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Use the time slider to adjust the plugin's clock. Marks on the time slider indicate changes in imagery.
http://www.google.com/search?q=SS+American+Star


Name:Jorge Jaracuaro
Abount Me: I am currently a student in Santa Ana College Majoring in Computer Scinece.
I have experience in the programing language c++ and have solved complex algorithms to code them. I also have
experince in warehouse where I have to work with a group to meet deadlines.
Education: Graduated in the year 2011 from Loring Griset Academy. Currently attending Santa Ana College and Majoring in Compter Science
expected to graduate in the year 2020.
Technical Skills: C++, Data Analysis, Problem Solving, Critical Thinking, Windows, Microsoft Word, Exel, Ability to Work Under Pressure
Teamwork, Adaptability, Creativity
Work Experience: I have 3 years of warehouse experience where a had to work in a group to meet deadlines. I also have experience in the programing language
C++.


Gimnasts end their year in spectacular fashion
Nelspruit Gymnastics Academy this weekend hosted their annual Rock & Roll dance competition, where it was obvious that coach Maré Putter takes pride in her students performing flawlessly and with precision.
by Landé WillemseEverything in gymnastics is about movement, precision and timing, and a combination of skill and freedom, both physically and mentally.
The level one to seven gymnasts also competed in their apparatus competition, of which those points were added to their dance points.
The dance competition was followed by the 2019 prize-giving where the hard-working gymnasts were rewarded for keeping it up under the strain of the year’s work.
ALSO READ: Twisty track tests skills at Noon 2 Moon
In the dance category, the gymnasts were divided into two groups. Group leaders Mieke Louw and Andeline Grobler acquitted themselves well at the task at hand, and right to the end it was a very close nail-biting performance from each group.
The judges had a very difficult time deciding on the group winner. However, there can only be one winner, and this was the Sassy But Classy group that walked away with the accolades. In the overall group in level two it was Cladine Emmenes who took the laurels.
In level three Carmen Venter was crowned the winner and in level four, first place went to Sienna Hoffman. Jasmin Muller, Isabel Prinsloo and Andeline Grobler won the levels five, six and seven respectively.
The male gymnasts competed on Thursday and performed a breathtaking group dance for their parents. Their results were as follows: level two was won by Ettienne Louw, level three by Pieter Prinsloo and level four by Bernard Calitz.


There was a time when Software Testing was considered a layman’s job with no required domain or technical skills. Anyone with basic knowledge of computers could be employed as a Tester. The work allocation for testers was also very limited. The job has gained sinificance over time. Certifications are an important add-on for someone who wishes to be a software tester. Some certifications are as follows:
Desirable Skills
Required Education
Required Skills
Data analysts must be detail-oriented, mathematically inclined, and have the ability to work independently. Proficiency with computer systems, data management concepts, and database structures are also important. Strong writing skills are also a plus, since data analysts often have to prepare written summaries, company memos, or press releases. Familiarity with a particular market or industry is also valuable.Certification
Key Skills Required
Additional Requirements
Chip designing, or Very Large Scale Integration (VLSI) design is a challenging job because of the constant innovation in process technology. In addition to its dynamic nature, as products become increasingly complex these challenges must also be overcome. At its base lies Electronics Engineering and Computer Science and like others, this industry too, is not without its lore and legend.
Technical Requirements
Development Landscape Demystified
The entire developer ecosystem can broadly be categorised into the demand side and the supply side. On the demand side, there are three kinds of entities:Educational Requirements
The people most suited for this field have a technical background. They could be:What it takes to get into System Administration
Experience is more important than anything else to get a job in system administration. Along with the degrees, Certifications seems to be lot more important while getting a job. There are several recognised certifications:


|
ViennaLS
|
This algorithm is used to extract tetrahedral volume meshes and triangle hull meshes with material numbers sorted by order of input of level sets. It should ONLY BE USED FOR VISUALIZATION because the algorithm does not guarantee manifold meshes, which should not be a problem for visualization. In order to obtain a hull triangle mesh from the outline of each material, use setExtractHull(true). More...
#include <lsWriteVisualizationMesh.hpp>
Public Member Functions | |
| lsWriteVisualizationMesh () | |
| lsWriteVisualizationMesh (lsSmartPointer< lsDomain< T, D > > levelSet) | |
| void | insertNextLevelSet (lsSmartPointer< lsDomain< T, D > > levelSet) |
| Level sets wrapping other level sets have to be inserted last. More... | |
| void | setFileName (std::string passedFileName) |
| Set the name of the file to export. For volume meshes "_volume.vtu" will be appended, for hull meshes "_hull.vtp". More... | |
| void | setExtractHullMesh (bool passedExtractHullMesh) |
| Whether to extract a hull mesh. Defaults to false. More... | |
| void | setExtractVolumeMesh (bool passedExtractVolumeMesh) |
| Whether to extract a tetra volume mesh. Defaults to true. More... | |
| void | apply () |
| lsWriteVisualizationMesh () | |
| lsWriteVisualizationMesh (lsSmartPointer< lsDomain< T, D > > levelSet) | |
| void | insertNextLevelSet (lsSmartPointer< lsDomain< T, D > > levelSet) |
| Level sets wrapping other level sets have to be inserted last. More... | |
| void | setFileName (std::string passedFileName) |
| Set the name of the file to export. For volume meshes "_volume.vtu" will be appended, for hull meshes "_hull.vtp". More... | |
| void | setExtractHullMesh (bool passedExtractHullMesh) |
| Whether to extract a hull mesh. Defaults to false. More... | |
| void | setExtractVolumeMesh (bool passedExtractVolumeMesh) |
| Whether to extract a tetra volume mesh. Defaults to true. More... | |
| void | apply () |
This algorithm is used to extract tetrahedral volume meshes and triangle hull meshes with material numbers sorted by order of input of level sets. It should ONLY BE USED FOR VISUALIZATION because the algorithm does not guarantee manifold meshes, which should not be a problem for visualization. In order to obtain a hull triangle mesh from the outline of each material, use setExtractHull(true).
|
inline |
|
inline |
|
inline |
|
inline |
|
inline |
|
inline |
|
inline |
Level sets wrapping other level sets have to be inserted last.
|
inline |
Level sets wrapping other level sets have to be inserted last.
|
inline |
Whether to extract a hull mesh. Defaults to false.
|
inline |
Whether to extract a hull mesh. Defaults to false.
|
inline |
Whether to extract a tetra volume mesh. Defaults to true.
|
inline |
Whether to extract a tetra volume mesh. Defaults to true.
|
inline |
Set the name of the file to export. For volume meshes "_volume.vtu" will be appended, for hull meshes "_hull.vtp".
|
inline |
Set the name of the file to export. For volume meshes "_volume.vtu" will be appended, for hull meshes "_hull.vtp".


Enums
The following enums are available globally.
-
Declaration
Swift
@objc public enum CallClosedReason: Int
-
Declaration
Swift
@objc public enum CallClosedSource: Int
-
Declaration
Swift
@objc public enum RoomVisibility: Int
-
Declaration
Swift
@objc public enum ImageResizeMethod: Int
-
Declaration
Swift
@objc public enum ClientConnectionState: Int
-
Declaration
Swift
@objc public enum ConnectionState: Int
-
Declaration
Swift
@objc public enum FileRefEndReason: Int
-
Declaration
Swift
@objc public enum RoomMembership: Int
-
The guest access rule of a room determines how guests are able to join the room.
See moreVersion
1.0.0Declaration
Swift
@objc public enum GuestAccessRule: Int
-
Declaration
Swift
@objc public enum HistoryVisibility: Int
-
Declaration
Swift
@objc public enum JoinRule: Int
-
Declaration
Swift
@objc public enum UserPresence: Int


Instance's static external IP (name or IP).
The disk size of instance.
The disk type of instance.
The absolute URL to a base VM image to instantiate.
The type of instance.
Specify network in which to provision VM.
Instance preemptibility.
The ID of your project to use when launching the instance.
The scopes for OAuth 2.0 to Access Google APIs. See Google Compute Engine Doc.
Specify subnetwork in which to provision VM.
Instance tags (comma-separated).
Don't create a new VM, use an existing one. This is useful when you'd like to provision Docker on a VM you created yourself, maybe because it uses create options not supported by this driver.
When this option is used during create, docker-machine uses internal rather than public NATed IPs. The flag is persistent in the sense that a machine created with it retains the IP. It's useful for managing docker machines from another machine on the same network, such as when deploying swarm.
When this option is used during create, the new VM is not assigned a
public IP address. This is useful only when the host running
docker-machine is located inside the Google Cloud infrastructure;
otherwise, docker-machine can't reach the VM to provision the Docker
daemon. The presence of this flag implies useInternalIp
.
The username to use for the instance.
The zone to launch the instance.
Generated using TypeDoc
Google Compute Engine docker-machine driver options
https://docs.docker.com/machine/drivers/gce/


Oct 2, 2016
If you are a backend engineer and work with high load environment you should be familiarized with the old Server-Side Rate Limit, mainly for security concerns. Didn’t you ever heard about Server-Side Rate Limit? It is a technique to limit the amount of requests that the server or API can handle in a defined period of time, and that limit can be set per user or not. Throttling is often used to limiting traffic on the server, mainly as a way to protect against DOS Attack.
Read More…
Sep 5, 2016
Sometime ago, I was facing a problem using MongoDB to perform heavy operations like Aggregations over a considerable amount of documents. Fortunately, most of them were repeating, like when your projects are fetching contents from database to make the same menu structure, it doesn’t change every second. We already know how is the recipe to solve that: Cache it. I was using Tornado and it’s common to use Motor to perform async database operations over MongoDB.
Read More…


Chat with {{party}}
| Message |
|---|
| @ {{msg.ts | date:'MMM d, h:mm a'}} {{msg.u}}: {{msg.msg}} |
A Couchapp tutorial and example, on how to build a secure administration dashboard + frontend web chat interface, with user/role based read/write ACLs, by using CouchDB as the only backend.
Chatty tutorial is provided by Smileupps. Access the full Couchapp tutorial, get your own Chatty free trial couchapp, explore and modify its source code with Couchapp deployment tools.


{% extends 'email/_layouts/_cta.html' %}
{% block title %}
You was mentioned in issue description
{% endblock %}
{% block greetings %}
Hi there,
{% endblock %}
{% block content %}
You was mentioned in description
{% endblock %}
{% block details %}
{{ issue_title }}
{% endblock %}


Track Suggester
Fill out the following survey for help deciding which Epicodus track to take!
Choose the option that interests you the most.
Building internal business software
Mobile app development
Making content heavy websites
Making interactive web sites
Working on the front end of web site development
Would you prefer to work in back-end or front-end programming?
Back-End
Font-End
Of the languages you've used so far wich has been you're favorite?
Do you enjoy making things function or making things pretty?
Make it work!
Make it pretty!
Choose the type of company you would like to work for.
Large company like Nike, Google or HP
Small startup company
I would like to work for my self
I just want a job
Suggest my track!


RUNAWAY BRIDE A film review by David N. Butterworth Copyright 1999 David N. Butterworth
** (out of ****)
Nine years after they first struck Hollywood gold together in "Pretty Woman," Julia Roberts and Richard Gere have teamed up again with director Garry Marshall. Whereas many will be thrilled to see the two stars back together in "Runaway Bride," some will quickly realize that the most creative aspect of the film was the decision to reunite Roberts and Gere. Everything else plays like an afterthought.
The wafer-thin plot involves "USA Today" columnist Ike Graham (Gere) hearing of a woman famous for leaving men at the altar (three to date and counting). Intrigued and desperate for copy, Ike heads on down to Hale, Maryland to interview Maggie Carpenter (Roberts), and winds up falling in love with her.
This is, after all, a romantic comedy.
Unfortunately, it's missing two critical ingredients: romance and comedy. OK, so I admit that this isn't my genre, but the comedy is trite, forced, and highly unoriginal, and as for the romance? Well... Roberts is engaging, she almost always is, but Gere is smug and full of himself. There's a scene in "Playing by Heart," an ensemble piece from earlier this year, in which Sean Connery humiliates himself by impersonating an excitable puppydog. Gere, it appears, was taking pointers.
The occasionally competent actor (or the screenwriters--probably both) goes out of his way to be cute in "Runaway Bride." Whether it's having his graying hair dyed all the colors of the rainbow, or providing whimsical voiceovers for cake decorations, or clowning around in a field like a drunken scarecrow to avoid "snakes," Gere relies on oafish physical comedy rather than witty or sophisticated dialogue. In fact, in "Runaway Bride," Gere approximates a male version of Laurie Metcalf, who used to be witty and sophisticated on "Rosanne," and is now oafish and physical on "The Norm Show." Metcalf puts in an appearance in "Runaway Bride" (as Mrs. Trout the baker) and she's about as welcome as the horribly corny songs on the soundtrack (Hall & Oates' "Maneater," for example).
Not all of the performers disappoint, however. Joan Cusack, as Maggie's friend Peggy Flemming ("not the ice skater"), nails her role delightfully, and unfortunate husband-to-be number four is given a charming na´vetÚ by Christopher Meloni. Hector Elizondo, on the other hand, who co-starred with Gere and Roberts in "Pretty Woman," seems to have followed Gere's lead in "Runaway Bride" by staying up nights studying "How To Be Full of Yourself For Dummies."
Not content with being only sporadically funny and peripherally romantic, the film takes "important" time out to make some serious asides, such as portraying Maggie's father (Paul Dooley, who if nothing else gets to show off his juggling skills) as a struggling alcoholic. All this does is dilute a plotline that is already heavily watered down. How about this for an alternative characterization: Maggie's dad is, wait for it, *not* a struggling alcoholic!
I am not such a confirmed curmudgeon that I couldn't smile from time to time, or find the relationship between Ike and Maggie appealing on some "what else is there in this picture to get excited about anyway?" level. But "Runaway Bride" is, by anyone's standards, a marketing strategy first and a cute and funny movie second, and in that regard it--like the hippie, the priest, and the aristocrat all abandoned by Maggie--should have been left at the altar.
-- David N. Butterworth<EMAIL_ADDRESS>The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Refer to Passwords and Hashes >
Pass the Hash
Many tools allow you to Pass the Hash for authentication, look for options!
psexec
smbexec
wmiexec
pth toolkit
freerdp-x11
more tools!


|
SDK
Release 1.7.5
Communications, logger, and bootloader libraries.
|
#include <ISTcpClient.h>
Public Member Functions | |
| cISTcpClient () | |
| virtual | ~cISTcpClient () |
| int | Open (const string &host, int port, int timeoutMilliseconds=IS_SOCKET_DEFAULT_TIMEOUT_MS) |
| int | Close () OVERRIDE |
| int | Read (void *data, int dataLength) OVERRIDE |
| int | Write (const void *data, int dataLength) OVERRIDE |
| void | HttpGet (const string &subUrl, const string &userAgent, const string &userName, const string &password) |
| bool | IsOpen () |
| bool | GetBlocking () |
| int | SetBlocking (bool blocking) |
| Public Member Functions inherited from cISStream | |
| cISStream () | |
| virtual | ~cISStream () |
| virtual int | Flush () |
| virtual long long | GetBytesAvailableToRead () |
Definition at line 25 of file ISTcpClient.h.
| cISTcpClient::cISTcpClient | ( | ) |
Constructor
Definition at line 217 of file ISTcpClient.cpp.
|
virtual |
Destructor
Definition at line 225 of file ISTcpClient.cpp.
|
virtual |
Close the client
Reimplemented from cISStream.
Definition at line 285 of file ISTcpClient.cpp.
|
inline |
Get whether the client socket is blocking - blocking reads do not return until the data is read or a timeout occurs. Default is false.
Definition at line 88 of file ISTcpClient.h.
| void cISTcpClient::HttpGet | ( | const string & | subUrl, |
| const string & | userAgent, | ||
| const string & | userName, | ||
| const string & | password | ||
| ) |
Send a GET http request to a url. You must then call Read to get the response. SSL is NOT supported.
| subUrl | the url to request, i.e. index.html or pages/page1.txt, etc. |
| userAgent | the user agent to send |
| userName | optional user name (basic authentication) |
| password | optional password (basic authentication) |
Definition at line 310 of file ISTcpClient.cpp.
|
inline |
Get whether the connection is open
Definition at line 82 of file ISTcpClient.h.
| int cISTcpClient::Open | ( | const string & | host, |
| int | port, | ||
| int | timeoutMilliseconds = IS_SOCKET_DEFAULT_TIMEOUT_MS |
||
| ) |
Closes, then opens a tcp client
| host | the host or ip address to connect to |
| port | the port to connect to on the host |
| timeoutMilliseconds | the max milliseconds to wait for a successful connection before aborting |
Definition at line 231 of file ISTcpClient.cpp.
|
virtual |
Read data from the client
| data | the buffer to read data into |
| dataLength | the number of bytes available in data |
Reimplemented from cISStream.
Definition at line 290 of file ISTcpClient.cpp.
| int cISTcpClient::SetBlocking | ( | bool | blocking | ) |
Sets whether the client socket is blocking. Default is false.
Definition at line 323 of file ISTcpClient.cpp.
|
virtual |
Write data to the client
| data | the data to write |
| dataLength | the number of bytes to write |
Reimplemented from cISStream.
Definition at line 300 of file ISTcpClient.cpp.


Alien: Isolation Release Date Confirmed For Nintendo Switch
Not long to wait now...
by Damien McFerranUpdate (Thu 21st Nov, 2019 11:30 GMT): Alien's Isolation's release date has been confirmed for 5th December 2019.
Original Story (Thu 31st Oct, 2019 16:20 GMT:) Given all of the amazing games we've had this year on Switch, it's easy to forget that the superb Alien: Isolation is still on its way in 2019 – but thankfully, Feral Interactive has released a timely gameplay trailer to remind us all to get very excited.
The trailer – which is all captured on the Switch – also confirms that the Nintendo version will come with all seven DLCs packs released for the game, including a mission where you get to play as Ellen Ripley’s onboard the USCSS Nostromo, reliving the events of the 1979 horror film which kicked off the Alien franchise.
We still don't have a solid release date as yet, but Alien: Isolation will be worth the wait.


Index
All Classes|All Packages
G
- GenerateCustomNodes - Class in sample
-
This class generates randomized nodes
- GenerateCustomNodes() - Constructor for class sample.GenerateCustomNodes
- GenerateCustomNodes(int, int[]) - Static method in class sample.GenerateCustomNodes
- GenerateRandomNodes - Class in sample
-
This class generates randomized nodes
- GenerateRandomNodes() - Constructor for class sample.GenerateRandomNodes
- GenerateRandomNodes(int) - Static method in class sample.GenerateRandomNodes
- getAdjacentNodes() - Method in class sample.GraphNode
-
This method returns the adjacent node list of a specific node
- getAdjGraphNode() - Method in class sample.AdjacentNode
- getButton() - Method in class sample.PromptWindow
- getDisplayPane() - Method in class sample.Graph
-
This method returns the whole pane that holds the graph
- getEdge() - Method in class sample.AdjacentNode
- getGraphNodeList() - Method in class sample.Graph
-
This method returns all the node in the graph
- getNode() - Method in class sample.GraphNode
-
This method returns the circle
- getNode() - Method in class sample.SearchNode
- getNode(int) - Method in class sample.Graph
-
This method returns the i-th node in graph
- getTextField() - Method in class sample.PromptWindow
- getTextLabel() - Method in class sample.PromptWindow
- getValue() - Method in class sample.Node
- getWindowStage() - Method in class sample.PromptWindow
- Graph - Class in sample
-
This class holds all the nodes
- Graph(Pane) - Constructor for class sample.Graph
-
This default constructor is called from the Menu Page Controller class
- Graph(Pane, int) - Constructor for class sample.Graph
-
This constructor is called from the default constructor
- GraphNode - Class in sample
-
This class creates node
- GraphNode(int) - Constructor for class sample.GraphNode
-
This default constructor initializes the nodes
- GraphNode(int, double, double, double, Pane) - Constructor for class sample.GraphNode
-
This constructor initializes the nodes
- GraphNode(int, Circle) - Constructor for class sample.GraphNode
-
This constructor sets the node id, adjacent node lists and the circle node
- GraphNode(int, Circle, Pane) - Constructor for class sample.GraphNode
-
This method displays the node in the display pane
- GraphSourceCodeWindowController - Class in sample
-
This class includes the source code for graph traversal
- GraphSourceCodeWindowController() - Constructor for class sample.GraphSourceCodeWindowController
All Classes|All Packages


---
layout: post
title: Geen komkommertijd
date: '2013-08-13T17:00:52+02:00'
categories:
- Sketchbooks
- Ello Mobile
- Illustration
picture_url: https://film-Storyboards.tumblr.com/post/58183594866/last-week-i-was-asked-to-illustrate-an-interesting
---
Last week I was asked to illustrate an interesting Flemish expression for Ello Mobile: “geen komkommertijd in Ello-land! beet van de naald”
I didn’t quite know what it could mean, but it turns out that:
We talk about cucumbers when there is not much real news. Mostly in holiday periods when politicians and others are on holiday. So it means that we have some real and important news for Ello. A drawing with the rabbit and some cucumbers would do just fine.
So I did a few proposals - I guess they picked the easiest one. I’m definitely looking forward for more weird Flemish expressions and sayings to draw.


Calls are generated from the Reddit API documentation. Undocumented endpoints are supported as well.
All calls follow the reddit API directly. To use the endpoint GET /api/v1/me
, call:
var promise = reddit('/api/v1/me').get();
See the basic usage section of the documentation for more information on how to call endpoints with parameters and url parameters.
Snoocore uses promises!
npm install snoocore
|| bower install snoocore
The same syntax can be used in node and in browser based JavaScript. There are a few limitations & restrictions for browser based environments covered in the documentation.
Both OAuth and Cookie based logins are supported.
Rate limiting is built into snoocore but can be adjusted or removed all together in the configuration settings.


Back to Tips
Mello-Roos
In purchasing your new home, your future monthly payments will be made
up of principal, interest, real property taxes, and insurance. But what
is the tax for the Community Facilities District, otherwise known as a
Mello-Roos District? The Land Title Association (LTA) has answered some
of the most commonly asked questions about the Mello-Roos Community
Facilities Act.
What is a Mello-Roos District?
A Mello-Roos District is an area where a special tax is imposed on those
real property owners within a Community Facilities District. This
district has chosen to seek public financing through the sale of bonds
for the purpose of financing certain public improvements and services.
These services may include streets, water, sewage and drainage,
electricity, infrastructure, schools, parks and police protection to
newly developing areas. The tax you pay is used to make the payments of
principal and interest on the bonds.
Are the assessments included within the Proposition 13 tax limits?
No. The passage of Proposition 13 in 1978 severely restricted local
government in its ability to finance public capital facilities and
services by increasing real property taxes. The “Mello-Roos Community
Facilities Act of 1982” provided local government with an additional
financing tool. The Proposition 13 tax limits are on the value of the
real property, while Mello-Roos taxes are equally and uniformly applied
to all properties.
What are my Mello-Roos taxes paying for?
Your taxes may be paying for both services and facilities. The services
may be financed only to the extent of new growth, and services include:
Police protection, fire protection, ambulance and paramedic services,
recreation program services, library services, the operation and
maintenance of parks, parkways and open space, museums, cultural
facilities, flood and storm protection, and services for the removal of
any threatening hazardous substance. Facilities which may be financed
under the Act include: Property with an estimated useful life of five
years or longer, parks, recreation facilities, parkway facilities,
open-space facilities, elementary and secondary school sites and
structures, libraries, child care facilities, natural gas pipeline
facilities, telephone lines, facilities to transmit and distribute
electrical energy, cable television lines, and others.
When do I pay these taxes?
By purchasing an interest in a subdivision within a Community Facilities
District you can expect to be assessed for a Mello-Roos tax which will
typically be collected with your general property tax bill. These
special tax payments are subject to the same penalties that apply to
regular property taxes.
How long does the tax stay in effect?
The tax will stay in effect until the principal and interest on the
bonds are paid off along with any reasonable administrative costs
incurred in collecting the special tax or so long as it is needed to pay
the expenses of services, but in no case shall exceed 40 years.
What happens if a general tax payment is not made on time?
Because the Mello-Roos tax is typically collected with your general
property tax bill, the Facilities District that obtained the lien may
withdraw the assessment from the tax roll and commence judicial
foreclosure.
What is the basis for the tax?
Most special taxes levied on properties within these districts have been
structured on the basis of density of development, square footage of
construction, or flat acreage charges. The act, however, allows for
considerable flexibility in the method of apportionment of taxes, and
the local agencies may have established an entirely different method of
levying the special tax against property in the district in question.
How much will the Mello-Roos payment be?
The amount of tax may vary from year-to-year, but may not exceed the
maximum amount specified when the district was created. In the case of
the purchase of a new house within a subdivision, the maximum amount of
the tax will be specified in the public report. The Resolution of
Formation must specify the rate, method of apportionment, and manner of
collection of the special tax in sufficient detail to allow each
landowner or resident within the proposed district to estimate the
maximum amount that he or she will have to pay.
How is the special tax reflected on the real property records?
The special tax is a lien on your property, essentially like a regular
tax lien. The lien is recorded as a “Notice of Special Tax Lien” which
is a continuing lien to secure each levy of the special tax.
How are Mello-Roos taxes affected when the property is sold?
The Mello-Roos tax is assessed against the land, but is not based upon
the value of the property, therefore, the possible increased value of
the property does not affect the amount of the tax when property is
sold. The amount of the tax may not exceed the original maximum amount
stated in the Resolution of Formation. Any delinquent payments must be
satisfied before the sale of the real property since the unpaid amounts
are a lien against the property.
Back to Tips


This is an example of Express in Typescript and Docker MongoDB debug is true by default, to turn it off, set DEBUG_MONGO=false in .env or your system's environment file
https://app.swaggerhub.com/apis/keithics/rdc/6bc3035a-2877-4a97-8d69-64fcbb6b3dc7#/
If you want to run the code without docker, just run the commands below.
Make sure to edit the .env
file
For docker, you need to update the environment settings in the docker-compose.yml
.
docker-compose.yml
will override .env
settings
Simply run
$ npm install
or via Yarn.
$ yarn
$ npm run dev
Type rs
inside the terminal to manually restart the app.
more information ts-node-dev
$ npm run lint
$ npm run test
Please check the documentation folder
To update the documentation, just run
$ npm run doc
$ docker-compose up
$ npm run docker-compose
1. Tests
2. Generate documentation
3. Open API
MIT License
Copyright (c) 2021 Keith Levi Lumanog
Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions:
The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.
 IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.
Generated using TypeDoc


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For demonstration's sake, take a situation in which you want to reveal whether a person is aware of a certain date. For example, someone is suspected to be concealing the knowledge of an upcoming terrorist attack on May 9. In this case, five different,
additional dates should be chosen randomly. For example, June 14, December 5, August 25, February 12, and March 29. From among these, one should be chosen randomly as target, for example, August 25. These should be filled in accordingly
on the starting page. Probe: MAY 09, Target: AUG 25, and the remaining four dates as Irrelevants. (Note that only the first three letters of the month are displayed, so that the length of the item texts would be the same. Shorter text may result in faster responses, which would introduce a bias.) The Experiment title may be "detect_relevant_date". The Subject ID could be "suspect_01".
All these data can be filled in automatically for a demonstration using the following button:
If you would like to do a pilot test to see that the method truly detects a relevant detail, one good way is to enter your own personal name (e.g. family name) and, as target and irrelevants, enter other, randomly chosen names. If you then complete the test in the enhanced version with, say, two blocks, it is very likely that you will be detected. (Personal names are typically highly personally relevant, and thus appear highly salient in the task.) For a control test, to show a no effect (simulating innocence), you may enter random names for all items, including probe, target, and irrelevants. Note that, in this case, the person tested should not know which item is the probe item! The mere knowledge of the relevance of this item (as the probe to be tested) can cause different responding. Thus, first the start page should be completed and the test started (by clicking the START TEST button) without the examinee seeing these details.
For the detailed mechanism of the task, as well as for how to use it (and test it programmatically), see the documentation.
Task instructions
If you make a wrong response or you are too slow to respond, a red "WRONG" or "TOO SLOW" appears below the word. You cannot correct this: the next item appears automatically.
Click on OK if you understood. You can always check these instructions again during the pauses in the task.
To make sure you correctly memorized the target detail please write it below.
TOO SLOW
WRONG
Press the space bar to begin.
This is the end of the test. You can let the test administrator know that you finished. Please do not close anything!
Results
The full data from the completed test can be downloaded as a txt file using the Download file button. The Copy to clipboard button may also be used to copy the entire data text to the system clipboard, after which
it is possible to paste it into any text editor and save it. (The data is actually automatically copied to the clipboard when changing to this screen; the button serves only in case the clipboard content is lost.) Finally, the
Start new test button may be used to return to the starting page of this application with all initial settings preserved. Note: the test data should be saved first, otherwise it will be lost.
Individual results are influenced by many factors, and so far there is no established way of making a "guilty" or "innocent" classification based on a single test. Still, an individual dCIT effect size may be
calculated, which gives basis for an approximate preliminary evalution.
For further details and information, see the documentation.


vptovf - convert virtual property lists to virtual font metrics
vptovf
vpl_name [ \fB.vpl\fP ]
This manual page is not meant to be exhaustive. The complete documentation for this version of *(TX can be found in the info file or manual Web2C: A TeX implementation .
The vptovf program translates a (human-oriented) property list file to a pair of (program-oriented) files in the VF (virtual font) and TFM (*(TX font metric) formats. Thus, a virtual font file can be edited and its exact contents can be displayed mnemonically. New virtual fonts, which map characters as seen by *(TX into an arbitrary sequence of low-level typesetting operations, can also be created in this way.
All three filenames, vpl_name , vf_name , and tfm_name , are extended with the appropriate suffix, if they lack one.
Without the -verbose option, vptovf operates silently. With it, a banner and progress report are printed on stdout .
pltotf (1), tftopl (1), vftovp (1).
Donald E. Knuth wrote the program, based in part on an idea of David Fuchs, starting with the code for pltotf (1).Karl Berry adapted it for compilation with web2c .


In our scenario, a change was made to the network configuration. You've started to receive alerts informing you that virtual machines in the back-end pool aren't responding to health probes. Now you need to diagnose the cause of these failures and fix them.
In this exercise, you'll use a script to reconfigure the environment and cause health probe failures. You'll use the skills learned in this module to return the load-balanced HTTP service back to full operation.
In Azure Cloud Shell, set the resource group name.
export RESOURCEGROUP=learn-ts-loadbalancer-rg
Go to the src/scripts folder.
cd ~/load-balancer/src/scripts
Run the following command to reconfigure the load balancer, network, and virtual machines. This script introduces some problems that you'll later diagnose and correct.
bash reconfigure.sh
Run the following commands to move to the src/stresstest folder.
cd ~/load-balancer/src/stresstest
Run the stress test again where you replace <ip address> with the IP address of the load balancer. If you can't remember this address, run the src/scripts/findip.sh script again.
dotnet run <ip address>
This time, the app won't generate any output and might eventually time out with the message "Error sending request to Load Balancer: The operation was canceled." Press Enter to stop the application.
In the Azure portal, select Dashboard > dashboard-learn-ts-loadbalancer.
Review the dashboard that shows the health probe status and data path availability. You might need to change the time range to the past 30 minutes. It should look like the following chart, with both metrics dropped to zero.
This chart shows that the virtual machines aren't responding to health probe requests from the load balancer. So they've been marked as unhealthy. There's no data path available between a client and the application running on these virtual machines.
The first step is to check that the virtual machines are running. Let's resolve issues one virtual machine at a time. So let's look at appretailvm1 first. You'll examine appretailvm2 later.
You can't ping the appretailvm1 or appretailvm2 virtual machines directly because they have private addresses that are only available to other virtual machines on the same subnet. First you connect to the jump box, which has a public IP address and is in the same subnet. Then you can ping the virtual machines from there.
Return to Cloud Shell.
Run the following commands to get the IP address of the jump box virtual machine.
bash ~/load-balancer/src/scripts/jumpboxip.sh
Run the following command to get the password that you created when you ran the initial setup script. Copy this password for the next step.
cd ~/load-balancer/src/scripts
cat passwd.txt
Sign in to the jump box. Replace azureuser if you used a different user name.
ssh azureuser@<jumpbox ip address>
On the jump box, run the following command to test whether the retailappvm1 virtual machine is running.
ping retailappvm1 -c 10
The retailappvm1 virtual machine should respond, indicating that it's running. The next step is to establish whether the web app is running on this virtual machine.
Run the following command to send an HTTP GET request to the retailappvm1 virtual machine.
curl -v http://retailappvm1
Again, this command should be successful.
The retailappvm1 virtual machine is up, and the application is running on that virtual machine. There must be a problem between the load balancer and the virtual machines in the back-end pool.
In the Azure portal, search for Monitor.
On the Monitor - Overview page, select Service Health.
Select Resource Health.
In the Resource type box, select Load balancer. In the list of resources, select retailapplb.
Wait a few minutes for the load balancer health to be evaluated.
Under Health history, expand the topmost event and review the recommended steps. These steps suggest checking the VIP (routing rule) and DIP (health probe) endpoints in the load balancer.
Go to the resource group learn-ts-loadbalancer-rg, and select retailapplb.
Select Load balancing rules > retailapprule. This rule receives Tcp traffic on port 80 of the front-end IP address, and sends it to port 80 on the selected virtual machine in the back-end pool. This configuration appears to be correct, although the port used by the health probe looks suspicious. It's currently set to port 85.
Close the retailapprule page.
Select Health probes > retailapphealthprobe.
Change the Port from 85 back to 80, and then select Save.
Wait a few minutes.
Select Dashboard in the menu on the left of the Azure portal.
On the dashboard, select the chart showing the Health Probe Status and Data Path Availability metrics. The Data Path Availability metric should rise to 100, but the Health Probe Status metric will hover around 50. There's now a path available from the load balancer to at least one virtual machine, but only 50 percent of the virtual machines are showing as healthy.
Select the chart to go to the metrics page for Load Balancer. This page enables you to refresh the chart and zoom in on a specific time period.
In Cloud Shell, run the following command to leave the jump box.
exit
Run the stress test application again by using the load balancer's IP address.
cd ~/load-balancer/src/stresstest
dotnet run <ip address>
As before, the test still fails. There's now a path from the load balancer to at least one virtual machine, but this path doesn't work from a client running outside of the virtual network. Select Enter to stop the stress test app.
The problem might be caused by a network security rule blocking external traffic.
In the Azure portal, go to the resource group learn-ts-loadbalancer-rg.
Select the retailappnsg network security group. This security group determines which traffic is allowed through the virtual network.
Select Inbound security rules. Although there's a rule that allows incoming traffic from the load balancer running in the virtual network, there's no rule that permits traffic originating from outside the virtual network through port 80.
Select + Add.
Enter the following settings, and then select Add.
In Cloud Shell, run the stress test application again by using the load balancer's IP address.
cd ~/load-balancer/src/stresstest
dotnet run <ip address>
The application now runs, but you only get a response from the retailappvm1 virtual machine. Allow the application to run for two or three minutes. Select Enter to stop it.
In the Azure portal, go to the dashboard.
Select the chart for the average Packet Count metric. Note the peak value for the latest run of the stress test application. This value should be at least double that of the value recorded earlier when both virtual machines were available. Although you now have a functioning system, you're in danger of overloading the working virtual machine.
It seems that the appretailvm2 virtual machine might not be handling requests properly. You need to check whether this virtual machine is up and whether Load Balancer can connect to it.
In Cloud Shell, sign in to the jump box again.
ssh azureuser@<jump box ip address>
Try to ping the appretailvm2 virtual machine.
ping retailappvm2 -c 10
The virtual machine fails to respond, and the ping command reports 100 percent packet loss. Either the retailappvm2 virtual machine isn't running or there's a network problem.
In the Azure portal, go to the resource group learn-ts-loadbalancer-rg.
Select the retailappvm2 virtual machine.
The Overview page shows that the virtual machine has stopped. Select Start, and wait for the machine to begin running.
Return to Cloud Shell connected to the jump box, and repeat the ping command.
ping retailappvm2 -c 10
This time, the ping operations should succeed.
Test whether the application running on the retailappvm2 virtual machine responds.
wget retailappvm2
This command times out. Either the application isn't running or there might be a network issue. Select Ctrl+C to stop the command.
On the jump box, sign in to the retailappvm2 virtual machine. When prompted, enter the same password that you specified earlier.
ssh azureuser@retailappvm2
Run the following command to test the application on this virtual machine.
wget retailappvm2
The command should be successful and create the file index.html, which contains the response.
Examine this index.html file.
cat index.html
The file should contain the message retailappvm2 and show that this virtual machine responded as expected.
Close the connection to the retailappvm2 virtual machine.
exit
Close the connection to the jump box.
exit
The retailappvm2 virtual machine is up and the app is running, but you can't connect to the app from outside the virtual machine. This issue suggests a network problem.
In the Azure portal, go to the resource group learn-ts-loadbalancer-rg.
Select the retailappnicvm2nsg network security group.
Select Inbound security rules.
The network security group has an inbound rule that blocks all outside traffic using the TCP protocol. This rule has a priority number lower than the rule (which opens port 80), so it takes precedence.
Select the retailappvnetnsgrulevm2denyall rule, change the priority to 300, and then select Save.
Wait two minutes, and then go to the Dashboard.
Select the chart that shows the Health Probe Status metric. The value of this metric should rise to 100. You might need to refresh the chart a few times.
Switch to Cloud Shell, and run the stresstest application again by using the load balancer's IP address.
cd ~/load-balancer/src/stresstest
dotnet run <ip address>
You should now see messages from retailappvm1 and retailappvm2. You have restored full connectivity to the system.
Press Enter to stop the application.
At the start of this exercise, you saw that the virtual machines weren't responding to health probe requests from the load balancer. You discovered and resolved a combination of probing and data path issues:
You returned the load-balanced HTTP service back to full operation.


I have been working as a DevOps inside Online Store team and dealing with process management, tooling migration/maintenance and building automation in general. More details will come after some time.
Due to the fact that I was a scholar of Turkish government during my graduate study at CMU, I had to fulfill a service in return after finishing my program. This fulfillment was assigned to me as a service at a university. Therefore, I was a research assistant at Computer & Instructional Technology department in Faculty of Education at Rize University.
I contributed to many daily tasks and implemented some automation scripts to overcome these. These tasks included planning, scheduling and organizing midterm and final exam sessions in the faculty for a given limited time and resource like classrooms and staff. I developed a web application which had a scheduling logic built with Laravel framework as a proof of concept but the project was not funded.
In addition, I developed a cross-platform mobile application for an international symposium held at the university. Apart from these, I was also a teaching assistant in several classes such as Introduction to Programming, DBMS and Hands On: Google Services
I was a research assistant at NASA Ames Research projects when I was studying at CMU. While developing a plugin for a simulation tool, I also completed my practicum project with NASA apart from my assistantship.
TBD
I was a part of DevOps team during my internship and initiated an auditing tool for auditing production cloud configurations. As the lord commander of the project, knowing nothing, I successfully finished the initial version of the project, Night's Watch.
As an outsource developer, I participated in developing enterprise applications for telecommunication and banking companies. The two projects I was involved in during my work were Turkcell Mobile Sales Force Automation (MSFA) and Enterprise Brokerage System (EBS).


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EOF Gap-Filling Accessory Modules Documentation¶
Library of functions for processing HABs satellite data
- Description:
- This module library supports the processing of satellite data for Phase 2 of NASA grant #NNX14AC42G, “Merging Satellite and Numerical Model Data in the California Current to Create Continuous Imagery and Forecasts of Harmful Algal Blooms.”
- Python module dependencies
- netCDF4
- numpy
- pdb
- os
- datetime
- time
- scipy
- subprocess
- glob
- math
- paramiko
- sys
- Creator
- Dale Robinson, CoastWatch WCRN
- History
- Most functions modified Nov. 2015 from functions by Fred Barr (CeNCOOS)Modified for new (mini) server March 2016Added Sphinx documentation April 2016
- Development software versions
- Mac OSX, version 10.11.3
- Python 2.7.11 :: Anaconda 2.4.0
-
habs_lib_prenowcast.
get_satfiles_list
(L3_DIR, sftpURL, dmzDest)¶ Function to generate list of fiules to process
- Description:
- Makes a list of satellite files on thredds1 that meet the search criteria and compares it to the list of files already created from the satellite files on thredds1. Returns a list of files that have not been processed.
- Usage:
- get_satfiles_list(L3_DIR, sftpURL, dmzDest)
- Args:
- L3_DIR (str):
- sftpURL (str): URL to thredds1
- dmzDest (str): thredds1 directory containing
- Returns:
- raw_filelist (list of str): list of files that have not been processed
-
habs_lib_prenowcast.
get_bands_4
(model_lat, model_lon, modelmask, dataDir, dineofWorkDir, now)¶ Function to aggregates satellite data
- Description:
- The function aggregates L3 chl, r488 and r555 band data from now and back 180 days into a single netCDF3 file along with a land mask. It handles newer netCDF and older hdf input files.
- Usage:
- get_bands_4(model_lat, model_lon, modelmask, dataDir, dineofWorkDir, now)
- Args:
- model_lat (vector): Lats from the ROMS model
- model_lon (vector): Lons from the ROMS model
- modelmask (array): Land mask from the ROMS model
- dataDir (str): Dir where L# band files are stored
- dineofWorkDir(str): Output directory
- now (date object):
- Returns:
- bool: True if successful
-
habs_lib_prenowcast.
getfilelist
(dataDir, now)¶ Function to list required files for processing
- Description:
- The function list L3 band files in the data dir and then filters on the file name to select files going back 180 days from “now”. Selected file names are sorted into separate arrays for r488nm, r555nm and chl. The arrays are returned to the calling function.
- Usage:
- getfilelist(dataDir,now)
- Args:
- dataDir (str): dir where L3 band files are stored
- now (date object): date of most recent file
- Changes:
- This function eliminates returning the sequence info on the matrices. The sequence info is still generated in the function but are not used.
- Returns:
- myfiles488: Array of 180 days of r488nm band L3 file names
- myfiles555: Array of 180 days of r555nm band L3 file names
- myfileschl: Array of 180 days of chlorophyll band L3 file names
-
habs_lib_prenowcast.
meanVar
(mean, num, obs)¶ Function to generate multi-day 2D data composites
- Description:
- Generalized mean variance function to create a multi-day 2D data composite
- Usage:
- meanVar(mean, num, obs)
- Args:
- mean (2D array): running mean
- num (2D array): count of number of observations arraygoing into each cell of the mean
- obs (2D array): new data to add to the mean array
-
habs_lib_prenowcast.
genmask
(lon, lat, model_lon, model_lat, modelmask)¶ Function to generate a land mask
- Description:
- Creates the land mask for at MODIS full (1 km) resolution
- Usage:
- genmask(lon, lat, model_lon, model_lat, modelmask)
- Args:
- lon (1D array): longitude vector at full resoultion for MODIS
- lat (1D array): latitude vector at full resoultion for MODIS
- model_lon (1D array): longitude vector at ROMS resoultion
- model_lat (1D array): latitude vector at ROMS resoultion
- modelmask (2D array): land mask for the model data
- Returns:
- satmask: the land mask for at MODIS full (1 km) resolution
-
habs_lib_prenowcast.
generalncwrite2
(data, mytime, lat, lon, mean, mask, var, iapp, dineofWorkDir)¶ File writing function
- Description:
- Write out netCDF file containing satellite data to feed to DINEOF.
- Usage:
- generalncwrite2(data, mytime, lat, lon, mean, mask, var, iapp, dineofWorkDir)
- Outputs
- NetCDF3 file
- Output variables
- chla (3D array): chlorophyll data (latitude, longitude, time):
- r488 (3D array): rf488 nm data (latitude, longitude, time)
- r555 (3D array): rf555 nm data (latitude, longitude, time)
- mask (2D array): land mask (latitude, longitude)
- latitude (1D array)
- longitude (1D array)
- time (1D array)
-
habs_lib_prenowcast.
geteofdata
(var, datDir)¶ Function to load EOF data from a netCDF3 file into memory
- Description:
- Load data from first EOF data file
- Usage:
- geteofdata(var, datDir)
- Args:
- var (int): integer the indicates whcih var to load
- datDir (str): directory where the EOF data files are stored
- Returns:
- time (1D array): time for each lat lon 2D array in data
- longitude (1D array): longitude vector
- latitude (1D array): latitude vector
- data (3D array): data array (time, latitude, longitude)
-
habs_lib_prenowcast.
downsample
(data, xorig, yorig, xnew, ynew)¶ Function to downsample satellite data to a lower resolution
- Description:
- Downsample EOF data from Modis full resolution to ROMS resolution
- Usage:
- downsample(data, xorig, yorig, xnew, ynew)
- Args:
- data (3D array):
- xorig (1D array): longitude vector at full MODIS resolution
- yorig (1D array): latitude vector at full MODIS resolution
- xnew (1D array): longitude vector at ROMS resolution
- ynew (1D array): latitude vector at ROMS resolution
- Returns:
- newdata: the downsampled data
-
habs_lib_prenowcast.
write_filled_nc
(chldata, f488data, f555data, mytime, mylat, mylon, mymask, dineofWorkDir)¶ File writing function
- Description:
- The function writes the final netCDF file that will be passed to S4 for processing.
- Usage:
- write_filled_nc(chldata, f488data, f555data, mytime, mylat, mylon,
- mymask, dineofWorkDir):
- Args:
- chldata (3D array)
- f488data (3D array)
- f555data (3D array)
- mytime (vector): Days of data in 3D arrays
- mylat (vector): Latitudes
- mylon (vector): Latitudes
- mymask (2D array): Land mask
- dineofWorkDir (str): Output directory
- Returns:
- none
- Outputs
- NetCDF4 file
- Output variables
- chla_filled (latitude, longitude, time)
- r488_filled (latitude, longitude, time)
- r555_filled (latitude, longitude, time)
- mask (latitude, longitude)
- latitude
- longitude
- time


6.14. Using the Preprocessor for DebuggingIn Section 2.9.2 (p. 71) we learned how to use preprocessor variables to prevent header files being included more than once. C++ programmers sometimes use a technique similar to header guards to conditionally execute debugging code. The idea is that the program will contain debugging code that is executed only while the program is being developed. When the application is completed and ready to ship, the debugging code is turned off. We can write conditional debugging code using the NDEBUG preprocessor variable: int main() { #ifndef NDEBUG cerr << "starting main" << endl; #endif // ... If NDEBUG is not defined, then the program writes the message to cerr. If NDEBUG is defined, then the program executes without ever passing through the code between the #ifndef and the #endif. By default, NDEBUG is not defined, meaning that by default, the code inside the #ifndef and #endif is processed. When the program is being developed, we leave NDEBUG undefined so that the debugging statements are executed. When the program is built for delivery to customers, these debugging statements can be (effectively) removed by defining the NDEBUG preprocessor variable. Most compilers provide a command line option that defines NDEBUG: $ CC -DNDEBUG main.C has the same effect as writing #define NDEBUG at the beginning of main.C. The preprocessor defines four other constants that can be useful in debugging:
We might use these constants to report additional information in error messages: if (word.size() < threshold) cerr << "Error: " << _ _FILE_ _ << " : line " << _ _LINE_ _ << endl << " Compiled on " << _ _DATE_ _ << " at " << _ _TIME_ _ << endl << " Word read was " << word << ": Length too short" << endl; If we give this program a string that is shorter than the tHReshold, then the following error message will be generated: Error: wdebug.cc : line 21 Compiled on Jan 12 2005 at 19:44:40 Word read was "foo": Length too short Another common debugging technique uses the NDEBUG preprocessor variable and the assert preprocessor macro. The assert macro is defined in the cassert header, which we must include in any file that uses assert. A preprocessor macro acts something like a function call. The assert macro takes a single expression, which it uses as a condition:
assert(expr)
As long as NDEBUG is not defined, the assert macro evaluates the condtion and if the result is false, then assert writes a message and terminates the program. If the expression has a nonzero (e.g., true) value, then assert does nothing. Unlike exceptions, which deal with errors that a program expects might happen in production, programmers use assert to test conditions that "cannot happen." For example, a program that does some manipulation of input text might know that all words it is given are always longer than a threshold. That program might contain a statement such as: assert(word.size() > threshold); During testing the assert has the effect of verifying that the data are always of the expected size. Once development and test are complete, the program is built and NDEBUG is defined. In production code, assert does nothing, so there is no run-time cost. Of course, there is also no run-time check. assert should be used only to verify things that truly should not be possible. It can be useful as an aid in getting a program debugged but should not be used to substitute for run-time logic checks or error checking that the program should be doing.
|


OBJECTIVES
To obtain a position in this company and work with my fullest potential where I can give the most of my knowledge and strength to provide best service to people.
SEUPON, DANIELLE O.
Sitio Loob Silangan
Maitim 1st, Amadeo Cavite
(+639) 06 198 4337
dseupon<EMAIL_ADDRESS>EDUCATIONAL BACKGROUND:
Cavite State University Silang-Campus
Biga-1, Silang Cavite
S.Y 2015 up to Present
Tagaytay City Institute
Buho Amadeo, Cavite
ABILITIES
Good English Communication skills
Good listener
Ability to handle stress effectively
Ability to manage time properly
COMPUTER SKILLS
Proficient and knowledge in most computer program like Microsoft program
Good typing skills
CHARACTER REFERRENCE
Mrs. Toni Mae Lamigo
(+639) 99 187 9432
Mrs. Luzviminda Magsino
(+639) 22 349 3660


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To start the tests click Start. Each test is run in order (downloaded from the server).
Tests are run for based on the given number of iterations (specified below), and the time is recorded.
Note:The Test Script may slow the browser down occasionally.


P.O.E.T is a simple AI system for generating sub-par love poetry The AI can either generate a poem for you or help you in crafting the perfect work yourself. Current pages available on this web application:


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You're absolutely terrible at math. You don't understand what the need for math is if you have a computer. So... As a result, you have failed your math test.
If you create a program to automatically grade the math tests, she will give you an A in the class. It's quite a fair trade, so you'll do your best to accomplish this.
You're very fortunate that tests are only over addition and subtraction, and maybe sometimes multiplication. The questions are always in the format of A OP B = C, where A and B are integers and OP is either '+', '-', or '*'. Determine the percentage of answers provided, C, are correct.
The first line of input will contain a single integer T, the number of test cases you have
The first line of each test case contains an integer N, the number of questions on the test.
The following N lines have each question of the test which is in the format shown in the description.
1 ≤ T ≤ 10
1 ≤ N ≤ 1000
1 ≤ A ≤ 100
1 ≤ B ≤ 100
For each test case, print the percentage of correct answers on the test rounded to the nearest integer.
2 3 1 + 2 = 3 2 - 1 = 1 4 * 2 = 12 4 1 + 1 = 2 2 + 2 = 4 2 * 2 = 4 3 - 4 = -1
67% 100%


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public interface LSA
This interface models an LSA: Live Semantic Annotation.
An LSA is the basic chunk of information that an agent can inject, update, remove, read or observe in an LSASpace. It is identified in a SAPERE ecosystem by a so called LSA-id and is composed by a SemanticDescription.
This entity is intended to be:
| Method Summary | |
|---|---|
void |
accept(LSAVisitor visitor)
Pattern VISITOR. |
LSA |
clone()
Clones this entity. |
LSAid |
getLSAId()
Retrieves the unique identifier of this LSA in the SAPERE ecosystem scope. |
SemanticDescription |
getSemanticDescription()
Retrieves the SemanticDescription contained in the LSA. |
| Method Detail |
|---|
LSAid getLSAId()
Retrieves the unique identifier of this LSA in the SAPERE ecosystem scope.
SemanticDescription getSemanticDescription()
Retrieves the SemanticDescription contained in the LSA.
LSA clone()
Clones this entity.
void accept(LSAVisitor visitor)
Pattern VISITOR.
visitor
- The visitor
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public final class DirectCandidateGeneratorBuilder extends java.lang.Object implements PhraseSuggestionBuilder.CandidateGenerator
Writeable.Reader<V>, Writeable.Writer<V>
ToXContent.DelegatingMapParams, ToXContent.MapParams, ToXContent.Params
| 限定符和类型 | 字段和说明 |
|---|---|
static ParseField |
ACCURACY_FIELD |
static ParseField |
DIRECT_GENERATOR_FIELD |
static ParseField |
FIELDNAME_FIELD |
static ParseField |
MAX_EDITS_FIELD |
static ParseField |
MAX_INSPECTIONS_FIELD |
static ParseField |
MAX_TERM_FREQ_FIELD |
static ParseField |
MIN_DOC_FREQ_FIELD |
static ParseField |
MIN_WORD_LENGTH_FIELD |
static ConstructingObjectParser<DirectCandidateGeneratorBuilder,java.lang.Void> |
PARSER |
static ParseField |
POSTFILTER_FIELD |
static ParseField |
PREFILTER_FIELD |
static ParseField |
PREFIX_LENGTH_FIELD |
static ParseField |
SIZE_FIELD |
static ParseField |
SORT_FIELD |
static ParseField |
STRING_DISTANCE_FIELD |
static ParseField |
SUGGESTMODE_FIELD |
EMPTY_PARAMS
| 构造器和说明 |
|---|
DirectCandidateGeneratorBuilder(StreamInput in)
Read from a stream.
|
DirectCandidateGeneratorBuilder(java.lang.String field) |
| 限定符和类型 | 方法和说明 |
|---|---|
DirectCandidateGeneratorBuilder |
accuracy(float accuracy)
Sets how similar the suggested terms at least need to be compared to
the original suggest text tokens.
|
org.elasticsearch.search.suggest.phrase.PhraseSuggestionContext.DirectCandidateGenerator |
build(MapperService mapperService) |
boolean |
equals(java.lang.Object obj) |
java.lang.String |
getType()
gets the type identifier of this
CandidateGenerator |
int |
hashCode() |
DirectCandidateGeneratorBuilder |
maxEdits(java.lang.Integer maxEdits)
Sets the maximum edit distance candidate suggestions can have in
order to be considered as a suggestion.
|
DirectCandidateGeneratorBuilder |
maxInspections(java.lang.Integer maxInspections)
A factor that is used to multiply with the size in order to inspect
more candidate suggestions.
|
DirectCandidateGeneratorBuilder |
maxTermFreq(float maxTermFreq)
Sets a maximum threshold in number of documents a suggest text token
can exist in order to be corrected.
|
DirectCandidateGeneratorBuilder |
minDocFreq(float minDocFreq)
Sets a minimal threshold in number of documents a suggested term
should appear in.
|
DirectCandidateGeneratorBuilder |
minWordLength(int minWordLength)
The minimum length a suggest text term must have in order to be
corrected.
|
DirectCandidateGeneratorBuilder |
postFilter(java.lang.String postFilter)
Sets a filter (analyzer) that is applied to each of the generated tokens
before they are passed to the actual phrase scorer.
|
DirectCandidateGeneratorBuilder |
preFilter(java.lang.String preFilter)
Sets a filter (analyzer) that is applied to each of the tokens passed to this candidate generator.
|
DirectCandidateGeneratorBuilder |
prefixLength(int prefixLength)
Sets the number of minimal prefix characters that must match in order
be a candidate suggestion.
|
DirectCandidateGeneratorBuilder |
size(int size)
Sets the maximum suggestions to be returned per suggest text term.
|
DirectCandidateGeneratorBuilder |
sort(java.lang.String sort)
Sets how to sort the suggest terms per suggest text token.
|
DirectCandidateGeneratorBuilder |
stringDistance(java.lang.String stringDistance)
Sets what string distance implementation to use for comparing how
similar suggested terms are.
|
DirectCandidateGeneratorBuilder |
suggestMode(java.lang.String suggestMode)
The global suggest mode controls what suggested terms are included or
controls for what suggest text tokens, terms should be suggested for.
|
java.lang.String |
toString() |
XContentBuilder |
toXContent(XContentBuilder builder,
ToXContent.Params params) |
void |
writeTo(StreamOutput out)
Write this into the StreamOutput.
|
isFragment
public static final ParseField DIRECT_GENERATOR_FIELD
public static final ParseField FIELDNAME_FIELD
public static final ParseField PREFILTER_FIELD
public static final ParseField POSTFILTER_FIELD
public static final ParseField SUGGESTMODE_FIELD
public static final ParseField MIN_DOC_FREQ_FIELD
public static final ParseField ACCURACY_FIELD
public static final ParseField SIZE_FIELD
public static final ParseField SORT_FIELD
public static final ParseField STRING_DISTANCE_FIELD
public static final ParseField MAX_EDITS_FIELD
public static final ParseField MAX_INSPECTIONS_FIELD
public static final ParseField MAX_TERM_FREQ_FIELD
public static final ParseField PREFIX_LENGTH_FIELD
public static final ParseField MIN_WORD_LENGTH_FIELD
public static final ConstructingObjectParser<DirectCandidateGeneratorBuilder,java.lang.Void> PARSER
public DirectCandidateGeneratorBuilder(java.lang.String field)
field
- Sets from what field to fetch the candidate suggestions from.public DirectCandidateGeneratorBuilder(StreamInput in) throws java.io.IOException
java.io.IOException
public void writeTo(StreamOutput out) throws java.io.IOException
Writeable
public DirectCandidateGeneratorBuilder suggestMode(java.lang.String suggestMode)
missing
- Only suggest terms in the suggest text
that aren't in the index. This is the default.
popular
- Only suggest terms that occur in more docs
then the original suggest text term.
always
- Suggest any matching suggest terms based on
tokens in the suggest text.
public DirectCandidateGeneratorBuilder accuracy(float accuracy)
Default is 0.5
public DirectCandidateGeneratorBuilder size(int size)
public DirectCandidateGeneratorBuilder sort(java.lang.String sort)
score
- Sort should first be based on score, then
document frequency and then the term itself.
frequency
- Sort should first be based on document
frequency, then score and then the term itself.
What the score is depends on the suggester being used.
public DirectCandidateGeneratorBuilder stringDistance(java.lang.String stringDistance)
internal
- This is the default and is based on
damerau_levenshtein
, but highly optimized for comparing
string distance for terms inside the index.
damerau_levenshtein
- String distance algorithm
based on Damerau-Levenshtein algorithm.
levenstein
- String distance algorithm based on
Levenstein edit distance algorithm.
jarowinkler
- String distance algorithm based on
Jaro-Winkler algorithm.
ngram
- String distance algorithm based on character
n-grams.
public DirectCandidateGeneratorBuilder maxEdits(java.lang.Integer maxEdits)
public DirectCandidateGeneratorBuilder maxInspections(java.lang.Integer maxInspections)
public DirectCandidateGeneratorBuilder maxTermFreq(float maxTermFreq)
This can be used to exclude high frequency terms from being suggested. High frequency terms are usually spelled correctly on top of this this also improves the suggest performance.
public DirectCandidateGeneratorBuilder prefixLength(int prefixLength)
public DirectCandidateGeneratorBuilder minWordLength(int minWordLength)
public DirectCandidateGeneratorBuilder minDocFreq(float minDocFreq)
public DirectCandidateGeneratorBuilder preFilter(java.lang.String preFilter)
public DirectCandidateGeneratorBuilder postFilter(java.lang.String postFilter)
public java.lang.String getType()
CandidateGenerator
public XContentBuilder toXContent(XContentBuilder builder, ToXContent.Params params) throws java.io.IOException
toXContent
在接口中 ToXContent
java.io.IOException
public org.elasticsearch.search.suggest.phrase.PhraseSuggestionContext.DirectCandidateGenerator build(MapperService mapperService) throws java.io.IOException
build
在接口中 PhraseSuggestionBuilder.CandidateGenerator
java.io.IOException
public java.lang.String toString()
toString
在类中 java.lang.Object
public int hashCode()
hashCode
在类中 java.lang.Object
public boolean equals(java.lang.Object obj)
equals
在类中 java.lang.Object


--- layout: year-nav lastModIsToday: true changeFreq: daily priority: 0.9 title: Country ranking (away) --- {% assign ranking = rankings.countryAway %}
This ranking takes into account all battles over the past year that meet the following requirements: 1 vs 1 or 2 vs 2, pro or open level, 15+ or no age restriction, and only battles won by a dancer who is not from the country where it's organised. The points per country is the sum of the points acquired by the dancers representing each country. The ranking is updated daily.
{% include country-ranking-table with ranking %}