|
CUGL
2.0
|
#include <cugl.h>
Public Member Functions | |
| Matrix () | |
| Matrix (GL_Matrix r) | |
| Matrix (GLenum mode) | |
| Matrix (const Vector &axis, double theta) | |
| Matrix (const Plane &refl) | |
| Matrix (const Point &lightPos, const Plane &plane) | |
| Matrix (const Quaternion &q) | |
| Matrix (const Vector &u, const Vector &v) | |
| Matrix (const GLfloat m00, const GLfloat m10, const GLfloat m20, const GLfloat m30, const GLfloat m01, const GLfloat m11, const GLfloat m21, const GLfloat m31, const GLfloat m02, const GLfloat m12, const GLfloat m22, const GLfloat m32, const GLfloat m03, const GLfloat m13, const GLfloat m23, const GLfloat m33) | |
| Quaternion | quaternion () const |
| GLfloat * | get () |
| Matrix | transpose () const |
| GLfloat | trace () |
| Matrix | inv () const |
| Matrix | operator~ () const |
| void | apply () const |
| Point | apply (const Point &p) const |
| Vector | apply (const Vector &v) const |
| Vector | axis () const |
| double | angle () const |
| GLfloat & | operator() (int i, int j) |
| const GLfloat & | operator() (int i, int j) const |
| void | reflect (const Plane &p) |
| void | shadow (const Point &lightPos, const Plane &plane) |
| Matrix | operator+= (const Matrix &rhs) |
| Matrix | operator-= (const Matrix &rhs) |
| Matrix | operator*= (const Matrix &rhs) |
| Matrix & | operator*= (GLfloat s) |
| Matrix & | operator/= (GLfloat s) |
Private Attributes | |
| GL_Matrix | m |
Friends | |
| Matrix | operator+ (const Matrix &m, const Matrix &n) |
| Matrix | operator- (const Matrix &m, const Matrix &n) |
| Matrix | operator* (const Matrix &m, const Matrix &n) |
| Matrix | operator* (GLfloat s, const Matrix &m) |
| Matrix | operator* (const Matrix &m, GLfloat s) |
| Matrix | operator/ (const Matrix &m, GLfloat s) |
| bool | operator== (const Matrix &x, const Matrix &y) |
| bool | operator!= (const Matrix &x, const Matrix &y) |
| std::ostream & | operator<< (std::ostream &os, const Matrix &m) |
An instance is a matrix compatible with an OpenGL transformation matrix. An instance of class Matrix is a 4 by 4 matrix with components of type GLfloat
. The components are ordered in the same way as an OpenGL matrix (column-row order, for compatibility with FORTRAN).
Note that OpenGL performs matrix calculations very efficiently. As far as possible, construct transformations using sequences of OpenGL matrix operations. Construct and use the matrices here only if OpenGL does not provide the required facilities.
| cugl::Matrix::Matrix | ( | ) |
Construct the identity matrix.
| cugl::Matrix::Matrix | ( | GL_Matrix | r | ) |
Construct a copy of an arbitrary OpenGL matrix.
|
explicit |
Construct a copy of an OpenGL projection or model view matrix.
| mode | should be GL_PROJECTION_MATRIX or GL_MODELVIEW_MATRIX . |
Report error BAD_MATRIX_MODE and construct identity matrix for other values of mode.
| cugl::Matrix::Matrix | ( | const Vector & | axis, |
| double | theta | ||
| ) |
Construct a rotation matrix.
| axis | is the axis of rotation. |
| theta | is the magnitude of the rotation. |
theta
should be in radians (unlike OpenGL, which uses degrees).
|
inlineexplicit |
Construct a matrix that reflects a point in the given plane. The matrix can be used to simulate a mirror in an OpenGL program. See also Matrix::reflect().
| refl | is the plane of reflection. |
Definition at line 2894 of file cugl.h.
References reflect().
Construct a shadow matrix from a point light source and a plane. The matrix transforms an object into its shadow on the given plane. It is your job to ensure that the shadow has the appropriate colour, transparency, etc. The light source may be a local point (w > 0) or a point at infinity (w = 0). See also Matrix::shadow()
.
| lightPos | is the position of the light source. |
| plane | is the plane onto which the shadow is projected. |
Definition at line 2899 of file cugl.h.
References shadow().
|
explicit |
Construct a rotation matrix from a quaternion.
Construct the matrix that rotates one vector to another.
| u | is a vector representing an initial orientation. |
| v | is a vector representing the final orientation. The matrix, applied to u, will yield v. |
|
inline |
| double cugl::Matrix::angle | ( | ) | const |
Return the angle (in radians) of a rotation matrix. Report error BAD_ROTATION_MATRIX
and leave result undefined, if the matrix is not a rotation.
|
inline |
Apply this matrix to a point.
Definition at line 2930 of file cugl.h.
References m, cugl::Point::w, cugl::Point::x, cugl::Point::y, and cugl::Point::z.
| Vector cugl::Matrix::axis | ( | ) | const |
Return the axis of a rotation matrix. Report error BAD_ROTATION_MATRIX
and leave result undefined, if the matrix is not a rotation.
|
inline |
| Matrix cugl::Matrix::inv | ( | ) | const |
Compute the inverse of this matrix using Gauss-Jordan elimination. If the matrix is singular, report SINGULAR_MATRIX
and return the zero matrix. Calculations are performed in double precision because this gives slightly better results. The prefix operator ~ has the same effect.
Referenced by operator~().
|
inline |
|
inline |
Return a reference to the element m
[i][j] of the const
matrix. This version is used for const
instances (m(i,j)
cannot appear on the left of =
).
i
and j
must be in the range [0,3]. m
[i][j] of the matrix. Definition at line 2956 of file cugl.h.
References m.
|
inline |
|
inline |
|
inline |
| Quaternion cugl::Matrix::quaternion | ( | ) | const |
Return the quaternion corresponding to this matrix. This function may report BAD_ROTATION_MATRIX.
| void cugl::Matrix::reflect | ( | const Plane & | p | ) |
Set the matrix so that it creates a shadow on the plane p
from a light source lightPos
. The matrix transforms an object into its shadow on the given plane. It is your job to ensure that the shadow has the appropriate colour, transparency, etc. The point p
may be either a local point (w > 0) or a point at infinity (w = 0). See also constructors for class Matrix.
| lightPos | is the position of the light source causing the shadow. |
| plane | is the plane upon which the shadow is cast. |
Referenced by Matrix().
|
inline |
| Matrix cugl::Matrix::transpose | ( | ) | const |
Return the transpose of this matrix.
|
friend |
Write a four-line image of the matrix to the output stream. The current settings of the stream formatting parameters are used. If a width is specified with setw()
, it is applied to each element of the matrix, not the matrix as a whole.
|
private |
The elements of the matrix.
Definition at line 1121 of file cugl.h.
Referenced by apply(), get(), Matrix(), operator()(), operator*=(), operator+=(), operator-=(), operator/=(), and trace().


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Would you like to see them? if so, what is your preferable ticket price? if not, please check no.
I feel a special concern for less mature Christians and feel compelled to care for them spiritually.
I find it easy and enjoyable to spend time in intensive Bible study.
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I don't understand why others don't give as much and as freely as I do.
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I have greater desire than most to witness to non-Christians.
If there is no leadership in a group I will step up and take charge.
I enjoy being called upon to do special jobs around the church.
When issues are being dealt with in a group, I speak up rather than just listening.
I find myself especially concerned that newer Christians will be influenced by false teachers and be harmed in their spiritual growth as a result.
Others sometimes accuse me of being too technical or detail-oriented.
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Witnessing to non-Christians comes easily to me.
I enjoy handling the details of organizing ideas, people, resources, and time in order to have more effective ministry.
I feel that I am not specifically skilled, but I enjoy doing what needs to be done around the church.


systempulse
Path: CARNOT/basics
Purpose
Then it will generated a discrete pulse of 0 and 1, but this pulse depends on
the system time, not the simulation time.
Description
This function is similar to the SIMULINK pulse
function, but it depends on the system time, not on the simulation time. If the
date flag is set, the function starts pulsing only when the system date reaches
the specified date. Otherwise the output is 0. If the enable flag is set, the
function waits, until the enabling pulse will rises once from 0 to 1.
Afterwards the pulsing is started, before pulsing the output is 0.
Inputs:
Outputs:
Parameters:
Parameters and Dialog Box


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JoJo Siwa Ran Into Another Famous Nickelodeon Star in LA!
JoJo Siwa just ran into another one of our favorite Nickelodeon stars!
The 16-year-old YouTuber and musician bumped into former Zoey 101 actress Jamie Lynn Spears while making a stop at Child Star Academy in Los Angeles.
Jamie Lynn was also joined by her mom Lynn and her one-year-old daughter Ivey.
After the interaction, JoJo and Jamie Lynn took to their Instagrams to share photos from the meet up.
“Just another day in the office!😱 So this happened!! Hi @jamielynnspears and her amazing mom!! It was so nice to meet you all!!💕✨” JoJo wrote.
Jamie Lynn added, “Casual run-ins at Child Star Academy 👩🏼🎓. p.s. she and her mom are lovely♥”
We love to see our favorite Nick stars, past and present, together!


OysterKit
A Swift Framework for Tokenizing, Parsing, and Interpreting Languages
OysterKit enables native Swift scanning, lexical analysis, and parsing capabilities as a pure Swift framework. Two additional elements are also provided in this package. The first is a second framework STLR which uses OysterKit to provide a plain text grammar specification language called STLR (Swift Tool for Language Recognition). Finally a command line tool, stlr
can be used to automatically generate Swift source code for OysterKit for STLR grammars, as well as dynamically apply STLR grammars to a number of use-cases. The following documentation is available:
- OysterKit API Documentation Full API documentation for the OysterKit framework
- STLR API Documentation Full API documentation for the STLR framework
- STLR Language Reference A guide with examples to using the STLR language to define grammars
- Tutorials Tutorials for using OysterKit and STLR for defining and exploiting grammars.
- stlrc Command Line Tool reference Instructions for using the
stlrc
command line tool. Note that some of the tutorials referenced above also provide some concrete usage examples.
Please note all development is now for Swift 4.2 and beyond only. If you wish to use the last Swift 4.1 compatible release please use the swift/4.1
branch
Key Features
- OysterKit Provides support for scanning strings
- Fully supports direct and indirect left hand recursion in rules
- Provides support for parsing strings using defined rules as streams of tokens or constructing Abstract Syntax Trees (ASTs)
- All of the above provided as implementations of protocols allowing the replacement of any by your own components if you wish
- Create your own file decoders (using Swift 4’s Encoding/Decoding framework
Encodable
andDecodable
)
- STLR Provides support for defining scanning (terminal) and parsing rules
- A lexical analysis and parser definition language, STLR, which can be compiled at run-time in memory, or from stored files
- Complied STLR can be used immediately at run time, or through the generation of a Swift source file
Examples
Creating a rule and tokenizing a String
OysterKit can be used to create and use grammars very quickly and simply directly in Swift. Here are are few simple examples
/// Scanning
let letter = CharacterSet.letters.parse(as:StringToken("letter"))
for token in [letter].tokenize("Hello"){
print(token)
}
Instances CharacterSet
, String
, and NSRegularExpression
can all be used as rules directly. To make a rule produce a token just use the parse(as:TokenType)
function of a rule. A grammar is simply an array of rules, and you can use that grammar to tokenise a string.
Making choices
A choice rule is simply one where any of the rules contained can match to satisfy the choice
. In this case the punctuation
rule can be one of a number of strings. We can then tokenize
/// Choices
let punctuation = [".",",","!","?"].choice.parse(as: StringToken("punctuation"))
for token in [letter, punctuation].tokenize("Hello!"){
print(token)
}
Skipping Content
You don’t always want to create tokens for everything. You can chain modifications to any rule together as rules have value based semantics… you don’t change the original.
/// Skipping
let space = CharacterSet.whitespaces.skip()
for token in [letter, punctuation, space].tokenize("Hello, World!"){
print(token)
}
We use all three of our different rules to tokenize Hello, World!
, but notice that we call skip()
on the space
rule. That means no token will be created (and when we get to more complex parsing later… it also means that if this rule forms part of another more complex rule, the skipped rules at the beginning and end won’t be included in the matched range. But more on that later). You’ll only get letter
and punctuation
tokens iun this example, but you’ll still match spaces.
Repetition
You can also tell a rule how many times it must match before generating a token. Here we create a word
token which repeats our letter
rule one or more times.
let word = letter.require(.oneOrMore).parse(as: StringToken("word"))
for token in [word, punctuation, space].tokenize("Hello, World!"){
print(token)
}
There are standard ones for one
,noneOrOne
, noneOrMore
, and oneOrMore
but you can also specify a closed or open range (e.g. .require(2...)
would match two or more.
Sequences
Rules can be made up of sequences of other rules. In this example we create a properNoun
rule which requires an uppercase letter followed by zero or more lowercase letters. Note that we create a new rule from our previous word
rule that generates a different token (other
). Then we make our new choice
generate the word
token. We’ve just created a little hierarchy in our grammar. word
will match properNoun
or other
(our old word
rule). You’ll see why this is useful later. When you stream you’ll just get word
(not properNoun
or other
).
// Sequences
let properNoun = [CharacterSet.uppercaseLetters, CharacterSet.lowercaseLetters.require(.zeroOrMore)].sequence.parse(as: StringToken("properNoun"))
let classifiedWord = [properNoun,word.parse(as: StringToken("other"))].choice.parse(as: StringToken("word"))
print("Word classification")
for token in [classifiedWord, punctuation, space].tokenize("Jon was here!"){
print(token)
}
Parsing - Beyond Tokenization
Tokenizing is great, and there are many applications where it’s enough (syntax highlighting anyone?), but if you are going to attempt anything like building an actual language, or want to parse a more complex data structure you are going to want to build an Abstract Syntax Tree. OysterKit can build HomogenousTree’s from any grammar. Wait! Don’t go. It’s not that bad! Here it is in action.
do {
print(try [[classifiedWord, punctuation, space].choice].parse("Jon was here!"))
} catch let error as ProcessingError {
print(error.debugDescription)
}
Here we use parse()
instead of tokenize()
. We need to wrap it in a do-catch
block because whereas with tokenization we just stopped streaming when something went wrong, we can get a lot more information when we parse including errors. This code simply tries to parse (note this time we are creating a single rule grammar, but that single rule is a choice
of all our other rules) the same string as before, but this time it produces a tree. Here’s what would be printed out
root
word
properNoun - 'Jon'
word
other - 'was'
word
other - 'here'
punctuation - '!'
Now we can see our word classification.
Building Complex Heterogenous Abstract Syntax Trees
I know… I did it again… jargon. It’s pretty simple though. Homogenous means of the same kind
, so a Homogenous tree is just one where every node in the tree is the same type. That’s what the parse
function creates. build
can create heterogenous (data structures populated with different kinds of data) of data structures, such as Swift types. OysterKit uses the power of Swift make this really quite simple.
Out of the box you can Decode
and Decodable
type using an OysterKit grammar (and if you think this is powerful, wait until you’ve had a look at STLR and auto-generated the Swift source code instead of doing all of the typing you are about to see!).
First, let’s declare some data structures for words and sentences.
struct Word : Decodable, CustomStringConvertible {
let properNoun : String?
let other : String?
var description: String {
return properNoun != nil ? "properNoun: \(properNoun!)" : "other: \(other!)"
}
}
struct Sentence : Decodable {
let words : [Word]
let punctuation : String
}
Fairly straightforward (if inaccurate… you can normally have more punctuation than just at the end). Now we define a grammar that produces tokens with names that match the properties of our types, and OysterKit (and Swift) will do the rest.
do {
let words = [classifiedWord, space.require(.zeroOrMore)].sequence.require(.oneOrMore).parse(as:StringToken("words"))
let sentence = try [ [words, punctuation ].sequence ].build("Jon was here!", as: Sentence.self)
print(sentence)
} catch let error as ProcessingError {
print(error.debugDescription)
} catch {
print(error)
}
Instead of parse()
we build()
. We need an extra parameter here; you need to tell build
what you want to build it as
.
.build("Jon was here!", as: Sentence.self)
That tree we saw in the previous example can be exactly matched against our data-structure.
But what if I want a Heterogeneous Tree but don’t want to go to all that effort?
Luckily OysterKit comes hand in hand with STLR which is a language for writing grammars. You can either dynamically turn this into Swift in memory (perfect if you just want to parse
) or use the final member of the trinity stlrc
to generate the Swift not just for the rules, but the Swift data structures too. You can read full documentation for STLR here, but I wanted to leave you with an example of the STLR for the grammar we finished with, and the Swift it generates, but not before showing you the only Swift you’ll need to write to use it
The only code you’ll have to write
All you need to do is build an instance of the generated type…
do {
let sentence = Sentence.build("Hello Jon!")
} catch {
print(error)
}
It’s really that simple. OK, here’s where it came from
The STLR
grammar Sentence
punctuation = "." | "," | "!" | "?"
properNoun = .uppercaseLetter .lowercaseLetter*
other = .letter+
word = properNoun | other
words = (word -.whitespace+)+
sentence = words punctuation
Yup. That’s it. Here’s the Swift that was generated.  When you do though, you should see all of the things you’ve learned in there
The Generated Swift
We can now use stlrc
to compile the STLR into Swift. This simple command will do that
stlrc generate -g Sentence.stlr -l swiftIR -ot ./
The above command will generate a Sentence.swift file in the current directory. You should see what it does if you change -l swiftIR
to -l SwiftPM
… but that’s another story. Here’s what’s in Sentence.swift
import Foundation
import OysterKit
/// Intermediate Representation of the grammar
internal enum SentenceTokens : Int, TokenType, CaseIterable, Equatable {
typealias T = SentenceTokens
/// The tokens defined by the grammar
case `punctuation`, `properNoun`, `other`, `word`, `words`, `sentence`
/// The rule for the token
var rule : Rule {
switch self {
/// punctuation
case .punctuation:
return [".", ",", "!", "?"].choice.reference(.structural(token: self))
/// properNoun
case .properNoun:
return [CharacterSet.uppercaseLetters, CharacterSet.lowercaseLetters.require(.zeroOrMore)].sequence.reference(.structural(token: self))
/// other
case .other:
return CharacterSet.letters.require(.oneOrMore).reference(.structural(token: self))
/// word
case .word:
return [T.properNoun.rule,T.other.rule].choice.reference(.structural(token: self))
/// words
case .words:
return [T.word.rule, -CharacterSet.whitespaces.require(.oneOrMore)].sequence.require(.oneOrMore).reference(.structural(token: self))
/// sentence
case .sentence:
return [T.words.rule,T.punctuation.rule].sequence.reference(.structural(token: self))
}
}
/// Create a language that can be used for parsing etc
public static var generatedRules: [Rule] {
return [T.sentence.rule]
}
}
public struct Sentence : Codable {
// Punctuation
public enum Punctuation : Swift.String, Codable, CaseIterable {
case period = ".",comma = ",",ping = "!",questionMark = "?"
}
// Word
public enum Word : Swift.String, Codable, CaseIterable {
case properNoun,other
}
public typealias Words = [Word]
/// Sentence
public struct Sentence : Codable {
public let words: Words
public let punctuation: Punctuation
}
public let sentence : Sentence
/**
Parses the supplied string using the generated grammar into a new instance of
the generated data structure
- Parameter source: The string to parse
- Returns: A new instance of the data-structure
*/
public static func build(_ source : Swift.String) throws ->Sentence{
let root = HomogenousTree(with: StringToken("root"), matching: source, children: [try AbstractSyntaxTreeConstructor().build(source, using: Sentence.generatedLanguage)])
// print(root.description)
return try ParsingDecoder().decode(Sentence.self, using: root)
}
public static var generatedLanguage : Grammar {return SentenceTokens.generatedRules}
}
There are some interesting (and I think rather clever) things in there. Note that for the Word
type STLR has been clever and determined that there are only a couple of possible values and that both of those are just Strings, so it’s created an enum instead. It’s done that for Punctuation
as well, but that’s a little easier as it was just a choice of simple strings. It’s also determined that it doesn’t really need to create a new type for Words, it can just use a typealias
.
I mention this because you will be interacting with this data structure, so I’ve spent a lot of time making sure it genertes easy to use Swift, that’s strongly typed. This is going to make it easier for you to work with once building is complete.
Status
You will notice there are some warnings in this build. You should not be concerned by these as they are largely forward references to further clean up that can be done now that STLR is generating the Swift code for both Rules/Tokens as well as the data-structures for itself. Deprication is in full swing now as I start to move closer to 1.0 and want to get old code out.


Prior to my career change working with NSS, I was the Assistant General Manager at Climb Murfreesboro.
During that time, I was able to exercise my abilities as a leader and manager obtained from my BS degree in Recreation Management,
with my Minor in Leadership. I hope to bring these talents plus what Nashville Software School has taught me into the developing world,
and provide my future client with the utmost professionalism and respect that they deserve.
Personal information
Below you can find links to my works and social media.
Github
Twitter
LinkedIn
Experience
major projects listed Below
Magic Maker
This is a React App Created for the game Magic the Gathering to keep track of decks you are playing at competitive events.
Deathstar Management System
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Caddo Chronology in the Neches River Basin
2021-05-21
Preface
Reproducibility—the ability to recompute results—and replicability—the chances other experimenters will achieve a consistent result—are two foundational characteristics of successful scientific research (Leek and Peng 2015).
This volume is written in Markdown, and includes all analysis code employed in the study, providing a means for others to reproduce (exactly) those results discussed and expounded upon in the following chapters. The replicable nature of this undertaking provides a means for others to critically assess and evaluate the various analytical components of this study (Gray and Marwick 2019; Peng 2011; Gandrud 2014), which is a necessary requirement for the production of reliable knowledge.
Diagnostic types—whether functional
, decorative
, morphological
, or chronological
(O’Brien and Lyman 1999)—are of considerable import in formulating archaeological interpretations. Temporal ranges associated with the Caddo ceramic types were used in an analysis of mean ceramic dates (MCD) for sites in the Neches River basin, and the type designations themselves were used for the seriation. The contexts associated with radiocarbon dates from sites included in the analysis were scrutinised to ensure that they reasonably articulate with either the Caddo vessels (primary) or Caddo component (secondary) for each site included in the study. Dates were then modelled and compared with the MCD and seriation results.
The goal of this endeavour was to produce a more robust and data-supported chronology for the Caddo period in the Neches River Basin of northeast Texas.
0.1 Acknowledgments
I express my gratitude to … . Thanks to … , as well as the editor and reviewers for their comments and constructive criticisms, which further improved the manuscript.
0.2 Data management
The analysis code associated with this project can be accessed through this document or the GitHub repository https://github.com/aksel-blaise/neches.chron, which is digitally curated on the Open Science Framework (DOI 10.17605/OSF.IO/SR7QW).
0.2.1 Colophon
This version of the analysis was generated on 2021-05-21 06:59:54 using the following computational environment and dependencies:
# what R packages and versions were used?
if ("devtools" %in% installed.packages()) devtools::session_info()
## - Session info --------------------------------------------------------------------------------------------------------------------------
## setting value
## version R version 4.0.5 (2021-03-31)
## os Windows 10 x64
## system x86_64, mingw32
## ui RStudio
## language (EN)
## collate English_United States.1252
## ctype English_United States.1252
## tz America/Chicago
## date 2021-05-21
##
## - Packages ------------------------------------------------------------------------------------------------------------------------------
## package * version date lib source
## assertthat 0.2.1 2019-03-21 [1] CRAN (R 4.0.2)
## bookdown 0.22 2021-04-22 [1] CRAN (R 4.0.5)
## bslib <IP_ADDRESS> 2021-05-18 [1] CRAN (R 4.0.5)
## cachem 1.0.5 2021-05-15 [1] CRAN (R 4.0.5)
## callr 3.7.0 2021-04-20 [1] CRAN (R 4.0.5)
## cli 2.5.0 2021-04-26 [1] CRAN (R 4.0.5)
## colorspace 2.0-1 2021-05-04 [1] CRAN (R 4.0.5)
## crayon 1.4.1 2021-02-08 [1] CRAN (R 4.0.3)
## DBI 1.1.1 2021-01-15 [1] CRAN (R 4.0.3)
## desc 1.3.0 2021-03-05 [1] CRAN (R 4.0.5)
## devtools 2.4.1 2021-05-05 [1] CRAN (R 4.0.5)
## digest 0.6.27 2020-10-24 [1] CRAN (R 4.0.3)
## dplyr 1.0.6 2021-05-05 [1] CRAN (R 4.0.5)
## ellipsis 0.3.2 2021-04-29 [1] CRAN (R 4.0.5)
## evaluate 0.14 2019-05-28 [1] CRAN (R 4.0.2)
## fansi 0.4.2 2021-01-15 [1] CRAN (R 4.0.3)
## farver 2.1.0 2021-02-28 [1] CRAN (R 4.0.5)
## fastmap 1.1.0 2021-01-25 [1] CRAN (R 4.0.3)
## fs 1.5.0 2020-07-31 [1] CRAN (R 4.0.2)
## generics 0.1.0 2020-10-31 [1] CRAN (R 4.0.3)
## ggplot2 * 3.3.3 2020-12-30 [1] CRAN (R 4.0.3)
## git2r 0.28.0 2021-01-10 [1] CRAN (R 4.0.3)
## glue 1.4.2 2020-08-27 [1] CRAN (R 4.0.2)
## gtable 0.3.0 2019-03-25 [1] CRAN (R 4.0.2)
## here * 1.0.1 2020-12-13 [1] CRAN (R 4.0.3)
## highr 0.9 2021-04-16 [1] CRAN (R 4.0.5)
## htmltools <IP_ADDRESS> 2021-01-22 [1] CRAN (R 4.0.3)
## jquerylib 0.1.4 2021-04-26 [1] CRAN (R 4.0.5)
## jsonlite 1.7.2 2020-12-09 [1] CRAN (R 4.0.3)
## knitr 1.33 2021-04-24 [1] CRAN (R 4.0.5)
## labeling 0.4.2 2020-10-20 [1] CRAN (R 4.0.3)
## lifecycle 1.0.0 2021-02-15 [1] CRAN (R 4.0.4)
## magrittr 2.0.1 2020-11-17 [1] CRAN (R 4.0.3)
## memoise 2.0.0 2021-01-26 [1] CRAN (R 4.0.3)
## munsell 0.5.0 2018-06-12 [1] CRAN (R 4.0.2)
## pillar 1.6.1 2021-05-16 [1] CRAN (R 4.0.5)
## pkgbuild 1.2.0 2020-12-15 [1] CRAN (R 4.0.3)
## pkgconfig 2.0.3 2019-09-22 [1] CRAN (R 4.0.2)
## pkgload 1.2.1 2021-04-06 [1] CRAN (R 4.0.5)
## prettyunits 1.1.1 2020-01-24 [1] CRAN (R 4.0.2)
## processx 3.5.2 2021-04-30 [1] CRAN (R 4.0.5)
## ps 1.6.0 2021-02-28 [1] CRAN (R 4.0.5)
## purrr 0.3.4 2020-04-17 [1] CRAN (R 4.0.2)
## R6 2.5.0 2020-10-28 [1] CRAN (R 4.0.3)
## remotes 2.3.0 2021-04-01 [1] CRAN (R 4.0.5)
## rlang 0.4.11 2021-04-30 [1] CRAN (R 4.0.5)
## rmarkdown 2.8 2021-05-07 [1] CRAN (R 4.0.5)
## rprojroot 2.0.2 2020-11-15 [1] CRAN (R 4.0.3)
## rstudioapi 0.13 2020-11-12 [1] CRAN (R 4.0.3)
## sass 0.4.0 2021-05-12 [1] CRAN (R 4.0.5)
## scales 1.1.1 2020-05-11 [1] CRAN (R 4.0.2)
## sessioninfo 1.1.1 2018-11-05 [1] CRAN (R 4.0.2)
## stringi 1.6.2 2021-05-17 [1] CRAN (R 4.0.5)
## stringr 1.4.0 2019-02-10 [1] CRAN (R 4.0.2)
## testthat 3.0.2 2021-02-14 [1] CRAN (R 4.0.4)
## tibble 3.1.2 2021-05-16 [1] CRAN (R 4.0.5)
## tidyselect 1.1.1 2021-04-30 [1] CRAN (R 4.0.5)
## tinytex 0.31 2021-03-30 [1] CRAN (R 4.0.5)
## usethis 2.0.1 2021-02-10 [1] CRAN (R 4.0.3)
## utf8 1.2.1 2021-03-12 [1] CRAN (R 4.0.5)
## vctrs 0.3.8 2021-04-29 [1] CRAN (R 4.0.5)
## withr 2.4.2 2021-04-18 [1] CRAN (R 4.0.5)
## xfun 0.23 2021-05-15 [1] CRAN (R 4.0.5)
## yaml 2.2.1 2020-02-01 [1] CRAN (R 4.0.2)
##
## [1] C:/Users/seldenjrz/Documents/R/win-library/4.0
## [2] C:/Program Files/R/R-4.0.5/library
Current Git commit details are:
# where can I find this commit?
if ("git2r" %in% installed.packages() & git2r::in_repository(path = ".")) git2r::repository(here::here())
## Local: main E:/github/neches.chron
## Remote: main @ origin (https://github.com/aksel-blaise/neches.chron)
## Head: [6f6efdd] 2021-05-21: <edit supp>


1) I can pass a string as a parameter, and it will check to see whether that string contains either a unix timestamp or a natural language date (example: January 1, 2016)
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I had been wanting to try Salvia for several months, and so I finally went ahead and ordered a gram of the 10x Salvia divinorum extract. It arrived in the mail a week later, and so that night my friends and I prepared for an intense trip. I was the first to try it. I inhaled deeply and quickly, just as I had been instructed to, and held the smoke for thirty seconds. I exhaled, and nothing happened. I felt strange, different in a way for which I have no words to describe, though I will attempt to later. My friend Colin was next. He was unsuccessful as well.
Over the next forty-five minutes or so, we continued to smoke more and more Salvia. Normally we would have realized that this was not a good idea, but our thinking was very clouded. Eventually my friend Nathan gave it a try, and the intense trip to another world others have described occured for him. Disappointed and strangely very irritated, I went to sleep.
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I began talking to myself, although I was sort of speaking to another entity or group of entities. I knew in my mind there wasn't anything else there, but I spoke anyway: 'Another hit.. right there..' I poured (very clumsily and haphazardly) the rest of the salvia (another 1/10th of a gram) into the bowl, feeling somewhat encouraged to do so by this entity which had the distinct feeling of being from a separate reality, or perhaps was a separate reality. Salvia's irritability kicked in when my lighter was getting a bit stuck. 'Fucking lighter!', I yelled. Finally it lit and I inhaled.
After this, there are two or three minutes I can't remember. Brendan entered the room saying something to me about his dxm trip, and I began screaming at him, telling him he was insignificant and stupid, and that dxm is a terrible drug. He took this as a joke, though I was quite serious. I pushed him out of my room and closed the door, hoping to feel the full effects of salvia. Suddenly my phone rang, it was my friend Val, I don't know what he wanted but I sort of sang something like 'Not now Val, have to break through reality', and I hung up. Then I stood up and went outside where Brendan and my friend Thom were.
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At this point my friends left to the kitchen, saying they were afraid of me, which I found ridiculous as I had no intention of hurting them. They later told me that when I came out of my room, I looked like a different person. Brendan said I looked like 'a retard,' and that I looked like I was going to kill someone, that I was possessed. Anyway, after this I began to come out of it, stood up, and went back into my room. I felt very hot and was sweating heavily. I took off my shirt and felt better. Then I walked back to the living room, mostly sober, and began to go over what had happened.
I never traveled to a different world as many people do on Salvia, but I feel that what I experienced was very intense. Salvia did not feel anything like a drug. I felt no body effects (other than the sweating upon coming out of it), everything was completely mental. I felt as though I belonged to a different reality, and I had no way to censor my actions -- societal norms had no bearing on me. It was a bizarre combination of rage, possession and euphoria. Overall I enjoyed it, it was a positive experience but I can't see myself doing it again any time soon, and would not recommend it for everyone.
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This calculates the sequence of polynomials mod p defined by
a[n+k] = REDUCE(sum_{j=0}^{j=k-1} c[j]*a[n+j])
where the REDUCE operator subtracts multiples of the previous a[j]
to decrease the degree of the polynomial as much as possible.
If it reduces to the zero polynomial, then n+k is called a jump number
and is printed to the Jump textarea
Usage
Enter polynomials as lists of coefficients, e.g. t+7t^3 would be
0+1t+0t^2+7t^3 and hence represented as [0,1,0,7] and 0 is represented as [0].
Press the Load Recurrence button
Press the Generate N More Values button, one or more times


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React has a large and fast growing community. Thus the needs that come up are increasing as well. This project began when looking for a react component that can create true bootstrap compatible code for table data.
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These base-type constructors allow more control over the creation of strings in R. They take character vectors or string-like objects (integerish or raw vectors), and optionally set the encoding. The string version checks that the input contains a scalar string.
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If non-null, set an encoding mark. This is only declarative, no encoding conversion is performed. |
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This section provides some guidelines on how to install and configure BoostBook and Quickbook under several operating systems.
Before continuing, it is very important that you keep this in mind: if you
try to build some documents and the process breaks due to misconfiguration,
be absolutely sure to delete any bin
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Section contributed by Julio M. Merino Vidal
The following instructions explain how to install Docbook XML, Docbook XSL and Doxygen in a Mac OS X system, how to configure Boost.Build v2 to recognize them and how to build and install Quickbook. They were taken from a 10.4 (Tiger) machine so it is likely that they also apply to future versions; they may not work with older ones, though.
The text below assumes you want to install all the necessary utilities in
a system-wide location, allowing any user in the machine to have access to
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Mac OS X comes with xsltproc
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To get started:
/usr/local/share/xml/docbook/4.2
.
/usr/local/share/xsl/docbook
, thus effectively removing the
version number from the directory name (for simplicity).
user-config.jam
file, which should live in your home directory (/Users/<your_username>
).
You must already have it somewhere or otherwise you could not be building
Boost (i.e. missing tools configuration).
using xsltproc ; using boostbook : "/usr/local/share/xsl/docbook" : "/usr/local/share/xml/docbook/4.2" ;
The above steps are enough to get a functional BoostBook setup. Quickbook will be automatically built when needed. If you want to avoid these rebuilds and install a system-wide Quickbook instead:
BOOST_ROOT/tools/quickbook
).
bjam
--v2
.
quickbook
binary (located under the BOOST_ROOT/bin.v2
hierarchy)
to a safe place. Following our previous example, you can install it into:
/usr/local/bin
.
user-config.jam
file:
using quickbook : "/usr/local/bin/quickbook" ; ;
Additionally, if you need to build documentation that uses Doxygen, you will need to install it too:
dmg
file) for Mac OS X.
Applications
folder to install it.
user-config.jam
file:
using doxygen : /Applications/Doxygen.app/Contents/Resources/doxygen ;
Alternatively, you may want to install all the prerequistes through a package system to avoid manual management of the installations. In that case, check out pkgsrc.
Section contributed by Julio M. Merino Vidal
The following instructions apply to any Windows system based on Windows 2000, including Windows XP, Windows 2003 Server and Windows Vista. The paths shown below are taken from a Windows Vista machine; you will need to adjust them to match your system in case you are running an older version.
xsltproc
for Windows. There are many ways to get this tool, but to keep things simple,
use the binary packages
made by Igor Zlatkovic. At the very least, you need to download the following
packages: iconv
, zlib
, libxml2
and libxslt
.
bin
, include
and lib
directories within
the hierarchy. These instructions use C:\Users\example\Documents\boost\xml
as the root for all files.
bin
directory and launch xsltproc.exe
to ensure it works. You should get usage information on screen.
C:\Users\example\Documents\boost\xml\docbook-xml
.
docbook-xsl
(bypassing the version name): C:\Users\example\Documents\boost\xml\docbook-xsl
.
user-config.jam
file, which should live in your home directory (%HOMEDRIVE%%HOMEPATH%
).
You must already have it somewhere or otherwise you could not be building
Boost (i.e. missing tools configuration).
using xsltproc : "C:/Users/example/Documents/boost/xml/bin/xsltproc.exe" ; using boostbook : "C:/Users/example/Documents/boost/xml/docbook-xsl" : "C:/Users/example/Documents/boost/xml/docbook-xml" ;
The above steps are enough to get a functional BoostBook setup. Quickbook will be automatically built when needed. If you want to avoid these rebuilds:
BOOST_ROOT\tools\quickbook
).
bjam
--v2
.
quickbook.exe
binary (located under the BOOST_ROOT\bin.v2
hierarchy)
to a safe place. Following our previous example, you can install it into:
C:\Users\example\Documents\boost\xml\bin
.
user-config.jam
file:
using quickbook : "C:/Users/example/Documents/boost/xml/bin/quickbook.exe" ;
The following instructions apply to Debian and its derivatives. They are based on a Ubuntu Edgy install but should work on other Debian based systems.
First install the bjam
,
xsltproc
, docbook-xsl
and
docbook-xml
packages. For example, using apt-get
:
sudo apt-get install xsltproc docbook-xsl docbook-xml
If you're planning on building boost's documentation, you'll also need to
install the doxygen
package
as well.
Next, we need to configure Boost Build to compile BoostBook files. Add the
following to your user-config.jam
file, which should be in your home
directory. If you don't have one, create a file containing this text. For
more information on setting up user-config.jam
, see
the Boost
Build documentation.
using xsltproc ; using boostbook : /usr/share/xml/docbook/stylesheet/nwalsh : /usr/share/xml/docbook/schema/dtd/4.2 ; # Remove this line if you're not using doxygen using doxygen ;
The above steps are enough to get a functional BoostBook setup. Quickbook will be automatically built when needed. If you want to avoid these rebuilds:
BOOST_ROOT/tools/quickbook
).
bjam
--v2
.
quickbook
binary (located under the BOOST_ROOT/bin.v2
hierarchy)
to a safe place. The traditional location is /usr/local/bin
.
user-config.jam
file, using the full path of the quickbook executable:
using quickbook : /usr/local/bin/quickbook ;


| Class | Description |
|---|---|
| CommandLineOptions |
This class is used to interpret commandline parameters specified when starting Genius.
|
| CommandLineRunner |
Class to allow Negotiations to be run from the command line, without the use of a GUI.
|
| ConsoleHelper |
Created by david on 19/07/15.
|
| FileTools | |
| Pair<A,B> |
A simple tuple class.
|
| Progress |
Contains the progress of something.
|
| Queue |
Array-based implementation of the queue.
|
| Range |
This is a tuple class which is used to pass on a double range.
|
| RangeInt |
This is a tuple class which is used to pass on an integer range.
|
| ScenarioLauncher | |
| ScoreKeeper<A> |
Simple class which can be used to keep track of the score of a set of
objects.
|
| Serializer<A> |
Series of methods to (un)serialize an object to a string
to store it as a file.
|
| SetTools |
Class which generates the Cartesian product of a list of sets.
|
| Simulator | |
| SimulatorConfiguration | |
| StringUtils | |
| Time |
Contains helper functions for time
|


Blog Post
A few facts about travel and climbing ways
Mountain
The 13 Best Things to See
and Do in Taipei
Jul 12, 2021
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How to Find a Job Teaching in Spain
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5 Myths About Booking a Flight
Jul 12, 2021
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My 4 Favorite Hostels in Toronto
Jul 12, 2021
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Figure 2: Nature Illustration Figure 3: Landscape Illustration Different types of illustration Digital illustration can be done in several ways: 2D 3D Interactive Projected Meaning i-llus-tra-tion Artistic part of a text Engraving, drawing, image or reproduction Act or effect of illustrating Inspiration Some good visual culture. Illustration tutorial video Learn some good skills Softwares Adobe Illustrator Abobe Fireworks Adobe Photoshop
Figure 3: Landscape Illustration Different types of illustration Digital illustration can be done in several ways: 2D 3D Interactive Projected Meaning i-llus-tra-tion Artistic part of a text Engraving, drawing, image or reproduction Act or effect of illustrating Inspiration Some good visual culture. Illustration tutorial video Learn some good skills Softwares Adobe Illustrator Abobe Fireworks Adobe Photoshop


After Logging In you are redirected to the “Submit Request” page.
Here, you can see all the requests sent by students under your Hostel.
Click on “Request Review” button to see all the information of a student who sent the request. (like Parent mobile number, Address, Out date, In date etc.).
There you can verify the student details.
After conforming with the parent, you can choose your option respectively. (Either Approve or Reject).
You can list out students using Roll Number and year in pending request column.
Once you accept, the student gets a QR Code and his info will be seen in the column - “Approved Requests”.
Information of Students who are out of campus under the Type – “Day-Out” will be shown in separate column.
All the students data who went out of campus is listed under “All records” Column. You can get records of a particular day by entering the date.
You can also get data of particular branch or year by entering the year in given search bar.
You can view student status in “Student Status” column.
You can update your profile in Profile Column, Profile picture should of size less than 1mb.


AngularJS Features
Getting started
Directives, Filters and Data Binding
Views, Controllers and Scope
Routes and Factories
What's new in Angular 2
Angular works by separating application logic from data on the client-side
Controllers, Services and Models are used to glue all the logic and data operations together.
Controllers, Services and Models are used to glue all the logic and data operations together.
data and logic are separated so this means that your data (the dynamic stuff), your HTML templates (the static stuff), and your logic (the controllers and binding markup) work together to make the application work.
My aim is to show you how everything fit together. Hopefully by the end of this you will know what to use for what purpose and where to find it.
Why Angular?
SPA, data binding, MVC, routing, history, testing, jqLite, templates, factories for code sharing, dynamicly injecting new features through dependency injection, directives, ViewModel, Validation...
It is fully extensible and works well with other libraries. Every feature can be modified or replaced to suit your unique development workflow and feature needs
Angular includes a wealth of essential features such as mobile gestures, animations, filtering, routing, data binding, security, internationalization, and beautiful UI components. It's extremely modular, lightweight, and easy to learn.
Modules
var app = angular.module("demoApp", ['ngMaterial']);
app.controller(...);
app.directive(...);
Modules are used to fully encapsulate all the angular code of your application into one entry point.
This code here will create a global module for your app where you can create routes, models, filters and directives.
The app variable is accessible throughout your application and the ['ngMaterial'] definition array defines all the other modules and dependencies that must be loaded prior to this module being activated.
Directives
Angular Directives extends DOM behavior.
Angular 2
To use ES5 add:
Angular 2 is a work in progress, many things can and will change.
Components
import {Component} from 'angular2/angular2';
@Component ({
selector: "user", // Defines the tag
injectables: [FavoritesService] //Gets the favorites data from FavoritesService class
})
You only have to bootstrap the root component. Whenever Angular sees another component, it knows how to find it.
View
import {Component, View, For, If} from 'angular2/angular2';
@Component ({
selector: "user"
})
@View ({
template:`
Hello {{name.value}}
`,
directives: [For, If]
})
on your view definition you can have an inline template or include a templateURL property instead and give the path to the html file.
You can also inject the other directives to the view here as the directives property.
Don't forget to import your directives on top of your documents.
Bootstraping
bootstrap(UserComponent);
On the bottom of your main app file call the bootsrap function and give the root component as an argument.
You only have to bootstrap the root component. Whenever Angular sees another component, it knows how to find it.
Bootstraping
All you need to add to your html to start your app is your component tag as well as your file scripts.
Angular applications are a tree of nested components. You always begin with a top-level component. You add child components by including them in the parent's template.
link to user
@RouteConfig({
path: '/user', component: UserComponent, alias: 'user'
});
The router is responsible for mapping URLs to components.
What can you do today to prepare for Angular 2
You can start using ES6 today.
TypeScript is not nesessary for Anular 2 but I think it is cool. Most of you Java developers might have a better time with it than using plain JavaScript.
Most importantly write modular, good Angular 1.x code. This will allow make your transition more pleasant. You can start migrating your app slowly without breaking anything.
Angular2 Workshops and Resources
For more Angular 2 resources check here are some places to go.
Of course Angular's new website has the api referece and tutorials. Angular team with their new additions are doing a much better job this time with documenting and creating a new user friendly environment.
Angular U will be an amazing conference in June 22 to 25 2015 in San Francisco. All of the core team will be there and you can get a %20 discount.
Few new cool things
Custom (events) and [properties]
No more Scope.apply(knows about JS events)
Better error handling
Faster
No more curly braces for attribute values
Change detection will update on any other event you defined by using other libraries or plain JS. SetInterval will work fine.
Other Resources
AngularUI- has util functions, angular implementation of Bootstrap, Directives to integrate Google Maps and much more useful goodness.
The Angular Material - project is an implementation of Material Design in Angular.js
Egghead io has an amazing video series for getting your team up to speed with AngularJS.
ng-newsletter and AngularJS Magazine are both great for catching up with the latest and the greatest things about Angular.
This last one is a recent blog post that highlights few cool directives you can use.
Check out built with Angular website to get inspired and see who is using Angular in their projects.


If you are chartered to help consumers use resources more efficiently and think usage data will help your programs - Green Button is for you!
Your efficiency programs can gain additional value and relivance by using the actual metered data. You will be able to base-line actual consumption easiliy and provide your clients with the best possible guidance in achieving efficient usage of their energy and water resources. Green Button allows for daily, monthly, or annual interval data feeds and remain fully under the control of your client.


A very interesting post-exploitation framework developed in bash shell scripting (ie full compatibility with most unix systems).
https://github.com/SafeBreach-Labs/pwndsh


Create and interact with Reproducible Data Objects.
print()
Default print method of current RDO status
RDO$print(...)
...
Other params for print function.
new()
Creating a new RDO object,
RDO$new(name, dependencies = list())
name
Unique name of the object.
dependencies
An RDO object or a list of RDO objects.
A new 'RDO' object.
get_status()
Getting current status.
RDO$get_status()
A list.
get_name()
Getting object name.
RDO$get_name()
A character with object name.
has_dependencies()
Checking if object has dependencies.
RDO$has_dependencies()
TRUE if has or FALSE if not.
add_dependencies()
Adding new or update existing RDO dependencies.
RDO$add_dependencies(dependencies = list())
dependencies
An RDO object or a list of RDO objects.
The RDO object (self) returned invisibly.
get_dependencies()
Getting dependencies of the object.
RDO$get_dependencies(deep = FALSE)
deep
A logical. Should the function return only direct dependencies (FALSE) or also deep indirect dependencies (dependencies of dependencies). Default is FALSE.
A named list of RDO dependencies with unique names.
get_dependency_register()
Getting dependency register showing which RDO is a direct parent for other RDO dependencies.
RDO$get_dependency_register()
A data.frame.
plot_dependencies()
Plotting the tree of RDO dependencies.
Needs visNetwork
package for plotting.
RDO$plot_dependencies()
get_code()
Getting reproducible R code.
RDO$get_code(deep = FALSE)
deep
A logical. Should the function return only code for this particular RDO (FALSE) or also from all dependencies. Default is FALSE.
An R named expression.
print_code()
Printing reproducible R code.
RDO$print_code(deep = FALSE, verbose = Sys.getenv("RDO_VERBOSE"))
deep
A logical. Should the function return only code for this particular RDO (FALSE) or also from all dependencies. Default is FALSE.
verbose
A logical.
Should the messages be sent to console.
If the param is not set, it is read from
an environmental variable RDO_VERBOSE
.
If the variable is not set, than the default is TRUE.
A character. Reproducible R code returned invisibly.
run()
Running reproducible R code.
RDO$run(deep = FALSE, cache = TRUE, verbose = Sys.getenv("RDO_VERBOSE"))
deep
A logical. Should the function run only code for this particular RDO (FALSE) or should it run also dependencies' code if they are not validated. The function is lazy and it checks if all deep dependencies are validated first. If so, there is no need to rerun their code again. Default is FALSE.
cache
A logical. Should the result of code evaluation be cached inside an RDO object. Default is TRUE.
verbose
A logical.
Should the messages be sent to console.
If the param is not set, it is read from
an environmental variable RDO_VERBOSE
.
If the variable is not set, than the default is TRUE.
The RDO object (self) returned invisibly.
is_validated()
Checking if RDO is validated. A RDO is validated when the result of running reproducible R code saved inside the RDO is the same as data cached inside the RDO.
RDO$is_validated(deep = FALSE, verbose = Sys.getenv("RDO_VERBOSE"))
deep
A logical. Should the function validate only this particular RDO (FALSE) or should it validate also all deep dependencies (TRUE). Default is FALSE.
verbose
A logical.
Should the messages be sent to console.
If the param is not set, it is read from
an environmental variable RDO_VERBOSE
.
If the variable is not set, than the default is TRUE.
A logical. TRUE if RDO is validated, FALSE if not.
invalidate()
Invalidating the RDO explicitly by setting the 'is_validated' status to 'FALSE'.
RDO$invalidate(deep = FALSE, verbose = Sys.getenv("RDO_VERBOSE"))
deep
A logical. Should the function invalidate only this particular RDO (FALSE) or should it invalidate also all deep dependencies (TRUE). Default is FALSE.
verbose
A logical.
Should the messages be sent to console.
If the param is not set, it is read from
an environmental variable RDO_VERBOSE
.
If the variable is not set, than the default is TRUE.
The RDO object (self) returned invisibly.
validate()
Validating the RDO explicitly by running deep reproducible R code and checking if the result is the same as cached data inside the RDO.
RDO$validate(deep = FALSE, verbose = Sys.getenv("RDO_VERBOSE"))
deep
A logical. Should the function validate only this particular RDO (FALSE) or should it validate also all deep dependencies (TRUE). Default is FALSE.
verbose
A logical.
Should the messages be sent to console.
If the param is not set, it is read from
an environmental variable RDO_VERBOSE
.
If the variable is not set, than the default is TRUE.
The RDO object (self) returned invisibly.
lock()
Locking the RDO object. When RDO object is locked you cannot change the R code and data cache saved inside the object.
RDO$lock(deep = FALSE, verbose = Sys.getenv("RDO_VERBOSE"))
deep
A logical. Should the function lock only this particular RDO (FALSE) or should it lock also all deep dependencies (TRUE). Default is FALSE.
verbose
A logical.
Should the messages be sent to console.
If the param is not set, it is read from
an environmental variable RDO_VERBOSE
.
If the variable is not set, than the default is TRUE.
The RDO object (self) returned invisibly.
unlock()
Unlocking previously locked RDO object.
RDO$unlock(deep = FALSE, verbose = Sys.getenv("RDO_VERBOSE"))
deep
A logical. Should the function unlock only this particular RDO (FALSE) or should it unlock also all deep dependencies (TRUE). Default is FALSE.
verbose
A logical.
Should the messages be sent to console.
If the param is not set, it is read from
an environmental variable RDO_VERBOSE
.
If the variable is not set, than the default is TRUE.
The RDO object (self) returned invisibly.
is_locked()
Checking if an RDO object is locked.
RDO$is_locked(deep = FALSE, verbose = Sys.getenv("RDO_VERBOSE"))
deep
A logical. Should the function check only this particular RDO (FALSE) or should it check also all deep dependencies (TRUE). Default is FALSE.
verbose
A logical.
Should the messages be sent to console.
If the param is not set, it is read from
an environmental variable RDO_VERBOSE
.
If the variable is not set, than the default is TRUE.
A logical. TRUE if RDO is locked, FALSE if not.
prune_cache()
Pruning (clearing) RDO data cache by setting cache to NULL. It can save memory when we no longer need to keep cache in dependencies.
RDO$prune_cache(deep = FALSE, verbose = Sys.getenv("RDO_VERBOSE"))
deep
A logical. Should the function prune cache of only this particular RDO (FALSE) or should it prune cache also of deep dependencies (TRUE). If an RDO is locked the cache in this particular RDO is not pruned. Default is FALSE.
verbose
A logical.
Should the messages be sent to console.
If the param is not set, it is read from
an environmental variable RDO_VERBOSE
.
If the variable is not set, than the default is TRUE.
The RDO object (self) returned invisibly.
prune_dependencies()
Pruning RDO dependencies by ensuring that RDO objects in deep dependencies with the same name point to the same RDO objects. This type of pruning may be useful after deep clonning of complex RDO tree with duplicated dependencies.
RDO$prune_dependencies(verbose = Sys.getenv("RDO_VERBOSE"))
verbose
A logical.
Should the messages be sent to console.
If the param is not set, it is read from
an environmental variable RDO_VERBOSE
.
If the variable is not set, than the default is TRUE.
The RDO object (self) returned invisibly.
clone()
The objects of this class are cloneable with this method.
RDO$clone(deep = FALSE)
deep
Whether to make a deep clone.


| Interface | Description |
|---|---|
| AttachmentStorage |
An attachment store records potentially large binary objects, identified by their hash.
|
| IdentityService |
An identity service maintains an bidirectional map of
class Party s to their associated public keys and thus supports
lookup of a party given its key. This is obviously very incomplete and does not reflect everything a real identity
service would provide. |
| KeyManagementService |
The KMS is responsible for storing and using private keys to sign things. An implementation of this may, for example,
call out to a hardware security module that enforces various auditing and frequency-of-use requirements.
|
| NetworkMapCache |
A network map contains lists of nodes on the network along with information about their identity keys, services
they provide and host names or IP addresses where they can be connected to. The cache wraps around a map fetched
from an authoritative service, and adds easy lookup of the data stored within it. Generally it would be initialised
with a specified network map service, which it fetches data from and then subscribes to updates of.
|
| ReadOnlyTransactionStorage |
Thread-safe storage of transactions.
|
| SchedulerService |
Provides access to schedule activity at some point in time. This interface might well be expanded to
increase the feature set in the future.
|
| StateMachineRecordedTransactionMappingStorage |
This is the interface to storage storing state machine -> recorded tx mappings. Any time a transaction is recorded
during a flow run addMapping should be called.
|
| StorageService |
A sketch of an interface to a simple key/value storage system. Intended for persistence of simple blobs like
transactions, serialised flow state machines and so on. Again, this isn't intended to imply lack of SQL or
anything like that, this interface is only big enough to support the prototyping work.
|
| TransactionStorage |
Thread-safe storage of transactions.
|
| TxWritableStorageService |
Storage service, with extensions to allow validated transactions to be added to. For use only within ServiceHub.
|
| UniquenessProvider |
A service that records input states of the given transaction and provides conflict information
if any of the inputs have already been used in another transaction.
|
| VaultService |
A
interface VaultService is responsible for securely and safely persisting the current state of a vault to storage. The
vault service vends immutable snapshots of the current vault for working with: if you build a transaction based
on a vault that isn't current, be aware that it may end up being invalid if the states that were used have been
consumed by someone else first! |
| Class | Description |
|---|---|
| PartyInfo |
Holds information about a
class Party , which may refer to either a specific node or a service. |
| ServiceInfo |
A container for additional information for an advertised service.
|
| ServiceInfoKt | |
| ServiceType |
Identifier for service types a node can expose over the network to other peers. These types are placed into network
map advertisements. Services that are purely local and are not providing functionality to other parts of the network
don't need a declared service type.
|
| ServicesKt | |
| StateMachineTransactionMapping | |
| TimestampChecker |
Checks if the given timestamp falls within the allowed tolerance interval.
|
| Vault |
A vault (name may be temporary) wraps a set of states that are useful for us to keep track of, for instance,
because we own them. This class represents an immutable, stable state of a vault: it is guaranteed not to
change out from underneath you, even though the canonical currently-best-known vault may change as we learn
about new transactions from our peers and generate new transactions that consume states ourselves.
|
| Exception | Description |
|---|---|
| NetworkCacheError | |
| UniquenessException |


Movies
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---
start: 2015-11-26 17:45
edition: 25
participate: "http://www.meetup.com/Chennai-Geek-Night/events/226966499/"
talk: "https://docs.google.com/forms/d/1llJxKCuEnPXOPHnXUQHnc8Unlt_Y4kPvWJqndjl_6Gg/viewform"
subnote: "This event will be live streamed on YouTube."
agenda:
-
time: "6:00"
title: "How to start hacking electronics"
speaker_profile: "By: Deepan Subramani"
-
time: "6:45"
title: "Let's talk fly drones.."
speaker_profile: "By: Srini Vas"
-
time: "7:30"
title: "Break"
-
time: "7:45"
title: "IoTT - Keep an eye on TT table from your desk"
speaker_profile: "By: Arun Kumar Sundaramurthy"
---


| Small Number of terms per segment | Large Number of terms per segment | |
|---|---|---|
| Small Vocabulary | Bray-Curtis Hamming (e.g. character dialogue) |
Euclidean Chebyshev Standardized Euclidean (e.g. chapters of books) |
| Large Vocabulary | Correlation Jaccard Squared Euclidean (e.g. non-epic poetry) |
Cosine Manhattan Canberra (e.g. comparing entire corpora) |
.svg
or
.png
format. SVG images are very useful because they scale
well in web browsers.


Iterable.forEach()
, and Map.forEach()
calls that can be automatically converted into classical loops.
Example:
String joinNonEmpty(List<String> list) {
return list.stream() // Stream can be converted to loop
.filter(s -> !s.isEmpty())
.map(String::trim)
.collect(Collectors.joining(", "));
}
After the quick-fix is applied:
String joinNonEmpty(List<String> list) {
StringJoiner joiner = new StringJoiner(", ");
for (String s : list) {
if (!s.isEmpty()) {
String trim = s.trim();
joiner.add(trim);
}
}
return joiner.toString();
}
Note that sometimes this inspection might cause slight semantic changes. Special care should be taken when it comes to short-circuiting, as it's not specified how many elements will be actually read when the stream short-circuits.
Stream API appeared in Java 8. This inspection can help to downgrade for backward compatibility with earlier Java versions.
Configure the inspection:
Use the Iterate unknown Stream sources via Stream.iterator() option to suggest conversions for streams with unrecognized source. In this case, iterator will be created from the stream. For example, when checkbox is selected, the conversion will be suggested here:
List<ProcessHandle> handles = ProcessHandle.allProcesses().collect(Collectors.toList());
In this case, the result will be as follows:
List<ProcessHandle> handles = new ArrayList<>();
for (Iterator<ProcessHandle> it = ProcessHandle.allProcesses().iterator(); it.hasNext(); ) {
ProcessHandle allProcess = it.next();
handles.add(allProcess);
}
New in 2017.1


Before Change
target = target.reshape([-1, 1])
// Get anchors with positive label.
positive_indices = np.nonzero(np.squeeze(target) > 0)[0]
random_indices = np.random.choice(np.arange(len(positive_indices)), n)
loss_per_anchor = pred_dict["rpn_prediction"]["reg_loss_per_anchor"]
// Get only n random to avoid overloading image.
positive_indices = positive_indices[random_indices]
loss_per_anchor = loss_per_anchor[random_indices]
target = target[positive_indices]
bbox_pred = pred_dict["rpn_prediction"]["rpn_bbox_pred"]
bbox_pred = bbox_pred.reshape([-1, 4])
bbox_pred = bbox_pred[positive_indices]
After Change
loss_per_anchor = pred_dict["rpn_prediction"]["reg_loss_per_anchor"]
top_losses_idx = np.argsort(loss_per_anchor)[::-1][:top_k]
loss_per_anchor = loss_per_anchor[top_losses_idx]
bbox_pred = bbox_pred[top_losses_idx]
all_anchors = all_anchors[top_losses_idx]
bbox_final = decode(all_anchors, bbox_pred)


BUS PASS APPLICATION
1.Student 10th Details
SSC Board Type*:
SSC
CBSE
ICSE
APOS
Oriental
Other Board
SSC Regular/Supplementary*:
Regular
Supplementary
SSC Year of Pass*:
SSC hall ticket no.*:
Date of Birth(dd/mm/yyyy)*:
2.Student Details
Name*:
Father's / Guardian's Name*:
Date of Birth(dd/mm/yyyy)*:
Gender*:
Male
Female
Aadhar Number*:
Mobile Number*:
Email*:
Is Employee Children*:
Yes
No
3.Route Details
Boarding Point*:
Pass Type Required*:
General
Metro


Dashboard : {{name}}
Camera Choice
List of events
| #ID | Camera Name | Location | State | Probability | Delete |
|---|---|---|---|---|---|
| {{ entry.id }} | {{ entry.cam_name }} | {{ entry.location }} | {{ entry.state }} | {{ entry.prob }} | Delete |


|
Charles LindberghCharles Lindbergh was an heroic American aviator whose baby son was tragically kidnapped and murdered.  He established a world record and collected a $25,000 reward from New York entrepreneur Raymond Orteig. The feat earned Lindbergh the nickname "The Lone Eagle," and his historic plane "The Spirit of St. Louis" now resides in the Smithsonian. The Lindbergh Baby was kidnapped for ransom in 1932. Its decomposed body was located 10 weeks later, but only after the Lindberghs had already handed over $50,000 in gold certificates. In 1935, immigrant carpenter and convicted felon Bruno Richard Hauptmann was found guilty of the crime. He was executed the following year in the electric chair. After the trial, Lindbergh and his wife moved to England to escape the American press. Soon thereafter he became enamored of Nazi Germany, admiring the policies of Hitler's regime. After making a couple of visits he even began making plans to move there permanently. Lindbergh became active in the isolationist movement, urging England and the United States to observe complete neutrality should war break out. He lobbied the British people to appease Hitler, helping to pave the way for the Munich Pact. These efforts were greatly appreciated by the Germans. Joseph Goebbels wrote in his diary:
Lindbergh has written a really spirited letter to Roosevelt. He is the president's toughest opponent. He asked us not to give him too much prominence, since this could harm him. We have proceeded accordingly. During his third visit to Nazi Germany, in October 1938, Lindbergh received the Service Cross of the German Eagle (Verdienstkreuz der Deutscher Adler), the second-highest honor the Reich could bestow on noncitizens. It was presented to him by Reichsmarshal Hermann Goering. Lindbergh described the scene in his journal:
Marshal Goering, of coarse, was the last to arrive (at the dinner). I was standing in the back of the room. He shook hands with everyone. I noticed he had a red box and some papers. When he came to me he shook hands, handed me the box and papers and spoke a few sentences in German. I found he had presented me with the German Eagle, one of the highest German decorations, "by order of Der Fuhrer." Apart from other Jew-hating Nazi lovers like Henry Ford (who received an even nicer medal from the Reich), nobody in the U.S. could understand why Lindbergh was so eager to befriend the Nazis. They were stupefied. He began attracting public criticism from all corners, even from the man who prosecuted the Lindbergh Baby case. In December, New Jersey Attorney General David P. Wilentz told a newspaper:
"The people of England are about finished with him. Americans are beginning to feel the same way, and the halo of hero worship around Lindbergh's head is getting pretty well tarnished." But none of this managed to dissuade Lindbergh. In April 1939, he made a nationwide radio broadcast urging white Americans to support strict neutrality in the coming war. "These wars in Europe are not wars in which our civilization is defending itself against some Asiatic intruder. This is not a question of banding together to defend the white race against foreign invasion." That same year, Lindbergh wrote an article for Readers' Digest magazine, entitled "Aviation, Geography and Race." He reiterated the necessity of maintaining strict neutrality regarding Germany's struggle against Europe's nonwhite populations:
Aviation is a tool especially shaped for Western hands, a scientific art which others only copy in a mediocre fashion; another barrier between the teeming millions of Asia and the Grecian inheritance of Europe -- one of the priceless possessions which permit the White race to live at all in a sea of Yellow, Black and Brown... This is the kind of talk only a fellow racist could love. It should be no surprise, then, that he got along famously with industrialist Henry Ford. Lindbergh gushed about a December 1939 meeting:
I talked to Ford about the war, the industrial situation in America, about his ideas of decentralization etc. He is a combination of genius and impracticability, with the genius definitely on top. Ford is a great man and a constructive influence in this country. One cannot talk to him without gaining new ideas and receiving much mental stimulation. His greatness is demonstrated by his vision and his success industrially and by his interests and activities in many other fields. With encouragement from friends like Ford, Lindbergh continued lobbying for American isolationism. On September 11, 1941 Lindbergh finally made one speech too many. Before a large crowd in Des Moines, Iowa, he declared:
"The three most important groups who have been pressing this country toward war are the British, the Jewish, and the Roosevelt Administration." There were boos and catcalls, but Lindbergh persisted. He had more to say about those warmongering Jews:
"Instead of agitating for war, Jews in this country should be opposing it in every way, for they will be the first to feel its consequences. Their greatest danger to this country lies in their large ownership and influence in our motion pictures, our press, our radio and our government." That was finally it. The public could stand it no longer. Britain was getting their asses kicked in Europe and everybody knew that American involvement was right around the corner, one way or another. After the Japanese sneak attack on Pearl Harbor, President Roosevelt refused to reinstate Lindbergh's commission in the Air Force Reserves. And none of the airplane manufacturers was willing to give him a job, except for his old friend Henry Ford. Lindbergh helped streamline the world's largest assembly line for building bombers, Ford's B-24 factory in Michigan. Immediately after Germany's defeat, Lindbergh went to see the aftermath for himself. He toured the Belsen concentration camp in June 1945 and witnessed ditches full of cremated ashes. His takeaway from the experience?
What the German has done to the Jew in Europe, we are doing to the Jap in the Pacific. Evidently Lindbergh believed that even if the Germans were up to no good, we Americans certainly had no right to judge them.
Timeline
|


British man arrested in Calais after mother found dead next to him in car
The man was reportedly boarding a ferry back to the UK.
A British man has been arrested in Calais after his mother was reportedly found dead next to him in the car as he was about to board a ferry to the UK.
The pair, who are originally from the Isle of Wight, were due to travel back from France on Friday.
French media reported that an investigation has been launched into the death and that a post-mortem on the woman, believed to be in her 80s, took place on Friday.
Prosecutor of the Republic of Boulogne, Pascal Marconville, told local paper Le Journal Du Centre: “It was at the moment where they had to get out of the vehicle that the son realised she had died.
“She died because of her age and a cancerous pathology which could explain the marks found on the body, which are in fact bruises.
“According to the son, it would be linked to recurring falls.”
Local police said that nothing suspicious was found at any of the three properties belonging to the pair.
A spokeswoman from the Foreign Office said: “We are aware of the death of a British woman and the arrest of a British man in Calais. We are liaising with the French authorities.”
The son is reported to have been taken to a hospital in Calais.


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CHARACTER SET AND COLLATE omitted from column definition if same as parent Table.
Fixed Column definition syntax (ordering of attributes)
bug fixes
updated test configuration, added more tests
added ability to retrieve comments on columns
newlines and multiple spaces removed from table.create() string
Changed DatabaseConnection to explicitly require a call to connect()
backported to work with python 2.4
schema name dropped from table.alter() and table.drop() to be consistent with table.create()


News
- November 7, 2007 - Exception Library Accepted
- Announcement: https://lists.boost.org/boost-users/2007/11/31912.php
We need experienced review managers. Please take a look at
the list of libraries in need of managers and check out their
descriptions. In general review managers are active boost
participants or library contributors. If you can serve as
review manager for any of them, email Ron Garcia or John
Phillips, "garcia at cs dot indiana dot edu" and "jphillip at
capital dot edu" respectively.
A link to this report will be posted to www.boost.org. If
you would like us to make any modifications or additions to
this report before we do that, please email Ron or John.
If you're library author and plan on submitting a library
for review in the next 3-6 months, send Ron or John a short
description of your library and we'll add it to the Libraries
Under Construction below. We know that there are many libraries
that are near completion, but we have hard time keeping track
all of them. Please keep us informed about your progress.
Review
Queue
- Finite State Machines
- Floating Point Utilities
- Switch
- Property Map (fast-track)
- Graph (fast-track)
- Forward (fast-track)
- Singleton (fast-track)
- Factory (fast-track)
- Lexer
- Thread-Safe Signals
- Logging
- Flyweight
- Unordered Containers
Finite State Machines
| Author: |
Andrey Semashev |
| Review Manager: |
Martin Vuille |
| Download: |
Boost Sandbox Vault |
| Description: |
The Boost.FSM library is an
implementation of FSM (stands for Finite State Machine)
programming concept. The main goals of the library
are:
- Simplicity. It should be very simple to create
state machines using this library.
- Performance. The state machine infrastructure
should not be very time and memory-consuming in order
to be applicable in more use cases.
- Extensibility. A developer may want to add more
states to an existing state machine. A developer
should also be able to specify additional transitions
and events for the machine with minimum modifications
to the existing code.
|
Floating Point Utilities
| Author: |
Johan Råde |
| Review Manager: |
Need Volunteer |
| Download: |
Boost Sandbox Vault |
| Description: |
The Floating Point Utilities library
contains the following:
- Floating point number classification functions:
fpclassify, isfinite, isinf, isnan, isnormal (Follows
TR1)
- Sign bit functions: signbit, copysign, changesign
(Follows TR1)
- Facets that format and parse infinity and NaN
according to the C99 standard (These can be used for
portable handling of infinity and NaN in text
streams).
|
Switch
| Author: |
Steven Watanabe |
| Review Manager: |
Need Volunteer |
| Download: |
Boost Sandbox Vault |
| Description: |
The built in C/C++ switch
statement is very efficient. Unfortunately, unlike a
chained if/else construct there is no easy way to use it
when the number of cases depends on a template parameter.
The Switch library addresses this issue. |
Property Map (fast-track)
| Author: |
Andrew Sutton |
| Review Manager: |
Jeremy Siek |
| Download: |
http://svn.boost.org/svn/boost/sandbox/graph-v2 |
| Description: |
A number of additions and
modifications to the Property Map Library,
including:
- A constant-valued property map, useful for
naturally unweighted graphs.
- A noop-writing property map, useful when you have
to provide an argument, but just don't care about the
output.
- See
ChangeLog for details.
|
Graph
(fast-track)
| Author: |
Andrew Sutton |
| Review Manager: |
Jeremy Siek |
| Download: |
http://svn.boost.org/svn/boost/sandbox/graph-v2 |
| Description: |
A number of additions and
modifications to the Graph Library, including:
- Two new graph classes (undirected and directed)
which are intended to make the library more
approachable for new developers
- A suite of graph measures including degree and
closeness centrality, mean geodesic distance,
eccentricity, and clustering coefficients.
- An algorithm for visiting all cycles in a
directed graph (Tiernan's from 1970ish). It works for
undirected graphs too, but reports cycles twice (one
for each direction).
- An algorithm for visiting all the cliques a graph
(Bron&Kerbosch). Works for both directed and
undirected.
- Derived graph measures radius and diameter (from
eccentricity) and girth and circumference (from
Tiernan), and clique number (from
Bron&Kerbosch).
- An exterior_property class that helps hides some
of the weirdness with exterior properties.
- runtime and compile-time tests for the new
algorithms.
- a substantial amount of documentation
- Graph cores, implemented by David Gleich
(@Stanford University)
- Deterministic graph generators - capable of
creating or inducing specific types of graphs over a
vertex set (e.g., star graph, wheel graph, prism
graph, etc). There are several other specific types
that could be added to this, but I haven't had the
time just yet.
|
Forward (fast-track)
Singleton (fast-track)
Factory (fast-track)
Lexer
Thread-Safe Signals
Logging
| Author: |
John Torjo |
| Review Manager: |
Need Volunteer |
| Download: |
http://torjo.com/log2/ |
| Description: |
Used properly, logging is a very
powerful tool. Besides aiding debugging/testing, it can
also show you how your application is used. The Boost
Logging Library allows just for that, supporting a lot of
scenarios, ranging from very simple (dumping all to one
destination), to very complex (multiple logs, some
enabled/some not, levels, etc). It features a very simple
and flexible interface, efficient filtering of messages,
thread-safety, formatters and destinations, easy
manipulation of logs, finding the best logger/filter
classes based on your application's needs, you can define
your own macros and much more! |
Flyweight
Unordered Containers
Libraries under
development
Dataflow
| Author: |
Stjepan Rajko |
| Description: |
The Dataflow library provides
generic support for data producers, consumers, and
connections between the two. It also provides layers for
several specific dataflow mechanisms, namely
Boost.Signals, VTK data/display pipelines, and plain
pointers. The Dataflow library came out of the Signal
Network GSoC project, mentored by Doug Gregor. |
| Status: |
I am polishing the Dataflow
library for submission, and am expecting to add it to the
review queue in the next couple of months. I am currently
ironing out some faults in the design of the library,
filling in missing features, and testing it on / adapting
it to different dataflow mechanisms (currently VTK and
soon Boost.Iostreams). As soon as I'm pretty sure that
things are going the right way, I'll submit this to the
review queue while I do the finishing touches. |
Constrained Value
| Author: |
Robert Kawulak |
| Download: |
http://rk.go.pl/f/constrained_value.zip
http://rk.go.pl/r/constrained_value
(Documentation)
|
| Description: |
The Constrained Value library
contains class templates useful for creating constrained
objects. The simplest example of a constrained object is
hour. The only valid values for an hour within a day are
integers from the range [0, 23]. With this library, you
can create a variable which behaves exactly like int, but
does not allow for assignment of values which do not
belong to the allowed range. The library doesn't focus
only on constrained objects that hold a value belonging
to a specified range (i.e., bounded objects). Virtually
any constraint can be imposed using appropriate
predicate. You can specify what happens in case of
assignment of an invalid value, e.g. an exception may be
thrown or the value may be adjusted to meet the
constraint criterions. |
| Status: |
I'm planning to finish it in 1-2
months. |
Please let us know of any libraries you are currently
developing that you intend to submit for review.


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