{% extends "../layout.html" %} {% block page_title %} Find a career {% endblock %} {% block content %} {% set serviceName = 'Find a career' %} {% set bannerStyle = 'BETA-style' %} {% set filterName = 'Salary' %} {% include "../includes/survey.html" %} {% include "../includes/global_header_bar.html" %} {% include "../includes/breadcrumb_filters.html" %} {{filterName}} Starter salary Step 3 of 5 Less than £15,000 £15,000 to £25,000 More than £25,000 Experienced salary (Typically 5+ years) Less than £30,000 £30,000 to £50,000 More than £50,000 Money is not my main motivation Continue {% endblock %}


{{< layout}} {{$pageTitle}}Track a passport application{{/pageTitle}} {{$content}}
We'll send the person confirming your identity an email. You must contact them before we send the email.
Make sure the person knows your date of birth, including the year.


Adds a sheet to a workbook. This function is for compatibility with Microsoft Excel version 4.0. To add a new sheet to a workbook in Microsoft Excel version 5, use the WORKBOOK.INSERT function.
Syntax
WORKBOOK.NEW( )
WORKBOOK.NEW?( )
In both forms of this function, you will be prompted for the name of the workbooks.
Related Function
WORKBOOK.INSERT Adds sheets to workbooks
Return to index


Train Schedule
Fill in the information below to add another train to the schedule
Current Time:
Current Train Schedule
Train Name
Destination
Frequency
Next Arrival
Minutes Away
Add a Train
Train Name
Destination
Frequency
Next Arrival
Minutes Away
Submit


To get the balance of a currency in the cash book, use the Amount
property.
var usd = Portfolio.CashBook["USD"].Amount; var btc = Portfolio.CashBook["BTC"].Amount;
usd = self.Portfolio.CashBook["USD"].Amount btc = self.Portfolio.CashBook["BTC"].Amount
To get the value of a currency in the cash book, denominated in your account currency, use the ValueInAccountCurrency
property.
var ethValue = Portfolio.CashBook["ETH"].ValueInAccountCurrency;
eth_value = self.Portfolio.CashBook["ETH"].ValueInAccountCurrency


2
2.1 Eligibility
The workshop will be limited to 30 participants. Selection of participants will be based on survey results and their ability and willingness to openly contribute and share data through OBIS, sustain a collaborative long-term monitoring program in their study area, share best practices and contribute to achieving the overall goals of the P2P network. Priority will be given to participants of the previous workshop that conducted biodiversity surveys at their study sites as agreed in the first workshop and that have submitted data sheets to the MBON Pole to Pole Github repository. Applicants willing to use and share their own data are also eligible if they provide specific information about the type of dataset, study site location, time of collection and employed methods.
2.2 Survey
In order to partcipate, you will need to complete survey below (be sure to scroll down within frame), or by visiting the survey directly at https://goo.gl/forms/AIQ9djKDfyfpKuaE3, before the survey deadline of May 1st, 2018.
2.3 Confirmation
Candidates will receive notice of acceptance by December 27th, 2018. Selected participants must confirm attendance to the workshop by replying to the acceptance notification email before January 25, 2019.
The workshop will provide partial or full travel support to a selected number of participants. Priority for travel suppor will be given to participants that conducted biodiversity surveys before December 31, 2018.
2.4 Resources
- Ocean Biogeographic Information System (OBIS) - Manual
- R for Data Science
- Spatial Data Analysis and Modeling with R
- Species Distribution Modeling with R
The project is supported by the National Aeronautics and Space Administration (NASA) grant 80NSSC18K0318, ” Laying the foundations of the Pole-to-Pole Marine Biodiversity Observation Network (MBON) of the Americas”, and co-sponsored by AmeriGEOSS.


class EventHandler
Convenience class for finding events from the database.
EventHandler(context: Context)
Convenience class for finding events from the database. |
val context: Context |
fun getAnniversaries(): List<Anniversary> |
|
fun getBirthdays(): List<Birthday> |
|
fun getEvents(): List<Event> |


10
You have 10 New topic requests
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Rama Krishnan
Rama Krishnan - Parent
Member since Nov. 2012
My Connections
Profile
Subjects
St.Joseph’s Indian High School, VI Std
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Across All Subjects
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KK then the day had been going pretty nice. I was just generally feeling good which isn't a norm for me.  Anyway first bad thing of the day happened which was my mother was very late picking me up at school. Well after walking for an hour I flagged her down and was ready to give her a cussing for ruining my first great day in a long time, but when I got in the car she dropped three little pills in my hand.
 Valium, you ever taken them before? Nope you know me I usually go for uppers to help with depression. Well then you are in for a treat. So I pop them and let the dissolve in my mouth like she told me and when we got home I got out of the car and promptly almost fell over. Well this is more than I expected I slurred to her. She laughed I little and I hobbled inside. Once in I made my way to my room, and started looking up stuff about valium.
I'm mostly clean now except for my prescribed meds, unisom to help sleep, and the occasional few pills, alcohol or joint. Back in my hayday earlier this year though I was pretty damn hardcore if I do say so myself. My girlfriend doesn't like me doing anything period though, so I more or less stay clean now except for like I said an occasional slip.
Anyway back to today. Well I started looking around online and find what do you know strattera. I read some of the experiences and go hell maybe at a higher dose I'll notice some stuff. So I prompty took 160mg double my dose for today along with my 20mg of Lexapro. After about an hour of laying in bed mellowing all to hell cause of the valium. Which seemed to have effects on me liken to a decent amount of the good old cannibus. Laying on bed mouth half open, laughing at nothing playing with my own hair I noticed a clear change. I felt a sudden rush of energy. Not a meth rush or caffiene like I've done before more along the lines of an aderal rush. Non-stimulant....I'm sure.
Anyway the effects of the Valium and Strattera are meshing quite nicely now. I feel a nice amount of energy and yet relaxed and cool with all the world and at peace. Peaceful energy is what I'd explain this as. One thing has brought me down a little though. My girlfriend called and I told her cause I just can never lie to the girl. Well apparently even a non lethal non trip inducing body high like a few valium is a no no for a recovery major druggy like me. Oh well you can call me whipped if you want, but I was beginning to tire of always looking for a fix everyday and she has given me a real reason to stay clean that I am really trying on. Anyway like I said I feel damn good right now. Its not to intense or anything, but I definitely like it. I pop in a perfect circle cd and just chill with some meditation and let the fast thought of strattera and relaxed feel of valium soothe me into drug induced bliss.
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.


Google Stadia launches this week with 22 games you can play without a console or gaming PC
by Brad LinderAs promised, Google’s Stadia game streaming service goes live tomorrow — although early reviews suggest that it might not be for everyone just yet.
The good news is that a week after announcing that only a dozen games would be playable at launch, Google has added another ten to the listen, bringing the total number to 22.
The bad news is that a whole bunch of promised features aren’t available yet, and the only way to use Stadia right now is to subscribe to Stadia Pro and buy a $129 Premiere Edition bundle.
But things could get more interesting in a few months.
First of all, that’s because in 2020 you won’t need to buy any new hardware or sign up for a subscription to use Stadia. Just choose the game you want to play, buy it for about the same price you’d pay for a PC or console version of the game, and you can stream it to your computer, phone, tablet, or TV (if you already have a Chromecast Ultra).
Basically, Stadia seems perfect for casual or occasional gamers who want to play a game or two, but don’t want to invest in hardware to do it.
In that sense, rather than thinking of Stadia as competing with PC or console gaming, it probably makes sense to think of Stadia as something you may not actually have to think about at all eventually. Sure, you can sign up for a Stadia Pro subscription for access to 4K streaming, discounted game purchases, and some “free” games thrown in). But one day you might just click a link on a website using your phone or PC and start playing a game without having to think about the underlying technology that makes it possible.
We’re not there yet — this week you can only play if you’ve paid $129 for a bundle that includes a Chromecast Ultra, a Stadia controller, and a 3-month Stadia Pro subscription.
And at launch a whole bunch of promised features also aren’t available, including:
- Stream to an iPhone
- Voice chat
- Achievements
- Friends list
- Bluetooth headset support
- Capture and share gameplay to YouTube
- Family sharing
- Screen Sharing
- Google Assistant integration
The good news is that early reviews suggest that while Stadia still feels like a beta in a lot of ways due to its missing features, it does deliver on the basic promise. If you’ve got a reasonably fast internet connection, you can play games with little lag — although the graphics quality may not be as high as on other platforms and it may dip from time to time.
Here are some reviews if you want more details:


"DevOps is a new discipline that complements the Agile Delivery models for software engineering by bringing in Automation and Monitoring on the IT side and leverages Cloud computing concepts. DevOps leverages collaboration, tool-chain pipelines, automation and Cloud adoption. The immediate benefits can be observed as improved processes, more standardizations and building trust and improve productivity across development, QA and IT operations teams."
Relevance Lab has built a DevOps platform that offers an integrated solution of application/service development, testing, deployment, scaling and monitoring, as well as ensure software quality, security, availability, reliability and performance.
In the current world there is a dramatic shift in larger organizations openness to look at open source technologies and cloud platforms to leverage the benefits of cost, scale and open architectures. As enterprises look to start the journey for DevOps Relevance Lab Cloud Platform can help solve critical business case in following areas:
The DevOps Platform is created with a loosely couple architecture modelled around the following key roles. It currently supports two technology stacks:


Jack Byrne ready to play a part in Republic of Ireland’s decisive Denmark clash
The midfielder joined Manchester City as a teenager.
Jack Byrne is ready to play a part in the Republic of Ireland’s decisive Euro 2020 showdown with Denmark after turning his career around.
Snapped up by Manchester City as a 15-year-old, the midfielder returned to Ireland with Shamrock Rovers in December last year as he opted to reboot after spells at Cambuur in Holland, Wigan and Oldham in England and Scottish side Kilmarnock.
On Thursday night he made his first senior start for Ireland in a 3-1 friendly victory over New Zealand and provided the kind of invention which makes managers sit up and take notice, and his timing could hardly have been better ahead of the Group D shoot-out with the Danes.
Asked if he was ready to take on a role if called upon by manager Mick McCarthy, the 23-year-old replied: “I’d try to slot in to the best of my ability if I was called upon.
“I definitely wouldn’t say ‘no’. If I’m called upon, then yes, I feel as if I could help the team.
“I feel like I’m in a good place. I’m working hard and I’m getting a bit of luck at the moment, and long may it continue.
“It’s not my decision, it’s up to the manager. Look, he’s going to pick a team to go out there and do a job in one of the biggest games in recent Irish footballing history.
“Whatever team he picks, we’ll all be behind it.”
Byrne’s first senior start for his country came in just his second appearance – he was introduced as a substitute against Bulgaria in September – and while the game may not have represented the sternest of tests with the All Whites playing for the first time in 525 days, he looked far from out of place.
He said: “It was an unbelievable feeling to just be out on the pitch with the anthems going off and standing there.
“Starting a game for your country is an unbelievable feeling and one that I’ll remember for a long time.
“I was enjoying it, I was just trying to get on the ball and trying to make things happen and I’m happy with how it went.
“I only know one way to play, just trying to get on the ball and make things happen and I tried to do that. Sometimes it came off, sometimes it didn’t, but that’s what I tried to do. That’s what I’ll always do.”
He has taken the 17-year-old Tottenham striker, who grew up in the same part of Dublin, under his wing and is confident he has a bright future ahead of him on the international stage.
Byrne said: “He’s obviously at Tottenham for a reason, he’s a top young talent. He’s 17 years of age and he’s just made his debut for Ireland – and I thought he was brilliant.
“He’s 17, it’s an unbelievable achievement. He’s a top striker for his age in the world, probably. He’s at Tottenham and he’s doing really well, and you can see why.”


fulforddata.utilities package¶
Submodules¶
fulforddata.utilities.functional module¶
-
class
fulforddata.utilities.functional.
ReadableFunction
(fn, name=None)[source]¶ Bases:
object
- Decorator for deferred-evaluation-generating functions
- so you can print how a given function was obtained.
- Behaves well if deferred evaluator has been decorated with
- functools.wraps.
>>> @ReadableFunction ... def sample(a, b, c=42): ... def inner_func(): ... return a + b + c ... return inner_func >>> str(sample(1, 42, c=73)) 'sample(1, 42, c=73)'
>>> sample(1, 42, c=73)() # calls inner_func 116
-
fulforddata.utilities.functional.
compose
(*fns)[source]¶ - Returns a function that evaluates each function in order, starting with
- function 0’s output being fed into function 1’s input.
- The first function can accept anything, but output beyond that is passed
- as a single value.
-
fulforddata.utilities.functional.
pass_through
(value, mapping, warn=False, **kwargs)[source]¶ Tries to map value through mapping. If fails, returns input. Mapping can be a function or a dictionary.
- If function, key words are passed down to the function.
- Exceptions are caught and printed, returns value
- If dictionary, tries to get new value by inputting the value.
- If value is not hashable (list, set, etc.), prints and returns value
>>> pass_through(2, lambda x: x ** 2) 4
>>> pass_through("color", {"color": "BLUE"}) "BLUE"
>>> pass_through("color", {"id": 42}) "color"
>>> pass_through(["unhashable"], {"id": 42}) ["unhashable"] # also prints error to stdout
>>> pass_through(0, lambda x: 1/x) 0 # prints error to stdout
fulforddata.utilities.tools module¶
-
fulforddata.utilities.tools.
flatten_list
(list_of_lists, depth=True)[source]¶ Given a list of lists, unpacks all the items and puts it in one list.
- depth specifies how many layers deep we should flatten.
- by default flattens all layers
>>> flatten_list([[1, [2], [3, 4]], [[5, [6, 7], [8]]]]) [1, 2, 3, 4, 5, 6, 7, 8]
>>> flatten_list([[1, [2], [3, 4]], [[5, [6, 7], [8]]]], depth=2) [1, 2, 3, 4, 5, [6, 7], [8]]
-
fulforddata.utilities.tools.
partition
(fn, ls)[source]¶ - Calls fn on each item in ls
- returns dictionary keyed on outputs of fn values being lists of items with that output
>>> partition(lambda x: x ** 2, [1, 2, 3, -2]) {1: [1], 4: [2, -2], 9: [3]}
>>> partition(bool, [1, 0, [], "Hello"]) {True: [1, "Hello"], False: [0, []]}


Hello there!  I will be as detailed as i possibly can but if you need clarification, you can always contact me
My name is Caleb Odinga, Currently, I am Front-End developer, Focusing on HTML,CSS and JS.
My Mantra is "Believe"If you want something really really bad, Then it will find its way to you. Some call it Law of attraction
I choose to believe.
If you Believe, you work Extra, You are always ready to collaborate, learn and try.
Born in a humble village with less exposure,(Ofcourse i didnt know that back then)I had less interaction with computers, but everytime i laid my hands on one, the owner would either complain of me draining out the battery or changing settings to something they never knew existed. All i wanted to do was to figure out how these little things worked. Little did i know just how small i was interacting with this Enormous world of Technology
©copyright: Caleb Odinga 2021


( a) Schematic diagram of two units for non-Hermitian metamaterials. The green and orange arrows indicate the propagation direction of incident and reflected waves, respectively. ( b) Pressure strips of the reflected waves by the two units. The high maps of the pressure field are utilized to distinctly display the phase shift between two units. Here, the amplitude is normalized.


Protesters make desperate escape through sewers as Hong Kong siege continues
Anti-government protestors holed up inside a Hong Kong university attempted to crawl through the sewer system in a desperate bid to escape police surrounding the building.
Universities became the latest battleground for protests which have raged for months when demonstrators occupied several campuses, using petrol bombs along with bows and arrows to fend off riot police backed by armoured cars and water cannon.
Those barricaded inside the Hong Kong Polytechnic building are the last to hold out.
Officers have made a cordon around the building and are arresting anyone who leaves.
Around a dozen protesters tried to flee through the university’s sewer system on Tuesday morning, with some seen lowering themselves into a tunnel wearing gas masks and plastic sheets to cover their bodies.
City leader Carrie Lam said 600 people had left the Hong Kong Polytechnic campus, including 200 who are under 18 years old.
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Groups of protesters made several attempts to escape on Monday, including sliding down hoses to waiting motorcycles, but it was not clear if they evaded arrest.
Ms Lam said those under 18 would not be immediately arrested but could face charges later. She said the other 400 who have left have been arrested.
‘We will use whatever means to continue to persuade and arrange for these remaining protesters to leave the campus as soon as possible so that this whole operation could end in a peaceful manner,’ she said following a weekly meeting with advisers.
After five months, the Hong Kong protest movement has steadily intensified as local and Beijing authorities harden their positions and refuse to make concessions.
China, which took control of the former British colony in 1997 promising to let it retain considerable autonomy, flexed its muscles, sending troops outside their barracks over the weekend to help clean up debris strewn by protesters to block streets.
The Chinese ambassador to Britain accused the UK and US of meddling in the country’s internal affairs and warned that the Chinese government ‘will not sit on our hands’ if the situation in Hong Kong ‘becomes uncontrollable’.
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Ms Lam, asked whether she would seek help from Chinese troops based in Hong Kong, said her government remains confident it is able to cope with the situation.
China also hinted it might overrule the Hong Kong’s high court ruling on Monday to strike down a ban on face masks that was aimed at preventing protesters from hiding their identity to evade arrest.
Got a story for Metro.co.uk?
Get in touch with our news team by emailing us at<EMAIL_ADDRESS>For more stories like this, check our news page.


A cache object that deletes the least-recently-used items.
```javascript var LRU = require(“lru-cache”) , options = { max: 500 , length: function (n) { return n * 2 } , dispose: function (key, n) { n.close() } , maxAge: 1000 * 60 * 60 } , cache = LRU(options) , otherCache = LRU(50) // sets just the max size
cache.set(“key”, “value”) cache.get(“key”) // “value”
cache.reset() // empty the cache ```
If you put more stuff in it, then items will fall out.
If you try to put an oversized thing in it, then it’ll fall out right away.
max
The maximum size of the cache, checked by applying the length
function to all values in the cache. Not setting this is kind of
silly, since that’s the whole purpose of this lib, but it defaults
to Infinity
.maxAge
Maximum age in ms. Items are not pro-actively pruned out
as they age, but if you try to get an item that is too old, it’ll
drop it and return undefined instead of giving it to you.length
Function that is used to calculate the length of stored
items. If you’re storing strings or buffers, then you probably want
to do something like function(n){return n.length}
. The default is
function(n){return 1}
, which is fine if you want to store n
like-sized things.dispose
Function that is called on items when they are dropped
from the cache. This can be handy if you want to close file
descriptors or do other cleanup tasks when items are no longer
accessible. Called with key, value
. It’s called before
actually removing the item from the internal cache, so if you want
to immediately put it back in, you’ll have to do that in a
nextTick
or setTimeout
callback or it won’t do anything.stale
By default, if you set a maxAge
, it’ll only actually pull
stale items out of the cache when you get(key)
. (That is, it’s
not pre-emptively doing a setTimeout
or anything.) If you set
stale:true
, it’ll return the stale value before deleting it. If
you don’t set this, then it’ll return undefined
when you try to
get a stale entry, as if it had already been deleted.set(key, value)
get(key) => value
Both of these will update the “recently used”-ness of the key. They do what you think.
peek(key)
Returns the key value (or undefined
if not found) without
updating the “recently used”-ness of the key.
(If you find yourself using this a lot, you might be using the wrong sort of data structure, but there are some use cases where it’s handy.)
del(key)
Deletes a key out of the cache.
reset()
Clear the cache entirely, throwing away all values.
has(key)
Check if a key is in the cache, without updating the recent-ness or deleting it for being stale.
forEach(function(value,key,cache), [thisp])
Just like Array.prototype.forEach
. Iterates over all the keys
in the cache, in order of recent-ness. (Ie, more recently used
items are iterated over first.)
keys()
Return an array of the keys in the cache.
values()
Return an array of the values in the cache.


Exodus 18:1
When Jethro, the priest of Midian, Moses' father in law, heard of all that God had done for Moses, and for Israel his people, and that the LORD had brought Israel out of Egypt;


{% extends "layouts/base-fullscreen.html" %} {% block title %} Reset Password {% endblock %} {% block content %}
Back to Back home


Truffaut occupy Vice you probably haven't heard of them, selfies roof.
Truffaut occupy Vice you probably haven't heard of them, selfies roof.
Truffaut occupy Vice you probably haven't heard of them, selfies roof.
or
Show all1st Main Road, 2nd Cross, Yeshwanthura, Bangalore - 560022
Near St. Francis Church
| Category | Model Primary |
| Buses | 0 |
| Gender | Co-ed |
| Medium | Kannada |
| DSIE |<PHONE_NUMBER>50007 |
| MLA Constituency | Malleswaram |
| MLA Details | Dr. Ashwath Narayan (BJP) |
| MLA Constituency | Malleswaram |
| MLA Details | DB Chandre Gowada (BJP) |
Boys
65%
Girls
65%
| Source | KLP Database (2011-2012), NUEPA-DISE |
Directly access this page from here http://klp.org.in/schoolpage/school/33175?tab=demographics
Please read KLP's data-related disclaimer . If you notice any errors or inaccuracies related to data or any other content found on this page, please click here to send us an email.
| Source | KLP Database (2011-2012), NUEPA-DISE |
Directly access this page from here http://klp.org.in/schoolpage/school/33175?tab=programmes
Please read KLP's data-related disclaimer . If you notice any errors or inaccuracies related to data or any other content found on this page, please click here to send us an email.
| School Maintence Grant (SMG) | ₹ 5,000 for upto 3 classrooms and ₹ 10,000 for more than 3 classrooms. |
| School Grant (SG) | ₹ 5,000 for lower primary schools and ₹ 7,000 for upper and model primary schools. |
| Teacher Learning Material Grant (TLM) | ₹ 500 per teacher. |
This school with 3 classrooms or fewer has 3 teachers as per DISE sources.
It is known to receive a total annual SSA grant of ₹ 13,500.
Directly access this page from here http://klp.org.in/schoolpage/school/33175?tab=finances
Please read KLP's data-related disclaimer . If you notice any errors or inaccuracies related to data or any other content found on this page, please click here to send us an email.
| Toilet Facilities |
Has Usable Toilets
Has Toilets
Has Toilets
|
| Nutrition and Hygine |
Has Drinking Water Facilities
Has Handwash Facilities
Has Clean and Timely Meals
|
| Basic Infrastructure |
Has Spacious Classrooms and Play Class
Has Walls Intact
Has Flooring Intact
Has Roofs Intact
Is in a Designated Building by DWCD
Has Water Supply
Has Waste Baskets
|
Directly access this page from here http://klp.org.in/schoolpage/school/33175?tab=infrastructure
Please read KLP's data-related disclaimer . If you notice any errors or inaccuracies related to data or any other content found on this page, please click here to send us an email.
| Month | Kannada | Urdu | Telugu | Tamil | Hindi | English |
|---|---|---|---|---|---|---|
| Jan | 0.4 | 1 | 1 | 0.4 | 1 | 1 |
| Feb | 1 | 0.4 | 1 | 0.4 | 1 | 1 |
| Mar | 0.4 | 1 | 1 | 0.4 | 1 | 1 |
| Apr | 1 | 0.4 | 1 | 0.4 | 1 | 1 |
| May | 0.4 | 1 | 1 | 0.4 | 1 | 1 |
| Jun | 1 | 0.4 | 1 | 0.4 | 1 | 1 |
| Jul | 0.4 | 1 | 1 | 0.4 | 1 | 1 |
| Aug | 1 | 0.4 | 1 | 0.4 | 1 | 1 |
| Sep | 0.4 | 1 | 1 | 0.4 | 1 | 1 |
| Oct | 1 | 0.4 | 1 | 0.4 | 1 | 1 |
| Nov | 0.4 | 1 | 1 | 0.4 | 1 | 1 |
| Dec | 1 | 0.4 | 1 | 0.4 | 1 | 1 |
| Number of Chairs | - |
| Number of Books | 1006 |
| Number of UPS(s) | - |
| Status Library | Handed over |
| Number of Tables | - |
| Number of Racks | 1 |
| Number of Computers | - |
DISE Reports Number of Books as : 175
| Source | KLP Database (2011-2012), NUEPA-DISE |
Directly access this page from here http://klp.org.in/schoolpage/school/33175?tab=nutrition
Please read KLP's data-related disclaimer . If you notice any errors or inaccuracies related to data or any other content found on this page, please click here to send us an email.
Directly access this page from here http://klp.org.in/schoolpage/school/33175?tab=nutrition
Please read KLP's data-related disclaimer . If you notice any errors or inaccuracies related to data or any other content found on this page, please click here to send us an email.
This data is gathered from vistors sharing their experiences. It indicates whether or not the school has facilities under the headings below:
| Play Material or Sports Equipment | Yes |
| Separate Room For Headmaster | No or Unknown |
| Separate Toilet for Boys and Girls | Yes |
| Library | Yes |
Directly access this page from here http://klp.org.in/schoolpage/school/33175?tab=nutrition
Please read KLP's data-related disclaimer . If you notice any errors or inaccuracies related to data or any other content found on this page, please click here to send us an email.
Visitor Comments
No electricity and no water supply.
No electricity and no water supply.
No electricity and no water supply.


Authentication is the process of determining whether someone or something is, in fact, who or what it is declared to be.
| Pros | Cons |
|---|---|
| Internet standard | Plain text credentials |
| Simple protocol | Sent with every request |
| Widely supported |
Follow Basic authentication section from Web Security Examples
| Pros | Cons |
|---|---|
| Easy to implement | Non-Standard |
| End-user friendly | Requires browser |
| CSRF vulnerable |
Follow Forms authentication section from Web Security Examples
| Claim | A piece of identity information |
| Security Token | A serialized set fo claims that digital signed by issuing authority |
| Identity Provider (IdP) | Provides identifiers for users looking to interact with a system |
| Relying Party (RP) | Claims aware application |
| Security Token Service (STS) | A service that builds, signs and issues security tokens |
Follow Claims-based authentication section from Web Security Examples


{% extends "layout.html" %} {% block body %}
Welcome to this simple Spotify to Last.fm scrobble service. What we do is to listen to your last played tracks on Spotify and scrobble them to your Last.fm account. Which makes your scrobbling easier, as you don't have to log into each of your units, or to miss out on scrobbles for when you are using Spotify Connect.
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--- title: About layout: layout-post permalink: /about/ ---
The Singapore Government Design System (SGDS) was developed to empower teams in creating fast, accessible and mobile-friendly digital services, with a common set of UI components that comply with the Digital Service Standards. As the web constantly evolves, the Government must match evolving user expectations to deliver high-quality digital services.
A static site is the most basic website, and the easiest to build. It requires no server-side processing, serving only client-side content in the form of HTML pages (and optionally CSS and JavaScript) to users' browsers or mobile phones.
Isomer is an informational website generator created by the Government Technology Agency of Singapore (GovTech). It provides templates for websites based on SGDS, allows users to easily edit website content, provides hosting and is compliant to applicable clauses in the Instruction Manual 8 (IM8), Design Service Standard (DSS) and Usability Checklist (UC).
Learn more about IsomerSimilar to static sites, dynamic websites serve client-side content. The difference, however, is that it uses a server and database to generate such client-side content on the fly, before serving them to user devices.
For example, WordPress sites commonly make use of PHP programs together with MySQL as a database to serve dynamically-generated content to users. They also support user logins for content writers. For this reason, dynamic websites tend to be more complicated and costly to build.
Content Website Platform(CWP) is a common secured website building and serving platform. It provides a suite of standardised software for hosting content-based websites. It enables unclassified government websites to be centrally managed and operated in the public cloud.
Learn more about CWPA transactional website is a full-scale website that allows users to perform transactions, for example online banking or retail purchases. Government transactional sites typically allow users to interact with government services digitally, such as HDB or CPF.
Transactional sites are usually built by vendors, who are encouraged to leverage on SGDS to deliver the best user experience.
Download Design System packageWe constantly keep these core principles in mind when making design decisions at SGDS.
Clarity: Easy to understand and navigate. Elements highlight important content and improve interactivity.
Efficiency: Optimised workflows that help you to deliver the highest quality government websites to the public easily.
Consistency: By using standard text styles, icons and interface elements, consistent government branding is achieved. This strengthens users’ intuition when interacting with different government services.
Reusable: Eliminate the hassle of recreating basic components and patterns for every new product. SGDS houses a comprehensive collection of design components for you. These tried-and-tested assets reflect the industry’s best practices.
A design system is a collection of reusable components, guided by clear standards, that can be assembled together to build any number of applications. It enables teams to build better products more quickly at scale using reusable designs.
This concept is well-explained by Brad Frost through Atomic Design from Brad Frost:
| Atoms | The basic building blocks, for e.g. form label, an icon or a button | |
| Molecules | Groups of atoms bonded together to do one thing | |
| Organisms | Groups of molecules joined together to form a complex section of an interface | |
| Templates | Groups of organisms stitched together to form pages | |
| Pages | Pages are specific instances of templates. These are what end users ultimately see |
Atomic design comprises designs spanning from abstract to concrete. Because of this, we can create products that are visually consistent, yet retain distinctive features. And by assembling rather than deconstructing, we are crafting an efficient design system to help you save time and effort.


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Lying approximately midway down Malaysia's west coast, Lumut is the home of the Malaysian Navy. This large estuary here also houses a substantial dockyard. It also forms the gateway to Pankor Island, which is know for its coral and seashell handicrafts.
Port of Entry.
For full details on clearance into and out of Malaysia see Malaysia Formalities.
Clearance involves a 15 minute taxi ride to the offices.
Last updated February 2012.
The Lumut International Yacht Club (LIYC) closed for business at the end of February 2016. Yachts can still anchor off the marina (Location 04 14.2'N, 100 38.4'E), however no facilities are available.
The Pangkor Marina near Lumut, which opened in 2011, is now the only option for marina berthing here. It comes highly recommended by cruisers and is a good place to get work done. Take care in the approach at low water. Space inside is tight, so be prepared.
There is a night market just a short walk from the Marina on Friday nights. Walk over the causeway from the marina's artificial island to the mainland, turn right and it's a 20 minute walk.
The moorings further up river previously run by Mr Chan and Mr Zainal (at Kampung Baharu) no longer exist.
Last updated May 2016.


Hazard Occurrence¶
A regional seismic risk ananlysis consists pf three elements: (1) an exposure time over which the risk is evaluated, (2) a loss or quantification to be evaluated, and (3) a specification of the probability of incurring the loss during the specified exposure time. These three elements can be formulated into different workflows and one of the possible workflows can include: (1) hazard analysis (understanding the possible seismic sources in the studied region), (2) ground motion characterization (representing the possible seismicity by earthquake ground motions at each site, e.g., time history records, intensity measures), (3) inventory identification (collecting the basic information of the buildings and infrastructures to be analyzed), and (4) response/damage/loss assessment (mapping the ground motion characteristics and building inventory to the response, damage and loss in the region).
Different than the seismic risk analysis of a single structure, the spatial correlation between different site locations usually needs to be considered in estimating the total damage and loss of a portfolio of buildings or infrastructures. This consideration is naturally fulfilled if physics-based earthquake simulation is involved. If empirical ground motion models are used, then spatial correlation models (please see more details in Ground Motion Intensity Spatial Correlation Model Options) need to be evaluated and used in sampling the ground motion maps explicitly. The simulated ground motions are then used as the input for assessing the regional seismic risk of the portfolio.
To propagate the uncertainty in the seismic hazard, ground motion characteristics, and structural damage and loss fragility, the risk analysis typically needs a sufficient number of samples (realizations) to reliably estimate the mean and variation of possible damage and loss. For instance, if applying the conventional Monte Carlo method (e.g., [Bazzurro07]), for each of the considered earthquake scenario (with a specific magnitude and location), a number of ground motion intensity maps are first simulated. Then, for each of the ground motion maps, a number of damage and loss assessments are conducted to propagate the uncertainty in the inventory, response analysis model, and/or fragility functions. The process is repeated for all considered earthquake scenarios which leads to a tremendous number of realizations and an excessive computational demand.
To alleviate the computational cost of regional seismic risk analysis, a concept of probabilistic earthquake scenarios was proposed and developed by many researchers (e.g., [Chang00], [Jayaram10], [Vaziri12]). The key idea is to first reduce the full set of possible earthquake scenarios that affect the studied region to a select subset of earthquakes each of which is used to evaluate the building and infrastructure performance, and then aggregate the results with modified hazard-consistent probabilities for individual selected earthquakes. The modified probabilities of selected earthquakes are optimized so that the original hazard curves of individual sites can be recovered as much as possible ([Han12]). Different optimization algorithms are implemented (e.g., [Wang20]), different target functions beyond the error in hazard curve (e.g., [Miller14]) are considered, and multiple intensity measures (e.g., [Ma22]) are included in the optimization to improve the accuracy of regional seismic risk analysis based on the subset earthquakes.
Currently, the hazard occurrence sampling method developed by [Han12] and [Manzour16] is implemented in R2D. The following section provides a brief overview of its framework and major steps.
Manzour and Davidson (2016)¶
Han and Davidson ([Han12]) proposed an Optimization-based probabilistic scenario method (OPS) to select a subset of earthquakes from the entire candidate set along with new optimized occurrence rates. The method adapts the mixed-integer linear programming to minimize the different between the recovered hazard curve (using the new occurrence rates) and the “true” (reference) hazard curve with the constraint on the total number of earthquakes that can be selected for the reduced set.
Specifically, the objective of the optimization is to minimize the sum of the errors over all sites \(i\) and return periods \(r\), between points on the reference hazard curves and the corresponding points on hazard curves developed with the reduced set of earthquakes and new occurrence rate:
where \(e_{ir}^{+}\) and \(e_{ir}^{-}\) are the errors resulting from overestimating and underestimating, respectively, the reference hazard curve for the site \(i\) at the return period r. The weight \(w_{ir}\) is taken as the return period so that the error occurs at a longer return period (i.e., higher intensity level) can be scaled relatively more than the error occurs at shorter return period. This typically helps the final fitting given the nonlinear shape of a hazard curve.
Assuming we have overall \(J\) candidate earthquakes, for any earthquake scenario \(j\), we can use empirical ground motion model(s) to compute its resulting ground motion intensity (i.e., the mean and standard deviation) for each individual site \(i\): \(m_{lnSa}\) and \(\sigma_{lnSa}\). Suppose that for the site \(i\) and return period \(r\), \(Sa_{ir}\) is the intensity level from the reference hazard curve, then with \(m_{lnSa}\) and \(\sigma_{lnSa}\) we could estimate the exceeding probability of \(Sa_{ir}\) for the earthquake scenario \(j\): \(P(y \geq Sa_{ir})\). Now assuming the modified occurrence rate is \(P_j\), then the total exceedance probability using the reduced set of earthquake could be written as:
Note if \(P_j=0\), then the earthquake \(j\) is not included in the reduced set of earthquake scenarios (\(N_{red}\)). The other constraints in the optimization are:
The above OPS method can also be applied to reduce the number of ground motion maps to recover the reference hazard curves for the sites in the studied region. The only difference is the computation of the exceedance probability given the ground motion map \(k\), \(P(y \geq Sa_{ir})\), which would be a binary variable (either 1 or 0) as whether to exceed \(Sa_{ir}\) is deterministic given a ground motion map.
The flowchart below summarizes the workflow of using the OPS method to select reduced number of earthquakes, reduce ground motion maps given the selected earthquake scenarios, and assign new occurrence rates for the earthquake scenarios and ground motion maps. To illustrate the process, an example case will be introduced along with a bit more details of each major step.
In this example, we want to get minimal number of earthquakes with modified occurrence rates to recover the reference hazard curves at each site location as much as possible.
The figure below plots the example sites in the San Francisco Bay Area, whose longitude and latitude data can be downloaded here
.
Once downloaded, the site csv file can be loaded in the site widget of the HAZ panel under the “Earthquake Scenario Simulation” option. The figure below shows the site widget after the file is loaded. The site-specific Vs30 data are fetched from Wills et al. 2015 model.
The figure below summarizes the hazard occurrence configuration: we want to select earthquake scenarios from the UCERF2 seismic sources. For this demostration, we want to have 100 candidate earthquakes. The backend script in the R2D follows the suggestion by Han and Davidson (2012) ([Han12]) to first order the candidate by its true occurrence rates - so the 100 candidates here are the ones with highest occurrence rates to the region. For the reduced representation with the probabilistic earthquake scenarios, we want no more than 10 earthquakes and no more than 100 ground motion maps. Note this setup is just for demonstration as the example site locations are not distant to each other - for more distributed sites, the candidate earthquak number as well as the reduced earthquake number should be increased to have better matching results ([Han12]).
For all sites, we do not prescribe but fetch the site-specific hazard curves directly from USGS API.
The intensity measure for the hazard curve is the response spectral acceleration at 1.0 second, Sa(T=1.0). The hazard curves are digitized at
four different return periods from 224 years to 2475 years. These four levels will be used later to compute the error for fitting the hazard curve.
These hazard curves are also saved during the simulation, please see the example format in ./src/HazardCurves.json
.
Once everything above set up, please click the “Run Hazard Simulation” button located in the bottom right of the HAZ panel. It may take 5 to 10 minutes to run the entire example (internet connection is needed for fetching data in this example). Once the run completed, there are three types of output files in the “Output Directory” (please feel free to change the default one to your own directory in the textbox located in the bottom left of the HAZ panel):
RupSampled.json: the information about the selected probabilistic earthquake ruptures (
example
).InfoSampledGM.json: the information about the selected ground motion maps (
example
).SiteIM.json: the simulated intensity measures of the selected ground motion maps (
example
).
To validate the selected earthquake scenarios, the figure below constrasts the recovered seismic hazard curve and the reference hazard curve (ground truth) for each individual site.
- Bazzurro07
Bazzurro, P., & Luco, N. (2007). Effects of different sources of uncertainty and correlation on earthquake-generated losses. Australian Journal of Civil Engineering, 4(1), 1-14.
- Chang00
Chang, S. E., Shinozuka, M., & Moore, J. E. (2000). Probabilistic earthquake scenarios: extending risk analysis methodologies to spatially distributed systems. Earthquake Spectra, 16(3), 557-572.
- Vaziri12
Vaziri, P., Davidson, R., Apivatanagul, P., & Nozick, L. (2012). Identification of optimization-based probabilistic earthquake scenarios for regional loss estimation. Journal of Earthquake Engineering, 16(2), 296-315.
- Jayaram10
Jayaram, N., & Baker, J. W. (2010). Efficient sampling and data reduction techniques for probabilistic seismic lifeline risk assessment. Earthquake Engineering & Structural Dynamics, 39(10), 1109-1131.
- Han12(1,2,3,4,5,6)
Han, Y., & Davidson, R. A. (2012). Probabilistic seismic hazard analysis for spatially distributed infrastructure. Earthquake Engineering & Structural Dynamics, 41(15), 2141-2158.
- Miller14
Miller, M., & Baker, J. (2015). Ground‐motion intensity and damage map selection for probabilistic infrastructure network risk assessment using optimization. Earthquake Engineering & Structural Dynamics, 44(7), 1139-1156.
- Wang20
Wang, P, Z Liu, SJ Brandenberg, P Zimmaro, JP Stewart (2022). Regression-based event selection for hazard-consistent seismic risk assessment. Proceedings of the 12th National Conference in Earthquake Engineering, Salt Lake City, UT.
- Ma22
Ma, L., Conus, D., & Bocchini, P. (2022). Optimal Generation of Multivariate Seismic Intensity Maps Using Hazard Quantization. ASCE-ASME Journal of Risk and Uncertainty in Engineering Systems, Part A: Civil Engineering, 8(1), 04021078.
- Manzour16
Manzour, H., Davidson, R. A., Horspool, N., & Nozick, L. K. (2016). Seismic hazard and loss analysis for spatially distributed infrastructure in Christchurch, New Zealand. Earthquake Spectra, 32(2), 697-712.


--- layout: post title: "An ancient assassin bug discovered, featuring a well preserved phallus" subtitle: "An example of exceptional preservation; Assassin bugs are rare in the fossil record" date: 2021-01-19 22:03:05 +0530 background: '/img/posts/06.jpg' published: true categories: [ Science ] tags: [ science, nature, ancient, insect, fossil, discovery, bugs ] ---
The fossil assassin bug, described today in Papers in Palaeontology, has perked paleontological attention because the rare specimen has its genitals intact.
Chipped out of 50 million-year-old rock, the bug is so exquisitely-preserved that it almost looks ready to crawl out of the stone. Even the colored bands along the insect’s legs and body are visible. And just like exceptional circumstances were needed for the fossil to form, a lucky break was also needed to piece together this Eocene insect’s story.
The fossil assassin bug is named Aphelicophontes danjuddi in honor of Judd’s donation. What makes it truly special is that the genitals of this fossil bug can be seen in detail—a critical anatomical aspect that entomologists often use to distinguish assassin bugs from each other.
In technical terms, says University of Illinois at Urbana-Champaign entomologist and study co-author Daniel Swanson, the genital organ of the assassin bug is called a pygophore.
“The word comes from two Ancient Greek roots that literally mean ‘rump’ and ‘something that carries,” Swanson says. The organ is a hardened anatomical cup that surrounds the genitals just like the bug’s exosekeleton surrounds the body.
Despite being about 50 million years old, Aphelicophontes danjuddi has genitals similar to assassin bugs today—the basic setup has remained the same since the Eocene, even as subtle differences distinguish one species from another.
“This is definitely an example of exceptional preservation,” says University of Colorado Boulder paleontologist Dena Smith, who was not involved in the new study.
To start with, assassin bugs are rare in the fossil record. Despite there being over 7,000 species of these familiar bugs alive today, only about 50 have ever been found as fossils.
The entire animal down to its reproductive anatomy has been preserved. “Genitalia are important characteristics of insects that are often used to describe and define species,” Smith says, especially because they are so seldom seen in fossil assassin bugs.


This is a 1-dim. rotational component with a compliant connection of two rotational 1-dim. flanges where inertial effects between the two flanges are neglected. The basic assumption is that the cut-torques of the two flanges sum-up to zero, i.e., they have the same absolute value but opposite sign: flange_a.tau + flange_b.tau = 0. This base class is used to built up force elements such as springs, dampers, friction.
The relative angle and the relative speed are defined as preferred states. The reason is that for some drive trains, such as drive trains in vehicles, the absolute angle is quickly increasing during operation. Numerically, it is better to use relative angles between drive train components because they remain in a limited size. For this reason, StateSelect.prefer is set for the relative angle of this component.
In order to improve the numerics, a nominal value for the relative angle can be provided via parameter phi_nominal in the Advanced menu. The default is 1e-4 rad since relative angles are usually in this order and the step size control of an integrator would be practically switched off, if a default of 1 rad would be used. This nominal value might also be computed from other values, such as "phi_nominal = tau_nominal / c" for a rotational spring, if tau_nominal and c are more meaningful for the user.
See also the discussion State Selection in the User's Guide of the Rotational library.


Schedule Name
| Time | Monday | Tuesday | Wedneday | Thursday | Friday |
|---|---|---|---|---|---|
| 12:00 | Closed | Open | Open | Open | Open |
| 12:15 | Closed | John R. Knox | Open | Open | Open |
| 12:30 | Closed | Open | Open | Closed | Open |
| 12:45 | Open | Open | Closed | Open | Open |
| 1:00 | Open | Open | Open | Open | Open |
| 1:15 | Open | Open | Open | Steve Buscemi | Open |
| 1:30 | Open | Open | Open | Open | Open |
| 1:45 | Open | Open | Open | Open | Open |


How do I start LvS?
To start the LvS software
Double-click on the shorcut of LvS in your desktop
or
from the Start menu of your computer select
Start > Programs > LvS
When you start-up the LvS application you see ...
How do I start LvS?
Double-click on the shorcut of LvS in your desktop
or
from the Start menu of your computer select
Start > Programs > LvS


Elements, Array and Lists With Clone Protocol#
This module defines several classes which are subclasses of
Element
and which roughly implement
the “prototype” design pattern (see [Prototype_pattern], [GHJV1994]). Those classes are
intended to be used to model mathematical objects, which are by essence
immutable. However, in many occasions, one wants to construct the
data-structure encoding of a new mathematical object by small modifications of
the data structure encoding some already built object. For the resulting
data-structure to correctly encode the mathematical object, some structural
invariants must hold. One problem is that, in many cases, during the
modification process, there is no possibility but to break the invariants.
For example, in a list modeling a permutation of \(\{1,\dots,n\}\), the integers must be distinct. A very common operation is to take a permutation to make a copy with some small modifications, like exchanging two consecutive values in the list or cycling some values. Though the result is clearly a permutations there’s no way to avoid breaking the permutations invariants at some point during the modifications.
The main purpose of this module is to define the class
ClonableElement
as an abstract super class,
and its subclasses:
ClonableArray
for arrays (lists of fixed length) of objects;ClonableList
for (resizable) lists of objects;NormalizedClonableList
for lists of objects with a normalization method;ClonableIntArray
for arrays of int.
See also
The following parents from sage.structure.list_clone_demo
demonstrate how to use them:
IncreasingArrays()
(seeIncreasingArray
and the parent classIncreasingArrays
)IncreasingLists()
(seeIncreasingList
and the parent classIncreasingLists
)SortedLists()
(seeSortedList
and the parent classSortedLists
)IncreasingIntArrays()
(seeIncreasingIntArray
and the parent classIncreasingIntArrays
)
EXAMPLES:
We now demonstrate how
IncreasingArray
works, creating an
instance el
through its parent IncreasingArrays()
:
sage: from sage.structure.list_clone_demo import IncreasingArrays
sage: P = IncreasingArrays()
sage: P([1, 4 ,8])
[1, 4, 8]
If one tries to create this way a list which in not increasing, an error is raised:
sage: IncreasingArrays()([5, 4 ,8])
Traceback (most recent call last):
...
ValueError: array is not increasing
Once created modifying el
is forbidden:
sage: el = P([1, 4 ,8])
sage: el[1] = 3
Traceback (most recent call last):
...
ValueError: object is immutable; please change a copy instead.
However, you can modify a temporarily mutable clone:
sage: with el.clone() as elc:
....: elc[1] = 3
sage: [el, elc]
[[1, 4, 8], [1, 3, 8]]
We check that the original and the modified copy now are in a proper immutable state:
sage: el.is_immutable(), elc.is_immutable()
(True, True)
sage: elc[1] = 5
Traceback (most recent call last):
...
ValueError: object is immutable; please change a copy instead.
You can break the property that the list is increasing during the modification:
sage: with el.clone() as elc2:
....: elc2[1] = 12
....: print(elc2)
....: elc2[2] = 25
[1, 12, 8]
sage: elc2
[1, 12, 25]
But this property must be restored at the end of the with
block; otherwise
an error is raised:
sage: with elc2.clone() as el3:
....: el3[1] = 100
Traceback (most recent call last):
...
ValueError: array is not increasing
Finally, as an alternative to the with
syntax one can use:
sage: el4 = copy(elc2)
sage: el4[1] = 10
sage: el4.set_immutable()
sage: el4.check()
REFERENCES:
AUTHORS:
Florent Hivert (2010-03): initial revision
- class sage.structure.list_clone.ClonableArray#
Bases:
ClonableElement
Array with clone protocol
The class of objects which are
Element
behave as arrays (i.e. lists of fixed length) and implement the clone protocol. SeeClonableElement
for details about clone protocol.INPUT:
parent
– aParent
lst
– a listcheck
– a boolean specifying if the invariant must be checked using methodcheck()
.immutable
– a boolean telling whether the created element is immutable (defaults toTrue
)
See also
IncreasingArray
for an example of usage.EXAMPLES:
sage: from sage.structure.list_clone_demo import IncreasingArrays sage: IA = IncreasingArrays() sage: ia1 = IA([1, 4, 6]); ia1 [1, 4, 6] sage: with ia1.clone() as ia2: ....: ia2[1] = 5 sage: ia2 [1, 5, 6] sage: with ia1.clone() as ia2: ....: ia2[1] = 7 Traceback (most recent call last): ... ValueError: array is not increasing
- check()#
Check that
self
fulfill the invariantsThis is an abstract method. Subclasses are supposed to overload
check
.EXAMPLES:
sage: from sage.structure.list_clone import ClonableArray sage: ClonableArray(Parent(), [1,2,3]) # indirect doctest Traceback (most recent call last): ... NotImplementedError: this should never be called, please overload the check method sage: from sage.structure.list_clone_demo import IncreasingArrays sage: el = IncreasingArrays()([1,2,4]) # indirect doctest
- count(key)#
Return number of
i
’s for whichs[i] == key
EXAMPLES:
sage: from sage.structure.list_clone_demo import IncreasingArrays sage: c = IncreasingArrays()([1,2,2,4]) sage: c.count(1) 1 sage: c.count(2) 2 sage: c.count(3) 0
- index(x, start=None, stop=None)#
Return the smallest
k
such thats[k] == x
andi <= k < j
EXAMPLES:
sage: from sage.structure.list_clone_demo import IncreasingArrays sage: c = IncreasingArrays()([1,2,4]) sage: c.index(1) 0 sage: c.index(4) 2 sage: c.index(5) Traceback (most recent call last): ... ValueError: 5 is not in list
- class sage.structure.list_clone.ClonableElement#
Bases:
Element
Abstract class for elements with clone protocol
This class is a subclass of
Element
and implements the “prototype” design pattern (see [Prototype_pattern], [GHJV1994]). The role of this class is:to manage copy and mutability and hashing of elements
to ensure that at the end of a piece of code an object is restored in a meaningful mathematical state.
A class
C
inheriting fromClonableElement
must implement the following two methodsobj.__copy__()
– returns a fresh copy of objobj.check()
– returns nothing, raise an exception ifobj
doesn’t satisfy the data structure invariants
and ensure to call
obj._require_mutable()
at the beginning of any modifying method.Additionally, one can also implement
obj._hash_()
– return the hash value ofobj
.
Then, given an instance
obj
ofC
, the following sequences of instructions ensures that the invariants ofnew_obj
are properly restored at the end:with obj.clone() as new_obj: ... # lot of invariant breaking modifications on new_obj ... # invariants are ensured to be fulfilled
The following equivalent sequence of instructions can be used if speed is needed, in particular in Cython code:
new_obj = obj.__copy__() ... # lot of invariant breaking modifications on new_obj ... new_obj.set_immutable() new_obj.check() # invariants are ensured to be fulfilled
Finally, if the class implements the
_hash_
method, thenClonableElement
ensures that the hash value can only be computed on an immutable object. It furthermore caches it so that it is only computed once.Warning
for the hash caching mechanism to work correctly, the hash value cannot be 0.
EXAMPLES:
The following code shows a minimal example of usage of
ClonableElement
. We implement a class or pairs \((x,y)\) such that \(x < y\):sage: from sage.structure.list_clone import ClonableElement sage: class IntPair(ClonableElement): ....: def __init__(self, parent, x, y): ....: ClonableElement.__init__(self, parent=parent) ....: self._x = x ....: self._y = y ....: self.set_immutable() ....: self.check() ....: def _repr_(self): ....: return "(x=%s, y=%s)"%(self._x, self._y) ....: def check(self): ....: if self._x >= self._y: ....: raise ValueError("Incorrectly ordered pair") ....: def get_x(self): return self._x ....: def get_y(self): return self._y ....: def set_x(self, v): self._require_mutable(); self._x = v ....: def set_y(self, v): self._require_mutable(); self._y = v
Note
we don’t need to define
__copy__
since it is properly inherited fromElement
.We now demonstrate the behavior. Let’s create an
IntPair
:sage: myParent = Parent() sage: el = IntPair(myParent, 1, 3); el (x=1, y=3) sage: el.get_x() 1
Modifying it is forbidden:
sage: el.set_x(4) Traceback (most recent call last): ... ValueError: object is immutable; please change a copy instead.
However, you can modify a mutable copy:
sage: with el.clone() as el1: ....: el1.set_x(2) sage: [el, el1] [(x=1, y=3), (x=2, y=3)]
We check that the original and the modified copy are in a proper immutable state:
sage: el.is_immutable(), el1.is_immutable() (True, True) sage: el1.set_x(4) Traceback (most recent call last): ... ValueError: object is immutable; please change a copy instead.
A modification which doesn’t restore the invariant \(x < y\) at the end is illegal and raise an exception:
sage: with el.clone() as elc2: ....: elc2.set_x(5) Traceback (most recent call last): ... ValueError: Incorrectly ordered pair
- clone(check=True)#
Return a clone that is mutable copy of
self
.INPUT:
check
– a boolean indicating ifself.check()
must be called after modifications.
EXAMPLES:
sage: from sage.structure.list_clone_demo import IncreasingArrays sage: el = IncreasingArrays()([1,2,3]) sage: with el.clone() as el1: ....: el1[2] = 5 sage: el1 [1, 2, 5]
- is_immutable()#
Return
True
ifself
is immutable (cannot be changed) andFalse
if it is not.To make
self
immutable useself.set_immutable()
.EXAMPLES:
sage: from sage.structure.list_clone_demo import IncreasingArrays sage: el = IncreasingArrays()([1,2,3]) sage: el.is_immutable() True sage: copy(el).is_immutable() False sage: with el.clone() as el1: ....: print([el.is_immutable(), el1.is_immutable()]) [True, False]
- is_mutable()#
Return
True
ifself
is mutable (can be changed) andFalse
if it is not.To make this object immutable use
self.set_immutable()
.EXAMPLES:
sage: from sage.structure.list_clone_demo import IncreasingArrays sage: el = IncreasingArrays()([1,2,3]) sage: el.is_mutable() False sage: copy(el).is_mutable() True sage: with el.clone() as el1: ....: print([el.is_mutable(), el1.is_mutable()]) [False, True]
- set_immutable()#
Makes
self
immutable, so it can never again be changed.EXAMPLES:
sage: from sage.structure.list_clone_demo import IncreasingArrays sage: el = IncreasingArrays()([1,2,3]) sage: el1 = copy(el); el1.is_mutable() True sage: el1.set_immutable(); el1.is_mutable() False sage: el1[2] = 4 Traceback (most recent call last): ... ValueError: object is immutable; please change a copy instead.
- class sage.structure.list_clone.ClonableIntArray#
Bases:
ClonableElement
Array of int with clone protocol
The class of objects which are
Element
behave as list of int and implement the clone protocol. SeeClonableElement
for details about clone protocol.INPUT:
parent
– aParent
lst
– a listcheck
– a boolean specifying if the invariant must be checked using methodcheck()
immutable
– a boolean telling whether the created element is immutable (defaults toTrue
)
See also
IncreasingIntArray
for an example of usage.- check()#
Check that
self
fulfill the invariantsThis is an abstract method. Subclasses are supposed to overload
check
.EXAMPLES:
sage: from sage.structure.list_clone import ClonableArray sage: ClonableArray(Parent(), [1,2,3]) # indirect doctest Traceback (most recent call last): ... NotImplementedError: this should never be called, please overload the check method sage: from sage.structure.list_clone_demo import IncreasingIntArrays sage: el = IncreasingIntArrays()([1,2,4]) # indirect doctest
- index(item)#
EXAMPLES:
sage: from sage.structure.list_clone_demo import IncreasingIntArrays sage: c = IncreasingIntArrays()([1,2,4]) sage: c.index(1) 0 sage: c.index(4) 2 sage: c.index(5) Traceback (most recent call last): ... ValueError: list.index(x): x not in list
- list()#
Convert self into a Python list.
EXAMPLES:
sage: from sage.structure.list_clone_demo import IncreasingIntArrays sage: I = IncreasingIntArrays()(range(5)) sage: I == list(range(5)) False sage: I.list() == list(range(5)) True sage: I = IncreasingIntArrays()(range(1000)) sage: I.list() == list(range(1000)) True
- class sage.structure.list_clone.ClonableList#
Bases:
ClonableArray
List with clone protocol
The class of objects which are
Element
behave as lists and implement the clone protocol. SeeClonableElement
for details about clone protocol.See also
IncreasingList
for an example of usage.- append(el)#
Appends
el
toself
INPUT:
el
– any objectEXAMPLES:
sage: from sage.structure.list_clone_demo import IncreasingLists sage: el = IncreasingLists()([1]) sage: el.append(3) Traceback (most recent call last): ... ValueError: object is immutable; please change a copy instead. sage: with el.clone() as elc: ....: elc.append(4) ....: elc.append(6) sage: elc [1, 4, 6] sage: with el.clone() as elc: ....: elc.append(4) ....: elc.append(2) Traceback (most recent call last): ... ValueError: array is not increasing
- extend(it)#
Extends
self
by the content of the iterableit
INPUT:
it
– any iterableEXAMPLES:
sage: from sage.structure.list_clone_demo import IncreasingLists sage: el = IncreasingLists()([1, 4, 5, 8, 9]) sage: el.extend((10,11)) Traceback (most recent call last): ... ValueError: object is immutable; please change a copy instead. sage: with el.clone() as elc: ....: elc.extend((10,11)) sage: elc [1, 4, 5, 8, 9, 10, 11] sage: el2 = IncreasingLists()([15, 16]) sage: with el.clone() as elc: ....: elc.extend(el2) sage: elc [1, 4, 5, 8, 9, 15, 16] sage: with el.clone() as elc: ....: elc.extend((6,7)) Traceback (most recent call last): ... ValueError: array is not increasing
- insert(index, el)#
Inserts
el
inself
at positionindex
INPUT:
el
– any objectindex
– any int
EXAMPLES:
sage: from sage.structure.list_clone_demo import IncreasingLists sage: el = IncreasingLists()([1, 4, 5, 8, 9]) sage: el.insert(3, 6) Traceback (most recent call last): ... ValueError: object is immutable; please change a copy instead. sage: with el.clone() as elc: ....: elc.insert(3, 6) sage: elc [1, 4, 5, 6, 8, 9] sage: with el.clone() as elc: ....: elc.insert(2, 6) Traceback (most recent call last): ... ValueError: array is not increasing
- pop(index=-1)#
Remove
self[index]
fromself
and returns itINPUT:
index
- any int, default to -1EXAMPLES:
sage: from sage.structure.list_clone_demo import IncreasingLists sage: el = IncreasingLists()([1, 4, 5, 8, 9]) sage: el.pop() Traceback (most recent call last): ... ValueError: object is immutable; please change a copy instead. sage: with el.clone() as elc: ....: print(elc.pop()) 9 sage: elc [1, 4, 5, 8] sage: with el.clone() as elc: ....: print(elc.pop(2)) 5 sage: elc [1, 4, 8, 9]
- remove(el)#
Remove the first occurrence of
el
fromself
INPUT:
el
- any objectEXAMPLES:
sage: from sage.structure.list_clone_demo import IncreasingLists sage: el = IncreasingLists()([1, 4, 5, 8, 9]) sage: el.remove(4) Traceback (most recent call last): ... ValueError: object is immutable; please change a copy instead. sage: with el.clone() as elc: ....: elc.remove(4) sage: elc [1, 5, 8, 9] sage: with el.clone() as elc: ....: elc.remove(10) Traceback (most recent call last): ... ValueError: list.remove(x): x not in list
- class sage.structure.list_clone.NormalizedClonableList#
Bases:
ClonableList
List with clone protocol and normal form
This is a subclass of
ClonableList
which call a methodnormalize()
at creation and after any modification of its instance.See also
SortedList
for an example of usage.EXAMPLES:
We construct a sorted list through its parent:
sage: from sage.structure.list_clone_demo import SortedLists sage: SL = SortedLists() sage: sl1 = SL([4,2,6,1]); sl1 [1, 2, 4, 6]
Normalization is also performed atfer modification:
sage: with sl1.clone() as sl2: ....: sl2[1] = 12 sage: sl2 [1, 4, 6, 12]
- normalize()#
Normalize
self
This is an abstract method. Subclasses are supposed to overload
normalize()
. The callself.normalize()
is supposed tocall
self._require_mutable()
to check thatself
is in a proper mutable statemodify
self
to put it in a normal form
EXAMPLES:
sage: from sage.structure.list_clone_demo import SortedList, SortedLists sage: l = SortedList(SortedLists(), [2,3,2], False, False) sage: l [2, 2, 3] sage: l.check() Traceback (most recent call last): ... ValueError: list is not strictly increasing


Please excuse the lack of CSS, this is very much a work in progress
Bare in mind I essentially had a day to write the back end for this as well as tests, CI pipeline, (no GCP due to no $$$£££ credit left)
Create a programmer: Click that link to begin making a programmer.
Read all programmers: Click that link to see a list of ALL programmers in the system.
Create a team: Click that link to begin creating a programming dream team!


--- layout: post status: publish published: true title: Name Calling author: Ryan Hayden wordpress_id: 1368 wordpress: 1368 date: '2013-09-17 22:02:15 -0500' date_gmt: '2013-09-18 03:02:15 -0500' categories: - Uncategorized tags: [] ---
Any time a preacher relies on insults and name calling to get his point across, I immediately suspect his motivation and understanding of the issue he's speaking about.
"Who is a wise man and endued with knowledge among you? let him shew out of a good conversation his works with meekness of wisdom. But if ye have bitter envying and strife in your hearts, glory not, and lie not against the truth. This wisdom descendeth not from above, but is earthly, sensual, devilish." James 3:13-16


- {% trackurl 'http://www.energysavingtrust.org.uk/Generating-energy/Choosing-a-renewable-technology/Ground-source-heat-pumps' 'Centre for Sustainable Energy' %}
- {% trackurl 'http://www.which.co.uk/energy/creating-an-energy-saving-home/guides/ground-source-heat-pumps-explained/' 'Which?' %}


Biographical Sketch of Patrick Donnelly
Ben F. Dixon's book 1932, Our Book:
Our Ancestors, Ourselves, and Our Children , Page 191,
says:
Patrick Donnelly was born in Ireland, Sept. 8, 1840. He came to this country as a young man, and
enlisted in the U.S. Cavalry for service in the Civil War. He enlisted under the name of Jack
Love. It is supposed that he ran away
from the Army, as he never talked of his service, and never tried to get a
pension from the government. What
campaigns he participated in is unknown, but in one skirmish he received a
bullet wound through the neck.
He was a railroad and building contractor, and traveled
through the west making money hand over fist, and spending it freely. He was in Texas in 1871, Arkansas, 1873,
Washington, 1885, Kansas, 1887, Idaho about 1890, and lived in California from
1894 to 1907. He died in San Francisco,
Jan. 6, 1913, and was buried in Cypress Lawn Cemetery.
He married at Sanduskay, Iowa, July 2, 1870, Catherine Ann
Kinkade, daughter of Ebenezer Kinkade and Sarah Spillman. She was born at Shelbyville, Ind., Aug. 12,
1853. They had no issue, but reared
three adopted children.
Provided by Betty Latta Kitchen
-- e-mail: Betty Kitchen
Click here for the Short-Cut Table of Contents


How to hide and unhide rows in Microsoft Excel in 2 different ways
by Marissa Perino- You can hide and unhide rows in Excel by right-clicking, or reveal all hidden rows using the “Format” option in the “Home” tab.
- Hiding rows in Excel is especially helpful when working in large documents or for concealing information you won’t need until later.
- Visit Business Insider’s homepage for more stories.
Just as you can quickly hide and unhide columns, you can hide or reveal hidden rows in your Excel spreadsheet as well.
In addition to freezing rows, you may find it helpful to conceal rows you are no longer using without permanently deleting the data from your spreadsheet. To later reveal the hidden cells, you can right-click to unhide individual rows.
You can also navigate to the “Format” option to unhide all hidden rows. This feature is especially helpful if you’ve hidden multiple rows throughout a large spreadsheet.
Here’s how to do both.
Check out the products mentioned in this article:
Microsoft Office (From $US139.99 at Best Buy)
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Microsoft Surface Pro X (From $US999 at Best Buy)
How to hide individual rows in Excel
1. Open Excel.
2. Select the row(s) you wish to hide. Select an entire row by clicking on its number on the left hand side of the spreadsheet. Select multiple rows by clicking on the row number, holding the “Shift” key on your Mac or PC keyboard, and selecting another.
3. Right-click anywhere in the selected row.
4. Click “Hide.”
How to unhide individual rows in Excel
1. Highlight the row on either side of the row you wish to unhide.
2. Right-click anywhere within these selected rows.
3. Click “Unhide.”
4. You can also manually click or drag to expand a hidden row. Hidden rows are indicated by a thicker border line. Move your cursor over this line until it turns into a double bar with arrows. Double click to reveal or click and drag to manually expand the hidden row or rows. (If you’ve hidden multiple rows, you may have to do this multiple times.)
How to unhide all rows in Excel
1. To unhide all hidden rows in Excel, navigate to the “Home” tab.
2. Click “Format,” which is located towards the right hand side of the toolbar.
3. Navigate to the “Visibility” section. You’ll find options to hide and unhide both rows and columns.
4. Hover over “Hide & Unhide.”
5. Select “Unhide Rows” from the list. This will reveal all hidden rows, a feature especially helpful if you’ve hidden multiple rows throughout a large spreadsheet.
Related coverage from How To Do Everything: Tech:
-
How to make a line graph in Microsoft Excel in 4 simple steps using data in your spreadsheet
-
How to add a column in Microsoft Excel in 2 different ways
-
How to hide and unhide columns in Excel to optimise your work in a spreadsheet
-
How to search for terms or values in an Excel spreadsheet, and use Find and Replace