EU and African banks sign $120 million climate action facility
by Pamela LargueThe European Investment Bank and the Eastern and Southern African Trade and Development Banks (TDB) have signed a deal to fund sustainable energy projects over the next 15 years.
The two banks signed a $120 million SME and climate action facility to fund climate action, renewable energy, and energy efficiency projects.
The establishment of the facility comes after up to 65% of the African population is directly impacted by climate change, while only 4% of global greenhouse-gas emissions.
Ambroise Fayolle, European Investment Bank Vice President, said: “The largest ever cooperation between the EIB and TDB will support a total of EUR240 million of new investment across Africa. Scaling up climate-related private sector investment is key for climate action and saving our planet.“
This is the second line of credit to be extended by EIB to TDB, the first one having been signed in 2014 for €80 million.
Read more about global action to support sustainability
Call for start-ups targeting sustainability across the energy system
Twelve strategies to step up global energy efficiency
Admassu Tadesse, TDB President, said: “Alongside these lines of credit, we are also thankful for EIB’s technical assistance support to TDB via which world-class training sessions were delivered to our staff, among other activities.
“Half of our portfolio is, directly and indirectly, contributing to SDGs; 70% of our energy portfolio is in renewables; and apart from our regular operations, we have recently launched an SME programme to address the missing middle-SME financing gap. Our multifaceted partnership with EIB will enable us to step-up our commitment to delivering triple-bottom-line results in the region we serve.”
Originally published on smart-energy.com


This page is short guide for PrivateSky developers, technical writers, external parteners and intribut contributors. The guide is intending to present a brief introduction in how to use the developed web components.
Each page is a simple html writen with a semantic markup defined with web components
Web Components are a set of features that provide a standard component model for the Web allowing for encapsulation and interoperability of individual HTML elements.
Primary technologies used to create them include:
You can use this starter app in order to build your own app using PrivateSky Custom Web Components.
You can checkout this app and cardinal web components
from GitHub.
In order to create a new page, first, we need to understand how works the file named
app-config.json
. Inside this file, there is a configuration that tells the web-site what pages
can be displayed.
One of the key names inside the file is "pages". Everything defined inside this key will be displayed in the application menu, so it can be opened. The following example will also show how this page is registered.
Every HTML page is written inside "pages" directory followed by the sub-tree defined in "app-config.json". In
the above code sample, we have The section About and this page is inside the sub-tree of the section. In
this way, the folder structure is the following one: pages/about/how-to-write-documentation-pages.html
, so
the components will be able to load the page correctly.
So, in order to create a new page, keep in mind that the page needs to be registered in the app-config.json
file and the HTML file needs to be placed in the folder structure as above explained.
There are three categories of web components so far:
Every component can be used as long as it respects the recommendations of usage.
Check out each component documentation and examples to make an idea of how to use it.
The form components are ment to be used when you are creating a form, but they can also be used inside other pages with the correct combination. E.g.: You can add somewhere in a page a psk-text-input to filter the information from a table.
Check out each component documentation and examples to make an idea of how to use it.
Also, check the documentation for
Documentation of the components can be found in the PSK Wiki section. They are used to create pages like this.
Check out each component documentation and examples to see how to use it.


Crossbar.io HA Demo
HAProxy
HAProxy statistics
Crossbar.io Node Info page
Crossbar.io node info (
via proxy
)
Crossbar.io node 1 info (direct node connection)
Crossbar.io node 2 info (direct node connection)
Crossbar.io node 3 info (direct node connection)
Crossbar.io node 4 info (direct node connection)
Crossbar.io WebSocket endpoint
Crossbar.io WebSocket endpoint (
via proxy
)
Crossbar.io node 1 WebSocket endpoint (direct node connection)
Crossbar.io node 2 WebSocket endpoint (direct node connection)
Crossbar.io node 3 WebSocket endpoint (direct node connection)
Crossbar.io node 4 WebSocket endpoint (direct node connection)
AutobahnJS test client
AutobahnJS test client (
via proxy
)
AutobahnJS test client on node 1 (direct node connection)
AutobahnJS test client on node 1 (direct node connection)
AutobahnJS test client on node 1 (direct node connection)
AutobahnJS test client on node 1 (direct node connection)
AutobahnJS test direct client
AutobahnJS test direct client on node 1 (direct node connection)
AutobahnJS test direct client on node 2 (direct node connection)
AutobahnJS test direct client on node 3 (direct node connection)
AutobahnJS test direct client on node 4 (direct node connection)


4.5 : Full Adder
So the full adder is made by connecting two half adders. The full adder can take three 1-bit inputs and them to create a 2-bit value. Our three values would be the Carry-In, X and Y. Below is the table of the values. Once again, we are adding the 3 bits. This is not a truth table. One thing to notice is that since we have three inputs, there are much more than 4 cases. We still set up the values in increasing order.
| X | Y | Carry In | Carry Out | Sum |
|---|---|---|---|---|
| 0 | 0 | 0 | 0 | 0 |
| 0 | 0 | 1 | 0 | 1 |
| 0 | 1 | 0 | 0 | 1 |
| 0 | 1 | 1 | 1 | 0 |
| 1 | 0 | 0 | 0 | 1 |
| 1 | 0 | 1 | 1 | 0 |
| 1 | 1 | 0 | 1 | 0 |
| 1 | 1 | 1 | 1 | 1 |
The table looks very intimidating, however, if you look carefully, it's simple bit addition. The first three columns are beng added together to produce the last two. Now let's build our full adder. We're going to use two half-adders. This is rather easy to remember as two halves form a whole. The first half-adder will add X and Y. Now we have two outputs, the sum and carry. We'll call these sum1 and carry1 since they're the results of the first adder. The second adder will add the sum1 and the carry-in. From this we get sum2 and carry2. Now we have three outputs, carry1, sum2, and carry2. However, we only want 2 outputs, a sum and a carry. We have one sum but two carries. This means we need to operate on the two carries. We need there to be an operator who gives outputs a 1 as long as there's at least one 1. Which boolean operator does this? Try not to peek again!
So now that we've used the OR operator to preserve any 1's left over, we finally have two outputs! We have successfully built a full-adder. Down below includes the schematics for a full-adder in 3 different ways; the piece itself, broken down into half adder, and the half adders broken down.
Practice Problems
What boolean operator should we use to operate on carry1 and carry2?


Contributing to Puma
By participating in this project, you agree to follow the code of conduct.
There are lots of ways to contribute to puma. Some examples include:
- creating a bug report or feature request
- verifying existing bug reports and adding reproduction steps
- reviewing pull requests and testing the changes on your own machine
- writing or editing documentation
- improving test coverage
- fixing a reproducing bug or adding a new feature
Setup
Clone down the Puma
repository.
You will need to install ragel to generate puma's extension code.
macOS:
brew install ragel
Linux:
apt-get install ragel
Install Ruby dependencies with:
bundle install
To run Puma, you will need to compile the native extension. To do this:
bundle exec rake compile
Then, you will be able to run Puma using your local copy with:
bundle exec bin/puma test/rackup/hello.ru
Running tests
You can run the full test suite with:
bundle exec rake test:all
To run a single test file:
ruby -Ilib test/test_binder.rb
Or use m:
bundle exec m test/test_binder.rb
... which can also be used to run a single test case:
bundle exec m test/test_binder.rb:37
How to contribute
Puma needs help in several areas.
The contrib-wanted
label is applied to issues that maintainers think would be easier for first-time contributors.
Reproducing bug reports: The needs-repro
label is applied to issues that have a bug report but no reproduction steps. You can help by trying to reproduce the issue and then posting how you did it.
Helping with our native extensions: If you can write C or Java, we could really use your help. Check out the issue labels for c-extensions and JRuby.
Fixing bugs: Issues with the bug
label have working reproduction steps, which you can use to write a test and create a patch.
Writing features: Issues with the feature
label are requests for new functionality. Write tests and code up our new feature!
Code review: Take a look at open pull requests and offer your feedback. Code review is not just for maintainers - we need your help and eyeballs!
Write documentation: Puma needs more docs in many areas, especially those where we have open issues labeled docs
.
Reproduction steps
Reproducing a bug helps identify the root cause of that bug so it can be fixed. To get started, create a rackup file and config file and then run your test app with:
bundle exec puma -C <path/to/config.rb> <path/to/rackup.ru>
As an example, using one of the test rack apps:
test/rackup/hello.ru
, and one of the test config files:
test/config/settings.rb
, you would run the test app with:
bundle exec puma -C test/config/settings.rb test/rackup/hello.ru
There is also a Dockerfile available for reproducing Linux-specific issues. To use:
docker build -f tools/docker/Dockerfile -t puma .
docker run -p 9292:9292 -it puma
Pull requests
Code contributions should generally include test coverage. If you aren't sure how to test your changes, please open a pull request and leave a comment asking for help.
If you open a pull request with a change that doesn't need to be noted in the
changelog (History.md), add the text [changelog skip]
to the
pull request title to skip href="https://github.com/puma/puma/pull/1991">https://github.com/puma/puma/pull/1991 the changelog
check
.
Bibliography/Reading
Puma can be a bit intimidating for your first contribution because there's a lot of concepts here that you've probably never had to think about before - Rack, sockets, forking, threads etc. Here are some helpful links for learning more about things related to Puma:
- The Rack specification
- The Ruby docs for IO.pipe, TCPServer/Socket.
- nio4r documentation


{* @event frontend_header.%plugin_id% *} {foreach $frontend_header as $_}{$_}{/foreach} {if isset($breadcrumbs)}


Form healthy habits to take your fitness to the next level.
Become more active by tracking your runs, rides, and walks.
Access your activity on your phone, tablet, or computer.
Set personal challenges and see how you rank against your friends.
Receive recommendations based on your activity to level up.


If you would like to participate please check all boxes and click on 'Start Experiment'.
I confirm that I have read and understood the study information.
I know that my participation is voluntarily and that I can quit at any time.
I confirm that I am at over 16 years of age and that I want to participate in this study.


Information-sharing obligations under the Protocol
Each Party to the Nagoya Protocol is required to make available the following types of information to the ABS Clearing-House in accordance with Article 14, paragraph 2:
- (a) Legislative, administrative and policy measures on access and benefit-sharing;
-
(b) Information on the national focal point and competent national authority or authorities; and
- (c) Permits or their equivalent issued at the time of access as evidence of the decision to grant prior informed consent and of the establishment of mutually agreed terms.
In accordance with Article 13, paragraph 4, the contact information of a Party’s national focal point and its competent national authority or authorities shall be provided to the Secretariat no later than the date of entry into force of the Protocol, and Parties shall subsequently notify the Secretariat of any changes. The Secretariat will make this information available through the ABS Clearing-House.
Where a Party designates more than one competent national authority, it must provide to the Secretariat relevant information on the respective responsibilities of those authorities along with its notification designating the authority. Where applicable, such information shall, at a minimum, specify which competent authority is responsible for the genetic resources sought.
Article 14, paragraph 2, also requires Parties to make available through the ABS Clearing-House any information required by this Protocol. This would include:
- (a) Measures to inform potential users of traditional knowledge associated with genetic resources about their obligations for access to and fair and equitable sharing of benefits arising from the utilization of such knowledge (Article 12, paragraph 2);
-
(b) Information provided to designated checkpoints that collect or receive, as appropriate, relevant information related to prior informed consent, to the source of the genetic resource, to the establishment of mutually agreed terms, and/or to the utilization of genetic resources, including from internationally recognized certificates of compliance, where they are available (Article 17, paragraph 1 (a) (iii)); and
- (c) Information on capacity-building and development initiatives at national, regional and international levels that should be shared through the ABS Clearing-House with a view to promoting synergy and coordination on capacity-building and development for access and benefit-sharing (Article 22, paragraph 6).
The ABS Clearing-House will also need to provide access to other types of information that Parties may provide relevant to the implementation of the Protocol. Additional information specified in the Protocol (Article 14, paragraph 3) includes
- (a) Relevant competent authorities of indigenous and local communities, and information as so decided;
- (b) Model contractual clauses;
- (c) Methods and tools developed to monitor genetic resources; and
- (d) Codes of conduct and best practices.
Finally, Article 14, paragraph 2, provides that Parties shall make information to the ABS Clearing-House any information required pursuant to the decisions taken by the Conference of the Parties to the Protocol.


MHadaptive: General Markov Chain Monte Carlo for Bayesian Inference using
adaptive Metropolis-Hastings sampling
Performs general Metropolis-Hastings Markov Chain Monte
Carlo sampling of a user defined function which returns the
un-normalized value (likelihood times prior) of a Bayesian
model. The proposal variance-covariance structure is updated
adaptively for efficient mixing when the structure of the
target distribution is unknown. The package also provides some
functions for Bayesian inference including Bayesian Credible
Intervals (BCI) and Deviance Information Criterion (DIC)
calculation.
| Version: |
1.1-8 |
| Depends: |
MASS, R (≥ 2.14.0) |
| Published: |
2012-03-24 |
| Author: |
Corey Chivers |
| Maintainer: |
Corey Chivers <corey.chivers at mail.mcgill.ca> |
| License: |
GPL (≥ 3) (see file LICENSE) |
| NeedsCompilation: |
no |
| Materials: |
ChangeLog |
| CRAN checks: |
MHadaptive results |
Downloads:
Reverse dependencies:
Linking:
Please use the canonical form
https://CRAN.R-project.org/package=MHadaptive
to link to this page.


Docs : SDK : updateUser
updateUser lets you update a user's account. This API will return a promise that gets resolved once the user account has been updated.
userbase.updateUser({
username: 'example-new-username',
currentPassword: 'example-password',
newPassword: 'example-new-password',
email<EMAIL_ADDRESS>profile: { example: 'value' }
}).then(() => {
// user account updated
}).catch((e) => console.error(e))
Parameters
-
username [string | Len: 1-100 | optional] - The new username for the account.
-
currentPassword [string | Len: 6-1000 | optional] - The current password for the account. Required if newPassword provided.
-
newPassword [string | Len: 6-1000 | optional] - The new password for the account.
-
email [string | null | undefined | false | optional] - The new email for the account. If explicitly set to a falsey value, deletes the user's email.
-
profile [object | null | undefined | false | Key Len: 1-20 | Val Len: 1-1000 | Keys: 1-100 | optional] - The new profile for the account. All keys and values must be strings. If explicitly set to a falsey value, deletes the user's profile.
Notes
-
The user's password is never sent to the server. A hash gets computed client-side, and only the hash is transmitted and stored server-side.
-
The username, email, and profile are not end-to-end encrypted. They are encrypted in transit and at rest, but you will be able to see this information in the Admin panel.
Errors
- ParamsMustBeObject
- ParamsMissing
- UsernameAlreadyExists
- UsernameMustBeString
- UsernameCannotBeBlank
- UsernameTooLong
- CurrentPasswordMissing
- CurrentPasswordIncorrect
- PasswordAttemptLimitExceeded
- PasswordMustBeString
- PasswordCannotBeBlank
- PasswordTooShort
- PasswordTooLong
- EmailNotValid
- ProfileMustBeObject
- ProfileCannotBeEmpty
- ProfileHasTooManyKeys
- ProfileKeyMustBeString
- ProfileKeyTooLong
- ProfileValueMustBeString
- ProfileValueCannotBeBlank/li>
- ProfileValueTooLong
- AppIdNotSet
- AppIdNotValid
- UserNotFound
- UserNotSignedIn
- TooManyRequests
- ServiceUnavailable


Colour Flipper APP
Background color
hex colour
click to change colour
This app was built to change colours on click of above button
This app was created by Joshi Eswar© all rights reserved


 So the number of homeless animals in and around Springfield is increasing dramatically.
 Our mission is to give these homeless animals a second chance through our rescue, shelter, and adoption programs.
We were founded in 1990 with a few simple goals: save and place cats and dogs in new homes, and educate the public about spaying and neutering their pets.
VOLUNTEERS: We can always use a hand! You can help by caring for our homeless cats and dogs, keeping the shelter clean, helping us raise funds, or fostering pets. Find out about becoming a Pets to Go volunteer
SPAY/NEUTER CLINIC: Spaying or neutering your pet is the best way to stop the flood of homeless animals in Springfield. Our modern spay and neuter clinic has a top-notch professional team.
ANIMAL RESCUE: Our animals come from overcrowded area shelters, local families that can no longer care for their dog or cat, and rescue groups throughout the state. We give homeless, abandoned, and sometimes abused animals a second chance at a healthy, happy life with a caring guardian.
REHABILITATION: Pets to Go retrains animals with behavioral problems to be better companions in their new homes. And after the adoption, we’re here to help with behavior consultations, training classes, and more.


AKAN NAMES
People of Akan
This websites helps you generate your Akhan name.
Fill the form to calculate the day you were born and your Akan Name
Date Of Birth
Your Gender
Male
Female
Submit


---
layout: post
author: tetrisd
title: Introduction to GMRES
---
Solving $Ax=b$ is no trivial task. Given large or ill-conditioned matrices, all direct methods are usually intractable in practice. Even then, many iterative methods fail to converge for matrices that don't satisfy problem constraints; for example, the entire class of stationary iterative methods (the prototypical example being the Jacobi method) requires $A$ to be either diagonally dominant or symmetric positive-definite. We seek an iterative method that still converges when $A$ doesn't satisfy certain conditions, namely symmetric, positive-definite, or diagonally dominant.
Fundamental concepts are first outlined before the algorithm, generalized minimal residual method (GMRES), is introduced.
Krylov Subspace
Consider $K^{(n)}(A, b) = (b \hspace{4mm} Ab \hspace{4mm} A^2b \hspace{3mm} \cdots \hspace{3mm} A^{n-1}b)$. $K^{(n)}(A, b)$ is said to be the $n$th-order Krylov matrix of $(A, b)$ with the respective Krylov subspace $\mathcal{K}^{(n)}(A, b) = \text{col}(K^{(n)}(A, b))$, the column space of the Krylov matrix. A few comments are in order:
- By the properties of power iteration, we expect $A^nb$ to converge to the largest eigenvector if $A$ has eigenvalues distinct in magnitude.
- The column vectors can't be assumed to be orthogonal to one another.
- For non-singular $A_{n\times n}$, $Ax = b \implies x \in \mathcal{K}^{(n)}(A, b)$. $---(1)$
The last comment is surprising and deserves further exploration. We will rationalize it by examining the minimal polynomial of $A$.
Minimal Polynomial
For all non-singular $A$, let $P = \{p(x) \hspace{1mm} | \hspace{1mm} p(A) = 0\}$. Upon inspection, it's clear that the characteristic polynomial $p_c$ of $A \in P$. More importantly for us, the minimal polynomial of $A$ is the unique monic $p_0 \in P$ such that $\text{deg}(p_0) \leq \text{deg}(q), \forall q \in P$.
$$p_0 = x+\alpha_1 x^{m - 1} + \cdots + \alpha_{m-1}$$
Proving $(1)$ requires $\alpha_{m-1} \neq 0$. Assume $\alpha_{m-1} = 0$:
$$\begin{align} 0 &= A+\alpha_1 A^{m - 1} + \cdots + \alpha_{m-1}A^0\\
0 &= A+\alpha_1 A^{m - 1} + \cdots + \alpha_{m-2}A^1\\
0 \times A^{-1} &= A^{m-1} + \alpha_1 A^{m-2} + \cdots + \alpha_{m-2}\end{align}\\
\implies \exists p_0\prime \in P, \text{deg}(p_0\prime) < \text{deg}(p_0) \Rightarrow \Leftarrow$$
Therefore, $\alpha_{m-1} \neq 0$, and we can by post-multiplication of $A^{-1}$ rearrange $p(A) = 0$ into
$$\begin{align} A^{-1} = -\frac{1}{\alpha_{m-1}}\left(A^{m-1} + \alpha_1 A^{m-2} + \cdots + \alpha_{m-2} A^0\right)\\
A^{-1}b = -\frac{1}{\alpha_{m-1}}\left(A^{m-1}b + \alpha_1 A^{m-2}b + \cdots + \alpha_{m-2}b\right)\end{align}$$
This portrayal of $A^{-1}b$ directly proves $(1)$. Furthermore, we can also infer that the $m^{th}$-order Krylov subspace sufficiently contains $x$, for some $m = \text{deg}(p_0) \leq n$.
However, we briefly commented earlier that these spanning vectors of $\mathcal{K}$ are not particularly "nice," since they may converge toward the largest eigenvector by the properties of power iteration. While theoretically useful for proving $A^{-1}b \in \mathcal{K}$, practically we desire a more robust representation of $\mathcal{K}$, namely an orthonormal basis.
Arnoldi Iteration
To develop the Arnoldi iteration, consider building an orthonormal basis for $\mathcal{K}(A, b)$ using the classical Gram-Schmidt process:
Given $q_1, \dots, q_k$ orthonormal basis for columns $1 \to k$ on $\mathcal{K}(A,b)$, construct the next $q_{k+1}$ such that $\{q_1, q_2, \dots, q_{k+1}\}$ is an orthonormal basis for columns $1 \to k + 1$. By Gram-Schmidt orthogonalization:
$$q_{k+1} =K_{k+1}^{(n)} - \sum_{i = 1}^k\text{proj}_{q_i}\left(K_{k+1}^{(n)}\right) = K_{k+1}^{(n)} - \sum_{i = 1}^k \left(q_i^T K_{k+1}^{(n)}\right) q_i \tag{2}$$
where $K^{(n)}_i$ is the $i$th column of an $n$-order Krylov matrix. There are two numerical issues with this approach:
- $K_i^{(n)}$ may get unacceptably large for large $i$.
- The algorithm is inherently unstable.
To solve the second issue, we can simply use the stabilized Gram-Schmidt process. For the first issue, we must reformulate $(2)$; specifically, we need to construct the normalized equivalent of $K_i^{(n)}$.
In order to build intuition, let's express orthonormal $q_1, q_2$, and $q_3$ without squaring $A$:
$$q_1 = \alpha_1 b, \hspace{2mm} q_2 = \alpha_2 \left(Ab - (q_1^TAb)q_1\right) = \frac{\alpha_2}{\alpha_1}\left(Aq_1 - (q_1^TAq_1)q_1\right)$$ where $\alpha$ are normalizing constants. Now consider $q_3$ from $(2)$:
$$\begin{align}q_3 &= K_3 - q_1^T K_3 q_1 - q_2^T K_3 q_2\\
&= A^2b - (q_1^TA^2b) q_1 - (q_2^TA^2b)q_2 \tag{3}\end{align}$$
then by definition of $q_1$ and $q_2$
$$A^2b = \frac{1}{\alpha_1}A(Aq_1) = \frac{1}{\alpha_1}A\left(\frac{\alpha_1}{\alpha_2}q_2 + \left(q_1^T A q_1\right)q_1\right)$$ into $(3)$:
$$\begin{align}q_3 &= A^2b - (q_1^TA^2b) q_1 - (q_2^TA^2b)q_2\\
&= \cdots\\
&= Aq_2 - \left(q_1^T Aq_2\right)q_1 - \left(q_2^T Aq_2\right)q_2\end{align}$$
where the normalizing constants have been omitted for brevity. Upon inspection, $Aq_k$ is the intuitive (and correct) choice to replace $K_{k+1}^{(n)}$. Such is the basis for a rigorous proof by induction, which is in the postscript. We can then rewrite $(2)$ as
$$q_{k+1} = Aq_k - \sum_{i = 1}^k \left(q_i^T Aq_k\right) q_i \tag{4}$$
Equivalently, $Aq_k = q_{k+1} + \sum_{i = 1}^k \left(q_i^T Aq_k\right) q_i$, which directly leads to a Hessenberg reduction $AQ_k=Q_{k+1}H_k$, a useful equality in deriving GMRES.
Our derivation is now complete: the stabilized version of $(4)$ (same as stabilizing Gram-Schmidt) is the Arnoldi iteration, which can be used to find eigenvalues and--in our case--to derive GMRES.
GMRES
GMRES is an iterative method that solves $Ax=b$, $A_{n\times n}$ non-singular, by iteratively finding an $x^* \in \mathcal{K}^{(i)}$ on each $i$th iteration such that $\Vert Ax^* - b \Vert_2$ is minimized. The core idea is to use Arnoldi iteration to generate a tractable basis for $\mathcal{K}^{(i)}$ and then solve the least-squares problem using QR factorization or a related method. By the $m$th iteration $x^*$ will have converged to $x$, where $m$ is the degree of the minimal polynomial associated with $A$, since $\mathcal{K}^{(m)}$ contains $x$ as proven earlier.
We begin by reformulating the least-squares problem:
$$\begin{align*}\min_{x^*}\Vert Ax^* -b \Vert_2 &= \min_{y^*}\Vert AQy^* -b \Vert_2\\
&= \min_{y^*}\Vert QHy^* -b \Vert_2\end{align*}$$
A pre-multiplication by $Q^T$ has no effect since $Q$ orthogonal.
$$\begin{align*}\min_{y^*}\Vert QHy^* -b \Vert_2 &= \min_{y^*}\Vert Q^T QHy^*-Q^Tb \Vert_2\\
&= \min_{y^*}\Vert Hy^* -Q^Tb \Vert_2\end{align*}$$
Since $Q_1 = \frac{b}{\Vert b \Vert}$ and $Q_k$ orthogonal to $b, k > 1$,
$$Q^Tb = \frac{b^T b}{\Vert b \Vert}e_1 = \Vert b \Vert e_1$$
Thus, the final least-squares problem becomes
$$\min_{y^*}\left|\left| Hy^* -\Vert b \Vert e_1 \right|\right|_2$$
Of note is that $A$ doesn't necessarily have to be singular in order to obtain a good solution. Future discussion topics include convergence, stability, extension to non-singular matrices, and applications.
Postscript


personal info
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4
years of experience
26
completed projects
18
Happycustomers
20
completed courses
My Skills
Django
javascript
css
html
Flask
jquery
react
SQL
Experience & Education
-
2019 - Present
Full stack Web Developer Freelance
working as full stack web developer using Django or Flask frameworks, Javascript/CSS/HTML, Sass, React, Redux, Jquery. Built e-commerce sites, business web sites, etc
-
2019 - Present
IT Security SpecialistGlobal Cloud
- Provide problem-solving services to network users(LAN, WLAN, WAN)
- Configuring Routers and Firewalls
- Maintain PBX Servers (configuring VoIP soft and hard phones(Yealink, Fanvil, Cisco, etc), Call Centers, Faxes, etc),Web-Servers (Nginx, Apache), Network Monitoring Servers (Nagios Core, Centrion, Grafana, Prometheus, Cacti) -
2014 - 2017
IT Support Sigma Group
- Designed and implemented LAN for the branch
- Maintained network infrastructure of company, troubleshooting reported problems, installed new hardware and software on PCs
- Configured and installed Linux firewall, security system SELinux
- Installed and configured basic services – HTTP, DNS, FTP, SSH, MSSQL on LInux Servers (CentOS, Ubuntu)
-
2020
TCSA cybersecurity courseTechnion - Israel Institute of Technology
Familiarity with MCSA Microsoft Server 2012,2016 (Active Directory, Server Management, Group policy).
- Vmware VCSA 6.5 and with VMware Certified Professional 6.5 - Data Center Virtualization Certification.
- Cisco CCNA (Routers and Switches).
- Microsoft Office (Excel, PowerPoint, Word, Outlook).
- Checkpoint R80.10 CCSA, Administration and Configuration.
- Ethical Hacking Kali Linux. -
2013
Master Degree National Academy of Internal Affairs, Kyiv
LLM
-
2009
Bachelor Degree Educational and Research Institute, Kyiv
LLB


A conversion script to generate Survey123 URLs for web maps
See the Esri Survey123 blog post on the Survey123 custom URL scheme for more information.
By Elliott Plack and GitHub contributors. Made with ♥ in Baltimore


Hello World
The smallest React example looks like this:
ReactDOM.render(

Hello, world!
,
document.getElementById('root')
);
It displays a heading saying “Hello, world!” on the page.
Click the link above to open an online editor. Feel free to make some changes, and see how they affect the output. Most pages in this guide will have editable examples like this one.
Introducing JSX
Consider this variable declaration:
const element =
Hello, world!
;
This funny tag syntax is neither a string nor HTML.
It is called JSX, and it is a syntax extension to JavaScript. We recommend using it with React to describe what the UI should look like. JSX may remind you of a template language, but it comes with the full power of JavaScript.
JSX produces React “elements”. We will explore rendering them to the DOM in the next section. Below, you can find the basics of JSX necessary to get you started.
Why JSX?
- React embraces the fact that rendering logic is inherently coupled with other UI logic: how events are handled, how the state changes over time, and how the data is prepared for display.
- Instead of artificially separating technologies by putting markup and logic in separate files, React separates concerns with loosely coupled units called “components” that contain both. We will come back to components in a further section, but if you’re not yet comfortable putting markup in JS, this talk might convince you otherwise.
- React doesn’t require using JSX, but most people find it helpful as a visual aid when working with UI inside the JavaScript code. It also allows React to show more useful error and warning messages.
- With that out of the way, let’s get started!
Embedding Expressions in JSX
In the example below, we declare a variable called name and then use it inside JSX by wrapping it in curly braces:
const name = 'Josh Perez';
const element =
Hello, {name}
;
ReactDOM.render(
element,
document.getElementById('root')
);
You can put any valid JavaScript expression inside the curly braces in JSX. For example, 2 + 2, user.firstName, or formatName(user) are all valid JavaScript expressions.
In the example below, we embed the result of calling a JavaScript function, formatName(user), into an
 element.
function formatName(user) {
return user.firstName + ' ' + user.lastName;
}
const user = {
firstName: 'Harper',
lastName: 'Perez'
};
const element = (

Hello, {formatName(user)}!

);
ReactDOM.render(
element,
document.getElementById('root')
);
We split JSX over multiple lines for readability. While it isn’t required, when doing this, we also recommend wrapping it in parentheses to avoid the pitfalls of automatic semicolon insertion.
Rendring Elements
Elements are the smallest building blocks of React apps.
An element describes what you want to see on the screen:
const element =
Hello, world
;
Unlike browser DOM elements, React elements are plain objects, and are cheap to create. React DOM takes care of updating the DOM to match the React elements.
Rendering an Element into the DOM
Let’s say there is a
 somewhere in your HTML file:

- We call this a “root” DOM node because everything inside it will be managed by React DOM.
- Applications built with just React usually have a single root DOM node. If you are integrating React into an existing app, you may have as many isolated root DOM nodes as you like.
- To render a React element into a root DOM node, pass both to ReactDOM.render():
const element =
Hello, world
;
ReactDOM.render(element, document.getElementById('root'));
It displays “Hello, world” on the page.
Components and Props
Components let you split the UI into independent, reusable pieces, and think about each piece in isolation. This page provides an introduction to the idea of components. You can find a detailed component API reference here.
Conceptually, components are like JavaScript functions. They accept arbitrary inputs (called “props”) and return React elements describing what should appear on the screen.
Function and Class Components
The simplest way to define a component is to write a JavaScript function:
function Welcome(props) {
return
Hello, {props.name}
;
}
This function is a valid React component because it accepts a single “props” (which stands for properties) object argument with data and returns a React element. We call such components “function components” because they are literally JavaScript functions.
You can also use an ES6 class to define a component:
class Welcome extends React.Component {
render() {
return
Hello, {this.props.name}
;
}
}
The above two components are equivalent from React’s point of view.
Classes have some additional features that we will discuss in the next sections. Until then, we will use function components for their conciseness.
Rendering a Component
Previously, we only encountered React elements that represent DOM tags:
const element =
;
However, elements can also represent user-defined components:
const element = <Welcome name="Sara" />;
- When React sees an element representing a user-defined component, it passes JSX attributes to this component as a single object. We call this object “props”.
- For example, this code renders “Hello, Sara” on the page:
function Welcome(props) {
return
Hello, {props.name}
;
}
const element = <Welcome name="Sara" />;
ReactDOM.render(
element,
document.getElementById('root')
);
Let’s recap what happens in this example:
- We call ReactDOM.render() with the <Welcome name="Sara" /> element.
- React calls the Welcome component with {name: 'Sara'} as the props.
- Our Welcome component returns a
Hello, Sara
 element as the result.
- React DOM efficiently updates the DOM to match
Hello, Sara
.
State and Lifecycle
This page introduces the concept of state and lifecycle in a React component. You can find a detailed component API reference here.
We have only learned one way to update the UI. We call ReactDOM.render() to change the rendered output:
function tick() {
const element = (

Hello, world!

It is {new Date().toLocaleTimeString()}.

);
ReactDOM.render(
element,
document.getElementById('root')
);
}
setInterval(tick, 1000);


AWS CloudTrail Trail DataResource
The
DataResource
property type specifies Amazon S3 objects for event selectors in a CloudTrail trail.
Data events are object-level API operations that access Amazon S3 objects, such as
GetObject
, DeleteObject
, and PutObject
.
You can specify up to 250 Amazon S3 buckets and object prefixes for a trail.
For more information, see DataResource
in the AWS CloudTrail API Reference.
DataResource
is a property of the EventSelector property type.
Syntax
To declare this entity in your AWS CloudFormation template, use the following syntax:
Properties
Type
-
The resource type to log data events for. You can specify the following values:
AWS::S3::Object
orAWS::Lambda::Function
.Required: Yes
Type: String
Update requires: No interruption
Values
-
A list of ARN-like strings for the specified Amazon S3 objects.
To log data events for all objects in all Amazon S3 buckets in your AWS account, specify the prefix as
arn:aws:s3:::
.To log data events for all objects in an Amazon S3 bucket, specify the bucket and an empty object prefix such as
arn:aws:s3:::bucket-1/
. The trail logs data events for all objects in this Amazon S3 bucket.To log data events for specific objects, specify the Amazon S3 bucket and object prefix such as
arn:aws:s3:::bucket-1/example-images
. The trail logs data events for objects in the bucket that match the prefix.Required: No
Type: List of String values
Update requires: No interruption


fun JesObject.toJson(): JSONObject
Convert a JesObject into a JSONObject
Author sliep
Receiver instance to be serialized
Return json object representing serialized class
See Also
JesSerializer.toJson


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My name is Jordan Christensen, and I am an iOS developer. I have had a passion for software for as long as I can remember, and becoming a software engineer has always been my dream. As a 14 year old, I wanted to create my own websites so I looked into website builders. After realizing how little customization website builders had, I decided to switch to HTML and CSS. Later, I wanted to make video games and computer applications so I turned to Java. Now, I am making apps for iOS in Swift and Objective-C.
Worked on a cross-functional, remote team of 12 developers to build an application that connects you with the events happening within a user's neighborhood. It possesses an intuitive search and filter feature and the ability to add any event to your calendar or get directions in maps.
On this project, I worked on the GraphQL implementation, maps, calendar, custom search and filtering, etc.
View Project on GithubHabit Hacker was built by myself and one other developer over the course of one week. It is an app that reminds users to complete tasks with enough repetition to become a habit. Sends daily notifications and uses a calendar and pie chart to track progress.
On this project, I implemented CloudKit, as well as Local Notifications, the JTAppleCalendar framework, and a custom navigation bar.
View Project on Github View Project on App StoreA beautiful music player with a design based in Neomorphism made to get a better understanding of SwiftUI.
View Project on GithubA pokédex to catalog and learn more about all of the Pokémon users find. This solo project was made to practice mixing Objective-C and Swift, while incorporating something that I have enjoyed for years, Pokémon.
View Project on GithubCompleted and endorsed by Lambda School: A year long computer science & software engineering program with an immersive hands-on curriculum focused on iOS and engaging Python, algorithms, data structures, graphs, Django, C, as well as other operating systems.
Learn MoreWorked as a customer service representative where I helped customers with product-related issues and orders.
Learn MoreLived in Shanghai, China for 2 years where I took AP Computer science and learned Java and the fundamentals of computers.
Learn More


Cacti - T. pachanoi
I find mescaline to be a ridiculously unpredictable drug, the three times I have ingested it over the past 6 months have all been totally different experiences, however the last two were so opposed to one another that I will think much more seriously about the circumstances in which I take mescaline again. The first experience was a fantastic trip, using Kerry's black-green plastic balls method (see cacti recipes). Myself and three other good male friends took what turned out to be a medium size dose, the trip was interesting for several reasons, but mostly because of the strong bond established very early in the trip between the four of us.
This led to a hilarious night where everyone seemed to be a comic genius, the conversation basically consisted of elaborate jokes that everyone slowly added to, it was fantastic and many of them have found their way into our normal lives. I highly doubt that any night for the rest of my live could eclipse the hilarity of that trip; the mindset was astonishing, I tend to be over-analytical in most aspects of my live, and any substance seems to magnify this, including the first time I took mescaline, it doesnít really bother me but this trip had a magic complacency to it, I could relax and know that I could say anything to my buds and not be judged.
The second trip was only twelve days later, at the same place, and all the guys from the previous trip plus eight others were ingesting, also, three or four others were present but not tripping. We brewed cacti from the same plant in the same way, which took about five hours due to the numbers, and ended up eating it at about 3 am, myself and T, whose was present the last time, went hell for leather, mainly because we feared there was not enough there, and thus ended up taking about 20 more balls than everyone else, around 70 I imagine. This trip came on remarkably quickly, like 45 minutes instead of the usual two hours, I wasnít tripping hard till three hours later but I could definitely feel it.
As usual with a large number of people tripping, we split into three groups, this was not pleasant, I couldnít help but think it seemed very unsociable, for the rest of the night I could never truly comprehend the people from the other groups, I simply couldnít read their expressions or tone of voice, it was very unnerving. Particularly disturbing were the girls there, six or so were tripping, and they were good friends, but I found it intensely uncomfortable being around them, the basic mental differences between girls and boys became glaringly obvious to me. None of the freedom of speech so important to the last trip was present or possible around the girls, and they cast collective judgements (mostly negative) freely, which was indescribably awful.
Eventually I gave up on trying to enjoy spending time with anyone but T, because I knew he was tripping as hard as I was I could comfortably relate to him, we had some good hallucinations and went swimming with a few others which was ridiculously fun. By 10 am everyone was back to normal and we got along fine, I donít think the girls realised that almost all the guys found them uncomfortable to trip with. Nevermind. As I said earlier, I will be more conscious of the circumstances I trip in from now. Good mates, preferably of the same gender, isolated from others, on exactly the same dose is the only way to trip.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


Adyen API Library for dotnet
The PosPayment service has the following methods. PosPayment constructor argument is IClient. Client should include a config with xapi key set for authentication.
With TerminalApiCloudAsync method you can send an asynchronous Sale to POI request using clound api. SaleToPOIRequest is part of Adyen.EcommLibrary.Model.Nexo.
With TerminalApiCloudSync method you can send an synchronous Sale to POI request using clound api. Similar to TerminalApiCloudAsync, the SaleToPOIRequest is part of Adyen.EcommLibrary.Model.Nexo.
With TerminalApiLocal method enables local communication using terminal api over https. Example endpoint name https://_terminal_:8443/nexo/. The local communication is using the same models with Cloud API.
Terminal API supports message encryption. For more information please refere to Adyen docs
//Create PosPayment
var posPayment = new PosPayment(client);
//Do terminal api request for local communication
var saleToPoiResponse= new posPayment.TerminalApiOLocal(paymentRequest, messageHeader, _encryptionCredentialDetails);
public static SaleToPOIRequest CreatePosPaymentRequest(string transactionType)
{
var saleToPoiRequest = new SaleToPOIRequest()
{
MessageHeader = new MessageHeader
{
MessageType = "Request",
MessageClass = "Service",
MessageCategory = "Payment",
SaleID = "POSSystemID12345",
POIID = "MX915-284251016",
ProtocolVersion = "3.0",
ServiceID = DateTime.Now.ToString("ddHHmmss")//this should be unique
},
Item = new PaymentRequest()
{
SaleData = new SaleData()
{
SaleToAcquirerData =<EMAIL_ADDRESS>SaleTransactionID = new TransactionIdentification()
{
TransactionID = "PosAuth",
TimeStamp = DateTime.Now
},
TokenRequested = "Customer",
},
PaymentTransaction = new PaymentTransaction()
{
AmountsReq = new AmountsReq()
{
Currency = "EUR",
RequestedAmount = 10100
}
},
PaymentData = new PaymentData()
{
Payment = transactionType
}
},
SecurityTrailer = new ContentInformationType(){}
};
return saleToPoiRequest;
}


Categories
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Topics:
- Introduction to HTML5 and Web Design
- How to Create a Simple Web Page
- How to Format Your Text
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- Creating Tables
- Forms
The instructor:
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CSS-Style Your Website-Tutorial
- Duration:
- Difficulty:
- Language:
- Price:
- 20 Lesson
- Beginner
- English
- 20$
×
Topics:
- Introduction to CSS: Why Use CSS?
- CSS Syntax
- HTML 5 and CSS
- Setting Up Web Pages with CSS
- Styling Text, Font, and Properties
- Styling Page Backgrounds
The instructor:
Mike Dane
×
Topics:
- Variable Naming Rules and JavaScript Data Types
- Expressions and Operators
- Flow Control
- Objects and Arrays
- Defining Functions and Methods
- Constructors and Inheritance
The instructor:
Krossing
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Topics:
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The instructor:
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Topics:
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- Node.js Module System
- File System and Command Line Ards
- Debugging Node.js
- Asynchornous Node.js
- Web servers
The instructor:
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Topics:
- History of cplus
- cplus Usage
- Features of cplus
- cplus Program Structure
- cplus Object Oriented
- cplus Inheritance
The instructor:
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Oracle DBA Beginner to Advance
- Duration:
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- intermediate
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Topics:
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- Inserting Data
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- Sorting and Filtering Data
The instructor:
TheNewBaghdad
MONGO DB Beginner to Advance
- Duration:
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- Price:
- 16 Lesson
- intermediate
- English
- 20$
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Topics:
- how to install and use MongoDB locally and in the cloud.
- how to perform CRUD operations on MongoDB databases.
- how to filter for data efficiently.
- how to work with both the Mongo Shell and drivers.
- how to increase performance by using indexes.
- what replica sets and sharding are.
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The Net Ninja
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{% extends "layout.html" %} {% block content %}
test dashboard implement using plotly with js dash might slow app down


http://www.susangranger.com/
Susan Granger's review of "DUNGEONS & DRAGONS" (New Line Cinema)
What's in your imagination is usually far better than what filmmakers can project on the screen and never was that more true than with this tedious sword & sorcery epic that lifts liberally from "Star Wars," "Raiders of the Lost Ark," "Hercules," "Xena: Warrior Princess" and the old "Sinbad" movies. Based on an elaborate role-playing game which has intrigued young minds since 1974, the plot revolves around a young thief (Justin Whalin), his buddy (Marlon Wayans), and a pretty magician (Zoe McLellan) who become embroiled in a battle between the idealistic Empress of Izmer (Thora Birch), who wants equality and prosperity for all her people, and the evil sorcerer Profion (Jeremy Irons), who wants to depose her. Since the Empress has a scepter to summon Golden Dragons, Profion dispatches his henchman (Bruce Payne) to find the Rod of Savrille that summons a stronger species, the Red Dragons. Written by Topper Lilien & Carroll Cartwright and directed by Courtney Solomon, it's quite confusing and complicated. The acting, however, is abominable. Justin Whalin - dismissed by the villain as "Pretty Boy" - smirks and struts like Han Solo, while Marlon Wayans mugs outrageously in a JarJar Binks imitation and Thora Birch does her Princess Leia routine. Jeremy Irons is ludicrous with his leers, and Bruce Payne has a perpetual sneer on his metallic blue lips. So where's the $36 million budget? Visual effects. I did like the elves with their Vulcan ears, but movies based on games rarely satisfy their core audience. Remember "The Super Mario Brothers" and "Clue"? On the Granger Movie Gauge of 1 to 10, "Dungeons & Dragons" is a cheap, cheesy 3. At one point, Wayans wails, "This is dumb, dumb, dumb." I agree. And Payne promises, "It was a mistake. It will not happen again." One hopes.
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Class: Aws::DataSync::Types::UpdateLocationSmbRequest
| Relationships & Source Files | |
| Super Chains via Extension / Inclusion / Inheritance | |
|
Class Chain:
self,
Struct
|
|
|
Instance Chain:
self,
::Aws::Structure ,
Struct
|
|
| Inherits: |
Struct
|
| Defined in: | gems/aws-sdk-datasync/lib/aws-sdk-datasync/types.rb |
Overview
Constant Summary
Instance Attribute Summary
-
#agent_arns ⇒ Array<String>
rw
The Amazon
::Aws::DataSync::Resource
Names (ARNs) of agents to use for a Simple Message Block (SMB) location. -
#domain ⇒ String
rw
The name of the Windows domain that the SMB server belongs to.
-
#location_arn ⇒ String
rw
The Amazon
::Aws::DataSync::Resource
Name (ARN) of the SMB location to update. -
#mount_options ⇒ Types::SmbMountOptions
rw
Specifies the version of the Server Message Block (SMB) protocol that
::Aws::DataSync
uses to access an SMB file server. -
#password ⇒ String
rw
The password of the user who can mount the share has the permissions to access files and folders in the SMB share.
-
#subdirectory ⇒ String
rw
The subdirectory in the SMB file system that is used to read data from the SMB source location or write data to the SMB destination.
-
#user ⇒ String
rw
The user who can mount the share has the permissions to access files and folders in the SMB share.
Instance Method Summary
::Aws::Structure
- Included
| #to_hash | Alias for Structure#to_h. |
Instance Attribute Details
#agent_arns ⇒ Array
<String
> (rw)
The Amazon ::Aws::DataSync::Resource
Names (ARNs) of agents to use for a Simple
Message Block (SMB) location.
# File 'gems/aws-sdk-datasync/lib/aws-sdk-datasync/types.rb', line 5333
class UpdateLocationSmbRequest < Struct.new( :location_arn, :subdirectory, :user, :domain, :password, :agent_arns, : ) SENSITIVE = [:password] include Aws::Structure end
#domain ⇒ String
(rw)
The name of the Windows domain that the SMB server belongs to.
# File 'gems/aws-sdk-datasync/lib/aws-sdk-datasync/types.rb', line 5333
class UpdateLocationSmbRequest < Struct.new( :location_arn, :subdirectory, :user, :domain, :password, :agent_arns, : ) SENSITIVE = [:password] include Aws::Structure end
#location_arn ⇒ String
(rw)
The Amazon ::Aws::DataSync::Resource
Name (ARN) of the SMB location to update.
# File 'gems/aws-sdk-datasync/lib/aws-sdk-datasync/types.rb', line 5333
class UpdateLocationSmbRequest < Struct.new( :location_arn, :subdirectory, :user, :domain, :password, :agent_arns, : ) SENSITIVE = [:password] include Aws::Structure end
#mount_options ⇒ Types::SmbMountOptions (rw)
Specifies the version of the Server Message Block (SMB) protocol
that ::Aws::DataSync
uses to access an SMB file server.
# File 'gems/aws-sdk-datasync/lib/aws-sdk-datasync/types.rb', line 5333
class UpdateLocationSmbRequest < Struct.new( :location_arn, :subdirectory, :user, :domain, :password, :agent_arns, : ) SENSITIVE = [:password] include Aws::Structure end
#password ⇒ String
(rw)
The password of the user who can mount the share has the permissions to access files and folders in the SMB share.
# File 'gems/aws-sdk-datasync/lib/aws-sdk-datasync/types.rb', line 5333
class UpdateLocationSmbRequest < Struct.new( :location_arn, :subdirectory, :user, :domain, :password, :agent_arns, : ) SENSITIVE = [:password] include Aws::Structure end
#subdirectory ⇒ String
(rw)
The subdirectory in the SMB file system that is used to read data from the SMB source location or write data to the SMB destination. The SMB path should be a path that's exported by the SMB server, or a subdirectory of that path. The path should be such that it can be mounted by other SMB clients in your network.
Subdirectory
must be specified with forward slashes. For example,
/path/to/folder
.
To transfer all the data in the folder that you specified, ::Aws::DataSync
must have permissions to mount the SMB share and to access all the
data in that share. To ensure this, do either of the following:
Ensure that the user/password specified belongs to the user who can mount the share and who has the appropriate permissions for all of the files and directories that you want DataSync to access.
Use credentials of a member of the
::Aws::Backup
Operators group to mount the share.
Doing either of these options enables the agent to access the data. For the agent to access directories, you must also enable all execute access.
# File 'gems/aws-sdk-datasync/lib/aws-sdk-datasync/types.rb', line 5333
class UpdateLocationSmbRequest < Struct.new( :location_arn, :subdirectory, :user, :domain, :password, :agent_arns, : ) SENSITIVE = [:password] include Aws::Structure end
#user ⇒ String
(rw)
The user who can mount the share has the permissions to access files and folders in the SMB share.
# File 'gems/aws-sdk-datasync/lib/aws-sdk-datasync/types.rb', line 5333
class UpdateLocationSmbRequest < Struct.new( :location_arn, :subdirectory, :user, :domain, :password, :agent_arns, : ) SENSITIVE = [:password] include Aws::Structure end


original image
edge detection
roughen and highlight
simple embossing
complex embossing
morphology
turbulence


The Separate and Gather Images plugin allows you to separate selected images or all images into independent JS9 displays. The topmost (selected) image remains in place, and new displays are created for the others. The presence or absence of a menubar, toolbar, and colorbar in the topmost image will be replicated in the new displays.
You also can gather selected images or all images into the current display.
When separating images, the plugin allows you to choose between three layouts:
The options to separate all and gather all images can also be found in the File menu (using the auto layout).


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| Top |
NcmStatsDistKernelNcmStatsDistKernel — An N-dimensional kernel used to compute the kernel density estimation function (KDE) in the NcmStatsDist class. |
Functions
Object Hierarchy
GObject ╰── NcmStatsDistKernel ├── NcmStatsDistKernelGauss ╰── NcmStatsDistKernelST
Description
An N-dimensional kernel used to compute the kernel density estimation function (KDE) in the NcmStatsDist class.
This class provides the tools to generate a kernel function to be used in a kernel density estimation method. Below is a quick review of the kernel density estimation method and some properties of the kernel function, which are generalized for multidimensional problems. For further information, check [Density Estimation for Statistics and Data Analysis, B.W. Silverman].
Starting with the uni-dimensional case, let $X_1,...,X_n$ be independent and identically distributed (iid) samples drawn from a distribution $f(x)$. The kernel density estimation of the function is \begin{align} \tilde{f}(x) = \sum_{i=1}^{n}K\left(\frac{x-x_i}{h}\right) ,\end{align} where $K$ is the kernel function and $h$ is the bandwidth parameter. The kernel density estimator function must be close to the true density function $f(x)$, which can be tested by analyzing whether the estimator provides similar expected values as the function $f(x)$, that is, the function $\tilde{f}(x)$ must minimize the mean square error (MSE) \begin{align} \label{eqmse} MSE_x(\tilde{f}) = E\left[\tilde{f}(x) - f(x)\right]^2 ,\end{align} where $E$ represents the expected value. This value depends on the choice of the kernel function, the data and the bandwidth. If the estimator $\tilde{f}(x)$ is close enough to the true function, it shall be used to generate samples that are distributed by $f(x)$.
The kernel $K$ is a symmetric function that must satisfy \begin{align} &\int K(x)~dx = 1 .\end{align} Usually, the kernel function is a symmetric probability density function that is easy to sample from, but it is totally under the user's control. Using simple kernels, such as the Gaussian kernel, makes the kernel density estimator method a better alternative to generate samples when the desired distribution is a complicated function.
For the multidimensional case, given i.i.d d-dimensional sample points $X_1,.., X_n$ distributed by $f(x)$, the multivariate kernel density estimator function $\tilde{f}(x)$ is given by \begin{align} \tilde{f}(x) = \frac{1}{h^d} \sum_{i=1}^n w_i K\left(\frac{x-x_i}{h}, \Sigma_i\right) ,\end{align} where $\Sigma_i$ is the covariance matrix of the $i$-th point (the kernels used in this library depend on the covariance matrix), $d$ is the dimension and $w_i$ is the weight attached to each kernel to find the minimal error in equation \eqref{eqmse}.
The methods in this class define the type of kernel $K$, compute the bandwidth factor $h$, evaluate the kernel function at a given $d$-dimensional point $x$ or at a given vector of points $\vec{x}$, and, given the weights $w_i$, compute the kernel density estimation function $\tilde{f}(x)$.
Besides the function ncm_stats_dist_kernel_get_dim()
, this class object only has virtual methods.
Therefore, to use this object, the user must initialize one of the child objects (NcmStatsDistKernelGauss or NcmStatsDistKernelST).
Inside the child objects are the implemented functions, which must be defined for each specific type of kernel function.
Check the childs documentations for more information. More information about how the algorithm should be implemented is described below:
-This class is implemented in the NcmStatsDist class, where the NcmStatsDistKernel class shall define the type of kernel used in the interpolation function in NcmStatsDist and how to compute values such as the weighted sum of the kernels, the bandwidth, and so on. Yet, the user may use these class objects to perform other kernel calculations, although some of the methods are not implemented outside the NcmStatsDist class.
-This class does not possess the methods to compute the weights of each kernel. You may find this method in the NcmStatsDist class.
-Every child object of this class can be used either in the NcmStatsDistKDE class or in the NcmStatsDistVKDE class.
Functions
ncm_stats_dist_kernel_ref ()
NcmStatsDistKernel *
ncm_stats_dist_kernel_ref (NcmStatsDistKernel *sdk
);
Increase the reference of sdk
by one.
ncm_stats_dist_kernel_free ()
void
ncm_stats_dist_kernel_free (NcmStatsDistKernel *sdk
);
Decrease the reference count of sdk
by one.
ncm_stats_dist_kernel_clear ()
void
ncm_stats_dist_kernel_clear (NcmStatsDistKernel **sdk
);
Decrease the reference count of stats_dist_nd_kde_gauss
by one, and sets the pointer *sdk
to
NULL.
ncm_stats_dist_kernel_get_dim ()
guint
ncm_stats_dist_kernel_get_dim (NcmStatsDistKernel *sdk
);
Gets current kernel dimension.
[virtual get_dim]
ncm_stats_dist_kernel_get_rot_bandwidth ()
gdouble ncm_stats_dist_kernel_get_rot_bandwidth (NcmStatsDistKernel *sdk
,const gdouble n
);
Computes the rule-of-thumb bandwidth for a interpolation
using n
kernels.
[virtual get_rot_bandwidth]
ncm_stats_dist_kernel_get_lnnorm ()
gdouble ncm_stats_dist_kernel_get_lnnorm (NcmStatsDistKernel *sdk
,NcmMatrix *cov_decomp
);
Computes the kernel normalization for a given covariance cov_decomp
.
[virtual get_lnnorm]
ncm_stats_dist_kernel_eval_unnorm ()
gdouble ncm_stats_dist_kernel_eval_unnorm (NcmStatsDistKernel *sdk
,const gdouble chi2
);
Computes the unnormalized kernel at $\chi^2=$chi2
.
[virtual eval_unnorm]
ncm_stats_dist_kernel_eval_unnorm_vec ()
void ncm_stats_dist_kernel_eval_unnorm_vec (NcmStatsDistKernel *sdk
,NcmVector *chi2
,NcmVector *Ku
);
Computes the unnormalized kernel at $\chi^2=$chi2
for all elements of chi2
and store the results at Ku
.
[virtual eval_unnorm_vec]
ncm_stats_dist_kernel_eval_sum0_gamma_lambda ()
void ncm_stats_dist_kernel_eval_sum0_gamma_lambda (NcmStatsDistKernel *sdk
,NcmVector *chi2
,NcmVector *weights
,NcmVector *lnnorms
,NcmVector *lnK
,gdouble *gamma
,gdouble *lambda
);
Computes the weighted sum of kernels at $\chi^2=$chi2
(the density estimator function),
$$ e^\gamma (1+\lambda) = \sum_i w_i\bar{K} (\chi^2_i) / u_i,$$
where $\gamma = \ln(w_a\bar{K} (\chi^2_a) / u_a)$ and $a$ labels
is the largest term of the sum. This function shall be used when
each kernel has a different normalization factor.
[virtual eval_sum0_gamma_lambda]
Parameters
sdk |
||
chi2 |
||
weights |
||
lnnorms |
||
lnK |
a NcmVector to store the logarithm of the kernels |
|
gamma |
$\gamma$. |
[out] |
lambda |
$\lambda$. |
[out] |
ncm_stats_dist_kernel_eval_sum1_gamma_lambda ()
void ncm_stats_dist_kernel_eval_sum1_gamma_lambda (NcmStatsDistKernel *sdk
,NcmVector *chi2
,NcmVector *weights
,gdouble lnnorm
,NcmVector *lnK
,gdouble *gamma
,gdouble *lambda
);
Computes the weighted sum of kernels at $\chi^2=$chi2
(the density estimator function),
$$ e^\gamma (1+\lambda) = \sum_i w_i\bar{K} (\chi^2_i) / u,$$
where $\gamma = \ln(w_a\bar{K} (\chi^2_a) / u)$ and $a$ labels
is the largest term of the sum. This function shall be used when
all the kernels have the same normalization factor.
[virtual eval_sum1_gamma_lambda]
Parameters
sdk |
||
chi2 |
||
weights |
||
lnnorm |
a double |
|
lnK |
a NcmVector to store the logarithm of the kernels |
|
gamma |
$\gamma$. |
[out] |
lambda |
$\lambda$. |
[out] |
ncm_stats_dist_kernel_sample ()
void ncm_stats_dist_kernel_sample (NcmStatsDistKernel *sdk
,NcmMatrix *cov_decomp
,const gdouble href
,NcmVector *mu
,NcmVector *y
,NcmRNG *rng
);
Generates a random vector from the kernel distribution
using the covariance cov_decomp
, bandwidth href
and
location vector mu
. The result is stored in y
.
[virtual sample]
Parameters
sdk |
||
cov_decomp |
Cholesky decomposition of the kernel covariance |
|
href |
kernel bandwidth |
|
mu |
kernel location vector |
|
y |
output vector |
|
rng |
a NcmRNG |
Property Details
The “dimension”
property
“dimension” guint
Kernel dimension.
Owner: NcmStatsDistKernel
Flags: Read / Write / Construct Only
Allowed values: >= 2
Default value: 2


Heavy Tasting
July 14th - Bastille Day, with over a million people celebrating on the Champs-Elysees, and no doubt a similar number at home for Dad's birthday. Appropriately enough, though, I spent the day in the Barossa Valley, South Australia, one of the country's premier wine-producing regions. Iain and I travelled up in his green monster of a car for an afternoon of tasting (not without a near burst tyre and an emergency stop at the garage).
We arrived at about 1 in the aftrenoon, and checked into the Bunkhaus, in Nuriootpa, and set off on our hired bikes to check out some wineries. The first stop was the world-famous Penfolds winery, then we managed to get round about 6 others by 5 o'clock. Including Stanley Brother's, whose motto was: "Life's too short to drink bad wine"!! Top stuff. We then retired to the hostel with a couple of bottles of plonk, where we gorged on pizza in front of the real wood fire. Great stuff.
Next day we headed back after making some choice purchases, and in the evening I met up with Carl and Kerry whom I used to work with at Sprowston Manor in Norwich. They took me out for a fine dinner in North Adelaide, and paid the bill. Couldn't complain!
Back to the main page


| Joker | -1 |
| Red King | 0 |
| Ace | 1 |
| 2-10 | 2-10 |
| Jack | 11 |
| Queen | 12 |
| Black King | 13 |
| 7/8 | Look at own |
| 9/10 | Look at theirs |
| J/Q | Blind swap |
| Black K | Look & swap |
!!! To play, please open your browser console !!!
Have lowest total card value in your hand, at the end of the game. See table above for values per card.
Each player is dealt 4 unrevealed cards split into two rows, face-down in front of them.
The remaining deck is placed faced down in the middle of the table, with adjacent space for a discard pile.
All players can pick up and look at their nearest two cards, and then place them back down again.
Hint: You should try to memorise these cards and in which position they lie once placed back on the
table.
Once all players have put their cards back down and ready to begin, the dealer will turn the first card over and
place it face up to initiate the discard pile.
Now players commence their turns.
The player must pick up either the top card from either the discard pile or the faced-down deck. The player can
choose to either keep the card, or throw it away.
By keeping the card, the player must swap it for any one of their own cards, placing the replaced card face up
in the discard pile.
Hint: Remember the objective is to collect the lowest total value, so you want to replace your high-value
cards with low-value cards
If the player picked up a 7,8,9,10,J,Q, or Black K from the deck and immediately discards it, they can do
a special move.
The player may look at one of their own cards briefly before putting it back in the same place.
The player may look at one of someone else's cards briefly before putting it back in the same place.
The player can blind-swap one of their cards for someone else's.
The player can look at one of their cards, and one of someone else's, and then choose to swap.
There are actions players can take at any time even when it isn't their turn.
If a card is discarded, and a player thinks one of their cards has the same number or face, they may "slam"
their card.
This means taking that card and placing it face-up on the discard pile. However, once a slam has taken place,
their can be no further slams until different card is discarded.
The player who successfully slammed first now has one less card to count at the end of the game
If the player slams a card which doesn't match the number or face of the previous card, they must take their
card back and be dealt another card faced-down to their collection.
... Similarly, if a player thinks an opponent's card matches the face or value of the last-discarded card, they
may try to slam that card.
Again, if they get it wrong, the mistaken card is replaced, and the offender must collect a new card for their
own collection.
When a player believes they have a winning hand, instead of picking up a card on their turn, they call "Cabo".
Their cards are locked and no-one can touch them.
The remaining players each take a final turn (but cannot call "Cabo" themselves).
Once the final player has had their turn, all the cards are revealed.
The winner is the player with the lowest total card value. The winner gets first turn in the next round.
If there is a draw, the player with the least total number of cards winds.
If there is still a draw, then the person who called "Cabo" loses and the other player wins.
If there is still a draw and neither of the players called "Cabo", then the game remains a draw.


land sq. forest landscape OpenUrl area cover probability classification time study use fallow areas change &; images km. using pp. Science View changes converted dense agricultural landscape. use/cover Markov analysis data map tiger transition India New information natural open population present Download Land Remote Tiger classes different environmental habitat mining scrubland tropical year CrossRef India, Madhya Open Web accuracy dynamics forests growth hybrid showed species state type India. Indian National Table approach assessment barren changing classified decadal economic frame getting image increase maps matrix method methods reserves sensing spatial total vegetation Central Conservation Ecology Gujarat development diversity ecosystem important increased km) large major near predicted sites supervised temporal urban used <;/div>;" ;<;span Abstract Deccan Environmental Figure International Landscape MODIS Peninsula Pradesh Rajasthan Semi-Arid Turner Use abandoned activities agriculture caused chain covering crop data-hide-link-title=""> data-icon-position="" deciduous detection disturbance ecological figure frame, global identified impact industrialization inline management mentioned new people popup protected provide rate remote satellite structure tab table: techniques time. types water wild wildlife xmlns=";http://www.w.org//xhtml";


PostCSS can transform styles in any syntax, and is not limited to just CSS. By writing a custom syntax, you can transform styles in any desired format.
Writing a custom syntax is much harder than writing a PostCSS plugin, but it is an awesome adventure.
There are 3 types of PostCSS syntax packages:
A good example of a custom syntax is SCSS. Some users may want to transform SCSS sources with PostCSS plugins, for example if they need to add vendor prefixes or change the property order. So this syntax should output SCSS from an SCSS input.
The syntax API is a very simple plain object, with parse
& stringify
functions:
module.exports = {
parse: require('./parse'),
stringify: require('./stringify')
};
A good example of a parser is Safe Parser, which parses malformed/broken CSS. Because there is no point to generate broken output, this package only provides a parser.
The parser API is a function which receives a string & returns a Root
node.
The second argument is a function which receives an object with PostCSS options.
var postcss = require('postcss');
module.exports = function (css, opts) {
var root = postcss.root();
// Add other nodes to root
return root;
};
There are many books about parsers; but do not worry because CSS syntax is very easy, and so the parser will be much simpler than a programming language parser.
The default PostCSS parser contains two steps:
['space', '\n ']
token, and detects strings to a ['string', '"\"{"']
token.Parsing input is often the most time consuming task in CSS processors. So it is very important to have a fast parser.
The main rule of optimization is that there is no performance without a benchmark. You can look at PostCSS benchmarks to build your own.
Of parsing tasks, the tokenize step will often take the most time, so its performance should be prioritized. Unfortunately, classes, functions and high level structures can slow down your tokenizer. Be ready to write dirty code with repeated statements. This is why it is difficult to extend the default PostCSS tokenizer; copy & paste will be a necessary evil.
Second optimization is using character codes instead of strings.
// Slow
string[i] === '{';
// Fast
const OPEN_CURLY = 123; // `{'
string.charCodeAt(i) === OPEN_CURLY;
Third optimization is “fast jumps”. If you find open quotes, you can find
next closing quote much faster by indexOf
:
// Simple jump
next = string.indexOf('"', currentPosition + 1);
// Jump by RegExp
regexp.lastIndex = currentPosion + 1;
regexp.text(string);
next = regexp.lastIndex;
The parser can be a well written class. There is no need in copy-paste and hardcore optimization there. You can extend the default PostCSS parser.
Every node should have source
property to generate correct source map.
This property contains start
and end
properties with { line, column }
,
and input
property with an Input
instance.
Your tokenizer should save the original position so that you can propagate the values to the parser, to ensure that the source map is correctly updated.
A good PostCSS parser should provide all information (including spaces symbols) to generate byte-to-byte equal output. It is not so difficult, but respectful for user input and allow integration smoke tests.
A parser should save all additional symbols to node.raws
object.
It is an open structure for you, you can add additional keys.
For example, SCSS parser saves comment types (/* */
or //
)
in node.raws.inline
.
The default parser cleans CSS values from comments and spaces.
It saves the original value with comments to node.raws.value.raw
and uses it,
if the node value was not changed.
Of course, all parsers in the PostCSS ecosystem must have tests.
If your parser just extends CSS syntax (like SCSS or Safe Parser), you can use the PostCSS Parser Tests. It contains unit & integration tests.
A style guide generator is a good example of a stringifier. It generates output HTML which contains CSS components. For this use case, a parser isn't necessary, so the package should just contain a stringifier.
The Stringifier API is little bit more complicated, than the parser API. PostCSS generates a source map, so a stringifier can’t just return a string. It must link every substring with its source node.
A Stringifier is a function which receives Root
node and builder callback.
Then it calls builder with every node’s string and node instance.
module.exports = function (root, builder) {
// Some magic
var string = decl.prop + ':' + decl.value + ';';
builder(string, decl);
// Some science
};
PostCSS default stringifier is just a class with a method for each node type and many methods to detect raw properties.
In most cases it will be enough just to extend this class, like in SCSS stringifier.
A builder function will be passed to stringify
function as second argument.
For example, the default PostCSS stringifier class saves it
to this.builder
property.
Builder receives output substring and source node to append this substring to the final output.
Some nodes contain other nodes in the middle. For example, a rule has a {
at the beginning, many declarations inside and a closing }
.
For these cases, you should pass a third argument to builder function:
'start'
or 'end'
string:
this.builder(rule.selector + '{', rule, 'start');
// Stringify declarations inside
this.builder('}', rule, 'end');
A good PostCSS custom syntax saves all symbols and provide byte-to-byte equal output if there were no changes.
This is why every node has node.raws
object to store space symbol, etc.
Be careful, because sometimes these raw properties will not be present; some nodes may be built manually, or may lose their indentation when they are moved to another parent node.
This is why the default stringifier has a raw()
method to autodetect raw
properties by other nodes. For example, it will look at other nodes to detect
indent size and them multiply it with the current node depth.
A stringifier must have tests too.
You can use unit and integration test cases from PostCSS Parser Tests. Just compare input CSS with CSS after your parser and stringifier.


--- layout: post status: publish published: true title: BizTalk Send Handlers/SSO Bug? author: display_name: Tomas Restrepo login: tomasr email<EMAIL_ADDRESS>url: http://winterdom.com/ author_login: tomasr author_email<EMAIL_ADDRESS>author_url: http://winterdom.com/ wordpress_id: 1330 wordpress_url: http://winterdom.com/2010/12/biztalk-send-handlerssso-bug date: '2010-12-17 14:57:42 +0000' date_gmt: '2010-12-17 14:57:42 +0000' categories: - BizTalk tags: [] comments: - id: 1635 author: BizTalk Send Handlers/SSO Bug? author_email: '' author_url: http://codebix.com/posts/post/152985/BizTalk-Send-HandlersSSO-Bug date: '2010-12-17 16:24:17 +0000' date_gmt: '2010-12-17 16:24:17 +0000' content: "[...] specific case came up when changing the Windows User Group associated with a BizTalk Host when... [full post] Tomas Restrepo Winterdom biztalk \ 0 0 0 0 0 [...]" ---
My good friend Carlos ran into a situation while working with one of his clients that seems to be triggering what looks like a bug in BizTalk Server 2010. The specific case came up when changing the Windows User Group associated with a BizTalk Host when that host is already associated as a Send Handler for an adapter.
Apparently, when doing the change, BizTalk will correctly update the information stored in the Enterprise Single Sign-On (ENTSSO) database (SSODB) for Receive Handlers, but not with Send Handlers, which leaves the system generating errors when the host later tries to access the SSODB to access the stored adapter settings.
Here’s the repro instructions:
ssodb.dbo.SSOX_ApplicationInfo
table, you should see an entry associated with FILE_TL_BTTestHost, so that’s our newly created send handler. You’ll notice that the ai_admin_group_name
column has the value ”BizTalk Application Users”, as expected. SSOX_ApplicationInfo
table again, you’ll notice that the row FILE_TL_BTTestHost still has the same value on the ai_admin_group_name
column referencing the original group associated with the host, not the new group we assigned to it. This causes the access denied error for the host instance, because the host user is not considered to have access to the SSODB to read the adapter settings. The ugly part is that working around this problem requires you to delete the original Send Handler and recreating it, which requires you to move all send ports already associated with it one by one.


Scrabble Score
Enter a word to find the Scrabble score for:
Score
The Scrabble score of "
" is:
*
*Does not take into account special scoring squares on the board, like double letter score or triple word score.
Try playing your word on those squares for more points. Just a friendly tip.


{% extends "base.html" %} {% load static %} {% block header %}
The target is the variable you want to predict using your dataset. Make sure to use only one column containing numerical values


This portal allows
system administrators to instantiate services on the INFN Cloud Infrastructure.
In order to be able to
use INFN Cloud resources, the following
mandatory conditions need to be fulfilled:
- You have a verified digital identity (LoA2) on INFN-AAI:
- if you don’t have a verified digital identity, connect to https://signup.app.infn.it/ to self-register and to get an account on INFN-AAI. Documentation (unfortunately only in Italian) on this process is available here.
After this self-registration process, connect to the INFN-AAI User Portal using your INFN-AAI account to complete the digital identity registration. In this process you will have to choose where (the INFN site) you want to be identified, and the person that will have to approve your request. Documentation (unfortunately only in Italian) on this process is available here. You will then be contacted by an INFN secretariat person for your identification.
- You have attended the “Corso di Sicurezza Informatica - BASE”. To attend the “Corso di Sicurezza Informatica - BASE”, please use this link.
- You declare to have read and accepted the INFN rules for the use of IT resources:
- You have received the system administrator designation from the Director of your INFN Section or
Laboratory, mentioning the following scope of operation: “INFN-CLOUD (as administrator user)”
- You need to apply here for an INFN Cloud IAM account (your registration request will be approved upon verification of the above-mentioned requirements)


CareBear is an interactive physical + digital creature. I recommend you to place it on your bedside table. When you see the blue light is on, that means the room light is turned on in your partner's place. Try to hold its hand, then you'll see the red light turned on. And this intimate action will also be sent to your partners board and can be noticed in the form of light color changing. It is also connected to the webpage, a digital version, revealing the unspoken, hidden feeling of this little bear. You'll see the interactive warm background light and vibrate heart beating.
Use the LEDs and pressure sensors and motor to build the creature. It's a little creature observing the status of the laptop. Led and motor will respond to the pressing of some keyboard like "!""?""0"(lucky number). Yes,it is super "emotional"
How can I package my creature as a comprehensive product？ How should I consider my visual language? Until now, the creature is more like a prototype, can generally convey my concept. Think more about how to intendedly select my materials, the package, the images I'm using. Clarify what I want to expose through the interaction. And maybe, for who?


History entry
More...
◆ InitFromData()
| void TicTacToe.HistoryEntry.InitFromData |
( |
GameData |
gameData | ) |
|
Init from game data
- Parameters
-
| gameData | game data to init from |
◆ cpuWinColor
| Color TicTacToe.HistoryEntry.cpuWinColor |
|
private |
Color to use when CPU won the game
◆ date
| TMP_Text TicTacToe.HistoryEntry.date |
|
private |
◆ drawWinColor
| Color TicTacToe.HistoryEntry.drawWinColor |
|
private |
Color yo use when it was a draw
◆ humanWinColor
| Color TicTacToe.HistoryEntry.humanWinColor |
|
private |
Color to use when player won the game
◆ playerName
| TMP_Text TicTacToe.HistoryEntry.playerName |
|
private |
Player name chosen when play has been done
◆ winStatus
| TMP_Text TicTacToe.HistoryEntry.winStatus |
|
private |
Win status (Human, cpu, draw)
The documentation for this class was generated from the following file:


Hadith Search: Enter your English or Arabic search query into the search bar below.
The Hadith Database Project (HDP) team at the Academy for Learning Islam
(A.L.I.) has collected Shi`i Islamic Hadith from available translations
online and in print from renown primary sources. Alhamdu lillāh, we have
so far gathered over 35,000 Hadith in Arabic with corresponding translation
in English. The objective of the HDP is to provide easy to search Shi'i
Islamic Hadith online. A.L.I. is not responsible for the contents and
translations of these hadith.
Our collection currently consists of the following works:
Ghurar Al-Hikam
Kāmil al-Ziyārat
Al-Kafi
Al-Mufīd's Al-Āmālī
Mu‘jam al-Mu’tabara
Nahj
Al-Balagha
Al-Sadūq's
Kitāb al-Tawhīd
Al-Khisāl
Mīzān
Al-Hikmah
Mishkāt Al-Anwar
Uyūn Al-Akhbār Al-Rida
If you find any mistakes in the text of the hadith or its translation, or
if you are interested checking and/or editing the translations of the hadith
found in this database, please email
us.
pledge
or
allegiance
.
"pledge allegiance"
. Multiple terms can be combined together
with Boolean operators to form a more complex query (see below).
nea?
Multiple character wildcard searches looks for 0 or more characters. To search for
test, tests or testers, you can use the search test*
You can also use the wildcard searches in the middle of a term, such as
in "te*t"
.
Note: You cannot use a * or ? symbol as the first character of a search.
"swore~"
.
This search will find terms like swore, snore, score, etc.
Furthermore, an optional parameter can specify the required similarity. The value is between
0 and 1, with a value closer to 1 only terms with a higher similarity will be matched.
swore~0.7
will yield only results that are close to the original
query,
such as swore, score, etc.
A search query swore~0.3
will yield results that are slightly similar to the
original query, such as swore, stone, swords, etc. The default that is used if the parameter is not given is 0.5.
"pledge migration"~10
. This will yield
results in
which the words pledge and migration are separated by no more than 10 words.
This is extremely useful when you only know the context of what you are searching for.
pledge^4 hijrah
This will make results with the term pledge appear more relevant. You can also boost Phrase Terms as in the example:
"pledge of allegiance"^5
requested.
By default, the boost factor is 1. Although the boost factor must be positive, it can be less than 1 (e.g. 0.2)
+pledge allegiance
"pledge allegiance" -"allegiance to the
Messenger"
.


Pets - This sample adopts the simple pet identification system to Java Server Pages.
Ship - This is a larger sample that implements the Shipping Advisor with a Java bean using JSP.


amazon-chime-sdk
/
com.amazonaws.services.chime.sdk.meetings.analytics
/
EventAttributeName
/
meetingDurationMs
meetingDurationMs
meetingDurationMs
Duration of the meeting


The Beeler-Reuter Model
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{% extends "portfolio/base.html" %} {% load staticfiles %} {% block extra_head %} {% endblock %} {% block content %}
just a couple of guys
based out of missoula, montana
If you have any questions or concerns, please contact us and we will get back to you ASAP.


From outter world the bleaty boi roam, among the stars he call home. A mask upon the starlight falls, distance bleating the space heard calls. How sound travels in space you ask? The space deer has a headset in his mask. This poem deer friend, makes no logical sense Im mostly just trying to make contence.
No Thoughts.
Only code.


{% extends "base.html" %} {% block dropdown %} {% if position.title == "recruitment-chair" %} {% include "recruitment-chair/recruitment-chair-base.html" %} {% elif position.title == "scholarship-chair" %} {% include "scholarship-chair/scholarship-chair-base.html" %} {% endif %} {% if position.title == "secretary" %} {% include "secretary/secretary-base.html" %} {% else %} {% include "committee-chair-dropdown.html" %} {% endif %} {% endblock %} F {% block content %}
| Brother: | Events Excused: | Events Unexcused: | Attendance Fraction |
| {{ brother.first_name }} {{ brother.last_name }} | {{ events_excused }} | {{ events_unexcused }} | {{ events_attended }}/{{ events_eligible }} |


Preparation time
over 2 hours
Cooking time
30 mins to 1 hour
Serves
Serves 4-6
Dietary
This dessert is surprisingly easy and fuss-free.
Equipment and preparation: For this recipe, you will need an ice cream machine.
For the ice cream, put the cream, milk and vanilla seeds and pod in a large saucepan and bring to a simmer.
Whisk together the sugar and egg yolks in a large. Slowly add the warm cream to the eggs and whisk.
Pour the mixture back in the saucepan and cook on a medium heat until thickened and coats the back of the spoon.
Pour mixture into an ice cream machine. Just as it starts to set add the blueberries and mix.
Pour into a freezer-proof container, cover the surface with cling film and freeze until hard.
Meanwhile, for the blueberry pain perdu, preheat the oven to 180C/160C Fan/Gas 4. Grease a 20x30x3cm/8x12x1in baking tray with butter and line with a sheet of baking parchment.
In a bowl, beat together the butter and sugar until pale and fluffy. Crack in the eggs, one at a time, beating after each addition, until well combined. Fold in the flour by hand, then stir in the blueberries.
Pour into the prepared tin and bake for 30-40 minutes, until cooked through (a skewer inserted into the centre should come out clean.) Set aside to cool in the tin. When cooled, cut it into 6 squares, trimming the edges if you like.
For the sautéed blueberries, heat the blueberries and sugar in a saucepan over a medium heat, stirring continually. Cook until the blueberries have broken down, the sugar has dissolved in the juices, and the mixture has thickened.
Just before serving, heat a little butter in a frying pan over a medium heat. Add the pain perdu slices in batches, and fry for 2 minutes on each side until golden-brown and heated through.
To serve, divide the pain perdu slices equally among 4-6 serving plates. Top each with a scoop of ice cream, then spoon a few of the sautéed blueberries alongside. Dust with icing sugar.


Name:
Surname:
Male
Female
Description:
Name
Surname
Sex
Description
Mark
Hunt
Male
UFC fighter
Tyson
Fury
Male
Professional boxer


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About Me
Let me tell you a few things...
BIO
A personable, hardworking and passionate web-developer with proficiency in HTML, CSS, Sass, BootStrap,
Semantic-UI, Javascript, Node, Express, MongoDB, Git and website deployment. Currently exploring the world of
React with next destination as Python in mind.
Eager to explore unfamiliar areas in the world of technology.
For personal amusement I play guitar, sing and watch anime.
Intugine Technologies
Software Developer (Apr'19 - Present)
* Working with NodeJs, MongoDB to build API's.
* Currently working on an alerts and notification module for an existing in-
house platform.
Ivety.ai
Web Developer (Aug'18 - Apr'19)
* Building Chat-Bots using different Bot-Engines and NodeJs.
* Built single page website using wordpress.
* Part of business development & marketing team.
Vapptek Software Solutions
Full Stack Intern (Mar'18 - May'18)
* Worked on company's website.
* Web applications for clients with other team members.
* My work included various technologies like HTML, CSS, Bootstrap,
Javascript, Jquery, NodeJs, PaperJs, HowlerJs, Express Js, MongoDB, MySQL.
Konigtronics Pvt. Ltd.
Front End Intern (Feb'18)
* Developing UI for a GST based software according to clients need.
* Worked with HTML5 Css3 Bootstrap and jquery.


---
title: Portfolio
layout: default
---
Robin_TimeLine
Robin
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Forze Break
-
Now on Steam, ForzeBreak is a Vehicle Battle Arena game which you can control combat vehicles in a survival competitive match against other players until only one remains. I worked as a gameplay programmer mainly focusing on vehicle control and powerups. Since it's a pretty small team, I also worked on many other aspects like audio implementation, technical art and project management etc.
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 C#
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Unity Rendering
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In my summer quarter, I did some rendering researches in Unity including linear algebra, computer graphics, rendring pipeline, shader writting in Unity and most important, the ideas and methods to implement or try to implement something you want in you screen.
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 Shader
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Journey Sand Rendering
-
As a huge fan of Journey, I'm very impressed by the visual when I was sliding on the sands or flying over the moutains. So I took 2 week to research and implement a Journey-like style using Unity shader.
-
 C#
-
Ludum Dare 41 Life Jumper
-
In Ludum Dare 41(Combine 2 Incompatible Genres), I made a 3D platformer with text adventure game using Unity.
Finally and fortunatly, got 14th in Overall, 9th in Innovation and 4th in Mood. Also got the Github Recommendation.
-
 C#
-
Terrain Procedural Generation
-
In Unity, only using C# code to generate a terrain by layered perlin noise.
-
 C#
-
Visual Effect Projects
-
Using Unity, exploring the lighting, rendering, post processing, shaders, particle systems and other stuff just to make some fancy look stuff.
-
 C#
-
Unity demo Projects
-
C++ Projects
-
Using C++ and SFML, made a set of classic games and some cool stuff.
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  C++
  SFML
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Simple 2D Game Engine with Physics and Networking
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Implemented a series of physics models in Java including spring, pendulum, rigibody and other kinematic system. Then finished a simple gravity censor controller using cell phone, then connected to the game with TCP link.
-
  Math
  Java
  Physics
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Other Cool Stuff in Undergraduate Learning
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Those shiny old days.
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C
Java
  Math