=The%20TV%20showed%20a%20girl%20in%20a%20dress" target="_blank") The TV showed a girl in a dress]
p Where the words hang together in the other way. People used to think that the answer was to tell the computer lots and lots of facts. But then you wake up one day and you're writing facts like #[em movies do not wear dresses], and you wonder where it all went wrong. Actually it's even worse than that. Not only are there too many facts, most of them are not even really facts! #[a(href="https://en.wikipedia.org/wiki/Cyc") People really tried this]. We've found that the world is made up of #[em if]s and #[em but]s. p Where the words hang together in the other way. People used to think that the answer was to tell the computer lots and lots of facts. But then you wake up one day and you're writing facts like #[em movies do not wear dresses], and you wonder where it all went wrong. Actually it's even worse than that. Not only are there too many facts, most of them are not even really facts! #[a(href="https://en.wikipedia.org/wiki/Cyc") People really tried this]. We've found that the world is made up of #[em if]s and #[em but]s.

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@ -114,7 +114,7 @@ mixin WritePage(Site, Author, Page)
nav(role="navigation") nav(role="navigation")
li(class={active: Page.active.home}): a(href="/") Home li(class={active: Page.active.home}): a(href="/") Home
li(class={active: Page.active.docs}): a(href="/docs") Docs li(class={active: Page.active.docs}): a(href="/docs") Docs
li: a(href="http://api.spacy.io/displacy", target="_blank") Demo li: a(href="https://api.spacy.io/displacy", target="_blank") Demo
li(class={active: Page.active.blog}): a(href="/blog") Blog li(class={active: Page.active.blog}): a(href="/blog") Blog
main#content main#content
block block

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@ -1,5 +1,5 @@
mixin Displacy(sentence, caption_text, height) mixin Displacy(sentence, caption_text, height)
- var url = "http://api.spacy.io/displacy/?full=" + sentence.replace(" ", "%20") - var url = "https://api.spacy.io/displacy/?full=" + sentence.replace(" ", "%20")
.displacy .displacy
iframe.displacy(src="/resources/displacy/displacy_demo.html" height=height) iframe.displacy(src="/resources/displacy/displacy_demo.html" height=height)
@ -17,6 +17,6 @@ mixin Displacy(sentence, caption_text, height)
275 275
) )
p #[a(href="http://api.spacy.io/displacy") displaCy] lets you peek inside spaCy's syntactic parser, as it reads a sentence word-by-word. By repeatedly choosing from a small set of actions, it links the words together according to their syntactic structure. This type of representation powers a wide range of technologies, from translation and summarization, to sentiment analysis and algorithmic trading. #[a(href="/blog/displacy") Read more.] p #[a(href="https://api.spacy.io/displacy") displaCy] lets you peek inside spaCy's syntactic parser, as it reads a sentence word-by-word. By repeatedly choosing from a small set of actions, it links the words together according to their syntactic structure. This type of representation powers a wide range of technologies, from translation and summarization, to sentiment analysis and algorithmic trading. #[a(href="/blog/displacy") Read more.]