|
|||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | ||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
java.lang.Object org.biopax.paxtools.controller.SimpleMerger
public class SimpleMerger
This is a "simple" BioPAX merger, a utility class to merge 'source' BioPAX models or a set of elements into the target model, using the RDFId (URI) identity only. Merging into a normalized, self-consistent model normally gives "better" results (it depends on the application though). One can also "merge" a model to itself, i.e.: merge(target,target), or to an empty one, which adds all implicit child elements to the model and makes it complete. Note, "RDFId (URI) identity" means that it skips, i.e., does not copy a source's element to the target model, if the target already contains the element with the same URI. However, it will update (re-wire) all the object properties to make sure they do not refer to objects outside the updated target model anymore. We not guarantee the integrity of the source models after the merge is done (those may be still usable; all object properties will refer to target's elements). Finally, although called Simple Merger, it is in fact an advanced BioPAX utility, which should be used wisely. Otherwise, it can actually waste resources. So, consider using model.add(..), model.addNew(..) approach first (or instead), especially, when you're adding "new" things (ID not present in the target model), or/and target model does not contain any references to the source or another one, etc.
| Constructor Summary | |
|---|---|
SimpleMerger(EditorMap map)
|
| Method Summary | |
|---|---|
void |
merge(Model target,
BioPAXElement source)
Merges the source element (and its "downstream" dependents) into target model. |
void |
merge(Model target,
java.util.Collection<? extends BioPAXElement> elements)
Merges the elements and all their child biopax objects into the target model. |
void |
merge(Model target,
Model... sources)
Merges the source models into target model, one after another (in the order they are listed). |
| Methods inherited from class java.lang.Object |
|---|
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
| Constructor Detail |
|---|
public SimpleMerger(EditorMap map)
map
- a class to editor map for the elements to be modified.| Method Detail |
|---|
public void merge(Model target, Model... sources)
Model.repair()
first).
target
- model into which merging process will be donesources
- models to be merged/updated to target; order can be importantpublic void merge(Model target, java.util.Collection<? extends BioPAXElement> elements)
target
- model into which merging will be doneelements
- elements that are going to be merged/updated to targetfor details about the target model.
public void merge(Model target, BioPAXElement source)
target
- source
- merge(Model, Collection)
|
|||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | ||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |


--- layout: default ---
Welcome to The Captain's Log!
Enjoy your stay!
{{ post.date | date: "%m/%d/%Y" }} — {{ post.title }}


Started: {{ finishedTest.createDate | date:'medium' }}
Result: {{ finishedTest.points }}
Click to navigate questions
{{ index + 1 }}
{{ activeQuestion.description }}
Question #{{ activeQuestionId }}


The aim of this project is to use the Variational Monte Carlo (VMC) method to evaluate the ground state energy, onebody densities, expectation values of the kinetic and potential energies and single-particle denisties of quantum dots with \( N=2 \), \( N=6 \), \( N=12 \) and \( N=20 \) electrons. These are so-called closed shell systems.
We consider a system of electrons confined in a pure two-dimensional isotropic harmonic oscillator potential, with an idealized total Hamiltonian given by $$ \begin{equation} \label{eq:finalH} \hat{H}=\sum_{i=1}^{N} \left( -\frac{1}{2} \nabla_i^2 + \frac{1}{2} \omega^2r_i^2 \right)+\sum_{i < j}\frac{1}{r_{ij}}, \end{equation} $$ where natural units (\( \hbar=c=e=m_e=1 \)) are used and all energies are in so-called atomic units a.u. We will study systems of many electrons \( N \) as functions of the oscillator frequency \( \omega \) using the above Hamiltonian. The Hamiltonian includes a standard harmonic oscillator part $$ \begin{equation*} \hat{H}_0=\sum_{i=1}^{N} \left( -\frac{1}{2} \nabla_i^2 + \frac{1}{2} \omega^2r_i^2 \right), \end{equation*} $$ and the repulsive interaction between two electrons given by $$ \begin{equation*} \hat{H}_1=\sum_{i < j}\frac{1}{r_{ij}}, \end{equation*} $$ with the distance between electrons given by \( r_{ij}=\vert \boldsymbol{r}_1-\boldsymbol{r}_2\vert \). We define the modulus of the positions of the electrons (for a given electron \( i \)) as \( r_i = \sqrt{r_{i_x}^2+r_{i_y}^2} \).
In exercises a-f we will deal only with a system of two electrons in a quantum dot with a frequency of \( \hbar\omega = 1 \). The reason for this is that we have exact closed form expressions for the ground state energy from Taut's work for selected values of \( \omega \), see M. Taut, Phys. Rev. A 48, 3561 (1993). The energy is given by \( 3 \) a.u. (atomic units) when the interaction between the electrons is included. If only the harmonic oscillator part of the Hamiltonian is included, the so-called unperturbed part, $$ \begin{equation*} \hat{H}_0=\sum_{i=1}^{N} \left( -\frac{1}{2} \nabla_i^2 + \frac{1}{2} \omega^2r_i^2 \right),\end{equation*} $$ the energy is \( 2 \) a.u. The wave function for one electron in an oscillator potential in two dimensions is $$ \begin{equation*} \phi_{n_x,n_y}(x,y) = A H_{n_x}(\sqrt{\omega}x)H_{n_y}(\sqrt{\omega}y)\exp{(-\omega(x^2+y^2)/2}. \end{equation*} $$ The functions \( H_{n_x}(\sqrt{\omega}x) \) are so-called Hermite polynomials, discussed in connection with project 1 while \( A \) is a normalization constant. For the lowest-lying state we have \( n_x=n_y=0 \) and an energy \( \epsilon_{n_x,n_y}=\omega(n_x+n_y+1) = \omega \). Convince yourself that the lowest-lying energy for the two-electron system is simply \( 2\omega \).
The unperturbed wave function for the ground state of the two-electron system is given by $$ \begin{equation*} \Phi(\boldsymbol{r}_1,\boldsymbol{r}_2) = C\exp{\left(-\omega(r_1^2+r_2^2)/2\right)}, \end{equation*} $$ with \( C \) being a normalization constant and \( r_i = \sqrt{r_{i_x}^2+r_{i_y}^2} \). Note that the vector \( \boldsymbol{r}_i \) refers to the \( x \) and \( y \) position for a given particle. What is the total spin of this wave function? Find arguments for why the ground state should have this specific total spin.
We want to perform a Variational Monte Carlo calculation of the ground state of two electrons in a quantum dot well with different oscillator energies, assuming total spin \( S=0 \) using the Hamiltonian of Eq. \eqref{eq:finalH}. Our trial wave function which has the following form $$ \begin{equation} \psi_{T}(\boldsymbol{r}_1,\boldsymbol{r}_2) = C\exp{\left(-\alpha\omega(r_1^2+r_2^2)/2\right)} \exp{\left(\frac{ar_{12}}{(1+\beta r_{12})}\right)}, \label{eq:trial} \end{equation} $$ where \( a \) is equal to one when the two electrons have anti-parallel spins and \( 1/3 \) when the spins are parallel. Finally, \( \alpha \) and \( \beta \) are our variational parameters. Note well the dependence on \( \alpha \) for the single-particle part of the trial function. It is important to remember this when you use higher-order Hermite polynomials. Find the analytical expressions for the local energy.
Your task is to perform a Variational Monte Carlo calculation using the Metropolis algorithm to compute the integral $$ \begin{equation} \langle E \rangle = \frac{\int d\boldsymbol{r}_1d\boldsymbol{r}_2\psi^{\ast}_T(\boldsymbol{r}_1,\boldsymbol{r}_2)\hat{H}(\boldsymbol{r}_1,\boldsymbol{r}_2)\psi_T(\boldsymbol{r}_1,\boldsymbol{r}_2)} {\int d\boldsymbol{r}_1d\boldsymbol{r}_2\psi^{\ast}_T(\boldsymbol{r}_1,\boldsymbol{r}_2)\psi_T(\boldsymbol{r}_1,\boldsymbol{r}_2)}. \label{_auto1} \end{equation} $$ Compute the expectation value of the energy using both the analytical expression for the local energy and numerical derivation of the kinetic energy. Compare the time usage between the two approaches. Perform these calculations without importance sampling and also without the Jastrow factor. For the calculations without the Jastrow factor and repulsive Coulomb potential, your energy should equal 2.0 a.u. and your variance should be exactly equal to zero.
Add now importance sampling and repeat the calculations from the previous exercise but use only the analytical expression for the local energy. Perform also a blocking analysis in order to obtain the optimal standard deviation. Compare your results with the those without importance sampling and comment your results.
Using either the steepest descent method or the conjugate gradient method, find the optimal variational parameters and perform your Monte Carlo calculations using these. In addition, you should parallelize your program using MPI and set it up to run on Smaug.
Finally, we wil now analyze and interpret our results for the two-electron systems. Find the energy minimum and discuss your results compared with the analytical solution from Taut's work, see reference [1] below. Compute also the mean distance \( r_{12}=\vert \boldsymbol{r}_1-\boldsymbol{r}_2\vert \) (with \( r_i = \sqrt{r_{i_x}^2+r_{i_y}^2} \)) between the two electrons for the optimal set of the variational parameters. With the optimal parameters for the ground state wave function, compute the onebody density. Discuss your results and compare the results with those obtained with a pure harmonic oscillator wave functions. Run a Monte Carlo calculations without the Jastrow factor as well and compute the same quantities. How important are the correlations induced by the Jastrow factor? Compute also the expectation value of the kinetic energy and potential energy using \( \omega=0.01 \), \( \omega=0.05 \), \( \omega=0.1 \), \( \omega=0.5 \) and \( \omega=1.0 \). Comment your results. Hint, think of the virial theorem.
The previous exercises have prepared you for extending your calculational machinery to other systems. Here we will focus on quantum dots with \( N=6 \) and \( N=12 \) electrons.
The new item you need to pay attention to is the calculation of the Slater Determinant. This is an additional complication to your VMC calculations. If we stick to harmonic oscillator like wave functions, the trial wave function for say an \( N=6 \) electron quantum dot can be written as $$ \begin{equation} \psi_{T}(\boldsymbol{r}_1,\boldsymbol{r}_2,\dots, \boldsymbol{r}_6) = Det\left(\phi_{1}(\boldsymbol{r}_1),\phi_{2}(\boldsymbol{r}_2), \dots,\phi_{6}(\boldsymbol{r}_6)\right) \prod_{i < j}^{6}\exp{\left(\frac{a r_{ij}}{(1+\beta r_{ij})}\right)}, \label{_auto2} \end{equation} $$ where \( Det \) is a Slater determinant and the single-particle wave functions are the harmonic oscillator wave functions for the \( n_x=0,1 \) and \( n_y=0,1 \) orbitals. Similarly, for the \( N=12 \) quantum dot, the trial wave function can take the form $$ \begin{equation} \psi_{T}(\boldsymbol{r}_1,\boldsymbol{r}_2, \dots,\boldsymbol{r}_{12}) = Det\left(\phi_{1}(\boldsymbol{r}_1),\phi_{2}(\boldsymbol{r}_2), \dots,\phi_{12}(\boldsymbol{r}_{12})\right) \prod_{i < j}^{12}\exp{\left(\frac{ar_{ij}}{(1+\beta r_{ij})}\right)}, \label{_auto3} \end{equation} $$ In this case you need to include the \( n_x=2 \) and \( n_y=2 \) wave functions as well. Observe that \( r_i = \sqrt{r_{i_x}^2+r_{i_y}^2} \). Use the Hermite polynomials defined in project 1. Reference [5] gives benchmark results for closed-shell systems up to \( N=20 \).
Write a function which sets up the Slater determinant. Find the Hermite polynomials which are needed for \( n_x=0,1,2 \) and obviously \( n_y \) as well. Compare the results you obtain with those from project 1. Compute the ground state energies of quantum dots for \( N=6 \) and \( N=12 \) electrons, following the same set up as in the previous exercises for \( \omega=0.01 \), \( \omega=0.05 \), \( \omega=0.1 \), \( \omega=0.5 \), and \( \omega=1.0 \). The calculations should include parallelization, blocking, importance sampling and energy minimization using the conjugate gradient approach or similar approaches. To test your Slater determinant code, you should reproduce the unperturbed single-particle energies when the electron-electron repulsion is switched off. Convince yourself that the unperturbed ground state energies for \( N=6 \) is \( 10\omega \) and for \( N=12 \) we obtain \( 28\omega \). What is the expected total spin of the ground states?
With the optimal parameters for the ground state wave function, compute again the onebody density. Discuss your results and compare the results with those obtained with a pure harmonic oscillator wave functions. Run a Monte Carlo calculations without the Jastrow factor as well and compute the same quantities. How important are the correlations induced by the Jastrow factor? Compute also the expectation value of the kinetic energy and potential energy using \( \omega=0.01 \), \( \omega=0.05 \), \( \omega=0.1 \), \( \omega=0.5 \), and \( \omega=1.0 \). Comment your results.
The last exercise is a performance analysis of your code(s) for the case of \( N=6 \) electrons. Make a performance analysis by timing your serial code with and without vectorization. Perform several runs with the same number of Monte carlo cycles and compute an average timing analysis with and without vectorization. Comment your results. Use at least \( 10^6 \) Monte Carlo samples.
Compare thereafter your serial code(s) with the speedup you get by parallelizing your code, running either OpenMP or MPI or both. Do you get a near \( 100\% \) speedup with the parallel version? Comment again your results and perform timing benchmarks several times in order to extract an average performance time.
Here follows a brief recipe and recommendation on how to write a report for each project.
The preferred format for the report is a PDF file. You can also use DOC or postscript formats or as an ipython notebook file. As programming language we prefer that you choose between C/C++, Fortran2008 or Python. The following prescription should be followed when preparing the report:


management_layer.middleware module¶
The middleware module contains functionality that is common to most (if not all) requests. This module contains functions that performs * authentication and * publishing of errors to Sentry.
- Performing Authentication:
Authentication is implemented using JSON Web Tokens (JWT). These tokens form part of the OpenID Connect specification. We validation of these tokens is performed using the PyJWT library. Care should be taken when interpreting JWTs as most of the information is in clear-text and can easily be faked. 1. It is important to check that the token signature is legitimate. Only then can the rest of the information in the token be trusted. 2. Even when the rest of the information can be trusted, we still need to check that the token was issues for the correct audience (this application) and by the current issuer (the Authentication Service).
In OIDC there are trusted and untrusted clients: * Trusted clients are able to store a secret where it will not be exposed. An example would be our Wagtail demo application. * Untrusted clients are not able to store a secret. Javascript applications would be an example of these.
Because trusted clients can share a secret with the Authentication Service, the Authentication Service can use an HMAC-based algorithm (HS256) to sign the token. For untrusted clients, the Authentication Service uses a public/private key pair (RS256). The token is signed using the private key and can then be verified by another party using the public key, which is exposed by the Authentication Service at a well-known URL for obtaining a JSON Web Token Keyset (JWKS):
http://core-authentication-service:8000/openid/jwks { keys: [ { kty: "RSA", alg: "RS256", use: "sig", kid: "1cc97496f77201c711529bd6d0159cd3", n: "tQ02VatIRGX2ZC0bu31lxNldo57E3bW8sh...", e: "AQAB" } ] }
The Management Layer is slightly different from other applications which typically only supports a single type of token. The Management Layer needs to support both trusted and untrusted clients. When a token is received, we can look at the headers to determine the algorithm used to sign the token:
Unverified headers included in the token for an untrusted client. { 'alg': 'RS256', 'kid': '1cc97496f77201c711529bd6d0159cd3' } Unverified headers included in the token for a trusted client. { 'alg': 'HS256' }
When the algorithm is “RS256” there will be a corresponding key id (kid) field, which can be used to look up the related key parameters (see JWKS above). The public key can be constructed from these parameters.


{% extends "global/Page.html" %} {% load staticfiles otree %} {% load i18n %} {# ****************************************************************************************************************** #} {# *** STYLES *** #} {# ****************************************************************************************************************** #} {% block styles %} {% endblock %} {# ****************************************************************************************************************** #} {# *** TITLE *** #} {# ****************************************************************************************************************** #} {% block title %} {% trans "Instructions" %} {% endblock %} {# ****************************************************************************************************************** #} {# *** CONTENT *** #} {# ****************************************************************************************************************** #} {% block content %}
{% blocktrans trimmed with n=Constants.num_choices group_size=Constants.group_size num_lists=Constants.num_rounds %} You will have an initial balance of {{ endowment }} to start the experiment. In the following, you'll complete a series of group tasks. There will be {{group_size}} members in your group (including yourself). So you group in total has 300 points. You and each member in your group will face {{ n }} decisions listed on each of your screens. On each screen, you will make decisions for your group by choosing either "Option A" or Option B in each row. At the end of this task, each member in your group will receive exactly the same amount. When we determine the group payment, one of the group member's decision will be randomly selected. The probability that your decision will be selected is {{ weight }}. On each screen you will make {{ n }} decisions and record these in the middle column. There will be a total of {{ num_lists }} screens (lists). {% endblocktrans %}
{% blocktrans trimmed with hi=lottery_hi lo=lottery_lo %} On each screen "Option A" is a lottery that pays {{ hi }} with certain probabilities and {{ lo }} otherwise; "Option B" yields a varying payoff for sure, i.e. with a probability of 100%. {% endblocktrans %}
{% blocktrans trimmed with n=Constants.num_choices num_lists=Constants.num_rounds%} After you and your group members have all made decisions for all screens, one of the screens (lists) will be randomly picked by the computer for payment. For all the paired choices you made on that picked screen, one of the {{ n }} decisions will be randomly chosen for your group's payment. One choice out of all choices made by you and your group members will be randomly selected to be the chosen choice for your group.If your group, by randomly selecting one member's choice, opts for "Option A" in this decision, it will be randomly determined whether the low or high payoff will constitute your group’s payoff; if your group, by randomly selecting one member's choice, opts for "Option B", the respective sure amount will constitute your group’s payoff. The group payoff will then be divided equally among the {{ group_size }} members which will also be the individual payoff for each member. {% endblocktrans %}
{% blocktrans trimmed with n=num_choices num_lists=Constants.num_rounds%} Even though you will make {{ n }} votes on each of the {{ num_lists }} screens, only one of the screen and one decision in that screen will end up affecting your and group members' earnings, but you will not know in advance which decision will be used. Each decision has an equal chance of being used in the end. {% endblocktrans %}
{% blocktrans trimmed with n=num_choices %} To summarize: You will make {{ n }} choices on each screen; for each decision you will have to choose between "Option A" and "Option B" while bearing in mind that there is a {{ weight }} chance that your decision will determine everyone's payoff in your group. You may choose A for some decision rows and B for other rows. When your group is finished, one screen will be randomly chosen and one of the {{ n }} made by all group members decisions on that screen will be randomly picked for your group's payoff. If your group decided for "Option A", a random number will be drawn to determine your earnings; if your group decided for "Option B" you'll receive the respective sure amount. All members in the same group will receive exactly the same amount which is the group payoff divided by {{ group_size }}. {% endblocktrans %}
Please note that your identity and decisions for the group will be revealed to your group members at the end of this experiment.


Across: 5. Using nitrous oxide perhaps, he'd made crude incision (6) 8. Flawed hero, common in older type of film (10) 9. Powerless to tip men off (8) 10. In House of Milan, older line rejected for newer style (6) 11. Good and bad omen in this little fellow? (5) 12. They usually involve circuits of circle, set circulating (9) 15,18dn,4dn. With new chemistry on call, open up periodical, publishing from 1872 (7 7 7) 16. see 23 19. Outrageous scam: niche specialists who "fix" your car (9) 21. Mickey taken for being his mate, as Donald so silly! (5) 23,16. Publication (once "10 12 and 19") which became "15 18 4" and dramatically saved Crow land (5'1 7) 24. Dead cute eccentric is knowledgeable (8) 25. Ditching hitching? These days it could be a conscious thing (10) 26. Soft Metal I get into... so silly mostly! (6) Down: 1. A fighter, Don confused (8) 2. Poor Tom Thumb, stripped and beaten as he always says too much (10) 3. Little Bo Peep's lost animals, lost helpers, lost hands (5) 4. see 15 across 5. With terrible grime, roll of dice for one directed to achieve sanitation (9) 6. Bones in pierced mouths coming up regularly (6) 7. Airborne products of 10 12 and 19 which are found on bagpipes (6) 13. Outrageously bare? As lone, not outrageous at all! (10) 14.  Upper face fine when massaged (8) 18. see 15 across 19. Male straying worse when they cut someone's grass (6) 20. Longed to swap 2nd and 3rd cut (6) 22. Condition of union: entering plus moving (5)


Estimate the slope and intercept of a bivariate linear relationship by calculating a posterior density that is invariant to interchange and scaling of the coordinates.
| Version: | 2.0-7 |
| Depends: | R (≥ 2.9.0) |
| Imports: | methods, stats, graphics |
| Suggests: | grDevices |
| Published: | 2015-01-11 |
| Author: | David Leonard [aut, cre] |
| Maintainer: | David Leonard <davidsleonard at outlook.com> |
| License: | GPL-2 | GPL-3 [expanded from: GPL (≥ 2)] |
| URL: | http://www.r-project.org |
| NeedsCompilation: | no |
| Citation: | leiv citation info |
| Materials: | NEWS |
| CRAN checks: | leiv results |
| Reference manual: | leiv.pdf |
| Vignettes: |
Illustrating leiv properties |
| Package source: | leiv_2.0-7.tar.gz |
| Windows binaries: | r-devel: leiv_2.0-7.zip, r-release: leiv_2.0-7.zip, r-oldrel: leiv_2.0-7.zip |
| OS X binaries: | r-release: leiv_2.0-7.tgz, r-oldrel: leiv_2.0-7.tgz |
| Old sources: | leiv archive |
Please use the canonical form https://CRAN.R-project.org/package=leiv to link to this page.


This class implements the Lanczos filter function. It uses the a single lobe of the sinc filter as a window.
[See Also] Resamplers Example


--- title: wooble.io, make your website remarkable! description: wooble.io is a web tool with an entire infrastructure. The aim of wooble.io is to offer to people who wants to create a website an easy way to make it unique, pretty, with little knowledge of web design and in no time. layout: post category: Web-Design thumbnail: /assets/posts/wooble.png ---
wooble.io is an ambitious projet that aims to change how the web looks.  Well, to begin with, there is two types of website :
While the first case is more likely to be unique because its look is dependent on the service it provides, the second one is only about informing people about a service or a product. For the moment I will focus on showcase websites. With showcase websites we can include portfolios and personnal blogs, even if the purpose is different, they all fall into the vicious circle of templates, which makes the Web so dreary.
Since the explosion of the Web 2.0, we have witnessed the growth of the number of showcase websites. More and more brands wanted to be visible on the Internet, creating static pages was the salvation. Companies only had to pay a web designer to do the job. At this times the Web — especially the web design and the UX1 — was evolving.  This trend ended when templates took the market. Showcase websites now mostly follow the trend of templates. Every companies, from the little ones to the bigger ones are able to show to the public what they do in a simple page which is enough good looking to attract potential users. Beside what the brand provides, what the user will retain? Certainly not how the website was presented because it looks like the one he saw before.
Nobody should underestimate the advantages of a good design and a good UX. We can relate to products or architecture. What people will retain is the way it looks, the product or the service per se is secondary2. Here are some examples :
Without even testing their product or reading reviews about it, you feel like you can trust them because of their well engineered design, then the quality of the product is what will make you a substainable consumer.
When a company is branding its product or its service, distinguishing itself is a key point and making a showcase website should not infrige this rule. Let me show you some good showcase websites. I chose them because of their uniqueness, their appearance or their informative value :
Those examples show that it's possible to be creative and that the Web can become something more interesting.
I assume you know IKEA. IKEA sells ready-to-assemble furniture. Now, imagine wooble.io is a lightweight machine that assembles your furniture for you. But, there is something particular that doesn't exist in IKEA. On top of that, wooble.io allows you to add customable pieces that fits everywhere with your furniture, the pieces doesn't even have to be from IKEA.
Now, lets come back to the context of the Web. You have your website, it can have been made with a template, a CMS or from scratch — well, it only requieres to be a website. You want to make it unique, beautiful, astonishing but your don't want to change whole the website nor spend an incredible amount of time into designing. Wooble.io is your solution. It brings you an infinite number of customable website pieces you can include in your website in no time and with little web design and UX knowledge. Congratulation! You made your website a thing that will leave a mark on visitors.
 Those "web design pieces" have to come from somewhere and someone who is not a robot, right? People will make it, as they always have. To begin with, please have a glance at codepen.io, it will help you to grasp the idea behind wooble.io. That's it, passionated, skilled and creative people love to make digital designs and to show them off. Everything is free here and you can try to include it in your website as you want. But, it's not an easy task. To do so, you have to make sure that the design will be compatible with all recent browsers. Also, you have to make sure that you include all the dependencies in order to make this piece works. Oh! And if you want to custom it and make it fits your website, you have to understand how it works, so you have to have some knowledge on web langages and tools3.
Exactly! A creative guy have an idea, he makes it, put it in the wooble.io machine, and users are free to push the buttons to get this piece whenever they want, wherever they want, wherever they are, whoever they are4.
No, wooble.io don't have any interface in the sense we think of. It has a JavaScript interface which is lightweight and easy to use. Making a whole interface would have been like creating a big machine to put little pieces in websites, nobody wants that. Even a person who doesn't know JavaScript will be able to use wooble.io. Let's see a concrete example, a picture is worth a thousand words.
See the Pen Interesting three-picture layout by Kirill Kiyutin (@kiyutink) on CodePen.
You wanted an original image slider with text appearing in the middle, here is what you found. Typically, with wooble.io you would setup this in your website like this. Note this code could be in a JavaScript file or inside the HTML page with script tags.
{% highlight javascript %} var threePics = wb.create('three-picture'); // the name of the piece you want threePics.init('my-div'); // div id where you want the piece to be put {% endhighlight %}Now that the piece is in your website — in 2 lines of JavaScript code! — you want to customize it a bit.
{% highlight javascript %} threePics.firstPicText = "My very first test of wooble.io"; // Change the first picture title threePics.firstPicUrl = "../images/brand.png"; // Change the first picture url threePics.secondPicText = "Hollidays!"; // Change the second picture title {% endhighlight %}... And so on. It is like pressing buttons, moving potentiometers or turning switches. Since each pieces has its own commands, each is documented. Documentation is generated but obviously requieres the creator of the piece to tell the machine what each command does.
From the point of view of a web designer who wants to create a piece to put in the wooble.io machine, nothing really change from what he usually does. He only have to follow a standard for wooble.io which is as less constraigning as possible and is about JavaScript code.
From the point of view of a user who wants to enhance his website design, wooble.io is very simple even for someone who has no knowledge on web design. In the future, wooble.io could become a machine with a friendly user interface such as an application. It will depend on users feedbacks and experiences.
A digital machine which allows creative people to share their works and make it useful for others who are creative too, but who don't have time or knowledge to set it up by themself. It is a machine that helps a wide range of needs, from an individual who wants to show off his accomplishments through a portfolio to a company which plans to make its brand identity on the Internet.
You all can make remarkable websites.
2 Still, it has to meet users expectation to be a success.
3 css - sass - less, js, html, svg, web components...
4 They don't even have to be web designer wizards to do so, it's really only like pressing a button on a machine.


batch_outs = f(ins)
if isinstance(batch_outs, list):
if step == 0:
for _ in enumerate(batch_outs):
outs.append(0.)
for i, batch_out in enumerate(batch_outs):
if i in stateful_metric_indices:
outs[i] = float(batch_out)
else:
batch_outs = f(ins)
if isinstance(batch_outs, list):
if step == 0:
outs.extend([0.] * len(batch_outs))
for i, batch_out in enumerate(batch_outs):
if i in stateful_metric_indices:
outs[i] = float(batch_out)


The bot is also available at Telegram (@sutdoh2020faqbot) and inside the Discord channel as Tom the Chatbot.


This subpart prescribes policies and procedures for applying the requirements of 40 U.S.C. chapter 37, Contract Work Hours and Safety Standards (the statute) to contracts that may require or involve laborers or mechanics. In this subpart, the term “laborers or mechanics” includes apprentices, trainees, helpers, watchmen, guards, firefighters, fireguards, and workmen who perform services in connection with dredging or rock excavation in rivers or harbors, but does not include any employee employed as a seaman.
The statute requires that certain contracts contain a clause specifying that no laborer or mechanic doing any part of the work contemplated by the contract shall be required or permitted to work more than 40 hours in any workweek unless paid for all such overtime hours at not less than 1 1/2 times the basic rate of pay.
(a) When an overtime computation discloses under-payments, the responsible contractor or subcontractor must pay the affected employee any unpaid wages and pay liquidated damages to the Government. The contracting officer must assess liquidated damages at the rate of $10 per affected employee for each calendar day on which the employer required or permitted the employee to work in excess of the standard workweek of 40 hours without paying overtime wages required by the statute.
(b) If the contractor or subcontractor fails or refuses to comply with overtime pay requirements of the statute and the funds withheld by Federal agencies for labor standards violations do not cover the unpaid wages due laborers and mechanics and the liquidated damages due the Government, make payments in the following order—
(1) Pay laborers and mechanics the wages they are owed (or prorate available funds if they do not cover the entire amount owed); and
(2) Pay liquidated damages.
(c) If the head of an agency finds that the administratively determined liquidated damages due under paragraph (a) of this section are incorrect, or that the contractor or subcontractor inadvertently violated the statute despite the exercise of due care, the agency head may—
(1) Reduce the amount of liquidated damages assessed for liquidated damages of $500 or less;
(2) Release the contractor or subcontractor from the liability for liquidated damages of $500 or less; or
(3) Recommend that the Secretary of Labor reduce or waive liquidated damages over $500.
(d) After the contracting officer determines the liquidated damages and the contractor makes appropriate payments, disburse any remaining assessments in accordance with agency procedures.
The procedures and reports required for construction contracts in subpart 22.4 also apply to investigations of alleged violations of the statute on other than construction contracts.
(a) The Secretary of Labor, under 40 U.S.C. 3706, upon the Secretary’s initiative or at the request of any Federal agency, may provide reasonable limitations and allow variations, tolerances, and exemptions to and from any or all provisions of the statute (see 29 CFR 5.15).
(b) The Secretary of Labor may make variations, tolerances, and exemptions from the regulatory requirements of applicable parts of 29 CFR when the Secretary finds that such action is necessary and proper in the public interest or to prevent injustice and undue hardship (see 29 CFR 5.14).
Insert the clause at 52.222-4, Contract Work Hours and Safety Standards—Overtime Compensation, in solicitations and contracts (including, for this purpose, basic ordering agreements) when the contract may require or involve the employment of laborers or mechanics. However, do not include the clause in solicitations and contracts—
(a) Valued at or below $150,000;
(b) For commercial items;
(c) For transportation or the transmission of intelligence;
(d) To be performed outside the United States, Puerto Rico, American Samoa, Guam, the U.S. Virgin Islands, Johnston Island, Wake Island, and the outer Continental Shelf as defined in the Outer Continental Shelf Lands Act (43 U.S.C. 1331) (29 CFR 5.15);
(e) ) For work to be done solely in accordance with 41 U.S.C. chapter 65, Contracts for Materials, Supplies, Articles, and Equipment Exceeding $15,000 (see subpart 22.6);
(f) For supplies that include incidental services that do not require substantial employment of laborers or mechanics; or
(g) Exempt under regulations of the Secretary of Labor (29 CFR 5.15).


RT @katybeale: Riot Shield as Tea Tray >> RT @SianySianySiany: People making tea for police. I like this photo very much. http://t ...
8/9/2011, 8:55:27 AM
Favs: 0
Retweets: 0
link--- layout: tweet ---
RT @katybeale: Riot Shield as Tea Tray >> RT @SianySianySiany: People making tea for police. I like this photo very much. http://t ...
8/9/2011, 8:55:27 AM
Favs: 0
Retweets: 0
link


Φόρμα Εξόδων
Below is an example form built entirely with Bootstrap’s form controls. Each required form group has a validation state that can be triggered by attempting to submit the form without completing it.
Below is an example form built entirely with Bootstrap’s form controls. Each required form group has a validation state that can be triggered by attempting to submit the form without completing it.


Sample Trees
We provide several sample trees from the literature, each in
Tarzan's .tree format.
- Pocket Gophers and Chewing Lice
from Hafner MS and Nadler SA, Phylogenetic trees support the
coevolution of parasites and their hosts. Nature
1988, 332:258-259
- Seabirds and Lice from
Paterson AM, Wallis GP, Wallis LJ, Gray RD, Seabird louse
coevolution: complex histories revealed by 12S rRNA sequences and
reconciliation analyses. Systematic Biology
2000, 49, 383-399.
- Ficus and Ceratosolen
from Weiblen GD and Bush GW, Speciation in fig pollinators and
parasites. Molecular Ecology 2002, 11, 1573-1578.
Back to Jane homepage


This word is constant. Did you forget the $ on a variable?
case foo in
bar) echo "Match"
esac
case $foo in
bar) echo "Match"
esac
You are using a case
statement to compare a literal word.
You most likely wanted to treat this word as a $variable
or $(command)
instead.
None


Select the folder the project lives in.
Set your fully-qualified robot class
Create custom simulator stubs
Enabled IDE configurations:
VS Code
Eclipse
Intellij
Generate Project


The Wall is a minimal Twitter clone, where everyone can post anonymously to a virtual "wall". It illustrates most features offered by Agility, including server-side persistence.
Have you created an awesome project that showcases Agility's capabilities? Fork this site, add a brief description of your project, and send a pull request. We'd love to see what you can do with Agility!


Iran's Supreme Leader Khamenei rules out talks with US
Ayatollah Ali Khamenei made the comments on the eve of the 40th anniversary of the US embassy hostage crisis.
Iran's supreme leader has again ruled out negotiations with Washington, a day before the 40th anniversary of the hostage crisis at the United States embassy in Tehran.
"Those who see negotiations with the US as the solution to every problem are certainly mistaken," Ayatollah Ali Khamenei said on Sunday during a speech to mark the anniversary, according to his official website.
"Nothing will come out of talking to the US, because they certainly and definitely won't make any concessions."
More:
On November 4, 1979, less than nine months after the toppling of Iran's American-backed shah, Mohammad-Reza Pahlavi, students overran the embassy complex to demand the US hand over the overthrown ruler after he was admitted to an American hospital.
It took 444 days for the crisis to end with the release of 52 Americans, but the US broke off diplomatic relations with Iran in 1980 and ties have been frozen ever since.
Khamenei, however, said the Iran-US "disputes" did not start with the embassy takeover.
"It goes back to the 1953 coup, when the US overthrew a national govt, which had made the mistake of trusting the US - and established its corrupt and puppet government in Iran," his Twitter account said in English.
That CIA-organised coup, supported by Britain, toppled the hugely popular prime minister, Mohammad Mossadegh, who was responsible for nationalising Iran's oil industry.
The coup re-established the rule of country's last Shah Pahlavi who had fled the country in August 1953 after trying to dismiss Mossadegh.
Khamenei pointed to North Korea's negotiations with the US as a sign of Washington's untrustworthiness, tweeting, "they took photos and praised each other, but the Americans did not lift sanctions even a bit".
"That's how they are in negotiations; they'll say we brought you to your knees and won't make any concessions at the end."
Tensions have escalated again between Tehran and Washington since US President Donald Trump withdrew from the 2015 Iran nuclear deal last year and reimposed unilateral sanctions.
'American demands'
Slamming the seemingly unending "American demands", Khamenei said after telling Iran to not be "active in the region" and end its production of missiles, Washington will next "say give up religious laws and don't insist on the issue of the hijab".
Tehran has hit back three times with countermeasures since May in response to Washington's withdrawal from the nuclear deal by suspending parts of its compliance with the agreement's terms.
It has threatened to go even further if remaining parties to the deal - Britain, China, France, Germany and Russia - cannot help it circumvent US sanctions.
The US also blames Iran for a September 14 attack on Saudi oil infrastructure, which temporarily halved the kingdom's production.
Tehran denies it launched the cruise missiles and drone attacks. Yemen's Houthi rebels claimed responsibility, but analysts say the weapons used would not have the range to reach their targets from Houthi-controlled areas of Yemen.
A Saudi-led and US-backed military coalition has been fighting the Iran-backed Houthis since 2015.


Dhwani Game
bluetooth_connected
bluetooth_disabled
Identify The Animal Sound
send
Identify The Animal Sound
send
Identify The Animal Sound
send
Score
....


The story of Wisconsin's dairy industry has roots in prehistoric times. Nature set the stage for America's Dairyland during the last Ice Age, when glaciers cut through what is now Wisconsin. As they receded, the massive mountains of ice left behind a countryside of rolling hills and lush pastureland.
Millions of years later, when European immigrants migrated west, they found the nation's heartland, which reminded many of their homelands. Climatic conditions suited farming well, and initially, farmers grew wheat, hops, and other grains. Dairy farming followed naturally, and dairy farmers soon produced an abundance of top-quality milk. To preserve excess milk, farmers made cheese. The move from producing cheese for family use to making cheese to sell was a short step. However, commercial production of cheese in Wisconsin began on a small scale.
Social Systems Within a Baboon Troop
Most baboons live in hierarchical troops. Group sizes vary between 5 to 250 animals (often about 50 or so), depending on specific circumstances, especially species and time of year. The structure within the troop varies considerably between hamadryas baboons and the remaining species, sometimes collectively referred to as savanna baboons.
The hamadryas baboon often appear in very large groups composed of many smaller harems (one male with four or so females), to which females from elsewhere in the troop are recruited while they're still too young to breed. Other baboon species have a more promiscuous structure with a strict dominance hierarchy based on the matriline. The hamadryas baboon group will typically include a younger male, but he will not attempt to mate with the females unless the older male is removed.


Gene & Homologies Associated with Longevity
- This is an early prototype.
- We depend on early adopters to help us shape this into a useful tool.
- The next significant addition is a user-curation capability:
- propose a gene & organism of interest
- provide whatever annotations, references and comments you wish
- this becomes a provisional entry, promoted soon to a curated entry
- If you have any omments or suggestions, please send add them to the google doc in the
Notes & Comments tab


OpenFDA Client
Drug name:
Limit:
Company name:
Limit:
List drugs. Limit:
List companies. Limit:
List warnings. Limit:


About us
Welcome to Salmon Cookies, world’s best bakery. The Salmon Cookies is a business in different countries. We carefully select our ingredients for their freshness, flavor and natural value. We choose organic, locally grown products when available. Everything we make embodies our commitment to consistency and excellence. The heart of the bakery is a big, dedicated group of hard working bakers. We are grateful to our amazing staff, loyal customers, and the most supportive local community who allow us to do the work we love every day.
samples of what we make
You can find us in:
- Seattle-prince hamza street,callUs:444-111-22
- Tokyo-downtown,callUs:111-222-55
- Dubai-dubaiMall,callUs:777-888-44
- Paris-behind evel tower,callUs:555-666-33
- Lima-resturant's street,callUs:444-888-22


?6
7
8
9
10
T
M
v
The
New
York
copyright
reserved
Botanical
Garden
<^>IMA6CD
NEW
YORK
BOTANICAL
GARDEN
59707
Eleuthera:
in
coppice
in
Half
Sound
(S.E.P.)
area,
between
Tarpum
Bay
and
Rock
Sound.
Small
tree
4
m
tall.
May
18,
1975
D.
S.
Correll
£
s.
R.
Hill
45269
Herbarium
FAIRCHILD
TROPICAL
GARDEN
01159707
Legend -
Level of confidence that token is an accurately-transcribed word
extremely low
very low
low
undetermined
medium
high
very high


Immediately following the premier, Dr. Girard created a study score to record decisions made in the execution of the composition to facilitate future performances.
In the summer of 2019, UBC’s Music Librarian began the process of gathering and working with colleagues from across various UBC Library units for the purpose of visioning and building UBC Library’s ‘slippages’ website and creating permanent access to ‘slippages’ holdings in UBC Library’s Open Collections.
The inclusion of ‘slippages’ in UBCSO’s 2018-19 concert season offered two primary teaching and learning opportunities:
Most importantly, ‘slippages’ endures as a marker for student engagement around climate crisis at UBC, both in terms of activities related to their professional studies and as inspiration to action.


Go to the source code of this file.
|
| view3D | Generate3D (view2D a, view2D b, view2D c) |
| | Function to generate 3D. More...
|
| |
| void | drawView3D (view3D a) |
| | Function to view 3D using opengl. More...
|
| |
| view2D | orthographicViews (object *a, int b) |
| |
| view2D | orthographicViews3 (view3D *a, int b) |
| |
| vertex2D ** | getVertex2D (view3D *a, int b) |
| |
| void | getVertex2D (int b) |
| |
| edge2D * | getEdge2D (view3D *a, vertex2D **b, int c) |
| |
| plane | getPlane (Face *a) |
| |
| int | getEdge2DAdvanced (view3D *a, vertex2D **b, int c) |
| |
| void | getEdge2DAdvanced (int c) |
| |
| bool | isHidden (edge3D *a, int c, int d) |
| |
| bool | isHiddenPoint (vertex3D *v, int c) |
| |
| void | generateWireframe (int c) |
| |
| void | drawWireframe (view3D a) |
| |
◆ drawView3D()
Function to view 3D using opengl.
◆ drawWireframe()
| void drawWireframe |
( |
view3D |
a | ) |
|
◆ Generate3D()
◆ generateWireframe()
| void generateWireframe |
( |
int |
c | ) |
|
◆ getEdge2D()
◆ getEdge2DAdvanced() [1/2]
◆ getEdge2DAdvanced() [2/2]
| void getEdge2DAdvanced |
( |
int |
c | ) |
|
◆ getPlane()
◆ getVertex2D() [1/2]
◆ getVertex2D() [2/2]
| void getVertex2D |
( |
int |
b | ) |
|
◆ isHidden()
| bool isHidden |
( |
edge3D * |
a, |
|
|
int |
c, |
|
|
int |
d |
|
) |
| |
◆ isHiddenPoint()
| bool isHiddenPoint |
( |
vertex3D * |
v, |
|
|
int |
c |
|
) |
| |
◆ orthographicViews()
◆ orthographicViews3()
◆ e_g
◆ e_g1
◆ e_g2
◆ e_gh
◆ e_gh1
◆ e_gh2
◆ f_g
◆ frontviewg
◆ fvg
◆ mm
◆ model
◆ sideviewg
◆ svg
◆ toptest
◆ topviewg
◆ tvg


999
National Emergency Number
112
International Emergency Number
111
National Non-Emergency Medical Number
101
National Non-Emergency Police Number


| Class and Description |
|---|
| AbstractRegistrable
An abstract implementation of
Registrable with empty hook methods. |
| Adapter
An abstract adapter class for a
Listener interface. |
| FilteringListener
A listener capable of filtering events by specified type.
|
| Listener
A listener is notified about events that happen in an environment.
|
| Registrable
A mixin interface for an object that can be registered and unregistered.
|
| Class and Description |
|---|
| Nameable
A mixin interface for an object that has a qualified name.
|
| Class and Description |
|---|
| Listener
A listener is notified about events that happen in an environment.
|
| Resource
A resource for managing registrable
Listener instances. |
| Class and Description |
|---|
| Listener
A listener is notified about events that happen in an environment.
|
| Registrable
A mixin interface for an object that can be registered and unregistered.
|
| Class and Description |
|---|
| Listener
A listener is notified about events that happen in an environment.
|
| Registrable
A mixin interface for an object that can be registered and unregistered.
|
| Class and Description |
|---|
| Listener
A listener is notified about events that happen in an environment.
|
| Registrable
A mixin interface for an object that can be registered and unregistered.
|
| Class and Description |
|---|
| Listener
A listener is notified about events that happen in an environment.
|
| Registrable
A mixin interface for an object that can be registered and unregistered.
|
| Class and Description |
|---|
| Listener
A listener is notified about events that happen in an environment.
|
| Registrable
A mixin interface for an object that can be registered and unregistered.
|
| Class and Description |
|---|
| FilteringListener
A listener capable of filtering events by specified type.
|
| Listener
A listener is notified about events that happen in an environment.
|
| Registrable
A mixin interface for an object that can be registered and unregistered.
|
| Class and Description |
|---|
| Listener
A listener is notified about events that happen in an environment.
|
| Registrable
A mixin interface for an object that can be registered and unregistered.
|
| Class and Description |
|---|
| FilteringListener
A listener capable of filtering events by specified type.
|
| Listener
A listener is notified about events that happen in an environment.
|
| Registrable
A mixin interface for an object that can be registered and unregistered.
|
| Class and Description |
|---|
| Listener
A listener is notified about events that happen in an environment.
|
| Registrable
A mixin interface for an object that can be registered and unregistered.
|
| Class and Description |
|---|
| Listener
A listener is notified about events that happen in an environment.
|
| Registrable
A mixin interface for an object that can be registered and unregistered.
|
| Class and Description |
|---|
| Listener
A listener is notified about events that happen in an environment.
|
| Registrable
A mixin interface for an object that can be registered and unregistered.
|
| Class and Description |
|---|
| Listener
A listener is notified about events that happen in an environment.
|
| Registrable
A mixin interface for an object that can be registered and unregistered.
|
| Class and Description |
|---|
| AbstractRegistrable
An abstract implementation of
Registrable with empty hook methods. |
| Adapter
An abstract adapter class for a
Listener interface. |
| CountingListener
A listener capable of counting events.
|
| CountingListener.Key
Marker interface for event identification.
|
| FilteringListener
A listener capable of filtering events by specified type.
|
| ForwardingRegistrable
A registrable which forwards all its method calls to another registrable.
|
| Listener
A listener is notified about events that happen in an environment.
|
| Nameable
A mixin interface for an object that has a qualified name.
|
| Registrable
A mixin interface for an object that can be registered and unregistered.
|
| Resource
A resource for managing registrable
Listener instances. |
| Class and Description |
|---|
| AbstractFilteringListener
An abstract implementation of
FilteringListener
holding acceptable event types in an immutable set. |
| AbstractRegistrable
An abstract implementation of
Registrable with empty hook methods. |
| Adapter
An abstract adapter class for a
Listener interface. |
| FilteringListener
A listener capable of filtering events by specified type.
|
| Listener
A listener is notified about events that happen in an environment.
|
| Registrable
A mixin interface for an object that can be registered and unregistered.
|
| Class and Description |
|---|
| Listener
A listener is notified about events that happen in an environment.
|
| Nameable
A mixin interface for an object that has a qualified name.
|
| Registrable
A mixin interface for an object that can be registered and unregistered.
|
| Resource
A resource for managing registrable
Listener instances. |
| Class and Description |
|---|
| FilteringListener
A listener capable of filtering events by specified type.
|
| Listener
A listener is notified about events that happen in an environment.
|
| Registrable
A mixin interface for an object that can be registered and unregistered.
|
| Class and Description |
|---|
| Listener
A listener is notified about events that happen in an environment.
|
| Nameable
A mixin interface for an object that has a qualified name.
|
| Registrable
A mixin interface for an object that can be registered and unregistered.
|
| Resource
A resource for managing registrable
Listener instances. |
| Class and Description |
|---|
| Nameable
A mixin interface for an object that has a qualified name.
|
| Class and Description |
|---|
| Listener
A listener is notified about events that happen in an environment.
|
| Nameable
A mixin interface for an object that has a qualified name.
|
| Resource
A resource for managing registrable
Listener instances. |
| Class and Description |
|---|
| Listener
A listener is notified about events that happen in an environment.
|
| Nameable
A mixin interface for an object that has a qualified name.
|
| Resource
A resource for managing registrable
Listener instances. |
| Class and Description |
|---|
| AbstractFilteringListener
An abstract implementation of
FilteringListener
holding acceptable event types in an immutable set. |
| AbstractRegistrable
An abstract implementation of
Registrable with empty hook methods. |
| Adapter
An abstract adapter class for a
Listener interface. |
| FilteringListener
A listener capable of filtering events by specified type.
|
| Listener
A listener is notified about events that happen in an environment.
|
| Registrable
A mixin interface for an object that can be registered and unregistered.
|
| Class and Description |
|---|
| Listener
A listener is notified about events that happen in an environment.
|
| Resource
A resource for managing registrable
Listener instances. |
| Class and Description |
|---|
| Listener
A listener is notified about events that happen in an environment.
|
| Resource
A resource for managing registrable
Listener instances. |
| Class and Description |
|---|
| Listener
A listener is notified about events that happen in an environment.
|
| Resource
A resource for managing registrable
Listener instances. |
| Class and Description |
|---|
| Listener
A listener is notified about events that happen in an environment.
|
| Class and Description |
|---|
| Listener
A listener is notified about events that happen in an environment.
|
| Resource
A resource for managing registrable
Listener instances. |
| Class and Description |
|---|
| ForwardingNameable
A nameable which forwards all its method calls to another nameable.
|
| Nameable
A mixin interface for an object that has a qualified name.
|
| Class and Description |
|---|
| ForwardingNameable
A nameable which forwards all its method calls to another nameable.
|
| Listener
A listener is notified about events that happen in an environment.
|
| Nameable
A mixin interface for an object that has a qualified name.
|
| Resource
A resource for managing registrable
Listener instances. |
| Class and Description |
|---|
| ForwardingNameable
A nameable which forwards all its method calls to another nameable.
|
| Listener
A listener is notified about events that happen in an environment.
|
| Nameable
A mixin interface for an object that has a qualified name.
|
| Resource
A resource for managing registrable
Listener instances. |


Nazi Tactics
written by Dr. Walter Williams
Prior to the 1930s, Germany was Europe's most hospitable country for Jews. While Jews were only one percent of the population, they were one-fourth of Germany's law and medical students. In some German cities, Jews were the majority of doctors. While Jews were only five percent of the Berlin population in 1905, they paid 31 percent of all income taxes collected. For Germany as a whole, Jewish income was more than three times the national average. In his book, Migration and Cultures, Dr. Thomas Sowell adds that Jews were so highly integrated into German economic and social life that in nearly half of all Jewish marriages during the 1920s one of the spouses was Gentile. During World War I, Jewish-American publications were investigated and prosecuted by the U.S. Government for writing favorably about Germany, a nation at war with the U.S.
Much of German history has been one of racial toleration. This is partially seen by their anti-slavery positions in Brazil and the United States. In the United States, Germans had a large hand in assisting runaway slaves by way of the "underground railroad." Germans also had an established reputation of getting along very well with American Indians.
So why the story about pre-Nazi Germany? I think examining it raises an interesting question that few bother to answer; namely, if Germany was so hospitable to Jews, relative to other countries, how in the world did the Holocaust happen? There are several alternative explanations such as Hitler's massive consolidation of government power. Then there's the fact that German culture places high values on regimentation and obedience to authority. An important part of the answer of how Germans came to accept Jewish persecution was a massive and successful Nazi Jewish vilification program. Germans being taught to think of Jews as inferiors and as people responsible for the post-World War I economic devastation made it possible for public acceptance of Jewish mistreatment.
You say, "Okay, you're right but what's the relevance to us?" There are about 40 million Americans who smoke cigarettes. Prior to the 1980s, all efforts to curb tobacco use relied on arguments pertaining to the health risks borne by smokers. The only way to achieve today's level of sustained attack on smokers and tobacco companies was to be able to create an argument that tobacco smoke harmed not only smokers but others as well. Through a fraudulent EPA secondhand smoke study, "Respiratory Health Effects of Passive Smoking," we have produced today's tobacco regulations. That's even in the face of devastating evidence that EPA's secondhand smoke study made subjective judgements, failed to account for important factors that could bias the results, and relaxed a crucial scientific standard to achieve the result the study was looking for. The "relaxed" scientific standard was the EPA's lowering of the confidence interval applied to its analysis from the more standard 95% to 90% - in effect doubling the chance of error. A federal court in Flue-Cured Tobacco Cooperative Stabilization Corporation v. EPA added that the EPA: "disregarded information and made findings based on selective information . . . ; deviated from its risk assessment guidelines; failed to disclose important [opposition] findings and reasoning; and left significant questions without answers."
As a result of both official and non-official fraudulent claims about the health effects, as well as the health care costs of smoking, there has been widely successful vilification of cigarette smokers and tobacco manufacturers. Lawmakers have little hesitance in imposing confiscatory tobacco taxes, in some jurisdictions one to three dollars per pack. Zealous lawmakers and other public officials have attempted to ban smoking on streets and parks. In at least a couple of jurisdictions there have been attempts to outlaw smoking in one's own home or apartment under the flimflam reasoning that neighbors are injured by secondhand smoke. Americans don't mind it at all to see their fellow Americans huddled in the winter outside of their workplaces in order to have a cigarette. In the state of Washington, a condemned prisoner was denied a last request for a cigarette. Last summer, California banned smoking in some of its prisons.
During a much more civilized era in our country, none of this could have happened. Nazi-like vilification tactics had to be employed whereby decent Americans were convinced that both smokers and tobacco companies are two groups of people deserving of any treatment.
 Instead, I'm suggesting that the cigarette smoker vilification campaign is something about which we all should be concerned, whether we smoke cigarettes or not. These people who want to control our lives are almost finished with smokers; but never in history has a tyrant arisen one day and decided to tyrannize no more. The nation's tyrants have now turned their attention to the vilification of fast food chains such as McDonald's, Burger King, Wendy's and Kentucky Fried Chicken, charging them with having created an addiction to fatty foods. Thus, the tyrants claim, fast food chains have contributed to obesity-related problems and growing healthcare costs. Like the anti-tobacco zealots they call for regulation, compensation for injury and taxes on foods they deem to be non-nutritious. In addition to fast food chains, these tyrants have targeted soft drink and candy manufacturers. Chinese and Mexican restaurants are also in their sights because they have meal servings deemed to be too large. In their campaign against fast food chains, restaurants and soda and candy manufacturers the nation's food Nazis always refer to the anti-tobacco campaign as the model for their agenda.
Walter E. Williams
Ideas on Liberty #20
August 2002
Return to Articles Page


001 /* $Id: Rule.java<PHONE_NUMBER>-09-02 19:09:47Z simonetripodi $ 002 * 003 * Licensed to the Apache Software Foundation (ASF) under one or more 004 * contributor license agreements. See the NOTICE file distributed with 005 * this work for additional information regarding copyright ownership. 006 * The ASF licenses this file to You under the Apache License, Version 2.0 007 * (the "License"); you may not use this file except in compliance with 008 * the License. You may obtain a copy of the License at 009 * 010 * http://www.apache.org/licenses/LICENSE-2.0 011 * 012 * Unless required by applicable law or agreed to in writing, software 013 * distributed under the License is distributed on an "AS IS" BASIS, 014 * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. 015 * See the License for the specific language governing permissions and 016 * limitations under the License. 017 */ 018 019 020 package org.apache.commons.digester; 021 022 023 import org.xml.sax.Attributes; 024 025 026 /** 027 * Concrete implementations of this class implement actions to be taken when 028 * a corresponding nested pattern of XML elements has been matched. 029 *
 030 * Writing a custom Rule is considered perfectly normal when using Digester, 031 * and is encouraged whenever the default set of Rule classes don't meet your 032 * requirements; the digester framework can help process xml even when the 033 * built-in rules aren't quite what is needed. Creating a custom Rule is 034 * just as easy as subclassing javax.servlet.http.HttpServlet for webapps, 035 * or javax.swing.Action for GUI applications. 036 *
 037 * If a rule wishes to manipulate a digester stack (the default object stack, 038 * a named stack, or the parameter stack) then it should only ever push 039 * objects in the rule's begin method and always pop exactly the same 040 * number of objects off the stack during the rule's end method. Of course 041 * peeking at the objects on the stacks can be done from anywhere. 042 *
 043 * Rule objects should be stateless, ie they should not update any instance 044 * member during the parsing process. A rule instance that changes state 045 * will encounter problems if invoked in a "nested" manner; this can happen 046 * if the same instance is added to digester multiple times or if a 047 * wildcard pattern is used which can match both an element and a child of the 048 * same element. The digester object stack and named stacks should be used to 049 * store any state that a rule requires, making the rule class safe under all 050 * possible uses. 051 */ 052 053 public abstract class Rule { 054 055 056 // ----------------------------------------------------------- Constructors 057 058 059 /** 060 * Constructor sets the associated Digester. 061 * 062 * @param digester The digester with which this rule is associated 063 * @deprecated The digester instance is now set in the {@link Digester#addRule} method. Use {@link #Rule()} instead. 064 */ 065 @Deprecated 066 public Rule(Digester digester) { 067 068 super(); 069 setDigester(digester); 070 071 } 072 073 /** 074 *
Base constructor. 075 * Now the digester will be set when the rule is added.
 076 */ 077 public Rule() {} 078 079 080 // ----------------------------------------------------- Instance Variables 081 082 083 /** 084 * The Digester with which this Rule is associated. 085 */ 086 protected Digester digester = null; 087 088 089 /** 090 * The namespace URI for which this Rule is relevant, if any. 091 */ 092 protected String namespaceURI = null; 093 094 095 // ------------------------------------------------------------- Properties 096 097 098 /** 099 * Return the Digester with which this Rule is associated. 100 */ 101 public Digester getDigester() { 102 103 return (this.digester); 104 105 } 106 107 /** 108 * Set the Digester with which this Rule is associated. 109 */ 110 public void setDigester(Digester digester) { 111 112 this.digester = digester; 113 114 } 115 116 /** 117 * Return the namespace URI for which this Rule is relevant, if any. 118 */ 119 public String getNamespaceURI() { 120 121 return (this.namespaceURI); 122 123 } 124 125 126 /** 127 * Set the namespace URI for which this Rule is relevant, if any. 128 * 129 * @param namespaceURI Namespace URI for which this Rule is relevant, 130 * or null to match independent of namespace. 131 */ 132 public void setNamespaceURI(String namespaceURI) { 133 134 this.namespaceURI = namespaceURI; 135 136 } 137 138 139 // --------------------------------------------------------- Public Methods 140 141 142 /** 143 * This method is called when the beginning of a matching XML element 144 * is encountered. 145 * 146 * @param attributes The attribute list of this element 147 * @deprecated Use the {@link #begin(String,String,Attributes) begin} 148 * method with namespace and name 149 * parameters instead. 150 */ 151 @Deprecated 152 public void begin(Attributes attributes) throws Exception { 153 154 // The default implementation does nothing 155 156 } 157 158 159 /** 160 * This method is called when the beginning of a matching XML element 161 * is encountered. The default implementation delegates to the deprecated 162 * method {@link #begin(Attributes) begin} without the 163 * namespace and name parameters, to retain 164 * backwards compatibility. 165 * 166 * @param namespace the namespace URI of the matching element, or an 167 * empty string if the parser is not namespace aware or the element has 168 * no namespace 169 * @param name the local name if the parser is namespace aware, or just 170 * the element name otherwise 171 * @param attributes The attribute list of this element 172 * @since Digester 1.4 173 */ 174 public void begin(String namespace, String name, Attributes attributes) 175 throws Exception { 176 177 begin(attributes); 178 179 } 180 181 182 /** 183 * This method is called when the body of a matching XML element 184 * is encountered. If the element has no body, this method is 185 * called with an empty string as the body text. 186 * 187 * @param text The text of the body of this element 188 * @deprecated Use the {@link #body(String,String,String) body} method 189 * with namespace and name parameters 190 * instead. 191 */ 192 @Deprecated 193 public void body(String text) throws Exception { 194 195 // The default implementation does nothing 196 197 } 198 199 200 /** 201 * This method is called when the body of a matching XML element is 202 * encountered. If the element has no body, this method is 203 * called with an empty string as the body text. 204 *
 205 * The default implementation delegates to the deprecated method 206 * {@link #body(String) body} without the namespace and 207 * name parameters, to retain backwards compatibility. 208 * 209 * @param namespace the namespace URI of the matching element, or an 210 * empty string if the parser is not namespace aware or the element has 211 * no namespace 212 * @param name the local name if the parser is namespace aware, or just 213 * the element name otherwise 214 * @param text The text of the body of this element 215 * @since Digester 1.4 216 */ 217 public void body(String namespace, String name, String text) 218 throws Exception { 219 220 body(text); 221 222 } 223 224 225 /** 226 * This method is called when the end of a matching XML element 227 * is encountered. 228 * 229 * @deprecated Use the {@link #end(String,String) end} method with 230 * namespace and name parameters instead. 231 */ 232 @Deprecated 233 public void end() throws Exception { 234 235 // The default implementation does nothing 236 237 } 238 239 240 /** 241 * This method is called when the end of a matching XML element 242 * is encountered. The default implementation delegates to the deprecated 243 * method {@link #end end} without the 244 * namespace and name parameters, to retain 245 * backwards compatibility. 246 * 247 * @param namespace the namespace URI of the matching element, or an 248 * empty string if the parser is not namespace aware or the element has 249 * no namespace 250 * @param name the local name if the parser is namespace aware, or just 251 * the element name otherwise 252 * @since Digester 1.4 253 */ 254 public void end(String namespace, String name) 255 throws Exception { 256 257 end(); 258 259 } 260 261 262 /** 263 * This method is called after all parsing methods have been 264 * called, to allow Rules to remove temporary data. 265 */ 266 public void finish() throws Exception { 267 268 // The default implementation does nothing 269 270 } 271 272 273 }


Small Business Saturday® is November 24th.
A day in between doorbusters and cyber
deals. A day to shop at stores owned
by our friends and our neighbors.
On Saturday, November 24th, show your
support to all the great small businesses
near you, and Shop Small®.
TEXT SHOP TO 74642
For a reminder to Shop Small® on November 24th. Last year, 100 million people shopped small on Small Business Saturday*. This year, let's make it even more.
*Based on 2011 Small Business Saturday Consumer Survey by Echo Research, and commissioned by American Express. Message & Data rates may apply. Max 4 messages per month. To quit, text STOP to 74642. Not available on all carriers. Your contact information will not be sold or used for any other purposes.


First page Back Continue Last page Overview Graphics
forGL as an Application
Enable Programmer Productivity :
Key Ideas: Export As Code, Comments,
Export As Application (soon?)
forGL Verb selected to Export As Code.
forGL syntax changed to Procedural.
Procedural syntax is run by Interpreter.
Avoids trying to Export some bugs.
Comments are Exported as well to allow Semantic Traceability.


Other accounts
You may use following ids
click to reach me to my personnel id
click to reach me to my official id
Projects
Working on following ...
Office projects
Telecommunication 4G and 5G projects.
Mini-games
Mini games development, enabled with javascript.
Others
Yet to update


public override void OnBrokerageMessage(BrokerageMessageEvent message) { if (message.Type== BrokerageMessageType.Reconnect) { Log($"{Time}: {message.Type}: Message: {message.Message}"); } } public override void OnBrokerageDisconnect() { Log($"Brokerage disconnection detected at {Time}."); }
def OnBrokerageMessage(self, message: BrokerageMessageEvent) -> None: if message.Type == BrokerageMessageType.Reconnect: self.Log(f"{self.Time}: {message.Type}: Message: {message.Message}") def OnBrokerageDisconnect(self) -> None: self.Log("Brokerage disconnection detected")
The OnBrokerageDisconnect
and OnBrokerageReconnect
event handlers pass information to the algorithm about the brokerage connection status. This can be helpful for considering when to place a trade when a brokerage API is unreliable or under maintenance. The OnBrokerageMessage
event handler provides information from the brokerages, including the disconnect and reconnect messages. Message content varies with each brokerage.
Brokerage events are triggered asynchronously in live trading, and are not created in backtesting.


For Ontology Authors
The Organization Ontology has been developed using Basic Formal Ontology (BFO) [http://www.ontobee.org/ontology/BFO] as an upper level ontology, and in an attempt to follow the Open Biomedical Ontologies (OBO) Principles. Many ontologies have been developed using this approach. Many of these ontologies can be found on Ontobee [http://ontobee.org]
Domain
In designing the Organization Ontology, we first conceive of the domain of organizations, that is we develop a use case for the ontology. This domain definition guides us throughout design and implementation, indicating terms that should be included and those that should be defined elsewhere. From time to time, terms must be defined to express important assertions regarding organizations, but have not been defined elsewhere in a forma that can be used here. Such terms have a curation status indicating that we we would prefer if these terms are defined elsewhere.
Reusing terms
We are generally cautious to reuse terms from other ontologies. To reuse terms, we require the ontology in which they are defined to:
Use BFO has an upper level ontology. We have made just a few exceptions and in each case we have provided a superclass for the term in BFO to create a consistent and complete subsumption hierarchy.
Conform to OBO principles. Again, we have made just a few exceptions.
An appropriate license for the ontology whose terms we will reuse. When a license for an ontology is not clear, we cannot use its terms.
Active maintenance. Ontologies can be slow to add terms and to fix things that need fixing. If an ontology is not actively maintained, we cannot use its terms.
Use of MIREOT, a plug-in for protege. When terms from other ontologies are needed, we use protege to edit org-header.ttl and add the the terms using the MIREOT plug-in. This provides a consistent means for adding terms.
We trim out annotation properties of included terms that are not of interest.
Use of templates
All terms defined in the Organization Ontology are created using templates. There are templates for classes, annotation properties, datatype properties, object properties, and named individuals. In each case, the columns correspond to annotations, class expressions and other declarations used to create each term.
Consistent build
The ontology file org.ttl
is built using a simple script, build.sh
The script
performs four operations:
Makes data useful for ontology users.
Makes ontological assertions from the templates
Merges org-header and the template assertions into
org.ttl
Validates
org.ttl
Validation
The ontology is validated on each build using robot validate
Documentation
We document the ontology as it is written. See For Documentation Authors <documentation-authors>_ Documenting as we write the ontology helps with consistency, accuracy, and completeness.


j/k
to navigate.
f
to fav/unfav.
rt
to retweet.
rp
to reply.
cmd-z/cmd-y
to undo/redo favs, retweets and replies.


s6
Software
skarnet.org
The s6-fdholder-getdumpc program
s6-fdholder-getdumpc talks to a
fd-holding daemon on its open
descriptors 6 and 7, and retrieves its whole state,
then executes a program with as many more file descriptors open
as were given by the daemon, plus a modified environment to
describe the retrieved state.
Interface
s6-fdholder-getdumpc [ -t timeout ] prog...
- s6-fdholder-getdumpc expects to talk to a listening
s6-fdholderd program on its descriptors 6 and 7.
- It retrieves a copy of the whole set of file descriptors
stored in that daemon, including their identifiers and expiration dates.
- It then executes into prog... with the additional descriptors
and environment.
Options
- -t timeout : if the operation cannot be
processed in timeout milliseconds, then fail with an error message.
Communications with the server should be near-instant, so this option is
only here to protect users against programming errors.
Environment format
prog... is executed with the following environment variables
set:
- S6_FD# : contains the number n of file
descriptors retrieved from the server.
- Then, for every i between 0 and n-1 inclusive:
- S6_FD_i : contains the number of the ith
open file descriptor.
- S6_FDID_i : contains the identifier of the
ith open file descriptor.
- S6_FDLIMIT_i : contains the expiration date of
the ith open file descriptor, if applicable. That date is stored in
external TAI64N
format.
If the file descriptor is not supposed to expire, that environment variable
is not defined.
Notes
- s6-fdholder-getdumpc is the "internal" version of
s6-fdholder-getdump. It simply
expects to be run as a UCSPI client, i.e. talking to the server
over descriptors 6 and 7, instead of connecting to the server
itself.
- Getting the whole state of a s6-fdholderd daemon requires specific
privileges. Make sure you properly
configure the s6-fdholderd
access rights so your client can perform that operation.
- The error messages for the s6-fdholder suite are explained
here.


My Cruddy Note Taking App
My Cruddy To Do List App
Back To Topics
Save
Clear
Delete Note
DANGER ZONE(Delete Topic)


svg-activity-
and svg-activity-
).
Here's a set of Pie objects that have been configured so that they appear as circular progress meters.
This is done by adding one Pie object that has the real color and is configured with the real value on top of another which is used as the background and has a single value of 100 so it's a full Pie segment.
The labels are added by utilising the
RGraph.SVG.text
API function.
You can use this function to add your own text labels to your visualisations.
To position the text the pie.centerx
and pie.centery
API
variables are used.
One more thing that's used is the
RGraph.SVG.GLOBALS
variable. All
objects get any values that are set on this object first before their own
properties. This means that you can set common values as defaults and all
subsequently created objects will use them.
 Put this where you want the chart to show up:

This is the code that generates the chart - it should be placed AFTER the
div
tag: