This Galaxy is maintained by the GenOuest bioinformatics platform in Rennes, France.
For any questions regarding this Galaxy server, please contact us.


RAMANUJAN'S MAGIC SQUARE
Create
Reset
The sum of every row, column, diagonal, and most 2x2 blocks is


Our current estimated return
5.0%
Enhanced Rental Income
Available on all new residential properties for 2 years**
4.3%
Average Capital Growth
Qualifies for the £11,300 UK tax-free capital gains allowance*
keyboard_arrow_right What are the risks?
Capital at risk. The value of your investment can go down as well as up. Forecasts are not a reliable indicator of future performance. Gross rent and dividends may be lower than estimated. 5 yearly exit protection or exit on platform subject to price & demand.
RM88.8m
Assets Under Management
arrow_upward48.3%
Since 1st Jan 2017
RM18.8m
Capital returned to investors
arrow_upward51.1%
Since 1st Jan 2017
RM28.0m
Rental income returned to investors
arrow_upward110.0%
Since 1st Jan 2017
Figures in green represent a net change in the displayed figures up to 30th September 2017.


{% extends "header.html" %} {% block content%}
For over 30 years, Goodcity has been committed to starting, growing, and "investing" in entrepreneurs who are making a difference in under-resourced urban communities. We work with both nonprofit organizations and for-profit organizations who promote self-sufficiency, hope and purpose in the communities they are a part of.
Chicagoans invest their time, talents and/or finances toward a portfolio of vetted social entrepreneurs and non-profits working to solve complex problems in their own communities.
We support organizations with strong leadership, which we believe is vital to the short and long-term stability of an organization or enterprise.
We collaborate with our government, foundations and corporate partners to co-invest in projects that support under-served and under-resourced communities throughout Chicago.
We provide philanthropic grants to non-profits and social enterprises and offer impact investment opportunities to individuals and enterprises who want to support ideas that are strategic, sustainable and unique.
We partner with leading Chicago brands and corporations to provide “Thank you” benefits to those who invest in us.


{% load staticfiles i18n %}
{{ request_path }} was not found on this server.
Try going to the home page or back to the previous page.


Verf examples
The examples are quite pure. A simple "View source" of the page will show you how to use something.
Check the documentation here.
The examples are quite pure. A simple "View source" of the page will show you how to use something.
Check the documentation here.


pragma solidity 0.4.26;
import './Owned.sol';
import './Utils.sol';
import './interfaces/IContractRegistry.sol';
/**
* @dev Base contract for ContractRegistry clients
*/
contract ContractRegistryClient is Owned, Utils {
bytes32 internal constant CONTRACT_FEATURES = "ContractFeatures";
bytes32 internal constant CONTRACT_REGISTRY = "ContractRegistry";
bytes32 internal constant BANCOR_NETWORK = "BancorNetwork";
bytes32 internal constant BANCOR_FORMULA = "BancorFormula";
bytes32 internal constant BANCOR_CONVERTER_FACTORY = "BancorConverterFactory";
bytes32 internal constant BANCOR_CONVERTER_UPGRADER = "BancorConverterUpgrader";
bytes32 internal constant BANCOR_CONVERTER_REGISTRY = "BancorConverterRegistry";
bytes32 internal constant BANCOR_CONVERTER_REGISTRY_DATA = "BancorConverterRegistryData";
bytes32 internal constant BNT_TOKEN = "BNTToken";
bytes32 internal constant BANCOR_X = "BancorX";
bytes32 internal constant BANCOR_X_UPGRADER = "BancorXUpgrader";
IContractRegistry public registry; // address of the current contract-registry
IContractRegistry public prevRegistry; // address of the previous contract-registry
bool public onlyOwnerCanUpdateRegistry; // only an owner can update the contract-registry
/**
* @dev verifies that the caller is mapped to the given contract name
*
* @param _contractName contract name
*/
modifier only(bytes32 _contractName) {
require(msg.sender == addressOf(_contractName));
_;
}
/**
* @dev initializes a new ContractRegistryClient instance
*
* @param _registry address of a contract-registry contract
*/
constructor(IContractRegistry _registry) internal validAddress(_registry) {
registry = IContractRegistry(_registry);
prevRegistry = IContractRegistry(_registry);
}
/**
* @dev updates to the new contract-registry
*/
function updateRegistry() public {
// verify that this function is permitted
require(msg.sender == owner || !onlyOwnerCanUpdateRegistry);
// get the new contract-registry
address newRegistry = addressOf(CONTRACT_REGISTRY);
// verify that the new contract-registry is different and not zero
require(newRegistry != address(registry) && newRegistry != address(0));
// verify that the new contract-registry is pointing to a non-zero contract-registry
require(IContractRegistry(newRegistry).addressOf(CONTRACT_REGISTRY) != address(0));
// save a backup of the current contract-registry before replacing it
prevRegistry = registry;
// replace the current contract-registry with the new contract-registry
registry = IContractRegistry(newRegistry);
}
/**
* @dev restores the previous contract-registry
*/
function restoreRegistry() public ownerOnly {
// restore the previous contract-registry
registry = prevRegistry;
}
/**
* @dev restricts the permission to update the contract-registry
*
* @param _onlyOwnerCanUpdateRegistry indicates whether or not permission is restricted to owner only
*/
function restrictRegistryUpdate(bool _onlyOwnerCanUpdateRegistry) ownerOnly public {
// change the permission to update the contract-registry
onlyOwnerCanUpdateRegistry = _onlyOwnerCanUpdateRegistry;
}
/**
* @dev returns the address associated with the given contract name
*
* @param _contractName contract name
*
* @return contract address
*/
function addressOf(bytes32 _contractName) internal view returns (address) {
return registry.addressOf(_contractName);
}
}
|


--- layout: post title: "The Builder functor" description: "The Test Data Builder design pattern as a functor." date: 2017-08-28 11:19 UTC tags: [Unit Testing, Haskell, F#, Functional Programming] --- {% include JB/setup %}
{{ page.description }}
This is the third in a series of articles about the relationship between the Test Data Builder design pattern, and the identity functor. The previous article introduced this generic Builder class:
public class Builder<T> { private readonly T item; public Builder(T item) { if (item == null) throw new ArgumentNullException(nameof(item)); this.item = item; } public Builder<T1> Select<T1>(Func<T, T1> f) { var newItem = f(this.item); return new Builder<T1>(newItem); } public T Build() { return this.item; } public override bool Equals(object obj) { var other = obj as Builder<T>; if (other == null) return base.Equals(obj); return object.Equals(this.item, other.item); } public override int GetHashCode() { return this.item.GetHashCode(); } }
The workhorse is the Select
method. As I previously promised to explain, there's a reason I chose that particular name.
C# comes with a small DSL normally known as query syntax. People mostly think of it in relation to ORMs such as Entity Framework, but it's a general-purpose language feature. Still, most developers probably associate it with the IEnumerable<T>
interface, but it's more general than that. In fact, any type that comes with a Select
method with a compatible signature supports query syntax.
I deliberately designed the Builder's Select
method to support query syntax:
Address address = from a in Builder.Address select a.WithCity("Paris");
Builder.Address
is a Builder<Address>
object that contains a 'good' default Address
value. Since Builder<T>
has a compatible Select
method, you can 'query it'. In this example, you use the WithCity
method to explicitly pin the Address
object's City
property, while all the other Address
values remain the default values.
There's an extra bit (pun intended) of compiler magic at work. Did you wonder how a Builder<Address>
automatically turns into an Address
value? After all, address
is of the type Address
, not Builder<Address>
.
I specifically added an implicit conversion so that I didn't have to surround the query expression with brackets in order to call the Build
method:
public static implicit operator T(Builder<T> b) { return b.item; }
This conversion is defined on Builder<T>
. It's the reason I explicitly use the type name when I declare the address
variable above, instead of using the var
keyword. Declaring the type forces the implicit conversion.
You can also use query syntax to map one constructed Builder type into another (and ultimately to the value it contains):
Address address = from pc in Builder.PostCode select new Address("Rue Morgue", "Paris", pc);
This expression starts with a Builder<PostCode>
object, transforms it into a Builder<Address>
object, and then finally uses the implicit conversion to turn the Builder<Address>
into an Address
object.
Even a more complex 'query' looks almost palatable:
Invoice invoice = from i in Builder.Invoice select i.WithRecipient( from r in Builder.Recipient select r.WithAddress(Builder.Address.WithNoPostCode()));
Again, the implicit type conversion makes the syntax much cleaner.
Isn't it amazing that the C# designers were able to come up with such a generally useful language feature? It certainly is a nice piece of work, but it's based on a an existing body of knowledge.
A type like Builder<T>
with a suitable Select
method is a functor. This is a term from category theory, but I'll try to avoid turning this article into a category theory lecture. Likewise, I'm not going to talk specifically about monads here, although it's a closely related topic. A functor is a mapping between categories; it maps an object from one category into an object of another category.
Although I've never seen Microsoft explicitly acknowledge the connection to functors and monads, it's clear that it's there. One of the principal designers of LINQ was Erik Meijer, who definitely knows his way around category theory and functional programming. A functor is a simple, but widely applicable abstraction.
In order to be a functor, a type must have an associated mapping. In C#'s query syntax, this is a method named Select
, but more often it's called map
.
In Haskell, the mapping is called fmap
, and you can define the Builder functor like this:
newtype Builder a = Builder a deriving (Show, Eq) instance Functor Builder where fmap f (Builder a) = Builder $ f a
Notice how terse the definition is, compared to the C# version. Despite the difference in size, they accomplish the same goal. The first line of code defines the Builder
type, complete with structural equality (Eq
) and the ability to convert a Builder
value to a string (Show
).
This Builder
type is explicitly defined as a Functor
in the second expression, where the fmap
function is implemented. The code is similar to the Select
method in the above C# example: f
is a function that takes the generic type a
(corresponding to T
in the C# example) as input, and returns a value of the generic type b
(corresponding to T1
in the C# example). The mapping pulls the underlying value out of the input Builder, calls f
with that value, and puts the return value into a new Builder.
In Haskell, a functor is part of the language itself, so Builder
is explicitly declared to be a Functor
instance.
If you define some default Builder
values, corresponding to the above Builder.Address
, you can use them to build addresses in the same way:
Builder address = fmap (\a -> a { city = "Paris" }) addressBuilder
Here, addressBuilder
is a Builder Address
value, corresponding to the C# Builder.Address
value. \a -> a { city = "Paris" }
is a lambda expression that takes an Address
value as input, and return a similar value as output, only with city
explicitly bound to "Paris"
.
Unlike Haskell, F# doesn't treat functors as an explicit construct, but you can still define a Builder functor:
type Builder<'a> = Builder of 'a module Builder = // ('a -> 'b) -> Builder<'a> -> Builder<'b> let map f (Builder x) = Builder (f x)
You can see how similar this is to the Haskell example. In F#, it's common to define a module with the same name as a generic type. This example defines a generic Builder<'a>
type and a supporting Builder
module. Normally, a module would contain other functions, in addition to map
.
Just like in C# and Haskell, you can build an address in Paris with a predefined Builder value as a start:
let (Builder address) = addressBuilder |> Builder.map (fun a -> { a with City = "Paris" })
Again, addressBuilder
is a Builder<Address>
that contains a 'default' Address
(test) value. You use Builder.map
with a lambda expression to map the default value into a new Address
value where City
is bound to "Paris"
.
In order to be a proper functor, an object must obey two simple laws. It's not enough that a mapping function exists, it must also obey the laws. While that sounds uncomfortably like mathematics, the laws are simple and intuitive.
The first law is that when the mapping returns the input, the functor returned is also the input functor. There's only one (generic) function that returns its input unmodified. It's called the identity function (often abbreviated id).
Here's an example test case that illustrates the first functor law for the C# Builder<T>
:
[Fact] public void BuilderObeysFirstFunctorLaw() { Func<int, int> id = x => x; var sut = new Builder<int>(42); var actual = sut.Select(id); Assert.Equal(sut, actual); }
The .NET Base Class Library doesn't come with a built-in identity function, so the test case first defines it as id
. Normally, the identity function would be defined as a function that takes a value of the generic type T
as input, and returns the same value (still of type T
) as output. This test is only an example for the type int
, so it also defines the identity function as constrained to int
.
The test creates a new Builder<int>
with the value 42
, and calls Select
with id
. Since the first functor law says that mapping with the identity function must return the input functor, the expected value is the sut
variable.
This test is only an example of the first functor law. It doesn't prove that Builder<T>
obeys the law for all generic types (T
) and for all values. It only proves that it holds for the integer 42. You get the idea, though, I'm sure.
The second functor law says that if you chain two functions to make a third function, and map your functor using that third function, the result should be equal to the result you get if you chain two mappings made out of those two functions. Here's an example:
[Fact] public void BuilderObeysSecondFunctorLaw() { Func<int, string> g = i => i.ToString(); Func<string, string> f = s => new string(s.Reverse().ToArray()); var sut = new Builder<int>(1337); var actual = sut.Select(i => f(g(i))); var expected = sut.Select(g).Select(f); Assert.Equal(expected, actual); }
This test case (which is, again, only an example) first defines two functions, f
and g
. It then creates a new Builder<int>
and calls Select
with the combined function f(g)
. This returns the actual
result, which is a Builder<string>
.
This result should be equal to first calling Select
with g
(which returns a Builder<string>
), and then calling Select
with f
(which returns another Builder<string>
). These two Builder objects should be equal to each other, which they are.
Both these tests compare an expected Builder to an actual Builder, which is the reason that Builder<T>
overrides Equals
in order to have structural equality. In Haskell, the above Builder type has structural equality because it uses the default instance of Eq
, and in F#, Builder<'a>
has structural equality because that's the default equality for the immutable F# data types.
We can't easily talk about the functor laws without being able to talk about functor values being (or not being) equal to each other, so structural equality is an important element in the discussion.
You can define a Test Data Builder as a functor by defining a generic Builder type with a Select
method. In order to be a proper functor, it must also obey the functor laws, but these laws are quite natural; you almost have to go out of your way in order to violate them.
A functor is a well-known abstraction. Instead of trying to come up with a half-baked, ad-hoc abstraction, modelling an API based on already known and understood abstractions such as functors will make the API easier to learn. Everyone who knows what a functor is, will automatically have a good understanding of the API. Even if you didn't know about functors until now, you only have to learn about them once.
This can often be beneficial, but for Test Data Builders, it turns out to be a red herring. The Builder functor is nothing but the Identity functor in disguise.
Next: Builder as Identity.
Comments
Maybe I am missing something, so could you explain with few words what is the advantage of having this _generic builder_?
I mean, inmutable entities and _with methods_ seems to be enough to easily create test data without builders, for example:
Andrés, thank you for writing. I hope that the next two articles in this article series will answer your question. It seems, however, that you've already predicted where this is headed. A fine display of critical thinking!
Just for the DSL and implicit conversion laius it's worth reading.
_Implicit/explicit_ is a must-have to lighten _value object_ usage and contributes to deliver proper API.
Thank you Mark.


About Section
This project Medieval castles is implemented to increase the students knowledge,
to world of front-end development with help of software university - Sofia (SoftUni).
My idea of project is inspired by a dream i want to do, and it is to visit the most beautiful medieval casltes in europe.
If you are inrested in my project contact me from section contacts!


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Unknown error.


Yes NoPurchased from BC seller Purchased
from seller outside of BC Imported to BC by a third party (i.e. broker) Alternative ownership arrangement (renting, leasing, borrowing) I assembled it myself Other
(specify)
I am in
possession of this equipment until I can
sell it This piece of
equipment was given or loaned to me I am renting or leasing this piece of equipment
from another business Other (specify) If Other, Please specify* Yes No Yes No


Toggle navigation
NOW3H3R3
About
NOW3H3R3
The Team
Event List
Join/Start a Team
Updates
Coverage
Report
test_site.js (sample)
TODO: Add more test cases here...
Welcome Username!
Event Manager
Team Leader
Member
Event Manager
--Select an Event Type--
Type 1
Type 2
Type 3
Team Leader
--Select an Event--
Event 1
Event 2
Event 3
Member
--Select an Event--
Event 1
Event 2
Event 3
--Select an Team--
Team 1
Team 2
Team 3
Team Leader
Make a Team
Member
Be a Member


The csv-to-list process allows to convert comma-separated value (CSV) format into Asteria object list.
csv-to-list


Based on Material Design by Google.
Icons from Material Design Iconic Font
Tested on Win8.1 with browsers: Chrome 37, Firefox 32, Opera 25, IE 11, Safari 5.1.7
You can use this sidebar in Bootstrap (v3) projects. HTML-markup like Navbar bootstrap component will make your work easier.
Dropdown menu and sidebar toggle button works with JQuery and Bootstrap.min.js


While the object system is general enough to describe all standardized classes (including, for example, number, hash-table, and symbol), the next figure contains a list of classes that are especially relevant to understanding the object system.
Figure 4-7. Object System Classes
built-in-class method-combination standard-object
class standard-class structure-class
generic-function standard-generic-function structure-object
method standard-method
4.3.3 Creating Instances of Classes
4.3.5 Determining the Class Precedence List


You can download the toolbox from GitHub.
The software is licensed under the MIT license. Please adhere to the software license upon reusing or redistributing any material. If you would like to make use of the toolbox in your own work, please cite the following original publication:


|
||||||||||
| PREV PACKAGE NEXT PACKAGE | FRAMES NO FRAMES |
Gson
class to convert Json to Java and
vice-versa.
See:
Description
| Interface Summary | |
|---|---|
| ExclusionStrategy | A strategy (or policy) definition that is used to decide whether or not a field or top-level class should be serialized or deserialized as part of the JSON output/input. |
| FieldNamingStrategy | A mechanism for providing custom field naming in Gson. |
| InstanceCreator<T> | This interface is implemented to create instances of a class that does not define a no-args constructor. |
| JsonDeserializationContext | Context for deserialization that is passed to a custom deserializer during invocation of its
JsonDeserializer.deserialize(JsonElement, Type, JsonDeserializationContext)
method. |
| JsonDeserializer<T> | Interface representing a custom deserializer for Json. |
| JsonSerializationContext | Context for serialization that is passed to a custom serializer during invocation of its
JsonSerializer.serialize(Object, Type, JsonSerializationContext) method. |
| JsonSerializer<T> | Interface representing a custom serializer for Json. |
| TypeAdapterFactory | Creates type adapters for set of related types. |
| Class Summary | |
|---|---|
| FieldAttributes | A data object that stores attributes of a field. |
| Gson | This is the main class for using Gson. |
| GsonBuilder | Use this builder to construct a Gson instance when you need to set configuration
options other than the default. |
| JsonArray | A class representing an array type in Json. |
| JsonElement | A class representing an element of Json. |
| JsonNull | A class representing a Json null value. |
| JsonObject | A class representing an object type in Json. |
| JsonParser | A parser to parse Json into a parse tree of JsonElement s |
| JsonPrimitive | A class representing a Json primitive value. |
| JsonStreamParser | A streaming parser that allows reading of multiple JsonElement s from the specified reader
asynchronously. |
| TypeAdapter<T> | Converts Java objects to and from JSON. |
| Enum Summary | |
|---|---|
| FieldNamingPolicy | An enumeration that defines a few standard naming conventions for JSON field names. |
| LongSerializationPolicy | Defines the expected format for a long or Long type when its serialized. |
| Exception Summary | |
|---|---|
| JsonIOException | This exception is raised when Gson was unable to read an input stream or write to one. |
| JsonParseException | This exception is raised if there is a serious issue that occurs during parsing of a Json string. |
| JsonSyntaxException | This exception is raised when Gson attempts to read (or write) a malformed JSON element. |
This package provides the Gson
class to convert Json to Java and
vice-versa.
The primary class to use is Gson
which can be constructed with
new Gson()
(using default settings) or by using GsonBuilder
(to configure various options such as using versioning and so on).
|
||||||||||
| PREV PACKAGE NEXT PACKAGE | FRAMES NO FRAMES |


- Book - Class in com.team41.boromi.models
-
A model class storing an information on the book And on which stage the book is currently in
- Book() - Constructor for class com.team41.boromi.models.Book
-
A no-argument constructor required by firestore to serialize data
- Book(String, String, String, String) - Constructor for class com.team41.boromi.models.Book
-
- Book(String, String, String, String, CommonConstants.BookStatus) - Constructor for class com.team41.boromi.models.Book
-
- Book(String, String, String, String, CommonConstants.BookWorkflowStage) - Constructor for class com.team41.boromi.models.Book
-
- Book(String, String) - Constructor for class com.team41.boromi.models.Book
-
When UUID not specified, we generate a random UUID to identify the book
- Book(String, String, String, String, CommonConstants.BookStatus, CommonConstants.BookWorkflowStage) - Constructor for class com.team41.boromi.models.Book
-
- Book(String, String, String, String, CommonConstants.BookStatus, String) - Constructor for class com.team41.boromi.models.Book
-
- Book(String, String, String, String, CommonConstants.BookWorkflowStage, String) - Constructor for class com.team41.boromi.models.Book
-
- Book(String, String, String, String, CommonConstants.BookStatus, CommonConstants.BookWorkflowStage, String) - Constructor for class com.team41.boromi.models.Book
-
- BookActivity - Class in com.team41.boromi
-
BookActivity is the main activity that will house all of the fragments.
- BookActivity() - Constructor for class com.team41.boromi.BookActivity
-
- BookCallback - Interface in com.team41.boromi.callbacks
-
An interface defining callback methods for books
- BookController - Class in com.team41.boromi.controllers
-
Class that handles requests that involves the book collection
- BookController(BookDB, Executor, User) - Constructor for class com.team41.boromi.controllers.BookController
-
- BookDB - Class in com.team41.boromi.dbs
-
Firebase calls for book collection
- BookDB(FirebaseFirestore) - Constructor for class com.team41.boromi.dbs.BookDB
-
- bookExchangeRequest(Book) - Method in class com.team41.boromi.book.GenericListFragment
-
Used in the Accepted tabs to process the exchanging of the book.
- BookRequest - Class in com.team41.boromi.models
-
Class representing a request made for a book.
- BookRequest(String, String, String, String) - Constructor for class com.team41.boromi.models.BookRequest
-
Constructor with requestorNamee requestId.
- BookRequest() - Constructor for class com.team41.boromi.models.BookRequest
-
- BookRequestCallback - Interface in com.team41.boromi.callbacks
-
Interface for callbacks for book requesting
- BookRequestController - Class in com.team41.boromi.controllers
-
Does some logic to grab books This is going to be some "dumb" logic.
- BookRequestController(Executor, User, BookRequestDB, BookDB) - Constructor for class com.team41.boromi.controllers.BookRequestController
-
- BookRequestDB - Class in com.team41.boromi.dbs
-
Firebase calls for bookRequest collection
- BookRequestDB(FirebaseFirestore) - Constructor for class com.team41.boromi.dbs.BookRequestDB
-
- BookReturn - Class in com.team41.boromi.models
-
A class showing intent to return book
- BookReturn(String, String, String) - Constructor for class com.team41.boromi.models.BookReturn
-
Constructor that generates random returnId
- BookReturn(Book, String) - Constructor for class com.team41.boromi.models.BookReturn
-
- BookReturn() - Constructor for class com.team41.boromi.models.BookReturn
-
- BookReturnController - Class in com.team41.boromi.controllers
-
This Controller deals with logic that involving returning a book.
- BookReturnDB - Class in com.team41.boromi.dbs
-
Firebase calls for bookReturn collection.
- BookReturnDB(FirebaseFirestore) - Constructor for class com.team41.boromi.dbs.BookReturnDB
-
- bookReturnRequest(Book) - Method in class com.team41.boromi.book.GenericListFragment
-
Accepts return request
- BookViewModel - Class in com.team41.boromi
-
BookViewModel is used to communicate between fragments and is only created once in activity scope
Used for backend calls
- BookViewModel(BookActivity) - Constructor for class com.team41.boromi.BookViewModel
-
Constructor for book view model
- BoromiApp - Class in com.team41.boromi
-
Define AppComponent for Dagger
- BoromiApp() - Constructor for class com.team41.boromi.BoromiApp
-
- BoromiFirebaseMessaging - Class in com.team41.boromi.dbs
-
Sends and receives a push notification
- BoromiFirebaseMessaging() - Constructor for class com.team41.boromi.dbs.BoromiFirebaseMessaging
-
- BoromiModule - Class in com.team41.boromi.dagger
-
A dagger module to describe modules associated with the app
- BoromiModule() - Constructor for class com.team41.boromi.dagger.BoromiModule
-
- BorrowedFragment - Class in com.team41.boromi.book
-
BorrowedFragment manages the borrower tab.
- BorrowedFragment() - Constructor for class com.team41.boromi.book.BorrowedFragment
-


#include <renderer.hpp>
Definition at line 7 of file renderer.hpp.
◆ renderer()
| t3v::renderer::renderer |
( |
| ) |
|
◆ ~renderer()
| t3v::renderer::~renderer |
( |
| ) |
|
◆ render()
| void t3v::renderer::render |
( |
| ) |
|
|
virtual |
◆ update()
| void t3v::renderer::update |
( |
| ) |
|
|
virtual |
◆ m_far_z_clip
| float t3v::renderer::m_far_z_clip =1000 |
◆ m_fov
| float t3v::renderer::m_fov =90 |
◆ m_near_z_clip
| float t3v::renderer::m_near_z_clip =0.1 |
◆ m_projection_mat
| glm::mat4 t3v::renderer::m_projection_mat |
◆ m_resx
| int t3v::renderer::m_resx =0 |
◆ m_resy
| int t3v::renderer::m_resy =0 |
The documentation for this class was generated from the following files:


An Introduction to Probability and Simulation
2020-07-25
Preface
Why study probability and simulation?
Why study probability?
- Probability is the study of uncertainty, and life is uncertain
- Probability is used in a wide variety of fields, including: statistics, physics, engineering, biology, medicine, finance, actuarial science, political science, law, sports , …
- Many topics and problems in probability are frequently misunderstood and sometimes counter intuitive, so it’s worthwhile to take a careful study
- “Probabilistic thinking” is an important component of statistical literacy (e.g. how to assess risk when making decisions)
- Probability provides the foundation for many important statistical concepts and methods such as p-values and confidence intervals
Why use simulation to study probability?
- Many concepts encountered in probability can seem esoteric; simulation helps make them more concrete.
- Simulation provides an effective tool for analyzing probability models and for exploring effects of changing assumptions
- Simulation can be used to check analytical solutions
- Simulation is often the best or only method for investigating many problems which are too complex to solve analytically
- Simulation-based reasoning is an important component of statistical literacy (e.g. understanding a p-value via simulation)
- Many statistical procedures employ simulation-based methods (e.g. bootstrapping)
0.0.1 Learning Objectives/Goals/Style??? (Better title)
- Don’t skimp on rigorous definitions (RV is function defined on probspace) but deemphasize mathematical computation (counting and calculus)
- Emphasize simulation
- Visualize in lots of plots
- Start multivariate relationships early
- Rely on statistical literacy
- Active learning, workbook style
Symbulate
This book uses the Python package Symbulate (https://github.com/dlsun/symbulate) which provides a user friendly framework for conducting simulations involving probability models. The syntax of Symbulate reflects the “language of probability” and makes it intuitive to specify, run, analyze, and visualize the results of a simulation. In Symbulate, probability spaces, events, random variables, and random processes are symbolic objects which can be manipulated, independently of their simulated realizations. Symbulate’s consistency with the mathematics of probability reinforces understanding of probabilistic concepts. The article Ross and Sun (2019) discusses Symbulate and its features in more detail.
To install Symbulate, it is recommended that you first install the Anaconda distribution, which is a Python environment with many scientific packages installed (including all of the packages that Symbulate is built on). After installing Anaconda, the recommended way to installing Symbulate is run the command
!pip install symbulate
from inside a notebook. (The Symbulate package can also be downloaded and installed manually from the Symbulate Github repository following these instructions.)
The following command imports Symbulate during a Python session.
The Symbulate command plot()
produces graphics. These graphics can be customized (by changing axis limits, adding titles, legends, etc) using Matplotlib, and in particular the pyplot
method, which can be imported with
import matplotlib
import matplotlib.pyplot as plt
Jupyter or Google Colab notebooks provide a natural interface for Symbulate. The code in this book matches as closely as possible the commands that would be entered into cells in a notebook. However, certain commands that appear throughout the book are needed only to properly produce the output in this book, and not if working directly in notebooks. In particular, plt.figure()
and plt.show()
are not needed to produce graphics in Jupyter (with the use of the %matplotlib inline
“magic”). In addition, Jupyter automatically displays the result of the last line in a cell; print()
is generally not needed to display output (unless you wish to format it, or it is not the last line in the cell).
For example, a code snippet that appears in this book as
## <symbulate.results.RVResults object at 0x00000000208C7EC8>
## <symbulate.results.RVResults object at 0x000000002B9FAAC8>
would be entered in a Jupyter notebook as
Don’t do what Donny Don’t does
Some of the examples and exercises in this book are labeled “Don’t do what Donny Don’t does”. This is a Simpson’s reference. In this text, Donny represents a student who makes many of the mistakes commonly made by students studying probability. The idea of these problems is for you to learn from the common mistakes that Donny makes, by identifying why he is wrong and by helping him understand and correct his mistakes. (But be careful: sometimes Donny is right!)
References
Ross, Kevin, and Dennis L. Sun. 2019. “Symbulate: Simulation in the Language of Probability.” Journal of Statistics Education 27 (1): 12–28. https://doi.org/10.1080/10691898.2019.1600387.
Xie, Yihui. 2015. Dynamic Documents with R and Knitr. 2nd ed. Boca Raton, Florida: Chapman; Hall/CRC. http://yihui.name/knitr/.
Xie, Yihui. 2020. Bookdown: Authoring Books and Technical Documents with R Markdown. https://github.com/rstudio/bookdown.


InputBarAccessoryView
Features
- [x] A growing
UITextView
with optional fixed height - [x] Image paste support
- [x] RxSwift inspired reactive components that respond to given events
- [x] Top/Bottom/Left/Right
UIStackView
s that act as toolbars to place buttons - [x] Drop in autocomplete for any given prefix
- [x] Autocomplete attributed text highlighting
- [x] Drop in attachment view for file/photo management
- [x] Drop in Slack style
TypingIndicator
- [x] Plugin support for your own
InputPlugin
s - [x] iPhone X Support
Installation via CocoaPods
pod 'InputBarAccessoryView'
Installation via Carthage
github "nathantannar4/InputBarAccessoryView"
Requirements
iOS 9.0+ Swift 4 XCode 9.0+
Documentation
See the Example project to see how you can make the iMessage, Slack, Facebook and GitHawk input bars!
Demo
Screenshots
Featured In
Add your app to the list of apps using this library and make a pull request.
MessageKit (renamed to MessageInputBar)
MessageViewController (Autocomplete Highlighting Algorithm)
Layout
The layout of the InputBarAccessoryView
is made of of 4 InputStackView
‘s and an InputTextView
. The padding of the subviews can be easily adjusted by changing the padding
and textViewPadding
properties. The constraints will automatically be updated.
It is important to note that each of the InputStackView
’s to the left and right of the InputTextView
are anchored by a width constraint. This way the InputTextView
will always fill the space inbetween in addition to providing methods that can easily be called to hide all buttons to the right or left of the InputTextView
by setting the width constraint constant to 0. The bottom and top stack views are not height constraint and rely on their intrinsicContentSize
func setLeftStackViewWidthConstant(to newValue: CGFloat, animated: Bool)
func setRightStackViewWidthConstant(to newValue: CGFloat, animated: Bool)
Reactive Hooks
Each InputBarButtonItem
has properties that can hold actions that will be executed during various hooks such as the button being touched, the UITextView
text changing and more! Thanks to these easy hooks with a few lines of code the items can be easily resized and animated similar to that of the Facebook messenger app.
// MARK: - Hooks
public typealias InputBarButtonItemAction = ((InputBarButtonItem) -> Void)
private var onTouchUpInsideAction: InputBarButtonItemAction?
private var onKeyboardEditingBeginsAction: InputBarButtonItemAction?
private var onKeyboardEditingEndsAction: InputBarButtonItemAction?
private var onKeyboardSwipeGestureAction: ((InputBarButtonItem, UISwipeGestureRecognizer) -> Void)?
private var onTextViewDidChangeAction: ((InputBarButtonItem, InputTextView) -> Void)?
private var onSelectedAction: InputBarButtonItemAction?
private var onDeselectedAction: InputBarButtonItemAction?
private var onEnabledAction: InputBarButtonItemAction?
private var onDisabledAction: InputBarButtonItemAction?
Changelog
- 1.5.4 - Bug Fixes
- 1.5.3
- [WIP]
TypingIndicator
InputItem view added, see example -shouldForceTextViewMaxHeight
property added - 1.5.2 - Better autocomplete detection
- 1.5.1 - Optimize AutocompleteManager & AttachmentManager
- 1.5.0 - Stability and bug fixes
- 1.4.0 - iPhone X Fixes - IntrinsicContentSize caching to increase performance - Auto Manage maxTextViewHeight
- 1.3.0 - iPhone X Fixes
- 1.2.0
- Better XCode docs
-
InputItem
is now a protocol that you can give to theInputBarAccessoryView
-InputPlugin
is now a protocol that you can conform to make a plugin -AutocompleteManager
andAttactchmentManager
are no longer members ofInputBarAccessoryView
by default. You will need to create them and assign them to theInputPlugin
property of theInputBarAccessoryView
- 1.1.2
- Fixed issue where adjusting the
InputTextView
’s placeholder text alignment didn’t work - Fixed iPhone X support where the home indicator overlapped theInputTextView
- 1.1.1 - AutocompleteManager bug fixes and customization improvements
- 1.1.0 - AttactchmentManager (Beta)
- 1.0.0
- A more refined AutocompleteManager
- Auto-layout bug fixes
pre-release versions not documented
Find a bug? Open an issue!
Author
Nathan Tannar - https://nathantannar.me
License
Distributed under the MIT license. See LICENSE
for more information.


Ecohydrologic Modeling – Ramuschaka Watershed
Interdisciplinary (geology and engineering) and cross-cultural project to quantify water storage in a rural Peruvian watershed and design canal improvements for local agricultural use. My contribution is focused on utilizing imagery from UAVs (drones) to create high resolution digital elevation models and orthomosaic photos for use in various ecohydrologic models. Project funded by Geoscientists Without Borders.


The R package 'ashr' implements an Empirical Bayes
approach for large-scale hypothesis testing and false discovery
rate (FDR) estimation based on the methods proposed in
M. Stephens, 2016, "False discovery rates: a new deal",
<doi:10.1093/biostatistics/kxw041>. These methods can be applied
whenever two sets of summary statistics—estimated effects and
standard errors—are available, just as 'qvalue' can be applied
to previously computed p-values. Two main interfaces are
provided: ash(), which is more user-friendly; and ash.workhorse(),
which has more options and is geared toward advanced users. The
ash() and ash.workhorse() also provides a flexible modeling
interface that can accomodate a variety of likelihoods (e.g.,
normal, Poisson) and mixture priors (e.g., uniform, normal).
| Version: |
2.2-7 |
| Depends: |
R (≥ 3.1.0) |
| Imports: |
Matrix, stats, graphics, assertthat, truncnorm, SQUAREM, doParallel, pscl, Rcpp (≥ 0.10.5), foreach, etrunct |
| LinkingTo: |
Rcpp |
| Suggests: |
testthat, roxygen2, covr, knitr, rmarkdown, ggplot2, REBayes, Rmosek |
| Published: |
2018-03-01 |
| Author: |
Matthew Stephens [aut],
Peter Carbonetto [aut, cre],
Chaoxing Dai [ctb],
David Gerard [aut],
Mengyin Lu [aut],
Lei Sun [aut],
Jason Willwerscheid [aut],
Nan Xiao [aut],
Mazon Zeng [ctb] |
| Maintainer: |
Peter Carbonetto <pcarbo at uchicago.edu> |
| BugReports: |
https://github.com/stephens999/ashr/issues |
| License: |
GPL (≥ 3) |
| URL: |
https://github.com/stephens999/ashr |
| NeedsCompilation: |
yes |
| Materials: |
NEWS |
| CRAN checks: |
ashr results |


|
NUC472_NUC442_BSP V3.03.004
The Board Support Package for NUC472/NUC442
|
Functions | |
| void | UAC_Init (void) |
| Initialize this USB Audio Class driver. More... | |
| UAC_DEV_T * | UAC_GetDeviceList (void) |
| Get a list of currently connected USB Audio Class devices. More... | |
| int32_t | UAC_GetChannelNumber (UAC_DEV_T *audev, uint8_t target) |
| Obtain Audio Class device's channel number. More... | |
| int32_t | UAC_GetBitResolution (UAC_DEV_T *audev, uint8_t target, uint8_t *byte_cnt) |
| Obtain Audio Class device subframe bit resolution.. More... | |
| int32_t | UAC_GetSamplingRate (UAC_DEV_T *audev, uint8_t target, uint32_t *srate_list, int max_cnt, uint8_t *type) |
| Get a list of sampling rate frequences supported by the UAC device. More... | |
| int32_t | UAC_MuteControl (UAC_DEV_T *audev, uint8_t target, uint8_t req, uint16_t chn, uint8_t *mute) |
| Control Audio Class device mute on/off. More... | |
| int32_t | UAC_VolumeControl (UAC_DEV_T *audev, uint8_t target, uint8_t req, uint16_t chn, uint16_t *volume) |
| Audio Class device volume control. More... | |
| int32_t | UAC_AutoGainControl (UAC_DEV_T *audev, uint8_t target, uint8_t req, uint16_t chn, uint8_t *mute) |
| Audio Class device automatic gain control. More... | |
| int32_t | UAC_SamplingRateControl (UAC_DEV_T *audev, uint8_t target, uint8_t req, uint32_t *srate) |
| Set sampling rate frequency. More... | |
| int32_t | UAC_InstallIsoInCbFun (UAC_DEV_T *audev, uint8_t *au_in_buff, int bufsiz, UAC_CB_FUNC *func) |
| Install isochronous-in (microphone) callback function. Received audio data from UAC device will be delivered to user application by this callback function. More... | |
| int32_t | UAC_StartIsoInPipe (UAC_DEV_T *audev) |
| Start to receive audio data from UAC device via isochronous in pipe. More... | |
| int32_t | UAC_StopIsoInPipe (UAC_DEV_T *audev) |
| Stop UAC device audio in data stream. More... | |
| int32_t | UAC_InstallIsoOutCbFun (UAC_DEV_T *audev, UAC_CB_FUNC *func) |
| Install isochronous-out (speaker) callback function. The UAC driver will call the callback function to request one audio out packet from user application. UAC driver will then send this packet to UAC device via isochronous out pipe. More... | |
| int32_t | UAC_StartIsoOutPipe (UAC_DEV_T *audev) |
| Start to send audio data to UAC device via isochronous out pipe. More... | |
| int32_t | UAC_StopIsoOutPipe (UAC_DEV_T *audev) |
| Stop UAC device audio out data stream. More... | |
Variables | |
| USB_DEV_T * | uac_dev_t::udev |
| int | uac_dev_t::ctrl_ifnum |
| int | uac_dev_t::au_in_ifnum |
| int | uac_dev_t::au_out_ifnum |
| void * | uac_dev_t::priv |
| struct uac_dev_t * | uac_dev_t::next |
| EP_INFO_T * | uac_dev_t::ep_au_in |
| EP_INFO_T * | uac_dev_t::ep_au_out |
| URB_T * | uac_dev_t::urbin [ISO_IN_URB_CNT] |
| URB_T * | uac_dev_t::urbout [ISO_OUT_URB_CNT] |
| uint8_t | uac_dev_t::iso_inbuf [ISO_IN_URB_CNT][AU_IN_MAX_PKTSZ *ISO_FRAME_COUNT] |
| uint8_t | uac_dev_t::iso_outbuf [ISO_OUT_URB_CNT][AU_OUT_MAX_PKTSZ *ISO_FRAME_COUNT] |
| uint8_t | uac_dev_t::in_streaming |
| uint8_t | uac_dev_t::out_streaming |
| UAC_CB_FUNC * | uac_dev_t::au_in_func |
| UAC_CB_FUNC * | uac_dev_t::au_out_func |
| uint8_t * | uac_dev_t::au_in_buff |
| int | uac_dev_t::au_in_bufsz |
| int | uac_dev_t::au_in_bufidx |
Audio Class device structure
| int32_t UAC_AutoGainControl | ( | UAC_DEV_T * | audev, |
| uint8_t | target, | ||
| uint8_t | req, | ||
| uint16_t | chn, | ||
| uint8_t * | mute | ||
| ) |
Audio Class device automatic gain control.
| [in] | audev | UAC device |
| [in] | target | Select the control target. |
| [in] | req | Control request. This UAC driver supports the following request: |
| [in] | chn | The requested channel. It can be one of the followings: |
| [in] | mute | One byte data. If the channel's automaic gain control is on, then the value is 1. Otherwise, it's 0. |
| 0 | Success |
| UAC_RET_DEV_NOT_SUPPORTED | This UAC device does not support this function. |
| Otheriwse | Error occurred |
Definition at line 435 of file uac_core.c.
| int32_t UAC_GetBitResolution | ( | UAC_DEV_T * | audev, |
| uint8_t | target, | ||
| uint8_t * | byte_cnt | ||
| ) |
Obtain Audio Class device subframe bit resolution..
| [in] | audev | UAC device |
| [in] | target | Select the control target. |
| [out] | byte_cnt | The number of bytes occupied by one audio subframe. Can be 1, 2, 3 or 4. |
| < | 0 Failed. UAC device may not present or function not supported. |
| Otherwise | The number of effectively used bits from the available bits in an audio subframe. |
Definition at line 79 of file uac_core.c.
| int32_t UAC_GetChannelNumber | ( | UAC_DEV_T * | audev, |
| uint8_t | target | ||
| ) |
Obtain Audio Class device's channel number.
| [in] | audev | UAC device |
| [in] | target | Select the control target. |
| < | 0 Failed. UAC device may not present or function not supported. |
| Otheriwse | The channle number. |
Definition at line 46 of file uac_core.c.
| UAC_DEV_T * UAC_GetDeviceList | ( | void | ) |
Get a list of currently connected USB Audio Class devices.
| NULL | There's no UAC devices found. |
| Otherwise | A list of connected UAC devices. |
The Audio Class devices are chained by the "next" member of UAC_DEV_T.
Definition at line 277 of file uac_driver.c.
| HIDDEN_SYMBOLS int32_t UAC_GetSamplingRate | ( | UAC_DEV_T * | audev, |
| uint8_t | target, | ||
| uint32_t * | srate_list, | ||
| int | max_cnt, | ||
| uint8_t * | type | ||
| ) |
Get a list of sampling rate frequences supported by the UAC device.
| [in] | audev | UAC device |
| [in] | target | Select the control target. |
| [out] | srate_list | A word array provided by user application to hold the sampling rate list. |
| [in] | max_cnt | Available number of entries of srate_list[]. Must be > 2. |
| [out] | type | Indicates how the sampling frequency can be programmed. 0: Continuous sampling frequency. srate_list[0] is the lower bound in Hz of the sampling frequency and srate_list[1] is the upper bound. 1~255: The number of discrete sampling frequencies supported. They are listed in srate_list[]. |
| 0 | Success |
| Otherwise | Failed |
Definition at line 130 of file uac_core.c.
| HIDDEN_SYMBOLS void UAC_Init | ( | void | ) |
Initialize this USB Audio Class driver.
Definition at line 261 of file uac_driver.c.
| HIDDEN_SYMBOLS int32_t UAC_InstallIsoInCbFun | ( | UAC_DEV_T * | audev, |
| uint8_t * | au_in_buff, | ||
| int | bufsiz, | ||
| UAC_CB_FUNC * | func | ||
| ) |
Install isochronous-in (microphone) callback function. Received audio data from UAC device will be delivered to user application by this callback function.
| [in] | audev | Audio Class device |
| [in] | au_in_buff | Audio stream input buffer. User application prepares and announces this buffer. UAC driver will directly move received audio data into it. Once UAC driver moves audio data into au_in_buff, it will call the callback to notify user. |
| [in] | bufsiz | Size of au_in_buff. |
| [in] | func | The audio in callback function. |
| 0 | Success |
| Otherwise | Failed |
Definition at line 559 of file uac_core.c.
| HIDDEN_SYMBOLS int32_t UAC_InstallIsoOutCbFun | ( | UAC_DEV_T * | audev, |
| UAC_CB_FUNC * | func | ||
| ) |
Install isochronous-out (speaker) callback function. The UAC driver will call the callback function to request one audio out packet from user application. UAC driver will then send this packet to UAC device via isochronous out pipe.
| [in] | audev | Audio Class device |
| [in] | func | The audio out callback function. |
| 0 | Success |
| Otherwise | Failed |
Definition at line 749 of file uac_core.c.
| int32_t UAC_MuteControl | ( | UAC_DEV_T * | audev, |
| uint8_t | target, | ||
| uint8_t | req, | ||
| uint16_t | chn, | ||
| uint8_t * | mute | ||
| ) |
Control Audio Class device mute on/off.
| [in] | audev | UAC device |
| [in] | target | Select the control target. |
| [in] | req | Control request. This UAC driver supports the following request: |
| [in] | chn | The requested channel. It can be one of the followings: |
| [in] | mute | One byte data. If the channel is muted, then the value is 1. Otherwise, it's 0. |
| 0 | Success |
| UAC_RET_DEV_NOT_SUPPORTED | This UAC device does not support this function. |
| Otheriwse | Error occurred |
Definition at line 269 of file uac_core.c.
| int32_t UAC_SamplingRateControl | ( | UAC_DEV_T * | audev, |
| uint8_t | target, | ||
| uint8_t | req, | ||
| uint32_t * | srate | ||
| ) |
Set sampling rate frequency.
| [in] | audev | UAC device |
| [in] | target | Select the control target. |
| [in] | req | Control request. This UAC driver supports the following request: |
| [in] | srate | Sampling rate frequncy to be set or get. |
| 0 | Success |
| Otheriwse | Error occurred |
Definition at line 184 of file uac_core.c.
| int32_t UAC_StartIsoInPipe | ( | UAC_DEV_T * | audev | ) |
Start to receive audio data from UAC device via isochronous in pipe.
| [in] | audev | Audio Class device |
| 0 | Success |
| Otherwise | Failed |
Definition at line 589 of file uac_core.c.
| int32_t UAC_StartIsoOutPipe | ( | UAC_DEV_T * | audev | ) |
Start to send audio data to UAC device via isochronous out pipe.
| [in] | audev | Audio Class device |
| 0 | Success |
| Otherwise | Failed |
Definition at line 776 of file uac_core.c.
| int32_t UAC_StopIsoInPipe | ( | UAC_DEV_T * | audev | ) |
Stop UAC device audio in data stream.
| [in] | audev | Audio Class device |
| 0 | Success |
| Otherwise | Failed |
Definition at line 674 of file uac_core.c.
| int32_t UAC_StopIsoOutPipe | ( | UAC_DEV_T * | audev | ) |
Stop UAC device audio out data stream.
| [in] | audev | Audio Class device |
| 0 | Success |
| Otherwise | Failed |
Definition at line 865 of file uac_core.c.
| int32_t UAC_VolumeControl | ( | UAC_DEV_T * | audev, |
| uint8_t | target, | ||
| uint8_t | req, | ||
| uint16_t | chn, | ||
| uint16_t * | volume | ||
| ) |
Audio Class device volume control.
| [in] | audev | UAC device |
| [in] | target | Select the control target. |
| [in] | req | Control request. This UAC driver supports the following request: |
| [in] | chn | The requested channel. It can be one of the followings: |
| [in] | volume | Audio Class device volume value, which is intepreted as the following: 0x7FFF: 127.9961 dB . . . 0x0100: 1.0000 dB . . . 0x0002: 0.0078 dB 0x0001: 0.0039 dB 0x0000: 0.0000 dB 0xFFFF: -0.0039 dB 0xFFFE: -0.0078 dB . . . 0xFE00: -1.0000 dB . . . 0x8002: -127.9922 dB 0x8001: -127.9961 dB |
| 0 | Success |
| UAC_RET_DEV_NOT_SUPPORTED | This UAC device does not support this function. |
| Otheriwse | Error occurred |
Definition at line 362 of file uac_core.c.
| uint8_t* uac_dev_t::au_in_buff |
Point to the user provided audio input buffer
Definition at line 125 of file usbh_uac.h.
| int uac_dev_t::au_in_bufidx |
Index for Audio Class driver writing au_in_buff
Definition at line 127 of file usbh_uac.h.
| int uac_dev_t::au_in_bufsz |
Size of au_in_buff
Definition at line 126 of file usbh_uac.h.
| UAC_CB_FUNC* uac_dev_t::au_in_func |
Audio data input callback function
Definition at line 123 of file usbh_uac.h.
| int uac_dev_t::au_in_ifnum |
Audio data-in interface numder
Definition at line 103 of file usbh_uac.h.
| UAC_CB_FUNC* uac_dev_t::au_out_func |
Audio data output callback function
Definition at line 124 of file usbh_uac.h.
| int uac_dev_t::au_out_ifnum |
Audio data-out interface numder
Definition at line 104 of file usbh_uac.h.
| int uac_dev_t::ctrl_ifnum |
Audio control interface numder
Definition at line 102 of file usbh_uac.h.
| EP_INFO_T* uac_dev_t::ep_au_in |
Audio data input endoint
Definition at line 111 of file usbh_uac.h.
| EP_INFO_T* uac_dev_t::ep_au_out |
Audio data output endoint
Definition at line 112 of file usbh_uac.h.
| uint8_t uac_dev_t::in_streaming |
Audio data in is streaming or not.
Definition at line 117 of file usbh_uac.h.
| uint8_t uac_dev_t::iso_inbuf[ISO_IN_URB_CNT][AU_IN_MAX_PKTSZ *ISO_FRAME_COUNT] |
USB isochronous-in buffer
Definition at line 115 of file usbh_uac.h.
| uint8_t uac_dev_t::iso_outbuf[ISO_OUT_URB_CNT][AU_OUT_MAX_PKTSZ *ISO_FRAME_COUNT] |
USB isochronous-out buffer
Definition at line 116 of file usbh_uac.h.
| struct uac_dev_t* uac_dev_t::next |
Point to the next Audio Class device
Definition at line 106 of file usbh_uac.h.
| uint8_t uac_dev_t::out_streaming |
Audio data out is streaming or not.
Definition at line 118 of file usbh_uac.h.
| void* uac_dev_t::priv |
Internal used by audio class driver
Definition at line 105 of file usbh_uac.h.
| USB_DEV_T* uac_dev_t::udev |
USB device pointer of UAC_DEV_T
Definition at line 101 of file usbh_uac.h.
| URB_T* uac_dev_t::urbin[ISO_IN_URB_CNT] |
Audio data input URB
Definition at line 113 of file usbh_uac.h.
| URB_T* uac_dev_t::urbout[ISO_OUT_URB_CNT] |
Audio data output URB
Definition at line 114 of file usbh_uac.h.


Version 1.1 Changelog (12-Feb-2012)
Site admins can now choose the default site language including that of front end. Supports all major languages – Arabic, Bulgarian, Catalan, Chinese Simplified, Czech, Danish, Dutch, English, Estonian, Finnish, French, German, Greek, Haitian Creole, Hebrew, Hindi, Hungarian, Indonesian, Italian, Japanese, Korean, Latvian, Lithuanian, Norwegian, Polish, Portuguese, Romanian, Russian, Slovak, Slovenian, Spanish, Swedish, Thai, Turkish, Ukrainian and Vietnamese.
Revamped and beautified the search form and now visitors can select multiple options from the drop downs.
Added bedroom and bathroom option in search form.
Site admin can also change the search form field theme. All themes included.
PayPal integrated. Members can buy featured listings for the price set by the site admin.
Friendly URLs option can be enabled through admin option.
Admin can define his own price range to be shown in search form and add listing form for properties available on rent or sale.
Site admin can easily edit and update language translations.
Created with the Personal Edition of HelpNDoc: Easily create Web Help sites


Code for these examples | Alerts documentation
open() close()
Use [initiallyOpen]="false" to hide the alert initially.
[initiallyOpen]="false"


Ruby is a favorite language of developers building interactive web applications. If an app involves users creating accounts, entering information, and interacting with dynamic content, there's a good chance it is built with Ruby. Ruby became popular because the Rails framework, which is written with Ruby, simplified many of the common tasks associated with building web applications. It's most popular with startups and smaller companies who are looking to build their product quickly.
Java is also a favorite of enterprise companies, but its appeal is broader as well: it's one of the most popular of all programming languages, and it's used in everything from for high-performance processing to building Android user interfaces. Because Java has been very popular for a very long time and is used in so many applications, it is also a very high-demand language.
C# is most popular among bigger established businesses, often for building internal software. Because it's been around for a long time and has the backing of Microsoft, it is one of the most in-demand languages in the job market. C# has also been going through a bit of a rebirth lately, with Microsoft open sourcing the language and surrounding platform, porting it to run on Mac and Linux, and incorporating many of the best features of other languages.
PHP is by far the most popular backend language today, with 80 percent of websites utilizing it 'server-side'. It is perhaps best known for it's use in content management systems like Wordpress, Drupal, and Joomla. But the versatility of the language and the frameworks it powers make employment options numerous and diverse.


...designer & front-end developer. Currently I'm working at a distinguished international software
company. I create beautiful marketing material and develop web templates for the printing industry CMS. I
enjoy working as part of a team and love to work with customers. They offer me guidelines and I give
artistic and unique shapes to their visions. I also help businesses, organisations and individuals to
design modern, interesting interfaces & define meaningful experiences for web and mobile applications.
I’m a very passionate designer that’s always waiting to grow, learn and try something new. I love what
I do and I work exceptionally hard, no matter who I work with. My final designs are always up to date
with the latest trends and reflect that I can find inspiration in anything. I'm not just any designer
or programmer of user interface, I'm creating a remarkable & intuitive experiences.
When I’m not designing, I love traveling & exploring the wilderness with my dog. I enjoy doing yoga
and cycling to relax at the end of a long day. Also, I like playing computer games and reading good sci-fi
novels.


Software Engineer, Builder and Creator
Find Out MoreAspiring web developer with a passion for creating things that people will use, i currently am working with JavaScript, Node.js and React.
Get Started!i have created multiple projects using node and have come to appreciate its practicality
I am experienced in using react and wield it to create sleek and responsive websites and webapps
I have the basics of database management down and am learning more everyday!


Techie, passionate about making technology a catalyst for living, Numismatist, I have coins from 80 different countries I haven't been to. I envision transcendence of artificial intelligence as a means to make possible, things that were
beyond the reach of human intelligence and imagination till then. I strongly believe that technology is not something that threatens human life but upgrades the living standards of humans to the ultimate. When it comes to philosophy
of my life I count on three magical words
"Efforts Never Fail"


I am a freelancer and an open-data defender. A Professionnal Swiss Army Knife. I Solve Problem with efficient playfulness. I am a Pragmatic Polyglot, fluent in a variety of Human-Human-Computer-Computer Interactions.
I am an Independent Researcher and full time self-learner. I am a moral authority against lazyness and security seakers, an out of comfort zone and out of the box explorer. This is a simple portofolio website. It can reveal more than you think.
Whether you are a colleague, a friend, someone I met at a conference, a student looking for tips, an editor looking for a linguist identity, an acrobat lost on the web, this website showcases recent work in a unified manner.
If the server is not responding send me an email directly to<EMAIL_ADDRESS>If you want to help in this project, please make a small donation. Choice is yours.
NAME: IULIA GROSMAN
BANK: BELFIUS
BIC: GKCCBEBB
IBAN: BE78 0636 5100 1286
COMMUNICATION: EFC Training
If you want to know more about the project, read below.
What kind of project?
If you understand my journey to minimalism and life-long learning, I invite you to help me collect the funding necessary to the next training I am applying for: Embodied Facilitator Training.
It is a one-year training with 2 residencies is to deepen my own embodied wisdom and learn how to guide others in their journey. It's an opportunity to connect to a supportive, diverse community of change-makers, community-builders and arse-kickers. It's also a scary journey to push myself once more out of my comfort zone.
Who am I and why this Course?
An independent researcher and a fulltime self-learner. A problem solver with efficient playfulness. A professional swiss army knife. But mostly, I am a mover, a moral authority against laziness and security seekers, as well as an out of comfort zone and out of the box explorer.
As an academic, mind matters. As an acrobat, body matters. But that is a simplistic way fof describing things. In the past years, I discovered the importance to train people on the interconnection between body and mind. In this line, I am applying for this course for its strong ethics and for the multidisciplinary perspective it embraces. As such, it is a precious link to my current work at AIM & Associés and my current passion for Acrobatics.
NAME: IULIA GROSMAN
BANK: BELFIUS
BIC: GKCCBEBB
IBAN: BE78 0636 5100 1286
COMMUNICATION: EFC Training
Youya-Iulia
Close ProjectCourse description: ‘Partner-Movement: Yoga & Acro with Iulia and Dori’ is an inspiring class proposed by
Iulia Grosman and Dorota Myszkorowska. It offers instructive, technical, creative and playful approach to
movement through yoga and acro inspired practices. In this class, you will practice conditioning through
breathing, a modified primary series of yoga, partner movement and trust exercises. For beginners, Yoga
and Acroyoga elements will open a new world of practice safely. For intermediate practitioners, their
technical approach to the practice will consolidate your knowledge but for sure challenge your limits. The
purpose of the class is to secure the idea that “you can do much more than you think”.
• Level: The class is beginner-friendly.
• Schedule: every Tuesday from 7:45 to 8:45.
• Price: Free of charge
• Registration: To register for class and sign up, complete and update each week the doodle or
contact Iulia (Doodle Link, Email<EMAIL_ADDRESS>• Location: Rue d’Arlon 62, eighth floor, room BMT 8A090, 1000 Bruxelles
• Audience and access: the class is primarily directed for the Institutions. You will need a badge to
access the building. However, you may contact us in order to invite additional explorers.
About the docents: Iulia Grosman (acroyogi, handstander, yogi, amateur acrobat, movement practicionner
but also...linguistic researcher, wellbeing trainer and new technology coordinator) & Dorota
Myszkorowska (acroyogi, yogi, contemporary and belly dancer, fitness coach, amateur runner but also ...
assistant in the European Parliament and English language teacher) have discovered their common interest
of playful interdisciplinarity several years ago. They create a safe space for creativity by giving a technical
but yet playful approach. With this physical but deeply meditative practice, they will make sure you begin
your day with a smile.
I currently work as a New tehcnology coordinator and a Trainer at AIM & Associés.
For more than 15 years...
AIM designs, organises and conducts training courses, coaching sessions, conferences and events for the European Institutions, national public administrations and private companies.
AIM is a team of trainers, consultants and coaches specialised in individual and team guidance.
AIM explores, among other things, resilience, change, communication, negotiation, mentoring, self-efficiency, critical thinking, learning to learn... for both individuals and teams.


Fill in all steps for completing the process.
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CLEARink Displays is a technology startup that specializes in high performance e-paper displays. I presented Clearink Displays with a branding and sales website proposal, and supported their marketing efforts with with a number of technical illustrations and slide presentations.


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Ball State's 17th president, Geoffrey S. Mearns, was appointed on Tuesday afternoon. Although his tenure has not officially begun, he already has plans in mind.
“I need to learn; I need to learn much more about your university and I need to learn more about you,” said Mearns, who is the sitting president at Northern Kentucky University. “So when we meet … I will ask you two simple questions. What do you think I need to know about your university and this community. And secondly, what do I need to know about you?"
Read more: The transcript of Mearns' speech in Sursa Hall
The university introduced Mearns during a special Board of Trustees meeting in Sursa Performance Hall, where the board unanimously approved his hiring. Matt Momper, trustee and search committee chairman, introduced Mearns to a packed Sursa, which seats about 600 people.
Mearns' contract is set to expire at Northern Kentucky on July 31. University spokesperson Joan Todd confirmed that Mearns will earn a starting salary of $450,000 per year as president at Ball State, which is the same amount former president Paul W. Ferguson received when he was hired.
Mearns was named almost a year to the day Ferguson announced his resignation.
In his first speech to the university, Mearns said getting to know the university community is one of his primary goals, a sentiment that echoes Ferguson’s own efforts to visit each department on campus and hear their hopes and complaints. Before he can lead, he must learn, Mearns said.
Mearns also spoke at length about Ball State’s legacy, continually dropping references to its 100th birthday next year. One of his first actions as president will be to draw up a new strategic plan that will succeed the Centennial Commitment the Ferguson administration put together.
HIS BACKGROUND
For us, Geoff Mearns is the full package.
In addition to serving as president at Northern Kentucky for more than four years, Mearns was provost at Cleveland State University. He led successful reaccreditation efforts and a campaign to improve undergraduate retention and graduation rates at Cleveland State, according to a news release from Ball State.
From the start of the search, the university's new president stood out, said Momper.
"Geoff's focus on student-first is essential to our success and is a shared value with all at Ball State," Momper said. "For us, Geoff Mearns is the full package."
Momper told the Daily News that "hundreds and hundreds" of candidates across the country applied for the position. He declined to say an official number, however.
Rick Hall, chair of the Ball State Board of Trustees, said the decision to hire Mearns came from the “tremendous input from the Ball State community."
Mearns graduated with an English degree from Yale University and obtained a Juris Doctor degree from the University of Virginia, which named him to the law school’s Order of Coif, an honor society for students of exemplary academic achievement.
Before working in higher education, Mearns spent 17 years as an attorney, where in one instance he served as special attorney to the U.S. attorney general in the prosecution of Terry Nichols, an accomplice of the Oklahoma City bombing.
"[Mearns] is very articulate, passionate and his values come first," Momper said. "He starts, he finishes. He had the tools and skill set and he was diverse."
As a current sitting president, Mearns will have less of a learning curve when he takes over. Just as in the past, the university will hire a transition consultant and put together a team to make sure he has a clean move to Ball State.
“It’s an honor to be transitioning from one exceptional university to another,” Mearns said in a press release. “Ball State, like Northern Kentucky University, has a well-deserved reputation for its commitment to academic excellence and student success.”
Read more: Ball State's new president strikes contrast with past
NORTHERN KENTUCKY
Mearns will come to Ball State straight off a five-year run at Northern Kentucky University.
There, he advocated for additional state support for the university, resulting in an additional $5.1 million, according to the Ball State news release. He also secured the largest single capital investment in the university’s history, a $97 million appropriation for a health innovation center.
His big focus, however, was student success and campus inclusivity. Incoming freshmen GPAs and test scores increased, as did the number of underrepresented minority students.
Mearns declined a pay raise and $25,000 bonus the university Board of Regents offered to him because faculty and staff weren’t given performance raises that year, according to the Cincinnati Business Journal. Instead, the bonus was donated to support a scholarship fund for first-generation college students.
This was the second year Mearns declined a pay raise and bonus.
But his time at NKU wasn’t all positive.
In 2015, a faculty survey the Cincinnati Enquirer obtained gave Mearns mid to low ratings for his work.
One commenter wrote that he was “arrogant” and had a “negative, even hostile, relationship with the faculty,” according to the Enquirer.
At the time, Mearns said he was concerned with the low morale. NKU Faculty Senate President Steven Weiss said, however, that “administrators are never evaluated well.”
Mearns told The Daily News that both he and Weiss did not think the survey was a good tool to measure satisfaction.
“I feel comfortable that I had a pretty good relationship with the faculty at both Cleveland State and at NKU,” Mearns said. “Not everyone will agree with the decisions I make, but I’ll always do my best to explain the rationale for those decisions.”
Twitter reacts to Mearns' new job
LOOKING FORWARD
It’s challenging, but it’s a great opportunity, and I think Ball State is positioned well to seize that opportunity.
Mearns' employment with Ball State will begin no later than Aug. 1.
He’ll be supported by a transition committee, and plans are already in progress for his first 100 days in office.
Mearns said Ball State faces similar challenges that other public higher education institutions are facing. There are increasing expectations from students to provide quality education at the most affordable price. There are also expectations from faculty, alumni and other public officials.
“I think there are challenges, but I see those challenges as a great opportunity, because if we do it well, we garner additional support, more enrollment, more alumni donations and more support from our elected officials,” he said. “So yes, it’s challenging, but it’s a great opportunity, and I think Ball State is positioned well to seize that opportunity.”
Although the weight of many university decisions fall on the shoulders of the Board of Trustees, Mearns said he’s looking forward to being a “collaborative partner with everybody on the university campus.”
“That’s in some ways one of the great challenges for the university president — that there are so many constituents that you’re responsible for,” Mearns said. “But it’s also one of the most gratifying because when it works — and I have had a good fortunate to see it work in a couple institutions — it’s incredibly gratifying when you bring people together with different perspectives and they’re all working towards the same purpose.
“As part of my learning effort, I want to assess together what process we’ve made on plans that I’m integrating. That’s my expectation for the university community and I hope that’s the expectation for all the university community for me.”
Mearns said he will not, however, make decisions about what will continue or what might adjust until he hears from the various voices on campus about what’s viable and valuable.
“It’s a privilege and an honor to have the opportunity to partner with everyone here to find and foster additional ways to grow this world-class university,” Mearns said.
See a gallery of the board's announcement and Mearns' reception at ballstatedaily.com
Questions about transparency, a future game plan and community engagement were all posed to Geoffrey S. Mearns Jan. 24 when the Board of Trustees announced him as the university's 17th president.
Even though Mearns’ contract doesn’t go into effect until Aug. 1 staff and faculty members have high hopes for what he, and his presidency, will bring to campus.
“I think he’s going to be very collaborative," said Marilyn Buck, associate provost and dean of University College. "I expect him to be able to help lead us. He’s worked on a strategic plan at Northern Kentucky University and we’ll be able to move that forward now as well.”
During his first press conference at the university, Mearns revealed that within his first 100 days as president, he plans on familiarizing himself with the campus. He also intends to begin working on the strategic plan — something Loren Malm, interim vice president of information technology, sees as an advantage for the university.
“He talked about the strategic plan and starting that early in his presidency," Malm said," I think that’s going to be a tremendous benefit for the institution to get started on the next iteration of our strategic plan, so I’m looking forward to that."
The Board of Trustees has been looking for someone to replace former President Paul W. Ferguson since March 14, 2016, when the board began holding public forums. Now that Mearns has been appointed, Kay Bales, vice president for student affairs and enrollment services, said she looks forward to Mearns’ vision.
“I’m very excited for the vision and the leadership that I think the president will be bringing to our campus," Bales said. "I think in the comments that he made today, we can all look forward to a president that wants to move the institution forward and I think is very eager and looks forward to working with students."
Mearns not only has hopes to start the strategic plan as soon as possible — he hopes to make campus a more inclusive environment.
“He’ll, as he said, reach out to the university and to everyone, students, faculty, staff, everyone and helping to get to know everybody and learning," Buck said. "Making this institution his as well as he talked about it being ours."
RELATED: SGA looks forward to working with new president
Though it is too early to really set expectation for Mearns, University Police Department Chief James Duckham said he hopes the new president will continue to fit in with UPD's goals for campus.
"Just to keep building on the positives of the student-centered stuff that we’ve done and continue to just build relationships, increase the diversity, all those type of things," Duckham said. "I think that’s great.”
Not only does Mearns plan on making campus more inclusive, but he also hopes to foster relationships with community members.
“From a community perspective I think that we are just hoping for a really community engagement, right?" Scott Smalstig, vice president, fund development for Meridian Health said. "We’re very lucky to have Ball State University in this community and so the more connected Ball State is to this community, the better off everyone is."
STUDENTS REACT TO THE ANNOUNCEMENT
Daily News editorial: With a new president, Ball State must become transparent
The time between the announcement of Paul Ferguson's resignation and announcement of Geoffrey Mearns as the next president measures just short of exactly one year. The timeline below highlights major events in the search for Mearns, as reported by The Daily News.
Jan. 25, 2016
An email from the Board of Trustees announces Paul Ferguson’s
resignation
Jan. 23, 2017
An email from the trustees says the new president will be announced Jan. 24 at 1:30 p.m.
April 21, 2016
Presidential search committee meets for the first time
October 2016
Applications
for the president position
are due
Dec. 1, 2016
Committee announces they have finished interviews and will present to board to interview.
March 25, 2016
Ferguson’s sabbatical, and time as president, ends
June 24, 2016
Ferguson is hired by
Biola University in California
January (’16)
February
March
April
May
June
July
August
September
October
November
December
January (’17)
SOURCE: Daily News reporting
January (’16)
Jan. 25, 2016
An email from the Board of Trustees announces Paul Ferguson’s resignation
February
March
March 25, 2016
Ferguson’s sabbatical, and time as president, ends
April
April 21, 2016
Presidential search committee meets for the first time
May
June
June 24, 2016
Ferguson is hired by Biola University in California
July
August
September
October 2016
Applications for the president position are due
October
Dec. 1, 2016
Committee announces they have finished interviews and will present to board to interview.
November
December
Jan. 23, 2017
An email from the trustees says the new president will be announced Jan. 24 at 1:30 p.m.
January (’17)
SOURCE: Daily News reporting
Jan. 25, 2016
An email from the Board of Trustees announces Paul Ferguson’s
resignation
Jan. 23, 2017
An email from the Board of Trustees says the new president will be
announced Jan. 24 at 1:30 p.m.
October 2016
Applications for the president position are due
April 21, 2016
Presidential search committee meets for the first time
March 25, 2016
Ferguson’s sabbatical, and time as president, ends
Dec. 1, 2016
Committee announces they have
finished interviews and will present to board to interview.
June 24, 2016
Ferguson is hired by
Biola University in California
January (’16)
February
March
April
May
June
July
August
September
October
November
December
January (’17)
SOURCE: Daily News reporting
During this interim, and until this summer when Mearns' contract begins, Terry King is acting president.
From new trustees to a controversial grant, here are eight important events that occurred between former President Paul W. Ferguson's resignation and the announcement of new President Geoffrey S. Mearns.
New health professions building
The health professions building, confirmed Dec. 16 by the Board of Trustees, will house the new College of Health. It will be built at the southeast corner of Riverside Avenue and Martin Street along the upcoming East Mall.
The late provost Morris died unexpectedly Nov. 28 after being hospitalized for blood poisoning. He acted as the chief academic officer and was the vice president of academic affairs.
Accidental email violates FERPA laws
Students with a GPA below 2.0 were supposed to receive an email informing them of their academic status. Instead, some received a spreadsheet on Jan. 10 with the names of 59 students who are on academic probation, violating FERPA privacy laws.

The four caught were Brian Siebenaler, a math instructor, Randal Ray Schmidt, a maintenance supervisor, Robert Yadon, a professor of Information and Communication Studies, and Brian Koby, the former fencing club coach.
Board of trustees resignations and hires
With the resignation of Ferguson came the resignation of two trustees, Frank Hancock and Marianne Glick. Their subsequent hires, Michael D. McDaniel and Jean Ann Harcourt, followed as replacements. Trustee Hollis E. Hughes Jr. announced his retirement in December, and Brian A. Gallagher was appointed by former Gov. Mike Pence in January.
Ferguson was hired in June at Biola University, a private Christian school in California, to serve as the founding dean of its School of Science, Technology and Health.
New John A. Schnatter Institute for Entrepreneurship and Free Enterprise
Chief entrepreneurial officer Michael Goldsby spoke on March 30 about the John A. Schnatter Institute for Entrepreneurship and Free Enterprise, made possible by a joint grant from Schnater and the Charles Koch Foundation.
According to the grant agreement, $2.17 million of the grant was donated by Schnatter and $1.08 million was from the Charles Koch Foundation, which raised concerns about potential outside political influence.
Alan Hovorka, Allie Kirkman, Casey Smith, Kara Berg, Kelsey Anderson, Breanna Daugherty, Mary Freda, Jake Helmen, Devan Sticka, Jared Hagenow, Kersten Collins, Michelle Kaufman and Sara Barker contributed to this page. Designed by Tyson Bird


Robotics Engineer July 2018 - Present
Addverb Technologies Pvt. Ltd., Noida, India
- Developing a Deep Learning algorithm for recognition and instance segmentation of primitive shapes in Point Cloud data. Explored Mask-RCNN Technique for mask generation of unique planes of boxes in cluttered bin.
- Developed an automated script for annotation of mask of planes in images of cluttered bin using background subtraction technique and constructed a data-set of 10000 images using the script
- 3D Bin-picking Project:
- Lead an interdisciplinary team of six people developing 3D Vision Based Bin-Picking using ABB 1200 robot attached with a vacuum gripper and achieved a throughput of 8-9 picks per minute.
- Demonstrated the fully functional solution at Indian Warehousing Show 2019 held at Pragati Maidan, Delhi.
- Published research paper on the developed solution at ACRA 2019.
- Side Docking of Autonomous Mobile Robot(AMR): Developed and conceptualized perception and control algorithms for side docking of AMR using 2D LiDAR such that it docks sideways with respect to the conveyor in warehouses for box loading and unloading operation.
- Multi-Robot Parcel Sorting System: Contributed to the development of Hybrid (Combination of Centralized and Decentralized Approach) Multi-Robot Path Planning algorithm for 200 mobile robots in simulation using Stage, ROS and python and achieved the throughput of 8000 sorts per hour.


X is Education Level
Y is Medication Level
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This is a continuation of the Future Friday series on Web 3.
Decentralization is the foundational concept of Web 3. Much has already been written on the topic. This article is a collection of quotes and articles that has helped to shape my understanding.
Today, all of our interactions and transactions are done through centralized services like Google, Facebook, Amazon and the like. These companies provide the convenience of services like social networking and search. In exchange, they collect for user data which is then used to sell hyper targeted advertising or other purposes. There is an implict trust placed on these services, and the negative second order effects of this is starting to play out in various ways socially and politically.
Decentralization means that there is no longer the need for an intermediary party required to conduct a verifiable digital transaction or interaction - a fundamental building block for internet services.
This shift from the current state of the internet to a potential decentralized future is described in Making Sense of Web 3:
The internet has gone through major generational shifts before. These expanded the performance, features, and scale of the internet. We went from plaintext websites to streaming video. We went from static web pages to full-featured applications served remotely through the browser. We went from listservs to global social networks that drive modern politics and culture. As the web matured, we grew to rely more and more on a handful of large companies. Google built the fastest and most convenient search engine, and have been rewarded with control over 74% of all search traffic. Facebook built the most popular social network, and was rewarded with control over the online identities of 2.2 billion people.
Web 3 is different from previous generational shifts. At its core, web 3 isn’t about speed, performance, or convenience. In fact, many web 3 applications are, at least today, slower and less convenient than existing products.
Instead, web 3 is about power. It’s about who has control over the technologies and applications that we use every day. It’s about breaking the dynamic that has shaped the last decade of the web: the tradeoff between convenience and control. We’ve become so accustomed to this dynamic that it seems inevitable: of course using the internet means being surveilled, and of course having a social media account means having my personal data sold to advertisers or worse. How could it be any other way?
Web 3 rejects the premise. We can have the benefits of the internet without handing the majority of power to a minority of companies. The dynamic described above isn’t an iron law of the universe, it’s just a product of the technology available at the time and the choices we made along the way.
The fundamental innovation that enables decentralization is the Blockchain - it is a open, distributed database in the form of a ledger. From Bitcoin as Protocol:
The bitcoin ledger is the so-called blockchain which, uses the fact that there are many copies of it that are broadly distributed combined with a fair bit of math to ensure that once a transaction has been recorded in the blockchain that transaction can not be changed after the fact. There is no other widely used protocol in the world today that accomplishes this: with bitcoin anyone can make a statement (a transaction) and have this be recorded in a globally visible and fixed ledger.
This is a big deal, because what the Internet today is missing the the ability to hold and transfer state at the protocol level, as articulated in Understanding Web 3 - A User Controlled Internet:
Today’s world wide web, or the internet, has two key missing properties: It doesn’t hold “state”, independent of trusted operators [and] it doesn’t have a native mechanism to transfer state. Lack of state is a result of the simplicity of the protocols that the web is built on, such as HTTP and SMTP. At any moment, if you were to query a node (a device connected to the internet) about its history or current state, it has no idea. From a user’s perspective, this would be like using the internet for the first time from a new browser (no history, favorites, saved settings or auto-complete), every time you use anything connected to the internet.
The functions of holding and transferring state are provided by the application layer of the internet today, and have tremendous value. Because of the Blockchain, the protocol layer can hold and transfer state, giving the protocol layer value where it didn’t exist before. For the internet, HTTP and underlying protocols don’t have value. The applications built on top of it, however, went on to create the most profitable companies in the world.
This article entitled Fat Protocols describes the relationship between the value of the Protocol layer and Application layer:
Here’s one way to think about the differences between the Internet and the Blockchain. The previous generation of shared protocols (TCP/IP, HTTP, SMTP, etc.) produced immeasurable amounts of value, but most of it got captured and re-aggregated on top at the applications layer, largely in the form of data (think Google, Facebook and so on). The Internet stack, in terms of how value is distributed, is composed of “thin” protocols and “fat” applications. As the market developed, we learned that investing in applications produced high returns whereas investing directly in protocol technologies generally produced low returns.
This relationship between protocols and applications is reversed in the blockchain application stack. Value concentrates at the shared protocol layer and only a fraction of that value is distributed along at the applications layer. It’s a stack with “fat” protocols and “thin” applications.
With this fundamental shift comes groundreaking changes in incentives to develop internet services. From Why Decentralization Matters:
Early internet protocols were technical specifications created by working groups or non-profit organizations that relied on the alignment of interests in the internet community to gain adoption. This method worked well during the very early stages of the internet but since the early 1990s very few new protocols have gained widespread adoption. Cryptonetworks fix these problems by providing economics incentives to developers, maintainers, and other network participants in the form of tokens.
I’ll explore these economic incentives further in next week’s Future Friday Web 3 series, Tokens.


MaterialLarva
A modern responsive front-end framework based on Material Design by CodeLarva Technologies
MaterialLarva simplifies life for developers and the users they serve.
We did most of the heavy lifting for you to provide a default stylings that incorporate our custom components. Additionally, we refined animations and transitions to provide a smoother experience for developers.
By utilizing elements and principles of Material Design, we were able to create a framework that incorporates components and animations that provide more feedback to users. Additionally, a single underlying responsive system across all platforms allow for a more unified user experience.
We have provided detailed documentation as well as specific code examples to help new users get started. We are also always open to feedback and can answer any questions a user may have about Materialize.


@(readyToPlay:List[Game])(pending:List[Game])(finished:List[Game]) @template_with_navbar("Play") { } {
No Games
No Pending Games
No Finished Games


Welcome! Click the button to link with your spotify account to see how likely you would enjoy listening to any of the current top 50 hits on spotify based on your liked music!


Merge
What does it do?
Merge will take data from multiple MiSeq runs of the same strain and combine the FASTQ files in order to produce a better assembly.
How do I use it?
Subject
In the Subject
field, put Merge
. Spelling counts, but case sensitivity doesn't.
Description
No text necessary in the description. You will, however, need to attach an excel file (.xlsx extension) with the following headers:
- Location: Should be 'MER'
- SEQID: Put the name of the merged SEQID (YYYY-MER-####)
- OLNID: Can be blank
- LabID: Can be blank
- LabIDIsolate: Can be blank
- OtherName: The SeqIDs you want to merge, separated by semi-colons.
- Genus: Genus of the isolate. Can be left blank.
- Species: Can be blank
- Subspecies: Can be blank
- Serotype: Can be blank
An example file can be found with the example issue below.
Example
For an example Merge, see issue 14285.
Interpreting Results
You'll get back the reports and assemblies, as you would for a WGS Assembly
issue.
How long does it take?
Merge will take quite a while, depending on how many samples you have. Probably roughly half an hour per sample.
What can go wrong?
1) Requested SEQIDs are not available. If we can't find some of the SEQIDs that you request, you will get a warning message informing you of it.


Week 3 = AKA The first week I don't finish on time
We had this beautiful concept to learn this week "process over product". This means to be more happy about the learning process than the actual results which I can probably say I have accomplished... Because the site is far far away from what I would like it to be. Unfortunately this past week was the busiest for me yet since I started the course. Many commitments made impossible for me to work more than 6 hours on the website, and it looks quite ugly I'm afraid. I all honesty, I think it even looked better before. I did learn some important things though, so there is that.
About the meditation concept, we had to continue reading the Search Inside Yourself book. At his point I think I'm on Chapter three. I suppose what I see different for meditation now after reading this book that I didn't do before is that you can have different kinds of meditation and mindfullness, not all the traditional seating in a lotus position and trying not to think about anything. As I mentioned before, I did this other kinds of meditation before in my life, listening to tapes and such, but this means that we can also practice it just by walking or talking to people.
There was one of the techniques that I found most interesting and memorable: using joy as an object of meditation. This means to focus on those little moments in life that bring bliss and happiness to you, like a nice meal, holding your partner's hand, a conversation with a friend, and give it your full attention. This is so simple and beautiful, and it helps you "live the moment" in a great fuller way. I can definitely see myself applying this from now on.


{% load i18n %}
{% load cradmin_legacy_tags %}
{% if group_count == 0 %}
{% blocktrans trimmed with assignment=assignment.long_name %}
{{ assignment }} created successfully, but no students where added. Only active students on
the semester can be added to the assignment.
{% endblocktrans %}
{% trans 'Add/manage students on ' context 'devilry admin periodadmin' %}{{ assignment.parentnode.long_name }}
{% else %}
{% blocktrans trimmed with assignment=assignment.long_name %}
{{ assignment }} created successfully. All active students on the semester have been added to the assignment.
{% endblocktrans %}
{% trans 'Add/remove or view students' context 'devilry admin periodadmin' %}
{% endif %}


{{c.contacts.address[0].street}}
{{c.contacts.address[0].state}} {{c.contacts.address[0].zip}}
{{c.contacts.email.emailAddress}} {{c.contacts.phone.phoneNumber}}{{date(c.createdOn) | date:'dd/MMM/yy'}} Created on{{date(c.updatedOn) | date:'dd/MMM/yy'}} Created on


Decoding classical dance forms
Silver jubilee fete of Chetana Centre for Culture and Communications
by Special CorrespondentEminent dancers decoded nuances of Indian classical dance forms at a workshop held here on Friday in connection with the silver jubilee celebrations of Chetana Centre for Culture and Communications.
Odissi dancer Vrindha Chadha adopted a very simple and interactive approach in her demonstrative lecture on Odissi.
Keen interest
The young audience, including students of various schools, took keen interest in the video presentation she did along with the live demonstration of the typical features of Odyssey and its socio-religious significance in Odisha.
She made the presentation extremely interesting by comparing the mudras, the spins, and other techniques in Odissi with Bharatanatyam and Kuchipudi with which a majority of the young audiences were familiar.
Ms. Chadha also presented full-scale dance performances as an extension of the demo lecture, which enthralled all.
Kathak dancer Adhithi Bhagwath, explained the evolution of the dance in her demonstration lecture. The audience could witness the rapid footwork and beauty of Kathak when she did a live performance.
The programme concluded with a Bharatnatyam performance by Fr. Saju George, a Jesuit priest hailing from Elanji, Kottayam, who is popularly known as the ‘dancing priest’.
Students perform
The performance started at 7 p.m. and was a treat to the classical dance enthusiasts. Fr. Saju was accompanied by the members of the ‘Kalahridya’ dance troupe, Kolkata, that he founded. Earlier, the students of Chetana Sangeet Natya Academy presented various classical dance forms.
T.K. Narayanan, Vice Chancellor of Kerala Kalamandalam Deemed University, formally inaugurated the events on Friday. Fr. Paul Poovathingal, director of Chetana Collective and chairperson of the silver jubilee committee, presided. Ms. Bhagavath was felicitated on the occasion.


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--- layout: post title: Bookmarks for October 11th through October 20th tags: - animations - backbone.js - background - beautiful - css - css3 - design - desktop - development - examples - game - javascript - jsTestDriver - layer - library - lifehacker - magazine - math - modules - osx - patterns - physics - presentation - properties - qunit - reference - tdd - tumble - ui - work - workflow status: publish type: post published: true meta: aktt_notify_twitter: 'no' ---
These are my links for October 11th through October 20th:


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This is a work in progress, and we really appreciate community feedback, especially where it helps us improve the content and find bugs. If you think there is an error here, please consider giving us a hand :


1Objetive
It is to help young people with different problems that arise in adolescence, who have had various difficulties in their family environment, and have suffered from abandonment, we will help them through various talks which will help them to function outside their environment in the which should be adapted.
2Mission
transform the mentality of young people to give them peace of mind and teach them that they are not alone in the world, that they have the support of our foundation where we will give them the emotional foundations and help them to trust them again and feel safe in any environment with the adaptability.