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Add cljs charting library

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Eric Ihli 3 years ago
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86
README_WGU.org
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#+TITLE: Capstone Documentation
* C
Design and develop a fully functional data product that addresses your identified business problem or organizational need. Include each of the following attributes as they are the minimum required elements for the product:
** one descriptive method and one non-descriptive (predictive or prescriptive) method
*** Descriptive Method
- 10 most common sentence structures
- Average lyric length
- 5-number analysis of lyric length
** collected or available datasets
** decision-support functionality
** ability to support featurizing, parsing, cleaning, and wrangling datasets
** methods and algorithms supporting data exploration and preparation
** data visualization functionalities for data exploration and inspection
** implementation of interactive queries
** implementation of machine-learning methods and algorithms
** functionalities to evaluate the accuracy of the data product
** industry-appropriate security features
** tools to monitor and maintain the product
** a user-friendly, functional dashboard that includes at least three visualization types
* Documentation
D. Create each of the following forms of documentation for the product you have developed:
** Business Vision
Provide rhyming lyric suggestions optionally constrained by syllable count.
** Data Sets
See ~resources/darklyrics-markov.tpt~
** Data Analysis
See ~src/com/owoga/darklyrics/core.clj~
See https://github.com/eihli/prhyme
** Assessment
See visualization of rhyme suggestion in action.
See perplexity?
** Visualizations
See visualization of smoothing technique.
See wordcloud
** Accuracy
• assessment of the product’s accuracy
** Testing
• the results from the data product testing, revisions, and optimization based on the provided plans, including screenshots
** Source
• source code and executable file(s)
** Quick Start
• a quick start guide summarizing the steps necessary to install and use the product
* Notes
http-kit doesn't support https so no need to bother with keystore stuff like you would with jetty. Just proxy from haproxy.

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#+TITLE: Capstone Documentation
:PROPERTIES:
:END:
* C
Design and develop a fully functional data product that addresses your identified business problem or organizational need. Include each of the following attributes as they are the minimum required elements for the product:
** one descriptive method and one non-descriptive (predictive or prescriptive) method
*** Descriptive Method
**** Most common sentence structures
Here is the code to generate a report on the most common sentence structures given a directory of lyrics files.
#+begin_src clojure :results value
(require '[com.owoga.corpus.markov :as markov]
'[com.owoga.prhyme.nlp.core :as nlp]
'[clojure.string :as string]
'[clojure.java.io :as io])
(let [lines (transduce
(comp
(map slurp)
(map #(string/split % #"\n"))
(map (partial remove empty?))
(map nlp/structure-freqs))
merge
{}
(eduction (markov/xf-file-seq 0 10) (file-seq (io/file "/home/eihli/src/prhyme/dark-corpus"))))]
(take 5 (sort-by (comp - second) lines)))
#+end_src
#+RESULTS:
| (TOP (NP (NNP) (.))) | 6 |
| (TOP (S (NP (PRP)) (VP (VBP) (ADJP (JJ))) (.))) | 6 |
| (INC (NP (JJ) (NN)) nil (IN) (NP (DT)) (NP (PRP)) (VBP)) | 4 |
| (TOP (NP (NP (JJ) (NN)) nil (NP (NN) (CC) (NN)))) | 4 |
| (TOP (S (NP (JJ) (NN)) nil (VP (VBG) (ADJP (JJ))))) | 4 |
*** Prescriptive Method
**** Most likely next words
#+begin_src clojure
(require '[com.darklimericks.server.models :as models]
'[com.owoga.trie :as trie])
(let [seed ["bother" "me"]
seed-ids (map models/database seed)
lookup (reverse seed-ids)
results (trie/children (trie/lookup models/markov-trie lookup))]
(->> results
(map #(get % []))
(sort-by (comp - second))
(map #(update % 0 models/database))
(take 10)))
#+end_src
#+RESULTS:
| don't | 36 |
| doesn't | 21 |
| to | 14 |
| won't | 9 |
| really | 5 |
| not | 4 |
| you | 4 |
| it | 3 |
| even | 3 |
| shouldn't | 3 |
** collected or available datasets
The dataset currently in use is in ~/dark-corpus~. Further dataset will need to be provided by the end-user.
** Decision support functionality
*** Choosing words for a lyric based on markov likelihood
*** Choosing words to complete a lyric based on rhyme quality
#+begin_src clojure :results value table :colnames yes
(require '[com.darklimericks.linguistics.core :as linguistics])
(let [results
(linguistics/rhymes-with-frequencies-and-rhyme-quality
"bother me"
models/markov-trie
models/database)]
(->> results
(map
(fn [[rhyming-word
rhyming-word-phones
frequency-count-of-rhyming-word
target-word
target-word-phones
rhyme-quality]]
[rhyming-word frequency-count-of-rhyming-word rhyme-quality]))
(take 10)
(vec)
(into [["rhyme" "frequency count" "rhyme quality"]])))
#+end_src
#+RESULTS:
| rhyme | frequency count | rhyme quality |
| honoree | 2 | 7 |
| referee | 3 | 6 |
| repartee | 2 | 6 |
| nominee | 2 | 6 |
| undersea | 1 | 6 |
| oversea | 1 | 6 |
| rosemarie | 0 | 6 |
| disagree | 180 | 5 |
| poverty | 175 | 5 |
| mockery | 122 | 5 |
** Ability to support featurizing, parsing, cleaning, and wrangling datasets
The data processing code is in ~prhyme~
Each line gets tokenized using a regular expression to split the string into tokens.
#+begin_src clojure
(def re-word
"Regex for tokenizing a string into words
(including contractions and hyphenations),
commas, periods, and newlines."
#"(?s).*?([a-zA-Z\d]+(?:['\-]?[a-zA-Z]+)?|,|\.|\?|\n)")
#+end_src
Along with tokenization, the lines get stripped of whitespace and converted to lowercase. This conversion is done so that
words can be compared: "Foo" is the same as "foo".
#+begin_src clojure
(def xf-tokenize
(comp
(map string/trim)
(map (partial re-seq re-word))
(map (partial map second))
(map (partial mapv string/lower-case))))
#+end_src
** methods and algorithms supporting data exploration and preparation
The primary data structure and algorithms supporting exploration of the data are a Markov Trie
The Trie data structure suppors a ~lookup~ function that returns the child trie at a certain lookup key and a ~children~ function that returns all of the immediate children of a particular Trie.
#+begin_src clojure
(defprotocol ITrie
(children [self] "Immediate children of a node.")
(lookup [self ^clojure.lang.PersistentList ks] "Return node at key."))
(deftype Trie [key value ^clojure.lang.PersistentTreeMap children-]
ITrie
(children [trie]
(map
(fn [[k ^Trie child]]
(Trie. k
(.value child)
(.children- child)))
children-))
(lookup [trie k]
(loop [k k
trie trie]
(cond
;; Allows `update` to work the same as with maps... can use `fnil`.
;; (nil? trie') (throw (Exception. (format "Key not found: %s" k)))
(nil? trie) nil
(empty? k)
(Trie. (.key trie)
(.value trie)
(.children- trie))
:else (recur
(rest k)
(get (.children- trie) (first k))))))
#+end_src
** data visualization functionalities for data exploration and inspection
** implementation of interactive queries
Interactive query capability at [[https://darklimericks.com/wgu]].
** implementation of machine-learning methods and algorithms
Functions for training both forwards and backwards
#+begin_src clojure
(defn file-seq->markov-trie
"For forwards markov."
[database files n m]
(transduce
(comp
(map slurp)
(map #(string/split % #"[\n+\?\.]"))
(map (partial transduce data-transform/xf-tokenize conj))
(map (partial transduce data-transform/xf-filter-english conj))
(map (partial remove empty?))
(map (partial into [] (data-transform/xf-pad-tokens (dec m) "<s>" 1 "</s>")))
(map (partial mapcat (partial data-transform/n-to-m-partitions n (inc m))))
(mapcat (partial mapv (data-transform/make-database-processor database))))
(completing
(fn [trie lookup]
(update trie lookup (fnil #(update % 1 inc) [lookup 0]))))
(trie/make-trie)
files))
(comment
(let [files (->> "dark-corpus"
io/file
file-seq
(eduction (xf-file-seq 501 2)))
database (atom {:next-id 1})
trie (file-seq->markov-trie database files 1 3)]
[(take 20 trie)
(map (comp (partial map @database) first) (take 20 (drop 105 trie)))
(take 10 @database)])
;; [([(1 1 2) [[1 1 2] 1]]
;; [(1 1 3) [[1 1 3] 1]]
;; [(1 1 7) [[1 1 7] 2]]
;; [(1 1 9) [[1 1 9] 3]]
;; [(1 1 16) [[1 1 16] 4]])
;; (("<s>" "call" "me")
;; ("<s>" "call")
;; ("<s>" "right" "</s>")
;; ("<s>" "right")
;; ("<s>" "that's" "proportional")
;; ("<s>" "that's")
;; ("<s>" "don't" "</s>")
;; ("<s>" "don't")
;; ("<s>" "yourself" "in")
;; ("<s>" "yourself")
;; ("<s>" "transformation" "</s>")
;; ("<s>" "transformation")
;; ("<s>")
;; ("them" "from" "their")
;; ("them" "from")
;; ("them")
;; ("from" "their" "pain")
;; ("from" "their")
;; ("from" "your" "side")
;; ("from" "your"))
;; (["come" 92]
;; ["summer" 17]
;; ["more" 101]
;; [121 "that's"]
;; [65 "by"]
;; ["dust" 133]
;; [70 "said"]
;; ["misery" 128]
;; [62 "get"]
;; [74 "gone"])]
)
#+end_src
#+begin_src clojure
(defn train-backwards
"For building lines backwards so they can be seeded with a target rhyme."
[files n m trie-filepath database-filepath tightly-packed-trie-filepath]
(let [database (atom {:next-id 1})
trie (file-seq->backwards-markov-trie database files n m)]
(nippy/freeze-to-file trie-filepath (seq trie))
(println "Froze" trie-filepath)
(nippy/freeze-to-file database-filepath @database)
(println "Froze" database-filepath)
(save-tightly-packed-trie trie database tightly-packed-trie-filepath)
(let [loaded-trie (->> trie-filepath
nippy/thaw-from-file
(into (trie/make-trie)))
loaded-db (->> database-filepath
nippy/thaw-from-file)
loaded-tightly-packed-trie (tpt/load-tightly-packed-trie-from-file
tightly-packed-trie-filepath
(decode-fn loaded-db))]
(println "Loaded trie:" (take 5 loaded-trie))
(println "Loaded database:" (take 5 loaded-db))
(println "Loaded tightly-packed-trie:" (take 5 loaded-tightly-packed-trie))
(println "Successfully loaded trie and database."))))
(comment
(time
(let [files (->> "dark-corpus"
io/file
file-seq
(eduction (xf-file-seq 0 250000)))
[trie database] (train-backwards
files
1
5
"/home/eihli/.models/markov-trie-4-gram-backwards.bin"
"/home/eihli/.models/markov-database-4-gram-backwards.bin"
"/home/eihli/.models/markov-tightly-packed-trie-4-gram-backwards.bin")]))
(time
(def markov-trie (into (trie/make-trie) (nippy/thaw-from-file "/home/eihli/.models/markov-trie-4-gram-backwards.bin"))))
(time
(def database (nippy/thaw-from-file "/home/eihli/.models/markov-database-4-gram-backwards.bin")))
(time
(def markov-tight-trie
(tpt/load-tightly-packed-trie-from-file
"/home/eihli/.models/markov-tightly-packed-trie-4-gram-backwards.bin"
(decode-fn database))))
(take 20 markov-tight-trie)
)
#+end_src
** functionalities to evaluate the accuracy of the data product
** industry-appropriate security features
** tools to monitor and maintain the product
** a user-friendly, functional dashboard that includes at least three visualization types
* Documentation
D. Create each of the following forms of documentation for the product you have developed:
** Business Vision
Provide rhyming lyric suggestions optionally constrained by syllable count.
** Data Sets
See ~resources/darklyrics-markov.tpt~
** Data Analysis
See ~src/com/owoga/darklyrics/core.clj~
See https://github.com/eihli/prhyme
** Assessment
See visualization of rhyme suggestion in action.
See perplexity?
** Visualizations
See visualization of smoothing technique.
See wordcloud
** Accuracy
• assessment of the product’s accuracy
** Testing
• the results from the data product testing, revisions, and optimization based on the provided plans, including screenshots
** Source
• source code and executable file(s)
** Quick Start
• a quick start guide summarizing the steps necessary to install and use the product
* Notes
http-kit doesn't support https so no need to bother with keystore stuff like you would with jetty. Just proxy from haproxy.

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web/src/com/darklimericks/server/views.clj
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css :css
:or {title "DarkLimericks"
css ["/assets/tachyons.css"]
js ["/assets/wgu-main.js"]}
js ["/assets/wgu/main.js"]}
:as opts} :opts}
& body]
(println (keys request))
@ -293,7 +293,9 @@
"rhyme-target")
(form/submit-button
{:class "ml2"}
"Show rhyme suggestions"))])
"Show rhyme suggestions"))
[:div
[:canvas#myChart {:width 400 :height 400}]]])
(defn show-rhyme-suggestion
[request suggestions]

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web/wgu-app/package-lock.json generated
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"integrity": "sha1-hZgoeOIbmOHGZCXgPQF0eI9Wnug=",
"dev": true
},
"chart.js": {
"version": "3.4.0",
"resolved": "https://registry.npmjs.org/chart.js/-/chart.js-3.4.0.tgz",
"integrity": "sha512-mJsRm2apQm5mwz2OgYqGNG4erZh/qljcRZkWSa0kLkFr3UC3e1wKRMgnIh6WdhUrNu0w/JT9PkjLyylqEqHXEQ=="
},
"cipher-base": {
"version": "1.0.4",
"resolved": "https://registry.npmjs.org/cipher-base/-/cipher-base-1.0.4.tgz",

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web/wgu-app/package.json
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"devDependencies": {
"shadow-cljs": "2.14.5"
},
"dependencies": {}
"dependencies": {
"chart.js": "^3.4.0"
}
}

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web/wgu-app/shadow-cljs.edn
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:builds
{:frontend
{:target :browser
:output-dir "/home/eihli/src/darklimericks/web/resources/public/wgu/"
:assets-path "/assets/"
:modules {:main {:init-fn wgu.app/init}}}}}

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web/wgu-app/src/main/wgu/app.cljs
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(ns wgu.app)
(ns wgu.app
(:require ["chart.js/auto" :as chart]))
(defn init [] (println "Hello world"))
(defn init-chart []
(let [ctx (. js/document getElementById "myChart")
data {:type "bar",
:data {:labels ["Red", "Blue", "Yellow", "Green", "Purple", "Orange"],
:datasets [{
:label "# of Votes",
:data [12, 19, 3, 5, 2, 3],
:backgroundColor [
"rgba(255, 99, 132, 0.2)",
"rgba(54, 162, 235, 0.2)",
"rgba(255, 206, 86, 0.2)",
"rgba(75, 192, 192, 0.2)",
"rgba(153, 102, 255, 0.2)",
"rgba(255, 159, 64, 0.2)"
],
:borderColor [
"rgba(255, 99, 132, 1)",
"rgba(54, 162, 235, 1)",
"rgba(255, 206, 86, 1)",
"rgba(75, 192, 192, 1)",
"rgba(153, 102, 255, 1)",
"rgba(255, 159, 64, 1)"
],
:borderWidth 1}]},
:options {:scales {:y {:beginAtZero true}}}}
chart (new chart/Chart ctx, (clj->js data))]
(.log js/console chart)))
(defn init []
(println "Hello world")
(.addEventListener js/window "DOMContentLoaded" init-chart))

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