| Type | Line | Description |
|---|---|---|
| error | 25 | No short description for method __construct() |
| error | 25 | The type hint of the argument is incorrect for the type definition of the @param tag with argument $client in __construct() |
| error | 33 | Argument $path is missing from the Docblock of get() |
| error | 33 | Argument $parameters is missing from the Docblock of get() |
| error | 33 | Argument $requestOptions is missing from the Docblock of get() |
| error | 41 | Argument $path is missing from the Docblock of post() |
| error | 41 | Argument $parameters is missing from the Docblock of post() |
| error | 41 | Argument $requestOptions is missing from the Docblock of post() |
| error | 49 | Argument $path is missing from the Docblock of patch() |
| error | 49 | Argument $parameters is missing from the Docblock of patch() |
| error | 49 | Argument $requestOptions is missing from the Docblock of patch() |
| error | 57 | Argument $path is missing from the Docblock of put() |
| error | 57 | Argument $parameters is missing from the Docblock of put() |
| error | 57 | Argument $requestOptions is missing from the Docblock of put() |
| error | 65 | Argument $path is missing from the Docblock of delete() |
| error | 65 | Argument $parameters is missing from the Docblock of delete() |
| error | 65 | Argument $requestOptions is missing from the Docblock of delete() |
| Type | Line | Description |
|---|---|---|
| error | 20 | No short description for method render() |
| error | 42 | No short description for method renderRaw() |
| Type | Line | Description |
|---|---|---|
| error | 24 | Name of argument $recursive does not match with the DocBlock's name $resursive in showTree() |
| notice | 24 | Parameter $resursive could not be found in showTree() |
| notice | 43 | Parameter $path could not be found in listBlobs() |
| Type | Line | Description |
|---|---|---|
| error | 234 | Name of argument $repo does not match with the DocBlock's name $username in removeRepoCollaborator() |
| error | 234 | Name of argument $username does not match with the DocBlock's name $repo in removeRepoCollaborator() |
| Type | Line | Description |
|---|---|---|
| error | 128 | Argument $title is missing from the Docblock of addKey() |
| error | 128 | Argument $key is missing from the Docblock of addKey() |
| error | 138 | Argument $id is missing from the Docblock of removeKey() |
| error | 158 | Argument $email is missing from the Docblock of addEmail() |
| error | 168 | Argument $email is missing from the Docblock of removeEmail() |
| Type | Line | Description |
|---|---|---|
| error | 63 | The type hint of the argument is incorrect for the type definition of the @param tag with argument $httpClient in __construct() |
| error | 181 | The type hint of the argument is incorrect for the type definition of the @param tag with argument $httpClient in setHttpClient() |
| error | 315 | No short description for method getRateLimit() |
| error | 328 | Name of argument $instance does not match with the DocBlock's name $api in setApi() |
| error | 328 | The type hint of the argument is incorrect for the type definition of the @param tag with argument $instance in setApi() |
| notice | 328 | Parameter $api could not be found in setApi() |
| error | 357 | No short description for method setHeaders() |
| Type | Line | Description |
|---|---|---|
| error | 12 | No DocBlock was found for method __construct() |
| Type | Line | Description |
|---|---|---|
| critical | 23 | No short description for property $remainingCalls |
| critical | 47 | No short description for property $history |
| critical | 52 | No short description for property $headers |
| critical | 57 | No short description for property $browser |
| error | 65 | The type hint of the argument is incorrect for the type definition of the @param tag with argument $browser in __construct() |
| error | 89 | Argument $headers is missing from the Docblock of setHeaders() |
| error | 97 | Argument $name is missing from the Docblock of setOption() |
| error | 97 | Argument $value is missing from the Docblock of setOption() |
| error | 107 | Argument $path is missing from the Docblock of get() |
| error | 107 | Argument $parameters is missing from the Docblock of get() |
| error | 107 | Argument $options is missing from the Docblock of get() |
| error | 115 | Argument $path is missing from the Docblock of post() |
| error | 115 | Argument $parameters is missing from the Docblock of post() |
| error | 115 | Argument $options is missing from the Docblock of post() |
| error | 123 | Argument $path is missing from the Docblock of patch() |
| error | 123 | Argument $parameters is missing from the Docblock of patch() |
| error | 123 | Argument $options is missing from the Docblock of patch() |
| error | 131 | Argument $path is missing from the Docblock of delete() |
| error | 131 | Argument $parameters is missing from the Docblock of delete() |
| error | 131 | Argument $options is missing from the Docblock of delete() |
| error | 139 | Argument $path is missing from the Docblock of put() |
| error | 139 | Argument $options is missing from the Docblock of put() |
| error | 197 | Argument $response is missing from the Docblock of decodeResponse() |
| error | 211 | Argument $response is missing from the Docblock of checkApiLimit() |
| Type | Line | Description |
|---|---|---|
| error | 13 | No DocBlock was found for \Github\HttpClient\Listener\AuthListener |
| critical | 18 | No short description for property $method |
| critical | 22 | No short description for property $options |
| error | 30 | No short description for method __construct() |
| error | 43 | Argument $request is missing from the Docblock of preSend() |
| error | 72 | Argument $request is missing from the Docblock of postSend() |
| error | 72 | Argument $response is missing from the Docblock of postSend() |


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BACONLang
BACONLang (Bracket Annotated CONstraint Language), or BACON is a lightweight constraint based logical language/format. It is valid JSON, and consequently easy for humans to read and write. It is easy for machines to parse and generate. BACON is a text format that is completely language independent that uses simple structures found in JSON, allowing for it to be sent over JSON based APIs and parsed in any language that supports JSON. These properties make BACON an ideal format for constraint based logical expressions.
BACON is solely built on arrays and strings - universal data structures. Virtually all modern programming languages support them in one form or another. It makes sense that a constraint based logical format that is interchangeable with programming languages also be based on these structures.
BACON's foundation is the expression. An expression is an ordered list of elements. If an element within an outer expression is an expression, the inner expression evaluates before the outer expression does.
BACON consists of two types of expressions:
An ordered list of elements that start with [
one left bracket and ends with
]
one right bracket is an or expression. or expressions will always
evaluate to the first valid element within the given set of elements.
An ordered list of elements that start with [[two left brackets and ends with
]]
two right brackets is an and expression. and expressions will always
evaluate to the entire set of elements if the set as a whole is valid.
An element can be an expression or string.
A string is a sequence of zero or more Unicode characters, wrapped in double quotes, using backslash escapes. A character is represented as a single character string. This is identical to the JSON string, with the addition of the comma as a control character.
Whitespace can be inserted between any pair of tokens. Excepting a few encoding details, that completely describes the language.


Steps to reproduce
- Open Firebug
- Focus the search field
-
Type
search
⇒ The search field icon (magnifier) should change (cross)
-
Click the search field icon (cross)
⇒ The search field should be cleared
⇒ The normal search field icon should be shown again
Expected result
- There should be a different symbol when something is entered into the search field
- Clicking the search field icon while there's something entered into the search field clears it


Translated by Ellanto from the Japanese folktale「かさじぞう」as found in Eri Banno et al., Genki: An Integrated Course in Elementary Japanese, Third Edition, vol. 1 (Tokyo: The Japan Times Publishing, 2020), pp. 344–45.
M’in oer anann ’wenwin, iardir a chardis ammórer v’in eryd. i-’Ardir ah i-’ardis agórer geraib v’i mâr dín. Iestor abor; i-lóran ’wain iestatha. Ach, an iardir a chardis ebíner geleb, aich ebíner gremmig iestor.‡ Eth i-dâd ethíler bangad geraib a-ñgeded gremmig.
Iardir avamp i-cheraib, ta evin na ’obel a-mbangad hain; ach alphen law-eñgent i-cheraib. Iardir dinnast.
Iardir dammin badrel n’i mâr mo imrad and. Loss dhannol ovrast.
“A! Serthir!”
Eneg serthir adórer vi loss.
Iardir mabent: “Serthir, ló-felir ring?”
i-Serthir law-ebenner allad.
“Listo, iuitho i-cheraib hin.”
Ta iardir sestant i-cheraib bo i-nuil serthir.
“Min, tad, neledh, canad, leben.”
Leben ceraib ní, ah er serthir ebin garab.
Ethan iardir haedant i-garab ín.
“i-Garab hen iaur, ach listo...” ebent, ta chammant i-dholl i-herthir dell.
Io nammin n’i mâr, iardir trenor an iardis oh i-serthir.
Iardis ebent, “Iardir, agóreg nâd vaer!”
Mi dhû han, iardir athloe ’lim na-phen.
“Iardir, iardir!”
Iardir edrant i-fend, a gaedanner den! Eneg serthir adórer eth. i-Serthir odúger ovras na-chremmig iestor.
Amor iestor odul. Iardir a chardis avanner gremmig evyr, ah i-dâd galthasser dhae.
Once upon a time, an old man and an old woman lived in the mountains. The old man and old woman were making bamboo hats in their home. Tomorrow is the New Year, a new year will begin. However, since the old man and old woman had no money, they also did not have any New Year’s mochi. The two planned to sell the hats and buy mochi.
The old man took the hoots and went to the town to sell them. However, nobody bought the hats. The old man became sad.
The old man went back home on foot through a long mountain road. A lot of snow was falling.
”Ah! Jizō!”
In the snow there stood six Jizō.
The old man asked “Jizō, aren’t you / isn’t it cold?”
The Jizō said nothing.
”Here, please use these hats.”
The old man put the hats on top of the heads of the Jizō.
”One, two, three, four, five.”
There were five hats. One of the Jizō had no hat.
The old man took off his own hat.
”This hat is old, but please,” he said, and put it on the Jizō’s head.
Returning home, the old man told the old woman about the Jizō.
The old woman said “Old man, you did a good thing!”
Late that night, the old man heard someone’s voice.
”Old man, old man.”
The old man opened the door, and was surprised. There stood six Jizō. The Jizō brought/held a lot of New Year’s mochi.
The morning of the New Year came. The old man and the old woman ate a lot of mochi. The two were very happy.
Notes:
List of verbs in order of appearance (without repetition): *ᵐbar- (⪤Q. mar-), car-, iesta-, pen-, thel-, ᵐbanga-, ᵑged-, mab-, men-, *dinna-[1], dammen-, pad-, danna-, ovra-, tar-, mabed-, fel-, ped-, iuitha-, sesta-, haeda-, hamma-, ⁿdammen-, trenar-, lhae-, edra-, gaeda-, tog-, tol-,mad-, galtha-.
[†] Serthir > √SAR + √TIR lit. “stone-watcher” is my rendering of 地蔵 (Jizō)/Kṣitigarbha. It is not meant as a literal translation, simply my attempt to capture the concept, and its significance in Japanese culture, in a simple and appealing Sindarin compound.
[‡] crammeg iestor i.e. “New Year’s mochi”, mochi eaten for the New Year.
[1] dinna- > √DIM·ta- “to become sad”, cf. thinna-.
© 2023, Ellanto.
This work is licensed under the Creative Commons Attribution-NonCommercial-ShareAlike 4.0 International License. To view a copy of this license, visit http://creativecommons.org/licenses/by-nc-sa/4.0/ or send a letter to Creative Commons, PO Box 1866, Mountain View, CA 94042, USA.


This morning, I was really . However, I got a start to the day, and went to Blick to buy . I like when my homework has me using analog supplies instead of ; I like when I only have to use my computer to check or learn about artists like . I prefer them to celebrities like . I love but hate . I enjoy going on trips that involve , and . If I’m not busy you can find me in . One of my many talents is being able to bend my . My favorite numbers are and I love to eat . If you’ve made it this far you might actually be me.


Expenses
Expenses | Home Finance App
Home
Income
Savings
Expenses
Tax Deductions
Tax Chart
Notifications
Security
About Us
Help
Sign Out
Utilities
Tax Deductable
Mortgage/Rent
Tax Deductable
Credit Payments
Tax Deductable
Miscellaneous
Tax Deductable
Add Additional Expenses


Context
An Interior Street Appropriated
No neighbourhood reflects Toronto, as a diverse multi-cultural city, more than Kensington Market. During Pedestrian Sunday, music ranging from Hip-Hop to ethnic traditional music can be heard echoing the neighbourhood as people occupy its sidewalk and public streets with their amplifiers, vendors offering global food from a hybrid of Italian-Jamaican to Hawaiian Poke Bowls occupy the street with their tents, and other ecclectic means of occupation.
Kensington Market is a romantic ecosystem, full of identity and creativity, but unfortunately, is on the verge of extinction. Nevertheless it carries a message that goes beyond its localism. According to Chombart de Lauwe (1976), Appropriation involves a whole series of psychological processes of creating, relaxing, acting, dreaming and learning according to one’s desires and projects. Spatial Appropriation stimulates users to reconsider the meaning of sharing in a contemporary society with a cosmic perspective.
I am interested in investigating the spatial species and elements that support Appropriat to occur at the Threshold Spaces of Kensington Market. For a site to become Appropriated, users must recognize the spatial possibilities inherent in it before they can utilize those possibilities for their own ends, facing the potential risks in doing so.
General State of New Development Facade in Toronto
Typical New Development Facade in Toronto
The Tall Building Design Guidelines, Mid-Rise Building Guidelines, and Streetscape Manual by the City of Toronto Planning Department has failed to recreate that gritty, organic ambience that characterizes Toronto because none of their solutions extracted Toronto's socio-cultural DNA.
The result is Dead Space, spaces that are difficult to be appropriated by the local community. Current band-aid solution by property owners, is to put large big box retails to diminish the feeling caused by the lack of community.
HOW MIGHT WE
Assist designers to create a community that is socially and culturally acceptable in Toronto, in order to:
• Reduce Dead Space creation
• Improve local's socio-cultural connection to the Proposed design
• Reinforce creation of Complete Communities
Methodology
The analysis utilizes occupation observation in Kensington Market between August-October 2016. Some of the observation occurs during Pedestrian Sunday and how the Threshold space is activated.
1. Document Occupiers and Occupied space.
2. Stratifies scenes that carry possibilities for reproduction of actions.
3. Isolate and document any necessary elements to perform the action.
This is an open project with various potential applications. This could be utilized as a toolkit to understand the city as an organic social artifact and encourage more participation in designing and utilizing public spaces.
Taxonomy
1. Residential
‘Residential’ investigates Threshold Spaces of residential properties. There is two distinct categories: ‘Congregate’ and ‘Territory’.
1.1 Congregate
Congregate investigates how Threshold Spaces are used as a small place of gathering.
1.2 Territory
Territory investigates the use of physical structure as a way of occupying residential border Threshold Spaces.
2. Corner
‘Corner’ investigates Threshold Spaces occuring at corner sidewalks.
There are two distinct categories: ‘Retail’ and ‘Lounge’.
2.1 Retail
Retail investigates how Threshold Spaces, owned by private retail property, emphasize presence through its action.
2.2 Lounge
Lounge investigates how Corner Threshold Spaces are being utilized as a small gathering space.
Sub-Type 1 has more privacy and requires more artifacts to sustain the action.
Sub-Type 2 acts more similar to a hallway. Its playful nature with its little to no artifacts requirement means that it happens more frequently.
3. Street
‘Street’ investigates Threshold Spaces at public streets. There are three distinct categories: ‘Infrastructure’, ‘Tropical’, and ‘Playing’.
3.1 Infrastructure
Infrastructure investigates how infrastructural elements sustain Appropriation.
3.2 Corner Street
Corner Street investigates Appropriation occuring at corner streets.
3.3 Playing
Playing occurs right in the middle of the street during Pedestrian Sunday.
4. Facade
Three species of 'Facade' occurs in Kensington Market.
4.1 Silver Attitude
Infrastructure investigates how infrastructural elements sustain Appropriation.
4.2 Aromatic Facade
Infrastructure investigates how infrastructural elements sustain Appropriation.
4.3 Walk Through
Infrastructure investigates how infrastructural elements sustain Appropriation.
Influences and Works Cited
Professor Mason White
Carena, Simone and Bruno Marco - Borrowed City: Motoelastico (2013)
Atelier Bow Wow - Pet Architecture (1980)


Multi day tours like adventure expeditions , road trips or detonation tours
Short spanned tours usually with duration in hours like scuba diving, balloon flights or any short timed activity
Day long tours like city or heritage walks
Sporting or out outdoor event


Feedback is how you use it
Mar 8, 2015
Here we are at the end of week 5 of Dev Bootcamp. Over the course of the last four weeks, we have learned a great deal about HTML, CSS, Ruby and other misc tools that are useful in the art of programming. But one of the cornerstone things that has occurred along the way is that we have worked closely together over Google Hangouts to conduct our pair programming sessions. And at the end of each of these sessions, we provide each other feedback in hopes that we can make each other more effective.
The scary thing about this process is that you have to put yourself out there if you want to receive the feedback. And as most people are aware, people are sensitive when it comes to receiving feedback. Each of us has a list of insecurities, weaknesses that in many circumstances we are aware of. We all want to be better people, but its one thing to conceptualize it and completely something else to do what is required to make that a realistic expectation.
What makes things even more interesting is that at Dev Bootcamp, most of us are very inexperienced programmers that are learning at a high velocity. And with some of the challenges that we face during the week, we struggle with learning new concepts, new Ruby methods, new ways of attacking coding scenarios. And this can create situations where the mood of the pairing challenge can be quite tense. Sometimes we feel embarrassed that we don’t automatically know what to do or how to solve the challenge. So when we set that as the stage for providing feedback to a colleague, one might think that the feedback could be skewed. So in looking at my feedback, how did I do?
I was really surprised early on with how detailed and fair the feedback I’ve received has been. Our cohort is a bit of an anomaly, and has been very close early in the process. We seem to care about one another, and spend a lot of time together in a Google Chat room helping each other out with everything except Solo Challenges. Getting positive feedback from a band of brothers and sisters has been very gratifying for me. Not all of it has been positive, but all of it has been fair.
In the case where I have received the most critical (and accurate) feedback so far came when I paired with someone and had already done a significant amount of the work. This was during week four, when the challenges got much more difficult and I was actually insecure about joining a mandatory pair and not fully understand what I was doing. But this came at the detriment of my pair, who really felt unprepared because I had already done about half the work. It put them at a disadvantage, and actually caused them to realize some of there worst fears in pairing. This was great for me though, because now I review the challenge but make sure that I haven’t solved any issues before the pairing. I don’t fear a situation where I don’t have the answers but I look at it as an opportunity to improve.
Getting Dev Bootcamp feedback has been a much more significant piece of my learning that one would think. And I will look to consistently provide this feedback with colleagues in the work place long after my journey at Dev Bootcamp has come to a close.


Visual is the oldest form of communication that is created.
Hence, Visual communication is one of the most important ways for people to communicate and share information.
__
Here at Naisu, we are trying to convey messages and ideas through visuals so that people can percieve and
understand a bigger picture of everything.
Whether you are in need of brand activation, brand management and promotion,
or just simply design your brands, our dedicated team are eager to actualize your demands as nice as possible.
Graphic Design :
Branding
Illustration
Packaging
Digital
Promotional :
Social Media
Photography
Videography
Promotional :
Website
Mobile Apps
Ui & Ux


Other Web Mapping Tools
There are approximately<PHONE_NUMBER>850912059 services available that offer basic online thematic mapping & data analysis
Most of them provide basic services for free, and additional functionality at a cost.
Some companies that provide either basic web mapping, data manipulation, or statistical analysis
Some provide more robust data manipulation, but weaker visualization. Some better statistical analysis but no data hosting, etc.
You can do a lot more spatial work with ArcGIS/QGIS, but it generally requires more work on the backend.
Your future workplace may prioritize ease over robustness.
A much easier way to make a leaflet map
Step 1: Download QGIS
Step 2: Add layers and style your map as you would in ArcMap
Step 3: Add qgis2web plugin
Step 4: Go to: Web > qgis2web, select your options, and update!
Now you have a leaflet map :)
Thanks for a great class everyone!
Questions?


Sorry, your browser does not support this technology. 😅
DeepChef
Add Image
Drag and drop an image
Uploaded Image
Recipes


Huge developer day today. David, Nic and I pushed hard all day long, breaking only for Mexican food and coffee. We have a styles in place, the vast majority of the backend work done and a really solid experiance. It was a huge moment when we each loaded up our LinkedIn profiles and saw that we all actually had matches with our data! It really felt good to validate the concept and see interesting results right off the bat.
Our team was finally fully assembled around 10:00 pm tonight as Matt’s flight got it and he made his way to the dev cave. The four of us have talked about when to feature freeze (1pm tomorrow) and what fancy things we’d like to add now that the basic features are all up. Favorites, the last of the prediscussed features, is getting wrapped up right now and then it is time for some sleep.


Schedule a pick-up time and place, make sure to include your contact info
Step 2:
We come collect your shoes and scrub them with top quality products
Step 3:
We drop your shoes off right at your door
Gallery
Standard Scrub
Before
After
Deep Scrub
Before
After
About
Durango Shoe Scrubbers is a new and small shoe cleaning service. We started the business because shoes are a growing part of Durango's fashion culture. With Durango's variety of outdoor activities, shoes quickly got dirty and there was no service to clean them.


Sandra Spighel
Junior Software Engineer
about
I used to build real-life experiences. Nowadays I'm learning to do the same, but digitally.
After spending 10 years in the film and events industries, 2020 gave me the opportunity to discover tech.
Coding is a natural fit for me, as my passion for Project Management and puzzles have found the perfect outlet. Keen to understand better and progress faster in my learning, I enrolled in the Software Engineering Immersive Course at General Assembly.
I bring strong organisational skills, creative problem solving and a passion for delivering outstanding results. Having studied Ninpo since 2017, I learned endurance and perseverance. Working within the events industry gave me the opportunity to take part in, and deliver amazing experiences.
I want to continue bringing joy through immersive user experiences, this time digitally, no longer conditioned by set times and places.
skills
JavaScript
HTML
CSS
Python
React
Node.js
Express
Django
PostgreSQL
MongoDb
npm
Yarn
Pip
Git
GitHub
SASS
Bulma
VS Code
projects
FASTival
8 days, solo project - README
FASTival was created with the intention to optimise the film festival scheduling process by making it fully digital. Full-stack application integrating the back end with a Python Django API using Django REST Framework to serve data from a Postgres database, and consumed with a separate front-end built with React Hooks.
Python, JavaScript, Django, React, React Router Dom, React Big Calendar, React Map GL, React Select, SASS, Bulma, Axios, Moment. Deployed with Heroku.
DEVERR
8 days, 3-person group project - README
Website inspired by Fiverr, with a focus on software development. I took on leading the project planning, along with building the back end with Express, Mongo and Mongoose. I also helped with building the carousel component (React Slick), home and users Index pages (React Hooks), and the favouriting functionality.
JavaScript, HTML, CSS, React, React Router Dom, React Slick, Node.js, Axios, Bcrypt, Express, JsonWebToken, Nodemon, Mongoose, MongoDB. Deployed with Heroku.
ContraDictionary
2 days, 2-person group, hackathon / pair-programming - README
Minimalist website leveraging 2 APIs (Classic English Dictionary and Urban Dictionary) to show dual definitions of words (traditional and slang).
React, Axios, SASS & two dictionary APIs: (unofficial) Google Dictionary API and Urban Dictionary API. Deployed with Netlify.
Hot Sauce Ninja
9 days, solo project - README
Space Invaders-inspired game where the player is a ninja fighting incoming food enemies by throwing bottles of hot sauce. This was both the first project from the General Assembly Software Engineering Immersive Course, and my first-ever coding project.
Vanilla JavaScript, HTML, CSS. Deployed with GitHub Pages.


|
xpcc
|
Classes | |
| struct | Data |
|
strong |
| Enumerator | |
|---|---|
| DR | Data rate selection. (0: 100 Hz output data rate; 1: 400 Hz output data rate) |
| PD | Power Down Control. (0: power down mode; 1: active mode) |
| FS | Full Scale selection. (refer to Table 3 for typical full scale value) |
| STP | Self Test Enable. (0: normal mode; 1: self test P enabled) |
| STM | Self Test Enable. (0: normal mode; 1: self test M enabled) |
| Zen | Z axis enable. (0: Z axis disabled; 1: Z axis enabled) |
| Yen | Y axis enable. (0: Y axis disabled; 1: Y axis enabled) |
| Xen | X axis enable. (0: X axis disabled; 1: X axis enabled) |
|
strong |
| Enumerator | |
|---|---|
| SIM | SPI Serial Interface Mode selection. (0: 4-wire interface; 1: 3-wire interface) |
| BOOT | Reboot memory content. (0: normal mode; 1: reboot memory content) |
| FDS | Filtered Data Selection. (0: internal filter bypassed; 1: data from internal filter sent to output register) |
| HP_FF_WU2 | High Pass filter enabled for FreeFall/WakeUp # 2. (0: filter bypassed; 1: filter enabled) |
| HP_FF_WU1 | High Pass filter enabled for Free-Fall/Wake-Up #1. (0: filter bypassed; 1: filter enabled) |
| HP_COEFF2 | High pass filter cut-off frequency configuration. |
| HP_COEFF1 | High pass filter cut-off frequency configuration. |
|
strong |
| Enumerator | |
|---|---|
| IHL | Interrupt active high, low. (0: active high; 1: active low) |
| PP_OD | Push-pull/Open Drain selection on interrupt pad. (0: push-pull; 1: open drain) |
| I2CFG2 | Data Signal on Int2 pad control bits. |
| I2CFG1 | Data Signal on Int2 pad control bits. |
| I2CFG0 | Data Signal on Int2 pad control bits. |
| I1CFG2 | Data Signal on Int1 pad control bits. |
| I1CFG1 | Data Signal on Int1 pad control bits. |
| I1CFG0 | Data Signal on Int1 pad control bits. |
|
strong |
|
strong |
|
strong |
|
strong |
|
strong |
|
strong |


{% extends 'layout.html' %}
{% block content %}
What Is Face Detection?
Face detection is a type of computer vision technology that is able to identify people’s faces within digital images. This is very easy for humans, but computers need precise instructions. The images might contain many objects that aren’t human faces, like buildings, cars, animals, and so on.
It is distinct from other computer vision technologies that involve human faces, like facial recognition, analysis, and tracking.
Facial recognition involves identifying the face in the image as belonging to person X and not person Y. It is often used for biometric purposes, like unlocking your smartphone.
Facial analysis tries to understand something about people from their facial features, like determining their age, gender, or the emotion they are displaying.
Facial tracking is mostly present in video analysis and tries to follow a face and its features (eyes, nose, and lips) from frame to frame. The most popular applications are various filters available in mobile apps like Snapchat.
All of these problems have different technological solutions. This tutorial will focus on a traditional solution for the first challenge: face detection.
{% endblock content %}


Enter the email address associated with your account and we'll send a link to reset your password.
We've sent an email to [[${email}]]
Please verify your email address. This might be in your junk folder


| Month | Stone(s) | ||
|---|---|---|---|
| January | Carnation |
Garnet |
Snowdrop |
| February | Primrose |
Amethyst |
Violet |
| March | Bloodstone |
Daffodil |
Aquamarine |
| April | Daisy |
Diamond |
Sweet Pea |
| May | Hawthorn |
Emerald |
Lily of the Valley |
| June | Pearl |
Rose |
Alexandrite |
| July | Water Lily |
Ruby |
Larkspur |
| August | Peridot |
Gladiolus |
Spinel |
| September | Morning Glory |
Sapphire |
Aster |
| October | Opal |
Marigold |
Tourmaline |
| November | Topaz |
Chrysanthemum |
Citrine |
| December | Turqouise |
Narcissus |
Tanzanite |


Parnassus
Parnassus Library
Located at 530 Parnassus Avenue, near 3rd Avenue
The main library offers study space, wifi, online access to many library resources, a large selection of print books and journals, multimedia workstations, a large computer lab, group study rooms, and more.
Hours
See blue bar at the top of page.
Contact
-<PHONE_NUMBER>
- Library staff directory
Research Help
Available Equipment
Location Highlights
- Tech Commons help desk and computers
- The Living Room mixed use area
- UCSF Quiet Study Room quiet study
- Group study rooms by reservation
- Faculty carrels by reservation
- Hearst Reading Room 24/7 study space
- Archives and Special Collections reading room
- Art and Music in the Library
- Kanbar Center simulation lab
Floor Plan
See floor plans and tours for this location.
Directions
530 Parnassus Avenue, San Francisco, CA 94143-0840
More details on parking and transit.
View Larger Map


public static final class R.string
extends java.lang.Object
| Constructor and Description |
|---|
string() |
public static final int abc_action_bar_home_description
public static final int abc_action_bar_up_description
public static final int abc_action_menu_overflow_description
public static final int abc_action_mode_done
public static final int abc_activity_chooser_view_see_all
public static final int abc_activitychooserview_choose_application
public static final int abc_searchview_description_clear
public static final int abc_searchview_description_query
public static final int abc_searchview_description_search
public static final int abc_searchview_description_submit
public static final int abc_searchview_description_voice
public static final int abc_shareactionprovider_share_with
public static final int abc_shareactionprovider_share_with_application
public static final int achievement_careful_
public static final int achievement_dont_touch_the_water
public static final int achievement_impressive_timing_
public static final int achievement_reach_for_the_clouds
public static final int achievement_really_bored___
public static final int achievement_so_it_begins
public static final int achievement_speeeed
public static final int achievement_up_up_and_away
public static final int app_id
public static final int app_misconfigured
public static final int app_name
public static final int auth_google_play_services_client_facebook_display_name
public static final int auth_google_play_services_client_google_display_name
public static final int common_google_play_services_api_unavailable_text
public static final int common_google_play_services_enable_button
public static final int common_google_play_services_enable_text
public static final int common_google_play_services_enable_title
public static final int common_google_play_services_install_button
public static final int common_google_play_services_install_text_phone
public static final int common_google_play_services_install_text_tablet
public static final int common_google_play_services_install_title
public static final int common_google_play_services_invalid_account_text
public static final int common_google_play_services_invalid_account_title
public static final int common_google_play_services_network_error_text
public static final int common_google_play_services_network_error_title
public static final int common_google_play_services_notification_ticker
public static final int common_google_play_services_restricted_profile_text
public static final int common_google_play_services_restricted_profile_title
public static final int common_google_play_services_sign_in_failed_text
public static final int common_google_play_services_sign_in_failed_title
public static final int common_google_play_services_unknown_issue
public static final int common_google_play_services_unsupported_text
public static final int common_google_play_services_unsupported_title
public static final int common_google_play_services_update_button
public static final int common_google_play_services_update_text
public static final int common_google_play_services_update_title
public static final int common_google_play_services_updating_text
public static final int common_google_play_services_updating_title
public static final int common_google_play_services_wear_update_text
public static final int common_open_on_phone
public static final int common_signin_button_text
public static final int common_signin_button_text_long
public static final int gamehelper_app_misconfigured
public static final int gamehelper_license_failed
public static final int gamehelper_sign_in_failed
public static final int gamehelper_unknown_error
public static final int leaderboard_level_eight
public static final int leaderboard_level_five
public static final int leaderboard_level_four
public static final int leaderboard_level_nine
public static final int leaderboard_level_one
public static final int leaderboard_level_seven
public static final int leaderboard_level_six
public static final int leaderboard_level_ten
public static final int leaderboard_level_three
public static final int leaderboard_level_two
public static final int license_failed
public static final int package_name
public static final int sign_in_failed
public static final int sign_in_other_error
public static final int unknown_error


org.flexiblepower.ral.values
Q
- The quantity of the values that are stored herepublic static class ConstraintList.Builder<Q extends javax.measure.quantity.Quantity> extends java.lang.Object
ConstraintList.Builder
is a convenience class to easily construct new immutable ConstraintList
s.| Modifier and Type | Method and Description |
|---|---|
ConstraintList.Builder<Q> |
addRange(double lowerBound,
double upperBound)
Adds a ranged value to the list using the default unit.
|
ConstraintList.Builder<Q> |
addRange(javax.measure.Measurable<Q> lowerBound,
javax.measure.Measurable<Q> upperBound)
Adds a ranged value to the list.
|
ConstraintList.Builder<Q> |
addSingle(double value)
Adds a single value to the list using the default unit.
|
ConstraintList.Builder<Q> |
addSingle(javax.measure.Measurable<Q> value)
Adds a single value to the list.
|
ConstraintList<Q> |
build() |
public ConstraintList.Builder<Q> addSingle(javax.measure.Measurable<Q> value)
value
- The value to be addedpublic ConstraintList.Builder<Q> addSingle(double value)
value
- The value to be addedpublic ConstraintList.Builder<Q> addRange(javax.measure.Measurable<Q> lowerBound, javax.measure.Measurable<Q> upperBound)
lowerBound
- The lower bound of the rangeupperBound
- The upper bound of the rangepublic ConstraintList.Builder<Q> addRange(double lowerBound, double upperBound)
lowerBound
- The lower bound of the rangeupperBound
- The upper bound of the rangepublic ConstraintList<Q> build()
ConstraintList
that contains the values from this Builder.


Yoga instructor
Yoga instructor
Yoga instructor
Yoga instructor
Toll Free: 2156132
Fax: 1224 2235 225
625 @ David Blake Road,
Adventure, LA 14536, USA
© 2020 GirlyGym. All rights reserved. Design by EMAN REZK


---
title: Meetings
order: 1
---
Lunch Meetup
We meetup for lunch every Wednesday, check back for the next meeting place.
- First Wednesday of the Month:
- Second Wednesday of the Month:
- Third Wednesday of the Month:
- Fourth Wednesday of the Month:
- Fifth Wednesday of the Month:
Regular Meeting Time
- Day:
- First Thursday of every month
- Time:
- 7:00pm
- Location:
- Domo Technologies, Inc
- Day:
- Third Thursday of every month
- Time:
- 7:00pm
- Location:
- 1on1
View Larger Map


We dig our chicks, and look forward to helping you choose one! Our adults are not available as inventory, but we do hatch and sell the babies. Please inquire on what breeds we have available.
Its also good to know, our little chicken farm is a participant of the National Poultry Improvement Program (NPIP 58-2502-E, AI clear)


ESP8266¶
When working with a external hardware such as the NodeMCU you will find a lot of information on the internet about it. It is a bit difficult at times to assess what you need to program it. You are exposed to many choices. A NodeMCU typically comes with Lua. However you have many other choices. Such choices include multiple programming languages such as Lua, MicroPython, Arduino/C, Go and others.
As all of them are slightly different you need to identify which works best for you. In addition you need to install images, programs and libraries that support your specific language choice.
For our first experiments we will be using MicroPython. This choice is motivated by the fact that Python is a well established and easy to learn programming language. Recently many educational institutions are offering Python as an introductory programming language making this choice even mor compelling
To simplify the setup and use of the esp8266 for MicroPython we developed an easy to use commandline tool that allows users to set up their computer and interact more easily with the board. We believe that the interface is so simple that it can also be used in STEM activities and not just in the university or by advanced hobbyists.
Installation of the robot Interafce¶
To more easily interface with the robot we have developed a convenient program that is installed as part of a command tool called cloudmesh.
Install Cloudmesh Robot¶
The install from pip is not yet working
To install the robot command you simply type
$ pip install cloudmesh.robotThis will install a program
cms
on your computer that allows you to easily communicate with the robot.
Developers are however encouraged to work with the source code. Thus you will need to first obtain it as follows
$ mkdir github
$ cd github
$ git clone https://github.com/cloudmesh/cloudmesh.common.git
$ git clone https://github.com/cloudmesh/cloudmesh.cmd5.git
$ git clone https://github.com/cloudmesh/cloudmesh.robot.git
$ cd cloudmesh.robot
$ make source
To test out if the command has been installed please type
$ cms robot welcome
If everything works you should see an ASCII image of R2D2 and C3PO. Next, we still have to install some additional programs before you can use other commands.
The installation of these commands requires administrator access. In case you are not an administrator you can temporarily change yourself as an administrator in the OSX configuration windows. Than you can execute the command
$ cms robot osx install
In addition you will need to install the OSX driver for the USB interface to the esp8266. This is achieved with
$ cms robot osx driver
Now please change your account to be again a standard account.
Now you MUST REBOOT the machine. Without rebooting you will not be able to use the USB drivers.
Once you have successfully installed the drivers and the commands you can look at the manual page of the robot command with
$ cms help robot
You will see a manual page like this:
Usage:
robot welcome
robot osx install
robot osx driver
robot image fetch
robot probe [--format=FORMAT]
robot flash erase [--dryrun]
robot flash python [--dryrun]
robot test
robot run PROGRAM
robot credentials set SSID USERNAME PASSWORD
robot credentials put
robot credentials list
robot login
robot set PORT NOT IMPLEMENTED
robot ls [PATH]
robot put [-o] SOURCE [DESTINATION]
robot get PATH
robot rm PATH
robot rmdir PATH
robot dance FILE IPS
robot inventory list [--cat] [--path=PATH] [ID]
Arguments:
FILE a file name
Options:
-f specify the file
Testing the board¶
Next is to connect a esp8266 with theUSB cable to the computer. After you connected it, please press the reset button. Before we do anything else with the board we test it out first. Once you have plugged it in, you can execute the command
$ cms robot probe
The output of this command provides you hopefully with a table similar to
+-----------+---------------------------+
| Attribute | Value |
+-----------+---------------------------+
| chipid | b' 0x00d0f9ec' |
| mac | b' 5c:cf:7f:d0:f9:ec' |
| tty | /dev/tty.wchusbserial1410 |
+-----------+---------------------------+
Please note that you should only have one board attached to your computer.
Flashing the image onto the robot board¶
Next we need to flash the image on the robot board. Naturally we need to fetch the image first from the internet. We do this with the command
$ robot image fetch
This will fetch an image that contains MicroPython into your local directory.
Next we need to flash the image on the board.  The board has a microusb cable adapter. Make sure to obtain one as it may not come with the robot. The board may come with a preinstalled image such as Lua or some custom image from the vendor. As we try to program the robot in python let us place micropython on the board. This requires a number of steps.
Erase the chip¶
First we need to erase the chip. To follow our instructions place the chip towards you as shown in the figure. E.g. the USB connector points to you.
You must allow the chip to be erased by holding both buttons on the chip and than letting the right button be released first and than the left button. You will see a blue LED flashing once. Now you can flash the chip with the command
$ cms robot flash erase
Putting Python on the chip¶
To put python on the chip you need to again prepare the board for flashing while pressing both buttons and releasing the right button before releasing the left button.
Now ou can place python with the command
$ cms robot flash python
Testing if it works¶
To test running a pyton program execute
$ cms robot test
Be careful as it overwrites the file test.py
.
Execute an arbitrary program¶
Lets assume you have placed a program in the file prg.py
than you
can run it with the following command
$ cms robot run prg.py
Interactive Python shell on the board¶
To get into the interactive python shell on the board you need to make sure that you have reset the esp8266 once after flashing. You need to press the reset button.
Than you can use the following command to login
$ cms robot login
Cleaning an reinstalling a development version¶
IN case you are a developer and you need to modify the source code, we found that it is sometimes necessary to clean your development directory and libraries. The easiest way to do this is to go to the repository that you like to reinstall. Let us assume it is cloudmesh.robot. Than the following commands will clean the repository
$ cd cloudmesh.robot
$ pip uninstall cloudmesh.robot
Do the pip unisntall as many times till you see an error that no more cloudmesh.robot versions can be found. Than execute
$ make clean
After this you can reinstall it with
$ python setup.py install; pip install -e .
the -e flag is optional, but allows you to change the code without the need of recompiling. A very useful feature in python.
NodeMCU ESP12 Dev Kit Pin Definition¶
For V1.0
The GPIO numbers of teh NodeMCU, do not correspond with the actual numbers used in micropythons pin library. The numbers are as follows:
| Pin/GPIO | NodeMCU |
|---|---|
| 15 | D8 |
LED¶
Program¶
import machine
led = machine.Pin(15,machine.Pin.OUT)
led.high()
led.low()
import machine
led = machine.Pin(15,machine.Pin.OUT)
while True:
led.high()
time.sleep(0.5)
led.low()
time.sleep(0.5)
Alternative boords¶
HUZZAH Feather esp8266¶
Many different 8266 based alterantive boards exist. One of these boards is the HUZZAH Feather. IT behaves the same as the other boards, but ay be using differnt drivers and USB ports. The cms robot command line tool is clever enough to identify automatically if it is attached and uses the appropriate settings. More documentation about this board can be found at
This site has also many other examples and you can search for them with keywords such as feather, esp8266, micropython.
An example on how to use the LED on the feather is documented at
To place micropython on the feather you can plug in the to th eusb port. The good thing about this board is that you do not need to press any buttons as it detects the upload nicely. If not make sure to reset it or for flasshing press both buttons. You can do the following:
Probe the board with
cms robot probe
Erasing the feather is simple as it has a bild in mechanism to detect if it is going to be erased. Hence no reset button needs to be pressed
cms robot flash erase
Get the python image
cms robot fetch python
Flashing is conducted with 460800 baud, it will take about 15 seconds. After flashing you should try to login
cms robot login
Set the boudrate to 115200
CTRL-A CTRL-B
*** baud:
type in
115200 <ENTER>
Make sure that echo is switched to OFF
CTRL-A CTRL-C
toogles it. Now you should see
>>>
Try typing in
print("Hello")


We're sorry but editor doesn't work properly without JavaScript enabled. Please enable it to continue.


Before Change
def are_files_equal(file1, file2, delta=1, skip=0):
equal = True
if delta:
mismatches = 0
with open(file1) as textfile1, open(file2) as textfile2:
for i, (x, y) in enumerate(zip(textfile1, textfile2)):
// if x.startswith("File"):
// continue
if i < skip:
continue
if x != y:
if delta:
mismatches += 1
if mismatches > delta:
equal = False
break
else:
equal = False
break
return equal
def test_loop_narrow_peak():
outfile = NamedTemporaryFile(suffix="out", delete=True)
After Change
def are_files_equal(file1, file2, delta=1, skip=0):
lines_file1_dict = {}
mismatches = 0
matches = 0
line_count_file1 = 0
with open(file1, "r") as textfile1:
file_content = textfile1.readlines()
for i, line in enumerate(file_content):
if i < skip:
continue
lines_file1_dict[line] = True
line_count_file1 += 1
with open(file2, "r") as textfile2:
file_content = textfile2.readlines()
for i, line in enumerate(file_content):
if i < skip:
continue
if line in lines_file1_dict:
matches += 1
else:
mismatches += 1
if mismatches < delta and line_count_file1 - delta <= matches:
return True
else:
return False
def test_loop_narrow_peak():
outfile = NamedTemporaryFile(suffix="out", delete=True)
outfile.close()


JavaScript Console is a simple console that shows all logs and errors in a specific window.
Try any of console.{log|debug|info|warn|count|assert}
in the text field at the bottom of the console. You can also click any of the stack frames on the right of a line.
You can log objects and array, which you can then expand in the console with a click.


Note: To complete these procedures, you must be assigned a role having the necessary permissions. To determine your role, follow the directions in Participant roles. For a basic understanding of roles and permissions, see Permissions and roles: Overview.
Instructors can choose to grade using points or percentages.
Gradebook
.
Gradebook Setup
.
Note: If you select Points
, when you add a
gradebook item, you will be asked to enter the "Gradebook Item Point
Value". If you select Percentages
, when you add a
gradebook item, you will be asked to enter the "Gradebook Item
Relative Weight".
Save Changes
.
Instructors can modify the grade type and grade scale.
Gradebook
.
Course Grade Options
.
Change Grade Type
.
You may select one of three grade types in the Gradebook:
Save
.


INSURANCE PREMIUM PREDICTION
ENTER YOUR VALUE:
Age:
Sex:
Select an option
male
female
Smoker:
Select an option
yes
no
Region:
Select an option
southeast
southwest
northeast
northwest
BodyMassIndex:
Children:
SUBMIT
RESULT:
{{op}}


Case Study
Danielle Artigo | Branding
I have a client Danielle, and if you are anything like her, you know what you like and just need a little help getting those thoughts tangible. When Danielle came to me, she had a website, but she didn't feel it 100% represented her brand.
I started by giving Danielle a discovery questionnaire to collect all of the information I needed to understand her brand , her target audience and the overall message she wanted her clients to feel when they got to her webpage.
Danielle already had a logo that she loved, so I used her logo as a base to work from. One thing that Danielle wanted to avoid was feeling like her website was "woo woo" (her words). Being in the meditation and wellness industry, there is sometimes a stigma attached that Danielle really wanted to avoid.
I started by creating some user personas and creating a brand story for Danielle. As a result, I chose blue, gold and purple colors that would inspire trust and warmth with her audience. I used a combination of serif and san serif fonts, because she wanted her brand to be friendly, but also taken seriously.
The Result
In the end, Danielle has a website she loves and connects with her target audience.


Page not found?
Unfortunately, there is no page here that matches the link followed.
To find what you seek, we recommend starting with the home page.
{{ partial "head-style.html" . }} {{ partial "head-meta.html" . }} {{ partial "head-rss.html" . }}
{{ partial "body-header.html" . }}


cLight describes an OpenGL light source, generally rendered by a cWorld object, which is typically the top of a scene graph.
By default, lights are directional and non-spot.
More...
#include <CLight.h>
Public Member Functions | |
| cLight (cWorld *a_world=NULL) | |
| Constructor of cLight. | |
| ~cLight () | |
| Destructor of cLight. | |
| void | setDir (const cVector3d &a_direction) |
| Set the direction of the light beam... only affects _positional_ lights with angular cutoffs (spotlights). | |
| void | setDir (const double a_x, const double a_y, const double a_z) |
| Set the direction of the light beam... only affects _positional_ lights with angular cutoffs (spotlights). | |
| cVector3d | getDir () const |
| Read the direction of the light beam... only affects _positional_ lights with angular cutoffs (spotlights). | |
| void | setDirectionalLight (bool a_directionalLight) |
| Set this light to be purely directional (true) or purely positional (false). | |
| bool | getDirectionalLight () |
| Returns true for a directional light, false for a positional light. | |
| void | setAttConstant (const GLfloat &a_value) |
| Set my constant attenuation parameter. | |
| GLfloat | getAttConstant () const |
| Read my constant attenuation parameter. | |
| void | setAttLinear (const GLfloat &a_value) |
| Set my linear attenuation parameter. | |
| GLfloat | getAttLinear () const |
| Read my linear attenuation parameter. | |
| void | setAttQuadratic (const GLfloat &a_value) |
| Set my quadratic attenuation parameter. | |
| GLfloat | getAttQuadratic () const |
| Read my quadratic attenuation parameter. | |
| void | setSpotExponent (const GLfloat &a_value) |
| Set concentration level of the light. | |
| GLfloat | getSpotExponent () const |
| Read concentration level of the light. | |
| void | setCutOffAngle (const GLfloat &a_value) |
| Set the cutoff angle in degrees (only affects spotlights) (positional lights with angular cutoffs). | |
| GLfloat | getCutOffAngle () const |
| Read Cut off angle. | |
| void | setEnabled (const bool &a_enabled) |
| Enable or disable this light source. | |
| bool | getEnabled () const |
| Is this light source enabled? | |
Public Attributes | |
| cColorf | m_ambient |
| Ambient light component. | |
| cColorf | m_diffuse |
| Diffuse light component. | |
| cColorf | m_specular |
| Specular light component. | |
Protected Member Functions | |
| void | renderLightSource () |
| Render the light in OpenGL. | |
Protected Attributes | |
| cWorld * | m_parentWorld |
| Parent world. | |
| GLfloat | m_attConstant |
| Constant attenuation parameter. | |
| GLfloat | m_attLinear |
| Linear attenuation parameter. | |
| GLfloat | m_attQuadratic |
| Quadratic attenuation parameter. | |
| GLfloat | m_spotExponent |
| Concentration of the light. | |
| GLfloat | m_cutOffAngle |
| Cut off angle (for spot lights only). Only values in the range [0, 90], and the special value 180, are accepted. | |
| bool | m_enabled |
| Enable light source (ON/OFF). | |
| bool | m_directionalLight |
| Is this a directional (true) or positional (false) light. | |
| GLint | m_glLightNumber |
| GL reference number of the light (0-7). | |
Friends | |
| class | cWorld |
| cWorld needs to access OpenGL information stored privately in cLight | |
| class | cCamera |
| cCamera needs to access OpenGL information stored privately in cLight |
cLight describes an OpenGL light source, generally rendered by a cWorld object, which is typically the top of a scene graph.
By default, lights are directional and non-spot.
| cLight::cLight | ( | cWorld * | a_world = NULL |
) |
| cLight::~cLight | ( | ) |
| void cLight::renderLightSource | ( | ) | [protected] |
Render the light in OpenGL.
Render this light source in OpenGL.
Note that if this light source is disabled, the corresponding GL light source is disabled. That means you can't disable your CHAI light but turn on the GL light somewhere else.
| void cLight::setCutOffAngle | ( | const GLfloat & | a_value | ) |
Set the cutoff angle in degrees (only affects spotlights) (positional lights with angular cutoffs).
Set the cutoff angle (in degrees) of my light beam.
Should range between 0 and 90 for spot lights. Use 180.0 to specify that there should be no cutoff.
| a_value | Cutoff angle of light beam. |
| void cLight::setDir | ( | const double | a_x, | |
| const double | a_y, | |||
| const double | a_z | |||
| ) |
Set the direction of the light beam... only affects _positional_ lights with angular cutoffs (spotlights).
Set the direction of my light beam.
| a_x | X Coordinate of light beam. | |
| a_y | Y Coordinate of light beam. | |
| a_z | Z Coordinate of light beam. |
| void cLight::setDir | ( | const cVector3d & | a_direction | ) |
Set the direction of the light beam... only affects _positional_ lights with angular cutoffs (spotlights).
Set the direction of my light beam.
| a_direction | Direction of light beam |


Money Play. How should Red play 62?
pips Red=131 White=146
(CorrectAnswer= 0/0, ErrorScore= 0)
When I first posted this I thought it would be another case for the broken prime but in fact there are three viable plays.
11/5, 6/4 – keeping the broken prime and slotting the key 5-pt
11/5, 7/5 – making the 5-pt but breaking the prime
20/14, 11/9 – keeping the ‘pure’ broken prime.
The three plays are very close to each other in terms of equity with 11/5, 6/4 winning by 0.001.
Thus proving that more than one game plan is often viable and sometimes there is no ‘best’ move.
11/5, 6/4 – keeping the broken prime and slotting the key 5-pt
11/5, 7/5 – making the 5-pt but breaking the prime
20/14, 11/9 – keeping the ‘pure’ broken prime.
The three plays are very close to each other in terms of equity with 11/5, 6/4 winning by 0.001.
Thus proving that more than one game plan is often viable and sometimes there is no ‘best’ move.
1. Cubeful 2-ply 11/5 6/4 Eq.: +0.341 0.679 0.141 0.004 - 0.321 0.051 0.001 2. Cubeful 2-ply 11/5 7/5 Eq.: +0.331 (-0.010) 0.672 0.146 0.003 - 0.328 0.048 0.001 3. Cubeful 2-ply 20/14 11/9 Eq.: +0.317 (-0.024) 0.683 0.131 0.004 - 0.317 0.073 0.002 4. Cubeful 2-ply 20/18 20/14 Eq.: +0.300 (-0.041) 0.683 0.121 0.004 - 0.317 0.080 0.003 5. Cubeful 2-ply 20/14 6/4 Eq.: +0.281 (-0.060) 0.671 0.130 0.004 - 0.329 0.081 0.003


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| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
java.lang.Object org.gwoptics.gaussbeams.GaussMode
public class GaussMode
Gaussmode is a class that provides the mathematical framework for Gaussian beams. Gaussmode objects store the beam parameter, the laser wavelength and the local index of refraction, which fully decribes a Gaussian beam. The class provides a set of utility functions to transform Gaussian beam parameters or to compute properties of the beam (beam size, amplitue patterns, etc.)
| Field Summary | |
|---|---|
Complex |
_qx
|
Complex |
_qy
|
| Constructor Summary | |
|---|---|
GaussMode()
Default constructor which sets dummy parameters for the Gaussian beam: lambda = 1064nm, wavelength of a Nd:YAG laser nr = 1, index of refraction of vacuum (or air) beam waist of w0=1mm at z0=0 |
|
GaussMode(float lambda,
Complex qx,
Complex qy,
float nr)
Additional constructor that sets user defined beam parameters, now optionally different for x- and y-direction. |
|
GaussMode(float lambda,
Complex q,
float nr)
Standard constructor that sets user defined beam parameters. |
|
GaussMode(float lambda,
float w0,
float z,
float nr)
Additional constructor that sets the beam parameters via beam waist radius and beam waist position. |
|
GaussMode(float lambda,
float w0x,
float zx,
float w0y,
float zy,
float nr)
Additional constructor that sets the beam parameters via beam waist radius and beam waist position, now allowing different parameters in x- and y-direction. |
| Method Summary | |
|---|---|
double |
get_Gouyx()
This function returns the Gouy phase Psi(z) in x-direction (tangential plane) |
double |
get_Gouyy()
This function returns the Gouy phase Psi(z) in y-direction (sagittal plane) |
double |
get_lambda()
This function returns the vacuum wavelength of the laser. |
double |
get_nr()
This function returns the local index of refraction |
Complex |
get_q0x()
This function Gaussian beam parametera at the waist q0 in x-direction (tangential plane) |
Complex |
get_q0y()
This function returns the Gaussian beam parameter at the waist q0 in y-direction (sagittal plane) |
Complex |
get_qx()
This function returns the Gaussian beam parameter q in x-direction (tangential plane) |
Complex |
get_qy()
This function returns the Gaussian beam parameter q in y-direction (sagittal plane) |
double |
get_ROCx()
This function returns the phase front radius of curvature in x-direction (tangential plane) |
double |
get_ROCy()
This function returns the phase front radius of curvature in y-direction (sagittal plane) |
double |
get_w0x()
This function returns the beam waist radius in x-direction (tangential plane) |
double |
get_w0y()
This function returns the beam waist radius in y-direction (sagittal plane) |
double |
get_wx()
This function returns the beam radius in x-direction (tangential plane) |
double |
get_wy()
This function returns the beam radius in y-direction (sagittal plane) |
double |
get_zrx()
This function returns the Rayleigh range z_r in x-direction (tangential plane) |
double |
get_zry()
This function returns the Rayleigh range z_r in y-direction (sagittal plane) |
double |
get_zx()
This function returns the distance to the beam waist in x-direction (tangential plane) |
double |
get_zy()
This function returns the distance to the beam waist in y-direction (sagittal plane) |
static java.lang.Double |
Gouy(Complex q)
This function computes the Gouy for a given beam parameters. |
static Complex |
make_q(double w0,
double z,
double lambda,
double nr)
This function computes a Gaussian beam parameters from user defined parameters for the beam waist (and wavelength, and index of refraction). |
static Complex |
q0(Complex q)
This function computes the beam parameter at the waist for a given beam parameters. |
static java.lang.Double |
ROC(Complex q)
This function computes the phase front curvature for a given beam parameters. |
Complex |
u_lp_cos_xy(int p,
int l,
double x,
double y)
This function returns the complex amplitude of a sinusoidal Laguerre-Gaussian beam shape u_pl. |
double |
u_n_amp(int n,
Complex q,
double x)
This function represents the one-dimensional part of u_nm_amp the amplitude of a u_nm Hermite-Gauss beam pattern. |
double |
u_n_phs(int n,
Complex q,
double x)
This function represents the one-dimensional part of u_nm_phs the phase of a u_nm Hermite-Gauss beam pattern. |
Complex |
u_n(int n,
Complex q,
double x)
This function represents the one-dimensional part of a u_nm Hermite-Gauss beam patter, |
double |
u_nm_amp(int n,
int m,
double x,
double y)
This function returns the real amplitude only of a Hermite-Gaussian beam shape u_nm. |
double |
u_nm_phs(int n,
int m,
double x,
double y)
This function returns the phase of a Hermite-Gaussian beam shape u_nm, *without* the sign flips from the H polynomials! |
Complex |
u_nm(int n,
int m,
double x,
double y)
This function returns the complex amplitude of a Hermite-Gaussian beam shape u_nm. |
double |
u_pl_amp_xy(int p,
int l,
double x,
double y)
This function returns the real amplitude only of a heical Laguerre-Gaussian beam shape u_pl. |
double |
u_pl_amp(int p,
int l,
double r,
double phi)
This function returns the real amplitude only of a helical Laguerre-Gaussian beam shape u_pl. |
double |
u_pl_cos_amp_xy(int p,
int l,
double x,
double y)
This function returns the real amplitude only of a sinusoidal Laguerre-Gaussian beam shape u_pl. |
double |
u_pl_cos_amp(int p,
int l,
double r,
double phi)
This function returns the real amplitude only of a sinusoidal Laguerre-Gaussian beam shape u_pl. |
Complex |
u_pl_cos(int p,
int l,
double r,
double phi)
This function returns the complex amplitude of a sinusoidal Laguerre-Gaussian beam shape u_pl. |
Complex |
u_pl_xy(int p,
int l,
double x,
double y)
This function returns the complex amplitude of a heical Laguerre-Gaussian beam shape u_pl. |
Complex |
u_pl(int p,
int l,
double r,
double phi)
This function returns the complex amplitude of a helical Laguerre-Gaussian beam shape u_pl. |
java.lang.Double |
w_size(Complex q)
This function computes the beam radius for a given beam parameters. |
static java.lang.Double |
w_size(Complex q,
java.lang.Double lambda,
java.lang.Double nr)
This function computes the beam radius for a given beam parameters. |
java.lang.Double |
w0_size(Complex q)
This function computes the beam waist radius for a given beam parameters. |
static java.lang.Double |
w0_size(Complex q,
java.lang.Double lambda,
java.lang.Double nr)
This function computes the beam waist radius for a given beam parameters. |
static java.lang.Double |
zr(Complex q)
This function computes the Rayleigh range for a given beam parameters. |
| Methods inherited from class java.lang.Object |
|---|
equals, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
| Field Detail |
|---|
public Complex _qx
public Complex _qy
| Constructor Detail |
|---|
public GaussMode()
public GaussMode(float lambda, Complex q, float nr)
lambda
- laser vacuum wavelength (in meters)q
- Gaussian beam parameters for x- and y-directionnr
- local index of refraction (typically nr=1)public GaussMode(float lambda, Complex qx, Complex qy, float nr)
lambda
- vacuum wavelength of laser (in meters)qx
- Gaussian beam parameter in x-direction (tangential plane)qy
- Gaussian beam parameter in y-direction (sagittal plane)nr
- local index of refraction (typically nr=1)public GaussMode(float lambda, float w0, float z, float nr)
lambda
- vacuum wavelength of laser (in meters)w0
- beam waist radius (in meters)z
- beam waist position (in meters)nr
- local index of refraction (typically n=1)public GaussMode(float lambda, float w0x, float zx, float w0y, float zy, float nr)
lambda
- vacuum wavelength of laser (in meters)w0x
- beam waist radius, x-direction (in meters)w0y
- beam waist radius, y-direction (in meters)zx
- beam waist position, x-direction (in meters)zy
- beam waist position, y-direction (in meters)nr
- local index of refraction (typically n=1)| Method Detail |
|---|
public double get_lambda()
public double get_nr()
public Complex get_qx()
public Complex get_qy()
public double get_w0x()
public double get_w0y()
public double get_wx()
public double get_wy()
public double get_zx()
public double get_zy()
public double get_zrx()
public double get_zry()
public double get_ROCx()
public double get_ROCy()
public double get_Gouyx()
public double get_Gouyy()
public Complex get_q0x()
public Complex get_q0y()
public static Complex make_q(double w0, double z, double lambda, double nr)
w0
- beam waist radiusz
- distance to beam waistlambda
- vacuum wavelength of the lasernr
- local index of refraction
public java.lang.Double w0_size(Complex q)
q
- Gaussian beam parameter
public static java.lang.Double w0_size(Complex q, java.lang.Double lambda, java.lang.Double nr)
q
- Gaussian beam parameterlambda
- vacuum wavelengthnr
- local index of refraction
public java.lang.Double w_size(Complex q)
q
- Gaussian beam parameter
public static java.lang.Double w_size(Complex q, java.lang.Double lambda, java.lang.Double nr)
q
- Gaussian beam parameterlambda
- vacuum wavelengthnr
- local index of refraction
public static java.lang.Double ROC(Complex q)
q
- Gaussian beam parameter
public static java.lang.Double Gouy(Complex q)
q
- Gaussian beam parameter
public static Complex q0(Complex q)
q
- Gaussian beam parameter
public static java.lang.Double zr(Complex q)
q
- Gaussian beam parameter
public Complex u_nm(int n, int m, double x, double y)
n
- horizontal mode indexm
- vertical mode indexx
- position on x-xaxis (orthogonal to beam direction) in metersy
- position on y-xaxis (orthogonal to beam direction) in meters
public double u_nm_amp(int n, int m, double x, double y)
n
- horizontal mode indexm
- vertical mode indexx
- position on x-xaxis (orthogonal to beam direction) in metersy
- position on y-xaxis (orthogonal to beam direction) in meters
u_nm
public double u_nm_phs(int n, int m, double x, double y)
n
- horizontal mode indexm
- vertical mode indexx
- position on x-xaxis (orthogonal to beam direction) in metersy
- position on y-xaxis (orthogonal to beam direction) in meters
u_nm
public double u_n_amp(int n, Complex q, double x)
n
- mode indexq
- Gaussian beam parameterx
- position on axis
u_nm_amp
public double u_n_phs(int n, Complex q, double x)
n
- mode indexq
- Gaussian beam parameterx
- position on axis
u_nm_phs
public Complex u_n(int n, Complex q, double x)
n
- mode indexq
- Gaussian beam parameterx
- position on axis
u_nm
public Complex u_pl_xy(int p, int l, double x, double y)
p
- radial mode indexl
- azimuthal mode indexx
- position on x-xaxis (orthogonal to beam direction) in metersy
- position on y-xaxis (orthogonal to beam direction) in meters
u_pl
public Complex u_pl(int p, int l, double r, double phi)
p
- radial mode indexl
- azimuthal mode indexr
- radial position (orthogonal to beam direction) in metersphi
- azimuthal phase (orthogonal to beam direction) in radians
public double u_pl_amp_xy(int p, int l, double x, double y)
p
- radial mode indexl
- azimuthal mode indexx
- position on x-xaxis (orthogonal to beam direction) in metersy
- position on y-xaxis (orthogonal to beam direction) in meters
u_pl_amp
public double u_pl_amp(int p, int l, double r, double phi)
p
- radial mode indexl
- azimuthal mode indexr
- radial position (orthogonal to beam direction) in metersphi
- azimuthal phase (orthogonal to beam direction) in radians
u_pl
public Complex u_lp_cos_xy(int p, int l, double x, double y)
p
- radial mode indexl
- azimuthal mode indexx
- position on x-xaxis (orthogonal to beam direction) in metersy
- position on y-xaxis (orthogonal to beam direction) in meters
u_pl_cos
public Complex u_pl_cos(int p, int l, double r, double phi)
p
- radial mode indexl
- azimuthal mode indexr
- radial position (orthogonal to beam direction) in metersphi
- azimuthal phase (orthogonal to beam direction) in radians
u_pl
public double u_pl_cos_amp_xy(int p, int l, double x, double y)
p
- radial mode indexl
- azimuthal mode indexx
- position on x-xaxis (orthogonal to beam direction) in metersy
- position on y-xaxis (orthogonal to beam direction) in meters
u_pl_cos_amp
public double u_pl_cos_amp(int p, int l, double r, double phi)
p
- radial mode indexl
- azimuthal mode indexr
- radial position (orthogonal to beam direction) in metersphi
- azimuthal phase (orthogonal to beam direction) in radians
u_pl_cos
|
|||||||||
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| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |


tools/hibInfo
hibInfo is a simple tool for querying basic information about a HIB. It takes as input a HipiImageBundle (HIB) and displays to the console basic information about the images within the HIB such as their width and height along with user meta data and image EXIF data. It can also be used to extract individual images from a HIB as a stand-alone JPEG or PNG.
hibInfo also allows querying the image EXIF data:
Compiling
Compile hibInfo by executing the following command in the HIPI tools directory (see our general notes on setting up HIPI on your system):$> cd tools $> gradle hibInfo:jar
Usage
Run hibInfo by executing the hibInfo.sh script located in the tools directory. As with all of the tools scripts, running it without any arguments shows its usage:$> ./hibInfo.sh usage: hibInfo.jar <input HIB> [--show-exif] [--show-meta] [#index [--extract file.png] [--meta key]] -e,--extract <arg> extract image to disk -h,--show-meta display any image meta data -m,--meta <arg> extract meta data value -x,--show-exif display any image EXIF datahibInfo takes a single required argument and a number of oprtional arguments. The only required argument is the path to a HIB on the HDFS.
Example
If you specify only the required path to a HIB, then hibInfo will list basic information about all of the images that it contains (this may take a while if the HIB contains many images):$> ./hibInfo.sh tigers.hib Input HIB: tigers.hib Display meta data: false Display EXIF data: false IMAGE INDEX: 0 640 x 480 format: 1 IMAGE INDEX: 1 3210 x 2500 format: 1 IMAGE INDEX: 2 3810 x 2540 format: 1 IMAGE INDEX: 3 3210 x 2500 format: 2 Found [4] images.hibInfo can also be used to query information about a specific image in a HIB. This mode of operation avoids scanning the entire file, but rather performs a seek to the desired image offset. Here is an example of how hibInfo can be used to examine the image with index 1 and display the user meta data that was stored in the HIB when it was created:
$> ./hibInfo.sh tigers.hib 1 --show-meta Input HIB: tigers.hib Display meta data: true Display EXIF data: false Image index: 1 Extract image path: none Meta data key: none 3210 x 2500 format: 1 meta: {source=/Users/hipiuser/Desktop/Tigers/2.JPG}In this case, tigers.hib was created with the hibImport tool, which stores the original path to the image on the local file system for the "source" key in the image meta data.
hibInfo also allows querying the image EXIF data:
$> ./hibInfo.sh tigers.hib 0 --show-exif Input HIB: tigers.hib Display meta data: false Display EXIF data: true Image index: 0 Extract image path: none Meta data key: none 640 x 480 format: 1 exif: {Resolution Units=inch, Compression Type=Baseline, Data Precision=8 bits, Number of Components=3, ... }Finally, hibInfo can be used to extract an individual image as a stand-alone JPEG or PNG:
$> ./hibInfo.sh tigers.hib 1 --extract one.jpg Input HIB: tigers.hib Display meta data: false Display EXIF data: false Image index: 1 Extract image path: one.jpg Meta data key: none 3210 x 2500 format: 1 Using image encoder: com.twelvemonkeys.imageio.plugins.jpeg.JPEGImageWriter@33b1c5c5 Wrote [one.jpg]Experiment with the other command line arguments to discover additional functionality.


Clint Eastwood film Richard Jewell called out over 'sex-for-tips reporter' role
Clint Eastwood’s new film Richard Jewell has been called out for it’s ‘sex-for-tips’ reporter storyline.
The movie, which is set to be released in the new year, follows American security guard, Richard Jewell, as he saves a number of people’s lives from the 1996 Olympic bombing, in Atlanta.
But while the main focus is on the hero himself, it also takes a look at how the newspapers reported on the incident at the time.
After one of his unnamed colleagues watched the upcoming release at a media screening, AJC editor-in-chief Kevin G. Riley has called out the film.
He claimed that the movie shows Atlanta Journal-Constitution reporter Kathy Scruggs trading sex in exchange for a tip on a story.
Writing to The Wrap, the journalist shut down these accusations and said there is no evidence to prove this happened.
Advertisement Advertisement
Kathy, who is portrayed by Olivia Wilde, sadly passed away in 2011 at the age of 42.
In the note obtained by the publication, Riley states: ‘There is no evidence that this ever happened, and if the film portrays this, it’s offensive and deeply troubling in the #MeToo era.
‘Kathy Scruggs was the AJC reporter who got the initial information that law enforcement was pursuing Jewell. Scruggs was known as an aggressive reporter and committed journalist who sought always to beat her competition.’
He went onto defend the newspaper’s approach in reporting on the tragic incident.
Riley added: ‘This is essential because the underlying theme of the movie is that the FBI and press are not to be trusted. Yet the way the press is portrayed often differs from reality.’
Clint Eastwood himself is yet to speak out on the backlash.
The film is set to drop onto the silver screen 31 January 2020 and has released a synopsis on IMDB.
This reads: ‘American security guard Richard Jewell (Paul Walter Hauser) saves thousands of lives from an exploding bomb at the 1996 Olympics, but is vilified by journalists and the press who falsely report that he was a terrorist.’
Metro.co.uk has reached out to Clint Eastwood’s reps for further comment.
Got a showbiz story?
If you've got a story, video or pictures get in touch with the Metro.co.uk Entertainment team by emailing us<EMAIL_ADDRESS>calling 020 3615 2145 or by visiting our Submit Stuff page - we'd love to hear from you.


{% extends '__layout__.html' %} {% block title %}Terms and Conditions{% endblock %} {% block navbar %} {% include 'home/navbar.html' %} {% endblock %} {% block breadcrumbs %}
The College arranges for lessons to be provided for your son/daughter by an instrumental/singing teacher contracted to teach 30 lessons per year. This is an average of 10 lessons per term.
Lessons are to be paid in advance and must be paid for promptly on receipt of request with payment to be made via ParentPay. Parents will be notified by email when payment is due as follows:
If lessons are to be terminated, WRITTEN (post or email) notice must be given to Mr A Nicholls, Head of Faculty, giving half a terms notice prior to school holidays. See contact details below. Failure to give the required notice to terminate lessons will result in the full fee being charged. Mid-term adjustment dates for next year are:
| Written notice must be received by… | …if you want lessons to stop on: |
|---|---|
| 23 October 2014 | 5 January 2015 (start of Spring Term) |
| 12 February 2015 | 11 April 2015 (start of Summer Term) |
Four weeks written notice is required for planned absence to ensure you are not charged for a missed lesson. We do our best to accommodate last-minute requests but cannot guarantee a solution without this notice.
Students who have instrument/singing lessons are also encouraged to join one or more of our many ensembles (Jazz Band, Flute Cocktail, Chamber Choir, Brass Group, Ukulele Orchestra, Fiddlestix Strings, etc) and to enjoy the musical life at College.
Mr A Nicholls, Head of Expressive Arts Faculty<EMAIL_ADDRESS>{% endblock %}


Motion for a resolution by the committee on student affairs
I, David Rauch,
- Bearing in mind that eXeLearning is considered unusable by the majority of its users
- Alarmed by the fact that exercises generated by eXeLearning allow teachers to track student's activities
- Approving of the digital distribution of learning material
- Deeply concerned that EYP is not sufficiently supported by the HTBLA Kaindorf
- Fully believing that a more active EYP-community at the HTBLA Kaindorf will emprove student motivation, behavior and language skills.
- Call upon teachers to provide all documents in a standardized elearning platform, such as moodle
- Request these documents be provided at all times and in a machine readable format
- Urge teachers to limit tracking of student's online activities to the results of single activities, abstaining from tracking the exact time a student spent on an activity.
- Encourage the founding of an EYP-club at HTBLA Kaindorf, preferrably in the form of an optional subject that deals with current political issues and debate.
- Stronlgy support the funding of EYP activities by both schools and public offices
- Strongly encourage students of the HTBLA Kaindorf who are members of the EYP to raise awareness of this activity.


Maxim Kobzev
Data Visualizer and Dashboard Creator
As a dashboard developer, I specialize in creating dashboards in R Shiny, Tableau, Power BI and Qlik Sense.
Featured Projects
A selection of R Shiny dashboards
Russian border crossings dashboard
A Shiny Dashboard app showing the border crossings with Russian Federation for the decade of 2010 through 2020.
Start the appWorld Development Indicators dashboard
A comprehensive Shiny Dashboard app dedicated to the World Development Indicators, featuring the full World Bank database with maximum level of details.
Start the appWorld Development Indicators on a full-screen map
A simple Shiny Dashboard app showing the World Development Indicatorson a full-screen Leaflet map.
Start the appA selection of Qlik Sense dashboard features
Click on an image to zoom in
A selection of Tableau apps
Airports, routes and runways
A comprehensive overview of the airports, routes and runways of the World.
Start the appMetro systems of the World
An overview of the World's metro/subway/rapid transit systems, 1890 - 2021.
Start the appBorder crossings with Russian Federation
A Tableau app showing the border crossings with Russian Federation for the decade of 2010 through 2020.
Start the appAir passenger traffic Russia 2018-2020
A simple Tableau app showing the 2020' effect of travel restrictions on six major Russian airports.
Start the appAustralian airline routes
A Tableau app on the Australian domestic airline routes, 1984 - 2020.
Start the appBox Office Discoveries
A Tableau app analyzing the box offices for the full-length motion pictures/animations made between 1977 and 2020.
Start the appA selection of Tableau dashboard features
Click on an image to zoom in
A selection of Power BI dashboard features
Click on an image to zoom in
A selection of Excel dashboard features
Click on an image to zoom in
Work Experience
Data Scientist / Data Wrangler / Data Visualizer (changing the career path)
Freelance
Dec 2019 - current
- 7 published app in Tableau Public
- 5 published apps in R Shiny Dashboard
- 3 completed projects in Power BI
- 2 published apps in Qlik Sense
- 2 Shiny Contest participation: 2020 & 2021
- 10+ ongoing projects of of the apps/dashboards in R/Tableau/Shiny/Power BI
Market Manager / Report Developer
Expedia Group
Feb 2015 - Nov 2019
- 100+ reports & visualizations created in Excel, Tableau & PowerPoint
- 300+ colleagues helped with increasing the productivity and achieving the KPIs
- 50+ coaching sessions provided for colleagues in EMEA, APAC and Americas
- 20+ Expedia market summits prepared and conducted in Russia, Ukraine, Romania and Bulgaria
- 20+ webinars for hotel partners provided in 7 countries across Eastern Europe
- 10+ key note speeches held at the trade fairs and hotel forums in Germany, Russia and Ukraine
Market Manager Eastern Europe
Expedia Group
Jan 2008 - Jan 2015
- 800+ properties acquired across 10 countries, bringing $10M incremental revenue
- 500+ accounts managed across 8 countries, advising on partner revenue optimization
Sales and Marketing Strategy Consultant
Zumtobel Lighting GmbH
Jul 2006 - Sep 2006
- Sales and marketing consultancy project
Head of Sales Division / Report Developer
Axima Ltd.
Jan 2001 - Sep 2005
- Revenue and pricing management for a $100M turnover company
- Report development
Accomplishments
- Learned R & Shiny from scratch within 8 months (2019-2020)
- Learned HTML/CSS from scratch within 6 months (2019-2020)
- Top 5% Excel user (LinkedIn assessment, out of 9.9M participants)
- Top 15% R user (LinkedIn assessment, out of 339k participants)
- Top 15% HTML user (LinkedIn assessment, out of 940k participants)
- Top 15% CSS user (LinkedIn assessment, out of 1.3M participants)
Education
LinkedIn, edX, DataCamp, W3Schools, TechGig
20+ courses on R, Tableau, Shiny, HTML, CSS, JavaScript, D3.js, SQL, Qlik etc.
2019 - current
University of St. Gallen, Switzerland
MBA, General Management
2006
Moscow State University, Russia
Master of Sciences, Physics
1987 - 1993


PSALMS 23:6
by The Israel Bible“Only goodness and steadfast love shall pursue me all the days of my life, and I shall dwell in the house of Hashem for many long years.”PSALMS 23:6 (The Israel Bible™)
Psalm 23 has stood by the Jewish people as their support through the darkest days of persecution and exile. Over the centuries, no evil murderer or terrible tragedy has been able to crush the resilient spirit of the Jews, when they remember that “You are with me” (verse 4). King David certainly has a difficult life. While he never gives up hope, as he knows that Hashem is with him, he longs for times when he can live comfortably in the Holy Land while “goodness and steadfast love shall pursue me all the days of my life.” The concluding phrase “I shall dwell in the house of Hashem for many long years” uses the Hebrew word v’shavtee (ושבתי), ‘to dwell.’ However, the word also means ‘I will return.’ Here, King David prays not only to dwell in God’s palace, but that he will be found worthy of returning there frequently.


Jermaine Lamarr Cole, mais conhecido simplesmente como J. Cole, é um rapper e produtor norte-americano nascido na Alemanha. Nasceu no hospital da base geral do Exército dos Estados Unidos em Frankfurt, na Alemanha, aos 8 meses de idade, ele e sua mãe se mudaram para Fayetteville, Carolina do Norte. Fonte.
"Everybody mentions suicide prevention
Man, they even made a hotline
To call up when there's tension
But I got a question
What about a fuckin' homicide?
Need a number for my niggas to call
Whenever there's a urge to get triggers involved
Need a number for my niggas to call
Whenever there's a urge to get triggers involved"
Yeah, I pay taxes, so much taxes, shit don't make sense
Where do my dollars go? You see lately, I ain't been convinced
I guess they say my dollars supposed to build roads and schools
But my niggas barely graduate, they ain't got the tools
Maybe 'cause the tax dollars that I make sure I send
Get spent hirin' some teachers that don't look like them
And the curriculum be tricking them, them dollars I spend
Got us learning about the heroes with the whitest of skin
One thing about the men that's controlling the pen
That write history, they always seem to white-out they sins
Maybe we'll never see a black man in the White House again
I'll write a check to the IRS, my pockets get slim
Damn, do I even have a say 'bout where it's goin'?


- CHAR vs. VARCHAR: CHAR and VARCHAR both can hold 8 bytes of data, meaning they can each hold up to 8 characters. While CHAR is faster, the benefit to VARCHAR is the space it can save on the server because of its use of a stop byte. This means that once the data has been entered, say a three letter word using three bytes, one additional byte is used to stop the characters (sort of functioning like a period) and saving the remaining unnecessary bytes. In this example, 4 bytes were saved. For large databases, this can amount to huge space savings, but can add more time to the query. For faster query, use CHAR, but be aware that the space use is greater and does add up in large databases.
- The limit of CHAR is
- The beginning of time is
- It is currently ___ time.
- When n = 18721693,0(log n) is ___ faster than 0(n).


FAPFAP
F
lirting
A
ssistant for
P
eople
F
ailing
A
t
P
ickups
Press the button below to generate a pickup line!
Generate


Current hash:
Matched route:
Name:
Params:
Original value:
Some links:
foo
bar
bar/param1
bar/param1/param2
baz


All Classes
AccessController
Animal
AnimalBroker
AnimalController
AuthResponse
AuthUser
CARSID
CatAppBroker
CatAppController
CatApplication
DBUtil
DogAppBroker
DogApplication
DopAppController
EmailBroker
EmailController
Event
EventBroker
EventController
EventStaff
Foster
FosterBroker
FosterController
TestConnectionController
Token
TokenManager
Volunteer
VolunteerBroker
VolunteerController


United Nations, Office of the High Commissioner on Human Rights
UN Guiding Principles on Business and Human Rights
http://www.ohchr.org/Documents/Publications/GuidingPrinciplesBusinessHR_EN.pdf
Organization for Economic Co-operation and Development
Guidelines for Multinational Enterprises
http://www.oecd.org/corporate/mne/
International Labor Organization
ILO Helpdesk for Business on International Labour Standards
http://www.ilo.org/empent/areas/business-helpdesk/lang--en/index.htm
International Labor Organization
Combating Forced Labor: A Handbook for Employers and Business
http://www.ilo.org/global/topics/forced-labour/publications/WCMS_101171/lang--en/index.htm
International Labor Organization
Checkpoints for Companies – Eliminating and Preventing Forced Labour
http://www.ilo.org/global/publications/WCMS_456961/lang--en/index.htm
International Labor Organization
ILO-IOE Child Labour Guidance Tool for Business
http://www.ilo.org/ipec/Informationresources/WCMS_IPEC_PUB_27555/lang--en/index.htm
U.S. Department of Labor
Sweat & Toil: Child Labor, Forced Labor, and Human Trafficking Around the World
https://www.dol.gov/dol/apps/ilab.htm
Consumer Goods Forum
Business Actions Against Forced Labour – Success Stories
Verité
Responsible Sourcing Tool
http://www.responsiblesourcingtool.org/
Verité
Anti-Human Trafficking Business Authentication Criteria
http://responsiblesourcingtool.org/download/reports/Verite_BusinessAuthenticationCriteria_r1.pdf


The PNG shown left gets read by a stream and then transformed to a stream of PNG chunks. By this, the PNG can be processed before the fetch is complete.


Implements approximation methods for natural capital asset prices suggested by Fenichel and Abbott (2014) <doi:10.1086/676034> in Journal of the Associations of Environmental and Resource Economists (JAERE), Fenichel et al. (2016) <doi:10.1073/pnas.1513779113> in Proceedings of the National Academy of Sciences (PNAS), and Yun et al. (2017) in PNAS (accepted), and their extensions: creating Chebyshev polynomial nodes and grids, calculating basis of Chebyshev polynomials, approximation and their simulations for: V-approximation (single and multiple stocks, PNAS), P-approximation (single stock, PNAS), and Pdot-approximation (single stock, JAERE). Development of this package was generously supported by the Knobloch Family Foundation.
| Version: | 1.0.0 |
| Depends: | R (≥ 3.0.1) |
| Published: | 2017-06-05 |
| Author: | Seong Do Yun [aut, cre], Eli P. Fenichel [aut, ctb], Joshua K. Abbott [aut, ctb] |
| Maintainer: | Seong Do Yun <seongdo.yun at yale.edu> |
| License: | GPL-2 | GPL-3 [expanded from: GPL (≥ 2)] |
| NeedsCompilation: | no |
| CRAN checks: | capn results |
| Reference manual: | capn.pdf |
| Package source: | capn_1.0.0.tar.gz |
| Windows binaries: | r-devel: capn_1.0.0.zip, r-release: capn_1.0.0.zip, r-oldrel: capn_1.0.0.zip |
| OS X binaries: | r-release: capn_1.0.0.tgz, r-oldrel: capn_1.0.0.tgz |
Please use the canonical form https://CRAN.R-project.org/package=capn to link to this page.


Generate beautiful header images for your GitHub profile READMEs.
GitHub now allows us to add READMEs to our profile describing ourselves but what if we need a header image in the README with your name and a small greeting? This generator comes to your rescue and saves the day (well, not a big thing and not very useful and it doesn't really save the day :shrug:)
Once you generate the image and upload it somewhere (like a CDN), you can use it in your README like this:
Login with GitHub to get started.


new Game(canvas)
Game class that is subclassed by actual game code
Parameters:
| Name | Type | Description |
|---|---|---|
canvas |
HTMLCanvasElement | canvas DOM element |
Members
-
assets :Assets
-
Instance of Assets for loading assets for the game
Type:
-
canvas :HTMLCanvasElement
-
Canvas DOM element
Type:
- HTMLCanvasElement
-
height :number
-
Game highs in pixels
Type:
- number
-
input :Input
-
Input instance for mouse and keyboard events
Type:
-
isRetina :boolean
-
True if you are using retina screen
Type:
- boolean
-
load :object
-
Sprites to load
Type:
- object
-
sprite :SpriteSheetManager
-
Instance of SpriteSheetManager for managing sprites and images
Type:
-
video :Video
-
Video instance for rendering into canvas
Type:
-
width :number
-
Game width in pixels
Type:
- number
Methods
-
<abstract> blur()
-
Window Blur event
-
<abstract> click(x, y)
-
Click event
Parameters:
Name Type Description x
number x position y
number y position -
<abstract> config()
-
Configure the game
-
<abstract> focus()
-
Window Focus event
-
<abstract> init()
-
Is called when all assets are loaded
-
<abstract> keypress(keycode)
-
Keypress event
Parameters:
Name Type Description keycode
number char code of the pressed key -
<abstract> mousemove(x, y)
-
Mousemove event
Parameters:
Name Type Description x
number x position y
number y position -
<abstract> render()
-
Renders the game
-
<abstract> resize()
-
Window resize event
-
<abstract> update(time)
-
Updates the game
Parameters:
Name Type Description time
number time in seconds since last frame