Quickstart: Compose and ASP.NET Core with SQL Server
Estimated reading time: 6 minutesThis quick-start guide demonstrates how to use Docker Engine on Linux and Docker Compose to set up and run the sample ASP.NET Core application using the .NET Core SDK image with the SQL Server on Linux image. You just need to have Docker Engine and Docker Compose installed on your platform of choice: Linux, Mac or Windows.
For this sample, we create a sample .NET Core Web Application using the
microsoft/dotnet:2.1-sdk
Docker image. After that, we create a Dockerfile
,
configure this app to use our SQL Server database, and then create a
docker-compose.yml
that defines the behavior of all of these components.
Note: This sample is made for Docker Engine on Linux. For Windows Containers, visit Docker Labs for Windows Containers.
-
Create a new directory for your application.
This directory is the context of your docker-compose project. For Docker Desktop for Windows and Docker Desktop for Mac, you need to set up file sharing for the volume that you need to map.
-
Within your directory, use the
dotnet:2.1-sdk
Docker image to generate a sample web application within the container under the/app
directory and into your host machine in the working directory:$ docker run -v ${PWD}:/app --workdir /app microsoft/dotnet:2.1-sdk dotnet new mvc --auth Individual
Note: If running in Docker Desktop for Windows, make sure to use Powershell or specify the absolute path of your app directory.
-
Create a
Dockerfile
within your app directory and add the following content:FROM microsoft/dotnet:2.1-sdk COPY . /app WORKDIR /app RUN ["dotnet", "restore"] RUN ["dotnet", "build"] EXPOSE 80/tcp RUN chmod +x ./entrypoint.sh CMD /bin/bash ./entrypoint.sh
This file defines how to build the web app image. It uses the .NET Core SDK image, maps the volume with the generated code, restores the dependencies, builds the project and exposes port 80. After that, it calls an
entrypoint
script that we create in the next step. -
The
Dockerfile
makes use of an entrypoint to your webapp Docker image. Create this script in a file calledentrypoint.sh
and paste the contents below.Note: Make sure to use UNIX line delimiters. The script doesn’t work if you use Windows-based delimiters (Carriage return and line feed).
#!/bin/bash set -e run_cmd="dotnet run --server.urls http://*:80" until dotnet ef database update; do >&2 echo "SQL Server is starting up" sleep 1 done >&2 echo "SQL Server is up - executing command" exec $run_cmd
This script restores the database after it starts up, and then runs the application. This allows some time for the SQL Server database image to start up.
-
Create a
docker-compose.yml
file. Write the following in the file, and make sure to replace the password in theSA_PASSWORD
environment variable underdb
below. This file defines the way the images interact as independent services.Note: The SQL Server container requires a secure password to startup: Minimum length 8 characters, including uppercase and lowercase letters, base 10 digits and/or non-alphanumeric symbols.
version: "3" services: web: build: . ports: - "8000:80" depends_on: - db db: image: "mcr.microsoft.com/mssql/server" environment: SA_PASSWORD: "Your_password123" ACCEPT_EULA: "Y"
This file defines the
web
anddb
micro-services, their relationship, the ports they are using, and their specific environment variables.Note: You may receive an error if you choose the wrong Compose file version. Be sure to choose a verison that is compatible with your system.
-
Go to
Startup.cs
and locate the function calledConfigureServices
(Hint: it should be under line 42). Replace the entire function to use the following code (watch out for the brackets!).Note: Make sure to update the
Password
field in theconnection
variable below to the one you defined in thedocker-compose.yml
file.[...] public void ConfigureServices(IServiceCollection services) { // Database connection string. // Make sure to update the Password value below from "Your_password123" to your actual password. var connection = @"Server=db;Database=master;User=sa;Password=Your_password123;"; // This line uses 'UseSqlServer' in the 'options' parameter // with the connection string defined above. services.AddDbContext<ApplicationDbContext>( options => options.UseSqlServer(connection)); services.AddIdentity<ApplicationUser, IdentityRole>() .AddEntityFrameworkStores<ApplicationDbContext>() .AddDefaultTokenProviders(); services.AddMvc(); // Add application services. services.AddTransient<IEmailSender, AuthMessageSender>(); services.AddTransient<ISmsSender, AuthMessageSender>(); } [...]
-
Go to
app.csproj
. You see a line like:<PackageReference Include="Microsoft.EntityFrameworkCore.Sqlite" Version="1.1.2" />
The generated project uses sqlite by default. To use SQL Server, add this line to
app.csproj
:<PackageReference Include="Microsoft.EntityFrameworkCore.SqlServer" Version="1.1.2" />
The Sqlite dependency was at version 1.1.2 at the time of this writing. Use the same version for the SQL Server dependency.
-
Ready! You can now run the
docker-compose build
command.$ docker-compose build
-
Make sure you allocate at least 2GB of memory to Docker Engine. Here is how to do it on Docker Desktop for Mac and Docker Desktop for Windows. This is necessary to run the SQL Server on Linux container.
-
Run the
docker-compose up
command. After a few seconds, you should be able to open localhost:8000 and see the ASP.NET core sample website. The application is listening on port 80 by default, but we mapped it to port 8000 in thedocker-compose.yml
.$ docker-compose up
Go ahead and try out the website! This sample uses the SQL Server database image in the back-end for authentication.
Ready! You now have an ASP.NET Core application running against SQL Server in Docker Compose! This sample made use of some of the most popular Microsoft products for Linux. To learn more about Windows Containers, check out Docker Labs for Windows Containers to try out .NET Framework and more SQL Server tutorials.
Next steps
- Build your app using SQL Server
- SQL Server on Docker Hub
- ASP.NET Core
- ASP.NET Core Docker image on DockerHub


XDR - DASHBOARD
Stats
CHOOSE THE DAY
SELECT THE TRIP
-
STATS COUNTERS
-
ACCELERATION #
-
BRAKING #
-
TURN #
-
WORST ACC. [0-100]
-
WORST BRAKE [0-100]
-
WORST TURN [0-100]


{% extends "layouts/layout.html" %} {% block header %}
For one responder in the area, send a POST request to /predict/one
/predict/one
For multiple responders in the area, send a POST request to /predict/multiple
/predict/multiple


This is the project page for Hubo-in-the-Browser, aka hubo-js. The goal of the project is to bring the humanoid robot Hubo, developed at KAIST and worked on at many US institutions as well, to the largest audience possible: the entire Internet.
Here is a short presentation about the project:
If you are at this page, I assume you are looking for the demos. All the demos are simple static HTML/JavaScript pages, so you can see all the source code by using the "View Source" option in your web browser. All the source code is also found in the Github repository.
trajectory_playback.html: Play the Rainbox, Inc mocap demos.
sliders.html: Position upper body joints with slider controls.
minimal.html: Minimalistic demo with single joint movement.
really_minimal.html: Embed hubo in an
<iframe>
.
Hubo-js is a fledgling robot simulator, and features are being added as the need arises.
Planned future features:
Checkout the Github repository (http://github.com/wmhilton/hubo-js) and look for instructions there.
Want to help with the project? Email wmhilton@gmail.com


Setting Up to Use Seasar by H.Ozawa
To use Seasar from Eclipse, Seasar lib files must be registered with Eclipse. We'll create an "Examples" package to hold files for our examples.
Select File - New - Project... from the Eclipse menu.
Select Java Project and select the Next > button.
Enter Examples as the Project name and make sure "Create new project in workspace" is selected. Select the Next > button.
Select Libraries tab and select the Add External JARs....
We actually do not need all jar files to run a simple Seasar examples included in the Seasar2\lib folder but we'll add them now.
Following are the jar files that are actually required to use Seasar. Other files are used as needed.


| Name: MR.JOYANTA SAHA | Reg No: 06-5SMHC19 |
|---|---|
| Age / Sex:40YRS | Contact No: |
| Marital Status:MARRIED | Date:16/5/19 |
| Occupation:IT | Dr. PNB |
Address:VIRGONAGAR,HOSKOTE FROM TRIPURA. |
DIAGNOSIS- |
1.Sexual desire less,early ejaculation-6 to 8 mnths
ml-3yrs,1 child
late marriage,not to marriage,pressure from family,don’t want responsibility
I want to be alone,compromised – after marriage share my time with wife,taking care,cutting down late night movies,trips,wants to do movie actor
More-body building
I was humiliated
Love affair-deppresion,don’t want live,work,routine life,farming,li didn’t like
Up and down my life change after that incident,life less body
girl friend cheated
Blank-angry,want to kill opposite person
Sadness when I remember,missing a dream,happy married life
Honesty,transparency,respect
Rx:
1.lyco1m 1 dose
2.rub1m 14 tab mrng b/food
3.homeocal 4-0-4
r/a 2weeks
1/6/19: BEING FIT AND HEALTHY. COLLECT POETRY. MOSTLY LIFE LOVE AND PHILOSOPHY. CONNECTED TO FAMILY. MORE CLOSE TO MOM. RELIGIOUS AND LIKES HANUMAN. HE LIKES SACRIFICING NATURE OF HANUMAN VERY MUCH.
RX:
ACID PHOS 1M/IGNATIA1M/THUJA1M – 4-4-4-4 ALTERNATE WEEKS.
DAMIANA Q/CALADIUMQ – 15-0-15 DROPS A/FOOD WATER.
RUB 30 - 1 -0-1 B/FOOD.
PENTAPHOS 2-2-2.


--- layout: archive title: Zulip Chat Archive permalink: /stream/113489-new-members/topic/type.20of.20.60not.60.html ---
Is there a reason we have def not : Prop → Prop
rather than def not : Sort u → Prop
?
I had some proofs of ¬foo
which I had to change to foo → false
when I changed foo
from a simple ∃
Prop to a structure
sigma Type, but it seems like it would make sense to still say ¬foo
.
It's probably a matter of convention. ¬p
, you usually assume that p
is a proposition . An operation such as you describe might more usefully be called is_empty
there used to be a ~A
notation for this, but it didn't get used enough to be worth it.
Last updated: Apr 24 2020 at 19:02 UTC


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Hasan Gündüz
About Me
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My name is Hasan Gündüz. I'm from Ankara. I'm a student of Anadolu University.
About Me
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Photo
Photo Gallery
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A Toon York Story is a local co-op puzzle platformer about the story of 2 characters, which find their inherited sweets shop and factory taken over by a long lost enemy.
Data:
- Platform
- PC with controllers
- Genre
- Platformer
- Local Co-op
- Adventure
- Time
- Project: September 2016 - January 2017
- Personal: September 2016 - January 2017
- Team
- A Toon York Story
- 12 to 18 members during development
For A Toon York Story I worked on the AI, which included a few relatively simple enemy AI's, and a bigger boss fight.
Unfortunately we could not finish the game, because of a lack of motivation coming from the art side of the team.
The simple enemies are all based of off 1 statemachine in which the different states can be turned on and off.
For example the first enemy type you come across is very dumb, and only has a walking state enabled, and so can only walk left/right till the platform ends.
While the second enemy has a state called "attack player" enabled, with which it will attack the player if he or she is in range.
The boss has 3 stages which are unlocked sequentially by health %.
in each stage, the boss has to be hit in a different way, and will unlock a new attack to damage the player.
In the first stage, the boss has 1 attack, which is a Bubble attack made for air control.
With this attack, it shoots up a X amount of bubbles which come back down on the player with an arch.
The defined way of hurting the Boss in stage one is by dropping crates on him.
In the level, there are multiple crates hanging from the roof, which the player can drop by hitting it with the grappling hook. while the other player is leading the AI underneath the crate.
Starting this stage, the boss unlocks a dash attack, with which it will speed up for a certain amount of seconds, which can't be interrupted by the player or anything else.
The way to damage the boss in this stage is not by the falling crate's anymore, but by using the dash to lure him into spikes which are located around the level.
note: also shows spawning for next stage
In the third and final stage, the boss spawns minions to attack the player, besides that, he learns a new attack which is a grapple with which it can grab and pull the players toward himself.
The way to damage the Boss in this level, is by hitting stunned AI's into him, one of the players is able to stun the enemies, and then the other player can hit the stunned AI, and instead of it directly Dying, it will shoot away.
When this shot enemy hits the boss, it will do damage.


Ip Menu
Characters logged from
%ip%
:
Name
Class
Level
%results%
IP Number:
Found %number% character%end%


As of v3, Skin is distributed as the @ebay/skin package on the public NPM repository.
The package can be installed to the node_modules folder of your working directory by using the npm install command:
{% highlight html %} npm install @ebay/skin {% endhighlight %}Or alternatively by adding the package as a dependency in your package.json file:
{% highlight json %} { "dependencies": { "@ebay/skin": "^6" } } {% endhighlight %}Skin is optimised for use with Lasso.js.
Include the @ebay/skin package in your browser.json to include the entire set of Skin modules:
{% highlight json %} { "dependencies": [ "@ebay/skin" ] } {% endhighlight %}Or alternatively by specifying modules on a per-need basis:
{% highlight json %} { "dependencies": [ "@ebay/skin/core", "@ebay/skin/button", "@ebay/skin/iconfont", "@ebay/skin/grid", "@ebay/skin/less" ] } {% endhighlight %}Skin provides the following modules:
* The @ebay/skin/less module requires the additional lasso-less plugin in your app's package.json dependencies.


Hangman Game, without the noose and the man. You have 5 chances to get the word right.
"One forgets words as one forgets names. One's vocabulary needs constant fertilizing or it will die."
Created By: Rushi


Home
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Website 1.0 Made by lzw in 2019.1.1


I am Pallavi, an engineer-turned designer based in the San Francisco Bay Area with a passion to change the way people interact with technology and simplify complex design problems. I am also an artist, a calligrapher, a travel enthusiast and a dessert lover.
My work on Samsung Bixby was eye-opening and introduced me to the world of conversational voice assistants and multi-modal design. This led me to head back to graduate school to study Human-Computer Interaction at the University of Michigan, Ann Arbor. Go Blue!
After graduate school, as a Product Designer at Sumo Logic, I have witnessed the company grow from Series C all the way to an IPO. My work involved designing the user experience for information-heavy data products such as dashboards, query engines and security analytics platforms apart from setting up a design system at the organization.
Today, I’m a designer at AWS, working on something interesting!


See: Description
| Interface | Description |
|---|---|
| CreateCustomizer<BDO extends DataObject> |
Objects that customize a creation form.
|
| CreateTemplate<BDO extends DataObject> |
interface for objects that specify creation forms.
|
| FilterMatcher<T> |
interface for classes that fine tune the matching in FormFilters
|
| Matcher<T> | |
| Selector<T extends Input> |
Selector Used to provide an override form selector for a property in a form.
|
| SQLMatcher<T> |
Interface for a SQL based matcher
|
| UpdateTemplate<BDO extends DataObject> |
Interfaces for use with an
UpdateAction
This allows a standard action to be used with the customisation points moved into the enclosing class. |
| Class | Description |
|---|---|
| CheckboxSelector |
CheckboxSelector Generates a checkbox selector for DataObject edit forms
|
| CreateTransition<BDO extends DataObject> |
A TargetLessTransition for creating DataObjects.
|
| Creator<BDO extends DataObject> |
Default FormCreator for this Factory
|
| DataObjectUpdateFormFactory<BDO extends DataObject> |
A default superclass for implementing
UpdateTemplate |
| DateMatcher<T extends java.util.Date> |
FilterMatcher to compare against date fields.
|
| DatePatternMatcher<T> | |
| DeleteAction<BDO extends DataObject> |
FormAction to delete an object. |
| GuessSelector<T extends Input> |
A
Selector that pre-populates an input to a valid value if it can. |
| RetireAction<BDO extends DataObject & Retirable> |
Form action to retire an object implementing the Retirable interface
|
| UnRetireAction<BDO extends DataObject & UnRetirable> |
Form action to retire an object implementing the Retirable interface
|
| UpdateAction<BDO extends DataObject> |
FormAction class to create the target DataObject from a form
|
| Updater<BDO extends DataObject> |
default
FormUpdate for DataObjects |
| UpdateTransition<BDO extends DataObject> |
An Update Transition that extends
DataObjectFormFactory directly rather than
including a nested Updater. |
The FormUpdate
interface supports selecting and editing existing objects.
FormCreator
supports creating objects from a form. This functionality is now mapped onto
the transition mechanism via a standard provider. The same operations can be performed through custom providers using sub-classes of CreateTransition
or
UpdateTransition


Otter is packaged and delivered as a zip file, and contains all the necessary libraries, executables, documentation needed to start development.
It is organized into largely into the following four areas:
API: |
|
/API/inc |
Include directory |
/API/lib/android |
Android libraries |
/API/lib/ios |
iOS libraries |
/API/lib/win32 |
Win32 libraries |
|
|
/Editor |
Otter Editor installation executables (Win32 only) |
|
|
/Help |
Help Documentation |
|
|
/SampleApp |
Sample Applications |
/SampleApp/bin |
Common assets, binary data, working folders, etc. |
/SampleApp/bin/Assets |
Sample App source assets |
/SampleApp/bin/Data |
Sample App exported assets |
/SampleApp/src |
Common Sample Application source |
/SampleApp/plaftorms/Android |
Android Sample Application |
/SampleApp/platforms/iOS |
iOS Sample Application |
/SampleApp/platforms/Win32 |
Win32 Sample Application |
Created with the Personal Edition of HelpNDoc: Easy to use tool to create HTML Help files and Help web sites


{% extends "_raw.html" %} {% load i18n %} {% block raw_content %} {% load static %} {% load widget_tweaks %}
{% trans 'Something went wrong during 2FA registration' %}
{% trans 'Please enter a nickname for your new key. This nickname can be used to find the correct key in case you need to revoke authentication.' %}
{% trans 'It seems like your browser does not support webauthn' %}


Great North Carolina Public Golf Courses
With its warm southern climate and access to both the Atlantic ocean and Blue Ridge mountains, North Carolina is home to a variety of outstanding golf courses. These are five of the best.
Pinehurst Number 2
description of the course
Dormie Club
description of the course
Tobacco Road
description of the course
UNC Finley
description of the course
Ocean Ridge
description of the course


Hi,
I am a Frontend Programmer based in Chennai, India. I specialise in website design, development.
I have been build amazing great Websites for startups and businesses and I have developed more than 10 websites as programmer for Netventix Technologies and Its customers.
I create beautiful, usable, professional websites using best practice accessibility and the latest W3C web standards guidelines, resulting in semantic and seo friendly HTML ,CSS and Content Management Systems. Also, I am a Boot Strap LOVER. All my websites are lovingly hand coded.
For building websites my weapons of choice are Photoshop and Fireworks for creating layouts, I code to HTML5. My CMS of choice are WordPress, Joomla and Drupal.
I am a quick learner about latest web technologies. I have successfully delivered smart cutting-edge user interfaces and production-ready web development codes.
Currently i’m teaching myself, JavaScript, jQuery, AJAX and Angular JS for web development.
| Course | Period | Institution | Grade |
|---|---|---|---|
| SSLC | 2007-2008 | Hindhu Nadars Higher Secondary School, Kadambur | 68% |
| Diplomo | 2008-2011 | PSR Polytechnic Collage, Sivakasi | 80% |
| BE [ECE] | 2011-2014 | Theni Kammavar Sangam Collage of Technology, Theni | 70% |
| Course | Period |
|---|---|
| Operating Systems | Windows XP, Windows 7, 8 |
| Web Technologies | HTML5, PHP, CSS3, Boot Strap. |
| Web Hosting Control Panel | cPanel |
| Desktop FTP Client | File Zilla. |
| Content Management Systems | Word Press, Rain Maker, Joomla, Drupal |
| Auto Responder Software | Aweber, Mailchimp, GetResponse. |
| Database | MySQL. |


pyshtools defines three major classes that simplify access to the underlying SHTOOLS functions:
The underlying data are stored in internal subclasses in different formats (e.g. kind = 'real'
or 'complex'
and grid = 'DH'
or 'GLQ'
). In this tutorial, we will demonstrate several aspects related to the SHCoeffs
and SHGrid
classes.
The spherical harmonic coefficient class SHCoeffs
can be initialized directly from a numpy array that holds the spherical harmonic coefficient data. Spherical harmonic coefficients are stored as a numpy array of dimension (2, lmax+1, lmax+1), where the first column corresponds to the cosine [0] and sine [1] components, the second column
corresponds to the spherical harmonic degree l
, and the third column corresponds to the angular order m
. We will first create a numpy array of coefficients that are equal to zero, with the exception of the l=5
, m=2
harmonic.
%matplotlib inline
from __future__ import print_function # only necessary if using Python 2.x
import matplotlib.pyplot as plt
import numpy as np
from pyshtools.shclasses import SHCoeffs, SHGrid, SHWindow
lmax = 200
coeffs = np.zeros((2, lmax+1, lmax+1))
coeffs[0, 5, 2] = 1.
To initialize a new class instance, we make use of the constructor method from_array()
:
coeffs_l5m2 = SHCoeffs.from_array(coeffs)
When initializing a new class instance, the default is to assume that the input coefficients are 4-pi normalized excluding the Condon-Shortley phase. This normalization convention can be overridden by setting the optional parameter 'normalization', which takes values of '4pi', 'ortho' or 'schmidt', along with the parameter 'csphase', which can be 1 (to exclude the Condon-Shortley phase) or -1 (to include it). The SHCoeffs
class contains many methods, and here we use plot_spectrum()
to plot the power spectrum:
fig, ax = coeffs_l5m2.plot_spectrum(xscale='log')
To plot the function that corresponds to the coefficients, we first need to expand it on a grid, which can be accomplished using the expand()
method:
grid_l5m2 = coeffs_l5m2.expand('DH2')
This returns a new SHGrid
class instance. The resolution of the grid is determined automatically to correspond to the maximum degree of the spherical harmonic coefficients in order to ensure good sampling. The optional parameter 'grid'
can be 'DH2'
for a Driscoll and Healy sampled grid with nlon = 2 * nlat, 'DH'
for a Driscol and Healy sampled grid with nlon = nlat, or 'GLQ'
for a grid used with the Gauss-Legendre quadrature expansion routines. Once the grid is created, it can be plotted using the built-in method plot()
.
fig, ax = grid_l5m2.plot()
Another constructor for the SHCoeffs
class is the from_random()
method. It takes a power spectrum (power per degree l of the coefficients) and generates coefficients that are independent normal distributed random variables with the provided expected power spectrum. This corresponds to a stationary and isotropic random model on the surface of the sphere whose autocorrelation function is given by the spherical harmonic addition theorem.
We initialize coefficients here with a scale-free power spectrum that has equal band power beyond the scale length that defines the size of the largest model features. The particular property of this model is that it is invariant under zoom operations.
a = 10 # scale length
ls = np.arange(lmax+1, dtype=np.float)
power = 1. / (1. + (ls / a) ** 2) ** 0.5
coeffs_global = SHCoeffs.from_random(power)
fig, ax = coeffs_global.plot_spectrum(unit='per_dlogl', xscale='log')
fig, ax = coeffs_global.expand('DH2').plot()
Spherical harmonics coefficients can be expressed in a different coordinate system very efficiently. Importantly, the power per degree spectrum is invariant under rotation. We demonstrate this by rotating a zonal spherical harmonic (m=0
) that is centered about the north-pole to the equator.
The rotations are specified by the three Euler angles alpha
, beta
, and gamma
. There are several different conventions for specifying these angles, and they can either provide the angles for rotating the physical body or coordinate system. Please read the documentation of this method before proceeding!
In this example, we use the constructor from_zeros()
, and then use the method set_coeffs()
to initialize a single spherical harmonic coefficient:
coeffs_l5m0 = SHCoeffs.from_zeros(lmax)
coeffs_l5m0.set_coeffs(1., 5, 0)
alpha = 0. # around z-axis
beta = 90. # around x-axis (lon=0)
gamma = 10. # around z-axis again
coeffs_l5m0_rot = coeffs_l5m0.rotate(alpha, beta, gamma, degrees=True)
fig, ax = coeffs_l5m0_rot.plot_spectrum(xscale='log', show=False)
ax.set(ylim=[0.01,10])
grid_l5m0_rot = coeffs_l5m0_rot.expand('DH2')
fig, ax = grid_l5m0_rot.plot()
Similar grids can be added, multiplied and subtracted using standard python operators. It is easily verified that the following sequence of operations return the same rotated grid as above:
grid_new = (2 * grid_l5m0_rot + grid_l5m2**2 - grid_l5m2 * grid_l5m2) / 2.0
grid_new.plot()
coeffs = grid_new.expand()
fig, ax = coeffs.plot_spectrum()


| BinaryTreeNode |
|
| DoubleLinkedCircularList |
a doubly linked list with a sentinel in between the last and first item.
|
| DoublyLinkedList<T extends DoublyLinkedList.DoublyLinkedNode> |
implementation of a doubly linked list.
|
| DoublyLinkedList.DoublyLinkedNode |
|
| FixedSizeSortedIntVector |
a class to hold a fixed number of items of type int which are kept in a sorted
stated.
|
| FixedSizeSortedVector<T extends java.lang.Comparable<T>> |
a class to hold a fixed number of items of type T which are kept in a sorted
stated.
|
| FixedSizeVector<T> |
a class to hold a fixed number of items of type T.
|
| LRUCache<K,V> |
a simple wrapping of java's LinkedHashMap in order to implement a "least
recently accessed cache".
|
| NAryTreeNode |
a node which has a number of children which is not restricted to 2.
|
| Permutations |
|
| PermutationsWithAwait |
a thread-safe class to permute numbers given in an array.
|
| QuickSort |
|
| Rotate |
Methods rotate the values in an array of numbers by a distance in terms of
indexes.
|
| StackIntLarge |
a stack with a single large primitive array internally
that can expand dynamically, but will not contract.
|
| StackLongLarge |
a stack with a single large primitive array internally
that can expand dynamically, but will not contract.
|
| SubsetChooser |
Class to iterate over every combination of sub-sequences within n objects in an
ordered manner.
|
| TreeTraversal |
|
| TreeTraversal.Snapshot |
|
| VertexNode |
a node for DoublyLinkedList holding data for the vertex index.
|
| VeryLongBitString |
a modifiable holder for a very long bit string of fixed size nbits.
|


Using Flask for blazing fast Rest API development
Directory structure
.
|
├── utils
├── handlers
| └── todo.py
├── models
| └── todo.py
└── main.py
- main.py - holds route and flask application initialization.
- handlers - This directory holds handlers for different routes.
- models - holds different data models.
Quick Start
- python main.py
- server will start on port 5000
Full code can be found at :
Two routes defined in the sample
/todo
metod (Post)
metod (get)
/todo/
metod (Get)
metod (Put)


{% extends "users/base.html" %} {% block saas_title %}{{user.full_name}}'s Profile{% endblock %} {% block saas_lead_help %}Information on a registered user.{% endblock %} {% block saas_help %}
You can update a user contact information, as well as login credentials here.
{% endblock %} {% block saas_content %}


Education
University of California, Los Angeles (Expected graduation June 2020)
- Bachelor of Science, Computer Science
- Cumulative GPA : 3.81/4.0
- Honors: Upsilon Pi Epsilon Member, Dean's Honors (Fall'16, Winter'17, Spring'17, Fall'17)
- Relevant Coursework: Operating Systems Principles, Intro to Algorithms and Complexity, Software Construction Laboratory, Logic Design of Digital Systems, Data Structures and Algorithms, Intro to Computer Organization, Intro to C++, Intro to Discrete Structures, Multivariable Calculus, Linear Algebra, Differential Equations, Intro to Probability, Digital Design
Raffles Institution, Singapore (Jan 2015 - Dec 2016)
- A Levels: H2 Physics (A), H2 Chemistry (A), H2 Mathematics (A), H2 Economics (A), H1 Project Work (A)
- SAT Score: 2200


{% trans %}The number of unique municipalities where a given variable is present.{% endtrans %}
{% trans %}The number of unique 6-digit CNAE industries that are present for a given variable.{% endtrans %}
{% trans %}The number of unique 4-digit CBO occupations that are present for a given variable.{% endtrans %}
{% trans %}The number of unique HS4 products that are present for a given variable.{% endtrans %}
{% trans %}The number of unique import countries that are present for a given variable.{% endtrans %}
{% trans %}Effective diversity is the diversity of a given variable corrected for the share that each unit represents. For instance, if a location exports two products and each of these represents a 50% share, then the effective diversity is 2. However, if these shares were 99% and 1%, then the effective diversity would be 1.058, which is close to 1, since this is a location that exports primarily one product.{% endtrans %}


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fuzzing libtorrent
| Author: | Arvid Norberg<EMAIL_ADDRESS>|
|---|---|
| Version: | 2.0.0 |
Table of contents
overview
Libtorrent comes with a set of fuzzers. They are not included in the distribution tar ball, instead download the repository snapshot or clone the repository.
The fuzzers can be found in the fuzzers subdirectory and come with a Jamfile to build them, and a run.sh bash script to run them.
building
The fuzzers use clang's libFuzzer, which means they can only be built with clang. Clang must be configured in your user-config.jam, for example:
using clang : 7 : clang++-7 ;
When building, you most likely want to stage the resulting binaries into a well known location. Invoke b2 like this:
b2 clang stage -j$(nproc)
This will build and stage all fuzzers into the fuzzers/fuzzers directory.
corpus
Fuzzers work best if they have a relevant seed corpus of example inputs. You can either generate one using fuzzers/tools/generate_initial_corpus.py or download the corpus.zip from the github releases page.
To run the script to generate initial corpus, run it with fuzzers as the current working directory, like this:
python tools/generate_initial_corpus.py
The corpus should be placed in the fuzzers directory, which should also be the current working directory when invoking the fuzzer binaries.
running fuzzers
The run.sh script will run all fuzzers in parallel for 48 hours. It can easily be tweaked and mostly serve as an example of how to invoke them.
large and small fuzzers
Since APIs can have different complexity, fuzz targets will also explore code of varying complexity. Some fuzzers cover a very small amount of code (e.g. parse_int) where other fuzz targets cover very large amount of code and can potentially go very deep into call stacks (e.g. torrent_info).
Small fuzz targets can fairly quickly exhaust all possible code paths and have quite limited utility after that, other than as regression tests. When putting a lot of CPU into long running fuzzing, it is better spent on large fuzz targets.
For this reason, there's another alias in the Jamfile to only build and stage large fuzz targets. Call b2 like this:
b2 clang stage-large -j$(nproc)
fast+slow
When building an initial corpus, it can be useful to quickly build a corpus with a large code coverage. To speed up this process, you can build the fuzzers without sanitizers, asserts and invariant checks. This won't find as many errors, but build a good corpus which can then be run against a fully instrumented fuzzer.
To build the fuzzers in this "fast" mode, there's a build variant build_coverage. Invoke b2 like this:
b2 clang stage build_coverage -j$(nproc)
For more details on "fast + slow" see Paul Dreik's talk.
sharing corpora
Before sharing your fuzz corpus, it should be minimized. There is a script called minimize.sh which moves corpus to prev-corpus and copies over a minimized set of inputs to a new corpus directory.


Our categories range from vending to beauty and everything in between!
Narrow our opportunities down to the budget that suits you
Business opportunity short description
Click to find out more


Trap Modify Commands
Visible / Invisible does not permanently eliminate segments from the workfile.
Segments trapped into an invisible buffer become invisible.
Invisible segments are not saved in a Save or Close File operations.
Invisible segments paste in visible.


When is the first eviction on I'm A Celebrity 2019?
I’m A Celebrity has returned for its 19th series welcoming an array of famous faces into the Australian jungle.
The debut episode aired over the weekend and saw the 10 campmates divided into two teams; Camp Snake Rock and Camp Croc Creek.
Among the stars are former Olympian athlete and reality star Caitlyn Jenner, footballing legend Ian Wright and TV personality Kate Garraway.
When is the first I’m A Celebrity eviction?
The date of the first eviction has not yet been revealed but judging by previous seasons, it may be around the fortnight mark.
Last year saw Noel Edmonds become the first campmate to be given the boot on day 13, while the series prior saw Shappi Khorsandi evicted within the same timeframe.
How can I vote for Bushtucker trials?
Advertisement Advertisement
Viewers can vote for their favourite – or least favourite – celebs to take on a challenge through the show’s official app, which can be downloaded from the Apple or Google Plays stores.
They can also choose who participates in the trials by texting or calling the contestants’ numbers which pop up throughout each episode.
Caitlyn and Kate were the first contestants of the series to take on a Bushtucker trial as they tried to win food for their campmates.
The pair were suspended in transparent boxes with 30,000 cockroaches while trying to throw balls into a bucket.
Caitlyn will be joined by Ian, comedian Andrew Maxwell, former soap star Jacqueline Jossa and rugby star James Haskell for the next trial.
In the history of I’m A Celebrity, the contestant to have faced the most Bushtucker trials was series 16’s Adam Thomas, who took on 12.
I’m A Celebrity… Get Me Out Of Here! continues at 9pm on ITV.


U.S. Envoy Says Time Running Short for North Korea Deal
by Associated Press(WASHINGTON) — The U.S. official in charge of talks with North Korea says time is running short to achieve a deal, but not because of the end-of-year deadline set by Kim Jong Un.
U.S. envoy Stephen Biegun tells the Senate Foreign Relations Committee that any crisis or other distraction could derail talks.
Biegun says the “window is still open” but the North Koreans “need to seize the moment.” The envoy says Kim needs to grant more authority to his negotiating team.
Biegun says the U.S. has seen no “concrete evidence” that North Korea intends to denuclearize.
Negotiations faltered after the U.S. rejected North Korean demands for broad sanctions relief in exchange for a partial surrender of the North’s nuclear capabilities.


{% extends "gridder_base.html" %} {% load i18n %} {% block title %}{% trans 'Password reset' %} | PDFGridder{% endblock %} {% block content %}
{% trans "Please enter your new password twice so we can verify you typed it in correctly." %}
{% else %}{% trans "The password reset link was invalid, possibly because it has already been used. Please request a new password reset." %}
{% endif %}


This is a plugin for CanvasJS StockCharts that lets you add HTML5 datepicker to inputfields of StockChart just by adding a line of code. Check out Github Repository for more info / examples.
Github Repo: https://github.com/vishwas-r/CanvasJS-Inputfields-Type-Changer
var stockChart = new CanvasJS.StockChart("stockChartContainer", { . . . //StockChart Options . . . }); stockChart.render(); stockChart.ChangeInputFieldsType(); /* or CanvasJS.ChangeInputFieldsType(); //If you like to change type of inputfields across all the StockCharts in the page */


How to authorize using OAuth 2.0 in Postman
If you develop APIs, you surely must have heard of Postman. It is a tool that is used to test API endpoints.
When authorizing, for APIs protected with Basic Auth, you can simply add the username and password as a parameter to an HTTP call. But when using an external OAuth provider such as Google, one can’t simply put the login link and authorize.
This post will explain how you can authorize for an API using an OAuth 2.0 provider (such as Google) in Postman.
Authorization
Initially, go to Authorization and in the type option, select OAuth 2.0. In the right part of the window, you shall see the access token section, which lists the current access token being used (which would be empty for now). Click on the get new access token button.
You shall see the access token window, where you have to add details such as client id and client secret. You can get these from your OAuth provider. Insert the relevant details and click request token.
Now, postman launches another window, which is basically a lightweight browser, which will open the login page of your OAuth 2.0 provider. After you login, Postman will retrieve the access token, and display the details to you.
You can notice that the access token is now shown in the right part of the postman window.
That’s all, now you can use this token for other requests to your API endpoints.
Refreshing tokens
To refresh the token, click on get new access token. It will show the access token window, where the details should be already added. Simply click on the request token button, and the access token shall be refreshed.
Log in as different user
Postman stores the cookies🍪 even after you close and relaunch it, so you will still be logged in as the same user on every session. If you want to log in as a different user, you need to delete the cookies. To do this, click on the cookies🍪 link in the upper right part of the window, and delete all cookies from your OAuth provider.
Now repeat the previous process to get the token. This time, Postman shall show you the login page again.


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Survival of the fittest: Once per lifetime, a survivor may reroll a single roll result. They must keep this result.
| Witch | Rust | Storm | Reaper | |
|---|---|---|---|---|
| Gambler | {{name}} | |||
| Absolute | {{name}} | |||
| Sculptor | {{name}} | |||
| Goblin | {{name}} |
- {{FA.sub_type_pretty}} -
- fighting art, strain -
{{settlement.game_assets.abilities_and_impairments[ai_handle].name}}: {{settlement.game_assets.abilities_and_impairments[ai_handle].name}}:
Partner - {{partner.sheet.name}}:
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{{settlement.game_assets.gear[survivor.sheet.gear_grid[row + '_' + col]].sub_type_pretty}} |
a Founding member of {{settlement.sheet.name}}.
a Born in LY{{survivor.sheet.born_in_ly}}.
a Joined the settlement in LY{{survivor.sheet.born_in_ly}}.
a Inherited {{settlement.game_assets.abilities_and_impairments[ai].name}} from {{survivor.sheet.parents[parent].name}} ({{parent}}).
a Inherited {{settlement.game_assets.weapon_proficiency_types[wp].name}} proficiency from {{survivor.sheet.parents[parent].name}} ({{parent}}).
a Inherited {{survivor.sheet['Weapon Proficiency']}} Weapon Proficiency points from {{survivor.sheet.parents[parent].name}} ({{parent}}).
a Returning survivor in the following Lantern Years: {{survivor.sheet.returning_survivor.join(', ')}}.
a Retired in LY{{survivor.sheet.retired_in}}.
a Died in LY{{survivor.sheet.died_in}}.
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Full: {{s.name}}{{$last ? '' : ', '}}
Half: {{s.name}}{{$last ? '' : ', '}}
with {{p.name}} [{{p.sex}}]: {{s.name}} (LY{{s.born_in_ly}}){{$last ? '' : ', '}}
Retrieving Event Log...
Use the button below to permanently delete {{survivor.sheet.name}}.
This cannot be undone.


Preparation time
less than 30 mins
Cooking time
30 mins to 1 hour
Serves
Serves 4
Dietary
Make the most of the short asparagus season with this classy starter. Most of it can be prepared in advance too.
For the crispy quail’s eggs, prepare a bowl of 200ml/7fl oz water, the vinegar and a handful of ice.
Cook the quail’s eggs in boiling salted water for one minute exactly, remove with a slotted spoon into the vinegar mixture, set aside for 30 minutes then peel.
Next put the flour into a bowl, the beaten egg into a separate bowl, and mix the bacon and breadcrumbs together on a plate.
Coat the quail’s eggs in the flour, dip into the egg and coat with the breadcrumb mixture. (You may need to coat in the egg and breadcrumbs twice to ensure the eggs are coated well.) The eggs can be kept in the fridge at this point, until ready to cook.
To cook the crispy quail’s eggs, heat the oil in a deep, heavy-based saucepan until a breadcrumb sizzles and turns brown when dropped into it. (CAUTION: hot oil can be dangerous. Do not leave unattended.)
Deep fry the eggs for 2-3 minutes, or until golden-brown, remove from the pan with a slotted spoon and set aside to drain on kitchen paper.
For the herb mayonnaise, blend the herbs and rapeseed oil in a blender until smooth.
Whisk the egg yolk, mustard and vinegar in a bowl until smooth. Slowly whisk in the herb oil until the mayonnaise is thick. Season, to taste, with salt and freshly ground black pepper.
To serve, cook the asparagus in boiling salted water for 3-4 minutes, drain and refresh in salted ice water then drain again. Cut in half lengthways and mix together with the salad leaves, vinegar, olive oil, salt and freshly ground black pepper.
Spread some of the herb mayonnaise onto serving plates and arrange the asparagus and salad leaves on top. Slice the tops off the eggs and arrange around the asparagus.


About me
I am currently the Director & Head of Data Sciences at nference which is an artificial intelligence company based in Cambridge, MA that aims to synthesize the world’s biomedical knowledge. In my role, I supervise data science research projects and collaborations with biopharma clients. Our team is developing state-of-the-art AI models to extract covariates from clinical notes and predict cardiovascular conditions from 12-lead ECG data. In collaboration with the Mayo Clinic, we have published numerous real-world evidence studies on COVID-19, and our work has been cited by government agencies including the White House and CDC.
Previously, I received my PhD in 2019 from the MIT Operations Research Center. I had the privilege of working with Prof. Dimitris Bertsimas as my advisor, and my thesis was on the development of machine learning methods specialized for healthcare datasets with missing and uncertain values. During my studies, I co-developed OptImpute which is a state-of-the-art optimization-based imputation method. I am passionate about machine learning, natural language processing, and personalized medicine with a particular interest in research that has the potential to impact clinical care.
Outside of work, I enjoy running, swimming, and playing fetch with my dog Lucy.


Professor MikkilineniCOEN 178: Intro to Database Systems Aleisha Nelson, Alex Hoff, & Greg Fay This website was our final project which we implemented withhtml, css, php, mysql and oracle database.


Hot-keys on this page
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| Module | statements | missing | excluded | branches | partial | coverage |
|---|---|---|---|---|---|---|
| Total | 499 | 397 | 0 | 106 | 10 | 20% |
| app\__init__.py | 33 | 17 | 0 | 0 | 0 | 48% |
| app\api_1_0\authentication.py | 30 | 15 | 0 | 10 | 1 | 55% |
| app\api_1_0\comments.py | 40 | 38 | 0 | 12 | 0 | 4% |
| app\api_1_0\decorators.py | 12 | 10 | 0 | 2 | 1 | 21% |
| app\api_1_0\errors.py | 17 | 7 | 0 | 0 | 0 | 59% |
| app\api_1_0\posts.py | 35 | 20 | 0 | 8 | 2 | 44% |
| app\api_1_0\users.py | 30 | 28 | 0 | 12 | 0 | 5% |
| app\auth\views.py | 58 | 56 | 0 | 18 | 2 | 5% |
| app\main\errors.py | 20 | 16 | 0 | 6 | 1 | 19% |
| app\models.py | 224 | 190 | 0 | 38 | 3 | 16% |
No items found using the specified filter.


An essential element of the Talent courses is to develop a large project(s) which allows you to study and understand theoretical concepts in nuclear physics. These concepts will in turn allow you to interpret results from experiments and understand the pertinent physics in terms of the underlying forces and laws of motion.
Together with the regular lectures in the morning, the hope is that during these three weeks you will be able to write and run a program which implements at least one of the methods discussed during the lectures. The lectures will also cover additional material which aims at giving you a broader view on what can be achieved with the methods to be discussed. Combined with the 'hands-on' afternoon sessions, the hope is that the lectures and the computational projects will together allow you to achieve these goals.
The project is divided in four main parts. The first part deals with a simple pairing model and the development of a shell-model program related to this model. This program can then serve as a benchmark program for the Coupled Cluster theory and in-medium SRG codes to be developed. The latter form the remaining parts of the project.
If you have not used version control before now, it is time to do so. Proper version control is central to a good ethical scientific conduct. We do require that you use some kind of version control software when working on the projects. We recommend strongly github. All lectures and additional material are available at the github address of the course.
Furthermore, before coming to the course, we recommend that you refresh your knowledge on second quantization.
When building up a numerical project there are several elements you should think of, amongst these we take the liberty of mentioning the following:
In the first part of the project we will thus work with a simplified Hamiltonian consisting of a one-body operator and a so-called pairing interaction term. It is a model which to a large extent mimicks some central features of atomic nuclei, certain atoms and systems which exhibit superfluiditity or superconductivity. Pairing plays a central role in nuclear physics, in particular, for identical particles it makes up large fractions of the correlations among particles. The partial wave \( ^{1}S_0 \) of the nucleon-nucleon force plays a central role in setting up pairing correlations in nuclei. Without this particular partial wave, the \( J=0 \) ground state spin assignment for many nuclei with even numbers of particles would not be possible.
We define first the Hamiltonian, with a definition of the model space and the single-particle basis. Thereafter, we present the various steps which are needed to develop a shell-model program for studying the pairing problem.
The Hamiltonian acting in the complete Hilbert space (usually infinite dimensional) consists of an unperturbed one-body part, \( \hat{H}_0 \), and a perturbation \( \hat{H}_I \).
We limit ourselves to at most two-body interactions, our Hamiltonian is then represented by the following operators $$ \begin{equation} \hat{H} = \hat{H}_0 +\hat{H}_I=\sum_{pq}\langle p |h_0|q\rangle a_{p}^{\dagger}a_{q} +\frac{1}{4}\sum_{pqrs}\langle pq| V|rs\rangle a_{p}^{\dagger}a_{q}^{\dagger}a_{s}a_{r}, \label{eq:hamiltonian} \end{equation} $$ where \( a_{p}^{\dagger} \) and \( a_{q} \) etc are standard fermion creation and annihilation operators, respectively, and \( pqrs \) represent all possible single-particle quantum numbers. The full single-particle space is defined by the completeness relation \( \hat{1} = \sum_{p =1}^{\infty}|p \rangle \langle p| \). In our calculations we will let the single-particle states \( |p\rangle \) be eigenfunctions of the one-particle operator \( \hat{h}_0 \).
The above Hamiltonian acts in turn on various many-body Slater determinants constructed from the single-basis defined by the one-body operator \( \hat{h}_0 \).
Our specific model consists of only \( 2 \) doubly-degenerate and equally spaced single-particle levels labeled by \( p=1,2,\dots \) and spin \( \sigma=\pm 1 \). In Eq. \eqref{eq:hamiltonian} the labels \( pqrs \) could also include spin \( \sigma \). From now and for the rest of this project, labels like \( pqrs \) represent the states without spin. The spin quantum numbers need to be accounted for explicitely.
We write the Hamiltonian as $$ \begin{equation*} \hat{H} = \hat{H}_0 +\hat{H}_I=\hat{H}_0 + \hat{V} , \end{equation*} $$ where $$ \begin{equation*} \hat{H}_0=\xi\sum_{p\sigma}(p-1)a_{p\sigma}^{\dagger}a_{p\sigma}. \end{equation*} $$ Here, \( H_0 \) is the unperturbed Hamiltonian with a spacing between successive single-particle states given by \( \xi \), which we will set to a constant value \( \xi=1 \) without loss of generality.
The two-body operator \( \hat{V} \) has one term only. It represents the pairing contribution and carries a constant strength \( g \) and is given by $$ \begin{equation*} \langle q+q-| V|s+s-\rangle = -g \end{equation*} $$ where \( g \) is a constant. The above labeling means that for a general matrix elements \( \langle pq| V|rs\rangle \) we require that the states \( p \) and \( q \) (and \( r \) and \( s \)) have the same number quantum number \( q \) but opposite spins. The two spins values are \( \sigma = \pm 1 \). When setting up the Hamiltonian matrix you need to figure out how to make the two-body interaction antisymmetric. The variables \( \sigma=\pm \) represent the two possible spin values. The interaction can only couple pairs and excites therefore only two particles at the time.
In our model we have kept both the interaction strength and the single-particle level as constants. In a realistic system like the atomic nucleus this is not the case.
The unperturbed Hamiltonian \( \hat{H}_0 \) and \( \hat{V} \) commute with the spin projection \( \hat{S}_z \) and the total spin \( \hat{S}^2 \). This is an important feature of our system that allows us to block-diagonalize the full Hamiltonian. In this project we will focus only on total spin \( S=0 \), this case is normally called the no-broken pair case.
This is an important feature of our system that allows us to block-diagonalize the full Hamiltonian. We will focus on total spin \( S=0 \). In this case, it is convenient to define the so-called pair creation and pair annihilation operators $$ \begin{equation*} \hat{P}^{+}_p = a^{\dagger}_{p+}a^{\dagger}_{p-}, \end{equation*} $$ and $$ \begin{equation*} \hat{P}^{-}_p = a_{p-}a_{p+}, \end{equation*} $$ respectively.
The Hamiltonian (with \( \xi=1 \)) we will use can be written as $$ \begin{equation*} \hat{H}=\sum_{p\sigma}(p-1)a_{p\sigma}^{\dagger}a_{p\sigma} -g\sum_{pq}\hat{P}^{+}_p\hat{P}^{-}_q. \end{equation*} $$ Show that Hamiltonian commutes with the product of the pair creation and annihilation operators. This model corresponds to a system with no broken pairs. This means that the Hamiltonian can only link two-particle states in so-called spin-reversed states.
Find the eigenvalues by diagonalizing the Hamiltonian matrix. Vary your results for selected values of \( g\in [-1,1] \) and comment your results.
To help, your final Hamiltonian matrix reads $$ H = \left ( \begin{array}{cccccc} 2\delta -2g & -g & -g & -g & -g & 0 \\ -g & 4\delta -2g & -g & -g & -0 & -g \\ -g & -g & 6\delta -2g & 0 & -g & -g \\ -g & -g & 0 & 6\delta-2g & -g & -g \\ -g & 0 & -g & -g & 8\delta-2g & -g \\ 0 & -g & -g & -g & -g & 10\delta -2g \end{array} \right ) $$
Challenge: Enlarge now your system to six and eight fermions and to \( p=6 \) and \( p=8 \) single-particle states, respectively. Run your program for a degenerate single-particle state with degeneracy \( \Omega \) and test against the exact result for the ground state. Introduce thereafter a finite single-particle spacing and study the results as you vary \( g \), as done in b) and c). Comment your results.
This project serves as a continuation of the pairing model with the aim being to solve the same problem but now by developing a program that implements the coupled cluster method with double excitations only. In doing so you will find it convenient to write classes which define the single-particle basis and the Hamiltonian. Your functions that solve the coupled cluster equations will then just need to set up variables which point to interaction elements and single-particle states with their pertinent quantum numbers. Use for example the setup discussed in the FCI lectures for the pairing model.
This project forms one possible final path for the remaining two weeks. It can also be extended in order to define the final project. You should be able to use the program you developed in connection with the solution of the pairing model.
Our final step consists in modifying the above program in order to include the IMSRG method, applying it to both the pairing model and infinite neutron matter. Compare your results with those obtained with Coupled Cluster theory and comment your results obtained with the pairing model as well as those for infinite neutron matter.


Dear {{donor_name}},
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 SAVE THESE INSTRUCTIONS FOR FUTURE REFERENCE.
w w w . m a k i t a t o o l s . c o m
Finishing Sander MODEL BO3700
003271
DOUBLE INSULATION
2
SPECIFICATIONS
• Manufacturer reserves the right to change specifications without notice.
• Specifications may differ from country to country.
GENERAL SAFETY RULES USA002-2
(For All Tools)
WARNING: Read and understand all instructions. Failure to follow all instructions listed below, may result in electric shock, fire and/or serious personal injury.
SAVE THESE INSTRUCTIONS Work Area
1. Keep your work area clean and well lit. Cluttered benches and dark areas invite acci- dents.
2. Do not operate power tools in explosive atmospheres, such as in the presence of flammable liquids, gases, or dust. Power tools create sparks which may ignite the dust or fumes.
3. Keep bystanders, children, and visitors away while operating a power tool. Distrac- tions can cause you to lose control.
Electrical Safety
4. Double insulated tools are equipped with a polarized plug (one blade is wider than the other.) This plug will fit in a polarized outlet only one way. If the plug does not fit fully in the outlet, reverse the plug. If it still does not fit, contact a qualified elec- trician to install a polarized outlet. Do not change the plug in any way. Double insula-
tion eliminates the need for the three wire grounded power cord and grounded power supply system.
5. Avoid body contact with grounded sur- faces such as pipes, radiators, ranges and refrigerators. There is an increased risk of electric shock if your body is grounded.
Model BO3700
Pad size 93 mm x 185 mm (3 - 5/8” x 7 - 1/4”)
Orbits per minute 10,000
Overall length 254 mm (10”)
Net weight 1.4 kg (3.1 lbs)
3
6. Do not expose power tools to rain or wet conditions. Water entering a power tool will increase the risk of electric shock.
7. Do not abuse the cord. Never use the cord to carry the tools or pull the plug from an outlet. Keep cord away from heat, oil, sharp edges or moving parts. Replace damaged cords immediately. Damaged cords increase the risk of electric shock.
8. When operating a power tool outside, use an outdoor extension cord marked “W-A” or “W”. These cords are rated for outdoor use and reduce the risk of electric shock.
Personal Safety
9. Stay alert, watch what you are doing and use common sense when operating a power tool. Do not use tool while tired or under the influence of drugs, alcohol, or medication. A moment of inattention while operating power tools may result in serious personal injury.
10. Dress properly. Do not wear loose cloth- ing or jewelry. Contain long hair. Keep your hair, clothing, and gloves away from moving parts. Loose clothes, jewelry, or long hair can be caught in moving parts.
11. Avoid accidental starting. Be sure switch is off before plugging in. Carrying tools with your finger on the switch or plugging in tools that have the switch on invites accidents.
12. Remove adjusting keys or wrenches before turning the tool on. A wrench or a key that is left attached to a rotating part of the tool may result in personal injury.
13. Do not overreach. Keep proper footing and balance at all times. Proper footing and balance enables better control of the tool in unexpected situations.
14. Use safety equipment. Always wear eye protection. Dust mask, non-skid safety shoes, hard hat, or hearing protection must be used for appropriate conditions. Ordinary eye or sun glasses are NOT eye protection.
Tool Use and Care
15. Use clamps or other practical way to secure and support the workpiece to a stable platform. Holding the work by hand or against your body is unstable and may lead to loss of control.
16. Do not force tool. Use the correct tool for your application. The correct tool will do the job better and safer at the rate for which it is designed.
17. Do not use tool if switch does not turn it on or off. Any tool that cannot be controlled with the switch is dangerous and must be repaired.
18. Disconnect the plug from the power source before making any adjustments, changing accessories, or storing the tool. Such preventive safety measures reduce the risk of starting the tool accidentally.
19. Store idle tools out of reach of children and other untrained persons. Tools are dangerous in the hands of untrained users.
20. Maintain tools with care. Keep cutting tools sharp and clean. Properly maintained tools with sharp cutting edges are less likely to bind and are easier to control.
21. Check for misalignment or binding of moving parts, breakage of parts, and any other condition that may affect the tools operation. If damaged, have the tool ser- viced before using. Many accidents are caused by poorly maintained tools.
22. Use only accessories that are recom- mended by the manufacturer for your model. Accessories that may be suitable for one tool, may become hazardous when used on another tool.
SERVICE
23. Tool service must be performed only by qualified repair personnel. Service or main- tenance performed by unqualified personnel could result in a risk of injury.
4
24. When servicing a tool, use only identical replacement parts. Follow instructions in the Maintenance section of this manual.
Use of unauthorized parts or failure to follow Maintenance instructions may create a risk of electric shock or injury.
USE PROPER EXTENSION CORD: Make sure your extension cord is in good condition. When using an extension cord, be sure to use one heavy enough to carry the current your product will draw. An undersized cord will cause a drop in line voltage resulting in loss of power and overheating. Table 1 shows the correct size to use depending on cord length and nameplate ampere rating. If in doubt, use the next heavier gage. The smaller the gage num- ber, the heavier the cord.
SPECIFIC SAFETY RULES USB040-4
DO NOT let comfort or familiarity with product (gained from repeated use) replace strict adherence to sander safety rules. If you use this tool unsafely or incorrectly, you can suffer serious personal injury. 1. Hold tool by insulated gripping surfaces
when performing an operation where the cutting tool may contact hidden wiring or its own cord. Contact with a “live” wire will make exposed metal parts of the tool “live” and shock the operator.
2. Always use safety glasses or goggles. Ordinary eye or sun glasses are NOT safety glasses.
3. Hold the tool firmly.
4. Do not leave the tool running. Operate the tool only when hand-held.
5. This tool has not been waterproofed, so do not use water on the workpiece sur- face.
6. Ventilate your work area adequately when you perform sanding operations.
7. Use of this tool to sand some products, paints and wood could expose user to dust containing hazardous substances. Use appropriate respiratory protection.
Table 1: Minimum gage for cord
Ampere Rating Volts Total length of cord in feet 120 V 25 ft. 50 ft. 100 ft. 150 ft.
More Than Not More Than AWG
0 6 18 16 16 14 6 10 18 16 14 12
10 12 16 16 14 12 12 16 14 12 Not Recommended
5
SAVE THESE INSTRUCTIONS
WARNING: MISUSE or failure to follow the safety rules stated in this instruction manual may cause serious personal injury.
SYMBOLS USD205-1 The followings show the symbols used for tool.
V ....................... volts
A ....................... amperes
Hz ..................... hertz
................alternating current
....................no load speed
....................Class II Construction
.../min................orbits per minute
n ˚
6
FUNCTIONAL DESCRIPTION
CAUTION: • Always be sure that the tool is switched off and
unplugged before adjusting or checking function on the tool.
Switch action
CAUTION: • Before plugging in the tool, always check to see that the
switch trigger actuates properly and returns to the “OFF” position when released.
• Switch can be locked in “ON” position for ease of operator comfort during extended use. Apply caution when locking tool in “ON” position and maintain firm grasp on tool.
To start the tool, simply pull the switch trigger. Release the switch trigger to stop. For continuous operation, pull the switch trigger and then push in the lock button. To stop the tool from the locked position, pull the switch trig- ger fully, then release it.
ASSEMBLY CAUTION:
• Always be sure that the tool is switched off and unplugged before carrying out any work on the tool.
Installing or removing abrasive paper
For conventional type of abrasive paper with pre- punched holes (standard equipment):
Press the clamper. Insert the paper end into the clamper, aligning the holes in the paper with those in the pad. Then release the clamper to secure the paper. Repeat the same process for the other end of the base, maintaining the proper paper tension.
1. Lock button 2. Switch trigger
1
2
003281
1. Clamper 2. Abrasive paper with pre-punched
holes
1
2
003308
7
For conventional type of abrasive paper without pre- punched holes (available on the market):
Press the clamper. Insert the paper end into the clamper, aligning the paper edges even and parallel with the sides of the base. Then release the clamper to secure the paper. Repeat the same process for the other end of the base, maintaining the proper paper tension. Place the punch plate (optional accessory) over the paper so that the guide of the punch plate is flush with the sides of the base. Then press the punch plate to make holes in the paper.
For hook-and-loop type of abrasive paper with pre- punched holes (optional accessory):
Remove the pad for the conventional type of abrasive paper from the tool with a screwdriver. Install the pad for the hook- and-loop type of abrasive paper (optional accessory) on the tool. Tighten the screws firmly to secure the pad.
Remove all dirt or foreign matter from the pad. Attach the paper to the pad, aligning the holes in the paper with those in the pad.
CAUTION: • Always use hook-and-loop type of abrasive papers.
Never use pressure-sensitive abrasive paper.
 The dust spout is tapered. When attaching the dust bag, push it onto the dust spout firmly as far as it will go to prevent it from coming off during operation.
For the best results, empty the dust bag when it becomes approximately half full, tapping it lightly to remove as much dust as possible.
1. Abrasive paper without pre- punched holes
2. Punch plate
1
2
003310
1. Screws 2. Screwdriver 3. Pad
1 2
3
003312
1. Hook-and-loop type of abrasive paper with pre-punched holes
2. Pad
1
2
003313
1. Dust spout 2. Dust bag
1
2
003318
8
NOTE:
• If you connect a Makita vacuum cleaner to this tool, more efficient and cleaner operations can be performed.
OPERATION Sanding operation
CAUTION: • Never run the tool without the abrasive paper. You may
seriously damage the pad.
• Never force the tool. Excessive pressure may decrease the sanding efficiency, damage the abrasive paper or shorten tool life.
Hold the tool firmly. Turn the tool on and wait until it attains full speed. Then gently place the tool on the workpiece sur- face. Keep the pad flush with the workpiece and apply slight pressure on the tool.
MAINTENANCE CAUTION:
• Always be sure that the tool is switched off and unplugged before attempting to perform inspection or maintenance.
To maintain product SAFETY and RELIABILITY, repairs, car- bon brush inspection and replacement, any other mainte- nance or adjustment should be performed by Makita Authorized or Factory Service Centers, always using Makita replacement parts.
003332
9
ACCESSORIES CAUTION:
• These accessories or attachments are recommended for use with your Makita tool specified in this manual. The use of any other accessories or attachments might present a risk of injury to persons. Only use accessory or attachment for its stated purpose.
If you need any assistance for more details regarding these accessories, ask your local Makita service center.
• Abrasive papers (with pre-punched holes)
• Abrasive papers (without pre-punched holes)
• Hook-and-loop type abrasive papers (with pre-punched holes)
• Punch plate
• Backing pad (for use with hook-and-loop abrasive paper)
• Dust bag
Memo
10
Memo
11
Memo
12
13
First-Class Postage Required
Post Office will not deliver
without proper postage.
Makita U.S.A., Inc. 14930 Northam Street La Mirada, CA 90638-5753
Fold
C ut
14
1. This product was purchased from:
Home Center
Hardware/Lumber Store
Tool Distributor
Industrial Supply
Construction Supply
Other ( )
3. How did you learn about this product:
Magazine
From Dealer
Newspaper
Store Display
Catalog
Radio
Exhibition
From Friend
Previous Usage
Other ( )
2. Use of the product is intended for:
Construction Trade
Industrial Maintenance
Home Maintenance
Hobby
Other ( )
4. Most favored points are:
Repair Service
Durability
Power
Other ( )
Design
Features
Size
Price
Makita Brand
5. Any comments:
MAIL THIS PORTION Your answers to the following questions are appreciated.
BE SURE TO COMPLETE THE CUSTOMER’S PORTION OF THIS FORM AND RETAIN FOR YOUR RECORDS.
DATE PURCHASED MODEL NO.
SERIAL NO.
INTL. LAST NAME / COMPANY NAME
STREET ADRESS
CITY
STATE
AGE:
ZIP CODE PHONE
AREA CODE
STATUS Married
SEX M FSingle
MONTH DAY YEAR
Under 19 20-29 30-39 40-49 50-60 Over 60
Please return this portion by facsimile or mail. Facsimile No:<PHONE_NUMBER>
Paste Paste Paste Paste Paste Paste Paste Paste
P as
te P
as te
P as
te P
as te
P as
te P
as te
P as
te P
as te
P as
te P
as te
P as
te P
as te
15
FACTORY SERVICE CENTERS 1-800-4-MAKITA
RETAIN THIS PORTION FOR YOUR RECORDS
ARIZONA 3707 E. Broadway Rd., Ste. 6 Phoenix, AZ 85040<PHONE_NUMBER>
CALIFORNIA 41850 Christy St. Fremont, CA 94538-5107<PHONE_NUMBER>
14930 Northam St. La Mirada, CA 90638-5753<PHONE_NUMBER>
1970 Fulton Avenue Sacramento, CA 95825<PHONE_NUMBER>
7674 Clairemont Mesa Blvd. San Diego, CA 92111<PHONE_NUMBER>
16735 Saticoy St., Ste. 105 Van Nuys, CA 91406<PHONE_NUMBER>
COLORADO 11839 E. 51st Ave. Denver, CO 80239-2709<PHONE_NUMBER>
FLORIDA 750 East Sample Road Pompano Beach, FL 33064<PHONE_NUMBER>
GEORGIA 4680 River Green Parkway NW Duluth, GA 30096<PHONE_NUMBER>
ILLINOIS 1450 Feehanville Dr. Mt. Prospect, IL 60056-6011<PHONE_NUMBER>
MARYLAND 7397 Washington Boulevard, Suite 104 Elkridge, MD 21075<PHONE_NUMBER>
MASSACHUSETTS 232 Providence Hwy. Westwood, MA 02090<PHONE_NUMBER>
MINNESOTA 6427 Penn Ave. South Richfield, MN 55423<PHONE_NUMBER>
MISSOURI 9876 Watson Road St. Louis, MO 63126-2221<PHONE_NUMBER>
NEBRASKA 4129 S. 84th St. Omaha, NE 68127<PHONE_NUMBER>
NEVADA 3375 S. Decatur Blvd. Suites. 22 - 24 Las Vegas, NV 89102<PHONE_NUMBER>
NEW JERSEY 251 Herrod Blvd. Dayton, NJ 08810-1539<PHONE_NUMBER>
NEW YORK 4917 Genessee Street Cheektowaga, NY 14225<PHONE_NUMBER>
OREGON 828 19th Avenue, N.W. Portland, OR 97209<PHONE_NUMBER>
PENNSYLVANIA 1704 Babcock Blvd. Pittsburgh, PA 15209<PHONE_NUMBER>
PUERTO RICO 200 Guayama St. Hato Rey, PR 00917<PHONE_NUMBER>
TENNESSEE 1120 Elm Hill P. Suile 170 Nashville, TN 372<PHONE_NUMBER>
TEXAS 12801 Stemmons Fwy Ste. 809 Farmers Branch, TX 75234<PHONE_NUMBER>
12701 Directors Dr. Stafford, TX 77477-3701<PHONE_NUMBER>
3453 IH-35 North, Ste. 101 San Antonio, TX 78219<PHONE_NUMBER>
WISCONSIN Lincoln Plaza Shopping Ctr. 2245 S. 108th St. West Allis, WI 53227<PHONE_NUMBER>
CUSTOMER’S RECORD
When you need service: Send complete tool (prepaid) to one of the Makita Factory Service Centers listed, or to an Authorized Makita Service Center. Be sure to attach a letter to the outside of the carton detailing the problem with your tool.
Date Purchased
Dealer’s Name & Address
Model No.
Serial No.
WARNING Some dust created by power sanding, sawing, grinding, drilling, and other construction activities contains chemicals known to the State of California to cause cancer, birth defects or other reproductive harm. Some examples of these chemicals are: • lead from lead-based paints, • crystalline silica from bricks and cement and other masonry products, and • arsenic and chromium from chemically-treated lumber.
Your risk from these exposures varies, depending on how often you do this type of work. To reduce your exposure to these chemicals: work in a well ventilated area, and work with approved safety equipment, such as those dust masks that are specially designed to filter out microscopic particles.
MAKITA LIMITED ONE YEAR WARRANTY Warranty Policy
Every Makita tool is thoroughly inspected and tested before leaving the factory. It is warranted to be free of defects from workmanship and materials for the period of ONE YEAR from the date of original purchase. Should any trouble develop during this one year period, return the COMPLETE tool, freight prepaid, to one of Makita’s Factory or Authorized Service Centers. If inspection shows the trouble is caused by defective workmanship or material, Makita will repair (or at our option, replace) without charge.
This Warranty does not apply where:
• repairs have been made or attempted by others:
• repairs are required because of normal wear and tear:
• the tool has been abused, misused or improperly maintained:
• alterations have been made to the tool.
IN NO EVENT SHALL MAKITA BE LIABLE FOR ANY INDIRECT, INCIDENTAL OR CONSEQUENTIAL DAMAGES FROM THE SALE OR USE OF THE PRODUCT. THIS DISCLAIMER APPLIES BOTH DURING AND AFTER THE TERM OF THIS WARRANTY.

This Warranty gives you specific legal rights, and you may also have other rights which vary from state to state. Some states do not allow the exclusion or limitation of incidental or consequential damages, so the above limitation or exclusion may not apply to you. Some states do not allow limitation on how long an implied warranty lasts, so the above limitation may not apply to you.
Makita Corporation Anjo, Aichi, Japan
Made in China Nan Zi Road, Kunshan Export Processing Zone Jiangsu, P.R. China
884274C061


Successful audio generation!
Important data on IBM options
SimpleText
You can generate an audio from a plain text without any structure.
Expressive SSML
You can generate an audio, but the text you insert must have a specific structure.
Important data on Azure voices
All voices implement a basic configuration for better pronunciation (pausing).


{% load hq_shared_tags %} {% load crispy_forms_tags %} {% load i18n %}
{% blocktrans %} The user is the only assigned user who can view cases in the following locations: {% endblocktrans %}
{% blocktrans %} Depending on your application's case sharing configuration, changing one or more of these locations may result in some cases not being visible to any user until a new user is assigned to those locations. {% endblocktrans %}


WITNESS LIST Education Committee May 13, 1999-11:00A HB 98 FOR: Jolly, Mike P (Round Rock ISD/ TASBO), Georgetown Reyna, Arthur (District 125; Self), unavailable Santiago, Gwen (Texas Association of School Business Officials), Austin AGAINST: Collins, Robby (Dallas I.S.D.), unavailable ON: Anderson, David (Texas Education Agency), Austin Registering, but not testifying: For: Eaton, Holly (Atty, Lobbyist), Austin Against: Dunn, David (TASB), unavailble HB 211 ON: Douglass, Cathy (Texas Association of School Boards), unavailable Registering, but not testifying: For: Eaton, Holly (Tx. Classroom Teachers Assoc.), Austin Kelly, Jack (TSTA), Dripping Spring Lara, Rene (Texas Federation of Teachers), Austin Towne, Loretta (Tx. PTA), unavailable HB 617 FOR: Eaton, Holly (Tx. Classroom Teachers Assoc.), Austin Registering, but not testifying: For: Gregg, Brock (ATPE), unavailable Kelly, Jack (TSTA), Dripping Spring Lara, Rene (Texas Federation of Teachers), Austin Towne, Loretta (Tx. PTA), Austin HB 618 FOR: Lain, Jackie (Tx Assn. of Sch. Bds.), unavailable Registering, but not testifying: For: Eaton, Holly (Tx. Classroom Teachers Assoc.), Austin Gregg, Brock (ATPE), unavailable Lara, Rene (Texas Federation of Teachers), Austin Towne, Loretta (Tx. PTA), Asutin HB 633 FOR: Elrod, Suzanne (Tx. Disability Policy Consortium), Austin Registering, but not testifying: For: Brady, Denise (The Arc of Texas), Austin Eaton, Holly (Tx. Classroom Teachers Assoc.), Austin Horton, Colleen L. (Tx. Advocates Supporting Kids w/ Disabilities), Austin Lambert, Kay (Advocacy, Inc.), Austin Maxwell, Susan M. (Tx. Planning Council for Developmental Disabilities), Austin Tucker, Elizabeth (United Cerebral Palsy of Texas), Austin HB 907 FOR: Baker, Keith (Northeast Indp. School District (Bexar)), San Antonio Patton, Janet (unavailable), New Braunfels HB 926 ON: Anderson, David (Texas Education Agency), Austin Williams, Christie (Dallas County Criminal District Attorney's Office), Dallas HB 1104 Registering, but not testifying: For: Brady, Denise (The Arc of Texas), Austin Eaton, Holly (Tx. Classroom Teachers Assoc.), Austin Gregg, Brock (ATPE), unavailable Horton, Colleen L. (Tx. Advocates Supporting Kids w/ Disabilities), Austin Lambert, Kay (Advocacy, Inc.), Austin Lara, Rene (Texas Federation of Teachers), Austin Maxwell, Susan (Tx. Planning Council on Developmental Disabilities), Austin Perez, Rufina (Self), Del Valle Seay, Penny (Texas Disability Policy Consortium), Austin Towne, Loretta (Tx PTA), Austin Tucker, Elizabeth (United Cerebral Palsy of Texas), Austin HB 1275 FOR: Brady, Denise (The Arc of Texas), Austin Perez, Rufina (Self), Del Valle AGAINST: Cantrell, Karen (Texas Council of Administrators of Special Educ.), San Antonio Registering, but not testifying: For: Eaton, Holly (Tx. Classroom Teachers Assoc.), Austin Gregg, Brock (ATPE), unavailable Hernandez, Leslie (Nat'l Assoc. of Social Workers/ Tx), Austin Horton, Colleen (Tx. Advocates Supporting Kids w/ Disabilities), Austin Kelly, Jack (TSTA), Dripping Spring Lambert, Kay (Advocacy, Inc.), unavailable Lara, Rene (Texas Federation of Teachers), Austin Maxwell, Susan M. (Tx. Planning Council for Developmental Disabilities), Austin Seay, Penny (Texas Disability Policy Consortium), Austin Towne, Loretta (Tx PTA), Austin Tucker, Elizabeth (United Cerebral Palsy of Texas), Austin HB 1678 Registering, but not testifying: For: Levin, Jay (Texas state Teachers Assoc.), unavailable HB 1702 FOR: Veselka, Johnny (Texas Association of School Administrators), Austin HB 1733 FOR: Horton, Colleen L. (Tx. Advocates Supporting Kids w/ Disabilities), Austin Lambert, Kay (Advocacy, Inc.), Austin Registering, but not testifying: For: Brady, Denise (Govermental Affairs), Austin Eaton, Holly (Tx. Classroom Teachers Assoc.), Austin Gregg, Brock (ATPE), unavailable Maxwell, Susan M. (Tx. Planning Council for Developmental Disabilities), Austin Perez, Rufina (Self), Del Valle Seay, Penny (Texas Disability Policy Consortium), Austin Tucker, Elizabeth (United Cerebral Palsy of Texas), Austin HB 2011 THIS LIST HAS NO WITNESSES. HB 2075 Registering, but not testifying: For: Dunn, David (TASB), unavailable Towne, Loretta (Tx. PTA), Austin HB 2202 FOR: Allen, Dr. Rosemarie (Dallas Public Schools & Texans for Healthy Kids), unavailable Grusendorf, Bill (Texas Association of Rural Schools), San Saba Registering, but not testifying: For: Benold, Stephanie (State PTA), unavailable Fredericks, Judy (Texas Assn. of School Nurses), Austin Guiterrez, Alisha (Childrens Wellness Center), Del Valle Jennings, Jenni (Texas Assn. of School-Based Health Center), Dallas Ramos, Joe (Tx Association of School Boards), unavailable Weckerling, Cathy (Dallas Public Schools, Texans for Healthy Kids), Farmers Branch HB 2344 Registering, but not testifying: For: Kelly, Jack (TSTA), Dripping Spring HB 2401 FOR: Quinten, Jim (Automotive Wholesalers of Tx), unavailable Wise, Andrew (American Electronics Assn.), Austin Registering, but not testifying: For: Green, Terry (Vocational Home Economics Teachers Association of Texas), Austin Holcombe, Linda (Texas Industrial Vocational Association), Austin Pinkus, David (Small Business United of Texas), Austin Smith, Mark (American Electronics Assn.), Austin HB 2591 AGAINST: Cronin, Frank (Self), Austin Davis, Davidi M. (ITT Educational Services, Inc.), Indianapolis Faulkner, Ann B. (Self), unavailable Friedheim, Jan V. (Career Colleges & Schools of Texas & their students), Dallas Martinez, Dorothy (Self), Austin HB 2806 THIS LIST HAS NO WITNESSES. HB 3204 FOR: Yawn, Larry (Houston I.S.D.), Houston Registering, but not testifying: For: White, Michael (The Greater Houston Partnership), Austin HB 3284 THIS LIST HAS NO WITNESSES. HB 3420 AGAINST: Lindell, Neva (NNFA-SW Natl. Nutritional Foods Assn-Southwest Region), unavailable Registering, but not testifying: On: Coody, Gary (Texas Dept of Health), Austin HB 3653 Registering, but not testifying: For: Martinez, Louann (Tx Assn of School Administrators), unavailable HB 3675 THIS LIST HAS NO WITNESSES. HCR 117 Registering, but not testifying: For: Elrod, Susanne (Tx Disability Policy Consortium), Austin Green, Terry (Vocational Home Economics Teachers Association of Texas), Austin Tucker, Elizabeth (United Cerebral Palsy of Texas), Austin Wise, Andrew (American Electronics Assn.), Austin On: Holcombe, Linda (Texas Industrial Vocational Association), Austin SB 1671 THIS LIST HAS NO WITNESSES. SB 1910 ON: Lain, Jackie (Tx Assn. of School Boards), unavailable


The horizontal line across the center of the area is at Y=150/2. The top of the squares should be (300/10)/2 pixels above that, or at 150/2 - 15 (remember that Y increases going down.)
import java.applet.Applet; import java.awt.*; // assume that the drawing area is 300 by 150 public class tenCircles extends Applet { final int width = 300, height = 150; public void paint ( Graphics gr ) { gr.setColor( Color.red ); int count = 0 ; while ( count < 10 ) { int X = ____________; int Y = ____________; int R = ____________; gr.drawOval( ____,____,____,____ ); count = count + 1; } } }
So now we have the (X, Y) coordinates of the upper left corner of each of the ten squares: The left edges of the squares are at ...
X=0, 300/10, 2*(300/10), 3*(300/10), . . . . 9*(300/10)
... and all the Y values are at (150/2 - 15).
The X and Y in the above are local variables for exclusive use of the
paint
method.
It is correct to declare them as is done here.
The blanks should be filled in with arithmetic expressions that use
identifiers, not integer literals like 10, 150, 300 and so on.


This program creates multithreaded ball objects that continually update their location and are drawn to the screen.
The user can click anywhere on the window to create a new, randomly colored and sized ball that bounces around at a random speed. A maximum of 20 balls are allowed and can be cleared at any time by pressing the "Clear" button
The code consists of the BouncingBalls class that extends JFrame.  An ArrayList of Ball objects is initialized with 0 objects as well.
The BouncingBalls class provides two anonymous inner classes to listen for mouse presses and events from the clear button. When the mouse is clicked on the BallPanel, a new Ball object is added to the ArrayList.
All objects of the inner class Ball are multithreaded by implementing Runnable and controlled by an ExecutorService. Their run() method consists of updating their location an diameter variables. The thread then sleeps for 42ms, so they are updated about 24 times per second. The Repainter class acts as a timer, and calls repaint() on the BallPanel every 42 ms.
When created by a click, the balls have random color, size, and speed. They bounce on the x and y coordinate planes by checking their location against the panel size, then reversing direction. The diameter of the balls are also manipulated to attain movement in the z-direction.


{% extends "global/Base.html" %} {% load staticfiles otree_tags %} {% block title %} Results {% endblock %} {% block content %}
You picked {{player.guess_value}}. Others picked {% if other_guesses_count > 1%} {% for g in other_guesses %} {% if not forloop.last %} {{ g }}, {% else %} and {{ g }}. {% endif %} {% endfor %} {% else %} {% for g in other_guesses %} {{ g }}. {% endfor %} {% endif %} The two-third of the average was {{ two_third_average|floatformat:"-4" }} and the closest was {{group.best_guess}}. {% if group.tie %} There are {{ winners_cnt }} participants who picked this number and you {% if player.is_winner %} were {% else %} were not {% endif %} one of them. As a result, you received {{ player.payoff }}. {% else %} As a result, you {% if player.is_winner %} were {% else %} were not {% endif %} the winner and received {{ player.payoff}}. {% endif %} In addition, you received 10 points for participation. Thus, your total payoff is {{ total_payoff }}.
{% next_button %} {% include "beauty/Instructions.html" %} {% endblock %}


Send your voters an email with secure, single-use voting links that ensure only authorized voters can vote, once
Send your voters an email with secure, single-use voting links that ensure only authorized voters can vote, once
Send your voters an email with secure, single-use voting links that ensure only authorized voters can vote, once
Each voter has a unique "Voter ID" and "Voter Key" and can only vote once
Each voter has a unique "Voter ID" and "Voter Key" and can only vote once
Each voter has a unique "Voter ID" and "Voter Key" and can only vote once
Each voter has a unique "Voter ID" and "Voter Key" and can only vote once
Each voter has a unique "Voter ID" and "Voter Key" and can only vote once
Each voter has a unique "Voter ID" and "Voter Key" and can only vote once


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Game Development with Javascript and the canvas element
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- getClosingAnimationDurationMs() - function in com.nambimobile.widgets.efab.ExpandableFab
- The duration (in milliseconds as a positive long) of the ExpandableFab's closing animations.
- getClosingAnimationDurationMs() - function in com.nambimobile.widgets.efab.FabOption
- The duration (in milliseconds as a positive long) of the animations that will be played when this FabOption is being hidden from a visible state (when the ExpandableFab is closing).
- getClosingAnimationDurationMs() - function in com.nambimobile.widgets.efab.Overlay
- The duration (in milliseconds as a positive long) of the animations that will be played when this Overlay is being hidden from a visible state (when the ExpandableFab is closing).
- getClosingAnticipateTension() - function in com.nambimobile.widgets.efab.ExpandableFab
- The tension (as a positive float) applied on the ExpandableFab's icon to mimic an AnticipateInterpolator when it's playing its closing animations.
- getCurrentConfiguration() - function in com.nambimobile.widgets.efab.ExpandableFabLayout
- Returns the OrientationConfiguration showing for the current screen orientation.
- getEfab() - function in com.nambimobile.widgets.efab.OrientationConfiguration
- The ExpandableFab in this orientation.
- getEfabColor() - function in com.nambimobile.widgets.efab.ExpandableFab
- The color of the ExpandableFab, as an integer in the form 0xAARRGGBB.
- getEfabEnabled() - function in com.nambimobile.widgets.efab.ExpandableFab
- The enabled state of this ExpandableFab and its label.
- getEfabIcon() - function in com.nambimobile.widgets.efab.ExpandableFab
- The drawable to show as the ExpandableFab's icon.
- getEfabSize() - function in com.nambimobile.widgets.efab.ExpandableFab
- The size of this ExpandableFab (NOT its FabOptions.
- getExpandableFabClosingAnimationDurationMs() - function in com.nambimobile.widgets.efab.ExpandableFabLayout
- The duration (in milliseconds as a positive long) of the closing animations for ALL the ExpandableFabs inside of this ExpandableFabLayout.
- getExpandableFabOpeningAnimationDurationMs() - function in com.nambimobile.widgets.efab.ExpandableFabLayout
- The duration (in milliseconds as a positive long) of the opening animations for ALL the ExpandableFabs inside of this ExpandableFabLayout.
- getFabOptionClosingAnimationDurationMs() - function in com.nambimobile.widgets.efab.ExpandableFabLayout
- The duration (in milliseconds as a positive long) of the closing animations for ALL the FabOptions inside of this ExpandableFabLayout.
- getFabOptionColor() - function in com.nambimobile.widgets.efab.FabOption
- The color of the FabOption, as an integer in the form 0xAARRGGBB.
- getFabOptionEnabled() - function in com.nambimobile.widgets.efab.FabOption
- The enabled state of this FabOption and its label.
- getFabOptionIcon() - function in com.nambimobile.widgets.efab.FabOption
- The drawable to show as the FabOption's icon.
- getFabOptionOpeningAnimationDurationMs() - function in com.nambimobile.widgets.efab.ExpandableFabLayout
- The duration (in milliseconds as a positive long) of the opening animations for ALL the FabOptions inside of this ExpandableFabLayout.
- getFabOptionPosition() - function in com.nambimobile.widgets.efab.ExpandableFab
- How each FabOption in this orientation will be positioned relative to the previous FabOption.
- getFabOptions() - function in com.nambimobile.widgets.efab.OrientationConfiguration
- The FabOptions (with optional labels) in this orientation.
- getFabOptionSize() - function in com.nambimobile.widgets.efab.ExpandableFab
- The size of each FabOption in this orientation (NOT the size of the ExpandableFab.
- getFirstFabOptionMarginPx() - function in com.nambimobile.widgets.efab.ExpandableFab
- The margin (in pixels as a positive float) between the first FabOption in this orientation and the ExpandableFab itself.
- getHiddenToVisibleAnimationDurationMs() - function in com.nambimobile.widgets.efab.Label
- The duration (in milliseconds as a positive long) of the animations that the Label will play when going from a hidden to visible state.
- getIconAnimationRotationDeg() - function in com.nambimobile.widgets.efab.ExpandableFab
- A float, in degrees, representing how much the ExpandableFab's icon will rotate when animating.
- getLabel() - function in com.nambimobile.widgets.efab.ExpandableFab
- The optional label attached to this ExpandableFab.
- getLabel() - function in com.nambimobile.widgets.efab.FabOption
- The optional label attached to this FabOption.
- getLabelBackgroundColor() - function in com.nambimobile.widgets.efab.Label
- The color of the Label's background, as an integer in the form 0xAARRGGBB.
- getLabelElevation() - function in com.nambimobile.widgets.efab.Label
- The elevation of the Label, in pixels as a positive float.
- getLabelFont() - function in com.nambimobile.widgets.efab.Label
- The font of the Label's text.
- getLabelHiddenToVisibleAnimationDurationMs() - function in com.nambimobile.widgets.efab.ExpandableFabLayout
- The duration (in milliseconds as a positive long) of the hidden to visible state animations for ALL the Labels inside of this ExpandableFabLayout.
- getLabelText() - function in com.nambimobile.widgets.efab.Label
- The text of the Label.
- getLabelTextColor() - function in com.nambimobile.widgets.efab.Label
- The color of the Label's text, as an integer in the form 0xAARRGGBB.
- getLabelTextSize() - function in com.nambimobile.widgets.efab.Label
- The size of the Label's text, as a float.
- getLabelVisibleToHiddenAnimationDurationMs() - function in com.nambimobile.widgets.efab.ExpandableFabLayout
- The duration (in milliseconds as a positive long) of the visible to hidden state animations for ALL the Labels inside of this ExpandableFabLayout.
- getLandscapeConfiguration() - function in com.nambimobile.widgets.efab.ExpandableFabLayout
- A holder for all the views of the ExpandableFab widget declared in the landscape screen orientation.
- getMarginPx() - function in com.nambimobile.widgets.efab.Label
- The margin (in pixels as a positive float) between the Label and the view it is attached to.
- getOpeningAnimationDurationMs() - function in com.nambimobile.widgets.efab.ExpandableFab
- The duration (in milliseconds as a positive long) of the ExpandableFab's opening animations.
- getOpeningAnimationDurationMs() - function in com.nambimobile.widgets.efab.FabOption
- The duration (in milliseconds as a positive long) of the animations that will be played when this FabOption is being shown from a hidden state (when the ExpandableFab is opening).
- getOpeningAnimationDurationMs() - function in com.nambimobile.widgets.efab.Overlay
- The duration (in milliseconds as a positive long) of the animations that will be played when this Overlay is being shown from a hidden state (when the ExpandableFab is opening).
- getOpeningOvershootTension() - function in com.nambimobile.widgets.efab.FabOption
- The tension (as a positive float) in an OvershootInterpolator applied on the FabOption when it's playing its animations for being shown from a hidden state (when the ExpandableFab is opening).
- getOrientation() - function in com.nambimobile.widgets.efab.ExpandableFab
- The Orientation this ExpandableFab is viewable in.
- getOrientation() - function in com.nambimobile.widgets.efab.FabOption
- The Orientation this FabOption is viewable in.
- getOrientation() - function in com.nambimobile.widgets.efab.Overlay
- The Orientation this Overlay is viewable in.
- getOverlay() - function in com.nambimobile.widgets.efab.OrientationConfiguration
- The Overlay in this orientation.
- getOverlayAlpha() - function in com.nambimobile.widgets.efab.Overlay
- The opacity of the overlay as a positive float, where 0 is completely transparent and 1 is completely opaque.
- getOverlayClosingAnimationDurationMs() - function in com.nambimobile.widgets.efab.ExpandableFabLayout
- The duration (in milliseconds as a positive long) of the closing animations for ALL the Overlays inside of this ExpandableFabLayout.
- getOverlayColor() - function in com.nambimobile.widgets.efab.Overlay
- The color of the overlay.
- getOverlayOpeningAnimationDurationMs() - function in com.nambimobile.widgets.efab.ExpandableFabLayout
- The duration (in milliseconds as a positive long) of the opening animations for ALL the Overlays inside of this ExpandableFabLayout.
- getOvershootTension() - function in com.nambimobile.widgets.efab.Label
- The tension (as a positive float) in an OvershootInterpolator applied on the Label when it is being shown from a hidden state.
- getPortraitConfiguration() - function in com.nambimobile.widgets.efab.ExpandableFabLayout
- A holder for all the views of the ExpandableFab widget declared in the portrait screen orientation.
- getPosition() - function in com.nambimobile.widgets.efab.Label
- The Label's LabelPosition, in relation to the view it's attached to.
- getSuccessiveFabOptionMarginPx() - function in com.nambimobile.widgets.efab.ExpandableFab
- The margin (in pixels as a positive float) between successive FabOptions in this ExpandableFab orientation.
- getTranslationXPx() - function in com.nambimobile.widgets.efab.Label
- The distance (in pixels as a float) the Label will travel horizontally during animations.
- getValue() - function in com.nambimobile.widgets.efab.FabOptionPosition
- getValue() - function in com.nambimobile.widgets.efab.FabSize
- getValue() - function in com.nambimobile.widgets.efab.LabelPosition
- getVisibleToHiddenAnimationDurationMs() - function in com.nambimobile.widgets.efab.Label
- The duration (in milliseconds as a positive long) of the animations that the Label will play when going from a visible to hidden state.