Jaldhara Purifiers is a water purification company that installs state of the art R O systems to ensure clean and safe water for your daily use including drinking, cooking and other uses. Our aim is to purify water by reducing the concentration of particulate matter including suspended particles, parasites, bacteria, algae, viruses, fungi, as well as reducing the concentration of a range of dissolved and particulate matter.
We do this by installing Jaldhara R O water purification systems that remove the salt and other effluent materials from the water molecules to provide you with high nutritional water.
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Jaldhara Purifiers is a water purification company that installs state of the art R O systems to ensure clean and safe water for your daily use including drinking, cooking and other uses.
We strive hard to keep our inhouse brand Jaldhara excellent but we also provide RO systems from other brands as well so as to meet your demands.
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#include <stUtil.h>
Public Member Functions | |
| stDistanceIndex () | |
| stDistanceIndex & | operator= (const struct stDistanceIndex &x) |
Public Attributes | |
| int | Index |
| double | Distance |
Marcos Rodrigues Vieira<EMAIL_ADDRESS>Definition at line 334 of file stUtil.h.
|
|
The operator =. |
|
|
|
|
|
The associated distance. Definition at line 343 of file stUtil.h. Referenced by operator=(), and stDistanceIndex(). |
|
|
The index. Definition at line 338 of file stUtil.h. Referenced by operator=(), and stDistanceIndex(). |


Helper Functions¶
|
Read the string in txt as csv file and return the content as DataFrame. |
|
Read the string in txt as csv file and return the content as DataFrame. |
|
convert degrees to a slope (\(\Delta x / \Delta y\)) |
|
get vertical end of the channel based on the radius of the channel and an end angle |
|
combine all generated shape text files to a single inp-like text file |
|
get function/expression of a straight line with a given point which it intercepts |
|
function of a vertical line |
function of a horizontal line |
|
|
function of a circle |
-
shape_generator.helpers.
csv
(txt, comment=None)[source]¶ Read the string in txt as csv file and return the content as DataFrame.
-
shape_generator.helpers.
to_xs_dict
(txt, comment=None)[source]¶ Read the string in txt as csv file and return the content as DataFrame.
-
shape_generator.helpers.
deg2slope
(degree)[source]¶ convert degrees to a slope (\(\Delta x / \Delta y\))
-
shape_generator.helpers.
channel_end
(r, end_degree)[source]¶ get vertical end of the channel based on the radius of the channel and an end angle
- Parameters
- Returns
height of the channel when the circle reaches a certain angle
- Return type
-
shape_generator.helpers.
combine_input_files
(shape_path, delete_original=False)[source]¶ combine all generated shape text files to a single inp-like text file
When running the
shape_generator.shape_generator.Profile.input_file()
function, a .txt file will be created. Those txt files will be combines to a single file with this function. This makes it easier to import all shapes to the .inp file.
Class Functions
-
class
shape_generator.helpers.
Slope
(slope, unit=None)[source]¶ get function/expression of a straight line with a given point which it intercepts
- Parameters
- Returns
linear function
- Return type


This suite of learning supports your onboarding journey with Advisory – there are different
paths depending on your rank but feel free to take the tour around both our Foundations
(Consultant to Manager) and Executive (Senior Manager to Partner) learning roadmaps.
WTEY Portal
Including information about your geographical region, the WTEY Portal supports you from day one.
LAUNCH SITE
1
WTA Video
A short interactive presentation introducing EY and Advisory.
WATCH THE VIDEO
2
Advisory Success Toolkit
A quick reference flipbook of useful information and links for Advisory new joiners.
ACCESS THE TOOLKIT
3
WTA Overview Teaser
A short teaser that takes you on a quick tour of the WTA learning journey based on your rank.
WATCH THE TEASER
4
Consultant to Manager
Senior Manager to Executive Director / Partner
WTA Foundations
Essential onboarding learning for Advisory new joiners up to and including Managers.
LEARN MORE
5
WTA Executive
Essential onboarding learning for Advisory new joiners from Senior Manager up to Partner.
LEARN MORE
5
Immersion
Immersive classroom experience building core consulting skills.
6
DAP Program
Core learning program for Direct Admit Partners.
Please contact your learning lead for more information.
6


Contributors
Become a contributor
We hope that this website becomes an asset of the community, and we welcome anyone interested to become a contributor/moderator/admin for this website. You may contribute new, helpful features and visualizations. We also welcome content moderators, i.e. folks who will review new paper pull requests. Please email Yiheng to join us!
Acknowledgements
This website was built on top of MiniConf project for a virtual conference in a box from Hendrik Strobelt and Sasha Rush. Citation relation data used for generating citation graphs are derived from the Semantic Scholar API. This work was supported by an NSF grant (CNS-2038897) and the Google Research Scholar Program.


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A struct template for Vectors.
More...
#include <vector_x.hpp>
|
| float | magnitudeSq () const |
| | Calculates and returns the magnitude of the vector multiplied by itself. More...
|
| |
| float | magnitude () const |
| | Calculates and returns the magnitude of the vector. More...
|
| |
| float | dot (const Vector< T, Size > &v) const |
| | Calculates and returns the dot product of this vector and another. More...
|
| |
| Vector< T, Size > | normal () const |
| | Calculates and returns a unit vector with the same direction as this vector, i.e: this vector's normal. More...
|
| |
| Vector< T, Size > & | normalise () |
| | Normalises the vector so it has a magnitude of 1. More...
|
| |
| Vector< T, Size > & | limit (float newMagnitude) |
| | Limits the vector's magnitude. More...
|
| |
| T & | operator[] (unsigned int idx) |
| | Accesses the vector's components using a given index. More...
|
| |
| const T & | operator[] (unsigned int idx) const |
| | Accesses the vector's components using a given index. More...
|
| |
| Vector< T, Size > & | operator= (const Vector< T, Size > &rhs) |
| | Vector4 assignment operator overload. More...
|
| |
| Vector< T, Size > & | operator+= (const Vector< T, Size > &rhs) |
| | Adds another vector to the vector. More...
|
| |
| Vector< T, Size > & | operator-= (const Vector< T, Size > &rhs) |
| | Subtracts another vector from the vector. More...
|
| |
| Vector< T, Size > & | operator *= (const Vector< T, Size > &rhs) |
| | Multiplies another vector with the vector. More...
|
| |
| Vector< T, Size > & | operator/= (const Vector< T, Size > &rhs) |
| | Divides the vector by another vector. More...
|
| |
| Vector< T, Size > & | operator *= (float s) |
| | Multiplies the vector by a scalar value. More...
|
| |
| Vector< T, Size > & | operator/= (float s) |
| | Divides the vector by a scalar value. More...
|
| |
| Vector< T, Size > | operator- () const |
| | Computes and returns the inverse of the vector, i.e: all components multiplied by -1. More...
|
| |
|
|
T | components [Size] = { 0 } |
| | An array of elements of type with a length of Size. The components of the Vector.
|
| |
template<typename T, unsigned int Size>
struct gml::Vector< T, Size >
A struct template for Vectors.
- Warning
- Type T must support various operator overloads in order to create a Vector with it, otherwise your program will not compile. This Vector template was written only with the built in types in mind.
Definition at line 17 of file vector_x.hpp.
◆ dot()
template<typename T, unsigned int Size>
Calculates and returns the dot product of this vector and another.
- Parameters
-
| v | The other vector used in calculating the dot product. |
- Returns
- The dot product calculated from this vector and another.
Definition at line 49 of file vector_x.hpp.
◆ limit()
template<typename T, unsigned int Size>
Limits the vector's magnitude.
This will make the vector keep its direction but extend/shrink its magnitude.
- Parameters
-
| newMagnitude | The vector's new magnitude |
Definition at line 80 of file vector_x.hpp.
◆ magnitude()
template<typename T, unsigned int Size>
Calculates and returns the magnitude of the vector.
The vector's magnitude is also known as the vector's length or size.
- Returns
- The magnitude of the vector.
Definition at line 39 of file vector_x.hpp.
◆ magnitudeSq()
template<typename T, unsigned int Size>
Calculates and returns the magnitude of the vector multiplied by itself.
Useful for when performance is paramount and the user wishes to avoid the use of the sqrt() function used in magnitude().
- Returns
- The magnitude of the vector squared.
Definition at line 26 of file vector_x.hpp.
◆ normal()
template<typename T, unsigned int Size>
Calculates and returns a unit vector with the same direction as this vector, i.e: this vector's normal.
- Returns
- A unit vector with a magnitude of 1.
Definition at line 61 of file vector_x.hpp.
◆ normalise()
template<typename T, unsigned int Size>
Normalises the vector so it has a magnitude of 1.
- Returns
- A reference to the now normalised vector.
Definition at line 70 of file vector_x.hpp.
◆ operator *=() [1/2]
template<typename T, unsigned int Size>
Multiplies another vector with the vector.
Multiplication is performed component-wise.
- Parameters
-
| rhs | Another vector which will be multiplied with the vector. |
- Returns
- A reference to the vector.
Definition at line 153 of file vector_x.hpp.
◆ operator *=() [2/2]
template<typename T, unsigned int Size>
Multiplies the vector by a scalar value.
- Parameters
-
| s | The value of which to multiply/scale the vector by. |
- Returns
- A reference to the vector.
Definition at line 178 of file vector_x.hpp.
◆ operator+=()
template<typename T, unsigned int Size>
Adds another vector to the vector.
Addition is performed component-wise.
- Parameters
-
| rhs | Another vector which will be added to the vector. |
- Returns
- A reference to the vector.
Definition at line 127 of file vector_x.hpp.
◆ operator-()
template<typename T, unsigned int Size>
Computes and returns the inverse of the vector, i.e: all components multiplied by -1.
- Returns
- A new vector which is the inverse of the vector.
Definition at line 201 of file vector_x.hpp.
◆ operator-=()
template<typename T, unsigned int Size>
Subtracts another vector from the vector.
Subtraction is performed component-wise.
- Parameters
-
| rhs | Another vector which will be subtracted from the vector. |
- Returns
- A reference to the vector.
Definition at line 140 of file vector_x.hpp.
◆ operator/=() [1/2]
template<typename T, unsigned int Size>
Divides the vector by another vector.
Division is performed component-wise.
- Parameters
-
| rhs | Another vector which the vector will be divided by. |
- Returns
- A reference to the vector.
Definition at line 166 of file vector_x.hpp.
◆ operator/=() [2/2]
template<typename T, unsigned int Size>
Divides the vector by a scalar value.
- Parameters
-
| s | The value of which to divide/scale the vector by. |
- Returns
- A reference to the vector.
Definition at line 190 of file vector_x.hpp.
◆ operator=()
template<typename T, unsigned int Size>
Vector4 assignment operator overload.
- Parameters
-
| rhs | The Vector4 from which to copy component values from. |
Definition at line 114 of file vector_x.hpp.
◆ operator[]() [1/2]
template<typename T, unsigned int Size>
| T& gml::Vector< T, Size >::operator[] |
( |
unsigned int |
idx | ) |
|
|
inline |
Accesses the vector's components using a given index.
- Parameters
-
| idx | The specified index of the component to return. |
- Returns
- A modifiable reference to the component found at the specified index.
- Warning
- This function performs no array-bounds checking. the passed index must be [0 .. Size - 1].
Definition at line 94 of file vector_x.hpp.
◆ operator[]() [2/2]
template<typename T, unsigned int Size>
| const T& gml::Vector< T, Size >::operator[] |
( |
unsigned int |
idx | ) |
const |
|
inline |
Accesses the vector's components using a given index.
- Parameters
-
| idx | The specified index of the component to return. |
- Returns
- An immutable reference to the component found at the specified index.
- Warning
- This function performs no array-bounds checking. the passed index must be [0 .. Size - 1].
Definition at line 105 of file vector_x.hpp.
The documentation for this struct was generated from the following file:
- C:/Users/gmcdonagh/Documents/some_stuff/alvere/gml/gml/include/gml/vector/vector_x.hpp


Progressive Web App Feature Detector
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| Detecting Progressive Web App features… |
This web app aims to provide a comprehensive list of PWA features for the browser and device it's running in.
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| DOSE: |
repeated |
oral |
Nutmeg |
(tea) |
TRIP # 1
DATE: 2/26/05
TIME: 9:30 AM
I took two whole nutmegs and crushed them up with a pair of pliers. I tried every way thinkable to down these. I dumped them in water, I tried putting nutmeg on top of bread, everything. Every method just resulted in a sandy bitter taste in my mouth .A very gross trial. All in all, I probably downed 1/2 of a whole nutmeg.
T + 1:50 First threshold effects become apparent, numbness in fingertips. Groggy, clouded thinking.
That was as far as that trip went and it died about 15 minutes after jotting down the 1:50 report.
----------------------------
TRIP # 2
DATE: 2/26/05
TIME: 1:05 PM
I try to ingest some more nutmeg, this time I try a different method. I crushed up 3 1/2 seeds with a pair of pliers. I put in a pot with 1 cup of water. I let simmer for 35 minutes (it was ready at 1:00 PM). When it was ready, I strained out the big nutmeg chunks, and I drank it in one gulp (the 1 cup of water evaporated into about a half a cup). It was a very spicy minty, bitter taste in my mouth. I immediately followed it with a swig of mouthwash and some ice water. It overall went down pretty easy. Something I could do again.
T + 0:40 Defiantly relaxed, no real noticeable effects as of yet.
T + 0:50 Mild stoned feeling. However unlike pot, I had no racing thoughts, no visuals but a profound lethargic numb feeling.
T + 1:00 This is when I said to myself, 'I wish it was a tad bit stronger'
After about two hours from ingestion, the trip died very suddenly.
----------------------------
TRIP # 3
DATE: 2/26/05
TIME: 8:00 PM
Throughout the day (this trip took place about 5 hours later) I tried to figure out what went wrong. Something was definitely wrong. I thought the trip would last 24 hours. I was obviously misled. I decided that the reason my trips were very subtle was because of my method of preparation. I ran out to the store to buy a cheese grater and one more bottle of whole nutmeg. I figured that when I crushed up the 3 or so nuts, because they were still fairly big, all the oils weren't extracted into the water. This time I would grate the nutmeg very finely. I boiled about 2 1/2 seeds
(very ground, they produced about 4 tablespoons after being grated.) I added all the freshly ground nutmeg to 1 1/2 cup of water and it simmered for about 45 minutes. While it was simmering, I could look at it at an angle, and see a oily substances bubbling around the top, something I didn't see in my last brew.
T + 0:30 Very relaxed, the movie I am watching for the night is Die Hard with a Vengeance. My black lights are on and the glow from my black light posters remind me of the state I'm in.
T + 1:00 I am very stoned right now, No real visuals, but a few tracers. No Auditory experiences like I would get with pot. But I was very happy with the way my trip was going.
T + 1:50 The stoned feeling (colors seem brighter, people are more interesting) went away, and by now I am feeling very drunk. The movie has about a half hour left so I pause the DVD and head for the bathroom. I can't really walk straight, I feel drunk and any attempts at talking result in 'sloshed words'.
T + 2:50 The movie just ended and I decided to go to sleep. I still am feeling drunk and I'm thinking that hopefully I will have some intense dreams.
T + 3:00 I can't get to bed, my mind is filled with crazy thoughts, My whole body seems paralyzed, I really couldn't move if I wanted to. Very lethargic.
T + 3:30 (estimated) Finally I fall asleep, too bad though I can't remember any dreams that I might of had.
Thatís when the trip ended for me. On the contrary to what reports have said, I had NO hangover the next morning. This was a very pleasurable experience. I had a great time. To any one thinking about trying nutmeg, I would offer some advice. Make it as a tea. It is so much better than trying to muscle it down all ground up. I am not too sure but mabey the fact that I was taking Stacker 2 at the time of these trips, might have had some effects.
The next time I try nutmeg, which probably will be in about a month or so, I am going to add about 5 nuts to the tea. Because; Nutmeg, she is my Narcotic.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


Bollywood Actor Arshad Warsi adds an adventure motorcycle to his fleet - buys the BMW F 750 GS
by Aditya JadhavBollywood actor Arshad Warsi recently bought the BMW F 750 GS. The adventure tourer is the recent addition to his fleet that consists of the Ducati Monster 821 and the Indian Scout.
BMW Motorrad motorcycles seems to be the choice of most Bollywood celebrities considering that earlier this year Shahid Kapoor bought a BMW R 1250 GS. Followed by Shah Rukh Khan who was seen astride the BMW G 310 R, giving safety tips and encouraging safe riding.
Speaking of the BMW F 750 GS recently purchased by Arshad Warsi, the bike retails at Rs 11.95 lakh ex-showroom and goes all the way up to Rs 13.40 lakh ex-showroom. The F 750 GS gets an 853cc, parallel-twin engine which is shared with its elder sibling the BMW F 850 GS. However, the engine produces 78PS at 7,500rpm and 83Nm at 6,000rpm. The same engine in the F 850 GS produces 96PS and 92Nm of torque.
The F 750 GS gets an option of a 6.5-inch full-colour TFT display for instrumentation. Integrating operations via the BMW Motorrad multi-controller, it gives the rider quick access to the motorcycle and connectivity functions. Phone and media functions can be used without having to install an app. The rider can easily make telephone calls and enjoy listening to music with Bluetooth connection. In addition, the BMW Motorrad Connected app offers everyday-suitable and practice-oriented arrow navigation directly via the TFT display. The motorcycles feature ABS, stability control and Rain/Road riding modes as standard.
Also Read,
John Abraham gives a tour of his garage a closer look at his superbike collection
Shahid Kapoor bought a BMW R 1250 GS adventure motorcycle
KTM 790 Duke deliveries commenced First motorcycle delivered to Bollywood actor Dino Morea
2019 BMW F 750 GS first ride review


--- layout: post title: 'Development on Chromebooks: Why and How I switched from Crouton to a Virtual Private Server' date: 2014-05-16 13:28:48.000000000 -07:00 categories: - Blog - Tutorials tags: - advice - chromebooks - coding - tech status: draft type: post published: false meta: geo_public: '0' author: ---
- had to get Chrome sFTP add-on -> look up IP address of VPS (/sbin/ifconfig) -> configure sFTP client
- can't save files directly with nano -- have to exit and be propmpted to save
- couldn't install redcarpet markdown engine -- had to install kramdown
- almost everytime, i have to reboot my server
- using VPS to host Jekyll site: https://www.digitalocean.com/community/articles/how-to-get-started-with-jekyll-on-an-ubuntu-vps
- setting up with Capistrano 3.x http://capistranorb.com/documentation/getting-started/preparing-your-application/


{% extends 'base.html' %} {% block title %}Home{% endblock %} {% block content %}
A lightweight and fast music search and filtering engine built on top of Spotify's developer API.
Get started by creating an account first, and linking your Cheetah account with an existing Spotify account. Then you can migrate your playlists and start building new ones.
{% if user.is_authenticated %} You're logged in! Get started here. {% else %} Get started {% endif %}


Acton is a general purpose programming language, designed to be useful for a wide range of applications, from desktop applications to embedded and distributed systems. In a first approximation Acton can be described as a seamless addition of a powerful new construct to an existing language: Acton adds actors to Python.
The aim of this document is to serve as a tutorial on Acton for a reader familiar with Python. The presentation is mainly through examples, chosen to illustrate both similarities and differences between the two languages. As befits a tutorial, the examples are short and simple, but we hope that they are chosen in a way that helps the reader to see how the concepts illustrated scale to more complex situations. We also try to explain the considerations that has led the Acton designers to deviate from Python, where this is the case. However, the document is not a comprehensive description of the Acton language. In fact, both the language definition and its implementation is currently under active development, so some minor aspects of what we present here may be subject to change.
We recommend the reader to download and install Acton and to play with the examples.
Before we turn to examples, we briefly discuss actors and Python and the reasons for basing Acton on this foundation.
The actor model for (concurrent) computation goes back to work by Carl Hewitt around 1970 and has been influential ever since, even though its direct impact on mainstream computation has been limited. However, recent developments, where multi-core processors have become ubiquitous and cloud computing is rapidly growing in importance, have put focus on the shortcomings of mainstream tools and methodologies for concurrent programming, based on shared memory and threads, requiring synchronization and coordination using locks and similar tools. Many observers have come to the conclusion that this methodology is inadequate in the current and future computing landscape.
Actors offer a promising approach to addressing this bottleneck by providing a simpler programming model. The notion of actors provides a conceptual framework, and concrete, actor-based languages and libraries take different forms. For our purposes, we think of an actor as an entity, which interacts with other actors only through message-passing. An actor may encapsulate some private state, which can be accessed and modified only through messages in its interface, a description of the message forms that the actor can handle. Each actor has a mailbox, i.e. a queue where incoming messages are stored, waiting to be processed. In response to receipt of a message an actor can perform some computation, send messages to other actors, create new actors and update its state. Sending a message is an asynchronous operation, i.e. the sender asks the runtime system to supply the necessary service (delivering the message in the receiver's mailbox) and can immediately proceed with its processing of the current message.
The runtime system guarantees that an actor only serves one message at a time, but of course several actors may be active in parallel. Therefore, actors can be used for synchronization and coordination of concurrent activities. It turns out that this simple and intuitive construct gives great power for concurrent and distributed programming, and suggests a programming style that naturally avoids common pitfalls.
At the top level, an Acton program is an ensemble of actors. In-between processing messages, actors are idle, just maintaining their state. An intuitive view of an Acton system is therefore that it alternates between being idle and being engaged in a burst of activities in response to an incoming message. So, an Acton program is a reactive system. Also this notion has recently received a lot of attention, as witnessed by the Reactive Manifesto.
In some respects actors can appear to be quite similar to class instances, which also maintain an internal state that can be manipulated through method calls. However, there are also major differences. We defer a fuller discussion of this to Example 3 below.
A major design decision in Acton is therefore to adopt the actor programming model as a base for the large-scale structure of programs. It remains to embed this model in a concrete programming language, either as a library or middleware package in an existing language, or to design a new programming language. For reasons to be discussed below, Acton is a new language, but is also very closely related to Python.
Python has over many years acquired a large and enthousiastic user base. Programmers appreciate its light-weight syntax based on indentation and its native support for a variety of programming styles, including imperative, functional and object-oriented idioms. Acton capitalizes on this appeal by adopting Python syntax, making Acton immediately accessible to the Python programmer for programming in the small, i.e. defining functions and classes.
Part of the appeal of Python lies also in the lack of variable and type declarations, accompanied by liberal polymorphism, dynamic typing and an interactive interpreter environment. All of this enables a quick development cycle, but it also implies that many errors in Python programs are caught only at runtime. Acton follows Python in the lack of declarations (it has the same syntax!), but adopts a much stricter discipline of static checks. In particular, Acton is statically typed with an expressive type language and type inference. Also, scope rules are modified to avoid runtime errors caused by uninitialized variables. See Examples 1 and 2 for more detail.
At the syntax level, the addition of actors to the Python base just means a new keyword actor and a new form of compound statement, actor Name(params): suite, similar to class and function definitions. Thus, in spite of the fact that Acton is a new language, it is sufficiently close to Python that Python programmers will comfortably transition to Acton programming. We would even dare to conjecture that programming in Acton will come more natural than use of existing libraries for programming with actors in Python. Also, many Python library packages will also be valid Acton code.
For the Acton programmer, there is no notion of threads to consider and no need of locks, semaphores or other low-level synchronisation primitives. Threads enter instead at the level of the runtime system, where a thread pool works on the collection of tasks formed by idle actors with non-empty mailboxes, each thread repeatedly picking an actor/message pair and executing the actor's message-processing code. This implementation permits efficient utilization of multi-core processors. Also distribution of tasks across machines can be done transparently.
The execution environment of an Acton program is also modelled by an interface similar to that of an actor, i.e. we think of the external world as an actor with which the program interacts. The interface to this exterior world can vary greatly, depending on the type of application and the computing environment, and an Acton installation may offer one or more interfaces, with supporting runtime system.
The rest of this tutorial consists of a sequence of short examples. In connection with some of them we discuss Acton design decisions and differences between Python and Acton.
As will become clear from the examples, Acton is a compiled language, as C or Java. Programs are written to files which are compiled to produce executable files, which can be run. There is currently no interactive environment, where programs can be developed and tested in a read/eval/print loop.


The scores will vary slightly from what you saw on the game screen, because these scores are what the server reported.
{% for high_score in high_scores %} {{ high_score.time }} {{ high_score.email }}
{% endfor %}
Home


In this HOW-TO section we'll be creating a free tier IBM Cloud account and setting up Cloud Foundry app instance for deploying our LoopStore.
We'll install and configure the IBM Cloud CLI for deploying our app..
We'll also set up a Cloudant database service and update the code so we can use it to persist data for our Models.
LoopBack apps can be hosted in any Node.js environment and connect to a wide variety of data sources.
IBM Cloud is a convenient option for getting our LoopStore up and running on the web. It offers full-stack cloud platform with over 170 products and services. It also offers a useful free tier to give developers a chance to explore, with no need to enter credit card details.
All you really need is an email address to confirm your registration, a first and last name and your region to create an IBM id.
You can use the console side menu to jump to the Cloud Foundry overview page. Our LoopStore will live in the Public section.
Click on Create Resource
You'll end on the Catalog
App name: Set this as loopstore to match the rest of the tutorial instructions, or chose your own name: you will configure the CLI to deploy to an app instance with this name.
Domain: When you deploy with the CLI, this is the value you will need to give as the API Endpoint
Host name: Together with the Domain this forms the URL our LoopStore will be served from. You will need to choose something unique. You don't need to know this to configure the CLI, just to connect once the app is up and running. In the tutorial we'll refer it it as [my-hostname].
Choose a region to deploy in: This will default to the region you chose when you signed up.
Choose an organisation and space: These will be your IBM id email address and the dev space, needed to configure the CLI as we noted on the Dashboard previously.
Pricing Plans: As promised, we're working with the worry free Lite tier: there's no possibility the app will generate charges.
We've got a total of 256MB of memory which we could share with other other app instances but for now we may as well just give our LoopStore the full quota, so select the 256MB option.
That's about it!
Press create and (provided [my-hostname] is available) the platform will start spinning up the Node.js environment.
npm i cfenv --save
Fill in your email, name, region IBM Cloud signup page and once you've responded to the confirmation email and logged in you should end up with a lovely welcome message.
Welcome to IBM Cloud!
Note that the welcome message tells you that your account is all set up with a:
You'll need to know some of these to configure the CLI.
Once you've dismissed this message, you'll find yourself on your IBM Cloud Dashboard.
Wondering why the console (and soon our LoopStore) are hosted at bluemix.net? - IBM Cloud changed its name from Bluemix in 2017
You can see from the dropdowns at the top of the Dashboard that your organisation has been created using your email address, and there is a single space called dev.
These are the default settings that will be used when you create your Cloud Foundry app you will need them to configure the CLI.
Hit the hamburger top-left and you'll meet the side menu that allows you to find your way around the vast IBM Cloud platform.
You can use the console side menu to jump to the Cloud Foundry overview page. Our LoopStore will live in the Public section.
Click on Create Resource
You'll end on the Catalog page (alternatively, you could have just clicked on Catalog on the top menu, but it's good to take a look around).
You now have a chance to see the full range of IBM Cloud tools and services.
Try not to get distracted by the really cool kids like Watson just for the moment: what we want is an SDK for Node.js Cloud Foundry App. Click on it to get the configuration page.
Let's take a closer look:
App name: Set this as loopstore to match the rest of the tutorial instructions, or chose your own name: you will configure the CLI to deploy to an app instance with this name.
Domain: When you deploy with the CLI, this is the value you will need to give as the API Endpoint
Host name: Together with the Domain this forms the URL our LoopStore will be served from. You will need to choose something unique. You don't need to know this to configure the CLI, just to connect once the app is up and running. In the tutorial we'll refer it it as [my-hostname].
Choose a region to deploy in: This will default to the region you chose when you signed up.
Choose an organisation and space: These will be your IBM id email address and the dev space, needed to configure the CLI as we noted on the Dashboard previously.
Pricing Plans: As promised, we're working with the worry free Lite tier: there's no possibility the app will generate charges.
We've got a total of 256MB of memory which we could share with other other app instances but for now we may as well just give our LoopStore the full quota, so select the 256MB option.
That's about it!
Press create and (provided [my-hostname] is available) the platform will start spinning up the Node.js environment.
It's an asynchronous process and can take a few minutes, so you can carry on to the next step of setting up a Cloudant service to store or data.
If you wait a while or come back to this page later, you should see that the app is "awake". We can also check the status of the app using the CLI as we'll see later.
Configure the DataSource in data.db to use loopback-connector-cloudant
Deploy LoopStore to the cloud!
Test your deployment
Setting up a local Cloudant database
Considerations for production deployment
We need to download either the full IBM Cloud CLI or the Cloud Foundry CLI
That's our IBM Cloud environment and database all set up and we're almost ready to deploy, but we need to make a few changes to our LoopStore's app code first.
Add


OnTrack cluster charge landua peak
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OffTrack cluster charge landau peak
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OnTrack cluster noise gaussian peak
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OffTrack cluster noise gaussian peak
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OnTrack cluster Sig/Noise mean
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OffTrack cluster Sig/Noise mean
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OnTrack cluster Sig/Noise landau peak
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OffTrack cluster Sig/Noise landau peak
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OnTrack Cluster width
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OffTrack Cluster width
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OnTrack number of clusters
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Total number of OffTrack clusters
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OnTrack average number of clusters
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Average total number of OffTrack clusters
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APV address errors
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Mean APV address errors
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Bad active channel status bits
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Mean bad active channel status bits
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Bad channel status bits
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Mean bad channel status bits
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FED errors
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Mean FED errors
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Out of sync
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Mean out of sync
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Unlocked
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Mean unlocked
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TotalNumberOfClusterProfile
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Class p.l.p.PluginLoader:
Part of
p1tr.lib.plugins
I'm responsible for loading plugins.
Function
__init__
Undocumented
Function
load_plugins
If no plug-ins are listed in my argument I load all plug-ins in the
def
__init__(self):
Undocumented
def
load_plugins(self, plugin_list=None):
If no plug-ins are listed in my argument I load all plug-ins in the plugin directory.


| Name: SMT. MUNIRA BANU | Reg No: 11-4SMHC19 |
|---|---|
| Age / Sex:35/F | Contact No:9945245277 |
| Marital Status: - 17 YRS | Date:30/4/19 |
| Occupation: HOUSEWIFE. 7TH STD | Dr. |
| Address: | DIAGNOSIS- |
VARICOSE VEINS SINCE 15 YEARS. STARTED WITH RIGHT SIDE OF LEG AND NOW LEFT 6 MONTHS ON THE LEFT DORSUM OF FOOT. NO PAIN AT ALL. AFTER DELIVERY. ( WAS LOOKIN AT HER FAMILY TO SAY HER TROBULES ).
LATERAL SIDE OF LEG RIGHT SIDE ITCHING A TIMES APPLIES CALOMINE LOTION AND THEN REDUCES.
2 KIDS NORMAL DELIVERY.
RX:
PULSATILLA 200 /SULPHUR 200/ HAMAMELIS 200 – 4-4-4-4 FR 4 DAYS.
HAMEMLIS Q+pulsQ+cardusQ – 15-15-15 DROPS A/FOOD WATER.
SIL 6X 4-4-4-4.
TAKE 500.
17/5/19: no change in the vvs. Itching same. Now frm 3 days had itching under breast.
Rx:
Sepia 200 – 4 pills mng b/food.
Calc carb 200 – 4 pills afternoon b/food.
HAMEMLIS Q+pulsQ+cardusQ – 15-15-15 DROPS A/FOOD WATER.
Hamemlis 200 – 4 pills night b/food.
Rub 30 tabs night b/food.
22/6/19. Vv’s same. Itching under breast increased.
Rx:
Fluoric acid1m/sepia1m/puls1m 4-4-4-4 1st /3rd week
Graphites 1m/hamamelis 1m – 4-4-4-4 2/4th week
Rub 30 – 1 tab night b/food.
Cardus mur/pulsq/hamemelisq 15-15-15 drops a/food.
Echnicea/calendula Q – apply on the affected area with cotton. 15ml.


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object --+ | named._Named --+ | named._NamedBase --+ | ExactTransverseMercator
Pure Python version of Karney's C++ class TransverseMercatorExact, a numerically exact transverse
Mercator projection, further referred to as TMExact
.
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Inherited from Inherited from Inherited from |
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datum Class property with retrievable name.
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ellipsoid Get the ellipsoid (Ellipsoid). |
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equatoradius Get this ellipsoid 's equatorial radius, semi-axis
(meter ).
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a Get this ellipsoid 's equatorial radius, semi-axis
(meter ).
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extendp Get the domain ( bool ), extended or
standard.
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flattening Get this ellipsoid 's flattening (float ).
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f Get this ellipsoid 's flattening (float ).
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iteration Get the most recent ExactTransverseMercator.forward or
ExactTransverseMercator.reverse iteration number
(int ) or None if not available/applicable.
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k0 Class property with retrievable name.
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lon0 Class property with retrievable name.
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majoradius DEPRECATED, use property equatoradius .
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raiser Class property with retrievable name.
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Inherited from Inherited from |
| Method Details |
New ExactTransverseMercator projection.
See Also: Constructor TransverseMercatorExact for more details, especially on extendp. Note:
For all 255.5K TMcoords.dat tests (with |
Forward projection, from geographic to transverse Mercator.
See Also:
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Reverse projection, from Transverse Mercator to geographic.
See Also:
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Return a
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| Property Details |
datumClass
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ellipsoidGet the ellipsoid (Ellipsoid).
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equatoradiusGet this
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aGet this
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extendpGet the domain (
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flatteningGet this
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fGet this
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iterationGet the most recent
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k0Class
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lon0Class
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majoradiusDEPRECATED, use property
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raiserClass
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| Generated by Epydoc 3.0.1 on Sun Aug 20 14:42:09 2023 | http://epydoc.sourceforge.net |


You and your new friends wake up in the old, large and horrible house. You and your new friends hear a strong voice. The voice said, “This house will disappear at 6:00a.m. If you cannot leave the house, you will become one of us. HAHAHA!”
You look at your watch. “Oh! You Only have 10 hours to escape.”


This is an example paragraph. Anything in the body tag will appear on the page, just like this p tag and its contents.
>


Table of Contents
By default, write operations cannot be performed on a replication client site. Replication Manager provides automatic write forwarding as a configurable option for applications with simple data and transaction models. (See the Configuring for Write Forwarding section in the Berkeley DB Programmer's Reference Guide for more information.)
In this chapter, we configure write forwarding for the simple transaction-protected DB application that you created in the Transactional Application chapter.
Write forwarding simplifies adding replication to the stock market quotes database application. Once write forwarding is configured, this application allows any site to accept stock quote updates. There is no need to confine write operations to the master or even to know which site is the master.
The application operates by presenting you with a command line prompt. You then enter the stock symbol and its value, separated by a space. The application takes this information and writes it to the database.
To see the contents of the database, simply press
return
at the command prompt.
To quit the application, type 'quit' or 'exit' at the command prompt.
For example, the following illustrates the application's usage. In it, we use entirely fictitious stock market symbols and price values.
node01> ./excxx_repquote_gsg_RepMgrWrforGSG -h env_home_dir -L node01:5000 QUOTESERVER> stock1 88 QUOTESERVER> stock2 .08 QUOTESERVER> Symbol Price ====== ===== stock1 88 stock2 .08
where L
is used to identify the local site
as group creator, which creates the database and starts
this site as master.
With write forwarding, we can add a new stock value in the client site. In the client site (node02), specify the new local client site and the existing remote site in the replication group.
node02> ./excxx_repquote_gsg_RepMgrWrforGSG -l node02:5001 -r node01:5000 QUOTESERVER> stock3 99 QUOTESERVER> Symbol Price ====== ===== stock1 88 stock2 .08 stock3 99 QUOTESERVER> quit
Finally, verify that the stock3
value replicated
to the master:
QUOTESERVER> Symbol Price ====== ===== stock1 88 stock2 .08 stock3 99 QUOTESERVER> quit


/**
* Horizontal alignment of children in the container.
* Possible values are "left"
, "center"
,
* and "right"
.
* The default value is "left"
, but some containers,
* such as ButtonBar and ToggleButtonBar,
* have different default values.
*/
[Style(name="horizontalAlign", type="String", enumeration="left,center,right", inherit="no")]
/**
* Vertical alignment of children in the container.
* Possible values are "top"
, "middle"
,
* and "bottom"
.
* The default value is "top"
, but some containers,
* such as ButtonBar, ControlBar, LinkBar,
* and ToggleButtonBar, have different default values.
*/
[Style(name="verticalAlign", type="String", enumeration="bottom,middle,top", inherit="no")]


This is a topic that definitely took some research to nail down for me. All three of these terms relate to the spacing of objects in relation to each other in some way or form. Let me start out by including an image that was immensely helpful before I attempt to explain any further.
So this image was the single best example for me in how to describe the difference between these terms.
Margin is what I tried to edit to make papers seem longer when they weren't quite long enough. In my mind its the edge of your page whether it be physically in paper, or the dimensions of a website. The margin of an object clears an area around the outside of an object, has no color, and is completely transparent. If you want a buffer zone around the outside of a bordered object this is the property you would use.
Border The border property was the most straight forward for me to understand. It allows you to draw a border around a specific element, and then define its properties. If you have a text object, you can surround it in a frame and then edit its width, color, and style. Width is defined in pixels "border-width: 15px", or by pre defined values of thin, medium, or thick. The color can be defined in hex, name, or RGB value. Finally the style of the border is defined by set styles such as dashed, dotted, solid, or double as a few examples.
Padding refers to the space between the border and the element it surrounds. In short its the distance between the element and the border. It is defined in pixels with a format padding-(top, bottom, left, right): 10px;.


Worcester County DA investigating after two shot in New Braintree
by EndPlayNEW BRAINTREE, Mass. - Authorities in New Braintree are investigating after two people were shot on Saturday morning.
Police responded to reports of shots fired at a home on Worcester Road early in the morning.
At the scene, officers found two women had been shot.
"At the time they found one gunshot victim of a self-inflicted gunshot wound outside of the house," said Worcester County District Attorney Joseph Early.
Preliminary investigation found one woman seems to have pulled the trigger and shot herself outside the house, while the second woman was shot on the shoulder by someone else.
Both women survived, but the woman who shot herself had to be taken to the hospital via med flight, while the other one was transported by ambulance.
While neighbors are sparse in the area, police want the public to know that the incident was domestic and that there's no threat to the public.
"We would just like everybody to know that there's no danger, this was an isolated incident, it's under investigation and the public should not worry," said DA Early.
Both women are currently in stable condition at the hospital.
No arrests have been made so far.
The road remained closed throughout the day and well into the night as police continued to investigate the scene.


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As the top of the page says, I am offering private computer science tutoring in the Boise area. I can help you with a homework assignment you are stuck on or give you an introduction to programming akin to an undergraduate course. I specialize in teaching Java, C, Python, and Javascript with topics you'd encounter in your first two years of university. These include classes, inheritence, data structures, sorting algorithms, recursion, file I/O, stacks vs heaps, orders of complexity, and APIs.
Contact and Scheduling
I am available on weekday nights after 6:00 PM and weekends until 6:00 PM for sessions in 1 hour increments. I can meet in your home in town or in a coffee shop or local library. Please be sure to let me know what topics or languages you want to go over.
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Email<EMAIL_ADDRESS>Phone: 1-310-415-1267 (SMS preferred)
Fees
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Capsispray™ is a novel and eco-friendly less-than-lethal chilli spray derived from Capsicum assamicum (Bhut Jolokia) oleoresin. Capsispray™ is highly suitable for Indian troops for use in low-intensity conflict areas as well as for riot control, personal protection self-defence and crime prevention, etc.


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