Balight APP User Guide
Thank you for choosing Balight. This Balight APP User Guide will provide detailed descriptions to your using Balight in its full features. Please enjoy the Beyond Awesome experience.
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Power on your Balight
Connect your Balight to your Balight App
Step 1 – Install the Balight App onto your smartphone. For iOS users, you can download it by searching Balight in the App Store.
For Android users, you can download it by searching Balight in the Google Play Store.
Step 2 – Open the Balight App. A brief introduction of the APP features will be presented to you.
Step 3 – Click the “Open” button to enter the APP. Please allow the APP to use your device’s Bluetooth.
Please also allow the APP to access your location to enable the cycling features.
Step 4 – Make sure your Bluetooth on your smartphone is turned on. To connect the app to your Balight, click on the wheels on the bicycle diagram.
(Clicking on the front wheel of the diagram will pair your Balight on front wheel and the same with the rear wheel)
Step 5 –Press and hold the power button for 5 seconds until the 4 LED strips light up.
You will see the LEDs light up with three color bands in Red, Green, Blue or Black. On the APP, match the color combination.
Step 6 – Press “Next” to confirm. If colors are matched properly, a Balight ID will appear in the App.
If the Balight ID does not appear, repeat step 5. When the Balight ID has appeared, click “Sync” to finish the pairing process.
Step 7 – After the pairing process is finished, you will not need to pair your Balight again (If you do not delete the device).
Play Pictures on your Balight
You have the four sources add to your collection of pictures to play on your Balight. You may download images from the cloud (it requires you to register), import from your phone, take pictures with your smartphone camera or create new pictures using the DIY function.
Step 1 –Select images from the collection of pictures. If you want to add to your collection of pictures, press the ADD button.
Step 2 –Click the “Send” button and the App will send the pictures to the Balight.
Cycling Data
The Balight App also features a useful way of tracking your cycling data. Select the second option of the bottom function lane. From here, you will see useful information like the remaining battery of your Balight, your current cycling speed, distance, time, and max speed. You can even record your bike route by clicking the GPS button. Keep track of all of this in real time.
Cloud (Require registration)
The Balight Cloud feature is where you can download additional images for your Balight. Press the ADD button on your home screen and select “Cloud.” Our Cloud Image Gallery, will be updated regularly so feel free to check in every now and then for new images.
DIY
DIY “Do it Yourself” is the Balight option for creating your own images for your Balight. If you like to add your own touch to things, this is where you will have the ability to design your images, either from scratch, taking a photo with your camera, or importing a photo from your photo library.
Setting Options
The third option of the button function lane is settings. You may manage your Balight features from here.
Photo Brightness – Slide to set your desired brightness level.
Play Interval – If you are playing multiple images on your Balight device, you can set up the duration of images played.
Device Sleep – This option allows you to set how long your Balight device will remain active after it disconnects from the app.
Device Picture – This option allows you to see the current playing pictures on your Balight.
Reverse Display – This option allows you to reverse the display of your Balight pictures.
Select Mode – This option allows you to select corresponding version of your Balight.


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Files must be smaller than 5 MB.
Go back and try again.


{% extends "django.contrib.admin:admin/delete_confirmation.html" %} {% load admin_urls i18n %} {% block bodyclass %}{{block.super}}{% if opts %} app-{{opts.app_label}} model-{{opts.model_name}}{% endif %} delete-confirmation{% endblock %} {% block form_title %} {% blocktrans %} Delete {{object_name}} {% endblocktrans %} {% endblock form_title %} {% block content %} {% url opts|admin_urlname:'change' object.pk|admin_urlquote as back_url %} {% if perms_lacking %}
{% blocktrans %} Deleting this would also delete some related objects, but you don't have permission to delete any of the following: {% endblocktrans %}
{% blocktrans %} Deleting this would require deleting the following protected related objects, which cannot be deleted: {% endblocktrans %}


Hello! I am Ayumi Ono, a Full Stack Software Developer based in New York! As a Software Developer, I enjoy using my obsessive attention to detail, my strong passsion to make things happen, and my mission-driven work ethic to enrich peple's lives with technology!
Below is a tech stack of my current focus.
Node.js
React
Databases using SQL
JavaScript
HTML5
CSS3


Reset data | Help | Notification log | Upload [beta]
Do you like this tool? Please consider making a donation!
Welcome to the RDO Naturalist role tracker. This tool primarily helps keeping track of all animals you have sampled and stamped for your much-needed RDO$. It is also possible to track all other animal properties required to complete the Animal Field Guide.
Icons:
| Trade in category (done through Animal Field Guide in-game) | |
| Sell sample to Harriet (collect a stamp) | |
| Sample already sold to Harriet (already stamped) | |
| Sample animal | |
| Sample animal (you already have 2 samples in your satchel) | |
| Start legendary animal spawn cooldown | |
| Time left for legendary animal spawn cooldown (tap to stop timer) |
By clicking the cogwheel settings, you can change the Naturalist Tracker settings.
Under "view", you can select three options:
By tapping a category you can expand the animals belonging to it, by tapping an animal you will see undo buttons and Animal Field Guide options.
The notification log can be accessed through the link at the bottom of the page, this shows all performed actions in this session.
Legendary animal spawn cooldown is a 72-hour period after a legendary animal has spawned, before another legendary animal of the same species will spawn for you. Thanks u/The-Hateful-Kate for the research and the idea!
Thanks for reading this far, you're probably the first! Happy hunting!
And lastly... please consider your donation!
Upload:
In the settings, you can now enter the maximum amount of samples you would like to carry for normal and legendary animals. If you define a value, any animal with more samples than your maximum will show up in your "Sellable samples" view.
On devices with a screen width ≥768px, the app now shows you which animal properties you have or have not yet checked in your Animal Field Guide. You can turn this feature on or off in the settings.


data
yeast
heat shock
aggregation
Virtualization
Wireless sensor networks
Fault tolerance
Fault tolerant systems
Optimization
Delays
Computer architecture
Deep feature
Perceptual
Probabilistic model
Retarget
other
new_member
Global Positioning System
Roads
Location awareness
Geology
Vehicle dynamics
publication
collab
talk
award
Aspect-based sentiment analysis
Deep learning
Convolutional Neural Networks
Recurrent neural networks
Bidirectional LSTM
Multi-layer
neural
network,
Signal
reconstruc-tion,
Speech
synthesis,
Linear
predictive
coding
Face
Retrieval,
Relevance
Feedback,Deep
Convolutional
Neural
Network,
Active
Learning,
UserInteraction


--- layout: default layout_keyword: feature title: Document Repository tagline: Your documents are always accessible to you and your members. feature_image: images/features/downloads-large-icon.png tags: [for_your_enterprise] ---
Every organization has information they need to distribute to their members – consent forms, liability waivers, rule books and more, for each enrollment period. We simplify this process for everyone – and save you time and money – by allowing organizations to file and store documents within group pages.
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Stop printing the same documents over and over. Store them online for members to access as needed.
No need to fax, mail or have your documents held for pickup. Your documents can be stored at AllPlayers.com for your members to download.


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--- layout: post title: "The Maybe functor" description: "A introduction to the Maybe functor for object-oriented programmers." date: 2018-03-26 5:19 UTC tags: [Software Design] --- {% include JB/setup %}
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This article is an instalment in an article series about functors.
One of the simplest, and easiest to understand, functors is Maybe. It's also sometimes known as the Maybe monad, but this is not a monad tutorial; it's a functor tutorial. Maybe is many things; one of them is a functor. In F#, Maybe is called option
.
Maybe enables you to model a value that may or may not be present. Object-oriented programmers typically have a hard time grasping the significance of Maybe, since it essentially does the same as null in mainstream object-oriented languages. There are differences, however. In languages like C# and Java, most things can be null, which can lead to much defensive coding. What happens more frequently, though, is that programmers forget to check for null, with run-time exceptions as the result.
A Maybe value, on the other hand, makes it explicit that a value may or may not be present. In statically typed languages, it also forces you to deal with the case where no data is present; if you don't, your code will not compile.
Finally, in a language like C#, null has no type, but a Maybe value always has a type.
If you appreciate the tenet that explicit is better than implicit, then you should favour Maybe over null.
If you've read the introduction, then you know that IEnumerable<T>
is a functor. In many ways, Maybe is like IEnumerable<T>
, but it's a particular type of collection that can only contain zero or one element(s). There are various ways in which you can implement Maybe in an object-oriented language like C#; here's one:
public sealed class Maybe<T> { internal bool HasItem { get; } internal T Item { get; } public Maybe() { this.HasItem = false; } public Maybe(T item) { if (item == null) throw new ArgumentNullException(nameof(item)); this.HasItem = true; this.Item = item; } public Maybe<TResult> Select<TResult>(Func<T, TResult> selector) { if (selector == null) throw new ArgumentNullException(nameof(selector)); if (this.HasItem) return new Maybe<TResult>(selector(this.Item)); else return new Maybe<TResult>(); } public T GetValueOrFallback(T fallbackValue) { if (fallbackValue == null) throw new ArgumentNullException(nameof(fallbackValue)); if (this.HasItem) return this.Item; else return fallbackValue; } public override bool Equals(object obj) { var other = obj as Maybe<T>; if (other == null) return false; return object.Equals(this.Item, other.Item); } public override int GetHashCode() { return this.HasItem ? this.Item.GetHashCode() : 0; } }
This is a generic class with two constructors. The parameterless constructor indicates the case where no value is present, whereas the other constructor overload indicates the case where exactly one value is available. Notice that a guard clause prevents you from accidentally passing null as a value.
The Select
method has the correct signature for a functor. If a value is present, it uses the selector
method argument to map item
to a new value, and return a new Maybe<TResult>
value. If no value is available, then a new empty Maybe<TResult>
value is returned.
This class also override Equals
. This isn't necessary in order for it to be a functor, but it makes it easier to compare two Maybe<T>
values.
A common question about such generic containers is: how do you get the value out of the container?
The answer depends on the particular container, but in this example, I decided to enable that functionality with the GetValueOrFallback
method. The only way to get the item out of a Maybe
value is by supplying a fall-back value that can be used if no value is available. This is one way to guarantee that you, as a client developer, always remember to deal with the empty case.
It's easy to use this Maybe
class:
var source = new Maybe<int>(42);
This creates a new Maybe<int>
object that contains the value 42
. If you need to change the value inside the object, you can, for example, do this:
Maybe<string> dest = source.Select(x => x.ToString());
Since C# natively understands functors through its query syntax, you could also have written the above translation like this:
Maybe<string> dest = from x in source select x.ToString();
It's up to you and your collaborators whether you prefer one or the other of those alternatives. In both examples, though, dest
is a new populated Maybe<string>
object containing the string "42"
.
A more realistic example could be as part of a line-of-business application. Many enterprise developers are familiar with the Repository pattern. Imagine that you'd like to query a repository for a Reservation
object. If one is found in the database, you'd like to convert it to a view model, so that you can display it.
var viewModel = repository.Read(id) .Select(r => r.ToViewModel()) .GetValueOrFallback(ReservationViewModel.Null);
The repository's Read
method returns Maybe<Reservation>
, indicating that it's possible that no object is returned. This will happen if you're querying the repository for an id
that doesn't exist in the underlying database.
While you can translate the (potential) Reservation
object to a view model (using the ToViewModel
extension method), you'll have to supply a default view model to handle the case when the reservation wasn't found.
ReservationViewModel.Null
is a static read-only class field implementing the Null Object pattern. Here, it's used for the fall-back value, in case no object was returned from the repository.
Notice that while you need a fall-back value at the end of your fluent interface pipeline, you don't need fall-back values for any intermediate steps. Specifically, you don't need a Null Object implementation for your domain model (Reservation
). Furthermore, no defensive coding is required, because Maybe<T>
guarantees that the object passed to selector
is never null
.
A Select
method with the right signature isn't enough to be a functor. It must also obey the functor laws. Maybe obeys both laws, which you can demonstrate with a few examples. Here's some test cases for a populated Maybe:
[Theory] [InlineData("")] [InlineData("foo")] [InlineData("bar")] [InlineData("corge")] [InlineData("antidisestablishmentarianism")] public void PopulatedMaybeObeysFirstFunctorLaw(string value) { Func<string, string> id = x => x; var m = new Maybe<string>(value); Assert.Equal(m, m.Select(id)); }
This parametrised unit test uses xUnit.net to demonstrate that a populated Maybe value doesn't change when translated with the local id
function, since id
returns the input unchanged.
The first functor law holds for an empty Maybe as well:
[Fact] public void EmptyMaybeObeysFirstFunctorLaw() { Func<string, string> id = x => x; var m = new Maybe<string>(); Assert.Equal(m, m.Select(id)); }
When a Maybe starts empty, translating it with id
doesn't change that it's empty. It's worth noting, however, that the original and the translated objects are considered equal because Maybe<T>
overrides Equals
. Even in the case of the empty Maybe, the value returned by Select(id)
is a new object, with a memory address different from the original value.
You can also demonstrate the second functor law with some examples, starting with some test cases for the populated case:
[Theory] [InlineData("", true)] [InlineData("foo", false)] [InlineData("bar", false)] [InlineData("corge", false)] [InlineData("antidisestablishmentarianism", true)] public void PopulatedMaybeObeysSecondFunctorLaw(string value, bool expected) { Func<string, int> g = s => s.Length; Func<int, bool> f = i => i % 2 == 0; var m = new Maybe<string>(value); Assert.Equal(m.Select(g).Select(f), m.Select(s => f(g(s)))); }
In this parametrised test, f
and g
are two local functions. g
returns the length of a string (for example, the length of antidisestablishmentarianism is 28). f
evaluates whether or not a number is even.

The second functor law holds for the empty case as well:
[Fact] public void EmptyMaybeObeysSecondFunctorLaw() { Func<string, int> g = s => s.Length; Func<int, bool> f = i => i % 2 == 0; var m = new Maybe<string>(); Assert.Equal(m.Select(g).Select(f), m.Select(s => f(g(s)))); }
Since m
is empty, applying the translations doesn't change that fact - it only changes the type of the resulting object, which is an empty Maybe<bool>
.
In Haskell, Maybe is built in. You can create a Maybe
value containing an integer like this (the type annotations are optional):
source :: Maybe Int source = Just 42
Mapping source
to a String
can be done like this:
dest :: Maybe String dest = fmap show source
The function fmap
corresponds to the above C# Select
method.
It's also possible to use infix notation:
dest :: Maybe String dest = show <$> source
The <$>
operator is an alias for fmap
.
Whether you use fmap
or <$>
, the resulting dest
value is Just "42"
.
If you want to create an empty Maybe
value, you use the Nothing
data constructor.
Maybe is also a built-in type in F#, but here it's called option
instead of Maybe
. You create an option containing an integer like this:
// int option let source = Some 42
While the case where a value is present was denoted with Just
in Haskell, in F# it's called Some
.
You can translate option values using the map
function from the Option
module:
// string option let dest = source |> Option.map string
Finally, if you want to create an empty option
value, you can use the None
case constructor.
Together with a functor called Either, Maybe is one of the workhorses of statically typed functional programming. You aren't going to write much F# or Haskell before you run into it. In C# I've used variations of the above Maybe<T>
class for years, with much success.
In this article, I only discussed Maybe in its role of being a functor, but it's so much more than that! It's also an applicative functor, a monad, and traversable (enumerable). Not all functors are that rich.
Next: An Either functor.


Codehaus XFire
Documentation
Quicklinks
Developers
|
The XFire team is proud to announce the 1.0-M6 release! XFire is a next-generation java SOAP framework. XFire makes service oriented development approachable through its easy to use API and support for standards. It is also highly performant since it is built on a low memory StAX based model.
This release features many improvements:
- JAXB 1.1 and 2.0 support
- Client and Server stub generation
- Improved XML configuration
- Improved Spring support
- Improved Client support
- Improved schema customization for Aegis binding
- Many bug fixes
Many people are already using XFire today and realizing its performance and ease of use benefits. Why not download it and see for yourself?
Download Here
Upgrading to M6 from M5
- YOM has replaced with JDOM. You will need to remove your YOM jars from your classpath and add the JDOM 1.0 jar. This jar can be found here.
- The services.xml format has changed! Instead of assembling services by parsing XML, we let a new tool, XBean do it for us. This means you need to a dependency on XBean and on the spring-core jar to your classpath. To read more about how the services.xml format works, read the XML Configuration page. The major changes in the format are:
- <xfire> is no longer the root element. It is <beans xmlns="http://xfire.codehaus.org/config/1.0">
- You no longer need a <services> element to wrap your <service> elements.
- The XMLBeans client support has been removed. Now we have a new Client API.
- The "service" property on XFireExporter and ServiceBean has been renamed to "serviceBean".
Errata
M6a fixes a bug in the geoip-client example in M6.
Detail
|
jira.codehaus.org
(50 issues)
|
|
T |
Key |
Summary |
Assignee |
Reporter |
Pr |
Status |
Res |
Created |
Updated |
Due |
|
|
XFIRE-183
|
Nil values are instantiated
|
Dan Diephouse
|
Øyvind Matheson Wergeland
|
|
Closed
|
FIXED
|
Nov 25, 2005
|
Dec 04, 2005
|
|
|
|
XFIRE-182
|
Upgrade WSDL4J to 1.5.2
|
Arjen Poutsma
|
Arjen Poutsma
|
|
Closed
|
FIXED
|
Nov 23, 2005
|
Dec 04, 2005
|
|
|
|
XFIRE-180
|
XFire client throws UndeclaredThrowableException exception when unable to bind to the SOAP service.
|
Dan Diephouse
|
Justen Stepka
|
|
Closed
|
FIXED
|
Nov 21, 2005
|
Nov 27, 2005
|
|
|
|
XFIRE-179
|
Allow javax.xml.stream.XMLStreamReader return type for Message-style services
|
Dan Diephouse
|
Gareth Davies
|
|
Closed
|
FIXED
|
Nov 21, 2005
|
Dec 08, 2005
|
|
|
|
XFIRE-176
|
XmlBeans binding can include definitions document into schema
|
Dan Diephouse
|
Dan Diephouse
|
|
Closed
|
FIXED
|
Nov 16, 2005
|
Nov 17, 2005
|
|
|
|
XFIRE-174
|
WrappedBinding doesn't handle overloaded methods
|
Dan Diephouse
|
Dan Diephouse
|
|
Closed
|
FIXED
|
Nov 16, 2005
|
Nov 16, 2005
|
|
|
|
XFIRE-172
|
Fault thrown when returned byte[] array has zero elements.
|
Dan Diephouse
|
Jara Cesnek
|
|
Closed
|
FIXED
|
Nov 14, 2005
|
Nov 28, 2005
|
|
|
|
XFIRE-171
|
Wrong mapping of byte[] to wsdl
|
Dan Diephouse
|
Jara Cesnek
|
|
Closed
|
FIXED
|
Nov 14, 2005
|
Nov 14, 2005
|
|
|
|
XFIRE-170
|
Java5 Aegis/Generics fails to recognize correct member type on second and subsequent collections
|
Dan Diephouse
|
Tony Culshaw
|
|
Closed
|
FIXED
|
Nov 13, 2005
|
Dec 12, 2005
|
|
|
|
XFIRE-167
|
xfire.xmlbeansServiceFactory doesn't work in Spring configuration
|
Dan Diephouse
|
Artti Jaakkola
|
|
Closed
|
FIXED
|
Nov 11, 2005
|
Nov 14, 2005
|
|
|
|
XFIRE-166
|
Jsr181HandlerMapping : Ability to scan beans in applicationContext (in general upper context) or chance to define extra reference beans in other context
|
Dan Diephouse
|
Jara Cesnek
|
|
Closed
|
FIXED
|
Nov 11, 2005
|
Nov 12, 2005
|
|
|
|
XFIRE-164
|
ClassCastException in LongType when a property is a interface or base class
|
Dan Diephouse
|
Tyler Nelson
|
|
Closed
|
FIXED
|
Nov 10, 2005
|
Nov 22, 2005
|
|
|
|
XFIRE-163
|
Make XmlElement.type applicable only in the current scope
|
Dan Diephouse
|
Dan Diephouse
|
|
Closed
|
FIXED
|
Nov 09, 2005
|
Nov 10, 2005
|
|
|
|
XFIRE-162
|
Make XSD_FOO protected in DefaultTypeMappingRegistry
|
Dan Diephouse
|
Dan Diephouse
|
|
Closed
|
FIXED
|
Nov 09, 2005
|
Nov 09, 2005
|
|
|
|
XFIRE-161
|
Binding to parameterized Map types throws ClassCastException
|
Dan Diephouse
|
Igor Pavin
|
|
Closed
|
FIXED
|
Nov 09, 2005
|
Nov 25, 2005
|
|
|
|
XFIRE-159
|
NullPointerException instead of error message
|
Dan Diephouse
|
Igor Pavin
|
|
Closed
|
FIXED
|
Nov 09, 2005
|
Nov 09, 2005
|
|
|
|
XFIRE-154
|
SOAP 1.2 Mimetype isn't correct
|
Dan Diephouse
|
Dan Diephouse
|
|
Closed
|
FIXED
|
Nov 05, 2005
|
Nov 05, 2005
|
|
|
|
XFIRE-153
|
Create JAXB sample
|
Dan Diephouse
|
Dan Diephouse
|
|
Closed
|
FIXED
|
Nov 02, 2005
|
Nov 09, 2005
|
|
|
|
XFIRE-150
|
Cant use Jsr181HandlerMapping with abstract beans in one context.
|
Dan Diephouse
|
Jara Cesnek
|
|
Closed
|
FIXED
|
Oct 31, 2005
|
Dec 06, 2005
|
|
|
|
XFIRE-143
|
Polish the libs/runtime folder
|
Dan Diephouse
|
Filippo Diotalevi
|
|
Closed
|
FIXED
|
Oct 03, 2005
|
Nov 28, 2005
|
|
|
|
XFIRE-142
|
Setting handler execution order
|
Dan Diephouse
|
Tomasz Sztelak
|
|
Closed
|
FIXED
|
Oct 02, 2005
|
Nov 11, 2005
|
|
|
|
XFIRE-139
|
HttpTransport needs to use commons-httpclient
|
Dan Diephouse
|
Dan Diephouse
|
|
Closed
|
FIXED
|
Sep 29, 2005
|
Oct 09, 2005
|
|
|
|
XFIRE-138
|
org.codehaus.xfire.xmpp.TransportTest fails sometimes
|
Christoph Sturm
|
Christoph Sturm
|
|
Resolved
|
FIXED
|
Sep 28, 2005
|
Sep 28, 2005
|
|
|
|
XFIRE-137
|
make the jaxb2 binding feature complete against the jaxb 1 binding
|
Dan Diephouse
|
Christoph Sturm
|
|
Closed
|
FIXED
|
Sep 28, 2005
|
Oct 11, 2005
|
|
|
|
XFIRE-136
|
JDK Version isn't correctly detected
|
Dan Diephouse
|
Dan Diephouse
|
|
Closed
|
FIXED
|
Sep 27, 2005
|
Nov 02, 2005
|
|
|
|
XFIRE-135
|
Create custom spring xml format for service creation
|
Dan Diephouse
|
Dan Diephouse
|
|
Closed
|
FIXED
|
Sep 27, 2005
|
Nov 04, 2005
|
|
|
|
XFIRE-134
|
User should be able to specify if element is nillable
|
Dan Diephouse
|
Dan Diephouse
|
|
Closed
|
FIXED
|
Sep 25, 2005
|
Sep 27, 2005
|
|
|
|
XFIRE-133
|
Ability to create XMLStreamReader from DOM documents.
|
Dan Diephouse
|
Tomasz Sztelak
|
|
Closed
|
FIXED
|
Sep 25, 2005
|
Nov 02, 2005
|
|
|
|
XFIRE-132
|
StaxUtils fails to read xml document from XMLStreamReader in some cases
|
Dan Diephouse
|
Tomasz Sztelak
|
|
Closed
|
FIXED
|
Sep 21, 2005
|
Sep 23, 2005
|
|
|
|
XFIRE-130
|
Include link to Eclipse Style Formatter under "Getting Involved section" of Documentation (Website)
|
Dan Diephouse
|
Brian Bonner
|
|
Closed
|
FIXED
|
Sep 21, 2005
|
Sep 21, 2005
|
|
|
|
XFIRE-128
|
Aegis XML Mapping needs XML Schema
|
Dan Diephouse
|
Dan Diephouse
|
|
Closed
|
FIXED
|
Sep 20, 2005
|
Nov 02, 2005
|
|
|
|
XFIRE-127
|
Java 5 aegis annotations don't correctly fall back to xml mapping
|
Dan Diephouse
|
Dan Diephouse
|
|
Closed
|
FIXED
|
Sep 20, 2005
|
Nov 09, 2005
|
|
|
|
XFIRE-125
|
Need to save namespace declarations from Envelope, Body, Header and pass them to bindings
|
Dan Diephouse
|
Dan Diephouse
|
|
Closed
|
FIXED
|
Sep 17, 2005
|
Sep 26, 2005
|
|
|
|
XFIRE-124
|
WSDL not created for maps
|
Dan Diephouse
|
Øyvind Matheson Wergeland
|
|
Closed
|
FIXED
|
Sep 16, 2005
|
Sep 20, 2005
|
|
|
|
XFIRE-123
|
Consider @XmlElement's type value for type mapping
|
Dan Diephouse
|
Sebastian Beigel
|
|
Closed
|
FIXED
|
Sep 15, 2005
|
Oct 11, 2005
|
|
|
|
XFIRE-121
|
WSDL generation doesn't pick up schema in wrapped mode
|
Dan Diephouse
|
Dan Diephouse
|
|
Closed
|
FIXED
|
Sep 13, 2005
|
Nov 09, 2005
|
|
|
|
XFIRE-120
|
XFire documentation
|
Dan Diephouse
|
Sami Dalouche
|
|
Closed
|
FIXED
|
Sep 12, 2005
|
Sep 12, 2005
|
|
|
|
XFIRE-119
|
Java 5 Enumerations binding
|
Dan Diephouse
|
Sami Dalouche
|
|
Closed
|
FIXED
|
Sep 12, 2005
|
Sep 12, 2005
|
|
|
|
XFIRE-118
|
XML Schema import problem in generated WSDL
|
Dan Diephouse
|
Sami Dalouche
|
|
Closed
|
FIXED
|
Sep 12, 2005
|
Sep 19, 2005
|
|
|
|
XFIRE-117
|
Infinite recursion when resolving recursive types
|
Dan Diephouse
|
Øyvind Matheson Wergeland
|
|
Closed
|
FIXED
|
Sep 12, 2005
|
Sep 12, 2005
|
|
|
|
XFIRE-116
|
Create a Java5 IgnoreProperty annotation
|
Dan Diephouse
|
Dan Diephouse
|
|
Closed
|
FIXED
|
Sep 06, 2005
|
Oct 09, 2005
|
|
|
|
XFIRE-115
|
Map properties only if getter and setter are present
|
Dan Diephouse
|
Dan Diephouse
|
|
Closed
|
FIXED
|
Sep 06, 2005
|
Sep 12, 2005
|
|
|
|
XFIRE-114
|
Improve XMLServiceBuilder
|
Dan Diephouse
|
Dan Diephouse
|
|
Closed
|
FIXED
|
Sep 02, 2005
|
Sep 27, 2005
|
|
|
|
XFIRE-113
|
ServiceBean should accept properties
|
Dan Diephouse
|
Dan Diephouse
|
|
Closed
|
FIXED
|
Aug 31, 2005
|
Nov 02, 2005
|
|
|
|
XFIRE-112
|
XMLServiceBuilder passes "" as the namespace when there is no <namespace> element
|
Dan Diephouse
|
Dan Diephouse
|
|
Closed
|
FIXED
|
Aug 28, 2005
|
Aug 28, 2005
|
|
|
|
XFIRE-109
|
Need to be able to specify out WS-Addressing Action
|
Dan Diephouse
|
Dan Diephouse
|
|
Closed
|
FIXED
|
Aug 26, 2005
|
Nov 03, 2005
|
|
|
|
XFIRE-108
|
Remove old client classes
|
Dan Diephouse
|
Dan Diephouse
|
|
Closed
|
FIXED
|
Aug 26, 2005
|
Oct 09, 2005
|
|
|
|
XFIRE-107
|
XFire Client Implementation
|
Dan Diephouse
|
Dan Diephouse
|
|
Closed
|
FIXED
|
Aug 25, 2005
|
Nov 09, 2005
|
|
|
|
XFIRE-102
|
unbound namespace URI exception in Woodstox
|
Dan Diephouse
|
Vojtech Knezu
|
|
Closed
|
FIXED
|
Aug 15, 2005
|
Sep 21, 2005
|
|
|
|
XFIRE-94
|
Create a LICENSE.TXT file and put it on each module basedir.
|
Unassigned
|
Jose Peleteiro
|
|
Closed
|
FIXED
|
Jun 23, 2005
|
Nov 09, 2005
|
|
|


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Description
This program allows to store managed pointers for various graphical objects into one collection, a key sorted set. The graphical objects, namely lines, curves, and circles, inherit from a base class Graphics. Managed pointers to objects of this type are stored in the key sorted set. Using these pointers, you can access the various objects from the collection.
Concept
This program is a sample to demonstrate the use of managed pointers.
Task
This program uses a key sorted set to store managed pointers of various graphical objects.


Microsoft delays its Apple AirPods rival until after key holiday season
by Mark GurmanMicrosoft Corp. delayed the launch of its Surface Earbuds, missing the 2019 holiday shopping season. The software giant is the latest company to stumble in a race to catch up with Apple Inc.’s popular AirPods.
The Surface Earbuds will come out in spring 2020, not this year as previously planned. The announcement was made by Panos Panay, the company’s chief product officer, on Twitter.
The wireless earbuds were announced earlier this year, and like AirPods, are cord free. The Microsoft version has a circular shape, integrates with a voice assistant and can be used to control Microsoft software like PowerPoint.
At US$249, the Surface Earbuds are priced the same as Apple’s new AirPods Pro, but the delay means Microsoft will be missing out on a key category this holiday season.
Google has also been working to upgrade its wireless earbuds. That product will also be missing this holiday season. The company is aiming for a release in the spring at a price of US$179.


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| model.syntax {lavaan} | R Documentation |
The lavaan model syntax describes a latent variable model. The
function lavaanify
turns it into a table that represents the full
model as specified by the user. We refer to this table as the parameter table.
lavaanify(model = NULL, meanstructure = FALSE, int.ov.free = FALSE, int.lv.free = FALSE, orthogonal = FALSE, orthogonal.y = FALSE, orthogonal.x = FALSE, orthogonal.efa = FALSE, std.lv = FALSE, effect.coding = "", conditional.x = FALSE, fixed.x = FALSE, parameterization = "delta", constraints = NULL, auto = FALSE, model.type = "sem", auto.fix.first = FALSE, auto.fix.single = FALSE, auto.var = FALSE, auto.cov.lv.x = FALSE, auto.cov.y = FALSE, auto.th = FALSE, auto.delta = FALSE, auto.efa = FALSE, varTable = NULL, ngroups = 1L, group.equal = NULL, group.partial = NULL, group.w.free = FALSE, debug = FALSE, warn = TRUE, as.data.frame. = TRUE) lavParTable(model = NULL, meanstructure = FALSE, int.ov.free = FALSE, int.lv.free = FALSE, orthogonal = FALSE, orthogonal.y = FALSE, orthogonal.x = FALSE, orthogonal.efa = FALSE, std.lv = FALSE, effect.coding = "", conditional.x = FALSE, fixed.x = FALSE, parameterization = "delta", constraints = NULL, auto = FALSE, model.type = "sem", auto.fix.first = FALSE, auto.fix.single = FALSE, auto.var = FALSE, auto.cov.lv.x = FALSE, auto.cov.y = FALSE, auto.th = FALSE, auto.delta = FALSE, auto.efa = FALSE, varTable = NULL, ngroups = 1L, group.equal = NULL, group.partial = NULL, group.w.free = FALSE, debug = FALSE, warn = TRUE, as.data.frame. = TRUE) lavParseModelString(model.syntax = '', as.data.frame. = FALSE, warn = TRUE, debug = FALSE)
model |
A description of the user-specified model. Typically, the model
is described using the lavaan model syntax; see details for more
information. Alternatively, a parameter table (e.g., the output of
|
model.syntax |
The model syntax specifying the model. Must be a literal string. |
meanstructure |
If |
int.ov.free |
If |
int.lv.free |
If |
orthogonal |
If |
orthogonal.y |
If |
orthogonal.x |
If |
orthogonal.efa |
If |
std.lv |
If |
effect.coding |
Can be logical or character string. If
logical and |
conditional.x |
If |
fixed.x |
If |
parameterization |
Currently only used if data is categorical. If
|
constraints |
Additional (in)equality constraints. See details for more information. |
auto |
If |
model.type |
Either |
auto.fix.first |
If |
auto.fix.single |
If |
auto.var |
If |
auto.cov.lv.x |
If |
auto.cov.y |
If |
auto.th |
If |
auto.delta |
If |
auto.efa |
If |
varTable |
The variable table containing information about the observed variables in the model. |
ngroups |
The number of (independent) groups. |
group.equal |
A vector of character strings. Only used in
a multiple group analysis. Can be one or more of the following:
|
group.partial |
A vector of character strings containing the labels of the parameters which should be free in all groups (thereby overriding the group.equal argument for some specific parameters). |
group.w.free |
Logical. If |
warn |
If |
as.data.frame. |
If |
debug |
If |
The model syntax consists of one or more formula-like expressions, each one
describing a specific part of the model. The model syntax can be read from
a file (using readLines
), or can be specified as a literal
string enclosed by single quotes as in the example below.
myModel <- ' # 1. latent variable definitions f1 =~ y1 + y2 + y3 f2 =~ y4 + y5 + y6 f3 =~ y7 + y8 + y9 + y10 f4 =~ y11 + y12 + y13 ! this is also a comment # 2. regressions f1 ~ f3 + f4 f2 ~ f4 y1 + y2 ~ x1 + x2 + x3 # 3. (co)variances y1 ~~ y1 y2 ~~ y4 + y5 f1 ~~ f2 # 4. intercepts f1 ~ 1; y5 ~ 1 # 5. thresholds y11 | t1 + t2 + t3 y12 | t1 y13 | t1 + t2 # 6. scaling factors y11 ~*~ y11 y12 ~*~ y12 y13 ~*~ y13 # 7. formative factors f5 <~ z1 + z2 + z3 + z4 '
Blank lines and comments can be used in between the formulas, and formulas can be split over multiple lines. Both the sharp (#) and the exclamation (!) characters can be used to start a comment. Multiple formulas can be placed on a single line if they are separated by a semicolon (;).
There can be seven types of formula-like expressions in the model syntax:
Latent variable definitions: The "=~"
operator can be
used to define (continuous) latent variables. The name of the latent
variable is on the left of the "=~"
operator, while the terms
on the right, separated by "+"
operators, are the indicators
of the latent variable.
The operator "=~"
can be read as “is manifested by”.
Regressions: The "~"
operator specifies a regression.
The dependent variable is on the left of a "~"
operator and the
independent variables, separated by "+"
operators, are on the right.
These regression formulas are similar to the way ordinary linear regression
formulas are used in R, but they may include latent variables. Interaction
terms are currently not supported.
Variance-covariances: The "~~"
(‘double tilde’) operator specifies
(residual) variances of an observed or latent variable, or a set of
covariances between one variable, and several other variables (either
observed or latent). Several variables, separated by "+"
operators can appear on the right. This way, several pairwise
(co)variances involving the same left-hand variable can be expressed in a
single expression. The distinction between variances and residual variances
is made automatically.
Intercepts: A special case of a regression formula can be used to
specify an intercept (or a mean) of either an observed or a latent variable.
The variable name is on the left of a "~"
operator. On the right is
only the number "1"
representing the intercept. Including an intercept
formula in the model automatically implies meanstructure = TRUE
. The
distinction between intercepts and means is made automatically.
Thresholds: The "|"
operator can be used to define the
thresholds of categorical endogenous variables (on the left hand side
of the operator). By convention, the
thresholds (on the right hand sided, separated by the "+"
operator,
are named "t1"
, "t2"
, etcetera.
Scaling factors: The "~*~"
operator defines a scale factor.
The variable name on the left hand side must be the same as the variable
name on the right hand side. Scale factors are used in the Delta
parameterization, in a multiple group analysis when factor indicators
are categorical.
Formative factors: The "<~"
operator can be used to define
a formative factor (on the right hand side of the operator), in a
similar why as a reflexive factor is defined (using the "=~"
operator). This is just syntax sugar to define a phantom latent
variable (equivalent to using "f =~ 0"
). And in addition, the
(residual) variance of the formative factor is fixed to zero.
Usually, only a single variable name appears on the left side of an
operator. However, if multiple variable names are specified,
separated by the "+"
operator, the formula is repeated for each
element on the left side (as for example in the third regression
formula in the example above). The only exception are scaling factors, where
only a single element is allowed on the left hand side.
In the right-hand side of these formula-like expressions, each element can be
modified (using the "*"
operator) by either a numeric constant,
an expression resulting in a numeric constant, an expression resulting
in a character vector, or one
of three special functions: start()
, label()
and equal()
.
This provides the user with a mechanism to fix parameters, to provide
alternative starting values, to label the parameters, and to define equality
constraints among model parameters. All "*"
expressions are
referred to as modifiers. They are explained in more detail in the
following sections.
It is often desirable to fix a model parameter that is otherwise (by default) free. Any parameter in a model can be fixed by using a modifier resulting in a numerical constaint. Here are some examples:
Fixing the regression coefficient of the predictor
x2
:
y ~ x1 + 2.4*x2 + x3
Specifying an orthogonal (zero) covariance between two latent variables:
f1 ~~ 0*f2
Specifying an intercept and a linear slope in a growth model:
i =~ 1*y11 + 1*y12 + 1*y13 + 1*y14 s =~ 0*y11 + 1*y12 + 2*y13 + 3*y14
Instead of a numeric constant, one can use a mathematical function that returns
a numeric constant, for example sqrt(10)
. Multiplying with NA
will force the corresponding parameter to be free.
User-provided starting values can be given by using the special function
start()
, containing a numeric constant. For example:
y ~ x1 + start(1.0)*x2 + x3
Note that if a starting value is provided, the parameter is not automatically considered to be free.
Each free parameter in a model is automatically given a name (or label).
The name given to a model
parameter consists of three parts, coerced to a single character vector.
The first part is the name of the variable in the left-hand side of the
formula where the parameter was
implied. The middle part is based on the special ‘operator’ used in the
formula. This can be either one of "=~"
, "~"
or "~~"
. The
third part is the name of the variable in the right-hand side of the formula
where the parameter was implied, or "1"
if it is an intercept. The three
parts are pasted together in a single string. For example, the name of the
fixed regression coefficient in the regression formula
y ~ x1 + 2.4*x2 + x3
is the string "y~x2"
.
The name of the parameter
corresponding to the covariance between two latent variables in the
formula f1 ~~ f2
is the string "f1~~f2"
.
Although this automatic labeling of parameters is convenient, the user may
specify its own labels for specific parameters simply by pre-multiplying
the corresponding term (on the right hand side of the operator only) by
a character string (starting with a letter).
For example, in the formula f1 =~ x1 + x2 + mylabel*x3
, the parameter
corresponding with the factor loading of
x3
will be named "mylabel"
.
An alternative way to specify the label is as follows:
f1 =~ x1 + x2 + label("mylabel")*x3
,
where the label is the argument of special function label()
;
this can be useful if the label contains a space, or an operator (like "~").
To constrain a parameter
to be equal to another target parameter, there are two ways. If you
have specified your own labels, you can use the fact that
equal labels imply equal parameter values.
If you rely on automatic parameter labels, you
can use the special function equal()
. The argument of
equal()
is the (automatic or user-specified) name of the target
parameter. For example, in the confirmatory factor analysis example below, the
intercepts of the three indicators of each latent variable are constrained to
be equal to each other. For the first three, we have used the default
names. For the last three, we have provided a custom label for the
y2a
intercept.
model <- ' # two latent variables with fixed loadings f1 =~ 1*y1a + 1*y1b + 1*y1c f2 =~ 1*y2a + 1*y2b + 1*y2c # intercepts constrained to be equal # using the default names y1a ~ 1 y1b ~ equal("y1a~1") * 1 y1c ~ equal("y1a~1") * 1 # intercepts constrained to be equal # using a custom label y2a ~ int2*1 y2b ~ int2*1 y2c ~ int2*1 '
In a multiple group analysis, modifiers that contain a single element should be replaced by a vector, having the same length as the number of groups. If you provide a single element, it will be recycled for all the groups. This may be dangerous, in particular when the modifier is a label. In that case, the (same) label is copied across all groups, and this would imply an equality constraint across groups. Therefore, when using modifiers in a multiple group setting, it is always safer (and cleaner) to specify the same number of elements as the number of groups. Consider this example with two groups:
HS.model <- ' visual =~ x1 + 0.5*x2 + c(0.6, 0.8)*x3 textual =~ x4 + start(c(1.2, 0.6))*x5 + x6 speed =~ x7 + x8 + c(x9.group1, x9.group2)*x9 '
In this example, the factor loading of the ‘x2’ indicator is fixed to the value 0.5 for both groups. However, the factor loadings of the ‘x3’ indicator are fixed to 0.6 and 0.8 for group 1 and group 2 respectively. The same logic is used for all modifiers. Note that character vectors can contain unquoted strings.
In the model syntax, you can specify a variable more than once on the right hand side of an operator; therefore, several ‘modifiers’ can be applied simultaneously; for example, if you want to fix the value of a parameter and also label that parameter, you can use something like:
f1 =~ x1 + x2 + 4*x3 + x3.loading*x3
Yves Rosseel (2012). lavaan: An R Package for Structural Equation Modeling. Journal of Statistical Software, 48(2), 1-36. URL http://www.jstatsoft.org/v48/i02/.


Match Play. Red leads 5-2 to 7. How should Red play 42?
pips Red=31 White=108
(CorrectAnswer= 0/0, ErrorScore= 0)
Red should minimise shots as his opponent has a five-and-a-half point board.
It is choice between 5/3, 5/1*, and 4/off, 3/1*. The facts that 5/3, 5/1*, clears the highest point and makes Red’s subsequent rolls easier to play swings the decision in favour of that play.
4/off, 3/1* is an error.
5/1*, 3/1, leaving 15 shots instead of 11, is an outright blunder.
It is choice between 5/3, 5/1*, and 4/off, 3/1*. The facts that 5/3, 5/1*, clears the highest point and makes Red’s subsequent rolls easier to play swings the decision in favour of that play.
4/off, 3/1* is an error.
5/1*, 3/1, leaving 15 shots instead of 11, is an outright blunder.
1. Cubeful 2-ply 5/3 5/1* Eq.: +1.201 0.736 0.477 0.035 - 0.264 0.000 0.000 2. Cubeful 2-ply 5/1* 3/1 Eq.: +1.098 (-0.102) 0.700 0.451 0.033 - 0.300 0.000 0.000 3. Cubeful 0-ply 4/off 3/1* Eq.: +0.772 (-0.429) 0.663 0.386 0.043 - 0.337 0.000 0.000 4. Cubeful 0-ply 5/3 4/off Eq.: +0.446 (-0.755) 0.576 0.263 0.031 - 0.424 0.000 0.000 5. Cubeful 0-ply 5/1* 4/2* Eq.: +0.003 (-1.198) 0.429 0.242 0.018 - 0.571 0.000 0.000


Japanese fashion tycoon Maezawa shows off $900 million SoftBank payday
by Sam NusseyTOKYO (Reuters) - Japan’s Yusaku Maezawa on Friday posted footage of a $900 million payday for the fashion magnate following his sale of a stake in Zozo Inc, the online fashion retailer he founded, to SoftBank Group Corp.
In a video posted to YouTube, Maezawa visited a Tokyo bank to update his bank book, which showed a new balance of around 100 billion yen ($900 million).
“It’s nerve-wracking!” Maezawa said as he entered the branch.
The windfall follows a tender offer by Z Holdings, which is controlled by SoftBank’s domestic wireless unit, for half of Zozo’s shares this month.
The deal saw Maezawa reduce his stake in the fashion company to 18%.
Maezawa made 150 billion yen in the deal but a third has already been used to pay down debt, he said in the Youtube video from the seat of his chauffeur-driven car.
The former punk band drummer is well-known for his love of high-end art and sports cars.
Maezawa, who has a close relationship with SoftBank founder Masayoshi Son and is planning a trip around the moon in a rocket from Elon Musk’s SpaceX, stepped down as Zozo CEO following a series of botched initiatives.
His stake sale is the latest pay-out by SoftBank to a wealthy company founder.
In September the investment conglomerate bailed out office-sharing startup WeWork in a deal that saw co-founder Adam Neumann exit with a $1.7 billion package.


An undergraduate from Stamford International University whose energy is focused on learning new things, so I always take on roles that I feel will keep me on my toes. I believe in versatility and so I would play anything as long as it was a challenge..
Details |
| Name: |
Tobechukwu Blaise Iwuagwu |
| DOB: |
September 27 th 1988 |
| Location: |
Bangkapi, Bangkok |
| Nationality: |
Nigerian |
| Contact Address: |
Bliz Condominium Rama 9 - Hua MakSuan Luang Suan Luang Bangkok |
Education |
| Year: |
2014 - To Present |
| Certificate: |
B.Sc (Information Technology). |
| Institution: |
Stamford International University, Bangkok, Thailand. |
|
| Year: |
Completed in 2010 |
| Certificate: |
Diploma in Computer Application. . |
| Institution: |
Expert Computer Institution, Lagos Nigeria. |


You will upload the final version of the document that is ready to be signed to our server. We will create some metadata from the document that is required to be sent to Aadhar server.
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The Controller of Certifying Authorities (CCA), a body within the Ministry of Electronics and Information Technology ultimately guarantees the validity of all digital signatures in India.For more information, please visit its website here.
The CCA and the UIADAI has set strict and industry standard security standards for signing providers (like SignSecure) including an audit of the codebase by an empanelled certified indepedent auditor.
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ISS – The Matter Of Research
ISS – The Matter Of Research
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--- layout: post title: Using Github Actions to Build and Push Images to Google Container Registry tagline: look, it’s a little baby no-cost CI! categories: computers tags: github google container registry docker gcr actions workflow ---
Even personal projects that make use of Google Cloud Run to minimize costs deserve CI. And they can get it!
I was following Alex Olivier’s blog post Deploy your side-projects at scale for basically nothing - Google Cloud Run (which, by the way, is really good and you should read it if you want to run web-apps at next to zero cost, for real) that obviously uses Google’s Cloud Run (which is Google’s knative service). Google’s Cloud Run requires that the related Docker image is in the Google Container Registry (GCR) (well, mostly requires that). This blog post is a follow-on to Alex’s blog post, so if you haven’t followed along with his steps, some of the assumptions I make might not be valid (or, at least, might be confusing), however, you can likely learn some things without reading Alex’s post but, honestly, are you so busy you can only read one blog post?
My code is in Github and I wanted to be able to build images and push them to GCR automatically so that I could later deploy them to Google Cloud Run. There is some starting configuration at https://github.com/actions/starter-workflows/blob/master/ci/google.yml that is pretty good, but it includes code to deploy to the Google Kubernetes Engine, which I didn’t need. It didn’t, however, include some details that would have been handy, which I hope to expound on in a useful way here…
Dearly beloved,
We are gathered here today
To get through this thing called “CI”
Magic word, “CI”
It means “continuous”, and that goes on for a long time
But I’m here to tell you there is something else
OK, not really. People really like CI in the late 20-teens, early 2020s.
So go crazy.
Sorry, your Purple-ness, that was unwarrented.
The docker image is built at Github, then pushed to the Google Container Registry, so before even building the image, you should give Github access to your project’s GCR bucket.
There are a lot of nice notes at Google’s page titled Creating and
managing service account keys, but if you’ve started with Alex’s
blog post you probably have the gcloud
client installed on your
computer, and these steps should help.
First, authenticate your local gcloud
installation to your Google
account:
gcloud auth login
which will open your web brower and prompt you to log in to Google. If you’ve followed Alex’s post, you might already be logged in.
Second, you need to get the service account for your Google Cloud Run project (remember, see Alex’s blog post):
gcloud iam service-accounts list --project [project_name]
This will produce something like:
NAME EMAIL DISABLED Default compute service account<EMAIL_ADDRESS>False
The value that is in the EMAIL
column is the IAM account that
needed to generate a key that will go into a GitHub secret. The
command to make that key is:
gcloud iam service-accounts keys \ create ~/my_awesome_secret_key.json \ --iam-account<EMAIL_ADDRESS>\ --project [project_name]
This command will write a key to the file
my_awesome_secret_key.json
in your home directory. Don’t publish
this anywhere someone might find it or put it in a Git repository,
it is a private key to your Google cloud project.
The third and final step to connecting Github and your Google Cloud project is to put a base-64 encoded copy of your private key in a Github secret. From a Mac terminal, you can type:
cat ~/my_awesome_secret_key.json | base64 | pbcopy
to “copy” the base-64-encoded secret key to the clipboard. On Linux you can type:
cat ~/my_awesome_secret_key.json | base64 | xclip -selection -clipboard
to do the same. I don’t know how to base64-encode something or copy it to the clipboard from the command line on Windows, I suggest using Windows Subsystem for Linux if at all possible, but that’s a whole other thing.
Once you have the base64-encoded key file, go to the project’s page at Github and, from the list of options along the top of the project (below the title), click “Settings” then from the menu on the left click “Secrets”. Click the “Add a New Secret” link in the middle of the page.
Figure 1: The Github Project Page’s Secrets Management Tab Click the “Add a new secret” link
Set the Name to GCR_KEY
and the Value to the base64-encoded
version of $PATH_TO_KEY_FILE
.
Figure 2: Adding a secret to the Github Project Page Name the secret and add the contents of the secret; in this case the contents should be base64-encoded. Part of the secret in this screenshot is blanked-out, yours will look complete
Click the “Add Secret” button and you’ll see your secret’s name in the list.
Figure 3: Listing the secrets associated with a Github project This is the list of secrets for the Github project; here you can see the GCR_KEY
secret listed
Now this Github repository can access the Google project matching the key; there may be better security that this, but :shrug: If you have suggestions, find me on Twitter @acaird.
Github offers a free tier of CI that includes 2,000 minutes of build time per month, there are more details at the Github Actions page and this blog post. For building Docker images for a small project, this is almost certainly plenty.
I chose to trigger builds when I push a Git tag, but you have the option of starting a build when you push a branch. For more details, see Github’s documentation for events that trigger workflows.
This is all configured by adding a YAML file to the
.github/workflows
directory in your Git repository. I called my
YAML file google.yml
because that was the name of the example file
I started with. My YAML file looks something like:
name: Build and Push to GCR on: push: tags: - v* # Environment variables available to all jobs and steps in this workflow # GKE_EMAIL:{% raw %} ${{ secrets.GKE_EMAIL }} {% endraw %} # GKE_KEY:{% raw %} ${{ secrets.GKE_KEY }} {% endraw %} env: GITHUB_SHA:{% raw %} ${{ github.sha }} {% endraw %} GITHUB_REF:{% raw %} ${{ github.ref }} {% endraw %} IMAGE: [IMAGE_NAME] REGISTRY_HOSTNAME: gcr.io jobs: setup-build-publish-deploy: name: Setup, Build, and Publish runs-on: ubuntu-latest steps: - name: Checkout uses: actions/checkout@v2 # Setup gcloud CLI - uses: GoogleCloudPlatform/github-actions/setup-gcloud@master with: version: '270.0.0' service_account_key:{%raw%} ${{ secrets.GCR_KEY }} {%endraw%} # Configure docker to use the gcloud command-line tool as a credential helper - run: | # Set up docker to authenticate # via gcloud command-line tool. gcloud auth configure-docker # Build the Docker image - name: Build run: | export TAG=`echo $GITHUB_REF | awk -F/ '{print $NF}'` echo $TAG docker build -t "$REGISTRY_HOSTNAME"/"$IMAGE":"$TAG" \ --build-arg GITHUB_SHA="$GITHUB_SHA" \ --build-arg GITHUB_REF="$GITHUB_REF" . # Push the Docker image to Google Container Registry - name: Publish run: | export TAG=`echo $GITHUB_REF | awk -F/ '{print $NF}'` echo $TAG docker push "$REGISTRY_HOSTNAME"/"$IMAGE":"$TAG" docker tag "$REGISTRY_HOSTNAME"/"$IMAGE":"$TAG" "$REGISTRY_HOSTNAME"/"$IMAGE":latest docker push "$REGISTRY_HOSTNAME"/"$IMAGE":latest
The only change you need to make to this file is to change
[IMAGE_NAME]
to be what you want to name your Docker image.
Stepping through this file:
The first section determines what triggers the execution of the
rest of the file; in this case, if there is a tag that starts
with v
the rest of the file will be processed, otherwise
nothing happens. This is set by the lines
on: push: tags: - v*
This will also match the tags victory
and vodka
; you could
tighten up the regular expression if you’re worried about that;
I’m not (also, I might want to trigger a build with the tag
vodka
, you don’t know).
gcloud
environment using the secret we configured
in the previous sectiongcloud
Docker environmentdocker build
with some options (the Build
step)docker push
to push the image to the Google Container
Registry (the Publish
step) twice, once with a tag that
matches the Git tag and once with the latest
tag.
I wanted to use the Git tag as the tag for my Docker image, but
github.ref
is the full reference; that is, if your Git tag is
v0.81
, the tag is refs/tags/v0.81
and that is not a valid (or
desired) Docker image tag. The export TAG ...
line splits the
input on /
and takes the last field which is, in this example,
v0.81
; happily, this is the tag we wanted all along. Hooray.
Once you have a YAML file in the right place, git commit
it and
push it to Github. Whether that triggers a build or not, Github
will parse the YAML and make sure it is valid. To check this, go to
the “Actions” tab of your Github project and look at the list of
events. If there is an error in your YAML the name of the event
will be the file name, not the name of the job. Clicking that event
will show you your file with a message like:
Check failure on line 1 in .github/workflows/google.yml GitHub Actions / .github/workflows/google.yml Invalid Workflow File You have an error in your yaml syntax on line 25
If you commit the YAML file and there are no errors there won’t be anything (or, if you’ve commited it before, anything new) listed in the “Actions” tab.
The initiation part is easy - simply push a tag (if you’re using the
example above) or a branch (if you switched the on: push:
section
to branch: <something>
). Github will then start running the build
rules in the YAML file in your repository.
The monitoring is a little more involved, but not difficult - the
“Actions” tab in your Github project will list the jobs, click the
top one (the most recent one) and then, on the left, click the Job
name; if you followed the example above, it is “Setup, Build, and
Publish”, if you changed jobs: <jobname>: name:
, it will be what
you set that to. That will open what looks a little like a terminal
window with the steps of the job in it, each one will get a
checkmark as they succeed. You can monitor the steps of the job in
real time.
Figure 4: The Github Actions monitoring window Here you can see each step with its expando-triangle; clicking the triangle will show the logs for that step of the job. On the left you can see the name of this Action (“Build and Push to GCR”) and the name of the one in the job (“Setup, Build, and Publish”)
To confirm that the image is actually pushed to the Google Container Registry for your project, you can run:
gcloud container images list --project MyProject
which will report the images in MyProject
, like:
NAME gcr.io/MyProject/MyProject Only listing images in gcr.io/MyProject. Use --repository to list images in other repositories.
Once you have the list of images (from the NAME
column) you can
then run container images list-tags
:
gcloud container images list-tags gcr.io/MyProject/MyProject
to see what images are available. You’ll see something that looks like:
DIGEST TAGS TIMESTAMP e3ae68fe03b8 latest,v0.84 2020-02-11T15:14:39 b7baca4e21ec v0.83 2020-02-11T15:09:08
which confirms that properly tagged images are being pushed to GCR.
I don’t automatically switch to the new image in my Google Cloud Run instance in the “push” step of the CI (but more on this later). I guess I’m old and conservative and this new-fangled CD makes me a little nervous. Also, these graphical web pages are not my favorite. Also, get off my lawn.
To switch to your new image you can use the Google Cloud Run web pages, and I’ve done this to good effect before. We aren’t doing that now, because command line tools are better (for one, they can go into shell scripts or Github actions YAML files).
Updating the image used by a Google Cloud Run project isn’t that complicated, there are only a few steps:
latest
; if you’ve gotten
this far and followed the steps, you do. You don’t really have
to, but you should know what tag you want to use.Confirm the available images
gcloud container images list-tags gcr.io/MyProject/MyProject
Find out what region your Google Cloud Run project is running in:
gcloud run services list --platform managed
Update the image to the one currently tagged latest
by typing:
gcloud run deploy MyProject \ --platform managed \ --region MyRegion \ --image gcr.io/MyProject/MyProject:latest
These last two steps can be done in a shell script that looks like:
#!/bin/bash PROJECT=MyProject REGION=$(gcloud run services list --platform managed --format=flattened | \ grep metadata.labels.cloud.googleapis.com/location | \ cut -d: -f2 | \ sed 's/\s+//') if $(echo $REGION | wc -l) -gt 1; then echo "Using the last region in the list of regions" REGION=$(echo $REGION | tail -1) fi gcloud run deploy $PROJECT \ --platform managed \ --region $REGION \ --image gcr.io/${PROJECT}/${PROJECT}:latest
Such a shell script could be added as a step in the Github action YAML file in a section that looks like:
- name: Deploy run: | PROJECT=MyProject REGION=$(gcloud run services list --platform managed --format=flattened | \ grep metadata.labels.cloud.googleapis.com/location | \ cut -d: -f2 | \ sed 's/\s+//') if $(echo $REGION | wc -l) -gt 1; then echo "Using the last region in the list of regions" REGION=$(echo $REGION | tail -1) fi gcloud run deploy $PROJECT \ --platform managed \ --region $REGION \ --image gcr.io/${PROJECT}/${PROJECT}:latest
After you’ve deployed the new Docker image, you can confirm that it is being used:
Check that there is a new revision of the service:
gcloud run revisions list --region MyRegion --platform managed
Once you know the name of the new revision, check what image it is using:
gcloud run revisions describe \ --region MyRegion \ --platform managed \ --format=json MyProject-00004-hab | \ grep image
and you should see that the SHA256 hash of image, as reported in
imageDigest
, matches that in the output of the container
images list-tags
command.
Accessing the URL of your service will now reflect the changes you committed many steps back.
While there is a lot here, there aren’t too many steps at a high-level:


This component is in charge with the routing of the application using a simple configuration JSON file.
configuration JSON file
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Constant Field Values
Contents
configuration.*
-
configuration.BotConfiguration Modifier and Type Constant Field Value public static final int
MAX_ARCHER
5
public static final int
MAX_CAVALRY
5
public static final int
MAX_INFANTRY
5
public static final int
MAX_SPECIAL
5
public static final int
MAX_WORKER
10
public static final int
RANGE_HQ
5
public static final int
RANGE_RESSOURCE_STORAGE
10
public static final int
RANGE_TOWER
3
-
configuration.EntityConfiguration Modifier and Type Constant Field Value public static final int
AGE_UPGRADE
22
public static final int
AGE_UPGRADE_2
23
public static final int
AGRESSIF_STATE
2
public static final int
ARCHER
1
public static final int
ARCHERY
12
public static final int
ARMOR_UPGRADE
17
public static final int
ATTACK
0
public static final int
ATTACK_RANGE_UPGRADE
20
public static final int
ATTACK_SPEED_UPGRADE
19
public static final int
BARRACK
8
public static final int
BOT_FACTION
15
public static final int
CASTLE
10
public static final int
CAVALRY
2
public static final int
CAVALRY_SIZE
48
public static final int
DAMAGE_UPGRADE
18
public static final int
DEFENSIF_STATE
1
public static final int
DIE
1
public static final int
FORGE
5
public static final int
GAIA_FACTION
16
public static final int
HARVEST
4
public static final int
HQ
7
public static final int
IDDLE
2
public static final int
INFANTRY
0
public static final int
MAX_TIME_HIT_ANIMATION
10
public static final int
PASSIF_STATE
0
public static final int
PLAYER_FACTION
14
public static final int
REPAIR
5
public static final int
RESSOURCE
13
public static final int
RESSOURCE_HP
100
public static final int
SIGHT_RANGE_UPGRADE
21
public static final int
SITE_CONSTRUCTION
40
public static final int
SPECIAL_UNIT
3
public static final int
STABLE
11
public static final int
STORAGE
9
public static final int
TOWER
6
public static final int
UNIT_SIZE
32
public static final int
WALK
3
public static final int
WORKER
4
-
configuration.GameConfiguration Modifier and Type Constant Field Value public static final int
BOTWIN
4
public static final int
COLUMN_COUNT
100
public static final boolean
debug_mod
false
public static final int
GAME_SPEED
33
public static final boolean
IA_NOT_ALIVE
false
public static final int
INGAME
1
public static final int
INMENU
0
public static final int
INOPTION
2
public static final int
INPAUSEMENU
3
public static final boolean
launchInFullScreen
true
public static final int
LEFT
0
public static final int
LINE_COUNT
100
public static final int
MAX_POPULATION
50
public static final int
PLAYERWIN
5
public static final int
RIGHT
1
public static final int
STARTING_MONEY
250
public static final int
TILE_SIZE
64
public static final int
WINDOW_HEIGHT
600
public static final int
WINDOW_WIDTH
800
-
configuration.MapConfiguration Modifier and Type Constant Field Value public static final int
GOLD
4
public static final int
GRASS
0
public static final int
ROCK
2
public static final int
SAND
25
public static final int
WATER
1
public static final int
WATER_BORD_DOWN
6
public static final int
WATER_BORD_LEFT
7
public static final int
WATER_BORD_RIGHT
8
public static final int
WATER_BORD_UP
5
public static final int
WATER_TURN_DOWN_LEFT
11
public static final int
WATER_TURN_DOWN_RIGHT
12
public static final int
WATER_TURN_UP_LEFT
9
public static final int
WATER_TURN_UP_RIGHT
10
public static final int
WOOD
3
-
configuration.PositionConfiguration Modifier and Type Constant Field Value public static final int
BACKINDEX
9
public static final int
BACKTOGAMEINDEX
3
public static final int
CHOOSING_MAP_PANEL
1
public static final int
DESCRIPTION_PANEL
9
public static final int
EXIT_BUTTON_PANEL
9
public static final int
GAME_MENU_PANEL
2
public static final int
GAME_PAUSE_PANEL
4
public static final int
J1_BUTTON_PANEL
3
public static final int
J2_BUTTON_PANEL
5
public static final int
LEAVEINDEX
9
public static final int
LOOSE_BUTTON_PANEL
8
public static final int
LOOSE_TEXT_PANEL
3
public static final int
MAP_CHOOSE_PANEL
0
public static final int
MAP1_BUTTON_PANEL
1
public static final int
MAP2_BUTTON_PANEL
3
public static final int
MAP3_BUTTON_PANEL
5
public static final int
MINIMAP_PANEL
11
public static final int
OPTION_BUTTON_PANEL
0
public static final int
OPTIONSINDEX
6
public static final int
OPTIONSMENUMAXINDEX
11
public static final int
PAUSEMENUMAXINDEX
11
public static final int
RESSOURCE_INFO_PANEL
0
public static final int
SCROLLINGINDEX
6
public static final int
SCROLLINGLABELINDEX
5
public static final int
SONINDEX
3
public static final int
SONLABELINDEX
2
public static final int
START_BUTTON_PANEL
7
public static final int
TILE_1_X
5
public static final int
TILE_1_Y
5
public static final int
TILE_2_X
5
public static final int
TILE_2_Y
9
public static final int
TILE_3_X
84
public static final int
TILE_3_Y
84
public static final int
TILE_4_X
88
public static final int
TILE_4_Y
82
public static final int
UNIT_1_X
8
public static final int
UNIT_1_Y
4
public static final int
UNIT_10_X
81
public static final int
UNIT_10_Y
81
public static final int
UNIT_2_X
8
public static final int
UNIT_2_Y
6
public static final int
UNIT_3_X
10
public static final int
UNIT_3_Y
4
public static final int
UNIT_4_X
10
public static final int
UNIT_4_Y
6
public static final int
UNIT_5_X
12
public static final int
UNIT_5_Y
8
public static final int
UNIT_6_X
83
public static final int
UNIT_6_Y
83
public static final int
UNIT_7_X
83
public static final int
UNIT_7_Y
85
public static final int
UNIT_8_X
85
public static final int
UNIT_8_Y
83
public static final int
UNIT_9_X
85
public static final int
UNIT_9_Y
85
public static final int
WIN_BUTTON_PANEL
8
public static final int
WIN_TEXT_PANEL
3


{% extends "easyrequest_app_templates/base.html" %} {% block page_title %} easyRequest info {% endblock page_title %} {% block content %}
The easyrequest service helps you get the items you need when directly accessing the stacks is not possible.
If you have questions, Library staff can help.


Check Inter-rater Reliability to Improve Data Accuracy¶
Reliability coding verifies that the desired codes are observable and that the coders are accurately interpreting events. With reliability coding, two coders separately code the same data source. You can create a reliability column, which the second coder can use to reccord his or her observations. After both coders have coded the same column, they can compare their codes and determine their inter-rater reliability.
Note
While it may be tempting to have the reliability coder code the data source in a new spreadsheet, you should endeavor to keep all codes for a given data source in a single spreadsheet. This facilitates analysis and ensures that like data are kept together. To prevent the reliability coder from seeing the original coding pass, you can hide the original coded column.
Make a Reliability Column¶
In general, when creating reliability columns you create blank cells that correspond to the cells created during the first coding pass. This ensures that the two coders will have observed the same events in the data stream and allows easy comparison of the two coding passes.
The Datavyu Ruby API provides the makeReliability()
method
for creating reliability variables. makeReliability()
has four
parameters:
Parameter
Type
Description
relname
String or Ruby column from
getColumn()
the name of the new reliability column you will create. The convention is to name it
rel_columnName
, but you can name it whatever you want to.
column_to_copy
String
The name of the column that we want to create a reliability column from (i.e. the existing coded column).
multiple_to_keep
Integer (optional)
Number of cells to skip: a value of
2
includes every other cell in the new variable;1
includes every cell, and0
creates a blank column with no cells
*codes_to_keep
comma-separated strings (optional)
Codes you want to copy from the original to new column. These are codes that the reliability coder will not have to code.
Tip
Copying the onset of the
original column to the new reliability column in the args_to_keep
parameter makes it easier for the second coder to navigate to
the correct locations in the data source, and to code the same
events as the original coder.
When making a reliability column, you should also think about how you
are going to compare the columns. checkReliability()
, which
you use to check reliability. It requires that each pair of cells has a
unique identifier that link them together. For example,
a trial number coded into each cell would match corresponding cells,
even if only a subset of cells were included in the reliability
variable.
The following example uses the sample data
to create a new
reliability column called “trial_rel” from its “trial” column, skipping
every other cell, and copying over the onset and trialnum codes
so that the reliability coder doesn’t have to recode onset and
trial numbers.
require 'Datavyu_API.rb'
begin
makeReliability("trial_rel", "trial", 2, "onset", "trialnum")
end
Note
You do not have to write the variable back to the spreadsheet.
makeReliability()
automatically writes its results to
the spreadsheet.
Check Reliability¶
Once the second coder has recorded their observations in the reliability
column, you can use checkReliability()
to compare the primary
and reliability columns cells. checkReliability()
returns the number of errors, and the percent agreement.
checkReliability()
has four required parameters, and one
optional one:
Parameter
Type
Description
main_col
String or Ruby variable from
getColumn()
The primary column that
rel_col
will be compared against
rel_col
String or Ruby variable from
getColumn()
The reliability column to compare to
main_col
match_arg
String
The argument used to match the reliability cells to the primary cells. Must be a unique identifier between the cells.
time_tolerance
Integer
Amount of slack permitted, in milliseconds, between the two onset and offsets before it will be considered an error. Set to 0 to tolerate no difference.
dump_file
String path or Ruby File object (optional)
The full string path to dump the reliability output to. This can be used for multi-file dumps or just to keep a log. You can also give it a Ruby File object if a file is already started.
Note
match_arg
is particularly important: for
checkReliability()
to know which cells to compare, it needs
to have some parameter that is unique to each pair of corresponding
primary and reliability cells. In many cases, the onset time of the cell can
be used to match primary and reliability cases.
Create an object that holds the path that it should output to using Ruby’s File.expand_path method, which converts a relative path, like
~/Desktop/file.txt
to an absolute path name, which contains the root directory, and all sub-directories, like/Users/alice/Desktop/file.txt
The following commands create a variable called
dump_file
that holds the absolute path to a file on the Desktop calledrelcheck.txt
:require 'Datavyu_API.rb' begin dump_file = File.expand_path("~/Desktop/relCheck.txt")
#. Compare “trial” and “rel_
“ using checkReliability()
,
with a 5ms time tolerance, and output the results to the
dump_file
:require 'Datavyu_API.rb' begin dump_file = File.expand_path("~/Desktop/relcheck.txt") # Compare the "trial" and "trial_rel" columns, using trialnumber as # their matching code and dump the results to a file on the desktop. checkReliability("trial", "trial_rel", "trialnum", 5, dump_file) end
Video Example of Checking for Reliability¶
This video displays one way to check for inter-rater reliability for a single column in a spreadsheet.


Dear Sir, Good day. My name is Momoni Adoh . I am the regional manager of International Commercial Bank Takoradi branch eastern region of the Republic of Ghana (West Africa). I write you this letter in good faith. I got your contact address from a recent banking forum held in Lome the capital city of Togo our next door neighbor, hence I write you to ask for your assistance in a business venture that will benefit you and I. On January of 2000, one Mr. Dennis Burles who has been living and working in a gold company called Obuasi Goldfields died in the Kenya airways fatal air crash on the coast of Cote D Ivorie on its way to Accra the capital city of Ghana. I was the personal banker to the late Mr. Burles, before his untimely death. You see my friend, the late Mr. Burles had $3M USD deposited in a fixed deposit account in my branch, without any next of kin to inherit the sum, that is the reason I write you this letter. I need you to stand claim as the next of kin so that my bank will not declare this funds a deceased account non-grata, meaning that the bank has full and legal right to claim the funds, since the policy of the bank on deceased customer account is that after 5 years if there is no claim, the funds will be immediately taken by the bank. Frankly speaking I have been working in this bank for close to 10 years and I have nothing to show for it, my yearly income is barely about $2,500 USD after tax and the major reason I packaged this transaction is that I have a 9 year old daughter with leukemia and needs a bone marrow transplant or she will die. I have already made arrangement for this surgery in the UK but I could not afford it, so I really need your help to do this deal or my daughter will die. I am offering you 25% of the total sum after this money is wired to your account, because it is a simple bank-to-bank inheritance claim payment transfer.  You can reach me on tell: +233 244231712, I have all the payment claim information worked out. Bye for now and thanks for your understanding. Best regards, Mr. Momoni Adoh


--- layout: archive title: Zulip Chat Archive permalink: /stream/113488-general/topic/antiquotations.20in.20.60.5B.20.2E.2E.2E.20.5D.20tactics.3F.html ---
I've never been clear on whether it's possible to put antiquotation in `[ ... ]
tactics.
Does anyone know?
Sometimes in a tactic I'd love to just be able to call the interactive version of induction
, writing something like
`[induction %%e using trunc.rec_on_subsingleton]
.
rather than having to read the call syntax of the non-interactive induction
tactic.
Last updated: Apr 24 2020 at 19:02 UTC


Technical support advisor and life-long musician with experience in sales; Works in high-pressure environment where customer service is paramount; Strives to help others further their passions. I have worked in the tech industry for a number of years; Now I aim to find a position working with a team of like-minded people who share my love of music.
Experience:
Barista and Cashier
The Coffee Bean & Tea Leaf | Los Angeles, CA
04/2015 - 07/2015
- Efficiently prepared food and drink orders while ensuring that the finished product was of excellent quality.
- Responsible for cleaning all dishes, utensils, and cups/glasses, according to safety procedures.
- Handles cash transactions using a cash register.
Customer Retention Consultant
Verizon Wireless | Portland, OR
07/2015 - 04/2017
- Customer service in-person and over the phone
- Selling of specialized product to fit customer needs
- Handling both consumer and business-to-business transactions and accounts
- Managerial tasks such as opening and closing till, management meetings, and involvement with employee development
At Home Advisor
Apple Inc. | Portland, OR
07-2020 - 03/2021
- Remote position requiring ability to perform advanced troubleshooting and diagnostic testing of known and emerging issues across the Apple product and service catalogue.
- Collaborates with fellow advisors and technicians many channels of service (billing, customer relations, shipment dispatch, etc...).
- Adapted quickly to the changes in workflow imposed by the Covid-19 Pandemic.
- This position requires one to be skilled at handling customer escalations.
Technical Specialist
Apple Inc. | Portland, OR
07/2017 - 07/2020 | 03/2021 - Present
- Certified technician tasked with in-depth troubleshooting and diagnostics of iOS, iPadOS, and macOS devices, working with others to resolve customer issues, assisting customers with business needs, and upholding Apple's standard of customer service excellence.


autocorrelation module¶
Tools for analyzing the autocorrelation time of a time series.
The ipce and icce routines are implementations of the initial positive correlation time estimator, and the initial convex correlation estimator proposed by Geyer [R4205500c583b-1]. The acor algorithm was proposed by Sokal [R4205500c583b-2]. The associated code, as well as the code for constructiing autocorrelation functions is taken from the emcee package [R4205500c583b-3].
| [R4205500c583b-1] | C.J. Geyer. Statistical Science (1992): 473-483. |
| [R4205500c583b-2] |
|
| [R4205500c583b-3] |
|
-
emus.autocorrelation.
acor
(x, tol=10, quiet=True)[source]¶ Acor algorithm, as proposed by Sokal and implemented in EMCEE.
Parameters: - x : ndarray
The time series of which to calculate the autocorrelation function.
- tol : int, optional
The minimum number of autocorrelation times needed to trust the estimate. Default is 10.
- quiet : bool, optional
This argument controls the behavior when the chain is too short. If True, gives a warning instead of raising an error. Default is True
Returns: - tau : float
Estimate of the autocorrelation time.
- mean : float
Average value of x
- sigma : float
Estimate of the square root of the autocovariance of x
-
emus.autocorrelation.
autocorrfxn
(x)[source]¶ Estimate the normalized autocorrelation function of a 1-D series
Parameters: - x : ndarray
The time series of which to calculate the autocorrelation function.
Returns: - acfxn : ndarray
The autocorrelation as a function of lag time.
-
emus.autocorrelation.
icce
(x)[source]¶ The initial convex correlation time estimator for the autocorrelation time, as proposed by Geyer.
Parameters: - x : ndarray
The time series of which to calculate the autocorrelation function.
Returns: - tau : float
Estimate of the autocorrelation time.
- mean : float
Average value of x
- sigma : float
Estimate of the square root of the autocovariance of x
-
emus.autocorrelation.
integrated_time
(x, c=5, tol=50, quiet=False)[source]¶ Estimate the integrated autocorrelation time of a time series. This estimate uses the iterative procedure described on page 16 of Sokal’s notes to determine a reasonable window size.
Parameters: - x : ndarray
The time series of which to calculate the autocorrelation function.
- c : float
The step size for the window search. Default is 5.
- tol : int
The minimum number of autocorrelation times needed to trust the estimate. Default is 50.
- quiet : bool, optional
This argument controls the behavior when the chain is too short. If True, gives a warning instead of raising an error. Default is True
Returns: - tau : float
Estimate of the autocorrelation time.
Raises: - ValueError: If the autocorrelation time can’t be reliably estimated
from the chain and
quiet
isFalse
. This normally means that the chain is too short.
-
emus.autocorrelation.
ipce
(x)[source]¶ The initial positive correlation time estimator for the autocorrelation time, as proposed by Geyer.
Parameters: - x : ndarray
The time series of which to calculate the autocorrelation function.
Returns: - tau : float
Estimate of the autocorrelation time.
- mean : float
Average value of x
- sigma : float
Estimate of the square root of the autocovariance of x


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something is going on
Didnt get what it was suppose to
| some | stuff |
| 1 |
1 |
| 1 |
1 |
| 1 |
1 |
| 1 |
1 |
Make menu items via radio and wont have to use javascritp to style them on click etc but what about when you land
on a page via url still need the js to set the radio button value to correct menu item


Video of Valverde's anger at Anfield comes to light
by BeSoccerThere are matches which sometimes hurt badly. Liverpool-Barcelona in the Champions League last season was one of them. The Reds overcame a three goal deficit to knock Barca out. Six months later, a video showing Valverde's reaction to the tough defeat at Anfield has come to light.
Only a few seconds of footage have been released, but it is enough to see how angry the Barca coach was at being left out of the Champions League.
In the images, which will be broadcast on 'MATCHDAY', a series on 'Rakuten TV', Valverde can be seen throwing his jacket. It was an image showing his helplessness.
You can also see the players looking extremely down. Coutinho was covering his face, Busquets gazing into space...
On the other hand, the coaching staff were trying to cheer up the footballers. A night which Barcelona will not forget easily.
In this series on 'Rakuten TV', the most intimate moments of the Barca dressing room have still not come to light. In the six seconds which 'Sport' have chosen, we can see the rollercoaster of emotions which are seen on the field of play.
Featured links
- Ballon d'Or winner already been decided
- The latest football transfers news and rumours
- Possible 'Clasico' in the Spanish Supercup final
- Who has the most free-kicks goals: Messi or Cristiano?
Barcelona have published a summary of what the Barca fans who decide to watch 'MATCHDAY' can enjoy. For sure no-one will want to miss it...


Is protest broken? Micah White, co-creator of Occupy Wall Street, thinks so. Disruptive tactics have failed to halt the rise of Donald Trump. Movements ranging from Black Lives Matter to environmentalism are leaving activists frustrated. Meanwhile, recent years have witnessed the largest protests in human history. Yet these mass mobilizations no longer change society. Now activism is at a crossroads: innovation or irrelevance. Is it time to consider a paradigm shift in our approach to protest? What does the future of protest look like?
Micah White, PhD is a public intellectual and lifelong activist who co-created Occupy Wall Street, a global social movement that spread to 82 countries, while an editor of Adbusters magazine. White's first book, The End of Protest: A New Playbook for Revolution, was published in 2016 by Knopf Canada. He has been a featured guest on major network television shows such as Bill Maher’s Politically Incorrect, the BBC's Newsnight and The National. In recognition of his contributions, Esquire has named him one of the most influential young thinkers alive today. Micah is currently a Fulani Fellow at the All Stars Project in New York City where he is working with Dr. Lenora Fulani, the first woman to run for president of the United States and get on the ballot in all 50 states. He is studying the revolutionary potential of electoral social movements.
Joe Strout’s programming career began at a young age, writing articles for "Nibble" magazine in high school. Joe obtained a bachelors in psychology from the University of Miami and a masters in neuroscience from the University of California, San Diego, but couldn't resist the call of code and became a full-time software developer after graduate school. He now runs a consulting business, crafting unique software solutions to a wide range of problems, and has worked with his two sons to create High Frontier, a space settlement simulation game that uses real physics. Joe is also a long-time member of the National Space Society and a Senior Associate of the Space Studies Institute.


--- layout: post title: Subsonic simple repository and auto migrations date: '2009-07-14T22:43:00.001+01:00' author: solrevdev tags: modified_time: '2009-07-14T23:07:35.579+01:00' blogger_id: tag:blogger.com,1999:blog-31446756.post-8733637636291641060 blogger_orig_url: http://www.solrevdev.com/2009/07/subsonic-simple-repository-and-auto.html ---
Rob Conery has posted a video and a blog post explaining one the cooler features of the new Subsonic 3.0 ORM product which is the Simple Repository that can also create the database schema on the fly as you drive out the domain model of your application.
I think this has pretty much convinced me to use subsonic in the side project I am working on alongside GIT and Kanban.


Trump told The Times of London he will start his presidency trusting Putin and Germany’s Chancellor Angela Merkel.


Cow model. This anthropomorphic and playful cow takes up much space at the entrance, so it probably exists for a good reason. Yet the advertisement might be counter-effective as it supposedly reminds consumers that 1) animals are kind of human-like 2) real animals are being sacrificed for the burger. I was less tempted to eat burger for lunch after seeing the happy cow.
I was confused by 1) why it was there 2) why might the ad be effective on others and 3) if anything is wrong with how I process the information.


We got bitcoin!
- incentivize cross-platform technologies
- implement 24/7 infrastructures
- enhance rich networks
- revolutionize virtual communities
- monetize impactful users
- maximize cross-media supply-chains
- orchestrate distributed platforms
- redefine bleeding-edge interfaces
- grow sexy markets


A Primer in Biological Research at Tufts
Fall 2014
Biology and the life sciences have experienced extensive innovations over the last half
century. Researchers at Tufts have been consistent contributors to these major advancements
making their work pertinent teaching material for students interested in pursuing research
opportunities. In this course, undergraduates will not only be able to explore the landscape of
biological research performed at Tufts, but engage in discussions with the faculty behind it.
Over the course of the semester, the students will become acquainted with various research
publications by creating presentations, drafting proposals, and discussing the research with
faculty and peers. The course will culminate in group proposals in which the students develop
a potential research endeavor based on the principles examined throughout the course.
Students will have the opportunity to have these proposals funded with the help of the Tufts
Synthetic Biology team.
The goal of the Tufts Synthetic Biology team has been to establish an undergraduate team of
researchers who will work closely with select faculty to take part in an annual competition,
learn about research on campus, discuss bioethics, and learn how to write a research proposal.
We believe the best way to intellectually prime and train undergraduates who want to take
part in this highly independent research project is through a class which exposes them not
only to the technical aspects of the molecular biology techniques involved but also to the
administrative necessities of running an independent lab. Students taking this course will be
prepared to pursue undergraduate research in a professor’s lab or as a member of the Tufts
Synthetic Biology team.
Speaker Schedule
| Date |
Speaker |
Readings |
Room |
| 9/26/14 |
Andrew Camilli |
1. Cholera transmission: the host, pathogen and bacteriophage dynamic
2. Evolutionary consequences of intra-patient phage predation on microbial populations
3. A bacteriophage encodes its own CRISPR/Cas adaptive response to evade host innate immunity
|
Cabot 703 |
| 10/3/14 |
Bacteriophage Conference |
None |
Cabot 701, 702, 703 |
| 10/10/14 |
Michael Levin |
1. Bioelectrical Mechanisms for Programming Growth and Form: Taming Physiological Networks for Soft Body Robotics
2. Endogenous bioelectrical networks store non-genetic patterning information during development and regeneration
3. Reprogramming cells and tissue patterning via bioelectrical pathways: molecular mechanisms and biomedical opportunities
4. The wisdom of the body: future techniques and approaches to morphogenetic fields in regenerative medicine, developmental biology and cancer
| 196 Boston Ave, Suite 2500 |
| 10/17/14 |
Fiorenzo Omonetto |
1. Stabilization of vaccines and antibiotics in silk and eliminating the cold chain
2. Silk-Based Conformal, Adhesive, Edible Food Sensors
3. Implantable, multifunctional, bioresorbable optics
4. Optional: New Opportunities for an Ancient Material
| Pearson 106 |
| 10/24/14 |
Nikhil Nair |
1. Selective reduction of xylose to xylitol from a mixture of hemicellulosic sugars
2. Evolution in Reverse: Engineering a d-Xylose-Specific Xylose Reductase
|
Cabot 703 |
| 10/31/14 |
Soha Hassoun and Benjamin Hescott |
TBD |
Cabot 702 |
| 11/7/14 |
Jonathan Garlick |
None |
Pearson 106 |
| 11/14/14 |
David Walt |
None |
Pearson 106 |
| 11/21/14 |
Joshua Kritzer |
1. Beyond discovery: probes that see, grab and poke
2. Comprehensive analysis of loops at protein-protein
interfaces for macrocycle design
3. Peptide Bicycles that Inhibit the Grb2 SH2 Domain
|
Cabot 703 |
| 12/5/14 |
Final Presentations |
None |
TBD |
Intellectual Goals:
To impart familiarity and a thorough understanding of the components involved in the research,
design, development, and experimentation associated with the life sciences, for real
world experience and application. Students, particularly underclassman, taking the course will
gain insight into the landscape of research at Tufts so that they may become involved more
rapidly.
Specific Topics:
- Overview research in Life Sciences at Tufts
- Fundamental molecular biology techniques
- Current methods for genomic modification
- Ethical considerations of research
- Human practices
Recommended Readings:
Required readings are listed in the schedule. The below are additional readings for further knowledge on the topic of synthetic biology.
1) Geoff Baldwin, Kitney Richard I, Travis Bayer, Freemont Paul S, Tom Ellis, Karen
Polizzi, Guy-Bary Stan. Synthetic Biology: A Primer
2) Bohannon, J. (2011). The Life Hacker. Science, 1236-1237.
3) Brent, E., Singh, R., & Winters, P. (2011). Synthetic Biology: Regulating Industry Uses
of New Biotechnologies. Science, 1254-1256.
5) Church, G. (2012). Regenesis: How Synthetic Biology Will Reinvent Nature and
Ourselves. Basic Books.
6) David, G. (2009). The Machinery of Life. Copernicus.
7) Enriquez, J. (2005). As the Future Catches You. Crown Business.
8) Khalil, A., & Collins, J. (2010). Synthetic biology: Applications Come of Age. Nature,
367-379.
9) Schwille, P. (2011). Bottom-Up Synthetic Biology: Engineering in a Tinkerer’s World.
Science, 1252-1254.
10) Steven, B., & Sismour, M. (2005). Synthetic biology. Nature Reviews Genetics, 533-543.
Student Involvement:
Before guest lectures, the class will receive papers written by the visiting lecturer. A one-
page summary and reflection of the publication is to be completed for the following class
during which discussion of the article will occur. All students must also be prepared for the
question and answer session which will follow the guest lecture.
For a set amount of time each class, students will divide into their groups to discuss the
semester project and pose questions to the instructors. Project checkpoints will also be
required for the 4th, 7th, and 9th weeks of the course to ensure all students are progressing at a
sufficient pace.
Final Project Description:
All semester projects include the following:
- 3 project checkpoints
- At minimum, a single page summary of the student’s role within and understanding of
the project.
- A presentation to the class
Project Options:
- (Group) Synthetic Biology Proposals (7-10 pages)
- (Individual) Extended Proposals from Publications Review (3-5 Pages)
A final paper detailing a project proposal for a future synthetic biology project that could
be pursued by the iGEM team.