CartesianHeart Class Reference
[Example scripts (models)]
Example: Cartesian Heart More...
Public Member Functions | |
| CartesianHeart (const Options &opt) | |
| Actual model. | |
| CartesianHeart (CartesianHeart &p) | |
| Constructor for cloning p. | |
| virtual Space * | copy (void) |
| Copy during cloning. | |
| virtual void | constrain (const Space &_b) |
| Add constraints to current model to get next solution (not too close). | |
| virtual void | print (std::ostream &os) const |
| Print solution coordinates. | |
Protected Attributes | |
| FloatVarArray | f |
| The numbers. | |
| FloatNum | step |
| Minimum distance between two solutions. |
Detailed Description
Example: Cartesian Heart
There are many mathematical curves that produce heart shapes. With a good solving effort, coordinates of a filled heart shape can be computed by solving the cartesian equation:
By setting and , it yields to the equation:
To get reasonable interval starting sizes, and are restricted to .
Definition at line 63 of file cartesian-heart.cpp.
Constructor & Destructor Documentation
| CartesianHeart::CartesianHeart | ( | const Options & | opt | ) | [inline] |
Actual model.
Definition at line 71 of file cartesian-heart.cpp.
| CartesianHeart::CartesianHeart | ( | CartesianHeart & | p | ) | [inline] |
Constructor for cloning p.
Definition at line 81 of file cartesian-heart.cpp.
Member Function Documentation
| virtual Space* CartesianHeart::copy | ( | void | ) | [inline, virtual] |
Copy during cloning.
Definition at line 86 of file cartesian-heart.cpp.
| virtual void CartesianHeart::constrain | ( | const Space & | _b | ) | [inline, virtual] |
Add constraints to current model to get next solution (not too close).
Definition at line 90 of file cartesian-heart.cpp.
| virtual void CartesianHeart::print | ( | std::ostream & | os | ) | const [inline, virtual] |
Print solution coordinates.
Reimplemented from Gecode::Driver::ScriptBase< BaseSpace >.
Definition at line 98 of file cartesian-heart.cpp.
Member Data Documentation
FloatVarArray CartesianHeart::f [protected] |
The numbers.
Definition at line 66 of file cartesian-heart.cpp.
FloatNum CartesianHeart::step [protected] |
Minimum distance between two solutions.
Definition at line 68 of file cartesian-heart.cpp.
The documentation for this class was generated from the following file:
- examples/cartesian-heart.cpp


To get your proxy matches and enable voting please fill out either this short form, or the complete form on the next tab. The long form will of course get you, and everyone who might be able to use your vote as a proxy, better accuracy, but this one provides 80% of the benefit in less than one minute whereas the long form takes roughly 10 minutes. Note that you can always come back later and change your answers or fill out the long form.
Once you have completed all the questions click the "Submit" button at the bottom.
This first set of questions is a brief personality assessement for which you specify the degree to which you agree with each of the statements:
I ({{profile.screen_name}}) see myself as someone who...
| {{globalService.b5a[i]}} | Strongly Disagree | Strongly Agree |
This second set of questions assesses your perception of how your current government manages the resources (time, money, attention) we expend on them, from "Way too little", through "About right", to "Way too much":
| {{globalService.ia[i]}} | Way too little | Way too much |
To match you with the people who would most likely vote like you would, it is necessary to collect some information about you and how you see the world. There are two sets of statements, the first relate to general personality characteristics, and the second set to your priorities and perceptions of how power is distributed in society. Take your time and consider each statement carefully: The more accurate your responses are, the better the matches the system will be able to compute for you, and the less time you'll have to spend examining and possibly over-riding the proxies selected for you. It should take less than 10 minutes, and note that you can come back and update your responses at any time.
Once you have completed all the questions click the "Submit" button at the bottom.
This first set of statements concern your perception about yourself in a variety of situations. Your task is to indicate the strength of your agreement with each statement by selecting the corresponding radio button, ranging from "Strongly Disagree" on the left and "Strongly Agree" on the right. The button in middle means you "Neither agree nor disagree".
| {{i + 1}} {{q}} | Strongly Disagree | Strongly Agree |
| {{i + 45}}. {{q}} | Way too little | Way too much |


Jams
What is this even? Whenever the weather permits, we love to gather somewhere outside and play together. These so-called jams are self-organized, usually in our Telegram Group. Most jams take place at either Chinawiese or Josefwiese. It’s a great opportunity to get a sense of what Acroyoga is all about and meet some new people. There’s really worse things to do than being out in the sun and having fun. Find listed below a few of the regular jams in Zürich, keep in mind that on good weather conditions participants might prefere to be outdoors.
Zirkus Quartier Acroyoga Jam
The oldest Acroyoga jam in Züri. Zirkus Quartier has giving shelter to this jam for about 5 years now, come, join and meet the community. If you have any questions regarding experience needed or so we recommend you to visit our FAQ
- Jam Date: Thursdays
- Jam Time: 19:15
- Location: Flurstrasse 85, 8047 Zürich
- Donation: CHF 5
Open Training Zirkus Quartier
Ever wondered how a Zirkus Open Training looks like ? This is a good opportunity to see many different disciplines on the training floor. For a year or two, the Acro community as been regularly going there to practice Acro in all its variations. Feel free to join! Questions? Check our FAQ
- Jam Date: Mondays
- Jam Time: 17:30
- Location: Flurstrasse 85, 8047 Zürich
- Donation: CHF 5
Saturday Acro Verein Jam
The one an online Verein hosted jam (for now ;)) we're working hard on making it as hellcoming for everyone as we can! Recently we got new matts and are constantly looking to improve our infrastructure to have a safe and fun place to share acro with everyone!FAQ
- Jam Date: Saturday
- Jam Time: 13:30
- Location: , 8047 Zürich
- Donation: CHF 5 Members: Free
Other Groups and Jams
Other Acrobatics groups have regular meetings. The Rote Fabrik Group or the Zirkus Robinson have regular jams. ASVZ doesn't exactly have jams but checking out the Manege if definitly worth it. For other questions look our FAQ
- Jam Date: Tuesday, Thuersday & Sunday


The goal of table.glue
is to give you more control over the presentation of your data and also simplify the process of rounding, formatting, and presenting your data. The main idea is to create rounding specifications (starting with round_spec()
) that can be plugged in, directly or through global options, to the table_glue()
and table_value()
functions.
You can install the released version of table.glue from CRAN with:
install.packages("table.glue")
You can install the development version from GitHub with:
# install.packages("remotes") remotes::install_github("bcjaeger/table.glue")
Suppose we want to write a summary statement about the mean and standard deviation (SD) of a column in the mtcars
data. We’ll start by loading the glue
, table.glue
, and magrittr
packages.
library(glue) # for comparisons with table_glue library(table.glue) # similar to glue but with built in rounding library(magrittr) # make rounding specifications using %>%
The classic approach is to use base R functions format
, round
, and paste
:
col_name <- "mpg" col_mean <- mean(mtcars[[col_name]]) col_sd <- sd(mtcars[[col_name]]) col_mean_pretty <- format(signif(col_mean, digits = 3), nsmall = 1) col_sd_pretty <- format(signif(col_sd, digits = 3), nsmall = 1) paste0("The mean (SD) of ", col_name, " is ", col_mean_pretty, " (", col_sd_pretty, ") ") #> [1] "The mean (SD) of mpg is 20.1 (6.03) "
This gets the job done! Still, the code may be a little hard to read for a user who isn’t a grizzled paste()
veteran. This is where the glue
package is really useful.
glue()
Instead of using paste()
, glue()
lets us write everything in one string, surrounding R object with curly brackets (i.e., “look at this {R object
}” ) tells R that the glue()
function should print the value of that R object rather than the raw string. For instance,
glue("the mean (SD) of {col_name} is {col_mean_pretty} ({col_sd_pretty})") #> the mean (SD) of mpg is 20.1 (6.03)
This is certainly more readable and clean. The only thing glue()
doesn’t do is make the pretty versions of col_mean
and col_sd
. This is where table.glue
comes in.
table_glue()
The table.glue
package lets you use glue()
without having to make numbers pretty beforehand. For example, the code below uses table_glue()
, one of the main functions in table.glue
, to replicate the results we got from glue()
but without using the pretty versions of col_mean
and col_sd
.
# notice that we are not using 'pretty' versions of col_mean and col_sd table_glue("the mean (SD) of {col_name} is {col_mean} ({col_sd})") #> [1] "the mean (SD) of mpg is 20 (6.0)"
table_glue
applies a general rounding convention to all numeric data that are supplied in the input string.
The goal is to combine the clean syntax of glue()
with a convenient and generally acceptable rounding specification.
Hopefully, most of your rounding needs will be met without going any further than this. However, the rabbit hole does go deeper.  You can do that!
rspec <- round_spec() %>% # make your own rounding specification round_using_signif(digits = 2) # round to 2 significant digits # table glue adopts all the rules given by your specification table_glue("the mean (SD) of {col_name} is {col_mean} ({col_sd})", rspec = rspec) #> [1] "the mean (SD) of mpg is 20 (6)"
rounding specifications can also be passed into global options so that table_glue()
and table_value()
will use the specification automatically (see the Setting a default rounding specification vignette)


International Institute of Multiscale Materials Modeling
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Notebooks
Story: Woman transformed into a lion
Woman transformed into a lion
Title
Woman transformed into a lion
Collection
Summary
The Hottentot legend of a Bushman woman who transformed herself into a lion, as told by Sir. J. Alexander, was translated, through the medium of the Dutch, by /a!kúnta. (B I. 161–167)– We have also a second version of this translation. (LI. –1. 114–118.) An account of a woman's transformation into a lion and her return to human form. Her Koranna companion wishes her to hunt for meat for them both but is frightened when she assumes a lion's form and hides up a tree.  (Page 160 contains words and sentences)
Comments
1) This story is found in Book I
Contributors
Date
1870
Categories
Keywords
woman (who hunts the quagga in a lion's form) , woman (and the Koranna) , woman (has a lion's skin) , woman (her 'skin petticoat') , woman (transformed into a lion) , woman (who becomes a lion) , lion (assuming the form of a) , lion (woman with the skin of a) , lion (woman transformed into a) , Koranna (and the woman transformed into a lion) , transformation (of a woman who becomes a lion) , transformation (of a woman with a lion's skin) , skin ('petticoat') , skin (woman who has a lion's) , skin (of the woman transformed into a lion) , dress (the skin 'petticoat' of the woman who becomes a lion)
Story Pages
160-167


This package provides methods to read files from a JAR file and to transform them to a more compact transfer format called Pack200. It also provides methods to receive the transmitted data and expand it into a JAR file equivalent to the original JAR file.
The pack methods may be used by application developers who wish to deploy large JARs on the web. The unpack methods may be used by deployment applications such as Java Web Start and Java Plugin.
In typical use, the packed output should be further compressed using a suitable tool such as gzip or java.util.zip.GZIPOutputStream. The resulting file (with a suffix ".pack.gz") should be hosted on a HTTP/1.1 compliant server, which will be capable of handling "Accept-Encoding", as specified by the HTTP 1.1 RFC2616 specification.
NOTE: It is recommended that the original ".jar" file be hosted in addition to the ".pack.gz" file, so that older client implementations will continue to work reliably. (On-demand compression by the server is not recommended.)
When a client application requests a ".jar" file (call it "Large.jar"), the client will transmit the headers "Content-Type=application/x-java-archive" as well as "Accept-Encoding=pack200-gzip". This indicates to the server that the client application desires an version of the file encoded with Pack200 and further compressed with gzip.
The server implementation will typically check for the existence of "Large.pack.gz". If that file is available, the server will transmit it with the headers "Content-Encoding=pack200-gzip" and "Content-Type=application/x-java-archive".
If the ".pack.gz" file, is not available, then the server will transmit the original ".jar" with "Content-Encoding=null" and "Content-Type=application/x-java-archive".
A MIME type of "application/x-java-pack200" may be specified by the client application to indicate a ".pack" file is required. However, this has limited capability, and is not recommended.


Acoustic Content Authoring UI extension development toolkit
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Definition
{}
Element is Valid:
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Extension URL:
Init custom extension
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| Fiscal Year | Total Usage | Water | Sewer | Total Cost | Total Cost % Change | Total Unit Cost [$/gal] | Unit Cost % Change | |||
|---|---|---|---|---|---|---|---|---|---|---|
| [gal] | % Change | Cost [$] | % Change | Cost [$] | % Change | |||||
| {{ row.fiscal_year | int }} | {{ row.total_usage | number }} | {{ row.total_usage_pct_change | percent }} | {{ row.water_cost | money }} | {{ row.water_cost_pct_change | percent }} | {{ row.sewer_cost | money }} | {{ row.sewer_cost_pct_change | percent }} | {{ row.total_cost | money }} | {{ row.total_cost_pct_change | percent }} | {{ row.total_unit_cost | money(3) }} | {{ row.total_unit_cost_pct_change | percent }} |


|
Off Piste
A library for automatic differentiation
|
Classes | |
| class | Function |
| class | Node |
| class | Variable |
Typedefs | |
| typedef Node & | Expression |
| typedef std::vector< std::reference_wrapper< Node > > | Input |
| typedef std::vector< std::reference_wrapper< Node > > | Output |
| typedef std::vector< float > | Vec |
| typedef std::vector< std::vector< float > > | Mat |
Functions | |
| static void | identity_backward (Node &node) |
| static void | add_backward (Node &node) |
| static void | sub_backward (Node &node) |
| static void | mul_backward (Node &node) |
| static void | div_backward (Node &node) |
| static void | pow_backward (Node &node) |
| static void | neg_backward (Node &node) |
| static void | sqrt_backward (Node &node) |
| static void | exp_backward (Node &node) |
| static void | log_backward (Node &node) |
| static void | sin_backward (Node &node) |
| static void | cos_backward (Node &node) |
| static void | tan_backward (Node &node) |
| static void | asin_backward (Node &node) |
| static void | acos_backward (Node &node) |
| static void | atan_backward (Node &node) |
| static void | sinh_backward (Node &node) |
| static void | cosh_backward (Node &node) |
| static void | tanh_backward (Node &node) |
| bool | operator== (Node &v1, Node &v2) |
| bool | operator!= (Node &v1, Node &v2) |
| bool | operator>= (Node &v1, Node &v2) |
| bool | operator<= (Node &v1, Node &v2) |
| bool | operator> (Node &v1, Node &v2) |
| bool | operator< (Node &v1, Node &v2) |
| static void | identity_forward (Node &node) |
| static void | add_forward (Node &node) |
| static void | sub_forward (Node &node) |
| static void | mul_forward (Node &node) |
| static void | div_forward (Node &node) |
| static void | pow_forward (Node &node) |
| static void | neg_forward (Node &node) |
| static void | sqrt_forward (Node &node) |
| static void | exp_forward (Node &node) |
| static void | log_forward (Node &node) |
| static void | sin_forward (Node &node) |
| static void | cos_forward (Node &node) |
| static void | tan_forward (Node &node) |
| static void | asin_forward (Node &node) |
| static void | acos_forward (Node &node) |
| static void | atan_forward (Node &node) |
| static void | sinh_forward (Node &node) |
| static void | cosh_forward (Node &node) |
| static void | tanh_forward (Node &node) |
| static bool | equal (double a, double b) |
OP is the namespace for methods provided by the OffPiste library
| typedef Node& OP::Expression |
An Expression is a reference to a Node.
An Input is a vector of Nodes representing the input Nodes of a function
| typedef std::vector<std::vector<float> > OP::Mat |
A Mat is a shortcut for a vector of vectors (i.e. a Matrix)
| typedef std::vector<std::reference_wrapper<Node> > OP::Output |
An Output is a vector of Nodes representing the output Nodes of a function
| typedef std::vector<float> OP::Vec |
A Vec is a shortcut for a vector of values
|
static |
Arccos operation for reverse-mode. This operation applies the arccos function to the child node.
| &node | The parent node to apply the operation to. |
|
static |
Arccos operation for reverse-mode. This operation applies the arccos function to the child node.
| &node | The parent node to apply the operation to. |
|
static |
Addition operation for reverse-mode. This operation adds the two child nodes.
| &node | The parent node to apply the operation to. |
|
static |
Addition operation for forward-mode. This operation adds the two child nodes.
| &node | The parent node to apply the operation to. |
|
static |
Arcsine operation for reverse-mode. This operation applies the arcsine function to the child node.
| &node | The parent node to apply the operation to. |
|
static |
Arcsine operation for forward-mode. This operation applies the arcsine function to the child node.
| &node | The parent node to apply the operation to. |
|
static |
Arctangent operation for reverse-mode. This operation applies the arctangent function to the child node.
| &node | The parent node to apply the operation to. |
|
static |
Arctangent operation for forward-mode. This operation applies the arctangent function to the child node.
| &node | The parent node to apply the operation to. |
|
static |
Cosine operation for reverse-mode. This operation applies the cosine function to the child node.
| &node | The parent node to apply the operation to. |
|
static |
Cosine operation for forward-mode. This operation applies the cosine function to the child node.
| &node | The parent node to apply the operation to. |
|
static |
Hyperbolic cosine operation for reverse-mode. This operation applies the hyperbolic cosine function to the child node.
| &node | The parent node to apply the operation to. |
|
static |
Hyperbolic cosine operation for forward-mode. This operation applies the hyperbolic cosine function to the child node.
| &node | The parent node to apply the operation to. |
|
static |
Division operation for reverse-mode. This operation divides the first child node by the second child node.
| &node | The parent node to apply the operation to. |
| std::runtime_error | If the divisor is 0 |
|
static |
Division operation for forward-mode. This operation divides the first child node by the second child node.
| &node | The parent node to apply the operation to. |
| std::runtime_error | If the divisor is 0 |
|
static |
Check if two numbers are equal.
| a | The first number to check |
| b | The number to compare against |
|
static |
Exponential operation for reverse-mode. This operation applies the exponential function e^x to the child node.
| &node | The parent node to apply the operation to. |
|
static |
Exponential operation for forward-mode. This operation applies the exponential function e^x to the child node.
| &node | The parent node to apply the operation to. |
|
static |
Identity operation for reverse-mode. The identity operation does not change any gradients.
| &node | The parent node to apply the operation to. |
|
static |
Identity operation for forward-mode. The identity operation does not change any gradients.
| &node | The parent node to apply the operation to. |
|
static |
Logarithm operation for reverse-mode. This operation applies the natural log (ln)to the child node.
| &node | The parent node to apply the operation to. |
|
static |
Logarithm operation for forward-mode. This operation applies the natural log (ln)to the child node.
| &node | The parent node to apply the operation to. |
|
static |
Multiplication operation for reverse-mode. This operation multiplies the two child nodes.
| &node | The parent node to apply the operation to. |
|
static |
Multiplication operation for forward-mode. This operation multiplies the two child nodes.
| &node | The parent node to apply the operation to. |
|
static |
Unary negation operation for reverse-mode. This operation negates the child node. i.e. y = -x
| &node | The parent node to apply the operation to. |
|
static |
Unary negation operation for forward-mode. This operation negates the child node. i.e. y = -x
| &node | The parent node to apply the operation to. |
Check if two Nodes have different values
overload binary operators: +, -, *, /, pow Check if two Nodes have the same value
|
static |
Power operation for reverse-mode. This operation raises the first child node to the power of the second child node.
| &node | The parent node to apply the operation to. |
|
static |
Power operation for forward-mode. This operation raises the first child node to the power of the second child node.
| &node | The parent node to apply the operation to. |
|
static |
Sine operation for reverse-mode. This operation applies the sine function to the child node.
| &node | The parent node to apply the operation to. |
|
static |
Sine operation for forward-mode. This operation applies the sine function to the child node.
| &node | The parent node to apply the operation to. |
|
static |
Hyperbolic sine operation for reverse-mode. This operation applies the hyperbolic sine function to the child node.
| &node | The parent node to apply the operation to. |
|
static |
Hyperbolic sine operation for forward-mode. This operation applies the hyperbolic sine function to the child node.
| &node | The parent node to apply the operation to. |
|
static |
Square root operation for reverse-mode. This operation applies a square root to the child node.
| &node | The parent node to apply the operation to. |
|
static |
Square root operation for forward-mode. This operation applies a square root to the child node.
| &node | The parent node to apply the operation to. |
|
static |
Subtraction operation for reverse-mode. This operation subtracts the first child node from the second child node.
| &node | The parent node to apply the operation to. |
|
static |
Subtraction operation for forward-mode. This operation subtracts the first child node from the second child node.
| &node | The parent node to apply the operation to. |
|
static |
Tangent operation for reverse-mode. This operation applies the tangent function to the child node.
| &node | The parent node to apply the operation to. |
|
static |
Tangent operation for forward-mode. This operation applies the tangent function to the child node.
| &node | The parent node to apply the operation to. |
|
static |
Hyperbolic tangent operation for reverse-mode. This operation applies the hyperbolic tangent function to the child node.
| &node | The parent node to apply the operation to. |
|
static |
Hyperbolic tangent operation for forward-mode. This operation applies the hyperbolic tangent function to the child node.
| &node | The parent node to apply the operation to. |


{{destination['description']}}
Mumbai lies at the mouth of the Ulhas River on the western coast of India, in the coastal region known as the Konkan.


GroupDocs PHP SDK Samples
Sample 6 - How to add a Signature to a document in GroupDocs Signature
This sample will show how to add provided signature to provided document using PHP SDK. Signed file will be uploaded to GroupDocs account and its GUID will be returned and embed into webpage with GroupDocs Embedded Viewer.
Docs for this sample
GroupDocs ClientID
GroupDocs PrivateKey
Document to sign
Signature
Base path
(Optional)
Results:
{{ @error }}


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Welcome to ClearScript!
ClearScript is a library that allows you to add scripting to your .NET applications. It supports JScript and VBScript out of the box and in theory can work with other Windows Script engines.
ClearScript 5 adds support for the V8 high-performance open-source JavaScript engine. It allows you to use V8 with the same managed API and host integration features as JScript and VBScript. V8 provides better performance, however, and is more suitable for multi-threaded applications and asynchronous server-side scripting.
Now that an official ClearScript NuGet package is available, you can simply add it to your project and skip to Section VII below.
Important: The ClearScript NuGet package requires the Visual C++ Redistributable libraries. Download and install both the 32-bit and 64-bit versions: [x86] [x64]
Important: If you’re adding the ClearScript NuGet package to an ASP.NET project, you must exclude ClearScript’s mixed-mode assemblies from ASP.NET compilation. To do so, merge the following into your Web.config files:
<system.web>
<compilation>
<assemblies>
<remove assembly="ClearScriptV8-64" />
<remove assembly="ClearScriptV8-32" />
</assemblies>
</compilation>
</system.web>
The ClearScript source code is hosted in a Git repository. If you’re installing Git for the first time, select the options Use Git from the Windows Command Prompt and Checkout Windows-style, commit Unix-style line endings. If you already have Git installed, use git-config to ensure that the core.autocrlf variable is set to true.
Use git-clone to download the ClearScript source code into a convenient directory.
The provided project and solution files support Visual Studio 2019 Version 16.4 or later. They produce architecture-neutral managed libraries that target .NET Framework 4.5 and .NET Core 3.1. ClearScript does not support older environments. The output directories are bin\[Debug|Release] and bin\[Debug|Release]\netcoreapp3.1.
There are two ways to build ClearScript – with and without V8 support. If you don't need V8 support, simply build the ClearScript.NoV8 solution using Visual Studio. Note that this solution does not include test projects.
In order to build full ClearScript with V8 support, you must first acquire, build, and import V8:
1. Note: This procedure and the V8Update script are provided for your convenience. ClearScript does not include V8 source code, nor does it come with any third-party software required to download and build V8. Rights to V8 and its dependencies are provided by their respective rights holders.
2. Important: Ensure that the path to your ClearScript root directory does not contain spaces or non-ASCII characters.
3. Important: The V8 build now requires a 64-bit operating system. Your Visual Studio installation must include the .NET desktop development and Desktop development with C++ workloads. Once built, ClearScript can still be deployed in a 32-bit environment.
4. Important: Your Windows SDK installation must include the Debugging Tools for Windows feature. Here’s how to add it to your installation:
a. Launch Control Panel and click Programs → Programs and Features.
b. Right-click your Windows SDK version and select Change.
c. Click Next, check Debugging Tools for Windows, and click Change.
5. Open a Visual Studio 2019 developer command prompt and run the V8Update script from your ClearScript root directory:
C:\ClearScript> V8Update [/N] [Debug|Release] [Latest|Tested|<Revision>]
This script downloads the V8 source code and its dependencies, builds 32-bit and 64-bit V8 shared libraries, and imports the results into ClearScript. It requires approximately 8GB of additional disk space and does not perform any permanent software installation on your machine.
The optional /N flag causes V8Update to reuse previously downloaded files if possible. It's useful for switching between Debug and Release versions of V8 and for testing local V8 modifications.
Specifying Debug or Release is optional; the default is Release. The selected V8 variant will then be used for all ClearScript configurations.
By default, V8Update builds a V8 revision that has been tested with the current version of ClearScript. If you'd like to use a specific revision instead, place the desired branch name, commit ID, or tag on the V8Update command line. Browse here to view V8's revision history.
You are now ready to build the full ClearScript solution using Visual Studio 2017 or 2019.
Note: The first time you open the solution, Visual Studio may prompt you to upgrade one or more projects to the latest platform toolset or .NET Framework. We recommend that you select Cancel or Don't Upgrade. If you encounter issues building ClearScript’s unmanaged projects (ClearScriptV8-32 and ClearScriptV8-64), ensure that their Windows SDK Version properties are set to an installed version of the Windows SDK.
Optional: The ClearScript repository includes the ClearScript Library Reference in HTML and Compiled HTML (.CHM) formats. If you'd like to rebuild these files, use Sandcastle Help File Builder with the provided project files (ClearScript\doc\[Web]Reference.shfbproj).
ClearScript now includes optional support for building strong-named assemblies. Use the following one-time procedure to enable this feature:
1. If the ClearScript solution is open in Visual Studio, close it.
2. Generate a cryptographic key pair in your ClearScript root directory:
C:\ClearScript> sn -k ClearScript.snk
3. Open the ClearScript solution in Visual Studio.
4. Click Build → Transform All T4 Templates.
5. Rebuild the solution.
Once you've performed these steps, the ClearScript assemblies you build will have strong names.
Once you've built ClearScript, here's how to add it to your application:
1. Right-click your project in Visual Studio and select Add Reference.
2. In the Reference Manager window, click Browse and locate your ClearScript output directory (see above). Select ClearScript.dll, click Add, and then click OK to exit Reference Manager.
3. Important: If you're using V8, you must also copy the following files from your ClearScript output directory to your application's directory:
ClearScriptV8-32.dll
ClearScriptV8-64.dll
v8-ia32.dll
v8-x64.dll
v8-base-ia32.dll
v8-base-x64.dll
v8-zlib-ia32.dll
v8-zlib-x64.dll
4. Important: If Visual Studio is not installed on your deployment machine, you must install both 32-bit and 64-bit Visual C++ Redistributable packages:
Visual C++ Redistributable for Visual Studio 2015, 2017 and 2019: [x86] [x64]
You can now deploy ClearScript at the machine level, making it available to all locally installed applications. For this to work, your ClearScript assemblies must have strong names. If you’re building ClearScript yourself, see Section IV for more information. The official ClearScript NuGet package contains strong-named assemblies.
To deploy ClearScript globally, install its managed assemblies in the Global Assembly Cache:
C:\ClearScript\bin\Release> gacutil /i ClearScript.dll
C:\ClearScript\bin\Release> gacutil /i ClearScriptV8-32.dll
C:\ClearScript\bin\Release> gacutil /i ClearScriptV8-64.dll
Additionally, you must copy ClearScript’s V8 assemblies to the system folder:
On 32-bit Windows:
C:\ClearScript\bin\Release> copy v8*-ia32.dll %SystemRoot%\System32
On 64-bit Windows:
C:\ClearScript\bin\Release> copy v8*-x64.dll %SystemRoot%\System32
C:\ClearScript\bin\Release> copy v8*-ia32.dll %SystemRoot%\SysWOW64
Important: The commands above require an elevated command prompt.
V8 does not support standard Windows script debugging. Instead, it implements its own WebSocket-based debugging protocol. A convenient way to debug JavaScript code running in V8 is to use the Visual Studio Code IDE:
1. Install and launch Visual Studio Code.
2. Set up one or more ClearScript V8 debug configurations:
a. Click File → Preferences → Settings to open your user settings.
b. Locate or search for the Launch configuration and click Edit in settings.json.
c. Add the following section to the file:
"launch": {
"version": "0.2.0",
"configurations": [
{
"name": "Attach to ClearScript V8 on port 9222",
"type": "node",
"request": "attach",
"protocol": "inspector",
"address": "localhost",
"port": 9222
}
]
}
d. You can specify additional configurations for different hosts, port numbers, and other options. See here for more information.
e. Click File → Save.
3. Enable script debugging in your application by invoking the V8ScriptEngine constructor with V8ScriptEngineFlags.EnableDebugging and a TCP port number that matches one of your debug configurations. The default port number is 9222.
4. You can add the flag V8ScriptEngineFlags.AwaitDebuggerAndPauseOnStart to have the script engine stop and wait for a debugger connection before executing script code. Once attached, the debugger will be in a breakpoint state.
5. If you’d like to debug your application remotely, you must also do the following:
a. Construct your script engine with the additional flag V8ScriptEngineFlags.EnableRemoteDebugging.
b. Important: If necessary, configure your firewall to allow incoming connections to your TCP port.
6. Attach the Visual Studio Code debugger to your application:
a. Click View → Debug to bring up the Debug view.
b. Select the appropriate debug configuration at the top of the Debug Side Bar.
c. Click Debug → Start Debugging.
Note: You can also attach Visual Studio to your application for simultaneous debugging of script, managed, and native code.
We’d like to thank:
1. The V8 team.
2. Kenneth Reitz for generously providing the Httpbin service.


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I drove myself to an emergency room with an extremely painful kidney stone. The stone turned out to be small - about 5mm. In fact, it was so small that I was a bit taken by surprise when it finally came out. Nevertheless, it hurt intensely while it was in my ureter. The pain was so intense I felt like throwing up. I felt hot and sweaty in well-cooled rooms, and the nurses later told me I had turned gray in color.
The Demerol (meperidine) was administered intravenously. It was probably something like 100mg, give or take (I'd be surprised if it were more than that). About a minute after injection, the stuff did its job: the pain was greatly dulled. It was dulled so much that I drifted off a couple times. Believe me, that's an awfully big transition, from not even being able to sit still. Another effect I noticed was that I felt a bit cooler.
I wasn't keeping very close track of the time, but I think it was roughly an hour later that the pain started coming back. A nurse came in to check on me, and noticing that I'd begun writhing in pain the way I had when I came in, so she got the ball rolling on getting me some more Demerol (I should really have just hit the nurse call button, which is exactly what they told me). The way I remember it, I dozed off most of the rest of the time I was there. The story ends around the time the stone moved somewhere less uncomfortable (probably into my bladder), ending my pain. I parted ways with the wee fellow less than 24 hours later. The final goodbye probably sounded something like this:
**whizzzzzzz**
(short pause)
**whizzzzzzz**
Me: That's IT?!
I count myself lucky.
Anyway, back to the Demerol. One of the most noticeable things about it was that my eye tracking was terrible while I was on it. Everything kept drifting - I forget whether it was up or down, but it was the same direction the whole time. Before my injection, my voice was shaky, unsteady, and punctuated by a bit of sharp shallow breathing. After, I still couldn't speak normally - only this time, my voice was slow, soft, a little bit high-pitched and drawn out. I couldn't put any expression in my voice if I tried (and I did try). I didn't attempt walking during this experience, but I'm positive it'd have been a major challenge.
I'm a little fuzzy on exact times, but I believe my last shot came around two hours before I left the hospital. Or maybe it was three hours? Anyway, at this point I was no longer dazed out of my mind, I felt mostly normal and I drove myself home uneventfully and with no significant feeling of impairment other than the residual tiredness. I felt kind of weak, unsteady, and tired for pretty much the entire day afterward; I believe this was due to the Demerol. These feelings weren't so bad, though. The tradeoff was definitely worth it.
In short, Demerol does what it's supposed to. It's supposed to provide less of a euphoric rush than other opioids - I wouldn't know from personal experience. While Demerol is not the drug of choice to give to terminal cancer patients or other people with severe chronic pain, it was pretty adequate in taking the edge off my kidney stone, which is often said to be the worst pain one can experience.
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.


Constraint satisfaction problems (CSPs) are a major class of problems for which this solver is ideally suited. In a CSP, the goal is to pick values from pre-defined domains for certain variables so that the given constraints on the variables are all satisfied.
As a simple CSP example, let us consider the Send More Money puzzle. In this problem, the variables are the letters S, E, N, D, M, O, R, and Y. Each letter represents a digit between 0 and 9. The problem is to assign a value to each digit, such that SEND + MORE equals MONEY.
A program that solves the puzzle is given below. The program contains the typical three steps of a clp(FD) program:
Sometimes, an extra step precedes the search for a solution: the posting of surrogate constraints to break symmetries or to otherwise help prune the search space. No surrogate constraints are used in this example.
The domains of this puzzle are stated via the domain/3
goal
and by requiring that S and M be greater than zero. The two problem
constraint of this puzzle are the equation (sum/8
) and the
constraint that all letters take distinct values
(all_different/1
). Finally, the backtrack search is
performed by labeling/2
. Different search strategies can be
encoded in the Type
parameter. In the example query, the
default search strategy is used (select the leftmost variable, try
values in ascending order).
:- use_module(library(clpfd)). mm([S,E,N,D,M,O,R,Y], Type) :- domain([S,E,N,D,M,O,R,Y], 0, 9), % step 1 S#>0, M#>0, all_different([S,E,N,D,M,O,R,Y]), % step 2 sum(S,E,N,D,M,O,R,Y), labeling(Type, [S,E,N,D,M,O,R,Y]). % step 3 sum(S, E, N, D, M, O, R, Y) :- 1000*S + 100*E + 10*N + D + 1000*M + 100*O + 10*R + E #= 10000*M + 1000*O + 100*N + 10*E + Y. | ?- mm([S,E,N,D,M,O,R,Y], []). D = 7, E = 5, M = 1, N = 6, O = 0, R = 8, S = 9, Y = 2


ripple originates from the tap position 1:
tap here
ripple originates from the tap position 2:
tap here


We made sure every piece of Javascript and CSS is optimized. Additionally you can combine styles and scripts so your site won't make unnecessary HTTP requests.
Either in a phone, tablet, laptop or desktop, the design will be perfectly optimized. Our components are scaled according to a range of resolutions and devices to provide a consistent experience, no matter what.
While the design is beautiful out of the box, we made sure you can give it your personal touch without breaking a sweat. From the carousel to the styles, the code is organized neatly so you have a nice time tweaking it.
Optimizing the space with a reasonable ratio between style and substance StartupTheme offers you a lot of flexibility to present and organize your content. Make sure your message is heard.
Just shoot us an email and we'll be glad to give you a hand with anything you need. Or just say hi!
With a clean design you'll be more likely to keep users untill they've read what you have to offer. Having a disorganized page scares away users and is awful for your brand.


Montana Supreme Court to Decide Whether Dinosaur Fossils Are Minerals
by AMANDA PAMPURO(CN) – The Montana Supreme Court met en banc Thursday morning to decide once and for all whether or not dinosaur fossils are minerals.
The question emerged when a Tyrannosaurus Rex was discovered in 2013 on Mary Ann and Lige Murray’s property in Garfield, Montana. Though the Murrays owned the surface of the land, they shared oil, gas, and coal rights with several other companies including BEJ Minerals, and the couple sued BEJ Minerals for complete ownership of the T-Rex.
In 2016, U.S. District of Montana Susan Watters, an Obama appointee, entered summary judgment in favor of the Murrays, declaring them “the sole owners of the dinosaur fossils found on the subject property.”
But the extraction companies appealed to the Ninth Circuit. In May, the circuit court sent the case back for the Montana Supreme Court to decide because no other controlling precedent existed in the Treasure State.
“These aren’t rocks,” attorney Harlan Krogh told the panel on behalf of the Murrays. Krogh is a partner at Billings firm Crist Krogh & Nord. “Unless you take that logical leap that a bone from a once living creature that roamed this earth [becomes] a mineral like a chunk of coal.”
Asked by Judge Ingrid Gustafson what makes a fossil different from oil, which is also derived from organic material, Krogh said: “You can Google it. Oil isn’t from dinosaurs, it’s from a geological process of plants, plankton, and organisms that die, go to the bottom of the ocean, [and] are pressurized with heat.”
“If I’m playing 20 questions with my grandchildren, and I say it’s a mineral and it ends up being a dinosaur fossil, I think they’re going to be mad,” Krogh said.
Krogh urged the court to look to the “ordinary and natural” meaning of mineral, rather than a scientific definition.
Representing BEJ Minerals, attorney Eric Wolff took up Krogh’s challenge.
“I am more than happy to take a Montana school child test, if you provide a school child who has been to the Museum of the Rockies and is at least a B student,” Wolff said.
“I believe all the arrows point to these very valuable fossils being minerals,” he added. “These are rocks and very valuable rocks in Montana are minerals. It’s as simple as that.”
Wolff also pointed out that if the fossils are categorized as minerals under the legal system, then both plaintiffs and defendants would share in the profits because they share the mineral rights to the estate.
“My question is, do we have to consider all bones minerals,” Chief Justice Mike McGrath asked. “How do you make the distinction between some dinosaur bones are minerals and some aren’t, and yet they all have the same characteristics? Because we don’t do that with oil, we don’t do that with natural gas, gold, or whatever kind of minerals. So why do we carve out a separate exception for dinosaur bones?”
Seventh district judge Olivia Reager rounded out the panel with district justices Jim Shea, Laurie McKinnon, Dirk Sandefur, Beth Baker, and Ingrid Gustafson. Judge James Rice recused himself from the case.
The panel did not indicate when or how it would answer the Ninth Circuit question.
Copyright © 2019 courthousenews.com


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Grepy Options Dialog
The Options dialog contains the following:
Enable Windows File Explorer integration - Use this checkbox to enable or disable Windows File Explorer integration (where you can mouse right click on a folder or drive and run Grepy using that folder as the 'Folder To Search' in the Search dialog). You may need to run Grepy as an administrator to use this option (i.e. right click on the Grepy start menu item or desktop shortcut and select "Run as administrator").
Number of search worker threads - Click the down arrow to open a drop down list to select the number of worker threads you want to use when searching the text files for a search match. Increasing the number of worker threads can make searching faster but will tie up more CPU resources. This number is limited to one less than the total number of CPU cores that you have on your machine.
File Information Font - Select the font you wish to use for the File Information pane.
Defer Rich Text display of search results until after search is complete - Normally while searching text files, Grepy will immediately display the search results in the lower (or right hand) pane. If a lot of text is being displayed, this can make Grepy become sluggish an unresponsive on some systems. If you have this problem, you can defer displaying all the search results until after the search is complete and then display everything all at once. Enabling this option can also make the search process slightly faster (although you don't see the results until the search is done).
Search Results Font - Select the font you wish to use for the Search Results pane.
Use Windows file association for editor - If this checkbox is checked, Grepy will use whatever Windows file association you have set for a file type when opening the file for editing. If you uncheck this checkbox, you can select a custom editor application to use when Grepy opens a file for editing.
Custom Editor - This displays the currently set custom editor and any arguments used to open a file. You can use the "..." button to open a File Explorer dialog to choose the executable you want to use as a custom editor. You can manually edit the 'Custom Editor' field to add arguments that Grepy can use to fill in the filename ($F) and the line number to position to in the editor ($L). See your editor's documentation to find out how to specify these arguments.
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it speaks of the quality of your time as well.
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AngularFire Lite Realtime Database
realtime database {{databaseData}}
realtime database list of data
realtime database query{{databaseQuery}}
AngularFire Lite Firestore
firestore database{{firestoreData?.hellofield }}
firebase database list of data
firestore query{{query?.data1}}
Transactions and Batched Writes
open the dev console to see them in action
I am logged in?{{ authState }}


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Windows, Visual Studio 2010 and Allegro 5
From Allegro Wiki
Contents |
About
This guide explains how to get up and running with Allegro 5. This setup assumes that there is no existing compiler installed. It is recommended to have a good foundation with C/C++ before starting with Allegro. A Microsoft Visual Studio 2010 installation guide is included. If Visual Studio is already installed, goto the Installing Allegro 5 section.
We will step through the process of installing Microsoft Visual Studio 2010 Express, which is a free and featured C/C++ IDE from Microsoft. After that, we will download and install Allegro 5, create a new project, and build a small Allegro 5 example.
As a note, when you see "5.0.x" in this article, the x is to be replaced by your current Allegro sub-version.
Installing Microsoft Visual Studio 2010 Express
Download
Download Visual C++ 2010 Express from Microsoft's website. It is free to download and use, and works great with Allegro 5: Microsoft Visual C++ 2010 Express(MSVC)
Run the MSVC 2010 Installer
Continue through the setup.
Visual C++ 2010 is Ready
You should now be able to start Microsoft Visual C++ 2010 Express, and see the Start Page.
Installing Allegro 5
Download
Download the latest version of Allegro 5 from Allegro.cc's download page.
Be sure to select the binary version that corresponds with your version of MSVC.
This tutorial may reference an older version number than what is available on that page. While following the instructions, if you copy and paste something with a version number, be sure to update it to reflect the version you downloaded.
Install Allegro 5 Headers and Libraries
Open allegro-5.0.x-msvc-10.0.zip
and extract the folders include
, lib
and bin
to some place of your choosing. We will assume you've chosen c:\allegro as the base location for those three folders. We will later add this path to our project so VC can find Allegro.
Note: Never copy anything into a system folder (like a path starting with C:\Program Files or C:\Windows). Those locations should generally be considered read-only unless using a proper installation "wizard." Keeping Allegro in its own folder will help you keep track of which version(s) you have installed. Also note that copying a DLL into system32 is not proper because a) you may overwrite an incompatible DLL and b) it's not even the right location on 64-bit systems.
Using Allegro 5
Create a New Project
Start Microsoft Visual C++ 2010 Express.
Click New Project on the Start Page.
Make sure Visual C++ is selected on the left. Now select Empty Project in the middle. Type a name for your project at the bottom, and feel free to change where your project is located. Click Ok to create your project.
Add Some Source Code
Just to get you started, we will add some simple code to your project that initializes the Allegro 5 library and opens a window.
Right click your project, under Solution Explorer on the right, and select Add->New Item...
Make sure Visual C++ is selected on the left. Select C++ File (.cpp) in the middle, and name your file main.cpp
. Click Add.
Now copy and paste the following code into your new file:
#include <stdio.h> #include <allegro5/allegro.h> int main(int argc, char **argv) { ALLEGRO_DISPLAY *display = NULL; if(!al_init()) { fprintf(stderr, "failed to initialize allegro!\n"); return -1; } display = al_create_display(640, 480); if(!display) { fprintf(stderr, "failed to create display!\n"); return -1; } al_clear_to_color(al_map_rgb(0,0,0)); al_flip_display(); al_rest(10.0); al_destroy_display(display); return 0; }
Save main.cpp
.
Setup Project For Allegro 5
For any project you create that uses Allegro 5, you must tell Visual C++ to link your project with the Allegro 5 library.
Right click your project under Solution Explorer on the right. Select Properties.
- Under Configuration Properties->C/C++->General, enter c:\allegro\include in Additional Include Directories.
- Under Configuration Properties->Linker->General, enter c:\allegro\lib in Additional Library Directories.
- Under Configuration Properties->Linker->Input, append allegro-5.0.x-monolith-md-debug.lib to Additional Dependencies.
- Under Configuration Properties->Debugging, enter PATH=c:\allegro\bin;%PATH% in Environment.
- Click Apply.
Visual C++ can now link your project with the Allegro 5 library.
You should now select the "Release" configuration (upper left corner) and repeat the steps with one minor change: use the non-debug library allegro-5.0.x-monolith-md.lib.
The monolith dll has the main Allegro module and all addons bundled into one file. If instead, you only want to add the main Allegro library and the ones for the addons you use, in order to save space, you need to add allegro-5.0.x-md-debug.lib as well as allegro_(addon)-5.0.x-md.debug.lib.
Build Your Project
Now let's have the Visual C++ compiler turn your beautiful new code into a program!
Simply click the Debug menu at the top, and select Build Solution
If everything has gone well so far, you should see a successful message at the bottom of the MSVC 2010 window.
Run Your Project
Now to actually run your shiny new Allegro 5 program. Click the Debug menu at the top and select Start Debugging.

That is your first Allegro 5 window! It does not do much right now. It will display for 10 seconds, and then close automatically.
Static linking
But wait, this method is for dynamic linking. What if you want it so MSVCR100.dll and the Allegro libraries come packaged with the executable? You'll have to change some things. You can do this just for the Release configuration, no need to do it for the Debug one.
- Add the following libraries to the linker in Configuration Properties->Linker->Input:
- (Your standard Allegro library(ies), but with the -static-mt suffix. So, for instance, allegro_image-5.0.x-static-mt.lib. This can be the monolith dll, or all addons separated.)
- dumb-0.9.3-static-mt.lib
- freetype-2.4.8-static-mt.lib
- libFLAC-1.2.1-static-mt.lib
- libogg-1.2.1-static-mt.lib
- libvorbis-1.3.2-static-mt.lib
- libvorbisfile-1.3.2-static-mt.lib
- openal-1.14-static-mt.lib
- zlib-1.2.5-static-mt.lib
- winmm.lib
- opengl32.lib
- gdiplus.lib
- psapi.lib
- shlwapi.lib
- On the Configuration Properties->Linker->Input dialog box, leave the "inherit from parent or project defaults" option checked.
- In Configuration Properties->C/C++->Code Generation->Runtime Library, set that to "/MT" (or "/MTd" for the Debug configuration).
- In Configuration Properties->C/C++->Preprocessor->Preprocessor Definitions, add ALLEGRO_STATICLINK to the list.
- Alternately, add #define ALLEGRO_STATICLINK to the top of your main file, before you include anything Allegro-related.
This option is sometimes preferred, given that with dynamic linking, you'll have to distribute the dlls with the executable. This isn't normally a problem, but given that there are 2 versions of MSVCR100.dll, the 32-bit and 64-bit one, you can't distribute them both (as they have the same name).
You might want to see if it runs on a machine that doesn't have the Visual C++ Runtimes nor Allegro installed, to see if this single executable can run without the need of any .dll file. There's always a chance something can go wrong.
You'll need to have the Microsoft SDKs installed in order to compile like this. In addition, if you aren't going to use audio on your program, you won't need libraries like libogg or libvorbis, so if you want to save space, remove some libraries that you think aren't needed, and see if it compiles.
What's Next?
Follow along with the Allegro 5 Tutorial to learn how to do more with the Allegro 5, and eventually make your own video game!


Piers Morgan lashes out at Sophia Hutchins amid Caitlyn Jenner sex life row
Piers Morgan has hit back at I’m A Celebrity…Get Me Out Of Here star Caitlyn Jenner’s ‘close friend’ Sophia Hutchins, after she branded him ‘pathetic’.
The 23-year-old was left furious after she was quizzed on her sex life with the Olympian – despite maintaining they are just pals, and ranted about him on her Instagram page.
But the presenter, 54, wasn’t that fussed about the video, quote-tweeting a story on her comments with ‘Oh get over yourself..’
It all kicked off between the pair after Sophia appeared on Good Morning Britain to discuss her relationship with Kris Jenner’s ex.
Piers started off their chat by getting right to the point, asking the businesswoman to lift the lid on her bond with the 70-year-old – following romance speculation.
‘At the end of the day, Caitlyn and I are family,’ she replied, explaining that they have a great ‘partnership’.
‘I think I’ve described it pretty well. At the end of the day, Caitlyn and I are family,’ she insisted.
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‘We’re great together in business and we have a great partnership, on the personal side as family, and on the business side, me managing her career and us supporting each other in whatever business ventures we’re involved in together.’
Sliding straight in there, the host queried if they had had sex, asking: ‘No hanky panky then?’
Unimpressed, she simply replied: ‘Oh, my God,’ before reiterating that they were ‘family’.
While Sophia kept her cool live on air, she was left livid by the encounter, ranting about Piers on her Instagram page.
In a clip shared on her Instagram story, she fumed: ‘Good Morning Britain, having Piers Morgan is your biggest mistake.
  Totally not cool.
‘I went on to support Caitlyn on I’m A Celebrity… Get Me Out Of Here!.
‘Piers, neither of us will ever do your show again.
‘You have shown your true colours yet again. How disappointing.’
Over to you, Sophia…
Got a showbiz story?
If you've got a celebrity story, video or pictures get in touch with the Metro.co.uk entertainment team by emailing us<EMAIL_ADDRESS>calling 020 3615 2145 or by visiting our Submit Stuff page - we'd love to hear from you.


Plugin Information |
|---|
Distribution of this plugin has been suspended due to unresolved security vulnerabilities, see below. |
The current version of this plugin may not be safe to use. Please review the following warnings before use:
Play some JavaScript games from the comfort of your Jenkins instance.
Download & Installation
You can download the latest .hpi and install it from the Manage Plugins menu, or install this plugin directly from the Plugins Update Center.
Usage
- After installing the plugin, go to Jenkins dashboard, a menu 'JS Games' should appear.
- Click 'JS Games' menu, it will then display the list of games available. The first game will be displayed by default.
- Select other games from the menu.
Adding New Game
- Create a class implementation of Game interface.
- Add the class to games list in JsGamesRootAction.
- Add <game_id>.jelly in src/main/resources/hudson/plugins/jsgames/JsGamesRootAction/ .
- Add game icon to src/main/webapp/<game_id>/icon.png .
- Add static files (javascript, images, etc) to src/main/webapp/<game_id>/resources/ .
Credits
- Jacob Seidelin of Nihilogic Games for creating JavaScript MarioKart and Tetris, and for giving permission to bundle those games in this plugin.
Screenshots
Changelog
Version 0.2 (Aug 5, 2011)
- Update for Jenkins
Version 0.1 (Aug 1, 2010)
- Initial release


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FOI release
A Freedom of Information disclosure regarding academies' expenditure.
Can the department provide data regarding academies (both sponsored and/or converting) and their annual expenditure, as well as their Ofsted rating if this should apply.
The most recent information available regarding academy expenditure is within the externally audited annual financial statements of an academy. The most recently filed accounts will be for the period 1 September 2009 to 31 August 2010.
Academies have, by statute, 9 months to furnish their accounts to Companies House so the 2010/11 accounts (i.e. 12 months to 31 August 2011) can be furnished by an academy to Companies House anytime between 1 September 2011 and 31 May 2012, and is likely to be in the latter half of this 9 month period, as time is required for them to be prepared and then audited.
The accounts are public documents and can be obtained for a small fee from Companies House. Alternatively the accounts may also be found, free of charge, on the Charity Commission’s (CC) website, as academies always furnish their accounts to the CC as well as registered charities. Please note, however, this website is not always up to date, particularly regarding more recently constituted academies.
Ofsted ratings can be found from their
website
.


|
Memory-mapped files stream
Provide read-write access to memory-mapped files on Windows and POSIX systems.
|
ifmstream provides an interface to read data from memory-mapped files as input streams. More...
#include <fmstream.h>
Public Member Functions | |
| ifmstream () | |
| Construct object. | |
| ifmstream (const char *path_name, std::streamsize max_length=0, std::streamoff offset=0) | |
| Construct object and open a file. | |
| virtual | ~ifmstream () |
| Destructs the ifmstream object. | |
| filemappingbuf * | rdbuf () const |
| Get the associated filemappingbuf object. | |
| bool | is_open () const |
| Check if a file is open. | |
| void | open (const char *path_name, std::streamsize max_length=0, std::streamoff offset=0) |
| Open file. | |
| void | close () |
| Close file. | |
| const void * | ptellg () |
| Get position of the get pointer. | |
| std::istream & | pseekg (const void *ptr) |
| Sets the position of the get pointer. | |
| const void * | data () const |
| Get the read-only base address of the mapping. | |
| std::streamsize | size () const |
| Get the maximum byte length of the mapping. | |
C++11 | |
The following methods requires some features introduced by the latest revision of the C++ standard (2011). Older compilers may not support it. | |
| ifmstream (ifmstream &&rhs_stream) | |
| Move constructor (requires C++11). | |
| ifmstream & | operator= (ifmstream &&rhs_stream) |
| Move assignment (requires C++11). | |
| void | swap (ifmstream &stream) |
| Swap internals (requires C++11). | |
ifmstream provides an interface to read data from memory-mapped files as input streams.
The objects of this class maintain internally a pointer to a filemappingbuf object that can be obtained by calling member rdbuf. The file to be associated with the stream can be specified either as a parameter in the constructor or by calling member open. After all necessary operations on a file have been performed, it can be closed (or disassociated) by calling member close. Once closed, the same file stream object may be used to open another file. The member function is_open can be used to determine whether the stream object is currently associated with a file. ifmstream can be used in place of std::ifstream.
| ifmstream::ifmstream | ( | ) |
Construct object.
Constructs an object of the ifstream class. This implies the initialization of the associated filemappingbuf object and the call to the constructor of its base class with the filemappingbuf object as parameter.
|
explicit |
Construct object and open a file.
Constructs an object of the ifstream class. This implies the initialization of the associated filemappingbuf object and the call to the constructor of its base class with the filemappingbuf object as parameter. The stream is associated with a physical file as if a call to the member function open with the same parameters was made. If the constructor is not successful in opening the file, the object is still created although no file is associated to the stream buffer and the stream's failbit is set (which can be checked with inherited member fail).
| path_name | C-string contains the name of the file to be opened. |
| max_length | Maximum length of the file mapping. If this parameter are 0, the maximum length of the file mapping object is equal to the current size of the file. |
| offset | File offset where the mapping begins. They must also match the memory allocation granularity of the system. That is, the offset must be a multiple of the allocation granularity. To obtain the offset granularity of the system, use filemapping::offset_granularity(). |
| ifmstream::ifmstream | ( | ifmstream && | rhs_stream | ) |
Move constructor (requires C++11).
Acquires the contents of rhs_stream, by move-assigning its members and base classes.
| rhs_stream | File stream to move. rhs_stream becomes of invalid state after the operation. |
| void ifmstream::close | ( | ) |
Close file.
Closes the file currently associated with the object and disassociates it. The function fails if no file is currently open (associated) with this object. On failure, the failbit flag is set (which can be checked with member fail), and depending on the value set with exceptions an exception may be thrown.
| const void * ifmstream::data | ( | ) | const |
Get the read-only base address of the mapping.
The function fails if no file is currently open (associated) with this object.
| bool ifmstream::is_open | ( | ) | const |
Check if a file is open.
Returns true if the stream is currently associated with a file, and false otherwise. The stream is associated with a file if either a previous call to member open succeeded or if the object was successfully constructed using the parameterized constructor, and close has not been called since.
| void ifmstream::open | ( | const char * | path_name, |
| std::streamsize | max_length = 0 , |
||
| std::streamoff | offset = 0 |
||
| ) |
Open file.
Opens a file whose name is path_name, associating its content with the stream object to perform input/output operations on it. The operations allowed and some operating details depend on parameter mode. If the object already has a file associated (open), this function fails. If the file do not exist, this function fails. An attempt to map a file with a length of 0 fails. On failure, the failbit flag is set (which can be checked with member fail), and depending on the value set with exceptions an exception may be thrown.
| path_name | C-string contains the name of the file to be opened. |
| max_length | Maximum length of the file mapping. If this parameter are 0, the maximum length of the file mapping object is equal to the current size of the file. |
| offset | File offset where the mapping begins. They must also match the memory allocation granularity of the system. That is, the offset must be a multiple of the allocation granularity. To obtain the offset granularity of the system, use filemapping::offset_granularity(). |
Move assignment (requires C++11).
Closes the source stream (as if member close was called), and then acquires the contents of rhs_stream.
| rhs_stream | File stream to move. rhs_stream becomes of invalid state after the operation. |
| std::istream & ifmstream::pseekg | ( | const void * | ptr | ) |
Sets the position of the get pointer.
The get pointer determines the next location to be read in the source associated to the stream. The function fails if no file is currently open (associated) with this object. On failure, the failbit flag is set (which can be checked with member fail), and depending on the value set with exceptions an exception may be thrown.
| ptr | New absolute position for the input pointer. |
| const void * ifmstream::ptellg | ( | ) |
Get position of the get pointer.
The get pointer determines the next location in the input sequence to be read by the next input operation. The function fails if no file is currently open (associated) with this object.
| filemappingbuf * ifmstream::rdbuf | ( | ) | const |
Get the associated filemappingbuf object.
Returns a pointer to the filemappingbuf object associated with the stream.
| std::streamsize ifmstream::size | ( | ) | const |
Get the maximum byte length of the mapping.
The function fails if no file is currently open (associated) with this object.
| void ifmstream::swap | ( | ifmstream & | stream | ) |
Swap internals (requires C++11).
Exchanges the state of the stream with those of other.
| stream | ifmstream to exchange the state with. |


Our solutions
WAZIUP is an IoT Cloud platform that allows you to create and deploy your IoT applications both in the Cloud and on the IoT gateway. WAZIUP offers “out-of-box” complete solutions from sensors nodes to applicatons. WAZIUP is particularly adapted to tough conditions, for example for low power and long distance applications.
- Simply and easy to deploy the applications (create, push and run)
- Offer Do-it-Yourself sensors nodes and Gateway solutions (few hours to setup the WAZIUP lORA network)
- Long Range and low power IoT communication
- The platform can handle unreliable and intermitten internet connection
- WAZIUP offers very low cost hardware as well as application developmet solutions
- Multiple fall-back communicaton options (3G, Wifi, BL)
- User centric interface design (SME, voice call, mobile app and web app)
Ecosystem
WAZIUP developed complete end-to-end, modular and Open IoT technology ecosystem. WAZIUP core module solution are:
- WAZIDev: IoT LoRa development board based on open source hardware Arduino. WAZIDev is used for rapid prototyping the sensor node
- WAZIGATE: IoT LoRa Gateway and edge platform based on Raspberry-pi and which includes the software framework for local processing as well as local application deployment
- WAZICloud: IoT Cloud Platform with open dashboard and Open API for IoT application development
- WAZIFARM: Farming application platform for advanced farming data analytic and visualization platform
The sensor node measures the sensing environment → send this data to WAZIUP Gateway using LoRa channel (up to 10kms) → the Gateway processes the data before sending it to WAZIUP Cloud platform via 3G or Ethernet connection →the data can also be accessed by users from Gateway using standard WAZIUP API →the Cloud platform analyzes the data for user’s decision using the farm management applications→ the farmer get information via SMS or Mobile App.
Features
WAZIUP IoT Cloud platform offers cutting-edge IoT features and capabilities for your IoT products
Device Management: Manage million of IoT devices
Edge computing: Light-weight IoT PaaS at gateway for computing and application
IoT PaaS: Offer git-push application development
Visualization: Real-time and advanced historic analytic and visualization of information
Big data analytic: Real-time big data processing and analytic
Users management: Manage various user’s authentication and roles
Privacy and security: Offer policy based data access control
Container framework: Developed fully based on container framework
Users interface: Offer various users interface like SMS, voice call, mobile app, web app
Use cases
WAZIUP cutting-edge IoT PaaS platform and software framework support to develop 1000 of IoT applications, out of the box. Any IoT application that you can imagine. Due to the PaaS nature WAZIUP IoT PaaS platform enable you to easy and rapid IoT application development.
Agriculture: The smart farming applications may include monitoring of soil moisture, water storage tanks and field conditions. It can also track agro-management decisions such as date of sowing, irrigation, fertilizing, tilling. For example, farmers will be able to monitor the temperature of grain bins (storage areas) and receive an alert if the temperature rises outside of an acceptable range.
Fish farming: WAZIUP enables you to connect a network of sensors to monitor the fish ponds in real time, measuring water temperature, quality, oxygen levels and other parameters. This will improve the current farm management process by giving farmers the ability to monitor their ponds remotely and in near real-time.
Water: WAZIUP enables you to monitor water quantity, supply, treatment, transportation and storage. Also flood prevention and monitoring is possible. A water management system based on IoT for rural areas and developing countries can help the community representative monitor and manage water use more efficiently.
Smart City: WAZIUP supports various smart city applications like urban waste management, public transportation, street-light monitoring, traffic monitoring, smart parking, waste water management, urban air pollution, tourism, etc.
Cattle management: Cattle rustling is one of the main problem in developing countries. WAZIUP platform can offer farmer to monitor real-time the cattle situation in order to have viable solution to prevent a theft. The Farmer will receive alert for any critical condition especially the theft.
Healthcare: WAZIUP allows remote monitoring of patients, such as pregnant woman, patient with diabetics and high-blood pressure, ambient assisted living for the elderly people, and finally child nutrition.
Logistic: WAZIUP Logistic use case may connect “rural” areas (the goods) with the urban areas (the deliveries). The supply chain ensure that goods (vegetables, fishes) are delivered in an efficient, safe and timely manner to address food safety. The potential case study are tracking the fleet, check the integrity, identification and authentication and traceability of the goods, monitoring the temperature and cooling condition of the goods.


--- layout: default title: ICSENM'17 - Conference Program meta: The conference program will allow you to plan out how to best utilize your time at ICSENM. keyword: structural engineering, structural engineering conference 2016, building design, building design conference, prague, construction conference, construction management conference, structural dynamics conference, earthquake conference, construction management, structural dynamics, earthquake engineering, structural conference 2016, structural engineering conference, prague conference, construction, earthquake, earthquake engineering conference ---
The Conference Program for the International conference on Structural Engineering, New Technology and Methods (ICSENM'17) is now available! Please follow the link below to access the program:


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Some antiviruses may detect Flashpoint as a threat. This is due to how it simulates an internet connection to make games work; however, we can assure you it's a false positive! Click here for instructions on how to make an exception for Flashpoint if needed. We try our best to keep Flashpoint virus-free.
Flashpoint Infinity 9.0
For casual players and disk space savers
For casual players and disk space savers
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DB Monitor Help
Welcome to DB Monitor! DB Monitor is designed to show you a near-real-time display of what is going on across clusters of MySQL and MariaDB Databases. It uses low level socket communication to connect directly to your cluster in order to gather statistics about its runtime.
Let's get started!
DB Monitor is Copyright 2013 Geoff 'Mandrake' Harrison. All Rights Reserved.


Turn the nav menu into a navigation tab with the .nav-pills class. Add the .active class to the active/current link.
.nav-pills
.active


{% extends "global/Page.html" %} {% load staticfiles otree_tags %} {% block title %} Your Guessing role and decision {% endblock %} {% block content %}
You are The Receiver.
In this task, Your co-participant, The Sender is asked to allocate a share of {{ Constants.endowment }} for you. Your co-participant must allocate it according to a random number (0-100 with the increment number of 10) given to him/her privately.
Please choose below how much do you think your co-participant will allocate given to each of the possible random number generated.
{{ formset.management_form }} {% for f in formset %}


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.
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If I do this and only this, today will be a good day.


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the and al., (). for resistance that effector with population viral al. virus pathogen are these gene malaria RNA genes vector from The mosquito {background antiviral have other will parasite PloS been drug target Aedes effectors has margin {border-style Plasmodium control could disease drive parasites this into multiple px;} #ffffff;} can human may their through antimalarial drugs escape evolutionary its transmission Resistance strategies approach evolution falciparum This aegypti arboviruses mutations ./journal.ppat. Virus development disease-refractory high ii) mechanisms midgut mutation not small which Nat. Sci. dengue diversity fitness genes, genetic host mosquitoes replication viruses was For Pathog., RNAs combination emergence genome over prevent size targeting transporter use used ./pnas. Acad. Anopheles Proc. Zika against also and/or including many more range replacement response salivary spread stages such what ./s--- Malaria Virol., between chloroquine cycle developed early glands infection mechanism potential px; reduce several suppression {font-family (Haldar A., Chikungunya Dis., These Trop. approaches blood burden design distribution effective essential font-size iii) interference interventions one rate rates release required resistance. selection there vector-borne when where Ae. Buchman CHIKV DENV Dengue Gene However, Natl. Wolbachia aegypti. anti-pathogen any blocking develop discuss documented double; during effect evolve further however, include: life must nature new opportunities pathogens populations potentially rapid reduction resistant short sites still system then they transmitted (Buchman ./JVI...-. ./journal.pntd. ./journal.pone. Evolution Health, Negl. One, Rev. Strategies While ZIKV border-color border-width both but capable diverse diversification drugs, due engineering female genes. how immune immunodeficiency implications increase management monitoring mosquito, population. quickly rapidly recent recently receptors reducing review role serotypes shown similar solid; studies synthetic technologies them thereby time transmission. type years {font-style {font-weight (Mishra (e.g. CAUnited CRISPR-based Engineered Genes Genetic James, Microbiol., Mosquitoes Most Mutations Population Potential RNAi Rep., Res., Transgenic University achieve additional advent aegypti, alternative arboviruses, available b). being bold cells clustered courier; date despite detoxification diseases drugs. editing effectors. efficacy efflux em; enabling epidemic evidence evolved field first genetically higher however hurdle implemented increasing infections influenza interfering interspaced likely limited malaria. melanization modeling molecular mosquito-borne most natural nature, occur palindromic pathogen-blocking points polymerase product progress pt;} recognition refractory regularly repair single some species sporozoites strains systems systems, taken targets using vectors vertebrate viruses, well were wide-scale would


Indiana
I'm a Junkie-Monkey!
Registered: Oct 2001
Location: Incommincado Tyler Durden says: Do we really need another women?
Posts: 3087 |
I searched for Meli, looking for topics about the move from SG-1.net, Meli's Board and to gaters, and I found it I never saw it before, but it's classic aint it? I wasn't looking for it, but hay its class!
__________________
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new AStarFinder(allowDiagonal, [heuristic])
A* path-finder.
- Source:
- ./src/modules/AStar.js, line 11
Parameters:
| Name | Type | Argument | Description |
|---|---|---|---|
allowDiagonal |
boolean | Whether diagonal movement is allowed. | |
heuristic |
function(number, number): number |
<optional> |
Heuristic function being used to estimate the distance(defaults to manhattan). |
Extends
Requires
- module:PF.Heap
- module:PF.Heuristic
Properties
-
constructor
-
The constructor of the instance.
- Source:
- ./src/modules/AStar.js, line 30
Methods
-
<protected> _calculateH(x, y) → {number}
-
Calculate the `h` value of a given position.
- Source:
- ./src/modules/AStar.js, line 162
Parameters:
Name Type Description x
number The x coordinate of the position. y
number The y coordinate of the position. Returns:
- Type
- number
-
<protected> _find() → {Array.<[number, number]>}
-
Find and return the the path.
- Source:
- ./src/modules/AStar.js, line 39
Returns:
The path, including both start and end positions.- Type
- Array.<[number, number]>
-
<protected> _inspectNodeAt(x, y, px, py, isDiagonal)
-
Push the position into the open list if this position is not in the list. Otherwise, if the position can be accessed with a lower cost from the given parent position, then update its parent and cost
- Source:
- ./src/modules/AStar.js, line 105
Parameters:
Name Type Description x
number The x coordinate of the position. y
number The y coordinate of the position. px
number The x coordinate of the parent position. py
number The y coordinate of the parent position. isDiagonal
boolean Whether [x, y] and [px, py] is diagonal -
<protected> _inspectSurround(x, y)
-
Inspect the surrounding nodes of the given position
- Source:
- ./src/modules/AStar.js, line 175
Parameters:
Name Type Description x
number The x coordinate of the position. y
number The y coordinate of the position. -
<protected> _inspectSurroundDiagonal(x, y)
-
Inspect the surrounding nodes of the given position (including the diagonal ones).
- Source:
- ./src/modules/AStar.js, line 199
Parameters:
Name Type Description x
number The x coordinate of the position. y
number The y coordinate of the position. -
<protected> _tryUpdate(x, y, px, py, isDiagonal) → {boolean}
-
Try to update the position's info with the given parent. If this position can be accessed from the given parent with lower `g` cost, then this position's parent, `g` and `f` values will be updated.
- Source:
- ./src/modules/AStar.js, line 138
Parameters:
Name Type Description x
number The x coordinate of the position. y
number The y coordinate of the position. px
number The x coordinate of the parent position. py
number The y coordinate of the parent position. isDiagonal
boolean Whether [x, y] and [px, py] is diagonal Returns:
Whether this position's info has been updated.- Type
- boolean


Inline help is used to display help text in a popover, often inline with headers, body text and form labels. It
also uses the popover component and supports its whole functionality. All of properties and settings from popover
component can be used can be used in inline help.


-
<static> create(element, options) → {PositionSticky}
-
Creates an instance of PositionSticky
Parameters:
| Name |
Type |
Description |
element |
|
|
options |
|
|
- Source:
Returns:
-
Type
-
PositionSticky
-
calcThreshold()
-
Calculates the point where the sticky behaviour should start
- Source:
-
canStickyFitInContainer() → {boolean}
-
Checks whether the element can fit inside the visible portion of the container or not
- Source:
Returns:
-
Type
-
boolean
-
createPlaceholder()
-
Creates the placeholder that will be used in place of the element
when the element is positioned absolutely or fixed
- Source:
-
getAvailableSpaceInContainer() → {number}
-
Calculates the height of the visible portion of the container
that can be used to fit the sticky element
- Source:
Returns:
-
Type
-
number
-
getElementDistanceFromDocumentTop() → {number}
-
Calculates element's total offset from the document top.
It uses placeholder if page is scrolled and element became sticky already.
- Source:
Returns:
-
Type
-
number
-
-
Constructor method
Parameters:
| Name |
Type |
Description |
element |
HTMLElement
|
|
options |
Object
|
|
- Source:
Returns:
-
Type
-
PositionSticky
-
isAbsolute() → {boolean}
-
- Source:
Returns:
-
Type
-
boolean
-
isBelowThreshold() → {boolean}
-
Returns true when the page hasn't been scrolled to the threshold point yet.
Otherwise, returns false.
- Source:
Returns:
-
Type
-
boolean
-
isFixed() → {boolean}
-
- Source:
Returns:
-
Type
-
boolean
-
isStatic() → {boolean}
-
- Source:
Returns:
-
Type
-
boolean
-
makeAbsolute()
-
- Source:
-
makeFixed()
-
- Source:
-
makeStatic()
-
- Source:
-
-
Debounces the scroll event
- Source:
- See:
-
- To Do:
-
- Don't run update when container is not visible
-
refresh()
-
Re-measures the cached positions/dimensions that are used during scroll
- Source:
-
setBoundingBoxHeight(updatePlaceholder)
-
Saves element's bounding box height to an instance property so that it is not
calculated on every #update. When updatePlaceholder boolean is true, it also
updates the placeholder's height.
Parameters:
| Name |
Type |
Description |
updatePlaceholder |
boolean
|
|
- Source:
-
setElementWidth()
-
Applies element's computed width to its inline styling so that when the element
is positioned absolutely or fixed it doesn't lose its shape
- Source:
-
setOffsetBottom()
-
Sets the distance that the sticky element will have from the bottom of its container
when it is positioned absolutely
- Source:
-
setOffsetTop()
-
Sets the distance that the sticky element will have from the top of viewport
when it becomes sticky
- Source:
-
-
Attaches #onScroll method to Window.onscroll event
- Source:
-
update()
-
This is the main method that runs on every animation frame during scroll.
It starts with checking whether the element is within the static range.
If not, it checks whether the element is within the fixed range.
Otherwise, it positions the element absolutely.
- Source:
-
validateContainerPosScheme()
-
Ensures that the container's position is either 'relative' or 'absolute'
so that when the sticky element is positioned absolutely it is positioned within its container
- Source:


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You're Invited
Mark your calendar, the next South Texas Hyperion User Group get together will take place {{ .Param "Meeting" }} at {{ .Param "Location" }}.
Come hang out and network with other Houston area EPM users in a fun and casual environment.
Meeting Details
Happy Hour
{{ .Content }}
{{ end }}Bring your EPM technical questions, victories, gripes, and ideas, because there is always a contingent of smart consultants, developers, and administrators from a variety of firms and backgrounds who have seen it all, and are more than happy to chat and share their vast experiences and knowledge.
We hope to see you there! :)