I hereby claim:
- I am jonathanrobie on github.
- I am jonathanrobie (https://keybase.io/jonathanrobie) on keybase.
- I have a public key ASBEwtg7GqdZjLqro8C1NVsdbS3K6aWEnsohBk0DfjXrQgo
To claim this, I am signing this object:
I hereby claim:
To claim this, I am signing this object:
#!/usr/bin/env python3 | |
import unicodedata | |
import fnmatch | |
import sys | |
import os | |
for file in os.listdir('.'): | |
for arg in sys.argv: | |
if fnmatch.fnmatch(file, arg): |
declare variable $Nestle1904.lowfat := doc("macula/GNT/Nestle1904/lowfat/nestle1904lowfat.xml"); | |
declare function local:sentence($node) | |
{ | |
for $n in $node | |
return $n/ancestor::sentence/p ! (milestone/text(), ./text()) | |
, | |
$node | |
}; |
declare function local:morph-string($b, $c, $v, $w, $m, $morph) | |
{ | |
concat( | |
$morph, | |
"_", | |
format-integer($b,'00'), | |
format-integer($c,'000'), | |
format-integer($v,'000'), | |
format-integer($w, '000'), | |
format-integer($m, '0'), |
def dfs_preorder_path(root, start, end, path=[], in_range=False, found=[False, False]): | |
""" | |
Perform a DFS to find the path from start to end including all nodes in between | |
in a pre-order traversal manner. | |
""" | |
if root is None: | |
return [] | |
# Check if we have found the start node | |
if root['id'] == start: |
Given the complexity of analyzing Hebrew text with nikkud (vowel pointing) and cantillation (trope marks, which indicate how the text is to be chanted), let's proceed with a more detailed analysis of the first sentence from your text. This analysis will focus on syllable division, stress (stressed vs. unstressed), and whether each syllable is open or closed. Hebrew stress typically falls on the last or penultimate syllable, often influenced by the cantillation marks.
For an accurate analysis, we'll consider only the first sentence due to the detailed nature of this work. The sentence is:
וַיְהִי בִּימֵי שְׁפֹט הַשֹּׁפְטִים וַיְהִי רָעָב בָּאָרֶץ
This sentence can be broken down as follows (note that Hebrew is read right to left):
Title: "Revolutionizing Productivity: A Bold Move to Slack for Issue Tracking"
Dear Team,
In our relentless pursuit of peak efficiency and groundbreaking innovation, we propose a transformative approach to issue tracking: migrating entirely to Slack. Imagine, if you will, a world where the tranquil silence of focused work is a relic of the past, replaced by the vibrant symphony of constant notifications. Here's why this is a brilliant idea:
The Power of Interruption: Boosting Creativity One Ping at a Time
Firstly, let's address the elephant in the room: the immense value of interrupting people. Traditional wisdom suggests that uninterrupted work periods are critical for deep thought and creativity. We dare to challenge this notion! Our philosophy hinges on the belief that true creativity is sparked not in the quiet moments of reflection but in the bustling chaos of relentless Slack notifications. Why settle into a task when you can be jolted to brilliance by an unexpected ping?
<?xml version=“1.0” standalone=“yes”?><DBLMetadata version=“2.2.1” id=“555fef9a6cb31151" revision=“12”> | |
<identification> | |
<name>CEV Revised 2006 (Global CEV)</name> | |
<nameLocal>CEV Revised 2006</nameLocal> | |
<description>English: CEV Revised 2006 (Global CEV)</description> | |
<descriptionLocal>English: CEV Revised 2006 (Global CEV)</descriptionLocal> | |
<abbreviation>CEVUS06</abbreviation> | |
<abbreviationLocal>CEVUS06</abbreviationLocal> | |
<scope>Bible with Deuterocanon</scope> | |
<dateCompleted>2006-12-01</dateCompleted> |
import os | |
import xml.etree.ElementTree as ET | |
import json | |
def parse_xml_file(file_path): | |
""" Parse an XML file and return needed metadata as a dictionary. """ | |
tree = ET.parse(file_path) | |
root = tree.getroot() | |
data = { |
Here is a phrase-based interlinear for the provided text:
\s1
(1) ການ/ຝຶກຝົນ/ຂອງ/ດານີເອນ/ໃນ/ບາບີໂລນ
(2) kan/fuekfon/khong/Daniel/nai/Babilon
(3) training of Daniel in Babylon
(4) N/A (Title)