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| YTW001000522 = | Climate data not found |
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| YTW001000540 = | Climate data not found |
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| YTW001000617 = | Climate data not found |
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| YTW001000620 = | Climate data not found |
| YTW001000621 = | Climate data not found |
| YTW001000622 = | Climate data not found |
| YTW001000623 = | Climate data not found |
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| YTW001000626 = | Climate data not found |
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| YTW001000638 = | Climate data not found |
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| YTW001000717 = | Climate data not found |
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| YTW001000721 = | Climate data not found |
| YTW001000722 = | Climate data not found |
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| YTW001000822 = | Climate data not found |
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| YTW001000917 = | Climate data not found |
| YTW001000918 = | Climate data not found |
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| YTW001000920 = | Climate data not found |
| YTW001000921 = | Climate data not found |
| YTW001000922 = | Climate data not found |
| YTW001000923 = | Climate data not found |
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| YTW001000925 = | Climate data not found |
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| YTW001000928 = | Climate data not found |
| YTW001000929 = | Climate data not found |
| YTW001000930 = | Climate data not found |
| YTW001000931 = | Climate data not found |
| YTW001000932 = | Climate data not found |
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| YTW001000937 = | Climate data not found |
| YTW001000938 = | Climate data not found |
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| YTW001000941 = | Climate data not found |
| YTW001000942 = | Climate data not found |
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| YTW001000945 = | Climate data not found |
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| YTW001000985 = | Climate data not found |
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| YTW001001001 = | Climate data not found |
| YTW001001002 = | Climate data not found |
| YTW001001003 = | Climate data not found |
| YTW001001004 = | Climate data not found |
| YTW001001005 = | Climate data not found |
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| YTW001001008 = | Climate data not found |
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| YTW001001011 = | Climate data not found |
| YTW001001012 = | Climate data not found |
| YTW001001013 = | Climate data not found |
| YTW001001014 = | Climate data not found |
| YTW001001015 = | Climate data not found |
| YTW001001016 = | Climate data not found |
| YTW001001017 = | Climate data not found |
| YTW001001018 = | Climate data not found |
| YTW001001019 = | Climate data not found |
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| YTW001001023 = | Climate data not found |
| YTW001001024 = | Climate data not found |
| YTW001001025 = | Climate data not found |
| YTW001001026 = | Climate data not found |
| YTW001001027 = | Climate data not found |
| YTW001001028 = | Climate data not found |
| YTW001001029 = | Climate data not found |
| YTW001001030 = | Climate data not found |
| YTW001001031 = | Climate data not found |
| YTW001001032 = | Climate data not found |
| YTW001001033 = | Climate data not found |
| YTW001001034 = | Climate data not found |
| YTW001001035 = | Climate data not found |
| YTW001001036 = | Climate data not found |
| YTW001001037 = | Climate data not found |
| YTW001001038 = | Climate data not found |
| YTW001001040 = | Climate data not found |
| YTW001001041 = | Climate data not found |
| YTW001001042 = | Climate data not found |
| YTW001001043 = | Climate data not found |
| YTW001001045 = | Climate data not found |
| YTW001001046 = | Climate data not found |
| YTW001001047 = | Climate data not found |
| YTW001001048 = | Climate data not found |
| YTW001001049 = | Climate data not found |
| YTW001001050 = | Climate data not found |
| YTW001001051 = | Climate data not found |
| YTW001001052 = | Climate data not found |
| YTW001001053 = | Climate data not found |
| YTW001001054 = | Climate data not found |
| YTW001001055 = | Climate data not found |
| YTW001001056 = | Climate data not found |
| YTW001001057 = | Climate data not found |
| YTW001001058 = | Climate data not found |
| YTW001001059 = | Climate data not found |
| YTW001001060 = | Climate data not found |
| YTW001001061 = | Climate data not found |
| YTW001001062 = | Climate data not found |
| YTW001001063 = | Climate data not found |
| YTW001001064 = | Climate data not found |
| YTW001001065 = | Climate data not found |
| YTW001001066 = | Climate data not found |
| YTW001001068 = | Climate data not found |
| YTW001001069 = | Climate data not found |
| YTW001001070 = | Climate data not found |
| YTW001001071 = | Climate data not found |
| YTW001001072 = | Climate data not found |
| YTW001001073 = | Climate data not found |


| Interface | Description |
|---|---|
| Metric |
In Hudup framework, there are two kinds of result:
Recommendation result is represented by the output of method
Recommender#estimate(...) or Recommender#recommend(...) , which is used for recommendation process. |
| MetricValue |
This interface represents value of a metric, called
metric value . |
| Class | Description |
|---|---|
| AbstractMetric |
This abstract class, called
abstract metric , implements partially Metric interface. |
| Accuracy |
Currently, two default metrics inherited from
DefaultMetric class are TimeMetric class and Accuracy class. |
| ArrayMetricValue |
This abstract class represents an array of real numbers as a
MetricValue . |
| ClassificationAccuracy |
Currently, two default metrics inherited from
DefaultMetric class are TimeMetric class and Accuracy class. |
| CorrelationAccuracy |
Currently, two default metrics inherited from
DefaultMetric class are TimeMetric class and Accuracy class. |
| CosineTwoArrayMetricValue |
This abstract class represents a cosine of two arrays of real numbers (cosine of two real vectors) as a
MetricValue . |
| DefaultMetric |
Note, the abstract class of
Metric interface is {code AbstractMetric}. |
| FractionMetricValue |
This abstract class represents fraction (a/b) as a
MetricValue . |
| MeanMetricValue |
This abstract class represents a average number called mean in form (total sum / count) as a
MetricValue . |
| MonoMetricValue |
This abstract class represents a single number as a
MetricValue . |
| PearsonTwoArrayMetricValue |
This abstract class represents a Pearson coefficient (correlation coefficient) of two arrays of real numbers (Pearson coefficient of two real vectors) as a
MetricValue . |
| PredictiveAccuracy |
Currently, two default metrics inherited from
DefaultMetric class are TimeMetric class and Accuracy class. |
| TimeMetric |
Currently, two default metrics inherited from
DefaultMetric class are TimeMetric class and Accuracy class. |
| TwoArrayMetricValue |
This abstract class represents two arrays of real numbers as a
MetricValue . |


PL2PM
Section: Perl Programmers Reference Guide (1)Updated: 2012-06-22
Index Return to Main Contents
NAME
pl2pm - Rough tool to translate Perl4 .pl files to Perl5 .pm modules.SYNOPSIS
pl2pm filesDESCRIPTION
pl2pm is a tool to aid in the conversion of Perl4-style .pl library files to Perl5-style library modules. Usually, your old .pl file will still work fine and you should only use this tool if you plan to update your library to use some of the newer Perl 5 features, such as AutoLoading.LIMITATIONS
It's just a first step, but it's usually a good first step.AUTHOR
Larry Wall<EMAIL_ADDRESS>Index
This document was created by man2html, using the manual pages.
Time: 05:29:09 GMT, December 24, 2015


Dashcore Blog
What our awesome community is talking about
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Jun 14 2018
What our awesome community is talking about
Discover the Beauty of DashCore
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Jun 14 2018


---
layout: archive
title: Lean Prover Zulip Chat Archive
permalink: 113489newmembers/67680proofofsomethingthatevalreducecomputes.html
---
The archive URL format has changed. Please find this page at:
https://leanprover-community.github.io/archive/stream/113489-new-members/topic/proof.20of.20something.20that.20.23eval.20.2F.20.23reduce.20computes.html


The Elder Scrolls: Total War mod releases its big 2.0 update
by Jonathan BoldingAfter months of teasing (and work), the modders behind The Elder Scrolls: Total War for Medieval II: Kingdoms have released their 2.0 update. It now includes the fourth era of the Elder Scrolls world, the setting for the civil war in Skyrim that defines The Elder Scrolls V. The update also adds the Stormcloaks and the dark elf Great House Sadras as playable factions. This is the “last big update” for the mod, which has been in development since 2015, and therefore uses the objectively superior old Total War naming scheme. It also has a launch trailer:
We first reported on the 2.0 update earlier this year and, impressively, the modders got it out the door before the year closed. The changes reported there are now in: The Clockwork City, the Tsaesci serpent-men, and the Reachmen are now recruitable mercenary armies. The update isn’t just about the new factions or the fourth era, and includes a bunch of new models and units for old factions. Characters like Mehrunes Dagon and Mannimarco have new, unique models. The Dawnguard have armored trolls. And, perhaps best of all, there is now an all-Khajiit mage unit. It even adds a “Pocket Guide to the Empire” for those less versed in Elder Scrolls lore.
You can check out The Elder Scrolls: Total War on ModDB and read the complete 2.0 changelog here.
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Robot Grasping in Cluttered Environment
with Active Exploration
Yuhong Deng*, Xiangfeng Guo*, Yixuan Wei*, Kai Lu*, Bin Fang, Di Guo, Fuchun Sun, Huaping Liu$
* denotes equal contribution
$ Corresponding author<EMAIL_ADDRESS>All authers are from Department of Computer Science and Technology, Tsinghua University, Beijing, China
Abstract
In this paper, a novel robotic grasping system is established to automatically pick up objects in a cluttered scene. A composite robotic hand which seamlessly combines a suction cup and a gripper is firstly designed. When grasping an object, the suction cup is used to lift the object from the clutter and the gripper can grasp the object accordingly. And then, resorting to the active exploration, a deep Q-Network (DQN) is employed to help obtain a better affordance map, which can provide pixel-wise lifting candidate points for the suction cup. Besides, an effective metric is designed to evaluate the current affordance map and the robotic hand will keep actively exploring the environment until a good affordance map is obtained. Experiments have demonstrated that the proposed robotic grasping system is able to largely increase the success rate when grasping objects in a cluttered scene.
Our grasping system consists of a composite robotic hand for grasping, a UR5 manipulator for reaching the operation point, and a Kinect camera as a vision sensor. We introduce the strategy of active exploration applied on the environment for more promising grasping.
Summary Video
Pipeline
The pipeline of the proposed robotic grasping system is illustrated in the aboved image. The RGB image and depth image of the scene are obtained firstly. The affordance ConvNet is used to calculate the affordance map based on both images. A metric Phi is proposed to evaluate the credibility of the current affordance map. If Phi satisfies the metric, the composite robotic hand will implement the grasp operation. Otherwise, the obtained RGB image and depth image are fed into the DQN, which guides the composite robotic hand to give the environment an appropriate disturbance by pushing objects. This process will be iterated until all the objects in the environment are successfully picked.
Example Results
Characteristics of Grasp Process
Compared with other suction grasping systems, the proposed composite robotic hand uses the two fingers to hold the object after the suction cup lifts the object, which increases the stability of the grasp:
Robotic Experiments
We test our DQN model on real environment, including a Microsoft’s Kinect V2 camera as the image acquisition tool to get the RGB image and depth image of the scene and a UR5 manipulator to carry our composite robotic hand. We select 40 different objects to build different scenes for our robotic hand to grasp.
Contact
Have any questions, please feel free to contact Yixuan Wei
March 19, 2019
Copyright © Yixuan Wei


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Preparation time
overnight
Cooking time
1 to 2 hours
Serves
Serves 4
Saltfish and ackee is Jamaica’s national dish and is traditionally served with these dumplings. Adjust the spices to suit your taste; it should be quite fiery!
For the saltfish, soak the salt cod overnight, changing the water a couple of times.
Drain, then put the cod in a large pan of fresh water and bring to the boil. Drain again, add fresh water and bring to the boil again.
Simmer for about five minutes, or until cooked through, then drain and flake the fish into large pieces. Discard any skin or bones.
For the dumplings, mix the flour and suet with a pinch of salt and 250ml/9fl oz water to make a dough.
Wrap the mixture in clingfilm and leave in the fridge to rest.
Open the can of ackee, drain and rinse, then set aside.
Heat a tablespoon of olive oil in a pan and fry the onion until softened but not brown.
Add the spices, seasoning, pepper sauce and sliced peppers and continue to fry until the peppers are tender.
Add the chopped tomatoes, then the salt cod and mix together. Lastly stir in the ackee very gently and leave to simmer until ready to serve.
When you’re almost ready to eat, heat about 1cm/½in vegetable oil in a frying pan and heat until just smoking.
Shape the dumpling mix into plum-size balls and shallow-fry until golden-brown. (CAUTION: hot oil can be dangerous. Do not leave the pan unattended.)
Drain the dumplings on kitchen paper and serve with the saltfish and ackee.


Noise Generator
This utility generates white noise. Press the play button to begin playing, and the pause button to stop. Use the gain adjust slider to change the volume of the output. Use the filter option to apply various effects to the noise. The background spectrogram will reflect all changes.


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---
layout: post
title: 'Office 2007 Crash - wwlib.dll - error code: c0000005'
date: '2010-04-19T01:55:00.001-07:00'
author: Jan Fajfr
tags:
- Office
modified_time: '2012-02-14T03:43:16.720-08:00'
blogger_id: tag:blogger.com,1999:blog-1710034134179566048.post-1495426470267099924
blogger_orig_url: http://hoonzis.blogspot.com/2010/04/office-2007-crash-wwlibdll-error-code.html
---
Recently I had to resolve this issue:
Office 2007 Crash
wwlib.dll
code error: c0000005
OS: Windows 7
It started with Word and then with Outlook. I found the solution here:
http://www.edbott.com/weblog/?p=1771
KB Article: http://support.microsoft.com/default.aspx?scid=kb;en-us;940791
If you are lazy to read, the solution is removing this registry entry:
HKEY_CURRENT_USER\Software\Microsoft\Office\12.0\Word\Data


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eval (PHP 4, PHP 5, PHP 7) eval — 把字符串作为PHP代码执行 说明 mixed eval ( string $code ) 把字符串 code 作为PHP代码执行。 Caution The eval() language construct is very dangerous because it allows execution of arbitrary PHP code. Its use thus is discouraged. If you have carefully verified that there is no other option than to use this construct, pay special attention not to pass any user provided data into it without properly validating it beforehand. 参数 code 需要被执行的字符串 代码不能包含打开/关闭 PHP tags。比如，'echo "Hi!";' must be passed instead of ' echo "Hi!"; >'. It is still possible to leave and reenter PHP mode though using the appropriate PHP tags, e.g. 'echo "In PHP mode!"; ?>In HTML mode! echo "Back in PHP mode!";'. Apart from that the passed code must be valid PHP. This includes that all statements must be properly terminated using a semicolon. 'echo "Hi!"' for example will cause a parse error, whereas 'echo "Hi!";' will work. return 语句会立即中止当前字符串的执行。 The code will be executed in the scope of the code calling eval(). Thus any variables defined or changed in the eval() call will remain visible after it terminates. 返回值 eval() 返回 NULL，除非在执行的代码中 return 了一个值，函数返回传递给 return 的 值。如果在执行的代码中有一个解析错误，eval() 返回 FALSE，之后的代码将正常执行。 无法使用 set_error_handler() 捕获 eval() 中的解析错误。 范例 Example #1 eval() 例子 - 简单的文本合并 以上例程会输出： This is a $string with my $name in it. This is a cup with my coffee in it. 注释 Note: 因为是一个语言构造器而不是一个函数，不能被可变函数调用。 Tip 和直接将结果输出到浏览器一样，可使用输出控制函数来捕获当前函数的输出，然后(例 如)保存到一个 string 中。 Note: 如果在执行的代码中产生了一个致命的错误（fatal error），整个脚本会退出。 参见 • call_user_func() - 把第一个参数作为回调函数调用 User Contributed Notes 33 notes =============================================================================== Kepp the following Quote in mind: If eval() is the answer, you're almost certainly asking the wrong question. -- Rasmus Lerdorf, BDFL of PHP =============================================================================== Eval() is no more dangerous than allowing SQL injection or other security flaws within your scripts. I feel it is unfair to single out eval() as "dangerous" when it is as dangerous as many other features of the PHP language if misused. I am writing a powerful PHP Framework and without eval() I could not implement some of its very best features. With power comes responsibility and it is up to each of us to ensure that no unfiltered user input ever ends up in eval(). =============================================================================== eval() can easily be used in if-statements (in contrast to jkuckartz1984 at hotmail dot com): simply put a "return()" around the statement: if(eval('return ($total'.$i.');')) ... And in answer to the top-comment: I use eval() for my personal bug-fixes in e.g. open-source-software, where a function gets old code and new code as strings, so it can produce a bugreport (with some more added information) and the new code is evaled by eval(). Just a little overhead, but a nice way to keep all my changes together. So I think, there are some "right" questions where eval() is the (proper) answer. At least I think, if you say "The eval() language construct is very dangerous because it allows execution of arbitrary PHP code." you just as well can say "PHP is very dangerous because it allows execution of arbitrary PHP code." The point is not to use any user provided data - that's all. =============================================================================== Sharing a code which might be useful to someone. my_eval() is useful if - You don't want to introduce new variables like what eval() would do. - You just want to execute some calculations or some file/database retrieval and return the result. - By returning the result in an array, you can differentiate a FALSE between a parse error or a result returned by the $code. function my_eval($code) { $my_code = '$my_function = function () {' . $code . '}; return array ($my_function());'; return eval($my_code); } =============================================================================== eval'd code within namespaces which contain class and/or function definitions will be defined in the global namespace... not incredibly obvious :/ =============================================================================== Inception with eval()
Inception Start: =============================================================================== If you want to allow math input and make sure that the input is proper mathematics and not some hacking code, you can try this: I can't guarantee you absolutely that this will block every possible malicious code nor that it will block malformed code, but that's better than the matheval function below which will allow malformed code like '2+2+' which will throw an error. =============================================================================== Sorry, some corrections to my note... I've: * removed the minus sign -? at the beginning and readded the |pi|π at the end like in previous examples; * added some math functions; * added the , in the operators: now it is possible to calculate pow(1,3) or rand(1,10); * changed the $number definition to accept scientific notation like in: http://stackoverflow.com/questions/638565/parsing-scientific-notation-sensibly =============================================================================== To catch a parse error in eval()'ed code with a custom error handler, use error_get_last() (PHP >= 5.2.0). =============================================================================== For them who are facing syntax error when try execute code in eval, '; eval('?>'.$str.''.$str.''); // outputs test eval('?>'.$str.' =============================================================================== I have coding experience since 1980 since I was 13 years old (have programmed ALL/Most languages from Z80/6502/8080 upwards). I have owned technology and IT businesses since 1989. eval is NO MORE dangerous than a 'user' having access to root deleting the partition with fdisk (or any other command/statement/function). It is all about proper design and engineering, and, control/policy. But we live in a 'freelance' world where anybody who can 'cut-and-paste' is a programmer working for the cheapest bidder (aka outsourcing). =============================================================================== Be careful when using eval() on heavy usage sites in PHP 4.0+ as it takes vastly longer to activate due to the limitations of the Zend engine. The Zend engine changes the PHP to a binary structure at the START of the file, and then parses it. Every time an eval is called, however, it has to reactivate the parsing procedure and convert the eval()'d code into usable binary format again. Basically, if you eval() code, it takes as long as calling a new php page with the same code inside. =============================================================================== Just a note when using eval and expecting return values - the eval()'ed string must do the returning. Take the following example script: 1, "bar"=>2); } $test = eval("ReturnArray();"); print("Got back $test (".count($test).")\n"); $test = eval("return ReturnArray();"); print("Got back $test (".count($test).")\n"); ?> You will get back: Got back (0) Got back Array (2) This ran me afoul for a little bit, but is the way eval() is supposed to work (eval is evaluating a new PHP script). =============================================================================== Magic constants like __FILE__ may not return what you expect if used inside eval()'d code. Instead, it'll answer something like "c:\directory\filename.php (123) : eval()'d code" (under Windows, obviously, checked with PHP5.2.6) - which can still be processed with a function like preg_replace to receive the filename of the file containing the eval(). Example: =============================================================================== eval does not work reliably in conjunction with global, at least not in the cygwin port version. So: becomes to working: Note in the 2nd example, you _always_ need to use $GLOBALS[$module] to access the variable! =============================================================================== The following code foo does not throw any error, but prints the opening tag. Adding a space after the open tag fixes it: foo =============================================================================== When using Dynamic Proxy design pattern we must create a class automaticly. Here is a sample code. value; echo "
"; //Here output 'someclass' $instance->show(); ?> =============================================================================== $val) { $funcs[$key] = $val."("; } $blacklist = array_merge($bl_signs,$bl_constructs,$funcs); //Check $status=1; foreach($blacklist as $nono) { if(strpos($code,$nono) !== false) { $status = 0; return 0; } } //Eval return @eval($code); } ?> Note: Try to include this after all of your other self-defined functions and consider whether the blacklist is appropriate for your purpose I wouldn't recommend this function if you're going to use eval extensively in your script. However, it's worth a try if you are going to put user input into eval =============================================================================== It may be a bit obvious, but if you don't want eval'd code to interfere with main code variables, all you have to do is to call an eval from another function like this: =============================================================================== Might you have to do eval in if statements, you will find it's quite some task to make it work. The only way to make it work is to make a reference to the eval'd variable. This example will show the different usage of eval in if-statements. It simply becomes clear that an eval() in an if() is not working as you want to. "; } else { echo "eval: total2 is empty
"; } // returns "empty" // eval without the ";" will generate a warning $str="\$refer=&\$total".$i.";"; eval($str); if ($refer) { echo "eval: total2 is full
"; } else { echo "eval: total2 is empty
"; } // returns "full" ?> =============================================================================== If you would like to handle doing an eval on a string with mixed PHP and other stuff such as HTML, you can use the following: Example: me'; $p = new PhpStringParser(); echo $p->parse($mixed_string); ?> Result: A friendly llama spit on me You can optionally make variables that are outside of the string you are parsing available to the eval level scope by passing them into the constructor. Example: me'; $p = new PhpStringParser(array('llama_action', $llama_action)); echo $p->parse($mixed_string); ?> Result: A friendly llama hugged me variables = $variables; } protected function eval_block($matches) { if( is_array($this->variables) && count($this->variables) ) { foreach($this->variables as $var_name => $var_value) { $$var_name = $var_value; } } $eval_end = ''; if( $matches[1] == '=' || $matches[1] == '/', array(&$this, 'eval_block'), $string); } } ?> =============================================================================== Runkit_Sandbox Sandboxing class may be what you look for, but you need to compile your php with a special flag : Sandboxing support requires that PHP (not just the extension mind you, but the main PHP bundle) be compiled with ZTS support enabled. The configure switch would be --enable-maintainer-zts, not sure what gentoo calls this within it's USE flags. Is there no native function like this one that can let programmer specify security context without having to compile back php ? http://php.net/manual/en/runkit.sandbox.php =============================================================================== with reference to the problem of mathematic equations validation , as an operator is not a good idea... i've removed the comma from operators and added the optional group (,(?1))? to validate functions like pow(2,3) $operators = '[\/*\^\+-]'; // Allowed math operators $regexp = '/^([+-]?('.$number.'|'.$functions.'\s*\((?1)+(,(?1))?\)|\((?1)+\)) (?:'.$operators.'(?1))?)+$/'; // Final regexp, heavily using recursive patterns =============================================================================== I have looked for a simple way of forcing PHP to interpolate strings after the event (that is, after they have already been assigned, say from a text file). The following seems to work: I have even tried it with some potentially evil code, but the context seems to preclude interpreting it as anything other than a string. Mark =============================================================================== Fixed matheval function when percentage is less than 10: =============================================================================== If you attempt to call a user defined function in eval() and .php files are obfuscated by Zend encoder, it will result in a fatal error. Use a call_user_func() inside eval() to call your personal hand made functions. This is user function //Checking if eval sees it? This will result in a fatal error: PHP Fatal error: Call to undefined function square_it() This will work =============================================================================== Safer Eval eval() is used way to often. It slows down code, makes it harder to maintain and it created security risks. However, sometimes, I found myself wishing I could allow some user-controlled scripting in my software, without giving access to dangerous functions. That's what the following class does: it uses PHP's tokenizer to parse a script, compares every function call against a list of allowed functions. Only if the script is "clean", it gets eval'd. source = $scriptText; $this->allowedCalls = array(); } function allowHarmlessCalls() { $this->allowedCalls = explode(',', 'explode,implode,date,time,round,trunc,rand,ceil,floor,srand,'. 'strtolower,strtoupper,substr,stristr,strpos,print,print_r'); } function parse() { $this->parseErrors = array(); $tokens = token_get_all(''.'php '.$this->source.' ?'.'>'); $vcall = ''; foreach ($tokens as $token) { if (is_array($token)) { $id = $token[0]; switch ($id) { case(T_VARIABLE): { $vcall .= 'v'; break; } case(T_STRING): { $vcall .= 's'; } case(T_REQUIRE_ONCE): case(T_REQUIRE): case(T_NEW): case(T_RETURN): case(T_BREAK): case(T_CATCH): case(T_CLONE): case(T_EXIT): case(T_PRINT): case(T_GLOBAL): case(T_ECHO): case(T_INCLUDE_ONCE): case(T_INCLUDE): case(T_EVAL): case(T_FUNCTION): { if (array_search($token[1], $this->allowedCalls) === false) $this->parseErrors[] = 'illegal call: '.$token[1]; } } } else $vcall .= $token; } if (stristr($vcall, 'v(') != '') $this->parseErrors[] = array('illegal dynamic function call'); return($this->parseErrors); } function execute($parameters = array()) { foreach ($parameters as $k => $v) $$k = $v; if (sizeof($this->parseErrors) == 0) eval($this->source); else print('cannot execute, script contains errors'); } } ?> Usage example: allowHarmlessCalls(); print_r($ls->parse()); $ls->execute(); ?> Of course it is not entirely safe, but it's a start ;-) =============================================================================== Modified version of sooncj answer: your regex not allow something like this: 1- (1). So I modified your code: I change the 'Allowed PHP functions': This function allow also this 'strange' math function: 1) a-+b 2) a+-b 3) a++b << PHP not allow this 4) a--b. << PHP not allow this But not allow with 3 '+' or '-': 1) a---b, a+++b, a-++b, a+--b, a+-+b, a-+-b. Allow other Math functions. For a++b or a--b i write another function that block that! =============================================================================== This is another function that return true if $formula is a syntactically valid Math function, false otherwise. NDR. 1) It not allows %, pi|π. 2) It allows this Math functions: abs, atan, ceil, cot, cos, exp, gmp_fact, intval, sin, sqrt, tan, log, log10, rand, round. I write it on pastebin.com because php.net not allow me to post long code. enjoy it! :-) http://pastebin.com/EgwV7QdK =============================================================================== Modified version of Daniele Mams's answer: I change the $number definition to accept scientific notation like in: http://stackoverflow.com/questions/638565/parsing-scientific-notation-sensibly =============================================================================== An obvious security reminder, which I think wasn't yet mentioned here. Special care is required when variables entered by the user are passed to the eval() function. You should validate those user inputs, and really make sure they have the format you expect. E.g., if you evaluate math expressions with something like without any check on the $equation variable, a bad user could enter in the $equation field ""; echo file_get_contents('/etc/passwd') - or whatever PHP code he wants! - which would evaluate to and seriously compromising your security! =============================================================================== The only way to retreive information on parse errors in eval'd code seems to be the output buffering.


presentationTimeOffset
The presentationTimeOffset is an attribute which can be encountered in an MPD (the “manifest” of the DASH streaming technology).
Overview
Simply put, this attribute allows to correct an offset present in the media segments once those are decoded.
One of the possible usecase would be creating an on demand MPD from a subsection of an already-existing content, without modifying directly the concerned segments nor their (possibly time-based) URLs.
Another main usecase is when handling multi-Periods MPDs. Segments in newer Periods already need to consider an offset, corresponding to the start of the given Period. In those cases, the presentationTimeOffset might allows to “cancel” out this offset. This can be useful if the corresponding segments already define the right time.
Simple example
For example, let’s imagine some on-demand content with a duration of 2 hours.
To stay simple, this content begins at 00:00:00.000
and ends at
01:08:00.000
(1 hour and 8 minutes).
CONTENT:
00:00:00.000 01:08:00.000
|====================================================================|
Now let’s say that we want to create a new on-demand content, which is only a
sub-part from this content.
For example, we will take the subpart going from 00:05:24.000
to
00:12:54.000
(for a duration of 00:07:30.000
).
00:00:00.000 02:00:00.000
|====|------|========================================================|
^
Subpart going from 00:05:24 to 00:12:54.000
Because we might not want to use money uselessly, we want to create this new content simply by creating a new MPD, and without touching the already created segments, nor their URLs.
In that condition, we will still need the client to know that this content
actually have an offset of 00:05:24.000
. If it does not know that, we will
just think that the content begins at a default 00:00:00.000
time.
Letting the client think that the content begins at the default 00:00:00.000
time could lead to several issues:
-
it might not be able to request the right first segments (as the URLs could be time-based)
-
even if it does, it might not be able to actually play the content, as we’re pushing segments corresponding to a
00:05:24.000
while the browser is still waiting for the00:00:00.000
ones (in that case, we would just have an infinite buffering state). -
even if it does, the client timeline will anounce a wrong time, offseted 5 minutes and 24 seconds too late.
This is where the presentationTimeOffset
comes into play. In our simple
example, this value will just announce an offset of 00:05:24.000
(under the
form of an integer with a timescale to convert it into seconds), and the client
will know what to do.
What the client has to do here is:
- begin to play at 0 secods
- ask the right segments, by adding this offset to the one it thinks it needs
- remove the offset from the segment before decoding it
Time conversions
The presentationTimeOffset is linked to multiple other time attributes of an MPD, especially the start of the Period concerned, and of course the time of the segment.
We will enounce below a simple equation which put their relation into perspective.
To understand this equation, we will need to define some variables:
| Variable | Definition |
|---|---|
| PTO | The “presentationTimeOffset” attribute of the MPD |
| mediaTime | The start time anounced in the segment |
| TS | Timescale used by PTO and sementTime, to transform them into seconds |
| periodStart | Start time of the given period, in seconds |
| presentationTime | The time at which the segment will be shown, in seconds |
mediaTime PTO
------------- - ----- + periodStart = presentationTime
TS TS
Easier conversion: the timestampOffset
As seen in the previous chapter, to convert the media time (time announced in the segments) into the presentation time (time that will be shown to the user), you will need to use both also include three other variables:
-
the start of the period
-
the presentationTimeOffset
-
the timescale used by the presentationTimeOffset and the media time
As a convenient plus, those three variables rarely change for a given period.
To simplify the conversion, we can thus define a new variable using those three.
This is what the timestampOffset
is all about.
Let’s go back to the equations in the previous chapters, to isolate those three
into the really simple equation:
mediaTime/TS + timestampOffset = presentationTime
(you can refer to the
previous chapter to understand what those variables means)
mediaTime PTO
----------- - ----- + periodStart = presentationTime
TS TS
mediaTime PTO
----------- + ( - ----- + periodStart ) = presentationTime
TS TS
PTO PTO
timestampOffset = - ----- + periodStart = periodStart - -----
TS TS
With timestampOffset
defined, it becomes easy to go back and forth between
the mediaTime
and the presentationTime
:
mediaTime
presentationTime = ----------- + timestampOffset
TS
mediaTime = ( presentationTime - timestampOffset ) * TS
As an added bonus, SourceBuffers defined in the HTML5 MediaSource Extentions
also have a timestampOffset
property
, which
means exactly the same thing as defined here!
In the RxPlayer
Now that we have all of those concepts out of the way, how are we going to use it, in the RxPlayer?
The RxPlayer has A LOT of time-related values defined for a given segment:
-
the time defined in the segment itself (mediaTime)
-
the time displayed when playing it in the HTMLMediaElement (presentationTime)
-
the time possibly set in the request (requestSegmentTime)
-
the time as anounced in the corresponding attribute of the manifest (manifestTime)
-
the time used in the corresponding Segment Object in the RxPlayer (playerTime)
-
the time used in the
buffered
APIs of a HTMLMediaElement or SourceBuffer (bufferedTime) -
…
As it turns out it’s a lot simpler once you make two isolated groups:
-
the
manifest
group, which uses the non-offsetedmediaTime
.In this group you have:
- the mediaTime (duh)
- the manifestTime
- the requestSegmentTime
-
the
real time
group, which uses the offsetedpresentationTime
.In this group you have:
- the presentationTime
- the playerTime
- the bufferedTime
The manifest
group is then only used in the transports
code of the
RxPlayer.
Meanwhile, the real time
group is used everywhere else.
It’s actually the transports
code that does most of the conversion for the
rest of the code (removing the offset when requesting new segments, re-adding it
once the segment is downloaded.
To be able to offset those segments in the source buffer, those are still
informed of course of the timestampOffset
by the transports
code.
Then, this timestampOffset
will be exploited only by the final decoding
code.


HD Wallet
Conversion tool
Paper Wallet
Vote
Nyzo Space - HD Wallets
BIP39 Mnemonic
Generate (12 words)
Generate (24 words)
Options...
BIP39 pass
Previous versions of Nyzospace used "NYZO_ROCKS!" as password. You can also leave it empty for compatibility with other implementations, or to a password of yours. This impacts seed generated from the BIP39 mnemonic. Use NYZO_ROCKS! if you have a seed from previous version and want to get the same addresses.


Here are all the car entries in the database:
{% for eachCar in allCars%}
{{ eachCar }}
{% endfor %}
Enter a new car here:
{% csrf_token %} {{ carForm }}
Submit


nips nips2006 nips2006-121 nips2006-121-reference knowledge-graph by maker-knowledge-mining
Source: pdf
Author: Martin Raphan, Eero P. Simoncelli
Abstract: unkown-abstract
[1] G. Casella, “An introduction to empirical Bayes data analysis,” Amer. Statist., vol. 39, pp. 83– 87, 1985.
[2] J. S. Maritz and T. Lwin, Empirical Bayes Methods. Chapman & Hall, 2nd ed., 1989.
[3] J. Berger, “Improving on inadmissible estimators in continuous exponential families with applications to simultaneous estimation of gamma scale parameters,” The Annals of Staistics, vol. 8, pp. 545–571, 1980.
[4] C. M. Stein, “Estimation of the mean of a multivariate normal distribution,” Annals of Statistics, vol. 9, pp. 1135–1151, November 1981.
[5] J. T. Hwang, “Improving upon standard estimators in discrete exponential families with applications to poisson and negative binomial cases,” The Annals of Staistics, vol. 10, pp. 857–867, 1982.
[6] K. Miyasawa, “An empirical bayes estimator of the mean of a normal population,” Bull. Inst. Internat. Statist., vol. 38, pp. 181–188, 1956.
[7] H. Robbins, “An empirical bayes approach to statistics,” Proc. Third Berkley Symposium on Mathematcal Statistics, vol. 1, pp. 157–163, 1956.
[8] M. Raphan and E. P. Simoncelli, “Empirical Bayes least squares estimation without an explicit prior.” NYU Courant Inst. Tech. Report, 2007.
[9] C. R. Loader, “Local likelihood density estimation,” Annals of Statistics, vol. 24, no. 4, pp. 1602–1618, 1996.
[10] D. W. Scott, Multivariate Density Estimation: Theory, Practice, and Visualization. John Wiley, 1992.
[11] A. Hyvarinen, “Estimation of non-normalized statistical models by score matching,” Journal of Machine Learning Research, vol. 6, pp. 695–709, 2005.
[12] F. Luisier, T. Blu, and M. Unser, “SURE-based wavelet thresholding integrating inter-scale dependencies,” in Proc IEEE Int’l Conf on Image Proc, (Atlanta GA, USA), pp. 1457–1460, October 2006.
[13] D. Donoho and I. Johnstone, “Adapting to unknown smoothness via wavelet shrinkage,” J American Stat Assoc, vol. 90, December 1995.


Implémentation de ILCD avec la SFML.
More...
#include <LCDSFML.hpp>
Implémentation de ILCD avec la SFML.
◆ LCDSFML() [1/3]
| GBEmulator::Graphics::LCDSFML::LCDSFML |
( |
| ) |
|
|
delete |
◆ LCDSFML() [2/3]
| GBEmulator::Graphics::LCDSFML::LCDSFML |
( |
const LCDSFML & |
| ) |
|
|
delete |
◆ ~LCDSFML()
| GBEmulator::Graphics::LCDSFML::~LCDSFML |
( |
| ) |
|
|
override |
◆ LCDSFML() [3/3]
| GBEmulator::Graphics::LCDSFML::LCDSFML |
( |
sf::VideoMode |
mode, |
|
|
const std::string & |
title |
|
) |
| |
Constructeur.
- Parameters
-
| mode | VideoMode SFML. |
| title | Titre de la fenêtre. |
◆ clear()
| void GBEmulator::Graphics::LCDSFML::clear |
( |
| ) |
|
|
overridevirtual |
◆ close()
| void GBEmulator::Graphics::LCDSFML::close |
( |
| ) |
|
|
overridevirtual |
◆ display()
| void GBEmulator::Graphics::LCDSFML::display |
( |
| ) |
|
|
overridevirtual |
◆ getFramerate()
| double GBEmulator::Graphics::LCDSFML::getFramerate |
( |
| ) |
|
Obtient les images par seconde.
- Returns
- le nombre d'ips
◆ isClosed()
| bool GBEmulator::Graphics::LCDSFML::isClosed |
( |
| ) |
const |
|
overridevirtual |
◆ operator=()
◆ setMaxSize()
| void GBEmulator::Graphics::LCDSFML::setMaxSize |
( |
unsigned int |
x, |
|
|
unsigned |
y |
|
) |
| |
|
virtual |
◆ setPixel()
| void GBEmulator::Graphics::LCDSFML::setPixel |
( |
unsigned int |
x, |
|
|
unsigned |
y, |
|
|
const RGBColor & |
color |
|
) |
| |
|
virtual |
◆ _clock
| sf::Clock GBEmulator::Graphics::LCDSFML::_clock |
|
private |
◆ _fpsClock
| sf::Clock GBEmulator::Graphics::LCDSFML::_fpsClock |
|
private |
◆ _screen
| sf::Color* GBEmulator::Graphics::LCDSFML::_screen |
|
private |
◆ _texture
| sf::Texture GBEmulator::Graphics::LCDSFML::_texture |
|
private |
◆ _tiles
| unsigned char* GBEmulator::Graphics::LCDSFML::_tiles |
|
private |
◆ _title
| std::string GBEmulator::Graphics::LCDSFML::_title |
|
private |
◆ _view
| sf::View GBEmulator::Graphics::LCDSFML::_view |
|
private |
The documentation for this class was generated from the following files:


Foodiezz
The best and most simple food recepies
Key Features
Easy to Use
fun to explore
You'll Love It
What the people say
The most simple and easy to use recepies.
Easy to make.. even Easier to Eat!
Delious Food ,Exoctic multicusine recepies


Mutation Observer Examples
Attribute Change
In this project we are going to work on some examples of Mutation Observer
Change Color
Child List Change
Added Nodes:
0
Add Node


|
SmartVehicle-Sortic
SmartFactory
|
File that contains the configuratioindetails of the different modules. More...
Go to the source code of this file.
Macros | |
| #define | DEFAULT_HOSTNAME (String("SV") + String(DEFAUL_HOSTNAME_NUMBER)) |
| Hostname of the vehicle. Used for Communication and identification. Needs to be unique. More... | |
Variables | |
| const unsigned int | TIME_BETWEEN_PUBLISH = 300 |
| Time in ms between publishs. More... | |
| const unsigned int | TIME_BETWEEN_PUBLISH_TOKEN = 200 |
| Time in ms between publish token. More... | |
| const unsigned int | TIMEOUT_VACKS = 5 * 1000 |
| How long the vehicle waits for acknoledgment from box. More... | |
| const unsigned int | SORTIC_MAX_LINE = 3 |
| How many lines are available. Needed atm to choose a free line without handshake with sortic. More... | |
| const int | DEFAUL_HOSTNAME_NUMBER = 2 |
| defines also startline. More... | |
File that contains the configuratioindetails of the different modules.
Definition in file Configuration.h.
| #define DEFAULT_HOSTNAME (String("SV") + String(DEFAUL_HOSTNAME_NUMBER)) |
Hostname of the vehicle. Used for Communication and identification. Needs to be unique.
Definition at line 26 of file Configuration.h.
| const unsigned int TIME_BETWEEN_PUBLISH = 300 |
Time in ms between publishs.
Definition at line 19 of file Configuration.h.
| const unsigned int TIME_BETWEEN_PUBLISH_TOKEN = 200 |
Time in ms between publish token.
Definition at line 20 of file Configuration.h.
| const unsigned int TIMEOUT_VACKS = 5 * 1000 |
How long the vehicle waits for acknoledgment from box.
Definition at line 21 of file Configuration.h.
| const unsigned int SORTIC_MAX_LINE = 3 |
How many lines are available. Needed atm to choose a free line without handshake with sortic.
Definition at line 22 of file Configuration.h.
| const int DEFAUL_HOSTNAME_NUMBER = 2 |
defines also startline.
Definition at line 25 of file Configuration.h.


{% extends "base.html" %} {% block content %}
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Beth Danielson
Democrat
Retired from not for profit work in 2015. I had been Executive Director of Connections for Independent Living since 1997. Connections is a state and federally certified center, serving people with disabilities. Connections serves Weld, Morgan, Washington, Philips, Sedgwick, and Logan Counties in Colorado, thus giving me familiarity with a vast area of Northeastern Colorado.
I received my BA in Sociology from the University of Colorado in 1973. I received an MA in Vocational Rehabilitation Counseling from the University of Northern Colorado in 1979. I have completed training in non profit management, personnel and accounting.
80615
A core service of Connections for Independent Living (which I ran for 19 years) is advocacy. Advocacy for people with disabilities. I worked diligently to make communities more accessible (housing, transportation, employment, education, and removing physical barriers).
I have served as a PCP for several years. I have donated to the campaigns of Hillary Clinton, Jessie Danielson, Dave Young, Mary Young, Joe Biden, John Hickenlooper, Weld Democrats, Act Blue. I have attended County and State assemblies. I have made phone calls, sent texts and postcards and walked neighborhoods to garner support and get out the vote.
Weld Democrats, Women to Women
Redistricting needs to be done fairly and in the best interest of all the people of the state of Colorado. I believe I can serve fairly and with impartiality.
I spent my career promoting consensus and contributing to creating agreement in the communities of Northeastern Colorado. This was not an easy task. Being married to a farmer enhanced both my credibility and insight into rural opinions. As the head of a non profit, I had to be fair and impartia; when it came to personnel issues and consumer complaints.
I am a troubleshooter and a problem solver. Logic and reason are essential to both of these traits.
female


--- title: PyTorch Gale keywords: fastai sidebar: home_sidebar nb_path: "nbs/index.ipynb" ---
⚡Flexible interface for solving computer vision tasks leveraging Pytorch Lightning, PyTorch Image Models , and Hydra. ⚡
Linux or macOS with Python ≥ 3.6
PyTorch ≥ 1.7.0 and torchvision that matches the PyTorch installation. Install them together at pytorch.org to make sure of this.
PyTorch Gale tasks allow you to train models using PyTorch Image Models
models, use Hydra to hotswap models, optimizers or schedulers and leverage all the advances features that Lightning has to offer, including custom Callbacks, Loggers, Accelerators and high performance scaling with minimal changes.
This project was started as a way to collect interesting techniques dotted throughout Kaggle competitions and varous deep learning forums which have been usefull in training accuracte deep learning models for Computer Vision Tasks.
Currently PyTorch Gale only supports Image Classification. The final goal is to be able to support both Object Detection and Image Segmentation hopefully.
PyTorch Gale is beta software. The project is under active development and our APIs are subject to change in future releases. The current API of PyTorch Gale is highly inspired from Detectron 2.
PyTorch Gale comes with all the goodness that comes in PyTorch Lightning. Using the training script train.py
[WIP] you can override any config parameter from command line. The same code can be trained on CPU, GPU even TPUs. Hydra configuration makes it easy to keep track of training hyperparameters enabling you to interate over different parameters without changing the code, just make minor changes to the config. Some examples configs are given in references
[WIP].
PyTorch Gale also comes with a few usefull tricks to streamline you trainings and also has extensive callbacks for PyTorch Lightning.
The best way to learn PyTorch Gale is to go through the documentation. You should probably get familiar with PyTorch and PyTorch Lightning. Next, go through Hydra docs and PyTorch Image Models
Have a question? Found a bug? Missing a specific feature? Ran into a problem? Feel free to file a new issue or PR with respective title and description. If you already found a solution to your problem, don't hesitate to share it. Suggestions for new best practices and tricks are always welcome!
After you clone this repository, please run nbdev_install_git_hooks
in your terminal. This sets up git hooks, which clean up the notebooks to remove the extraneous stuff stored in the notebooks (e.g. which cells you ran) which causes unnecessary merge conflicts.