Working with (evaluated) ground terms and related functions.
- Note
- All functions in this module are thread-safe.
For an example, see symbol.c.
|
| bool | clingo_symbol_number (clingo_symbol_t symbol, int *number) |
| | Get the number of a symbol.   More...
|
| |
| bool | clingo_symbol_is_positive (clingo_symbol_t symbol, bool *positive) |
| | Check if a function is positive (does not have a sign). More...
|
| |
| bool | clingo_symbol_is_negative (clingo_symbol_t symbol, bool *negative) |
| | Check if a function is negative (has a sign). More...
|
| |
| bool | clingo_symbol_arguments (clingo_symbol_t symbol, clingo_symbol_t const **arguments, size_t *arguments_size) |
| | Get the arguments of a symbol. More...
|
| |
| clingo_symbol_type_t | clingo_symbol_type (clingo_symbol_t symbol) |
| | Get the type of a symbol. More...
|
| |
| bool | clingo_symbol_to_string_size (clingo_symbol_t symbol, size_t *size) |
| | Get the size of the string representation of a symbol (including the terminating 0). More...
|
| |
| bool | clingo_symbol_to_string (clingo_symbol_t symbol, char *string, size_t size) |
| | Get the string representation of a symbol. More...
|
| |
Represents a predicate signature.
Signatures have a name and an arity, and can be positive or negative (to represent classical negation).
Represents a symbol.
This includes numbers, strings, functions (including constants when arguments are empty and tuples when the name is empty), #inf
and #sup
.
Enumeration of available symbol types.
| Enumerator |
|---|
| clingo_symbol_type_infimum |
the #inf symbol
|
| clingo_symbol_type_number |
a numeric symbol, e.g., 1
|
| clingo_symbol_type_string |
a string symbol, e.g., "a"
|
| clingo_symbol_type_function |
a numeric symbol, e.g., c , (1, "a") , or f(1,"a")
|
| clingo_symbol_type_supremum |
the #sup symbol
|
| bool clingo_add_string |
( |
char const * |
string, |
|
|
char const ** |
result |
|
) |
| |
Internalize a string.
This functions takes a string as input and returns an equal unique string that is (at the moment) not freed until the program is closed. All strings returned from clingo API functions are internalized and must not be freed.
- Parameters
-
| [in] | string | the string to internalize |
| [out] | result | the internalized string |
- Returns
- whether the call was successful; might set one of the following error codes:
Parse a term in string form.
The result of this function is a symbol. The input term can contain unevaluated functions, which are evaluated during parsing.
- Parameters
-
| [in] | string | the string to parse |
| [in] | logger | optional logger to report warnings during parsing |
| [in] | logger_data | user data for the logger |
| [in] | message_limit | maximum number of times to call the logger |
| [out] | symbol | the resulting symbol |
- Returns
- whether the call was successful; might set one of the following error codes:
Get the arity of a signature.
- Parameters
-
| [in] | signature | the target signature |
- Returns
- the arity of the signature
| bool clingo_signature_create |
( |
char const * |
name, |
|
|
uint32_t |
arity, |
|
|
bool |
positive, |
|
|
clingo_signature_t * |
signature |
|
) |
| |
Create a new signature.
- Parameters
-
| [in] | name | name of the signature |
| [in] | arity | arity of the signature |
| [in] | positive | false if the signature has a classical negation sign |
| [out] | signature | the resulting signature |
- Returns
- whether the call was successful; might set one of the following error codes:
- Examples:
- propagator.c.
Calculate a hash code of a signature.
- Parameters
-
| [in] | signature | the target signature |
- Returns
- the hash code of the signature
Check if two signatures are equal.
- Parameters
-
| [in] | a | first signature |
| [in] | b | second signature |
- Returns
- whether a == b
Check if a signature is less than another signature.
Signatures are compared first by sign (unsigned < signed), then by arity, then by name.
- Parameters
-
| [in] | a | first signature |
| [in] | b | second signature |
- Returns
- whether a < b
Whether the signature is negative (is classically negated).
- Parameters
-
| [in] | signature | the target signature |
- Returns
- whether the signature has a sign
Whether the signature is positive (is not classically negated).
- Parameters
-
| [in] | signature | the target signature |
- Returns
- whether the signature has no sign
Get the name of a signature.
- Parameters
-
| [in] | signature | the target signature |
- Returns
- the name of the signature
Get the arguments of a symbol.
- Parameters
-
| [in] | symbol | the target symbol |
| [out] | arguments | the resulting arguments |
| [out] | arguments_size | the number of arguments |
- Returns
- whether the call was successful; might set one of the following error codes:
- Examples:
- propagator.c, and symbol.c.
| bool clingo_symbol_create_function |
( |
char const * |
name, |
|
|
clingo_symbol_t const * |
arguments, |
|
|
size_t |
arguments_size, |
|
|
bool |
positive, |
|
|
clingo_symbol_t * |
symbol |
|
) |
| |
Construct a symbol representing a function or tuple.
- Note
- To create tuples, the empty string has to be used as name.
- Parameters
-
| [in] | name | the name of the function |
| [in] | arguments | the arguments of the function |
| [in] | arguments_size | the number of arguments |
| [in] | positive | whether the symbol has a classical negation sign |
| [out] | symbol | the resulting symbol |
- Returns
- whether the call was successful; might set one of the following error codes:
- Examples:
- symbol.c.
| bool clingo_symbol_create_id |
( |
char const * |
name, |
|
|
bool |
positive, |
|
|
clingo_symbol_t * |
symbol |
|
) |
| |
Construct a symbol representing an id.
- Note
- This is just a shortcut for clingo_symbol_create_function() with empty arguments.
- Parameters
-
| [in] | name | the name |
| [in] | positive | whether the symbol has a classical negation sign |
| [out] | symbol | the resulting symbol |
- Returns
- whether the call was successful; might set one of the following error codes:
- Examples:
- ast.c, backend.c, and symbol.c.
Construct a symbol representing #inf
.
- Parameters
-
| [out] | symbol | the resulting symbol |
Construct a symbol representing a number.
- Parameters
-
| [in] | number | the number |
| [out] | symbol | the resulting symbol |
- Examples:
- propagator.c, and symbol.c.
| bool clingo_symbol_create_string |
( |
char const * |
string, |
|
|
clingo_symbol_t * |
symbol |
|
) |
| |
Construct a symbol representing a string.
- Parameters
-
| [in] | string | the string |
| [out] | symbol | the resulting symbol |
- Returns
- whether the call was successful; might set one of the following error codes:
Construct a symbol representing #sup.
- Parameters
-
| [out] | symbol | the resulting symbol |
Calculate a hash code of a symbol.
- Parameters
-
| [in] | symbol | the target symbol |
- Returns
- the hash code of the symbol
- Examples:
- symbol.c.
Check if two symbols are equal.
- Parameters
-
| [in] | a | first symbol |
| [in] | b | second symbol |
- Returns
- whether a == b
- Examples:
- symbol.c.
Check if a symbol is less than another symbol.
Symbols are first compared by type. If the types are equal, the values are compared (where strings are compared using strcmp). Functions are first compared by signature and then lexicographically by arguments.
- Parameters
-
| [in] | a | first symbol |
| [in] | b | second symbol |
- Returns
- whether a < b
- Examples:
- symbol.c.
Check if a function is negative (has a sign).
- Parameters
-
| [in] | symbol | the target symbol |
| [out] | negative | the result |
- Returns
- whether the call was successful; might set one of the following error codes:
Check if a function is positive (does not have a sign).
- Parameters
-
| [in] | symbol | the target symbol |
| [out] | positive | the result |
- Returns
- whether the call was successful; might set one of the following error codes:
Get the name of a symbol.
- Parameters
-
| [in] | symbol | the target symbol |
| [out] | name | the resulting name |
- Returns
- whether the call was successful; might set one of the following error codes:
Get the number of a symbol.
- Parameters
-
| [in] | symbol | the target symbol |
| [out] | number | the resulting number |
- Returns
- whether the call was successful; might set one of the following error codes:
- Examples:
- propagator.c.
Get the string of a symbol.
- Parameters
-
| [in] | symbol | the target symbol |
| [out] | string | the resulting string |
- Returns
- whether the call was successful; might set one of the following error codes:
| bool clingo_symbol_to_string |
( |
clingo_symbol_t |
symbol, |
|
|
char * |
string, |
|
|
size_t |
size |
|
) |
| |
Get the string representation of a symbol.
- Parameters
-
| [in] | symbol | the target symbol |
| [out] | string | the resulting string |
| [in] | size | the size of the string |
- Returns
- whether the call was successful; might set one of the following error codes:
- See also
- clingo_symbol_to_string_size()
- Examples:
- ast.c, backend.c, configuration.c, control.c, model.c, propagator.c, solve-async.c, solve-iteratively.c, statistics.c, symbol.c, symbolic-atoms.c, and theory-atoms.c.
| bool clingo_symbol_to_string_size |
( |
clingo_symbol_t |
symbol, |
|
|
size_t * |
size |
|
) |
| |
Get the size of the string representation of a symbol (including the terminating 0).
- Parameters
-
| [in] | symbol | the target symbol |
| [out] | size | the resulting size |
- Returns
- whether the call was successful; might set one of the following error codes:
- Examples:
- ast.c, backend.c, configuration.c, control.c, model.c, propagator.c, solve-async.c, solve-iteratively.c, statistics.c, symbol.c, symbolic-atoms.c, and theory-atoms.c.
Get the type of a symbol.
- Parameters
-
| [in] | symbol | the target symbol |
- Returns
- the type of the symbol


{{ partial "head/meta.html" . }} {{ partial "head/styles.html" . }} {{ partial "head/favicons.html" . }} {{ partial "head/meta-custom.html" . }} {{ partial "head/structured-data.html" . }}


|
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Cast iron boilers and condensing high
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Gas, Oil, Combinations and low NOx
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Boiler Feed, Condensate Return, Vacuum Heating, and Glycol Feed Units.
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Our Projects
Accel Resumes
Accel Resumes is currently Arch’s largest consulting project. Developed by Arch alumni, Accel is a resume writing, reviewing, and critiquing service that costs pennies on the dollar compared to its competitors - and for good reason. Accel targets those who haven’t yet entered the workforce but nowadays need more help than ever with their resumes: college students. That’s the main market, but not the only one! Within the coming months, we’ll be launching a huge marketing campaign to get Accel’s name out there to thousands of people across the country, and we can’t wait!
2U
2U is another proprietary business one hundred percent developed by Arch members. It aims to essentially be postmates on campus, but cheaper, more efficient, and all-around better. 2U looks to serve NU students looking for that late night snack while studying - we’ll be delivering food and drink from vendors located on Northwestern’s campus directly 2U! Keep your eyes out for it coming this Spring quarter!
Spark
Spark is Arch’s Facebook presence and aims to be Northwestern’s main resource for entrepreneurship. It contains not only entrepreneurship related articles, but also a forum that allows people to make connections that can help build a business, foster creative thinking, or find out about anything entrepreneurship related that’s happening at Northwestern!
Boom
Boom is a social media app out of UC - Santa Barbara that we’re inclined to believe will be the next big thing. Boom essentially is a location-based events app that allows people to anonymously (or not) share photos and videos to a feed that answers the age-old question of, “What’s going on tonight?” In this app you’ll see all kinds of events happening on and around campus - everything from parties to student group meetings to concerts!
Ussie
In today’s world of unrelenting pressures coming from social media, Ussie looks to be the social network that won’t have you preoccupied with getting likes or any sort of approval. Ussie is a group-centered app that allows groups of friends and family to directly share photos and other media with each other in a private, more comfortable manner.
Need Help?
Do you own a startup? Are you looking for a new perspective on your marketing and business development strategies? Arch can help. We are currently accepting new clients. Don't hesitate to contact us at arch.capital.isbe@gmail.com.


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The Puritanorangutan ventured into the vibrant metropolitan city and was instantly enthralled by the plurality of cultures and sounds he encountered. [G|D]
The sultan admired the Spartan strength and beauty of the rattan furniture in his palace, its intricate designs reminding him of the power and elegance of his kingdom. [G|D]
The titan gazed upon the tartan pattern in awe, its diverse shades of tan evoking memories of a distant land and its glorious past. [G|D]


| Package | Description |
|---|---|
| java.applet |
Provides the classes necessary to create an applet and the classes an applet
uses to communicate with its applet context.
|
| java.awt |
Contains all of the classes for creating user
interfaces and for painting graphics and images.
|
| javax.accessibility |
Defines a contract between user-interface components and an assistive technology
that provides access to those components.
|
| javax.swing |
Provides a set of "lightweight"
(all-Java language) components that,
to the maximum degree possible, work the same on all platforms.
|
| javax.swing.colorchooser |
Contains classes and interfaces used by the
JColorChooser
component. |
| javax.swing.plaf |
Provides one interface and many abstract classes that
Swing uses to provide its pluggable look-and-feel capabilities.
|
| javax.swing.plaf.basic |
Provides user interface objects built according to the
Basic look and feel.
|
| javax.swing.plaf.metal |
Provides user interface objects built according to
the Java look and feel (once codenamed Metal),
which is the default look and feel.
|
| javax.swing.plaf.multi |
Provides user interface objects that combine two or more look and feels.
|
| javax.swing.table |
Provides classes and interfaces for dealing with
javax.swing.JTable . |
| javax.swing.text |
Provides classes and interfaces that deal with editable
and noneditable text components.
|
| javax.swing.text.html |
Provides the class
HTMLEditorKit and supporting classes
for creating HTML text editors. |
| javax.swing.tree |
Provides classes and interfaces for dealing with
javax.swing.JTree . |
| Class and Description |
|---|
| Accessible
Interface Accessible is the main interface for the accessibility package.
|
| AccessibleComponent
The AccessibleComponent interface should be supported by any object
that is rendered on the screen.
|
| AccessibleContext
AccessibleContext represents the minimum information all accessible objects
return.
|
| AccessibleRole
Class AccessibleRole determines the role of a component.
|
| AccessibleStateSet
Class AccessibleStateSet determines a component's state set.
|
| Class and Description |
|---|
| Accessible
Interface Accessible is the main interface for the accessibility package.
|
| AccessibleAction
The AccessibleAction interface should be supported by any object
that can perform one or more actions.
|
| AccessibleComponent
The AccessibleComponent interface should be supported by any object
that is rendered on the screen.
|
| AccessibleContext
AccessibleContext represents the minimum information all accessible objects
return.
|
| AccessibleRole
Class AccessibleRole determines the role of a component.
|
| AccessibleSelection
This AccessibleSelection interface
provides the standard mechanism for an assistive technology to determine
what the current selected children are, as well as modify the selection set.
|
| AccessibleStateSet
Class AccessibleStateSet determines a component's state set.
|
| AccessibleText
The AccessibleText interface should be implemented by all
classes that present textual information on the display.
|
| AccessibleValue
The AccessibleValue interface should be supported by any object
that supports a numerical value (e.g., a scroll bar).
|
| Class and Description |
|---|
| Accessible
Interface Accessible is the main interface for the accessibility package.
|
| AccessibleAction
The AccessibleAction interface should be supported by any object
that can perform one or more actions.
|
| AccessibleBundle
Base class used to maintain a strongly typed enumeration.
|
| AccessibleComponent
The AccessibleComponent interface should be supported by any object
that is rendered on the screen.
|
| AccessibleContext
AccessibleContext represents the minimum information all accessible objects
return.
|
| AccessibleEditableText
The AccessibleEditableText interface should be implemented by all
classes that present editable textual information on the display.
|
| AccessibleHyperlink
Encapsulation of a link, or set of links (e.g.
|
| AccessibleIcon
The AccessibleIcon interface should be supported by any object
that has an associated icon (e.g., buttons).
|
| AccessibleKeyBinding
The AccessibleKeyBinding interface should be supported by any object
that has a keyboard bindings such as a keyboard mnemonic and/or keyboard
shortcut which can be used to select the object.
|
| AccessibleRelation
Class AccessibleRelation describes a relation between the
object that implements the AccessibleRelation and one or more other
objects.
|
| AccessibleRelationSet
Class AccessibleRelationSet determines a component's relation set.
|
| AccessibleRole
Class AccessibleRole determines the role of a component.
|
| AccessibleSelection
This AccessibleSelection interface
provides the standard mechanism for an assistive technology to determine
what the current selected children are, as well as modify the selection set.
|
| AccessibleState
Class AccessibleState describes a component's particular state.
|
| AccessibleStateSet
Class AccessibleStateSet determines a component's state set.
|
| AccessibleTable
Class AccessibleTable describes a user-interface component that
presents data in a two-dimensional table format.
|
| AccessibleText
The AccessibleText interface should be implemented by all
classes that present textual information on the display.
|
| AccessibleTextSequence
This class collects together key details of a span of text.
|
| AccessibleValue
The AccessibleValue interface should be supported by any object
that supports a numerical value (e.g., a scroll bar).
|
| Class and Description |
|---|
| Accessible
Interface Accessible is the main interface for the accessibility package.
|
| AccessibleAction
The AccessibleAction interface should be supported by any object
that can perform one or more actions.
|
| AccessibleComponent
The AccessibleComponent interface should be supported by any object
that is rendered on the screen.
|
| AccessibleContext
AccessibleContext represents the minimum information all accessible objects
return.
|
| AccessibleEditableText
The AccessibleEditableText interface should be implemented by all
classes that present editable textual information on the display.
|
| AccessibleExtendedComponent
The AccessibleExtendedComponent interface should be supported by any object
that is rendered on the screen.
|
| AccessibleExtendedTable
Class AccessibleExtendedTable provides extended information about
a user-interface component that presents data in a two-dimensional
table format.
|
| AccessibleExtendedText
The AccessibleExtendedText interface contains additional methods
not provided by the AccessibleText interface
Applications can determine if an object supports the AccessibleExtendedText
interface by first obtaining its AccessibleContext (see
Accessible )
and then calling the AccessibleContext.getAccessibleText() method of
AccessibleContext. |
| AccessibleHyperlink
Encapsulation of a link, or set of links (e.g.
|
| AccessibleHypertext
The AccessibleHypertext class is the base class for all
classes that present hypertext information on the display.
|
| AccessibleIcon
The AccessibleIcon interface should be supported by any object
that has an associated icon (e.g., buttons).
|
| AccessibleKeyBinding
The AccessibleKeyBinding interface should be supported by any object
that has a keyboard bindings such as a keyboard mnemonic and/or keyboard
shortcut which can be used to select the object.
|
| AccessibleRelationSet
Class AccessibleRelationSet determines a component's relation set.
|
| AccessibleRole
Class AccessibleRole determines the role of a component.
|
| AccessibleSelection
This AccessibleSelection interface
provides the standard mechanism for an assistive technology to determine
what the current selected children are, as well as modify the selection set.
|
| AccessibleStateSet
Class AccessibleStateSet determines a component's state set.
|
| AccessibleTable
Class AccessibleTable describes a user-interface component that
presents data in a two-dimensional table format.
|
| AccessibleTableModelChange
The AccessibleTableModelChange interface describes a change to
the table model.
|
| AccessibleText
The AccessibleText interface should be implemented by all
classes that present textual information on the display.
|
| AccessibleTextSequence
This class collects together key details of a span of text.
|
| AccessibleValue
The AccessibleValue interface should be supported by any object
that supports a numerical value (e.g., a scroll bar).
|
| Class and Description |
|---|
| Accessible
Interface Accessible is the main interface for the accessibility package.
|
| Class and Description |
|---|
| Accessible
Interface Accessible is the main interface for the accessibility package.
|
| Class and Description |
|---|
| Accessible
Interface Accessible is the main interface for the accessibility package.
|
| AccessibleContext
AccessibleContext represents the minimum information all accessible objects
return.
|
| Class and Description |
|---|
| Accessible
Interface Accessible is the main interface for the accessibility package.
|
| Class and Description |
|---|
| Accessible
Interface Accessible is the main interface for the accessibility package.
|
| Class and Description |
|---|
| Accessible
Interface Accessible is the main interface for the accessibility package.
|
| AccessibleAction
The AccessibleAction interface should be supported by any object
that can perform one or more actions.
|
| AccessibleComponent
The AccessibleComponent interface should be supported by any object
that is rendered on the screen.
|
| AccessibleContext
AccessibleContext represents the minimum information all accessible objects
return.
|
| AccessibleExtendedComponent
The AccessibleExtendedComponent interface should be supported by any object
that is rendered on the screen.
|
| AccessibleRole
Class AccessibleRole determines the role of a component.
|
| AccessibleSelection
This AccessibleSelection interface
provides the standard mechanism for an assistive technology to determine
what the current selected children are, as well as modify the selection set.
|
| AccessibleStateSet
Class AccessibleStateSet determines a component's state set.
|
| AccessibleText
The AccessibleText interface should be implemented by all
classes that present textual information on the display.
|
| AccessibleValue
The AccessibleValue interface should be supported by any object
that supports a numerical value (e.g., a scroll bar).
|
| Class and Description |
|---|
| Accessible
Interface Accessible is the main interface for the accessibility package.
|
| AccessibleAction
The AccessibleAction interface should be supported by any object
that can perform one or more actions.
|
| AccessibleComponent
The AccessibleComponent interface should be supported by any object
that is rendered on the screen.
|
| AccessibleContext
AccessibleContext represents the minimum information all accessible objects
return.
|
| AccessibleEditableText
The AccessibleEditableText interface should be implemented by all
classes that present editable textual information on the display.
|
| AccessibleExtendedComponent
The AccessibleExtendedComponent interface should be supported by any object
that is rendered on the screen.
|
| AccessibleExtendedText
The AccessibleExtendedText interface contains additional methods
not provided by the AccessibleText interface
Applications can determine if an object supports the AccessibleExtendedText
interface by first obtaining its AccessibleContext (see
Accessible )
and then calling the AccessibleContext.getAccessibleText() method of
AccessibleContext. |
| AccessibleRole
Class AccessibleRole determines the role of a component.
|
| AccessibleStateSet
Class AccessibleStateSet determines a component's state set.
|
| AccessibleText
The AccessibleText interface should be implemented by all
classes that present textual information on the display.
|
| AccessibleTextSequence
This class collects together key details of a span of text.
|
| Class and Description |
|---|
| Accessible
Interface Accessible is the main interface for the accessibility package.
|
| AccessibleContext
AccessibleContext represents the minimum information all accessible objects
return.
|
| Class and Description |
|---|
| Accessible
Interface Accessible is the main interface for the accessibility package.
|
Submit a bug or feature
For further API reference and developer documentation, see Java SE Documentation. That documentation contains more detailed, developer-targeted descriptions, with conceptual overviews, definitions of terms, workarounds, and working code examples.
Copyright © 1993, 2015, Oracle and/or its affiliates. All rights reserved.


--- layout: post title: "What we came for!" subtitle: "Chile 2019" date: 2019-11-03 00:00:00 -0500 categories: [Travels] tags: [Chile] background: 'https://hwmckenzie.github.io/img/posts/chile2019/header.jpg' ---
With everyone settled into their new cabanas and a full supply of groceries to see us through the next few days, we headed out bright and early this morning to finally get down to work. The view on our commute was enviable!
We started by leaving Zoey in the van and all the humans followed Tigre, the experienced puma scat dog from Costa Rica. With Tigre in the lead, we were soon finding lots of puma scats. Or at least they were some sort of wild cat scat. Tigre is trained on the six species of wild cats they have in Costa Rica, so you could say he is very attuned to the feline scent. Stephanny thought the scats looked quite small for puma, so some of them are quite likely from Geoffroy’s cat, a wild cat about the size of a house cat that lives in much of South America, though not much is known about the population in Torres del Paine. We also saw what we think are fox scats (the park is home to the southern grey fox and the red fox). These are sometimes recognizable as they contain lots of insects.
The vistas were amazing even though it was overcast with gale force winds for most of the day and the tops of the mountains stayed hidden in cloud.
Despite the howling wind, there are many different kinds of wildflowers here. Not surprisingly, most have growth forms low to the ground!
Once we had a good supply of scats to train Zoey with, Meg and I returned to the van to get Zoey up to speed. She was trained at home before coming using cougar scats from Washington, so we needed to help her make the leap to the local pumas of Patagonia. Needless to say she was very happy to get out and run around after almost a week of traveling and patiently waiting for her turn to work. With all the excitement of a new place with new smells, Zoey was only partly thinking about her job. So, though we made some progress today, we still have some work to do before we can go out on real searches. Tigre on the other hand put in a solid day’s work and found 30+ scats!
Hannah


Hey there! I’m Dumindya Kariyawasam. I am 27 years old, Junior Associate Accountant. I live in Fresno California. I’ve achieved a bachelor's degree in
Accounting and Finance at the City University of New York. I am currently studying Web Development at Fresno City College, Fresno. This website showcases
of my recent works. Thanks for dropping by.


You can find full working code samples in the examples directory. In order to get the
example files running locally, you will need to copy the apikeys.example.js
file to apikeys.js
and add your own Aeris API developer keys.
You can sign up for a free Aeris API developer account at hamweather.com.
You can play with the Aeris.js library using our jsFiddle sandbox


SHA 256 calculator
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Repeated Skills
Repeated Skills
Repeated Skills
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Repeated Skills
Repeated Skills


THE PLAYER A film review by Jon Conrad Copyright 1992 Jon Conrad
What sheer unadulterated joy. I loved THE PLAYER from start to finish. I don't think a movie has plunged me into this kind of bliss since... well, since NASHVILLE possibly. (Okay, there have probably been a few others since 1977 for me.) Once Robert Altman was one of my favorite people on earth; he lost me somewhere around QUINTET and A PERFECT COUPLE, but he sure has won me back now. He still has It.
I guess that to enjoy THE PLAYER you have to enjoy "the movies" as an idea. Both to enjoy a story that, for all its wider applicability, is definitely about the Industry as it exists at this moment, and to enjoy all the in-jokes and self-reference with which the movie is stuffed. All of these were so deftly done that I don't think I ever stopped grinning foolishly. (Damn, I have to go again soon!) Definitely don't be late; if you are, you'll miss an amazing 8-minute tracking shot in which the plot exposition takes place in several locations simultaneously, without a single editing cut (and we hear snatches of a conversation about famous long tracking shots that open favorite movies -- there goes that self-reference again).
One problem remains unsolved, I guess. With several dozen big and medium-sized names appearing "as themselves," it's sometimes hard to tell whether a fairly well-known actor, turning up later in the movie, is playing a role or not. (Whoopi Goldberg, Fred Ward, Sydney Pollack, Dean Stockwell all evoke this kind of momentary disjuncture.) But it's not a huge problem, and Altman again gets extraordinary performances from all his cast. Tim Robbins, Greta Schacchi, Peter Gallagher have never been better on-screen. How does a director who simply seems to be sitting back and letting performers do their thing, work this kind of magic so consistently? (The first time Carol Burnett really released her special qualities on film was in A WEDDING. Think also of Ronee Blakley and Lily Tomlin in NASHVILLE, Julie Christie and Warren Beatty in MCCABE AND MRS. MILLER, and many many more.)
The story takes unexpected turns and doesn't take turns one would expect, but all of that turns out in retrospect to be exactly right. The ending is both offhandedly perverse and exactly, hilariously right. I saw M*A*S*H in theaters maybe 15 times, NASHVILLE perhaps 20. I wonder what kind of total I'll rack up for this newest addition to the Altman canon. It'll be fun finding out!
Jon Alan Conrad
.
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.
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to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Protocol to use when communicating with the tracker
Tracker:
Yaw: ° Pitch: ° Roll: °To calibrate place the device on a flat service and keep it still untill we show the calibration results. This can take up to 10 seconds. Make sure your device has been on for a few minutes in the same environment where you are planning to work with it (cold work gararage vs warm and cozy living room).
After the calibration is finnished we will use these values and display them here, then we restart your device.
To setup the correct ´zero´ position look at the screen in a nuteral position and wait untill the screen is stable. Then press the ´zero´button once.


{% load static %}
DiSC
DiS
Live!
Update
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DiSC
N:
(No. of Nodes)
L:
(LSH Parameter)
K:
(LSH Parameter)
r:
(Accuracy Tuning Parameter)
Delay Constant:
ESS: (Equivalent Sample Size)
Dataset:
List of Families:
Family To Visualize:
Scoring Function:


class ChangeText : Transition
This transition tracks changes to the text in TextView targets. If the text changes between the start and end scenes, the transition ensures that the starting text stays until the transition ends, at which point it changes to the end text. This is useful in situations where you want to resize a text view to its new size before displaying the text that goes there. |
|
class ChangeTextBuilder : TransitionBuilder<ChangeText>
Builder for ChangeText |
annotation class ChangeTextBehavior
Annotation for all possible ChangeText animation types. |


Before Change
for conf in self.confs:
// It"s important we add the full classpath as an (ordered) unit for code that is classpath
// order sensitive
compile_classpath.update(map(lambda entry: (conf, entry), ivy_classpath))
if self._report:
self._generate_ivy_report(relevant_targets)
After Change
// Record the ordered subset of jars that each jar_library/leaf depends on using
// stable symlinks within the working copy.
ivy_jar_products = self._generate_ivy_jar_products(relevant_targets)
symlink_map = self.context.products.get_data("ivy_resolve_symlink_map")
for conf in self.confs:
ivy_jar_memo = {}
ivy_info_list = ivy_jar_products[conf]
if not ivy_info_list:
continue
// TODO: refactor ivy_jar_products to remove list
assert len(ivy_info_list) == 1, (
"The values in ivy_jar_products should always be length 1,"
" since we no longer have exclusives groups."
)
ivy_info = ivy_info_list[0]
for target in relevant_targets:
if not isinstance(target, JarLibrary):
continue
// Add the artifacts from each dependency module.
artifact_paths = []
for artifact in ivy_info.get_artifacts_for_jar_library(target, memo=ivy_jar_memo):
artifact_paths.append(symlink_map[artifact.path])
compile_classpath.add_for_target(target, [(conf, entry) for entry in artifact_paths])
if self._report:
self._generate_ivy_report(relevant_targets)


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Tutorial on Normalization of Microbiome Data
Chapter 1 Introduction
1.1 The importance of normalization
Microbiome data must be normalized before any statistical analysis can be performed. Following the process of sequencing and assigning raw reads into counts per observed and classified identified taxa classes/OTUs/ASVs, microbiome data consist of a matrix of read counts, referred to as a feature table of raw counts. Normalization is the process of transforming raw read count data into data that can be compared between samples. Statistical analysis on this count matrix is then performed depending on the goal of the experiment. Common analysis goals include community-level analysis (alpha/beta diversity), differential abundance testing (the parallel of differential expression testing in gene expression studies), and network analysis.
Analysis of composition, differences, connections, etc., should be done based only on true biological aspects. However, technical variation in counts across samples is a given hurdle that must be accounted for. Biases can arise in the sequencing process, sample preparation, contamination, preferential amplification, and can manifest in differences in sparsity and unequal sequencing depths (Salter et al. 2014). An effective normalization strategy should put all samples on equal footing so interpretations are on biological signals, not technical signals such as sequencing depth. Currently, there is no known ‘best’ normalization method that removes all technical artifacts leaving only biological signals.
Due to the sequencing technology, samples will have different sequencing depths, or the sum of all the counts in a sample. Directly comparing raw counts between samples is not possible. To illustrate this, consider the counts of Taxon 1, across two samples shown below. In Sample A, this taxon has a count of 230, and in Sample B, this taxon has a count of 23. Is this taxon differentially abundant between samples? As we see below, the way we normalize the data can change how we would answer this question.
| Taxa | Sample A | Sample B |
|---|---|---|
| Taxon 1 | 230 | 23 |
| Taxon 2 | 5 | 5 |
One goal for normalization of microbiome data is the standardization of sequencing depth across samples. One common approach to this is a scaling-based approach, where a scaling factor is calculated for every sample and the counts for each taxon are divided by the scaling factor for that sample. Figure B shows the same data as Figure A, but where each sample has been transformed into proportions by dividing by the total counts for each sample. The difference in Taxon 1 between samples appears much smaller. However, now there appears to be a difference in Taxon 2 between samples, even though the counts were originally the same. This is because in sample B, Taxon 2 consists of a higher proportion of the total count than it does in sample A.
This demonstrates the importance of normalization, but also the artifacts that can occur depending on the method.
1.2 The compositional nature of microbiome data
Microbiome data are inherently compositional. The counts of the collection of taxa that make up each sample are constrained by the total sum, or sequencing depth for that sample. This means that the count of each sampled taxon is a portion of a larger whole. Each observed taxon is not independent. As we saw in the above example, before normalization, Taxon 2 was equal between samples. After converting to proportions, the values for Taxon 2 no longer appear equal between samples. If there is a difference between two samples it is unclear if that difference is because of a true difference in that taxon or if that taxon is changing because of differences in another taxon. Numerous traditional statistical methods rely on an independence assumption, which is not met with microbiome data. This can lead to spurious correlations that exist only because of the compositional nature and not any true signal.
With library size as the sum constraint for each sample, if we know in a biological system that after an event occurs (treatment), the red taxon decreases, this will change the composition of the sampled blue taxon regardless of its change or lack thereof in the underlying population.
Consider again two samples consisting of red and blue points shown above. The points encompassed by triangles represent the sampled points from the population. We can think of the samples as before and after treatment. In the second plot, the number of red dots in the population and in the observed sample has decreased, but the blue remains the same.
| Sample | blue | red |
|---|---|---|
| Before | 10 | 20 |
| After | 10 | 4 |
| Sample | blue | red |
|---|---|---|
| Before | 0.29 | 0.67 |
| After | 0.71 | 0.33 |
This observed increase in the proportion of blue is due to the compositional nature of the sampled points, and not any true difference in the blue population.
References
Salter, Susannah J., Michael J. Cox, Elena M. Turek, Szymon T. Calus, William O. Cookson, Miriam F. Moffatt, Paul Turner, Julian Parkhill, Nicholas J. Loman, and Alan W. Walker. 2014. “Reagent and Laboratory Contamination Can Critically Impact Sequence-Based Microbiome Analyses.” BMC Biology 12 (1): 87. https://doi.org/10.1186/s12915-014-0087-z.


WITNESS LIST
Culture, Recreation & Tourism Committee
April 23, 2019 - 2:00 PM or upon final adjourn./recess or bill referral if permission granted
For:
Tarlton, Patrick (Texas Deer Association)
Against:
Shepperd, John (Self; Texas Foundation for Conservation and Texas Coalition for
Conservation)
Vandivier, Tom (Texas wildlife assn)
On:
Wolf, Clayton (Texas Parks and Wildlife)
Registering, but not testifying:
Against:
Schumann, Peyton (Texas and Southwestern Cattle Raisers Association)
Steinbach, Don (Texas Chapter of the Wildlife Society)
For:
Tarlton, Patrick (Texas Deer Association)
Against:
Leslie, Roy (Self)
Vandivier, Tom (Texas wildlife association)
On:
Wolf, Clayton (Texas Parks and Wildlife)
Registering, but not testifying:
Against:
Schumann, Peyton (Texas and Southwestern Cattle Raisers Association)
Shepperd, John (Self; Texas Foundation for Conservation and Texas Coalition for
Conservation)
Steinbach, Don (Texas Chapter of the Wildlife Society)
For:
De Alejandro, Romie (Self; U.S. Hispanic Contractors Association)
Registering, but not testifying:
For:
Garcia, Rebecca (Self)
Sughrue, Alissa (Self)
On:
Schubert, Leighton (Blinn College District)
1
WITNESS LIST
Registering, but not testifying:
For:
Smith, Cyndee (Washington on the Brazos State Park Association)
On:
Wolfe, Mark (Texas historical commission)
For:
Balkcom, Quint (Game Warden Peace Officers Association)
Registering, but not testifying:
For:
Park, Joey (Coastal Conservation Association Texas)
Shepperd, John (Self; Texas Foundation for Conservation and Texas Coalition for
Conservation)
On:
Jones, Cody (Texas Parks and Wildlife)
For:
Hendrix, Jerry (City of Kyle)
On:
Smith, Mikell (Gulf of Mexico Alliance)
Registering, but not testifying:
For:
Balkcom, Quint (Game Warden Peace Officers Association)
Patton, Marissa (Texas Farm Bureay)
For:
Blanco, Mauricio (Self; Union of commercial oystermen of Texas)
Registering, but not testifying:
For:
Balkcom, Quint (Game Warden Peace Officers Association)
Barry, Emily (Self)
Boney, W. Brad (Self; Tx Outoor Coastal Council)
Halili, Hajrulla (Self; Prestige Oysters Inc)
Halili, Lisa (Self; Prestige Oysters Inc.)
Halili, Ruzhdi (Self; Prestige oysters inc, Gulf Seafood Foundation)
Hillman, Clifford (Self; Hillman Shrimp and Oyster Co.)
2
WITNESS LIST
For:
Ivic, Joseph (Self)
Ivic, Michael (Self; Oyster Advisory Group)
Miller, Curtis (Self; Miller Seafood co.)
Park, Joey (Coastal Conservation Association Texas)
Shepperd, John (Self; Texas Foundation for Conservation and Texas Coalition for
Conservation)
Watkins, Kenneth (Self)
Wilbanks, Chad (Prestige Oyster, Miso's Oyster, Gulf Coast Leadership Conference)
3


public class SmartScanner
extends java.lang.Object
implements android.view.SurfaceHolder.Callback
| Constructor and Description |
|---|
SmartScanner(android.content.Context ctx)
Instantiate the SmartScanner object.
|
| Modifier and Type | Method and Description |
|---|---|
ch.icare.smartscan.camera.CameraManager |
getCameraManager()
Gets CameraManager used to interact with the device
|
android.content.Context |
getContext() |
ch.icare.smartscan.camera.SmartScannerHandler |
getHandler()
Gets the smartscanner app thread Handler that binds with decoding thread
|
java.lang.String |
getIcareDecodersSDKDescription()
Prints the native SDK build description.
|
double |
getRecommendedROIRatio(int codeType)
Returns the recommended ratio for decoding target, to avoid other signs disturbing the decoding process.
|
android.graphics.Rect |
getRegionOfInterest()
Get current region of interest.
|
static java.lang.String |
getVersion()
Displays smartscan java library information.
|
void |
handleDecoderResult(DecodedResult decodedResult)
A valid result has been found, so execute callback if given.
|
void |
init()
Initializes the SmartScanner library objects and processes.
|
boolean |
isFlashAvailable()
Checks if flashlight is available on device.
|
void |
pauseDecoding()
Pauses the decoding process.
|
void |
release()
This methods frees memory by releasing objects and processes used by SmartScanner.
|
void |
restartDecoding()
Restarts the decoding process.
|
void |
setBeepOn(int beepResId)
Enables and set the beep sound when a scan is done.
|
void |
setCamera(int cameraId)
Sets the camera to use.
|
void |
setCanvasDrawer(CanvasDrawerInterface canvasDrawer)
Sets the CanvasDrawer, ie. the view that displays the target.
|
void |
setContinuousDecoding(boolean isContinuousDecoding)
Restarts decoding as soon as a result has been found, without manual call to
restartDecoding . |
void |
setDecodingType(int decodingType)
Sets the decoder to use.
|
boolean |
setFlashEnabled(boolean isFlashEnabled)
Enables/Disables the flashlight LED during the scanning process
|
void |
setOnErrorListener(OnDecoderErrorListener listener) |
void |
setOnLoadedListener(OnDecoderLoadedListener listener) |
void |
setOnResultListener(OnDecoderResultFoundListener listener) |
void |
setRegionOfInterest(android.graphics.Rect rect)
Allows to manually set the region of interest.
|
void |
setSurfaceView(android.view.SurfaceView surfaceView)
Defines the SurfaceView holding the camera preview, inside your layout.
|
void |
setVibrateOn(boolean enabled)
Enables the vibration when a scan is done.
|
void |
surfaceChanged(android.view.SurfaceHolder holder,
int format,
int width,
int height) |
void |
surfaceCreated(android.view.SurfaceHolder holder) |
void |
surfaceDestroyed(android.view.SurfaceHolder holder) |
public static final boolean DEBUG
public static final int ID_AUTO_FOCUS
public static final int ID_DECODE
public static final int ID_DECODE_FAILED
public static final int ID_DECODE_SUCCEEDED
public static final int ID_LAUNCH_PRODUCT_QUERY
public static final int ID_QUIT
public static final int ID_RESUME_DECODING
public static final int ID_PAUSE_DECODING
public static final int ERROR_NOTHING_TO_READ
public static final int ERROR_UNSUPPORTED_TYPE_OF_CODE
public static final int ERROR_UNKNOWN_TRUN_COMMAND
public static final int ERROR_ROI_OUT_OF_BOUNDS
public static final int CODE_NOTHING
public static final int CODE_PLATES
public static final int CODE_AZTEC_CODES
public static final int CODE_OCR_B_SWISS_IDS
public static final int CODE_OCR_B_SWISS_PASSPORTS
public static final int CODE_OCR_B_FRENCH_IDS
public static final int CODE_OCR_B_ROMANIAN_IDS
public static final int CODE_OCR_B_BVR
public static final int CODE_OCR_B_DRV_LICENSES
public static final int CODE_OCR_B_ALL
public static final int CODE_CFF_CARDS
public static final int CODE_INSURANCE_CARDS
public static final int CODE_DOT_1_CODES
public static final int CODE_SKI_CODES
public static final int CODE_1D2D_DATA_MATRICES
public static final int CODE_1D2D_BARCODES_EAN_13
public static final int CODE_1D2D_BARCODES_EAN_8
public static final int CODE_1D2D_BARCODES_UPC_E
public static final int CODE_1D2D_BARCODES_CODE_128
public static final int CODE_1D2D_BARCODES_CODE_39
public static final int CODE_1D2D_DATABARS
public static final int CODE_1D2D_BARCODES_ALL
public static final int CODE_1D2D_ALL
public static final int CODE_QR_CODES
public static final int CODE_SMS_4x10
public static final int CODE_SMS_5x12
public static final int CODE_OCR
public static final int CODE_OCR_B_ICAO_9303_PASSPORT
public static final int CODE_OCR_B_ICAO_9303_IDCARD
public static final int CODE_PLATES_EU
protected android.view.SurfaceView mSurfaceView
public SmartScanner(android.content.Context ctx)
ctx
- Context. Application Context will be derived from this to avoid leaks.public void setOnResultListener(OnDecoderResultFoundListener listener)
public void setOnLoadedListener(OnDecoderLoadedListener listener)
public void setOnErrorListener(OnDecoderErrorListener listener)
public android.content.Context getContext()
public java.lang.String getIcareDecodersSDKDescription()
public void setContinuousDecoding(boolean isContinuousDecoding)
restartDecoding
. Default is false.isContinuousDecoding
- true if the decoder should decode continuously, false to pause after resultpublic void setBeepOn(int beepResId)
beepResId
- int resource id of the sound file.public void setVibrateOn(boolean enabled)
public boolean setFlashEnabled(boolean isFlashEnabled)
public boolean isFlashAvailable()
init
because it needs to access the camera instance.
For example, a safe place to call this method is in your implementation of
{link OnDecoderLoadedListener.onDecoderLoaded() OnDecoderLoadedListener.onDecoderLoaded }.
For a more straightforward but less reliable method, you can use
getPackageManager().hasSystemFeature(PackageManager.FEATURE_CAMERA_FLASH)
on your activity.public void setDecodingType(int decodingType)
SmartScanner
Bitwise
combinations can be used to specify multiple decoding types.public void setRegionOfInterest(android.graphics.Rect rect)
rect
- Rect representation of the region of interestpublic void setSurfaceView(android.view.SurfaceView surfaceView)
surfaceView
- SurfaceView view instancepublic void setCanvasDrawer(CanvasDrawerInterface canvasDrawer)
canvasDrawer
- view that implement CanvasDrawerInterfacepublic ch.icare.smartscan.camera.SmartScannerHandler getHandler()
SmartScannerHandler
public ch.icare.smartscan.camera.CameraManager getCameraManager()
CameraManager
public static final java.lang.String getVersion()
public void setCamera(int cameraId)
cameraId
- int camera id. On most devices 0 is the first back facing camera.public void init()
OnDecoderLoadedListener#onDecoderLoaded(Rect), OnDecoderLoadedListener.onDecoderLoaded
occurs.public void release()
public void handleDecoderResult(DecodedResult decodedResult)
OnDecoderResultFoundListener#onResultFound(DecodedResult), OnDecoderResultListener.onResultFound
Restarts decoding if continuous decoding is enabled.
This method is called internally.decodedResult
- DecodedResult objectpublic void restartDecoding()
setContinuousDecoding
is false.public void pauseDecoding()
restartDecoding
.public void surfaceChanged(android.view.SurfaceHolder holder, int format, int width, int height)
surfaceChanged
in interface android.view.SurfaceHolder.Callback
public void surfaceCreated(android.view.SurfaceHolder holder)
surfaceCreated
in interface android.view.SurfaceHolder.Callback
public void surfaceDestroyed(android.view.SurfaceHolder holder)
surfaceDestroyed
in interface android.view.SurfaceHolder.Callback
public android.graphics.Rect getRegionOfInterest()
public double getRecommendedROIRatio(int codeType)
#setDecodingType(int), setDecodingType
is called.codeType
-


Frequently used user:file_search_path/2
facts are best defined using
the initialization file ~/.sicstusrc or ~/sicstus.ini, which is
consulted at startup time by the Development System. Therefore, with
reference to the examples from ref-fdi-fsp-def,
clauses like the one following should be placed in the initialization file so
that they are automatically available to user programs after startup:
:- multifile user:file_search_path/2. user:file_search_path(home, '/usr/jackson'). user:file_search_path(sp_directory, home('prolog/sp')). user:file_search_path(demo, 'etc/demo').


This step maps outputs and capabilities, of an environment created by Cloudify, into inputs of another deployment.
This step takes two inputs:
The format of the mapping JSON is as follows:
{ "outputs": { "<output_name>": "<input_name>", "<output_name>": "<input_name>", ... }, "capabilities": { "<capability_name>": "<input_name>", "<capability_name>": "<input_name>", ... } }
At the end, a file will be generated, containing a JSON compatible with Cloudify's standard "Deployment Inputs" structure, namely:
{ "<input_name>": "<intput_value>", "<input_name>": "<intput_value>", ...
For example, if the "outputs file" is as follows:
{ "outputs": { "endpoint": "<IP_ADDRESS>", "username": "centos" }, "capabilities": { "public_key": "/tmp/public_key" } }
And the mapping is as follows:
{ "outputs": { "username": "app_username" }, "capabilities": { "public_key": "app_data" } }
Then the resultant inputs file will be as follows:
{ "app_username": "centos", "app_data": "/tmp/public_key" }


{% extends "base.html" %} {% block title %} | Your password reset{% endblock %} {% block bodydata %} class="login" {% endblock %} {% block main %}
Your new password has been set. You may go ahead and log in now.


{% extends "base.html" %} {% block content %} Are you sure you want to delete this post? Cancel {{entry.subject}} {{entry.entry}} {% endblock %}


--- layout: default ---
Data Structures and Programming
Software Development and Object Oriented Programming
Computer Organization and Machine-Dependent Programming
Algorithm Design and Analysis
Programming Languages
Computer Architecture
Databases
Web Development
Machine Learning
Operating Systems
Django website for UC Davis bus system.
Django website for Sunset Fest sponsors to submit payment.
Django website to keep track of rental fridges.
Website for the fridgerental service, allows freshmen to order a fridge to rent.
Documentation website for gem5, using Jekyll [in progress].
Website for Aggie Bike Buy, allows people to buy bikes/accessories.
July-Oct, 2017
July-Oct, 2017
[The U.S. Department of Energy Solar Decathlon is a collegiate competition made up of 10 contests that challenge student teams to design and build full-size, solar-powered houses]
Created a website displaying humidity, temp, and other data from a server collected by sensors in the house. Dealt with html, javascript, mysql, php, plotly.
June 2017 - Sept 2018
April-now, 2017
Met with CS and CSE students and helped plan their schedules, answered general questions, and gave advice to students questioning the field. In addition to advising, helped redesign the CS advising webpage
Jan-March, 2016
Volunteered at local elementary schools to inspire programming from a young age
Became Finance Chair from April 2017 - April 2018


Hooray 🎉 You’re off the waitlist - welcome to Plio :)
With Plio, you can unlock the true potential of videos by making them interactive and understanding how your viewers engage with them. Watch
this demo video to understand how you can easily make your videos interactive using Plio.


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> #001 Winter 1983 Birth.
> #002 Spring 1983
> #003 Summer 1983
> #004 Fall 1983
> #005 Winter 1983 Birth.
> #006 Spring 1983
> #007 Summer 1983
> #008 Fall 1983
> #009 Winter 1983 Birth.
> #010 Spring 1983
> #011 Summer 1983
> #012 Fall 1983
> #013 Winter 1983 Birth.
> #014 Spring 1983
> #015 Summer 1983
> #016 Fall 1983
> #017 Winter 1983 Birth.
> #018 Spring 1983
> #019 Summer 1983
> #020 Fall 1983
> #021 Winter 1983 Birth.
> #022 Spring 1983
> #023 Summer 1983
> #024 Fall 1983
> #025 Winter 1983 Birth.
> #026 Spring 1983
> #027 Summer 1983
> #028 Fall 1983
> #025 Winter 1983 Birth.
> #026 Spring 1983
> #027 Summer 1983
> #028 Fall 1983
> #025 Winter 1983 Birth.
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> #056 Winter 2020 The last moments of the before time.
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>>> Kyle Parker Cunningham
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{% extends 'base.html' %} {% load i18n %} {% block title %}{% trans "Topology" %}{% endblock %} {% block page_header %} {% include "horizon/common/_page_header.html" with title=_("Topology") %} {% endblock page_header %} {% block main %} {% include "horizon/_messages.html" %} {% include 'cosign/topology/dependencies.html' %}
Resize the canvas by scrolling up/down with your mouse/trackpad on the topology. Pan around the canvas by clicking and dragging the space behind the topology.
{% csrf_token %} {% include 'cosign/topology/add_node.html' %} {% include 'cosign/topology/add_instances.html' %} {% include 'cosign/topology/balloon.html' %} {% endblock %}


Perform a Bayesian analysis of a circular outcome General Linear Model (GLM), which allows regressing a circular outcome on linear and categorical predictors. Posterior samples are obtained by means of an MCMC algorithm written in 'C++' through 'Rcpp'. Estimation and credible intervals are provided, as well as hypothesis testing through Bayes Factors. See Mulder and Klugkist (2017) <doi:10.1016/j.jmp.2017.07.001>.
| Version: | 1.2.3 |
| Depends: | R (≥ 2.10) |
| Imports: | Rcpp, stats, graphics, shiny, grDevices, ggplot2, reshape2, coda |
| LinkingTo: | Rcpp, BH, RcppArmadillo |
| Published: | 2018-03-09 |
| Author: | Kees Mulder [aut, cre] |
| Maintainer: | Kees Mulder <keestimmulder at gmail.com> |
| BugReports: | https://github.com/keesmulder/circglmbayes/issues |
| License: | GPL-3 |
| URL: | https://github.com/keesmulder/circglmbayes |
| NeedsCompilation: | yes |
| Citation: | circglmbayes citation info |
| Materials: | README |
| CRAN checks: | circglmbayes results |
| Reference manual: | circglmbayes.pdf |
| Package source: | circglmbayes_1.2.3.tar.gz |
| Windows binaries: | r-devel: circglmbayes_1.2.3.zip, r-release: circglmbayes_1.2.3.zip, r-oldrel: circglmbayes_1.2.3.zip |
| OS X binaries: | r-release: circglmbayes_1.2.3.tgz, r-oldrel: circglmbayes_1.2.3.tgz |
Please use the canonical form https://CRAN.R-project.org/package=circglmbayes to link to this page.


GH User Objects¶
- ACP Unfolder
- Align Geometry
- Align Plane Normal
- AxoRotator
- Bake With Attributes
- Bake With Matching Attributes
- Block Instance Definition Create
- Block Instance Import
- Block Instance Names
- Block Instantiator
- Box Orientation
- Brep Closest Point EX
- Brep Create Shell
- Brep Deviation
- Brep Extractor
- Brep Flow Path
- Brep Join EX
- Brep Profile
- Brep Pull EX
- Brep Reorder Faces
- Brep Split EX
- Brep Unfold
- Brep Unfold (Automated)
- Brep Unfolder EX
- Brep Unroll
- ChamferBrepTangentially
- Clean Worksession Layername
- Clipping Plane Tool
- Closest Curves
- Cluster
- Counter Engine
- Crease Angle
- CrvClosestObject
- Curve CCW
- Curve Deviation
- Curve Orientation Check
- Curve Rationalise Increment
- Curve Sort By Length
- Curves vs Curves Clash
- Default If Null
- Divide Max Spacing
- DocumentBakeNames
- ExcelWriter
- Find Equal Panels
- Geometry Layout
- Group Text
- HUDList Keys Values
- HUD Compare Two Values
- HUD Grid
- HUD Header
- HUD Horizontal Bars
- HUD Single Value
- Is List
- Iso Curves EX
- Layout Names
- Layout Properties
- Line Closest Line
- Line Closest Parallel
- Link Revit Element ID
- List Other Items
- Make 2D
- MatCost
- Match Data Tree Lists
- Match Object Attributes
- Match Tree EX
- MeshToNurb
- MeshVertexColor
- Minimum Bounding Box (Area Binary Search)
- Minimum Bounding Box 2D
- Modify Object Attribute (Elefront)
- Modify Object Attributes
- Object Attributes
- Object Attributes Extended
- Object Query
- Objects On Brep
- Offset Brep
- Optimise Profile Surface
- OrientEX
- OrientInterp
- PlaneToPolyline
- PlaneTransformXYZA
- Plane Fit EX
- Plane Preview EX
- Points Sort
- PolyLineToPlane
- RandomChoice
- Remove Duplicate Lines
- Round_EX
- Selected Objects
- Separate Curve Regions
- Set User Text
- Sheet Checker
- Shrink Brep
- Shrink Curve From Guides
- SmartLeader
- SolidWorksSheetMetalAutomator
- Solution States Utility
- Split Brep List
- Srf Plane Aligned to Longest Edge
- StretchBrep
- StretchCurves
- SubdivPlaneCurveByLength
- SurfaceRebuild
- Surface Corners
- Surface Sort By Area
- Surface Sort By Z Coordinate
- Text SingleLine
- Text Tag 3D EX
- Text Wrapper
- TransformPlane
- Trim Surfaces with Breps
- UVAlign
- UserTextChecker
- User Text Tool
- View Plane
- Visualise Curve Length
- Visualise Surface Direction
- Waffle
- Zoom Geometries
- Zoom Rectangle
- section


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CYCoreData Class Reference
| Inherits from | NSObject |
| Declared in | CYCoreData.h CYCoreData.m |
Tasks
Class methods
-
+ liason
-
+ reset
-
+ readContext
-
+ temporaryWriteContext
-
+ saveSynchronously
-
+ saveAsynchronously
-
+ saveContextAndWait:
Properties
-
dataBaseFile
property -
modelFile
property -
bundleName
property -
isTest
property -
readContext
property
Config
-
– initWithSqliteFileName:withModelFileName:inBundleName:
-
– initWithSqliteFileName:withModelFileName:
-
– createStoreAndManagedObjectModel
-
+ configureModelUniqueIdentifier:ofDataType:withJSONSearchString:
-
+ configureUniqueIdentifier:
Methods
Properties
bundleName
The name NSString
of the bundle that contains the model file
@property (nonatomic, strong) NSString *bundleName
Discussion
Warning: If nil, CYCoreData is using the main bundle
Declared In
CYCoreData.h
dataBaseFile
The name NSString
of the database file name that will get saved in the cache directory
@property (nonatomic, strong) NSString *dataBaseFile
Declared In
CYCoreData.h
isTest
If set to YES
, CYCoreData uses an NSInMemoryStoreType and does not write data to sqlite file via NSSQLiteStoreType.
@property (nonatomic, assign) BOOL isTest
Discussion
@example Unit testing.
Declared In
CYCoreData.h
modelFile
The name NSString
of the .xcdatamodeld in the bundle
@property (nonatomic, strong) NSString *modelFile
Declared In
CYCoreData.h
readContext
Returns NSManagedObjectContext
of [CYCoreData liason].readContext private property. The concurrencyType is NSMainQueueConcurrencyType
which means all fetched entities will be on the main runloop and suitable for view display.
@property (nonatomic, strong) NSManagedObjectContext *readContext
Return Value
NSManagedObjectContext
of [CYCoreData liason].readContext
Discussion
Warning: It is not wise to change or save to this context directly. ONLY READ
Declared In
CYCoreData.h
Class Methods
configureModelUniqueIdentifier:ofDataType:withJSONSearchString:
Sets the keys for and type of unique indexer for NSManagedObjects
. This key is used to fetch unique NSEntity
in the database.
+ (void)configureModelUniqueIdentifier:(NSString *)uniquePropertyKey ofDataType:(UniqueObjectValueType)uniqueObjectValueType withJSONSearchString:(NSString *)jsonSearchPropertyKey
Parameters
- uniquePropertyKey
NSString
for the unique property key if the NSManagedObject; example @“uid”
- uniqueObjectValueType
UniqueObjectValueType
type of value the uniquePropertyKey is
- jsonSearchPropertyKey
NSString
the key the unique property will have on a JSON of for that object
Discussion
Warning: If called, must call before init
.
Declared In
CYCoreData.h
configureUniqueIdentifier:
Utility method for configureModelUniqueIdentifier:ofDataType:withJSONSearchString:
+ (void)configureUniqueIdentifier:(UniqueIdentiferStruct)uniqueIdentiferStruct
Parameters
- `UniqueIdentiferStruct`
Predefined struct of the values passesd to
configureModelUniqueIdentifier:ofDataType:withJSONSearchString:
Discussion
Warning: If called, must call before init
.
Declared In
CYCoreData.h
liason
Return singleton instance of CYCoreData
+ (instancetype)liason
Return Value
Return singleton instance of CYCoreData
Discussion
Warning: Must call configureSqliteFileName:withModelFileName
first.
Declared In
CYCoreData.h
readContext
Class method readContext
which forwards to the [[CYCoreDataInstance liason] readContext] method
+ (NSManagedObjectContext *)readContext
Return Value
NSManagedObjectContext
of [CYCoreDataInstance liason].readContext
Declared In
CYCoreData.h
reset
Class method reset
which forwards to the [[CYCoreDataInstance liason] reset] *
+ (void)reset
Declared In
CYCoreData.h
saveAsynchronously
Class method saveAsynchronously
which forwards to the [[CYCoreDataInstance liason] saveAsynchronously] *
+ (void)saveAsynchronously
Declared In
CYCoreData.h
saveContextAndWait:
Class method saveContextAndWait:
which forwards to the [[CYCoreDataInstance liason] saveContextAndWait:] method
+ (void)saveContextAndWait:(BOOL)shouldWait
Parameters
- shouldWait
BOOL
to forward to the [[CYCoreDataInstance liason] saveContextAndWait:] method
Declared In
CYCoreData.h
saveSynchronously
Class method saveSynchronously
which forwards to the [[CYCoreDataInstance liason] saveSynchronously] *
+ (void)saveSynchronously
Declared In
CYCoreData.h
temporaryWriteContext
Class method temporaryWriteContext
which forwards to the [[CYCoreDataInstance liason] temporaryWriteContext] method
+ (NSManagedObjectContext *)temporaryWriteContext
Return Value
NSManagedObjectContext
of [[CYCoreDataInstance liason] temporaryWriteContext]
Declared In
CYCoreData.h
Instance Methods
createStoreAndManagedObjectModel
Creates datebase from the model file
- (void)createStoreAndManagedObjectModel
Discussion
Warning: Must be called to user CYCoredata funcationality
Declared In
CYCoreData.h
initWithSqliteFileName:withModelFileName:
Configures the file name for the .sqlite saved in the NSCachesDirectory
. Tells CYCoreData the name of the *.xcdatamodeld
to use and assumes it is located in the main bundle
- (id)initWithSqliteFileName:(NSString *)dataBaseFileName withModelFileName:(NSString *)modelFileName
Parameters
- dataBaseFileName
NSString
of the database file name that will get saved in the cache directory
- withModelFileName
NSString
of the .xcdatamodeld in the bundle
Declared In
CYCoreData.h
initWithSqliteFileName:withModelFileName:inBundleName:
Configures the file name for the .sqlite saved in the NSCachesDirectory
. Tells CYCoreData the name of the *.xcdatamodeld
to use and what bundle to search for it in
- (id)initWithSqliteFileName:(NSString *)dataBaseFileName withModelFileName:(NSString *)modelFileName inBundleName:(NSString *)bundleName
Parameters
- dataBaseFileName
NSString
of the database file name that will get saved in the cache directory
- bundleName
NSString
of the bundle name that contains the modelfile
- withModelFileName
NSString
of the .xcdatamodeld in the bundle
Discussion
Warning: Do not use if .xcdatamodeld is in the mainbundle.
Declared In
CYCoreData.h
reset
Empties database of all entities, destroys NSManagedObject
model and NSPersistantStoreCoordinator
.
- (void)reset
Discussion
Warning: Does not reset config class variables.
Declared In
CYCoreData.h
saveAsynchronously
Calls a Asychronous(performBlock) action to the top NSManagedObjectContext
to write the changes to disk.
- (void)saveAsynchronously
Discussion
@example Call when ever sychronous behavior is not desired.
Declared In
CYCoreData.h
saveContextAndWait:
For topLevelContext performBlockAndWait
pass YES
. For topLevelContext performBlock
pass NO
.
- (void)saveContextAndWait:(BOOL)andWait
Parameters
- andWait
BOOL
for identify call to topLevelContextperformBlock
orperformBlockAndWait
Declared In
CYCoreData.h
saveSynchronously
Calls a sychronous(performBlockAndWait) action to the top NSManagedObjectContext
to write the changes to disk.
- (void)saveSynchronously
Discussion
@example Call when app terminates or goes in to background.
Declared In
CYCoreData.h
temporaryWriteContext
Returns a brand NSManagedObjectContext
of spawned off of the [CYCoreData readContext]. To update the database, fetch the NSEntityDescriptions
from this context, create or modify as you see fit. When finished, immediately call either [temporaryWriteContext saveSynchronously]
or [temporaryWriteContext saveAsynchronously]
. This ensures that the changes will be pushed up to the [CYCoreData readContext], then written to disk.
- (NSManagedObjectContext *)temporaryWriteContext
Return Value
NSManagedObjectContext
of [CYCoreData liason].readContext
Discussion
Warning: It is not wise to change or save to this context directly. ONLY READ
Declared In
CYCoreData.h


#{extends 'main.html' /} #{set title:'Not Found' /}
You can contact us with any additional information.


Typedefs |
|
|---|---|
OutputList
|
typedefstd::vector< Output >
A type for representing the output of ops that produce more than one output, or a list of tensors. |
Functions |
|
|---|---|
operator<<(std::ostream & os, const Status & x)
|
std::ostream &
|
Classes |
|
|---|---|
|
tensorflow:: |
A |
|
tensorflow:: |
Represents a tensor value that can be used as an operand to an Operation. |
|
tensorflow:: |
A type for representing the input to ops that require a list of tensors. |
|
tensorflow:: |
Represents a node in the computation graph. |
|
tensorflow:: |
Represents a tensor value produced by an Operation. |
|
tensorflow:: |
A |
|
tensorflow:: |
Denotes success or failure of a call in Tensorflow. |
|
tensorflow:: |
Represents an n-dimensional array of values. |
std::vector< Output > OutputList
A type for representing the output of ops that produce more than one output, or a list of tensors.
std::ostream & operator<<( std::ostream & os, const Status & x )