org.drip.tester.product
Class FuncTestSuite
java.lang.Object
org.drip.tester.product.FuncTestSuite
public class FuncTestSuite
- extends java.lang.Object
| Methods inherited from class java.lang.Object |
equals, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
TM_BASE
public static final int TM_BASE
- See Also:
- Constant Field Values
TM_IR_UP01
public static final int TM_IR_UP01
- See Also:
- Constant Field Values
TM_IR_DN01
public static final int TM_IR_DN01
- See Also:
- Constant Field Values
TM_IR_SET_UP01
public static final int TM_IR_SET_UP01
- See Also:
- Constant Field Values
TM_IR_SET_DN01
public static final int TM_IR_SET_DN01
- See Also:
- Constant Field Values
TM_IR_TENOR_UP01
public static final int TM_IR_TENOR_UP01
- See Also:
- Constant Field Values
TM_IR_TENOR_DN01
public static final int TM_IR_TENOR_DN01
- See Also:
- Constant Field Values
TM_CC_UP01
public static final int TM_CC_UP01
- See Also:
- Constant Field Values
TM_CC_DN01
public static final int TM_CC_DN01
- See Also:
- Constant Field Values
TM_CC_SET_UP01
public static final int TM_CC_SET_UP01
- See Also:
- Constant Field Values
TM_CC_SET_DN01
public static final int TM_CC_SET_DN01
- See Also:
- Constant Field Values
TM_CC_TENOR_UP01
public static final int TM_CC_TENOR_UP01
- See Also:
- Constant Field Values
TM_CC_TENOR_DN01
public static final int TM_CC_TENOR_DN01
- See Also:
- Constant Field Values
TM_RR_UP01
public static final int TM_RR_UP01
- See Also:
- Constant Field Values
TM_RR_DN01
public static final int TM_RR_DN01
- See Also:
- Constant Field Values
TM_RR_SET_UP01
public static final int TM_RR_SET_UP01
- See Also:
- Constant Field Values
TM_RR_SET_DN01
public static final int TM_RR_SET_DN01
- See Also:
- Constant Field Values
TM_TSY_UP01
public static final int TM_TSY_UP01
- See Also:
- Constant Field Values
TM_TSY_DN01
public static final int TM_TSY_DN01
- See Also:
- Constant Field Values
TM_TSY_SET_UP01
public static final int TM_TSY_SET_UP01
- See Also:
- Constant Field Values
TM_TSY_SET_DN01
public static final int TM_TSY_SET_DN01
- See Also:
- Constant Field Values
TM_TSY_TENOR_UP01
public static final int TM_TSY_TENOR_UP01
- See Also:
- Constant Field Values
TM_TSY_TENOR_DN01
public static final int TM_TSY_TENOR_DN01
- See Also:
- Constant Field Values
TD_SUCCESS_FAILURE
public static final int TD_SUCCESS_FAILURE
- See Also:
- Constant Field Values
TD_BRIEF
public static final int TD_BRIEF
- See Also:
- Constant Field Values
TD_DETAILED
public static final int TD_DETAILED
- See Also:
- Constant Field Values
TP_NONE
public static final int TP_NONE
- See Also:
- Constant Field Values
TP_CASH
public static final int TP_CASH
- See Also:
- Constant Field Values
TP_EDF
public static final int TP_EDF
- See Also:
- Constant Field Values
TP_IRS
public static final int TP_IRS
- See Also:
- Constant Field Values
TP_CDS
public static final int TP_CDS
- See Also:
- Constant Field Values
TP_FIXED_BOND
public static final int TP_FIXED_BOND
- See Also:
- Constant Field Values
TP_CDX
public static final int TP_CDX
- See Also:
- Constant Field Values
TP_BASKET_BOND
public static final int TP_BASKET_BOND
- See Also:
- Constant Field Values
FuncTestSuite
public FuncTestSuite()
testCC
public static void testCC(MarketParamsContainer mpc,
JulianDate dt,
int iTestMode,
int iTestDetail)
throws java.lang.Exception
- Throws:
java.lang.Exception
main
public static void main(java.lang.String[] astrArgs)
throws java.lang.Exception
- Throws:
java.lang.Exception


-
create()
-
Phaser State create override
- Source:
-
createImageLayer(lyr)
-
Create an image layer from the Tiled JSON file.
Parameters:
| Name |
Type |
Description |
lyr |
Object
|
The layer object from Tiled |
- Source:
-
createLayers()
-
Create all the layers (image, tile and object) from the Tiled JSON file.
- Source:
-
createObjects(layer)
-
Create the objects from an object layer from the Tiled JSON file.
Creates the objects and a Phaser.Group for the objects to reside in.
Parameters:
| Name |
Type |
Description |
layer |
Object
|
The layer object from Tiled |
- Source:
-
createTileLayer(lyr, layer_num)
-
Create a tile layers from the Tiled JSON file.
Parameters:
| Name |
Type |
Description |
lyr |
Object
|
The layer object from Tiled |
layer_num |
number
|
Index of the tile layer |
- Source:
-
preload()
-
Phaser State preload override
- Source:
-
restart()
-
Reset the level to it's default state
- Source:
-
setupDeveloperMode()
-
Set-up the developer mode settings for the State
- Source:
-
-
Event handler for pause
- Source:
-
-
Event handler for resume
- Source:
-
-
Set-up the input methods for the State
- Source:
-
setupMap()
-
Set-up the tile map for the State
- Source:
-
update()
-
Phaser State update override
- Source:
-
update()
-
Phaser State render override
- Source:


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© 2018 - Nodejs Sample Project


A place for general developer talk – for everyone! | Documentation https://developers.komodoplatform.com | MoreDev Docs - https://docs.komodoplatform.com | Mastering CryptoConditions - https://github.com/KomodoPlatform/Mastering_CryptoConditions
100 messages
Before 05-Dec-19 12:00 AM
jl777c30-Oct-18 08:32 PM
the list of notary nodes is in the source code
TK30-Oct-18 08:43 PM
So after the notary nodes election, the source code is changed and all notes must upgrade. I suppose that the blocks from the nodes with the old notary nodes list are rejected. Am I right?
jl777c30-Oct-18 08:46 PM
correct
though there will be at least 50% overlap
but if it is not in the latest list, it isnt a valid notary and cant be part of a valid notarization
Dont use the new website text editor on git to resolve conflicts, it somehoe just wswitched branches on me, and merged a whole branch into master, when it was meant to merge from master LOL
CMaurice31-Oct-18 11:55 AM
great, great docs @Bryan_Beus would've saved me a lot of time a long time ago, and still have much use for me(edited)
will be a permanent tab I suspect(edited)
ulhaq.anwaar31-Oct-18 01:10 PM
On Komodo Platform is there any API to show coin supply?
jl777c31-Oct-18 01:11 PM
yes, it is called coinsupply
but best to call it with low heights like 50000, 100000, ... as it has to scan the blockchain from 0 to the height the first time
after the first time, it is fast
ulhaq.anwaar31-Oct-18 01:13 PM
Thanks @jl777c sorry didn't found on the official document API
@dukeleto
1) Has the dPOW-conf feature i.e., confirmations: , rawconfirmations: already been added to GAME and EMC2
2) Will it be added to future external chains that get notarized?
dukeleto31-Oct-18 05:10 PM
@gcharang i have just added it to Hush, it's in testing there. It has not been added to GAME/EMC2 yet. Currently only KMD + AC's have it
gcharang31-Oct-18 05:11 PM
Thanks duke. But it will be added to the external chains in the future?
dukeleto31-Oct-18 05:12 PM
@gcharang that is the plan. it's not a consensus change, so coins can update and add dpowconfs, without a hardfork/etc
gcharang31-Oct-18 05:13 PM
Got it. there is going to be an article announcing this addition to KMD and ACs so wanted clarity about external chains
dukeleto31-Oct-18 05:14 PM
@gcharang Hush will be the first external dpow coin to get dpowconfs, then it will be easy to port that to other external coins
1
dukeleto31-Oct-18 07:03 PM
anybody remember how to add "Mined by X" to blocks in insight explorer?
The bitcoin blockchain API powering Insight. Contribute to bitpay/insight-api development by creating an account on GitHub.
dukeleto31-Oct-18 07:36 PM
@ComputerGenie 👴👴👴 thanks, grep -r with an existing pool name finally found it for me. I inherited this explorer server and I only touch it rarely
because /bitcore-livenet/bin/mynode/node_modules/insight-api-hush/pools.json in a random user dir makes total sense
dukeleto31-Oct-18 09:25 PM
@jl777c i have not fully looked thru all of this code, but this guy has a new zec gui wallet and has implemented an automatic Sapling Turnstyle migration, complete with QT GUI.
Seems to me like Microsoft is actively trying to push crypto projects off of github
beybietron01-Nov-18 09:30 AM
Thanks @Alright I'll try it again
ulhaq.anwaar01-Nov-18 09:54 AM
Can we send the Block reward to an Address instead of a Pubkey???
Alright01-Nov-18 09:55 AM
@ulhaq.anwaar why?
just get the pubkey of the address you want to use
beybietron01-Nov-18 10:04 AM
I still have the same issue anything that makes targets libbitcoin_server* fails for me
Alright01-Nov-18 10:06 AM
double check you have dependencies?
dukeleto01-Nov-18 10:36 AM
@beybietron create a github gist with full build error and paste here
ulhaq.anwaar01-Nov-18 10:50 AM
@Alright ! the address who is receiving the rewards are like so many so we have trouble in monitoring or you can say it's requirements from the client.
What I did was I get the public key of that address by validateaddress and used that pubkey but a different address is receiving the stack every tmie
jl777c01-Nov-18 10:51 AM
if -pubkey is used properly, mined rewards will go to the -pubkey address
ulhaq.anwaar01-Nov-18 10:53 AM
@jl777c that means it's not working the way it should. Just one address should be receiving all the amount
beybietron01-Nov-18 10:54 AM
looks like my issue was memory related, increased swap size to 2GB and it looks like it pushed through, but not getting new errors
dukeleto01-Nov-18 10:54 AM
oh gosh
yeah, you usually need 4GB of RAM to compile any Zcash fork
jl777c01-Nov-18 10:56 AM
on startup does it display the pubkey is being used?
one of the first printouts it shows the PUBKEY.(....)
beybietron01-Nov-18 10:57 AM
well let me actually set it to 4GB first before pasting my new errors, maybe it's memory related as well
dukeleto01-Nov-18 11:05 AM
you can run a pre-compiled komodod with 2GB, but 4GB of swap/ram is usually needed to compile
Swap Space (Optional)
You will need at least 4GB of RAM to build hush from git source, OR you can enable a swap file. To enable a 4GB swap file on modern Linux distributions:
sudo fallocate -l 4G /swapfile
sudo chmod 600 /swapfile
sudo mkswap /swapfile
sudo swapon /swapfile
beybietron01-Nov-18 11:33 AM
Yup, set swap to 4GB, and it compiled
newbies like me always get blocked by this. that's what I get I guess for finding the cheapest vps
BTC full nodes are pretty centralized in very few areas
@blackjok3r i think one of those dots in AU is you
1
blackjok3r01-Nov-18 06:21 PM
Mine is closed portt ... my DC has a fiull ode though
might be that
dukeleto01-Nov-18 06:22 PM
i enjoyed reading this (where the above graphic comes from): https://blog.goodaudience.com/borderless-bitcoin-a-dangerous-myth-e2582879d232(edited)
some of the best non-crazy arguments about why BTC is not as decentralized as people think
jl777c01-Nov-18 06:28 PM
based on balance KMD NN are much better distributed
dukeleto01-Nov-18 06:29 PM
it's concerning how few full BTC nodes are running outside of US/EU
jl777c01-Nov-18 06:30 PM
but, but, china controls BTC
reality seems more BTC nodes in australia than china
dukeleto01-Nov-18 06:32 PM
China only mines
China runs very few full nodes, it seems
the article goes into the fact that most early HODLers are from English speaking countries (US/EU/etc) but almost all mining is done by Chinese that don't run full nodes now
it doesn't seem sustainable, it seems that some future geopolitical conflict will involve BTC
jl777c01-Nov-18 06:34 PM
you mean, like BCH
dukeleto01-Nov-18 06:34 PM
BCH has their feet in multiple camps. They hate BTC, but rely on it to exist
China identifies Bitcoin as an attack vector. It commits the tens of billions necessary to commandeer the network by ransoming electricity generation, paying off domestic miners, and taking ASIC manufacturers’ supply chains hostage.
I have no doubt China would do this, if they thought it was best. Russia and US do not even have that option
this makes the cybermilitary US people very angry
ComputerGenie 👴👴👴01-Nov-18 07:41 PM
BTC full nodes are pretty centralized in very few areas
Saying that "BTC brings financial freedom to the 'unbanked'" sounds great.... until the reality sets in and you realize that there's only like 9 people in the Congo that have interwebz
dukeleto01-Nov-18 09:02 PM
and give them the choice of running a costly full node for no direct benefit to themselves or make coins mining some CPU-mineable thing, what will people choose?
grewalsatinder01-Nov-18 11:10 PM
I watched a video on golang programming
And the guy says to learn golang it’s best to have someone in a circle, a friend or a mentor, to whom you can contact and ask for help and share what you learn. It helps pick things on the language much faster.
Do we have someone else here who is doing golang coding? We can be golang code friends or would love to have you my mentor....
Right now it’s me and google and stackoverflow only
blackjok3r01-Nov-18 11:34 PM
Should just learn RUST
blackjok3r01-Nov-18 11:57 PM
looks to be the go ... saw a video of a guy who wrote an OS in it on his own, in 10,000 lines fully modular ...
After trying to work with C/++ segfaults are really annoying
grewalsatinder01-Nov-18 11:57 PM
Will explore rust
I did some research earlier and decided to go with go then
In this episode of The Lunduke Hour I chat with the founder of the RedoxOS project (a microkernel operating system written in Rust), Jeremy Soller -- and the...
blackjok3r02-Nov-18 02:04 AM
@Deleted User
emma02-Nov-18 04:00 AM
I am here to learn
3
dukeleto02-Nov-18 04:07 AM
@emma welcome! feel free to ask questions here and various nice + smart people will help you
blackjok3r02-Nov-18 04:18 AM
#kmdlabs is a great place to start, we are starting testnet 2 today.
Do you know that @KomodoPlatform core developer #jl777 is training new smart contracts developers for crypto-conditions smart contract dApps? It’s a great opportunity for any dev to upskill who already understand bitcoin basics from Mastering Bitcoin. Join others in $KMD...
This is an on chain chat dAPP #kmdlabs is developing at the moment... if you want to play with CCs and get advice and help that is a good place to start, we are getting a nice team up and running.


ODD MAN OUT (director: Carol Reed; screenwriters: F.L. Green/ Robert Cedric Sherriff/from book by Green; cinematographer: Robert Krasker; editor: Fergus McDonell; cast: James Mason (Johnny McQueen ), Robert Newton (Lukey), Robert Beatty (Dennis), Kathleen Ryan (Kathleen), Cyril Cusack (Pat), Dan O'Herlihy (Nolan), F.J. McCormick (Shell), Roy Irving (Murphy), W.G. Fay (Father Tom), Elwyn Brook-Jones (Tober), Maureen Delaney (Teresa), Kitty Kirwan (Granny), Denis O'Day (Head Constable); Runtime: 111; J. Arthur Rank; 1947-UK)
Reviewed by Dennis Schwartz
Carol Reed's breakthrough film as a director after a long and undistinguished film career. He followed this success with two other classics in British cinema -- "The Fallen Idol" and, his greatest film, "The Third Man." The subject matter of the "Odd Man Out" is about a political fugitive on the run who has just robbed a mill in Belfast and murdered the cashier, which ironically happens after he comes to believe violence may not be the best solution for change...though he still believes fervently in supporting the IRA cause financially. James Mason plays Johnny McQueen, the chief of an Irish organization, though not mentioned by name, but obviously is the IRA. He has just committed the robbery after escaping from prison while serving a long sentence for gun-running. He was cooped up for the last 6 months in Kathleen's (Ryan) family house, where she lives with her colorful granny. She is madly in love with him and wants him to chose her instead of the organization.
Warning: spoilers to follow.
The robbery is botched when Johnny blacks out and can't get into the getaway car in time. A cashier with a gun pointed at him tries to stop him, but gets fatally shot as they wrestle to the ground. Johnny is severly wounded in the shoulder and when the cowardly driver Pat (Cusack) refuses to stop and the others can't help him into the car letting him drop to the gutter, he therefore must go through an alley to escape the police and winds up lying in a delirious state in an air raid shelter.
His close comrade Dennis (Beatty) goes searching for him, hoping to get him out of the area, which the police have sealed off. Meanwhile two others in the robbery, Pat and Murphy (Irving), get drunk in the house of an informer (Delaney) and tell her everything, betraying their comrades. She turns them over to the inspector (O'Day), whose men shoots them as they try to escape from her house, and she also tells the inspector about Kathleen and Dennis, making a deal with him to look the other way at her black market schemes.
Wandering the streets in a delirious state and weakened by a loss of blood, Johnny is taken in by two helpful women pedestrians who patch him up and turn him loose when they discover who he is, not interested in the reward or in helping him escape, or in turning him over to the police...they are just trying to figure out what to do that is right. Placed in a cab by a reveler out in the drenching rain, the cabby drops him off at a junkyard where he is spotted by a caged bird fancier, Shell (McCormick). He figures he can sell him to Father Tom (Fay) and thereby make some cash to help him out in his destitute state. Kathleen has also gone to Father Tom for help and he tells her he will try to save Johnny's soul and get him to surrender if he is brought to him...that there is nothing else that he can do for him. But, her plans are to smuggle him out of the country by boat and go with him far away from the problems here, and try to start a new life.
 When he hears about Johnny from him, he insists that he bring Johnny to him, as he wants to look into the desperate eyes of a fugitive on the run and capture his idealistic soul on canvas. Shell's other pal he lives with is Tober (Brook-Jones), someone who could have been a doctor if he didn't screw up. He wants to mend Johnny so that he can prove his medical skills on the wounded man. He does not care that he would only be healing Johnny so that the fugitive could be executed. Both wish only to use Johnny to prove that they can function with skill in their fields, where they are currently viewed as failures. They have no human interest in him, which even Johnny in his dying state can see, as he stumbles away from them and in a religiously charged scene, he quotes from I Corinthians 8 -- which is the verse that says man is nothing without charity. That only help given without expecting something from it, is truly a Christian charity.
The perverted Shell tries to bring the still weakened Johnny to Father Tom and thereby to freedom -- his price for doing that good deed is a promise of approval from Father Tom and perhaps some money and acceptance for the doleful life he leads. But Johnny collapses before he reaches the church and when Kathleen spots him in the square she tries to steer him to the waterfront, but it is too late, as the police had her tailed. She commits suicide, taking Johnny with her, dying for what she believes is greater than faith or anything else in life, her love of Johnny. In fact, the only glimmer of hope that is offerred to the people of Northern Ireland, is that the doomed Johnny died in the arms of someone who was real and loved him, rather than at the hands of the police, or with the IRA, or with the priest, or someone who was selling him for dispensation. The hope is that the Republic will be a true one, based on the peace and love of all the people of Ireland, once it recognizes that it is the people themselves who have to unite as one and not be fooled by groups that are only giving them a false ideal.
Londoner Reed has shot a pro-British film, that is stronger on being a suspenseful art film than an accurately political one. The dark rainy streets of Belfast and the brooding mood of Mason, made this film look much like a noir feature. Mason seems like he is in the middle of a nightmare, traveling through an ugly urban landscape where there is no escape. It is preachy in spots, trying to show many different sides to the struggle, where characters along the way seem more like symbols than real flesh-and-blood. There are bar patrons spouting the cause while drenched in ale, rational British policemen acting with restraint, ordinary citizens not wanting to get involved in the violence or looking to turn the fugitive in for the reward money, and there are decent IRA family members all caught up in the turbulent times, each trying to figure a way out of the mess the country is in. But the film was very weak in setting up the political arguments that caused the civil war in the first place, as no rational person will disagree with the film's anti-violent stance. But there is a lot going on that the film left uncovered from the point of view of what the revolutionaries are protesting. I found the film, nevertheless, absorbing, especially as a thriller--a 'cops and robbers' tale.
REVIEWED ON 12/22/2000 GRADE: B
Dennis Schwartz: "Ozus' World Movie Reviews"
http://www.sover.net/~ozus
<EMAIL_ADDRESS>© ALL RIGHTS RESERVED DENNIS SCHWARTZ
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
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to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


I have worked in many different fields and throughout I have discovered, I love producing creative projects
and working on teams. As a waiter I had to organize my workflow, multitask all the guests desires, all while
being concise with delivery and warmly engaging.
Work Smart then Work Hard! I'm very excited
to be
entering the Web Development field and utilize all these
skills.
Full-Stack Web Development
BA Theatre / Business Management
San Francisco, CA (10/2014 - 10/2019)
Los Angeles, CA (8/2010 - 7/2014)
Writer (2006)
Producer(2006)
Vice President
Activities Director


I aim to design products & solutions with intention, empathy, and pragmatism to continuously elevate experiences for people in their everyday lives.
Growing up, I’ve always had the strong desire to work in the creative field. I spent countless hours in art classes painting landscapes and sketching still lifes. After school I would dabble with designing personal websites and taught myself basic HTML/CSS. Somewhere down the line I found myself pursuing a doctorate in the healthcare field instead. It was an avenue where I could express compassion for others and help improve lives. While I found great value in the work I was doing, the creator in me wanted more.
When I was introduced to UX design, I did some research and spoke with a few established UX designers to gain more insight into the field. As a ubiquitous and highly relevant practice, the variety of opportunities in user experience excited me. UX design provides a platform where I can unite my desires to create and impact lives, to design user-centered solutions.


28. Main Reference¶
- Feng2017
Feng and M. Chen. Learning Apache Spark, Github 2017.
- Feng2016PSD
Feng, A. J. Salgado, C. Wang, S. M. Wise. Preconditioned Steepest Descent Methods for some Nonlinear Elliptic Equations Involving p-Laplacian Terms. J. Comput. Phys., 334:45–67, 2016.
- Feng2014
Feng. Prelim Notes for Numerical Analysis, The University of Tennessee, Knoxville.
- Karau2015
Karau, A. Konwinski, P. Wendell and M. Zaharia. Learning Spark: Lightning-Fast Big Data Analysis. O’Reilly Media, Inc., 2015
- Kirillov2016
Anton Kirillov. Apache Spark: core concepts, architecture and internals. http://datastrophic.io/core-concepts-architecture-and-internals-of-apache-spark/
- zeppelin2nb
Wenqiang Feng and Ryan Blue. Zeppelin notebook to jupyter notebook Library API, 2019.
- jupyter-zeppelin
Ryan Blue. Jupyter/Zeppelin conversion, 2017.


Linergame Support Functions
A 1-day interactive session aimed specifically at specialist business support functions in the container shipping industry. This includes specialists in Finance, Human Resources, IT, Communication and Marketing. The session will provide the participants with a good understanding of the key dynamics and challenges in the core business of a container shipping line, and will be tailored to emphasize the links between the participants’ support function roles and the key dynamics.
Ideal for: Container shipping employees in IT, Finance, HR, Communication, Marketing, Procurement as well as generalist Project Managers and Process Consultants.


How to Play Pex
My 5 year daughter sporadically designed her first board game!
It’s actually not a bad game and fun to play with children.
I thought it be fun to share her rules and see what people thought.
SETUP
Start off with a 6x5 board with the long side facing each player.
Place 6 pieces of your color on the first row.
RULES
Take turns doing the following:
- Roll a dice.
- Move your piece the exact number of spaces as the dice value.
You are allowed to move your piece in any direction (both orthogonally and diagonally).
You are not allowed to move into the same space twice.
WIN CONDITION
Move all your pieces into the opposite side of the board.
You also win if the opposing player can not move.
Give it a try and feel free to let me know how it goes!


2 Chronicles 35:11
And they killed the passover, and the priests sprinkled the blood from their hands, and the Levites flayed them.


fun setOwner(owner: OwnerParams?): SourceParams
owner -
owner
Information about the owner of the payment instrument that may be used or required by particular source types.
See owner


{% extends "layout.html" %} {% set title = 'Overview' %} {% block body %}
Reaction Mechanism Generator (RMG) is an automatic chemical reaction mechanism generator that constructs kinetic models composed of elementary chemical reaction steps using a general understanding of how molecules react.
This documentation site if for the newer Python version of RMG called RMG-Py. It is developed on GitHub as RMG-Py.
CanTherm is developed and distributed as part of RMG-Py, but can be used as a stand-alone application for Thermochemistry, Transition State Theory, and Master Equation chemical kinetics calculations.
RMG is free, open-source software, and is under active and ongoing development. If you are interested in assisting with or guiding its development, please let us know. Any issues, concerns, or comments can be posted to our Github issues page.
While you are free to use or modify RMG components as you wish, we would like to coordinate with you. Please contact Professor William H. Green, Professor Richard H. West, or the The RMG Development Team for further information.
| I want to... | Resource |
|---|---|
| analyze models & search databases | RMG website resources (no download needed) |
| make transition state theory calculations | Run Cantherm with the Canterm User's Guide |
| create mechanisms automatically | Download RMG with the RMG User's Guide |
| post an issue with RMG | GitHub issues page |
| contribute to RMG project | RMG developer's wiki |
RMG User's Guide
how to get, install, and use RMG-Py
CanTherm User's Guide
how to get, install, and use CanTherm
Theory Guide
some of the theory behind RMG
API Reference
the RMG source code
General Index
all functions, classes, terms


Todo items
Q1. Implement Angular bootstrap alert while adding todo item
- 1. Install and Include UI Bootstrap components for Angular JS by bower UI Bootstrap
- 3. Alert color should be green.
- 4. Alert message should be "Item added successfully!".
- 5. Alert should be dismiss in 5 seconds if not closed by user.
Q2. Implement Angular bootstrap alert while deleting todo item
- 1. Install and Include UI Bootstrap components for Angular JS by bower UI Bootstrap
- 3. Alert color should be red.
- 4. Alert message should be "Item removed successfully!".
- 5. Alert should be dismiss in 5 seconds if not closed by user.
Q3. Create list page for todo item and link them with list
- 1. Create new page todolist
- 3. Add route with 1 optional param "id".
- 4. Link todo items with the todolist page.
- 5. Display {id} and {content} on the list page.
- 5. Hint: {id} can be an index value of the list.
Q4. Connect with mongo db
- 1. datasourse file is inside server directory.
- 3. Mongo URI: "mongodb://localhost:27017/onlinetest".
- 4. Todo item should add in database
- 5. Delete should remove from database.


Installing Android studio on Ubuntu linux
-
Download the Android Studio.
-
Extract downloaded
.zip
file.
The extracted folder name will read somewhat like android-studio
To keep navigation easy, move this folder to Home directory.
-
After moving, copy the moved folder by right clicking it. This action will place folder’s location to clipboard.
-
Use Ctrl Alt T to open a terminal
-
Go to this folder’s directory using
cd /home/(USER NAME)/android-studio/bin/
-
Type command
sudo chmod 777 -R studio.sh
-
Type
./studio.sh
A pop up will be shown asking for installation settings. In my particular case, it is a fresh install so I’ll go with selecting I do not have a previous version of Stuio or I do not want to import my settings
From now onwards, setup wizard will guide you.
Android Studio can work with both Open JDK and Oracle’s JDK (recommended). Incase, Open JDK is installed the wizard will recommend installing Oracle Java JDK because some UI and performance issues are reported while using OpenJDK.
The downside with Oracle’s JDK is that it won’t update with the rest of your system like OpenJDK will.
The wizard may also prompt about the input problems with IDEA .
Select install type
Verify installation settings
An emulator can also be configured as needed.
The wizard will start downloading the necessary SDK tools
The wizard may also show an error about Linux 32 Bit Libraries, which can be solved by using the below command:
sudo apt-get install libc6:i386 libncurses5:i386 libstdc++6:i386 lib32z1
After this, all the required components will be downloaded and installed automatically.
After everything is upto the mark, just click finish
To make a Desktop icon, go to ‘Configure’ and then click ‘Create Desktop Entry’


{% extends 'base.html' %} {% load static %} {% block header %}
First Name
Last Name
Patient Record Number
Preferred Name
Date of Birth
Age at Surgery
Patient Sex
Site Country
Site Region
Hospital Name
Preoperative Diagnostic 1
Preoperative Diagnostic 2
Preoperative Diagnostic 3
Preoperative Diagnostic 4
TBSA
Degree Of Burn
Cause of Burn
Approximate Year of Injury
Occupation
Patient Address
Patient Phone Number
Parent First Name
Parent Middle Name
Parent Last Name
Relationship to Parent
Referral
Patient Weight (kg)
Patient Height (cm)
Current Medication
{{ error }}
{{ form.non_field_errors }}


Home
Checklist
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Venues
Themes
Budget
Home
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Catering
Venues
Themes
Budget
menu
Sign up or log in with an existing account.
Log in
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Welcome to CrozShack
"We've got burgers!"
Burgers Ordered:
Burgers Eaten:
What's your Order?
Examples: Bacon Cheese Burger, Hamburger, Cheeseburger, Veggie.. etc.
Burger Order:
To order
Has been eaten before
Add Burger


This package implements a thresholded version of the EEBoost algorithm described in [Wolfson (2011, JASA)]. EEBoost is a general-purpose method for variable selection which can be applied whenever inference would be based on an estimating equation. The package currently implements variable selection based on the Generalized Estimating Equations, but can also accommodate user-provided estimating functions. Thresholded EEBoost is a generalization which allows multiple variables to enter the model at each boosting step.
| Version: | 1.1 |
| Imports: | Matrix |
| Suggests: | mvtnorm |
| Published: | 2014-08-11 |
| Author: | Julian Wolfson and Christopher Miller |
| Maintainer: | Julian Wolfson <julianw at umn.edu> |
| License: | GPL-3 |
| NeedsCompilation: | no |
| CRAN checks: | threeboost results |
| Reference manual: | threeboost.pdf |
| Package source: | threeboost_1.1.tar.gz |
| Windows binaries: | r-devel: threeboost_1.1.zip, r-release: threeboost_1.1.zip, r-oldrel: threeboost_1.1.zip |
| OS X binaries: | r-release: threeboost_1.1.tgz, r-oldrel: threeboost_1.1.tgz |
| Old sources: | threeboost archive |
Please use the canonical form https://CRAN.R-project.org/package=threeboost to link to this page.


Thinking Out Loud
Ed Sheeran
3 level header
4 level header
5 level header
6 level header
When your legs don't work like they used to do before
And I can't sweep you off of your feet
Will your mouth still remember the taste of my love?
Will your eyes still smile from your cheek?
1. Where is Ed Sheeran from?
2. Is Ed Sheeran married?
3. What's the name of Ed Sheeran's first album?
4. What's the name of Ed Sheeran's second album?
For more info, please visit
Wikipedia Ed Sheeran
Ed Sheeran Picture download
Feedback or Suggestions? Click here!
u
- Shape of You 2017
- Photograph 2014
- Give Me Love 2011
- Thinking Out Loud 2014
- Devide
- Multiply
- The Orange Room
- Plus
- Ed Sheeran
- Edward Christopher Sheeran, MBE (/ˈʃɪərən/; born 17 February 1991) is an English singer, songwriter, guitarist, record producer, and actor.
- He attended the Academy of Contemporary Music in Guildford as an undergraduate from the age of 18 in 2009. In early 2011, Sheeran independently released the extended play, No. 5 Collaborations Project.
- Sheeran has sold more than 26 million albums and 100 million singles worldwide, making him one of the world's best-selling music artists.
Grades
| 2018 Summer Term |
| 姓名 |
语文 |
数学 |
副科 |
| 张三 |
95 |
76 |
80 |
| 李四 |
10 |
34 |
42 |
Your survey will be submitted to the author, thanks you for your time.
the poll results is as following:
She
30%
He
70%


Serialize JavaScript to a superset of JSON that includes regular expressions, dates and functions.
The code in this package began its life as an internal module to express-state. To expand its usefulness, it now lives as serialize-javascript
— an independent package on npm.
You’re probably wondering: What about JSON.stringify()
!? We’ve found that sometimes we need to serialize JavaScript functions, regexps or dates. A great example is a web app that uses client-side URL routing where the route definitions are regexps that need to be shared from the server to the client.
The string returned from this package’s single export function is literal JavaScript which can be saved to a .js
file, or be embedded into an HTML document by making the content of a element. HTML charaters and JavaScript line terminators are escaped automatically.
Install using npm:
shell
$ npm install serialize-javascript
```js var serialize = require(‘serialize-javascript’);
serialize({ str : ‘string’, num : 0, obj : {foo: ‘foo’}, arr : [1, 2, 3], bool : true, nil : null, undef: undefined, date: new Date(“Thu, 28 Apr 2016 22:02:17 GMT”),
fn: function echo(arg) { return arg; },
re: /([^\s]+)/g }); ```
The above will produce the following string output:
js
'{"str":"string","num":0,"obj":{"foo":"foo"},"arr":[1,2,3],"bool":true,"nil":null,date:new Date("2016-04-28T22:02:17.156Z"),"fn":function echo(arg) { return arg; },"re":/([^\\s]+)/g}'
Note: to produced a beautified string, you can pass an optional second argument to serialize()
to define the number of spaces to be used for the indentation.
A primary feature of this package is to serialize code to a string of literal JavaScript which can be embedded in an HTML document by adding it as the contents of the element. In order to make this safe, HTML characters and JavaScript line terminators are escaped automatically.
js
serialize({
haxorXSS: ''
});
The above will produce the following string, HTML-escaped output which is safe to put into an HTML document as it will not cause the inline script element to terminate:
js
'{"haxorXSS":"\\u003C\\u002Fscript\\u003E"}'
The serialize()
function accepts options
as its second argument. There are two options, both default to being undefined
:
options.space
This option is the same as the space
argument that can be passed to JSON.stringify
. It can be used to add whitespace and indentation to the serialized output to make it more readable.
js
serialize(obj, {space: 2});
options.isJSON
This option is a signal to serialize()
that the object being serialized does not contain any function or regexps values. This enables a hot-path that allows serialization to be over 3x faster. If you’re serializing a lot of data, and know its pure JSON, then you can enable this option for a speed-up.
Note: That when using this option, the output will still be escaped to protect against XSS.
js
serialize(obj, {isJSON: true});
For some use cases you might also need to deserialize the string. This is explicitely not part of this module. However, you can easily write it yourself:
js
function deserialize(serializedJavascript){
return eval('(' + serializedJavascript + ')');
}
Note: Don’t forget the parentheses around the serialized javascript, as the opening bracket {
will be considered to be the start of a body.
This software is free to use under the Yahoo! Inc. BSD license. See the LICENSE file for license text and copyright information.


|
CoreTweet
2.0.0-beta.2
Yet another .NET Twitter Library
|
Provides a set of methods for the wrapper of Filtered stream v1 API on Twitter API v2. More...
Public Member Functions | |
| FilterRulesGetResponse | GetRules (params Expression< Func< string, object >>[] parameters) |
| FilterRulesGetResponse | GetRules (IDictionary< string, object > parameters) |
| FilterRulesGetResponse | GetRules (object parameters) |
| FilterRulesGetResponse | GetRules (IEnumerable< long > ids=null) |
| Task< FilterRulesGetResponse > | GetRulesAsync (params Expression< Func< string, object >>[] parameters) |
| Task< FilterRulesGetResponse > | GetRulesAsync (IDictionary< string, object > parameters, CancellationToken cancellationToken=default(CancellationToken)) |
| Task< FilterRulesGetResponse > | GetRulesAsync (object parameters, CancellationToken cancellationToken=default(CancellationToken)) |
| Task< FilterRulesGetResponse > | GetRulesAsync (IEnumerable< long > ids=null, CancellationToken cancellationToken=default(CancellationToken)) |
| FilterRulesPostCreateResponse | CreateRules (params Expression< Func< string, object >>[] parameters) |
| FilterRulesPostCreateResponse | CreateRules (IDictionary< string, object > parameters) |
| FilterRulesPostCreateResponse | CreateRules (object parameters) |
| FilterRulesPostCreateResponse | CreateRules (IEnumerable< FilterRule > add, bool? dry_run=null) |
| Task< FilterRulesPostCreateResponse > | CreateRulesAsync (params Expression< Func< string, object >>[] parameters) |
| Task< FilterRulesPostCreateResponse > | CreateRulesAsync (IDictionary< string, object > parameters, CancellationToken cancellationToken=default(CancellationToken)) |
| Task< FilterRulesPostCreateResponse > | CreateRulesAsync (object parameters, CancellationToken cancellationToken=default(CancellationToken)) |
| Task< FilterRulesPostCreateResponse > | CreateRulesAsync (IEnumerable< FilterRule > add, bool? dry_run=null, CancellationToken cancellationToken=default(CancellationToken)) |
| FilterRulesPostDeleteResponse | DeleteRules (params Expression< Func< string, object >>[] parameters) |
| FilterRulesPostDeleteResponse | DeleteRules (IDictionary< string, object > parameters) |
| FilterRulesPostDeleteResponse | DeleteRules (object parameters) |
| FilterRulesPostDeleteResponse | DeleteRules (IEnumerable< long > ids=null, IEnumerable< string > values=null, bool? dry_run=null) |
| Task< FilterRulesPostDeleteResponse > | DeleteRulesAsync (params Expression< Func< string, object >>[] parameters) |
| Task< FilterRulesPostDeleteResponse > | DeleteRulesAsync (IDictionary< string, object > parameters, CancellationToken cancellationToken=default(CancellationToken)) |
| Task< FilterRulesPostDeleteResponse > | DeleteRulesAsync (object parameters, CancellationToken cancellationToken=default(CancellationToken)) |
| Task< FilterRulesPostDeleteResponse > | DeleteRulesAsync (IEnumerable< long > ids=null, IEnumerable< string > values=null, bool? dry_run=null, CancellationToken cancellationToken=default(CancellationToken)) |
Additional Inherited Members | |
| Public Attributes inherited from CoreTweet.Core.ApiProviderBase | |
| TokensBase | IncludedTokens => this.Tokens |
| Gets the tokens being used in this instance. More... | |
| Properties inherited from CoreTweet.Core.ApiProviderBase | |
| TokensBase | Tokens [get, set] |
| Gets or sets the OAuth tokens. More... | |
Provides a set of methods for the wrapper of Filtered stream v1 API on Twitter API v2.
|
inline |
Creates filter rules. To create one or more rules, submit an add payload as an array of rules and operators.
Available parameters:
- IEnumerable<FilterRule>
add (required)
- bool
dry_run (optional)
| parameters | The parameters. |
|
inline |
Creates filter rules. To create one or more rules, submit an add payload as an array of rules and operators.
| add | required. |
| dry_run | optional. |
|
inline |
Creates filter rules. To create one or more rules, submit an add payload as an array of rules and operators.
Available parameters:
- IEnumerable<FilterRule>
add (required)
- bool
dry_run (optional)
| parameters | The parameters. |
|
inline |
Creates filter rules. To create one or more rules, submit an add payload as an array of rules and operators.
Available parameters:
- IEnumerable<FilterRule>
add (required)
- bool
dry_run (optional)
| parameters | The parameters. |
|
inline |
Creates filter rules. To create one or more rules, submit an add payload as an array of rules and operators.
Available parameters:
- IEnumerable<FilterRule>
add (required)
- bool
dry_run (optional)
| parameters | The parameters. |
| cancellationToken | The cancellation token. |
|
inline |
Creates filter rules. To create one or more rules, submit an add payload as an array of rules and operators.
| add | required. |
| dry_run | optional. |
| cancellationToken | The cancellation token. |
|
inline |
Creates filter rules. To create one or more rules, submit an add payload as an array of rules and operators.
Available parameters:
- IEnumerable<FilterRule>
add (required)
- bool
dry_run (optional)
| parameters | The parameters. |
| cancellationToken | The cancellation token. |
|
inline |
Creates filter rules. To create one or more rules, submit an add payload as an array of rules and operators.
Available parameters:
- IEnumerable<FilterRule>
add (required)
- bool
dry_run (optional)
| parameters | The parameters. |
|
inline |
Deletes filter rules. This endpoint can delete multiple rules at a time by specifying an array of IDs. If one or more rules cannot be deleted (for example, because it does not exist), the operation will not fail. In other words, only existing rules will be deleted.
Available parameters:
- IEnumerable<long>
ids (optional)
- IEnumerable<string>
values (optional)
- bool
dry_run (optional)
| parameters | The parameters. |
|
inline |
Deletes filter rules. This endpoint can delete multiple rules at a time by specifying an array of IDs. If one or more rules cannot be deleted (for example, because it does not exist), the operation will not fail. In other words, only existing rules will be deleted.
| ids | optional. |
| values | optional. |
| dry_run | optional. |
|
inline |
Deletes filter rules. This endpoint can delete multiple rules at a time by specifying an array of IDs. If one or more rules cannot be deleted (for example, because it does not exist), the operation will not fail. In other words, only existing rules will be deleted.
Available parameters:
- IEnumerable<long>
ids (optional)
- IEnumerable<string>
values (optional)
- bool
dry_run (optional)
| parameters | The parameters. |
|
inline |
Deletes filter rules. This endpoint can delete multiple rules at a time by specifying an array of IDs. If one or more rules cannot be deleted (for example, because it does not exist), the operation will not fail. In other words, only existing rules will be deleted.
Available parameters:
- IEnumerable<long>
ids (optional)
- IEnumerable<string>
values (optional)
- bool
dry_run (optional)
| parameters | The parameters. |
|
inline |
Deletes filter rules. This endpoint can delete multiple rules at a time by specifying an array of IDs. If one or more rules cannot be deleted (for example, because it does not exist), the operation will not fail. In other words, only existing rules will be deleted.
Available parameters:
- IEnumerable<long>
ids (optional)
- IEnumerable<string>
values (optional)
- bool
dry_run (optional)
| parameters | The parameters. |
| cancellationToken | The cancellation token. |
|
inline |
Deletes filter rules. This endpoint can delete multiple rules at a time by specifying an array of IDs. If one or more rules cannot be deleted (for example, because it does not exist), the operation will not fail. In other words, only existing rules will be deleted.
| ids | optional. |
| values | optional. |
| dry_run | optional. |
| cancellationToken | The cancellation token. |
|
inline |
Deletes filter rules. This endpoint can delete multiple rules at a time by specifying an array of IDs. If one or more rules cannot be deleted (for example, because it does not exist), the operation will not fail. In other words, only existing rules will be deleted.
Available parameters:
- IEnumerable<long>
ids (optional)
- IEnumerable<string>
values (optional)
- bool
dry_run (optional)
| parameters | The parameters. |
| cancellationToken | The cancellation token. |
|
inline |
Deletes filter rules. This endpoint can delete multiple rules at a time by specifying an array of IDs. If one or more rules cannot be deleted (for example, because it does not exist), the operation will not fail. In other words, only existing rules will be deleted.
Available parameters:
- IEnumerable<long>
ids (optional)
- IEnumerable<string>
values (optional)
- bool
dry_run (optional)
| parameters | The parameters. |
|
inline |
Return a list of filter rules currently active on the streaming endpoint, either as a list or individually.
Available parameters:
- IEnumerable<long>
ids (optional)
| parameters | The parameters. |
|
inline |
Return a list of filter rules currently active on the streaming endpoint, either as a list or individually.
| ids | optional. |
|
inline |
Return a list of filter rules currently active on the streaming endpoint, either as a list or individually.
Available parameters:
- IEnumerable<long>
ids (optional)
| parameters | The parameters. |
|
inline |
Return a list of filter rules currently active on the streaming endpoint, either as a list or individually.
Available parameters:
- IEnumerable<long>
ids (optional)
| parameters | The parameters. |
|
inline |
Return a list of filter rules currently active on the streaming endpoint, either as a list or individually.
Available parameters:
- IEnumerable<long>
ids (optional)
| parameters | The parameters. |
| cancellationToken | The cancellation token. |
|
inline |
Return a list of filter rules currently active on the streaming endpoint, either as a list or individually.
| ids | optional. |
| cancellationToken | The cancellation token. |
|
inline |
Return a list of filter rules currently active on the streaming endpoint, either as a list or individually.
Available parameters:
- IEnumerable<long>
ids (optional)
| parameters | The parameters. |
| cancellationToken | The cancellation token. |
|
inline |
Return a list of filter rules currently active on the streaming endpoint, either as a list or individually.
Available parameters:
- IEnumerable<long>
ids (optional)
| parameters | The parameters. |


| 1. Trushit Vaishnav In this video we are going to learn how to expand or we can say how to simplify a given set of algebraic factors. | |
| 2. For example, let us say I am having x minus one into x minus two. | |
| 3. What would be the usual process for this? | |
| 4. First of all, I would multiply this x into this x to get x two and I will mention the equal to sign. | |
| 5. Then I will multiply this x with this minus two to get minus two x. | |
| 6. Then I will be multiplying this minus one with this x, to get minus x. | |
| 7. Then I would multiply this minus one with this minus two to get plus two. | |
| 8. Later, the next step, x two remains as it is. | |
| 9. minus two x and minus x makes minus three x, plus two. | |
| 10. The process is really easy, and we could do it in a fairly simple way. | |
| 11. But here, there are only two factors that have to be multiplied, so that we could follow this process. | |
| 12. But what if we had some three or four factors to multiply? | |
| 13. Let us say I have one more over here, like say x minus three. | |
| 14. What I will have to do is, I will have to put a bracket over here, and I will have to continue multiplying these corresponding things, which actually means that I will have to reach through the step, and then I will have to perform similar operations with these two. | |
| 15. Now, here there were only two terms in one bracket and another two terms in another bracket. | |
| 16. Here we are having three terms in the first bracket, and two terms in the latter. | |
| 17. You will see that, as we move down, as the number of factors increases, the number of terms that has to be multiplied also goes up. | |
| 18. This makes things really complicated. | |
| 19. There is an easy way to avoid this hassle. | |
| 20. Let us see how. | |
| 21. Here, let us generalize this entire process first. | |
| 22. We will first derive our results and then see how this pattern actually works. | |
| 23. First of all, your first factor is in the form of ax plus b, and another is in the form of cx plus d, and a third one is in the form of ex plus f. | |
| 24. But these three factors, we can derive our results, and we can expand this method, even if you are having say four or five factors, or even any number of factors. | |
| 25. First, I will deal with this part. | |
| 26. So, ax into cx is equal to acx two and ax into d is adx, plus b into cx is bcx, plus b into d. | |
| 27. This forms first bracket, and multiply it by ex plus f. | |
| 28. Fine. | |
| 29. Now, simplifying this further, I will get acx two plus, taking x common, ad plus bc plus bd. | |
| 30. Then I get ex plus f. | |
| 31. Now, this thing you need to remember. | |
| 32. I will stop over here, and this is a really quick way to obtain the simplified form of multiplication of two factors. | |
| 33. Let's say I have two x plus one into five x plus three. | |
| 34. Rather than multiplying things correspondingly, what I can do is, a into c. | |
| 35. Let's look at this. | |
| 36. What is a into c? | |
| 37. It is a coefficient of x, and c is also a coefficient of x. | |
| 38. What we want is x two. | |
| 39. In this general form, you can see that when we are multiplying two factors, both of them having x, the highest power will be x two. | |
| 40. What would be its coefficient? | |
| 41. Multiplying its corresponding coefficients of five into two is ten. | |
| 42. Fine, ten plus next lower power would be x. | |
| 43. Now, you can update x, ad plus bc. | |
| 44. What is a into this term, plus b into this term? | |
| 45. A is a coefficient of x, multiplied by its constant part that is the part that does not have variable along with it of the second bracket, plus the constant part of the first bracket, multiplied by the part which is the coefficient of the variable in the second bracket. | |
| 46. Take the coefficient of x, that is a, into d. | |
| 47. Let's apply it over here. | |
| 48. Coefficient of x is two multiplied by three, so you get six. | |
| 49. Then take the coefficient of x on this bracket, so it's five and multiply it with one so this is it. | |
| 50. Then b into c. | |
| 51. What is b? | |
| 52. A constant part over here, and... | |
| 53. sorry, it's b into d. | |
| 54. What is b into d? | |
| 55. Constant part over here, and constant part over here. | |
| 56. We just change the color, the constant part over here and the constant part over here. | |
| 57. That is b into d. | |
| 58. It does not have any coefficient... | |
| 59. it does not have x along with it, or I can say it is x to power of zero. | |
| 60. As you can see, it is power of one. | |
| 61. So, b into d, and it is three. | |
| 62. This should be the simplified form of this. | |
| 63. Let us do it with our usual method, two x plus one multiplied by five x plus three, the ten x two plus six x plus five x plus three, which is equal to ten x two plus six plus five is eleven x, plus this is a plus sign plus three. | |
| 64. As you can see, we can simplify this further as ten x two plus six plus five eleven x, plus three, and x to the zero is one. | |
| 65. You're getting both same answer, but this method is really efficient. | |
| 66. Now, you might be wondering if every time you have to write this general form. | |
| 67. You really don't need to. | |
| 68. Let us see how it works, even when you don't write the general form, or you don't go through this above mentioned generic process. | |
| 69. If you have a number like five x minus one and three x plus two, remember that here it is negative. | |
| 70. Here there are two factors, so highest power will be squared, and there will be some coefficient of it. | |
| 71. It will be five into three, fifteen. | |
| 72. Then, next power will be x. | |
| 73. What will be its coefficient? | |
| 74. five that is coefficient of x in the first bracket, and the constant part in the second is five into two is ten. | |
| 75. Then, constant part of first bracket, multiplied by the coefficient of x in second, it is minus three because here it's minus one. | |
| 76. Put addition sign over here. | |
| 77. Plus... | |
| 78. now you have to multiply the two constant parts, minus one into two. | |
| 79. That is minus two so what we get is one five x two ten minus three seven x, minus two. | |
| 80. Just verify yourself with your usual procedure and you will end up with the same answer. | |
| 81. What if we have one more term over here? | |
| 82. As we just saw earlier, we are going to expand this method, and we have this ex plus f, but rather than toiling with this general approach further, I can teach you exactly how to apply this method for three factors or four factors. | |
| 83. I'm not going to expand it any further because we are here to simplify things, and not to complicate it any more. | |
| 84. Let us understand direct approach. | |
| 85. Let's say I have three x plus one x plus two and two x plus one. | |
| 86. These are the three factors that I have, and I want to multiply them. | |
| 87. When we are multiplying three factors, each of them having one x, one thing is certain that the highest power you're going to get is x three. | |
| 88. How can you obtain x three Multiply this term into this term, and into this term. | |
| 89. What you will have to do is three multiplied by one is three and into two is six, so you've got the coefficient of x three. | |
| 90. The next is x two. | |
| 91. When will you get x two When you multiply two terms having x. | |
| 92. Here, there is three and here there is one. | |
| 93. So, three into one is three and then you multiply that term with this one. | |
| 94. Remember this. | |
| 95. Multiply coefficient of x of first bracket with that of coefficient of x of the second, which is one in this case, and then multiply that product with the constant part in the third bracket, so three into one is three and further you multiply it with one you get three. | |
| 96. Plus... | |
| 97. Then you multiply coefficient of x from first bracket with that of third. | |
| 98. That is, you get six three into two is six and then multiply that with the constant part of the second. | |
| 99. three into two is six, and six into two is one two. | |
| 100. Then you multiply the coefficient of x, in this case one in the second bracket with that of the third bracket, so that's one into two is two and then multiply that with the constant part in the first bracket, so one into two is two and two into one is two. | |
| 101. You get this. | |
| 102. We got the coefficient of x two. | |
| 103. Now, what we did is we multiplied coefficient of x with another coefficient of x, so that here we are multiplying this x into this x, and you got x two and then you multiply it with the constant term, which does not give any more x, so you remain with the power of two in this case. | |
| 104. Let us move a bit further. | |
| 105. The next highest power will be x. | |
| 106. That is a single x. | |
| 107. Let us see how this works. | |
| 108. Multiply the coefficient of x in the first bracket with the constant term of second, so three into two is six, and then that with the constant term in the third bracket three into two is six, six into one is six. | |
| 109. Then multiply this one that is, coefficient of x in the second bracket, with the constant term of other two brackets. | |
| 110. That is one into one is one and then you further multiply it with this one so one into one is again one so add one more. | |
| 111. Plus... | |
| 112. Coefficient of x is two two multiplied by this constant term will give you two. | |
| 113. Sorry, this multiplied by two will give you four, and multiply this further with one. | |
| 114. It will give you four. | |
| 115. Then the constant term is obtained by multiplying all the constants. | |
| 116. That is two into one is two into one is two, so this would be your answer... | |
| 117. one two thirteen, fourteen, fifteen, sixteen, seventeen eleven, plus two. | |
| 118. This is the expansion, I can say. | |
| 119. Isn't it simple, that you don't ever try and multiply things. | |
| 120. You simply add up a few numbers and multiply some small numbers. | |
| 121. This method you can expand till any power of x. | |
| 122. Try it for x raised to four and x raised to five for your answer, and just let me know in the comment area if you could get it. | |
| 123. If you can't get it, just let me know so that I can create a video to explain you in an even better way. | |
| 124. Thank you. |


I am a fifth year Ph.D. candidate at UCLA HCI Research advised by Prof. Xiang 'Anthony' Chen. My research interest lies on the intersection at Human-Computer Interaction (HCI), Ubiquitous Interaction and AI Augmented Reality.
Currently I am a Research Scientist Intern at Meta Reality Lab working with Tovi Grossman and Yan Xu.
I was a visiting student during summer 2022 in User Interface Research Group at University of Tokyo working with Dr. Takeo Igarashi, Dr. Koji Yatani, Dr. Hironori Yoshida. In summer 2021, I did a research intern at Adobe Research working with Rubaiat Habib Kazi, Li-Yi Wei and Stephen DiVerdi. In summer 2019, I was a research intern at Palo Alto Research Center (PARC). I was a robotic engineer intern in summer 2018 at DMAI.
I received my B.E. in Naval Architecture and Marine Engineering from Shanghai Jiao Tong University in 2017.
(Last update: Feb 2023.)


AMERICAN BEAUTY (DreamWorks) Starring: Kevin Spacey, Annette Bening, Thora Birch, Mena Suvari, Wes Bentley, Chris Cooper, Peter Gallagher. Screenplay: Alan Ball. Producers: Bruce Cohen and Dan Jinks. Director: Sam Mendes.  Reviewed by Scott Renshaw.
"Look closer..." invites the tag line for AMERICAN BEAUTY, and rarely has a two-word advertising campaign so effectively captured virtually everything a film has to say. AMERICAN BEAUTY is being touted as _the_ American film of 1999, a caustic no-holds-barred peek behind the curtains of demented suburbia. It's easy to understand much of the praise, since it captures you in its world virtually from the first frame. It's also a surprisingly simple film in which the notions that should be its subtext dominate its text. Simultaneously gripping and frustrating, AMERICAN BEAUTY is the best film of the year that irritated the hell out of me.
AMERICAN BEAUTY opens on an Everytown, USA suburban street, where 42-year-old Lester Burnham (Kevin Spacey) is about to undergo a radical life change. Intimidated by his ferociously ambitious real estate agent wife Carolyn (Annette Bening), alienated from his teenage daughter Janey (Thora Birch) and disgusted with his job as at an advertising industry publication, Lester feels numb to the world. That is until he sees Janey's fellow cheerleader Angela (Mena Suvari), a vision who comes to dominate his every thought. Lester suddenly decides to change everything in his quest for what's missing, a journey paralleled by Janey's relationship with enigmatic neighbor Ricky (Wes Bentley) and Carolyn's affair with a big-shot competitor (Peter Gallagher).
This, first and most important: Kevin Spacey is brilliant. That's not exactly news, since Spacey has been brilliant on a regular basis for several years, but in AMERICAN BEAUTY he burns himself into an incredibly difficult role. There is a hyper-real feeling to much of the film -- a sense of people perceiving the world and people around them at an exaggerated, almost grotesque level -- yet Spacey finds the ideal balance between Lester the comic sadsack and Lester the rejuvenated man. He grips Alan Ball's best lines of dialogue and spits them out like bullets, dominating the film so completely you may not realize how little screen time he actually has. Bentley and Birch are also quite effective in their scenes together, providing the extremely relative base of normalcy around which the more heightened performances by Bening, Suvari and Chris Cooper (as Ricky's Marine father) whirl.
The twisted, surreal vision of America provided by Ball and director Sam Mendes -- even with its now-preditable assault on soul-deadening middle class life -- could have made for a masterpiece with a revelatory sensitbility at its core. Instead, it's a very good film that makes a very rare mistake. Where most films exist entirely at the surface level, AMERICAN BEAUTY exists entirely _below_ the surface, which is both tragic and ironic. It's easy to say that AMERICAN BEAUTY is about finding joy in the improbable places already around you instead of seeking unattainable ideals of joy, because the film makes this message excruciatingly clear in Ricky's comments about his obsession with videotaping, as well as Lester's narrative voice-overs. The ostensibly surprising moments in AMERICAN BEAUTY begin losing their power to surprise, since the film keeps telling you that things are not what they seem on the surface. It never allows a moment to let the surfaces just be surfaces, opting instead to spell out that real beauty is a wind-blown plastic bag.
Amazingly, AMERICAN BEAUTY still manages to be occasionally spell-binding, even as it stumbles through its literalism. Mendes shows an impressive command of film language for a rookie with stage roots, using the talents of cinematographer Conrad Hall and composer Thomas Newman to create strong, always consistent vision. AMERICAN BEAUTY dazzles, it entertains, it shows off an actor at the top of his form. It just isn't nearly as enlightening as it seems to be, because it never asks the viewer to do too much work. As good as the film is, it isn't necessary for us to look closer. The film-makers have done all the looking for us.
On the Renshaw scale of 0 to 10 beauty marks: 7.
Visit Scott Renshaw's Screening Room http://www.inconnect.com/~renshaw/ *** Subscribe to receive new reviews directly by email! See the Screening Room for details, or reply to this message with subject "Subscribe".
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pymatgen.core.units module¶
-
class
ArrayWithUnit
[source]¶ Bases:
numpy.ndarray
Subclasses numpy.ndarray to attach a unit type. Typically, you should use the pre-defined unit type subclasses such as EnergyArray, LengthArray, etc. instead of using ArrayWithFloatWithUnit directly.
Supports conversion, addition and subtraction of the same unit type. E.g., 1 m + 20 cm will be automatically converted to 1.2 m (units follow the leftmost quantity).
>>> a = EnergyArray([1, 2], "Ha") >>> b = EnergyArray([1, 2], "eV") >>> c = a + b >>> print(c) [ 1.03674933 2.07349865] Ha >>> c.to("eV") array([ 28.21138386, 56.42276772]) eV
-
as_base_units
¶ Returns this ArrayWithUnit in base SI units, including derived units.
Returns: An ArrayWithUnit object in base SI units
-
conversions
()[source]¶ Returns a string showing the available conversions. Useful tool in interactive mode.
-
supported_units
¶ Supported units for specific unit type.
-
to
(new_unit)[source]¶ Conversion to a new_unit.
Parameters: new_unit – New unit type. Returns: A ArrayWithFloatWithUnit object in the new units. Example usage: >>> e = EnergyArray([1, 1.1], “Ha”) >>> e.to(“eV”) array([ 27.21138386, 29.93252225]) eV
-
unit
¶
-
unit_type
¶
-
-
Charge
= functools.partial(<class 'pymatgen.core.units.FloatWithUnit'>, unit_type='charge')¶ A float with a charge unit.
Parameters: - val (float) – Value
- unit (Unit) – E.g., C, e (electron charge). Must be valid unit or UnitError is raised.
-
Energy
= functools.partial(<class 'pymatgen.core.units.FloatWithUnit'>, unit_type='energy')¶ A float with an energy unit.
Parameters: - val (float) – Value
- unit (Unit) – E.g., eV, kJ, etc. Must be valid unit or UnitError is raised.
-
class
FloatWithUnit
(val, unit, unit_type=None)[source]¶ Bases:
float
Subclasses float to attach a unit type. Typically, you should use the pre-defined unit type subclasses such as Energy, Length, etc. instead of using FloatWithUnit directly.
Supports conversion, addition and subtraction of the same unit type. E.g., 1 m + 20 cm will be automatically converted to 1.2 m (units follow the leftmost quantity). Note that FloatWithUnit does not override the eq method for float, i.e., units are not checked when testing for equality. The reason is to allow this class to be used transparently wherever floats are expected.
>>> e = Energy(1.1, "Ha") >>> a = Energy(1.1, "Ha") >>> b = Energy(3, "eV") >>> c = a + b >>> print(c) 1.2102479761938871 Ha >>> c.to("eV") 32.932522246000005 eV
Initializes a float with unit.
Parameters: - val (float) – Value
- unit (Unit) – A unit. E.g., “C”.
- unit_type (str) – A type of unit. E.g., “charge”
-
as_base_units
¶ Returns this FloatWithUnit in base SI units, including derived units.
Returns: A FloatWithUnit object in base SI units
-
classmethod
from_string
(s)[source]¶ Initialize a FloatWithUnit from a string. Example Memory.from_string(“1. Mb”)
-
supported_units
¶ Supported units for specific unit type.
-
to
(new_unit)[source]¶ Conversion to a new_unit. Right now, only supports 1 to 1 mapping of units of each type.
Parameters: new_unit – New unit type. Returns: A FloatWithUnit object in the new units. Example usage: >>> e = Energy(1.1, “eV”) >>> e = Energy(1.1, “Ha”) >>> e.to(“eV”) 29.932522246 eV
-
unit
¶
-
unit_type
¶
-
Length
= functools.partial(<class 'pymatgen.core.units.FloatWithUnit'>, unit_type='length')¶ A float with a length unit.
Parameters: - val (float) – Value
- unit (Unit) – E.g., m, ang, bohr, etc. Must be valid unit or UnitError is raised.
-
Mass
= functools.partial(<class 'pymatgen.core.units.FloatWithUnit'>, unit_type='mass')¶ A float with a mass unit.
Parameters: - val (float) – Value
- unit (Unit) – E.g., amu, kg, etc. Must be valid unit or UnitError is raised.
-
Memory
= functools.partial(<class 'pymatgen.core.units.FloatWithUnit'>, unit_type='memory')¶ A float with a memory unit.
Parameters: - val (float) – Value
- unit (Unit) – E.g., Kb, Mb, Gb, Tb. Must be valid unit or UnitError is raised.
-
Temp
= functools.partial(<class 'pymatgen.core.units.FloatWithUnit'>, unit_type='temperature')¶ A float with a temperature unit.
Parameters: - val (float) – Value
- unit (Unit) – E.g., K. Only K (kelvin) is supported.
-
Time
= functools.partial(<class 'pymatgen.core.units.FloatWithUnit'>, unit_type='time')¶ A float with a time unit.
Parameters: - val (float) – Value
- unit (Unit) – E.g., s, min, h. Must be valid unit or UnitError is raised.
-
class
Unit
(unit_def)[source]¶ Bases:
collections.abc.Mapping
Represents a unit, e.g., “m” for meters, etc. Supports compound units. Only integer powers are supported for units.
Constructs a unit.
Parameters: unit_def – A definition for the unit. Either a mapping of unit to powers, e.g., {“m”: 2, “s”: -1} represents “m^2 s^-1”, or simply as a string “kg m^2 s^-1”. Note that the supported format uses “^” as the power operator and all units must be space-separated. -
as_base_units
¶ Converts all units to base SI units, including derived units.
Returns: (base_units_dict, scaling factor). base_units_dict will not contain any constants, which are gathered in the scaling factor.
-
-
ang_to_bohr
= 1.8897261254578281¶ Definitions of supported units. Values below are essentially scaling and conversion factors. What matters is the relative values, not the absolute. The SI units must have factor 1.
-
obj_with_unit
(obj, unit)[source]¶ Returns a FloatWithUnit instance if obj is scalar, a dictionary of objects with units if obj is a dict, else an instance of ArrayWithFloatWithUnit.
Parameters: unit – Specific units (eV, Ha, m, ang, etc.).
-
unitized
(unit)[source]¶ Useful decorator to assign units to the output of a function. You can also use it to standardize the output units of a function that already returns a FloatWithUnit or ArrayWithUnit. For sequences, all values in the sequences are assigned the same unit. It works with Python sequences only. The creation of numpy arrays loses all unit information. For mapping types, the values are assigned units.
Parameters: unit – Specific unit (eV, Ha, m, ang, etc.). Example usage:
@unitized(unit="kg") def get_mass(): return 123.45


| Package | Description |
|---|---|
| energy.usef.agr.workflow.step |
Example AGE Workflow step.
|
| energy.usef.brp.workflow.step |
Example BRP Pluggable Business Components.
|
| energy.usef.core.workflow.step |
Step helper classes for the workflow core.
|
| energy.usef.dso.workflow.step |
Example DSO Workflow step.
|
| energy.usef.mdc.workflow.step |
This package contains the PBC step implementations for the MDC role.
|
| Modifier and Type | Class and Description |
|---|---|
class |
AgrControlActiveDemandSupplyStub
Implementation of a workflow step to simulate the behavior of an Aggregator controlling Active Demands and Supplies.
|
class |
AgrCreateConnectionProfileStub
This PBC is in charge of filling in the Profile values for each connection of the portfolio.
|
class |
AgrCreateNDayAheadForecastStub
Implementation of a workflow step to simulate the behavior of the AGR Create N-Day-Ahead Forecasts.
|
class |
AgrCreateUdiStub
This PBC is in charge of filling in the Profile values for each connection of the portfolio.
|
class |
AgrDetectDeviationFromPrognosesStub
Implementation of a workflow step "AGRDetectDeviationFromPrognosis".
|
class |
AgrDetermineNetDemandsStub
Workflow step implementation for the Workflow 'AGR Determine Net Demands'.
|
class |
AgrFlexOfferDetermineFlexibilityStub
Implementation of a workflow step "AGRFlexOfferDetermineFlexibility".
|
class |
AgrIdentifyChangeInForecastStub
Stub implementation of the PBC which is in charge of deciding whether the connection forecast is changed.
|
class |
AgrInitializeNonUdiClustersStub
Stub implementation of the PBC which is in charge of initializing the Non-UDI cluster (eg PowerMatcher).
|
class |
AgrInitiateSettlementStub
PBC stub implementation for the initiation of settlement for an Aggregator.
|
class |
AgrNonUdiCreateNDayAheadForecastStub
Implementation of a workflow step to simulate the behavior of the AGR Create N-Day-Ahead Forecasts.
|
class |
AgrNonUdiDetectDeviationFromPrognosesStub
Implementation of a workflow step "AGRNonUdiDetectDeviationFromPrognosis".
|
class |
AgrNonUdiReOptimizePortfolioStub
A simple implementation of a workflow step to simulation the behavior of an Aggregator Re-optimize portfolio for non-udi
aggregators.
|
class |
AgrNonUdiRetrieveAdsGoalRealizationStub
Stub implementation of the PBC 'Retrieve ADS goal realization' PBC for a non-UDI aggregator.
|
class |
AgrNonUdiSetAdsGoalsStub
Stub implementation of the PBC which is in charge of setting the ADS goals via the PowerMatcher.
|
class |
AgrReCreatePrognosesStub
Stub implementation of the PBC which is in charge of deciding to re-create or not A-Plans and or D-Prognoses after the
re-optimization of the portfolio.
|
class |
AgrReOptimizePortfolioStub
A simple implementation of a workflow step to simulation the behavior of an Aggregator Re-optimize portfolio for udi aggregators.
|
class |
AgrUpdateElementDataStoreStub
Implementation of a workflow step to simulate the behavior of the AGR Element Data Store Update.
|
class |
AgrValidateSettlementItemsStub
Stub implementation of a the PBC handling received
FlexOrderSettlementDto . |
| Modifier and Type | Class and Description |
|---|---|
class |
BrpCreateMissingAPlansStub
Workflow step implementation for the Workflow 'Brp Create Missing A-Plans'.
|
class |
BrpGetNotDesirableFlexOffersStub
Workflow step implementation for the 'Get Not Desirable Flex Offers' step of the 'Place Flex Orders' Workflow.
|
class |
BrpInitiateSettlementStub
Stub implementation of the PBC 'Initiate Settlement' for the BRP.
|
class |
BrpPlaceFlexOrdersStub
Workflow step implementation for the Workflow 'BRP Place Flex Orders'.
|
class |
BrpPrepareFlexRequestsStub
Implementation of the PBC in charge of handling received A-Plans and asking the generation of flex requests.
|
class |
BrpReceivedAPlanStub
Workflow step implementation for the A-Plan received step of the 'BRP received A-Plan and genetare flex request' workflow.
|
class |
BrpRequestPenaltyDataStub
Workflow step implementation for the Request penalty data of the 'BRP Initiate Settlement' workflow.
|
| Modifier and Type | Method and Description |
|---|---|
Class<WorkflowStep> |
WorkflowStepLoader.getWorkflowStep(String workflowStepName) |
| Modifier and Type | Class and Description |
|---|---|
class |
DsoCreateFlexRequestStub
Workflow step implementation for the Workflow 'Create Flex Requests'.
|
class |
DsoCreateGridSafetyAnalysisStub
Implementation of a workflow step generating the Grid Safety Analysis.
|
class |
DsoCreateMissingDPrognosesStub
Workflow step implementation for the Workflow 'Grid Safety Analysis workflow'.
|
class |
DsoCreateNonAggregatorForecastStub
Implementation of a workflow step related to "Create forecasts for non-Aggregator connections".
|
class |
DsoDetermineOrangeOutagePeriodsStub
DsoDetermineOrangeReductionPeriodsStub.
|
class |
DsoDetermineOrangeReductionPeriodsStub
DsoDetermineOrangeReductionPeriodsStub.
|
class |
DsoDetermineOrangeRegimeCompensationsStub
This workflow step will handle the DSO Calculate/Summarize/Send Orange Regime Compensations.
|
class |
DsoInitiateSettlementStub
Stub implementation of the Dso Initiate Settlement workflow.
|
class |
DsoLimitConnectionsStub
DsoLimitConnectionsStub.
|
class |
DsoMeterDataQueryEventsStub
Workflow step implementation for the Workflow 'DSO collect orange regime data'.
|
class |
DsoMonitorGridStub
Basic step implementation for the
WorkflowStep doing DSO grid monitoring. |
class |
DsoPlaceFlexOrdersStub
Workflow step implementation for the Workflow 'DSO Place Flex Orders'.
|
class |
DsoPlaceOperateFlexOrdersStub
Workflow step implementation for the Workflow 'Place Operate Flex Orders'.
|
class |
DsoPostColoringProcessStub
This workflow step will be invoked after the Coloring Process is executed.
|
class |
DsoPrepareStepwiseLimitingStub
DsoPrepareStepwiseLimitingStub.
|
class |
DsoRequestPenaltyDataStub
Workflow step implementation for the Request penalty data of the 'Dso Initiate Settlement' workflow.
|
class |
DsoRestoreConnectionsStub
Workflow step implementation of the Restore Limited Connections step in the DSO operate phase.
|
| Modifier and Type | Class and Description |
|---|---|
class |
MdcMeterDataQueryStub
This step generates data for all connections for all the requested days.
|
Copyright © 2016. All rights reserved.


| S.No | Function Name | Tax Count | Amount | Contributed | Is Cleared | Action | |
|---|---|---|---|---|---|---|---|
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| S.No | Receipt.No | Amount (Rs) | Date | Action |
|---|---|---|---|---|
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No Families


Paul Druce's Curriculum Vitae
Table Of Contents
Current responsibilities
Consulting Engineering at MachineWorks May 2021 - Current
I aide commercial 3D software developers implement and use
MachineWorks software for a wide variety of applications, using the
languages C, C++ and C#.
I also create demonstrative applications to show case MachineWorks
software in new markets.
This includes the creation of new workflows and GUI applications.
I also develop algorithms and create example code for customers to use
in their products to facilitate their products to market faster.
When Covid restrictions are eased sufficiently, I will be providing direct support to evaluating developers through on-site training to ensure new evaluations and integrations are rapid and successful.
Academic Tutor and Mentor Aug 2017 - Current
I am an experienced tutor in mathematics and physics at the levels
of university, A level and GCSE.
I also mentor students for various
mathematical entrance exams and the UKMT mathematical competitions.
I have vast experience in both face-to-face tutoring and online tutoring
via shared online whiteboards. I prepare lessons and question sheets at
appropriate levels for my tutees. My role is to build the confidence and
the abilities of my students and provide them with a comfortable
environment to ask any questions they may have. I also possess an
Enhanced DBS check and I am trusted by schools to give one-to-one
tutorials to their students via the company MyTutor. You can see student
reviews and further details here: https://www.mytutor.co.uk/tutors/58270.
Official UKMT Volunteer Mentor October 2020 - Current
I am a volunteer for the UK Mathematics Trust. My role
involves mentoring the students who are entering the advanced UKMT
competitive mathematics exams.
I am also involved in various outreach projects that the UKMT organise.
I aid with the creation of appropriate questions and aid in the
distribution of content via social media.
Skills
- Experienced in high performance computing and commercial software in C and C++.
- Experienced using Git and Perforce for collaborative development.
- Experience in data analysis using Python and Mathematica.
- Web development, including animations; HTML/CSS/JavaScript.
- Experienced using LaTex (including TikZ and beamer) and the Microsoft Office suite.
- Experience using Linux, macOS and Windows environments.
- Proficient in the following programming languages: C, C++, C#, Python, HTML/CSS/JavaScript and Mathematica.
- Internet of Things development using ESP8266/ESP32 and other devices, i.e., Arduino framework, ESP-DF framework, micropython as well as how to use PlatformIO.
- I have a valid First Aid Certificate (2017-2020) (planned to renew once COVID restrictions are eased). I also have a full drivers licence and motorcycle licence.
Education
PhD in Mathematical Sciences, University of Nottingham,
UK: 2015
-2020 Title: Spectral Geometry of Fuzzy Spaces
Supervisor: Prof. John Barrett
I developed the understanding of finite non-commutative geometries
and how they might be useful in the theory of quantum gravity.
Mathematical areas studied: Differential geometry,
non-commutative geometry, quantum geometry, representation theory.
Key skills developed: independent working, public
speaking, data analysis using Python, knowledge of Monte Carlo
simulations
For my PhD I worked on an area of mathematics called non-commutative geometry and how it might be useful in the theory of quantum gravity. My research was to investigate the use of called fuzzy spaces as candidates for quantum spacetimes. I investigated the dimension and volume of these spaces by analysing the spectrum of the Dirac operator. I also investigated the role of Lie group symmetries in restricting the possible fuzzy spaces possible.
In pursuit of my research I developed my knowledge of data analysis using the language Python. I also became familiar with the workings of Monte Carlo simulations and the application of machine learning to physical problems. A topic I am very interested in pursuing further.
First Class Masters in Mathematics and Physics, University
of Warwick, UK: 2011-2015 Masters
Dissertation: Multiferroicity Emerging from Frustrated Spin
Interactions
Supervisors: Prof J. Staunton and Dr J.
Lloyd-Hughes
Year 1: 69.3%, Year 2: 82.8%, Year 3: 82.9%, Year 4: 83.0%, Overall
grade: 81.6%
During my time at Warwick, I studied a wide range of mathematics and
physics topics. My interests were in both the abstract mathematics and
the physics of matter and its constituents. Here is a list of topics I
studied during my time at Warwick: Real Analysis, Differential
Equations, Groups and Rings, Complex Analysis, Classical Mechanics,
Statistical Physics, General Relativity, Solid State Physics, Fluid
Dynamics and many more. I maintained an average grade of \(81\%\) throughout my course achieving one
of the best marks in the year. I became proficient in the programming
language C and its use in high-performance computing. I learnt how to
implement parallel computing by making us of OpenMP and MPI frameworks.
Supervisors: Prof J. Staunton and Dr J. Lloyd-Hughes
A Levels, King Edward Vi Sixth Form, Sheffield, UK: 2009 - 2011 Maths: A*, Physics: A, Chemistry: A.
GCSEs, Birley Community College, Sheffield, UK: 2004 - 2009 9 A’s, 2 B’s and one C.
Teaching Experience
PhD Demonstrating and Marking Oct 2015 - Jul 2019
Alongside my PhD, I was employed to help students with their questions for various undergraduate mathematics modules for Engineering students, Physics students and Mathematics students. This includes courses such as Introduction to Mathematical Physics (2nd year), Differential Equations and Fourier Analysis (2nd year), Applied Mathematics (1st year) and more. I also mark the mid-term exams and coursework for various modules.- Introduction to Mathematical Physics (2nd year) 2015-2019
- Mathematics for Physics and Astronomy (1st year) Full year 2015-2019
- Calculus and Linear Algebra (1st year for Natural Science students) Full year 2018-2019
- Applied Mathematics (1st year)Full year 2017 - 2018
- Mathematical Analysis (2nd year) Autumn 2018
- Differential Equations and Fourier Analysis (2nd year) Spring 2017
- Fluid Dynamics (3rd year) Spring 2016
Non-commutative Geometry Seminar Series for Master Students Oct 2016 - Apr 2017
I organised and delivered a seminar on topics surrounding my research over the course of two semesters. The seminar was delivered to masters students at the University of Nottingham. The was regularly attended by around 10 students despite it not being for credit towards their degree. The course resulted in two students choosing noncommutative geometry as the subject for their masters dissertation, and one of the students chose to undertake a PhD with my supervisor. Some lecture notes suitable for a UK masters student were developed on the foundational results of non-commutative geometry.Undergraduate Revision Classes 2012-2015
As part of the Warwick Physics Society:- I updated and maintained revision guides
- I organised and ran revision lectures on various topics
- I provided workshops to run alongside a university course. These were aimed at first time programmers in C programming, to help them understand the language and develop the programming skills necessary.
Other Professional Experience
Open Day Assistant at the University of Warwick September 2012 - July 2015
Throughout my undergraduate degree I was part of the open day team for the Physics department at Warwick university. My role included taking the prospective students on tours of the campus, informing them of important and interesting aspects of the university. I was also given the responsibility to present experiments to prospective students, engaging them with thought provoking questions. I was also part of the team to inform the prospective students about the courses available by the Physics department and answer any questions they may have about life at university.Administrative Worker at Split The Bills Ltd. Aug-September 2012
My roles in this temporary role was to communicate with the student registering for the service and then contact utility providers to setup the new accounts. Handling any issues that would arise in a timely and professional manner.Warehouse Operative at River Island 2010-2011
I was part of the team that unpackaged new deliveries of clothes and prepare clothing to be presented on the store floor. This required adaptability as each delivery changed in size. As well as good team work and communication as the unpacking procedure was split in to various stages, with a separate person per stage. As well as working in an efficient manner. I was also responsible for searching and retrieving clothing requested by the store front.Voluntary Sale Assistant at British Heart Foundation 2010-2011
My role at the British Heart Foundation included assisting customers in finding items, informing them about the charity and maintaining the store. As the British Heart Foundation has a wide range of customers and staff, I had to quickly learn to adapt my communication and sales approach to fit their needs and situation.
Academic Activities
Research Interests
My research interests span a wide area within Mathematical Physics. I am deeply interested in the mathematical description of the universe with emphasis on the precise nature of spacetime. With my recent work investigating the use of noncommutative geometry to model spacetimes with a high energy cutoff. I also interested in any novel use of mathematics in physical situations, such as the use of topology and algebraic methods in condensed matter studies.
Outreach
I am an enthusiastic advocate for mathematics and science. I was on the organisational committee for the international festival Pint of Science 2019. I helped organise the Nottingham branch where academics from the University of Nottingham go to the pubs of Nottingham to explain their current research to the public in an understandable manner. I am always looking for ways to bring mathematics and science out of the universities and into public view.
Past Research Projects
PhD Research Project - Spectral Geometry of Fuzzy Spaces 2015-2019
My PhD research was concerned with the use of finite noncommutative geometries as candidates for quantum spacetimes. These so-called fuzzy spaces possess an energy cutoff whilst retaining Lie group symmetries. My PhD research was to investigate the dimension and volume of these spaces by analysing the spectrum of the Dirac operator. I also investigated the role of Lie group symmetries in restricting the possible fuzzy spaces possible.
Masters Research Project - Multiferroicity Emerging from Frustrated Spin Interactions 2014-2015
During the Masters’ year of my undergraduate degree, I undertook a research project, supervised by Prof. J. Staunton and Dr. J. Lloyd-Hughes, in which we investigated the various spin configurations of materials with a multiferroic phase. We aimed to identify what was special about these materials spin configurations that caused them to possess a multiferroic phase. This project was conducted with the aim of aiding the design of high temperature multiferroic devices. We specifically studied Cupric Oxide (CuO) which has a multiferroic phase between 213K and 230K, primarily by using mean field model. This project resulted in a functional model which predicted a multiferroic phase at a temperature which is in reasonable agreement with the experimental values.
Undergraduate Summer Research - Knotted Nematics August 2014-September 2014
This was funded under the Undergraduate Research Scholarship Scheme and was supervised under G. P. Alexander at The University of Warwick. The main aim of this research was to develop a construction for describing knotted liquid crystals, specifically knotted nematics. We improved upon existing ideas that used Milnor’s Fibration Theorem and developed a method to construct the necessary complex polynomial for Milnor’s theorem, for a given knot.
Publications
Spectral estimators for finite non-commutative geometries. Barrett, J., Druce, P., Glaser, L.: J Phys Math Theor. 52, 275203 (2019). doi:10.1088/1751-8121/ab22f8
Grants and Awards
- Non-commutative Geometry and Quantum Gravity EPSRC Studentship, funding my PhD studies, hosted by the University of Nottingham (September 2015 - September 2018)
- Knotted Nematics - funded as an Undergraduate Research Scholarship Scheme by the University of Warwick, and supervised by Dr G. P. Alexander (August-September 2014).
Talks
-
Noncommutative Geometry and Gravity Models Talk given at
Collabor8.2 meeting at Lancaster University, UK, May 2018.
Slides
here.
-
Fuzzy Geometries and Spectral Zeta Functions. Invited by
Lisa Glaser at Radboud University, Netherlands, April 2017.
Slides
here.
-
Algebraic Knots and Liquid Crystals. At the Warwick
Imperial Autumn Meeting, 2014 (University of Warwick, UK, November
2014).
Slides
here.
- Poster presented at Quantum Gravity on the Computer conference March 2018. PDF here.
Conferences Attended
- Gauge Theories and Noncommutative Geometry - Nijmegen, April 2016, http://www.noncommutativegeometry.nl/ncg2016/
- Quantum Structure of Spacetime - Belgrade, August 2016, http://qssg16.ipb.ac.rs/
- Quantum Spacetime - Porto, January 2017, https://www.fc.up.pt/quantumspacetime17/
- Talking Maths in Public - Bath, September 2017, http://talkingmathsinpublic.uk/
- Quantum Spacetime and Physics Models - Corfu, September 2017, http://www.physics.ntua.gr/corfu2017/qg.html
- Quantum Structure of Spacetime - Sofia, February 2018, http://theo2.inrne.bas.bg/~dobrev/QST-18.htm
- Quantum Gravity on the Computer - Stockholm, March 2018, https://agenda.albanova.se/conferenceDisplay.py?confId=6242
- Collabor8.2 - Lancaster, May 2018, http://www.collabor8research.com/
- Physical Applications of Fuzzy Spaces - Brussels, January 2019


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| Employee | Leave Type | From | To | No of Days | Reason | Status |
|---|---|---|---|---|---|---|
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Richard Miles Web Developer |
Casual Leave | 8 Aug 2017 | 8 Aug 2017 | 2 days | Going to Hospital | |
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John Doe Web Designer |
Medical Leave | 13 Jul 2017 | 15 Jul 2017 | 3 days | Going to Hospital | |
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Passionate about UX and Design Thinking. Well versed in the abilities and frailties of the human mind.
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