Jack Sparrow
Also known as :
- Mr. Sparrow
- Jackie
- Jackyboy
- Jacques
- Señor Sparrow
- The Sparrow
- Witty Jack
Résumé
I'm Jack Sparrow. I'm a legendary pirate of the Seven Seas and irreverent trickster of the Caribbean. My first love is the sea, and second is ship the Black Pearl.
Experience
- Smuggling
- Forgery
- Sailing under false colors
- Looting
- Poaching
- Vandalism
- Arson
- Kidnapping
- Piracy on the caribbean sea
- General Lawlessness
Born - Early 1690s on a pirate ship during a typhoon
Skills
Appearance
- Eye color - Brown
- Hair color - Brown/Black
- Height - 5' 10" (1.78 m)


--- layout: page title: About header-img: "img/about-bg.png" ---
My name is Michael I grew up in Asheville, NC and my wife and I currently live in Greenville, SC. I am a passionate person with many interests and hobbies. I have traveled pretty extensively, including three months volunteering in Uganda. Most recently, my wife and I just returned from backpacking through France. I am passionate about a lot of things; plants, food, typography and all things design. But the thing that love the most is connecting with people over common interests and getting to know what is important to them.


@Input()
allowAdditions: boolean
|
NEEDS DOCUMENTATION. |
@Input()
allowAdditionsText: string = 'Add Value'
|
Accepts string or template reference. NEEDS DOCUMENTATION. |
@Input()
allowClear: boolean = true
|
Whether the component should allow the clearing of a selected value. |
@Input()
appearance: 'fill' | 'legacy' = 'legacy'
|
The appearance style of the component. |
@Input()
autofocus: boolean
|
Whether the component is auto-focused. |
@Input()
autosize: boolean
|
Whether the component is autosized. |
@Input()
autosizeMinWidth: number | string
|
The minimum width of the component when autosize is enabled, in pixels. |
@Input()
closeOnBodyClick: boolean = true
|
Whether the component dropdown should close when a click outside of the dropdown is registered. |
@Input()
closeOnSelect: boolean
|
Whether the component dropdown should close when an option has been selected. |
@Input()
disabled: boolean
|
Whether the component is disabled. |
@Input()
disableDropdown: boolean
|
Whether the component dropdown is disabled. |
@Input()
emptyPlaceholder: string = 'No options available'
|
Placeholder to display when the component has no selectable options. |
@Input()
filterable: boolean = true
|
Whether the component is filterable. |
@Input()
filterCaseSensitive: boolean
|
Whether the component's filter is case-sensitive. |
@Input()
filterEmptyPlaceholder: string = 'No matches...'
|
Placeholder to display when the component has no selectable options that match the user's filter term. |
@Input()
filterPlaceholder: string = 'Filter options...'
|
Placeholder to display for the component's filter text input. |
@Input()
forceDownwardOpening: boolean
|
Whether to force the component to open beneath itself. |
@Input()
groupBy: string
|
NEEDS DOCUMENTATION. |
@Input()
groupByTemplate: TemplateRef<unknown>
|
NEEDS DOCUMENTATION. |
@Input()
hint: string
|
The hint to display beneath the component. |
@Input()
id: string = 'select-1'
|
The ID for the component. |
@Input()
identifier: string
|
NEEDS DOCUMENTATION. |
@Input()
label: string
|
The label for the component. |
@Input()
minSelections: number
|
The mininum number of selections to display. |
@Input()
maxSelections: number
|
The maximum number of selections to display. |
@Input()
multiple: boolean
|
Whether multiple selection is allowed. |
@Input()
name: string
|
The name for the component. |
@Input()
options: SelectDropdownOption[] = []
|
The options to display for the component. |
@Input()
placeholder: string
|
The placeholder for the component. |
@Input()
required: boolean
|
Whether the user's input is required. |
@Input()
requiredIndicator: string | boolean = '*'
|
The indicator displayed to inform the user that input is required. |
@Input()
selectCaret: string
|
Accepts string or template reference. The select caret to display in place of the default caret, typically an icon. |
@Input()
tagging: boolean
|
Whether selected options are displayed as tags. |


These days, fitness classes can be held anywhere- a park, an unfinished basement or a garage- not just at a traditional gym. Certified fitness instructors need an easy way to take the awkwardness out of attendance taking and client payment processing.
While you could use several mobile apps to accomplish this, AnywhereFitness is the all-in-one solution to meet your “on-location” fitness class needs. AnywhereFitness makes it painless for Instructors and Clients alike to hold and attend Fitness classes wherever they might be held.
"We sweat the details so you don't have to!"


Greeks conclude on changes over diaspora voting rights, ministerial criminal liability
by GCTShare this article.
Greek parliamentarians conclude their debate over the proposed revisions to the constitution with the changes going to a vote tonight, Monday, after the conclusion of the Prime Minister and the other party leaders’ speeches.
The three main issues that attract the attention during the voting process on the final proposals are:
- The procedure for the election of the President of Republic
- The voting right of the Greeks Abroad
- The ministers’ criminal liability
The articles under revision must collect 180 votes at least from the 300-member Greek parliament in order to be approved.
During the week long debate at the plenary as well as at the parliament’s committee for the Revision of the Constitution, there were intense political disagreements and a number of arguments. However, after mutual concessions, a common ground was found for the some changes.


This is a Mac Excel FRT record. Same as a CONDFMT but wrapped in an FRT header. This describes the conditional formatting for the preceding listfield, if present.
Record Data
|
Offset |
Field Name |
Size |
Contents |
|
4 |
rt |
2 |
Record type; this matches the BIFF rt in the first two bytes of the record; =08c4h |
|
6 |
grbitFrt |
2 |
FRT flags; bitfFrtRef must be set to 1; see FRT Record Description |
|
8 |
REF |
8 |
REF structure; see FRT Record Description. |
|
16 |
rtcondfmt |
var |
CONDFMT structure; |


[ Module Hierarchy
| Class Hierarchy ]
Module Hierarchy
- octant: OCTANT is a toolkit for working with ocean models on a C-Grid
- octant.cf: cf.py - classes around CF compliant files
- octant.depths: Various vertical coordinates
- octant.extern: External packages
- octant.getm: octant/getm - octant tools for GETM
- octant.grid: Tools for creating and working with Arikawa C-Grids
- octant.io: A thin wrapper for netCDF4.Dataset and netCDF4.MFDataset
- octant.ocean: Model agnostic ocean tools
- octant.plotting: octant.plotting - some plotting functions
- octant.roms: Tools specific for the Regional Ocean Modeling System
- octant.seawater: Tools for working with seawater data.
- octant.slice: Tools for slicing model fields.
- octant.sw: Seawater -- Python functions for properties of sea water
Bjørn Ådlandsvik<EMAIL_ADDRESS>Institute of Marine Research,
Version 1.1, 13 November 2002
- octant.tools: Tools for working with ROMS model input and output.


Grow your own Zones
In order to help build CyberSpace, the Terra Vista project has developed
a program called the Johnny vAppleseed Program. The premise of this
program is to make available to anyone, a little piece of Cyberspace
which we call a Zone.
The following Zones are currently available for free:
GT Zone
Try it out -->
Grab the Zone -->
If you are looking for objects, also known as mesh to add
to your Zone, check out the following Terra Vista Mesh Library:
If you would like to add extra personality to your Zone, with
bricks or wood or other graphics, try out this
link to textures
For more information on JvAP, or to make comments or wish add Zones or Mesh
please email:
<EMAIL_ADDRESS>Back to VC Project


<link>: This should be blue
@import in <link>: This should be red
import from js: This should be green
@import in import from js: This should be purple
Imported css string:
PostCSS nesting plugin: this should be pink
SASS: This should be orange
@import from SASS _index: This should be olive and have bg image
@import from SASS _partial: This should be orchid
Imported SASS string:
Less: This should be blue
@import from Less: This should be darkslateblue and have bg image
Imported Less string:
CSS modules: this should be turquoise
Imported CSS module:
CSS modules w/ SASS: this should be orangered
Imported SASS module:
@import dependency w/ style enrtrypoints: this should be purple
@import dependency w/ sass enrtrypoints: this should be orange


Volkswagen confirms 2019 outlook, medium-term financial targets
by ReutersBERLIN — Volkswagen confirmed its 2019 outlook and medium-term targets on Monday, the German carmaker said, adding that the group was still “very resilient” in an increasingly difficult economic environment.
“Strict cost discipline is, however, necessary to achieve our goals in the long term,” chief financial officer Frank Witter said in a statement.
He added that Volkswagen was sticking to its strategic financial targets for 2020 and 2025. (Reporting by Thomas Seythal, editing by Thomas Escritt)


Sorry your browser does not support the features needed for this demo. Please use the latest version of Chrome, Firefox or Opera. See WebRTC initiative information for details


--- layout: default title: Events ---
Be sure to check out our Shell Talk archive on YouTube.
Friday, September 8, 2017 at 4 PM - 7 PM
Thursday, September 7, 2017 at 6 PM - 7 PM
Wednesday, April 26, 2017 at 8 PM - 9:30 PM


new Massive(connection, loaderConfigopt, driverConfigopt)
A database connection.
Parameters:
| Name | Type | Attributes | Description | ||||||||||||||||||||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
connection |
Object | String | A pg connection object or a connection string. | |||||||||||||||||||||||||||||||
loaderConfig |
Object |
<optional> |
Filter definition for including and
excluding database objects. If nothing is specified, Massive loads every
table, view, and function visible to the connection's user.
Properties
|
||||||||||||||||||||||||||||||
driverConfig |
Object |
<optional> |
A pg-promise configuration object. |
- Source:
Methods
attach(ctor, sources) → {Promise}
Discover objects in the database and attach them for usage.
Tables and Views are attached to the Database directly, while an invocation
function is attached for Executables.
References to attached objects are also stored in the tables, views, and
functions arrays.
Parameters:
| Name | Type | Description |
|---|---|---|
ctor |
function | Constructor for the object instances. |
sources |
Promise | function | Something which resolves to a list of entity specifications. |
- Source:
Returns:
The collection of objects just attached.
- Type
- Promise
createDocumentTable(path) → {Promise}
Create a new document table and attach it to the Database for usage.
Parameters:
| Name | Type | Description |
|---|---|---|
path |
String | Name of the table to create. Unless the schema is specified in a qualified path, 'public' is assumed. |
- Source:
Returns:
The added table.
- Type
- Promise
createSchema(schemaName)
Create a new schema in the database.
Parameters:
| Name | Type | Description |
|---|---|---|
schemaName |
String | A valid schema name. |
- Source:
detach(entity, collectionopt)
Forget an entity.
Parameters:
| Name | Type | Attributes | Description |
|---|---|---|---|
entity |
String | Fully-qualified name of the entity. | |
collection |
String |
<optional> |
Name of the collection to which the entity belongs. |
- Source:
dropSchema(schemaName, options)
Drop a schema and remove it and its owned objects from the Database.
Parameters:
| Name | Type | Description | ||||||
|---|---|---|---|---|---|---|---|---|
schemaName |
String | A valid schema name to remove. | ||||||
options |
Object | Additional options.
Properties
|
- Source:
dropTable(table, options)
Drop a table and remove it from the Database.
Parameters:
| Name | Type | Description | ||||||
|---|---|---|---|---|---|---|---|---|
table |
String | Name of the table to drop. | ||||||
options |
Object | Additional options.
Properties
|
- Source:
getObject(path, collectionopt) → {Object}
Find a database object, if attached.
Parameters:
| Name | Type | Attributes | Default | Description |
|---|---|---|---|---|
path |
String | Name of the object to find. Unless the schema is specified in a qualified path, 'public' is assumed. | ||
collection |
String |
<optional> |
tables | Collection to search: tables, views, or functions. |
- Source:
Returns:
The table, if found.
- Type
- Object
query(query, paramsopt, options) → {Promise}
Execute a query.
Parameters:
| Name | Type | Attributes | Description | ||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
query |
Query | String | A Query object or a raw SQL statement. | |||||||||||||
params |
Array |
<optional> |
An array of the prepared statement parameters, if applicable. | ||||||||||||
options |
Object | If using raw SQL, a subset of query options may be
applied.
Properties
|
- Source:
Returns:
Query results.
- Type
- Promise
reload()
Introspect the connected database and attach all available objects.
- Source:
saveDoc(collection, doc)
Save a document.
Parameters:
| Name | Type | Description |
|---|---|---|
collection |
String | Document table name to save to. If it does not already exist, it will be created. |
doc |
Object | A JSON document. |
- Source:


zakaria khiare
AGE: 28
Happy DayoftheWeek. How are things going with you today? Hey, how’s your day going so far? Hey! How’s the day treating you? Hi, how’s it going? Doing anything fun this week?


---
layout: game-page
title: Lingua Litis
year: 2021
semester: Fall
description: "Dearest Magdaline,
The time has come to put your wizardry skills to the test. As you are already aware, senior students at Lingua Litis Academy for Wizards must duel a member of the teaching faculty before leaving the Academy.
We humbly request that you come to the Grand Library later this evening. Professor Skull shall act as your examiner.
Best Wishes,
M
Lingua Litis is a 2 player turn based fighting game. Each player spells words in order to cast spells at the opponent.
Here is the source code.
Itch.io page"
tags: Windows Mac Multiplayer
# tag options: "Windows", "Mac", "Linux",
# "Singleplayer", "Multiplayer",
# "Controller-Compatible", "VR",
# "Game-Jam"
project_members: {
Nicole Fang: "Art Lead",
Cameron Cheng: "Sound Lead",
Charles Hood: "Programming, Game Design Lead",
George Whitfield: "Programming Lead, Team Lead",
Shannon Lin: "Art",
Simon Corpuz: "Art",
Ray Man: "Sound",
Daeyoung Kim: "Game Design, Art",
Al Hassan: "Programming, Game Design",
Sam Murray: "Programming",
Zhichun Zhao: "Programming"
}
stage_game_path: lingua_litis/
builds: {
Windows: LinguaLitis.zip,
Mac: LinguaLitis.app.zip
}
thumbnail: LinguaThumbnail.png
top-img: LinguaBackground.png
screenshots: [
LinguaThumbnail.png,
LinguaBackground.png,
Screenshot1.png,
Screenshot2.png,
Screenshot3.png,
Screenshot4.png,
Screenshot5.png
]
gameplay-videos: [
www.youtube.com/embed/p3QVloelr5w
]
# Optional
awards: [
GCS Gold Award
]
# OST-embed instructions: Go to the soundtrack page and click Share -> Embed, and then copy the “src” from the code text and put it in your game info as “OST-embed”
OST-embed: "https://w.soundcloud.com/player/?url=https%3A//api.soundcloud.com/playlists/1377924511&color=%23ff5500&auto_play=false&hide_related=false&show_comments=true&show_user=true&show_reposts=false&show_teaser=true&visual=true"
top-img-fit: fill
# top-img-fit options:
# "cover" - Cover the entire top area with the image, without squashing/stretching
# "fill" - Fit the FULL image into the top area, squashing/stretching as necessary
---


@import net.atos.tenderingportal.domain.model.User @(user: User, baseUrl: String)
Dear @user.getFirstName
Your account has been created, please click on the URL below to activate it:
This automatic notification was sent by the Atos Tendering Portal. Please do not reply to this e-mail.


ACI or Advanced Chemical Industries (DSE : ACI) is one of the largest Bangladeshi conglomerates.[3] The company operates through three reportable segments: Pharmaceuticals, Consumer Brands and Agribusiness
Walton is a conglomerate based in Kaliakair, Bangladesh.It comprises numerous subsidiaries and affiliated businesses, most of them united under the Walton brand. .
BEXIMCO is also the largest exporter of pharmaceuticals in Bangladesh with a presence in 45 countries. The Pharmaceuticals division manufactures and sells generic pharmaceutical formulation products, active pharmaceutical ingredients (API) and intravenous (IV) fluids .
Square Pharmaceuticals Limited, the flagship company of Square Group, is holding the strong leadership position in the pharmaceutical industry of Bangladesh since 1985 and is now on its way to becoming a high performance global player.
Head OfficeAnchor Tower, 108 Bir Uttam C R Dutta, Dhaka 1205, Bangladesh Known AsHSBC SWIFT CodeHSBCBDDH CategoryCommercial TypePrivate OriginForeign Description The Hongkong and Shanghai banking
A public listed company with limited liability. Incorporated as private limited company on October 10, 1996 and subsequently converted to a public limited company on June 25, 2007. Listed on the Dhaka and Chittagong Stock Exchanges on November 11, 2009.
Grameen Bank (Bengali: গ্রামীণ বাংক) is a microfinance organisation and community development bank founded in Bangladesh. It makes small loans (known as microcredit or "grameencredit")[7] to the impoverished without requiring collateral.
Founded: 1978 Headquarters: Dhaka Type of business: NGO Area served: Bangladesh Founders: Martha Chen, Ayesha Abed Key people: Fazle Hasan Abed, Tamara Abed, M. Sasikumar
The Westin Dhaka is the best Dhaka lodging choice for your trip to Bangladesh. With numerous amenities for guests such as 24 hour front desk, gift shop, jacuzzi or spa, you will wake up at The Westin Dhaka feeling refreshed every day for your time in Dhaka.
Industry Telecommunication Founded November 1996; 22 years ago[1] Headquarters Tigers' Den, House#SW(H)04, Bir Uttam Mir Shawkat Sharak, Gulshan-1, Dhaka, Bangladesh Area served Bangladesh (Nationwide coverage)
The presence of British American Tobacco in this part of the world can be traced back to 1910. Beginning the journey as Imperial Tobacco 103 years ago, the Company set up its first sales depot at Armanitola in Dhaka.
Industry Telecommunication Fate Merged into Robi Predecessor Warid Telecom Bangladesh Successor Robi Founded May 10, 2007; 12 years ago Defunct January 6, 2016 Headquarters Dhaka, Bangladesh Area served Bangladesh Products Mobile Telephony Broadband Internet Services Parent Bharti Airtel Website bd.airtel.com
Formed in 2010, BHTPA is now implementing the projects including the Kaliakoir Hi-tech Park in Gazipur District and Jessore Software Technology Park.[1][2][3][4][5][6][7][8] Planned projects include Mohakhalili IT Village in Dhaka, Barendra Silicon City in Paba Upazila of Rajshahi District, and Sylhet Electronic City in Companiganj Upazila, Sylhet.
Industry Banking Founded 1992; 27 years ago Headquarters Dhaka, Bangladesh Products Banking services Number of employees 3000+ Subsidiaries EBL Securities Limited, EBL Investment Limited, EBL Asset Management Limited, and EBL Finance (HK) Limited Rating Long-term foreign currency deposit rating of B1 (Moody's)
Navana Limited Started its Journey on 20th April 1964. This was the beginning of her long partnership with Toyota Motor Corporation. Before 1964, Bangladesh (then East Pakistan) vehicle market was dominated by European and American brands like Volkswagen, General Motors, and Ford etc.
With a stay at Radisson Blu Dhaka Water Garden, you'll be centrally located in Dhaka, steps from Armed Forces Medical College and minutes from Kurmitola General Hospital. This 5-star hotel is within close proximity of Army Golf Club and Bangladesh Army Stadium.


Many times, an exception
will be thrown when an error
occurs. If not handled, the exception will cause the program to
crash. To handle the exception, a
try
-catch
statement must be used to
capture the exception and to gracefully handle the error. The
exception that is thrown can be a string or a class. Both are
shown in the example below
try { // If an exception is thrown in the try block, then any // code remaining to be executed after the exception is // thrown is skipped and the catch block is executed quotient = divide(num1, num2); cout << "The quotient is " << quotient << endl; } catch (string exceptionString) { // If the exception is a string, then this catch block // will be executed // If there is no exception, then this block is not executed cout << exceptionString; } // Object-oriented method try { // A division object is instantiated Division divide(num1, num2); cout << "The quotient is " << divide.quotient << endl; } catch(Division::DivisionByZeroException) { // A DivisionByZeroException was thrown cout << "Error: Division by zero was attempted.\n"; } // The program can continue because the exception was caught
Multiple exceptions can be caught by using multiple catch blocks.
Also, exceptions can be rethrown using the throw
statement inside of a catch block so that an outer exception
handler can catch the exception and recover.
A function template is a generic function that allows a function to work with (almost) any data type. An example is the absolute value function. One way to define an absolute value function that works with multiple data types is to create multiple overloaded functions. This works for a couple of data types, but can quickly get out of hand. Therefore, by using a function template, the function only has to be written once. For example,
// Using overloaded functions int absval(int num) { if (num < 0) { return -num; } else { return num; } } double absval(double num) { if (num < 0) { return -num; } else { return num; } } // Using a function template template<class T> T absval(T num) { if (num < 0) { return -num; } else { return num; } } // Calling the absval function is similar to calling a // "regular" function int intAbsVal = absval(-3); double dblAbsVal = absval(-6.0);
Similar to function templates, class templates allow generic classes to be created that work with multiple data types instead of a bespoke class for each data type. An example is with a list. A list stores data and this data is of the same data type. Therefore, to store multiple data types multiple list classes must be created. If, however, a class template is used then only one generic list class will need to be created.
// To instantiate a templated class, you need to let the // compiler know what type you're using // Assuming the List class is defined as template<class T> class List { // ... implement List }; // in main() List<int> intList; // list of integers List<double> dblList; // list of doubles
Creating an array of objects using template classes is similar to creating an array of objects without template classes. For example
#includeusing namespace std; template<class T> class MyClass { public: T myData; }; template<class T> class MyOtherClass { public: // An array of objects using the template parameter T T myData[3]; }; int main() { // An array of objects MyClass<int> myClass[] = {MyClass<int>(), MyClass<int>()}; myClass[0].myData = 15; myClass[1].myData = 137; for (int i = 0; i < 2; i++) cout << myClass[i].myData << endl; MyOtherClass<double> myOtherClass; myOtherClass.myData[0] = 26.; myOtherClass.myData[1] = 3.14; myOtherClass.myData[2] = 15.5; for (int i = 3; i < 3; i++) cout << myOtherClass.myData[i] << endl; }
References
| Criterion: Score | Rationale |
| Original Response: 3 / 4 | Posted an original response, but did not follow the format (bullets). |
| Specific with new vocab/key words: 4 / 4 | Good information about bounds checking and use of key words/vocabulary. |
| Valuable information provided: 4 / 4 | Great information. |
| Total: 11 / 12 |


Coming later this month
OnePlus Care app will soon be available in the U.S. and Canada
It remains to be seen if the OnePlus Care program will also be made available in the U.S. and Canada.
by Babu MohanWhat you need to know
- OnePlus has confirmed that its OnePlus Care app will be coming to North America at the end of November.
- The OnePlus Care app makes it easy to submit service requests and track the repair status of your OnePlus device.
- OnePlus had introduced the app two years back and it was only available for users in India initially.
OnePlus smartphone owners in the U.S. and Canada will soon be able to easily submit service requests and track the status of repairs from the OnePlus Care app. In a post on the official OnePlus Community forums (via 9to5Google), Tom Bruno, Service Strategy and Operations lead at OnePlus has revealed that the app will soon be available for users in North America.
The OnePlus Care app, which was first introduced for users in India, will allow you to submit service requests and track the repair status of your OnePlus smartphone. OnePlus says that its team is currently "working hard to bring the OnePlus care application to the North American region" and expects it to be launched by the end of November.
What is unclear at this point, however, is if OnePlus is planning to launch the OnePlus Care Programme in North America alongside the Care app. The OnePlus Care program was announced in India last month and offers several benefits such as free 1-year extended warranty, 50% off on battery replacement, as well as an upgrade plan that guarantees competitive trade-in value when users trade in their old OnePlus device for a new one. In the future, OnePlus plans to offer a few more attractive benefits under its Care program.
Get More OnePlus 7
OnePlus 7 Pro
We may earn a commission for purchases using our links. Learn more.


+++ title = "Iquique: tsunamis around?" slug = "iquique-tsunamis-around" date = 2007-07-06T13:00:00+10:00 tags = ["just-for-fun", "bizarre"] locations = ["chile/iquique"] draft = false summary = """
Iquique is a town at sea level, right on the coast of an extremely earthquake-prone area, full of beaches; so I guess it makes sense that it would be prone to tsunamis. But do they really have to be this blunt about the danger of a wave hitting the town? Makes me feel so safe and reassured, as a tourist walking through the central square, smiling in the sunshine. Anyway, at least if a tsunami does hit, I'll know which way to run. I wonder if that will make the slightest bit of difference, or if I'd still be 90% likely to die anyway?
""" +++Iquique is a town at sea level, right on the coast of an extremely earthquake-prone area, full of beaches; so I guess it makes sense that it would be prone to tsunamis. But do they really have to be this blunt about the danger of a wave hitting the town? Makes me feel so safe and reassured, as a tourist walking through the central square, smiling in the sunshine. Anyway, at least if a tsunami does hit, I'll know which way to run. I wonder if that will make the slightest bit of difference, or if I'd still be 90% likely to die anyway?
{{< galleryphoto "2007-07-06-13-00-00--instructions-for-what-to-do-if-a-tsunami-hits-first.jpg" >}}


val placeOfMarriage: String
name of the place where the marriage took place. This is optional and can be left blank.
placeOfMarriage - name of the place where the marriage took place. This is optional and can be left blank.
placeOfMarriage


Please access the site from a mobile device.
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Welcome!
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Welcome to the programming language selector! We are so glad you've arrived.
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CHAPTER 802E
COURT ADVISEMENT OF ALIENS ENTERING GUILTY PLEA
Section
802E-1 Legislative findings and intent
802E-2 Court advisement concerning alien status required
prior to the commencement of trial, entry of a plea of
guilty or nolo contendere, or admission of guilt or
sufficient facts
802E-3 Failure to advise; vacation of judgment
802E-4 Court advisement concerning alien status required at
the commencement of arraignment and plea hearing
Case Notes
No abuse of discretion where court refused to apply provisions of chapter retroactively to defendant's prior conviction. 81 H. 279, 916 P.2d 689 (1996).
Law Journals and Reviews
State-Created Immigration Climates and Domestic Migration. 38 UH L. Rev. 181 (2016).


5. How to engage with stakeholders II: during and after the review
This session will describe how stakeholders can be engaged during an evidence synthesis project. It will also include a discussion of ways to communicate the findings of a systematic review to different audiences. In a practical exercise, you'll then consider various case studies of stakeholder engagement during systematic review conduct and communication, and think about how best to report engagement activities.
Learning objectives
To understand the stages of the systematic review process where stakeholder engagement is possible
To appreciate how to engage with stakeholders meaningfully during: question formulation; topic prioritisation; protocol development; during review conduct; report drafting; and communication
To be aware of the concept of glass box systematic reviews, and the balance between transparency and protecting the review from undue influence
To appreciate the importance of carefully planned communication as a stakeholder engagement activity
To be aware of storytelling as one possible means of communication
To gain practical experience of appraising the quality of the conduct and reporting of stakeholder engagement in a set of recent systematic reviews
In this exercise, you will spend some time reading how other reviewers have reported their stakeholder engagement activities in systematic review and map reports, considering how best to report engagement in a transparent and repeatable manner.
Read through the extracts of text from three recent systematic reviews/maps here:
Take some time to think about how stakeholder engagement was conducted in each of these reviews and consider the following questions:
Can you tell who was engaged?
When and how were the stakeholders engaged: during planning, during conduct, to facilitate communication?
How were findings communicated to stakeholders?
Do you think that the report of stakeholder engagement provided detailed enough?
Once you're done, consider how you might report stakeholder engagement in your review project. How might you document your engagement? How would you deal with the trade-off between anonymity and the need for transparency/acknolwedgement?


|
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java.lang.Object org.newdawn.slick.particles.ConfigurableEmitter
public class ConfigurableEmitter
An emitter than can be externally configured. This configuration can also be saved/loaded using the ParticleIO class.
ParticleIO
| Nested Class Summary | |
|---|---|
class |
ConfigurableEmitter.ColorRecord
A single element in the colour range of this emitter |
class |
ConfigurableEmitter.LinearInterpolator
A value computed based on linear interpolation between a set of points |
class |
ConfigurableEmitter.RandomValue
A configurable simple linear random value |
class |
ConfigurableEmitter.Range
A simple bean describing a range of values |
class |
ConfigurableEmitter.SimpleValue
A configurable simple single value |
static interface |
ConfigurableEmitter.Value
a general interface to provide a general value :] |
| Field Summary | |
|---|---|
protected boolean |
adjust
True if we need to adjust particles for movement |
protected float |
adjustx
The amount to adjust on the x axis |
protected float |
adjusty
The amount to adjust on the y axis |
ConfigurableEmitter.LinearInterpolator |
alpha
Whiskas - Interpolated value for alpha |
ConfigurableEmitter.SimpleValue |
angularOffset
The angular offset |
java.util.ArrayList |
colors
The color range |
protected boolean |
completed
True if the system has completed due to a wrap up |
ConfigurableEmitter.Range |
emitCount
The number of particles that will be emitted |
ConfigurableEmitter.SimpleValue |
endAlpha
The ending alpha value |
ConfigurableEmitter.SimpleValue |
gravityFactor
The factor of gravity to apply |
ConfigurableEmitter.SimpleValue |
growthFactor
The growth factor on the particles |
java.lang.String |
imageName
The name of the image in use |
ConfigurableEmitter.Range |
initialDistance
The initial distance of the particles |
ConfigurableEmitter.Range |
initialLife
The initial life of the new pixels |
ConfigurableEmitter.Range |
initialSize
The initial size of the new pixels |
ConfigurableEmitter.Range |
length
The length of the effect |
java.lang.String |
name
The name attribute |
ConfigurableEmitter.LinearInterpolator |
scaleY
Whiskas - Interpolated value for y axis scaling |
ConfigurableEmitter.LinearInterpolator |
size
Whiskas - Interpolated value for size |
ConfigurableEmitter.Range |
spawnCount
The spawn count property - how many particles are spawned each time |
ConfigurableEmitter.Range |
spawnInterval
The spawn interval range property - how often spawn happens |
ConfigurableEmitter.Range |
speed
The speed particles fly out |
ConfigurableEmitter.RandomValue |
spread
The spread of the particles |
ConfigurableEmitter.SimpleValue |
startAlpha
The starting alpha value |
boolean |
useAdditive
True if the additivie blending mode should be used for particles owned by this emitter |
boolean |
useOriented
True if the quads should be orieted based on velocity |
int |
usePoints
The points indicate |
ConfigurableEmitter.LinearInterpolator |
velocity
Whiskas - Interpolated value for velocity |
ConfigurableEmitter.SimpleValue |
windFactor
The factor of wind to apply |
protected boolean |
wrapUp
True if we're wrapping up |
ConfigurableEmitter.Range |
xOffset
The offset from the x position |
ConfigurableEmitter.Range |
yOffset
The offset from the y position |
| Constructor Summary | |
|---|---|
ConfigurableEmitter(java.lang.String name)
Create a new emitter configurable externally |
| Method Summary | |
|---|---|
void |
addColorPoint(float pos,
Color col)
Add a point in the colour cycle |
boolean |
completed()
Check if this emitter has completed it's cycle |
ConfigurableEmitter |
duplicate()
Create a duplicate of this emitter. |
Image |
getImage()
Get the image to draw for each particle |
java.lang.String |
getImageName()
The name of the image to load |
float |
getX()
Get the base x coordiante for spawning particles |
float |
getY()
Get the base y coordiante for spawning particles |
boolean |
isEnabled()
Check if the emitter is enabled |
boolean |
isOriented()
Check if the particles produced should maintain orientation |
void |
replay()
Cause the emitter to replay it's circle |
void |
replayCheck()
Check if the replay has died out - used by the editor |
void |
reset()
Release all the particles held by this emitter |
void |
resetState()
Clear the state of emitter back to default |
void |
resume()
Resumes a particle emitter if it is not completed, after wrapUp() was invoked |
void |
setEnabled(boolean enabled)
Indicate whether the emitter should be enabled |
void |
setImageName(java.lang.String imageName)
Set the name of the image to use on a per particle basis. |
void |
setPosition(float x,
float y)
Set the position of this particle source |
void |
setPosition(float x,
float y,
boolean moveParticles)
Set the position of this particle source |
static void |
setRelativePath(java.lang.String path)
Set the path from which images should be loaded |
java.lang.String |
toString()
|
void |
update(ParticleSystem system,
int delta)
Update the emitter, produce any particles required by requesting them from the particle system provided. |
void |
updateParticle(Particle particle,
int delta)
Update a single particle that this emitter produced |
boolean |
useAdditive()
Check if this emitter should use additive blending |
boolean |
usePoints(ParticleSystem system)
Check if this emitter should use points based on it's own settings and those of the particle system |
void |
wrapUp()
Wrap up the particle emitter. |
| Methods inherited from class java.lang.Object |
|---|
clone, equals, finalize, getClass, hashCode, notify, notifyAll, wait, wait, wait |
| Field Detail |
|---|
public ConfigurableEmitter.Range spawnInterval
public ConfigurableEmitter.Range spawnCount
public ConfigurableEmitter.Range initialLife
public ConfigurableEmitter.Range initialSize
public ConfigurableEmitter.Range xOffset
public ConfigurableEmitter.Range yOffset
public ConfigurableEmitter.RandomValue spread
public ConfigurableEmitter.SimpleValue angularOffset
public ConfigurableEmitter.Range initialDistance
public ConfigurableEmitter.Range speed
public ConfigurableEmitter.SimpleValue growthFactor
public ConfigurableEmitter.SimpleValue gravityFactor
public ConfigurableEmitter.SimpleValue windFactor
public ConfigurableEmitter.Range length
public java.util.ArrayList colors
ConfigurableEmitter.ColorRecord
public ConfigurableEmitter.SimpleValue startAlpha
public ConfigurableEmitter.SimpleValue endAlpha
public ConfigurableEmitter.LinearInterpolator alpha
public ConfigurableEmitter.LinearInterpolator size
public ConfigurableEmitter.LinearInterpolator velocity
public ConfigurableEmitter.LinearInterpolator scaleY
public ConfigurableEmitter.Range emitCount
public int usePoints
public boolean useOriented
public boolean useAdditive
public java.lang.String name
public java.lang.String imageName
protected boolean wrapUp
protected boolean completed
protected boolean adjust
protected float adjustx
protected float adjusty
| Constructor Detail |
|---|
public ConfigurableEmitter(java.lang.String name)
name
- The name of emitter| Method Detail |
|---|
public static void setRelativePath(java.lang.String path)
path
- The path from which images should be loadedpublic void setImageName(java.lang.String imageName)
imageName
- The name of the image to use on a per particle referencesetRelativePath(String)
public java.lang.String getImageName()
public java.lang.String toString()
toString
in class java.lang.Object
Object.toString()
public void setPosition(float x, float y)
x
- The x coodinate of that this emitter should spawn aty
- The y coodinate of that this emitter should spawn atpublic void setPosition(float x, float y, boolean moveParticles)
x
- The x coodinate of that this emitter should spawn aty
- The y coodinate of that this emitter should spawn atmoveParticles
- True if particles should be moved with the emitterpublic float getX()
public float getY()
public boolean isEnabled()
ParticleEmitter
isEnabled
in interface ParticleEmitter
ParticleEmitter.isEnabled()
public void setEnabled(boolean enabled)
ParticleEmitter
setEnabled
in interface ParticleEmitter
enabled
- True if the emitter should be enabledParticleEmitter.setEnabled(boolean)
public void update(ParticleSystem system, int delta)
ParticleEmitter
update
in interface ParticleEmitter
system
- The particle system used to create particlesdelta
- The amount of time in milliseconds since last emitter updateParticleEmitter.update(org.newdawn.slick.particles.ParticleSystem,
int)
public void updateParticle(Particle particle, int delta)
ParticleEmitter
updateParticle
in interface ParticleEmitter
particle
- The particle to be updateddelta
- The amount of time in millisecond since last particle updateParticleEmitter.updateParticle(org.newdawn.slick.particles.Particle,
int)
public boolean completed()
completed
in interface ParticleEmitter
public void replay()
public void reset()
public void replayCheck()
public ConfigurableEmitter duplicate()
public void addColorPoint(float pos, Color col)
pos
- The position in the life cycle (0 = start, 1 = end)col
- The color applied at this positionpublic boolean useAdditive()
ParticleEmitter
useAdditive
in interface ParticleEmitter
public boolean isOriented()
ParticleEmitter
isOriented
in interface ParticleEmitter
public boolean usePoints(ParticleSystem system)
ParticleEmitter
usePoints
in interface ParticleEmitter
system
- The particle system to cross check agianst
public Image getImage()
ParticleEmitter
getImage
in interface ParticleEmitter
public void wrapUp()
ParticleEmitter
wrapUp
in interface ParticleEmitter
public void resume()
ParticleEmitter
resume
in interface ParticleEmitter
public void resetState()
ParticleEmitter
resetState
in interface ParticleEmitter
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Coursework
This is a list of all the upper division and graduate coursework I've completed at UWaterloo and Wilfrid Laurier University.
Starred courses are courses in which I have either enrolled in for the following term, or courses which I am currently enrolled in.
Graduate Courses (Taken during MSc degree)
-
* PMATH753: Functional Analysis. Taught by Laurent Marcoux. Topologies, nets, Hausdorff spaces, Tietze extension theorem,
weak topologies, Banach and Hilbert spaces, Topological vector spaces,
Locally convex spaces, locally convex topologies, bounded linear maps, Hahn-Banach theorem,
open mapping theorem, closed graph theorem, Tychonoff's theorem, Banach-Alaoglu theorem, reflexive spaces, operator norms, tensor products.
-
* MA651: Stochastic Analysis. Taught by Joe Campolieti.
Probability measures and random variables, Discrete time stochastic processes,
the Itô integral calculus, Itô's Lemma, Markov chains, random walks, the Wiener process,
Brownian and geometric Brownian motion, Martingales and super-Martingales,
the Martingale Stopping Time Theorem, Girsanov's Theorem and the Radon-Nikodym derivative,
stochastic differential equations for single and multiple random processes, Kolmogorov equations and the Feynman-Kac Theorem.
Applications include the modelling of continuous diffusion processes, and the development of solution techniques for stochastic differential equations.
-
* MA680: Mathematical Modelling Seminar. Taught by Connell McCluskey.
Modelling physical processes. Non-dimensionalization. Review of linear and nonlinear ordinary differential equations.
Equilibria for infectious disease models. Survival functions. Delay differential equations. Equilibria
for delay differential equations. Age structures. Advection and diffusion equations. Numerical solutions for ordinary and partial differential equations.
Graduate Courses (Taken during BSc degree)
-
(B+) PHYS701: Quantum Mechanics. Taught by Crystal Senko.
Heisenberg and interaction pictures of quantum mechanics. Addition of angular momentum. Spherical tensor operators and the Wigner-Eckhart Theorem.
Time dependent perturbation theory, the variatonal method, and the WKB approximation. The Aharanov-Bohm effect and geometric phase.
Systems of identical particles with spin. Quantization of the electromagnetic field and first quantized quantum electrodynamics.
-
(A+) PHYS785: Quantum Field Theory for Cosmology. Taught by Achim Kempf.
Quantization of Klein-Gordon field. Schrodinger and Fock representations of quantum field theory.
Bogolubov transformations. Driving currents. Light-matter interaction. Unruh effect and detectors. Functional differentiation. Riemannian and Lorentzian structures.
Einstein action and quantization. Darboux theorem. Free QFT on hyperbolic spacetime. Conservation and covariance of CCRs. Stone-Von Neumann theorem.
Klein Gordon field in FRW spacetimes. Adiabatic vacuum. De Sitter horizon and inflation. Field fluctuation spectrum in expanding spacetime. Mukhanov variable and tensor
polarizations. Schwarzchild spacetime. Boulware and Kruskal vacua. Hawking radiation. Path integral approach. Feynman diagrams.
-
(A+) PMATH965: Topics in Geometry and Topology - Gauge Theory. Taught by Ruxandra Moraru.
Vector bundles and principal bundles (definitions and basic constructions); connections, curvature, and gauge groups. Ehresmann connections.
Covariant derivatives and holonomy. Sheaves and Cech cohomology. Characteristic classes and Chern Weil Theory.
Flat connections. Metric connections on vector bundles. Some important equations of gauge theory: Yang-Mills, anti-self-dual, Hermitian-Einstein.
-
(A) PMATH945: Topics in Algebra - Clifford Algebras, Spinors, and Calibrations. Taught by Spiro Karigiannis.
Tensor products and exterior algebra; inner products, symplectic structures, and complex structures;
normed real division algebras; cross products and calibrations; Clifford algebras and the related Spin groups; Jordan
algebras. There are two main themes running through the second half of the course: Quaternions and octonions can be used to understand some specific structures in a concrete way, such as
specific Spin groups, orthogonal groups, and Jordan algebras, in particular low dimensions. There is a way to generalize the Cauchy-Schwartz inequality from inner product spaces to spaces with
calibrations using normed division algebras.
Physics
-
(A) PHYS234: Quantum Physics I. Taught by Raffi Budakian.
Background of quantum physics. Introduction to formalism of quantum physics. Introduction to operators.
Quantization, waves and particles. The uncertainty principle.
The Schroedinger equation for one-dimensional problems: bound states in square wells. Harmonic oscillator; transmission through barriers.
-
(A) PHYS334: Quantum Physics II. Taught by Crystal Senko.
Formalism of quantum mechanics. Operator approach to the harmonic oscillator.
Quantum mechanics in three dimensions: Hydrogen atom, angular momentum and spin.
Time-independent perturbation theory. Fine structure of hydrogen. Zeeman effect.
-
(A+) PHYS275: Planets. Taught by Avery Broderick.
Orbital dynamics. Terrestrial and gas giant planets in the Solar System, asteroids and comets. Atmospheric physics.
Extrasolar planets and astrobiology. Dynamics of star and planet formation.
-
(A) PHYS375: Stars. Taught by Avery Broderick.
Stellar distances, masses, ages. Stellar interiors and atmospheres, the Saha Equation. Stellar equations of structure. Star formation and evolution. Cepheid Variables.

-
(A+) PHYS358: Thermal Physics. Taught by Karen Cummings.
Temperature and thermodynamic equilibrium. Work, internal energy and heat; first law, with examples. Kinetic theory of gases. Basic probability theory.
Microscopic states and entropy. Absolute temperature, reversibility and the second law. Thermodynamic Functions and Maxwell's relations. Chemical potentials and free energy.
Phase transitions.
-
(A) PHYS359: Statistical Mechanics. Taught by Jeff Chen.
Phase space of quantum systems. Microcanonical ensemble. Paramagnets and ideal gases. Canonical ensemble. Free energy. Partition function.
Classical and quantum ideal gases. Quantum paramagnetic systems. The Gibbs Paradox and multiparticle quantum physics.
Grand Canonical ensemble and chemical potentials. Semiclassical correction to ideal gas. Bose-Einstein and Fermi-Dirac distributions.
Ideal electron gases and Fermi energy. Black body radiation. Bose-Einstein condensates. Virial coefficients.
-
(A+) PHYS335: Condensed Matter Physics. Taught by David Hawthorne. Overview of condensed matter ordered and disordered systems.
Thermodynamic origin of order and phase transitions. Waves. Properties of the solid state. Crystals and fractals. Overview of Fourier Series.
Reciprocal lattice. Diffraction. Classical elastic theory of the crystalline state. Electrons in a periodic potential, Band structure and Fermi surface.
-
(A) PHYS263: Classical Mechanics and Special Relativity. Taught by James Martin
Newtonian dynamics of particles and systems of particles. Oscillations. Gravity and the central force problem. Lorentz transformations and relativistic dynamics.
-
(A+) PHYS363: Intermediate Classical Mechanics. Taught by Chris O'Donovan.
Coupled oscillations and normal modes. Rigid Body Dynamics. Non-inertial frames of reference. Calculus of variations and d'Alambert's principle.
Lagrangian mechanics (including rigid body mechanics and tops).
Hamiltonian dynamics, the Poisson bracket, canonical transformations. Symplectomorphisms. Relativistic Lagrangian dynamics.
-
(B+) PHYS242: Electricity and Magnetism I. Taught by Adrian Lupascu.
Electrostatics in vacuum, electric potential, conductors and currents, polarization of materials, electric fields in materials, LRC circuits.
-
(A) PHYS342: Electricity and Magnetism II. Taught by Matteo Mariantoni.
Magnetic fields, Ampere's law, induced electromotive forces, magnetic devices, magnetic properties of materials,
inductance, Electromagnetic waves and Poynting's theorem.
-
(A+) PHYS442: Electricity and Magnetism III. Taught by Chris O'Donovan.
Review of the origin of Maxwell's equations, conservation laws, potential formulation of Maxwell's equations and gauge choices,
vacuum solutions of Maxwell's equations (free space, waveguides, dispersion), solution to Maxwell's equations for arbitrary sources
(static and time-dependent problems), relativistic formulation of electrodynamics, macroscopic Maxwell's equations and plane waves in macroscopic media.
-
(A+) PHYS490: Machine Learning in the Physical Sciences. Taught by Pooya Ronagh. Linear and softmax regression. Feature extraction.
Deep neural networks, backpropogation, and gradient descent. Introduction to convex optimization theory. Convolutional neural networks and long-short term memory units.
Boltzmann machines and probabilistic graphical models. Gibbs sampling. Variational auto-encoders and generative adversarial networks. Transformers.
Pure Mathematics
-
(B) PMATH347: Groups and Rings. Taught by Matt Satriano.
Groups, subgroups, homomorphisms and quotient groups, isomorphism theorems, group actions,
Cayley and Lagrange theorems, permutation groups and the fundamental theorem of finite abelian groups.
Elementary properties of rings, subrings, ideals, homomorphisms and quotients,
isomorphism theorems, polynomial rings, and unique factorization domains. Noetherian rings.
-
(B+) PMATH365: Differential Geometry. Taught by Spiro Karigiannis.
Exterior algebra of a vector space. Submanifolds of Euclidean n-space. Vector fields and differential forms.
Integration on submanifolds and Stokes's Theorem. Hodge Star operator and vector calculus.
De Rham Cohomology.
-
(A+) PMATH465: Smooth Manifolds. Taught by Stephen New.
Topology of manifolds. Abstract manifolds, submanifolds. Submersions, immersions, and embeddings. Vector fields and differential forms.
Abstract vector bundles. Lie groups and Lie algebras. Tensors. Lie Derivatives and Flows. De Rham Cohomology.
-
(A+) PMATH467: Algebraic Topology. Taught by Gabriel Islambouli. Topological spaces and topological manifolds.
Quotient spaces. Cut and paste constructions. Classification of two-dimensional manifolds. CW complexes. The fundamental group.
Knots and the Wirtinger representation. Covering spaces, deck transformations. Delta complexes. Singular and simplicial homology.
Cellular homology and the Smith normal form.
-
(A) PMATH333: Introduction to Real Analysis. Taught by Stephen New.
The purpose of the course is to present the familiar concepts of calculus at a rigorous level
and to provide students who took the MATH 137/MATH 138/MATH 237 sequence with the background needed to be successful
in PMATH 351 and PMATH 352. Axiomatic set theory. Completeness properties of the reals; the density of the rationals;
the topology of real n-dimensional space: open and closed sets, connectedness, compactness (by open covers), the Heine-Borel theorem,
completeness; sequences in real n-dimensional space: convergence, Cauchy sequences, subsequences, the Bolzano-Weierstrass theorem;
multivariable functions: limits, point-wise and uniform continuity, the extreme value theorem, uniform convergence of sequences of functions,
Taylor's theorem, term-by-term differentiation of power series; integration in real n-dimensional space: Riemann integrability,
Fubini's theorem for continuous functions on rectangles, term-by-term integration of power series.
-
(A) PMATH351: Real Analysis. Taught by Stephen New.
Cardinal Arithmetic. Normed and metric spaces, open sets, continuous mappings, sequence and function spaces,
completeness, contraction mappings, compactness of metric spaces, infinite-dimensional normed and metric spaces,
Arzela-Ascoli theorem, existence of solutions of differential equations, Stone-Weierstrass theorem. Lebesgue Outer Measure. Baire Category Theorems.
-
(A) PMATH450: Lebesgue Integration and Fourier Analysis. Taught by Blake Madill.
Lebesgue measure on the line, the Lebesgue integral, monotone and dominated convergence theorems,
Lp-spaces: completeness and dense subspaces. Separable Hilbert space, orthonormal bases.
Fourier analysis on the circle, Dirichlet kernel, Riemann-Lebesgue lemma, Fejer's theorem and convergence of Fourier series.
-
(A) PMATH352: Complex Analysis. Taught by Spiro Karigiannis.
Greens' Theorem and identities. Analytic functions, Cauchy-Riemann equations, Goursat's theorem, Cauchy's theorems,
Morera's theorem, Liouville's theorem, maximum modulus principle.
Harmonic functions, Schwarz's lemma, isolated singularities, Laurent series, residue theorem.
Applied Mathematics
-
(C) AMATH331: Applied Real Analysis. Taught by Blake Madill.
Topology of Euclidean spaces, continuity, norms, completeness. Contraction mapping principle. Banach spaces and infinite dimensional vector spaces.
Fourier series. Various applications, for example, to ordinary differential equations, optimization and numerical approximation.
-
(B) AMATH351: Ordinary Differential Equations II. Taught by Xinzhi Liu.
Second order linear differential equations with non-constant coefficients, Sturm comparison, oscillation and separation theorems, series solutions and special functions.
Linear vector differential equations in Rn, an introduction to dynamical systems. Laplace transforms applied to linear vector differential equations,
transfer functions, the convolution theorem. Green's functions. Sturm-Liouville Theory. Stability of inhomogenous and nonlinear systems.
-
(A+) AMATH353: Partial Differential Equations I. Taught by Francis Poulin.
Second order linear partial differential equations and classification of second order partial differential equations.
Methods of solution - separation of variables and eigenfunction expansions, the Fourier transform. Henkel transforms and Laplace transforms.
Emphasis on Sturm-Liouville theory and differential operators. Physical interpretation of solutions in terms of diffusion, waves and steady states.
First order non-linear partial differential equations and the method of characteristics. Quasilinear partial differential equations and shock formation.
Uniqueness theorems for Hyperbolic boundary value problems.
-
(B) AMATH463: Fluid Mechanics. Taught by Marek Stastna.
Incompressible, irrotational flow. Incompressible viscous flow. Introduction to wave motion and geophysical fluid mechanics. Elements of compressible flow.
-
(A+) AMATH473: Quantum Theory II. Taught by Achim Kempf.
The Hilbert space of states, observables, and time evolution. Feynman path integral and Greens functions.
Approximation methods. Co-ordinate transformations, angular momentum, and spin. The relation between symmetries and conservation laws.
Density matrix, Ehrenfest theorem, and decoherence. Multiparticle quantum mechanics. Bell inequality and basics of quantum computing.
-
(A+) AMATH475: Intro to General Relativity. Taught by Eduardo Martin-Martinez.
Review of special relativity in mechanics and electromagnetism. Introduction to differential geometry: manifolds, vector fields, differential forms,
the Lie derivative, the covariant derivative, the geodesic equation. Curved space-time and the Einstein field equations.
The Schwarzschild solution and applications. The Friedmann-Robertson-Walker cosmological models.
-
(B) STAT230: Probability. Taught by S. Banerjee.
This course provides an introduction to probability models including sample spaces, mutually exclusive and independent events,
conditional probability and Bayes' Theorem. The named distributions (Discrete Uniform, Hypergeometric, Binomial, Negative Binomial,
Geometric, Poisson, Continuous Uniform, Exponential, Normal (Gaussian), and Multinomial) are used to model real phenomena.
Discrete and continuous univariate random variables and their distributions are discussed. Joint probability functions,
marginal probability functions, and conditional probability functions of two or more discrete random variables and functions
of random variables are also discussed. Students learn how to calculate and interpret means, variances and covariances particularly
for the named distributions. The Central Limit Theorem is used to approximate probabilities.
-
(A) STAT231: Statistics. Taught by S. Banerjee.
This course provides a systematic approach to empirical problem solving which will enable students to critically assess the sampling protocol
and conclusions of an empirical study including the possible sources of error in the study and whether evidence of a causal relationship can
be reasonably concluded. The connection between the attributes of a population and the parameters in the named distributions covered in
STAT 230 will be emphasized. Numerical and graphical techniques for summarizing data and checking the fit of a statistical model will be
discussed. The method of maximum likelihood will be used to obtain point and interval estimates for the parameters of interest as well as
testing hypotheses. The interpretation of confidence intervals and p-values will be emphasized. The Chi-squared and t distributions will be
introduced and used to construct confidence intervals and tests of hypotheses including likelihood ratio tests. Contingency tables and Gaussian
response models including the two sample Gaussian and simple linear regression will be used as examples.
Contact
<EMAIL_ADDRESS>Github Profile •
LinkedIn Profile


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| DOSE: |
0.5 joints/cigs |
smoked |
Cannabis |
(plant material) |
I should start off by mentioning that pot can have a WIDE range of effects on me. Anything from a light stoning affect, to a three hour long 'trip'.
A friend of mine asked me and my room mate if we wanted to go toke with her. We both said yeah. We walked down to the river by campus and sat on one of the park benches to smoke. It was night, about 10pm, and very windy. Pretty cold, too.
I took a hit of the first joint and held it in as long as I could, about 30 seconds. I exhaled and immediately took another long toke and held it in for the same ammount of time. By the time I passed the joint to my room mate, I could already tell it was going to be one of 'those times'. After coughing for about five minutes while my head buzzed like crazy, I settled into a strange dream-like state. It's the same feeling I get coming down from shrooms. It feels like I'm waking up from sleep every 5 seconds or so. Or like I'm not actually part of time. I can remember everything that happened, but nothing that happens regisers with me UNTIL I remember it. It's hard to explain. I don't know how long we were out there, but it felt like hours.
Eventually (what seemed an eternity, was really only 10 minutes) my friends were done and got up to leave. I was very cold by this time, and my heart felt like it was beating in rhythm with a hardcore techno song. It didn't feel good. So we started walking back to rez, and I ended up walking a few steps behind the other two as they talked. I still couldn't get my mind to work 'in the moment', I just kept remembering everything that was happening. Then I snapped back into time, but my vision went all funny. Everything looked 2D and all the colors were washed out, just like in a cartoon. It looked like I was watching the Simpsons. The walk seemed to take forever, but eventually we got back to our friend's room and sat down to watch TV. The next few hours are a complete blank to me. I apparently went to the other end of rez to visit a friend, but I don't remember that at all. The only thing I can remember is all of a sudden realizing that I was in my friend's room, watching the Simpsons.
This has happened to me at other times, but not nearly as strong as that.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


on password security
Hydro has a wonderful client webpage that allows you to do all kinds of great things like look at your consumption. Unfortunately, they require a password with a number, unlike any of my other utilities. I generally do use different passwords with my utilities but I mix usernames and passwords up a lot between them, so typically it takes a while to get the right username and password combination.
Except they lock the account for 24 hours after 3 tries. Which can be really frustrating, as chances are I won't hit the right combination in less than 3 tries.
And what are they protecting? The ability to see your consumption, the ability to submit your meter reading and the ability to pay your bill. Possibly, *possibly*, you can cancel your account. (Actually, I'm not going to test that just as fodder for this blog.) Frankly, if someone wants to break into my account and pay my bill... the password is:
So what is the 'correct' workaround? (Er, correct for me) — click the 'forgot password' link, fill in the answer to the security question (which has no number nor length restrictions), wait for the email, paste it into the form, and reset the password to something else you will forget in the 30 to 60 days before you check it again. It's easier to do that than risk the account getting locked.
About this entry
You"re currently reading "on password security," an entry on a crick in the net
- Published:
- 01.09.06 / 2pm
- Category:
- Circular File


Hello! My name is John. I'm a graduate of Coding Dojo and a Seattle-based freelancer. When I'm not doing freelance, I am a Web/SEO Developer at Sesame Communications
I have a diverse set of skills, ranging from Web Development to Search Engine Optimization. Some of the languages I am proficient at are HTML + CSS + Javascript and all the way up to PHP and the MEAN stack.
You can check out some of my examples of previous work below and at my GitHub.
Visit GitHubFeel free to email me with any future opportunities or want to connect!


Feeding ground have three different states:
- Before doing cat and mouse
- After doing cat and mouse
- After getting Seir
After you get Seir, Shriek won’t be in Feeding Ground anymore which removes the kill plane from this area, letting you access Weeping Ridge and therefore Willow’s End. But there are multiple ways to bypass the kill plane, letting you adccess these areas without getting Seir.
 Then open your map and teleport to the nearby spirit well. If done correctly, Shriek won’t be at Feeding Ground anymore and the kill plane will be disabled.
Before doing cat and mouse
This option is better because at the end of the cat and mouse section, boulders will block the path above the spirit well, which makes accessing Weeping Ridge harder if you don't have a lot of verticality options.
Before explaining how to avoid the cat and mouse sequence (and therefore the kill plane), you need to understand how to trigger it in the first place.
There are two main triggers. The first one is at the location where Ori is. This trigger will prevent you from doing anything else than moving to the right if you touch the ground here. The second one will trigger when Ori walks on the bone in the red circle, which starts the actual cat and mouse. So, to avoid the cat and mouse section, you want to avoid touching these bones.
To do so, you can use Burrow to pass under it.
You can also pass over it with your aerial mobility. As long as you land further than these bones, you will be able to move freely in Feeding Ground. However, be careful: at Ori’s position in the first screenshot, you won’t be able to use your abilities so make sure to have enough height so you can pass through that first trigger without touching the ground.
This can be done with Launch from the ground
But if you don't have Launch, you will have to rely on glide, jumps and dash. You can hit the skulls on the ground with your sword in order to reset your aerial options.


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“The ringing in my ears is the ringing of my fleshly stars ‘toned all in Time’. I have commenced an anthology of high imaginings more worthy than a book of essays of that title I have loved and desired to use for years—Flame and Dew. If rightly done, it may do poetry one of the greatest of services by assisting it to praise Beauty on many lips in naked Light. I wish to consecrate my work on it to that end. Today I have been influenced by Frederick Tennyson, Traherne, and Patmore. In agony lies the highest music. The key is struck by circumstance, Time's organist, and the stars tremble with music. For the full thundering silence of Absolute Beauty a Divine Agony was necessary, so that all Heaven and its choirs and Hell trembled in the majesty of this stricken Doom.” — Arthur Middleton, The Forgotten Threshold


[gecode-users] Gecode/J: What is Space abstract?
Malcolm Ryan
malcolmr at cse.unsw.edu.au
Wed Nov 7 02:23:13 CET 2007
On 06/11/2007, at 7:49 PM, Christian Schulte wrote:
> Hi,
>
> Just as a side comment: always write a copy constructor even if you
> are not
> using search (currently). Future versions of Gecode might invoke
> copying for
> garbage collection behind your back (earlier versions actually
> did). So
> always implement!
Wouldn't it be a good idea to add an abstract copy() function to Space
() then, enforcing this requirement, rather than just assuming the
copy constructor will be there? This is what you do on GecodeVar
after all.
Malcolm
--
Many clever men like you have trusted to civilisation.
Many clever Babylonians, many clever Egyptians,
Many clever men at the end of Rome.
- G.K.Chesterton, The Napoleon of
Notting Hill
More information about the gecode-users
mailing list


OpenFDA Client
This client let's you get data from OpenFDA for the last three months about Adverse drug event reports. It uses
openFDA API endpoint for adverse drug events
.
Drug name:
Company name:
List drugs
List companies


Hi there!
Welcome to my coding quiz. There are 10 questions total, you will have 10 minutes total to complete the quiz. Every 'wrong' answer will take 10 seconds from your time. The quiz is a mix of basic HTML, CSS, and Javascript questions. Feel free to log your high score at the end. Click 'begin' below to get started!
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Flask ETL APIs
The Flask app will provided you the APIs to do CRUD operations on the Elasticsearch instance.
API Docs
Kibana


On Perilous Familiarity with Women
A certain intensely religious man told me that in the region
where he used to live it happened that a certain devout
and honest matron served the Lord with the greatest
devotion, coming to church often, day and night.
Now a certain monk, the custodian and treasurer of the
monastery, had a great name for piety and was in fact pious.
But as they often talked between themselves in the church
about those things that concern religion, the devil, envious
of their honesty and reputation, sent powerful temptations
upon them, so that their spiritial love was converted into
carnal lust. From this they spoke to each other and
assigned a night for the monk to slip out of the monastery
with the church treasury, and the matron from her house
with as much money as she could carry off without her
husband knowing.
Now after they so withdrew and fled, the monks, rising for
matins, saw that the chests had been broken and the church
treasury carried off, and since they couldn't find the monk
they quickly followed him.
Similarly, the husband of the aforesaid woman, seeing that
his chest was open and the money removed, chased after his
wife and, catching the monk and the woman with the treasury,
brought them back and put them into a strong jail.
Now there was such a great scandal through the whole district and everyone
dishonored religious people, so that there was a greater injury from the
disgrace and scandal than from the sin itself.
Then the monk came to his senses, and began to pray, with many tears, to the
blessed Virgin, whom he had always served from infancy and had never had
anything like this happen to him.
And likewise the aforesaid matron began to urgently beg for help
from the Blessed Virgin (to whom she had been wont to pay her
respects, day and night) and to genuflect before her statue.
Finally the intensely angry Blessed Virgin appeared to them and,
after she'd strongly reproached them, said: "I could obtain
forgiveness of your sin from my Son: but what can I do about such
a scandal?"
For you have made a stench for religious people before the whole
district, so that henceforth they won't be trusted.
Indeed, this damage is like to be irreparable.
But in the end the pious Virgin, overcome by their prayers,
compelled the demons that had managed this affair to appear,
charging them that, since they had defamed religion, they should
therefore put an end to the infamy.
And indeed, since they couldn't withstand her commands, they
worked out (after great care and many changes of plan) a way to
be free of the disgrace. They restored the monk to his church
in the night, restoring the broken chest to its previous state,
and putting the treasure back into it. Likewise, they closed and
locked the chest that the matron had opened and put the money
back into it, and they put the woman in her room in the spot
where she was wont to pray.
Now when the monks discovered that their order's treasure was
back in its usual place they worshiped the Lord. And the
husband found his wife, and they found their treasure just as it
had been before. They were struck dumb and commenced to marvel,
and, running to the jail they saw the monk and the woman in
shackles, just as they'd left them earlier.
In fact, what seemed so to them was that one demon had
transformed himself into the likeness of the monk and another
into the likeness of the woman.
Now when the whole town had come together to see the miracle,
the demons, in the hearing of everyone, said: "We withdraw; for
it is enough that we mocked them and made religious people
think evil thoughts."

Then everyone begged pardon at the feet of the abused monk and woman.
See how much disgrace and scandal and undeserving injury would
have been managed by the devil against religious people, had
not the blessed Virgin aided them.


Delivery riders rush to register for e-scooter trade-in grant
- Advertisement -
Around 1000 affected riders signed up on the first day of registration for the e-scooter trade-in grant.
GrabFood and Foodpanda released their company’s terms for the trade-in grant this week following the government’s announcement of the S$7 million grant scheme to help affected riders.
Reports estimate that around 7,000 food delivery riders will be affected by the recent government ban on e-scooters on footpaths.
Affected food delivery riders may trade in their e-scooters for a bicycle or an electric bicycle co-subsidized by the government and the food delivery companies.
- Advertisement -
GrabFood announced that more than 20 percent of its affected riders have signed up for the grant yesterday. More than a third of GrabFood’s riders use e-scooters to deliver orders.
Read: GrabFood announces terms for trade-in grant
In comparison, an estimated one-third of Foodpanda’s 960 e-scooter riders have signed up online to trade-in their devices for bicycles as initially reported by Channel News Asia.
Read: Foodpanda announces terms for e-scooter trade-in grant
The Land Transport Authority will check the applications to prevent duplicates. Foodpanda also advised of a potential delay in e-bicycle deliveries due to the surge in orders.
GrabFood and Foodpanda riders can also rent bicycles for free from SGBikes while they wait for the e-bicycle replacement.
Deliveroo declined to provide figures about rider registrations but confirmed that its eligible riders have begun signing up yesterday. The company was the last to announce its terms for the trade-in scheme.
Deliveroo stated that riders who completed 20 orders between Oct 9 and Nov 7 are qualified for the full amount of the grant while those who completed less than 20 orders will get 80 percent of the grant.
The remaining 20 percent will be given once they complete 20 more orders within a month of getting the new bicycle./TISG
- Advertisement -


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// Inside the opened session: a = sciargs() i = find(a=="-args") a(i+1) evstr(a(i+2))*2 "This session has been launched from " + a(i+3)


last_name, first_name
(if "Last, First" are in one column) ORfirst_name
(First Name in its own column)last_name
(Last Name in its own column)email
address
address_city
address_state
address_zipcode
mailing_address
mailing_address2
(optional)mailing_city
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mailing_zipcode


Experience the power of HTML & CSS
It's amazing!
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Customizable text layout (positioning, margins etc) in Floater
REQUEST: Customizable font face/size/color in Floater
REQUEST: Customizable Floater shape
REQUEST: Preference pane for WinSwitch, or merge into "Accounts" pane
REQUEST: floater toggle off automatically for videos
CPU Usage stuck at 95-100% when populating Global Menu with very large libraries
Feature Request: Add 'Speakers' chooser menue for AiportExtreme base stations
REQUEST: Use volume keys on Apple Keyboards to control iTunes Volume
Serial number not accepted when running on Intel platform
iChat status updates even when de-activated


L1B -- NOAA Polar Orbiter Level 1b Data Set (AVHRR)
Driver short name
L1B
Driver built-in by default
This driver is built-in by default
GDAL supports NOAA Polar Orbiter Level 1b Data Set format for reading. Now it can read NOAA-9(F) -- NOAA-17(M) datasets. NOTE: only AVHRR instrument supported now, if you want read data from other instruments, write to me (Andrey Kiselev, dron@ak4719.spb.edu). AVHRR LAC/HRPT (1 km resolution) and GAC (4 km resolution) should be processed correctly.
Driver capabilities
Supports Georeferencing
This driver supports georeferencing
Supports VirtualIO
This driver supports virtual I/O operations (/vsimem/, etc.)
Georeference
Note, that GDAL simple affine georeference model completely unsuitable for the NOAA data. So you should not rely on it. It is recommended to use the thin plate spline warper (tps). Automatic image rectification can be done with ground control points (GCPs) from the input file.
NOAA stores 51 GCPs per scanline both in the LAC and GAC datasets. In fact you may get less than 51 GCPs, especially at end of scanlines. Another approach to rectification is manual selection of the GCPs using external source of georeference information.
A high density of GCPs will be reported, unless the L1B_HIGH_GCP_DENSITY configuration option is set to NO.
Precision of the GCPs determination depends from the satellite type. In the NOAA-9 -- NOAA-14 datasets geographic coordinates of the GCPs stored in integer values as a 128th of a degree. So we can't determine positions more precise than 1/128=0.0078125 of degree (~28"). In NOAA-15 -- NOAA-17 datasets we have much more precise positions, they are stored as 10000th of degree.
The GCPs will also be reported as a geolocation array, with Lagrangian interpolation of the 51 GCPs per scanline to the number of pixels per scanline width.
Image will be always returned with most northern scanline located at the top of image. If you want determine actual direction of the satellite moving you should look at LOCATION metadata record.
Data
gdalinfo
to determine what
kind of channel contained in processed file.Metadata
Several parameters, obtained from the dataset stored as metadata records.
Metadata records:
SATELLITE: Satellite name
DATA_TYPE: Type of the data, stored in the Level 1b dataset (AVHRR HRPT/LAC/GAC).
REVOLUTION: Orbit number. Note that it can be 1 to 2 off the correct orbit number (according to documentation).
SOURCE: Receiving station name.
PROCESSING_CENTER: Name of data processing center.
START: Time of first scanline acquisition (year, day of year, millisecond of day).
STOP: Time of last scanline acquisition (year, day of year, millisecond of day).
LOCATION: AVHRR Earth location indication. Will be Ascending when satellite moves from low latitudes to high latitudes and Descending in other case.
Most metadata records can be written to a .CSV file when the L1B_FETCH_METADATA configuration file is set to YES. By default, the filename will be called "[l1b_dataset_name]_metadata.csv", and located in the same directory as the L1B dataset. By defining the L1B_METADATA_DIRECTORY configuration option, it is possible to create that file in another directory. The documentation to interpret those metadata is PODUG 3.1 for NOAA <=14 and KLM <IP_ADDRESS>.3.1 for NOAA >=15.
Subdatasets
NOAA <=14 datasets advertise a L1B_SOLAR_ZENITH_ANGLES:"l1b_dataset_name" subdataset that contains a maximum of 51 solar zenith angles for each scanline ( beginning at sample 5 with a step of 8 samples for GAC data, beginning at sample 25 with a step of 40 samples for HRPT/LAC/FRAC data).
NOAA >=15 datasets advertise a L1B_ANGLES:"l1b_dataset_name" subdataset that contains 3 bands (solar zenith angles, satellite zenith angles and relative azimuth angles) with 51 values for each scanline ( beginning at sample 5 with a step of 8 samples for GAC data, beginning at sample 25 with a step of 40 samples for HRPT/LAC/FRAC data).
NOAA >=15 datasets advertise a L1B_CLOUDS:"l1b_dataset_name" subdataset that contains a band of same dimensions as bands of the main L1B dataset. The values of each pixel are 0 = unknown; 1 = clear; 2 = cloudy; 3 = partly cloudy.
Nodata mask
NOAA >=15 datasets that report in their header to have missing scan lines will expose a per-dataset mask band (following RFC 15: Band Masks) to indicate such scan lines.
See Also
Implemented as l1bdataset.cpp.
NOAA Polar Orbiter Level 1b Data Set documented in the ``POD User's Guide'' (TIROS-N -- NOAA-14 satellites) and in the ``NOAA KLM User's Guide'' (NOAA-15 -- NOAA-16 satellites). You can find this manuals at NOAA Technical Documentation Introduction Page
There are a great variety of L1B datasets, sometimes with variations in header locations that are not documented in the official NOAA documentation. In case a dataset is not recognized by the GDAL L1B driver, the pytroll package might be able to recognize it.
Excellent and complete review contained in the printed book ``The Advanced Very High Resolution Radiometer (AVHRR)'' by Arthur P. Cracknell, Taylor and Francis Ltd., 1997, ISBN 0-7484-0209-8.
NOAA data can be downloaded from the Comprehensive Large Array-data Stewardship System (CLASS) (former SAA). Actually it is only source of Level 1b datasets for me, so my implementation tested with that files only.


|
Berlin-based clarinet virtuoso, renowned for his groundbreaking work in Yiddish and other East-European styles.
" World-class clarinetist with a magically lyrical phrasing "
— Jüdische Allegemeine
Sergiu, who began playing for weddings as a boy in his native Moldova with his father, a celebrated Gypsy accordionist, is now based in Montreal.
" A genius instrumentalist ... with one foot in the village wedding and the other exploring the orient.
"
— Le Devoir
Listen to Christian and Sergiu play together.
|


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Request body:{"hello":"world"}
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Overview
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saveImage(BufferedImage, String)
- Static method in class tools.
MyImage
saveImage(BufferedImage, String, String)
- Static method in class tools.
MyImage
saveImage2Tmp(BufferedImage, boolean)
- Method in class view.
TextDataImageTest
Helper method
saveImage2Tmp(BufferedImage, boolean, String)
- Static method in class view.
TextDataImageTest
Helper method
saveInitValues(Observation[])
- Method in class view.swing.
PositionEditor
save the initValues from Input to compare them later with changes
SEPERATOR
- Static variable in class common.
TEST
SEPERATOR
- Static variable in class tools.
CrossPlatform
SEPERATOR
- Static variable in class tools.
ToolBox
setAllComps(MaserComponent[])
- Method in class view.swing.
PositionEditor
setBackgroundColor(BufferedImage, Color)
- Static method in class tools.
MyImage
setBgColor(Color)
- Method in class view.
ObservationImage
setCaption(String)
- Method in class view.
ColorCodeImage
setCaption(String)
- Method in class view.
GridImage
setCelestialObject(CelestialObject)
- Method in class controller.
ObservationSeries
setCelestialObject(Collection<CelestialObject>)
- Method in class model.
Observation
Setter of the property
celestialObject
setCelestialObjectTextImg(BufferedImage)
- Method in class view.
ObservationImage
setCelestialObjectTextImgX(int)
- Method in class view.
ObservationImage
setCelestialObjectTextImgY(int)
- Method in class view.
ObservationImage
setCelObject(CelestialObject)
- Method in class model.
Observation
setChangeFlag(boolean)
- Method in class view.swing.
MaserComponentsTable
setChangeFlag(boolean)
- Method in class view.swing.
PositionEditor
setColorCodeImg(BufferedImage)
- Method in class view.
ObservationImage
setColorCodeImgX(int)
- Method in class view.
ObservationImage
setColorCodeImgY(int)
- Method in class view.
ObservationImage
setColorImg(BufferedImage)
- Method in class view.
ColorCodeImage
setComponent(MaserComponent, int)
- Method in class model.
Observation
setComponents(MaserComponent[])
- Method in class model.
Observation
setCreateStatement(String)
- Method in class model.
DBTable
setDataBase1(DataBase)
- Method in class model.
DBTable
Setter of the property
dataBase1
setDataMap(HashMap<String, Object>)
- Method in class model.
CelestialObject
setDataMap(HashMap<String, Object>)
- Method in class model.
MaserComponent
setDbAlias(String)
- Method in class model.
DataBase
setDBTable(DBTable)
- Method in class model.
DataBase
Setter of the property
dBTable
setDebugFlag(boolean)
- Static method in class tools.
ToolBox
setDopplerColorRange(int[])
- Method in class view.
MaserComponentsImage
setFgColor(Color)
- Method in class view.
ObservationImage
setFormatPattern(String)
- Method in class tools.
DateCalculator
setGridImg(BufferedImage)
- Method in class view.
GridImage
setGridImg(BufferedImage)
- Method in class view.
ObservationImage
setGridImgX(int)
- Method in class view.
ObservationImage
setGridImgY(int)
- Method in class view.
ObservationImage
setHeight(int)
- Method in class view.
ObservationImage
setHeight(int)
- Method in class view.
TextDataImage
setID(int)
- Method in class model.
CelestialObject
setID(int)
- Method in class model.
MaserComponent
setID(int)
- Method in class model.
Observation
setInputDir(File)
- Method in class controller.
MaserJ
setInputFiles(File[])
- Method in class controller.
MaserJ
setIntensityRange(double[])
- Method in class view.
MaserComponentsImage
setKeyOrder(String[])
- Method in class model.
CelestialObject
setKeyOrder(String[])
- Method in class model.
MaserComponent
setKeyOrder(String[])
- Method in class model.
Observation
setMaserImg(BufferedImage)
- Method in class view.
ObservationImage
setMaserImgX(int)
- Method in class view.
ObservationImage
setMaserImgY(int)
- Method in class view.
ObservationImage
setObseravtion(Observation, int)
- Method in class model.
CelestialObject
setObseravtions(Observation[])
- Method in class model.
CelestialObject
setObseravtions()
- Method in class model.
CelestialObject
fetch all rows from DBTable"OBSERVATIONS" with this Object_id and construct Observation-Objects foreach, wich are the observations to set
setObservation(Observation)
- Method in class controller.
ObservationImageBuilder
setObservation(Observation[])
- Method in class model.
CelestialObject
Setter of the property
observation
setObservations(Observation[])
- Method in class controller.
ObservationSeries
setObservationsDates(Date[])
- Method in class controller.
ObservationSeries
setObservationTextImg(BufferedImage)
- Method in class view.
ObservationImage
setObservationTextImgX(int)
- Method in class view.
ObservationImage
setObservationTextImgY(int)
- Method in class view.
ObservationImage
setObsImg(ObservationImage)
- Method in class controller.
ObservationImageBuilder
setSaturation(Color, int)
- Static method in class tools.
MyImage
setScaleImg(BufferedImage)
- Method in class view.
ColorCodeImage
setTableName(String)
- Method in class model.
DBTable
setUnitRange(int[])
- Method in class view.
ColorCodeImage
setUnitStr(String)
- Method in class view.
ColorCodeImage
setUnitStr(String)
- Method in class view.
GridImage
setUp()
- Method in class controller.
MaserJTest
setUp()
- Method in class controller.
ObservationImageBuilderTest
setUp()
- Method in class controller.
ObservationSeriesTest
setUp()
- Method in class model.
CelestialObjectTest
setUp()
- Method in class model.
DataBaseTest
setUp()
- Method in class model.
DBTableTest
setUp()
- Method in class model.
MaserComponentTest
setUp()
- Method in class model.
ObservationTest
setUp()
- Method in class model.
UnitTest
setUp()
- Method in class tools.
DateCalculatorTest
Sets up the test fixture.
setUp()
- Method in class tools.
MyImageTest
setUp()
- Method in class tools.
MyMathTest
setUp()
- Method in class tools.
ToolBoxTest
Sets up the test fixture.
setUp()
- Method in class view.
MaserComponentsImageTest
setUp()
- Method in class view.
MaserComponentsTableTest
setUp()
- Method in class view.
TextDataImageTest
setUpBeforeClass()
- Static method in class controller.
MaserJTest
setUpBeforeClass()
- Static method in class controller.
ObservationImageBuilderTest
setUpBeforeClass()
- Static method in class controller.
ObservationSeriesTest
setUpBeforeClass()
- Static method in class model.
CelestialObjectTest
setUpBeforeClass()
- Static method in class model.
DBTableTest
setUpBeforeClass()
- Static method in class model.
MaserComponentTest
setUpBeforeClass()
- Static method in class model.
ObservationTest
setUpBeforeClass()
- Static method in class model.
UnitTest
setUpBeforeClass()
- Static method in class view.
MaserComponentsImageTest
setUpBeforeClass()
- Static method in class view.
MaserComponentsTableTest
setUpBeforeClass()
- Static method in class view.
TextDataImageTest
setVelocityRange(double[])
- Method in class view.
MaserComponentsImage
setWidth(int)
- Method in class view.
TextDataImage
sexagesimal(double, int)
- Static method in class view.
TextDataImage
Format a sexagesimal coordinate string.
shutdownDB()
- Method in class model.
DataBase
SHUTDOWN DB
size(double)
- Method in class view.
MaserComponentsImage
size calculated from logarithm of component-intensity ??
sortComponentsByVelocity(MaserComponent[])
- Static method in class view.
MaserComponentsImage
sort ComponentsArray by Velocity
sortHashMapValuesByKeyOrder(HashMap<String, Object>, String[])
- Static method in class tools.
ToolBox
sortKeys(String[], String[])
- Static method in class tools.
ToolBox
sortKeys(String[], String[])
- Method in class view.
TextDataImage
splitDateStr(String)
- Method in class tools.
DateCalculator
sqlClasses
- Static variable in class controller.
MaserJ
string2Calendar(String)
- Method in class tools.
DateCalculator
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Nyzo version 522 (commit on GitHub) reworks BalanceManager to be more efficient, more robust, and easier to understand.
This version affects both the verifier and the sentinel. They both use the BalanceManager class.
In BalanceListManager, the totalQueries and totalWork fields have been eliminated. These fields provided insight into the amount of computation required to produce balance lists in the previous code. This was especially important for understanding the typical computation required for servicing incoming requests. This version eliminates derivation of balance lists due to incoming requests and places strict limits on the work required to produce balance lists for other purposes, so these fields are no longer required.
The retentionEdgeList and frozenEdgeList fields have been replaced with recentLists.
The accountSetHeight field has been removed. The new process for updating the account set is performed each time the frozen edge changes.
The balance-list map has been changed to a concurrent map to improve thread safety.
A new method, recentBalanceListForHeight(), has been added to provide balance lists for block requests. The eliminates the possibility of spikes in computational load due to such requests asking for lists that are costly to derive. This method will return a balance list if one for the specified height is already available. Otherwise, it will return null.
The balanceListForBlock() method has been simplified and limited in what balance lists it will produce. If the requested balance list is for the Genesis block or is a saved balance list near the frozen edge, the balance list is always returned. Otherwise, the balance list is only produced if the frozen-edge balance list has not been set or if the requested list is one block past the frozen edge.
The registerBalanceList() method now strictly limits the size of the balance-list map. In future versions, this limiting will be refined to keep the balance lists most likely to be used again, but the important consideration now is imposing a limit, no matter how indiscriminate, to ensure that the balance-list map does not grow unbounded.
Generation of the accountsInSystem set and updating of the frozen-edge list have been moved from this method to the updateFrozenEdge() method.
The cleanMap() method has been replaced with updateFrozenEdge(). This method still clears the map of balance lists, but it only adds the frozen-edge list back to the map. The Genesis list was unnecessary, and balance lists derived from the retention-edge list were typically too costly. The new method also generates the accountsInSystem set and pushes the frozen edge list to the recentLists queue.
You will notice that all invocations of the BlockManager.balanceListForBlock() method have changed due to removal of the StringBuilder argument. This was used at one point for debugging, but it has been unused for quite some time.
In BlockManager, the new BalanceListManager.updateFrozenEdge() method is called in the initialization method and when a block is frozen. Also, loading of the trailing-edge balance list has been removed, as the balance-list manager no longer attempts to derive balance lists behind the frozen edge.
In BlockManagerMap, the call to BalanceListManager.cleanMap() has been removed, because that method has been replaced with BalanceListManager.updateFrozenEdge().
In Transaction, BalanceManager.getFrozenEdgeList() is now used to get the frozen-edge balance list. This eliminates a nested conditional statement in the code, which is why this small change affects so many lines.
In Verifier, the rejoinCount field has been removed. It was used to track how often a node detected that it was no longer receiving messages and needed to send new node-join messages to reestablish connection to the mesh. The rejoin mechanism was replaced long ago by the continuous reconnection process that sends a small number of node-join messages after each block is frozen, and this counter has been unused since then.
A field has been added for initialization time. This will likely be added to the private version of the status response in a later version.
In BlockResponse, use of BalanceListManager.balanceListForBlock() has been replaced with BalanceListManager.recentBalanceListForHeight() to ensure that balance lists are not derived due to incoming requests.


Welcome to FLENS!
FLENS is intended as a basic C++-framework for wavelet applications for PDEs, especially for adaptive methods.
Key features of LAWA are:
-
wavelet bases for different domains
-
realizations of adaptive algorithms
-
ease of use
Consequences of the design:
-
extensibility
-
flexibility
LAWA is still in continuous development. Several parts have reached some quite stable state whereas others still underly permanent change and improvements (especially design aspects). For more detailed information look at the roadmap.
To get started with LAWA, please see the documentation which is intended as a developers guide or read about the available features.