Regular expressions are a concise and flexible tool for describing patterns in strings. This vignette describes the key features of stringr’s regular expressions, as implemented by stringi. It is not a tutorial, so if you’re unfamiliar regular expressions, I’d recommend starting at https://r4ds.had.co.nz/strings.html. If you want to master the details, I’d recommend reading the classic Mastering Regular Expressions by Jeffrey E. F. Friedl.
Regular expressions are the default pattern engine in stringr. That
means when you use a pattern matching function with a bare string, it’s
equivalent to wrapping it in a call to regex()
:
# The regular call:
str_extract(fruit, "nana")
# Is shorthand for
str_extract(fruit, regex("nana"))
You will need to use regex()
explicitly if you want to
override the default options, as you’ll see in examples below.
The simplest patterns match exact strings:
<- c("apple", "banana", "pear")
x str_extract(x, "an")
#> [1] NA "an" NA
You can perform a case-insensitive match using
ignore_case = TRUE
:
<- c("banana", "Banana", "BANANA")
bananas str_detect(bananas, "banana")
#> [1] TRUE FALSE FALSE
str_detect(bananas, regex("banana", ignore_case = TRUE))
#> [1] TRUE TRUE TRUE
The next step up in complexity is .
, which matches any
character except a newline:
str_extract(x, ".a.")
#> [1] NA "ban" "ear"
You can allow .
to match everything, including
\n
, by setting dotall = TRUE
:
str_detect("\nX\n", ".X.")
#> [1] FALSE
str_detect("\nX\n", regex(".X.", dotall = TRUE))
#> [1] TRUE
If “.
” matches any character, how do you match a literal
“.
”? You need to use an “escape” to tell the regular
expression you want to match it exactly, not use its special behaviour.
Like strings, regexps use the backslash, \
, to escape
special behaviour. So to match an .
, you need the regexp
\.
. Unfortunately this creates a problem. We use strings to
represent regular expressions, and \
is also used as an
escape symbol in strings. So to create the regular expression
\.
we need the string "\\."
.
# To create the regular expression, we need \\
<- "\\."
dot
# But the expression itself only contains one:
writeLines(dot)
#> \.
# And this tells R to look for an explicit .
str_extract(c("abc", "a.c", "bef"), "a\\.c")
#> [1] NA "a.c" NA
If \
is used as an escape character in regular
expressions, how do you match a literal \
? Well you need to
escape it, creating the regular expression \\
. To create
that regular expression, you need to use a string, which also needs to
escape \
. That means to match a literal \
you
need to write "\\\\"
— you need four backslashes to match
one!
<- "a\\b"
x writeLines(x)
#> a\b
str_extract(x, "\\\\")
#> [1] "\\"
In this vignette, I use \.
to denote the regular
expression, and "\\."
to denote the string that represents
the regular expression.
An alternative quoting mechanism is \Q...\E
: all the
characters in ...
are treated as exact matches. This is
useful if you want to exactly match user input as part of a regular
expression.
<- c("a.b.c.d", "aeb")
x <- "a.b"
starts_with
str_detect(x, paste0("^", starts_with))
#> [1] TRUE TRUE
str_detect(x, paste0("^\\Q", starts_with, "\\E"))
#> [1] TRUE FALSE
Escapes also allow you to specify individual characters that are otherwise hard to type. You can specify individual unicode characters in five ways, either as a variable number of hex digits (four is most common), or by name:
\xhh
: 2 hex digits.
\x{hhhh}
: 1-6 hex digits.
\uhhhh
: 4 hex digits.
\Uhhhhhhhh
: 8 hex digits.
\N{name}
, e.g. \N{grinning face}
matches the basic smiling emoji.
Similarly, you can specify many common control characters:
\a
: bell.
\cX
: match a control-X character.
\e
: escape (\u001B
).
\f
: form feed (\u000C
).
\n
: line feed (\u000A
).
\r
: carriage return (\u000D
).
\t
: horizontal tabulation
(\u0009
).
\0ooo
match an octal character. ‘ooo’ is from one to
three octal digits, from 000 to 0377. The leading zero is
required.
(Many of these are only of historical interest and are only included here for the sake of completeness.)
There are a number of patterns that match more than one character.
You’ve already seen .
, which matches any character (except
a newline). A closely related operator is \X
, which matches
a grapheme cluster, a set of individual elements that
form a single symbol. For example, one way of representing “á” is as the
letter “a” plus an accent: .
will match the component “a”,
while \X
will match the complete symbol:
<- "a\u0301"
x str_extract(x, ".")
#> [1] "a"
str_extract(x, "\\X")
#> [1] "á"
There are five other escaped pairs that match narrower classes of characters:
\d
: matches any digit. The complement,
\D
, matches any character that is not a decimal digit.
str_extract_all("1 + 2 = 3", "\\d+")[[1]]
#> [1] "1" "2" "3"
Technically, \d
includes any character in the Unicode
Category of Nd (“Number, Decimal Digit”), which also includes numeric
symbols from other languages:
# Some Laotian numbers
str_detect("១២៣", "\\d")
#> [1] TRUE
\s
: matches any whitespace. This includes tabs,
newlines, form feeds, and any character in the Unicode Z Category (which
includes a variety of space characters and other separators.). The
complement, \S
, matches any non-whitespace character.
<- "Some \t badly\n\t\tspaced \f text")
(text #> [1] "Some \t badly\n\t\tspaced \f text"
str_replace_all(text, "\\s+", " ")
#> [1] "Some badly spaced text"
\p{property name}
matches any character with
specific unicode property, like \p{Uppercase}
or
\p{Diacritic}
. The complement,
\P{property name}
, matches all characters without the
property. A complete list of unicode properties can be found at http://www.unicode.org/reports/tr44/#Property_Index.
<- c('"Double quotes"', "«Guillemet»", "“Fancy quotes”"))
(text #> [1] "\"Double quotes\"" "«Guillemet»" "“Fancy quotes”"
str_replace_all(text, "\\p{quotation mark}", "'")
#> [1] "'Double quotes'" "'Guillemet'" "'Fancy quotes'"
\w
matches any “word” character, which includes
alphabetic characters, marks and decimal numbers. The complement,
\W
, matches any non-word character.
str_extract_all("Don't eat that!", "\\w+")[[1]]
#> [1] "Don" "t" "eat" "that"
str_split("Don't eat that!", "\\W")[[1]]
#> [1] "Don" "t" "eat" "that" ""
Technically, \w
also matches connector punctuation,
\u200c
(zero width connector), and \u200d
(zero width joiner), but these are rarely seen in the wild.
\b
matches word boundaries, the transition between
word and non-word characters. \B
matches the opposite:
boundaries that have either both word or non-word characters on either
side.
str_replace_all("The quick brown fox", "\\b", "_")
#> [1] "_The_ _quick_ _brown_ _fox_"
str_replace_all("The quick brown fox", "\\B", "_")
#> [1] "T_h_e q_u_i_c_k b_r_o_w_n f_o_x"
You can also create your own character classes using
[]
:
[abc]
: matches a, b, or c.[a-z]
: matches every character between a and z (in
Unicode code point order).[^abc]
: matches anything except a, b, or c.[\^\-]
: matches ^
or -
.There are a number of pre-built classes that you can use inside
[]
:
[:punct:]
: punctuation.[:alpha:]
: letters.[:lower:]
: lowercase letters.[:upper:]
: upperclass letters.[:digit:]
: digits.[:xdigit:]
: hex digits.[:alnum:]
: letters and numbers.[:cntrl:]
: control characters.[:graph:]
: letters, numbers, and punctuation.[:print:]
: letters, numbers, punctuation, and
whitespace.[:space:]
: space characters (basically equivalent to
\s
).[:blank:]
: space and tab.These all go inside the []
for character classes,
i.e. [[:digit:]AX]
matches all digits, A, and X.
You can also using Unicode properties, like
[\p{Letter}]
, and various set operations, like
[\p{Letter}--\p{script=latin}]
. See
?"stringi-search-charclass"
for details.
|
is the alternation operator, which
will pick between one or more possible matches. For example,
abc|def
will match abc
or
def
:
str_detect(c("abc", "def", "ghi"), "abc|def")
#> [1] TRUE TRUE FALSE
Note that the precedence for |
is low:
abc|def
is equivalent to (abc)|(def)
not
ab(c|d)ef
.
You can use parentheses to override the default precedence rules:
str_extract(c("grey", "gray"), "gre|ay")
#> [1] "gre" "ay"
str_extract(c("grey", "gray"), "gr(e|a)y")
#> [1] "grey" "gray"
Parenthesis also define “groups” that you can refer to with
backreferences, like \1
, \2
etc, and can be extracted with str_match()
. For example,
the following regular expression finds all fruits that have a repeated
pair of letters:
<- "(..)\\1"
pattern %>%
fruit str_subset(pattern)
#> [1] "banana"
%>%
fruit str_subset(pattern) %>%
str_match(pattern)
#> [,1] [,2]
#> [1,] "anan" "an"
You can use (?:...)
, the non-grouping parentheses, to
control precedence but not capture the match in a group. This is
slightly more efficient than capturing parentheses.
str_match(c("grey", "gray"), "gr(e|a)y")
#> [,1] [,2]
#> [1,] "grey" "e"
#> [2,] "gray" "a"
str_match(c("grey", "gray"), "gr(?:e|a)y")
#> [,1]
#> [1,] "grey"
#> [2,] "gray"
This is most useful for more complex cases where you need to capture matches and control precedence independently.
By default, regular expressions will match any part of a string. It’s often useful to anchor the regular expression so that it matches from the start or end of the string:
^
matches the start of string.$
matches the end of the string.<- c("apple", "banana", "pear")
x str_extract(x, "^a")
#> [1] "a" NA NA
str_extract(x, "a$")
#> [1] NA "a" NA
To match a literal “$” or “^”, you need to escape them,
\$
, and \^
.
For multiline strings, you can use
regex(multiline = TRUE)
. This changes the behaviour of
^
and $
, and introduces three new
operators:
^
now matches the start of each line.
$
now matches the end of each line.
\A
matches the start of the input.
\z
matches the end of the input.
\Z
matches the end of the input, but before the
final line terminator, if it exists.
<- "Line 1\nLine 2\nLine 3\n"
x str_extract_all(x, "^Line..")[[1]]
#> [1] "Line 1"
str_extract_all(x, regex("^Line..", multiline = TRUE))[[1]]
#> [1] "Line 1" "Line 2" "Line 3"
str_extract_all(x, regex("\\ALine..", multiline = TRUE))[[1]]
#> [1] "Line 1"
You can control how many times a pattern matches with the repetition operators:
?
: 0 or 1.+
: 1 or more.*
: 0 or more.<- "1888 is the longest year in Roman numerals: MDCCCLXXXVIII"
x str_extract(x, "CC?")
#> [1] "CC"
str_extract(x, "CC+")
#> [1] "CCC"
str_extract(x, 'C[LX]+')
#> [1] "CLXXX"
Note that the precedence of these operators is high, so you can
write: colou?r
to match either American or British
spellings. That means most uses will need parentheses, like
bana(na)+
.
You can also specify the number of matches precisely:
{n}
: exactly n{n,}
: n or more{n,m}
: between n and mstr_extract(x, "C{2}")
#> [1] "CC"
str_extract(x, "C{2,}")
#> [1] "CCC"
str_extract(x, "C{2,3}")
#> [1] "CCC"
By default these matches are “greedy”: they will match the longest
string possible. You can make them “lazy”, matching the shortest string
possible by putting a ?
after them:
??
: 0 or 1, prefer 0.+?
: 1 or more, match as few times as possible.*?
: 0 or more, match as few times as possible.{n,}?
: n or more, match as few times as possible.{n,m}?
: between n and m, , match as few times as
possible, but at least n.str_extract(x, c("C{2,3}", "C{2,3}?"))
#> [1] "CCC" "CC"
str_extract(x, c("C[LX]+", "C[LX]+?"))
#> [1] "CLXXX" "CL"
You can also make the matches possessive by putting a +
after them, which means that if later parts of the match fail, the
repetition will not be re-tried with a smaller number of characters.
This is an advanced feature used to improve performance in worst-case
scenarios (called “catastrophic backtracking”).
?+
: 0 or 1, possessive.++
: 1 or more, possessive.*+
: 0 or more, possessive.{n}+
: exactly n, possessive.{n,}+
: n or more, possessive.{n,m}+
: between n and m, possessive.A related concept is the atomic-match parenthesis,
(?>...)
. If a later match fails and the engine needs to
back-track, an atomic match is kept as is: it succeeds or fails as a
whole. Compare the following two regular expressions:
str_detect("ABC", "(?>A|.B)C")
#> [1] FALSE
str_detect("ABC", "(?:A|.B)C")
#> [1] TRUE
The atomic match fails because it matches A, and then the next character is a C so it fails. The regular match succeeds because it matches A, but then C doesn’t match, so it back-tracks and tries B instead.
These assertions look ahead or behind the current match without “consuming” any characters (i.e. changing the input position).
(?=...)
: positive look-ahead assertion. Matches if
...
matches at the current input.
(?!...)
: negative look-ahead assertion. Matches if
...
does not match at the current
input.
(?<=...)
: positive look-behind assertion. Matches
if ...
matches text preceding the current position, with
the last character of the match being the character just before the
current position. Length must be bounded
(i.e. no *
or +
).
(?<!...)
: negative look-behind assertion. Matches
if ...
does not match text preceding the
current position. Length must be bounded
(i.e. no *
or +
).
These are useful when you want to check that a pattern exists, but you don’t want to include it in the result:
<- c("1 piece", "2 pieces", "3")
x str_extract(x, "\\d+(?= pieces?)")
#> [1] "1" "2" NA
<- c("100", "$400")
y str_extract(y, "(?<=\\$)\\d+")
#> [1] NA "400"
Comments
There are two ways to include comments in a regular expression. The first is with
(?#...)
:The second is to use
regex(comments = TRUE)
. This form ignores spaces and newlines, and anything everything after#
. To match a literal space, you’ll need to escape it:"\\ "
. This is a useful way of describing complex regular expressions:


Home
Booking
Search Car
Price Plan
Account
OnGoing Booking
Booking History
SignOut
PRICING
{% if plan == 0 %}
STANDARD
$0 per Month
No membership costs
From $30/hr
SELECTED
PREMIUM
$100 per Year
From $15.00/hr
Minimum total cost $100
Select
{% else %}
STANDARD
$0 per Month
No membership costs
From $30/hr
Select
PREMIUM
$100 per Year
From $15.00/hr
Minimum total cost $100
SELECTED
{% endif %}
@Copyright Get Your Car Company


We conserve land through outreach restoration and research
Some of the Earth's greatest landscapes are threatened by increased road construction, oil and gas exploration, and mining. We aim to protect these areas from inappropriate development, but we cannot achieve our goals alone. Find out how you can help.
ABOUT
Find out about our organization, mission, our methods, and the results of our decades of advocacy.
TAKE ACTION
Ready to take the next step? You can become a contributor to our cause, or participate yourself.


{% extends 'accounts/base.html' %} {% load crispy_forms_tags %} {% block title %}
An email containing the password reset link has been sent to your DPIA email address.


MYOCOACH
Welcome to myocoach application, please click or tap Continue to authenticate.
CONTINUE
Copyright © The Nodogsplash Contributors 2004-2019.
This software is released under the GNU GPL license.


An IPC is a very useful construct, It allows two separate processes running to synchronize between them, and as an extension share data.
As a SW architect this gives the designer freedom in dividing the system into separate functional blocks, each running separately but still sharing their status with the other applications
Linux and C allows for many different solutions to this issue each with it's own advantages and disadvantages, I'll try and record here different options on how these are implemented as well as some code samples for free use.
I recently worked on a task that required the use of an IPC (Inter Process Communication) the idea is to implement a simple system
I chose to use the signaling system. It worked great and provides a very simple solution for this task
As an option one can use named-pipes (fifos) as an IPC, effectively implementing a message queue held by the system
One can also implement a socket through the loopback interface to implement an IPC, which can also be extended to a remote (ethernet) interface and create an IPC over remote connection


IRI: https://w3id.org/disk/ontology/enigma_hypothesis#BrainCharacteristic
IRI: https://w3id.org/disk/ontology/enigma_hypothesis#BrainScan
IRI: https://w3id.org/enigma#Cohort
IRI: http://disk-project.org/ontology/disk#Data
IRI: https://w3id.org/disk/ontology/enigma_hypothesis#Demographic
IRI: https://w3id.org/disk/ontology/enigma_hypothesis#Diagnosis
IRI: https://w3id.org/disk/ontology/enigma_hypothesis#EffectSize
IRI: https://w3id.org/disk/ontology/enigma_hypothesis#Experiment
IRI: https://w3id.org/disk/ontology/enigma_hypothesis#Gene
IRI: https://w3id.org/disk/ontology/enigma_hypothesis#GeneticData
IRI: https://w3id.org/disk/ontology/enigma_hypothesis#NeurologicalDisorder
IRI: https://w3id.org/disk/ontology/enigma_hypothesis#Patient
IRI: https://w3id.org/disk/ontology/enigma_hypothesis#collectedFrom
IRI: https://w3id.org/disk/ontology/enigma_hypothesis#experimentedOn
IRI: https://w3id.org/disk/ontology/enigma_hypothesis#hasCohort
IRI: https://w3id.org/disk/ontology/enigma_hypothesis#hasDiagnosis
IRI: https://w3id.org/disk/ontology/enigma_hypothesis#isAssociatedWith
IRI: https://w3id.org/disk/ontology/enigma_hypothesis#isDiagnosedWith
IRI: https://w3id.org/disk/ontology/enigma_hypothesis#observedFrom
IRI: https://w3id.org/disk/ontology/enigma_hypothesis#producedData
IRI: https://w3id.org/disk/ontology/enigma_hypothesis#sourceGene
IRI: https://w3id.org/disk/ontology/enigma_hypothesis#targetCharacteristic
IRI: https://w3id.org/disk/ontology/enigma_hypothesis#collectedAt
IRI: https://w3id.org/disk/ontology/enigma_hypothesis#diagnosedAtAge
IRI: https://w3id.org/disk/ontology/enigma_hypothesis#hasAge
IRI: https://w3id.org/disk/ontology/enigma_hypothesis#hasSex
IRI: https://w3id.org/disk/ontology/enigma_hypothesis#isRawData
IRI: https://w3id.org/disk/ontology/enigma_hypothesis#isRegressionResults
IRI: https://w3id.org/disk/ontology/enigma_hypothesis#APOE4
IRI: https://w3id.org/disk/ontology/enigma_hypothesis#Age
IRI: https://w3id.org/disk/ontology/enigma_hypothesis#CorticalArea
IRI: https://w3id.org/disk/ontology/enigma_hypothesis#CorticalThickness
IRI: https://w3id.org/disk/ontology/enigma_hypothesis#HippocampalVolume
IRI: https://w3id.org/disk/ontology/enigma_hypothesis#MajorDepression
IRI: https://w3id.org/disk/ontology/enigma_hypothesis#Parkinsons
IRI: https://w3id.org/disk/ontology/enigma_hypothesis#Schizophrenia
IRI: https://w3id.org/disk/ontology/enigma_hypothesis#SubcorticalVolume


Struct GeoVector
A 3-dimensional vector with double x,y and z components. The vector is not necessary normalized.
Inherited Members
Namespace: CADability
Assembly: CADability.dll
Syntax
[Serializable]
[JsonVersion(serializeAsStruct = true, version = 1)]
public struct GeoVector : ISerializable, IJsonSerialize, IExportStep
Constructors
| Improve this Doc View SourceGeoVector(Angle, Angle)
Constructs a new GeoVector with the given angles a longitude and latitude. The resulting GeoVector is normed.
Declaration
public GeoVector(Angle longitude, Angle latitude)
Parameters
| Type | Name | Description |
|---|---|---|
| Angle | longitude | |
| Angle | latitude |
GeoVector(GeoPoint, GeoPoint)
Constructs a new GeoVector which points from the StartPoint to the EndPoint.
Declaration
public GeoVector(GeoPoint StartPoint, GeoPoint EndPoint)
Parameters
| Type | Name | Description |
|---|---|---|
| GeoPoint | StartPoint | from here |
| GeoPoint | EndPoint | to here |
GeoVector(GeoVector, GeoVector, Double)
Declaration
public GeoVector(GeoVector v1, GeoVector v2, double ratio)
Parameters
| Type | Name | Description |
|---|---|---|
| GeoVector | v1 | |
| GeoVector | v2 | |
| System.Double | ratio |
GeoVector(GeoVector[])
Declaration
public GeoVector(params GeoVector[] v)
Parameters
| Type | Name | Description |
|---|---|---|
| GeoVector[] | v |
GeoVector(GeoVector2D)
Constructs a new GeoVector from a 2d vector assumed in the xy plane
Declaration
public GeoVector(GeoVector2D v)
Parameters
| Type | Name | Description |
|---|---|---|
| GeoVector2D | v |
GeoVector(IJsonReadStruct)
Declaration
public GeoVector(IJsonReadStruct data)
Parameters
| Type | Name | Description |
|---|---|---|
| IJsonReadStruct | data |
GeoVector(Double, Double, Double)
Constructs a new GeoVector with the given components
Declaration
public GeoVector(double x, double y, double z)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Double | x | x-component |
| System.Double | y | y-component |
| System.Double | z | z-component |
GeoVector(SerializationInfo, StreamingContext)
Constructor required by deserialization
Declaration
public GeoVector(SerializationInfo info, StreamingContext context)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Runtime.Serialization.SerializationInfo | info | SerializationInfo |
| System.Runtime.Serialization.StreamingContext | context | StreamingContext |
Fields
| Improve this Doc View SourceNullVector
The nullvector, same as new GeoVector(0.0,0.0,0.0);
Declaration
public static readonly GeoVector NullVector
Field Value
| Type | Description |
|---|---|
| GeoVector |
x
x-component
Declaration
public double x
Field Value
| Type | Description |
|---|---|
| System.Double |
XAxis
The x-axis, same as new GeoVector(1.0,0.0,0.0);
Declaration
public static readonly GeoVector XAxis
Field Value
| Type | Description |
|---|---|
| GeoVector |
y
y-component
Declaration
public double y
Field Value
| Type | Description |
|---|---|
| System.Double |
YAxis
The y-axis, same as new GeoVector(0.0,1.0,0.0);
Declaration
public static readonly GeoVector YAxis
Field Value
| Type | Description |
|---|---|
| GeoVector |
z
z-component
Declaration
public double z
Field Value
| Type | Description |
|---|---|
| System.Double |
ZAxis
The z-axis, same as new GeoVector(0.0,0.0,1.0);
Declaration
public static readonly GeoVector ZAxis
Field Value
| Type | Description |
|---|---|
| GeoVector |
Properties
| Improve this Doc View SourceInvalid
An invalid GeoVector (NaN,NaN,NaN)
Declaration
public static GeoVector Invalid { get; }
Property Value
| Type | Description |
|---|---|
| GeoVector |
Item[Int32]
Declaration
public double this[int index] { get; set; }
Parameters
| Type | Name | Description |
|---|---|---|
| System.Int32 | index |
Property Value
| Type | Description |
|---|---|
| System.Double |
Length
Returns the length of this vector.
Declaration
public double Length { get; set; }
Property Value
| Type | Description |
|---|---|
| System.Double |
LengthSqared
Declaration
public double LengthSqared { get; }
Property Value
| Type | Description |
|---|---|
| System.Double |
Normalized
Declaration
public GeoVector Normalized { get; }
Property Value
| Type | Description |
|---|---|
| GeoVector |
TaxicabLength
Declaration
public double TaxicabLength { get; }
Property Value
| Type | Description |
|---|---|
| System.Double |
Methods
| Improve this Doc View SourceArbitraryNormals(out GeoVector, out GeoVector)
Declaration
public void ArbitraryNormals(out GeoVector dirx, out GeoVector diry)
Parameters
| Type | Name | Description |
|---|---|---|
| GeoVector | dirx | |
| GeoVector | diry |
Bisector(GeoVector, GeoVector)
Returns the bisector vector of the two provided vectors. The result will be normalized (length = 1)
Declaration
public static GeoVector Bisector(GeoVector v1, GeoVector v2)
Parameters
| Type | Name | Description |
|---|---|---|
| GeoVector | v1 | First vector |
| GeoVector | v2 | Second vector |
Returns
| Type | Description |
|---|---|
| GeoVector | The bisector |
Cos(GeoVector, GeoVector)
Returns the cosine of the angle between the two vectors. Throws an arithmetic exception if any of the vectors is the nullvector.
Declaration
public static double Cos(GeoVector v1, GeoVector v2)
Parameters
| Type | Name | Description |
|---|---|---|
| GeoVector | v1 | First vector |
| GeoVector | v2 | Second vector |
Returns
| Type | Description |
|---|---|
| System.Double | Cosine of the inner angle |
Equals(Object)
Overrides object.Equals.
Declaration
public override bool Equals(object obj)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Object | obj | object to compare with |
Returns
| Type | Description |
|---|---|
| System.Boolean | true if exactly equal |
Overrides
GetHashCode()
Overrides object.GetHashCode
Declaration
public override int GetHashCode()
Returns
| Type | Description |
|---|---|
| System.Int32 | the hashcode |
Overrides
GetObjectData(SerializationInfo, StreamingContext)
Implements System.Runtime.Serialization.ISerializable.GetObjectData(System.Runtime.Serialization.SerializationInfo, System.Runtime.Serialization.StreamingContext)
Declaration
public void GetObjectData(SerializationInfo info, StreamingContext context)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Runtime.Serialization.SerializationInfo | info | The System.Runtime.Serialization.SerializationInfo to populate with data. |
| System.Runtime.Serialization.StreamingContext | context | The destination (System.Runtime.Serialization.StreamingContext) for this serialization. |
IsNullVector()
Returns true, if this vector is exactly the nullvector. Use IsNullVector(GeoVector) if you need more control over precision.
Declaration
public bool IsNullVector()
Returns
| Type | Description |
|---|---|
| System.Boolean | true if nullvector |
IsPerpendicular(GeoVector)
Determines whether this vector and the othe vector are perpendicular. Use IsPerpendicular(GeoVector, GeoVector, Boolean) if you need more control over precision.
Declaration
public bool IsPerpendicular(GeoVector other)
Parameters
| Type | Name | Description |
|---|---|---|
| GeoVector | other | other vector |
Returns
| Type | Description |
|---|---|
| System.Boolean | true if perpendicular |
IsValid()
Declaration
public bool IsValid()
Returns
| Type | Description |
|---|---|
| System.Boolean |
Norm()
Normalizes this vector. After this operation the vector will have the Length 1.0 Throws a GeoVectorException if the vector is the nullvector.
Declaration
public void Norm()
NormIfNotNull()
Declaration
public void NormIfNotNull()
Reverse()
Reverses this vector.
Declaration
public void Reverse()
To2D()
Returns the coresponding 2d vector by omitting the z coordinate
Declaration
public GeoVector2D To2D()
Returns
| Type | Description |
|---|---|
| GeoVector2D | the coresponding 2d vector |
ToString()
Declaration
public override string ToString()
Returns
| Type | Description |
|---|---|
| System.String |
Overrides
Operators
| Improve this Doc View SourceAddition(GeoVector, GeoVector)
Adds the two vectors.
Declaration
public static GeoVector operator +(GeoVector v1, GeoVector v2)
Parameters
| Type | Name | Description |
|---|---|---|
| GeoVector | v1 | first vector |
| GeoVector | v2 | second vector |
Returns
| Type | Description |
|---|---|
| GeoVector | sum |
Division(GeoVector, Double)
Divides the given GeoVector v
by the given scalar value v
.
Declaration
public static GeoVector operator /(GeoVector v, double d)
Parameters
| Type | Name | Description |
|---|---|---|
| GeoVector | v | vector |
| System.Double | d | divider |
Returns
| Type | Description |
|---|---|
| GeoVector | scaled vector |
Equality(GeoVector, GeoVector)
Determins whether the given vectors are exactly equal. Use SameDirection(GeoVector, GeoVector, Boolean) if you need more control over precision.
Declaration
public static bool operator ==(GeoVector v1, GeoVector v2)
Parameters
| Type | Name | Description |
|---|---|---|
| GeoVector | v1 | first operand |
| GeoVector | v2 | second operand |
Returns
| Type | Description |
|---|---|
| System.Boolean | true if equal |
ExclusiveOr(GeoVector, GeoVector)
Cross product of the to vectors.
Declaration
public static GeoVector operator ^(GeoVector left, GeoVector right)
Parameters
| Type | Name | Description |
|---|---|---|
| GeoVector | left | left operand |
| GeoVector | right | right operand |
Returns
| Type | Description |
|---|---|
| GeoVector | Cross product |
Implicit(GeoVector to Double[])
Declaration
public static implicit operator double[](GeoVector v)
Parameters
| Type | Name | Description |
|---|---|---|
| GeoVector | v |
Returns
| Type | Description |
|---|---|
| System.Double[] |
Inequality(GeoVector, GeoVector)
Determins whether the given vectors are not exactly equal. Use SameDirection(GeoVector, GeoVector, Boolean) if you need more control over precision.
Declaration
public static bool operator !=(GeoVector v1, GeoVector v2)
Parameters
| Type | Name | Description |
|---|---|---|
| GeoVector | v1 | first operand |
| GeoVector | v2 | second operand |
Returns
| Type | Description |
|---|---|
| System.Boolean | true if not equal |
Multiply(GeoVector, GeoVector)
Calculates the scalar product (dot product, inner product) of the two given vectors
Declaration
public static double operator *(GeoVector v1, GeoVector v2)
Parameters
| Type | Name | Description |
|---|---|---|
| GeoVector | v1 | first vector |
| GeoVector | v2 | second vector |
Returns
| Type | Description |
|---|---|
| System.Double | the scalar product |
Multiply(Matrix, GeoVector)
Declaration
public static GeoVector operator *(Matrix m, GeoVector v)
Parameters
| Type | Name | Description |
|---|---|---|
| MathNet.Numerics.LinearAlgebra.Double.Matrix | m | |
| GeoVector | v |
Returns
| Type | Description |
|---|---|
| GeoVector |
Multiply(Double, GeoVector)
Scales the given vector by the given double
Declaration
public static GeoVector operator *(double d, GeoVector v)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Double | d | factor |
| GeoVector | v | vector |
Returns
| Type | Description |
|---|---|
| GeoVector | scaled vector |
Subtraction(GeoVector, GeoVector)
Subtracts the second vector from the first vector
Declaration
public static GeoVector operator -(GeoVector v1, GeoVector v2)
Parameters
| Type | Name | Description |
|---|---|---|
| GeoVector | v1 | first vector |
| GeoVector | v2 | second vector |
Returns
| Type | Description |
|---|---|
| GeoVector | difference |
UnaryNegation(GeoVector)
Reverses the driection of the given vector
Declaration
public static GeoVector operator -(GeoVector v)
Parameters
| Type | Name | Description |
|---|---|---|
| GeoVector | v | vector to reverse |
Returns
| Type | Description |
|---|---|
| GeoVector | reversed vector |
Explicit Interface Implementations
| Improve this Doc View SourceIExportStep.Export(ExportStep, Boolean)
Declaration
int IExportStep.Export(ExportStep export, bool topLevel)
Parameters
| Type | Name | Description |
|---|---|---|
| ExportStep | export | |
| System.Boolean | topLevel |
Returns
| Type | Description |
|---|---|
| System.Int32 |
IJsonSerialize.GetObjectData(IJsonWriteData)
Declaration
void IJsonSerialize.GetObjectData(IJsonWriteData data)
Parameters
| Type | Name | Description |
|---|---|---|
| IJsonWriteData | data |
IJsonSerialize.SetObjectData(IJsonReadData)
Declaration
void IJsonSerialize.SetObjectData(IJsonReadData data)
Parameters
| Type | Name | Description |
|---|---|---|
| IJsonReadData | data |


SYNTHETIC PLEASURES A film review by James Berardinelli Copyright 1996 James Berardinelli
RATING (0 TO 10): 6.0 Alternative Scale: **1/2 out of ****
United States, 1996 U.S. Release Date: variable (limited) Running Length: 1:23 MPAA Classification: No MPAA Rating (Mature themes, nudity) Theatrical Aspect Ratio: 1.66:1
Featuring Scott Bakatman, John Perry Barlow, Robert Ettinger, Robert Garland, Timothy Leary, and others Director: Iara Lee Producer: George Gund Cinematography: Toshifumi Furusawa, Marcus Hahn, and Kramer Morgenthau U.S. Distributor: Caipirinha Productions
The idea behind SYNTHETIC PLEASURES is fascinating enough: examine how rapid advances in technology are changing culture and civilization. It's a rich and varied subject with more depth than even a lengthy documentary could probe. And, at 83 minutes, SYNTHETIC PLEASURES is not long. That doesn't stop the film from attempting to touch on such varying topics as nanotechnology, artificial intelligence, cryonics, plastic beauty, virtual reality, nootropics, cyber sex, transhumanism, biotechnology, artificial nature, and terminal identity. Don't know what some of those terms mean? Well, even after seeing the movie, you probably still won't. Each is mentioned, briefly discussed (emphasis on "briefly"), then passed by. SYNTHETIC PLEASURES is a shallow, rapid- fire survey, not an in-depth essay.
There's a direct relationship between your ignorance of the material and how much you'll get out of the film. Computer-literate, technologically-minded individuals are likely to find much of SYNTHETIC PLEASURES insubstantial and trite. For those of us who are "in the know" (hence, most likely to be attracted by the premise), the film doesn't offer any revelations. It rehashes things that we've read about or experienced. On the other hand, those who don't understand how to set the clocks on their VCRs may be in for an eye-opening experience.
It's hard not to applaud director Iara Lee's intentions, even if the results are less-than-satisfying. There's at least enough here to spur a lengthy post-film discussion. Unfortunately, any such interaction is likely to be more compelling than the movie itself. One of the most distressing aspects of SYNTHETIC PLEASURES is that when it raises a truly thought-provoking issue, instead of staying with it, the film rushes on.
SYNTHETIC PLEASURES asks a lot of questions. Is cyber interaction a danger to interpersonal interaction? Are we creating an environment we won't be able to live in? Will increasing reliance upon computers add to the already-pervasive sense of alienation? Does a controlled life make for a better life, or does the unexpected make life worth living? However, not only are none of these questions answered, the film doesn't offer much of an opinion about them. We get occasional sound bytes from talking head experts, but that's all.
I was intrigued by a few of SYNTHETIC PLEASURES' observations, such as the direction Las Vegas weddings are taking ($30 drive up windows), the obsession with controlled environments in Japan (where they have a "Golf Dome", "Ski Dome", and "Ocean Dome"), and the level of faith that some people place in unproved technologies like cryonics. The film mentions so many issues that it can't help piquing everyone's curiosity at some point. For example, if you're wondering how close we are to the implant devices of STRANGE DAYS or the holodeck of STAR TREK, SYNTHETIC PLEASURES has something to say.
Visually, the film is unspectacular. Consisting mainly of crude computer animation, SYNTHETIC PLEASURES' look rapidly grows tedious. Since most of the information comes through a series of short interviews and the voiceover narration, it's possible to close your eyes and not miss much. For a movie that's about cutting-edge technology, it's ironic (although not surprising, considering the small budget Lee had) that the presentation is so technically limited.
Essentially, SYNTHETIC PLEASURES is an MTV-style documentary. When it comes to subject breadth, the movie is in good shape, but at no time does it attempt anything more ambitious than skimming the surface. Unfortunately, it's underneath, beyond SYNTHETIC PLEASURES' scope, where the really good stuff lies.
- James Berardinelli e-mail<EMAIL_ADDRESS>ReelViews web site: http://www.cybernex.net/~berardin
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


Bugfixes:
Fix background color issue associated with redirected outputs. Closes GH-14
Enhancements:
Maintain Fore and background colors [kbarber & vertigious]
Enhancements
Works with Ruby 1.9
Usage of Hoe and rake-compiler to ease releasing and extension compilation.
Redirect STDERR to be processed also for ANSI codes. Closes GH-4
Allow ECHO to be displayed [jloveces]
Bugfixes
Properly catch coloring when using autospec in Ruby 1.9 [vertiginous] Closes GH-3
Known issues:
win32console no longer automatically translate encoding to the console output enconding. Please use Iconv to convert from your encoding (eg. UTF8) to current console output:
current_cp = Win32::Console::OutputCP() Iconv.iconv("cp#{current_cp}", "utf-8", utf_string)
A working example can be seen here: gist.github.com/265593
Enhancements
Better code organization and clenaup
Bugfixes:
Removed license conflicting ANSI Term code and functionality.
Enhancements:
Added Kernel#putc Redefined Kernel#putc to wrap Win32::Console::ANSI::IO#putc
Added putc to Win32::Console::ANSI::IO This putc buffers escape sequences so that they will be handled properly
Added redirected? to Win32::Console::ANSI::IO Checks the mode of the console to see if IO is being redirected or not
Added Win32::Console::API#WriteFile to both the Ruby and compiled versions
Added Win32::Console#WriteFile This is a wrapper around Win32::Console::API#WriteFile
Split Win32::Console::Constants and Win32::Console::API out into seperate files. These two classes were in 'Win32/Console.rb' I moved them into 'Win32/Console/constants.rb' and 'Win32/Console/api.rb' respectively.
Cleaned up indentation indentations was a mixture of tabs and spaces. I made everything indented with 2 spaces.
Bugfixes:
Fixed "Invalid Handle" error in compiled version of GetConsoleMode I'm actually not sure of the source of this error. It may be expected behavior when output is being redirected. I worked around it by rescuing the exception in Win32::Console#Mode and returning 9999. I picked that arbitrary value, because it is higher than 31, which is what I think is the highest value Mode would return if output isn't being redirected.
Modified Win32::Console::ANSI::IO#write to check for redirection. If output is redirected, it uses WriteFile instead of WriteConosle. It also skips the parsing step, and passes the escape sequences through.
Modified Win32::Console::ANSI::IO#_PrintString Didn't change behavior, just tried to make it more idiomatic ruby. I didn't make all of the changes I wanted to, because I wasn't sure how to test them all.
Modified all Win32::Console::API methods
It was assigning Win32API functions to class variables. I switched them to instance variables. I also changed the idiom it was using to instantiate the objects. For instance, instead of:
if @@m_AllocConsole == nil @@m_AllocConsole = Win32API.new( "kernel32", "AllocConsole", [], 'l' )
It is now:
@AllocConsole ||= Win32API.new( "kernel32", "AllocConsole", [], 'l' )
Non-string arguments passed to Win32::Console::ANSI#write caused error fix by Ivan Evtuhovich (evtuhovich at gmail dot com).
New features:
First public release of win32console gem by Justin Bailey.
New features:
Added .dup to _printString function to avoid mangling outside string references. Removed the other (later) .dup call.
Bugfixes:
Turned of some exceptions that were conflicting with using the module with pipes or redirections.
Enhancements:
Added ruby docs, and sample test suite.
Bugfixes:
Fixed bugs in reading routines,
New features:
* First public release.
Generated with the Darkfish Rdoc Generator 2.


Thom Harrington
Checkout My Assignments
Assignmemt #
Assignment Focus
Grade
1
Simple Arithmetic
100%
2
Capture user input & manipulate
100%
3
Model/create object
Not graded
4
Conditional if-else
Not graded
5
While loop
Not graded
6
DOM methods & properties
Not graded


Gatekeeper Elisa:
I am Gatekeeper Elisa, one of the stewards of the door of space and time dispatched here from the Ivory Tower. Aden Castle is renowned as a center of politics, culture and religion, but I have been far too busy to sightsee for myself. Ironic, since I regularly send others to destinations far and wide... Silly, isn't it?
Teleport
Exchange Dimension Diamonds.
Noblesse Exclusive Teleport
Move to Monster Race Track (free).
<<<<<<< HEAD
Move to Fantasy Isle (free).
=======
Call Alegria
>>>>>>> cc867e0c112dcc6d066006dd08060f440c6c8d19
Quest


TBL(1) TBL(1) NAME tbl - format tables for troff SYNOPSIS tbl [-Cv] [files ...] DESCRIPTION This manual page describes the GNU version of tbl, which is part of the groff document formatting system. tbl compiles descriptions of tables embedded within troff input files into commands that are understood by troff. Normally, it should be invoked using the -t option of groff. It is highly compatible with Unix tbl. The output generated by GNU tbl can‐ not be processed with Unix troff; it must be processed with GNU troff. If no files are given on the command line or a filename of - is given, the standard input is read. OPTIONS -C Enable compatibility mode to recognize .TS and .TE even when fol‐ lowed by a character other than space or newline. Leader charac‐ ters (\a) are handled as interpreted. -v Print the version number. USAGE tbl expects to find table descriptions wrapped in the .TS (table start) and .TE (table end) macros. Global options The line immediately following the .TS macro may contain any of the fol‐ lowing global options (ignoring the case of characters – Unix tbl only accepts options with all characters lowercase or all characters upper‐ case), separated by spaces, tabs, or commas: allbox Enclose each item of the table in a box. box Enclose the table in a box. center Center the table (default is left-justified). The alternative keyword name centre is also recognized (this is a GNU tbl exten‐ sion). decimalpoint(c) Set the character to be recognized as the decimal point in numeric columns (GNU tbl only). delim(xy) Use x and y as start and end delimiters for eqn(1). doublebox Enclose the table in a double box. doubleframe Same as doublebox (GNU tbl only). expand Make the table as wide as the current line length (providing a column separation factor). Ignored if one or more `x' column specifiers are used (see below). In case the sum of the column widths is larger than the current line length, the column separation factor is set to zero; such tables extend into the right margin, and there is no column sepa‐ ration at all. frame Same as box (GNU tbl only). linesize(n) Set lines or rules (e.g. from box) in n-point type. nokeep Don't use diversions to prevent page breaks (GNU tbl only). Nor‐ mally tbl attempts to prevent undesirable breaks in boxed tables by using diversions. This can sometimes interact badly with macro packages' own use of diversions, when footnotes, for example, are used. nospaces Ignore leading and trailing spaces in data items (GNU tbl only). nowarn Turn off warnings related to tables exceeding the current line width (GNU tbl only). tab(x) Use the character x instead of a tab to separate items in a line of input data. The global options must end with a semicolon. There might be whitespace between an option and its argument in parentheses. Table format specification After global options come lines describing the format of each line of the table. Each such format line describes one line of the table itself, except that the last format line (which you must end with a period) describes all remaining lines of the table. A single-key character describes each column of each line of the table. Key characters can be separated by spaces or tabs. You may run format specifications for mul‐ tiple lines together on the same line by separating them with commas. You may follow each key character with specifiers that determine the font and point size of the corresponding item, that determine column width, inter-column spacing, etc. The longest format line defines the number of columns in the table; miss‐ ing format descriptors at the end of format lines are assumed to be L. Extra columns in the data (which have no corresponding format entry) are ignored. The available key characters are: a,A Center longest line in this column and then left-justifies all other lines in this column with respect to that centered line. The idea is to use such alphabetic subcolumns (hence the name of the key character) in combination with L; they are called sub‐ columns because A items are indented by 1n relative to L entries. Example: .TS tab(;); ln,an. item one;1 subitem two;2 subitem three;3 .T& ln,an. item eleven;11 subitem twentytwo;22 subitem thirtythree;33 .TE Result: tab(;); ln,an. item one;1 subitem two;2 subitem three;3 ln,an. item eleven;11 subitem twentytwo;22 subitem thir‐ tythree;33 c,C Center item within the column. l,L Left-justify item within the column. n,N Numerically justify item in the column: Units positions of numbers are aligned vertically. If there is one or more dots adjacent to a digit, use the rightmost one for vertical alignment. If there is no dot, use the rightmost digit for vertical alignment; other‐ wise, center the item within the column. Alignment can be forced to a certain position using `\&'; if there is one or more instances of this special (non-printing) character present within the data, use the leftmost one for alignment. Example: .TS n. 1 1.5 1.5.3 abcde a\&bcde .TE Result: n. 1 1.5 1.5.3 abcde abcde If numerical entries are combined with L or R entries – this can happen if the table format is changed with .T& –, center the widest number (of the data entered under the N specifier regime) relative to the widest L or R entry, preserving the alignment of all numerical entries. Contrary to A type entries, there is no extra indentation. Using equations (to be processed with eqn) within columns which use the N specifier is problematic in most cases due to tbl's algorithm for finding the vertical alignment, as described above. Using the global delim option, however, it is possible to make tbl ignore the data within eqn delimiters for that purpose. r,R Right-justify item within the column. s,S Span previous item on the left into this column. Not allowed for the first column. ^ Span down entry from previous row in this column. Not allowed for the first row. _,- Replace this entry with a horizontal line. = Replace this entry with a double horizontal line. | The corresponding column becomes a vertical rule (if two of these are adjacent, a double vertical rule). A vertical bar to the left of the first key letter or to the right of the last one produces a line at the edge of the table. To change the data format within a table, use the .T& command (at the start of a line). It is followed by format and data lines (but no global options) similar to the .TS request. Column specifiers Here are the specifiers that can appear in suffixes to column key letters (in any order): b,B Short form of fB (make affected entries bold). d,D Start an item vertically spanning rows at the bottom of its range rather than vertically centering it (GNU tbl only). e,E Make equally-spaced columns. All columns marked with this speci‐ fier get the same width; this happens after the affected column widths have been computed (this means that the largest width value rules). f,F Either of these specifiers may be followed by a font name (either one or two characters long), font number (a single digit), or long name in parentheses (the last form is a GNU tbl extension). A one-letter font name must be separated by one or more blanks from whatever follows. i,I Short form of fI (make affected entries italic). m,M This is a GNU tbl extension. Either of these specifiers may be followed by a macro name (either one or two characters long), or long name in parentheses. A one-letter macro name must be sepa‐ rated by one or more blanks from whatever follows. The macro which name can be specified here must be defined before creating the table. It is called just before the table's cell text is out‐ put. As implemented currently, this macro is only called if block input is used, that is, text between `T{' and `T}'. The macro should contain only simple troff requests to change the text block formatting, like text adjustment, hyphenation, size, or font. The macro is called after other cell modifications like b, f or v are output. Thus the macro can overwrite other modification speci‐ fiers. p,P Followed by a number, this does a point size change for the affected fields. If signed, the current point size is incremented or decremented (using a signed number instead of a signed digit is a GNU tbl extension). A point size specifier followed by a column separation number must be separated by one or more blanks. t,T Start an item vertically spanning rows at the top of its range rather than vertically centering it. u,U Move the corresponding column up one half-line. v,V Followed by a number, this indicates the vertical line spacing to be used in a multi-line table entry. If signed, the current ver‐ tical line spacing is incremented or decremented (using a signed number instead of a signed digit is a GNU tbl extension). A ver‐ tical line spacing specifier followed by a column separation num‐ ber must be separated by one or more blanks. No effect if the corresponding table entry isn't a text block. w,W Minimal column width value. Must be followed either by a troff(1) width expression in parentheses or a unitless integer. If no unit is given, en units are used. Also used as the default line length for included text blocks. If used multiple times to specify the width for a particular column, the last entry takes effect. x,X An expanded column. After computing all column widths without an x specifier, use the remaining line width for this column. If there is more than one expanded column, distribute the remaining horizontal space evenly among the affected columns (this is a GNU extension). This feature has the same effect as specifying a min‐ imum column width. z,Z Ignore the corresponding column for width-calculation purposes, this is, don't use the fields but only the specifiers of this col‐ umn to compute its width. A number suffix on a key character is interpreted as a column separation in en units (multiplied in proportion if the expand option is on – in case of overfull tables this might be zero). Default separation is 3n. The column specifier x is mutually exclusive with e and w (but e is not mutually exclusive with w); if specified multiple times for a particular column, the last entry takes effect: x unsets both e and w, while either e or w overrides x. Table data The format lines are followed by lines containing the actual data for the table, followed finally by .TE. Within such data lines, items are nor‐ mally separated by tab characters (or the character specified with the tab option). Long input lines can be broken across multiple lines if the last character on the line is `\' (which vanishes after concatenation). Note that tbl computes the column widths line by line, applying \w on each entry which isn't a text block. As a consequence, constructions like .TS c,l. \s[20]MM MMMM .TE fail; you must either say .TS cp20,lp20. MM MMMM .TE or .TS c,l. \s[20]MM \s[20]MMMM .TE A dot starting a line, followed by anything but a digit is handled as a troff command, passed through without changes. The table position is unchanged in this case. If a data line consists of only `_' or `=', a single or double line, respectively, is drawn across the table at that point; if a single item in a data line consists of only `_' or `=', then that item is replaced by a single or double line, joining its neighbours. If a data item consists only of `\_' or `\=', a single or double line, respectively, is drawn across the field at that point which does not join its neighbours. A data item consisting only of `\Rx' (`x' any character) is replaced by repetitions of character `x' as wide as the column (not joining its neighbours). A data item consisting only of `\^' indicates that the field immediately above spans downward over this row. Text blocks A text block can be used to enter data as a single entry which would be too long as a simple string between tabs. It is started with `T{' and closed with `T}'. The former must end a line, and the latter must start a line, probably followed by other data columns (separated with tabs or the character given with the tab global option). By default, the text block is formatted with the settings which were active before entering the table, possibly overridden by the m, v, and w tbl specifiers. For example, to make all text blocks ragged-right, insert .na right before the starting .TS (and .ad after the table). If either `w' or `x' specifiers are not given for all columns of a text block span, the default length of the text block (to be more precise, the line length used to process the text block diversion) is computed as L×C/(N+1), where `L' is the current line length, `C' the number of col‐ umns spanned by the text block, and `N' the total number of columns in the table. Note, however, that the actual diversion width as returned in register \n[dl] is used eventually as the text block width. If neces‐ sary, you can also control the text block width with a direct insertion of a .ll request right after `T{'. Miscellaneous The number register \n[TW] holds the table width; it can't be used within the table itself but is defined right before calling .TE so that this macro can make use of it. tbl also defines a macro .T# which produces the bottom and side lines of a boxed table. While tbl does call this macro itself at the end of the table, it can be used by macro packages to create boxes for multi-page tables by calling it within the page footer. An example of this is shown by the -ms macros which provide this functionality if a table starts with .TS H instead of the standard call to the .TS macro. INTERACTION WITH EQN tbl(1) should always be called before eqn(1) (groff(1) automatically takes care of the correct order of preprocessors). It is not advisable to use the hash character (#) as a delimiter for in- line equations in eqn(1) since tbl uses a macro called .T#, causing a clash. GNU TBL ENHANCEMENTS There is no limit on the number of columns in a table, nor any limit on the number of text blocks. All the lines of a table are considered in deciding column widths, not just the first 200. Table continuation (.T&) lines are not restricted to the first 200 lines. Numeric and alphabetic items may appear in the same column. Numeric and alphabetic items may span horizontally. tbl uses register, string, macro and diversion names beginning with the digit 3. When using tbl you should avoid using any names beginning with a 3. GNU TBL WITHIN MACROS Since tbl defines its own macros (right before each table) it is neces‐ sary to use an `end-of-macro' macro. Additionally, the escape character has to be switched off. Here an example. .eo .de ATABLE .. .TS allbox tab(;); cl. \$1;\$2 .TE ... .ec .ATABLE A table .ATABLE Another table .ATABLE And "another one" Note, however, that not all features of tbl can be wrapped into a macro because tbl sees the input earlier than troff. For example, number for‐ matting with vertically aligned decimal points fails if those numbers are passed on as macro parameters because decimal point alignment is handled by tbl itself: It only sees `\$1', `\$2', etc., and therefore can't rec‐ ognize the decimal point. BUGS You should use .TS H/.TH in conjunction with a supporting macro package for all multi-page boxed tables. If there is no header that you wish to appear at the top of each page of the table, place the .TH line immedi‐ ately after the format section. Do not enclose a multi-page table within keep/release macros, or divert it in any other way. A text block within a table must be able to fit on one page. The bp request cannot be used to force a page-break in a multi-page ta‐ ble. Instead, define BP as follows .de BP . ie '\\n(.z'' .bp \\$1 . el \!.BP \\$1 .. and use BP instead of bp. Using \a directly in a table to get leaders does not work (except in com‐ patibility mode). This is correct behaviour: \a is an uninterpreted leader. To get leaders use a real leader, either by using a control A or like this: .ds a \a .TS tab(;); lw(1i) l. A\*a;B .TE REFERENCE Lesk, M.E.: "TBL – A Program to Format Tables". For copyright reasons it cannot be included in the groff distribution, but copies can be found with a title search on the World Wide Web. SEE ALSO groff(1), troff(1) Groff Version 1.21 31 December 2010 TBL(1)


July 1, 2017
Django 1.11.3 fixes several bugs in 1.11.2.
renderer
argument if a Widget.render()
method accepts **kwargs
(#28265).Model.__init__()
to crash if a field has an
instance only descriptor (#28269).DisallowedModelAdminLookup
exception when using
a nested reverse relation in list_filter
(#28262).FieldListFilter.get_queryset()
crash on invalid input
(#28202).AdminFileWidget
(#28278).models.Model
(#28282).QuerySet.union()
, intersection()
, and difference()
when
combining with an EmptyQuerySet
(#28293).Paginator
’s unordered object list warning from evaluating a
QuerySet
(#28284).redirect_field_name
in LoginView
’s template
context. It’s now an empty string (as it is for the original function-based
login()
view) if the corresponding parameter isn’t sent in a request (in
particular, when the login page is accessed directly) (#28229).django/forms/widgets/attrs.html
template from being localized so that numeric attributes (e.g. max
and
min
) of NumberInput
work correctly (#28303).CheckboxSelectMultiple
, NullBooleanSelect
, RadioSelect
,
SelectMultiple
, and Select
widgets (#28176). In Django
1.11.1, casting was added in Python to avoid localization of numeric values
in Django templates, but this made some use cases more difficult. Casting is
now done in the template using the |stringformat:'s'
filter.db_constraint=False
(#28298).UnboundLocalError
crash in RenameField
with nonexistent field
(#28350).limit_choices_to
from being
evaluated when a ModelForm
is instantiated (#28345).Oct 01, 2019


Quotes From Us To Us
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--- layout: post status: publish published: true title: Make sure TrackingDatabase is up to date author: display_name: Tomas Restrepo login: tomasr email<EMAIL_ADDRESS>url: http://winterdom.com/ author_login: tomasr author_email<EMAIL_ADDRESS>author_url: http://winterdom.com/ wordpress_id: 180 wordpress_url: http://winterdom.com/2006/08/makesuretrackingdatabaseisuptodate date: '2006-08-05 14:03:38 +0000' date_gmt: '2006-08-05 14:03:38 +0000' categories: - ".NET" - WinFX - Workflow tags: [] comments: [] ---
Just one tip in case it happens to you: If you're updating to the latest .NET FX 3.0 builds, and you're using Windows Workflow Foundation, make sure you update any tracking and persistence databases you're using to the latest schema [1].
I ran into this with a Tracking database I had created incorrectly with the WF Beta 2 schema, and was causing the WF runtime to hang/freeze as soon as I enabled the SqlTrackingService.
[1] You'll find the necessary SQL Scripts to create your databases in the "%windir%\Microsoft.NET\Framework\v3.0\Windows Workflow Foundation\SQL\EN" folder


Johannes Radebe and Graziano Di Prima dancing together on Strictly (pic in WP)
In a report about their most complained about moments of the month so far, the BBC revealed that 189 viewers had time on their hands to complain about a performance starring Strictly pros Johannes Radebe and Graziano Di Prima.
The two men performed to Shine by Emeli Sande during a recent results show.
Bruno, a judge on the hit Saturday night show, said described the news as ‘very sad’.
He tweeted: ‘It’s hard to believe after such progress in society and many other topics going on that over 200 people felt so upset they complained when 2 men danced with each other… I just don’t know what to say… Very sad. #bbcstrictly.’
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Fellow pro Anton Du Beke told Metro.co.uk that he didn’t get what the fuss was about.
‘As a dancer, you just dance. It’s a sort of creative process, you’re just dancing,’ Anton said of Johannes and Graziano’s routine. ‘That’s what you do as a performer, you create, we’re creating dance.’
He continued: ‘I don’t think there’s anything controversial in the number itself. ‘I danced with Vincent Simone years ago on Strictly and I also did a number with Brucey [Forsyth].
‘I can’t say why they complained, it’s their own personal opinion about it but dance is dance, they’re just dancing. That’s all it is. All you’re doing is performing and you hope people enjoy it.’
The performance came after Strictly admitted back in August that they would be proud to welcome same-sex pairings in the future.
‘Strictly Come Dancing is an inclusive show and we are proud to have featured same-sex dancing among the professional dancers in group numbers in previous series,’ a spokesperson told Metro.co.uk at the time.
Meanwhile ITV is set to make history on Dancing On Ice with Ian ‘H’ Watkins from Steps and skater Matt Evers forming the show’s first ever same sex pairing.
Advertisement Advertisement
Strictly Come Dancing continues Saturday on BBC One.
Got a showbiz story?
If you've got a story, video or pictures get in touch with the Metro.co.uk Entertainment team by emailing us<EMAIL_ADDRESS>calling 020 3615 2145 or by visiting our Submit Stuff page - we'd love to hear from you.


Latest: Man, 29, dies after being critically injured in 'serious' M50 crash
Update 6pm: A man who was critically injured in a collision on the M50 earlier today has passed away.
The crash happened at the merging of the off ramp and M50 at Junction 5 southbound at 7.45am.
A 29-year-old motorcyclist was taken to Connolly Hospital Blanchardstown where he has since passed away.
A post mortem is due to take place at a later date. The road has since fully re-opened.
Gardaí are continuing to appeal for anyone who may have witnessed the incident, particularly any road users who may have camera footage, to contact Finglas Garda Station on 01 666 7500 or the Garda Confidential Line on 1800 666 111.
Earlier: Man in critical condition after 'serious' M50 crash
Update 9.52am: A man is in critical condition after what gardaí describe as a "serious" collision.
The motorcyclist was taken to hospital after the incident that occurred this morning at around 7.45am.
The incident occurred at the merging of the off ramp and M50 at Junction 5 Southbound.
Gardaí say investigations are ongoing and have appealed to the public for any witnesses to come forward.
Anyone with information is asked to contact Finglas Garda Station on 01 666 7500 or the Garda Confidential Line on 1800 666 111.


abstract fun shutdown(): Unit
Shuts the node down. Returns immediately. This does not wait for flows to be completed.


Interface IDxfReader<G, V>
The IDxfReader interface. This interface is used to define the functionality of any Dxf Reader class.
Inherited Members
System.IDisposable.Dispose()
Namespace: DxfLibrary.IO
Assembly: DxfLibrary.dll
Syntax
public interface IDxfReader<G, V> : IDisposable
Type Parameters
| Name | Description |
|---|---|
| G | The type of the group code that will be used in the TaggedData |
| V | The type of the value that will be used in the Tagged Data |
Properties
| Improve this Doc View SourceCurrentPosition
The Current Position of the reader. For Ascii Files this represents the current line that the file is about to read. For binary files this reporesents the current byte that is about to be read
Declaration
long CurrentPosition { get; }
Property Value
| Type | Description |
|---|---|
| System.Int64 |
EndOfStream
Returns true if the reader has reached the end of the stream and can no longer read any more data.
Declaration
bool EndOfStream { get; }
Property Value
| Type | Description |
|---|---|
| System.Boolean |
Path
The Path to the file that this is reading from
Declaration
string Path { get; }
Property Value
| Type | Description |
|---|---|
| System.String |
Methods
| Improve this Doc View SourceGetNextPair()
Declaration
TaggedData<G, V> GetNextPair()
Returns
| Type | Description |
|---|---|
| TaggedData<G, V> |
PeekNextPair()
Peeek the next pair without moving the current position
Declaration
TaggedData<G, V> PeekNextPair()
Returns
| Type | Description |
|---|---|
| TaggedData<G, V> | A tagged data pair |


Flood Prediction
{% if pred == "Safe" %}
Safe
According to our ML model, we did not detect any signs of a potential flood.
{% endif %}
{% if pred == "Unsafe" %}
Unsafe
According to our ML model, this area has potential risk of flooding within the next 15 days. Please take emergency measures.
{% endif %}


A methodology that makes use of the factor structure of large dimensional panels to understand the nature of nonstationarity inherent in data. This is referred to as PANIC, Panel Analysis of Nonstationarity in Idiosyncratic and Common Components. PANIC (2004)<doi:10.1111/j.1468-0262.2004.00528.x> includes valid pooling methods that allow panel tests to be constructed. PANIC (2004) can detect whether the nonstationarity in a series is pervasive, or variable specific, or both. PANIC (2010) <doi:10.1017/s0266466609990478> includes two new tests on the idiosyncratic component that estimates the pooled autoregressive coefficient and sample moment, respectively. The PANIC model approximates the number of factors based on Bai and Ng (2002) <doi:10.1111/1468-0262.00273>.
| Version: | 1.0.0 |
| Depends: | R (≥ 2.10.0) |
| Imports: | MCMCpack, xts, coda |
| Suggests: | knitr, testthat |
| Published: | 2016-09-24 |
| Author: | Steve Bronder |
| Maintainer: | Steve Bronder <sbronder at stevebronder.com> |
| License: | GPL-3 |
| URL: | stevebronder.com, https://github.com/Stevo15025/PANICr |
| NeedsCompilation: | no |
| Materials: | README |
| In views: | Econometrics |
| CRAN checks: | PANICr results |
| Reference manual: | PANICr.pdf |
| Vignettes: |
Panel Analysis of Nonstationarity in Idiosyncratic and Common Components |
| Package source: | PANICr_1.0.0.tar.gz |
| Windows binaries: | r-devel: PANICr_1.0.0.zip, r-release: PANICr_1.0.0.zip, r-oldrel: PANICr_1.0.0.zip |
| OS X binaries: | r-release: PANICr_1.0.0.tgz, r-oldrel: PANICr_1.0.0.tgz |
| Old sources: | PANICr archive |
Please use the canonical form https://CRAN.R-project.org/package=PANICr to link to this page.


Victory for trousers: Winnipeg's Grey Cup win means fan can wear pants again
CALGARY — One of the first things Blue Bombers fan Chris Matthew will need to do after he finishes celebrating Winnipeg's Grey Cup win is shop for trousers.
by Canadian PressCALGARY — One of the first things Blue Bombers fan Chris Matthew will need to do after he finishes celebrating Winnipeg's Grey Cup win is shop for trousers.
Matthew promised his friends in November 2001 that he would keep wearing shorts until the Bombers won a Canadian Football League championship.
It didn't happen that year — they lost to Calgary — so he's been braving Manitoba's chill winters with half his legs uncovered for the last 18 years.
That all changed on Sunday when Winnipeg beat the Hamilton Tiger-Cats 33-12.
Matthew was in Calgary to cheer on his team and pulled on an old pair of grey camo sweat pants over his shorts after the win.
Fashion critics didn't take long to comment about his less-than-stylish wardrobe after a video popped up on social media, but Matthew says the sweats were the only pants he had that still fit.
“I’ll probably have to buy a new pair of jeans or two,” Matthew told CTV News on Monday.
He said his wife is happy he's going to be wearing long pants again.
“Now if we need to go somewhere that pants are required, we can actually go there,” he said. (CTV Winnipeg, The Canadian Press)
This report by The Canadian Press was first published Nov. 25, 2019.
The Canadian Press


TABLE OF INTERACTIONS WITH
NOSCAPINE
See also: morphine like antitussives
See also: opioids
See also sedative medications
From the French ANSM drug interactions document of September 2016, p. 166
NOSCAPINE RxNorm: 7533 ATC: R05DA07 |
VITAMIN K ANTAGONISTS CLASS CODE: B01AA-001 |
Increase of the effect of the vitamin K antagonist and of the risk of hemorrhage |
Not recommended |


Alfredo Morelos 'will be haunted' by Rangers miss as Andy Walker questions penalty decision
Former Celtic star was baffled by the striker's choice as Fraser Forster saved his Betfred Cup Final penalty.
by Record Sport OnlineFormer Celtic striker Andy Walker believes Alfredo Morelos will be "haunted" by his Betfred Cup Final penalty miss.
The Rangers striker failed to find a way past an inspired Fraser Forster as Neil Lennon's side edged a dramatic encounter at Hampden.
It leaves Morelos still without a goal against his team's arch-rivals following an afternoon where he spurned a host of chances.
Walker was baffled by the Colombian's decision to try and place his penalty to Forster's right, believing he should have gone for power instead.
"I think Alfredo Morelos will be haunted by this Final," Walker told Sky Sports. "I mean, every striker misses chances but to get so many in a Cup Final..."
"You look at the way he scores goals, I've been so impressed by him this calendar year.
"He's been terrific, he scores against everyone but Celtic .
"And you look at his finishing, he tends to smash everything and he gets it on target.
"He gets a penalty yesterday and tries to place it in the corner. I didn't really understand his choice of penalty there.
"He has to bounce back, Rangers have to bounce back because it's a big game on Thursday.
"And maybe it's an even bigger game at the weekend against Motherwell because the biggest prize this season is the league title.
"With Celtic going for nine-in-a-row, I think Rangers have shown they're more than a match for Celtic on their day.
"But they're already a couple of points behind and the last thing they can afford to do is wallow in self pity.
"They have to bounce back quickly because Celtic will get a huge lift from winning this trophy.
"They know what it's all about to win a league title and there's a belief here (at Celtic Park) that they're going to get nine-in-a-row."


1 write to resourceUri
Microsoft.Management.Infrastructure.CimCmdlets (1)
RemoveCimInstanceCommand.cs (1)
89
this.
resourceUri
= value;
1 reference to resourceUri
Microsoft.Management.Infrastructure.CimCmdlets (1)
RemoveCimInstanceCommand.cs (1)
84
return
resourceUri
;


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This chapter discusses how to implement asynchronous business methods in session beans and call them from enterprise bean clients.
The following topics are addressed here:
Session beans can implement asynchronous methods, business methods where control is returned to the client by the enterprise bean container before the method is invoked on the session bean instance. Clients may then use the Java SE concurrency API to retrieve the result, cancel the invocation, and check for exceptions. Asynchronous methods are typically used for long-running operations, for processor-intensive tasks, for background tasks, to increase application throughput, or to improve application response time if the method invocation result isn't required immediately.
When a session bean client invokes a typical non-asynchronous business method, control is not returned to the client until the method has completed. Clients calling asynchronous methods, however, immediately have control returned to them by the enterprise bean container. This allows the client to perform other tasks while the method invocation completes. If the method returns a result, the result is an implementation of the java.util.concurrent.Future<V>
interface, where "V" is the result value type. The Future<V>
interface defines methods the client may use to check whether the computation is completed, wait for the invocation to complete, retrieve the final result, and cancel the invocation.
Annotate a business method with javax.ejb.Asynchronous
to mark that method as an asynchronous method, or apply @Asynchronous
at the class level to mark all the business methods of the session bean as asynchronous methods. Session bean methods that expose web services can't be asynchronous.
Asynchronous methods must return either void
or an implementation of the Future<V>
interface. Asynchronous methods that return void
can't declare application exceptions, but if they return Future<V>
, they may declare application exceptions. For example:
@Asynchronous public Future<String> processPayment(Order order) throws PaymentException { ... }
This method will attempt to process the payment of an order, and return the status as a String
. Even if the payment processor takes a long time, the client can continue working, and display the result when the processing finally completes.
The javax.ejb.AsyncResult<V>
class is a concrete implementation of the Future<V>
interface provided as a helper class for returning asynchronous results. AsyncResult
has a constructor with the result as a parameter, making it easy to create Future<V>
implementations. For example, the processPayment
method would use AsyncResult
to return the status as a String
:
@Asynchronous public Future<String> processPayment(Order order) throws PaymentException { ... String status = ...; return new AsyncResult<String>(status); }
The result is returned to the enterprise bean container, not directly to the client, and the enterprise bean container makes the result available to the client. The session bean can check whether the client requested that the invocation be cancelled by calling the javax.ejb.SessionContext.wasCancelled
method. For example:
@Asynchronous public Future<String> processPayment(Order order) throws PaymentException { ... if (SessionContext.wasCancelled()) { // clean up } else { // process the payment } ... }
Session bean clients call asynchronous methods just like non-asynchronous business methods. If the asynchronous method returns a result, the client receives a Future<V>
instance as soon as the method is invoked. This instance can be used to retrieve the final result, cancel the invocation, check whether the invocation has completed, check whether any exceptions were thrown during processing, and check whether the invocation was cancelled.
The client may retrieve the result using one of the Future<V>.get
methods. If processing hasn't been completed by the session bean handling the invocation, calling one of the get
methods will result in the client halting execution until the invocation completes. Use the Future<V>.isDone
method to determine whether processing has completed before calling one of the get
methods.
The get()
method returns the result as the type specified in the type value of the Future<V>
instance. For example, calling Future<String>.get()
will return a String
object. If the method invocation was cancelled, calls to get()
result in a java.util.concurrent.CancellationException
being thrown. If the invocation resulted in an exception during processing by the session bean, calls to get()
result in a java.util.concurrent.ExecutionException
being thrown. The cause of the ExecutionException
may be retrieved by calling the ExecutionException.getCause
method.
The get(long timeout, java.util.concurrent.TimeUnit unit)
method is similar to the get()
method, but allows the client to set a timeout value. If the timeout value is exceeded, a java.util.concurrent.TimeoutException
is thrown. See the Javadoc for the TimeUnit
class for the available units of time to specify the timeout value.
Call the cancel(boolean mayInterruptIfRunning)
method on the Future<V>
instance to attempt to cancel the method invocation. The cancel
method returns true
if the cancellation was successful and false
if the method invocation cannot be cancelled.
When the invocation cannot be cancelled, the mayInterruptIfRunning
parameter is used to alert the session bean instance on which the method invocation is running that the client attempted to cancel the invocation. If mayInterruptIfRunning
is set to true
, calls to SessionContext.wasCancelled
by the session bean instance will return true
. If mayInterruptIfRunning
is to set false
, calls to SessionContext.wasCancelled
by the session bean instance will return false
.
The Future<V>.isCancelled
method is used to check whether the method invocation was cancelled before the asynchronous method invocation completed by calling Future<V>.cancel
. The isCancelled
method returns true
if the invocation was cancelled.
The Future<V>.isDone
method returns true
if the session bean instance completed processing the method invocation. The isDone
method returns true
if the asynchronous method invocation completed normally, was cancelled, or resulted in an exception. That is, isDone
indicates only whether the session bean has completed processing the invocation.
The async
example demonstrates how to define an asynchronous business method on a session bean and call it from a web client. This example contains two modules.
A web application (async-war
) that contains a stateless session bean and a JavaServer Faces interface. The MailerBean
stateless session bean defines an asynchronous method, sendMessage
, which uses the JavaMail API to send an email to an specified email address.
An auxiliary Java SE program (async-smtpd
) that simulates an SMTP server. This program listens on TCP port 3025 for SMTP requests and prints the email messages to the standard output (instead of delivering them).
The following section describes the architecture of the async-war
module.
The async-war
module consists of a single stateless session bean, MailerBean
, and a JavaServer Faces web application front end that uses Facelets tags in XHTML files to display a form for users to enter the email address for the recipient of an email. The status of the email is updated when the email is finally sent.
The MailerBean
session bean injects a JavaMail resource used to send an email message to an address specified by the user. The message is created, modified, and sent using the JavaMail API. The session bean looks like this:
@Named @Stateless public class MailerBean { @Resource(name="mail/myExampleSession") private Session session; private static final Logger logger = Logger.getLogger(MailerBean.class.getName()); @Asynchronous public Future<String> sendMessage(String email) { String status; try { Properties properties = new Properties(); properties.put("mail.smtp.port", "3025"); session = Session.getInstance(properties); Message message = new MimeMessage(session); message.setFrom(); message.setRecipients(Message.RecipientType.TO, InternetAddress.parse(email, false)); message.setSubject("Test message from async example"); message.setHeader("X-Mailer", "JavaMail"); DateFormat dateFormatter = DateFormat .getDateTimeInstance(DateFormat.LONG, DateFormat.SHORT); Date timeStamp = new Date(); String messageBody = "This is a test message from the async " + "example of the Java EE Tutorial. It was sent on " + dateFormatter.format(timeStamp) + "."; message.setText(messageBody); message.setSentDate(timeStamp); Transport.send(message); status = "Sent"; logger.log(Level.INFO, "Mail sent to {0}", email); } catch (MessagingException ex) { logger.severe("Error in sending message."); status = "Encountered an error: " + ex.getMessage(); logger.severe(ex.getMessage()); } return new AsyncResult<>(status); } }
The injected JavaMail resource can be configured through the GlassFish Server Administration Console, through a GlassFish Server administrative command, or through a resource configuration file packaged with the application. The resource configuration can be modified at runtime by the GlassFish Server administrator to use a different mail server or transport protocol.
The web client consists of a Facelets template, template.xhtml
; two Facelets clients, index.xhtml
and response.xhtml
; and a JavaServer Faces managed bean, MailerManagedBean
. The index.xhtml
file contains a form for the target email address. When the user submits the form, the MailerManagedBean.send
method is called. This method uses an injected instance of the MailerBean
session bean to call MailerBean.sendMessage
. The result is sent to the response.xhtml
Facelets view.
You can use either NetBeans IDE or Maven to build, package, deploy, and run the async
example.
Make sure that GlassFish Server has been started (see Starting and Stopping GlassFish Server).
From the File menu, choose Open Project.
In the Open Project dialog box, navigate to:
tut-install/examples/ejb
Select the async
folder, select Open Required Projects, and click Open Project.
In the Projects tab, right-click the async-smtpd
project and select Run.
The SMTP server simulator starts accepting connections. The async-smptd output tab shows the following message:
[Test SMTP server listening on port 3025]
In the Projects tab, right-click the async-war
project and select Build.
This command configures the JavaMail resource using a GlassFish Server administrative command and builds, packages, and deploys the async-war
module.
Open the following URL in a web browser window:
http://localhost:8080/async-war
In the web browser window, enter an email address and click Send email.
The MailerBean
stateless bean uses the JavaMail API to deliver an email to the SMTP server simulator. The async-smptd output window in NetBeans IDE shows the resulting email message, including its headers.
To stop the SMTP server simulator, click the X button on the right side of the status bar in NetBeans IDE.
Delete the JavaMail session resource.
In the Services tab, expand the Servers node, then expand the GlassFish Server server node.
Expand the Resources node, then expand the JavaMail Sessions node.
Right-click mail/myExampleSession and select Unregister.
Make sure that GlassFish Server has been started (see Starting and Stopping GlassFish Server).
In a terminal window, go to:
tut-install/examples/ejb/async/async-smtpd/
Enter the following command to build and package the SMTP server simulator:
mvn install
Enter the following command to start the STMP server simulator:
mvn exec:java
The following message appears:
[Test SMTP server listening on port 3025]
Keep this terminal window open.
In a new terminal window, go to:
tut-install/examples/ejb/async/async-war
Enter the following command to configure the JavaMail resource and to build, package, and deploy the async-war
module:
mvn install
Open the following URL in a web browser window:
http://localhost:8080/async-war
In the web browser window, enter an email address and click Send email.
The MailerBean
stateless bean uses the JavaMail API to deliver an email to the SMTP server simulator. The resulting email message appears on the first terminal window, including its headers.
To stop the SMTP server simulator, close the terminal window in which you issued the command to start the STMP server simulator.
To delete the JavaMail session resource, type the following command:
asadmin delete-javamail-resource mail/myExampleSession


We examine tables!
- engage leading-edge models
- synergize global technologies
- reinvent enterprise e-services
- synergize magnetic systems
- innovate collaborative metrics
- repurpose front-end technologies
- syndicate cross-platform relationships
- transition intuitive web services
- mesh cross-platform e-tailers
- aggregate integrated infrastructures
- streamline B2C e-markets
- monetize sticky action-items
- evolve strategic partnerships
- mesh B2B relationships


Set a threshold for the differential analysis build failure conditions. Pass the build if the threshold is not exceeded; fail otherwise.
This step checks the XML report generated by the differential analysis build step. You can filter which issues appear in this report by providing additional options to the differential analysis build step.
This step counts the total number of issues in the XML report.


Asteroids
Level 1
Instructions:
Up Arrow: Thruster (Move in the direction the ship is facing)
Left Arrow: Rotate Ship Left
Right Arrow: Rotate Ship Right
Space Bar: Shoot Missile


public class DatabaseWriteHelper
extends java.lang.Object
This class should be updated whenever new actions on the database are added.
| Constructor and Description |
|---|
DatabaseWriteHelper() |
| Modifier and Type | Method and Description |
|---|---|
static void |
acceptRequest(Request request,
Notification acceptNotification,
Notification declineNotification)
Accept a request on a book.
|
static void |
addBookPhoto(java.lang.String bookID,
android.graphics.Bitmap newBitmap)
Add a photo for a particular book to the Database.
|
static void |
addNewBook(User owner,
Book newBook)
Add a new book to the Database
|
static void |
addNewTransaction(Transaction transaction)
Add new transaction.
|
static void |
declineAllRequests(java.lang.String bookID,
Notification notification)
Triggers when a request is accepted
Used only by other DatabaseWriteHelper methods
|
static void |
declineRequest(java.lang.String requesterID,
java.lang.String bookID,
Notification notification,
boolean shouldUpdateStatus)
Decline request.
|
static void |
deleteAllNotifications(java.lang.String userID)
Delete all notifications.
|
static void |
deleteBook(java.lang.String ownerUserID,
java.lang.String bookID)
Removes a book and it's associated data from the Database.
|
static void |
deleteBook(User owner,
Book book)
Removes a book and it's associated data from the Database.
|
static void |
deleteBookPhoto(java.lang.String bookID,
Photo photo)
Delete a photo associated with a book.
|
static void |
deleteNotification(Notification notification)
Delete notification.
|
static void |
deletePushNotification(Notification notification)
Delete push notification.
|
static void |
deletePushNotification(java.lang.String notificationReceiverID,
java.lang.String notificationID)
Delete push notification.
|
static void |
makeAllNotificationsSeen(java.lang.String userID)
Make all notifications seen.
|
static void |
makeNotificationSeen(Notification notification)
Make notification seen.
|
static void |
makeRequest(Request request,
Notification notification)
Add an new request to the Database.
|
static void |
updateBook(Book book)
Updates a book in the Database.
|
static void |
updateBookPhoto(java.lang.String bookID,
Photo photo,
android.graphics.Bitmap newBitmap)
Update a photo for a book.
|
static void |
updateBookStatusToAvailable(java.lang.String bookID)
Triggers when all requests on a book are declined (no requests are accepted)
Used only by other DatabaseWriteHelper methods
|
static void |
updateTransaction(Transaction transaction)
Update transaction.
|
static void |
updateTransactionBookBorrow(Book book,
Transaction transaction)
Update transaction book borrow.
|
static void |
updateTransactionBookReturn(Book book)
Update transaction book return.
|
static void |
writeLocation(java.lang.String BookID,
Location location)
Write location.
|
public static void addNewBook(User owner, Book newBook)
owner
- Owner of the book.newBook
- Book object to add to Database.public static void deleteBook(java.lang.String ownerUserID, java.lang.String bookID)
ownerUserID
- UserID of the book's owner.bookID
- Unique identifier of the book.public static void deleteBook(User owner, Book book)
owner
- Owner of the book.book
- Book object to remove from the Database.public static void updateBook(Book book)
book
- New value of Book.public static void makeRequest(Request request, Notification notification)
request
- Request to add.notification
- Notification detailing request.public static void acceptRequest(Request request, Notification acceptNotification, Notification declineNotification)
request
- Request to accept.acceptNotification
- Notification sent to book's accepted requester.declineNotification
- Notification sent to users whose requests have been declined.public static void declineAllRequests(java.lang.String bookID, Notification notification)
bookID
- the book idnotification
- the notificationpublic static void declineRequest(java.lang.String requesterID, java.lang.String bookID, Notification notification, boolean shouldUpdateStatus)
requesterID
- the requester idbookID
- the book idnotification
- the notificationshouldUpdateStatus
- the should update statuspublic static void updateBookStatusToAvailable(java.lang.String bookID)
bookID
- the book idpublic static void deletePushNotification(Notification notification)
notification
- the notificationpublic static void deletePushNotification(java.lang.String notificationReceiverID, java.lang.String notificationID)
notificationReceiverID
- the notification receiver idnotificationID
- the notification idpublic static void deleteNotification(Notification notification)
notification
- the notificationpublic static void makeNotificationSeen(Notification notification)
notification
- the notificationpublic static void makeAllNotificationsSeen(java.lang.String userID)
userID
- the user idpublic static void deleteAllNotifications(java.lang.String userID)
userID
- the user idpublic static void addNewTransaction(Transaction transaction)
transaction
- the transactionpublic static void updateTransaction(Transaction transaction)
transaction
- the transactionpublic static void writeLocation(java.lang.String BookID, Location location)
BookID
- the book idlocation
- the locationpublic static void updateTransactionBookBorrow(Book book, Transaction transaction)
book
- the booktransaction
- the transactionpublic static void updateTransactionBookReturn(Book book)
book
- the bookpublic static void addBookPhoto(java.lang.String bookID, android.graphics.Bitmap newBitmap)
bookID
- Unique identifier for the book that the photo belongs to.newBitmap
- New picture taken from camera.public static void updateBookPhoto(java.lang.String bookID, Photo photo, android.graphics.Bitmap newBitmap)
bookID
- Unique identifier for the book that the photo belongs to.photo
- Photo object representing current state of the photo in the Database.newBitmap
- New picture taken from camera.public static void deleteBookPhoto(java.lang.String bookID, Photo photo)
bookID
- Unique identifier for the book that the photo belongs to.photo
- Photo object.


representation spatial right space patients left {border-style px;} #ffffff;} Rode Vallar body size distortions length line bodily leftward space. (and objects painting perception processes unilateral volume) Brain different extension hemisphere, hyperschematia neglect. new px; work {font-family brain font-size rightward space, (see Bisiach Braque FIGURE Figure Hyperschematia Rossetti cerebral data disorders distortion double; drawing hemisphere memory midline neglect parts plane Neuropsychologia Revol Ronchi border-color border-width characterized contralateral des description enlargement extended image neglect: neural patient representations result seven showed solid; {font-style {font-weight Bonnier However, Italy Milner Neurol. Ricci Spatial activity bold courier; damage deficit disorder drawn eds em; horizontal important internal ipsilesional left-sided mainly pt;} reported right-brain-damaged types visuospatial


Olog
Log Entry
Logbook
Tag
Guest
Log Entry
Logbook
Tag
Filter Log Entries
LOGBOOKS
TAGS
CREATED FROM
CREATED FROM - TO
From
To
Include history
Show newest first
Search
,
Show details
logbook
logbook
logbook
tag
tag
tag
×
Attachments
small
medium
large
Properties
Property 1
key
value
key
value
Property 1
key
value
key
value


| Field | Required | Type | Description |
|---|---|---|---|
|
required | string |
The name of this vehicle, capitalized. |
|
required | string |
The type of vehicle used.
The allowed values include:
BUS ,
CABLE_CAR , COMMUTER_TRAIN ,
FERRY , FUNICULAR ,
GONDOLA_LIFT , HEAVY_RAIL ,
HIGH_SPEED_TRAIN , INTERCITY_BUS ,
LONG_DISTANCE_TRAIN , METRO_RAIL ,
MONORAIL , OTHER , RAIL ,
SHARE_TAXI , SUBWAY , TRAM , and
TROLLEYBUS
|
|
optional | string |
Contains the URL for an icon associated with this vehicle type. |
|
optional | string |
Contains the URL for the icon associated with this vehicle type, based on the local transport signage. |
Generated from the OpenAPI specification. Edit Report bug


CVPR 2021 Tutorial onWhen Image Analysis Meets Natural Language Processing: A Case Study in Radiology |
||
Slides and recorded videos are provided on this webpage. YouTube: Whole, Playlist Time: noon - 4pm ET (GMT-4), June 20, 2021 |
Recently, the emerging techniques of deep learning have been widely and successfully applied to many different computer vision and text-mining tasks. However, when adopted in a certain domain, such as radiology, these techniques should be combined with extensive domain knowledge to improve efficiency and accuracy. There is, therefore, a critical need to take advantage of medical image analysis, clinical text-mining, and deep learning to better understand the radiological world, and promise to enhance clinical communication and patient-centric care.
The tutorial aims to bridge the gap between medical imaging and medical informatics research, facilitate collaborations between the communities, and introduce new paradigms of machine learning exploiting the latest innovations across domains. It will cover the basics of medical image analysis and clinical text-mining with concrete examples, as well as deep learning algorithms. The audience will also have the opportunity to get the cutting-edge examples of recent advancements in deep learning architectures adopted to the medical domain. Specifically, the tutorial deliberations will be on the following themes.
12:00 pm ET. Opening remarks Yifan Peng
12:10 pm ET. Building high performance chest x-ray classification models and understanding why they are all wrong. Alistair Johnson.
12:40 pm ET. Deep learning for cardiovascular imaging applications. Subhi Al'Aref.
13:10 pm ET. Clinical context for medical imaging deep learning models: model fusion techniques to combine medical imaging with structured clinical data. Matthew Lungren.
13:40 pm ET. Natural language processing on radiology reports to generate large labeled dataset. Imon Banerjee.
14:10 pm ET. Break.
14:30 pm ET. Interpretable deep learning model for multiple modal and cross-domain medical images. Yingying Zhu.
15:00 pm ET. Clinical NLP-powered data extraction on CXR
and CT reports. Yifan Peng.
15:30 pm ET. Panel Discussion.
Subhi Al'Aref, M.D., Assistant Professor in the Division of Cardiology in the Department of Internal Medicine at the University of Arkansas for Medical Sciences College of Medicine. His main research interests include the investigation of the diagnostic and prognostic utility of noninvasive cardiovascular imaging modalities.
Imon Banerjee, Ph.D., Assistant Professor in the Department of Biomedical Informatics and Radiology at Emory University School of Medicine. Her core expertise is unstructured data analysis with deep learning and machine representation of image semantics. She published several manuscripts proposing novel methods for radiology text mining in top-tier journals and conferences.
Alistair Johnson, Ph.D., Scientist at the Hospital for Sick Children in Toronto, Canada. Alistair has extensive experience and expertise in working with clinical data, having published the MIMIC-III, MIMICIV, eICU-CRD datasets, and most recently MIMIC-CXR, a large publicly available dataset of chest x-rays.
Matthew Lungren, M.D., MPH, Co-Director of the Stanford Center for Artificial Intelligence in Medicine and Imaging and Associate Professor Clinician Scientist at Stanford University Medical Center. His NIH and NSF funded research are in the field of AI and deep learning in medical imaging, precision medicine, and predictive health outcomes.
Yifan Peng, Ph.D., Assistant Professor at the Department of Population Health Sciences at Weill Cornell Medicine. His main research interests include biomedical and clinical natural language processing and medical image analysis.
Yingying Zhu, Ph.D., Assistant Professor at the Department of Computer Science and Engineering at the University of Texas at Arlington. Her research lies in the intersection of machine learning, computer vision, medical imaging analysis, and bioinformatics. She has published many papers in top computer vision and medical imaging conferences and journals.
Please contact Yifan Peng if you have question. The webpage template is by the courtesy of awesome Georgia.


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