The Process
EOP does an "in-house" review of students who are subject to dismissal by an undergraduate college. The colleges (L&S, CED, COE, COC, and CNR-only in the Spring) shares a list of EOP students that are Subject to Dismissal (STD) shortly after the end of Fall/Spring semesters. L&S and COE are the only college divided amongst counselors and the lead counselor does the remaining colleges lists. Typically, Haas does not have any lists to share, but you can contact Dolann Adams or Barbara Felkins regarding the status of their list.
Counselor heading College Partnerships initiative within the unit should remind advising directors to send lists and ask for colleges dismissal review timeline to then plan accordingly with EOP internal review timeline. Remind counselors this period is coming up and suggest blocking time on their schedules.
These names are divided up and given to EOP Academic Counselors for review. Counselors review each students history of contact with EOP via Quincy. If it is a student we have seen, the counselor will also review their transcript and draft notes and a possible recommendation for course of action to be shared with their college. The counselors finalize notes and recommendations on a shared Google Doc. The coordinating counselor will proof the document and send to colleges. Counselors then input a note in Quincy. [Subject: 1.5 or 2.0 Dismissal; Note: Student reviewed for subject to dismissal. Notes shared with L&S (or other college).] The college then takes this into consideration in determining whether to dismiss the student or continue on probation. There are no notes or recommendations offered for students that have not had contact with EOP.
Lead Counselor Timeline
Generally, the lists are generated 2 weeks after finals (about 1 week after grades are posted). Lead counselor should reach out to colleges to remind them about the dismissal review list by the beginning of RRR week in addition to asking for their deadline. It is important to ask colleges when their reviewal period is and to create an internal deadline 2 days before the colleges deadline. It is helpful to send a follow-up email the week after finals. Dismissal review lists are sent to the lead counselor after grades are posted. From there, it is a quick 2-3 day turnaround for counselors to complete recommendations. Lead counselor is also responsible for formatting the lists and briefly reviewing the document.
Notes and Recommendations
Notes should summarize the history of contact with EOP. It is important for the college to know whether or not the student is "plugged-in" to our unit as a support service. The college may require or recommend continued contact with EOP as part of the action plan for the student. Additionally, EOP Academic Counselors should point out any factors or issues that may have impacted the students ability to perform academically. It is also useful to emphasize if a student has made significant progress in a term although they did not officially clear probation. If there is sufficient EOP history/contact with a student, Academic Counselors may also offer a recommendation to continue. If there is not a significant history of contact or descriptive notes, no recommendation may be suggested.
Once all Academic Counselors complete their review and notes, they are compiled by the EOP director in a single document that is then shared with the college. The entire process (obtaining list from college, completing reviews, compiling notes) typically happens very quickly with a 2-3 day turnaround time.
Note Format
Notes are formatted starting with the student ID number and followed by Last, First name. Below this is the notes from the counselor. After the completed note, the recommendation. Examples below:
SAMPLE NOTES:
87654321 Bear, Oski:
Student began seeing EOP counselor in Spring 13. Due to have child in early May 2013. Suffers from aspergers syndrome. Reduced balance from -16 to -6.7.
RECOMMENDATION: CONTINUE
87654321 Bear, Oski:
Undocumented student participated in Summer Bridge 2013. Consistent contact with EOP to discuss primarily personal circumstances. Little contact about academic performance.
RECOMMENDATION: CONTINUE
87654321 Bear, Oski:
Student cites medical issues in Fall 2012 as causes of being placed on AP. His mother brought him back home for a month in Fall. Returned in November but was too far behind in courses. Is a hearing impaired student who is sponsored by DSP and receives accommodations. Plans to obtain medical documentation to appeal for Fall 2012 retro-withdrawal which, if granted, would change status from STD to on AP.
NO RECOMMENDATION
87654321 Bear, Oski:
Student has had regular contact with EOP since being admitted in Fall 12. Student passed all courses but balance remained -2.9.
NO RECOMMENDATION
87654321 Bear, Oski:
Minimal contact with EOP.
NO RECOMMENDATION
87654321 Bear, Oski:
Extensive contact with EOP. Student has battled rare condition that requires chemotherapy as treatment. Has missed time, been hospitalized, and had surgery in recent years. Did not clear small negative balance (-.8) because she earned all Incompletes.
RECOMMENDATION: CONTINUE
Decisions
Counselor heading College Partnerships initiative within the unit should follow up with the college advising directors for final decisions on students dismissal status and conditions. Decisions should be noted in Quincy with any conditions/next steps determined by the college.


Score:
0
Lives:
1
Start
Use the left and right arrows to move the paddle.
Try not to let the ball fall out of the bottom.


exit
Guesses Left:
At night they come without being fetched, And by day they are lost without being stolen. What are they?
Submit!
What planet has the shortest year?
Submit!
The more you take, the more you leave behind. What am I?
Submit!
What's the code to get into the spaceship?
Submit!
You Win!
Game over!


- lib_plot (module)
- light_weights_to_mass() (in module firefly_library)
- LineFittingLibrary (class in LineFittingLibrary), [1], [2], [3]
- (module), [1]
- lineListAir (module)
|
- LineLuminosityFunction (class in LineLuminosityFunction), [1]
- (module)
- log_rebin() (in module firefly_instrument)
- log_rebin_pix() (in module firefly_instrument)
|


Like us, chimps are highly social animals, care for their offspring for years and can live to be over 50. In fact, chimpanzees are our closest cousins; we share about 98 percent of our genes.
In their habitat in the forests of central Africa, chimpanzees spend most of their days in the tree tops. When they do come down to earth, chimps usually travel on all fours, though they can walk on their legs like humans for as far as a mile. They use sticks to fish termites out of mounds and bunches of leaves to sop up drinking water.


Jenkins' github repositories are hooked up to the scm-issue-link daemon.
- To submit a change and have that reflected in a bug report use text like [JENKINS-nnnn] in the commit message.
- To submit a change that fixes an issue use [FIXED JENKINS-nnnn] (or
…FIX…
,…FIXES…
) in the commit message.
Obviously replace nnnn with the issue number.
For more information see the scm-issue-link page.


In this module, we begin by attempting to understand student loan debt through an analysis of media and political claims and the academic literature. Specifically, we ask:
What are the causes of the current level of student loan debt?
Who benefits from the high rate of student loan debt in the U.S.?

What factors, including time and the nonprofit status of a college, impact the burden of debt faced by students?
How do historical and present inequities, such as systemic racism, impact student loan debt load and default rates?
What is the federal government doing in response to the large amount of student loan debt in the U.S.?


WITNESS LIST Finance Committee December 5, 2001 - 9:30A Texas Tax System ON: Comer, Teresa Revenue Analyst (Comptroller of Public Accounts), Austin, TX Heleman, John Revenue Analyst (Comptroller of Public Accounts), Austin, TX Koller, Kevin Supervisor Tax Policy Sales Tax (Comptroller of Public Accounts), Austin, TX LeBas, James Chief Revenue Estimator (Comptroller of Public Accounts), Austin, TX


The Arduino Ethernet shield allows an Arduino board to connect to the internet using the Ethernet library and to read and write an SD card using the SD library.
To use the shield, mount it on top of an Arduino board (e.g. the Uno). To upload sketches to the board, connect it to your computer with a USB cable as you normally would. Once the sketch has been uploaded, you can disconnect the board from your computer and power it with an external power supply.
Connect the shield to your computer or a network hub or router using a standard ethernet cable (CAT5 or CAT6 with RJ45 connectors). Connecting to a computer may require the use of a cross-over cable (although many computers, including all recent Macs can do the cross-over internally).
The shield must be assigned a MAC address and a fixed IP address using the Ethernet.begin() function. A MAC address is a globally unique identifier for a particular device. Current Ethernet shields come with a sticker indicating the MAC address you should use with them. For older shields without a dedicated MAC address, inventing a random one should work, but don't use the same one for multiple boards. Valid IP addresses depend on the configuration of your network. It is possible to use DHCP to dynamically assign an IP to the shield. Optionally, you can also specify a network gateway and subnet.
The latest revision of the Ethernet Shield includes a micro-SD card slot, which can be interfaced with using the SD library.
The text of the Arduino getting started guide is licensed under a Creative Commons Attribution-ShareAlike 3.0 License. Code samples in the guide are released into the public domain.


This example shows how to use custom data structures in your room's state.
Join
commands
up
down
left
right


| math.parsefloat (value, decimal) | Integer float utility for lua. |
| Pickle | Global class used by pickle/unpickle functions. |
| pickle (t) | A table serialization utility for lua. |
| unpickle (s) | Un-serialization tool (pretty sure thats not a word). |
| string.encode (data) | Base64 encoding tool. |
| string.decode (data) | Base64 decoding tool. |
| string.explode (data, delim) | String to array utility. |
| prettify | PRETTY PRINT FOR TABLES |
| table.tostring (tbl, pretty) | Dump table contents to string |
| table.copy (targetTable, deepCopy, mergeTable) | Copy all table data from a source to another table |
| value | The integer amount to be adjusted. |
| decimal | Number of decimal places allowed. |
| clone |
| t | A table to be serialized. |
| s | A serialized table to be reversed. |
| data | string data to be encoded. |
| data | encoded string to be decoded. |
| data | string to be converted to table data. |
| delim | Character delimiter to separate the string by. |
| tbl | A table to be stringified. |
| pretty | Flag to syntactically format the result. |
| targetTable | The recipient of the copied data. |
| deepCopy | Flag the use of DEEP copying. |
| mergeTable | The origin of the copied data. |


Course Intro
- About the course and the online resources being used.
- What you have to know and what you'll learn
- Set up the environment: node, Angular CLI, Code Editor/IDE
HTML Overview
- HTML syntax
- Basic representational elements and structuring elements
- HTML Forms - sending data to the server.
- CSS basics
- DOM/BOM overview
JavaScript Overview (for Java/C# Developers)
- Historical overview in 10 minutes
- JavaScript standards: ES5, ES6, ...ES2018 and ES.Next?
- The difference between JavaScript and other OOP languages
JavaScript - Basic Syntax
- Променливи (Variables)
- Прости типове данни (Primitive types)
- Коментари и добри практики за тяхното използване.
- Оператори.
- Условни изрази.
- Цикли.
JavaScript - Functions
- Function definitions
- Functions as first-class citizens
JavaScript - Arrays
- Arrays in JavaScript
Objects in JavaScript
- Objects in JavaScript
DOM Overview
- What is DOM?
- Basic properties and methods
- Manipulating DOM elements with JS
- Changing CSS with JS
CSS Overview
- CSS syntax
- Basic properties
- Selectors
- CSS layouts - overview
- CSS animations - overview
TypeScript Basics
- TypeScript Overview
- Types in TypeScript
- Classes and Interfaces
- Decorators
SPA Development Main Concepts
- HTTP Client-Server Communication
- Client-Side vs Server-Side Rendering
- AJAX basics
- Client-Side libraries and frameworks
- live demo


module Rlp
Overview
The Rlp
module implementing Ethereum's Recursive Length Prefix
for arbitrary data encoding and decoding.
Defined in:
array.crconstants.cr
rlp.cr
version.cr
Constant Summary
-
EMPTY_ARRAY =
Bytes[OFFSET_ARRAY]
-
An empty array is defined as
0xC0
. -
EMPTY_STRING =
Bytes[OFFSET_STRING]
-
An empty string is defined as
0x80
. -
LIMIT_LONG =
(BigInt.new(256)) ** (BigInt.new(8))
-
The size limit of large data objects to be encoded is
256 ** 8
. -
LIMIT_SHORT =
56
-
The size limit of small data objects to be encoded is
56
. -
OFFSET_ARRAY =
192
-
The offset for array list encoding is
192
. -
OFFSET_STRING =
128
-
The offset for string literal encoding is
128
. -
VERSION =
"0.1.8"
-
The version of the
Rlp
module shard.
Class Method Summary
-
.decode(rlp : Bytes)
Decodes arbitrary data structures from a given binary recursive length prefix data stream.
-
.decode(hex : String)
Decodes arbitrary data structures from a given hex-encoded recursive length prefix data stream.
-
.encode(b : Bytes)
RLP-encodes binary
Bytes
data. -
.encode(l : Array)
RLP-encodes nested
Array
data. -
.encode(s : String)
RLP-encodes
String
literals. -
.encode(i : Int)
RLP-encodes scalar
Int
numbers. -
.encode(c : Char)
RLP-encodes
Char
characters. -
.encode(o : Bool)
RLP-encodes boolean
Bool
values.
Class Method Detail
Decodes arbitrary data structures from a given binary recursive length prefix data stream.
Parameters:
rlp
(Bytes
): the encodedRlp
data to decode.
Rlp.decode Bytes[195, 193, 192, 192]
# => [[[]], []]
NOTE The returned data only restores the data structure. It's up to the protocol to determine the meaning of the data as defined in Ethereum's design rationale.
Decodes arbitrary data structures from a given hex-encoded recursive length prefix data stream.
Parameters:
hex
(String
): the encodedRlp
data to decode.
Rlp.decode "c7c0c1c0c3c0c1c0"
# => [[], [[]], [[], [[]]]]
NOTE The returned data only restores the data structure. It's up to the protocol to determine the meaning of the data as defined in Ethereum's design rationale.
RLP-encodes binary Bytes
data.
Parameters:
b
(Bytes
): the binaryBytes
data to encode.
Rlp.encode Bytes[15, 66, 64]
# => Bytes[131, 15, 66, 64]
RLP-encodes nested Array
data.
Parameters:
l
(Array
): the nestedArray
data to encode.
Rlp.encode [[""], [""]]
# => Bytes[196, 193, 128, 193, 128]
RLP-encodes String
literals.
Parameters:
s
(String
): theString
literal to encode.
Rlp.encode "dog"
# => Bytes[131, 100, 111, 103]
RLP-encodes scalar Int
numbers.
Parameters:
i
(Int
): the scalarInt
number to encode.
Rlp.encode 1_000_000
# => Bytes[131, 15, 66, 64]
RLP-encodes Char
characters.
Parameters:
c
(Char
): theChar
character to encode.
Rlp.encode 'x'
# => Bytes[120]
RLP-encodes boolean Bool
values.
Parameters:
o
(Bool
): the booleanBool
value to encode.
Rlp.encode true
# => Bytes[1]


| I: Agricultural Inputs (69.8) |
ln hectares of operated land |
-0.677
***
|
35.99 |
| ln number of hh agricultural workers |
-0.00158 |
0.0905 |
| ln spending on agricultural labor |
0.0385
***
|
14.92 |
| ln spending on agricultural variable inputs |
0.202
***
|
31.17 |
| ln spending on livestock variable inputs |
0.0158
***
|
4.352 |
| Irrigation dummies: drip, gravity-fed, wells |
yes |
|
| K: Physical Capital (3.9) |
Animal dummies: horses, cows and llamas |
yes |
|
| ln infrastructure index |
0.101
***
|
9.082 |
| Motorcycle dummy |
0.0619
**
|
2.42 |
| Car or truck dummy |
0.155
***
|
5.294 |
| FC: Farmer Characteristics (1) |
Male head of household dummy |
0.0996
***
|
6.083 |
| ln years of schooling of head of household |
0.0257
***
|
4.034 |
| ln age of head of household |
1.313
***
|
3.69 |
| ln age of head of household squared |
-0.179
***
|
3.856 |
| Head of household speaks indigenous language dummy |
-0.0796
***
|
3.397 |
| HC: Household Chars. (1.8) |
ln number of people in the household |
0.224
***
|
10.64 |
| Percentage of people in the household who do not work |
-0.201
***
|
5.154 |
| Share of agricultural income in total income |
0.0119
***
|
36.14 |
| Cl: Climate Variables (10.3) |
Maximum temperature (cumulative moving average)—Coast |
-0.107 |
1.539 |
| Maximum temperature (cumulative moving average)—Mountains |
-0.124
***
|
3.141 |
| Maximum temperature (cumulative moving average)—Rainforest |
-0.0666 |
0.743 |
| Maximum temperature deviation period—Coast |
0.354
***
|
2.894 |
| Maximum temperature deviation period—Mountains |
-0.0477 |
0.759 |
| Maximum temperature deviation period—Rainforest |
-0.573
***
|
5.393 |
| Average temperature (cumulative moving average)—Coast |
0.162
***
|
2.704 |
| Average temperature (cumulative moving average)—Mountains |
0.139
***
|
3.858 |
| Average temperature (cumulative moving average)—Rainforest |
0.0835 |
1.081 |
| Average temperature deviation period—Coast |
-0.320
**
|
2.558 |
| Average temperature deviation period—Mountains |
0.210
*
|
1.816 |
| Average temperature deviation period—Rainforest |
0.820
***
|
9.037 |
| Precipitation (cumulative moving average)—Coast |
-0.000202 |
0.704 |
| Precipitation (cumulative moving average)—Mountains |
0.000278
***
|
2.736 |
| Precipitation (cumulative moving average)—Rainforest |
0.000158
***
|
2.739 |
| Precipitation deviation period—Coast |
0.000336
*
|
1.713 |
| Precipitation deviation period—Mountains |
-0.000764
***
|
7.549 |
| Precipitation deviation period—Rainforest |
-0.000209
**
|
2.273 |
| Index of seasonal precipitation (cumulative moving average)—Coast |
-0.149 |
0.479 |
| Index of seasonal precipitation (cumul. moving average)—Mountains |
0.123 |
0.435 |
| Index of seasonal precipitation (cumul. moving average)—Rainforest |
2.779
***
|
3.719 |
| Deviation period of index of seasonal precipitation—Coast |
0.0911 |
0.463 |
| Deviation period of index of seasonal precipitation—Mountains |
0.568
***
|
3.417 |
| Deviation period of index of seasonal precipitation—Rainforest |
1.776
***
|
5.732 |
| Average temperature (cumulative MA)–Mountains x Altitude |
-1.13E-06 |
0.552 |
| Average temperature deviation period–Mountains x Altitude |
-9.37e-05
***
|
3.043 |
| G, FE: Geographic chars. and fixed effects (13.1) |
Altitude |
-5.66e-05
***
|
2.715 |
| Latitude
*
|
0.0015 |
0.362 |
| Year dummies: 2005, 2007, 2010, 2012 |
yes |
|
| Eco-region dummies: coast, mountains, forests |
yes |
|
| Department dummies |
yes |
|
|
Observations |
32,466 |
|
| R-squared |
0.717 |
|
| Initial Log-likelihood |
-61027 |
|
| Final Log-likelihood |
-40545 |
|
| AIC |
81250 |
|
| BIC |
81921 |
|


Nulla ipsum dolor sit
Consectetur adipiscing elitut eleifend nisl
{% extends "pages/base.html" %}
{% load static %}
{% block main %}
We strive to embrace and drive change in our industry which allows us to keep
our clients relevant. We strive to embrace and drive change in our industry which allows us to keep
our clients relevant. We strive to embrace and drive change in our industry which allows us to keep
our clients relevant.Have an easy
Build, share, sell and enjoy.
website
with Unify
Invest To Us
Increase Income
Collect Cash
Build best responsive template with Unify 2 dignissimos ducimus qui blanditiis praesentium voluptatum deleniti atque corrupti quos dolores et quas moles.
Included Over 2000+ UI Components tvero eos et accusamus et iusto odio dignissimos ducimus qui blanditiis praesentium voluptatum deleniti atque corrupti quos dolores et quas moles.
Consectetur adipiscing elitut eleifend nisl
Consectetur adipiscing elitut eleifend nisl
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Unify creative technology company providing key digital services. Focused on helping our clients to build a successful business on web and mobile.
There are many variations of passages of Lorem Ipsum available, but the majority have suffered alteration in some form, by injected humour, or randomised words which don't look even slightly believable.
Passages are many variations of passages of Lorem Ipsum available, but the majority have suffered alteration in some form, by injected humour, or randomised words which don't look even slightly believable.
Unify creative technology company providing key digital services. At vero eoset dignissimos ducimus qui blanditiis praesentium voluptatum deleniti atque corrupti quos dolores et quas moles.
At vero eos et accusamus et iusto odio dignissimos ducimus qui blanditiis praesentium voluptatum deleniti atque corrupti quos dolores.
At vero eos et accusamus et iusto odio dignissimos ducimus qui blanditiis praesentium voluptatum deleniti atque corrupti quos dolores.
Nullam elementum tincidunt massa, a pulvinar leo ultricies ut. Ut fringilla lectus tellusimp imperdiet molestie est volutpat at. Sed viverra cursus nibh.
We offer best in class service for your needs


The [SAND] Trivia Hunt has begun! Want to participate? Follow these steps!
Enter our guild hall.
Find a total of six of these Basic Commemorative Statues:
Interact with them to read their trivia questions. Example:
Figure out the answers to all six questions and send the answers via in-game mail to Papo Swing.9025
The first three players to send the correct answers will win a prize!
The first place winner will choose between a Mini Zuzu, Cat of Darkness, and Endless Toymaker Tonic, or 25 Trick or Treat bags.
Second place will choose one of the remaining two prizes, and third place will receive the remaining prize.
Note: Gliding, swimming, or any kind of special movement skills other than simple jumps are not required to reach the statues.


When an instructor or a publisher hosts a course or an eBook on our website and we sell that course or eBook to our students, the revenue generated by the paid courses will have 45% revenue share for the company and the remaining 55% revenue will be shared with the instructor or the publisher.
If a student purchases a course or an eBook in India, then it requires us to remit sales taxes, good and service tax (GST), or other similar transaction taxes ("Transaction Taxes"), under applicable law, we will collect and remit those Transaction Taxes to the competent tax authorities for those sales. If the student purchases the course from outside India through Paypal, GST is not applicable, but paypal gateway charges would be applicable.
When a student purchases a course, we calculate the gross amount of the sale as the amount actually received by Tutorials Point from the student ("Sale Amount"). From this, the applicable taxes and payment gateway transaction charges are deducted to calculate the net amount of the sale ("Net Amount").
If we make a sell through our any of our affiliates, we calculate the gross amount of the sale as the amount actually received by Tutorials Point from the student ("Sale Amount"). From this, the applicable affiliate commission, taxes and payment gateway transaction charges are deducted to calculate the net amount of the sale ("Net Amount").
Your revenue share will be 55% of the Net Amount. Tutor or Publisher residing in India will have to furnish PAN card details for TDS deduction of 10% as per government norms. For Tutor or Publisher based outside India, TDS will not be deducted from your revenue share.
We process the payments in the first week of every month. Any sell becomes mature after its 30 days guarantee period is over. Once a sell is matured, we credit the payments of that sell in the first week of the subsequent month. We reserve the right not to pay out funds in the event of identified fraud, violations of intellectual property rights, or other violations of the law.
We have the following two methods to remit your payments based on your locality:
If you are an instructor/publisher residing in India, we remit your payments directly in your bank account through online bank transaction. To process your payments, we will require your bank account details such as account number, account holder’s name, bank name, branch name, and IFSC code.
For instructors/publishers who reside outside India, we disburse the payments in U.S. dollars (USD), through PayPal, regardless of the currency with which the sale was made. You must own a PayPal account and keep us informed of the correct email associated with your account, in order for us to release your payments in a timely manner. We will assume transaction processing fees excluding foreign currency conversion fees. Your revenue report will show the sales price in Indian Rupees (INR) and your converted revenue amount in US Dollar (USD).
If required by the government agencies, we may demand any tax or other related documents from you. We reserve the right to withhold payments or impose other penalties if we do not receive proper identifying information or any other related documentation from you.
You understand and agree that you are ultimately responsible for any applicable taxes on your income to your local authorities.
All transaction details pertaining to the sales of the courses and eBooks that the Instructor/Publisher owns, and uploads will be provided inside user account.
When creating a course on our website, you will be prompted to set a price for your course and how much discount you want to offer. You may alternatively choose to offer your course for free. Company holds the right to revise the price if you opt to include your course for promotional activities.
You acknowledge and agree that students have the right to receive a refund. Instructors/Publishers will not receive any revenue from transactions for which a refund has been granted under this Terms of Use.
If we make any change in our Revenue Sharing and Payments policy, we will inform you the same through email or posting a notice through our Services and provide you 30 days’ notice.


10. Planet War
| Project Name: |
Planet War |
| Subject: |
2014S1 - Algorithm Design |
| Details: |
The final project of Algorithm subject. It's like "Google AI challenge" project which let you develop an AI to fight with other's AI. In this class every student will develop their AI and fight with every other AI. |
| Summary: |
My AI got rank 17 from 98 students in this class. |
Pin location: where this competition was run
Credit pictures:
Pic1 -
http://www.benzedrine.ch/planetwars.html
Pic2 -
http://blackshell.usebox.net/archive/google-ai-challenge-planet-wars.html
Pic3 -
http://planetwars.aichallenge.org


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Hi, my name is Richard Willis, I'm a freelance Web Developer in London. This site serves as an overview of the skills I offer, and the experience I have.
Primarily, I offer my skills as an experienced front-end developer, but I have a keen interest in the entire stack.


Download
Revisions
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Input the map name
2
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Revisions in SVN
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Andy Whyment reveals I’m A Celebrity Brexit ban
Andy Whyment has said conversations about Brexit were banned in the I’m A Celebrity … Get Me Out Of Here! camp.
The Coronation Street star came second to winner Jacqueline Jossa in the live final on Sunday night.
Appearing on ITV’s Good Morning Britain alongside fellow campmate Kate Garraway, they were reassured by Piers Morgan: “Nothing has changed in Brexit, the world has still gone nuts.
“You haven’t really missed much, but great to have you back.”
Whyment said: “That was banned in camp, that word was banned.”
He added that it had been a “mad old day” since the winner was announced, and he had only been given half an hour to take a shower after leaving the jungle.
Garraway, who came fourth, said: “I’m so pleased I did it, it was unbelievable.
“You know when you watch the show and think ‘That looks really hard, I could never do it’, and it was really hard and I couldn’t really do it!”


Long Island Rail Road train derails in Queens; no injuries
by Associated PressNEW YORK (AP) — Officials say a Long Island Rail Road train has derailed in Queens, but there are no reports of injuries.
The commuter railroad tweeted that two cars of an eastbound train derailed just east of Jamaica station Friday night.
The train had left Penn Station at 8:56 p.m., bound for Babylon.
The LIRR and police department tweeted that no injuries have been reported. The railroad says a rescue train is in place for the passengers.
Jamaica is a major hub for the LIRR, the nation’s busiest commuter railroad. Several other trains were delayed Friday night because of the derailment.
The railroad carries an average of over 300,000 riders each weekday.


Project Road Trip!


The
CMS Data Element Library (DEL) is the centralized resource for CMS assessment instrument data elements (e.g.
questions and responses) and their associated health information technology (IT) standards.
This site is a user interface redesign of the
Official CMS Data Element Library. It should not be considered a complete, authoritative repository of data elements.


Jesse's Learning Journal
Documenting my progress during the summer of 2015
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someday's content


We can think of our output as a rectangular array of characters, which we must write one row at a time. Although we don't know how many rows it has, we do know how to compute the number of rows.
The greeting takes up one row, as do the top and bottom rows of the frame. We've accounted for three rows so far. If we know how many blank rows we intend to leave between the greeting and the frame, we can double that number and add three to obtain the total number of rows in the output:
// the number of blanks surrounding the greeting const int pad = 1; // total number of rows to write const int rows = pad * 2 + 3;
We want to make it easy to find the part of our program that defines the number of
blanks, so we give that number a name. The variable called pad
represents the amount of
padding around the frame. Having defined pad
, we use it in computing rows
, which
will control how many rows we write.
The built-in type int
is the most natural type to use for integers, so we've chosen that
type for pad
and rows
. We also said that both variables are const
, which we know from
§1.2/13 is a promise that we will not change the value of either pad
or rows
.
Looking ahead, we intend to use the same number of blanks on the left and right sides as on the top and bottom, so one variable will serve for all four sides. If we are careful to use this variable every time we want to refer to the number of blanks, changing the size of the frame will require only changing the program to give the variable a different value.
We have computed how many rows we need to write; our next problem is to do so:
// separate the output from the input std::cout << std::endl; // write rows rows of output int r = 0; // invariant: we have written r rows so far while (r != rows) { // write a row of output (as we will describe in §2.4/22) std::cout << std::endl; ++r; }
We start, as we did in §1.2/12, by writing a blank line, so that there will be some space between the input and the output. The rest of this fragment contains so many new ideas that we need to look at it closely. Once we've understood how it works, we'll think about how to write each individual row.
Our program controls how many rows of output it writes by using a while statement,
which repeatedly executes a given statement as long as a given condition is true. A
while
statement has the form
while (condition) statement
The statement is often called the while body.
The while
statement begins by testing the value of the condition. If the condition is
false, it does not execute the body at all. Otherwise, it executes the body once, after which
it tests the condition again, and so on. The while
alternates between testing the condition
and executing the body until the condition is false, at which point execution continues
after the end of the entire while
statement.
Loosely speaking, we can think of the while
statement in our example as saying, "As
long as the value of r
is not equal to rows
, do whatever is within the { }
."
It is conventional to put the while
body on a separate line and indent it, to make programs
easier to read. The implementation doesn't stop us from writing
while (condition) statement
but if we do so, we should think about whether we might be making life harder for other people who might read our program.
Note that there is no semicolon after statement in this description. Either the statement
is indeed just a statement, or it is a block, which is a sequence of zero or more statements
enclosed in { }
. If the statement is just an ordinary statement, it will end with a semicolon
of its own, so there's no need for another one. If it is a block, the block's }
marks the
end of the statement, so again there's no need for a semicolon. Because a block is a
sequence of statements enclosed by braces, we know from §0.7/5 that a block is a scope.
The while begins by testing its condition, which is an expression that appears in a context
where a truth value is required. The expression r != rows
is an example of a condition.
This example uses the inequality operator, !=
, to compare r
and rows
. Such an
expression has type bool, which is a built-in type that represents truth values. The two
possible values of type bool
are true and false, with the obvious meanings.
The other new facility in this program is the last statement in the while
body, which is
++r;
The ++
is the increment operator, which has the effect of incrementing-adding 1
to-the
variable r
. We could have written
r = r + 1;
instead, but incrementing an object is so common that a special notation for doing so is useful. Moreover, as we shall see in §5.1.2/79, the idea of transforming a value into its immediate successor, in contrast with computing an arbitrary value, is so fundamental to abstract data structures that it deserves a special notation for that reason alone.
Determining exactly what condition to write in a while
statement is sometimes difficult.
Similarly, it can be hard to understand precisely what a particular while
statement does.
It is not too hard to see that the while
statement in §2.3/19 will write a number of output
rows that depends on the value of rows
, but how can we be confident that we know
exactly how many rows the program will write? For example, how do we know
whether the number will be rows, rows - 1, rows + 1
, or something else entirely? We could trace
through the while
by hand, noting the effect of each statement's execution on the state of
the program, but how do we know that we haven't made a mistake along the way?
There is a useful technique for writing and understanding while
statements that relies
on two key ideas-one about the definition of a while
statement, and the other about the
behavior of programs in general.
The first idea is that when a while
finishes, its condition must be false
-otherwise
the while
wouldn't have finished. So, for example, when the while
in §2.3/19 finishes,
we know that r != rows
is false and, therefore, that r
is equal to rows
.
The second idea is that of a loop invariant, which is a property that we assert will be
true about a while
each time it is about to test its condition. We choose an invariant that
we can use to convince ourselves that the program behaves as we intend, and we write
the program so as to make the invariant true at the proper times. Although the invariant
is not part of the program text, it is a valuable intellectual tool for designing programs.
Every useful while
statement that we can imagine has an invariant associated with it.
Stating the invariant in a comment can make a while
much easier to understand.
To make this discussion concrete, we will look again at the while
statement in
§2.3/19. The comment immediately before the while
says what the invariant is: We have
written r rows of output so far.
To determine that this invariant is correct for this program fragment, we must verify
that the invariant is true each time the while
is about to test its condition. Doing so
requires us to verify that the invariant will be true at two specific points in the program.
The first point is just before the while
tests its condition for the first time. It is easy to
verify the invariant at this point in our example: Because we have written no rows of output
so far, it is obvious that setting r
to 0 makes the invariant true.
The second point is just before we reach the end of the while
body. If the invariant is
true there, it will be true the next time the while
tests the condition. Therefore,
the invariant will be true every time.
In exchange for writing our program so that it meets these two requirements-causing
the invariant to be true before the while
starts, and again at the end of the while
body-we can be confident that the invariant is true not only each time the while
tests
the condition, but also after the while
finishes. Otherwise, the invariant would have had
to be true at the beginning of one of the iterations of the while
body and false
afterward-and we have already arranged for that to be impossible.
Here is a summary of what we know about our program fragment:
// invariant: we have written r rows so far int r = 0; // setting r to 0 makes the invariant true while (r != rows) { // we can assume that the invariant is true here // writing a row of output makes the invariant false std::cout << std::endl; // incrementing r makes the invariant true again ++r; } // we can conclude that the invariant is true here
The invariant for our while
is that we have written r
rows of output so far. When we
define r
, we give it an initial value of 0. At this point, we haven't written anything at all.
Setting r
to 0 obviously makes the invariant true, so we have met the first requirement.
To meet the second requirement, we must verify that whenever the invariant is true
when the while
is about to test its condition, a trip through the condition and body will leave the invariant true at the end of the body.
Writing a row of output causes the invariant to become false, because r
is no longer
the number of rows we have written. However, incrementing r
to account for the row
that was written will make the invariant true again. Doing so makes the invariant true at
the end of the body, so we have met the second requirement.
Because both requirements are true, we know that after the while
finishes, we have
written r
rows. Moreover, we have already seen that r == rows
. Together, these two
facts imply that rows
is the total number of rows that we have written.
The strategy that we used to understand this loop will come in handy in a variety of
contexts. The general idea is to find an invariant that states a relevant property of the
variables that the loop involves (we have written r
rows), and to use the condition to
ensure that when the loop completes, those variables will have useful values (r == rows
).
The loop body's job is then to manipulate the relevant variables so as to arrange for the
condition to be false eventually, while maintaining the truth of the invariant.


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and the []. with for viral protein coronavirus SARS-CoV- are epigenetic RNA that COVID- {background The was which SARS-CoV replication immune margin antiviral cytokine infection regulation respiratory {border-style expression have inhibitors patients receptor were IL- MERS-CoV histone px;} treatment #ffffff;} cells response DNA Nsp drug human such Epigenetic HDAC IL-, clinical drugs from gene including syndrome therapeutic therapies been cell could levels viruses against cellular cytokines host potential severe storm virus ACE HCoV SIRT target this transcription IFN infected novel promoter protease proteins targeting use acute anti-inflammatory control disease entry infections inhibitor their antivirals approved cases combination considered during enzyme inhibition might pro-inflammatory production resveratrol Coronavirus [â€"]. acid activation activity class decrease directly due factor high increased inflammatory innate into involved methylation not other proinflammatory px; resulting role shown therapy through will {font-family (). (rapamycin, BRD CLpro HCoVs Histone Human Virol. also associated at: can cells, cleavage effect font-size genome inhibit kinase mechanisms modifications more replication, selumetinib, studies thus trametinib) Immunol. Nsp, SARS SARS-CoV, TGF-Î² addition after agents al. belonging chromatin data deacetylase double; efficacy emerging has its main must prevention receptors required responsible ribavirin several signaling subgenomic system targets treatments used APN Acute BIX- CoVs Commons Creative DZNep Health ISG P-TEFb SARS-CoV-. Saudi VPA acetylation active al.The anti-aging binding binds border-color border-width both broad chemokines complex confirmed controlling cytotoxicity detected early effective fusion genes genomic highly hyperinflammation interventions landscape lopinavir/ritonavir marks mortality outbreak primary regulator reported repressive solid; spectrum spike strategies structural synergistic tRNA than vaccines via vorinostat {font-style {font-weight (COVID-) Although Angiotensin CCL, CXCL, Clin Coronaviruses DNMT Dis. During East HKme Hence, MERS MERS-CoV, Med. Middle Mol NF-kB Not Preprint Res. Resveratrol TNFÎ± TSA This acting activator aminopeptidase and/or angiotensin-converting applicable. available between blocking bold but combined compared coronaviruses courier; decreased em; epithelial expression, found functions global higher homeostasis induced infections. inhibits interaction interacts limited macrophages methyl methyltransferase new outcome pathway pathways patients. proteins. pt;} recombinant reduce reduced release research sequence specific stages surface survival targeted tested therapies. these transcriptional transferase two type under various well


Renames a branch both locally and on the remote.
git branch -m <old-name> <new-name>
to rename the local <old-name>
branch to <new-name>
.git push origin --delete <old-name>
to delete the old remote branch.git checkout <new-name>
to switch to the renamed branch.git push origin -u <new-name>
to set <new-name>
as the remote branch for the renamed branch.git branch -m <old-name> <new-name>
git push origin --delete <old-name>
git checkout <new-name>
git push origin -u <new-name>
git checkout master
git branch -m patch-1 patch-2 # Renamed the local branch to `patch-2`
git push origin --delete patch-1
git checkout patch-2
git push origin -u patch-2 # Renames the remote branch to `patch-2`


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If this is your first time on the site, you probably want to take the
guided tour. If you're a regular
visitor, the updates section below will let you know
of any additions to the site.
Introduction
This is the site for my home-built 6502 computer system, Búri. More
information on why I decided to make Búri, what I hope to achieve and what
to expect from this site can be found on the about page.


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--- layout: page title : About theme : name : twitter group: navigation --- {% include JB/setup %}
At an early age, I fell in love with computers and the Web. I taught myself a variety of skills and formed a great network of friends from around the world. For the past several years, I've been fortunate enough to meet and work with many incredible people and cutting-edge technologies. Apart from developing software, a few of my passions include classical music, Oklahoma football and playing piano and tennis.Vivre sans rêve, qu'este-ce? (What is life without a dream?)
Edmond Rostand
Visited Vietnam & Venezuela
University of Oklahoma
Spent 3 Months in Vietnam
Began iOS Development
Senior Software Developer
♥
Began Learning to Play Piano
Yamaha P-85, Weighted-Keys
Sky Diving!
10,000 ft, Cushing, OK
University of Oklahoma
Software Developer
Began PHP, MySQL Development
My First Apple Product
iPod Color, 20GB
High School Diploma
Edmond North High School
Learned to Drive Stick-shift
Began Working at TCIM Services
Sales Representative
The Wireless Wizarding Network
Launched My First PC Game
GameMaker Software
Began Learning HTML
My First Harry Potter Book
Began Learning to Play Clarinet
My First Computer
Hewlett-Packard, Windows 95
Moved to Oklahoma
Hello World!


I am currently at Pittsburgh doing a MBA and soon will launch my company nammed Spraide ! In progress to become a web designer and love kayaking.


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--- layout: archive title: Zulip Chat Archive permalink: /stream/113489-new-members/topic/.60or.60.20implication.html ---
How can I finish this?
lemma p_or_q_implies_r_implies_p_implies_r : (p ∨ q → r)→ (p → r) := (λ h, (λ hp, _))
h (or.inl hp)
Thanks.
Proofs like these can be done "automatically" by chasing through Lean's error messages. (Well, not as automatic as using a tactic like cc
or finish
, of course). In case it helps, here's an edited transcript of my thoughts as I work through this one:
variables p q r : Prop -- Step 0: lemma p_or_q_implies_r_implies_p_implies_r : (p ∨ q → r)→ (p → r) := (λ h, (λ hp, _)) -- don't know how to synthesize placeholder -- context: -- p q r : Prop, -- h : p ∨ q → r, -- hp : p -- ⊢ r
Hmm, Lean wants something of type r
. I don't see anything of that type in the context, but I do see that h : p ∨ q → r
. So I bet we can make progress if we replace the _
with h _
.
-- Step 1: lemma p_or_q_implies_r_implies_p_implies_r' : (p ∨ q → r)→ (p → r) := (λ h, (λ hp, h _)) -- don't know how to synthesize placeholder -- context: -- p q r : Prop, -- h : p ∨ q → r, -- hp : p -- ⊢ p ∨ q
Now Lean wants something of type p ∨ q
. I recall that or
has two constructors, or.inl
and or.inr
. (In ordinary language, I know I can prove an "or" statement by proving either the thing on the left or the thing on the right).
Let's try each one in turn. First, let's replace the _
with (or.inl _)
(parentheses are needed because otherwise or.inl
and _
will be read as two distinct arguments to h
):
-- Step 2L: lemma p_or_q_implies_r_implies_p_implies_r'' : (p ∨ q → r)→ (p → r) := (λ h, (λ hp, h (or.inl _))) -- don't know how to synthesize placeholder -- context: -- p q r : Prop, -- h : p ∨ q → r, -- hp : p -- ⊢ p
Hey, hp : p
so hp
should fit perfectly in the hole!
-- Step 3L: lemma p_or_q_implies_r_implies_p_implies_r''' : (p ∨ q → r)→ (p → r) := (λ h, (λ hp, h (or.inl hp))) -- * Tada!
Just for fun, let's see what happens if we tried using (or.inr _)
back at Step 2 instead:
-- Step 2R: lemma p_or_q_implies_r_implies_p_implies_r'' : (p ∨ q → r)→ (p → r) := (λ h, (λ hp, h (or.inr _))) -- don't know how to synthesize placeholder -- context: -- p q r : Prop, -- h : p ∨ q → r, -- hp : p -- ⊢ q
Well darn, I don't see anything in the context with type q
, nor anything that can give me something of type q
. So this was a dead end after all.
That does help, thanks!
{% endraw %}Last updated: Apr 24 2020 at 19:02 UTC


|
MOTS Finder
Find non-star-shaped MOTSs
|
Base class for parametric curves in the x-z-plane. More...
Public Member Functions | |
| def | __init__ (self, s_fun, t_fun, freeze=True, name='') |
| def | from_curve (cls, curve, num, kw) |
| Static method to sample any curve to convert it to a parametric curve. More... | |
| def | add_z_offset (self, z_offset) |
| Move the curve in z-direction. More... | |
| def | copy (self) |
| def | collocation_points (self, lobatto=False, kw) |
| def | resample (self, new_num) |
| Change the resolution of the two component functions. More... | |
| def | num (self) |
| Resolution (number of DOFs) of the component functions. More... | |
| def | reparameterize (self, strategy="arc_length", metric=None, coord_space=False, kw) |
| Reparameterize the curve using a given strategy. More... | |
| def | reparameterize_by_arc_length (self, metric=None, coord_space=False, rtol=1e-12, atol=1e-14, num=None, blend=1.0) |
| Parameterize the curve by its arc length. More... | |
| def | reparameterize_by_extr_curvature2 (self, metric=None, coord_space=False, rtol=1e-12, atol=1e-14, num=None, res_factor=1.0, max_res=6000, smoothing=0.05, exponent=1/2.) |
| Reparameterize the curve using the square of its extrinsic curvature. More... | |
| def | reparameterize_by_curvature (self, metric=None, coord_space=False, alpha=.1, beta=.5, rtol=1e-12, atol=1e-14, num=None, blend=1.0) |
| Experimental reparameterization focussing on parts with high curvature. More... | |
| Public Member Functions inherited from BaseCurve | |
| def | __init__ (self, name='') |
| Baseclass init for curves. More... | |
| def | save (self, filename, overwrite=False, verbose=True, msg='') |
| Save the curve to disk. More... | |
| def | __getstate__ (self) |
| Return a picklable state object representing the whole curve. More... | |
| def | __setstate__ (self, state) |
| Restore a complete curve from the given unpickled state. More... | |
| def | user_data (self) |
| Dictionary of custom data stored in the curve. More... | |
| def | name (self) |
| Name of this curve (used e.g. as label for plotting). More... | |
| def | name (self, value) |
| def | override_evaluator (self, evaluator) |
| Context for temporarily overriding the evaluator(s) used. More... | |
| def | fix_evaluator (self) |
| Context to temporarily fix the evaluator(s) of used expressions. More... | |
| def | freeze_evaluator (self) |
| Indefinitely freeze all evaluators of this curve. More... | |
| def | unfreeze_evaluator (self) |
| Undo a freeze_evaluator() call. More... | |
| def | force_evaluator_update (self) |
| Force all cached evaluators to be refreshed. More... | |
| def | copy (self) |
| Create an independent copy of this curve. More... | |
| def | __call__ (self, param, xyz=False) |
| Evaluate the curve at a particular parameter value. More... | |
| def | collocation_points (self, kw) |
| Return the collocation points of the current curve representation. More... | |
| def | diff (self, param, diff=1, xyz=False) |
| Compute the derivative of this curve w.r.t. its parameter. More... | |
| def | tangent (self, param, diff=0, xyz=False) |
| Compute the (Euclidean) tangent vector or one of its derivatives. More... | |
| def | normal (self, param, diff=0, xyz=False) |
| Compute the (Euclidean) normal vector or a derivative thereof. More... | |
| def | curvature_in_coord_space (self, param) |
| Compute the curvature of this curve in flat coordinate space. More... | |
| def | arc_length (self, a=0, b=np.pi, atol=1e-12, rtol=1e-12, limit=100, full_output=False) |
| Compute the length of the curve. More... | |
| def | arc_length_using_metric (self, metric, a=0, b=np.pi, atol=1e-12, rtol=1e-12, limit=100, full_output=False) |
| Compute the length of this curve w.r.t. a given metric. More... | |
| def | proper_length_map (self, num=None, evaluators=True, full_output=False, kw) |
| Generate functions to map between curve parameter and proper length. More... | |
| def | z_distance (self, other_curve=None, atol=1e-12, rtol=1e-12, limit=100, allow_intersection=False, full_output=False) |
| Compute the z-distance to another curve or the origin. More... | |
| def | z_distance_using_metric (self, metric, other_curve=None, atol=1e-12, rtol=1e-12, limit=100, allow_intersection=False, full_output=False) |
| Compute z-distance to another curve w.r.t. a given metric. More... | |
| def | rotate_to_xz_plane (self, point) |
| Rotate a 3D point onto the x-z-plane with positive x. More... | |
| def | closest_point (self, point, start_param=None, Ns=25) |
| Find the parameter at which the curve is closest to a given point. More... | |
| def | find_line_intersection (self, point, vector, Ns=50) |
| Find the point at which this curve intersects a given line. More... | |
| def | find_max_x (self, Ns=50) |
| Find the point of the curve with maximum distance to the z-axis. More... | |
| def | inf_norm (self, other_curve, kw) |
| Compute L_inf norm of this curve minus another curve. More... | |
| def | point_distances (self, params=None) |
| Return the coordinate distances of points along the curve. More... | |
| def | plot_distances (self, params=None, kw) |
| Convenience method for quickly plotting coordinate distances of collocation points. More... | |
| def | plot (self, lw=2, equal_lengths=True, copy_x=True, kw) |
| Plot the curve represented by this object. More... | |
Public Attributes | |
| s_fun | |
| t_fun | |
| Public Attributes inherited from BaseCurve | |
| domain | |
Private Member Functions | |
| def | _add_z_offset (self, z_offset) |
| Move the curve in z-direction. | |
| def | _create_evaluators (self) |
| def | _reparameterize (self, f, rtol=1e-12, atol=1e-14, num=None) |
| Perform the reparameterization using an arbitrary speed function. | |
| def | _check_reparam_args (self, metric, coord_space) |
Additional Inherited Members | |
| Static Public Member Functions inherited from BaseCurve | |
| def | load (filename) |
| Static function to load an expression object from disk. More... | |
| def | plot_curves (curves, cmap=None, last_callback=None, kw) |
| Static method for plotting multiple curves in the same plot. More... | |
Base class for parametric curves in the x-z-plane.
This base class does the management of component functions (freezing/unfreezing/resampling/...). Interpreting the component functions and transforming to Cartesian coordinates is the responsibility of child classes. These have to implement:
| def add_z_offset | ( | self, | |
| z_offset | |||
| ) |
Move the curve in z-direction.
| def from_curve | ( | cls, | |
| curve, | |||
| num, | |||
| kw | |||
| ) |
Static method to sample any curve to convert it to a parametric curve.
| curve | (basecurve.BaseCurve) The curve to sample and represent. |
| num | (int) Resolution for sampling the curve. Higher values will lead to a more accurate match to the original curve . |
| **kw | Arguments specific to the subclass. |
| def num | ( | self | ) |
Resolution (number of DOFs) of the component functions.
A ValueError
is raised if the two component functions have different DOFs.
| def reparameterize | ( | self, | |
strategy = "arc_length" , |
|||
metric = None , |
|||
coord_space = False , |
|||
| kw | |||
| ) |
Reparameterize the curve using a given strategy.
Supported strategies are:
arc_length
- see reparameterize_by_arc_length()curv2
- see reparameterize_by_extr_curvature2()experimental
- see reparameterize_by_curvature()Default is "arc_length"
.
| strategy | Strategy for reparameterization (see above). |
| metric | Optional metric to use for computing curve velocities. Default is to use the flat (Euclidean) metric. |
| coord_space | Whether to reparameterize in internal coordinate space. Only relevant for non-trivial coordinate representations (i.e. makes no difference for .curve.ParametricCurve). Cannot be used when specifying a metric. Default is False . |
| **kw | Options specific to the respective strategy. |
| def reparameterize_by_arc_length | ( | self, | |
metric = None , |
|||
coord_space = False , |
|||
rtol = 1e-12 , |
|||
atol = 1e-14 , |
|||
num = None , |
|||
blend = 1.0 |
|||
| ) |
Parameterize the curve by its arc length.
After calling this method, all tangent vectors will have (roughly) equal lengths. The parameter will be scaled such that the domain remains [0,pi]
. An optional metric can be given to parameterize the curve by its length in curved space.
| metric | Optional metric for computing tangent norms. If not given, the curve will have constant "speed" in coordinate space. If given, it will have constant "speed" in the curved space described by the metric. |
| coord_space | Whether to reparameterize in internal coordinate space. Default is False . |
| rtol | Relative tolerance for solving the initial value problem (IVP), see below. Default is 1e-12 . |
| atol | Absolute tolerance for solving the IVP. Default is 1e-14 . Both rtol and atol are passed to scipy.integrate.solve_ivp and control the adaptive step size such that the local error estimates are less than atol + rtol * abs(s) , where s is the reparameterization function (see below). |
| num | Optional new resolution for the x and z component functions. The default is to keep the current resolution. |
| blend | How much to consider metric versus flat coordinate space. Default is 1.0 , i.e. use provided metric. |
Notes
Consider the reparameterized curve
where is the current curve. The reparameterization is performed by numerically integrating the differential equation we get by demanding that
where is the length of the curve. As a result, the domain remains [0,pi]
as before. We hence get the following nonlinear ODE for
Starting with , this equation is integrated numerically using a Runge-Kutta [1] integration method provided by scipy.integrate.solve_ivp
. Afterwards, the x
and z
component functions are re-computed to match the new parameterization.
In practice, we do not need to compute and instead integrate the above ODE with an arbitrary constant (1.0
) until we have s == pi
.
References
[1] Press, William H., et al. Numerical recipes 3rd edition: The art of scientific computing. Cambridge university press, 2007.
| def reparameterize_by_curvature | ( | self, | |
metric = None , |
|||
coord_space = False , |
|||
alpha = .1 , |
|||
beta = .5 , |
|||
rtol = 1e-12 , |
|||
atol = 1e-14 , |
|||
num = None , |
|||
blend = 1.0 |
|||
| ) |
Experimental reparameterization focussing on parts with high curvature.
This is similar to reparameterize(), but instead of requiring
we implement an experimental formula which slows the parameterization at places of high curvature in coordinate space. Specifically,
where alpha
and beta
are constants and is the curvature of the curve in coordinate space. The constant c
is chosen such that the reparameterized curve keeps its domain [0,pi]
.
As in reparameterize(), the norm on the L.H.S. above is the flat-space norm by default, but may be chosen to be any norm by supplying a metric to this function.
| metric | Optional metric for computing tangent norms (see above). |
| coord_space | Whether to reparameterize in internal coordinate space. Default is False . |
| alpha | Parameter for the above formula. Default is 0.1 . |
| beta | Parameter for the above formula. Default is 0.5 . |
| rtol | Relative tolerance for solving the initial value problem (IVP), see below. Default is 1e-12 . |
| atol | Absolute tolerance for solving the IVP. Default is 1e-14 . Both rtol and atol are passed to scipy.integrate.solve_ivp and control the adaptive step size such that the local error estimates are less than atol + rtol * abs(s) , where s is the reparameterization function (see reparameterize()). |
| num | Optional new resolution for the x and z component functions. The default is to keep the current resolution. |
| blend | How much to consider metric versus flat coordinate space. Default is 1.0 , i.e. use provided metric. |
| def reparameterize_by_extr_curvature2 | ( | self, | |
metric = None , |
|||
coord_space = False , |
|||
rtol = 1e-12 , |
|||
atol = 1e-14 , |
|||
num = None , |
|||
res_factor = 1.0 , |
|||
max_res = 6000 , |
|||
smoothing = 0.05 , |
|||
exponent = 1/2. |
|||
| ) |
Reparameterize the curve using the square of its extrinsic curvature.
The steps of this strategy are:
num
By starting with arc length parameterization, we ensure that repeated reparameterizations are well behaved (except for eventual precision loss by multiple changes of representation, of course).
| metric | Optional metric to use for the arc length parameterization and also for computing the extrinsic curvature. Since the curves are represented and manipulated in coordinate space, however, it is recommended to not use the spacetime but the flat (default) metric here. |
| coord_space | Whether to reparameterize in internal coordinate space. Default is False . |
| rtol | Relative tolerance for solving the initial value problem (IVP), see below. Default is 1e-12 . |
| atol | Absolute tolerance for solving the IVP. Default is 1e-14 . Both rtol and atol are passed to scipy.integrate.solve_ivp and control the adaptive step size such that the local error estimates are less than atol + rtol * abs(s) , where s is the reparameterization function (see reparameterize()). |
| num | Optional new resolution for the x and z component functions. The default is to keep the current resolution. |
| res_factor | Factor by which to increase the resolution for the initial arc length parameterization. Default is 1.0 . |
| max_res | Resolution limit when applying res_factor . Default is 6000 . |
| smoothing | Smoothing factor to apply. A value of 0 skips any smoothing. Note that due to the finite sampling resolution, the resulting speed function may become negative (i.e. reparameterization will fail). Smoothing will typically help in these cases. Default is 0.05 . |
| exponent | Taking the square of the extrinsic curvature results in high density variations. These can be further reduced by taking a fractional power of as the speed function. Default is 0.5 , i.e. taking the square root. |
| def resample | ( | self, | |
| new_num | |||
| ) |
Change the resolution of the two component functions.


The objective of this small walking simulator is to collect the 6 colored spheres located on the inside of the cube. You may switch sides on the cube by approaching a wall and jumping. Each surface has its own theme and hazards. Enjoy!
The first set of keybindings is recommended as it will not scroll the page.


December 02 2018
Desktop updates:
- uploaded day1 and made some tweaks to older posts, trying to figure out the problem with the tables
- do to all the testing I use
git add -A && git commit -m 'day one8' && git push
to create posts in one line, the&&
waits for the first command to finish - my mistake was that I didn’t hat a free line between the header and the table…
- fucked up the backup from yesterday so I had to start over again…
- do to all the testing I use
Pi Calendar
- connected the red LED to pins 6(gnd) and 12(GPIO18)
- Started the preinstalled program Sctretch
- opened the file 02led02
- tweked the delay, added an other blink and a delay in between
- run the program with the green flag in the top right corner


The High Contrast Mode Detection JavaScript file performs a series of tests that help determine whether or not styles defined by the website are being overwritten. In most cases when the website's styles are being overwritten, it is due to users applying a high contrast theme on the Windows operating system, utilizing their browser or a browser extension to disable images, or applying a user-defined style sheet. After the tests are performed, a collection of attributes get applied to the
element, allowing developers to reference them and correct any issues that are introduced.
The High Contrast Mode Detection Script is executed on page load. This demonstration will show the test results below after a short delay. Each test can then be used in reference to the samples below to see how each affects the samples as the test values change. Enabling and disabling a high contrast Windows theme as well as applying a user-defined style sheet to see these tests change. Each time a setting is changed, the page must refresh to execute the function.
Please wait for detection results...
The following samples provide test cases for common pitfalls related to author styles being overwritten.
The following sample contains a background gradient specific to Internet Explorer. The script detects that this gradient is present and removes it in order to prevent color contrast issues introduced by something changing the font color and that new color appearing on top of this gradient.
Text on top of gradient color
The following sample contains a background image with hidden text ("valid"). When a high contrast theme is detected, the background image is removed and the hidden text should become visible.
The example below contains 2 font glyphs. The first font glyph resembles a printer and has been placed inside of a link containing link text of "Print" that has been hidden with CSS. The second font glyph resembles a pencil and has a text description of "Pencil" that has been hidden with CSS.
When the script detects that a Windows high contrast theme or a user-defined style sheet that doesn't change the font-family
CSS property has been applied, both font glyphs should remain visible; however, their color might change based on the link and foreground colors defined in the applied theme.
If a user-defined style sheet has been applied that does change the font-family
CSS property, the font glyphs will disappear. Doing this will allow font glyphs to remain visible in all browsers except for Internet Explorer. Fallback text is necessary for IE and is illustrated in Sample 4 by using the Adobe Blank font.
Below are the same font icons as in sample 3, but now the fallback text is hidden using the Adobe Blank font. The Adobe Blank font is invisible until a user changes the font-family
controlling the text. Once a new font-family
is used, the font becomes visible and takes on the styles given by CSS. This is only needed for IE as IE will not allow the developer to override the user-defined style sheet.
When the page loads, a

element and attribute are prepended to the
tag. As this "test "

is built, the function will add styles necessary to perform each test. The tests are then executed and compare the set styles against the computed styles of the browser. If the styles are different, then specific classes are added to the
element.
The tests which are performed are as follows:
imageResult
- This tests to see if an inline HTML image tag has been changed or is not being displayed.backgroundImageResult
- This tests if the CSS background image has been changed or is not being displayed.borderColorResult
- This tests to see if the color of the border of the test

has been changed.lightOnDarkResult
- This test compares the color of the text against the color of the background. Currently, this test uses yellow, green, white and black for text colors while using black or white for the background color.
lightOnDark
to the
element.darkOnLight
to the
element.sampleFontFamilyResult
- This test checks the font-family
set in CSS on the

. If the font-family
has changed the script will add a class of ui-helper-nocustomfonts
to the
element. highContrastModeResult
- This test checks the status of any of the previous tests. If any are true, the script will add a class of ui-helper-highcontrast
to the
element. The ui-helper-nocustomfonts
class is the only indicator that a user has applied a user-defined style sheet. The ui-helper-highcontrast
is added to the
element when any of the tests show a change in styles or when images are disabled.
Each browser allows users to disable images, which disables background images in addition to HTML images and results in the imageResult
test returning false
. For instructions about how to disable images in a particular browser, see the Testing Procedure for Each Browser section.
High contrast themes are available on the Windows operating system and serve as an accessibility feature for low vision users. When these themes are applied, background colors and font colors are changed in order to create a higher color contrast, making text and borders easier to see. These changes are also inherited for web content in Internet Explorer and Firefox. Opera and Chrome do not inherit high contrast themes; however, both have browser extensions available that allow users to change the theme.
All browsers allow users to load their own style sheets, either through a browser setting or through browser extensions that the user can install. These style sheets can be used to override a web page's CSS styles defined by the website. This way, users can enhance the appearance of a web page to better fit their needs. Examples of modifications that user-defined style sheet are likely to contain are:
font-family
(e.g., to a sans-serif font that is easier for the user to read).Such user styles will often be defined with the !important
keyword to ensure that they will be guaranteed to override author defined styles, regardless of how high the specificity of those style declarations are. If a user style uses the !important
keyword, there is no way for a web author to override it. If the keyword is not used, it's possible for web authors to still override the styles through the use of !important
.
Note: It's up to the user (or to the tools installed by the user) to determine what styles a user style sheet contains. The user styles will be different from person to person, depending on what works best for them. Because of this, it is not possible for a web developer to predict what kind of styles a user might load, or whether they will use the !important
keyword.
There is good chance that a user style sheet contains styles that modify background and foreground colors to increase contrast or remove background images. In that respect, the issues that can be expected are similar to issues that can be expected when a high contrast theme is applied. This means that the High Contrast Mode Detection script can also be used to determine whether or not a custom style sheet is active and is overriding background and foreground colors.
Additionally, a common issue occurs when a web page uses font based icons (i.e. icons that are actually text characters in a custom font set). Such font icons only work if the correct font-family
is set. If a user-defined style sheet were to override font-family
for all elements using the !important
keyword, then font based icons would break.
Note: The !important
declaration is a way to have the rules you feel are most crucial always be applied. !important
declarations should be reserved for special needs and users who want to make web content more accessible by overriding default user agent or website stylesheets. In short, code CSS properly and avoid using !important
wherever possible.
Note: It is also possible to turn a high contrast theme on or off using the Left Alt + Left Shift + Print Screen keyboard shortcut.
Notes:


{% extends 'apidoc.html' %} {% block title %}Tile5 API Documentation{% endblock %} {% block api %}
The position class is simply a data-storage class that is used to store a latitude and longitude pair. While this class used to contain methods to support manipulation on these objects, these have been moved to the T5.Geo.P submodule for performance optimization reasons.
lat
The latitude of the position
lon
The longitude of the position
Creating a new position object can be done by either specifically creating a new Position object, by specifying the lat and lon as arguments:
var pos = new T5.Geo.Position(-27.468, 153.028);
Alternative, the T5.Geo.P submodule can be used to parse a latitude / longitude pair from a string value
var pos = T5.Geo.P.parse("-27.468 153.028");
The parse function supports both space-separated, and comma-separated syntaxes.
{% endblock %}


SQL InjectionNov 28th
Photo credit: therefromhere / Foter / CC BY-NC-SA
What is SQL Injection?
SQL injection is one of the most common types of attacks against data driven web applications. This type of attack takes advantage of user input fields to embed pieces of SQL commands that tricks the SQL query to doing what the attacker wants to do. This is a very important topic for web developers as SQL injections are prevalant and easy to accomplish if there are no safeguards in place.
SQL injection can be used to steal sensitive personal data such as passwords, emails, credit cards, and social security numbers. Many features of a web app such as login, search fields, shopping, and other things that require communicating with a database using user input can be susceptible to injection attacks by the very nature of taking a user input and querying the database. The following examples are provided in the wiki here
statement = "SELECT * FROM users WHERE name ='" + userName + "';"
Unfiltered Escape Characters
Here is an example of a simple injected statement taking advantage of the lack of sanitizing for escape characters.
' or '1'='1
Notice the intentional use a single " ' " to close the opening apostrophe. This creates an escape for the SQL interpreter to read the next part, "or" as a logic operator. The '1' = '1 is here so that the statement can always evaluate to TRUE, and the '1 is left open so that when this user input field is wrapped around a set of ' ', it closes the statement neatly. The result looks like:
statement = "SELECT * FROM users WHERE name ='" + ' or '1'='1 + "';"
It will be interpreted as:
SELECT * FROM users WHERE name = '' OR '1'='1';
Another technique is to block the rest of the query by ending the injection statement with an opening comment:
' or '1'='1' --
This causes the intepreter to mistakenly comment out anything that comes after it
SELECT * FROM users WHERE name = '' OR '1'='1' -- ';Commented commands here
Type Handling
Users can also take advantage of the lack of type handling for input fields. Here we are expecting a numeric type, but we have inputted a string instead:
statement := "SELECT * FROM userinfo WHERE id =" + a_variable + ";"
A malicious SQL injection may look like this:
1;DROP TABLE users
As a result, the interpreted command will delete the entire table called "users".
Blind SQL Injection
The concept of blind injection comes when there is no control for the types of inputs, and the attacker types in queries to try to glean bits of information from the server. The attacker doesn not necessarily need to know that names of tables or fields, but through automated queries, one can determine more information that may lead to a discovery of vulnerabilities to utilize.
Preventing SQL Injection
There are many different techniques you may employ to help to mitigate the vulnerabilities related to SQL injection. Input validation is one of the simplest and easiest ways, where you authenticate the users input based on the type of data, length, and syntax. Another way is to ensure that users interacting with the database have the least amount of priveleges to access, read, write, and modify data. Lastly, using parameterized statements instead of directly embedding user input into SQL code can help to enforce correct execution of SQL queries. Here you simply use placeholders to store the values of the input and any SQL injected as the input is not treated as part of the SQL statement.


I have a proven track record of being resolute in the pursuit of mastery of things I am passionate about. When I was six, it was violin. In high school it was theater. In college I learned how to hang glide and jumped off a mountain. During my twenties I dedicated myself to my music project that brought the music production studio to the stage. When one of my bandmates enlightened me to the fascinating world of web development it was love at first sight. Soon after, I enrolled in Galvanize's Full Stack Immersive program in Denver, CO to pursue a career as a software developer.
-
My skill set revolves around the NEAP stack and Android Development/Java. I am constantly striving to improve my abilities through involvement in the Denver tech community and personal projects. My current personal projects include the creation of a music production app for Android and a website for Human Rights Defenders in Myanmar in collaboration with my brother who is a democracy advocate there. At the moment, I am seeking employment that will catalyze my growth as a software developer.


Hello there this is a manual test of jquery.stylewords custom plugin with default settings.
This paragraph is using stylewords with first three words wrapped.
This paragraph is using stylewords with first two words and a custom style.


Serving size {{item.serving}} ({{item.weight}}55)g
|
Amount per serving Calories{{item.nutrients[1].value}} |
|||
|---|---|---|---|
| % Daily Value* | |||
| Total Fat {{item.nutrients[0].value}}g | 10% | ||
| Saturated Fat -g | -% | ||
| Trans Fat -g | |||
| Cholesterol -mg | -% | ||
| Sodium ---mg | -% | ||
| Total Carbohydrate {{ item.nutrients[2].value }}g | --% | ||
| Dietary Fiber -g | 14% | ||
| Total Sugars 12g | |||
| Includes 10g Added Sugars | 20% | ||
| Protein 3g |
| Vit. D 2mcg 10% | • | Calcium 260mg 20% |
| Iron 8mg 45% | • | Potas. 235mg 6% |
The % Daily Value (DV) tells you how much a nutrient in a serving of food contributes to a daily diet. 2,000 calories a day is used for general nutrition advice.


Can't connect :(
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Tried
reloading
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Request a new place
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Where?
What types of districts?
What are the relevant data you need to draw the districts?
Your contact information
First name
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HTML is the structure of the website and CSS is the styling of the site. How the browser interprets the HTML turns it into the DOM. The DOM defines the logical structure of the site and through the DOM site elements can be accessed and manipulated.
This could be very loosely compared to an IKEA table. The form and structure of the table are like the HTML. The table colour and style is similar to CSS. But when the buyer looks at that flat pack table and puts it together this could be compared to the DOM. Usually it'll be like what they ordered but they may need to go to the garage to find another screw.
Every HTML element on a webpage is actually a box. To manage the page layout, all the different elements of the webpage are broken down into indiviual boxes within the page.
The box model is used for the styling of the page with CSS. Every HTML element is surrounded by a box. The box has 4 layers. The inner box contains the content. This is surrounded by the padding box, which is surrounded by the border box. The margin box then surrounds the whole lot.


Netcat tries its best to behave just like ``cat''. It currently does nothing to terminal input modes, and does no end-of-line conversion.
Standard input from a terminal is read line by line with normal editing characters in effect. You can freely suspend out of an interactive
connection and resume. ^C or whatever your interrupt character is will make netcat close the network connection and exit. A switch to place
the terminal in raw mode has been considered, but so far has not been necessary. You can send raw binary data by reading it out of a file
or piping from another program, so more meaningful effort would be spent writing an appropriate front-end driver. Netcat is not an ``arbitrary
packet generator'', but the ability to talk to raw sockets and/or nit/bpf/dlpi may appear at some point. Such things are clearly useful;
I refer you to Darren Reed's excellent ip_filter package, which now includes a tool to construct and send raw packets with any contents you want...
THIS SITE:
This is the personal blog of Flopikus,
~ gentleman of leasure.
WHY IT EXISTS:
I wrote this site as a pet project to see if I could make a functioning website and I couldn't think of a better alternative so: blog site.
 This has become sort of a personal mantra for me. Its kind of like Socrates saying he is the wisest of all the Greeks
because he alone knows that he knows nothing but reworked into my own style. It is both a confession and a personal challenge.


Mac Game Programming Mini Contests
Mini Contests are a way to motivate yourself to learn new tools and technologies, innovate, have fun, and get cool rewards for doing so.
| Find a Challenge | Find a Contest | Submit a Challenge |
Mini Contests are a way to motivate yourself to learn new tools and technologies, innovate, have fun, and get cool rewards for doing so.
| Find a Challenge | Find a Contest | Submit a Challenge |


Polyglot Virtual Node Server Framework¶
Polyglot Virtual Node Server Framework is an application that makes it easy and quick to both develop and maintain virtual node servers for the ISY-994i home automation controller by Universal Devices Inc. Using virtual node servers, the ISY-994i is able to communicate with and control third-party devices to which the ISY-994i cannot natively connect.
Polyglot is written primarily with Python 2.7 and makes it easy to develop new Virtual Node Servers with Python 2.7. It should, however, by noted, that Virtual Node Servers may by developed using any language. Polyglot is intended to be run on a Raspberry Pi 2 Model B, but could potentially run on any ARM based machine running Linux with Python 2.7. FreeBSD, OSX, and x64 linux binaries are provided as well.
This document will document the usage of and development for Polyglot. For additional help, please reference the UDI Forum.


Class TransactionFactoryImple
- java.lang.Object
-
- org.omg.PortableServer.Servant
-
- com.arjuna.ArjunaOTS.ArjunaFactoryPOA
-
- com.arjuna.ats.internal.jts.orbspecific.TransactionFactoryImple
-
- All Implemented Interfaces:
com.arjuna.ArjunaOTS.ArjunaFactoryOperations
,org.omg.CORBA.portable.InvokeHandler
,org.omg.CosTransactions.TransactionFactoryOperations
public class TransactionFactoryImple extends com.arjuna.ArjunaOTS.ArjunaFactoryPOA
An implementation of ArjunaOTS::ArjunaFactory.  If a user keeps a reference to a Control, say, then we will delete the implementation object when the action terminates. However, the user's reference is still valid, only the thing it points to is no longer there. In the remote case this is ok as the Orb will raise an exception. In the local case, however, the program is likely to crash when it tries to dereference freed memory! There's nothing we can do about this (unless we decide never to garbage collect!) apart from warn against using Control, Coordinator, and Terminator explicitly - if you go via Current then everything's ok.- Since:
- JTS 1.0.
- Version:
- $Id: TransactionFactoryImple.java 2342 2006-03-30 13:06:17Z $
- Author:
- Mark Little<EMAIL_ADDRESS>-
-
Constructor Summary
Constructors Constructor Description TransactionFactoryImple()
TransactionFactoryImple(java.lang.String name)
-
Method Summary
All Methods Static Methods Instance Methods Concrete Methods Modifier and Type Method Description org.omg.CosTransactions.Control
create(int time_out)
Assume that a value of 0 at the client means the same at the server!static org.omg.CosTransactions.Control
create_subtransaction(org.omg.CosTransactions.Control control, ArjunaTransactionImple parent)
Non-idl methods, but we put them here because they are related to the work the factory does.ControlImple
createLocal(int time_out)
This creates a local instance of a transaction control, but does not register it with the ORB.static org.omg.CosTransactions.Control
createPropagatedControl(org.omg.CosTransactions.Coordinator coord)
static org.omg.CosTransactions.Control
createProxy(org.omg.CosTransactions.Coordinator coordinator, org.omg.CosTransactions.Terminator terminator)
static org.omg.CosTransactions.Control
createProxy(org.omg.CosTransactions.Coordinator coordinator, org.omg.CosTransactions.Terminator terminator, org.omg.CosTransactions.Control parentControl)
org.omg.CosTransactions.otid_t[]
getChildTransactions(org.omg.CosTransactions.otid_t parent)
org.omg.CosTransactions.Status
getCurrentStatus(Uid u)
org.omg.CosTransactions.Status
getCurrentStatus(org.omg.CosTransactions.otid_t txid)
com.arjuna.ArjunaOTS.GlobalTransactionInfo
getGlobalInfo()
org.omg.CosTransactions.Status
getOSStatus(Uid u)
org.omg.CosTransactions.TransactionFactory
getReference()
org.omg.CosTransactions.Status
getStatus(Uid u)
org.omg.CosTransactions.Status
getStatus(org.omg.CosTransactions.otid_t txid)
org.omg.CosTransactions.Control
getTransaction(Uid u)
org.omg.CosTransactions.Control
getTransaction(org.omg.CosTransactions.otid_t txid)
com.arjuna.ArjunaOTS.TransactionInfo
getTransactionInfo(Uid u)
com.arjuna.ArjunaOTS.TransactionInfo
getTransactionInfo(org.omg.CosTransactions.otid_t txid)
org.omg.CosTransactions.otid_t[]
numberOfTransactions(com.arjuna.ArjunaOTS.TransactionType t)
Now methods to return the identities of the currently running transactions, and those which have terminated but left entries in the object store.org.omg.CosTransactions.Control
recreate(org.omg.CosTransactions.PropagationContext ctx)
ControlImple
recreateLocal(org.omg.CosTransactions.PropagationContext ctx)
In Arjuna we can do low-cost nested aborts at clients which do not involve telling servers.-
Methods inherited from class com.arjuna.ArjunaOTS.ArjunaFactoryPOA
_all_interfaces, _invoke, _this, _this
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Method Detail
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getReference
public final org.omg.CosTransactions.TransactionFactory getReference()
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create
public org.omg.CosTransactions.Control create(int time_out) throws org.omg.CORBA.SystemException
Assume that a value of 0 at the client means the same at the server!- Throws:
org.omg.CORBA.SystemException
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createLocal
public ControlImple createLocal(int time_out) throws org.omg.CORBA.SystemException
This creates a local instance of a transaction control, but does not register it with the ORB. Either call its getControl method directly, or use the create method of the factory.- Throws:
org.omg.CORBA.SystemException
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recreateLocal
public ControlImple recreateLocal(org.omg.CosTransactions.PropagationContext ctx) throws org.omg.CORBA.SystemException
In Arjuna we can do low-cost nested aborts at clients which do not involve telling servers. The server finds out the next time a call is made when it checks the hierarchy.- Throws:
org.omg.CORBA.SystemException
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recreate
public org.omg.CosTransactions.Control recreate(org.omg.CosTransactions.PropagationContext ctx) throws org.omg.CORBA.SystemException
- Throws:
org.omg.CORBA.SystemException
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create_subtransaction
public static org.omg.CosTransactions.Control create_subtransaction(org.omg.CosTransactions.Control control, ArjunaTransactionImple parent)
Non-idl methods, but we put them here because they are related to the work the factory does.
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createProxy
public static org.omg.CosTransactions.Control createProxy(org.omg.CosTransactions.Coordinator coordinator, org.omg.CosTransactions.Terminator terminator)
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createProxy
public static org.omg.CosTransactions.Control createProxy(org.omg.CosTransactions.Coordinator coordinator, org.omg.CosTransactions.Terminator terminator, org.omg.CosTransactions.Control parentControl)
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createPropagatedControl
public static org.omg.CosTransactions.Control createPropagatedControl(org.omg.CosTransactions.Coordinator coord)
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numberOfTransactions
public org.omg.CosTransactions.otid_t[] numberOfTransactions(com.arjuna.ArjunaOTS.TransactionType t) throws org.omg.CosTransactions.Inactive, org.omg.CosTransactions.NoTransaction, org.omg.CORBA.SystemException
Now methods to return the identities of the currently running transactions, and those which have terminated but left entries in the object store. WARNING: these methods should be used sparingly since they *must* lock the transaction database while examining it, and this will prevent any new transactions from being created/started.- Parameters:
the
- type of transaction (active, unresolved) to get data on.- Throws:
org.omg.CosTransactions.Inactive
org.omg.CosTransactions.NoTransaction
org.omg.CORBA.SystemException
- Since:
- JTS 2.1.
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getChildTransactions
public org.omg.CosTransactions.otid_t[] getChildTransactions(org.omg.CosTransactions.otid_t parent) throws org.omg.CosTransactions.Inactive, org.omg.CosTransactions.NoTransaction, org.omg.CORBA.SystemException
- Returns:
- the list of child transactions.
- Throws:
org.omg.CosTransactions.Inactive
org.omg.CosTransactions.NoTransaction
org.omg.CORBA.SystemException
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getCurrentStatus
public org.omg.CosTransactions.Status getCurrentStatus(org.omg.CosTransactions.otid_t txid) throws org.omg.CORBA.SystemException
- Returns:
- the status of a transaction when all we have is its unique name. The transaction must be in the local list.
- Throws:
org.omg.CORBA.SystemException
- Since:
- JTS 2.1.2.
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getCurrentStatus
public org.omg.CosTransactions.Status getCurrentStatus(Uid u) throws org.omg.CORBA.SystemException
- Returns:
- the status of a transaction when all we have is its unique name. The transaction must be in the local list.
- Throws:
org.omg.CORBA.SystemException
- Since:
- JTS 2.1.
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getStatus
public org.omg.CosTransactions.Status getStatus(org.omg.CosTransactions.otid_t txid) throws org.omg.CosTransactions.NoTransaction, org.omg.CORBA.SystemException
- Returns:
- the status of a transaction when all we have is its unique name. If the transaction is not in the local list then we look in the ObjectStore.
- Throws:
org.omg.CosTransactions.NoTransaction
org.omg.CORBA.SystemException
- Since:
- JTS 2.1.2.
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getStatus
public org.omg.CosTransactions.Status getStatus(Uid u) throws org.omg.CosTransactions.NoTransaction, org.omg.CORBA.SystemException
- Returns:
- the status of a transaction when all we have is its unique name. If the transaction is not in the local list then we look in the ObjectStore.
- Throws:
org.omg.CosTransactions.NoTransaction
org.omg.CORBA.SystemException
- Since:
- JTS 2.1.
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getOSStatus
public org.omg.CosTransactions.Status getOSStatus(Uid u) throws org.omg.CosTransactions.NoTransaction, org.omg.CORBA.SystemException
- Returns:
- the status of the transaction as recorded in the object store.
- Throws:
org.omg.CosTransactions.NoTransaction
org.omg.CORBA.SystemException
- Since:
- JTS 2.1.1.
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getGlobalInfo
public com.arjuna.ArjunaOTS.GlobalTransactionInfo getGlobalInfo() throws org.omg.CORBA.SystemException
- Throws:
org.omg.CORBA.SystemException
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getTransactionInfo
public com.arjuna.ArjunaOTS.TransactionInfo getTransactionInfo(org.omg.CosTransactions.otid_t txid) throws org.omg.CosTransactions.NoTransaction, org.omg.CORBA.SystemException
- Returns:
- information on a specific transaction.
- Throws:
org.omg.CosTransactions.NoTransaction
org.omg.CORBA.SystemException
- Since:
- JTS 2.1.2.
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getTransactionInfo
public com.arjuna.ArjunaOTS.TransactionInfo getTransactionInfo(Uid u) throws org.omg.CosTransactions.NoTransaction, org.omg.CORBA.SystemException
- Returns:
- information on a specific transaction.
- Throws:
org.omg.CosTransactions.NoTransaction
org.omg.CORBA.SystemException
- Since:
- JTS 2.1.2.
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getTransaction
public org.omg.CosTransactions.Control getTransaction(org.omg.CosTransactions.otid_t txid) throws org.omg.CosTransactions.NoTransaction, org.omg.CORBA.SystemException
- Returns:
- the transaction Control.
- Throws:
org.omg.CosTransactions.NoTransaction
org.omg.CORBA.SystemException
- Since:
- JTS 2.1.2.
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getTransaction
public org.omg.CosTransactions.Control getTransaction(Uid u) throws org.omg.CosTransactions.NoTransaction, org.omg.CORBA.SystemException
- Returns:
- the transaction Control.
- Throws:
org.omg.CosTransactions.NoTransaction
org.omg.CORBA.SystemException
- Since:
- JTS 2.1.2.
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We created Subutai to enable those lacking the resources they needed to pursue their innovative dreams. We want everyone to be able to make a living innovating, wherever they are, whoever they are. The ability to innovate and further knowledge is a terrible thing to waste. We want to contribute our part to make sure human potential is wasted as little as possible. Subutai we hope will help connect people, and provide them with resources when otherwise they would be limited.
Alex Karasulu, the creator of Subutai, was an intern at Bell Labs and was heavily influenced by Professor Aho, who was also his advisor and professor at Columbia University. Even to this day, we cannot forget the famous words of this pioneer of regular expressions and compiler theory, "Everything can be represented as a string, even you!"
Subutai would never have existed without the contributions of several people, most notably Dennis Ritchie. We lost our hero in the same week that Steve Jobs passed away. Although both great figures, we feel enough attention was not given to this legend of computing. Read more about "The Dennis Ritchie Effect".


i have an issue with this feature
when i click on the vehicle tab, in battlelog I cant see ranks of vehicles (link like this : vehicles/352990360/cem_ea_id/).If however i change the cem_ea_id/ part to pc/, the ranks work just fine.
it is possible to fix this so that ranks are visible even on the cem_ea_id/ page?


operator fun get(index: Int): Double
Get the element at the provided index relative to the start of the buffer.
Return element at index starting from front of buffer


Hello World I'm Joyce Chin, a 3rd year student in National Chung Cheng University majoring in computer science. I'm a student developer and a researcher. I'm interested in open source and ML. Currently looking for internship for summer 2020!
My resume can be found here and details about some of my projects here.
Drop me an email if you want to get in touch!