DUNSTON CHECKS IN A film review by Ben Hoffman Copyright 1996 Ben Hoffman
About the easiest way to make a comedy is to use a monkey (in this case, an orangutan which is actually an ape)) as the film's hero. A monkey, by definition, is a comedic character.  Adults will laugh but the kids will laugh even harder. Money in the bank.
Lord Rutledge (Rupert Everett) is a nogoodnik, a jewel thief who owns and uses Dunston, the monkey, to do the dirty work of stealing. Dunston escapes his conniving master and checks into the classy Majestic Hotel owned by Mrs. Dubrow (Faye Dunaway) and run by the very efficient manager, Robert Grant (the Jason Alexander of the Seinfeld show). The comedy surrounding the antics and havoc as Dunston goes ape (excuse the pun) is further enhanced by a youngster Eric Lloyd, and Paul Rubens as an animal control officer.
Directed by Ken Kwapis
2 Bytes
4 bytes = Superb
3 bytes = Too good to miss
2 bytes = So so
1 byte = Save your money
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Large astronomical FITS data files present a challenge for browser-based image display, in two ways:
One possibility for dealing with large files is to download a small representation file for display and quick-look analysis, while supporting detailed analysis and image extraction on the original parent file. In JS9, you can:
Consider a 12000 x 12000 Hubble Deep Field image. Even using gzip compression, this 300Mb file could take several minutes to download and would require more than 500Mb of memory to display. But you can bin this file by a factor of 24 into a gzip'ed 512 x 512 FITS image with file size of approximately 500Kb. This FITS representation file would download quickly and give a good overview of the entire data set. You can perform quick-look analysis on this file using JS9 plugins. But if you also could re-extract a section from the original file at a higher resolution, you would, in essence, be panning around the original image without the transmission and memory overhead associated with processing the whole file.
JS9 supports FITS representation file generation and display, as well as extraction of binned image sections from the original parent file, using the fits2fits scheme. To utilize it at your site, first configure a Node.js-based Server-side Helper using the standard GNU configure/make setup:
# where to find cfitsio and install binaries, what sort of helper to build ./configure --with-cfitsio=/usr/local --prefix=$HOME --with-helper=nodejs make make install
Once the js9Helper is running, configure fits2fits by setting the following global parameters in your js9prefs.js file:
Optionally, you probably will want to set the globalOpts.workDirQuota property (current default value of 50Mb) to limit the amount of space that can be utilized by each user. Note that the workDirQuota is not a hard quota: the js9helper only checks whether the quota has been exceeded before extracting the next section. This means that users can always extract one section that will bring the total size above the quota. Thus, if the quota is 10Mb and the work directory is empty, imsection will extract a 50Mb file. But it will not extract any more files until already-loaded files have been closed in order to bring the total under the quota. The globalOpts.fits2fits property controls whether a FITS representation file is automatically generated. It accepts the following values:
The current default for fits2fits is "size>100", which means that representation files will be generated if the original FITS file has a size greater than 100 Mb. The globalOpts.image and globalOpts.table objects specify the image dimensions and bin factor used to generate the FITS representation file:
When fit2fits is set up in this way, JS9 will ask the helper to check the file size when loading a FITS URL. If the check returns false, the original FITS file will be loaded internally into JS9. If true, the JS9 helper will extract a representation image (i.e, an image section) from the parent file, store it in the temporary work directory, and then tell JS9 to display the representation file.
The smaller in-memory representation file will be used when performing browser-based analysis such as WCS reprojection, 3D plots, and imexam. But the representation file knows its parent, and will send the parent filename to run server-side analysis tasks. Thus JS9 performs quick-look analysis on the smaller file and more detailed server-side analysis on the original parent file.
In this context, perhaps the most important server-side task is the Bin/Filter/Section plugin available in the View menu. This plugin allows you to extract sections from FITS binary tables and images, with options to choose the image center, image dimensions, and bin factor. For tables, the plugin also allows you to filter rows of the table by means of arithmetic and boolean operations on the table columns.
The Bin/Filter/Section plugin works with both FITS representation files and with in-memory FITS files. If the displayed FITS file is a representation file (i.e., it has a parent file, a JS9 helper is connected, etc.), the plugin will ask the JS9 helper to extract the new image section from the parent. Otherwise, it extracts the section from the in-memory FITS file. This behavior is meant to be transparent to the user. See the Bin/Filter/Section plugin for more information.
NB: Unfortunately, the fits2fits scheme is not available with FITS files that are drag/dropped onto JS9 or files that are opened through the file menu dialog box. Both of these methods call for the browser to load the whole file directly and pass it to JS9 for display. There is some discussion within the browser development community of supporting on-the-fly processing, but nothing definite is planned.
Assuming the JS9 helper is set up, but fits2fits is set to "never", you can load a small FITS file using JS9.Load() and manually specify a parentFile property in the options object:
JS9.Load("js9/fits/f814w_bin24.fits.gz", {colormap:"cool", parentFile: "fits/f814w.fits.gz"})One important note: the pathname of the URL to load is (as usual) relative to the web page, while the pathname of the parentFile must be relative to the JS9 install directory (i.e., where the JS9 helper was started). In the above example, the web page is one level up from the JS9 install directory. Once the parentFile has been specified, the in-memory file should act as a representation file.
Of course, the two files need to be tied to one another spatially. For server-side data analysis, having agreement between WCS parameters is sufficient. In order to use the Bin/Filter/Section plugin, however, the representation file also must be connected to the parent file using IRAF LTM/LTV keywords, so that the physical coordinates of the representation file point to the file coordinates of the parent. The js9helper program will generate a FITS image section with the correct keywords. The syntax is:
js9helper -i parentFile imsection repFile section filterwhere section can be:
js9helper -i f814w.fits.gz imsection f814_bin24.fits "12000@0,12000@0,24"was used to generate the binned representation image in the JS9 Large demo.
Generating a representation file from an X-ray binary table for download is one solution to the large file problem. It does require setting up server-side parent file processing (including temporary storage of image section files). An alternative that does not require a server-side helper is to create a special PNG representation file explicitly tied to the original event data. Once downloaded into JS9, the image can be reconstructed from this file for display. The file maintains information about the original FITS binary table for use in remote analysis. The idea is that you create a representation file from the original FITS binary table and use that file for display in JS9, while supporting server-side analysis on the original FITS event file.
Display of a representation file is fully integrated into JS9:
Using this representation file, image data values are available to the client JavaScript code without having to download the much larger binary table. This means that the contrast/bias conversion can be performed, image positions/values displayed, etc. using standard browser capabilities and relatively straight-forward array manipulation code. Browser-based image plugins can process the image data, and JS9 can communicate with a server to provide more sophisticated FITS-based analysis support.
Note that JS9 is able to distinguish between PNG representation files and ordinary PNG files and will correctly load either type.
The PNG representation file contains the following information:
[NB: A maximum image size is enforced by Apple on Safari mobile devices. (See https://discussions.apple.com/thread/4975106 for a discussion.) If you want your JS9 PNG representation files to display on iPhones and iPads, they should be restricted to a size of less than approximately 1900x1900, depending on the size of the FITS header. So a PNG file of size 1024x1024 should be fine, while a file of size 2048x2048 certainly will be too large. (April 9, 2015)] A PNG representation file can be created either statically or dynamically at display time as needed. The low-level tpos program and high-level fits2png script facilitate this conversion:
tpos [ifits] [opng] switches: -b bl # block factor for binary tables (cfitsio only) -e list # list of event extensions to look for (cfitsio only) -f filter # filter for binary tables (cfitsio only) -s sect # section string for binary tables (cfitsio only) or fits2png [switches] [ifits] [opng] switches: -abs # convert relative path to absolute path for storage in PNG -gzip # assume the file is in gzip format, regardless of its extension -dim # dimension for PNG image (use to calculate block factor) -js9 # set dim, odir, repl parameters for automatic JS9 conversion -odir # specify output directory (default: from opng path) -repl # replace existing PNG? (default: true)
The tpos program can be linked against either the cfitsio library or the funtools library, depending on how you configured your JS9 build. (Note that funtools is deprecated. Please use cfitsio where possible.)
The fits2png switches are meant to provide flexibility when running tpos in batch mode. The fits2png script also is used to generate PNG files on the fly (i.e., when offering FITS files on your web page directly instead of the PNG representation.) Note that if you have linked against cfitsio, you must ensure that the HEASOFT environment is set up properly when running fits2png.
By default, tpos and fits2png will convert a FITS image or binary table to a PNG representation file having the same image dimensions:
tpos m13.fits m13.pngHowever, current browsers have a working limit to the image size they can reasonably handle: 1024x1024 is recommended, although 2048x2048 works as well; anything larger can be subject to performance degradation. For maximum flexibility, you can use section syntax to limit the size of the generated PNG file. For example:
tpos -s "1024@4027,1024@3944" -b 2 casa.fits casa.png # cfitsio or: tpos 'casa.fits[1024@4027,1024@3944,2]' casa.png # funtoolsHere, the PNG file is generated by extracting a 1024x1024 image centered on a specific point (4027,3944) and then blocking it by a factor of two to create a final 512x512 image.
For automatic processing with fits2png, specifying the -dims switch will tell fits2png to calculate the block factor in such a way as to generate an image of the specified size:
fits2png -dims 512 512 casa.fits casa.pngThis will block the 8192x8192 Chandra ACIS data by a factor of 16 to make a 512x512 image centered on the the point (4096,4096).
In addition to the image, the (generated) FITS image header and the FITS pathname are stored in the PNG file for use by both the browser and the server-side helper programs. The image header is used to provide WCS information for individual pixels as the mouse is moved across the image. It also is used to provide region information in WCS format (i.e. independent of block factor). The FITS pathname is used to locate the original FITS file in order to execute analysis tasks.
In order to run analysis tasks, the FITS data must be accessible to the server-side helper program. Therefore, it seems preferable to store an absolute pathname in the PNG file, but more experience is needed on this score. You can specify the absolute pathname on the tpos command line, or else specify the -abs switch on fits2png and it will be determined by the script.
If you store a relative path in the PNG file, note that this path will be utilized by the server-side JS9 helper to locate the FITS file. This means that if the helper is not started in the same directory that tpos (fits2png) was run, the relative path will not be correct. In this case, you can set the JS9.analOpts.dataDir parameter in the js9prefs.js file to a path that will be used instead of the relative path.
You also must decide where to store the PNG files, e.g. with the FITS data or in a separate directory. Clearly, this will depend on how your archive is set up and where you have write access. By default, PNG files will simply be stored in the path specified on the tpos command line. You can use the -odir switch on the fits2png script to specify a generic location:
tpos ./png ./fits/casa.fits ./png/casa.png # store in png subdirectory tpos -odir ./png ./fits/casa.fits casa.png # same
The -odir switch can be used to specify a session-based directory in which to store PNG files. This facility could be used, for example, in a case where each user has files stored in her or her own directory, which might be removed at the end of the session. To facilitate session-based directory specification, a standard HTML cookie is used to pass the session information between client and server as follows:
Finally, the special value of @IFILE@ tells fits2png to store the PNG file in the same directory as the FITS file:
tpos -odir @IFILE@ .../casa.fits casa.png # store PNG with FITS fileAgain, these switches are meant to provide initial flexibility while we gain more experience with community needs. Please let us know how to improve this part of the system.
Regardless of where the PNG files are stored, you must adhere to the W3C "same-origin" security policy, i.e. the PNG data files must be hosted on the same web server as the JS9 code. This means that your PNG files must either be stored in the web site directory tree, or you must make a link within the web site tree to the top level PNG directory. Also note that Google Chrome's implementation of this policy prevents you from using JS9 with a file:// URL. (On Linux and Macs, you can start Chrome with the --allow-file-access-from-files switch to work around this restriction.)
Once you have generated your PNG files, you can make them available on your JS9 web page by creating URLs that call the JS9.Load() routine:
href='javascript:JS9.Load(filename, opts);'where filename is the file to load and opts is an object containing params to be merged with the default JS9.imageOpts object.
For example:
href='javascript:JS9.Load("png/casa.png", {scale: "log"});'Clicking on this URL will cause the casa.png file (here, stored in the png directory) to be loaded into JS9, using the log scale as a default. If the JS9 server-side helper is running, it will be alerted about this new file so that it can run analysis, etc.
See JS9 Public API for complete documentation about the JS9.Load() routine.
If you don't generate PNG files beforehand, you can still specify a FITS file as the first argument to JS9.Load() and have the JS9 server-side helper run fits2png at run-time.. To do this, you set the fits2png property in js9prefs.js:
{ "globalOpts": {"fits2png": true ...} }This tells JS9 to convert FITS files instead of downloading them directly. Then you can use JS9.Load() as usual:
href='javascript:JS9.Load("fits/3c58.fits");'The default command for this conversion is contained in the js9Helper.js file:
fits2png -js9 -odir ./pngThe -js9 switch will calculate a block factor to generate a 512x512 PNG image. It will not replace an existing PNG file, if it exists. Note that the output directory is set explicitly to be the png subdirectory of the sample installation. You can change this command to suite your site needs.


View Summary
Hello Yvonne, let's start with some property details.
Tell us your borrower's name and email.
*
Seperate multiple emails with a comma.
Where is the property located?
— Type street address
What's the estimated market value of the property?


--- title: Capital Markets subtitle: Lorem ipsum dolor sit amet, consectetur adipisicing elit layout: capital herotype: "landing" heroclass: "cm-landing-hero" breadcrumb: [{"name":"Home","url":"/"},{"name":"Capital Markets"}] navLevel1: 'none' navLevel2: 'none' ---


gear
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| Signature | Description | Parameters |
template<typename T, typename F, typename ... Ts>
DataFrame
get_data_by_sel(const char *name, F &sel_functor) const;
|
This method does Boolean filtering selection via the sel_functor (e.g. a functor, function, or lambda). It returns a new DataFrame. Each element of the named column along with its corresponding index is passed to the sel_functor. If sel_functor returns true, that index is selected and all the elements of all column for that index will be included in the returned DataFrame.
The signature of sel_fucntor:
bool ()(const IndexType &, const T &)
NOTE If the selection logic results in empty column(s), the result empty columns will _not_ be padded with NaN's. You can always call make_consistent() on the original or result DataFrame to make all columns into consistent length
|
T: Type of the named column
F: Type of the selecting functor
Ts: The list of types for all columns. A type should be specified only once
name: Name of the data column
sel_functor: A reference to the selecting functor
|
template<typename T, typename F, typename ... Ts>
DataFramePtrView<I>
get_view_by_sel(const char *name, F &sel_functor) const;
|
This is identical with above get_data_by_sel(), but:
- The result is a view
- Since the result is a view, you cannot call make_consistent() on the result.
NOTE: There are certain operations that you cannot do with a view. For example, you cannot add/delete columns, etc.
NOTE: Although this is a const method, it returns a view. So, the data could still be modified through the returned view
|
T: Type of the named column
F: Type of the selecting functor
Ts: The list of types for all columns. A type should be specified only once
name: Name of the data column
sel_functor: A reference to the selecting functor
|
template<typename T1, typename T2, typename F, typename ... Ts>
DataFrame
get_data_by_sel(const char *name1, const char *name2, F &sel_functor) const;
|
This does the same function as above get_data_be_sel() but operating on two columns.
The signature of sel_fucntor:
bool ()(const IndexType &, const T1 &, const T2 &)
|
T1: Type of the first named column
T2: Type of the second named column
F: Type of the selecting functor
Ts: The list of types for all columns. A type should be specified only once
name1: Name of the first data column
name2: Name of the second data column
sel_functor: A reference to the selecting functor
|
template<typename T1, typename T2, typename F, typename ... Ts>
DataFramePtrView<I>
get_view_by_sel(const char *name1, const char *name2, F &sel_functor) const;
|
This is identical with above get_data_by_sel(), but:
- The result is a view
- Since the result is a view, you cannot call make_consistent() on the result.
NOTE: There are certain operations that you cannot do with a view. For example, you cannot add/delete columns, etc.
NOTE: Although this is a const method, it returns a view. So, the data could still be modified through the returned view
|
T1: Type of the first named column
T2: Type of the second named column
F: Type of the selecting functor
Ts: The list of types for all columns. A type should be specified only once
name1: Name of the first data column
name2: Name of the second data column
sel_functor: A reference to the selecting functor
|
template<typename T1, typename T2, typename T3, typename F, typename ... Ts>
DataFrame
get_data_by_sel(const char *name1, const char *name2, const char *name3, F &sel_functor) const;
|
This does the same function as above get_data_be_sel() but operating on three columns.
The signature of sel_fucntor:
bool ()(const IndexType &, const T1 &, const T2 &, const T3 &)
|
T1: Type of the first named column
T2: Type of the second named column
T3: Type of the third named column
F: Type of the selecting functor
Ts: The list of types for all columns. A type should be specified only once
name1: Name of the first data column
name2: Name of the second data column
name3: Name of the third data column
sel_functor: A reference to the selecting functor
|
template<typename T1, typename T2, typename T3, typename F, typename ... Ts>
DataFramePtrView<I>
get_view_by_sel(const char *name1, const char *name2, const char *name3, F &sel_functor) const;
|
This is identical with above get_data_by_sel(), but:
- The result is a view
- Since the result is a view, you cannot call make_consistent() on the result.
NOTE: There are certain operations that you cannot do with a view. For example, you cannot add/delete columns, etc.
NOTE: Although this is a const method, it returns a view. So, the data could still be modified through the returned view
|
T1: Type of the first named column
T2: Type of the second named column
T3: Type of the third named column
F: Type of the selecting functor
Ts: The list of types for all columns. A type should be specified only once
name1: Name of the first data column
name2: Name of the second data column
name3: Name of the third data column
sel_functor: A reference to the selecting functor
|


HFPP Study Management Interface
LOGIN HERE
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Contact Administrator
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Example: Vibration
This is an experimental feature. Not all gamepad/joysticks will support vibration on a browser. Even the ones that can vibrate, may not be able to vibrate on a browser because this is a not widely supported feature.
Connect your gamepad/joystick, and click on the button to trigger the vibration.
How it works
Vibration of the gamepad can be triggered using the .vibrate()
method of the
gamepad
object. That method takes two parameters:
Intensity
: the strength of the vibration. It is value between 0 and 1.Duration
: the duration in milliseconds of the vibration.
The .vibrate()
method can be called without parameters. In that case, the
intensity will be 0.75 by default, and the duration will be 500 milliseconds (half a
second.)
gameControl.on('connect', function(gamepad) {
if (gamepad.vibration) {
gamepad.vibrate(0.5, 1000);
}
});
If several vibrations are called, they won't be chained. Instead the last one will overwrite the existing one.


Recipes
A number of recipes exist in the cookbook that are used to configure the components of CAMSA.
backup
Configure the backup script on the servers. It will write out the backup script to disk and then set it as a cronjob to be run each night.
When the cronjob is added the type of backup is passed in, e.g. -t automate
. This is determined based on the attributes that are set for node['camsa']['deploy']
.
certificate
Configures the SSL certificates for the Automate server.
When the recipe is called the resource that is used will install the certbot
command which is used to obtain ceritficates from Lets Encrypt.
clean
In order to test the recipes and cookbooks correctly it is often necessary to remove any flag files are that are in /usr/local/camsa/flags
. This recipe will remove all of these flags so that the recipes run as if they have not been run before.
This recipe is in the Policy File run list and is controlled by the node['camsa']['clean']
attribute.
config_store
Store machine information in the configuration store. For every machine that runs this recipe the following information will be uploaded:
- Internal IP Address
- FQDN assigned to the machine
- FQDN of the Public IP Address assigned to the machine
datadisks
Format and mount the data disk on the machine.
directories
Create the directories for CAMSA as defined in the directories attributes.
dns
If the deployment is running as a managed application register the machine with the managedautomate.io
DNS zone.
The recipe calls the automate_dns
resource which verifies the Azure subscription ID and Automate license and if they pass the server will be added to the DNS zone.
install
This recipe determines what to install based on the node['camsa']['deploy']
attribute.
For the Chef and Automate servers the Automate package is installed from the acceptance
channel (until it becomes stable). The chef server is installed using the --product
switch to the chef-automate-ctl
command.
This recipe will also be responsible for installing the Chef supermarket, which is currently not being deployed yet.
kernel
Automate requires some specific kernel settings, this recipe sets these values on the server.
license
In order operate an Automate server it must ben licensed, either a trial or a full one. This recipe will determine if a full license has been supplied and apply it if it has. However if not a trial license will be obtained and applied to the instance.
The license is made available to other recipes and resources through node.run_state
.
monitoring
Configures the monitoring for the deployed components.
Depending on what is being deployed (denoted by node['camsa]['deploy']
) the monitoring solution will be installed. For example if deploying Chef then Statsd will be installed and the necessary plugin written out.
tokens
Creates tokens in the Automate server for API access.
Any tokens that are create are uploaded to the configuration store.
As there is no way to detect if a token has already been created on the server, flag file is created in /usr/local/camsa/flags
for the named token. If the file exist the resource will not be executed.
user
Create the specified user in the Chef and Automate servers.
The user that was specified will be created in both components. With respect to the Chef server the organisation will also be created.
whitelist
In order to be able to log to the managed app Log Analytics the workspace and key need to be sought. As these are not embedded into the files in source control, they have to be obtained from the central functions.
When the function is called, the subscription id and the Automate license are passed. If the subscription is whitelisted, e.g. permitted to log, the automate license will be verified. If this passes the function will return the Log Analytics workspace information.


Can I play Fortnite on Google Stadia?
by Jade KingEpic Games’ Fortnite remains one of the biggest games in the world right now, and shows no signs of slowing. Given this reputation, many are wondering if it will come to Google Stadia .
The battle royale experience is available on pretty much every platform under the sun right now, supporting both crossplay and cross progression if you’re logged into the same account on multiple devices.
Fortnite Chapter 2 introduced an avalanche of gameplay changes, transforming how players approached the game with a new map, new modes of progression and several new mechanics to uncover and master.
It’s better than ever, making this the perfect time for Google to get in on the action with the launch of its new platform.
Related: Google Stadia Review
Can I play Fortnite on Google Stadia?
At launch, Fortnite will not be available on Google Stadia in any capacity. Given it’s available on every major console and mobile platforms (on which you’ll be playing Stadia), its absence is surprisingly glaring.
Ever since its launch into the battle royale space Fortnite has been completely free-to-play, still boasting its ‘early access’ moniker despite receiving countless updates and seasonal iterations on a regular basis.
As for the future, we wouldn’t be surprised if Epic Games and Google formed an alliance to bring Fortnite to Stadia in the coming weeks and months, since it would essentially act as a more robust version of Fortnite to play on mobile and larger displays alike, so long as your internet connection is capable of such a feat.
Fingers crossed that the act of carrying over progression from other platforms alongside crossplay will be present in the theoretical Stadia version, since it’s a big reason why having Fortnite available on a number of platforms is so appealing.
As for its other launch titles, Google Stadia will arrive with 22 games including the likes of Final Fantasy 15, Assassin’s Creed Odyssey and GRID. A few more are expected to arrive before the end of 2019, with ome of next year’s biggest hitters already pencilled in for the platform.
Unlike other sites, we thoroughly review everything we recommend, using industry standard tests to evaluate products. We’ll always tell you what we find. We may get a commission if you buy via our price links. Tell us what you think – email the Editor


Class: Thing
http://www.w3.org/2002/07/owl#Thing
Annotations (1)
label
"Thing"
()
Usage (21)
Class
:
Thing
depiction
Domain
Thing
fundedBy
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homepage
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isPrimaryTopicOf
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logo
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maker
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OWL HTML inside


General Information
- Breed Purpose
- Egg Layer
- Comb
- Single
- Broodiness
- Average
- Climate Tolerance
- Cold
- Egg Productivity
- High
- Egg Size
- Large
- Egg Color
- Brown
- Breed Size
- Large Fowl
Imported originally from the Netherlands, this strain was created by crossing a Rhode Island Red hen with a Rhode Island Red rooster. Capable of laying over 300 strong shelled eggs per year, the Golden Sex Link, also known as the Bovan Brown, is a very hearty bird that can withstand cold temperatures. When hatched, the males are a creamy white with the females colored in shades of red.
Golden sex link chick
Golden sex link hen
For more information on this strain, see the discussion here: https://www.backyardchickens.com/threads/what-are-golden-sex-links.1188773/


We handle your backend so you can focus on your frontend
Write your entire backend as a configuration file
Using a simple and intuitive command line interface


BITTER MOON (LUNES DE FIEL) A Film Review Copyright Dragan Antulov 2001
In 1992 French writer Pascal Bruckner visited Croatia in order to promote his novel LUNES DE FIEL. The government media gave a massive hype to this event, although it had less to do with Bruckner's work as a writer and more to do with his vocal advocacy for the cause of Croatian independence among the ranks of French and European intelligentsia. Some Croatian critics nevertheless tried to justify the hype by praising the novel as a perfect example of new "post-ideological" literature, which should deal less with fashionable leftist subjects and more with "simple love stories". The author of this review admits that he haven't read the novel but the idea of BITTER MOON being a "simple love story" looks totally alien to him, at least if the 1992 screen version, directed by Roman Polanski, was faithful adaptation of the novel.
The plot of this film is set on a cruise ship in Mediterranean. British couple Fiona (played by Kristin Scott-Thomas) and Nigel Dobson (played by Hugh Grant) are travelling to India via Istanbul in hope that the exotic destination would revamp their stiff and boring relationship. There they meet another couple that seem to have another set of problems - wheelchair-bound American writer Oscar (played by Peter Coyote) and his beautiful French wife Mimi (played by Emanuelle Seigner). Nigel's natural curiosity about this couple is more than satisfied when Oscar starts telling him the story of his long and bizarre relationship with Mimi, not leaving even the most intimate and embarrassing details. Nigel is shocked by this series of discoveries and starts to wonder what kind of perverse game Oscar plays with him, but in the same time he can't get enough of it, partially because he is getting more and more attracted to Mimi.
BITTER MOON is anything but "simple" love story, but it is a nevertheless a love story, and it proves that love stories can be effective even if the protagonists are dislikeable, and the events on the screen mostly revolting or depressing. Credit for this should be given to Bruckner, but also to director Roman Polanski, director who is able to turn even the most unpleasant content into something watchable. Polanski's misanthropy and black humour were perfect for the story that chronicles the evolution of man-woman relationship from pure love to pure hatred and takes almost pornographic approach to the extremes in which participants of such relationships can show cruelty towards each other. Such approach required a lot of effort from the actors, and Polanski was lucky to have a good cast by his side. The best acting jobe is done by Peter Coyote, American character actor who rarely had an opportunity to play romantic leads, mostly due to his rather unglamourous looks. His partner and Polanski's wife Emanuelle Seigner employs much of her sexappeal and dancing ability, thus creating few pleasant moments in this generally depressing film. Grant and Scott-Thomas are reliable in their roles of stiff-upper-lip Britons, and their act, so overused in romantic comedies, seems refreshing in the film of completely different nature. Unfortunately, BITTER MOON has its share of problems. For example, the most interesting scenes are those in flashback (and one of them might interest historians of on-line communications since it features French Minitel system), while those on cruise ship are dull, slow and sometimes completely unnecessary. Uninspiring musical score by Vangelis also makes a rather disappointing impression. The finale of the film is non-cathartic and not exactly convincing. However, despite that, whether you like or whether you loathe what you have seen in BITTER MOON, this film will probably leave lasting impression.
RATING: 7/10 (+++)
Written on July 8th 2001
Dragan Antulov a.k.a. Drax Fido: 2:381/100 E-mail<EMAIL_ADDRESS>E-mail<EMAIL_ADDRESS>Filmske recenzije na hrvatskom/Movie Reviews in Croatian http://film.purger.com Movie Reviews by Drax http://www.purger.com/users/drax/reviews.htm Movie Reviews on IMDb http://us.imdb.com/ReviewsBy?Dragan+Antulov
========== X-RAMR-ID: 28697 X-RT-AuthorID: 1307 X-RT-TitleID: 1050056 X-RT-RatingText: 7/10
The review above was posted to the
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Click on the microphone icon and begin speaking.
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ELIZA is a natural language conversation program described by Joseph Weizenbaum in January 1966. This version plays that "what's that like?" game; the goal is to give you the opportunity to look more deeply into what your experience is like.
This instantiation is based on elizabot.js by © Norbert Landsteiner 2005 at http://www.masswerk.at/elizabot.
The implementation is, at present, largely unchanged from that one, while the data driving what the system says was written by Jason Gross.
The source for this project is available on GitHub.
Feedback, comments, suggestions, bug reports, and appreciations welcome by email or on GitHub.


class=“format-d-m-y divider-dash highlight-days-12 no-fade”
class="highlight-days-67 range-low-2006-08-11 range-high-2009-09-13 disable-days-12 split-date"
class="highlight-days-67 disable-days-12 split-date range-low-1960-02-13 no-fade"
Note: I’ve set the lower limit of the datePicker to be (ten years) lower than the lowest possible year you can select using the year selectList in order to test the automatic resetting of the lower/higher date ranges i.e. the year selectList starts at 1970 but the className defined range has been stipulated as 1960; the datePicker should automatically reset the range to be range-low-1970-02-13.
range-low-1970-02-13
class="highlight-days-67 disable-days-12 split-date no-transparency"
View the related “language in the lab” post for this demo.


Watch Live: State Security Agency (SSA) Back At State Capture Inquiry
by NT EditorThe State Security Agency (SSA) is back in the spotlight at the state capture inquiry on Monday.
The commission is tasked with investigating allegations of state capture, corruption and fraud in the public sector, including organs of state.
The commission has called former senior SSA officials Mo Shaik and Gibson Njenje to testify on Monday.
The former head of the South African Secret Service Shaik took up the position in 2009 when former President Jacob Zuma appointed Minister Siyabonga Cwele to the portfolio.
But in 2011, Shaik and head of the national intelligence agency Njenje were ousted from the agency.
It is believed the pair had planned to investigate the influence of the Gupta family on the state.
The pair will now tell their side of the story at the commission.


Small Soldiers
Starring Phil Hartman
Featuring the voice of Tommy Lee Jones
Released by Dreamworks
As reviewed by James Brundage
Once again good intentions are ruined by bad executions. If I had a dime for every time that happened in movies, I could make a movie where that didn't happen, but instead I'm a poor, unpaid slob who ends up doing nothing but being your humble servant watching film after film so you don't have to.
Small Soldiers yet again shows that Hollywood is just one giant limbo contest, and, although Small Soldiers isn't as low as they come, it's got its ear near the floor.
If you're not yet convinced by the implausibility, ludicrosity, and insanity of the plot -- and I know you skeptics aren't -- then I'll go on. You have a toy maker unwilling to carry violent toys who goes away for the weekend, having his son end up putting the hyperviolent toys on the shelves. Of course they start trying to kill each other and their violence only spills over into the realm of hurting humans.
 (E.Tů. HELLO!) Having gotten this far and not gone to the bathroom to puke, I'll say the only review I really need to give you about this limbo movie, it's by far the most violent PG-13 movie I've ever seen. And it's not wacky violent, it's not funny violent.
I vote we strangle the movie makers with the limbo pole. Who's with me?
http://fly.to/criticsheaven
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


A package to specifically handle crystal structures and microstructures.
The crystal package has three main modules:
The lattice module define the class to handle 3D crystal lattices (the 14 Bravais lattices).
The Crystal class to create any particular crystal structure.
A crystal instance is composed by:
- one of the 14 Bravais lattice
- a point basis (or motif)
Create a Crystal instance with the given lattice and basis.
This create a new instance of a Crystal object. The given lattice is assigned to the crystal. If the basis is not specified, it will be one atom at (0., 0., 0.).
| Parameters: |
|
|---|
Bases: pymicro.crystal.lattice.HklObject
Computes the angle between two crystallographic directions (in degrees).
Computes the angle between this crystallographic direction and the given direction (in radians).
Returns a normalized vector, expressed in the cartesian coordinate system, corresponding to this crystallographic direction.
This method finds the hkl planes in zone with the crystallographic direction. If (u,v,w) denotes the zone axis, this means finding all hkl planes which verify h.u + k.v + l.w = 0 .
| Parameters: | max_miller – The maximum miller index to limt the search` |
|---|---|
| Returns list: | A list of HklPlane |
objects describing all the planes in zone with the direction.
Create a new hkl object with the given Miller indices and crystal lattice.
Returns an immutable tuple of the plane Miller indices.
Bases: pymicro.crystal.lattice.HklObject
This class define crystallographic planes using Miller indices.
A plane can be create by speficying its Miller indices and the crystal lattice (default is cubic with lattice parameter of 1.0).
a = 0.405 # FCC Aluminium
l = Lattice.cubic(a)
p = HklPlane(1, 1, 1, lattice=l)
print(p)
print(p.scattering_vector())
print(p.interplanar_spacing())
Note
Miller indices are defined in terms of the inverse of the intercept of the plane on the three crystal axes a, b, and c.
Compute the Bragg angle for this HklPlane at the given energy.
Note
For this calculation to work properly, the lattice spacing needs to be in nm units.
Convert four to three index direction (used for hexagonal crystal lattice).
Static method to obtain a list of the different crystallographic planes in a particular family.
| Params str hkl: | a string of 3 numbers corresponding to the miller indices. |
|---|---|
| Raises ValueError: | |
| if the given string does not correspond to a supported family. | |
| Returns list: | a list of the HklPlane in the given hkl family. |
Note
We could build any family with 3 integers automatically: * 1 int nonzero -> 3 planes, eg (001) * 2 equal ints nonzero -> 6 planes, eg (011) * 3 equal ints nonzero -> 4 planes, eg (111) * 2 different ints, all nonzeros -> 12 planes, eg (112) * 3 different ints, all nonzeros -> 24 planes, eg (123)
Compute the interplanar spacing. For cubic lattice, it is:
The general formula comes from ‘Introduction to Crystallography’ p. 68 by Donald E. Sands.
Returns the unit vector normal to the plane.
We use of the repiprocal lattice to compute the normal to the plane and return a normalised vector.
Helper method to plot the slip traces on the XY plane.
Helper method to plot the slip traces on the XZ plane.
Helper method to plot the slip traces on the YZ plane.
A method to plot the slip planes intersection with a particular plane (known as slip traces if the plane correspond to the surface). Thank to Jia Li for starting this code.
A few additional parameters can be used to control the plot looking.
Calculate the scattering vector of this HklPlane.
The scattering vector (or reciprocal lattice vector) is normal to this HklPlane and its length is equal to the inverse of the interplanar spacing. In the cartesian coordinate system of the crystal, it is given by:
..math
G_c = h.a^* + k.b^* + l.c^*
| Returns: | a numpy vector expressed in the cartesian coordinate system |
|---|
of the crystal.
Convert three to four index direction (used for hexagonal crystal lattice).
The Lattice class to create one of the 14 Bravais lattices.
This particular class has been partly inspired from the pymatgen project at https://github.com/materialsproject/pymatgen
Any of the 7 lattice systems (each corresponding to one point group) can be easily created and manipulated.
The lattice centering can be specified to form any of the 14 Bravais lattices:
- Primitive (P): lattice points on the cell corners only (default);
- Body (I): one additional lattice point at the center of the cell;
- Face (F): one additional lattice point at the center of each of the faces of the cell;
- Base (A, B or C): one additional lattice point at the center of each of one pair of the cell faces.
a = 0.352 # FCC Nickel
l = Lattice.face_centered_cubic(a)
print(l.volume())
Addditionnally the point-basis can be controlled to address non Bravais lattice cells. It is set to a single atoms at (0, 0, 0) by default so that each cell is a Bravais lattice but may be changed to something more complex to achieve HCP structure or Diamond structure for instance.
Create a crystal lattice (unit cell).
Create a lattice from a 3x3 matrix. Each row in the matrix represents one lattice vector.
Create a based centered monoclinic Lattice unit cell.
Parameters
a: first lattice length parameter
b: second lattice length parameter
c: third lattice length parameter
alpha: first lattice angle parameter
Returns
A Lattice instance corresponding to a based centered monoclinic lattice.
Create a based centered orthorombic Lattice unit cell.
Parameters
a: first lattice length parameter
b: second lattice length parameter
c: third lattice length parameter
Returns
A Lattice instance corresponding to a based centered orthorombic lattice.
Create a body centered cubic Lattice unit cell.
Parameters
a: first lattice length parameter (a = b = c here)
Returns
A Lattice instance corresponding to a body centered cubic lattice.
Create a body centered orthorombic Lattice unit cell.
Parameters
a: first lattice length parameter
b: second lattice length parameter
c: third lattice length parameter
Returns
A Lattice instance corresponding to a body centered orthorombic lattice.
Create a body centered tetragonal Lattice unit cell.
Parameters
a: first lattice length parameter
c: third lattice length parameter (b = a here)
Returns
A Lattice instance corresponding to a body centered tetragonal lattice.
Create a cubic Lattice unit cell.
Parameters
a: first lattice length parameter (a = b = c here)
Returns
A Lattice instance corresponding to a primitice cubic lattice.
Create a face centered cubic Lattice unit cell.
Parameters
a: first lattice length parameter (a = b = c here)
Returns
A Lattice instance corresponding to a face centered cubic lattice.
Create a face centered orthorombic Lattice unit cell.
Parameters
a: first lattice length parameter
b: second lattice length parameter
c: third lattice length parameter
Returns
A Lattice instance corresponding to a face centered orthorombic lattice.
Create a crystal Lattice using information contained in a given CIF file (Crystallographic Information Framework, a standard for information interchange in crystallography).
Reference: S. R. Hall, F. H. Allen and I. D. Brown, The crystallographic information file (CIF): a new standard archive file for crystallography, Acta Crystallographica Section A, 47(6):655-685 (1991) doi = 10.1107/S010876739101067X
Note
Lattice constants are given in Angstrom in CIF files and so converted to nanometer.
Parameters
file_path: The path to the CIF file representing the crystal structure.
Returns
A Lattice instance corresponding to the given CIF file.
Create a Lattice using unit cell lengths and angles (in degrees). The lattice centering can also be specified (among ‘P’, ‘I’, ‘F’, ‘A’, ‘B’ or ‘C’).
Parameters
a: first lattice length parameter
b: second lattice length parameter
c: third lattice length parameter
alpha: first lattice angle parameter
beta: second lattice angle parameter
gamma: third lattice angle parameter
centering: lattice centering (‘P’ by default)
Returns
A Lattice instance with the specified lattice parameters.
Create a crystal Lattice using information contained in a unit cell.
Parameters
symbol: The chemical symbol of the crystal (eg ‘Al’)
Returns
A Lattice instance corresponding to the given element.
Get a list of the hkl planes composing the given family for this crystal lattice.
Parameters
hkl: miller indices of the requested family
Returns
A list of the hkl planes in the given family.
Create a hexagonal Lattice unit cell with length parameters a and c.
Returns a copy of matrix representing the Lattice.
Create a monoclinic Lattice unit cell with 3 different length parameters a, b and c. The cell angle is given by alpha. The lattice centering id primitive ie. ‘P’
Create a tetragonal Lattice unit cell with 3 different length parameters a, b and c.
Compute the reciprocal lattice.
The reciprocal lattice defines a crystal in terms of vectors that are normal to a plane and whose lengths are the inverse of the interplanar spacing. This method computes the three reciprocal lattice vectors defined by:
Create a rhombohedral Lattice unit cell with one length parameter a and the angle alpha.
Define the equivalent crystal symmetries.
Those come from Randle & Engler, 2000. For instance in the cubic crystal struture, there are 24 equivalent cube orientations, they correspond to:
- 1 for pure cube
- 9 possible 90 degrees rotations around <001> axes
- 6 possible 180 degrees rotations around <110> axes
- 8 possible 120 degrees rotations around <111> axes
| Params str crystal_structure: | |
|---|---|
| a string describing the crystal structure. | |
| Raises ValueError: | |
| if the given crystal structure is not cubic or none. | |
| Returns array: | A numpy array of shape (n, 3, 3) where n is the number of symmetries of the given crystal structure. |
Create a tetragonal Lattice unit cell.
Parameters
a: first lattice length parameter
c: third lattice length parameter (b = a here)
Returns
A Lattice instance corresponding to a primitive tetragonal lattice.
Create a triclinic Lattice unit cell with 3 different length parameters a, b, c and three different cell angles alpha, beta and gamma.
..note:
This method is here for the sake of completeness since one can
create the triclinic cell directly using the `from_parameters`
method.
Compute the volume of the unit cell.
A class to represent a crystallographic slip system.
A slip system is composed of a slip plane (most widely spaced planes in the crystal) and a slip direction (highest linear density of atoms in the crystal).
Create a new slip system object with the given slip plane and slip direction.
A static method to get all slip systems for a given hkl plane family.
| Params str plane_type: | |
|---|---|
| a string of the 3 miller indices of the crystallographic plane family. | |
| Returns list: | a list of SlipSystem. |
Warning
only working for 111 and 112 planes...
The microstructure module provide elementary classes to describe a crystallographic granular microstructure such as mostly present in metallic materials.
It contains several classes which are used to describe a microstructure composed of several grains, each one having its own crystallographic orientation:
Class used to manipulate a full microstructure read from an EBSD measurement for instance.
Class defining a crystallographic grain.
A grain has its own crystallographic orientation. An optional id for the grain may be specified. The position field is the center of mass of the grain in world coordinates. The volume of the grain is expressed in pixel/voxel unit.
Set the VTK mesh of this grain.
Parameters:
mesh The grain mesh in VTK format (typically vtkunstructuredgrid)
Provide a string representation of the class.
Compute the two omega angles which satisfy the Bragg condition.
For a grain with a given crystal orientation sitting on a vertical rotation axis, there is exactly two omega positions in [0, 2pi] for which a particular hkl reflexion will fulfil Bragg’s law. See dct_omega_angles() of the Orientation class.
| Parameters: |
|
|---|---|
| Returns tuple: | (w1, w2) the two values of the omega angle. |
Returns the grain orientation matrix.
Compute the Schmid factor of this grain for the given slip system.
Parameters:
slip_system: a slip system instance.
load_direction: a unit vector describing the loading direction.
Returns
The Schmid factor of this grain for the given slip system.
Returns an XML representation of the Grain instance.
Class used to manipulate a full microstructure.
It is typically defined as a list of grains objects.
Provide a string representation of the class.
Compute the detector image in dct configuration.
| Params np.ndarray data: | |
|---|---|
| The 3d data set from which to compute the projection. | |
| Params lattice: | The crystal lattice of the material. |
| Params float omega: | |
| The rotation angle at which the projection is computed. |
Load a Microstructure object from an xml file.
It is possible to restrict the grains which are loaded by providing the list of ids of the grains of interest.
Get a particular grain given its id.
This method browses the microstructure and return the grain corresponding to the given id. If the grain is not found, the method raises a ValueError.
Parameters
gid: the grain id.
Returns
The method return a Grain with the corresponding id.
Outputs the material block corresponding to this microstructure for a finite element calculation with z-set.
| Parameters: |
|
|---|
Creates a random color map.
The first color can be enforced to black and usually figure out the background. The random seed is fixed to consistently produce the same colormap.
Generate a random texture microstructure.
parameters:
n The number of grain orientations in the microstructure.
Saving the microstructure to the disk.
Save the metadata as a XML file and when available, also save the vtk representation of the grains.
Returns an XML representation of the Microstructure instance.
Crystallographic orientation class.
This follows the passive rotation definition which means that it brings the sample coordinate system into coincidence with the crystal coordinate system. Then one may express a vector Vc in the crystal coordinate system from the vector in the sample coordinate system Vs by:
and inversely (because B − 1 = BT ):
Compute the orientation matrix associated with the 3 Euler angles (given in degrees).
Compute the quaternion from the 3 euler angles (in degrees)
Compute the rodrigues vector from the 3 euler angles (in degrees)
Compute the Euler angles (in degrees) from the orientation matrix.
Compute the Euler angles (in degrees) from the orientation matrix in a similar way as done in MandelCrystal.c
Compute the rodrigues vector from the orientation matrix.
Convenience methode to expose the second Euler angle.
Compute the orientation matrix from the rodrigues vector.
Compute the orientation matrix from the rotated coordinates given in the .inp file for Zebulon’s computations Need at least two vectors to compute cross product
Still need some tests to validate this function
Initialization from the 9 components of the orientation matrix.
Provide a string representation of the class.
Create the particular crystal orienation called Brass and which corresponds to euler angle (35.264,45,0).
Compute the angle between the scattering vector Gl and − X the X-ray unit vector at a given angular position ω .
A given hkl plane defines the scattering vector Ghkl by the miller indices in the reciprocal space. It is expressed in the cartesian coordinate system by B.Ghkl and in the laboratory coordinate system accounting for the crystal orientation by g − 1. B.Ghkl .
The crystal is assumed to be placed on a rotation stage around the laboratory vertical axis. The scattering vector can finally be written as Gl = Ω.g − 1. B.Ghkl . The X-rays unit vector is X = [1, 0, 0] . So the computed angle is α = acos( − X.Gl ⁄ ||Gl||
The Bragg condition is fulfilled when α = π ⁄ 2 − θBragg
| Parameters: |
|
|---|---|
| Return float: | the angle between − X and Gl in degrees. |
Compute all Schmid factors for this crystal orientation and the given list of slip systems.
| Parameters: |
|
|---|---|
| Returns list: | a list of the schmid factors. |
Create the particular crystal orienation called Copper and which corresponds to euler angle (90,35.264,45).
Create the particular crystal orienation called Cube and which corresponds to euler angle (0,0,0).
Compute the two omega angles which satisfy the Bragg condition.
For a given crystal orientation sitting on a vertical rotation axis, there is exactly two omega positions in [0, 2π] for which a particular hkl reflexion will fulfil Bragg’s law.
According to the Bragg’s law, a crystallographic plane of a given grain will be in diffracting condition if:
with Ω the matrix associated with the rotation axis:
This method solves the associated second order equation to return the two corresponding omega angles.
| Parameters: |
|
|---|---|
| Returns tuple: | (ω1, ω2) the two values of the rotation angle around the vertical axis (in degrees). |
Compute the disorientation another crystal orientation.
Considering all the possible crystal symmetries, the disorientation is defined as the combination of the minimum misorientation angle and the misorientation axis lying in the fundamental zone, which can be used to bring the two lattices into coincidence.
| Parameters: |
|
|---|---|
| Returns tuple: | the misorientation angle in radians, the axis as a numpy vector (crystal coordinates), the axis as a numpy vector (sample coordinates). |
Compute the IPF (inverse pole figure) colour for this orientation.
Given a particular axis expressed in the laboratory coordinate system, one can compute the so called IPF colour based on that direction expressed in the crystal coordinate system as [xc, yc, zc] . There is only one tuple (u,v,w) such that:
and it is used to assign the RGB colour.
Warning
hard coded for the cubic crystal symmetry for now on, it should be rather straightforward to generalize this to any symmetry making use of the Lattice.symmetry() method.
Create the particular crystal orienation called Goss and which corresponds to euler angle (0,45,0).
Return the fraction of the misorientations corresponding to the given ψ angle in the refenrece solution derived By MacKenzie in his 1958 paper.
| Parameters: | psi – the misorientation angle in radians. |
|---|---|
| Returns: | the value in the cummulative distribution corresponding to psi. |
Compute the misorientation angle from the misorientation matrix.
Compute the angle assocated with this misorientation matrix Δg . It is defined as ω = arccos(trace(Δg) ⁄ 2 − 1) .
Note
This does not account for the crystal symmetries. If you want to find the disorientation between two orientations, use the disorientation() method.
| Parameters: | delta – The 3x3 misorientation matrix. |
|---|---|
| Returns float: | the misorientation angle in radians. |
Compute the misorientation axis with another crystal orientation. This vector is by definition common to both crystalline orientations.
| Parameters: | orientation – an instance of Orientation class. |
|---|---|
| Returns: | the misorientation axis (normalised vector). |
Compute the misorientation axis from the misorientation matrix.
| Parameters: | delta – The 3x3 misorientation matrix. |
|---|---|
| Returns: | the misorientation axis (normalised vector). |
Returns the orientation matrix in the form of a 3x3 numpy array.
Convenience methode to expose the first Euler angle.
Convenience methode to expose the third Euler angle.
Read a set of grain orientations from a z-set input file.
In z-set input files, the orientation data may be specified either using the rotation of two vector, euler angles or rodrigues components directly. For instance the following lines are extracted from a polycrystalline calculation file using the rotation keyword:
**elset elset1 *file au.mat *integration theta_method_a 1.0 1.e-9 150 *rotation x1 0.438886 -1.028805 0.197933 x3 1.038339 0.893172 1.003888
**elset elset2 *file au.mat *integration theta_method_a 1.0 1.e-9 150 *rotation x1 0.178825 -0.716937 1.043300 x3 0.954345 0.879145 1.153101
**elset elset3 *file au.mat *integration theta_method_a 1.0 1.e-9 150 *rotation x1 -0.540479 -0.827319 1.534062 x3 1.261700 1.284318 1.004174
**elset elset4 *file au.mat *integration theta_method_a 1.0 1.e-9 150 *rotation x1 -0.941278 0.700996 0.034552 x3 1.000816 1.006824 0.885212
**elset elset5 *file au.mat *integration theta_method_a 1.0 1.e-9 150 *rotation x1 -2.383786 0.479058 -0.488336 x3 0.899545 0.806075 0.984268
| Parameters: | inp_path (str) – the path to the ascii file to read. |
|---|---|
| Returns dict: | a dictionary of the orientations associated with the elset names. |
Read a set of grain orientations from a text file.
The text file must be organised in columns, the three euler angles (or the three rodrigues components) must correspond to the first three columns (the other are ignored).
| Parameters: |
|
|---|---|
| Returns dict: | a dictionary with the line number and the corresponding orientation. |
Create the particular crystal orienation called S3 and which corresponds to euler angle (59,37,63).
Compute the Schmid factor for this crystal orientation and the given slip system.
| Parameters: |
|
|---|---|
| Returns float: | a number between 0 ad 0.5. |
Create the particular crystal orienation called shear and which corresponds to euler angle (45,0,0).
Compute the orientation rotation tensor q^s for this Orientation and the given slip system.
| Parameters: | s – an instance of SlipSystem |
|---|
Compute the orientation strain tensor m^s for this Orientation and the given slip system.
| Parameters: | s – an instance of SlipSystem |
|---|
Compute the orientation strain tensor m^s for this Orientation and the given slip system.
| Parameters: | s – an instance of SlipSystem |
|---|
Returns an XML representation of the Orientation instance.


{% extends "admin/change_list.html" %} {% block content %}
Enter your Hydroshare username and password
Username: Password:


Open-Source Full-Stack Javascript Solution for Distributed Cloud File Storage
This application allows users to create cloud profiles and securely store and retrieve files in Amazon S3 Cloud Storage


Tools for linting 'GeoJSON'. Includes tools for interacting with the online tool <http://geojsonlint.com>, the 'Javascript' library 'geojsonhint' (<https://www.npmjs.com/package/geojsonhint>), and validating against a 'GeoJSON' schema via the 'Javascript' library (<https://www.npmjs.com/package/is-my-json-valid>). Some tools work locally while others require an internet connection.
| Version: | 0.2.0 |
| Depends: | R (≥ 2.10) |
| Imports: | httr (≥ 1.1.0), jsonlite (≥ 0.9.19), jsonvalidate (≥ 1.0.0), V8 |
| Suggests: | testthat, knitr, rmarkdown (≥ 0.9.6), covr |
| Published: | 2016-11-03 |
| Author: | Scott Chamberlain [aut, cre], Andy Teucher [aut], Tom MacWright [cph] (geojsonhint Javascript library), Mads Kristensen [cph] (geojson schema) |
| Maintainer: | Scott Chamberlain <myrmecocystus at gmail.com> |
| BugReports: | http://www.github.com/ropenscilabs/geojsonlint/issues |
| License: | MIT + file LICENSE |
| URL: | https://github.com/ropenscilabs/geojsonlint |
| NeedsCompilation: | no |
| Materials: | README NEWS |
| CRAN checks: | geojsonlint results |
| Reference manual: | geojsonlint.pdf |
| Vignettes: |
Introduction to the geojsonlint package |
| Package source: | geojsonlint_0.2.0.tar.gz |
| Windows binaries: | r-devel: geojsonlint_0.2.0.zip, r-release: geojsonlint_0.2.0.zip, r-oldrel: geojsonlint_0.2.0.zip |
| OS X binaries: | r-release: geojsonlint_0.2.0.tgz, r-oldrel: geojsonlint_0.2.0.tgz |
| Old sources: | geojsonlint archive |
| Reverse imports: | rmapshaper |
| Reverse suggests: | geojson |
Please use the canonical form https://CRAN.R-project.org/package=geojsonlint to link to this page.


About The Rails Security Checklist
This checklist is a personal project created by Chazona Baum to review web applications for security.
About Chazona
Chazona Baum is a web developer and apprentice with MAXX Potential.
This checklist is a personal project created by Chazona Baum to review web applications for security.
Chazona Baum is a web developer and apprentice with MAXX Potential.


Software Engineer
July 2018 - Present
◆ Wrote high quality source code using C++, C# and Microsoft scripting and GUI tools to reprogram, update, and add new features to complex NCR system applications.
◆ Worked in a customer facing team, wherein interpersonal and communication skills are also utilized and refined.
Computer Science
June 2018
I earned my Bachelor's Degree in Computer Science in University of the Philippines, with Cum Laude honors. For my undergraduate thesis, I wrote a study called Video Game Recommender System using Recurrent LSTM.
NodeJS, TensorFlow
TensorFlow app for the near-sighted.
NodeJS, VueJS, Socket.io
Real time anonymous chat.
Python
A TCP based chat room.
Java, Android
Android application to promote responsible waste management.
NodeJS, MongoDB, Express
Platform designed for students to share study materials.
PHP, MySQL, HTML, CSS
Database management app for a printing shop.


Three die as storm front batters Greece
by Pulse News Agency International by AFPThree people died in Greece on Monday as a storm front battered parts of the country, causing flooding and landslides, officials said.
The bodies of two men were recovered after their yacht capsized and sank in the port of Antirion, near the city of Patras, a senior coastguard official told AFP. Antirion lies 200 kilometres (125 miles) west of Athens.
Moving eastwards, the storm then caused flooding in the Halkidiki peninsula and the island of Rhodes, where a disabled elderly woman died in her home, the fire department said.
Gale-force winds also disrupted some ferry services on the Ionian Sea.
Earlier Monday, flooding and landslides at Kinetta, a seaside town 50 kilometres south of Athens, closed rail servoce and the motorway linking the capital to the Peloponnesian peninsula in the southwest.
Workers laboured through the day to clear the mud, stones and fallen trees the storm left in its wake. A fire destroyed much of the vegetation at Kinetta in 2018, making it more susceptible to landslides.
Strong winds also caused the cancellation of some ferry services linking the Cyclades islands from the ports of Rafina and Lavrion in the east, and closed some ports in the northeast.
Dozens of houses were flooded and the emergency services said they had to evacuate some residents.
Flooding in the Attica region around Athens has become more frequent in recent years because of deforestation caused by wildfires.
In November 2017, a mudslide caused by heavy rains killed 23 people at Mandra, 50 kilometres west of the capital.
str-hec/jph/boc


The number of minutes to wait between syncing your autoplaylists with Google.
Lower numbers sync more often, keeping playlists more accurate at the cost of more ui refreshes and higher mobile battery use.
Set to zero to disable periodic syncing. You can still sync manually with the "sync now" button.
Regardless of this setting, changing an autoplaylist definition will always sync that playlist immediately.
Experimental: do not enabled unless asked to.
When enabled, splits changes into multiple smaller requests instead of one large request.
You must
manually reload the extension
after changing this setting.


import botogram bot = botogram.create("API-KEY") @bot.command("hello") def hello_command(chat, message, args): """Say hello to the world!""" chat.send("Hello world") if __name__ == "__main__": bot.run()
Just focus on your bots.
botogram is a Python framework, which allows you to focus just on creating your Telegram bots, without worrying about the underlying Bots API.
While most of the libraries for Telegram out there just wrap the Bots API, botogram focuses heavily on the development experience, aiming to provide you the best API possible. Most of the Telegram implementation details are managed by botogram, so you can just focus on your bot.


Currently, 10 models of cars under the Chevrolet and Ravon brands are
produced at 3 production sites of GM Uzbekistan JSC, in particular, Matiz, Spark (R2), Nexia (R3),
Cobalt (R4), Lacetti (Gentra) are produced at the main production in Asaka, models Captiva, Malibu in
the branch in Tashkent, models Damas, Labo in the branch in Pitnak.


Fans of the show know that for weeks Arthur has been terrorising Jai's son Archie, who came to live with his dad after the sudden death of his mother Rachel.
Jealous of the attention Archie was getting, Arthur started being horrible to him and at one point even knocked him unconscious after punching him.
And in Friday night's episode (December 6, 2019) Arthur was unimpressed to learn his mum Laurel had invited her boyfriend Jai and Archie over for Christmas Day.
Laurel devised a plan to show Arthur how much fun they could all have at Christmas by making mince pies together.
When Arthur returned from school, Laurel and Jai were stood at the counter whilst Archie was at the table helping.
She asked her son if he would get the mincemeat out of the cupboard but Archie called out "I'll get it."
Read More: Emmerdale's Aaron to murder Wendy for Victoria?
As boys leaned down to the cupboard, Arthur hissed: "She asked me."
Although they were stood just inches away from the kids, the couple continued to talk about Christmas and how they think they've made a pretty good start getting through to Arthur.

Viewers noticed Jai and Laurel were completely oblivious to how Arthur treated Archie.
Viewers know that Laurel and Jai suspected something was going on with Archie when they discovered bruises on him, but Arthur quickly covered his tracks and blamed the bruises on Jimmy King.
Emmerdale airs weeknights at 7pm on ITV, with an extra episode at 8pm on Thursdays.
Do you think Arthur will be caught out soon? Leave us a comment on our Facebook page @EntertainmentDailyFix and let us know what you think!


Looks like there is a high chance of rain today!
Looks like it is going to be a hot day today!
Show indoor activities only
Show me free activities only
Include tourist activities
Tip: Look for the red highlighted area on your map to see where our popular destination of the day is. This is the best place to meet people.


Open Source
“If I have seen further, it is by standing on
the shoulders of giants” – Isaac Newton
For project links please see html version:
danieru.com/resume/resume.html
| ExtractZipFile plugin | Primary developer ExtractZipFile BB10 cordova plugin. Provides zip extraction for html5 apps under BB10 cordova based webworks. |
| PPSSPP keymapping | Contributed cross platform keymapping. Required large scale refacoring of input path. Feature was released in version 0.9 |
| ANDSemu | Fork of nds4droid focusing on user experince. Introduced UI features later incorporated by upstream. Name has since been squatted in play store. |
| libjtapi | Primary developer. Libjtapi is the reference implementation of the Free Standard Group's Job Ticket API, jtapi. |
| Foomatic | Primary contributer to Foomatic 5.0 series. Added support for sqlite backends. Rewrote XML backend replacing 10k lines of code with 2k and improved performance. |
| afterRead | Created wordpess plugin for inserting dynamic content in post footers. Featured plugin interface. First peice of released software I ever made. |
Notable Experiences
I must thank my many mentors, they all helped me grow as a programmer.
| Program | Mentor | Description | Time |
|---|---|---|---|
| UCOSP 2013 | Tim Windsor | Undergraduate Capstone Open Source Projects (UCOSP) is a competitive cross university course. We are organized into distrubuted teams and contribute towards existing open source projects. During the 2013 fall semester my team recreated common Android or iOS APIs for BB10's cordova environment. Please also see 'ExractZipFile' in open source section. |
Fall 2013 |
| Microsoft SDE Internship | Eric Millan | Interned with Windows Division, Sustained Engineering Group, Devices & Networking Team. Wrote OCASE BCDE, a bulk analyzer for windows mini-crash dumbs. BCDE takes a debugger script which it runs across large quantity of crash dumbs capturing results. Also backported bug fixes from Windows 8.1 to Win 7 & Win 8. I received a job offer but turned it down for personal reasons. |
Summer 2013 |
| Google Summer of Code 2012 | Glen Petrie | Wrote LibJTAPI, an abstract job ticket manipulation library. Also see 'libJtapi' in Open Source section. | Summer 2012 |
| Google Summer of Code 2011 | Till Kamppeter | Rewrote Foomatic's DB XML backend into Perl. Wrote a SQL backend, also in Perl. Also see 'Foomatic' in Open Source section. | Summer 2011 |
Web development
The websites listed are those I learned the most from. Numerous others not listed are still running and serving their owners well.
| beta.pwg.org | Redevelopment of pwg.org with a focus on automating tasks of the pwg workgroup members and also marketing IPP to consummers, and implementors. |
|
gamecrazy.com hollywoodvideo.com moviegallery.com |
Did all backend and initial front end programming. Every hour popular content is aggregated based on social media signals. All three sites use the same engine with site specific configuration. |
| marilynmonroe.com | Developed to beat flash on its own turf with large full screen backgrounds and brand perfect fonts. The theme was created from a client supplied PSD. |
| necaonline.com | Did all major programming including migrating 1000s of images, products, and posts from propreitary ruby backed site. |
| smrsimple.com | Since launch in 2009 we have served over 150,000 visitors over 1,300,000 pageviews, and over 100,000 map downloads. |
Education
GPA by end of third year: 3.47
| University of Calgary |
Bachelor of Science in Computer Science |
2010-09 to 2014-05 |
<EMAIL_ADDRESS>1-403-970-2623
Calgary, Alberta
Canada


What is CMI 50 What is CMI 50 What is CMI 50 What is CMI 50 What is CMI 50What is CMI 50What is CMI 50What is CMI 50 What is CMI 50What is CMI 50What is CMI 50What is CMI 50
| # | Name | Symbol | Market Cap. | Price | Circulating Supply | Volume (24h) | % 1h | % 24h |
| {{$index + 1}} | {{CryptoCurrency.name}} | {{CryptoCurrency.symbol}} | ${{CryptoCurrency.market_cap_usd}} | ${{CryptoCurrency.price_usd}} | {{CryptoCurrency.available_supply}} | {{CryptoCurrency['24h_volume_usd']}} | {{CryptoCurrency.percent_change_1h}} | {{CryptoCurrency.percent_change_24h}} |


|
Elizabeth Short: "The Black Dahlia"A 22-year-old actress-in-waiting (i.e. unsigned) found nude, sodomized, and horribly disfigured in a field near Hollywood on January 15, 1947. Before her death, she had jet-black hair and a penchant for beautiful black dresses, and this led to her nickname "The Black Dahlia", which was trumped up by newspaper reporters at the time.She has been linked romantically to Marilyn Monroe, but that sort of thing tends to happen after the fact; other sinister and conspiratorial reasons have also come to light, more likely to sell a story than anything else. The murder was never solved, and a number of books have appeared to try and explain who did it. This isn't to say the murder is lacking for leads; many men and women have confessed to Short's murder but all have been found to be lying for whatever reason people do such things. |


GAS-X EXTRA STRENGTH- dimethicone gel
Novartis Consumer Health, Inc.
Disclaimer: Most OTC drugs are not reviewed and approved by FDA, however they may be marketed if they comply with applicable regulations and policies. FDA has not evaluated whether this product complies.
Active ingredient
Simethicone 125mg
Uses
For the relief of
- Pressure, bloating, and fullness commonly referred to as gas
Warnings
keep out of reach of children
Directions
- adults: swallow with water 1 or 2 softgels as needed after meals and at bedtime
- do not exceed 4 softgels in 24 hours except under the advice and supervision of a physician
Other information
- store at controlled room temperature 20-25o C (68-77o F)
- Protect from light, heat, and moisture
Inactive ingredients
D&C yellow 10, FD&C blue 1, FD&C red 40, gelatin, glycerin, hypromellose, peppermint oil, purified water, sorbitan, sorbitol, titanium dioxide
Questions or comments?
call 1-800-452-0051
Novartis Consumer Health, Inc.


pragmatic v0.1.8 Pragmatic.Windows
Utility functions for dealing with issues which arise when using Elixir on Windows.
Link to this section Summary
Functions
Return the name of the user the current process is running under. This is handy for logging errors
Take a long Windows path or a path with spaces in it and return the 8.3 version of that name
Is the currently logged-in user an admin?
Link to this section Functions
get_current_user([{:show_domain, boolean}]) :: String.t
Return the name of the user the current process is running under. This is handy for logging errors.
Parameters
show_domain: (boolean)
- if true, return the current user in the domain\user format. Otherwise, just return user.
Examples
iex> Pragmatic.Windows.get_current_user(show_domain: false)
"caten"
iex> Pragmatic.Windows.get_current_user(show_domain: true)
"DESKTOP-3GQCDMC\\caten"
Take a long Windows path or a path with spaces in it and return the 8.3 version of that name
A runtime error will also be thrown if you attempt to run this function on a non-Windows OS. Also, the function will throw a runtime error if you attempt to invoke it on a path that doesn’t exist. Otherwise, you should specify the directory in the format drive:/dir/dir/dir etc. Contrary to the common, mistaken believe forward slashes can be used as a directory separator on Windows.
Examples
iex> Pragmatic.Windows.get_short_name("c:/nosuchpath")
** (RuntimeError) The specified directory "c:/nosuchpath" does not exist
iex> Pragmatic.Windows.get_short_name("c:/program files")
"c:/PROGRA~1"
iex> Pragmatic.Windows.get_short_name("c:/users")
"c:/Users"
Is the currently logged-in user an admin?


That´s enough of talking about myself in the third person.
At first I intended to be an engineer and went to a B.Tech school fully motivated to become just that. One thing led to another and 3 years went by and I was a (almost) fully fledged freelance python developer without ever planning to become one.
This fortunate turn of events has lead me to develop python games in codeskulptor GalaxyInvanders, Pong,RiceRocks. To work with people from all over the world is very rewarding. Sweden, Denmark, Iceland, Germany, India, USA and England are some of the countries I have worked with. Well not the country itself, but people living there courtesy to coursers.org.
I have coded websites with great respect to standards, because it makes life easier for everybody. My site even used to validate, honestly!
I live in India and work both in My home and My College as well as traveling to my friend's home to work very closely with them there. This can be anywhere on this Planet, still waiting for warp technology to develop to go beyond it.
Feel free to contact me at any time on any issue like:
So here are your action items: Contact Me, Online Chat,Linux Geek or Tell me Your Secrets
Namaste
Rohan Roy


At a time when 86% of consumers use the internet to search for businesses, a website can be what makes or breaks a consumer purchasing decision. And with 60% of all internet access being done on mobile phones, how your site looks on a small screen is more important than ever. I make sure every website I create is responsive across all devices and I build layouts based on User Experience (UX) research and design principles.
Translation: I create websites that are enjoyable and easy for consumers to navigate, whether they are on a phone, tablet, or computer, so they stick around after those first 0.05 seconds.


Visionary Data Scientists. accomplished industry veterans. Trustsed advisors. Proven investors. Our company is led by a world class team that believes in data's potential to change the world. Our company is proud to be backed by intel, Questmark Partners, Goldman sachs and other strategic investors.


About us
Solidus Trading is a Proprietary Trading Desk specialized in profiting from the Cryptocurrencies market volatility through the execution of different strategies such as Day, Swing, Events and Macro trading. The firm also deploys Arby and Market Making strategies across the globe.
We leverage our thesis based in in-depth technical analysis and asymmetric information flows from industry insights as a product of our 5 years of experience and track record in the ecosystem. The boutique prop trading firm conducts in-house markets research.
Our GPs make part of our principal trading account but we also receive outside investors, being cherry picked for speculative but heavily supported trading theses and active micro funds deployments.
Solidus Trading is a Solidus Group’s company, being responsible for all the research, portfolios rebalancing and trades execution.


This bot allows you to get information directly from "El Nuevo Dia" without leaving your chatting app!
Developed for HackPR 2016
Current Commands available
Visit Bot Framework to access and view the bot!


Ease of Use
The IVT implements all functionality within a clean object-oriented architecture with no dependencies. Its intuitive API makes the IVT easy-to-use and easy-to-understand. The source code is not only efficient but also features a good readability, which makes the IVT also a valuable source for educational purposes.
Compatibility and Portability
The IVT offers a clean camera interface, with many ready-to-use camera modules implementing this interface (PointGrey Dragonfly/BumbleBee, Videre, other DCAM compatible IEEE1394 cameras such as the iSight, USB webcams, etc.) for any common platform (Windows, Linux, Mac OS X). Furthermore, a fully integrated general camera model allows the development of computer vision applications independently from the imaging device.
Features and Speed
The IVT offers optimized (on C++ level) implementations of important image processing routines, which are as fast or even faster compared to those of other currently available vision libraries (for platform-specific optimizations see here). Some features are:
- Undistortion
- Combined Rectification/Undistortion (remapping and interpolation is performed only once for both)
- Harris Corner Detector
- SIFT Features and kd-tree feature matching
- Calibration: fully integrated single and stereo camera model
- Many filters, resize, Bayer2RGB, RGB2HSV, SVD, PCA, Linear Least Squares, drawing, ...
- POSIT (pose estimation on the basis of 2D-3D point correspondences)
- Core function of the ICP (pose estimation on the basis of 3D-3D point correspondences)
License
From version 1.3.6 on, the IVT is available under a modified BSD license (3-clause BSD). See here for details.


UK NCP Steering Board meeting minutes: 17 October 2018
Published 6 February 2019
UK NCP Steering Board meeting minutes: 17 October 2018
PDF
,
120KB
,
4 pages


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Server Deployment¶
pgAdmin may be deployed as a web application by configuring the app to run in server mode and then deploying it either behind a webserver running as a reverse proxy, or using the WSGI interface.
When deployed in server mode, there are two notable differences for users:
Users must login before they can use pgAdmin. An initial superuser account is created when server mode is initialised, and this user can add additional superusers and non-superusers as required.
File storage is restricted to a virtual root directory for each individual user under the directory configured using the
STORAGE_DIR
configuration parameter. Users do not have access to the complete filesystem of the server.
The following instructions demonstrate how pgAdmin may be run as a WSGI
application under Apache HTTPD
, using mod_wsgi
, standalone using uWSGI
or Gunicorn
, or under NGINX
using using uWSGI
or Gunicorn
.
See also
For detailed instructions on building and configuring pgAdmin from scratch, please see the README file in the top level directory of the source code. For convenience, you can find the latest version of the file here, but be aware that this may differ from the version included with the source code for a specific version of pgAdmin.
Requirements¶
Important: Some components of pgAdmin require the ability to maintain affinity between client sessions and a specific database connection (for example, the Query Tool in which the user might run a BEGIN command followed by a number of connection management to handle this, however it requires that only a single Python process is used because it is not easily possible to maintain affinity between a client session and one of multiple WSGI worker processes.
On Windows systems, the Apache HTTP server uses a single process, multi-threaded
architecture. WSGI applications run in embedded
mode, which means that only
a single process will be present on this platform in all cases.
On Unix systems, the Apache HTTP server typically uses a multi-process, single
threaded architecture (this is dependent on the MPM
that is chosen at
compile time). If embedded
mode is chosen for the WSGI application, then
there will be one Python environment for each Apache process, each with it’s own
connection manager which will lead to loss of connection affinity. Therefore
one should use mod_wsgi
’s daemon
mode, configured to use a single
process. This will launch a single instance of the WSGI application which is
utilised by all the Apache worker processes.
Whilst it is true that this is a potential performance bottleneck, in reality pgAdmin is not a web application that’s ever likely to see heavy traffic unlike a busy website, so in practice should not be an issue.
Future versions of pgAdmin may introduce a shared connection manager process to overcome this limitation, however that is a significant amount of work for little practical gain.
Configuration¶
In order to configure pgAdmin to run in server mode, it may be necessary to configure the Python code to run in multi-user mode, and then to configure the web server to find and execute the code.
See The config.py File for more information on configuration settings.
Python¶
From pgAdmin 4 v2 onwards, server mode is the default configuration. If running under the desktop runtime, this is overridden automatically. There should typically be no need to modify the configuration simply to enable server mode to work, however it may be desirable to adjust some of the paths used.
In order to configure the Python code, follow these steps:
Create a
config_local.py
file alongside the existingconfig.py
file.Edit
config_local.py
and add the following settings. In most cases, the default file locations should be appropriate:NOTE: You must ensure the directories specified are writeable by the user that the web server processes will be running as, e.g. apache or www-data.
LOG_FILE = '/var/log/pgadmin4/pgadmin4.log' SQLITE_PATH = '/var/lib/pgadmin4/pgadmin4.db' SESSION_DB_PATH = '/var/lib/pgadmin4/sessions' STORAGE_DIR = '/var/lib/pgadmin4/storage'
Run the following command to create the configuration database:
# python setup.py
Change the ownership of the configuration database to the user that the web server processes will run as, for example, assuming that the web server runs as user www-data in group www-data, and that the SQLite path is
/var/lib/pgadmin4/pgadmin4.db
:# chown www-data:www-data /var/lib/pgadmin4/pgadmin4.db
Hosting¶
There are many possible ways to host pgAdmin in server mode. Some examples are given below:
Apache HTTPD Configuration (Windows)¶
Once Apache HTTP has been configured to support mod_wsgi
, the pgAdmin
application may be configured similarly to the example below:
<VirtualHost *>
ServerName pgadmin.example.com
WSGIScriptAlias / "C:\Program Files\pgAdmin4\web\pgAdmin4.wsgi"
<Directory "C:\Program Files\pgAdmin4\web">
Order deny,allow
Allow from all
</Directory>
</VirtualHost>
Now open the file C:\Program Files\pgAdmin4\web\pgAdmin4.wsgi
with your favorite editor and add the code
below which will activate Python virtual environment when Apache server runs.
activate_this = 'C:\Program Files\pgAdmin4\venv\Scripts\activate_this.py'
exec(open(activate_this).read())
Note: The changes made in pgAdmin4.wsgi
file will revert when pgAdmin4 is either upgraded or downgraded.
Apache HTTPD Configuration (Linux/Unix)¶
Once Apache HTTP has been configured to support mod_wsgi
, the pgAdmin
application may be configured similarly to the example below:
<VirtualHost *>
ServerName pgadmin.example.com
WSGIDaemonProcess pgadmin processes=1 threads=25 python-home=/path/to/python/virtualenv
WSGIScriptAlias / /opt/pgAdmin4/web/pgAdmin4.wsgi
<Directory /opt/pgAdmin4/web>
WSGIProcessGroup pgadmin
WSGIApplicationGroup %{GLOBAL}
Order deny,allow
Allow from all
</Directory>
</VirtualHost>
Note: If you’re using Apache HTTPD 2.4 or later, replace the lines:
Order deny,allow
Allow from all
with:
Require all granted
Adjust as needed to suit your access control requirements.
Standalone Gunicorn Configuration¶
pgAdmin may be hosted by Gunicorn directly simply by running a command such as the one shown below. Note that this example assumes pgAdmin was installed using the Python Wheel (you may need to adjust the path to suit your installation):
gunicorn --bind <IP_ADDRESS>:80 \
--workers=1 \
--threads=25 \
--chdir /usr/lib/python3.7/dist-packages/pgadmin4 \
pgAdmin4:app
Standalone uWSGI Configuration¶
pgAdmin may be hosted by uWSGI directly simply by running a command such as the one shown below. Note that this example assumes pgAdmin was installed using the Python Wheel (you may need to adjust the path to suit your installation):
uwsgi --http-socket <IP_ADDRESS>:80 \
--processes 1 \
--threads 25 \
--chdir /usr/lib/python3.7/dist-packages/pgadmin4/ \
--mount /=pgAdmin4:app
NGINX Configuration with Gunicorn¶
pgAdmin can be hosted by Gunicorn, with NGINX in front of it. Note that these examples assume pgAdmin was installed using the Python Wheel (you may need to adjust the path to suit your installation).
To run with pgAdmin in the root directory of the server, start Gunicorn using a command similar to:
gunicorn --bind unix:/tmp/pgadmin4.sock \
--workers=1 \
--threads=25 \
--chdir /usr/lib/python3.7/dist-packages/pgadmin4 \
pgAdmin4:app
And configure NGINX:
location / {
include proxy_params;
proxy_pass http://unix:/tmp/pgadmin4.sock;
}
Alternatively, pgAdmin can be hosted in a sub-directory (/pgadmin4 in this case) on the server. Start Gunicorn as when using the root directory, but configure NGINX as follows:
location /pgadmin4/ {
include proxy_params;
proxy_pass http://unix:/tmp/pgadmin4.sock;
proxy_set_header X-Script-Name /pgadmin4;
}
NGINX Configuration with uWSGI¶
pgAdmin can be hosted by uWSGI, with NGINX in front of it. Note that these examples assume pgAdmin was installed using the Python Wheel (you may need to adjust the path to suit your installation).
To run with pgAdmin in the root directory of the server, start Gunicorn using a command similar to:
uwsgi --socket /tmp/pgadmin4.sock \
--processes 1 \
--threads 25 \
--chdir /usr/lib/python3.7/dist-packages/pgadmin4/ \
--manage-script-name \
--mount /=pgAdmin4:app
And configure NGINX:
location / { try_files $uri @pgadmin4; }
location @pgadmin4 {
include uwsgi_params;
uwsgi_pass unix:/tmp/pgadmin4.sock;
}
Alternatively, pgAdmin can be hosted in a sub-directory (/pgadmin4 in this case)
on the server. Start uWSGI, noting that the directory name is specified in the
mount
parameter:
uwsgi --socket /tmp/pgadmin4.sock \
--processes 1 \
--threads 25 \
--chdir /usr/lib/python3.7/dist-packages/pgadmin4/ \
--manage-script-name \
--mount /pgadmin4=pgAdmin4:app
Then, configure NGINX:
location = /pgadmin4 { rewrite ^ /pgadmin4/; }
location /pgadmin4 { try_files $uri @pgadmin4; }
location @pgadmin4 {
include uwsgi_params;
uwsgi_pass unix:/tmp/pgadmin4.sock;
}


--- layout: page title: "HTTP Origin-Bound Authentication (HOBA)" description: "HTTP Origin-Bound Authentication (HOBA) is a digital-signature-based design for an HTTP authentication method. The design can also be used in JavaScript-based authentication embedded in HTML. HOBA is an alternative to HTTP authentication schemes that require passwords and therefore avoids all problems related to passwords, such as leakage of server-side password databases." ---
| Document Name: | RFC 7486 |
|---|---|
| Document URI: |
urn:ietf:rfc:7486
|
| Online Version: |
https://datatracker.ietf.org/doc/html/rfc7486
|
| Organization: | Internet Engineering Task Force (IETF) |
| Series: | Request for Comments (RFC) |
| Abstract: | HTTP Origin-Bound Authentication (HOBA) is a digital-signature-based design for an HTTP authentication method. The design can also be used in JavaScript-based authentication embedded in HTML. HOBA is an alternative to HTTP authentication schemes that require passwords and therefore avoids all problems related to passwords, such as leakage of server-side password databases. |
HOBA
Hobareg
hoba
Return to ( Series | Organization | all Specifications )


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WITNESS LIST Appropriations-S/C on Education Committee (Subcommittee on Education) February 7, 2001-8:00A Budget On: Anderson, David (Texas Education Agency) Colvin, Peggy (Texas Department of Housing and Community Affairs) Fainter, Jr., John (Association of Electric Companies of Texas, Inc.) Lanford, Lane (Public Utility Commission) Wisnoski, Joe (Texas Education Agency) Wood, Pat (Public Utility Commission) Wooten, Tim (Texas Comptroller)