Camera Trap
Video Recording: Canon 7D MkII + Canon EF-S 10-18mm @ 1080p 100Mbps
Watertight Camera Housing (Supports lenses upto 75mm in length)
Neewer CN-160 Ultra High Power LED Video Light
Custom PIR Motion Sensor
Connecting cables, transmitters & receivers
DJI Phantom 4 Pro V2.0
Single Operator Kit
2 x Batteries
Audio
Rode NTG2 Shotgun Mic
Rode Wireless Go Lav Mic + Kit
Boom Pole and XLR Cables
Field Laptop
2.4Ghz Retina Display 13" Macbook Pro, 4GB Ram, running Kyno for in-field backup and dailies.
Post-production
2.6 GHz 6-Core Retina Display 15" Macbook Pro, 16GB RAM with 4GB GPU, running:
- Avid Media Composer 2020.12
- DaVinci Resolve 17
- Final Cut Pro X
- Adobe Premiere Pro
- Adobe After Effects
- Adobe Photoshop
27" Editing Monitor
2 x 17" Media Monitors
Vehicle
2001 Subaru Legacy


--- layout: post title: Jaggregate 3.0 released published: 1 category: - Programming ---
Jaggregate is a generics-aware collections library that is modeled after the ANSI Smalltalk collection protocol. See the changes here.


Miso is a full-stack, isomorphic, single page app with SEO working out of the box.
Miso allows you to develop apps quickly and easily - here I'm going to show you how to build a "todo" app in 5 minutes.
A miso app is defined using MVC components.
Miso is able to define model structures as plain js functions containing mithril properties, for example:
Defining your models in this manner allows miso to use the model in Data APIs as we will see later. You can have multiple models in an MVC component.
Miso controllers are simply functions that return a pointer to this, for example:
Defining your controller in this manner allows miso to run in an isomorphic manner.
The view uses mithril tags to create a virtual DOM element representation of the HTML we want.
In misojs data is accessed via a "Miso API"
The requests and responses are made using JSON RPC 2.0 via ajax by default.
An API in miso is simply a method that receives a callback function, an error function and an arguments object
Miso APIs are exposed at /api/[name], and are extendable and composable.
At the top of the program, we add a reference to the flatfiledb API:
Note: we pass in "m", which is the mithril instance we're using, so Miso can hook into the rendering engine.
Here we use the db API to load all todos.
The Miso db API implements a promise-like interface so the data request can be completed before rendering the view.
We create a method on the controller that can add todos.
We add a form for creating todos.
We add a "view model" that is used to keep track of the UI and toggle todos.
Miso is still only young, get involved! http://misojs.com


--- layout: home ---
I just want to make it clear that the name 3 Screen Module may not be technically correct, I just really liked how it sounded so it will most likely change. This “installation” will live on a webpage and will be activated and manipulated through the users eyes and the webcam. The idea is to serve the content that we usually consume but in a different way, one that allows the creative content to show the main piece with supporting information on the side. Allowing the user to see the details without losing the main piece. Ideally the goal is to immerse the user into the content that they’re watching from the comfort of their homes. Without having to travel to the theaters or use an expensive VR headset.
The original inspiration for this idea came from Kanye West and his presentation of his film Cruel Summer. He debuted it back in 2012 at Cannes and was played in a seven-screen cinema. The film wasn’t shown anywhere else and its sense of exclusivity made it even more desired. I really wanted to see the movie and I had no idea what it was about but the concept and the presentation fascinated me. Due to this I wanted to find a way that I could bring this type of style to the web and to everyone.
The band known as The Gorillaz recently released a music video that allows the user to pan around the screen and sort be a part of the experience. Although, as of writing this, the control is a bit glitchy and limiting the idea still works. It doesn’t use the webcam but it still allows the viewer to be a part of the experience and interact with the content in a non-traditional format.
All three “screens” will play at the same time with the main screen being in the middle. The side screens will serve as a sort of guide for the content. The content on the sides can be used to add more to the video without taking away anything from the main screen, just providing extra content. (This will require the use of a web camera)
I was fortunate enough to come across a library called WebGazer.js that came out of the computer science department at Brown. According to their website:
“WebGazer.js is an eye tracking library that uses common webcams to infer the eye-gaze locations of web visitors on a page in real time. The eye tracking model it contains self-calibrates by watching web visitors interact with the web page and trains a mapping between the features of the eye and positions on the screen. WebGazer.js is written entirely in JavaScript and with only a few lines of code can be integrated in any website that wishes to better understand their visitors and transform their user experience. WebGazer.js runs entirely in the client browser, so no video data needs to be sent to a server. WebGazer.js runs only if the user consents in giving access to their webcam.”
Thankfully WebGazer does a lot of the legwork and would serve as an amazing base for me to build this project on. There's a lot of experimetation to be done and I'm hoping to be able to get in contact with the team behind this amazing project once I get some demos up and running.


--- layout: default tags: cairo geniza, cairo genizah, scribes of the cairo geniza, university of pennsylvania, judaica dh, judaicadh, judaica digital humanities description: Scribes of the Cairo Geniza Resources Home ---
This website offers supplementary resources for the project Scribes of the Cairo Geniza
Scribes of the Cairo Geniza aims to sort and transcribe Cairo Geniza fragments using new technological approaches in partnership with a community of citizen humanists using the Zooniverse platform.
Scribes of the Cairo Geniza is a project with the ultimate goal of transcribing Cairo Geniza fragments. With an in-kind grant from the Zooniverse, the largest crowdsourcing platform in the world, along with institutional and image partners from The University of Pennsylvania Libraries, The Princeton Geniza Lab, The e-Lijah Lab and the Centre for Interdisciplinary Research of the Cairo Genizah at the University of Haifa, the Library of the Jewish Theological Seminary, the Genizah Research Unit at Cambridge University Library, The University of Manchester Library, Columbia University Libraries, and The Bodleian Libraries at the University of Oxford, we are harnessing the power of technology to decipher some of the most difficult to read fragments in the world. Read More


It’s not like my experience of programming in general so far where you get stuck but there’s usually a clear trail to follow and you can get unstuck within a couple of days at most. It’s more like when you’re trying to solve a puzzle, there are no clear inroads into the problem, and the only way to proceed is to try things until you find the key piece of evidence or get the key spark that lets you figure it out. Reverse Engineering WhatsApp -- This project intends to provide a complete description and re-implementation of the WhatsApp Web API, which will eventually lead to a custom client. WhatsApp Web internally works using WebSockets; this project does as well. DatabaseFlow -- an open source self-hosted SQL client, GraphQL server, and charting application that works with your database. Visualize schemas, query plans, charts, and results. You can run Database Flow locally for your own use, or install to a shared server for the whole team. Code and Data for the Social Sciences -- This handbook is about translating insights from experts in code and data into practical terms for empirical social scientists. Check out the "Data Science & Machine Learning" sessions at the Strata Data Conference in London, May 21-24, 2018. Continue reading Four short links: 10 April 2018.


This website uses a list of names extracted from Wikipedia.
The data which is fetched can be seen here: data/deaths.json
See the JavaScript code which fetches and outputs the data here: main.js
Please use the below buttons to interactively filter the displayed data.
❗❗I don't mean to say that actor, president and Nobel Prize laureate are the most important professions. But sadly there are no cowboys on this list, so I had to pick other stuff ❗❗
| Birth Year | Name | Profession | Death Date |
|---|


Welcome to Wedding Team
Help
Pricing
Register
Login
Home
Pages
About
Blog
Gallery
Faq
Help
Register
Listing
Planning Tools
Budget Planner
To Do List
Guest List
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Contact
Real Wedding Listing
Home
Real Wedding Listing
May 15, 2019
Neeraj & Gunjan
Jun 12, 2019
Gaurav & Harshita
Dec 28, 2018
Ankit & Jaya
Nov 28, 2018
Shivam & Tanya
Dec 28, 2018
Happy & Manu
March 22, 2019
Deepak & Akanksha
Feb 22, 2018
Bunty & Jyoti
March 10, 2017
Harsh & Sakshi
May 28, 2019
Vivek & Hima
1
2
3
4


Class Faction
Methods
| faction:init (data) | Initiate a faction from its definition. |
| faction:is_enemy (creature) | Determine if a creature is an enemy of the faction. |
| faction:is_friend (creature) | Determine if the faction considers a creature a friend or not. |
| faction:join (creature) | Have a creature become a member of the faction. |
| faction:leave (creature) | Have a creature leave as a member of the faction. |
| faction:can_join (creature) | Test if a creature can become a member of the faction. |
| faction:teach_spell (spellID, creature) | Have a creature learn a spell from a faction. |
| faction:generate_items () | Generates the faction's inventory |
| faction:restock () | Restocks the faction's inventory. |
| faction:add_item (item, info) | Adds an item to the faction store. |
| faction:get_inventory () | Gets a list of the items the faction is selling |
| faction:get_count (item) | Gets the numbers of items this faction has in its current inventory that matches a passed item |
| faction:get_buy_list (creat) | Gets a list of the items that a creature can sell to a faction |
| faction:creature_sells_item (item, moneyCost, favorCost, amt, creat) | Sell an item to the faction |
| faction:creature_buys_item (item, moneyCost, favorCost, amt, creat) | Buy an item from the faction |
| faction:get_inventory_index (item) | Gets the index within the faction's inventory of the item in question |
| faction:get_possible_random_items () | Get all possible random items the faction can stock |
| faction:generate_random_item (list) | Generate a random item from the faction's possible random items list |
| faction:get_cost_modifier (creature) | Gets the modifier for items sold in the faction store |
Methods
- faction:init (data)
-
Initiate a faction from its definition. You shouldn't use this function, the game uses it at loadtime to instantiate the factions.
Parameters:
- data Table. The table of faction data.
Returns:
-
self Faction. The faction itself.
- faction:is_enemy (creature)
-
Determine if a creature is an enemy of the faction.
Parameters:
- creature Creature. The creature to test for enmity.
Returns:
-
Boolean. Whether the creature is an enemy or not.
- faction:is_friend (creature)
-
Determine if the faction considers a creature a friend or not.
Parameters:
- creature Creature. The creature to test for friendship.
Returns:
-
Boolean. Whether the creature is a friend or not.
- faction:join (creature)
-
Have a creature become a member of the faction.
Parameters:
- creature Creature. The creature that's joining. (optional, defaults to the player)
- faction:leave (creature)
-
Have a creature leave as a member of the faction.
Parameters:
- creature Creature. The creature that's leaving. (optional, defaults to the player)
- faction:can_join (creature)
-
Test if a creature can become a member of the faction.
Parameters:
- creature Creature. The creature that's a potential applicant. (optional, defaults to the player)
Returns:
- Boolean. Whether the creature can join or not.
- String. Details on why the creature can't join. (nil if they can join)
- faction:teach_spell (spellID, creature)
-
Have a creature learn a spell from a faction.
Parameters:
- spellID String. The ID of the spell they're trying to learn.
- creature Creature. The creature learning the spell. (optional, defaults to the player)
Returns:
-
Boolean. Whether learning the spell was successful or not.
- faction:generate_items ()
- Generates the faction's inventory
- faction:restock ()
- Restocks the faction's inventory. Default behavior: Restock all defined items up to their original amount, unless restock_amount or restock_to is set.
- faction:add_item (item, info)
-
Adds an item to the faction store. If the store already has this item, increase the amount
Parameters:
- item Item. The item to add
- info Table. The information to pass
- faction:get_inventory ()
-
Gets a list of the items the faction is selling
Returns:
-
Table. The list of items the faction has in stock
- faction:get_count (item)
-
Gets the numbers of items this faction has in its current inventory that matches a passed item
Parameters:
- item Item. The item to count.
Returns:
-
Number. The number of items
- faction:get_buy_list (creat)
-
Gets a list of the items that a creature can sell to a faction
Parameters:
- creat Creature. The creature selling. Optional, defaults to the player
Returns:
-
Table. The list of items the player can sell, each of which is another table in the format {item=Item,cost=Number}
- faction:creature_sells_item (item, moneyCost, favorCost, amt, creat)
-
Sell an item to the faction
Parameters:
- item Item. The item being sold
- moneyCost Number. The amount of money the faction will pay per item.
- favorCost Number. The amount of favor the faction will pay per item.
- amt Number. The amount of the item being sold. Optional, defaults to 1
- creat Creature. The creature selling. Optional, defaults to the player
- faction:creature_buys_item (item, moneyCost, favorCost, amt, creat)
-
Buy an item from the faction
Parameters:
- item Item. The item being sold
- moneyCost Number. The amount of money the faction is charging per item.
- favorCost Number. The amount of favor the faction is charging per item.
- amt Number. The amount of the item being sold. Optional, defaults to 1.
- creat Creature. The creature selling. Optional, defaults to the player.
Returns:
-
Boolean, Text/nil. True and nil if the buying was successful, False and a string if there's a reason the buying didn't go through.
- faction:get_inventory_index (item)
-
Gets the index within the faction's inventory of the item in question
Parameters:
- item Item. The item to seach for.
Returns:
-
Number. The index ID of the item.
- faction:get_possible_random_items ()
-
Get all possible random items the faction can stock
Returns:
-
Table. A list of the item IDs
- faction:generate_random_item (list)
-
Generate a random item from the faction's possible random items list
Parameters:
- list Table. A list of item IDs to pull from. Optional, defaults to the list from get_possible_random_items()
- faction:get_cost_modifier (creature)
-
Gets the modifier for items sold in the faction store
Parameters:
- creature


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Superscript
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{% extends "base.html" %} {% block content %}
• ${'What problem would you like to solve?'|trans}
• ${'Come up with an idea that would solve the problem'|trans}
• ${'How would you test whether you idea might work?'|trans}
${'Start with a suggestion in order to get funding'|trans}
${'Start with a suggestion in order to experiment'|trans}
• ${'Save your experiment to the archive'|trans}


MLT hasn't been getting connections for me.
Finally got one and ./start.sh got up to this point and has stopped there for a while.CFEKMLT IS A STAKED CHAIN and is era 1
OS_loadfile null size.(/home/cf/.komodo/CFEKMLT/komodostate)
komodo_faststateinit retval.-1


{{balance}} {{symbol}}
{{t 'deposit.eos.confirmations' confirmations=confirmations}}
{{t 'deposit.confirmations' confirmations=confirmations}}
- {{{t 'withdrawal.disconnected.steps'}}}
{{t 'withdrawal.disconnected.notice'}}
{{{t 'withdrawal.connected.notice' mixin_id=me.mixin_id}}}
{{t 'withdrawal.connected.amount' symbol=symbol}}


You're ready now, to build the API endpoints!
Below is an example endpoint, you can experience it by clicking on it
http://localhost:8080/home


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1-1982.
stems
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light
lavender;
Republica
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Prov.
Peravia:
Laguna
Don
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the
NNE
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of
town
of
Don
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with
Typha
and
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edges;
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01334137
Legend -
Level of confidence that token is an accurately-transcribed word
extremely low
very low
low
undetermined
medium
high
very high


Liverpool’s potential FIFA Club World Cup opponents confirmed after Al-Hilal triumph
by Ste CarsonLiverpool now know every club they could face in the FIFA Club World Cup, following Al-Hilal’s triumph in the AFC Champions League.
So now that’s the last team confirmed to join us, Al-Sadd, Flamengo, Monterrey, Esperance Sportive de Tunis, Hienghene Sport in Qatar before the end of this year.
The Reds could very well be lining up against Flamengo in the final of the FIFA Club World Cup, in what would be a rematch of the 1981 Intercontinental Cup in which we were slapped 3-0 😬 pic.twitter.com/KLqJsww5I9
— Empire of the Kop (@empireofthekop) November 24, 2019
MORE: Why Flamengo are desperate to play Liverpool in the FIFA Club World Cup
Naturally, the Reds are being tipped to win the whole thing, but not opposition will be a pushover – and certainly not Brazilian outfit Flamengo.
But first, Al-Sadd and Hienghene have to battle it out to take on Monterrey to see which of the trio will get to take on Liverpool in the semi-final.
In the other semi, the winner of Al-Hilal and ES Tunis will take on the Brazilians with the winner of that trio advancing to the final. There will also be a third-place play off for the two teams that fall in the semis.
The competition will commence on the 11th of December when Al-Sadd take on Hienghene and it will all come down to the final which will take place ten days later on the 21st.


Tutoring methodology modeled after B. F. Skinner's operant conditioning, utilizing positive reinforcement through nutritious and popular food items during tutoring sessions


BIGNASim is a comprehensive database system and analysis portal holding nucleic acids MD trajectories and their analyses. The database allows direct access to trajectory data, information about the structure and MD simulation metadata, together with a complete set of analyses performed. Additionally, the database is provided with a flexible NAFlex-based engine allowing users to perform their own analysis pipelines.
BIGNASim uses state-of-the-art technology to deal with BigData management. Two well-known noSQL databases (Cassandra and Mongo) are used to store trajectory coordinates and analyses, respectively. These noSQL databases are queried using REST web services and php drivers.
To facilitate the access to all information stored, we built a web portal on top of the database system, allowing several ways of accessing the data. The final scheme of the BIGNASim portal is shown in the next figure. Information about how to access data and how to use the portal can be found in these help pages, divided in 5 sections (left column in this page).


{% include slides/slideStart.html classes=include.classes id=include.id lightbackground=include.lightbackground header=include.header %}
{{ include.details }}
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This is ASCII text with no control characters. The {MIDI_Edit_Response Edit Response} {_NRPN} is preceded by a {_Sysex} containing an identification string. The {MIDI_Undo_Redo_Status Undo/Redo Status} NRPN is preceded by a Sysex containing two concatenated description strings, to indicate the next undo and redo in line. A Text Sysex is never used for input to the Digital Chroma.


| Stanley is infatuated with Margaret, the statuesque waitress who works with him. He meets George Spiggott AKA the devil and sells his soul for 7 wishes, which Stanley uses to try and make Margaret his own first as an intellectual, then as a rock star, then as a wealthy industrialist. As each fails, he becomes more aware of how empty his life had been and how much more he has to live for. | |
| Genres: | Comedy, Fantasy, Romance |
| Director: | Stanley Donen |
| Writer: | Peter Cook, Dudley Moore |
Cast: | George Spiggott / The Devil - Peter Cook Stanley Moon - Dudley Moore Margaret - Eleanor Bron Lust / Lilian Lust - Raquel Welch Vanity - Alba Anger - Robert Russell Envy - Barry Humphries Gluttony - Parnell McGarry Avarice - Danièle Noël Sloth - Howard Goorney Inspector Clarke - Michael Bates Irving Moses - Bernard Spear Randolph - Harp Teacher - Robin Hawdon Lord Dowdy - Michael Trubshawe Mrs. Wisby - Evelyn Moore Vicar - Charles Lloyd Pack St. Peter - Lockwood West Sister Phoebe - Betty Cooper Cardinal - Martin Boddey Seed - Sir Stanley Moon's Butler - Erik Chitty God - Valentine Dyall Priest - Max Faulkner PC Roberts - Peter Hutchins Dancer - Sandy Sarjeant TV Announcer - John Steiner Daphne - Robin Tolhurst Shop Assistant - Anna Turner |


Market
{{fullName}}
7 AM - 10 AM / 7 PM - 10 PM
5days => 20% / 10days => 45% / 20days => 110%
{{todayTime | date:'fullDate'}}
{{fullName}}
7 AM - 10 AM / 7 PM - 10 PM
5days => 20% / 10days => 45% / 20days => 110%
{{todayTime | date:'fullDate'}}


My name is Vlad Musienko, I'm a web designer. I love to draw and all that is connected with the design. In this area a long time ago and during this time I managed to create several successful projects used by people all over the world.
I love the simplicity in the design of web sites. As I see it,people, it's like my work. Naturally do not want to rest on our laurels and will continue further studies to improve soybean skills, creating new interesting creative projects.
I love the simplicity in the design of web sites. As I see it,people, it's like my work. Naturally do not want to rest on our laurels and will continue further studies to improve soybean skills, creating new interesting creative projects.
what i do
template
Lately, I often create templates for WordPress. The portfolio is the presentation and the opportunity to buy them on the site Themeforest.
Lately, I often create templates for WordPress. The portfolio is the presentation and the opportunity to buy them on the site Themeforest.
brand
Creating a brand is a very complex process aimed at the creation and positioning the unique persons of the company, its products and services.
Creating a brand is a very complex process aimed at the creation and positioning the unique persons of the company, its products and services.
dreams
Everyone is able to destroy the dream, but not everyone is able to create it. I try to help people in its definition as a person and specialist.
Everyone is able to destroy the dream, but not everyone is able to create it. I try to help people in its definition as a person and specialist.


First you need Julia 0.4 installed. A new version of MIToS with Julia 0.5 support is under development, we expect to release it soon. The MIToS' stable version can be installed by typing on the Julia REPL:
Pkg.add("MIToS")
If everything goes well with the installation, MIToS will be loaded without errors by typing:
using MIToS
You can optionally do an exhaustive test of your installed version of MIToS with Pkg.test
(it takes few seconds):
Pkg.test("MIToS")
julia
from the system command line.Julia plotting capabilities are available through external packages. MIToS make use of RecipesBase to define plot recipes, which can be plotted using Plots and different backends. You need to install Plots to plot MIToS objects:
Pkg.add("Plots")
And you also need to install at least one of the following backends:
Pkg.add("PyPlot")
Pkg.add("GR")
Pkg.add("PlotlyJS")
You need to load Plots in order to use the plot
function. There is more information about it in the Plots documentation.
using Plots
To generate graph (network), arc and chord (circo) plots, you also need to install and load PlotRecipes.
Pkg.add("PlotRecipes")
using PlotRecipes
The MIToS’ scripts are located in the MIToS/scripts
folder and can be runned from your system command line.
It’s possible to ask Julia for the location of the installed package using Pkg.dir
joinpath(Pkg.dir("MIToS"), "scripts")
You might want to add this folder into your PATH
to easily access MIToS’ scripts.
PATH
in Bash?¶You can do it by adding the path of the MIToS script folder into the ~/.bashrc
file:
open(joinpath(homedir(), ".bashrc"), "r+") do fh
path_to_scripts = joinpath(Pkg.dir("MIToS"), "scripts")
if all(line -> !contains(line, path_to_scripts), eachline(fh))
println(fh, "export PATH=\"\$PATH:", path_to_scripts, "\"")
end
end
;tail -1 ~/.bashrc
A semicolon (;
) next to Julia prompt, at the beginning of the line, enters the shell mode. This mode uses the system shell to execute system commands.


This is a paragraph example. It's all one long line, but it seprates it from the other content sentences.
The "br" tag is an "inline" element (as is "b", "em", "img"), amd it ends a line.
Two more elements are "span" and "div". They both are normal elements, and they can both have content. The only difference between the two is that "span" is inline, and "div" is block. They just display their contents.
< span > content < /span > (inline)
< div > content < /div > (block)
You can add an attribute called "class," and the following example is a CSS class, which is a different language used to add styles to your documents.
< span class = "foo" > content < /span >
< div class = "bar" > content < /div >
EXAMPLE:
This span is inline.
This is a strong tag
Note: Browsers display < strong > as < b >, and <em> as <i>. However, there is a difference in the meaning of these tags: <b> and <i > defines bold and italic text, but <strong> and <em> means that the text is "important".
html documents:
< !DOCTYPE HTML > -document type
< html > -this is the opening html tag
< head > -this is the head, it has metadata and references styling stuff such as CSS and Java Script files
< title > Title! < /title > -this is the title of the page, which appears in the top of the browser window, or in the browser tab
< /head >
< body > -this is the body tag, which is the actual contents of the document. This is the section that changes the most.
< b > content < /b >
< /body >
< /html > -this is the closing of the html tag
URL: Uniform Resource Locator
http://www.udacity.com/cs254x/hipmunk.png
http (protocol) :// www.udacity.com (host name or domain name of the server that has the document we want to access. Can also be an IP address, the host name just translates into an IP address--which is the description of the location of the physical machine) /cs254x/hipmunk.png (path of the document we want to fetch)
the path can also be as short as just "www.udacity.com/"
< >
< >
< > < >
< > < >
< >
< >
uRL: NEW
Note: I downloaded the emmet package, so now sublime will autoindent without having to type the formatting. I can simply type "p[tab][enter]" and it will autoform.
Adding to our urls.
Query Parameters (also called GET parameters)
Ex:
http://example.come/foo?p=1
This adds an extra parameter, whose name is "p" and whose value is 1. Value can be anything.
We can add more parameters to the URL.
The first parameter is separated by a question mark, but all of the following parameters are separated by "&"
http://example.com/foo?P=1&q=neat.
They're separate from teh path, but they're part of the whole URL when the server is making a request.
URL FRAGMENTS
A fragment is separated from the rest of the url by a hash sign "#".
Fragments are usually used to refer to a specific part of the page you're on. This part is not sent to the server when you make a request, it is only in the browser.
When there are query parameters, the fragment comes last.
URL PORTS
http://localhost:8000/
the address of the machine is shown in the localhost section.
the :800 in this is the port, which by default is usually 80.
if you want to use a different port, you need to add it specifically, between the host and the path--ex: port 8000 (as opposed to the 80)
HTTP: HYPERTEXT TRANSFER PROTOCOL
REQUEST LINES
Example Url:
http://example.com/foo/logo.png?p=1#tricky
The REQUEST LINE for this url is:
GET/foo/logo.png?p=1 HTTP/1.1
"GET" is the method we're using, "HTTP/1.1" is the version we're using, "/foo/logo.png?p=1" is the path that we're using, "#tricky" isn't included in the path because it's never sent to the server--it's for the browser only.
The most common method are GET and POST. POST sends data TO the server, and GET recieves data from the server.
HTTP REQUEST:
GET/foo?p=1 HTTP/1.1 (request line)
the request line is followed by a number of headers
headers have this format: "name: value"
Ex:
Host: www.example.com
user-Agent: chrome
Host is from the url. One server can host several websites, which is why it lists the website it's requesting the document for.
User-Agent basically describes who is making the request. It's usually your browser. It's helpful for the server because then they know what type of machine is making the request.
user agent headers...
an example is like "googlebot," which indexes sites for the search engine. The server gets pummled by requests from the bot, which slows down the server altogether. But because the server can see the user agent, it can recognize that it's "googlebot," and it can slow down requests from that specific user, allowing all the other users to continue requesting documents from the server at regular speeds. Malicious user agents will try to pretend that they're a browser but their IP addresses won't match (or something?) and the server can recognize this, and block them altogether. When people are developing software, it's supposed to be "polite" to include a user-agent so that servers can recognize them as non-malicious, or allow the server to monitor the software's requests...?
HTTP RESPONSES:
Your browser requests a document from the server. The server responds.
Request: GET/foo HTTP/1.1
"HTTP/1.1" is the request line
Response: HTTP/1.1 200 OK
"HTTP/1.1" is the status line, "200" is the status code, "OK" is the reason phrase
Status Codes:
200 ok (most common)
302 Found (document is located somewhere else)
404 Not found (document wasn't found)
500 Server Error (server broke trying to handle the request)
the status line is followed by headers, just like the request line. Examples:
Date: Tue Mar 2012 04:33:33 GMT
Server: Apache/2.2.3
DONT INCLUDE THIS, OR MAKE IT UP, OTHERWISE YOU'RE GIVING INFORMATION TO A WOULD-BE HACKER
Content-Type: text/html;
Content-Length: 1539


Search
Condition Set
Search
Name
Page
/
Condition Set Configuration
Name:
Description:
Conditions:
Add condition


Bootstrap¶
This proto is supplied via the -c
CLI flag and acts as the root
of the Envoy v2 configuration. See the v2 configuration overview for more detail.
Bootstrap¶
Bootstrap configuration overview.
{
"node": "{...}",
"static_resources": "{...}",
"dynamic_resources": "{...}",
"cluster_manager": "{...}",
"flags_path": "...",
"stats_sinks": [],
"stats_config": "{...}",
"stats_flush_interval": "{...}",
"watchdog": "{...}",
"tracing": "{...}",
"rate_limit_service": "{...}",
"runtime": "{...}",
"admin": "{...}"
}
- node
- (Node) Node identity to present to the management server and for instance identification purposes (e.g. in generated headers).
- static_resources
- (Bootstrap.StaticResources) Statically specified resources.
- dynamic_resources
- (Bootstrap.DynamicResources) xDS configuration sources.
- cluster_manager
- (ClusterManager) Configuration for the cluster manager which owns all upstream clusters within the server.
- flags_path
- (string) Optional file system path to search for startup flag files.
- stats_sinks
- (StatsSink) Optional set of stats sinks.
- stats_config
- (StatsConfig) Configuration for internal processing of stats.
- stats_flush_interval
- (Duration) Optional duration between flushes to configured stats sinks. For performance reasons Envoy latches counters and only flushes counters and gauges at a periodic interval. If not specified the default is 5000ms (5 seconds).
- watchdog
- (Watchdog) Optional watchdog configuration.
- tracing
- (Tracing) Configuration for an external tracing provider. If not specified, no tracing will be performed.
- rate_limit_service
- (RateLimitServiceConfig) Configuration for an external rate limit service provider. If not specified, any calls to the rate limit service will immediately return success.
- runtime
- (Runtime) Configuration for the runtime configuration provider. If not specified, a “null” provider will be used which will result in all defaults being used.
- admin
- (Admin, REQUIRED) Configuration for the local administration HTTP server.
Bootstrap.StaticResources¶
[Bootstrap.StaticResources proto]
{
"listeners": [],
"clusters": []
}
- listeners
- (Listener) Static Listeners. These listeners are available regardless of LDS configuration.
- clusters
- (Cluster) If a network based configuration source is specified for cds_config, it’s necessary to have some initial cluster definitions available to allow Envoy to know how to speak to the management server. These cluster definitions may not use EDS (i.e. they should be static IP or DNS-based).
Bootstrap.DynamicResources¶
[Bootstrap.DynamicResources proto]
{
"lds_config": "{...}",
"cds_config": "{...}",
"ads_config": "{...}",
"deprecated_v1": "{...}"
}
- lds_config
- (ConfigSource) All Listeners are provided by a single LDS configuration source.
- cds_config
- (ConfigSource) All post-bootstrap Cluster definitions are provided by a single CDS configuration source.
- ads_config
- (ApiConfigSource) A single ADS source may be optionally specified. This must have api_type GRPC. Only ConfigSources that have the ads field set will be streamed on the ADS channel.
- deprecated_v1
- (Bootstrap.DynamicResources.DeprecatedV1)
Bootstrap.DynamicResources.DeprecatedV1¶
[Bootstrap.DynamicResources.DeprecatedV1 proto]
{
"sds_config": "{...}"
}
- sds_config
- (ConfigSource) This is the global SDS config when using v1 REST for CDS/EDS.
LightstepConfig¶
Configuration for the LightStep tracer.
{
"collector_cluster": "...",
"access_token_file": "..."
}
- collector_cluster
- (string, REQUIRED) The cluster manager cluster that hosts the LightStep collectors.
ZipkinConfig¶
{
"collector_cluster": "...",
"collector_endpoint": "..."
}
- collector_cluster
- (string, REQUIRED) The cluster manager cluster that hosts the Zipkin collectors. Note that the Zipkin cluster must be defined in the Bootstrap static cluster resources.
- collector_endpoint
- (string, REQUIRED) The API endpoint of the Zipkin service where the spans will be sent. When using a standard Zipkin installation, the API endpoint is typically /api/v1/spans, which is the default value.
Tracing¶
The tracing configuration specifies global settings for the HTTP tracer used by Envoy. The configuration is defined by the Bootstrap tracing field. Envoy may support other tracers in the future, but right now the HTTP tracer is the only one supported.
{
"http": "{...}"
}
- http
- (Tracing.Http) Provides configuration for the HTTP tracer.
Tracing.Http¶
{
"name": "...",
"config": "{...}"
}
- name
- (string, REQUIRED) The name of the HTTP trace driver to instantiate. The name must match a supported HTTP trace driver. envoy.lightstep and envoy.zipkin are built-in trace drivers.
- config
- (Struct) Trace driver specific configuration which depends on the driver being instantiated. See the LightstepConfig and ZipkinConfig trace drivers for examples.
Admin¶
Administration interface operations documentation.
{
"access_log_path": "...",
"profile_path": "...",
"address": "{...}"
}
- access_log_path
- (string, REQUIRED) The path to write the access log for the administration server. If no access log is desired specify ‘/dev/null’.
- profile_path
- (string) The cpu profiler output path for the administration server. If no profile path is specified, the default is ‘/var/log/envoy/envoy.prof’.
- address
- (Address, REQUIRED) The TCP address that the administration server will listen on.
ClusterManager¶
Cluster manager architecture overview.
{
"local_cluster_name": "...",
"outlier_detection": "{...}",
"upstream_bind_config": "{...}",
"load_stats_config": "{...}"
}
- local_cluster_name
- (string) Name of the local cluster (i.e., the cluster that owns the Envoy running
this configuration). In order to enable zone aware routing this option must be set.
If local_cluster_name is defined then clusters must be defined in the Bootstrap
static cluster resources. This is unrelated to
the
--service-cluster
option which does not affect zone aware routing.
- outlier_detection
- (ClusterManager.OutlierDetection) Optional global configuration for outlier detection.
- upstream_bind_config
- (BindConfig) Optional configuration used to bind newly established upstream connections. This may be overridden on a per-cluster basis by upstream_bind_config in the cds_config.
- load_stats_config
- (ApiConfigSource) A management server endpoint to stream load stats to via StreamLoadStats. This must have api_type GRPC.
ClusterManager.OutlierDetection¶
[ClusterManager.OutlierDetection proto]
{
"event_log_path": "..."
}
- event_log_path
- (string) Specifies the path to the outlier event log.
StatsdSink¶
Stats configuration proto schema for built-in envoy.statsd sink.
{
"address": "{...}",
"tcp_cluster_name": "..."
}
- address
(Address) The UDP address of a running statsd compliant listener. If specified, statistics will be flushed to this address.
Precisely one of address, tcp_cluster_name must be set.
- tcp_cluster_name
(string) The name of a cluster that is running a TCP statsd compliant listener. If specified, Envoy will connect to this cluster to flush statistics.
Precisely one of address, tcp_cluster_name must be set.
StatsSink¶
Configuration for pluggable stats sinks.
{
"name": "...",
"config": "{...}"
}
- name
- (string) The name of the stats sink to instantiate. The name must match a supported stats sink. envoy.statsd is a built-in sink suitable for emitting to statsd.
- config
- (Struct) Stats sink specific configuration which depends on the sink being instantiated. See StatsdSink for an example.
TagSpecifier¶
Designates a tag to strip from the tag extracted name and provide as a named tag value for all statistics. This will only occur if any part of the name matches the regex provided with one or more capture groups.
{
"tag_name": "...",
"regex": "..."
}
- tag_name
(string) Attaches an identifier to the tag values to identify the tag being in the sink. Envoy has a set of default names and regexes to extract dynamic portions of existing stats, which can be found in well_known_names.h in the Envoy repository. If a tag_name is provided in the config with an empty regex, Envoy will attempt to find that name in its set of defaults and use the accompanying regex.
Note
If any default tags are specified twice, the config will be considered invalid.
- regex
(string) The first capture group identifies the portion of the name to remove. The second capture group (which will normally be nested inside the first) will designate the value of the tag for the statistic. If no second capture group is provided, the first will also be used to set the value of the tag. All other capture groups will be ignored.
Take for example, with a stat name
cluster.foo_cluster.upstream_rq_timeout
and{ "tag_name": "envoy.cluster_name", "regex": "^cluster\.((.+?)\.)" }
Note that the regex will remove
foo_cluster.
making the tag extracted namecluster.upstream_rq_timeout
and the tag value forenvoy.cluster_name
will befoo_cluster
(note: there will be no.
character because of the second capture group).An example with two regexes and stat name
http.connection_manager_1.user_agent.ios.downstream_cx_total
:[ { "tag_name": "envoy.http_user_agent", "regex": "^http(?=\.).*?\.user_agent\.((.+?)\.)\w+?$" }, { "tag_name": "envoy.http_conn_manager_prefix", "regex": "^http\.((.*?)\.)" } ]
The first regex will remove
ios.
, leaving the tag extracted namehttp.connection_manager_1.user_agent.downstream_cx_total
. The tagenvoy.http_user_agent
will be added with tag valueios
.The second regex will remove
connection_manager_1.
from the tag extracted name produced by the first regexhttp.connection_manager_1.user_agent.downstream_cx_total
, leavinghttp.user_agent.downstream_cx_total
as the tag extracted name. The tagenvoy.http_conn_manager_prefix
will be added with the tag valueconnection_manager_1
.
StatsConfig¶
Statistics architecture overview.
{
"stats_tags": [],
"use_all_default_tags": "{...}"
}
- stats_tags
- (TagSpecifier) Each stat name is iteratively processed through these tag specifiers. When a tag is matched, the first capture group is removed from the name so later TagSpecifiers cannot match that same portion of the match.
- use_all_default_tags
(BoolValue) Use all default tag regexes specified in Envoy. These can be combined with custom tags specified in stats_tags. They will be processed before the custom tags.
Note
If any default tags are specified twice, the config will be considered invalid.
See well_known_names.h for a list of the default tags in Envoy.
If not provided, the value is assumed to be true.
Watchdog¶
Envoy process watchdog configuration. When configured, this monitors for nonresponsive threads and kills the process after the configured thresholds.
{
"miss_timeout": "{...}",
"megamiss_timeout": "{...}",
"kill_timeout": "{...}",
"multikill_timeout": "{...}"
}
- miss_timeout
- (Duration) The duration after which Envoy counts a nonresponsive thread in the server.watchdog_miss statistic. If not specified the default is 200ms.
- megamiss_timeout
- (Duration) The duration after which Envoy counts a nonresponsive thread in the server.watchdog_mega_miss statistic. If not specified the default is 1000ms.
- kill_timeout
- (Duration) If a watched thread has been nonresponsive for this duration, assume a programming error and kill the entire Envoy process. Set to 0 to disable kill behavior. If not specified the default is 0 (disabled).
- multikill_timeout
- (Duration) If at least two watched threads have been nonresponsive for at least this duration assume a true deadlock and kill the entire Envoy process. Set to 0 to disable this behavior. If not specified the default is 0 (disabled).
Runtime¶
Runtime configuration overview.
{
"symlink_root": "...",
"subdirectory": "...",
"override_subdirectory": "..."
}
- symlink_root
- (string, REQUIRED) The implementation assumes that the file system tree is accessed via a symbolic link. An atomic link swap is used when a new tree should be switched to. This parameter specifies the path to the symbolic link. Envoy will watch the location for changes and reload the file system tree when they happen.
- subdirectory
- (string) Specifies the subdirectory to load within the root directory. This is useful if multiple systems share the same delivery mechanism. Envoy configuration elements can be contained in a dedicated subdirectory.
- override_subdirectory
- (string) Specifies an optional subdirectory to load within the root directory. If specified and the directory exists, configuration values within this directory will override those found in the primary subdirectory. This is useful when Envoy is deployed across many different types of servers. Sometimes it is useful to have a per service cluster directory for runtime configuration. See below for exactly how the override directory is used.
RateLimitServiceConfig¶
[RateLimitServiceConfig proto]
Rate limit configuration overview.
{
"cluster_name": "..."
}
- cluster_name
- (string, REQUIRED) Specifies the cluster manager cluster name that hosts the rate limit service. The client will connect to this cluster when it needs to make rate limit service requests.


Bookings{{ object_list|length }}
{% for invoice in object_list %}
{{ invoice.booking.name }}
{{ invoice.booking.event }}
Planner
{{ invoice.booking.planner }}
Telephone number
{{ invoice.booking.phone_number }}
State
{{ invoice.get_booking_state_display }}
{% if invoice.booking_state == 2 %}
{% else %}
{% endif %}
{% endfor %}
{% for invoice in paid %}
{{ invoice.booking.name }}
{{ invoice.booking.event }}
Planner
{{ invoice.booking.planner }}
Telephone number
{{ invoice.booking.phone_number }}
State
{{ invoice.get_booking_state_display }}
{% endfor %}
{% for invoice in notpaid %}
{{ invoice.booking.name }}
{{ invoice.booking.event }}
Planner
{{ invoice.booking.planner }}
Telephone number
{{ invoice.booking.phone_number }}
State
{{ invoice.get_booking_state_display }}
{% endfor %}
{% for invoice in cancelled %}
{{ invoice.booking.name }}
{{ invoice.booking.event }}
Planner
{{ invoice.booking.planner }}
Telephone number
{{ invoice.booking.phone_number }}
State
{{ invoice.get_booking_state_display }}
{% endfor %}


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Users list with foreach
users AS $user): ?> render("views/user.html", $user) ?>
Users list with renderAr
renderAr("views/user.html", $this->users) ?>
Tpl finished!


If you’re having trouble finding what a 'semantic header' is, these are also often called (somewhat confusingly): paragraph styles, styles, and accessibility headers (among others)
Introduction
Hello! Welcome to the digital literacies workshop plan. I’m very excited to be writing this and planning this out, and I hope you get some value out of it. Most of what I’d like to write in this introduction has been moved to Why? and Workshop Philosophy, I recommend you check out those sections if you’re either self-teaching or facilitating a workshop. Otherwise simply use the table of contents or scroll down to browse through the activities and get started :).
Activities
Recommended Software
Using this software ensures I can give support if you run into issues.  These are in order of beginner friendliness.
-
Text Editing: — LibreOffice Writer, Markdown, LaTeX
-
Image Editing — (for raster images) Gimp, (for vector images) Inkscape
-
Audio Editing — Audacity
-
Video Editing — DaVinci Resolve, Blender
Activity 1 (setup): Overview of activities and downloading software
Generally I recommend the activities be done in any order, and even to pause an activity half-way to work on another. But, I do think the installation activity will provide a good Operating System intuition and foundations for all the others, so I recommend this one is done in its entirety first.
Each activity is some form of content creation or modification. I believe touching a variety of tools for different mediums gives a good "tool-intuition" for picking up any software tooling in the future, which in large part is the goal of this workshop. With that said, this activity is ""simply"" to install one piece of software/one tool for each of the mediums, you can choose to use either the Recommended Software, or different software(s) of your choice.
Writing a text/"Word" document and understanding file types
This is one of the more complicated activities, because I think most people have used Word Processor to a degree before so I want to explore them a bit more deeply.
Problem Statement
Write a document in your preferred app that has at least four semantic headings/headers, some body text, and at least two footnotes or endnotes. Export this to PDF, if possible also save as ODT/epub/docx in that order of preference. Then, if you have a facilitator, show them your work.
Hint(s)
Details
Exploring walkie-talkies
This one is a bit out there. The reason this one exists is honestly because an earlier (less inspired) incarnation of this workshop had the first lesson be finding every feature on a walkie-talkie. I imagine 4 walkie-talkies are not available to most people, they can be substituted with any variety of somewhat-smart devices. Think watches, alarm clocks, mp3 players, etc. That being said, this is a mindset exercised that is probably beneficial but the quick and not strictly necessary.
Problem Statement
Given a walkie-talkie or other relatively simple device find all the features the device has and write them down somewhere.
Hint(s)
Details
Maybe search Google for a manual? You’ll have to find the serial/part number first.
Editing an image
I hope you’re picking up on a common theme…this one is pretty much just editing an image.
Problem Statement
Find an image licensed under a creative commons license (one that allows remixing/modification, check the licenses page on the Creative Commons website if you’re unsure). Then simply touch it up a bit, make some edits, play around. Simply drawing a line or box or something isn’t enough!  Once you’re done, export the modified image to a PNG or JPEG and show a facilitator if you have one.
Hint(s)
No hints for this one, sorry!
Editing audio
This one is similar to editing an image but accommodates making your own audio.
Problem Statement
Find or record a piece of audio and modify it in some way. My recommendation is try taking out background noise, cutting away "um"s or other pieces out, normalizing or changing the volume, etc. Once you’re done, export your audio to an OGG or MP3 and show a facilitator if you have one.
Hint(s)
No hints for this one, sorry!
Editing video
This one has the potential to be really complicated, or really simple, but other than that it’s pretty close to the other ones.
Problem Statement
Edit together a video using video editing software! You can write a script, use footage of yourself, use stock footage, whatever you like. Once you’re done export to mp4 or webm and show a facilitator if you have one.
Hint(s)
Details
Video Editing software usually has a really nice manual!
Details
There are a lot of really good and short video tutorials about doing specific things for most video editing programs. Try mixing around your search terms if you’re having trouble finding something.
Why?
As we move forward in the information age it is becoming more and more clear that digital literacies are going to be essential moving forward. But, something that may not be as clear unless you have worked with younger students of diverse backgrounds, is that younger students do not do much better than their older counterparts with regards to digital literacies. I would like to quote Dr. Doug Belshaw’s The Essential Elements of Digital Literacies (which this workshop owes a great deal to):
This [differing cultures of use], of course, is why it is such a fallacy to hold that young people are ‘digital natives’ who just ‘get’ how to use digital technologies. While it may very well be true that they know how to use, for example, their mobile device in a social context, cultural expectations for using it in the workplace (or for learning) are vastly different. If educational institutions are to prepare young people for the wider world, they need to be showing them how to navigate across various digital contexts and cultures.
I would also like to quote a personal friend of mine:
Believe it or not, I’ve had engineering students who still painstakingly right click, move the mouse to copy, left click, slowly move the mouse where they want the information, double click where they want to paste, click again if it highlighted something, right click, move the mouse to paste, and then left click all with high concentration as if transferring acid into a burette for titration. They can do the math. They know the material properties. They understand the design constraints. They’ve got their design well-modularized, even. Using a computer, however, seems somehow alien to them. Once they realize that it’s safe to use their computer, they’re ready to open the terminal for the first time in their life and get started on their introductory python labs that are by now overdue.
I have also personally graded students who were fully capable of writing elegant and efficient code, but struggled significantly with installing Eclipse, or Python or using our version-control software to collaborate with each other. Those students were not 'dumb' or 'incapable', the University never offered any course, training, or support regarding digital literacies, they were thrown in the water and told to swim.
Workshop Philosophy
Most people I’ve talked to who I would consider highly (digitally) literate individuals learned by simply spending absurd amounts of time using digital devices (including myself). Sadly, "use computers a lot" is not really a useful way to teach.
At the same time, I can not lecture digital literacies into someone. There are plenty of classes/workshops that teach specific tools like Microsoft Word, Solidworks, or Excel. But my goal here is that attendees feel entirely comfortable using computers/technology while using or learning any tool. In many respects, this workshop is a workshop on 'learning how to self-teach'.
As such this course is designed in a constructivist manner. The workshop is split into many Activities, the goal isn’t to force any specific order or to finish all the activities during a Workshop. Every attendee should go forward at their own pace and finish as much as they can. I also recommend attendees pause one activity to start another if they get stuck. As Dr. Doug Belshaw has said:
"When I’ve thought about it a bit more, the way that we are able to eventually separate skills from their contexts is through pattern-recognition as a result ofimmersion." The goal here is to expose attendees to enough different tooling that they can easily pick up new tools and paradigms.
Many tools assume a common cultural context and use extremely similar analogies, design language, or interface design, which hopefully this workshop will equip attendees to learn with ease.


In order to build MLD2P4 it is necessary to set up a Makefile with appropriate system-dependent variables; this is done by means of the configure script. The distribution also includes the autoconf and automake sources employed to generate the script, but usually this is not needed to build the software.
MLD2P4 is implemented almost entirely in Fortran 2003, with some interfaces to external libraries in C; the Fortran compiler must support the Fortran 2003 standard plus the extension MOLD= feature, which enhances the usability of ALLOCATE. Many compilers do this; in particular, this is supported by the GNU Fortran compiler, for which we recommend to use at least version 4.8. The software defines data types and interfaces for real and complex data, in both single and double precision.
Building MLD2P4 requires some base libraries (see Section 3.1); interfaces to optional third-party libraries, which extend the functionalities of MLD2P4 (see Section 3.2), are also available. Many Linux distributions (e.g., Ubuntu, Fedora, CentOS) provide precompiled packages for the prerequisite and optional software. In many cases these packages are split between a runtime part and a “developer” part; in order to build MLD2P4 you need both. A description of the base and optional software used by MLD2P4 is given in the next sections.


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Source code for test_pygraphparser
# -*- coding: utf-8 -*-
#
# Poio Tools for Linguists
#
# Copyright (C) 2009-2012 Poio Project
# Author: António Lopes<EMAIL_ADDRESS># URL: <http://www.cidles.eu/ltll/poio>
# For license information, see LICENSE.TXT
"""This module contains the tests to the class
PyGraphParser in module PyGraphParser.
This test serves to ensure the viability of the
methods of the class PyGraphParser in PyGraphParser.py.
"""
from graf.PyDocumentHeader import PyDocumentHeader
from graf.PyGraphParser import PyGraphParser
import xml
# Create the Graph Parser
gparser = PyGraphParser()
[docs]class TestPyGraphParser:
"""
This class contain the test methods if the class PyGraphParser.
"""
[docs] def test_parse(self):
"""Raise an assertion if can't find a file.
Return a PyGraph.
Raises
------
AssertionError
If the can't find the file.
"""
# Test values
# Initialize the graph parser
parser = PyGraphParser()
# Change directory
file = '/home/alopes/nltk_data/corpora/masc/spoken/Day3PMSession-vc.xml'
assert(parser.parse(file, None))
[docs] def test_startElement(self):
"""Raise an assertion if can't set the tag value.
Processes the opening xml tags, according to their type.
It's a method from ContentHandler class.
Raises
------
AssertionError
If can't set the tag value.
"""
# Test values
name = 'graph' # This value changes among the results.
attrs = {'xmlns': 'http://www.xces.org/ns/GrAF/1.0/'}
# Is need to instance the value to the SAX type
attrs = xml.sax.xmlreader.AttributesImpl(attrs)
# If name variable change to newname requires the graph_'newname'
assert(gparser.startElement(name, attrs) == gparser.graph_start(attrs))
[docs] def test_endElement(self):
"""Raise an assertion if can't find the node to end.
Processes the end xml tags, according to their type.
It's a method from ContentHandler class.
Raises
------
AssertionError
If value is not the expected.
"""
# Test values
# Initialize a new GraphParser
parser = PyGraphParser()
name = 'graph' # This value changes among the results.
attrs = {'xmlns': 'http://www.xces.org/ns/GrAF/1.0/'}
# Is need to instance the value to the SAX type
attrs = xml.sax.xmlreader.AttributesImpl(attrs)
# Is need to start at least one node
parser.startElement(name, attrs)
# If name variable change to newname requires the graph_'newname'
assert(parser.endElement(name) == parser.graph_end())
[docs] def test_characters(self):
"""Raise an assertion if can't set the character.
Processes any characters within the xml file.
It's a method from ContentHandler class.
Raises
------
AssertionError
If can't set the character.
"""
# Test values
ch = '\n'
error_message = 'Fail - Processing the characteres'
assert(gparser.characters(ch),error_message)
[docs] def test_graph_start(self):
"""Raise an assertion if can't set the tag value.
Processes the opening xml tags, according to their type.
It's a method from ContentHandler class.
Raises
------
AssertionError
If can't set the tag value.
"""
# Test values
attrs = {'xmlns': 'http://www.xces.org/ns/GrAF/1.0/'}
# Is need to instance the value to the SAX type
attrs = xml.sax.xmlreader.AttributesImpl(attrs)
error_message = 'Fail - Starting the graph'
assert(gparser.graph_start(attrs),error_message)
[docs] def test_graph_end(self):
"""Raise an assertion if can't set the tag value.
Executes when the parser encounters the end graph tag.
Sets the root node and adds all the edges to the graph.
Neither of these tasks can be safely performed until all nodes
have been added.
Raises
------
AssertionError
If can't set the tag value.
"""
# Test values
# Initialize a new GraphParser
parser = PyGraphParser()
attrs = {'xmlns': 'http://www.xces.org/ns/GrAF/1.0/'}
# Is need to instance the value to the SAX type
attrs = xml.sax.xmlreader.AttributesImpl(attrs)
# Initialize the annotations arrays
parser.graph_start(attrs)
error_message = 'Fail - Ending the graph'
assert(parser.graph_end(), error_message)
[docs] def test_fs_start(self):
"""Raise an assertion if can't set inside feature start.
Used to parse <fs> elements in the XML representation.
Raises
------
AssertionError
If can't set the value.
"""
# Test values
attrs = {'xml:id': 'penn-n0'}
# Is need to instance the value to the SAX type
attrs = xml.sax.xmlreader.AttributesImpl(attrs)
error_message = 'Fail - Parsing the start of fs'
assert(gparser.fs_start(attrs),error_message)
[docs] def test_fs_end(self):
"""Raise an assertion if can't set inside feature end.
Used to parse </fs> elements in the XML representation.
Raises
------
AssertionError
If can't set the value.
"""
# Test values
attrs = {'xml:id': 'penn-n0'}
# Is need to instance the value to the SAX type
attrs = xml.sax.xmlreader.AttributesImpl(attrs)
# First is need to create the inner fs
gparser.fs_start(attrs)
error_message = 'Fail - Parsing the end of fs'
assert(gparser.fs_end(), error_message)
[docs] def test_root_start(self):
"""Raise an assertion if can't find the start root.
Used to parse start root elements in the XML representation.
The root characters are processed by the characters() method
and stored in self._buffer.
self._root_element is a flag indicating the presence of a root.
Raises
------
AssertionError
If can't set the value.
"""
# Test values
attrs = {'xml:id': 'penn-n0'}
# Is need to instance the value to the SAX type
attrs = xml.sax.xmlreader.AttributesImpl(attrs)
error_message = 'Fail - Starting the root'
assert(gparser.root_start(attrs),error_message)
[docs] def test_root_end(self):
"""Raise an assertion if can't find the end root.
Used to parse end root elements in the XML representation.
Raises
------
AssertionError
If can't set the value.
"""
error_message = 'Fail - Ending the root'
assert(gparser.root_end(),error_message)
[docs] def test_node_start(self):
"""Raise an assertion if can't set the tag value.
Executes when the parser encounters the end graph tag.
Sets the root node and adds all the edges to the graph.
Neither of these tasks can be safely performed until all nodes
have been added.
Raises
------
AssertionError
If can't set the tag value.
"""
# Test values
attrs = {'xml:id': 'penn-n0'}
# Is need to instance the value to the SAX type
attrs = xml.sax.xmlreader.AttributesImpl(attrs)
error_message = 'Fail - Starting a node'
assert(gparser.node_start(attrs),error_message)
[docs] def test_node_end(self):
"""Raise an assertion if can't set the tag value.
Executes when the parser encounters the end graph tag.
Sets the root node and adds all the edges to the graph.
Neither of these tasks can be safely performed until all nodes
have been added.
Raises
------
AssertionError
If can't set the tag value.
"""
# Test values
attrs = {'xml:id': 'penn-n0'}
# Is need to instance the value to the SAX type
attrs = xml.sax.xmlreader.AttributesImpl(attrs)
# This test is mandatory the existence of at least
# a node. So a node is created to test the method.
gparser.node_start(attrs)
error_message = 'Fail - Ending a node'
assert(gparser.node_end(),error_message)
[docs] def test_annotation_space_start(self):
"""Raise an assertion if can't set the annotation sapce
start.
Used to parse <annotationSpace .../> elements in the XML
representation.
Raises
------
AssertionError
If can't set the value.
"""
# Test values
attrs = {'xmlns': 'http://www.xces.org/ns/GrAF/1.0/'}
# Is need to instance the value to the SAX type
attrs = xml.sax.xmlreader.AttributesImpl(attrs)
# Initialize the annotations arrays
gparser.graph_start(attrs)
# Attributes for to start the Annotation Space
attrs = {'as.id': 'xces'}
# Is need to instance the value to the SAX type
attrs = xml.sax.xmlreader.AttributesImpl(attrs)
error_message = 'Fail - Setting the Annotation Space'
assert(gparser.annotation_space_start(attrs),error_message)
[docs] def test_depends_on_start(self):
"""Raise an assertion if can't set the dependencies.
Used to parse dependsOn elements in the XML representation.
Finds other XML annotation files on which depend the current
XML file. Parses the dependency files and adds the resulting graph
to the current graph.
Raises
------
AssertionError
If can't set the value.
"""
# Test values
attrs = {'type': 'penn'}
# Is need to instance the value to the SAX type
attrs = xml.sax.xmlreader.AttributesImpl(attrs)
# Is need too that the header in PyGraphParser have a location
# file (any file) to see if the type in tag have some kind of
# dependency in a file (set in header)
file = '/home/alopes/nltk_data/corpora/masc/'\
'spoken/Day3PMSession'
gparser._header = PyDocumentHeader(file)
error_message = 'Fail - Verifying the dependencies'
assert(gparser.depends_on_start(attrs),error_message)
[docs] def test_region_start(self):
"""Raise an assertion if can't set region.
Used to pare the region elements in the XML representation.
A tolkenizer is used to separate the anchors listed in the XML tag,
and a new PyAnchor instance is created for each one.
A PyRegion instance is then created with the id from the
XML tag and added to the graph.
Raises
------
AssertionError
If can't set the value.
"""
# Test values
attrs = {'xml:id': 'seg-r0', 'anchors': '5 7'}
# Is need to instance the value to the SAX type
attrs = xml.sax.xmlreader.AttributesImpl(attrs)
error_message = 'Fail - Starting the region'
assert(gparser.region_start(attrs),error_message)
[docs] def test_as_start(self):
"""Raise an assertion if can't set the start of the
annotation set.
Used to parse start <as/ ...> elements in the XML representation.
Raises
------
AssertionError
If can't set the value.
"""
# Test values
attrs = {'type': 'penn'}
# Is need to instance the value to the SAX type
attrs = xml.sax.xmlreader.AttributesImpl(attrs)
error_message = 'Fail - Parsing the start of elements'
assert(gparser.as_start(attrs), error_message)
[docs] def test_as_end(self):
"""Raise an assertion if can't set the end of the
annotation set.
Used to parse end /as> elements in the XML representation.
Raises
------
AssertionError
If can't set the value.
"""
error_message = 'Fail - Parsing the Annotation Set End'
assert(gparser.as_end(),error_message)
[docs] def test_link_start(self):
"""Raise an assertion if can't set the link.
Used to parse link elements in the XML representation.
Raises
------
AssertionError
If can't set the value.
"""
# Test values
attrs = {'targets': 'seg-r0'}
# Is need to instance the value to the SAX type
attrs = xml.sax.xmlreader.AttributesImpl(attrs)
error_message = 'Fail - Link the elements in parsing'
assert(gparser.link_start(attrs), error_message)
[docs] def test_ann_end(self):
"""Raise an assertion if can't set annotation end.
Raises
------
AssertionError
If can't set the value.
"""
error_message = 'Fail - Setting the Annotation Set end'
assert(gparser.ann_end(),error_message)
[docs] def test_feature_start(self):
"""Raise an assertion if can't set feature start.
Used to parse start features elements in the XML
representation.
Raises
------
AssertionError
If can't set the value.
"""
# Test values
attrs = {'name': 'msd', 'value': 'IN'}
# Is need to instance the value to the SAX type
attrs = xml.sax.xmlreader.AttributesImpl(attrs)
error_message = 'Fail - Parsing the feature start'
assert(gparser.feature_start(attrs),error_message)
[docs] def test_feature_end(self):
"""Raise an assertion if can't set the feature end.
Used to parse end features elements in the XML representation.
Raises
------
AssertionError
If can't set the value.
"""
# Test values
attrs = {'name': 'msd', 'value': 'IN'}
# Is need to instance the value to the SAX type
attrs = xml.sax.xmlreader.AttributesImpl(attrs)
# First is need to start a feature to close it
gparser.feature_start(attrs)
# Creating inner feature values fs
fs_attrs = {'xml:id': 'penn-n0'}
fs_attrs = xml.sax.xmlreader.AttributesImpl(fs_attrs)
# Is need to create at least on fs to have values in
# _fs_stack
gparser.fs_start(fs_attrs)
error_message = 'Fail - Parsing the feature end'
assert(gparser.feature_end(),error_message)
[docs] def test_edge_start(self):
"""Raise an assertion if can't set edge.
Used to parse edge elements in the XML representation.
Edge information is stored and the edges are added after
all nodes/spans have been parsed.
Raises
------
AssertionError
If can't set the value.
"""
# Test values
attrs = {'to': 'penn-n3853', 'xml:id': 'lnk4679', 'from': 'n569'}
# Is need to instance the value to the SAX type
attrs = xml.sax.xmlreader.AttributesImpl(attrs)
error_message = 'Fail - Setting the edges'
assert(gparser.edge_start(attrs), error_message)
[docs] def test_annotation_set_start(self):
"""Raise an assertion if can't set the annotation set
start.
Used to parse <annotationSet .../> elements in the XML
representation.
Raises
------
AssertionError
If can't set the value.
"""
# Test values
attrs = {'xmlns': 'http://www.xces.org/ns/GrAF/1.0/'}
# Is need to instance the value to the SAX type
attrs = xml.sax.xmlreader.AttributesImpl(attrs)
# Initialize the annotations arrays
gparser.graph_start(attrs)
# Attributes for to start the Annotation Set
attrs = {'type': 'http://www.xces.org/schema/2003', 'name': 'xces'}
# Is need to instance the value to the SAX type
attrs = xml.sax.xmlreader.AttributesImpl(attrs)
error_message = 'Fail - To Start Annotation Set'
assert(gparser.annotation_set_start(attrs),error_message)
[docs] def test_ann_start(self):
"""Raise an assertion if can't set annotation start.
Raises
------
AssertionError
If can't set the value.
"""
# Test values
attrs = {'xmlns': 'http://www.xces.org/ns/GrAF/1.0/'}
# Is need to instance the value to the SAX type
attrs = xml.sax.xmlreader.AttributesImpl(attrs)
# Initialize the annotations arrays
gparser.graph_start(attrs)
# Attributes for to start the Annotation Set
attrs = {'type': 'http://www.xces.org/schema/2003', 'name': 'xces'}
# Is need to instance the value to the SAX type
attrs = xml.sax.xmlreader.AttributesImpl(attrs)
gparser.annotation_set_start(attrs)
# Attributes for to start the Annotations it's important
# to have the label tag
attrs = {'as': 'xces', 'ref': 'penn-n10002', 'label': 'tok'}
# Is need to instance the value to the SAX type
attrs = xml.sax.xmlreader.AttributesImpl(attrs)
error_message = 'Fail - To Start Annotation'
assert(gparser.ann_start(attrs),error_message)


Game Availabe
Web 150
Excused
Objects
0502Homework: Object
Homework05/07:Date
Excused-class
Excused-0512-class
Homework-0512-class-style
Validation(Homework 5/14)
Validation-Using by JS
0519 class: jQuery
Homework due 05/28: madlibs-jquery


Action in action set represents single instruction that will be invoked in future.  As you have seen in previous section, inline function or function references are valid actions as well, following used inside an anonymous object lets you perform respective actions.
$x.data('property','value') //or $x.data({ property1: value1, property2: value2 })
$x.alert("message") // this will not display alert, but it is a callback to display an alert
$x.isValid(action) // this will only execute actions if current element is valid
$x.confirm('are you sure message?', actions...)
Confirm action requires an array, in which first item inside array is message for confirmation and next item is an action set, action sets can have nested action sets as well.


$WEEK, $DAY $MONTH
You have $NULL tasks today
⚙ Settings
✔
GIF(⚠3MB-MAX)
Contain
Cover
Inherit
Initial
Revert
Unset
BLUR


If you want to quickly check if an integer is greater than zero you can just use !!
Just use the + operator.
If you don't want to use an if statement you can use the && operator.
If you want to get a certain number of elements at the end of an array use the slice command and specify the number of elements you want using a negative number.
If you only want the front part of an array store it into a temp array and change the length.
Just use the sort function and insert a random() function as a parameter.
If you're setting a variable with another variable but aren't sure if it's null you can sue this trick to set a default value to the variable.
Use the time() and timeEnd() functions to test the runtime of a function.
If you don't want to create a for loop to interate over an array to see if an element exists in it just use the .indexOf() function and some tricky code.
If you want to turn an array into a comma separated string just use the join function.


Welcome to the To Do App!
Form Name
Text Input
help
Select Basic
High
Medium
Low
Single Button
Button
Sort By Name
Sort By High Priority
Sort By Low Priority
To Do Item
Priority number
{{item.name}}
{{item.priorityLevel}}


The smallest React example looks like this:
ReactDOM.render(

Hello, world!
,
document.getElementById('root')
);
It displays a heading saying “Hello, world!” on the page.
Click the link above to open an online editor. Feel free to make some changes, and see how they affect the output. Most pages in this guide will have editable examples like this one.
React is a JavaScript library, and so we’ll assume you have a basic understanding of the JavaScript language. If you don’t feel very confident, we recommend going through a JavaScript tutorial to check your knowledge level and enable you to follow along this guide without getting lost. It might take you between 30 minutes and an hour, but as a result you won’t have to feel like you’re learning both React and JavaScript at the same time.
Consider this variable declaration:
const element =
Hello, world!
;
This funny tag syntax is neither a string nor HTML.
It is called JSX, and it is a syntax extension to JavaScript. We recommend using it with React to describe what the UI should look like. JSX may remind you of a template language, but it comes with the full power of JavaScript.
JSX produces React “elements”. We will explore rendering them to the DOM in the next section. Below, you can find the basics of JSX necessary to get you started.
- React embraces the fact that rendering logic is inherently coupled with other UI logic: how events are handled, how the state changes over time, and how the data is prepared for display.
- Instead of artificially separating technologies by putting markup and logic in separate files, React separates concerns with loosely coupled units called “components” that contain both. We will come back to components in a further section, but if you’re not yet comfortable putting markup in JS, this talk might convince you otherwise.
- React doesn’t require using JSX, but most people find it helpful as a visual aid when working with UI inside the JavaScript code. It also allows React to show more useful error and warning messages.
- With that out of the way, let’s get started!
In the example below, we declare a variable called name and then use it inside JSX by wrapping it in curly braces:
const name = 'Josh Perez';
const element =
Hello, {name}
;
ReactDOM.render(
element,
document.getElementById('root')
);
You can put any valid JavaScript expression inside the curly braces in JSX. For example, 2 + 2, user.firstName, or formatName(user) are all valid JavaScript expressions.
In the example below, we embed the result of calling a JavaScript function, formatName(user), into an
 element.
function formatName(user) {
return user.firstName + ' ' + user.lastName;
}
const user = {
firstName: 'Harper',
lastName: 'Perez'
};
const element = (

Hello, {formatName(user)}!

);
ReactDOM.render(
element,
document.getElementById('root')
);
We split JSX over multiple lines for readability. While it isn’t required, when doing this, we also recommend wrapping it in parentheses to avoid the pitfalls of automatic semicolon insertion.
After compilation, JSX expressions become regular JavaScript function calls and evaluate to JavaScript objects.
This means that you can use JSX inside of if statements and for loops, assign it to variables, accept it as arguments, and return it from functions:
function getGreeting(user) {
if (user) {
return
Hello, {formatName(user)}!
;
}
return
Hello, Stranger.
;
}
You may use quotes to specify string literals as attributes:
const element =

;
You may also use curly braces to embed a JavaScript expression in an attribute:
const element = ;
Don’t put quotes around curly braces when embedding a JavaScript expression in an attribute. You should either use quotes (for string values) or curly braces (for expressions), but not both in the same attribute.
If a tag is empty, you may close it immediately with />, like XML:
const element = ;
JSX tags may contain children:
const element = (

Hello!

Good to see you here.

);
It is safe to embed user input in JSX:
const title = response.potentiallyMaliciousInput;
// This is safe:
const element =
{title}
;
By default, React DOM escapes any values embedded in JSX before rendering them. Thus it ensures that you can never inject anything that’s not explicitly written in your application. Everything is converted to a string before being rendered. This helps prevent XSS (cross-site-scripting) attacks.
Babel compiles JSX down to React.createElement() calls.
These two examples are identical:
const element = (

Hello, world!

);
const element = React.createElement(
'h1',
{className: 'greeting'},
'Hello, world!'
);
React.createElement() performs a few checks to help you write bug-free code but essentially it creates an object like this:
// Note: this structure is simplified
const element = {
type: 'h1',
props: {
className: 'greeting',
children: 'Hello, world!'
}
};
These objects are called “React elements”. You can think of them as descriptions of what you want to see on the screen. React reads these objects and uses them to construct the DOM and keep it up to date.


cCollisionAABBInternal contains methods to set up internal nodes of an AABB tree and to use them to detect for collision with a line. More...
#include <CCollisionAABBTree.h>
Public Member Functions | |
| cCollisionAABBInternal () | |
| Default constructor of cCollisionAABBInternal. | |
| virtual | ~cCollisionAABBInternal () |
| Destructor of cCollisionAABBInternal. | |
| void | initialize (unsigned int a_numLeaves, cCollisionAABBLeaf *a_leaves, unsigned int a_depth=-1) |
| Initialize internal node. | |
| void | fitBBox (double a_radius=0) |
| Size the bounding box for this node to enclose its children. | |
| void | render (int a_depth=-1) |
| Draw the edges of the bounding box for this node if it is at depth a_depth. | |
| bool | computeCollision (cVector3d &a_segmentPointA, cVector3d &a_segmentPointB, cCollisionAABBBox &a_lineBox, cCollisionRecorder &a_recorder, cCollisionSettings &a_settings) |
| Determine whether given line intersects the tree rooted at this node. | |
| virtual bool | contains_triangle (int a_tag) |
| Return true if this node contains the specified triangle tag. | |
| virtual void | setParent (cCollisionAABBNode *a_parent, int a_recursive) |
| Return parent node and optionally propagate the assignment to children. | |
Public Attributes | |
| cCollisionAABBNode * | m_leftSubTree |
| The root of this node's left subtree. | |
| cCollisionAABBNode * | m_rightSubTree |
| The root of this node's right subtree. | |
| bool | m_testLineBox |
| Test box for collision with ray itself (as compared to line's box)? |
cCollisionAABBInternal contains methods to set up internal nodes of an AABB tree and to use them to detect for collision with a line.
| bool cCollisionAABBInternal::computeCollision | ( | cVector3d & | a_segmentPointA, | |
| cVector3d & | a_segmentPointB, | |||
| cCollisionAABBBox & | a_lineBox, | |||
| cCollisionRecorder & | a_recorder, | |||
| cCollisionSettings & | a_settings | |||
| ) | [virtual] |
Determine whether given line intersects the tree rooted at this node.
Determine whether the given line intersects the mesh covered by the AABB Tree rooted at this internal node. If so, return (in the output parameters) information about the intersected triangle of the mesh closest to the segment origin.
| a_segmentPointA | Initial point of segment. | |
| a_segmentPointB | End point of segment. | |
| a_lineBox | A bounding box for the incoming segment, for quick discarding of collision tests. | |
| a_recorder | Stores all collision events. | |
| a_settings | Contains collision settings information. |
Implements cCollisionAABBNode.
| bool cCollisionAABBInternal::contains_triangle | ( | int | tag | ) | [virtual] |
Return true if this node contains the specified triangle tag.
Return whether this node contains the specified triangle tag.
| tag | Tag to inquire about |
Implements cCollisionAABBNode.
| void cCollisionAABBInternal::initialize | ( | unsigned int | a_numLeaves, | |
| cCollisionAABBLeaf * | a_leaves, | |||
| unsigned int | a_depth = -1 | |||
| ) |
Initialize internal node.
Initialize an internal AABB tree node.
| a_numLeaves | Number of leaves in subtree rooted at this node. | |
| a_leaves | Pointer to the location in the array of leafs for the first leaf under this internal node. | |
| a_depth | Depth of this node in the collision tree. |
| void cCollisionAABBInternal::render | ( | int | a_depth = -1 |
) | [virtual] |
Draw the edges of the bounding box for this node if it is at depth a_depth.
Draw the edges of the bounding box for an internal tree node if it is at depth a_depth in the tree, and call the draw function for its children.
| a_depth | Only draw nodes at this level in the tree. a_depth < 0 render _up to_ this level. |
Implements cCollisionAABBNode.
| void cCollisionAABBInternal::setParent | ( | cCollisionAABBNode * | a_parent, | |
| int | a_recursive | |||
| ) | [virtual] |
Return parent node and optionally propagate the assignment to children.
Sets this node's parent pointer and optionally propagate assignments to its children (setting their parent pointers to this node).
| a_parent | Pointer to this node's parent. | |
| a_recursive | Propagate assignment down the tree? |


DEVNAG(1) User Commands DEVNAG(1) NAME devnag - Devanagari for TeX preprocessor SYNOPSIS devnag in[.dn] [out[.tex]] DESCRIPTION devnag is a preprocessor that reads transliterated Devanagari input delimited by n and converts it into a form with which TeX is familiar. The preprocessor handles the details of character placement such as the alignment of vowel diacritics and consonant ligatures. The rest of the layout, however, must be managed by the user. For specification of the format please see the documentation accompanying the package. OPTIONS in[.dn] out[.tex] The default file extension for an input file is .dn and for an output file .tex. The output filename is optional. If an output filename is not specified, the preprocessor will name it after the input file. -v report devnag version AUTHORS devnag was written by Frans J. Velthuis<EMAIL_ADDRESS>and is cur‐ rently maintained by Zdenek Wagner<EMAIL_ADDRESS>This manpage was written by Norbert Preining for Debian/GNU Linux and may be used, modi‐ fied and/or distributed freely by anyone. devnag 2.13 April 2006 DEVNAG(1)


ASTROMETRY
Documentation
LScalc.py
AScalc.py
This program has a very simple goal: calculate the linear distance of an astronomical object given a redshift and angular view.
To do this, I simply utilized the following set of equations to calculate the quantity of interest. Note that we have to
correct for the acceleration and expansion of the universe.
Our set of equations are as follows:
$$l = d_A(z)*\theta$$
$$d_A(z) = \frac{d_M(z)}{1+z}$$
$$d_M(z) = \left\{ \begin{array}{ll}
\frac{d_H}{\sqrt{\Omega_k}}\sinh\Big({\sqrt{\Omega_k}\frac{d_C(z)}{d_H}}\Big) & \Omega_k > 0 \\
d_C(z) & \Omega_k = 0 \\
\frac{d_H}{\sqrt{|\Omega_k|}}\sin\Big({\sqrt{|\Omega_k|}\frac{d_C(z)}{d_H}}\Big) & \Omega_k < 0 \\
\end{array} \right. $$
$$
d_C(z) = d_H\int_{0}^{z} \frac{dz'}{E(z')}
$$
$$
E(z) = \sqrt{\Omega_{rel}(1+z)^4+\Omega_{mass}(1+z)^3+\Omega_k(1+z)^2+\Omega_{\Lambda}}
$$
$$
\Omega_k = 1-\Omega_{mass}-\Omega_{\Lambda}
$$
$$
d_H = \frac{c}{H_0}
$$
\begin{array}{|c|c|c|c|}
\hline
Parameter & Brief \ Description \\
\hline
l & Linear \ Distance \ in \ Kiloparsecs \\
\hline
z & Redshift \\
\hline
d_A(z) & Angular \ Distance \\
\hline
\theta & Angular \ Seperation \ in \ arcseconds \\
\hline
d_H & Hubble \ Distance \\
\hline
c & Speed \ of \ Light \\
\hline
H_0 & Hubble \ Constant \\
\hline
d_C & Comoving \ Distance \\
\hline
E(z) & Energy \ Function \\
\hline
d_M(z) & Moving \ Distance \\
\hline
\Omega_{rel} & Mass \ Density \ of \ Relativistic \ Particles \\
\hline
\Omega_{mass} & Mass \ Density \ of \ Baryonic \ and \ NonBaryonic \ Particles \\
\hline
\Omega_{\Lambda} & Mass \ Density \ of \ Dark \ Energy \\
\hline
\end{array}


Seer Tanapi:
You must find your own way. We seek a different power than the Humans.
Giran is very different from our Immortal Plateau, yet you must start there.
Tell Gatekeeper Tamil I sent you, he'll help you from there.
May the Glory of Pa'agrio be with you!


the Geology of the Moon
and introduction for the LGWA-WG2
Alessandro Frigeri, IAPS/INAF
May 3rd 2022
Geology of the Moon
or
Moon-ology?
Geologic Processes
Rocks
Basalt
Anorthosite
Breccia
Minerals
Plagioclase
Ca-Na Al-Silicate
Pyroxene
Fe-Mg Silicate
Olivine
magnesium iron silicate
Ilmenite
Fe-Ti oxide (4% of maria)
The geologic evolution
putting processes and material into a temportal context
GEOLOGY and LGWA
Li et al., 2018
.... it all started from Tsiolkovsky :)
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This was built in a group as part of my Stanford Senior Project! It's a two person platformer game intended for those who love platformers and solving puzzles. Work together with a partner to navigate the obstacles in each level and reach the end of the cave.
New to Reddit? Or just looking for more subreddits to waste time with? Then look no further! The Reddit Memer chatbot uses basic machine learning to recommend a subreddit catered to your interests.
Have you ever waited for a friend to finish a game of League, only to check back half an hour later to find out they've already started another game without you? Fear no longer! Now, you can simply type your friend's username into LoL Sync and the application will tell you everything you need to know about your friend's game, letting you sync up like never before.
Application written in Python using Riot Games API that gives information about a friend who is currently in a game of League of Legends. Uses an Apache reverse proxy to hide personal Riot API key.
Gives a Mac OS X desktop notification when the friend finishes their game, allowing a user to sync up and play with anyone on their friends list.


Enter a protein amino acids sequence in FASTA format as found on UniProt website (i.e. Cytochrome C), then clic on "Generate proteody" to get protein Period, Stimulation and Inhibition sheet with the corresponding midi files and colors sequences. This work is based on Joël Sternheimer patent "Method for the epigenetic regulation of protein biosynthesis by scale resonance". Proteodyne only works with a recent version of Google Chrome or Mozilla Firefox web browsers.


nccopy − Copy a netCDF file to specified variant of netCDF format, optionally compressing or chunking data in the output copy.
|
nccopy [-k kind ] [-c chunkspec ] [-d n ] [-s] [-u] [-m bufsize ] infile outfile |
nccopy copies an input netCDF file (in any of the four format variants) to an output netCDF file, in any of the four format variants, if possible. For example, if built with the netCDF-3 library, a netCDF classic file may be copied to a netCDF 64-bit offset file, permitting larger variables. If built with the netCDF-4 library, a netCDF classic file may be copied to a netCDF-4 file or to a netCDF-4 classic model file as well, permitting data compression, later efficient schema changes, larger variable sizes, and use of other netCDF-4 features in case the output uses the enhanced netCDF model.
nccopy also serves as an example of a generic netCDF-4 program, with its ability to read any valid netCDF file and handle nested groups, strings, and any user-defined types, including arbitrarily nested compound types, variable-length types, and data of any valid netCDF-4 type. Other generic utility programs can make use of parts of nccopy for more complex operations on netCDF data.
As of netCDF
version 4.1, and if DAP support was enabled when
nccopy was built, the file name may specify a DAP URL.
This allows nccopy to convert data on DAP servers to
local netCDF files.
-k kind
Specifies the kind of file to be created (that is, the format variant) and, by inference, the data model (i.e. netcdf-3 (classic) versus netcdf-4 (enhanced)). The possible arguments are as follows.
’1’,
’classic’ => netcdf classic file format,
netcdf-3
type model.
’2’, ’64-bit-offset’, ’64-bit
offset’ => netcdf 64 bit
classic file format, netcdf-3 type model.
’3’, ’hdf5’, ’netCDF-4’,
’enhanced’ => netcdf-4 file
format, netcdf-4 type model.
’4’, ’hdf5-nc3’, ’netCDF-4
classic model’, ’enhanced-nc3’
=> netcdf-4 file format, netcdf-3 type model.
If no value for -k is
specified, then the output will use the same format as the
input, except if the input is classic or 64-bit offset and
either chunking or compression is specified, in which case
the output will be netCDF-4 classic model format. Note that
attempting some kinds of format conversion will result in an
error, if the conversion is not possible. For example, an
attempt to copy a netCDF-4 file that uses features of the
enhanced model to any of the other kinds of netCDF formats
that use the classic model will result in an error.
-d n
Specify deflation level (level of compression) for variable data in output. 0 corresponds to no compression and 9 to maximum compression, with higher levels of compression requiring marginally more time to compress or uncompress than lower levels. Compression achieved may also depend on chunking parameters, which will use default chunking in the current nccopy implementation. If this option is specified for a classic format or 64-bit offset format input file, it is not necessary to also specify that the output should be netCDF-4 classic model, as that will be the default. If this option is not specified and the input file has compressed variables, the compression will still be preserved in the output, using the same chunking as in the input.
Note that nccopy requires all variables to be compressed using the same compression level, but the API has no such restriction. With a program you can customize compression for each variable independently.
|
-s |
Specify shuffling of variable data bytes before compression or after decompression. This option is ignored unless a non-zero deflation level is specified. Turning shuffling on sometimes improves compression. | ||
|
-u |
Convert any unlimited size dimensions in the input to fixed size dimensions in the output. |
-c chunkspec
Specify chunking (multidimensional tiling) for variable data in the output, useful to specify the units of disk access, compression, or other filters such as checksums. The chunkspec argument is a string of comma-separated associations, each specifying a dimension name, a ‘/’ character, and optionally the corresponding chunk length for that dimension. No blanks should appear in the chunkspec string, except possibly escaped blanks that are part of a dimension name. A chunkspec must name at least one dimension, and may omit dimensions which are not to be chunked or for which the default chunk length is desired. If a dimension name is followed by a ‘/’ character but no subsequent chunk length, the actual dimension length is assumed. If copying a classic model file to a netCDF-4 output file and not naming all dimensions in the chunkspec, unnamed dimensions will also use the actual dimension length for the chunk length. An example of a chunkspec for variables that use the ‘m’ and ‘n’ dimensions might be ‘m/100,n/200’ to specify 100 by 200 chunks. To see the chunking resulting from copying with a chunkspec, use the ‘-s’ option of ncdump on the output file.
-m bufsize
Specifies the size, in bytes, of the copy buffer used to to copy large variables, by copying them in smaller pieces, each no larger than bufsize . A suffix of k, m, or g multiplies the copy buffer size by one thousand, million, or billion, respectively. The default is 5000000 bytes, but will be increased if necessary to hold at least one chunk of netCDF-4 chunked variables in the input file. You may want to specify a value larger than the default for OPeNDAP copies of large files over high latency networks.
Note that nccopy requires variables that share a dimension to also share the chunk size associated with that dimension, but the API has no such restriction. With a program you can customize chunking for each variable independently.
Make a copy of foo1.nc, a netCDF file of any type, to foo2.nc, a netCDF file of the same type:
|
nccopy foo1.nc foo2.nc |
Note that the above copy will not be as fast as use of a simple copy utility, because the file is copied using only the netCDF API. If the input file has extra bytes after the end of the netCDF data, those will not be copied, because they are not accessible through the netCDF interface. If the original file was generated in ‘No fill’ mode so that fill values are not stored for padding for data alignment, the output file may have different padding bytes.
Convert a netCDF-4 classic model file, compressed.nc, that uses compression, to a netCDF-3 file classic.nc:
|
nccopy -k classic compressed.nc classic.nc |
Note that ‘1’ could be used instead of ‘classic’.
Download the variable ‘time_bnds’ and it’s associated attributes from an OPeNDAP server and copy the result to a netCDF file named ‘tb.nc’:
|
nccopy ’http://test.opendap.org/opendap/data/nc/sst.mnmean.nc.gz?time_bnds’ tb.nc |
Note that URLs that name specific variables as command-line arguments should generally be quoted, to avoid the shell interpreting special characters such as ‘?’.
Compress all the variables in the input file foo.nc, a netCDF file of any type, to the output file bar.nc:
|
nccopy -d1 foo.nc bar.nc |
If foo.nc was a classic or 64-bit offset netCDF file, bar.nc will be a netCDF-4 classic model netCDF file, because the classic and 64-bit offset format variants don’t support compression. If foo.nc was a netCDF-4 file with some variables compressed using various deflation levels, the output will also be a netCDF-4 file of the same type, but all the variables, including any uncompressed variables in the input, will now use deflation level 1.
ncdump(1),ncgen(1), netcdf(3)


How stressed are your employees? Do you know what impact it is having on them, on your patients and on your hospital’s budget? We surveyed one hundred thousand hospital staff to ask them how they experience stress at work. Stress affects the vast majority of hospital staff. In fact, only 6% of those surveyed reported experiencing no stress. 39% report high levels of stress.
Hospital staff recognised that stress was also having an impact on patient care. 41% of those who experience high levels of stress at work admitted that it was affecting patient care. And yet according to those same staff, hospital management clearly doesn’t do enough to combat the problem. Indeed, a only 0.07% of respondents reported that management were taking appropriate action. Of the remaining respondents, half reported that measures were infeffective, and the other that management were taking no action at all. Aside from patient care and staff health, stress hurts a hospital’s bottom line through sick leave and high turnover. Stress affects certain departments disproportionally. A staggering 58% of those reporting high levels of stress work within anesthetics. 16% were currently working as General Practioners. Taking department-wide action can make a significant impact on staff as a whole.
Do you want to know if your staff are at risk of stress and its negative impacts? Can you afford to ignore the problem? Head over to our predict page to find out how YOUR staff are feeling.