Introduction
The purpose of this documentation is to provide information on an enhanced to-do app.
For lack of a better name, the to-do app in question is simply a task management application built in JavaScript.
It allows users to add, edit, delete, or mark tasks as complete. With the filter mechanism, users are also able to see
active and completed tasks in a simple and organised way.
Access full application and code (GitHub) repository using the links below:
- The to-do app: To-do
- GitHub repo: OC-Project8-todo-list-app
Getting Started
Project files are available for download on GitHub.
Downloading the files
To download files, use the following GitHub link:
- https://github.com/alexandreformoso/OC-Project8-todo-list-app
- At the top (right corner) of the page, find and click the Clone or download button
- Select your preferred way to download
- Follow steps 1 & 2 above
- Copy the URL provided (blue highlight - image below)
- In your command line, root to your preferred location in the file system
- In your command line, run git clone [URL]
- Please note that you before making any changes to the project (eg.: Git commits), make sure you initialise the folder as your local repository. To accomplish this simply run git init within your project folder, and then run ls -la to see the hidden .git folder listed for confirmation.
Previewing the app
Once you have downloaded the project files, follow these last steps to preview the app:
- Download and install Node.js in your machine
- In your command line, run npm install to install project dependencies
- Open the index.html file from your todo-list-app folder
A little more about the to-do app
A fun fact about this to-do app is that it uses (browser) local storage, which means user data is persisted even after the browser is closed/refreshed. Data stored in local storage does not expiry.
Fixing Bugs
A couple of bugs were found and fixed from the following files:
- todo-list-app/js/controller.js
- todo-list-app/js/store.js
controller.js
[ Line 95 ]
A typo, adddItem
, found and corrected with addItem
(Controller.prototype.addItem)
store.js
[ Lines 83-89 ]
A duplicated ID created by the following code:
[ Lines 91-105 ]
... replaced and fixed by the following code:
Adding Tests
JavaScript unit tests were added using the Jasmine testing framework.
The file containing the tests, ControllerSpec.js, can be found in todo-list-app > test folder.
To preview the tests in the browser, make sure to install project dependencies first and then open the
SpecRunner.html file encountered in the test folder.
Analysing Our Site's Performance
Here, we are going to measure load and performance of our todo app against a competitor's using DevTools. We will then see ways in which we can optimise perfomance for end users.
Please note that gatherings may differ from user to user, depending on one's set up. This audit was run on a 64-bit Windows 10 machine, using the Incognito mode (to avoid noise) of the Google Chrome v.79 (chrome://version/) browser.
Our todo app
Startup Time
The Network panel shows when resources loaded in, in which order they loaded, and how long they took to
load.
It is a great place to start to see if resources are being downloaded as expected.
For out todo app, the Network Log (image on the left below) shows that only 10 requests were
made in the 13.6KB of downloaded (or transferred) data, and overall only took 174ms of load time.
Mobile CUP Simulation (Network: Slow 3G | CPU: 4x slowdown)
For mobile device
users with slow connectivity, load time simulated shows 4.53s (right).
Runtime Performance
Runtime performance is how your page performs when it is running, as opposed to loading.
Here, we are going to see how our todo app performs, and how we can improve potential issues.
Site Audit
Results indicate that our todo app performs well on Deskotop devices.
Performance. In the Metrics section we can see our todo app's performance. First Contentful Paint tells us that content was first painted to the screen at 1.0s, which is a good milestone in the user's perception of the page load; Time To Interactive, on the other hand, marks the point at which the page appeared ready enough to handle user interactions. Overall, the app avarages 1.0s to populate contents on the page (Speed Index) and we learn that the longest a user could potentially wait until the app is ready to take input (from First Content Paint) is 30ms, which is great.
Accessibility involves understanding how people with disability access and interact with the web pages we build. As a Web Developer, following the W3C standards on Accessibility (WCAG) and improving the semantics of our HTML will enhance the experience for users of assistive technology. Our Accessibility audit shows the following opportunity in our todo app:
Performance Improvement
We made some changes and ran a new audit. Below, we see the results.
Analysing Competitor's Site Performance
Here, we are going to measure load time of our todo app against a competitor's using DevTools. We will then see ways in which we can optimise perfomance for end users.
Please note that gatherings may differ from user to user, depending on one's set up. This audit was run on a 64-bit Windows 10 machine, using the Incognito mode (to avoid noise) of the Google Chrome v.79 (chrome://version/) browser.
Competitor's todo app
Startup Time
Looking at the Network Log, we are able to see that our competiror's website required 66 network
requests, had 893KB in transferred data,
and spent over 2 seconds on load time, a double in figures when compared to our todo application.
Too many round trips can have an impact on loading, which subsequently affect the user
experience
- evident of this is when we simulate slow mobile CPU, notice how some of the resources take over 12
seconds to be dowloaded (see images below).
Runtime Performance
To measure and optimise website performance we start with an audit.
Site Audit
Results indicate that our todo app performs well on Deskotop devices.
Performance. In the Metrics section (above) we're able to see that the first painted content takes 1.6s to appear on the screen (First Contentful Paint). However, as we are dealing with many HTTP requests, the site avarages 3.1s to populate the contents of the page (Speed Index). Consequently, this leads to 8.5s mark in the time a user has to wait until the page becomes interactive or ready to take user input (Time To Interactive) - this is considerably slow compared to our todo app's 1.1s of TTI.
Below, are the opportunities highlighted to optimise performance.
Accessibility
> Id Atributes. For best accessibility practices values of ID attributes should be unique.
Best Practices
SEO
> Accessibility compliance. Images should include alternative text to ensure users with assistive technology have a better browsering experience.
Conclusion
Overall, the tests indicate that our todo application appears to be more performance optimised than our competitors'. Suggestions for cleaner, better performaning code should be looked into.


| Guinea, Liberia, Sierra Leone |
Ebola virus disease |
August to October 2014 |
80,000 |
|
0 |
No |
- |
- |
[
6]
|
| Canada |
SARS |
14 May to 5 July 2003 |
For health alert notices: 495,492
For thermal imaging scanner: 295,212
|
For health alert notices: 411 For thermal imaging scanner: 96 |
0 |
No |
- |
- |
[
9]
|
| Guinea, Liberia, Sierra Leone, Nigeria, Senegal, and Mali |
Ebola virus disease |
|
>200,000 travelers leaving Guinea, Liberia, and Sierra Leone had been screened and >150,000 in Nigeria |
|
|
|
- |
- |
[
28]
|
| Guinea, Liberia, and Sierra Leone |
Ebola virus disease |
12 August to 12 October 2014 |
36,000 |
77 |
0 |
1 |
0% * |
99.79% * |
[
49]
|
| Guinea, Liberia, and Sierra Leone |
Ebola virus disease |
August 2014 to January 2016 |
300,000 |
|
0 |
4
(none of them was overtly symptomatic at the time of travel)
|
- |
- |
[
16]
|


--- layout: page title: "Ask the Van" ---
Ask the Van is the public Q&A service of the Department of Physics at the University of Illinois (where I went to grad school). Anyone can submit a question, and physics professors and student volunteers answer as many as possible.


Ripple (XRP) Price Trend Overwhelmingly Negative, Bitcoin Diving
- Ripple price is declining and trading below the $0.2560 pivot level against the US dollar.
- Bitcoin is down more than 3% today and Ethereum broke a major support near $178.
- There is a new connecting bearish trend line forming with resistance near $0.2530 on the hourly chart of the XRP/USD pair (data source from Kraken).
- The price tumbled recently and tested the $0.2400 support area.
Ripple price is trading in a crucial downtrend against the US Dollar, while bitcoin is approaching $8K. XRP price is likely to struggle near the $0.2560 and $0.2600 resistances.
Ripple Price Analysis
After forming an intermediate top near the $0.2660 level, ripple declined heavily against the US Dollar. XRP/USD broke many key supports near $0.2560 to move further into a bearish zone.
Moreover, there was a close below the $0.2560 level and the 100 hourly simple moving average. It opened the doors for more losses and the price declined heavily below the $0.2500 level.
The recent decline gained pace below the $0.2450 level and ripple tested the $0.2400 support area (as discussed in yesterday’s analysis). A new monthly low was formed near $0.2399 and the price is currently correcting higher.
It is testing the 50% Fib retracement level of the recent decline from the $0.2659 high to $0.2399 low. On the upside, there are many resistances near the $0.2540 and $0.2560 levels.
Besides, there is a new connecting bearish trend line forming with resistance near $0.2530 on the hourly chart of the XRP/USD pair. Above the trend line, ripple price is likely to struggle near the $0.2580 level and the 100 hourly simple moving average.
More importantly, the 76.4% Fib retracement level of the recent decline from the $0.2659 high to $0.2399 low is likely to act as a strong resistance. Finally, yesterday’s highlighted bearish trend line is intact with resistance near $0.2620 on the same chart.
On the downside, an immediate support is near the $0.2480 level. If the price starts a fresh decline below $0.2480, it is likely to test the $0.2420 and $0.2400 levels. Any further downsides depend whether bitcoin breaks the $8,000 support and continue lower.
Looking at the chart, ripple price is clearly gaining bearish momentum below $0.2560. In the short term, there could be an upside correction, but the overall trend remains bearish as long as the price is trading below the $0.2700 level.
Technical Indicators
Hourly MACD – The MACD for XRP/USD is slowly reducing its bearish slope.
Hourly RSI (Relative Strength Index) – The RSI for XRP/USD is now well below the 40 level, with a bearish angle.
Major Support Levels – $0.2480, $0.2420 and $0.2400.
Major Resistance Levels – $0.2560, $0.2580 and $0.2620.


How to use Fiori Fundamentals SCSS with Angular
The following step-by-step guide will covers how to install Fiori Fundamentals in your angular project, import SCSS in your workflow and explain some built-in functions.
Table of contents
- Prerequisites and Requirements
- Configuring Angular Project to use SCSS
- Installing Fiori Fundamentals via NPM
- Configuring and Importing SCSS source
- Selective Imports
- Core Functions and Mixins
Prerequisites and Requirements
- Familiarity using terminal or command prompt
- This guides assumes that the initial setup was done using Angular 4 or higher and initial setup was doing using Angular CLI
- NPM is installed globally
Configuring Angular Project to use SCSS
Angular CLI does not configure the project to process SCSS files by default. Instead it is set to a CSS file located at the root of src
folder. We recommend that you use keep all your SCSS files in one place under src/scss/
.
To set the angular project to use SCSS:
-
Type
ng set defaults.styleExt scss
in command prompt or terminal at project root. -
Open
.angular-cli.json
located at the project root and change the styles configuration to"styles": [ "scss/app.scss"]
-
Verify that the
styleExt
is set toscss
-
Create a folder named
scss
under thesrc
folder and a also create the main SCSS file namedapp.scss
-
Remove the src/styles.css file. It will not be used.
The Basic SCSS configuration is now complete.
Installing Fiori Fundamentals via NPM
Fiori Fundamentals is currently available as an NPM package and a compiled and minified CDN file. The following steps will cover how to install it via NPM.
- Type
npm install fiori-fundamentals --save-dev
. This will install the package as a dev dependency. - Verify the installation was successful by typing
npm list fiori-fundamentals
Fiori Fundamentals installation is now complete
Configuring and Importing SCSS source
- Open
scss/app.scss
file - Add the following line of code to define the icons path:
$fd-icons-path: "~fiori-fundamentals/scss/icons/";
- Add the following line of code to define the fonts path:
$fd-fonts-path: "~fiori-fundamentals/scss/fonts/";
- Add the following line of code to import SCSS source file:
@import "~fiori-fundamentals/scss/all.scss";
Importing Fiori Fundamentals SCSS is now complete
Note: In order to render the icons and fonts correctly, you need to define the
$fd-icons-path
and$fd-fonts-path
variables.
At this point, the contents of your scss/app.scss
should look like this:
You can continue to build out your SCSS workflow based on your project needs.
Selective Imports
Fiori Fundamentals is divided into several functional pieces. You may choose to import key features selectively to reduce the SCSS overhead in your project.
Here is an overview of the SCSS structure -
all.scss
: Includes all components.components.scss
: SCSS source for each components. The components are decoupled with little or no dependency on other components.core.scss
: The main purpose of core is elements and forms. It’s like the reset and foundation.helpers.scss
: Includes various helper functions.icons.scss
: Fiori Fundamentals’s custom icon library./theme/fundamental.scss
: Includes fonts.layout.scss
: App level layout components such as top Overview of Core features bar, side nav, containers, panels, etc.
You can choose to selectively import parts of the library that best fits the need of your project. Please note that components, icons, layout and helpers have a dependency on settings.scss
. Therefore, settings.scss
should always be included in case if you are not importing all.scss
. For fonts, make sure you are importing theme/fundamental.scss
For selective import your app.scss
content should look like this:
Angular components
If you are writing angular components using Fiori Fundamentals toolkit, you will need to import the following in your component’s scss file:
Core Functions and Mixins
Fiori Fundamentals comes with some very useful built-in functions and mixins to help maintain consistency and quality of your SCSS source files. We recommend that you utilize these functions instead of hard coding colors, spacing, fonts, etc. in your code to keep CSS low specificity. Utilizing functions also helps in retaining the integrity of the theming options and makes it easy to switch between different themes such as a high-contrast theme for accessibility or a brand specific theme.
Note: In order to use the functions and mixins, please ensure that you are importing the functions SCSS files
@import "~fiori-fundamentals/scss/core/functions";
@import "~fiori-fundamentals/scss/core/mixins";
Color Function
If you have a need to apply a color to any of your scss/css class, you can use the built-in color function -
fd-color(group, shade)
You can refer to the colors page for the complete list of the available color options.
Spacing Function
fd-space("value")
The space function can be utilized for heights, padding, margins and other positioning.
The design system defines a variety of spacing increments that are commonly used throughout and all of those are available using the mixin by passing the key. However, there are four units that will be used most often when building and extending components. These are accessible with special keys to apply consistent padding and margins.
The following spacing options are available -
| Value | Rendered Value |
|---|---|
fd-space("tiny") |
8px |
fd-space("small") |
16px |
fd-space("medium") |
32px |
fd-space("large") |
48px |
Type Mixin
You can utilize the type mixin to render size, line height and weight -
fd-type($size, $weight)
| Option | Value |
|---|---|
size |
-1 , 0 , 1 , 2 , 3 , 4 , 5 , 6 |
weight |
light , normal , bold |


|
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| PREV NEXT | FRAMES NO FRAMES |
| Packages that use ProxyFactory | |
|---|---|
| com.thoughtworks.proxy.factory | Different implementations of the ProxyFactory interface. |
| com.thoughtworks.proxy.kit | Utility classes building the toys. |
| com.thoughtworks.proxy.toys.decorate | A toy to decorate the interaction with another object. |
| com.thoughtworks.proxy.toys.delegate | A toy to delegate method calls to another object. |
| com.thoughtworks.proxy.toys.dispatch | A toy to dispatch method calls to different objects. |
| com.thoughtworks.proxy.toys.echo | A toy to trace method calls to objects. |
| com.thoughtworks.proxy.toys.failover | A toy to handle failover situations. |
| com.thoughtworks.proxy.toys.future | A toy to delay method execution into future. |
| com.thoughtworks.proxy.toys.hotswap | A toy to hot swap instances. |
| com.thoughtworks.proxy.toys.multicast | A toy to perform a single call on multiple objects and manage the results. |
| com.thoughtworks.proxy.toys.nullobject | A toy to create dummy null objects with intelligent behavior. |
| com.thoughtworks.proxy.toys.pool | A toy to create object pools based on proxies. |
| com.thoughtworks.proxy.toys.privilege | A toy to run method calls as privileged actions. |
| Uses of ProxyFactory in com.thoughtworks.proxy.factory |
|---|
| Classes in com.thoughtworks.proxy.factory that implement ProxyFactory | |
|---|---|
class |
CglibProxyFactory
A ProxyFactory based on CGLIB. |
class |
StandardProxyFactory
A ProxyFactory based on a JDK. |
| Uses of ProxyFactory in com.thoughtworks.proxy.kit |
|---|
| Methods in com.thoughtworks.proxy.kit with parameters of type ProxyFactory | |
|---|---|
static void |
ReflectionUtils.addIfClassProxyingSupportedAndNotObject(Class<?> type,
Set<Class<?>> interfaces,
ProxyFactory proxyFactory)
Add the given type to the set of interfaces, if the given ProxyFactory supports proxy generation for this type. |
| Uses of ProxyFactory in com.thoughtworks.proxy.toys.decorate |
|---|
| Methods in com.thoughtworks.proxy.toys.decorate with parameters of type ProxyFactory | |
|---|---|
T |
Decorating.DecoratingBuild.build(ProxyFactory proxyFactory)
Creating a decorating proxy for an object using a special ProxyFactory . |
| Uses of ProxyFactory in com.thoughtworks.proxy.toys.delegate |
|---|
| Methods in com.thoughtworks.proxy.toys.delegate that return ProxyFactory | |
|---|---|
protected ProxyFactory |
DelegatingInvoker.getProxyFactory()
Retrieve the ProxyFactory to use. |
| Methods in com.thoughtworks.proxy.toys.delegate with parameters of type ProxyFactory | |
|---|---|
T |
Delegating.DelegatingBuild.build(ProxyFactory factory)
Creating a delegating proxy for an object using a special ProxyFactory . |
| Constructors in com.thoughtworks.proxy.toys.delegate with parameters of type ProxyFactory | |
|---|---|
DelegatingInvoker(ProxyFactory proxyFactory,
ObjectReference<T> delegateReference,
DelegationMode delegationMode)
Construct a DelegatingInvoker. |
| Uses of ProxyFactory in com.thoughtworks.proxy.toys.dispatch |
|---|
| Methods in com.thoughtworks.proxy.toys.dispatch with parameters of type ProxyFactory | |
|---|---|
T |
Dispatching.DispatchingBuild.build(ProxyFactory factory)
Create a dispatching proxy of given types for the given objects using a special ProxyFactory . |
| Constructors in com.thoughtworks.proxy.toys.dispatch with parameters of type ProxyFactory | |
|---|---|
DispatchingInvoker(ProxyFactory proxyFactory,
Class<?>[] types,
ObjectReference<Object>[] delegateReferences)
Construct a DispatchingInvoker. |
| Uses of ProxyFactory in com.thoughtworks.proxy.toys.echo |
|---|
| Methods in com.thoughtworks.proxy.toys.echo with parameters of type ProxyFactory | |
|---|---|
T |
Echoing.EchoingBuild.build(ProxyFactory proxyFactory)
Creating a delegating proxy for an object using a special ProxyFactory . |
| Constructors in com.thoughtworks.proxy.toys.echo with parameters of type ProxyFactory | |
|---|---|
EchoDecorator(PrintWriter out,
ProxyFactory factory)
Construct an EchoingDecorator. |
| Uses of ProxyFactory in com.thoughtworks.proxy.toys.failover |
|---|
| Methods in com.thoughtworks.proxy.toys.failover with parameters of type ProxyFactory | |
|---|---|
T |
Failover.FailoverBuild.build(ProxyFactory proxyFactory)
Create a proxy of a specific types with failover capability using the given objects. |
| Constructors in com.thoughtworks.proxy.toys.failover with parameters of type ProxyFactory | |
|---|---|
FailoverInvoker(Class<?>[] types,
ProxyFactory proxyFactory,
T[] delegates,
Class<? extends Throwable> exceptionClass)
Construct a FailoverInvoker. |
| Uses of ProxyFactory in com.thoughtworks.proxy.toys.future |
|---|
| Methods in com.thoughtworks.proxy.toys.future with parameters of type ProxyFactory | |
|---|---|
T |
Future.FutureBuild.build(ProxyFactory factory)
Create a proxy with asynchronously called methods. |
| Constructors in com.thoughtworks.proxy.toys.future with parameters of type ProxyFactory | |
|---|---|
FutureInvoker(Object target,
ProxyFactory proxyFactory,
ExecutorService executor)
Construct the invoker. |
| Uses of ProxyFactory in com.thoughtworks.proxy.toys.hotswap |
|---|
| Methods in com.thoughtworks.proxy.toys.hotswap with parameters of type ProxyFactory | |
|---|---|
T |
HotSwapping.HotSwappingBuild.build(ProxyFactory factory)
Create a proxy with hot swapping capabilities for specific types of the delegate given with an ObjectReference . |
| Constructors in com.thoughtworks.proxy.toys.hotswap with parameters of type ProxyFactory | |
|---|---|
HotSwappingInvoker(Class<?>[] types,
ProxyFactory proxyFactory,
ObjectReference<Object> delegateReference,
DelegationMode delegationMode)
Construct a HotSwappingInvoker. |
| Uses of ProxyFactory in com.thoughtworks.proxy.toys.multicast |
|---|
| Methods in com.thoughtworks.proxy.toys.multicast with parameters of type ProxyFactory | |
|---|---|
T |
Multicasting.MulticastingBuild.build(ProxyFactory factory)
Generate a proxy for the specified types calling the methods on the given targets using the StandardProxyFactory . |
| Constructors in com.thoughtworks.proxy.toys.multicast with parameters of type ProxyFactory | |
|---|---|
MulticastingInvoker(Class<?>[] type,
ProxyFactory proxyFactory,
Object[] targets)
Construct a MulticastingInvoker. |
| Uses of ProxyFactory in com.thoughtworks.proxy.toys.nullobject |
|---|
| Methods in com.thoughtworks.proxy.toys.nullobject with parameters of type ProxyFactory | |
|---|---|
T |
Null.NullBuild.build(ProxyFactory factory)
Generate a Null Object proxy for a specific type using a special ProxyFactory . |
static boolean |
Null.isNullObject(Object object,
ProxyFactory proxyFactory)
Determine whether an object was created by Null.proxy(Class) using a special ProxyFactory with the builder. |
| Constructors in com.thoughtworks.proxy.toys.nullobject with parameters of type ProxyFactory | |
|---|---|
NullInvoker(Class<?> type,
ProxyFactory proxyFactory)
Construct a NullInvoker. |
| Uses of ProxyFactory in com.thoughtworks.proxy.toys.pool |
|---|
| Methods in com.thoughtworks.proxy.toys.pool with parameters of type ProxyFactory | |
|---|---|
Pool<T> |
Pool.PoolBuild.build(ProxyFactory factory)
Build the pool using a special ProxyFactory . |
| Constructors in com.thoughtworks.proxy.toys.pool with parameters of type ProxyFactory | |
|---|---|
Pool.PoolingInvoker(Pool<T> pool,
ProxyFactory proxyFactory,
ObjectReference<T> delegateReference,
DelegationMode delegationMode)
Construct a PoolingInvoker. |
|
Pool(Class<T> type,
ProxyFactory proxyFactory)
Construct a populated Pool with a specific proxy factory for elements that do not have to be resetted. |
|
Pool(Class<T> type,
Resetter<? super T> resetter,
ProxyFactory proxyFactory)
Construct a populated Pool with a specific proxy factory. |
|
Pool(Class<T> type,
Resetter<? super T> resetter,
ProxyFactory proxyFactory,
SerializationMode mode)
Construct a populated Pool with a specific proxy factory and a serialization mode. |
| Uses of ProxyFactory in com.thoughtworks.proxy.toys.privilege |
|---|
| Methods in com.thoughtworks.proxy.toys.privilege with parameters of type ProxyFactory | |
|---|---|
T |
Privileging.PrivilegingBuild.build(ProxyFactory factory)
Creating a privileging proxy for an object using a special ProxyFactory . |
| Constructors in com.thoughtworks.proxy.toys.privilege with parameters of type ProxyFactory | |
|---|---|
PrivilegingInvoker(ProxyFactory proxyFactory,
ObjectReference<T> delegateReference,
ActionExecutor executor)
Construct the invoker. |
|
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| PREV NEXT | FRAMES NO FRAMES |


Opening: December 29, 1959
Expansion: March 26, 1979 (south lobby)
Refurbishment: December 29, 1994
Architectural design
- Falcão e Cunha (original project)
- Benoliel de Carvalho (expansion)
- Duarte Nuno Simões (refurbishment)
Art work
- Maria Keil (original project and expansion)
- Francisco Simões (refurbishment)
Platform length: 105 m
Code: CP
Wikipedia page


T3A06-CSS-Jake
this is not that cool
Since CSS is cool what is the entire list of things we can do?
this is cool
this is 1
this is 2
this is 3
this is 4
this is 5
this is 6
this is 7
this is 8
w3schools/css
This is a span doing nothing
This span does something


This text is displayed if your browser does not support HTML5 Canvas.
Rorschach-like inkblot (ficticious)


This is a simple training tracking site to help plan our educational series.
If you want to schedule additional sessions, please reach out to Anu Srivastava and Bill Fink. Sessions with a purple border have a link to more information


Department of Advanced Science and Technology
University of Computer Studies
B.C.Sc/B.C.Tech. ( Third Year)
Computer Organization
Fianl Examination
Degital System DesignII(CT-305)
Septermber 2017
Zone III
Answer ALL Questions
Time allowed 3hours.
| No. | HDL format | Assembly |
| 1 | AC := M(X) | LD X |
| 2 | M(X):=AC | ST X |
| 3 | DR :=AC | MOV DR,AC |
| 4 | AC:= DR | MOV AC, DR |
| 5 | AC:= AC+DR | ADD |
| 6 | AC:= AC-DR | SUB |
| 7 | AC:= AC and DR | AND |
| 8 | AC:= not AC | NOT |
| 9 | PC := M(adr) | BRA adr |
| 10 | If AC = 0 then PC:= M(adr) | BZ adr |


Our cupcakes are made with the most purest imported flour from Istanbul, Turkey. We visit Istanbul Flour Company twice a year to keep close relationships with the factory and make sure we are using the best ingredients. Our use of flour makes Heaven Cupcakes famous within Portland, Oregon because of mastering of finding the best flour.
We donate to a large number of local charities each year and food banks, it's important to give back to your community.
 A diverse team of people who enjoy putting love into our delicious cupcakes
For further infomation check out or website or call at<PHONE_NUMBER>


The Secapay API Watch provides a public system for performing functionalities such as:
The primary purpose of the API is to have a trusted system that can be used to verify Phone Numbers, Emails and Bank Accounts that may be involved in SCAM or Fraud.
Once generated, you may be able to see your token to access the API and token will remain valid until re-generated.
The Secapay Watch API is a REST API that maintains a fairly uniform pattern both in the implementation and style.
Additional information can be achieved by simply specifying the type of information you want to include. e.g.:
/frauds/search?keyword=email,account_name
The includable parameters are listed where applicable.
API endpoints below are listed without the base URI:
In order to make authenticated calls, you only need to include the token obtained from auth/authenticate.
Authorization: token
This will allow you to call protected endpoints that require user authentication, e.g 'users/me'
API prefix api/vi:
Basic authentication is the simple default authentication that can be used to obtain a token from the API. Tokens are valid for 1 week(10080 minutes) from the time obtained.
Endpoint: /auth/authenticate/
Http method: post
Body:
email: email
password: password
Response
Successful
Http code: 200
[
token : string
]
Error
Http code : 200
[
message : User does not exist
]
Http code : 401
[
message : invalid_credentials
]
Http code : 500
[
message : could_not_create_token
]
Functionalities to create, delete, retrieve or modify user information through the API
Endpoint : /users
Http method : post
Body :
first_name: string
last_name: string
email: string
password: string
phone_number: string
Response
Successful
Http code: 200
[
data : [
{user}...
]
]
Error
Http code: 422
[
message : Could not create User. Errors...
]
Endpoint : /register/verify/{confirmationCode}
Http method : get
Body :
confirmationCode: string
Response
Successful
Http code: 200
[
{user}
]
Error
Http code: 422
[
message : Invalid confirmation code
]
Endpoint : /users/me
Http method : get
Response
Successful
Http code : 200
[
{user}
]
Endpoint: /frauds/user/{user}
Http method : get
Response
Successfull
Http code : 200
[
{fraudcase(s)}
]
Endpoint: /users/{userId}/
Http method: put
Body:
first_name: string
last_name: string
email: string
password: string
Response
Successful
Http code: 200
[
data : [
messsage: Update was successfull
{user}...
]
]
Error
Http code: 422
[
message : Could not update User. Errors...
]
Endpoint: /users/{userId}/
Http method: delete
Response
Successful
Http code: 200
[
message : User ID ". userId ." Deleted Successfully
]
Functionalities to create, delete, retrieve or modify users reported case through the API.
Endpoint : /frauds
Http method : get
Includes : accounts, emails, websites, mobiles
Response
Succesful
Http code : 200
[
data : [
{fraudcases}...
]
]
Endpoint : /frauds
Http method : post
Body :
scammer_name: string
scammer_real_name: string
amount_scammed_off: decimal
user_id: integer
severity_id: integer
item_type_id: integer
fraud_category_id: integer
scam_start_date: datetime
scam_realization_date: datetime
item_name: string
account: data: [
{account_no:integer,
account_name:string,bank_id:integer}...
]
email: data: [
{email:string}...
]
website_url: data: [
{website_url:string, bank_id:integer}...
]
phone_number: data: [
{phone_number:string}...
]
fraud_file base64 string
Response
Successful
Http code: 200
[
{fraudCase}
]
Error
Http code: 422
[
message : Could not create FraudCase. Errors...
]
Endpoint: /frauds/edit/{fraudId}
Http method: post
Body :
scammer_name: string
scammer_real_name: string
amount_scammed_off: decimal
user_id: integer
severity_id: integer
item_type_id: integer
fraud_category_id: integer
scam_start_date: datetime
scam_realization_date: datetime
item_name: string
account: data: [
{account_no:integer,
account_name:string,bank_id:integer}...
]
email: data: [
{email:string}...
]
website_url: data: [
{website_url:string, bank_id:integer}...
]
phone_number: data: [
{phone_number:string}...
]
fraud_file base64 string
Response
Successful
Http code: 200
[
{fraudcase}
]
Error
Http code: 422
[
message : Could not update FraudCase. Errors...
]
Endpoint: /frauds/{fraudId}/
Http method: delete
Response
Successful
Http code: 200
[
message : Fraud Case ". fraudId ."


Coding101
Coding101 aims to help people who are interested in coding get an head start.
We understand that coding can be a bit confusing at the beginning and we are here to help you get started.
How?


|
Drake
|
A 3-dimensional position in a Lane
-frame, consisting of three components:
More...
#include <drake/automotive/maliput/api/lane_data.h>
Public Member Functions | |
| LanePositionT () | |
| Default constructor, initializing all components to zero. More... | |
| LanePositionT (const T &s, const T &r, const T &h) | |
| Fully parameterized constructor. More... | |
| const Vector3< T > & | srh () const |
Returns all components as 3-vector [s, r, h] . More... | |
| void | set_srh (const Vector3< T > &srh) |
Sets all components from 3-vector [s, r, h] . More... | |
| LanePositionT< double > | MakeDouble () const |
| Constructs a LanePositionT<double> from other types, producing a clone if already double. More... | |
Implements CopyConstructible, CopyAssignable, MoveConstructible, MoveAssignable | |
| LanePositionT (const LanePositionT &)=default | |
| LanePositionT & | operator= (const LanePositionT &)=default |
| LanePositionT (LanePositionT &&)=default | |
| LanePositionT & | operator= (LanePositionT &&)=default |
Getters and Setters | |
| T | s () const |
Gets s value. More... | |
| void | set_s (const T &s) |
Sets s value. More... | |
| T | r () const |
Gets r value. More... | |
| void | set_r (const T &r) |
Sets r value. More... | |
| T | h () const |
Gets h value. More... | |
| void | set_h (const T &h) |
Sets h value. More... | |
Static Public Member Functions | |
| static LanePositionT< T > | FromSrh (const Vector3< T > &srh) |
Constructs a LanePosition from a 3-vector srh of the form [s, r, h] . More... | |
A 3-dimensional position in a Lane
-frame, consisting of three components:
Instantiated templates for the following kinds of T's are provided:
They are already available to link against in the containing library.
|
default |
|
default |
|
inline |
Default constructor, initializing all components to zero.
|
inline |
Fully parameterized constructor.
|
inlinestatic |
Constructs a LanePosition from a 3-vector srh
of the form [s, r, h]
.
|
inline |
Gets h
value.
|
inline |
Constructs a LanePositionT<double> from other types, producing a clone if already double.
|
default |
|
default |
|
inline |
Gets r
value.
|
inline |
Gets s
value.
|
inline |
Sets h
value.
|
inline |
Sets r
value.
|
inline |
Sets s
value.
|
inline |
Sets all components from 3-vector [s, r, h]
.
|
inline |
Returns all components as 3-vector [s, r, h]
.


Take part
Anyone and everyone is welcomed to take part in the DLF AIG Metadata Working Group. Visit our our DLF wiki page to find out more about the group or get involved.
We want this website and the information contained therein to be a living document. Working Group members will continue to add resources, recommendations, and information to this website as well as to our working documents. If you want to make a comment, suggestion, correction or update, you can use the following form:


$399 Per Person
$50 Deposit due by November 26, 2015
Final Payment due by December 3, 2015
@if(user == null){ Sign in to Pay }else{ @if(user.deposit.isEmpty){ Become a Member }else{ Pay Killington Week Deposit Pay Killington Week Final Payment } }* 5 nights lodging at Pinnacle Condos in Killington Village
* 5 1/2 day lift ticket (including Pico Mountain)
* Carpool to Killington (Transportation is not included, but we never have a problem finding everyone rides)
* Epic Terpski condo parties (themed and a DJ).
* This is an awesome trip. You don't wanna miss out.


01
Will Leitch
An Open Letter to Nikole Hannah-Jones from a Howard Faculty Member
- Dec 1
- 6 min read
It's easy and free to post your thinking on any topic and connect with millions of readers. Learn More
Start WritingWhat type of lonely are you?
What type of lonely are you?
What type of lonely are you?


THE AGE OF INNOCENCE A film review by Job A. Webb Copyright 1993 Job A. Webb
Daniel Day-Lewis plays the favored son of a prominent New York family, who is engaged to marry the favored daughter of another family, played by Winona Ryder. Michelle Pfeiffer plays the black sheep cousin of Winona, who has disgraced the family by marrying a European cad, then leaving him and returning to New York. Naturally, Day-Lewis's character falls in love with her.
So far, a standard and obvious story. But this all takes place in a very strange time for America. Apparently, at this time in New York, manners were as important as, say, in Japan at the time of Sei-Shonagon. I.e., form was all, a precise set of signs were used to signal any unpleasant statement, and certain things were simply impossible; for example, Pfeiffer's character cannot get divorced.
So you have the passion between Day-Lewis and Pfeiffer, which has to be played out in an extremely careful and mannered way. Even in private, they cannot signal to each other how they really feel, but only give the most obscure signs (except in one or two scenes). This tension is the driving force behind the film; it seems almost as if the film stock would tear itself apart, with the tremendous contradiction between the way the characters feel and the way they act.
I thought the direction of Pfeiffer and Ryder to be, perhaps, a little too subtle. Pfeiffer is filled with this passion, but not allowed to express it; Ryder plays a superficial airhead, who acts completely automatically in the correct mannered way. They are total opposites underneath, but Scorsese forces them to act almost identically, on the surface. But as a result, both seem very remote and it is hard to appreciate the emotions underneath. I think to properly appreciate this, you have to see the movie more than once; it seems worth it.
Day-Lewis does not seem as torn. The movie is told from his point of view, and he seems to be feeling the tensions we would all feel at being trapped in such a society. He protests against it, weakly, but allows things to happen to him, which mostly lead to his benefit, though not of course to the fulfillment of the passion driving the film. I thought Day-Lewis was given his head a little too much in this film; he should have been subjected a little bit to the same tensions driving Ryder and Pfeiffer.
There are some delicious small parts in this film. Miriam Margolyes plays Ryder and Pfeiffer's grandmother, and provides comic relief as well as a sense of stability. Michael Gough is fun as the sort of judge of this society. Richard E. Grant is great as a devious schemer.
The film is strikingly beautiful. Every scene, even the largest, seems to be set up with incredible precision. Certain scenes linger in the mind: the conservatory, the external view of the grandmother's house before New York was New York, the scene where Ryder traps Day-Lewis, with her dress arrayed like a spider's web behind her.
-- J
.
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


I2TM Labs Privacy Policy - General Information
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- It is necessary to share information in order to investigate, prevent, or take action regarding illegal activities, suspected fraud, situations involving potential threats to the physical safety of any person, violations of Terms of Service, or as otherwise required by law. We transfer information about you if I2TM Labs is acquired by or merged with another company. In this event, I2TM Labs will notify you before information about you is transferred and becomes subject to a different privacy policy. Information Gathering and Usage
- When you register for I2TM Labs we ask for information such as your name, email address, billing address, credit card information. Members who sign up for the free account are not required to enter a credit card. I2TM Labs uses collected information for the following general purposes: products and services provision, billing, identification and authentication, services improvement, contact, and research. Cookies
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Volunteers Serving Your Community
South Barren Fire Department
Apparatus
Home
(current)
About
Apparatus
Contact
South Barren Fire Department
Apparatus
Our Newest Pumper
Engine 85
2017 International 4400
Deep South
1250 gallon capacity
Photo credit Kentucky Shine
Our Classic Tanker
Tanker 86
1995 Ford F-750
Wynn
2000 gallon capacity
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Our Brush Truck
Rescue 84
2007 Ford F-350
Knapheide/Darley
250 gallon capacity
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{% extends "base-full.html" %} {% block title %}Account Error - Sunlight Academy{% endblock %} {% block content %}
Something's up with our servers. Sorry for the inconvenience.


| AssociationFramework.cpp [code] | Association finding framework |
| AssociationFramework.hpp [code] | Association finding framework |
| AssociationModel.cpp [code] | Abstract interface for an association finding model |
| AssociationModel.hpp [code] | Abstract interface for an association finding model |
| DataTypes.hpp [code] | EARS data types |
| DoubleDocUnigramCounter.cpp [code] | DocUnigramCounter able to deal with doubles |
| DoubleDocUnigramCounter.hpp [code] | DocUnigramCounter able to deal with doubles |
| ears.cpp [code] | This file is the entry point for the console application |
| EntityRep.cpp [code] | Entity representation |
| EntityRep.hpp [code] | Entity representation |
| Logger.hpp [code] | Event logger |
| Model1.cpp [code] | The "Model 1" association finding model |
| Model1.hpp [code] | The "Model 1" association finding model |
| Model2.cpp [code] | The "Model 2" association finding model |
| Model2.hpp [code] | The "Model 2" association finding model |
| OutputWriter.cpp [code] | Writing results output |
| OutputWriter.hpp [code] | Writing results to output |
| QueryRep.cpp [code] | Query representation |
| QueryRep.hpp [code] | Query representation |
| Stat.cpp [code] | Collecting and calculating statistics |
| Stat.hpp [code] | Collecting and calculating statistics |


ID
Purchase No.
Order No.
SP Name
Purchase Type
Total CNY
Total USD
Total USD
Settled Total
Not Settled Total
New
Code
Settlement


Let all things be done unto edifying.


Jaskier is a seamless way to add more life to your console. It's only 5kb, non-obstructive and super easy to add in your current project. Open your current browser console to appreciate the result.
First, just had Jaskier to your project
<script src="https://rawgit.com/Yago/jaskier/master/dist/jaskier.min.js"></script>
$ npm install --save jaskier
and
// At the beginning of your scripts
require('jaskier');
Then, simply use your usual console
syntax. Simple, right !
console.log('This is a log');
console.info('This is an info');
console.warn('This is a warning');
console.error('This is an error');
console.assert('This is an assert' === 42);
console.trace('This is a trace');
console.time('This is a timer');
setTimeout(() => {
console.timeEnd('This is a timer');
}, 100);
console.print('This is a custom message', {
browser: 'font-weight: bold; color: #C678DD;',
server: 'magenta',
emoji: '👻',
method: 'log',
});


ca.ualberta.cs.scandaloutraveltracker.controllers
public class UserListController extends java.lang.Object
| Constructor and Description |
|---|
UserListController()
Constructor just sets the userList to the only UserList
that exists in the app (UserList is a Singleton).
|
| Modifier and Type | Method and Description |
|---|---|
void |
addUser(User user)
Adds the User passed as a parameter to the UserList and
then sorts the list based on most recent users
|
void |
addView(ViewInterface view)
Adds a view that the UserList is on.
|
int |
createUser(java.lang.String name)
Creates a new user.
|
void |
deleteUser(int userId)
Deletes the user associated with the passed id from storage
|
int |
getCount() |
User |
getUser(int position)
Gets a User
|
UserList |
getUserList()
Gets the UserList
|
void |
notifyViews()
Notify all the views associated with the userList that data
has changed.
|
void |
removeUser(int userId)
Removes the user from the list
|
void |
removeView(ViewInterface view)
Removes a view from the UserList
|
public UserListController()
public void addView(ViewInterface view)
view
- public void removeView(ViewInterface view)
view
- that you wish to removepublic void notifyViews()
public int createUser(java.lang.String name)
name
- public void deleteUser(int userId)
userId
- of user you wish to deletepublic void addUser(User user)
user
- public void removeUser(int userId)
userId
- public User getUser(int position)
position
- of the user in the listpublic UserList getUserList()
public int getCount()


Branching and Merging Exercises
Part I
- git clean is used to remove untracked and unmerged files
- -d and -f files is used to remove untracted and unmerged files
- The git command that creates a branch is git checkout -b "NAME_OF_BRANCH"
- A fastforward merge is when a git can easitly tell when a commit happens and arrange chronologically while a recursve merge is when a git cannot determine the order in which commits happen
- The git command that deletes a branch is git branch -D Name of the Branch
- git reset HEAD name of the file
- The git diff compares the history of codes
- This happens when git does not know which commit to go when there are same file on two branches


Form
Exceptional learning support - cost form
Use this form to submit estimated costs and final claims for exceptional learning support.
Documents
XLSM
,
323KB
This file may not be suitable for users of assistive technology.
Request an accessible format.
If you use assistive technology (such as a screen reader) and need a
version of this document in a more accessible format, please email
<EMAIL_ADDRESS>.
Please tell us what format you need. It will help us if you say what assistive technology you use.
Details
Exceptional learning support (ELS) for 2016 to 2017
The 2016 to 2017 cost form is for providers and employers and must be used to submit estimated and final costs for the 2016 to 2017 funding year for each learner whose learning support costs exceed £19,000.
Learners who require support costs of more than £19,000 will be reviewed on an individual basis.
This includes:
-
learners aged 19+ who self-declare a learning difficulty and/or disability (LDD) and with an education, health and care (EHC) plan
-
apprentices up to the age of 24 with an EHC plan and all age apprentices, including those without an EHC plan, who self-declare LDD
-
loans-funded learners who self-declare LDD as part of the advanced learning loans bursary fund
Further information is available in the
Funding Rules 2016 to 2017
.
You must:
-
submit ELS claims at the beginning of the learner’s programme by completing and sending the ELS costs form to
Exceptional Learning Support Claims 2016 to 2017
-
gain agreement from the SFA for each learner whose support costs more than £19,000 in a funding year by contacting the above email address. You will receive confirmation in writing when the form is completed with relevant information we require.
-
get further agreement if the learner’s support needs change significantly during their learning by submitting an updated cost form
-
submit a final claim for learners’ ELS no later than two working days after the final ILR return for 2016 to 2017. The final return date is 19 October.
A final claim must be submitted to
Exceptional Learning Support Claims 2016 to 2017
by 24 October 2017. Final claims will require further approval by the SFA if they are higher than the approved estimated cost.


Index
A B C D E F G I L M O P R S T U V W
All Classes All Packages
All Classes All Packages
All Classes All Packages
G
- game - package game
- GameLoop - Class in game
-
Name: Kevin Zhang Teacher: Mr.
- GameLoop() - Constructor for class game.GameLoop
- GameStatistics - Class in statistics
-
Name: Kevin Zhang Teacher: Mr.
- GameStatistics(Player, Player) - Constructor for class statistics.GameStatistics
-
Creates instance with the players.
- getAppSize() - Static method in class gui.Window
- getAverage(double, double, double, double) - Static method in class math.Maths
- getColour() - Method in class event.Move
- getColour() - Method in class player.Player
- getColumn() - Method in class event.Move
- getCurrentTime(String) - Static method in class statistics.Timer
-
Gets current time with the given format.
- getDistance(int, int) - Static method in class math.Maths
- getDistance(int, int, int, int) - Static method in class math.Maths
- getDistanceToClosestChip(int, int, char) - Static method in class components.Board
-
Gets the distance to the closest chip of a given colour.
- getHeight() - Method in class gui.Button
- getHeight() - Method in class gui.Texture
-
The height of the image.
- getImage() - Method in class gui.Texture
- getList() - Method in class event.MovesList
-
Gets the list.
- getList(char) - Method in class event.MovesList
-
Gets a list containing only moves made with chips of the given colour.
- getMaxFittingFontSize(Graphics, Font, String, int, int) - Static method in class math.Maths
- getMovesList() - Static method in class game.GameLoop
- getMoveTimes() - Method in class statistics.Timer
- getName() - Method in class player.Player
- getPanel() - Static method in class gui.Window
- getPressedTexture() - Method in class gui.Button
- getRow() - Method in class event.Move
- getTexture() - Method in class gui.Button
- getTexture(String) - Static method in class gui.TextureLibrary
-
Gets the texture associated with the id.
- getTime() - Method in class event.Move
- getTime() - Method in class statistics.Timer
- getTimer(String) - Static method in class statistics.Timer
-
Gets the timer with the given id.
- getWidth() - Method in class gui.Button
- getWidth() - Method in class gui.Texture
- getWinner() - Method in class statistics.GameStatistics
- getX() - Method in class gui.Button
- getY() - Method in class gui.Button
- grid - Static variable in class components.Board
-
Grid containing the position of the chips.
- gui - package gui
All Classes All Packages


USD/CNH: Yuan drops as trade deal uncertainties rise
by Omkar Godbole- USD/CNH has risen to the highest level since Nov. 1.
- The offshore Yuan is being offered, possibly on waning trade optimism.
China's offshore Yuan (CNH) is losing ground in Asia, possibly on fading trade optimism.
A US-China trade deal is unlikely to happen this year, sources close to the White House told Reuters, sending the CNY lower and the safe havens assets higher. The USD/CNH pair is currently trading at 7.0512, representing a 0.20% gain on the day.
Meanwhile, the anti-risk Japanese Yen is better bid at press time and the USD/JPY pair is down by 0.15%.
Traders fear the political friction between the US and China may complicate matters on the trade front.
The US Senate on Tuesday passed a law aimed at safeguarding human rights in Hong Kong. The move irked China, whose foreign ministry has warned of retaliation. Some observers fear China may retaliate by devaluing Yuan.
It is worth noting that the US tariffs on some $56 billion on Chinese goods is scheduled to take effect on Dec. 15. So, if the deal continues to remain elusive, the CNY sell-off may gather pace. Currently, the pair is trading well below the high of 7.1956 reached on Sept. 3.
Technical points
Having established a higher low at 7.00 on Nov. 15, the pair now looks set to test the 50-day average, currently at 7.0710. Supporting the bullish case is the daily RSI's break above 50. Meanwhile, on the downside, the higher low of 7.00, if breached, would weaken the immediate bullish case.
Technical levels
USD/CNH
| Overview | |
|---|---|
| Today last price | 7.0517 |
| Today Daily Change | 0.0112 |
| Today Daily Change % | 0.16 |
| Today daily open | 7.0405 |
| Trends | |
|---|---|
| Daily SMA20 | 7.0285 |
| Daily SMA50 | 7.0733 |
| Daily SMA100 | 7.0427 |
| Daily SMA200 | 6.9204 |
| Levels | |
|---|---|
| Previous Daily High | 7.0501 |
| Previous Daily Low | 7.0046 |
| Previous Weekly High | 7.0378 |
| Previous Weekly Low | 6.9592 |
| Previous Monthly High | 7.1705 |
| Previous Monthly Low | 7.0295 |
| Daily Fibonacci 38.2% | 7.0327 |
| Daily Fibonacci 61.8% | 7.022 |
| Daily Pivot Point S1 | 7.0134 |
| Daily Pivot Point S2 | 6.9862 |
| Daily Pivot Point S3 | 6.9679 |
| Daily Pivot Point R1 | 7.0589 |
| Daily Pivot Point R2 | 7.0772 |
| Daily Pivot Point R3 | 7.1044 |


A quiz is a form of game or mind sport, attempt to answer questions correctly.
This app preset can help anyone get set up a quiz app to test knowledge about a certain subject.
Open Glowbom Chat:
Open GlowbomPress + New Project at the top right corner:
Or press a little mic button and say: "Create an app."
Choose Quiz and press Select:
Or say: "Create a quiz app."
Enter project name and press Create project:
Or say: "Create a quiz app called..." with the name of your project name.
To add and modify quiz elements, press a little pencil button:
Or say: "Open an editor."
By default, you have 3 example questions. To add a new question, press "+" button:
Or say: "Add a quiestion."
To edit a question, press a question first and then press a little pencil button on top right:
To remove a question, press a question first and then press a remove button on top left.
To clear selection, press a selected question second time.
To close the editor, press a cross button on top center.
Fill out the question and answers fields, then mark the correct answers using checkboxes:
Or say: "The question is...", "The answer is...", "The next answer is...", "The correct answer is..."
Press "Play" button on top right to run the project:
Or say: "Launch the project please."
Press "Stop" button on top right to stop the project:
Or say: "Stop the project please."
To customize your quiz, open project settings by clicking a small gear button on bottom left:
You can choose your app color, change copy of the result screen, and make your quiz vocal by enabling voice support:
Press "Export" button on bottom right to export *.glowbom project file and the source code:
Or say: "Export code please."
You download data file quiz.glowbom and an archive that has two folders build-web and source-flutter:
The build-web folder contains a ready to deploy web app.
The source-flutter folder contains app source code that can be compiled to iOS, Android, and web app.
Replace build-web/assets/assets/quiz.glowbom file to your quiz.glowbom file:
Replace source-flutter/app/assets/quiz.glowbom file to your quiz.glowbom file:
The build-web folder contains a ready to deploy web app that can be deployed to any hosting.
We recommend using Firebase, a platform developed by Google:
Open FirebaseThe source-flutter folder contains app source code that can be compiled to iOS, Android, and web app.
To compile the source code, you need to install Flutter, a software development kit created by Google:
Open FlutterIf you have any questions or feedback, please let us know support@glowbom.com.


A Layman’s Introduction to How to go about User Research?
This article does not discuss any user experience research methods but highlights a very generic process that I believe. Like all the other kinds of research, User research is quite critical to the subsequent design process and thus is as much important as the process of design itself. Or to put in another way, the essential part is to understand that it is indeed part of the design itself.
Users wouldn’t always know or tell you what they need. Research is a necessary part of the process to identify the real needs of the user to create meaningful and valuable experiences for them. And I’m using the word ‘need’ in a very loose sense. It could mean their requirements, aspirations, or even their pain-points. An essential responsibility of a user researcher is to identify tools and methods to identify these ‘needs.’ While there are multiple methods and tools researchers have come up with based on the specific contexts, this post is instead going to focus on a general approach a user researcher might take.
And the approach is not straight forward always. There are real-world challenges, but more importantly, circumstances that are part of being in a studio or company that shape which informs your approach and could affect end-results of your research.
“Research is formalized curiosity. It is poking and prying with a purpose.” – Zora Neale Hurston
Don’t immediately get to the solution
You might have done similar projects before and might be aware of the answer to the common problems. However, do not hurry into finishing research and jump to design. Chances are one will overlook the critical points. However obvious this may sound, you will still try to develop a solution due to the client’s demand or tight timeline. Instead, the first step is to get a clear brief from the client. And remember that this is not easy! A summary can’t be too brief, and it still needs to carry all the details that cannot afford to be missed by any of the stakeholders. Some of the questions I have personally asked myself in this process are —
- Is researching the given inquiry worthwhile? And do I personally or the studio/client/or other relevant stakeholders understand the significance and nature of conducting detailed research?
- Research cannot be not detailed. And many people, especially students doing the research, often find them amidst of nowhere. Is it necessary to ask or define the scope of your research? Where it starts and where it ends? Questioning is vital, whether projects that have definite deadlines or not.
- State your assumptions and clear objective in a manner where there are less as possible alternate interpretations. “There is nothing obvious.”
Debrief
Inflate the brief. Detail out the objective, intent, requirements, and everything necessary for the research and make sure it is in conjunction with the client. Build an understanding of the client – get closer to the problem; this might help in empathizing. User research is a very exhaustive process when done in its fullest. Many times if the scope is not defined correctly, there are chances that you would not be able to keep up with the timeline and not be able to identify the closure.
Plan
At this stage, one should have everything to begin the research. Yes, the actual research has not started yet. Your vision now should reflect the objective of this inquiry. You can now begin to identify sources to carrying out this research (such as technical papers, interviews, and visiting the user). The plan will be the primer for the study – the process, methods, deliverables will be its ingredients. While there may be hundreds of techniques and deliverables already out there, generalized for specific contexts to be applied, but sometimes it is not sufficient to follow the existing schema. They may need improvisation, and planning here means thinking ahead and selecting what will be relevant here. Of course, there may be detours, but that is part of this process. The plan then will be your recipe of how you would do your research.
Research (and Observe)
However simple this may sound; this is exhaustive and is worthless if you don’t have a clear plan. Don’t decide the solution or result before actually reaching there by the facts.
“We tend to be distracted by the voices in our own heads telling us what the design should look like.” – Michael Bierut, Pentagram Design
The chances are that one will not be able to find if he is biased by himself. Peer reviews can be of help here. Organize and document the research, and don’t be afraid of picking facts that may not sound relevant directly. The mode of the investigation drives the quality of the study. What is the information that comes from the target user, and what happens from the publications or experts? Many researchers select users based on ease of accessibility. Picking friends and family for the user study for the research who does not qualify in the desired target group should never be done. The sample size is another thing that is critical and should always have a basis. Also, It is hard to end the research because one may not know that if this research will suffice the intent set in the plan or not, and this is why that analysis of the study should happen simultaneously with the investigation.
Synthesis
Synthesis is often the final step before the research is applied; you need to identify the underlying patterns from the facts collected till now into (valuable) insights and possible (actionable) implications. The selection of methods will be based on the kind of research till now, and don’t be afraid of applying multiple ways to the same observation to find hidden patterns. Stay away from personal opinions by stating them at every stage, and in case if one considers a possible model but not enough evidence, go back to the research. The insights eventually form the basis of decisions that you or designer would take to improve their design.
Cite as
Gaurav Singh (2016, August 03). A Layman’s Introduction to How to go about User Research?. Retrieved , from https://mathscapes.xyz/notes/a-laymans-introduction-to-how-to-go-about-user-research/.


{% url 'user_list' as user_list_url %} {% url 'rooms:room_create' as room_create_url %} {% url 'rooms:room_list' as room_list_url %} {% if is_member %} {% url 'rooms:room_detail' slug=member.room.slug as room_url %} {% url 'tracker:tracker_create' as tracker_create_url %} {% url 'tracker:meal_create' as meal_create_url %} {% url 'tracker:meal_update' slug=meal_slug as meal_update_url %} {% url 'tracker:cost_chart' as cost_chart_url %} {% url 'tracker:shopping_create' as shopping_create_url %} {% url 'tracker:monthly_shopping_create' as monthly_shopping_create_url %} {% url 'tracker:meal_chart' as meal_chart_url %} {% url 'tracker:shopping_chart' as shopping_chart_url %} {% url 'tracker:deposit_field_create' as deposit_field_create_url %} {% url 'tracker:deposit_chart' as deposit_chart_url %} {% url 'tracker:analytics' as analytics_url %} {% url 'tracker:monthly_chart' as monthly_chart_url %} {% endif %}


Query
Level:
0 - Debug
1 - Info
2 - Normal
3 - Warn
Groups:
From:
To:
Filter view
Level:
0 - Debug
1 - Info
2 - Normal
3 - Warn
Groups:
Manage
Token:
MemLog:
0 - Debug
1 - Info
2 - Normal
File log:
0 - Debug
1 - Info
2 - Normal
3 - Warn
HTTP
SQL
Tasks
Logout
Info
#LOG_INFO#


Maxwell's equations
Toby Driscoll, November 10, 2010
(Chebfun example pde/Maxwell.m)
In one dimension in a simple medium, Maxwell's equations can be written as
E_t = c^2 B_x, B_t = E_x
where E is the z-component of the electric field, B is the y-component of the magnetic field, and c is the speed of light in the medium. A typical boundary condition is to set E=0, which implies a perfect conductor.
Here is how we can pose Maxwell's equations for solving in PDE15S, in a medium with c=1.
pdefun = @(E,B,diff) [ diff(B), diff(E) ]; bc.left = @(E,B,diff) E; bc.right = bc.left;
Note how the spatial differentiation operator has to be accepted as an input argument in each case. Now we can define an initial condition and solve the problem.
d = [-2,2]; x = chebfun('x',d); E0 = exp(-16*x.^2); t = 0:0.05:5; soln = pde15s(pdefun,t,[E0,-E0],bc,pdeset('plot','on'));
The result is a cell array: soln{1} is a quasimatrix with each column representing E at a requested time, and soln{2} is the same for B. A space-time plot shows an inverted reflection of E off of the right boundary:
[E,B] = deal(soln{:});
waterfall(E,t,'simple')
view(10,72)
In theory, energy is conserved. We can use this principle to check the accuracy of the numerical solution.
energy = sum( E.^2 + B.^2, 1 ); % integrate E^2 + B^2 in space plot(t,energy-energy(1),'.-')
Clearly, a little dissipation is introduced by the time integration. The amount is compatible with the default tolerance of 1e-6 in PDE15S.
Because the problem is a linear evolution u_t = Au, where u=[E,B], we can use an operator exponential as an alternative for the time evolution. The block operator A is defined as
A = chebop(d); A.op = @(x,E,B) [ diff(B), diff(E) ]; A.lbc = @(E,B) E; A.rbc = @(E,B) E;
Now we use expm to solve the linear evolution. We'll save time if we just apply one exponentiation repeatedly.
Phi = expm( (t(2)-t(1))*A ); u = [E0,-E0]; for n = 2:length(t), u=Phi*u; E(:,n) = u(:,1); B(:,n) = u(:,2); plot(u), drawnow, pause(eps), end
For linear propagation, expm is far more accurate than pde15s, as a check of energy conservation confirms.
energy = sum( E.^2 + B.^2, 1 ); % integrate E^2 + B^2 in space plot(t,energy-energy(1),'.-')


This is an EditorConfig plugin for jEdit.
Launch the jEdit plugin manager. It’s in Plugins - Plugin Manager….
Click on the Install tab, find EditorConfig in the plugin list. Check it and click on the Install button.
If you have problem using the Plugin Manager, you can also download the binaries from here.
Make sure that submodules are checked out and up-to-date:
git submodule update --recursive --init
Download ant and install it.
In the EditorConfig jEdit Plugin project root directory, get the jEdit build-support files:
svn co https://jedit.svn.sourceforge.net/svnroot/jedit/build-support/trunk build-support
Copy build.properties.in
to build.properties
. Edit the
build.properties
file and modify jedit.install.dir
to the jEdit
installation directory in your system.
Switch to EditorConfig jEdit Plugin project root directory and run ant
.
If succeeded, Plugin should be built in build/jars/
. Copy
build/jars/EditorConfigPlugin.jar
and build/jars/editorconfig.jar
to your
jEdit plugin directory (this should be ~/.jedit/jars
on UNIX and
${JEDIT_INATALLATION_DIRECTORY}/jars
on Windows).
If jEdit is running, restart jEdit.
For example, on Debian, the commands are like this:
$ sudo apt-get install ant git $ git clone git://github.com/editorconfig/editorconfig-jedit.git $ git submodule update --init --recursive $ cd editorconfig-jedit $ svn co https://jedit.svn.sourceforge.net/svnroot/jedit/build-support/trunk build-support $ cp build.properties.in build.properties # Copy build properties and modify jedit.install.dir as needed $ ant $ cp ./build/jars/*.jar ~/.jedit/jars
The EditorConfig jEdit plugin supports the following EditorConfig properties:
In addition, this plugin also supports a specific property which is only valid for jEdit:
The usage of this property is similar to charset
, but the value is the
encoding string defined by jEdit, and is case sensitive. If both charset
and
jedit_charset
are present, only charset
will be used.
Feel free to submit bugs, feature requests, and other issues to the main EditorConfig issue tracker.


Current Project
Spin Radar System
For this semester MTT-S is creating a radar system for the Spin Scooters using the Acconeer's XM122 Radar sensors. The intent of this radar system is to display obstacles in the rider's blind spots and notify them before a collision occurs. The radar sensor will detect objects within 5 meters of the XM122 radar sensor and then objects will be displayed on an LCD screen, once the radar is too close to an obstacle, the buzzer and LED will signal the rider to be careful and slow down. We hope that through this project, the members of MTT-S would be able to understand how microwave signals are received and transmitted using the radar sensors and display as well as gain more knowledge about microprocessors and its functionality. Furthermore, this project hopes to decrease the number of scooter accidents on campus. In future semesters if the club wishes to continue building the radar system, we hope to have a similar implementation for bicycles and even for cars.
Past Projects
RailFUN and FM Radio Workshop
In addition to working on the power amplifier and wireless harvester to prepare for IMS (International Microwave Symposium), we worked on an electromagnetically powered projectile launcher. This involved three main tasks including circuit design, mechanical design, and CAD design. We also worked on a FM radio workshop where we designed PCB and worked with radio signal logics to make personal FM radios.
Microwaves in Internet Delivery
Purdue IEEE MTT-S spent the year focusing on competing for a second time in a row at the area's largest conference, IMS (International Microwave Symposium), in their student design competitions. Moreover, the officers as well as some of the more-involved members spent the fall semester developing a workshop for an FM transmitter. This included tasks such as circuit design, PCB layout, and documentation. Every Thursday, members learned about various topics such as classes of power amplifiers, modulation schemes, and RF front end components. Knowledge gained on these topics will help out as the club prepares to compete in the IMS student design competitions next summer. Check out our demo video!


While the rest of Kerala has its fair share of celebrations, untouristy, slightly chaotic Thrissur is the cultural cherry on the festival cake with a list of energetic festivals as long as a temple-elephant’s trunk. Centred around a large park (known as the 'Round') and Hindu temple complex, Thrissur is also home to a Nestorian Christian community whose denomination dates to the 3rd century AD.
Athirapally Waterfalls
Athirapally Waterfalls is the most prominent getaway from Cochin and attracts millions of visitors every year. Together with Vazhachal and the picturesque route through Western Ghats presented Athirapally Waterfalls is a prominent seat in World tourist map. Located 78kms away from Kochi, at the entrance to Sholayar Forest Ranges, this waterfall is a popular picnic spot. Water drops down from a height of 80 feet and joins Chalakkudy River.
Anakkayam
It is located near Chalakudy en route to Sholayar Peringalkuthu, Anakkayam is famed for its sparkling sylvan lakes that shimmer like a mirage of quicksilver, the beautiful and tranquil waters that present a spectacle with the nimble movements of the diamonds of sunshine danxing on their surface and its fascinating range of cascading waterfalls that enrapture the tourists. Anakkayam is shrouded in history. There are several conjectures and surmises regarding the town's nomenclature. It is said that the town is apparantly named after a herd of elephants who would arrive here to drink water from lakes and were drowned doing so.


Introduction to Georgia
Georgia ( Sakartvelo ) is a country in the Caucasus region of Eurasia. Located at the crossroads of Western Asia and Eastern Europe, it is bounded and its 2017 population is about 3.718 million. Georgia is a unitary parliamentary to the west by the Black Sea, to the north by Russia, to the south by Turkey and Armenia, and to the southeast by Azerbaijan. The capital and largest city is Tbilisi. Georgia covers a territory of 69,700 square kilometres (26,911 sq mi), republic, with the government elected through a representative democracy.
Culture
Georgian culture is an exotic, mysterious and ancient culture stretching back for millennia. Elements of Anatolian, European, Persian, Arabian, Ottoman and Far Eastern cultures have influenced Georgia’s own ethnic identity resulting in one of the most unique and hospitable cultures in the world. Georgian culture is world renowned for being accommodating and tolerant. Traditionally, Georgian people consider guests to be a gift from god and their welcoming amiability is immediately apparent upon a traveler’s arrival.
Three things you should know about Georgians:
- They are Friendly and Hospitable.
- They are freedom-loving people.
- Sometimes, very loud and noisy.
About Georgian Cuisine
The Georgian cuisine is unique to the country, but also carries some influences from other Caucasian, Eastern European and nearby Middle Eastern culinary traditions. Each historical province of Georgia has its own distinct culinary tradition, with variations such as Abkhazian, Megrelian, Kakhetian, Imeretian, Svanetian, Tushian, Kartlian, Gurian, Meskhian, Rachian and Adjarian cuisines. Rich with meat dishes, the Georgian cuisine also offers a variety of vegetarian dishes.
Traditional Georgian Food
- Khinkali (Georgian Dumplings)
- Badrijani Nigvzit
- Lobio (Bean Soup)
- Qababi (Kebabs)
- Dolmas
- Chakapuli
- Mtsvadi (Shashlik, meat skewers)
- Satsivi
- Khachapuri (Georgian Cheese Bread)
- Puri / Tonis Puri (Georgian Flatbread)
- Lobiani (Bean-stuffed bread)
- more specified Georgian Foods here...
Domestic Travel
Georgia, a land of rock and stone, medieval fortresses and monasteries,
green hills, majestic mountains, deep caves and rocky beaches. A country
where culture and history lovers will have the feeling they’ve been transported
to the past while walking through the villages and towns.
Outdoor lovers will be amazed by the stunning landscapes of the
mountains and every traveler will experience the incredible hospitality
of the people and will be treated to a feast of delicious food and wine
(and the additional hangover).


There are two application lifecycle events, OnModuleInit
and OnModuleDestroy
hooks.
It's a good practice to use them for all the initialization stuff and avoid putting anything directly in the constructor.
The constructor should be used only to initialize the class members and for injecting the required dependencies.
{{ lifecycleEvents }}
{{ lifecycleEventsJs }}
In order to defer initialization of the application, you can either use await
keyword or return a Promise
.
{{ asyncLifecycleEvent }}
{{ asyncLifecycleEventJs }}


Almost three decades on since the self-styled “Northern white crap that talks back” started making an unholy racket, Mrs Gubbins has belatedly discovered The Fall.
 I'd be proud to have him as my son.”
So taken is Mrs Gubbins with the ludicrously prolific Mancunian misanthrope that she has somehow managed to get hold of every record The Fall has ever made, and is holed up in the martello tower over by Loopy Copse. Passers-by report that she is playing the discs in chronological order, over and over again, all day and all night without pause. All attempts to get her to desist, or at least to turn the volume down on her supersonic booster sound system, are ignored. Stories are circulating that birds have been dropping out of the sky, deafened and dead, in the vicinity of the copse. The police seem helpless, possibly because they are very frightened of Mrs Gubbins after what happened at last year's Picnic For Detectives.
The octogenarian crone telephoned us yesterday. Although it was difficult to hear her, given that Hex Enduction Hour was blasting away in the background, she told us: “I have decided to issue a series of compact discs featuring the complete works of The Fall arranged for harp and flute. Doing them as instrumentals will of course mean jettisoning Mr Smith's lovely words, but I want to bring out the innate tweeness of the music.”


class DBX::Query
- DBX::Query
- Reference
- Object
Overview
Query executor. See also: https://crystal-lang.github.io/crystal-db/api/latest/DB/QueryMethods.html
Direct Known Subclasses
Defined in:
query_builder/executor.crConstructors
Instance Method Summary
-
#build : Tuple
Builds current query and returns
sql, args
. -
#builder : DBX::QueryBuilder
Returns
DBX::QueryBuilder
instance used in currentQuery
instance. -
#create!(data : Hash | NamedTuple, as types, returning : DBX::QueryBuilder::OneOrMoreFieldsType = "*", pk_name : DBX::QueryBuilder::FieldType = :id, pk_type = ::Union(Int64, ::Nil))
Creates a new record and returns.
-
#exec
:ditto: Returns
nil
instead of raisingDB::NoResultsError
. -
#exec!
Executes current built query that is expected to return an
DB::ExecResult
. -
#query
Executes current built query that is expected to return one or more results.
-
#query(&)
Executes current built query and yields a
DB::ResultSet
with the results. -
#query_all(as types)
Executes current built query that is expected to return one result.
-
#query_all(&)
Executes current built query and yields a
DB::ResultSet
positioned at the beginning of each row, returning anArray
of the values of the blocks. -
#query_each(&)
Executes current built query and yields the
DB::ResultSet
once per each row. -
#query_one(as types)
:ditto: If no result found, this method returns
nil
instead of raisingDB::NoResultsError
. -
#query_one(&)
:ditto: If no result found, this method returns
nil
instead of raisingDB::NoResultsError
. -
#query_one!(as types)
Executes current built query that is expected to return one result.
-
#query_one!(&)
Executes current built query that expects at most a single row and yields a
DB::ResultSet
positioned at that first row. - #raw_query(&) : Query
-
#scalar
:ditto: If no result found, this method returns
nil
instead of raisingDB::NoResultsError
. -
#scalar!
Executes current built query and returns a single scalar value.
-
#to_a(as types)
Shortcut, same as
#query_all(types)
. -
#to_a(&)
Shortcut, same as
#query_all(&block)
. -
#to_o(as types)
Shortcut, same as
#query_one(types)
. -
#to_o(&)
Shortcut, same as
#query_one(&block)
. -
#to_o!(as types)
Shortcut, same as
#query_one!(types)
. -
#to_o!(&)
Shortcut, same as
#query_one!(&block)
.
Macro Summary
Constructor Detail
Instance Method Detail
Returns DBX::QueryBuilder
instance used in current Query
instance.
Creates a new record and returns.
query.table(:tests).create!(
{name: "Baby", about: "I'm a baby", age: 1},
as: {String, Int32},
returning: {:name, :age}
)
# => {"Baby", 1}
query.table(:tests).create!(
{name: "Baby", about: "I'm a baby", age: 1},
as: {name: String, age: Int32},
returning: {:name, :age}
)
# => {name: "Baby", age: 1}
Executes current built query that is expected to return one or more results.
tests = [] of Array(String | Int32)
rs = query.find(:tests).select(:name, :age).query
begin
while rs.move_next
name = rs.read(String)
age = rs.read(Int32)
tests << [name, age]
end
ensure
rs.close
end
Executes current built query and yields a DB::ResultSet
with the results.
The DB::ResultSet
is closed automatically.
tests = [] of Array(String | Int32)
query.find(:tests).select(:name, :age).query do |rs|
rs.each do
name = rs.read(String)
age = rs.read(Int32)
tests << [name, age]
end
end
Executes current built query and yields a DB::ResultSet
positioned
at the beginning of each row, returning an Array
of the values of the blocks.
:ditto:
If no result found, this method returns nil
instead of raising DB::NoResultsError
.
:ditto:
If no result found, this method returns nil
instead of raising DB::NoResultsError
.
Executes current built query that expects at most a single row and yields
a DB::ResultSet
positioned at that first row.
:ditto:
If no result found, this method returns nil
instead of raising DB::NoResultsError
.
So the type MUST be nillable:
query
.find(:tests)
.select(:name)
.where(:name, "Terminator")
.scalar
.as(String?)
# => String | Nil


Info
This is a 3D/2d visualization of all bus routes and stops in Singapore. Data © Land Transport Authority. Code by @cheeaun.
- All bus routes are stacked on top of one another, in the air.
- On desktop browsers, Ctrl+click and drag to change the pitch of the map.
- 2D stops' radius and 3D stops' heights are based on number of bus services passing through them.


Kochi Ryoma Marathon
Kochi JPN
Race Winners
(71 runnings)
24 Feb
2013
2:28:57 3:12:20
10 Feb
2008
2:18:12 11 Feb
2007
2:15:35
05 Feb
2006
2:19:21
13 Feb
2005
2:16:55
08 Feb
2004
2:24:43
09 Feb
2003
2:26:02
10 Feb
2002
2:16:39
11 Feb
2001
2:21:21
13 Feb
2000
2:24:11
14 Feb
1999
2:19:26
15 Feb
1998
2:23:29
16 Feb
1997
2:20:08
2:33:29
18 Feb
1996
2:21:43
19 Feb
1995
2:17:54
20 Feb
1994
2:19:13
21 Feb
1993
2:20:47
16 Feb
1992
2:26:10
17 Feb
1991
2:26:57
18 Feb
1990
2:36:28
19 Feb
1989
2:39:25
27 Feb
1988
2:29:30
22 Feb 1987
2:21:07
23 Feb 1986
2:25:58
24 Feb 1985
2:28:17
04 Mar 1984
2:23:16
06 Mar 1983
2:32:27
07 Mar 1982
2:28:34
01 Mar 1981
2:28:16
02 Mar 1980
2:28:26
04 Mar 1979
2:32:39
05 Mar 1978
2:24:18
06 Mar 1977
2:22:59
07 Mar 1976
2:26:40
02 Mar 1975
2:34:51
03 Mar 1974
2:36:13
04 Mar 1973
2:24:13
05 Mar 1972
2:33:36
07 Mar 1971
2:37:03
08 Mar 1970
2:34:05
09 Mar 1969
2:23:54
10 Mar 1968
2:31:28
12 Mar 1967
2:33:26
13 Mar 1966
2:43:47
28 Feb 1965
2:32:12
16 Feb 1964
2:44:04
17 Feb 1963
2:38:11
18 Feb 1962
2:55:27
05 Feb 1961
2:40:21
07 Feb 1960
2:35:48
30 Nov 1958
2:44:13
08 Dec 1957
2:40:22
16 Dec 1956
2:39:43
18 Dec 1955
2:34:43
19 Dec 1954
2:38:31
06 Dec 1953
2:35:36
07 Dec 1952
2:39:26
02 Dec 1951
3:01:16
17 Dec 1950
2:52:27
23 Nov 1949
2:44:54
26 Dec 1948
2:58:13
30 Nov 1947
3:03:05
10 Nov 1946
3:28:
Notes: 1946 was the inaugural year. Thru 1991, the race was known as the Koshin Marathon (short for Kochi Shinbun
Marathon). This race served as the Shikoku Championships for 1955-1958. The 1991 race was held in conjunction with
the selection race for the World Student Games Marathon; the first finisher was Minoru Kishimoto (JPN) in 2:21:41.
In 1997, the women's race was the selection race for the World Student Games half marathon. Thru 1963, the course
had only been measured by a car odometer; in 1964 it was first certified by the JAAF. The first finisher in 1982
was Korekazu Sakuma (JPN) (2:28:18) but he was not officially part of the race.
19 Feb
2017
2:28:06
Daisuke Ikemoto
(JPN)
2:58:51
Chiho Matoba
(JPN)
14 Feb
2016
2:31:25
Masashi
Shirotake (JPN)
2:53:00
Mayu Tanaka
(JPN)
15 Feb
2015
2:15:06
Yuki Kawauchi
(JPN)
3:06:45
Keiko Igarashi
(JPN)
16 Feb
2014
2:27:17
Takemaru
Yamazaki (JPN)
3:07:25
Nami Nakata-2
Masashi Shirotake (JPN)
Nami
Nakata (JPN)
26 Feb
2012
2:17:23
Nobuyuki Yamanaka (JPN)
27 Feb
2011
2:14:24
Masaki Nagao (JPN)
07 Feb
2010
2:15:19
Sohei Wada (JPN)
08 Feb
2009
2:18:25
Kazutoshi Akiyama (JPN)
Shinichiro Hasui-2
Shinichiro Hasui (JPN)
Kiyomitsu Shimizu (JPN)
Tomokazu Sakamoto (JPN)
Haruhisa Uemura-2
Kazuhito Senya (JPN)
Kazuaki Wakamoto (JPN)
Osamu Hirashita (JPN)
Haruhisa Uemura (JPN)
Akira Nakano (JPN)
Yusuke Uga (JPN)
Keisuke Ogura (JPN)
Miyuki Tokura (JPN)
Toyoaki Yoshikawa-2
Junichi Yasunaga (JPN)
Makoto Ogura-2
Makoto Ogura (JPN)
Kotaro Tadakuma (JPN)
Toyoaki Yoshikawa (JPN)
Kazuhiko Nakahara (JPN)
Toru Akanuma (JPN)
Kenji Komatsu-3
Katsuo Ashida (JPN)
Katsuhisa Nagata (JPN)
Kenji Komatsu-2
Kenji Komatsu (JPN)
Toshihiko Sasaki-2
Hiromi Okamura (JPN)
Hiromasa Oguri (JPN)
Tsunemitsu Yasui (JPN)
Toshihiko Sasaki (JPN)
Masatoshi Yoshiyanagi (JPN)
Toshihiko Tanaka-2
Toshihiko Tanaka (JPN)
Akihisa Miyamoto (JPN)
Hiroshi Yamaguchi (JPN)
Tomio Yamada (JPN)
Osamu Yamagata (JPN)
Masaharu Kanai (JPN)
Shigemi Hayashi (JPN)
Hajime Sakiyama (JPN)
Yuichi Shigekawa (JPN)
Mitsuhiko Suzawa-3
Mitsuhiko Suzawa-2
Mitsuhiko Suzawa (JPN)
Tadazumi Morimoto-2
Ichiro Murata-5
Tadazumi Morimoto (JPN)
Tadami Minami-3
Tadami Minami-2
Yukihide Kawamura (JPN)
Ichiro Murata-4
Tadami Minami (JPN)
Hiroyoshi Nagai-3
Hiroyoshi Nagai-2
Hiroyoshi Nagai (JPN)
Ichiro Murata-3
Ichiro Murata-2
Ichiro Murata (JPN)
Shinichi Nagano (JPN)
Tadashi Komatsu (JPN)
Mitsuiko Kashiwai (JPN)
Takeshi Yano (JPN)
Most Wins
(1946-date)
Men
5
Ichiro Murata (JPN)
1950-52,1957,1963
Prize Money
Prize money cannot be awarded in Japanese road races due to legal restrictions.
Race Time Bias
(sec/km)
Insufficient data to calculate the race time bias.
Competitive Level
(1990-date)
Insufficient data to calculate the competitive level.
Quality Performances
Men <2:15 1 <2:16 5 <2:17 9 <2:18 13 <2:19 17 <2:20 27
Last Updated on 19 Feb 2017
Contributors: Shigenobu Ota (50), Brett Larner (8)


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Interface for applyinng the Farm pattern.
More...
|
| template<typename Execution , typename Transformer > |
| auto | grppi::farm (Execution &ex, Transformer &&transform_op) |
| | Invoke Farm pattern on a data stream that can be composed in other streaming patterns. More...
|
| |
Interface for applyinng the Farm pattern.
template<typename Execution , typename Transformer >
| auto grppi::farm |
( |
Execution & |
ex, |
|
|
Transformer && |
transform_op |
|
) |
| |
Invoke Farm pattern on a data stream that can be composed in other streaming patterns.
- Template Parameters
-
| Execution | Execution policy type. |
| Transformer | Callable type for the transformation operation. |
- Parameters
-
| ex | Execution policy object. |
| transform_op | Transformer operation. |


{% extends "base.html" %} {% load humanize %} {% block title %}ttDashboard - Top 100 most appreciated DJs{% endblock %} {% block meta_keywords %}users, user, appreciated, awesomes, dj, djs, top 100, music, discover, ranking, song, songs, users, user, profile, turntable dashboard, ttdashboard, turntable.fm, turntable, turntablefm, live stats, dashboard, statistiques, statistics, Alain Gilbert{% endblock %} {% block extrahead %} {% endblock %} {% block content %}
For some technical reasons, only these rooms are tracked:


The successive minima are the lengths of the reduced vectors. They are designated with λ and ordered. The first minimum λ1 thus refers to the shortest vector v1. Let the minima be defined as follows:
The definition can be understood as a sphere of radius r which "inflates" until it contains all n successive minima sorted by length.
The Hermite constant γ allows an upper bound for a vector v with minimum length. Exact values for γ are only known for the dimensions 1, 2, ... , 8 and 24. For the second dimension, it is about 1.26. Using the Hermite constant one can construct a circle which contains the shortest vector (see graph below). To display this circle please enable the corresponding option in the settings.


| Package | com.yahoo.astra.layout.modes |
| Class | public class PercentageSizeUtil |
| Method | Defined by | ||
|---|---|---|---|
|
distributeExtraHeight(children:Array, configurations:Array, spaceForChildren:Number):void
[static]
This function distributes excess space among the flexible children
because of rounding errors where we want to keep children's dimensions
full pixel amounts.
| PercentageSizeUtil | ||
|
distributeExtraWidth(children:Array, configurations:Array, spaceForChildren:Number):void
[static]
This function distributes excess space among the flexible children
because of rounding errors where we want to keep children's dimensions
full pixel amounts.
| PercentageSizeUtil | ||
|
flexChildHeightsProportionally(children:Array, configurations:Array, totalWidth:Number, totalHeight:Number):Number
[static]
This function sets the height of each child
so that the heights add up to spaceForChildren.
| PercentageSizeUtil | ||
|
flexChildrenProportionally(spaceForChildren:Number, spaceToDistribute:Number, totalPercent:Number, childInfoArray:Array):Number
[static]
This function distributes excess space among the flexible children.
| PercentageSizeUtil | ||
|
flexChildWidthsProportionally(children:Array, configurations:Array, totalWidth:Number, totalHeight:Number):Number
[static]
This function sets the width of each child so that the widths add up
to spaceForChildren.
| PercentageSizeUtil |
| distributeExtraHeight | () | method |
public static function distributeExtraHeight(children:Array, configurations:Array, spaceForChildren:Number):void
This function distributes excess space among the flexible children because of rounding errors where we want to keep children's dimensions full pixel amounts. This only distributes the extra space if there was some rounding down and there are still flexible children.
Parameterschildren:Array — The parent container of the children.
|
|
configurations:Array — The total space for all children
|
|
spaceForChildren:Number |
| distributeExtraWidth | () | method |
public static function distributeExtraWidth(children:Array, configurations:Array, spaceForChildren:Number):void
This function distributes excess space among the flexible children because of rounding errors where we want to keep children's dimensions full pixel amounts. This only distributes the extra space if there was some rounding down and there are still flexible children.
Parameterschildren:Array — The parent container of the children.
|
|
configurations:Array — The total space for all children
|
|
spaceForChildren:Number |
| flexChildHeightsProportionally | () | method |
public static function flexChildHeightsProportionally(children:Array, configurations:Array, totalWidth:Number, totalHeight:Number):Number
This function sets the height of each child so that the heights add up to spaceForChildren. Each child is set to its preferred height if its percentHeight is zero. If its percentHeight is a positive number, the child grows (or shrinks) to consume its share of extra space. The width of each child is set to its preferred width. The return value is any extra space that's left over after growing all children to their maxHeight.
Parameterschildren:Array |
|
configurations:Array |
|
totalWidth:Number |
|
totalHeight:Number |
Number |
| flexChildrenProportionally | () | method |
public static function flexChildrenProportionally(spaceForChildren:Number, spaceToDistribute:Number, totalPercent:Number, childInfoArray:Array):Number
This function distributes excess space among the flexible children. It does so with a view to keep the children's overall size close the ratios specified by their percent.
ParametersspaceForChildren:Number — The total space for all children
|
|
spaceToDistribute:Number — The space that needs to be distributed
among the flexible children.
|
|
totalPercent:Number — An array of Objects. When this function
is called, each object should define the following properties:
- percent: the percentWidth or percentHeight of the child (depending
on whether we're growing in a horizontal or vertical direction)
- min: the minimum width (or height) for that child
- max: the maximum width (or height) for that child
|
|
childInfoArray:Array |
Number — When this function finishes executing, a "size" property
will be defined for each child object. The size property contains
the portion of the spaceToDistribute to be distributed to the child.
Ideally, the sum of all size properties is spaceToDistribute.
If all the children hit their minWidth/maxWidth/minHeight/maxHeight
before the space was distributed, then the remaining unused space
is returned. Otherwise, the return value is zero.
|
| flexChildWidthsProportionally | () | method |
public static function flexChildWidthsProportionally(children:Array, configurations:Array, totalWidth:Number, totalHeight:Number):Number
This function sets the width of each child so that the widths add up to spaceForChildren. Each child is set to its preferred width if its percentWidth is zero. If it's percentWidth is a positive number the child grows depending on the size of its parent. The height of each child is set to its preferred height. The return value is any extra space that's left over after growing all children to their maxWidth.
Parameterschildren:Array |
|
configurations:Array |
|
totalWidth:Number |
|
totalHeight:Number |
Number |