COZA rape saga: Fatoyinbo’s case not over —Police
by Eniola AkinkuotuEniola Akinkuotu, Abuja
The Nigeria Police Force says investigation into the allegation of rape leveled against the Senior Pastor of the Commonwealth of Zion Assembly, Pastor Biodun Fatoyinbo, is still on.
The Force Public Relations Officer, Mr. Frank Mba, said this during an interview with The PUNCH on Thursday.
Mba was reacting to the judge’s dismissal of a suit instituted against Fatoyinbo by his accuser, Mrs. Busola Dakolo.
Mrs.
She, therefore, demanded “a personal letter of apology” from the cleric to show honest remorse for his misdeeds.
SEE ALSO: Suspect in custody after school shooting near Los Angeles
In his ruling, Justice Oathman Musa held that the matter amounted to injustice and an abuse of judicial process; adding that the case was empty and purely sentimental.
Justice Musa said the case was aimed more at cruelty than at obtaining justice.
The court also awarded costs of N1m against Busola Dakolo and held that the fine should have been 10 times more because the court’s time was wasted.
But the Police spokesman told The PUNCH that the court case was a civil one and therefore had no bearing on the Police probe.
Mba said the investigation would continue and the Police would charge Fatoyinbo if he is found culpable.
He said, “The position of the law in Nigeria, which is very clear, is that a criminal investigation and prosecution can run concurrently with a civil litigation.
“Failure in one does not foreclose the other. And so, we are going on with our own case and when we are done, we will keep Nigerians posted.”


v1.03 Binary Puzzle Game (6x6)
v1.03: Box borders cleaned and CSS/JS have been moved to separate files and updated
Return to
home


Teamwork is so important that it is virtually impossible for you
to reach the heights of your capabilities or make the money that
you want without becoming very good at it.
Teamwork is so important that it is virtually impossible for you
to reach the heights of your capabilities or make the money that
you want without becoming very good at it.
A group becomes a team when each member is sure enough of
himself and his contribution to praise the skill of the others.
No one can whistle a symphony. It takes an orchestra to play it.
The strength of the team is each individual member. The strength
of each member is the team. If you can laugh together, you can
work together, silence isn’t golden, it’s deadly.
The strength of the team is each individual member. The strength
of each member is the team. If you can laugh together, you can
work together, silence isn’t golden, it’s deadly.


{% extends 'base.html' %} {% block title %}Login{% endblock %} {% block content %}
Query Builder is a simple Postgres SQL client that allows you to do introductory searches to our public databases.
This interface also provides the ability for users to export the results of their queries for processing in their own statistical tools.
If you are experiencing issues when using Query Builder or if you have a suggestion for improvement, please raise an issue on our issue tracker.
To raise an issue, first navigate to the Query Builder Repository on GitHub or click here. After logging in to GitHub, click “New issue”, add a title and description of the problem, and then select the “Submit new issue” button.
MIMIC-III (Medical Information Mart for Intensive Care III) is a large, freely-available database comprising deidentified health-related data associated with over forty thousand patients who stayed in critical care units of the Beth Israel Deaconess Medical Center between 2001 and 2012.
The database includes information such as demographics, vital sign measurements made at the bedside (~1 data point per hour), laboratory test results, procedures, medications, caregiver notes, imaging reports, and mortality (both in and out of hospital).
MIMIC supports a diverse range of analytic studies spanning epidemiology, clinical decision-rule improvement, and electronic tool development. It is notable for three factors:


Tea Haus Fundraiser!
FRIDAYS ♥ 11AM - 2PM ♥ Jester Center
Heard about the craze with Tea Haus but have no way of getting there? Don't fear because WE ARE BRINGING BACK TEA HAUS TO YOU! we'll be selling Tea Haus' Boba Milk Tea every Friday! 1 for $3 and 3 for $5!
Christine Wang President
Send all general questions and fan-mail here
Email<EMAIL_ADDRESS>Valentina Chen VP-Internal
Direct all Junior Officer program and event questions here
Email<EMAIL_ADDRESS>Mimi Lie VP-External
Delegate all cross-club inquires here
Email<EMAIL_ADDRESS>Tiffany Lin GLO Representative
For GLO related questions.
Email<EMAIL_ADDRESS>ITASA
Want to get involved and connect with college students from across the country? Get started and build your own Taiwanese American community. Contact Yen Ting for more information.
GLO
Enhance your social circle by meeting passionate individuals with tangible skills to become leaders in all facets of our global society. Contact Tiffany Lin for more information.


spinnakrTalks
Follow @spinnakr
Discussions with industry leaders on marketing, technology, and society
— NEXT TALK | 11/15/13 2PM EST —
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{{> header title='NAIP on AWS'}}
NAIP on AWS makes National Agriculture Imagery Program (NAIP) data available for anyone to use via Amazon S3. The National Agriculture Imagery Program (NAIP) acquires aerial imagery during the agricultural growing seasons in the continental U.S. Roughly one meter aerial imagery (Red, Green, Blue, NIR) is available for multiple years on Amazon S3.

The National Agriculture Imagery Program is administered by the USDA's Farm Service Agency (FSA) through the Aerial Photography Field Office in Salt Lake City.
Learn more at USDA's NAIP page.
All data is available in the aws-naip
Amazon S3 bucket in the in US East AWS Region. Data is optimized for programattic access from Amazon EC2.
More information on accessing NAIP on AWS.
A variety of Earth observation and environmental datasets are available at no cost on AWS. Analyze data without needing to download or store your own copy.
Learn more about Earth on AWS.
This site uses AWS Lambda and Amazon API Gateway to create web pages on demand without maintaining any servers.
Learn more on the AWS Compute blog.


(Route : CIX Forums Menu, Resumes Command, Get Button)
The Get Resume dialog box allows you to retrieve the resume for another user of CIX Forums.
Enter the CIX Forum nickname of the resume you wish to get in the Retrieve resume for text box.
Click OK to download the resume the next time Ameol connects to CIX Forums.


About Me
I was born in India on April 28th, 1990. I have done Masters in Computers. I worked in BEBO Technologies as a Software Tester for six months than I joined GNPKS College as Assistant Professor and taught undergraduate students for four years.
In Oct 2017, I got married to my best friend, Simar, a very loving and caring person. After marriage I moved to the United Sates with him. Now I am working at staples as a sales associate.
I love working on UI effects, animations and dynamic user experiences.


Beej has personally hired engineers with zero experience with the language used in the project. But the person was a good engineer, so they picked up the language in a couple weeks and got the project done.
Invented by Dennis Richie at Bell Labs between 1969 and 1973 in order to write a new Unix.
You will still find C used at many shops for which it is not the best tool for the job, but a large existing codebase predicates continuing development into it.
C can also be compiled to run in-browser, but this is a rare usage.
The main objective of this lab is, in fact, not to teach you C. The goal here isn’t to get you as comfortable with C as you are with JavaScript. The main points are the following:
To get you guys working in a different language, because once you know one language very well, you’ll reach a point where the language itself starts to constrain how you think about problems. Becoming familiar with other languages pushes the boundaries of your understanding and skills as developers.
A HUGE chunk of the world’s software is written in C. Again, while the main goal of this lab is not to get good at writing C, it is trying to introduce many new concepts to you that higher-lever, dynamically-typed, interpreted language like JavaScript completely abstracts away from you under the hood. Working with C gets you much closer to the ‘bare metal’, giving you a much clearer glimpse of what computers are doing under the hood.
With that being said, C is really hard. It is extremely unforgiving, and at the same time, it is a very strict language, in large part due to the fact that it is statically typed. Coming from JavaScript, the idea of have to specify the type of every function, variable, return value, etc. is a little foreign. In essence, shifting to C in the coming weeks is going to be really difficult. We are aware of this, and again, these labs and assignments are designed such that you’ll have learned a lot even if you only get a fraction of it completed. Try to keep this fact in mind. :)
C was once called a “higher level programming language”, meaning that it has been abstracted far enough away from hardware to enable rapid development. Today, C is the “lowest level programming language” used in common development, though there are still a great number of ASM developers who are writing operating system drivers, graphics card libraries, and custom hardware. Languages other than C are considered to be higher level, meaning they provide more abstraction and increased developer productivity as a result of easy to use libraries, in exchange for pure processing efficiency.
Write and build hello.c
. Know generally what each line means.
Compile with the command:
gcc -Wall -Wextra -o hello hello.c
or
clang -Wall -Wextra -o hello hello.c
Note that the -Wall
flag enables all compiler warnings. The
-Wextra
flag enables extra compiler warnings.
Then run with the command:
./hello
Write a program that computes and prints the square root of 128934.
Use Google-fu to figure out how to do it.


 In |
... |
additional argument(s). |
fromBase |
base to convert from. |
toBase |
base to convert to. |
y |
Column to compute on. |
scale |
round to |
abs
: Computes the absolute value.
acos
: Computes the cosine inverse of the given value; the returned angle is in
the range 0.0 through pi.
asin
: Computes the sine inverse of the given value; the returned angle is in
the range -pi/2 through pi/2.
atan
: Computes the tangent inverse of the given value; the returned angle is in the range
-pi/2 through pi/2.
bin
: Returns the string representation of the binary value
of the given long column. For example, bin("12") returns "1100".
cbrt
: Computes the cube-root of the given value.
ceil
: Computes the ceiling of the given value.
ceiling
: Alias for ceil
.
cos
: Computes the cosine of the given value. Units in radians.
cosh
: Computes the hyperbolic cosine of the given value.
exp
: Computes the exponential of the given value.
expm1
: Computes the exponential of the given value minus one.
factorial
: Computes the factorial of the given value.
floor
: Computes the floor of the given value.
hex
: Computes hex value of the given column.
log
: Computes the natural logarithm of the given value.
log10
: Computes the logarithm of the given value in base 10.
log1p
: Computes the natural logarithm of the given value plus one.
log2
: Computes the logarithm of the given column in base 2.
rint
: Returns the double value that is closest in value to the argument and
is equal to a mathematical integer.
round
: Returns the value of the column rounded to 0 decimal places
using HALF_UP rounding mode.
bround
: Returns the value of the column e
rounded to scale
decimal places
using HALF_EVEN rounding mode if scale
>= 0 or at integer part when scale
< 0.
Also known as Gaussian rounding or bankers' rounding that rounds to the nearest even number.
bround(2.5, 0) = 2, bround(3.5, 0) = 4.
signum
: Computes the signum of the given value.
sign
: Alias for signum
.
sin
: Computes the sine of the given value. Units in radians.
sinh
: Computes the hyperbolic sine of the given value.
sqrt
: Computes the square root of the specified float value.
tan
: Computes the tangent of the given value. Units in radians.
tanh
: Computes the hyperbolic tangent of the given value.
toDegrees
: Converts an angle measured in radians to an approximately equivalent angle
measured in degrees.
toRadians
: Converts an angle measured in degrees to an approximately equivalent angle
measured in radians.
unhex
: Inverse of hex. Interprets each pair of characters as a hexadecimal number
and converts to the byte representation of number.
atan2
: Returns the angle theta from the conversion of rectangular coordinates
(x, y) to polar coordinates (r, theta). Units in radians.
hypot
: Computes "sqrt(a^2 + b^2)" without intermediate overflow or underflow.
pmod
: Returns the positive value of dividend mod divisor.
Column x
is divisor column, and column y
is the dividend column.
shiftLeft
: Shifts the given value numBits left. If the given value is a long value,
this function will return a long value else it will return an integer value.
shiftRight
: (Signed) shifts the given value numBits right. If the given value is a long
value, it will return a long value else it will return an integer value.
shiftRightUnsigned
: (Unigned) shifts the given value numBits right. If the given value is
a long value, it will return a long value else it will return an integer value.
conv
: Converts a number in a string column from one base to another.
abs since 1.5.0
acos since 1.5.0
asin since 1.5.0
atan since 1.5.0
bin since 1.5.0
cbrt since 1.4.0
ceil since 1.5.0
ceiling since 1.5.0
cos since 1.5.0
cosh since 1.5.0
exp since 1.5.0
expm1 since 1.5.0
factorial since 1.5.0
floor since 1.5.0
hex since 1.5.0
log since 1.5.0
log10 since 1.5.0
log1p since 1.5.0
log2 since 1.5.0
rint since 1.5.0
round since 1.5.0
bround since 2.0.0
signum since 1.5.0
sign since 1.5.0
sin since 1.5.0
sinh since 1.5.0
sqrt since 1.5.0
tan since 1.5.0
tanh since 1.5.0
toDegrees since 1.4.0
toRadians since 1.4.0
unhex since 1.5.0
atan2 since 1.5.0
hypot since 1.4.0
pmod since 1.5.0
shiftLeft since 1.5.0
shiftRight since 1.5.0
shiftRightUnsigned since 1.5.0
conv since 1.5.0
## Not run:
##D # Dataframe used throughout this doc
##D df <- createDataFrame(cbind(model = rownames(mtcars), mtcars))
##D tmp <- mutate(df, v1 = log(df$mpg), v2 = cbrt(df$disp),
##D v3 = bround(df$wt, 1), v4 = bin(df$cyl),
##D v5 = hex(df$wt), v6 = toDegrees(df$gear),
##D v7 = atan2(df$cyl, df$am), v8 = hypot(df$cyl, df$am),
##D v9 = pmod(df$hp, df$cyl), v10 = shiftLeft(df$disp, 1),
##D v11 = conv(df$hp, 10, 16), v12 = sign(df$vs - 0.5),
##D v13 = sqrt(df$disp), v14 = ceil(df$wt))
##D head(tmp)
## End(Not run)


This is the main article of my page! This is the main content of the page. In a 3-column layout, it should be shown in the middle between the aside 1 and aside 2!
Name of Company
This is the aside 1
This is the main article of my page! This is the main content of the page. In a 3-column layout, it should be shown in the middle between the aside 1 and aside 2!
This column was created to have some content as a challenge to adapt the old 3-column layout to a 4-column layout
This is the aside 2


--- layout: page title: "Practical Vim (for Kathryn Amaral)" prev: f_0006.html next: f_0008.html book_path: books/drew-neil-practical-vim-edit-text-at-the-speed-of-thought-_oeb/ --- {% include JB/setup %} {% raw %}
Practical Vim is a recipe book. It’s not designed to be read from start to finish. (I mean it! At the start of the next chapter, I’ll advise you to skip it and jump straight to the action.) Each chapter is a collection of tips that are related by a theme, and each tip demonstrates a particular feature in action. Some tips are self-contained. Others depend upon material elsewhere in the book. Those tips are cross-referenced so you can find everything easily.
Practical Vim doesn’t progress from novice to advanced level, but each individual chapter does. A less-experienced reader might prefer to make a first pass through the book, reading just the early tips in each chapter. A more advanced reader might choose to focus on the later tips or move around the book as needed.


All Integrations
My Integrations
Apps
About
<%= render 'user.html' %>
My Integrations
No Integrations
It seems you haven't added any integrations yet.
Click the button below to add some.
Add an Integration
<%= render 'footer.html' %>


Former Nottingham Forest player suffers suspected heart attack in training
Edwards spent five years at the City Ground at the turn of the century and is now managing Cardiff Met FC
by Ben HusbandFormer Nottingham Forest defender Christian Edwards is in hospital after suffering a suspected heart attack.
The 43-year-old, who spent five years with Forest at the turn of century, is now in charge of Welsh Premier League outfit Cardiff Met FC.
Our sister title WalesOnline have reported that Edwards suffered the suspected heart attack during a training session on Thursday night.
According to the report, Edwards is said to doing “okay” and remains under observation.
A statement from the Welsh Premier League side said: "Cardiff Met FC are sending our best wishes to our manager Christian who last night suffered a suspected heart attack at training.
Nottingham Forest latest
This is your round up of all things Forest; the one-stop shop that will keep you updated on the latest goings on at the City Ground and beyond.
Transfers, injuries, match-days and managers, we’ve got you covered.
We’ll be bringing the very latest on the Reds throughout the week and around the clock.
Make sure you keep yourself updated with our handy daily catch up...
Must reads...
- Lamouchi's verdict on Hefele
- Injury update ahead of Bristol City
- Could Reds 'target' be on the move?
- The challenges of delivering Marinakis' vision
For all your latest NFFC news, opinion, analysis and transfer gossip, click here
You can follow our Reds reporter Sarah Clapson on Twitter, and her email address is<EMAIL_ADDRESS>"We can confirm he is okay and under observation. We would like to thank you for your kind words and messages."
Edwards played over 50 times for the Reds between 1998 and 2003 and this season, he guided his side to the Europa League preliminary round, becoming the first University men’s team to ever play in European competition.
Sign up for our free Forest WhatsApp service for latest news
Keep up to date with the latest Nottingham Forest news, features and exclusives from Nottinghamshire Live via our free WhatsApp service.
Text NEWS to<PHONE_NUMBER>2 and then add the number to your phone contacts book as ForestLive to receive daily updates and breaking news from our Reds reporter Sarah Clapson.
Your phone number won't be shared with any other members of the group. Click here for more information on the service.


| Package | Description |
|---|---|
| javax.lang.model.element |
Interfaces used to model elements of the Java programming language.
|
| javax.lang.model.type |
Interfaces used to model Java programming language types.
|
| javax.lang.model.util |
Utilities to assist in the processing of
program elements and
types.
|
| Modifier and Type | Method and Description |
|---|---|
TypeMirror |
Element.asType()
Returns the type defined by this element.
|
TypeMirror |
ExecutableElement.getReturnType()
Returns the return type of this executable.
|
TypeMirror |
TypeElement.getSuperclass()
Returns the direct superclass of this type element.
|
| Modifier and Type | Method and Description |
|---|---|
List<? extends TypeMirror> |
TypeParameterElement.getBounds()
Returns the bounds of this type parameter.
|
List<? extends TypeMirror> |
TypeElement.getInterfaces()
Returns the interface types directly implemented by this class
or extended by this interface.
|
List<? extends TypeMirror> |
ExecutableElement.getThrownTypes()
Returns the exceptions and other throwables listed in this
method or constructor's
throws clause in declaration
order. |
| Modifier and Type | Method and Description |
|---|---|
R |
AnnotationValueVisitor.visitType(TypeMirror t,
P p)
Visits a type value in an annotation.
|
| Modifier and Type | Interface and Description |
|---|---|
interface |
ArrayType
Represents an array type.
|
interface |
DeclaredType
Represents a declared type, either a class type or an interface type.
|
interface |
ErrorType
Represents a class or interface type that cannot be properly modeled.
|
interface |
ExecutableType
Represents the type of an executable.
|
interface |
NoType
A pseudo-type used where no actual type is appropriate.
|
interface |
NullType
Represents the null type.
|
interface |
PrimitiveType
Represents a primitive type.
|
interface |
ReferenceType
Represents a reference type.
|
interface |
TypeVariable
Represents a type variable.
|
interface |
UnionType
Represents a union type.
|
interface |
WildcardType
Represents a wildcard type argument.
|
| Modifier and Type | Method and Description |
|---|---|
TypeMirror |
ArrayType.getComponentType()
Returns the component type of this array type.
|
TypeMirror |
DeclaredType.getEnclosingType()
Returns the type of the innermost enclosing instance or a
NoType of kind NONE if there is no enclosing
instance. |
TypeMirror |
WildcardType.getExtendsBound()
Returns the upper bound of this wildcard.
|
TypeMirror |
TypeVariable.getLowerBound()
Returns the lower bound of this type variable.
|
TypeMirror |
ExecutableType.getReturnType()
Returns the return type of this executable.
|
TypeMirror |
WildcardType.getSuperBound()
Returns the lower bound of this wildcard.
|
TypeMirror |
MirroredTypeException.getTypeMirror()
Returns the type mirror corresponding to the type being accessed.
|
TypeMirror |
UnknownTypeException.getUnknownType()
Returns the unknown type.
|
TypeMirror |
TypeVariable.getUpperBound()
Returns the upper bound of this type variable.
|
| Modifier and Type | Method and Description |
|---|---|
List<? extends TypeMirror> |
UnionType.getAlternatives()
Return the alternatives comprising this union type.
|
List<? extends TypeMirror> |
ExecutableType.getParameterTypes()
Returns the types of this executable's formal parameters.
|
List<? extends TypeMirror> |
ExecutableType.getThrownTypes()
Returns the exceptions and other throwables listed in this
executable's
throws clause. |
List<? extends TypeMirror> |
DeclaredType.getTypeArguments()
Returns the actual type arguments of this type.
|
List<? extends TypeMirror> |
MirroredTypesException.getTypeMirrors()
Returns the type mirrors corresponding to the types being accessed.
|
| Modifier and Type | Method and Description |
|---|---|
R |
TypeVisitor.visit(TypeMirror t)
A convenience method equivalent to
v.visit(t, null) . |
R |
TypeVisitor.visit(TypeMirror t,
P p)
Visits a type.
|
R |
TypeVisitor.visitUnknown(TypeMirror t,
P p)
Visits an unknown kind of type.
|
| Constructor and Description |
|---|
MirroredTypeException(TypeMirror type)
Constructs a new MirroredTypeException for the specified type.
|
UnknownTypeException(TypeMirror t,
Object p)
Creates a new
UnknownTypeException .The p
parameter may be used to pass in an additional argument with
information about the context in which the unknown type was
encountered; for example, the visit methods of TypeVisitor may pass in their additional parameter. |
| Constructor and Description |
|---|
MirroredTypesException(List<? extends TypeMirror> types)
Constructs a new MirroredTypesException for the specified types.
|
| Modifier and Type | Method and Description |
|---|---|
TypeMirror |
Types.asMemberOf(DeclaredType containing,
Element element)
Returns the type of an element when that element is viewed as
a member of, or otherwise directly contained by, a given type.
|
TypeMirror |
Types.capture(TypeMirror t)
Applies capture conversion to a type.
|
TypeMirror |
Types.erasure(TypeMirror t)
Returns the erasure of a type.
|
| Modifier and Type | Method and Description |
|---|---|
List<? extends TypeMirror> |
Types.directSupertypes(TypeMirror t)
Returns the direct supertypes of a type.
|
| Modifier and Type | Method and Description |
|---|---|
Element |
Types.asElement(TypeMirror t)
Returns the element corresponding to a type.
|
TypeMirror |
Types.capture(TypeMirror t)
Applies capture conversion to a type.
|
boolean |
Types.contains(TypeMirror t1,
TypeMirror t2)
Tests whether one type argument contains another.
|
protected R |
SimpleTypeVisitor6.defaultAction(TypeMirror e,
P p)
The default action for visit methods.
|
List<? extends TypeMirror> |
Types.directSupertypes(TypeMirror t)
Returns the direct supertypes of a type.
|
TypeMirror |
Types.erasure(TypeMirror t)
Returns the erasure of a type.
|
ArrayType |
Types.getArrayType(TypeMirror componentType)
Returns an array type with the specified component type.
|
DeclaredType |
Types.getDeclaredType(DeclaredType containing,
TypeElement typeElem,
TypeMirror... typeArgs)
Returns the type corresponding to a type element
and actual type arguments, given a
containing type
of which it is a member.
|
DeclaredType |
Types.getDeclaredType(TypeElement typeElem,
TypeMirror... typeArgs)
Returns the type corresponding to a type element and
actual type arguments.
|
WildcardType |
Types.getWildcardType(TypeMirror extendsBound,
TypeMirror superBound)
Returns a new wildcard type argument.
|
boolean |
Types.isAssignable(TypeMirror t1,
TypeMirror t2)
Tests whether one type is assignable to another.
|
boolean |
Types.isSameType(TypeMirror t1,
TypeMirror t2)
Tests whether two
TypeMirror objects represent the same type. |
boolean |
Types.isSubtype(TypeMirror t1,
TypeMirror t2)
Tests whether one type is a subtype of another.
|
PrimitiveType |
Types.unboxedType(TypeMirror t)
Returns the type (a primitive type) of unboxed values of a given type.
|
R |
AbstractTypeVisitor6.visit(TypeMirror t)
Visits any type mirror as if by passing itself to that type
mirror's
accept method and passing
null for the additional parameter. |
R |
AbstractTypeVisitor6.visit(TypeMirror t,
P p)
Visits any type mirror as if by passing itself to that type
mirror's
accept method. |
R |
SimpleAnnotationValueVisitor6.visitType(TypeMirror t,
P p)
Visits a type value in an annotation.
|
R |
AbstractTypeVisitor6.visitUnknown(TypeMirror t,
P p)
Visits an unknown kind of type.
|
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: 'Official Google Blog: Help and learn from others as you browse the web: Google Sidewiki' date: 2009-09-23 13:35:59 -05:00 comments: true categories: posterous_id: 4466835 ---
Seems like a neat idea, but there's gotta be a way to do this without the toolbar. Maybe via Firefox extension. I guess that wouldn't work out side of FF.


Package org.drip.learning.svm
Class DecisionFunctionOperatorBounds
- java.lang.Object
-
- org.drip.learning.svm.DecisionFunctionOperatorBounds
-
public class DecisionFunctionOperatorBounds extends java.lang.Object
DecisionFunctionOperatorBounds implements the Dot Product Entropy Number Upper Bounds for the Product of Kernel Feature Map Function and the Scaling Diagonal Operator.
The References are:
- Ash, R. (1965): Information Theory Inter-science New York
- Carl, B., and I. Stephani (1990): Entropy, Compactness, and Approximation of Operators Cambridge University Press Cambridge UK
- Gordon, Y., H. Konig, and C. Schutt (1987): Geometric and Probabilistic Estimates of Entropy and Approximation Numbers of Operators Journal of Approximation Theory 49 219-237
- Konig, H. (1986): Eigenvalue Distribution of Compact Operators Birkhauser Basel, Switzerland
- Smola, A. J., A. Elisseff, B. Scholkopf, and R. C. Williamson (2000): Entropy Numbers for Convex Combinations and mlps, in: Advances in Large Margin Classifiers, A. Smola, P. Bartlett, B. Scholkopf, and D. Schuurmans - editors MIT Press Cambridge, MA
- Module = Computational Core Module
- Library = Statistical Learning
- Project = Agnostic Learning Bounds under Empirical Loss Minimization Schemes
- Package = Kernel SVM Decision Function Operator
- Author:
- Lakshmi Krishnamurthy
-
-
Constructor Summary
Constructors Constructor Description DecisionFunctionOperatorBounds(DiagonalScalingOperator dsoFactorizer, double dblInverseMarginNormBound, double dblFeatureSpaceMaureyConstant, int iFeatureSpaceDimension)
DecisionFunctionOperatorBounds Constructor
-
Method Summary
Modifier and Type Method Description DiagonalScalingOperator
factorizingOperator()
Retrieve the Factorizing Diagonal Scaling Operator Instancedouble
featureMaureyOperatorEntropy(int iFeatureSpaceEntropyNumber)
Compute the Decision Function Entropy Number Upper Bound using the Product of the Feature Space's Maurey Upper Bound for the Entropy for the specified Entropy Number and the Scaling Operator Entropy Number Upper Bounddouble
featureMaureyOperatorNorm(int iFeatureSpaceEntropyNumber)
Compute the Decision Function Entropy Number Upper Bound using the Product of the Feature Space's Maurey Upper Bound for the Entropy for the specified Entropy Number and the Scaling Operator Normdouble
featureNormOperatorEntropy()
Compute the Decision Function Entropy Number Upper Bound using the Product of the Feature Space's Norm for the Upper Bound of the Entropy Number and the Scaling Operator Entropy Number Upper Bounddouble
featureSpaceDimension()
Retrieve the Feature Space Dimensiondouble
featureSpaceMaureyBound(int iFeatureSpaceEntropyNumber)
Compute the Feature Space's Maurey Bound for the Entropy Number given the specified Entropy Numberdouble
featureSpaceMaureyConstant()
Retrieve the Feature Space Maurey Constantdouble
infimumUpperBound(int iFeatureSpaceEntropyNumber)
Compute the Infimum of the Decision Function Operator Upper Bound across all the Product Bounds for the specified Feature Space Entropy Numberdouble
inverseMarginNormBound()
Retrieve the Norm Upper Bound of the Inverse Margindouble
productFeatureOperatorNorm()
Compute the Decision Function Entropy Number Upper Bound using the Product of the Feature Space's Norm for the Upper Bound of the Entropy Number and the Scaling Operator Norm
-
-
-
Constructor Detail
-
DecisionFunctionOperatorBounds
public DecisionFunctionOperatorBounds(DiagonalScalingOperator dsoFactorizer, double dblInverseMarginNormBound, double dblFeatureSpaceMaureyConstant, int iFeatureSpaceDimension) throws java.lang.Exception
DecisionFunctionOperatorBounds Constructor- Parameters:
dsoFactorizer
- The Factorizing Diagonal Scaling OperatordblInverseMarginNormBound
- The Decision Function Inverse Margin Norm BounddblFeatureSpaceMaureyConstant
- The Kernel Feature Space Function Maurey ConstantiFeatureSpaceDimension
- The Kernel Feature Space Dimension- Throws:
java.lang.Exception
- Thrown if the Inputs are Invalid
-
-
Method Detail
-
factorizingOperator
public DiagonalScalingOperator factorizingOperator()
Retrieve the Factorizing Diagonal Scaling Operator Instance- Returns:
- The Factorizing Diagonal Scaling Operator Instance
-
inverseMarginNormBound
public double inverseMarginNormBound()
Retrieve the Norm Upper Bound of the Inverse Margin- Returns:
- The Norm Upper Bound of the Inverse Margin
-
featureSpaceMaureyConstant
public double featureSpaceMaureyConstant()
Retrieve the Feature Space Maurey Constant- Returns:
- The Feature Space Maurey Constant
-
featureSpaceDimension
public double featureSpaceDimension()
Retrieve the Feature Space Dimension- Returns:
- The Feature Space Dimension
-
featureSpaceMaureyBound
public double featureSpaceMaureyBound(int iFeatureSpaceEntropyNumber) throws java.lang.Exception
Compute the Feature Space's Maurey Bound for the Entropy Number given the specified Entropy Number- Parameters:
iFeatureSpaceEntropyNumber
- The Feature Space Entropy Number- Returns:
- The Feature Space's Maurey Bound for the specified Entropy Number
- Throws:
java.lang.Exception
- The Feature Space's Maurey Bound cannot be computed
-
featureMaureyOperatorEntropy
public double featureMaureyOperatorEntropy(int iFeatureSpaceEntropyNumber) throws java.lang.Exception
Compute the Decision Function Entropy Number Upper Bound using the Product of the Feature Space's Maurey Upper Bound for the Entropy for the specified Entropy Number and the Scaling Operator Entropy Number Upper Bound- Parameters:
iFeatureSpaceEntropyNumber
- The Feature Space Entropy Number- Returns:
- The Feature Space's Operator Entropy for the specified Entropy Number
- Throws:
java.lang.Exception
- The Feature Space's Operator Entropy cannot be computed
-
featureMaureyOperatorNorm
public double featureMaureyOperatorNorm(int iFeatureSpaceEntropyNumber) throws java.lang.Exception
Compute the Decision Function Entropy Number Upper Bound using the Product of the Feature Space's Maurey Upper Bound for the Entropy for the specified Entropy Number and the Scaling Operator Norm- Parameters:
iFeatureSpaceEntropyNumber
- The Feature Space Entropy Number- Returns:
- The Feature Space's Operator Norm for the specified Entropy Number
- Throws:
java.lang.Exception
- The Feature Space's Operator Norm cannot be computed
-
productFeatureOperatorNorm
public double productFeatureOperatorNorm() throws java.lang.Exception
Compute the Decision Function Entropy Number Upper Bound using the Product of the Feature Space's Norm for the Upper Bound of the Entropy Number and the Scaling Operator Norm- Returns:
- The Entropy Number Upper Bound using the Product Norm
- Throws:
java.lang.Exception
- The Entropy Number Upper Bound cannot be computed
-
featureNormOperatorEntropy
public double featureNormOperatorEntropy() throws java.lang.Exception
Compute the Decision Function Entropy Number Upper Bound using the Product of the Feature Space's Norm for the Upper Bound of the Entropy Number and the Scaling Operator Entropy Number Upper Bound- Returns:
- The Entropy Number Upper Bound using the Product Norm
- Throws:
java.lang.Exception
- The Entropy Number Upper Bound cannot be computed
-
infimumUpperBound
public double infimumUpperBound(int iFeatureSpaceEntropyNumber) throws java.lang.Exception
Compute the Infimum of the Decision Function Operator Upper Bound across all the Product Bounds for the specified Feature Space Entropy Number- Parameters:
iFeatureSpaceEntropyNumber
- The specified Feature Space Entropy Number- Returns:
- Infimum of the Decision Function Operator Upper Bound
- Throws:
java.lang.Exception
- Thrown if the Infimum of the Decision Function Operator Upper Bound cannot be calculated
-
-


USA Network's Moby Dick Airing as a 2-part Mini-series March 15 and 16 at 8PM Eastern
Review by Aaron Sherman
Up-Front
Patrick Stewart does the best he can in a poorly cast role. Direction is spotty, but the adaptation is well done, and the special effects are beautiful when they aren't trying to render a whale.
Details
As billed: "AT&T presents Patrick Stewart in Moby Dick"
Stars : Patrick Stewart, Henry Thomas, Ted Levine and Gregory Peck Director : Franc Roddam Exec. Producers : Robert Halmi, Sr., Francis Ford Coppola, Fred Fuchs
The Review
Herman Melville writes the kind of books that high school students love to hate. So, how do you turn Moby Dick into a family movie? USA certainly tackled that one with style. The screen adaptation is well crafted (I'm tempted to go watch the Gregory Peck or John Barrymore versions to see how the scripts compare). So why, given a great script and a purported 18 million dollar budget, do you make so many mistakes?
First mistake: Patrick Stewart. I love Patrick Stewart. Even after Babylon 5 ruined me on TV SF, I would still go back and watch re-runs of Star Trek: The Next Generation for his outstanding performances. But, now we see him in the one roll he is least suited to: the insane captain of the Pequod. This is strange because he does a fantastic job playing someone that he cannot possibly convince me he is. He delivers the big lines with force, and the movie is worth seeing for any Stewart fan, just for those scenes. But, overall, Stewart just is not Ahab.
Second mistake: The director. I have deliberately not looked up what Franc Roddam's other credits are. I don't think I want to know. He falls flat here, and I put almost all of the blame at his feet. There is a sequence at the end of the film where I had to laugh (if you've read the book, you should know that laughing at the end of the movie is just plain out of context). Maintaining continuity is not something that Roddam does. Nor is maintaining atmosphere. The scenes in the very beginning all felt like a set (though part of this may be my prejudice, having grown up in New Bedford).
Third Mistake: Historical detail. Mr Melville took great pains to put as much detail about whaling as he could in his book. Let us simply say that USA did not go to the lengths that Melville did. The harpoons are wrong (if I recall correctly, the harpoons that they use did exist, and were used to cut up the whale, after catching it). The clothes are mostly all wrong (you can tell that it's an Ausie production given all of the mountain coats, or leather dusters as we call them).
Fourth Mistake: Rendering. Ok, so you want to make a movie about a whale. Clearly computer rendering technology has gotten to the point that it makes sense to try creating the whale on a computer. Fine. So you get to the point where you can see that the finished product just doesn't look that great and what do you do? Well, if you're Franc Roddam you show way too much of it so your audience has a chance to see all of the problems. Sigh. However, there are a lot of computer-aided effects in this film, and most of them are very good (in that I almost did not detect them, and I *do* look).
Given all of this, can such a movie be worth seeing? If you have never read or seen Moby Dick, the answer is yes. Remember that we're talking about *the* whaling story here. No other author came close to describing what it feels like to be on a big ship, and what it means to hunt whales. This story is not to be missed, for it is part of our history. On the other hand, if you are a fan of the original book, or one of the other adaptations, I warn you away. You will be disappointed.
-AJS
-- Aaron Sherman Safety Net Solutions<EMAIL_ADDRESS>Senior Perl Snob (and bottle-washer) www.ajs.com/~ajs finger<EMAIL_ADDRESS>The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


[gecode-users] Path constraint
Christian Schulte
cschulte at kth.se
Tue Dec 20 12:09:26 CET 2011
Hi,
What you do is almost correct. What you also have to take into account is
the following:
(a) in the copy constructor used during cloning you also have to update
start and end
(b) you have to change the print function: it assumes that all values in
succ are actually also positions in succ. So with your change, printing just
crashes.
If you had enabled a debug build of the problem you would have seen (b).
Cheers
Christian
--
Christian Schulte, www.ict.kth.se/~cschulte/
-----Original Message-----
From: users-bounces at gecode.org [mailto:users-bounces at gecode.org] On Behalf
Of Henrik
Sent: Sunday, December 18, 2011 9:36 PM
To: users at gecode.org
Subject: [gecode-users] Path constraint
Hi,
I might might as well say that i am a newbie at Gecode. I have been looking
into creating a path constraint for the TSP example created by Schulte.
As you probably know it implements a circuit constraint.
What i have done is change the circuit constraint with a path constraint,
and added a start and end IntVar.
I have then altered the "Actual model" so instead of:
TSP(const SizeOptions& opt)
: p(ps[opt.size()]),
succ(*this, p.size(), 0, p.size()-1),
total(*this, 0, p.max())
it instead says:
TSP(const SizeOptions& opt)
: p(ps[opt.size()]),
succ(*this, p.size(), 0, p.size()),
start(*this,0,p.size()),
end(*this,0,p.size()),
total(*this, 0, p.max())
When i run it the program shows part of a route/path and then fails. My
question
is: Is there something which i have done wrong in the code provided?
Thanks in advance,
Henrik.
_______________________________________________
Gecode users mailing list
users at gecode.org
https://www.gecode.org/mailman/listinfo/gecode-users
More information about the users
mailing list


java.lang.Runtime.exec()
which take a dynamically-constructed string as the command to execute.
Constructed execution strings are a common source of security breaches. By default, this inspection ignores compile-time constants.
Example:
String i = getUserInput();
Runtime runtime = Runtime.getRuntime();
runtime.exec("foo" + i); // reports warning
Use the inspection settings to consider any static
final
fields as constant.
Be careful, because strings like the following will be ignored when the option is enabled:
static final String COMMAND = "ping " + getDomainFromUserInput() + "'";


I'm Jamie. I live in Birmingham and work remotely as a senior developer at LWKS. If you want to contact me, please follow me on Twitter and send a direct message.


  I can beat him to death if needed...😶 https://t.co/…
10/1/2015, 3:25:48 PM
Favs: 0
Retweets: 0
link


A group of human
beings with their own uniqee way of living and agricultural practices makes a civilisation.


{% extends "base.html" %} {% block nav_icon %} {{ super()}} {% endblock nav_icon %} {% block content %}
RDF serialization of Scholarly Ontology
RDF serialization of ActivityTypes Taxonomy
RDF serialization of Scholarly Ontology with ActivityTypes Taxonomy
Dataset with humman annotations for research activities and their sequential relations
Classifier for Activity extraction
Classifier for sequential relation extraction


In this guide we have the following sections
If you deployed AmazonConnectMonitoringSolution — version 1.0.2 (1 October 2020), you will need following the following steps to manually configure High cardinality Anomaly detection.
If you deployed AmazonConnectMonitoringSolution — version 2.0.1 (25th November 2020), you can skip this section and go straight to the user guide.
https://docs.aws.amazon.com/elasticsearch-service/latest/developerguide/es-version-migration.html
Click Create a detector
Fill in the appropriate fields
| Parameter | Value | Description |
|---|---|---|
| Name | audio-quality | The name of your detector. |
| Description | The audio quality detector based on the softphone-stream-stats index | Optional description |
| Index | softphonestreamstats- | The index monitored by the detector. |
| Timestamp | doc.timestamp | The timestamp attribute used by the detector. |
| Detector Interval | 2 minutes | Sets the time interval at which the detector collects data. |
| Window delay | 1 minute | This is to tell the detector that the data is not ingested into Elasticsearch in real time but with a certain delay. The value is 1 minute because the index is populated at a 30 second interval |
| Detector Interval | 2 minutes | The name of your detector. |
Once the detector has been created successfully, click configure model
We can now add features to the detector.
We are adding three features to the detector, using the average()
aggregation method.
doc.agent.keyword
as the category and window size of 1 interval.Once we click save and start detector the detector will start initializing.
Once the detector is ready it will be in the “running” state.
Please wait for the detector to be in the running state before continuing.
Once the detector is ready we can filter based on time range and see a heat map of the anomalies.
We can examine each anomaly by clicking on the tile in the heatmap. In this example we can see an anomaly grade range of 0.1 - 0.85 and confidence of 0.83. These values are based on the anomaly occurrences from the time range which can be looked at individually for further investigation.
Based on these graphs we can see anomaly values in all three features, round trip time, packet loss and jitter.
We can also set up alerting based on anomalies.
First we create a monitor
Then we create the trigger. You can customize the level of anomaly grade to be alerted on.
Create the action. In our example we are using an SNS destination. If you don’t have any destinations configured please follow the next step to add a destination.
Add destination.
Once the set up is complete your destination will be alerted base on the anomalies.


| GLOBAL | |
|---|---|
| Sound | Sound mode. |
| Multi | Mix/Multi mode. |
| Bank 1 | Bitwig mode. |
| Bank 2 | Arturia mode (CC). |
| Volume | Cursor track volume. |
| Param | Cursor Track navigation |
| Value | Cursor device navigation |
| Value (press) | Start browsing. |
BROWSER |
|
| Param | Select category |
| Param (press) | Cancel browser session. |
| Value | Select item (preset) |
| Value (press) | Commit browser session. |
| TRANSPORT | |
|---|---|
| « | Transport rewind. |
| » | Transport fast forward. |
| Stop | Transport stop. |
| Play | Transport play. |
| Rec | Transport record. |
| Loop | Transport toggle loop. |
| BANK 1 / SOUND | |
|---|---|
| S1-10 | Remote Controls page. |
| P1-4 + P6-9 | Remote Controls. |
| P5, P10 | Cursor track Sends 1-2 |
| F1-9 | Envelope/drawbar device parameters. |
| BANK 1 / MULTI | |
|---|---|
| P1 | Cursor track pan. |
| P2-5 | Cursor track sends 1-4. |
| P6 | Current time. |
| P7+8 | Loop start + end. |
| P9 | Project tempo. |
| P10 | Track window. |
| F1-8 | Track volume. |
| F9 | Master volume. |
| S1 | Toggle inspector. |
| S2 | Note editor. |
| S3 | Automation editor. |
| S4 | Device chain. |
| S5 | Mixer. |
| S6 | Toggle browser. |
| S7 | Next perspective. |
| S8 | Next project. |
| S9 | Shift tracks to previous page. |
| S10 | Shift tracks to next page. |
| BANK 2 | |
|---|---|
| Control Arturia Analog Lab / Mini V via CCs. |


Each item that opens the item display panel is contained in the display-panel-item
directive.
The shadow
property is optional and can be added to the display-panel-item
to display a curved shadow under the header.
The auto-index
attribute is used to enable keyboard controls - full documentation can be found on the Table Indices page.
The input value of the directive is an object
. It is defined by the panel
property of each item
object in vm.items
which in turn defines the item display panel.
The following defining the modal are set in the panel
property of each item
.
If you have a modal that appears over the top of a display panel ensure you
add ng-mouseup="$event.stopPropagation()"
to the modal element and any buttons within the modal
to prevent the display panel from closing when mouse events occur. Alternatively, setting the outsideClick
property to false
in the display panel options can also be used.
The next and previous buttons can be added to the panel footer to navigate between the items. The ng-click
attribute of the previous button should be set as the previous()
function and the ng-click
attribute of the next button should be set as the next()
function. The previous and next buttons will be disabled accordingly if the ng-disabled
attribute is set to previousBtnStatus
and nextBtnStatus
respectively.
The sample HTML for previous and next buttons in the modal footer is shown below:


| CS 111 - Introduction to Computer Science
Homework #3 |
NOTE: Homework that does not compile or is not submitted according to instructions may receive no credit.
NOTE 2: Use printf
when printing lines with floating-point output.
1. Division: Create a program Division.java that has the user enter two integers using the Scanner class, which are then used to compute both the floating point and integer division results as follows (user input underlined):
Please enter integer a: 9 Please enter integer b: 4 Floating point division: a/b = 2.25 Integer division: a/b = 2 remainder 1
2. Cast, Round, Floor, Ceiling: Create a program DoubleToInt.java that uses the Scanner method nextDouble to read a double value x from the user, and then report each of the following values.
Example transcript (user input underlined):
Please enter a double value: -.9
(int) -0.9 == 0
(int) Math.round(-0.9) == -1
(int) Math.floor(-0.9) == -1
(int) Math.ceil(-0.9) == 0
Optional questions:
Under what circumstances is output different for:
How many different program inputs (i.e. runs) are necessary to demonstrate difference in output for all of these pairs?
3. Wind Chill: Create a program WindChill.java that uses the
Scanner method nextDouble to read a
double values t
(Fahrenheit temperature) and v
(wind speed in miles per hour)
from the user, and then reports the wind chill temperature to 2 decimal places
using the
North American formula with U.S. customary units and using the output
format shown in the transcript below:
Example transcript (user input underlined):
Degrees Fahrenheit? 5 Wind miles per hour? 15 The wind chill temperature is -12.99 degrees Fahrenheit.
Note: You can raise a number x
to power p
with the expression Math.pow(x, p)
.
4. Pig "Keep Pace and End Race" Advisor: Create a program PigAdvisor.java according to the following specification.
Pig is a folk jeopardy dice game with simple rules: Two players race to reach 100 points. Each turn, a player repeatedly rolls a die until either a 1 ("pig") is rolled or the player holds and scores the sum of the rolls (i.e. the turn total). At any time during a player's turn, the player is faced with two decisions:
Problem: Given a player's score i, the opponent's score j, and the current turn total k, advise a player to "roll" or "hold" according to this "keep pace and end race" policy:
PigAdvisorTest.java:
Input Format:
Output Format:
Sample Transcripts (input underlined):
Player's score? 79 Opponent's score? 42 Turn total? 21 hold
Player's score? 37 Opponent's score? 71 Turn total? 48 roll
Player's score? 71 Opponent's score? 0 Turn total? 20 roll
Player's score? 42 Opponent's score? 57 Turn total? 22 roll
Player's score? 42 Opponent's score? 57 Turn total? 23 hold


An error has occured
The video player is unable to start the video. You can switch to VLC or select another source from the list.
Note: If you switch to VLC and you get 'Couldn't load plug-in.' You will need to install the latest version of VLC (Web plugin)


これ : this
それ : that
あれ : that (over there)
かさ : umbrella
これ・それ・あれ can be combined with Topic particle (は) which result in:
これはB (これ is used when the object is close to the speaker)
それはB (それ is used when the object is close to the listeners)
あれはB (あれ is used when the object is far from both speaker and listeners)


Next: Printing Symbols, Previous: Note about Printing Numbers, Up: Default Print-Object Methods
When printer escaping is disabled,
a character prints as itself; it is sent directly to the output stream.
When printer escaping is enabled,
then #\ syntax is used.
When the printer types out the name of a character, it uses the same table as the #\ reader macro would use; therefore any character name that is typed out is acceptable as input (in that implementation). If a non-graphic character has a standardized name_5, that name is preferred over non-standard names for printing in #\ notation. For the graphic standard characters, the character itself is always used for printing in #\ notation—even if the character also has a name_5.
For details about the #\ reader macro, see Sharpsign Backslash.


Info
This is info alert with an example link
Tips
This is Tips alert with an example link
Success
This is Success alert with an example link
Error
This is Error alert with an example link
Warning
This is Warning alert with an example link


Explanation: This application was done in order to evaluate and help us students of Semantic Web in the usage and creation of ontologies. The application allows the user to make queries with and without reasoning.
Without reasoning the query returns us all instances where the statement can be found and with reasoning it returns us only where the statement was inferenced


3D printing, or additive manufacturing, is the construction of a three-dimensional object from a CAD model or a digital 3D model.
3d Printing Materials
| Material | Strength | Cost |
|---|---|---|
| ABS | ++ | - |
| PLA | + | - |
| PETG | ++ | + |
| Carbon Fiber Filled | +++ | +++ |
Rehabbing is a popular real estate exit strategy that involves renovating a property and selling it for a profit.
Rehabbing is a popular real estate exit strategy that involves renovating a property and selling it for a profit.


Download the {{ names.abbr( 'ide' ) }} from the {{ sourcelink( 'intellij-idea-download', 'official download page' ) }} for your operating system. After successful installation, open it and follow the plugin configuration instructions below.
{% call alert( 'warning' ) %} {{ names.name( 'intellij-idea' ) }} is available in two falvors: Ultimate and Community Edition. The latter is free and provides sufficient features for {{ names.name( 'scala-android' ) }} development. It is also the reference version of this documentation. Of course, the Ultimate edition is more powerful than the Community Edition and is absolutely suitable as well. {% endcall %}


Compilation-specific words¶
internal
¶
These words are in internal
.
start-compile-no-push
¶
Compile the start of a word without the push {lr}
start-compile
¶
Compile the start of a word
current-link,
¶
Compile a link field
finalize,
¶
Finalize the compilation of a word
finalize-no-align,
¶
Finalize the compilation of a word without aligning
end-compile,
¶
Compile the end of a word
mov-imm,
¶
Assemble a move immediate instruction
neg,
¶
Assemble an reverse subtract immediate from zero instruction
blx-reg,
¶
Compile a blx (register) instruction
branch,
¶
Compile an unconditional branch
0branch,
¶
Compile a branch on equal to zero
branch-back!
¶
Compile a back-referenced unconditional branch
0branch-back!
¶
Compile a back-referenced branch on equal to zero
inline,
¶
Inline a word
call,
¶
Call a word at an address
bl,
¶
Compile a bl instruction
mov-16-imm,
¶
Compile a move 16-bit immediate instruction
mov-16-imm!
¶
Compile a move 16-bit immediate instruction
movt-imm,
¶
Compile a move top 16-bit immediate instruction
movt-imm!
¶
Compile a move top 16-bit immediate instruction
literal,
¶
Assemble a literal
reserve-literal
¶
Reserve space for a literal
literal!
¶
Store a literal ( x reg addr – )
b,
¶
Assemble an unconditional branch
beq,
¶
Assemble a branch on equal zero instruction
b-back!
¶
Assemble an unconditional branch
beq-back!
¶
Assemble a branch on equal zero instruction
b-32,
¶
Assemble an unconditional branch
beq-32,
¶
Assemble a branch on equal zero instruction
b-32-back!
¶
Assemble an unconditional branch
beq-32-back!
¶
Assemble a branch on equal zero instruction
reserve-branch
¶
Reserve space for a branch
out-of-range-branch
¶
Out of range branch exception
not-building
¶
Not building exception
b-16,
¶
Assemble an unconditional branch
beq-16,
¶
Assemble a branch on equal zero instruction
b-16-back!
¶
Assemble an unconditional branch
beq-16-back!
¶
Assemble a branch on equal zero instruction
cmp-imm,
¶
Assemble a compare to immediate instruction
lsl-imm,
¶
Assemble a logical shift left immediate instruction
orr,
¶
Assemble an or instruction
ldr-imm,
¶
Assemble an str immediate instruction
str-imm,
¶
Assemble an str immediate instruction
add-imm,
¶
Assemble a subtract immediate instruction
sub-imm,
¶
Assemble a subtract immediate instruction
pull,
¶
Assemble instructions to pull a value from the stack
push,
¶
Assemble instructions to push a value onto the stack
adr,
¶
Word-align an address
word-align,
¶
Assemble an instruction to generate a PC-relative address
bx,
¶
Assemble a BX instruction


Filming while drunk can be hazardous!
A wanderer, Wematanye maybe the only calming presence to this lonely soul.


To prepare this tea, I put several flowers and large leaves from my Brugmansia versicolor (Angels trumpet) in 2 cups of water in a covered sauce pan and boiled it for about 30 minutes. I then removed it from heat and poured it through a colander and caught the strong tea-colored liquid in a bowl (the darker the color the stronger it is). I put this in the freezer for about 15 minutes to cool it to drinking temperature. Note that I have also left leaves soaking in water overnight after boiling, and this seems to result in a stronger brew. After it cooled, I drank a half-cup. It tasted like water which had vegetables cooked in it and wasn't that bad.
About an hour later I took another 1/2 cup. I split the dose for safety reasons. If I feel the first dose coming on unusually strong, then I know I do not need a 2nd does, or perhaps a smaller second dose. Effects start after about 45 min and peak at around 3-4 hrs later. During this time I am really delirious. I then start slowly coming back to reality for several hours after that and try to sleep. I was just hanging out in my apartment doing this. This is not a social drug.
Visuals:
For me, this drugs causes some visual hallucinations, such as swirly patterns, a clear gel-like ooze on objects. Everything seems to get a yellowish tinge, and watching the TV can become a real 3-d experience. You may see things moving around at the periphery of your vision, like dust bunnies on the carpet springing to life :)
Eventually my vision becomes extremely blurry if I try to focus on any object closer than 18'. This will last at least 24 hours. It really sucks when trying to use the TV remote :)
Mind:
My favorite part of the trip is the communication with people who aren't there. With eyes closed I will carry on conversations with everyone I know - friends, family, co-workers. I will be speaking out loud when doing this. It is SO real, when I open my eyes and see I'm alone, I walk around my apartment looking for them!!
Sometimes I can't interpret what the characters are on TV - my brain just can't assoicate the visual to the memory in order to comprehend what its seeing, so it just appears to be some kind of morphing abstract art.
Extreme Confusion and forgetfullness while on this drug can be funny or just downright exasperating. I get up off the couch to go to the kitchen to get a drink of water, but when I get to the kitchen I don't why I'm there. If I'm talking with someone on the phone, I cannot remember their conversation or mine long enough to comprehend it or respond. I may place things in odd places, like finding VCR tapes in the fridge. Once I tried to brush my teeth with my shaving gel.
Physical effects:
I do not really like the physical effects from this plant.
Initially I may have a very pleasant floating expanding feeling in my torso, but that usually gets replaced by a kind of itchy feeling everywhere. Sometimes not, sometimes very much so.
My sinus passages may dry up to the point they are very uncomfortable. I found that using a nasal saline spray helps. You may get very thirsty too.
Walking/moving gets difficult. I feel like I have lead weights all over my body and my coordination is really bad.
Talking may become difficult or impossible.
Heart rate goes up. I tend to get marked vaso-constriction which will make me feel cold.
I can get hand tremors that make it diffult to write or do any task that requires dexterity. This could last 48 hours.
My skin flushes all over so I am quite red, and this may last for a good 24 hours.
My pupils dilate markedly and stay that way for abour 48 hours.
I would NOT recommend taking brug tea if you have any committments for the next 48 hours that require your full mental/physical capabilities.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


TokenDefineToken(), TokenGetTokenInfo(), TokenLookupMoniker(), TokenLoadMonikerBlock(), TokenLoadMonikerChunk(), TokenLoadMonikerBuffer(), TokenRemoveToken(), TokenLoadTokenBlock(), TokenLoadTokenChunk(), TokenLoadTokenBuffer(), TokenLockTokenMoniker(), TokenUnlockTokenMoniker(), TokenGetTokenStats(), TokenListTokens()
In nearly all cases, you will create your application's icon with the icon tool and not worry about it again. However, the following routines allow you to add, change, access, and remove entries from the token database.
TokenLoadTokenBlock()
,
TokenLoadTokenChunk()
, and
TokenLoadTokenBuffer()
load a
TokenEntry
structure into memory (a newly allocated block, a newly allocated chunk, or a locked buffer). The
TokenEntry
structure contains information about the token, the geode's release number, and the geode's protocol number. This structure does not actually contain the monikers used for the icon.
TokenLookupMoniker()
gets the specific moniker of a token entry given the display type (CGA, EGA, VGA, etc.), the entry's
GeodeToken
structure, and search flags. If the moniker is found, the entry identifier (database group and ID numbers) of the moniker are returned. You can use these return values to lock the moniker into memory (see below).
TokenLockTokenMoniker()
locks a moniker into memory given its entry identifier. This routine returns a pointer to a locked block and the chunk handle of the chunk containing the locked moniker. A moniker should always be locked before it is drawn; this keeps it from moving in memory while it is being accessed.
The routine
TokenUnlockTokenMoniker()
unlocks a previously locked moniker when given the moniker's segment address. This unlocks the entire block, not just the individual moniker.
TokenLoadMonikerBlock()
,
TokenLoadMonikerChunk()
, and
TokenLoadMonikerBuffer()
load a specific moniker into memory from the token database file (into a newly allocated block, a newly allocated chunk, or a locked buffer). It takes the same parameters as
TokenLookupMoniker()
but returns the handle and chunk handle of the loaded moniker. If using this routine, simply lock the memory block rather than using
TokenLockTokenMoniker()
.
TokenGetTokenInfo()
finds a token when passed its
tokenchars
and
tokenid
and returns the token's flags. If no token exists with the passed characteristics, it will return an error flag.
TokenDefineToken()
adds a new token and its moniker list to the token database. If the given token already exists, the new one will replace the old one. The token identifier (
tokenchars
,
tokenid
), handle and chunk handle of the moniker list, and flags of the new token must be passed.
TokenRemoveToken()
removes a given token and its moniker list from the token database file. It returns only a flag indicating whether the token was successfully removed or not.
TokenListTokens()
returns a list of the tokens in the token database. It is passed three arguments:
TokenRangeFlags
, which specifies which tokens should be returned. The following flags are available:
TokenListTokens()
allocates a global memory block and copies all the specified tokens into that block. It leaves a blank space at the beginning of the block; this space is the size specified by the second argument. The rest of the block is an array of
GeodeToken
structures.
TokenListTokens()
returns a dword. The lower word of the return value is the handle of the global memory block; the upper word is the number of
GeodeToken
structures in that block.


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agriculture cog disaster response earth observation geospatial natural resource satellite imagery stac sustainability
This joint NASA/USGS program provides the longest continuous space-based record of Earth’s land in existence. Every day, Landsat satellites provide essential information to help land managers and policy makers make wise decisions about our resources and our environment. Data is provided for Landsats 1, 2, 3, 4, 5, 7, and 8.
New scenes are added daily.
There are no restrictions on Landsat data downloaded from the USGS; it can be used or redistributed as desired. We do request that you include a statement of the data source when citing, copying, or reprinting USGS Landsat data or images.
https://www.usgs.gov/core-science-systems/nli/landsat/landsat-commercial-cloud-data-access
United States Geological Survey
See all datasets managed by United States Geological Survey.
USGS Landsat was accessed on DATE
from https://registry.opendata.aws/usgs-landsat. Test citation.
arn:aws:s3:::usgs-landsat/collection02/
us-west-2
aws s3 ls --request-payer requester s3://usgs-landsat/collection02/
arn:aws:sns:us-west-2:673253540267:public-c2-notify
us-west-2


This short tutorial illustrates a typical use case in clinical development - the analysis of time to a certain event (e.g., death) in different populations. Typically, data obtained in randomized clinical trials (RCT) can be used to estimate the overall survival of patients in one group (e.g., treated with drug X) vs another group (e.g., treated with drug Y) and thus determine if there is a difference between these treatments.
For a more thorough introduction to Survival Analysis, we recommend the following tutorial: https://bioconnector.github.io/workshops/r-survival.html
In this example, we will work with patient data from NCCTG Lung Cancer dataset that is part of the survival
package.
# Constants
DATASET <- paste0("NCCTG Lung Cancer Dataset (from survival package ",
packageVersion("survival"), ")")
# Globql formatting options
options(digits = 3)
# Global ggplot settings
theme_set(theme_classic())
# Global table settings
options(DT.options = list(pageLength = 10,
language = list(search = 'Filter:'),
scrollX = TRUE))
The variable names are changed to align with CDISC ADaM controlled terminology.
data(lung)
lung_cohort <- lung %>%
dplyr::rename(ECOG = ph.ecog,
Karnofsky = ph.karno,
SITEID = inst,
CNSR = status,
AVAL = time,
WEIGHT = wt.loss
) %>%
dplyr::mutate(USUBJID = sprintf("Pat%03d", row_number()),
SEX = factor(if_else(sex == 1, "male", "female")),
CNSR = if_else(CNSR == 2, 1, 0),
SUBGR1 = factor(case_when(ECOG == 0 ~ "0 asymptomatic",
ECOG == 1 ~ "1 ambulatory",
ECOG == 2 ~ "2 in bed less than 50% of day",
ECOG == 3 ~ "3 in bed more than 50% of day",
ECOG == 4 ~ "4 bedbound",
ECOG == 5 ~ "5 dead")
),
AGEGR1 = factor(case_when(age < 30 ~ "< 30y",
age >= 30 & age <= 50 ~ "30-50y",
age > 50 & age <= 70 ~ "51-70y",
age > 70 ~ "> 70y"),
levels=c("< 30y", "30-50y", "51-70y", "> 70y")
)
) %>%
dplyr::select(USUBJID, SITEID, SEX, AGEGR1, WEIGHT, SUBGR1, AVAL, CNSR)
lung_cohort %>%
head(10) %>%
vr_render_table(title = "First 10 observations of `lung_cohort`.",
caption = "",
datasource = DATASET,
engine = "gt")
| First 10 observations of `lung_cohort`. | |||||||
|---|---|---|---|---|---|---|---|
| USUBJID | SITEID | SEX | AGEGR1 | WEIGHT | SUBGR1 | AVAL | CNSR |
| Pat001 | 3.00 | male | > 70y | NA | 1 ambulatory | 306.00 | 1.00 |
| Pat002 | 3.00 | male | 51-70y | 15.00 | 0 asymptomatic | 455.00 | 1.00 |
| Pat003 | 3.00 | male | 51-70y | 15.00 | 0 asymptomatic | 1,010.00 | 0.00 |
| Pat004 | 5.00 | male | 51-70y | 11.00 | 1 ambulatory | 210.00 | 1.00 |
| Pat005 | 1.00 | male | 51-70y | 0.00 | 0 asymptomatic | 883.00 | 1.00 |
| Pat006 | 12.00 | male | > 70y | 0.00 | 1 ambulatory | 1,022.00 | 0.00 |
| Pat007 | 7.00 | female | 51-70y | 10.00 | 2 in bed less than 50% of day | 310.00 | 1.00 |
| Pat008 | 11.00 | female | > 70y | 1.00 | 2 in bed less than 50% of day | 361.00 | 1.00 |
| Pat009 | 1.00 | male | 51-70y | 16.00 | 1 ambulatory | 218.00 | 1.00 |
| Pat010 | 7.00 | male | 51-70y | 34.00 | 2 in bed less than 50% of day | 166.00 | 1.00 |
| Data Source: NCCTG Lung Cancer Dataset (from survival package 3.2.3) |
For this exercise we will only include patients with (1) ECOG available (2) non-missing weight-loss data (3) non missing censoring information and (4) positive follow-up time in our analysis.
cohort_attrition <- vr_attrition_table(
data = lung_cohort,
criteria_descriptions = c("1. ECOG available",
"2. Weight loss data available",
"3. Non-missing censoring status",
"4. Positive follow up time"),
criteria_conditions = c("!is.na(SUBGR1)",
"!is.na(WEIGHT)",
"!is.na(CNSR)",
"AVAL >= 0"),
subject_column_name = 'USUBJID')
vr_render_table(data = cohort_attrition,
title = "Attrition Table",
caption = "Summary of samples fulfilling inclusion/exclusion criteria",
datasource = DATASET,
engine = "gt")
| Attrition Table | |||||
|---|---|---|---|---|---|
| Summary of samples fulfilling inclusion/exclusion criteria | |||||
| Criteria | Condition | Remaining N | Remaining % | Excluded N | Excluded % |
| Total cohort size | none | 228.00 | 100.00 | 0.00 | 0.00 |
| 1. ECOG available | !is.na(SUBGR1) | 227.00 | 99.56 | 1.00 | 0.44 |
| 2. Weight loss data available | !is.na(WEIGHT) | 213.00 | 93.42 | 14.00 | 6.14 |
| 3. Non-missing censoring status | !is.na(CNSR) | 213.00 | 93.42 | 0.00 | 0.00 |
| 4. Positive follow up time | AVAL >= 0 | 213.00 | 93.42 | 0.00 | 0.00 |
| Data Source: NCCTG Lung Cancer Dataset (from survival package 3.2.3) |
Under construction.
complement_descriptions <- c(
"Having exclusion criterion: non ECOG",
"Having exclusion criterion: missing weight loss ",
"Having exclusion criterion: missing censoring status",
"Having exclusion criterion: negative follow up time")
attrition_chart_fn <- "../docs/articles/Example_analysis_files/figure-html/attrition_diagram.svg"
attrition_flow <- vr_attrition(
N_array = cohort_attrition$`Remaining N`,
descriptions = cohort_attrition$Criteria,
complement_descriptions = complement_descriptions,
display = F,
output_path = attrition_chart_fn)
To describe the population vr_table_one
can be used.
# some modifications to the table for nice printing of categories
lung_cohort_tab1 <- lung_cohort %>%
dplyr::mutate(CNSR = factor(case_when(CNSR == 0 ~ "Alive/Censored",
CNSR == 1 ~ "Dead",
is.na(CNSR) ~ "Missing"
)
)
) %>%
dplyr::filter(!is.na(AVAL) & !is.na(AGEGR1) & !is.na(SUBGR1)) %>%
select(-SITEID)
# visR table1 convenience function
vr_table_one(lung_cohort_tab1, title = "Overview over Lung Cancer patients",
caption = "Baseline characteristics of study cohort stratified by treatment type",
datasource = DATASET, groupCols = c("SEX"))
| Overview over Lung Cancer patients | |||
|---|---|---|---|
| Baseline characteristics of study cohort stratified by treatment type | |||
| female | male | Overall | |
| Sample | |||
| N | 90 | 137 | 227 |
| USUBJID | |||
| Unique values | 90 | 137 | 227 |
| Missing (%) | 0 (0%) | 0 (0%) | 0 (0%) |
| AGEGR1 | |||
| 30-50y | 12 (13.3%) | 14 (10.2%) | 26 (11.5%) |
| 51-70y | 63 (70.0%) | 92 (67.2%) | 155 (68.3%) |
| > 70y | 15 (16.7%) | 31 (22.6%) | 46 (20.3%) |
| WEIGHT | |||
| Mean (SD) | 7.77 (13.2) | 11.1 (12.9) | 9.73 (13.1) |
| Median (IQR) | 4 (0-11) | 8 (0.5-18) | 7 (0-15) |
| Min-max | -24-52 | -13-68 | -24-68 |
| Missing | 4 (4.44%) | 10 (7.3%) | 14 (6.17%) |
| SUBGR1 | |||
| 0 asymptomatic | 27 (30.0%) | 36 (26.28%) | 63 (27.753%) |
| 1 ambulatory | 42 (46.7%) | 71 (51.82%) | 113 (49.780%) |
| 2 in bed less than 50% of day | 21 (23.3%) | 29 (21.17%) | 50 (22.026%) |
| 3 in bed more than 50% of day | NA | 1 (0.73%) | 1 (0.441%) |
| AVAL | |||
| Mean (SD) | 339 (203) | 285 (213) | 306 (211) |
| Median (IQR) | 292 (195-448) | 225 (147-371) | 259 (168-399) |
| Min-max | 5-965 | 11-1022 | 5-1022 |
| Missing | 0 (0%) | 0 (0%) | 0 (0%) |
| CNSR | |||
| Alive/Censored | 37 (41.1%) | 26 (19%) | 63 (27.8%) |
| Dead | 53 (58.9%) | 111 (81%) | 164 (72.2%) |
| Data Source: NCCTG Lung Cancer Dataset (from survival package 3.2.3) |
The function looks for variables AVAL, CNSR in the data to construct the survival formula survival::survfit.formula(data = data, formula = Surv(AVAL, 1-CNSR) ~ strata), ...))
. This wrapper function is compatible with %>%
and purrr::map functions without losing traceability of the dataset name.
The Kaplan Meier plot is build using the pipe framework.
lung_cohort %>%
vr_KM_est(strata = "SEX", conf.int = 0.90) %>%
vr_plot(legend_position = "right", x_unit = "Days") %>%
add_CI(alpha = 0.2, style = "ribbon", linetype = 3) %>%
add_CNSR(shape = 3, size = 2) %>%
add_risktable(min_at_risk = 0,
statlist= c("n.risk", "n.event", "n.censor"),
label = c("At risk", "Event", "Censor"),
collapse = F
)
lung_cohort %>%
vr_KM_est(strata = "SEX") %>%
get_summary() %>%
vr_render_table("Overall Survival", "Median survival times in days for each strata", DATASET)
| Overall Survival | ||||||
|---|---|---|---|---|---|---|
| Median survival times in days for each strata | ||||||
| strata | No. of subjects | No. of events | Median(surv.time) | 0.95LCL | 0.95UCL | 0.95CI |
| SEX=female | 86.00 | 37.00 | 529.00 | 376.00 | NA | (376;NA) |
| SEX=male | 127.00 | 25.00 | 840.00 | 806.00 | NA | (806;NA) |
| Data Source: NCCTG Lung Cancer Dataset (from survival package 3.2.3) |
lung_cohort %>%
vr_KM_est(strata = "SEX") %>%
get_pvalue() %>%
vr_render_table("Equality between Strata", "Summary table with test of equality over strata", DATASET)
| Equality between Strata | |||
|---|---|---|---|
| Summary table with test of equality over strata | |||
| Equality across strata | Chisq | df | p-value |
| Log-Rank | 6.68 | 1.00 | 0.01 |
| Wilcoxon | 5.09 | 1.00 | 0.024 |
| Tarone-Ware | 4.49 | 1.00 | 0.034 |
| Data Source: NCCTG Lung Cancer Dataset (from survival package 3.2.3) |


Struct Point
A struct that defines a point in 2D space
Implements
Inherited Members
Namespace: RogueSharp
Assembly: RogueSharp.dll
Syntax
public struct Point : IEquatable<Point>
Constructors
| Improve this Doc View SourcePoint(Int32)
Constructs a point with X and Y set to the same value.
Declaration
public Point(int value)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Int32 | value | The x and y coordinates in 2d-space. |
Point(Int32, Int32)
Constructs a point with X and Y from two values.
Declaration
public Point(int x, int y)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Int32 | x | The x coordinate in 2d-space. |
| System.Int32 | y | The y coordinate in 2d-space. |
Properties
| Improve this Doc View SourceX
The x coordinate of this Point.
Declaration
public int X { get; set; }
Property Value
| Type | Description |
|---|---|
| System.Int32 |
Y
The y coordinate of this Point.
Declaration
public int Y { get; set; }
Property Value
| Type | Description |
|---|---|
| System.Int32 |
Zero
Returns the point (0,0)
Declaration
public static Point Zero { get; }
Property Value
| Type | Description |
|---|---|
| Point |
Methods
| Improve this Doc View SourceAdd(Point, Point)
Adds two points.
Declaration
public static Point Add(Point value1, Point value2)
Parameters
| Type | Name | Description |
|---|---|---|
| Point | value1 | Source Point on the left of the add sign. |
| Point | value2 | Source Point on the right of the add sign. |
Returns
| Type | Description |
|---|---|
| Point | Sum of the points. |
Distance(Point, Point)
Calculates the distance between two points.
Declaration
public static float Distance(Point value1, Point value2)
Parameters
| Type | Name | Description |
|---|---|---|
| Point | value1 | Source vector. |
| Point | value2 | Source vector. |
Returns
| Type | Description |
|---|---|
| System.Single | The distance between two points. |
Divide(Point, Point)
Declaration
public static Point Divide(Point source, Point divisor)
Parameters
| Type | Name | Description |
|---|---|---|
| Point | source | Source Point on the left of the div sign. |
| Point | divisor | Divisor Point on the right of the div sign. |
Returns
| Type | Description |
|---|---|
| Point | The result of dividing the points. |
Equals(Point)
Compares whether current instance is equal to specified Point.
Declaration
public bool Equals(Point other)
Parameters
| Type | Name | Description |
|---|---|---|
| Point | other | The Point to compare. |
Returns
| Type | Description |
|---|---|
| System.Boolean |
|
Equals(Object)
Compares whether current instance is equal to specified System.Object.
Declaration
public override bool Equals(object obj)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Object | obj | The System.Object to compare. |
Returns
| Type | Description |
|---|---|
| System.Boolean |
|
Overrides
GetHashCode()
Gets the hash code of this Point.
Declaration
public override int GetHashCode()
Returns
| Type | Description |
|---|---|
| System.Int32 | Hash code of this Point. |
Overrides
Multiply(Point, Point)
Multiplies the components of two points by each other.
Declaration
public static Point Multiply(Point value1, Point value2)
Parameters
| Type | Name | Description |
|---|---|---|
| Point | value1 | Source Point on the left of the mul sign. |
| Point | value2 | Source Point on the right of the mul sign. |
Returns
| Type | Description |
|---|---|
| Point | Result of the multiplication. |
Negate(Point)
Creates a new Point that contains the specified vector inversion.
Declaration
public static Point Negate(Point value)
Parameters
| Type | Name | Description |
|---|---|---|
| Point | value | Source Point. |
Returns
| Type | Description |
|---|---|
| Point | The result of the vector inversion. |
Subtract(Point, Point)
Declaration
public static Point Subtract(Point value1, Point value2)
Parameters
| Type | Name | Description |
|---|---|---|
| Point | value1 | Source Point on the left of the sub sign. |
| Point | value2 | Source Point on the right of the sub sign. |
Returns
| Type | Description |
|---|---|
| Point | Result of the subtraction. |
ToString()
Declaration
public override string ToString()
Returns
| Type | Description |
|---|---|
| System.String | System.String representation of this Point. |
Overrides
Operators
| Improve this Doc View SourceAddition(Point, Point)
Adds two points.
Declaration
public static Point operator +(Point value1, Point value2)
Parameters
| Type | Name | Description |
|---|---|---|
| Point | value1 | Source Point on the left of the add sign. |
| Point | value2 | Source Point on the right of the add sign. |
Returns
| Type | Description |
|---|---|
| Point | Sum of the points. |
Division(Point, Point)
Declaration
public static Point operator /(Point source, Point divisor)
Parameters
| Type | Name | Description |
|---|---|---|
| Point | source | Source Point on the left of the div sign. |
| Point | divisor | Divisor Point on the right of the div sign. |
Returns
| Type | Description |
|---|---|
| Point | The result of dividing the points. |
Equality(Point, Point)
Compares whether two Point instances are equal.
Declaration
public static bool operator ==(Point a, Point b)
Parameters
| Type | Name | Description |
|---|---|---|
| Point | a | Point instance on the left of the equal sign. |
| Point | b | Point instance on the right of the equal sign. |
Returns
| Type | Description |
|---|---|
| System.Boolean |
|
Inequality(Point, Point)
Compares whether two Point instances are not equal.
Declaration
public static bool operator !=(Point a, Point b)
Parameters
| Type | Name | Description |
|---|---|---|
| Point | a | Point instance on the left of the not equal sign. |
| Point | b | Point instance on the right of the not equal sign. |
Returns
| Type | Description |
|---|---|
| System.Boolean |
|
Multiply(Point, Point)
Multiplies the components of two points by each other.
Declaration
public static Point operator *(Point value1, Point value2)
Parameters
| Type | Name | Description |
|---|---|---|
| Point | value1 | Source Point on the left of the mul sign. |
| Point | value2 | Source Point on the right of the mul sign. |
Returns
| Type | Description |
|---|---|
| Point | Result of the multiplication. |
Subtraction(Point, Point)
Declaration
public static Point operator -(Point value1, Point value2)
Parameters
| Type | Name | Description |
|---|---|---|
| Point | value1 | Source Point on the left of the sub sign. |
| Point | value2 | Source Point on the right of the sub sign. |
Returns
| Type | Description |
|---|---|
| Point | Result of the subtraction. |


JavaScript vs. Ruby
March 28th, 2014
With Unit 1/Week 3 of bootcamp prepation behind me, I wanted to take a moment to reflect on some impressions left after coding through JavaScript and Ruby.
Quick Impressions
Methods and Functions
Constructor Function versus Class
Summary
JavaScript and Ruby both support object-oriented, and have a relatively easier to learn syntax compared to other programming languages. Comparing syntax, would say that JavaScript is definitely influenced by C programming, while Ruby is less cryptic and easier to read/interpet even if you don't know a programming language. So far, I have seen JavaScript commonly applied in client-side (web browser) situations, while Ruby seems to be a more general-purpose language.
In JavaScript, it's common to define functions. In Ruby, it's common to define methods. For a simple "hello world" program, the syntax is pretty straight forward for either case.
JavaScript
Ruby
JavaScript and Ruby can both be object-oriented, or in other words methods and functions of a similar kind can be created and defined as such. For example, there could be a object called "Person" which acts like a blueprint (also called prototype in JS), to be used for more specific people like "Dave" or "Jane". In the code , the blueprints are represented as either constructor functions (JavaScript) or a Class (Ruby), and the specific people can be represented as specific 'instances' or 'objects' of the blueprint.
This makes much more sense when comparing the code below. Both snippets of code are creating a Person with the attributes of name, age, and quote. After the blueprint is created, a specific instance called dave with unique attributes is being created. Syntax is slightly different, but both languages are very powerful from the magic of object oriented programming
JavaScript
Ruby
Reflecting on the last 2 weeks being focused on Ruby and JavaScript, with all the similarities in mind, I do still have to be honest to say that I am partial towards Ruby. I started both languages at the same time. Where I have had trouble recalling half of the JavaScript concepts due to syntax, Ruby is just easier to recall how to do the same things - probably because it's a very readable syntax for the common english-speaking citizen. Also, I have repeatedly been impressed with Ruby's zen-like elegance of being able to do more with less code, whether it be for setting up loops, conditionals, or processing arrays and hashes. Also a big plus that Ruby was invented by a Japanese guy named matz, which makes me want to support it more.


"ILLYRICUM "a country to the north-west of Macedonia, on the eastern shores of the Adriatic, now almost wholly comprehended in Dalmatia, a name formerly given to the southern part of Illyricum (2 Timothy 4:10). It was traversed by Paul in his third missionary journey (Romans 15:19). It was the farthest district he had reached in preaching the gospel of Christ. This reference to Illyricum is in harmony with Acts 20:2, inasmuch as the apostle’s journey over the parts of Macedonia would bring him to the borders of Illyricum.
"ILLYRICUM "a country to the north-west of Macedonia, on the eastern shores of the Adriatic, now almost wholly comprehended in Dalmatia, a name formerly given to the southern part of Illyricum (2 Timothy 4:10). It was traversed by Paul in his third missionary journey (Romans 15:19). It was the farthest district he had reached in preaching the gospel of Christ.
This reference to Illyricum is in harmony with Acts 20:2, inasmuch as the apostle’s journey over the parts of Macedonia would bring him to the borders of Illyricum.


This is a post I’ve been meaning to write for a long time. Triathlon (and I’m sure most sporting endeavours) falls victim to the comparison trap. I see it all the time.
David Roche had a great quote ‘No matter who you are and what you do, you can feel inadequate if you put your mind to it.’ If you look hard enough, you will ALWAYS find someone better then the current version of you. ‘
Myself and Daragh were talking to a friend of his at the Mullingar half marathon a few weeks back on Paddys day. He was training for Ironman Cork. He felt going under 10 hours was out of his reach given the course profile, so he felt the training was a waste of time and couldn’t wait till it was over. This is Paddy’s day. The race is the end of June and already he was wishing the months away. I didn’t say anything but inside I was ‘Man, you got this all wrong’. Daragh jokingly asked him to know his why. His why was to break 10 hours (outcome), now he felt this was unachievable, it was all a complete waste of time. Take time to take this in. It’s incredible.
Ironman training is a selfish endeavour. It takes precious time away from spending quality time with loved ones and friends. You owe it not only to yourself but more to your family members & friends to really love everything about what your are doing. Remember you are not just wasting your own time if you’re not enjoying it, you’re wasting the time of all your loved ones.
About 10 years ago, I was going pretty well in triathlon. For a couple of years I was really pushing really hard and burning candles at every end in work/social/training. Two bouts of pneumonia leading to a long term lung condition that I’ll have for life.  Now I’m through all that and training and racing, I just love it. And feel so privileged to be able to train and compete and get the most from myself regardless of time and category. Sure I want to do well and would love to qualify for Hawaii some day, but really I feel so privileged to do this sport and if X beats me, then brilliant for him for having an awesome race. I read a brilliant book years ago called ‘the good life’. It’s a modern blueprint on how to live like a stoic and use the learnings of Epictetus, Marcus Aurelius, and Seneca to live a great life. One of the techniques cited in the book is called ‘Negative visualisation’. The core of this idea is to visualize negative outcomes in your life. It’s a really powerful technique.  First and foremost, this technique makes you quickly appreciate what you have in life. Your health, your family, your opportunities, and more. It’s realizing that you are blessed and so fortunate to be able to participate in these amazing events that bring us to cool places. This quickly puts things in perspective.
Lucy Gossage is an amazing athlete. She was a former professional triathlete while working as an oncologist. This was something she said in a podcast some time back :
‘Ironman is about suffering for nine to ten hour Cancer is about suffering for much longer. But no matter how much I’m hurting in a race, I know I’m choosing to suffer and can make it stop at any point. Cancer patients don’t get that choice and remembering that helps me to embrace the pain rather than running from it’
While she was talking about suffering during races, it can also equate to how we feel after a bad race. We have a choice how to frame this result. Cancer patients don’t. We need to remember this.
We may have started triathlon to shed some weight or do something cool which morphed into chasing PBs and beating XYZ in our triathlon club. No one cares apart from you. Instead of focusing on results, how about cherishing the daily moments that let you make memories and find joy along the way. That feeling when your legs are smashed because you have given it your all. When you didn’t think you would get to the 10th interval and you ace all 20 of them. This is the good stuff. Sure have big audacious goals but understand that reaching these goals are a pleasant by-product of LOVING the daily grind along the way for many many years and understanding our progression is not a linear progression..
Think about where you were with training and racing 3/5 years ago.  It’s not all that tragic in retrospect, right?  In fact, you aren’t your race results at all.
The ego monster can never be satisfied. The finish line drug requires bigger and bigger doses to get you high.
The goal is never to use our training and racing to answer the question “Am I enough?” Instead, the goal is to compete in triathlon events knowing “I am enough, no matter what.”
Little by little, removing comparison as a means to define success in training and racing and chasing external validation can help us triathletes find unconditional self-acceptance and longevity in the sport.
None of this stuff matters except the memories we make.
Smile every mile, thank every volunteer and encourage every other participant you are racing alongside.
I know I’ll be adopting this to Lanzarote in a few months regardless of the outcome. Only good memories, thats my motto.

‘Everything dies. Everything. You were born with a terminal disease, just like everything else that has ever existed. You, your lamp, the sun, and the Bee Gees all have that in common.
And you were worried that trying something new might make you look dumb or that your business might not make any money.
Race and train for joy or not at all.


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