(out of ****)
_Bride_of_Chucky_ (R) * 1/2 _John_Carpenter's_Vampires_ (R) * 1/2
In 1988, killer doll Chucky made his splash in _Child's_Play_; in 1978, director John Carpenter burst onto the horror scene with _Halloween_. Ten and twenty years later, respectively, neither Chucky's novelty nor Carpenter's horror skill have aged very well, as evidenced by the schlocky _Bride_of_Chucky_ and _John_Carpenter's_Vampires_.
Unlike eating a box of chocolates, walking into the movie _Bride_of_Chucky_, you're pretty sure what you're gonna get. For the fourth film in the _Child's_Play_ franchise, you pay your admission to see Chucky, the diminutive, redheaded "Good Guy" doll possessed by the spirit of a dead serial killer, slice and dice his way through a long line of human victims--no more, no less, all done somewhat tongue-in-cheek but largely done in the name of a good scare.
How surprising it is, then, to watch _Bride_, which plays less like another sequel than a Zucker/Abrahams/Zucker sendup of the series. Perhaps writer Don Mancini (the creator of the series) saw self-parody as the only way to keep Chucky alive in the irony-drenched post-_Scream_ horror climate, making free use of self-deprecating dialogue such as "Chucky? He's so '80s!" The plot itself is a joke, with Tiffany (Jennifer Tilly), a former flame of the incarnate Chucky, becoming Chucky the doll's (voiced by Brad Dourif) partner in serial murder after her newly-liberated spirit inhabits a female doll.
All of the added humor, though, does not make _Bride_of_Chucky_ a good film--just a campy one. For all their irony, post-_Scream_ thrillers, in the end, are horror films, going after the big scare. _Bride_, however, makes no attempt to be scary; the scariest thing about it is the fact that it was directed by the gifted Ronny Yu, who in his native Hong Kong directed the brilliant 1993 action fantasy _The_Bride_with_White_Hair_.  In fact, the film's big problem is just that, being too over-the-top too much of the time, from the acting (the dreadful Tilly in particular) to story developments (yes, a doll-doll sex scene is funny, but _still_...). Even a film called _Bride_of_Chucky_ could use some restraint and be all the better for it. By the time the film came to its predictable "twist" ending (hint: what logically follows "_bride_ of..."?), you may eel like groaning. The audience with whom I saw the film did (and quite loudly, I might add).

More polished technically, but no less groan-worthy, is _Vampires_. Carpenter obviously has a lot of fun at the helm of this one, staging the brutally (and, some would argue, excessively) bloody scenes of carnage with gleeful abandon: blood, bodies, and body parts fly across the screen in every direction. A great deal of credit goes to the make-up work by the KNB EFX Group (Robert Kurtzman, Gregory Nicotero, and Howard Berger), which is convincing and, yes, more than a little repulsive.
So what's the problem? Just about everything else, but mostly Don Jakoby's odious script, which is based on John Steakley's novel _Vampire$_. There's no real plot, just vampire slayer Jack Crow (James Woods) hunting out master vampire Valek (Thomas Ian Griffith), who is after a sacred cross that will make him and his fellow bloodsuckers, as Crow's priest sidekick (Tim Guinee) says, "a force unstoppable--unless we stop him!" That line, which would make the late Ed Wood proud, should tell you all you need to know about the overall quality of the dialogue.
But the laughable dialogue and lack of plot isn't as problematic as the uninteresting and unlikable characters. For someone who was raised by the Catholic church after his parents died when he was young, Jack is awfully disrespectful, tossing around priests, threatening them with mortal violence, and frequently flinging F-words at them. Woods's insufferably smug performance makes the character even more unsavory. In addition to being anti-Catholic, the film is also terribly misogynist, with female lead, a Valek-bitten prostitute named Katrina (Sheryl Lee, reduced to screaming and trembling), constantly getting slapped around and humiliated by Jack's boorish partner Tony Montoya (Daniel Baldwin, who, quite simply, sucks--bad pun intended). Even more insulting? Tony eventually falls for Katrina, and--yep--her with him.
Like _Bride_of_Chucky_, I'm certain a number of _Vampires_'s laughs are intentional; Carpenter has always displayed an arch sense of humor, and that comes through in certain scenes, including the ridiculous resolution scene. But I'm not so sure so much of it was meant to be laughed at; two women sitting behind me at the screening understandably laughed non-stop. The most disheartening thing about _Vampires_, however, is not its campiness, but its lack of scares; it's hard to believe the same man who made the elegantly creepy (and largely bloodless) classic _Halloween_ directed this piece of schlock.
Michael Dequina
<EMAIL_ADDRESS>|<EMAIL_ADDRESS>Mr. Brown's Movie Site: http://welcome.to/mrbrown
CompuServe Hollywood Hotline: http://www.HollywoodHotline.com
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Type:
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Go to the source code of this file.
Typedefs | |
| typedef void(* | le_arg_FlagCallbackFunc_t) (void) |
| typedef void(* | le_arg_IntCallbackFunc_t) (int value) |
| typedef void(* | le_arg_StringCallbackFunc_t) (const char *value) |
| typedef size_t(* | le_arg_ErrorHandlerFunc_t) (size_t argIndex, le_result_t errorCode) |
Functions | |
| const char * | le_arg_GetProgramName (void) |
| size_t | le_arg_NumArgs (void) |
| const char * | le_arg_GetArg (size_t argIndex) |
| le_result_t | le_arg_GetFlagOption (const char *shortName, const char *longName) |
| le_result_t | le_arg_GetIntOption (int *varPtr, const char *shortName, const char *longName) |
| le_result_t | le_arg_GetStringOption (const char **varPtr, const char *shortName, const char *longName) |
| void | le_arg_SetFlagVar (bool *varPtr, const char *shortName, const char *longName) |
| void | le_arg_SetIntVar (int *varPtr, const char *shortName, const char *longName) |
| void | le_arg_SetStringVar (const char **varPtr, const char *shortName, const char *longName) |
| void | le_arg_SetFlagCallback (le_arg_FlagCallbackFunc_t func, const char *shortName, const char *longName) |
| void | le_arg_SetIntCallback (le_arg_IntCallbackFunc_t func, const char *shortName, const char *longName) |
| void | le_arg_SetStringCallback (le_arg_StringCallbackFunc_t func, const char *shortName, const char *longName) |
| void | le_arg_AddPositionalCallback (le_arg_StringCallbackFunc_t func) |
| void | le_arg_AllowMorePositionalArgsThanCallbacks (void) |
| void | le_arg_AllowLessPositionalArgsThanCallbacks (void) |
| void | le_arg_SetErrorHandler (le_arg_ErrorHandlerFunc_t errorHandlerFunc) |
| void | le_arg_Scan (void) |
| void | le_arg_SetArgs (const size_t argc, char **argv) |
Detailed Description
Legato Command Line Arguments API include file.
Copyright (C) Sierra Wireless Inc. Use of this work is subject to license.
Typedef Documentation
| typedef size_t(* le_arg_ErrorHandlerFunc_t) (size_t argIndex, le_result_t errorCode) |
Error handler function prototype. All argument error handler functions (passed into le_arg_SetErrorHandler() ) must conform to this prototype.
Errors that can be reported to this function are:
- LE_BAD_PARAMETER - The argument is not expected.
- LE_NOT_FOUND - The argument should have a value, but no value was given.
- LE_FORMAT_ERROR - The argument should have a numerical value, but was given something else.
- LE_OUT_OF_RANGE - Magnitude of numerical argument too big to be stored in chosen data type.
- LE_OVERFLOW - Too many positional arguments found on command line.
- LE_UNDERFLOW - Too few positional arguments found on command line.
- LE_UNSUPPORTED - The argument should not have a value but was given one.
- Returns
- The number of arguments to skip before resuming argument scanning. 0 = resume scanning at argIndex + 1; 1 = resume at argIndex + 2; etc.
- Parameters
-
argIndex Index of argument that is bad (0 = first arg after program name). errorCode Code indicating the type of error that was encountered.
| typedef void(* le_arg_FlagCallbackFunc_t) (void) |
Flag argument callback functions registered using le_arg_SetFlagCallback() must conform to this prototype.
If the flag appears N times on the command line, the callback will be called N times.
| typedef void(* le_arg_IntCallbackFunc_t) (int value) |
Integer argument callback functions registered using le_arg_SetIntCallback() must conform to this prototype.
If the option appears N times on the command line, the callback will be called N times.
- Parameters
-
value The value of the integer option.
| typedef void(* le_arg_StringCallbackFunc_t) (const char *value) |
String argument callback functions registered using le_arg_SetStringCallback() or le_arg_AddPositionalCallback() must conform to this prototype.
If the option appears N times on the command line, the callback will be called N times.
- Parameters
-
value Pointer to the value of the string option.
Function Documentation
| void le_arg_AddPositionalCallback | ( | le_arg_StringCallbackFunc_t | func | ) |
Register a callback function to be called if an argument appears outside of any options. For example, in the following command-line, "foo" and "bar" are positional arguments (while "-l" is a flag option and "ls" is the program name):
Each callback function registered using this method is added to the positional callback list. When the first positional argument is encountered, the first positional callback function is called. When the Nth positional argument is encountered, the Nth positional callback is called. If there are N positional arguments and M positional callbacks, and N > M, then the last positional callback will be called once for each positional argument from M through N, inclusive.
- Parameters
-
func The callback function address.
| void le_arg_AllowLessPositionalArgsThanCallbacks | ( | void | ) |
Tell the argument parser to allow less positional arguments than positional callbacks.
If less positional arguments are encountered than the number of positional callbacks when this is allowed, any positional callbacks that don't have arguments won't be called. If this is not allowed, le_arg_Scan() will print an error message to the standard error stream and exit the process with EXIT_FAILURE if there are less positional arguments than there are positional callbacks.
| void le_arg_AllowMorePositionalArgsThanCallbacks | ( | void | ) |
Tell the argument parser to allow more positional arguments than positional callbacks.
If more positional arguments are encountered than the number of positional callbacks when this is allowed, le_arg_Scan() will call the last positional callback again for each extra positional argument it finds. If this is not allowed, le_arg_Scan() will print an error message to the standard error stream and exit the process with EXIT_FAILURE if there are more positional arguments than there are positional callbacks.
| const char* le_arg_GetArg | ( | size_t | argIndex | ) |
Gets a command line argument by index.
- Returns
- Pointer to the argument string (null-terminated), or NULL if the index is out of range.
- Parameters
-
[in] argIndex Index of the argument (0 = first argument after the program name).
| le_result_t le_arg_GetFlagOption | ( | const char * | shortName, |
| const char * | longName | ||
| ) |
Searches the argument list for a flag option. Can search for a short name (e.g., -f
) or a long name (e.g., –flag
) for the same flag at the same time.
- Returns
- LE_OK if found,
- LE_NOT_FOUND if not found,
- LE_FORMAT_ERROR if found but has a value (e.g.,
–flag=foo
).
- Note
- If both shortName and longName are NULL, LE_NOT_FOUND will be returned.
- Parameters
-
[in] shortName Name that appears after a single '-' (can be NULL). [in] longName Name that appears afer a "--" (can be NULL).
| le_result_t le_arg_GetIntOption | ( | int * | varPtr, |
| const char * | shortName, | ||
| const char * | longName | ||
| ) |
Searches the argument list for an option with an integer value. Can search for a short name (e.g., -c 1234
) or a long name (e.g., –count=1234
) form of the same option at the same time.
- Returns
- LE_OK if found and successfully converted to an integer.
- LE_NOT_FOUND if not found.
- LE_FORMAT_ERROR if the option wasn't provided with an integer value.
- LE_OUT_OF_RANGE - Magnitude of integer value too big to be stored in an int.
- Note
- If both shortName and longName are NULL, LE_NOT_FOUND will be returned.
- Parameters
-
[out] varPtr Variable into which the value will be stored if found. [in] shortName Name that appears after a single '-' (can be NULL). [in] longName Name that appears afer a "--" (can be NULL).
| const char* le_arg_GetProgramName | ( | void | ) |
Gets the program name.
- Returns
- Pointer to the null-terminated program name string.
| le_result_t le_arg_GetStringOption | ( | const char ** | varPtr, |
| const char * | shortName, | ||
| const char * | longName | ||
| ) |
Searches the argument list for an option with a string value. Can search for a short name (e.g., -f foo
) or a long name (e.g., –file=foo
) form of the same option at the same time.
- Note
–file=
is a valid string option with an empty string ("") value. The equivalent short name version of that option would be something like-f ""
.
- Returns
- LE_OK if found.
- LE_NOT_FOUND if not found.
- LE_FORMAT_ERROR if the option wasn't provided with a value.
- Note
- If both shortName and longName are NULL, LE_NOT_FOUND will be returned.
- Parameters
-
[out] varPtr Variable into which to store a pointer to the value if found. [in] shortName Name that appears after a single '-' (can be NULL). [in] longName Name that appears afer a "--" (can be NULL).
| size_t le_arg_NumArgs | ( | void | ) |
Gets the number of command line arguments available not including the program name.
- Returns
- Number of command line arguments available.
| void le_arg_Scan | ( | void | ) |
Scans the argument list, setting variables and calling callbacks registered using the le_arg_SetXxxVar(), le_arg_SetXxxCallback(), and le_arg_AddPositionalParameters() functions.
| void le_arg_SetArgs | ( | const size_t | argc, |
| char ** | argv | ||
| ) |
Passes argc and argv to the argument parser for later use by le_arg_Scan().
- Note
- This function is normally called by main(). If the Legato application framework is automatically generating main() for you, then you can just ignore this function.
- Parameters
-
[in] argc argc from main(). [in] argv argv from main().
| void le_arg_SetErrorHandler | ( | le_arg_ErrorHandlerFunc_t | errorHandlerFunc | ) |
Register an error handler function to be called by le_arg_Scan() whenever an unexpected argument is encountered or an option's value cannot be converted to the correct data type.
- Parameters
-
[in] errorHandlerFunc The error handler function.
| void le_arg_SetFlagCallback | ( | le_arg_FlagCallbackFunc_t | func, |
| const char * | shortName, | ||
| const char * | longName | ||
| ) |
Register a callback function to be called if a given flag option appears on the argument list.
No value is expected after the option name.
One or the other of shortName or longName may be NULL. If not NULL, these MUST be pointers to strings that are never deallocated or changed.
- Parameters
-
func The callback function address. shortName Short form of option name (e.g., "h" will match "-h"). longName Long form of option name (e.g., "help" will match "--help").
| void le_arg_SetFlagVar | ( | bool * | varPtr, |
| const char * | shortName, | ||
| const char * | longName | ||
| ) |
Register a boolean variable to be set if a given flag option appears on the argument list.
No value is expected after the option name.
One or the other of shortName or longName may be NULL. If not NULL, these MUST be pointers to strings that are never deallocated or changed.
- Parameters
-
varPtr Ptr to the variable to be set true if the flag option is found. shortName Short form of option name (e.g., "h" will match "-h"). longName Long form of option name (e.g., "help" will match "--help").
| void le_arg_SetIntCallback | ( | le_arg_IntCallbackFunc_t | func, |
| const char * | shortName, | ||
| const char * | longName | ||
| ) |
Register a callback function to be called if a given integer value option appears on the argument list.
An integer value is expected after the option name.
One or the other of shortName or longName may be NULL. If not NULL, these MUST be pointers to strings that are never deallocated or changed.
- Parameters
-
func The callback function address. shortName Short form of option name (e.g., "n" will match "-n 1234"). longName Long form of name ("max-count" matches "--max-count=1234").
| void le_arg_SetIntVar | ( | int * | varPtr, |
| const char * | shortName, | ||
| const char * | longName | ||
| ) |
Register an integer variable to be set if a given option appears on the argument list.
An integer value is expected after the option name.
One or the other of shortName or longName may be NULL. If not NULL, these MUST be pointers to strings that are never deallocated or changed.
- Parameters
-
varPtr Ptr to the variable to be set if the option is found. shortName Short form of option name (e.g., "n" will match "-n 1234"). longName Long form of name ("max-count" matches "--max-count=1234").
| void le_arg_SetStringCallback | ( | le_arg_StringCallbackFunc_t | func, |
| const char * | shortName, | ||
| const char * | longName | ||
| ) |
Register a callback function to be called if a given string option appears on the argument list.
A string value is expected after the option name.
One or the other of shortName or longName may be NULL. If not NULL, these MUST be pointers to strings that are never deallocated or changed.
- Parameters
-
func The callback function address. shortName Short form of option name (e.g., "n" will match "-n foo"). longName Long form of name ("name" matches "--name=foo").
| void le_arg_SetStringVar | ( | const char ** | varPtr, |
| const char * | shortName, | ||
| const char * | longName | ||
| ) |
Register a string variable to be set if a given option appears on the argument list.
A value is expected after the option name.
One or the other of shortName or longName may be NULL. If not NULL, these MUST be pointers to strings that are never deallocated or changed.
- Parameters
-
varPtr Ptr to the variable to be set if the option is found. shortName Short form of option name (e.g., "n" will match "-n foo"). longName Long form of name ("name" matches "--name=foo").


Dec 1969: Born into the world:
Torvalds was born in Helsinki, Finland. He is the son of journalists Anna and Nils Torvalds, and the grandson of poet Ole Torvalds. Both of his parents were campus radicals at the University of Helsinki in the 1960s. His family belongs to the Swedish-speaking minority. Torvalds was named after Linus Pauling, the Nobel Prize–winning American chemist.
Aug 1991: Obtained MINIX OS:
In 1991, he purchased the Intel 80386-based IBM PC and obtained a MINIX operating system. With this, he began to work and research on the Linux operating system.
Read more at here.
Sep 1991: Version 0.01:
Version 0.01 of Torvalds project is made availible via ftp.funet.fi.Ari Lemmke, the system administrator,gives the dictory the name Linix
Oct 1991: GNU + Linux Kernel:
Richard Stallman expresses interest in having the Free Software Foundation distribute a GNU system with the Linux kernel.
Jan 1996: Started work at transmeta:
In 1996, he went on a visit to the technology firm, ‘Transmeta’, where he began to work from the following year. He later worked for the Open Source Development Labs.
May 1996: Tux is Suggested:
Linus Torvalds suggests that a “slightly overweight penguin” would be the best mascot for Linux. He recommends Larry Ewing’s “Tux” penguin images.
Sep 1996: Linux Trademark Disputes:
Linus Torvalds along with Linux Journal, Yggdrasil Computing, Inc., Linux International Work Group Solutions and with the help of Digital Equipment Corporation and Red Hat, file suit against William R. Della Croce, Jr. to re-assign the Linux trademark to Linus Torvalds. The firm of Davis & Schroeder handles the case on an almost pro-bono basis.
Aug 1998: Linus makes the cover of Forbes:
Forbes magazine devotes its cover story to Linus Torvalds.
Jan 1999: Offered Stock Options by Red Hat:
In 1999, he was offered stock options for his creation by the companies, Red Hat and VA Linux. That very year, the stock prices increased to about $20 million after the companies went public.
May 2001: Just for fun released:
Linus Torvalds publishes his autobiography entitled Just for Fun with the help of journalist David Diamond.
Feb 2002: Bitkeeper Causes Controversy:
Linus Torvalds begins using BitMover’s BitKeeper to manage kernel development. Bitkeeper is proprietary software and many, including Richard Stallman, criticize the decision.
Jun 2004: Moved to Oregon:
In June 2004, along with his family, he relocated to Beaverton, Oregon, where Open Source Development Labs was headquartered.
Apr 2005: Creates "Git":
Git is a distributed revision control system with an emphasis on speed,data integrity,and support for distributed, non-linear workflows. Git was initially designed and developed by Linus Torvalds for Linux kernel development in 2005, and has since become the most widely adopted version control system for software development.
Jan 2006: Torvalds does not Support GNU v3:
Linus Torvalds reveals that he doesn’t like the anti-DRM provisions in the draft for version 3 of the GNU General Public License and as it stands, he won’t convert the Linux kernel to it.
Jan 2006: Cumulatively Contributed to 2% of the Linux:
By 2006, about two per cent of the Linux kernel was written by him, which was a significant contribution


The classes in this package make JDBC easier to use and
reduce the likelihood of common errors. In particular, they:
- Simplify error handling, avoiding the need for try/catch/final
blocks in application code.
- Present exceptions to application code in a generic hierarchy of
unchecked exceptions, enabling applications to catch data access
exceptions without being dependent on JDBC, and to ignore fatal
exceptions there is no value in catching.
- Allow the implementation of error handling to be modified
to target different RDBMSes without introducing proprietary
dependencies into application code.
This package and related packages are discussed in Chapter 9 of
Expert One-On-One J2EE Design and
Development
by Rod Johnson (Wrox, 2002).


Privacy Policy
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Personal Data means data about a living individual who can be identified from those data (or from those and other information either in our possession or likely to come into our possession).
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Usage Data is data collected automatically either generated by the use of the Service or from the Service infrastructure itself (for example, the duration of a page visit).
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Cookies are small files stored on your device (computer or mobile device).
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We do not collect/use/transfer any types of information for various purposes to provide and improve our Service to you.
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Contact Us
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Full Stack Developer
Aniket is an student currently pursuing a technological degree in Smart Manufacturing from Indian Institute of Information Technology Design and Manufacturing (IIITDM) Kancheepuram. He is a detail-oriented IT enthusiast with experience in Web Technologies. Skilled at operating in a wide range of platforms.Excellent written and oral communication skills; capable of explaining complex Web Stack issues in easy-to-understand terms.
Python Developer
Anurag Kar is a Python Developer, Web Developer and a freelance Designer. Currenty he is a student pursuing his B.Tech in the field of Smart Manufacturing from Indian Institue of Information Technology Design and Manufacturing (IIITDM) Kancheepuram. He likes to work for Tech - World both as Tech-developer and Tech Designer and as a part of it he has developed adn collaborated in numerous projects online.
Developer
Mechanical Designer from IIITDM, good at parts design, machine design, and process improvements. Possess excellent skills in manufacturing process improvements and basic engineering practices.Keen competitive programmer also learning front end stuff. Able to operate effectively in a team, and contributing positively to team operations and working relationships.
Mechanical Design Engineer
Currently pursuing a B. tech in Smart manufacturing in IIITDM Chennai. Interested in solving real-life problem statements. Skilled in 3D modeling with Fusion 360, Catia, Solidworks, web design. Interested in space exploration currently making a Mars Rover which have an ability to determine the existence of life at mars yard surfaces and autonomously picking and placing a particular object.


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To make an SSL connection with an FTP site:
Security
tab of Connect
dialog.

Once you click on the
Connect
button, JFTP connects to the FTP site and negotiates for an SSL
connection. If the server supports SSL, the server sends a digital
certificate to JFTP. The digital certificate contains the identity of
the server. If the certificate exists in your list of trusted
certificates, JFTP accepts the connection and all data transmitted
after this point will be encrypted. If the digital certificate does
not exist in your list of trusted certificates, a
Security Warning
dialog will be displayed. The
Security Warning Dialog
allows you to choose whether or not you want to work with the FTP
site. You may optionally install the certificate in to your list of
trusted certificates. For more information on this, please read the
topic Installing a Certificate.


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... we need an account of the material world in which it isn’t absurd to claim that it produced us. —translated and rephrased by the Terence Deacon from Ilya Prigogine and Isabella Stengers, 1979
Incomplete Nature glossary definition: Emergence: A term used to designate an apparently discontinuous transition from one mode of causal properties to another of a higher rank, typically associated with an increase in scale in which lower-order component interactions contribute global properties that appear irreducible to the lower-order interactions. The term has a long and diverse history, but throughout this history it has been used to describe the way that living and mental processes depend upon chemical and physical processes, yet exhibit collective properties not exhibited by non-living and non-mental processes, and in many cases appear to violate the ubiquitous tendencies exhibited by these component interactions.
Wikipedia definition: Emergence: In philosophy, systems theory, science, and art, emergence is the way complex systems and patterns arise out of a multiplicity of relatively simple interactions. Emergence is central to the theories of integrative levels and of complex systems.
See also: Summary > Explanations > [page:Emergence Emergence]
This chapter characterizes the term 'emegergence':
its emergence in the 19th century, de-emergence in the late 20th century and more recent re-emergence.
Question: how does stuff learn new things without a teacher? Answer: stuff emerges.
Physics: emergence is relatively new phenomena in the universe.
Philosophy: although thought about by the Greeks, emergence brought to forefront by Darwin and natural selection.
History: British Emergentists (reductionists) - reduced to ashes by Jaegwon Kim [at Oxford University btw].
Philosophy: Davidson: No higher order event occurs without concomittant change at lower order.
Two types of emergence: 1. inorganic whole is sum of parts and 2. organic whole is greater than the sum of the parts.
Parodying the GE slogan: 'With general emergence: process is our most important product.'
Key words: Universe, transitions, Emergent proporties [Emergence], Harold Morowitz
This section: characterizes emergence as an unnatural, recent, unpredictable, hierarchy of observable phenomena.
The transition from inorganic appears to contravene the the laws of thermoodynamics.
For most of the 13 billion years of the universe, the universe has not had ententional properties. p144
Ententional properties appear to have came out of nowhere, nevertheless must have obeyed the laws of physics.
Emergence: spontaneous novelty / radical unprecedented changes/discontinuities / newness/unpredictable /almost like magic.
Emergence: appears hierarchic/coherent/harmonious / higher order structure or process arising from lower order
Harold Morowitz: identified a hierarchy of over twenty 'emergences' of higher order out of smaller/simpler components. p144
All representations are simplifications. Many transitions are beyond our present capability to represent - therefore remain unpredictable. p145
Emergent phenomena have distinctive ententional characteristics - but only make sense with respect to non-intrinsic relationships. p146/p>
Proving ultimate unpredictability or causation is not as important as removing the mysteries/lesser unpredictabilities (gaps in our knowldedge) that cause new types of order to emerge
Question: We are biased - which are the correct things to question? p146
Key words: Emergence, Charles Darwin, Herbert Spencer, Materialism, Teleology, George Henry Lewes, John Stuart Mill, John Locke, Erasmus Darwin, Jean-Baptiste de Lamarck, Gregory Bateson, Alfred Russel Wallace
This section: covers the history of emergence from its emergence in the 19th century.
Darwin's discovery of natural selection trashes teleology - there was a causer, introduces mechanistic thinking - everyehere.
Dilemma: how can the mind - which is teologic - be explained to derive from non-teleogic origins?
Historically one might say that emergence is now seen as being at the end of its beginning.
Topics covered: history, biology, philosophy
Emergence appears in the 19th century. Darwin's natural selection spurs Herbert Spencer to consider simililar principles for psychology and sociology.
Nature became viewed through lens of materialism. Teleology and metaphysics were trashed by science.
But how to explain the evelotiont of the teleologic nature of life and mental process?
If entetional properties are not already part of the inorganic world, how could such features be derived from or grow out of the inorganic? p146
Ententional could not be part of foundation [intrinsic] nor could they be denied.
Energence: an in-between stage, an intermediate position.
George Henry Lewes in Problems of Life and Mind (1874-9) first defines emergence. Lewes appears to have been influenced by John Stuart Mill/A System of Logic and the discontinuities of chemical reactions. The end result being greater/different than the sum of the parts. p147
Earlier John Locke/late 1600s had accounted for complex ideas arising out of 'atoms' of experience. Erasmus Darwin and Jean-Baptiste de Lamarck theorize in a similar manner regarding nature. p146
George Batsen explains how Lamarck turns philosophy inside out: The 'Mind at the top' alters from being the explainer of all things to being the thing that needs explaining.
Teleology becomes the result of life, no longer its cause.
Key event: 1959 Charles Darwin's On the Origin of the Species. p150
Goal-seeking organisms not required. Teleology may be dispensed with. Natural selection = statistics.
Functional design can be seen as a law-like process - no magic tricks needed. p150
Alfred Russel Wallace (co-discoverer of natural selection) and others believed that the process of natural selection could be applied to human experience as well. p151
If something as complex as the human body can arrive at the roll of the dice, then why is teleology needed to explain human cognition?
19th century emergentism can be viewed as an effort to rescue human teleology.
Key words: Emergentism, Reductionism, Atomism, Thomas Hobbes, Robert Wilson, Smallism, DNA, Stephen Hawking
This section: Pre-Socratic Greece to 19th C: The whole is the sum of the parts.
The best way to understand things is to break something up into its constituent parts.
Therefore the quest was always to try find the smallest part.
Introduces and characterizes reductionism (AKA 'smallism') and gives note of its biases/issues.
Topics covered: History, Biochemistry, Philosophy
Emergemtism a response to another 19th century theory: Reductionism.
Reductionism: complicated phenomena may be be better understood by separating them into component parts.
The whole may be understood as the interaction of the parts. An extension to Atomism - keep dividing things until you get to the smallest bit.
But: you never reach the indivisible. There's no stopping it.
Thomas Hobbs: even human interaction may be reduced to the study of bodies in motion.
Robert Wilson: termed the approach 'smallism' the smaller the more fundamental.
Many profound successes: DNA, chemistry, physics, neuroscience...p>
Not always clear that things become simpler as they become smaller. Things/processes don't always decompose gracefully
Smallism focuses attention away from interaction complexity. p153
Provides false impression: analyzing the overall organization may be less important than studying the components.
Recently, according to people like Stephen Hawking: Complexity and interaction dynamics have started coming into focus.
Key words: British emergentists, Conwy Lloyd Morgan, Samuel Alexander, C D Broad, John Stuart Mill, , , Roger Sperry, Downward causation 1, Downward causation 2, Aristotle, Four causes, Wave functioncollapse, Paul Humphreys, Fusion, Part/whole, Synchrony/Diachrony
This section: Deep parsing of the history of emergence - especially the British Emergentists.
The notio of constraints is introduced.
What will emerges in this book is that there are two types of emergence - typified by inorganic and organic matter.
Inorganic matter is the sum of its parts. Organic matter is beyond the sum of its parts.
Topics covered: history, biology, philosophy
British emegentists (Alexander, Broad, Morgan et al): theorize a middle path between reductionism and vitalism. p154
Influenced by J S Mill: summing up the parts is not good enough. Just look at chemistry where combining two gasses can create a solid. p154
Must distinguish higher level from lower level properties by non-additive forms of interaction.
Mill defines homopathic (additive, highly predictable) and heteropathic (bridging, idiosyncratic) laws. Higher level properties not discontinuous from lower level, just not predictable using lower level laws. p155
Morgan: evolution could be more than merely incremental - sometimes there are unprecedented transitions. p156
Motivation for emergence thinking: explain the gap between hard science excluding ententional and soft science cannot ignore. p157
Alexander and Broad: low level can be ground for non-mechanistic emergent properties at a higher level. p157
Broad: Emergence requires an observer. Even with complete description of lower order, one cannot predict higher order. p158
Alexander: Must accept emergent transitions as fact - despite human limits/current knowledge of inability to explain, not because of fundamental incompatibility. Laplaciam demon could predict much but not all. Some transitions are beyond computation. p158
More questions than answers. Descriptions not explanations deriving from first principles. p158
Strong and weak emergentism. p158
Note: Incomplete Nature goes beyond current emergent theories.
Concept of emergence is used in other disciplines: See Weiss/biology and Bertanalaffy. p159
Roger Sperry, 1980: updates the thinking with a configurational view of emergence. p159
Example: atoms that happen to be part of a wheel move around more than atoms not oart of a wheel.
Downward causation: being a part in a whole alters the options available, 160
Comment: Downward causality: like Aristotle's efficient cause - important determinent in causality - all wrapped in confusion because of simplistic dated thinking will be re-eamined later in biik in more detail. p161
Example: quantum properties swallowed up in transition to higher scale. See collapse of Schrödinger wave function. p162
Paul Humphreys: fusion destroys the evidence - parts cease to exist.
Notion of constraints introduced. p163
The notion of change in lower-level constraints differs for Sperry's wheel and Humphrey's orgamisn.
In wheel: invidual mobility of atoms is lost but mass and charge are unaffected. in organism, properties of molecules are altered.
Two orders of emergent transition described:
The organic cannot be taken apart and put back together - see Humpty Dumpty
See also part/whole and synchrony/diachrony distinctions
Key words: Jaegwon Kim, Causal closure , Jerry Fodor, Supervenience, Donald Davidson, Part/whole, Mereology, Functionalism, Quantum physics, Quantum fields, Mark Bickhard,
This section: describes Kim's critiques of emergentist theories.
Nevertheless some parts may have a meronic validity, but even these have issues.
If it's organized all the way down, and nothing above can happen without without something below having happened, then how can anything emerge?
So alternative ideas regarding emergence are needed - especially one that take time into consideration - a dynamic systems approach.
Topics covered: philosophy, quantum mechanics
Issue with emergence theories: possibility of double counting leading to infinite regression: An end result causing itself.
Jaegwon Kim challenges the popular assumptions of emergentists - forcing us to think outside the box.
Kim's critique based on a core issuee of emergence: supervenience
Donald Davidson defines:there cannot be two things that are physically identical but differ in some mental respects. Or an object cannot alter some mental respect without altering in some physical aspect.
Or there cannot be a change of thought without a change at the neuronal level.
If so, then every possible higher order property is dependent on a lower order property but then nothing can ever emerge.
No difference in the whole is possible without a difference in the parts. Therefore how could there be something in the whole that is not reducible to a combination of properties of the parts?
The part/whole study is critical and has pre-Socratic origins. See also mereology.
Kim uses mereology principle of defining parts and wholes so as to avoid double counting. p165
Functionalism, form and multiple realizibility. p166
Substance metaphysics.
Alternative needed.
Example: quantum physics: there no 'atoms'/ultimate small particle down there - just quantum fields.
Mereology only begins to succeed at a Newtonian level after statistical regularity of quantum fields have been taken into account. Remember this is just an example of failure, not itself leading towards a solution. p167
Mark Bickhard: to say that particles participate in organization, but are not themselves organized is pointless. Particle behavior is process-like and thus by definition organized. p187
If it's [turtles;-] organized all the way down, and nothing above can happen without without something below having happened, then how can anything emerge?
Another issue is synchronicity. Higher order properties were not always present. Life and mind are just about brand new in the universe. Emergence is emergent.
Looking at emergence as an ongoing dynamic system helps, so do the many new type of exemplars of emergence as well as new tools.
Key words: Emergence, Cellular automata, John Conway, Game of Life, Suart Kaufman, Steven Wolfram, Phase space, Attractor, Edward Lorenz, Lorenz attractor, Complex_systems, Chaos theory, Synergetics, Intuition pump
This section: The development of computer algorithms in the late 20thC lead to emergence of genetics and AI
This lead to re-emegence of emergence as a topic of interest..\
Topics covered: Computation, mathematics, physics
20th century: two reasons emergence reemerges: 1. organizations discovered within inorganic phenomena, 2. advent of computer simulations.
Unlikely the former would have recived the attention without development of the latter because computer controls enabled innumerable iterations upon the substrate enabling quasi-regularities to be identified.
Graphic representations of such processes enabled a perception of the process by humans.
These computer simulations became interesting in their own right - which led to the emergence of algorithms cellular automata.
Famous 1960s examples: John Conway's Game of Life demos emergence. See also work by Stuart Kaufman on connecting cells and Steven Wolfram on physical processes
The underlying algorithms produce non-linear results, but they are recursive
The solutions can be mapped out as a phase space - with trajectories of changing values. The solutions are not entirely regular but are not entirely chaotic either.
Trajectories tend to orbit particular zones, such a structure is termed an attractor.
Famous example: Edward Lorenz 1960s: Lorenz attractor an example of deterministic chaos
[Disclaimer: This author was romantically attracted to Professor Lorenz's daughter in the 1960s.]
Spawns many types of investigation: complexity theory, chaos theory, synergetics, complex systems theory and others.
Two have become prominent: 1. genetic algorithms. 2. artificial intelligence.
These emergent processes are:
Caveats: the meaning of the word 'emergence' continues to emerge and emergengce is presumed to have emerged in places it actually did not.
Key words: Mark Birkhard, Process conception of emergence, Supervenience, Mereology, Timothy O'Conner, Douglas Hofstader, Strange loop, Organization, Dynamical system
This section: characterizes emergence as ongoing, indecomposable/non-reducing? recursive processes.
Topics covered:
Emergence is not a structure but a process.
Mark Bikhard: Emergence is not because something is composed in a particular way, but because it changes in a particular way. If the process of life stops, life stops.
Mind cannot be explained by neurons alone but by the processes that are occurring - which happen in many regions of the brain
To understand we will need to know the relationships between brain system processes and cognitive thought processes.
Note: Considering brain as process only removes roadblocks - further explaining still needed.
Brain as process removes need for supervenience and mereology. Timothy O'Connor: composition not well defined for processes. ynamics more important.
Classical emergence: The importance of before and after...
Douglas Hofstader: strange loops: processes dependent on processes dependent on processes.
Dynamic regimes. Higher order nested in lower order. Top/down and bottom/up: both are cool.
Is organization epiphenomenal?
Processes are not decomposable. Processes don't have processes as parts.
But dynamic procress perspective do take the emtentional into account.
All ententional phenomena are defined with respect to order - depend on processes for their existence.


| Key | Action |
|---|---|
| Arrow Right | Go to next slide |
| Arrow Down | Go to next slide |
| Page Down | Go to next slide |
| Arrow Left | Go to previous slide |
| Arrow Up | Go to previous slide |
| Page Up | Go to previous slide |
| ALT + Arrow Right | Go to next table-of-content entry |
| ALT + Arrow Down | Go to next table-of-content entry |
| ALT + Arrow Left | Go to previous table-of-content entry |
| ALT + Arrow Up | Go to previous table-of-content entry |
| Pos 1 | Go to first slide |
| m | Open menu |
| o | Go to table of content |
@w11k/ngx-present is an Angular based, open source presentation tool developed by W11K. For more information please visit the project website at github.com/w11k/ngx-present.


--- title: Baby Names and Gender Associations author: Lief Esbenhsade date: '2019-06-14' slug: names-and-sex categories: - baby-names tags: - side subtitle: '[A Baby Names Post](/project/baby-names/baby-names)' summary: 'How names are associated with boys or girls' lastmod: '2019-06-14T15:07:23-07:00' featured: no image: caption: '' focal_point: '' preview_only: no projects: [] draft: TRUE ---
There are surprisingly few gender neutral names in 2017. I find only 60 names that are given to at least 100 kids and are between 40 and 60 % female. The ten most popular gender neutral names are listed below.
| Name | Total Babies | Percent Female |
|---|---|---|
| Charlie | 3676 | 0.52 |
| Finley | 3143 | 0.59 |
| Dakota | 2330 | 0.58 |
| Skyler | 1459 | 0.56 |
| Oakley | 1263 | 0.52 |
| Remy | 1175 | 0.42 |
| Justice | 1100 | 0.56 |
| Armani | 1005 | 0.44 |
| Royal | 984 | 0.42 |
| Azariah | 612 | 0.53 |
| Name | min | max | total | delta |
|---|---|---|---|---|
| Beverly | 0.000000 | 1.0000000 | 381621 | 1.0000000 |
| Hillary | 0.000000 | 1.0000000 | 29793 | 1.0000000 |
| Lauren | 0.000000 | 0.9974635 | 473891 | 0.9974635 |
| Madison | 0.000000 | 0.9958432 | 388237 | 0.9958432 |
| Ashley | 0.000000 | 0.9956321 | 861534 | 0.9956321 |
| Lindsey | 0.000000 | 0.9923405 | 163821 | 0.9923405 |
| Whitney | 0.000000 | 0.9909296 | 101632 | 0.9909296 |
| Lavon | 0.010142 | 1.0000000 | 10967 | 0.9898580 |
| Hadley | 0.000000 | 0.9846532 | 31440 | 0.9846532 |
| Kelsey | 0.000000 | 0.9830925 | 152089 | 0.9830925 |


‘Make public draft law on Sabarimala’
All India Sabarimala Action Council threatens to approach Centre
by Special CorrespondentAll India Sabarimala Action Council leaders have asked the State government to make public the draft of the new legislation on the hilltop shrine.
At a press meet here on Monday, they said that if the State government would not take the people into confidence on the new legislation, the council would approach the Union government seeking legislation to protect the rituals at the Lord Ayyappa temple.
Action council general secretary S.J.R. Kumar said the State government could not unilaterally create laws for the Sabarimala temple as 85% of the pilgrims were from other States.
After putting the draft proposal on Sabarimala on the public domain, the government should give time for the devotees and the general public to express their views and suggestions, he said.
Mr. Kumar said that since only 15% of the pilgrims were from Kerala, it would be apt for the Centre to legislate on the issue. The Supreme Court had considered all these issues before deciding to send the case to a larger bench, he added.
All India Sabarimala Action Council patron Swami Chidananda Puri and national president N. Kumar were present at the press meet.


Monotonic:
Affine:
Self-Dual:
Truth Preserving:
Falsity Preserving:
Functionally Complete:
Monotonic:
Affine:
Self-Dual:
Truth Preserving:
Falsity Preserving:
Functionally Complete:


interface WritableCache<T> : Cache<T>
(source)
Writable Cache. The name says it all.
Since
0.1.0
save |
caches the new instance. abstract fun save(content: T): Unit |
toLazyCache |
converts this WritableCache to WritableLazyCache. abstract fun toLazyCache(): WritableLazyCache<T> |
toWeakCache |
converts this WritableCache to WritableWeakCache. abstract fun toWeakCache(): WritableWeakCache<T> |


I was born and raised in Kuala Lumpur, Malaysia. I had several years of leadership experience during my high school period
where I took the President role of Diabolo Society. In 2015, I started my Mechanical Engineering bachelor degree study at
Hong Kong Polytechnic University and upon graduation in 2019, my coding career began.
My coding life began officially during my final year studying in Hong Kong. Sparing my free time during semester break, I
taught myself some programming basics and I found my passion in it since then. I can never enjoy enough of the satisfaction
of seeing my code being portraited in real life applications successfully.
Playing sports has been my all-time favorite entertainment. I like playing all kinds of sports, including table tennis,
swimming and volleyball, but basketball and badminton stand out amongst them (perhaps it's because I have higher skills
🤣). I also enjoy and encourage the team spirit in the group I am playing with.
In the near future, I wish to further my studies by pursuing a Master Degree in Computer Science in the Western Continents.
As a tech enthusiast, I am enlivened by the possibilities of AI and I wish to engage in the AI industry. Introducing AI and
machine learning on robotics, in particular, would be very thrilling!


SDK and SDK Licensing details for the app
pexpect
This app uses the pexpect module, which is licensed under the ISC License (ISCL), Copyright (c) Noah Spurrier, Thomas Kluyver, Jeff Quast.
ptyprocess
This app uses the ptyprocess module, which is licensed under the ISC License (ISCL), Copyright (c) Thomas Kluyver.
Getting Web Reports
If you add the base URL to the Cuckoo instance's Web Interface, a link will be generated and added to the action result
which will point to analysis summary for each action.
Playbook Backward Compatibility
- The existing action parameter has been modified in the action given below. Hence, it is requested to the end-user to please update their existing playbooks by re-inserting | modifying | deleting the corresponding action blocks or by providing appropriate values to these action parameters to ensure the correct functioning of the playbooks created on the earlier versions of the app.
- Detonate File - The new [zip_and_encrypt] parameter has been added providing an option to zip and encrypt the file.
- New action 'submit strings' has been added. Hence, it is requested to the end-user to please update their existing playbooks by inserting the corresponding action blocks for this action on the earlier versions of the app.


AR Pokemon
A Web-based Augmented Reality experience that allows users to trigger pokemon characters and interact with.
WebAR | AR.js | A-frame | Apr 2020
CSS Animation
An Exercise about CSS animation, transition and SVG animation.
CSS Animation | HTML&CSS | Mar 2020


This form is used for patients to provide feedback directly towards staff members of any office, so that we as a whole can work better in satisfying your needs.
Please submit any corrections or updates. If any existing fields are correct, please leave blank.
Please note any other relevant information:


- selectDriver() - Method in class com.example.skipthegas.SelectionActivityTest
-
Should open driver account when Driver button is clicked
- SelectionActivity - Class in com.example.skipthegas
-
This is a class that allows the login user to choose whether to be a rider or driver
- SelectionActivity() - Constructor for class com.example.skipthegas.SelectionActivity
-
- SelectionActivityTest - Class in com.example.skipthegas
-
- SelectionActivityTest() - Constructor for class com.example.skipthegas.SelectionActivityTest
-
- selectRider() - Method in class com.example.skipthegas.SelectionActivityTest
-
Should open rider account when Rider button is clicked
- setUp() - Method in class com.example.skipthegas.DriverDrawerActivityTest
-
Run before all tests
- setUp() - Method in class com.example.skipthegas.LogInActivityTest
-
Runs before all tests and creates solo instance
- setUp() - Method in class com.example.skipthegas.MainActivityTest
-
Runs before all tests and creates solo instance
- setUp() - Method in class com.example.skipthegas.RiderDrawerActivityTest
-
Test checks the setUp of the activity
Creates solo instance and runs before all other tests
- setUp() - Method in class com.example.skipthegas.SelectionActivityTest
-
Test checks the setUp of the activity
Creates solo instance and runs before all other tests
- setUp() - Method in class com.example.skipthegas.SignUpActivityTest
-
Test checks the setUp of the activity
Creates solo instance
- signUp() - Method in class com.example.skipthegas.MainActivityTest
-
Sign in to the application
- SignUpActivity - Class in com.example.skipthegas
-
This is a class that governs the sign up screen of the app
- SignUpActivity() - Constructor for class com.example.skipthegas.SignUpActivity
-
- SignUpActivityTest - Class in com.example.skipthegas
-
- SignUpActivityTest() - Constructor for class com.example.skipthegas.SignUpActivityTest
-
- signUpFail1() - Method in class com.example.skipthegas.SignUpActivityTest
-
This test checks the username field during Sign up
If the value entered is non-existent, a toast should be posted
- signUpFail2() - Method in class com.example.skipthegas.SignUpActivityTest
-
This test checks the email field during Sign up
If the value entered is non-existent, a toast should be posted
- signUpFail3() - Method in class com.example.skipthegas.SignUpActivityTest
-
This test validates the email field during Sign up
If the value entered is not in email format, a toast should be posted
- signUpFail4() - Method in class com.example.skipthegas.SignUpActivityTest
-
This test checks the email field during Sign up
If the email entered is already in the database, a toast should be posted
- signUpFail5() - Method in class com.example.skipthegas.SignUpActivityTest
-
This test checks the phone number field during Sign up
If the value entered is non-existent, a toast should be posted
- signUpFail6() - Method in class com.example.skipthegas.SignUpActivityTest
-
This test validates the phone number field during Sign up
If the value entered is more than 10 digits, a toast should be posted
- signUpFail7() - Method in class com.example.skipthegas.SignUpActivityTest
-
This test validates the phone number field during Sign up
If the value entered is less than 10 digits, a toast should be posted
- start() - Method in class com.example.skipthegas.DriverDrawerActivityTest
-
check activity working or not
- start() - Method in class com.example.skipthegas.LogInActivityTest
-
Gets the activity
- start() - Method in class com.example.skipthegas.MainActivityTest
-
Gets the activity
- start() - Method in class com.example.skipthegas.RiderDrawerActivityTest
-
This test gets and starts the activity
- start() - Method in class com.example.skipthegas.SelectionActivityTest
-
This test gets and starts the activity
- start() - Method in class com.example.skipthegas.SignUpActivityTest
-
This test gets and starts the activity
- submitEdit(View) - Method in class com.example.skipthegas.DriverProfileEditable
-
This saves the edits made to the profile screen and updates the driver profile, returning
the user to the read-only driver profile screen with the new edited changes, upon a button
click
- submitEdit(View) - Method in class com.example.skipthegas.RiderProfileEditable
-
This saves the edits made to the profile screen and updates the rider profile, returning
the user to the read-only rider profile screen with the new edited changes, upon a button
click


Cricket Scorer is a free online cricket scoring application. Users are able to create matches and score them, the scores and scorecards will be updated in real time in the match centre for anyone to view. The application can run without an internet connection (although live updates cannot be done with no connection) and can be installed onto devices.
Javascript must be enabled to run the application.


NAME: {{ item.name }} YEARS OF EMPLOYMENT: {{item.experience}} DOB: {{item.age}}
Name:
Years Employed:
Date of Birth:


DatasetsGeneral conference datasets. |
|
|---|---|
General Conference Data |
|
ScrapeScrape general conference talks urls and contents. Any function with |
|
Scrape HTML doc map from Conference URL |
|
Scrapes all conference talks for a sessions |
|
Main function to scrape all conference talk urls For a given year-month conference, return a nested tibble of all sessions with a tibble-column containing the dataframes |
|
Scrape general conference talk |
|
Utilities
|
|
Produce paragraphs |
|
Extract html document elements |
|
Extract Session hrefs |
|
Extract url from rv_doc |
|
Parse path for name |
|
Parse Session URLs |
|
Scrape an individual General Conference URL |


Page maintained by Ke-Sen Huang.
If you have additions or changes, send an e-mail.
Note that when possible I link to the page containing the link to the actual PDF or PS of the preprint.
I prefer this as it gives some context to the paper and avoids possible copyright problems with direct linking.
Thus you may need to search on the page to find the actual document.
Changelog
Session: Rendering I
- Interactive Ray Tracing of Point Based Models
-
Ingo Wald,
Hans-Peter Seidel (MPI Informatik)
- High Quality Surface Splatting on Today's GPUs
-
Mario Botsch,
Alexander Hornung (RWTH Aachen),
Matthias Zwicker (MIT),
Leif Kobbelt (RWTH Aachen)
Session: Rendering II
- Progressive Splatting
-
Jianhua Wu,
Zhuo Zhang,
Leif Kobbelt (RWTH Aachen)
- Voronoi Rasterization of Sparse Point Sets
-
Jerry Talton,
Nathan Carr,
John C. Hart (University of Illinois at Urbana-Champaign)
Session: Foundations
- Normal Estimation for Point Clouds: A Comparison Study for a Voronoi Based Method
-
Tamal Dey,
Gang Li,
Jian Sun (The Ohio State University)
- A Sampling Theorem for MLS Surfaces
-
Peer-Timo Bremer,
John C. Hart (University of Illinois at Urbana-Champaign)
- Conformal Alpha Shapes
-
Frederic Cazals (INRIA),
Joachim Giesen,
Mark Pauly (ETH Zürich),
Afra Zomorodian (Stanford University)
Session: Geometry Processing
- Computing Variation Modes for Point Set Surfaces
-
Lanfang Miao,
Jin Huang (State Key Lab of CAD&CG, Zhejiang University),
Xinguo Liu (Microsoft Research Asia),
Hujun Bao,
Qunsheng Peng (State Key Lab of CAD&CG, Zhejiang University),
Bainning Guo (Microsoft Research Asia)
- Robust Filtering of Noisy Scattered Data
-
Oliver Schall,
Alexander G. Belyaev,
Hans-Peter Seidel (MPI Informatik)
- Surface Reconstruction with Enriched Reproducing Kernel Particle Approximation
-
Patrick Reuter,
Pierre Joyot, Jean Trunzler,
Tamy Boubekeur,
Christophe Schlick (LaBRI - University Bordeaux)
Session: Acquisition and Representation
- A Practical Structured Light Acquisition System for Point-Based Geometry and Texture
-
Filip Sadlo,
Tim Weyrich,
Ronald Peikert,
Markus Gross (ETH Zürich)
- DuoDecim - A Structure for Point Scan Compression and Rendering
-
Jens Krüger,
Jens Schneider,
Rüdiger Westermann (Technische Universität München)
Session: Sampling and Applications
- Point Sampling with Uniformly Distributed Lines
-
Jordi Rovira (University of Girona),
Peter Wonka (Arizona State University),
Francesc Castro,
Mateu Sbert (University of Girona)
- Conversion of Point-Sampled Models to Textured Meshes
-
Martin Wicke,
Sandro Olibet,
Markus Gross (ETH Zürich)
- A Unifying Framework for Solid-Fluid Animations
-
Richard Keiser (ETH Zürich),
Bart Adams (Katholieke Universiteit Leuven),
Dominique Gasser,
Paolo Bazzi (ETH Zürich),
Philip Dutré (Katholieke Universiteit Leuven),
Markus Gross (ETH Zürich)
kesen.huang@gmail.com


| COMMAND | DESCRIPTION |
|---|---|
| !e stats [region] [summoner name] | Find summoner's stats |
| !e live [region] [summoner name] | Spectate summoner's match |
| !e match [region] [summoner name] | Shows summoner's match history |
| !e check [region] [summoner name] | Find a summoner in OP.GG |
| !e id [discord username] | Find user's identity |
| !e build [champion] | Find build for given champion |
| !e champion [champion] [role] | Everything you need to know about champion |
| !e counters [champion] | Counter for given champion |
| !e clash | Shows clash schedule |
| !e patch | Shows patch notes |
| !e freechampions | Shows week's free champions |
| !e elo | Shows bot info and more |
| !e prefix | Shows the available prefixes |
| !e ping | Shows your ping |
| !e playlist | Playing playlist in a voice channel |
| !e leave | The bot leaves the voice channel |
| !e balance | Shows your balance |
| !e beg | You will get an amount from 0-100 of currency |
| !e withdraw [amount] | Withdraw money from bank to wallet |
| !e deposit [amount] | Deposit money from wallet to bank |
| !e send [Discord Username] [amount] | Send money |
| !e slots [amount] | Just bet |
| !e shop | List of shop |
| !e buy [item] | Buy an item from shop |
| !e collection | Your items collection |
| !e sell [item] | Sell an item from your collection |
| !e leaderboard | TOP 5 richest guys with ELO Currency(GLOBAL) |
Elo.GG is a League of Legends Bot for Discord that helps the user to find important informations for champions, summoners, builds and more!
If you need to talk to us you can join our discord server or you can press the contact button up on the top bar.
ELO.GG is the new way to play! This bot includes many features about the game! You can spectate friend's matches, see their match history and much more funny commands!
So... What are you wating for? Let's PLAY! Some of the most usefull commands are !e elo / !e commands / !e live / !e match
ELO.GG is the most complete league of legends bot with multiple commands that they will help you improve your game skills!
Make sure that if you face any problem please let us know!


- Dynamic validation.
- Defining a custom validation rule.
- AJAX validation rule
- Defining a custom Marker, to modify how the error messages are displayed on fields.
- Reading the form values from the model, rather than from the input elements.
Dynamic validation.
/* dataentry schema */
schema: {
propertyOne: {
//This validation is dynamic
validation: function () {
//the function is called in the context of the scope (Angular); or model (Knockout); or form element (basic plugin usage)
var rules = [];
if (someCondition)
return ["required"];
//otherwise:
return ["none"];
}
},
propertyTwo: {
//This validation is static
validation: ["required"]
}
}
Defining a custom validation rule.
//custom rule definition: add a property to the $.Forms.Validation.Rules object
$.Forms.Validation.Rules.myCustomRule = {
fn: function (field, value, forced) {
if (!value) return true;//return true if the value is empty, because this validation rule is not checking if a required field is filled.
//return true if the value is composed by 3 digits, followed by an hyphen and then 2 letters
if (/\d{3}-[a-zA-Z]{2}/.test(value))
//value is valid
return true;
//value is not valid
return $.Forms.Validation.GetError(I.t("errors.invalidValue"), arguments);
}
};
//somewhere else in the js code [...]
schema: {
property: {
validation: ["required"]
}
}
Defining an AJAX validation rule.
//custom rule definition: add a property to the $.Forms.Validation.Rules object
$.Forms.Validation.Rules.myAjaxRule = {
deferred: true, //validation rule is deferred
fn: function (field, value, forced) {
var d = new $.Deferred();
$.ajax({
url: "Validation/MyValidationMethod",
type: "POST",
data: {
value: value
},
//to keep reference
context: this
}).done(function (data) {
//support the response to be a boolean
if (data === true)
return d.resolveWith(field, [{ field: field }]);
if (data === false)
data = { error: true };
data.field = field;
if (data.error) {
//define here the error message that you want to use
data.message = I.t("errors.invalidValue");
d.rejectWith(field, [data]);
} else {
d.resolveWith(field, [data]);
}
}).fail(function () {
//SERVER SIDE ERROR DURING VALIDATION: display an error message to let the user know that the validation failed because of a system error
//NB: the client side form could be right; but we cannot be sure of this, therefore we invalidate the field
d.reject({ error: true, message: I.t('errors.validationFailed') });
});
//return a promise object
return d.promise();
};
}
//somewhere else in the js code [...]
schema: {
property: {
validation: ["myAjaxRule"]
}
}
Defining a custom Marker, to modify how the error messages are displayed on fields.
var MyCustomMarker = $.Forms.Marking.MyCustomMarker = function () {};
//implement the following functions: the first argument is always a jQuery element: the field to mark
_.extend(MyCustomMarker.prototype, {
markFieldNeutrum: function (f) {
},
markFieldValid: function (f) {
},
markFieldInvalid: function (f, options) {
//options.message is the error message
}
});
//set as marker type for the validator
$.Forms.Validation.Validator.prototype.markerType = MyCustomMarker;
Reading the form values from the model, rather than from the input elements.
//1. Set the default harvester type to be ContextHarvester (once)
$.Forms.DataEntry.prototype.harvesterType = $.Forms.Harvesting.ContextHarvester;
//2. In each object where a schema is defined, define a method called "dataentryObjectGetter" that returns the object from which values should be read
dataentryObjectGetter: function () {
return this.personEdit;
}


SSL secure transport layer. More...
Typedefs | |
| typedef struct pn_ssl_domain_t | pn_ssl_domain_t |
| API for using SSL with the Transport Layer. More... | |
| typedef struct pn_ssl_t | pn_ssl_t |
Enumerations | |
| enum | pn_ssl_mode_t { PN_SSL_MODE_CLIENT , PN_SSL_MODE_SERVER } |
| Determines the type of SSL endpoint. More... | |
| enum | pn_ssl_resume_status_t { PN_SSL_RESUME_UNKNOWN , PN_SSL_RESUME_NEW , PN_SSL_RESUME_REUSED } |
| Indicates whether an SSL session has been resumed. More... | |
| enum | pn_ssl_verify_mode_t { PN_SSL_VERIFY_NULL , PN_SSL_VERIFY_PEER , PN_SSL_ANONYMOUS_PEER , PN_SSL_VERIFY_PEER_NAME } |
| Determines the level of peer validation. More... | |
| enum | pn_ssl_cert_subject_subfield { PN_SSL_CERT_SUBJECT_COUNTRY_NAME , PN_SSL_CERT_SUBJECT_STATE_OR_PROVINCE , PN_SSL_CERT_SUBJECT_CITY_OR_LOCALITY , PN_SSL_CERT_SUBJECT_ORGANIZATION_NAME , PN_SSL_CERT_SUBJECT_ORGANIZATION_UNIT , PN_SSL_CERT_SUBJECT_COMMON_NAME } |
| Enumeration identifying the sub fields of the subject field in the ssl certificate. | |
| enum | pn_ssl_hash_alg { PN_SSL_SHA1 , PN_SSL_SHA256 , PN_SSL_SHA512 , PN_SSL_MD5 } |
| Enumeration identifying hashing algorithm. | |
Functions | |
| bool | pn_ssl_present (void) |
| Tests for SSL implementation present. More... | |
| pn_ssl_domain_t * | pn_ssl_domain (pn_ssl_mode_t mode) |
| Create an SSL configuration domain. More... | |
| void | pn_ssl_domain_free (pn_ssl_domain_t *domain) |
| Release an SSL configuration domain. More... | |
| int | pn_ssl_domain_set_credentials (pn_ssl_domain_t *domain, const char *credential_1, const char *credential_2, const char *password) |
| Set the certificate that identifies the local node to the remote. More... | |
| int | pn_ssl_domain_set_trusted_ca_db (pn_ssl_domain_t *domain, const char *certificate_db) |
| Configure the set of trusted CA certificates used by this domain to verify peers. More... | |
| int | pn_ssl_domain_set_peer_authentication (pn_ssl_domain_t *domain, const pn_ssl_verify_mode_t mode, const char *trusted_CAs) |
| Configure the level of verification used on the peer certificate. More... | |
| int | pn_ssl_domain_set_protocols (pn_ssl_domain_t *domain, const char *protocols) |
| Configure the list of permitted TLS protocols. More... | |
| int | pn_ssl_domain_set_ciphers (pn_ssl_domain_t *domain, const char *ciphers) |
| Configure the list of permitted ciphers. More... | |
| int | pn_ssl_domain_allow_unsecured_client (pn_ssl_domain_t *domain) |
| Deprecated - Use pn_transport_require_encryption() More... | |
| pn_ssl_t * | pn_ssl (pn_transport_t *transport) |
| Create a new SSL session object associated with a transport. More... | |
| int | pn_ssl_init (pn_ssl_t *ssl, pn_ssl_domain_t *domain, const char *session_id) |
| Initialize an SSL session. More... | |
| bool | pn_ssl_get_cipher_name (pn_ssl_t *ssl, char *buffer, size_t size) |
| Get the name of the Cipher that is currently in use. More... | |
| int | pn_ssl_get_ssf (pn_ssl_t *ssl) |
| Get the SSF (security strength factor) of the Cipher that is currently in use. More... | |
| bool | pn_ssl_get_protocol_name (pn_ssl_t *ssl, char *buffer, size_t size) |
| Get the name of the SSL protocol that is currently in use. More... | |
| pn_ssl_resume_status_t | pn_ssl_resume_status (pn_ssl_t *ssl) |
| Check whether the state has been resumed. More... | |
| int | pn_ssl_set_peer_hostname (pn_ssl_t *ssl, const char *hostname) |
| Set the expected identity of the remote peer. More... | |
| int | pn_ssl_get_peer_hostname (pn_ssl_t *ssl, char *hostname, size_t *bufsize) |
| Access the configured peer identity. More... | |
| const char * | pn_ssl_get_remote_subject (pn_ssl_t *ssl) |
| Get the subject from the peers certificate. More... | |
| int | pn_ssl_get_cert_fingerprint (pn_ssl_t *ssl0, char *fingerprint, size_t fingerprint_length, pn_ssl_hash_alg hash_alg) |
| Get the fingerprint of the certificate. More... | |
| const char * | pn_ssl_get_remote_subject_subfield (pn_ssl_t *ssl0, pn_ssl_cert_subject_subfield field) |
| Returns a char pointer that contains the value of the sub field of the subject field in the ssl certificate. More... | |
SSL secure transport layer.
| typedef struct pn_ssl_domain_t pn_ssl_domain_t |
API for using SSL with the Transport Layer.
A Transport may be configured to use SSL for encryption and/or authentication. A Transport can be configured as either an "SSL client" or an "SSL server". An SSL client is the party that proactively establishes a connection to an SSL server. An SSL server is the party that accepts a connection request from a remote SSL client.
This SSL implementation defines the following objects:
The pn_ssl_domain_t is used to construct an SSL session (pn_ssl_t). The session "adopts" its configuration from the pn_ssl_domain_t that was used to create it. For example, pn_ssl_domain_t can be configured as either a "client" or a "server". SSL sessions constructed from this domain will perform the corresponding role (either client or server).
If an SSL session is created without a pn_ssl_domain_t object then a default will be used (see pn_ssl_init()).
If either an SSL server or client needs to identify itself with the remote node, it must have its SSL certificate configured (see pn_ssl_domain_set_credentials()).
If either an SSL server or client needs to verify the identity of the remote node, it must have its database of trusted CAs configured. By default this will be set up to use the default system database of trusted CA. But this can be changed (see pn_ssl_domain_set_trusted_ca_db()).
The level of verification required of the remote may be configured (see pn_ssl_domain_set_peer_authentication)
Support for SSL Client Session resume is provided (see pn_ssl_init, pn_ssl_resume_status).
| enum pn_ssl_mode_t |
| enum pn_ssl_verify_mode_t |
Determines the level of peer validation.
ANONYMOUS_PEER does not require a valid certificate, and permits use of ciphers that do not provide authentication.
VERIFY_PEER will only connect to those peers that provide a valid identifying certificate signed by a trusted CA and are using an authenticated cipher.
VERIFY_PEER_NAME is like VERIFY_PEER, but also requires the peer's identity as contained in the certificate to be valid (see pn_ssl_set_peer_hostname).
VERIFY_PEER_NAME is configured by default.
| bool pn_ssl_present | ( | void | ) |
Tests for SSL implementation present.
| pn_ssl_domain_t* pn_ssl_domain | ( | pn_ssl_mode_t | mode | ) |
Create an SSL configuration domain.
This method allocates an SSL domain object. This object is used to hold the SSL configuration for one or more SSL sessions. The SSL session object (pn_ssl_t) is allocated from this object.
| [in] | mode | the role, client or server, assumed by all SSL sessions created with this domain. |
| void pn_ssl_domain_free | ( | pn_ssl_domain_t * | domain | ) |
Release an SSL configuration domain.
This method frees an SSL domain object allocated by pn_ssl_domain.
| [in] | domain | the domain to destroy. |
| int pn_ssl_domain_set_credentials | ( | pn_ssl_domain_t * | domain, |
| const char * | credential_1, | ||
| const char * | credential_2, | ||
| const char * | password | ||
| ) |
Set the certificate that identifies the local node to the remote.
This certificate establishes the identity for the local node for all SSL sessions created from this domain. It will be sent to the remote if the remote needs to verify the identity of this node. This may be used for both SSL servers and SSL clients (if client authentication is required by the server).
| [in] | domain | the ssl domain that will use this certificate. |
| [in] | credential_1 | specifier for the file/database containing the identifying certificate. For Openssl users, this is a PEM file. For Windows SChannel users, this is the PKCS#12 file or system store. |
| [in] | credential_2 | an optional key to access the identifying certificate. For Openssl users, this is an optional PEM file containing the private key used to sign the certificate. For Windows SChannel users, this is the friendly name of the self-identifying certificate if there are multiple certificates in the store. |
| [in] | password | the password used to sign the key, else NULL if key is not protected. |
| int pn_ssl_domain_set_trusted_ca_db | ( | pn_ssl_domain_t * | domain, |
| const char * | certificate_db | ||
| ) |
Configure the set of trusted CA certificates used by this domain to verify peers.
If the local SSL client/server needs to verify the identity of the remote, it must validate the signature of the remote's certificate. This function sets the database of trusted CAs that will be used to verify the signature of the remote's certificate.
| [in] | domain | the ssl domain that will use the database. |
| [in] | certificate_db | database of trusted CAs, used to authenticate the peer. |
| int pn_ssl_domain_set_peer_authentication | ( | pn_ssl_domain_t * | domain, |
| const pn_ssl_verify_mode_t | mode, | ||
| const char * | trusted_CAs | ||
| ) |
Configure the level of verification used on the peer certificate.
This method controls how the peer's certificate is validated, if at all. By default, servers do not attempt to verify their peers (PN_SSL_ANONYMOUS_PEER) but clients attempt to verify both the certificate and peer name (PN_SSL_VERIFY_PEER_NAME). Once certificates and trusted CAs are configured, peer verification can be enabled.
| [in] | domain | the ssl domain to configure. |
| [in] | mode | the level of validation to apply to the peer |
| [in] | trusted_CAs | path to a database of trusted CAs that the server will advertise to the peer client if the server has been configured to verify its peer. |
| int pn_ssl_domain_set_protocols | ( | pn_ssl_domain_t * | domain, |
| const char * | protocols | ||
| ) |
Configure the list of permitted TLS protocols.
| [in] | domain | the ssl domain to configure. |
| [in] | protocols | string representing the protocol list. This list is a space separated string of the allowed TLS protocols, The current possibilities are TLSv1 TLSv1.1 TLSv1.2 TLSv1.3. None of the earlier SSL protocols are allowed for security reason. |
| int pn_ssl_domain_set_ciphers | ( | pn_ssl_domain_t * | domain, |
| const char * | ciphers | ||
| ) |
Configure the list of permitted ciphers.
| [in] | domain | the ssl domain to configure. |
| [in] | ciphers | string representing the cipher list |
| int pn_ssl_domain_allow_unsecured_client | ( | pn_ssl_domain_t * | domain | ) |
Deprecated - Use pn_transport_require_encryption()
Permit a server to accept connection requests from non-SSL clients.
This configures the server to "sniff" the incoming client data stream, and dynamically determine whether SSL/TLS is being used. This option is disabled by default: only clients using SSL/TLS are accepted.
| [in] | domain | the domain (server) that will accept the client connections. |
| pn_ssl_t* pn_ssl | ( | pn_transport_t * | transport | ) |
Create a new SSL session object associated with a transport.
A transport must have an SSL object in order to "speak" SSL over its connection. This method allocates an SSL object associates it with the transport.
| [in] | transport | the transport that will own the new SSL session. |
| int pn_ssl_init | ( | pn_ssl_t * | ssl, |
| pn_ssl_domain_t * | domain, | ||
| const char * | session_id | ||
| ) |
Initialize an SSL session.
This method configures an SSL object with defaults or the configuration provided by the given domain.
| [in] | ssl | the ssl session to configured. |
| [in] | domain | the ssl domain used to configure the SSL session. If this value is NULL then use a default domain. This will be a client domain if the ssl object is part of a client transport and a server domain if the ssl object is part of a server transport. the transport the pn_ssl_t object |
| [in] | session_id | if supplied, attempt to resume a previous SSL session that used the same session_id. If no previous SSL session is available, a new session will be created using the session_id and stored for future session restore (see ::pn_ssl_resume_status). |
| bool pn_ssl_get_cipher_name | ( | pn_ssl_t * | ssl, |
| char * | buffer, | ||
| size_t | size | ||
| ) |
Get the name of the Cipher that is currently in use.
Gets a text description of the cipher that is currently active, or returns FALSE if SSL is not active (no cipher). Note that the cipher in use may change over time due to renegotiation or other changes to the SSL state.
| [in] | ssl | the ssl client/server to query. |
| [in,out] | buffer | buffer of size bytes to hold cipher name |
| [in] | size | maximum number of bytes in buffer. |
| int pn_ssl_get_ssf | ( | pn_ssl_t * | ssl | ) |
Get the SSF (security strength factor) of the Cipher that is currently in use.
| [in] | ssl | the ssl client/server to query. |
| bool pn_ssl_get_protocol_name | ( | pn_ssl_t * | ssl, |
| char * | buffer, | ||
| size_t | size | ||
| ) |
Get the name of the SSL protocol that is currently in use.
Gets a text description of the SSL protocol that is currently active, or returns FALSE if SSL is not active. Note that the protocol may change over time due to renegotiation.
| [in] | ssl | the ssl client/server to query. |
| [in,out] | buffer | buffer of size bytes to hold the version identifier |
| [in] | size | maximum number of bytes in buffer. |
| pn_ssl_resume_status_t pn_ssl_resume_status | ( | pn_ssl_t * | ssl | ) |
Check whether the state has been resumed.
Used for client session resume. When called on an active session, indicates whether the state has been resumed from a previous session.
| [in] | ssl | the ssl session to check |
| int pn_ssl_set_peer_hostname | ( | pn_ssl_t * | ssl, |
| const char * | hostname | ||
| ) |
Set the expected identity of the remote peer.
By default, SSL will use the hostname associated with the connection that the transport is bound to (see pn_connection_set_hostname). This method allows the caller to override that default.
The hostname is used for two purposes: 1) when set on an SSL client, it is sent to the server during the handshake (if Server Name Indication is supported), and 2) it is used to check against the identifying name provided in the peer's certificate. If the supplied name does not exactly match a SubjectAltName (type DNS name), or the CommonName entry in the peer's certificate, the peer is considered unauthenticated (potential imposter), and the SSL connection is aborted.
| [in] | ssl | the ssl session. |
| [in] | hostname | the expected identity of the remote. Must conform to the syntax as given in RFC1034, Section 3.5. |
| int pn_ssl_get_peer_hostname | ( | pn_ssl_t * | ssl, |
| char * | hostname, | ||
| size_t * | bufsize | ||
| ) |
Access the configured peer identity.
Return the expected identity of the remote peer, as set by pn_ssl_set_peer_hostname.
| [in] | ssl | the ssl session. |
| [out] | hostname | buffer to hold the null-terminated name string. If null, no string is written. |
| [in,out] | bufsize | on input set to the number of octets in hostname. On output, set to the number of octets needed to hold the value of hostname plus a null byte. Zero if no hostname set. |
| const char* pn_ssl_get_remote_subject | ( | pn_ssl_t * | ssl | ) |
Get the subject from the peers certificate.
| [in] | ssl | the ssl client/server to query. |
| int pn_ssl_get_cert_fingerprint | ( | pn_ssl_t * | ssl0, |
| char * | fingerprint, | ||
| size_t | fingerprint_length, | ||
| pn_ssl_hash_alg | hash_alg | ||
| ) |
Get the fingerprint of the certificate.
The certificate fingerprint (as displayed in the Fingerprints section when looking at a certificate with say the Firefox browser) is the hexadecimal hash of the entire certificate. The fingerprint is not part of the certificate, rather it is computed from the certificate and can be used to uniquely identify a certificate.
| [in] | ssl0 | the ssl client/server to query |
| [in] | fingerprint | char pointer. The certificate fingerprint (in hex format) will be populated in this array. If sha1 is the digest name, the fingerprint is 41 characters long (40 + 1 '\0' character), 65 characters long for sha256 and 129 characters long for sha512 and 33 characters for md5. |
| [in] | fingerprint_length | - Must be at >= 33 for md5, >= 41 for sha1, >= 65 for sha256 and >=129 for sha512. |
| [in] | hash_alg | the hash algorithm to use. Must be of type pn_ssl_hash_alg (currently supports sha1, sha256, sha512 and md5) |
| const char* pn_ssl_get_remote_subject_subfield | ( | pn_ssl_t * | ssl0, |
| pn_ssl_cert_subject_subfield | field | ||
| ) |
Returns a char pointer that contains the value of the sub field of the subject field in the ssl certificate.
The subject field usually contains the following sub fields - C = ISO3166 two character country code ST = state or province L = Locality; generally means city O = Organization - Company Name OU = Organization Unit - division or unit CN = CommonName
| [in] | ssl0 | the ssl client/server to query |
| [in] | field | The enumeration pn_ssl_cert_subject_subfield representing the required sub field. |


--- layout: archive title: Zulip Chat Archive permalink: /stream/113488-general/topic/hlist.html ---
Does anyone know if we have heterogenous lists (hlist) somewhere in mathlib?
is that just list Σ T : Type u, T
?
I want to be able to specify the types:
so if I have T : list (Type u)
, I want hlist T
with length the same at T, and the i-th element has type the i-th element of T.
{L : list (Σ T : Type u, T) // L.map sigma.fst =T}
what are the lemmas that you want to prove regarding hlist?
I've definitely seen them somewhere.... sorry
Ugh, what's the trick for matching on fin n?
(Thanks, Chris, for your suggestion. I agree that would have worked; but I decided to just use dependent functions on fin n for now.)
I've got a n : fin 2
and want to write match n with | \< 0, _ \> := ... | \<1, _\> := ... end
but this isn't exhaustive
how about fin.succ_rec_on
I certainly have a definition of hlist
sitting around somewhere, but I never managed to get it mathlib ready
I pushed to a hlist
branch on community mathlib: https://github.com/leanprover/mathlib/commit/b5d6d6
I want to be clear that I'm not really advocating this representation, this is more of an experiment. It also doesn't completely compile since the top half of the file was rewritten more than the bottom
{% endraw %}Last updated: Apr 24 2020 at 19:02 UTC


{% extends "base_new_design.html" %} {% block title %}Page not found{% endblock %} {% block content %}
Sorry buddy, you're in the wrong classroom again. You can try to go back to our home page.


Students of Rutgers University, 18 years of age or older.
To register you need your Rutgers netId. An email will be sent to<EMAIL_ADDRESS>with a confirmation code. Or that's what's supposed to happend once we're done. In the game you will be identified by your netId.
Nobody is anonymous when using Club RU. Each student is identified by their netID.
Short of legal concerns (you must obey the law), we do not ban people.
The ClubRU team recognizes the importance of keeping users informed what data we collect and how we use it. For this reason, we have included many questions on this page with the purpose of answering those questions. This does NOT necessarily mean we are conservative or careful about the data we do collect, so please read the ENTIRE page and email us if you have additional questions (eric AT threedot14.com).
The information we log from the server changes depending on how much we have the capacity to log and what we feel we must log to improve ClubRU. We always log all chat interactions. If you are a user of ClubRU it is safest to assume all your online interactions will be logged.
We currently do not have routines to regularly delete log files. Log files may be deleted when space becomes low. If you are a user of ClubRU it is safest to assume log files will be stored forever.
ClubRU will NEVER sell any data we collect.
We do not have an official policy for cooperating with police. We will always cooperate with the police if the law requires we do so. This may include providing access logs, chat logs, or any other data collected and stored by our server. Additionally, there have been cases where police have seized control of servers, giving them the ability to collect or ask for additional information. If you are a user of ClubRU it is safest to assume we will fully cooperate with the police.
The source for ClubRU is publicly available on our Github Repo, however we have not yet chosen a proper license to be considered "open source".
Yes! Please follow the contributing guidelines on our Github repo.
Your passwords are salted and hashed using argon2.
Come back to this page and enter your netId and new password. Once you confirm the password change via email, we will update our database to reflect it.
Club RU is made by a team of Rutgers students but is NOT affiliated in any way with the University. We run independently of Rutgers University.
Don't do anything illegal. Also (TODO), probably a bunch more legal stuff we should probably add.


function WinColor(Color32: TColor32): TColor;
Provides conversion of the TColor32 value back into TColor. The highest-order byte (Alpha channel) of the resulting color is assigned the $00 value.
[See Also] Color32