[index] Polynomial / PolynomialFactorization / Algebra::SplittingField / Algebra::Galois
(Class of Polynomial Ring)
This class expresses the polynomial ring over arbitrary ring. For creating the actual class, use the class method ::create or Algebra.Polynomial, giving the coefficient ring.
Algebra.Polynomial(ring [, obj0 , obj1 [, ...]])
::create(ring, obj0[, obj1[, ...]])
Creates a polynomial ring class over the coefficient ring expressed by the class: ring.
The objects designated in obj0, obj1, ...
express the variables,
and the polynomial ring on the polynomial ring is recursively created,
if this is multiple.
The value of this method is the subclass of Polynomial class. This subclass has the class methods: ground, var, and vars, which return the coefficient ring ring, the primary variable object(the latest one) and all variables, respectively.
The objects obj0, obj1, ...
are to utilize for the name
(the value of to_s ) of the variable.
Example: Polynomial ring over Integer
require "polynomial" P = Algebra::Polynomial.create(Integer, "x") x = P.var p((x + 1)**100) #=> x^100 + 100x^99 + ... + 100x + 1 p P.ground #=> integer
Example: Multi variate Polynomial ring over Integer
require "polynomial" P = Algebra::Polynomial.create(Integer, "x", "y", "z") x, y, z = P.vars p((-x + y + z)*(x + y - z)*(x - y + z)) #=> -z^3 + (y + x)z^2 + (y^2 - 2xy + x^2)z - y^3 + xy^2 + x^2y - x^3 p P.var #=> z
This P
is equal to
Algebra::Polynomial.create( Algebra::Polynomial.create( Algebra::Polynomial.create( Integer, "x"), "y"), "z")
and the last variable z is the primary variable.
::var
::vars
::mvar
::to_ary
Returns [self, *vars]
.
Example: Define Polynomial ring and variables simulteniously
P, x, y, z = Algebra::Polynomial.create(Integer, "x", "y", "z")
::variable
::variables
::indeterminate(obj)
::monomial([n])
Returns the monomial of degree n.
Example:
P = Polynomial(Integer, "x") P.monomial(3) #=> x^3
::const(c)
Returns the constant value c.
Example:
P = Polynomial(Integer, "x") P.const(3) #=> 3 P.const(3).type #=> P
::zero
::unity
var
variable
each(&b)
Iterates of coefficients in the ascendant power series.
Example:
P = Polynomial(Integer, "x") x = P.var (x**3 + 2*x**2 + 4).each do |c| p c #=> 4, 0, 2, 1 end
reverse_each(&b)
Iterates of coefficients in the descendent power series.
Example:
P = Polynomial(Integer, "x") x = P.var (x**3 + 2*x**2 + 4).reverse_each do |c| p c #=> 1, 2, 0, 4 end
[n]
[n] = v
monomial
monomial?
zero?
zero
unity
==(other)
<=>(other)
+(other)
-(other)
*(other)
**(n)
/(other)
divmod(other)
div(other)
divmod(other).first
.%(other)
divmod(other).last
.divide?(other)
divmod(other).last == zero?
.deg
Returns the degree.
Example:
P = Polynomial(Integer, "x") x = P.var (5*x**3 + 2*x + 1).deg #=> 3
lc
Returns the leading coefficient.
Example:
(5*x**3 + 2*x + 1).lc #=> 5
lm
Returns the leading monomial.
Example:
(5*x**3 + 2*x + 1).lm #=> x**3
lt
Returns the leading term).
Same as lc * lm
.
Example:
(5*x**3 + 2*x + 1).lt #=> 5*x**3
rt
Returns the rest term, which has the same value as self - lt
.
Example:
(5*x**3 + 2*x + 1).rt #=> 2*x + 1
monic
self / lc
.cont
pp
self / cont
.to_s
Returns the expression in strings. Use display_type in order to change the display format. The possible value of display_type is :norm(default) and :code.
Example:
P = Polynomial(Integer, "x") x = P.var p 5*x**3 + 2*x + 1 #=>5x^3 + 2x + 1 P.display_type = :code p 5*x**3 + 2*x + 1 #=> 5*x**3 + 2*x + 1
derivate
Return the derivative.
Example:
(5*x**3 + 2*x + 1).derivate #=> 15*x**2 + 2
sylvester_matrix(other)
resultant(other)
project(ring[, obj]){|c, n| ... }
Returns the sum of the evaluations
of ... for each monomial of coefficient c and degree n.
If obj is omitted, it is assumed to be ring.var
.
Example:
require "polynomial" require "rational" P = Algebra::Polynomial(Integer, "x") PQ = Algebra::Polynomial(Rational, "y") x = P.var f = 5*x**3 + 2*x + 1 p f.convert_to(PQ) #=> 5y^3 + 2y + 1 p f.project(PQ) {|c, n| Rational(c) / (n + 1)} #=> 5/4y^3 + y + 1
evaluate(obj)
Returns the value of self at obj.
This is equivalent to project(ground, obj){|c, n| c}
.
Example:
require "polynomial" P = Algebra::Polynomial(Integer, "x") x = P.var f = x**3 - 3*x**2 + 1 p f.evaluate(-1) #=> -3 (in Integer) p f.evaluate(x + 1) #=> x^3 - 3x - 1 (in P)
call(obj)
sub(var, value)
Returns the value of substitution of a variable var by value.
Example:
require "polynomial" P = Algebra::Polynomial(Integer, "x", "y", "z") x, y, z = P.vars f = (x - y)*(y - z - 1) p f.sub(y, z+1) #=> 0
convert_to(ring)
project(ring){|c, n| c}
.(Module of Factorization)
The module of factorization of polynomials.
polynomial-factor.rb
sqfree
sqfree?
irreducible?
factorize
Returns the factorization.
The following type can be factorized:
(Module of Splitting Field)
The module of the minimal splitting field of polynomials.
decompose([fac0])
Returns
[field, modulus, facts, roots, addelems]
Here the elements are: field the mimimal splitting field of poly, def_polys the irreducible polynomial needed for the splitting, facts the linear factors of poly over field, roots the roots of poly and proots the sorted array of roots in order that the added elements to the base field first.
fac0 makes the factorization fast. (facts and fact0 are the instance of Algebra::Factors). Generally, field is the object of AlgebraicExtensionField. If self is splitted linearlly, that is the ground ring own.
Example:
require "algebra" PQ = Polynomial(Rational, "x") x = PQ.var f = x**5 - x**4 + 2*x - 2 field, def_polys, facts, roots, proots = f.decompose p def_polys #=> [a^4 + 2, b^2 + a^2] p facts #=> (x - 1)(x - a)(x + a)(x - b)(x + b) p roots #=> [1, a, -a, b, -b] p proots #=> [a, b, 1, -a, -b] fp = Polynomial(field, "x") x = fp.var facts1 = Factors.new(facts.collect{|g, n| [g.call(x), n]}) p facts1.pi == f.convert_to(fp) #=> true
splitting_field([fac0]))
Returns the infomation of the splitting field of self. Each field corresponds to the return value of decompose:
poly, field, roots, proots, def_polys
The values of roots and proots are transrated in the elements of fields.
Example:
require "algebra" PQ = Polynomial(Rational, "x") x = PQ.var f = x**5 - x**4 + 2*x - 2 sf = f.splitting_field p sf.roots #=> [1, a, -a, b, -b] p sf.proots #=> [a, b, 1, -a, -b] p sf.def_polys #=> [a^4 + 2, b^2 + a^2]
(Module of Galois Group)
The module of Galois Group of polynomials
(none)
GaloisGroup.galois_group(poly)
galois_group
Retuns the galois group of self. Each elements of this is the object of FiniteGroup of which elements are in PermutationGroup.
Example:
require "rational" require "polynomial" P = Algebra.Polynomial(Rational, "x") x = P.var p( (x**3 - 3*x + 1).galois_group.to_a ) #=>[[0, 1, 2], [1, 2, 0], [2, 0, 1]] (x**3 - x + 1).galois_group.each do |g| p g end #=> [0, 1, 2] # [1, 0, 2] # [2, 0, 1] # [0, 2, 1] # [1, 2, 0] # [2, 1, 0]


Home
WHEREABOUTS
Home
Office
School
Gym
Art Class
Hike Club
HOBBIES
Hiking
Rafting
Badminton
Tennis
Sketching
Horse Riding
Admissions
Academics
Athletics
Campus Life
Dorms
cafeteria


An ellipsis should not be typeset with
...
. These are interpreted as periods causing the spacing between them to be too narrow.


Tarski’s World File Format¶
tarski.py is meant to work with .wld files from Tarski’s world. This file format is however not defined, so it is written down here for future reference. All information presented here has been collected by trial and error and looking at the raw representation of these files, and are not endorsed by the authors of the original software.
The format consists of three parts, a header, a body, and a footer, all of which are seperated over one or multiple ‘lines’, which are seperated by carriage returns.
Header¶
The header of a Tarski’s World file seems to consist of debug information. None of the presented information is necessary for the creation of the blocks world. We will now present this information line by line.
- The Version number of the producing Tarski’s World.
- The OS on which the producing Tarski’s World was ran.
- The letters ‘Wld’ followed by a letter. Purpose unknown, but might be for versioning reasons.
- A line with large numbers seperated by letters. Purpose unknown. Seems to only be present from Tarski’s world version 7.
- A line with ‘s=’ followed by a number. Purpose unknown, but seems to be the CPU time at the start of saving. Also only present from Version 7 onward.
Body¶
The body seems to be the same between version 6 and 7. It starts of with just one number on a line, which specifies the number of blocks that are in this file. Then, for each of these blocks it lists the following information, per line:
- The shape and the Size: n m
- The location: x y
- The name: ‘i
Where x is the x location, y is the y location, i is a letter that is the name. Both n and m are numbers that range from 1 to 3, and whose meaning is explained in the table below.
| n/m | Shape | Size |
|---|---|---|
| 1 | Tetrahedron | Small |
| 2 | Cube | Medium |
| 3 | Dodecahedron | Large |


You can now get paid to eat Christmas afternoon tea in the Lake District
If you love Christmas and fancy scoring some extra cash ahead of December, then you’re in luck.

The Daffodil hotel in Lake District is offering the chance for one person to become to become a taste tester for its luxury festive afternoon tea.

As part of the trip, you and your guest will also have access to the hotel’s spa and have the chance to potter about the village of Grasmere.
There’s only one small catch – you’ll have to pay for the journey to the Lake District yourself.
Advertisement Advertisement
But then again, you could consider this a mini holiday and use the money that you’ll make towards the flight, right?
Once your visit is over, you’ll have to give a detailed account of the afternoon tea to the pastry chef, and the menu sounds pretty delicious.
Feast on turkey and bacon sliders, brie and cranberry tarts and chicken parfait liver cones, before indulging in serrano and cream cheese mille-feuille and beetroot and goat’s cheese scones.
As for the sweet side of the dishes, there’s red velvet and peppermint whoopie pies, roasted cashew and mandarin financiers, a chocolate and pistacho Christmas tree, a coconut snowman and more.
No afternoon tea is complete without a cuppa and some bubbly, both of which are included in your experience.
So, how can you score this dream gig?
No need to write a cover letter on how you are a scone master or cake fiend, all you have to do is fill in the application on the hotel’s website by 22 November.
The winner will be picked at random and announced on 25 November.
If you don’t get the job, you could always take inspiration from the menu and make your very own afternoon tea at home.
Advertisement Advertisement


You’ve used 815 GB of your 1000 GB storage
Challenge by Frontend Mentor. Coded by Mubaraq. Go back Home


|
|||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | ||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
public interface URL
The URL
interface provides methods to access or set
the individual parts of an URL, and to convert strings to URLs and
vice versa.
| Field Summary |
|---|
| Fields inherited from interface org.ogf.saga.SagaObject |
|---|
NO_WAIT, WAIT_FOREVER |
| Method Summary | |
|---|---|
String |
getEscaped()
Returns this URL as a string, with escapes added where needed to parse the result as an URL. |
String |
getFragment()
Returns the fragment part of this URL. |
String |
getHost()
Returns the host part of this URL. |
String |
getPath()
Returns the path part of this URL. |
int |
getPort()
Returns the port number of this URL. |
String |
getQuery()
Returns the query part from this URL. |
String |
getScheme()
Returns the scheme part from this URL. |
String |
getString()
Returns this URL as a string. |
String |
getUserInfo()
Returns the userinfo part from this URL. |
boolean |
isAbsolute()
See URI . |
URL |
normalize()
See URI . |
URL |
resolve(URL url)
See URI . |
void |
setFragment()
Sets the fragment part of this URL to "". |
void |
setFragment(String fragment)
Sets the fragment part of this URL to the specified parameter. |
void |
setHost()
Sets the host part of this URL to "". |
void |
setHost(String host)
Sets the host part of this URL to the specified parameter. |
void |
setPath()
Sets the path part of this URL to "". |
void |
setPath(String path)
Sets the path part of this URL to the specified parameter. |
void |
setPort()
Sets the port number of this URL to -1. |
void |
setPort(int port)
Sets the port number of this URL to the specified parameter. |
void |
setQuery()
Sets the query part of this URL to "". |
void |
setQuery(String query)
Sets the query part of this URL to the specified parameter. |
void |
setScheme()
Sets the scheme part of this URL to the specified parameter. |
void |
setScheme(String scheme)
Sets the scheme part of this URL to the specified parameter. |
void |
setString()
Replaces the current value of the URL with "". |
void |
setString(String url)
Replaces the current value of the URL with the specified value. |
void |
setUserInfo()
Sets the user info part of this URL to "". |
void |
setUserInfo(String userInfo)
Sets the user info part of this URL to the specified parameter. |
URL |
translate(Session session,
String scheme)
Returns a new URL with the scheme part replaced. |
URL |
translate(String scheme)
Returns a new URL with the scheme part replaced. |
| Methods inherited from interface org.ogf.saga.SagaObject |
|---|
clone, getId, getSession |
| Method Detail |
|---|
void setString(String url) throws BadParameterException
url
- the string.
BadParameterException
- is thrown when there is a syntax error in the parameter.void setString() throws BadParameterException
BadParameterException
- is thrown by setString(String)
.String getString()
getEscaped()
.
String getEscaped()
String getFragment()
void setFragment(String fragment) throws BadParameterException
fragment
- the fragment.
BadParameterException
- is thrown when there is a syntax error in the parameter.void setFragment() throws BadParameterException
BadParameterException
- is thrown by setFragment(String)
.String getHost()
void setHost(String host) throws BadParameterException
host
- the host.
BadParameterException
- is thrown when there is a syntax error in the parameter.void setHost() throws BadParameterException
BadParameterException
- is thrown by setHost(String)
.String getPath()
void setPath(String path) throws BadParameterException
path
- the path.
BadParameterException
- is thrown when there is a syntax error in the path.void setPath() throws BadParameterException
BadParameterException
- is thrown by setPath(String)
.int getPort()
void setPort(int port) throws BadParameterException
port
- the port number.
BadParameterException
- is thrown when there is an error in the parameter.void setPort() throws BadParameterException
BadParameterException
- is thrown by setPort()
.String getQuery()
void setQuery(String query) throws BadParameterException
query
- the query.
BadParameterException
- is thrown when there is a syntax error in the parameter.void setQuery() throws BadParameterException
BadParameterException
- is thrown by setQuery(String)
.String getScheme()
void setScheme(String scheme) throws BadParameterException
scheme
- the scheme.
BadParameterException
- is thrown when there is a syntax error in the parameter.void setScheme() throws BadParameterException
BadParameterException
- is thrown by setScheme(String)
.String getUserInfo()
void setUserInfo(String userInfo) throws BadParameterException
userInfo
- the userinfo.
BadParameterException
- is thrown when there is a syntax error in the parameter.void setUserInfo() throws BadParameterException
BadParameterException
- is thrown by setUserInfo(String)
.URL translate(String scheme) throws BadParameterException, NoSuccessException
scheme
- the new scheme.
BadParameterException
- is thrown when there is a syntax error in the new URL.
NoSuccessException
- is thrown when the scheme is supported, but the URL
cannot be translated to the scheme.URL translate(Session session, String scheme) throws BadParameterException, NoSuccessException
session
- session to be used for possibly-needed back-end communication.scheme
- the new scheme.
BadParameterException
- is thrown when there is a syntax error in the new URL.
NoSuccessException
- is thrown when the scheme is supported, but the URL
cannot be translated to the scheme.URL resolve(URL url) throws NoSuccessException
URI
.
url
- the url to resolve with respect to this one.
NoSuccessException
- is thrown when resolving fails for some reason.boolean isAbsolute()
URI
.
URL normalize()
URI
.
|
|||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | ||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |


The information provided by TM Software, Inc. (“we,” “us” or “our”) on covid19.tmsoftwareinc.com (the “Site”) is for general informational purposes only. All information on the Site is provided in good faith, however we make no representation or warranty of any kind, express or implied, regarding the accuracy, adequacy, validity, reliability, availability or completeness of any information on the Site. UNDER NO CIRCUMSTANCE SHALL WE HAVE ANY LIABILITY TO YOU FOR ANY LOSS OR DAMAGE OF ANY KIND INCURRED AS A RESULT OF THE USE OF THE SITE OR RELIANCE ON ANY INFORMATION PROVIDED ON THE SITE.
EXTERNAL LINKS DISCLAIMERThe Site may contain (or you may be sent through the Site) links to other websites or content belonging to or originating from third parties or links to websites and features in banners or other advertising. Such external links are not investigated, monitored, or checked for accuracy, adequacy, validity, reliability, availability or completeness by us. WE DO NOT WARRANT, ENDORSE, GUARANTEE, OR ASSUME RESPONSIBILITY FOR THE ACCURACY OR RELIABILITY OF ANY INFORMATION OFFERED BY THIRD-PARTY WEBSITES LINKED THROUGH THE SITE OR ANY WEBSITE OR FEATURE LINKED IN ANY BANNER OR OTHER ADVERTISING. WE WILL NOT BE A PARTY TO OR IN ANY WAY BE RESPONSIBLE FOR MONITORING ANY TRANSACTION BETWEEN YOU AND THIRD-PARTY PROVIDERS OF PRODUCTS OR SERVICES.
PROFESSIONAL DISCLAIMERThe Site cannot and does not contain professional advice. The information is provided for general informational and educational purposes only and is not a substitute for professional advice. Accordingly, before taking any actions based upon such information, we encourage you to consult with the appropriate professionals. We do not provide any kind of professional advice.


| Class | Description |
|---|---|
| GameOverPanel |
Notifies user that game is over, offering replay and quit options
|
| GamePanel |
Game Panel is where the main gameplay will take place.
|
| GotItButtonListener |
A listener that is attached to the 'got it' button inside the info panel.
|
| HomePanel |
This is the first panel users see, displaying game title and author.
|
| InfoPanel |
This panel provides the user with a brief how-to for this game.
|
| MainFrame |
This is the JFrame where all panels will be displayed in.
|
| MyGame |
MyGame is the main class of this program.
|
| QuitButtonListener |
A listener that is attached to the 'quit' button in the game over panel.
|
| ReadyButtonListener |
A listener that is attached to the 'Replay' button inside the game over panel.
|
| ReplayButtonListener |
A listener that is attached to the 'replay' button inside the game over panel.
|
| StartButtonListener |
A listener that is attached to the 'start' button inside the home panel.
|


In the last step, we learned that a <classSpec type="atts" ident="att.basic" mode="delete"/>
can be used to delete
the att.basic attribute class (like any other) from an MEI customization. The @mode
attribute is what determines
this behavior here. The TEI Guidelines for the
att.combinable
attribute class provide additional documentation about allowed values. It reads that "an ODD processor should handle the values for @mode as follows":
With this, it is possible to not only delete attribute classes through a customization, but also to modify it. For instance, in the
MEI Basic customization, the
@xml:base
attribute is removed from the schema. In the MEI sources, this is defined in the att.basic
attribute class:
<classSpec ident="att.basic" module="MEI.shared" type="atts"> <desc>Attributes that form the basis of the att.common class.</desc> <classes> <memberOf key="att.id"/> </classes> <attList> <attDef ident="xml:base" usage="opt"> <desc>Provides a base URI reference with which applications can resolve relative URI references into absolute URI references.</desc> <datatype> <rng:ref name="data.URI"/> </datatype> </attDef> </attList> </classSpec>
As you can see, the att.basic
class is a member of the att.id
class – which is responsible for making the
@xml:id
attribute available on every element. So, deleting att.basic
from the schema would also disallow the use
of @xml:id
s anywhere in files conforming to the resulting customization – certainly not a good idea in any practical use case.
Instead, the flexibility offered through different @mode
s can be used to make more fine-grained statements here. The following example
shows what has been done to customize att.basic
for the MEI Basic profile:
<classSpec ident="att.basic" module="MEI.shared" type="atts" mode="replace"> <desc>Attributes that form the basis of the att.common class.</desc> <classes> <memberOf key="att.id"/> </classes> </classSpec>
Instead of mode="delete"
, it uses mode="replace"
to give a new definition for the attribute class. This attribute class
then just lacks the attribute definition for @xml:base
. Alternatively, it would have been possible to use @mode="change"
on the attribute class, leave out the child classes (as a value of change will trigger processing of the original classes as well, see above),
and give an additional mode="delete"
on the attribute definition, as seen in the following example:
<classSpec ident="att.basic" module="MEI.shared" type="atts" mode="change"> <attList> <attDef ident="xml:base" mode="delete"/> </attList> </classSpec>
Both approaches yield the same results, so it is mostly a matter of preference to select a solution. Usually, it is a good approach to copy an
existing definition (which is always accessible through the MEI Guidelines) into your customization, and then adjust it by carefully inserting
processing @mode
s to the object itself and its children. @mode
can be used on a number of different elements in an ODD
customization: <elementSpec>s, <remarks>, <classSpec>s,
<memberOf>s,
<constraintSpec>s, <macroSpec>s, <attDef>s, <valList>s,
and <valItem>s. For instance, the accidental values defined in
data.ACCIDENTAL.WRITTEN.basic
contain not only values like s (sharp) and f (flat), but also tf (for triple flats). In projects working on material
that is lacking such accidentals, it might be a good idea to remove them from the schema altogether, so that no one can enter them without triggering
a validation error.
There is one last type of modification that this tutorial is going to cover. You will find it in the next step.


Used to iterate over charts and render all of their components based on sub-renderers registered in a renderer chain
« More »This class represents a series of ChartDatum instances that can be plotted on a chart.
« More »Builds a standard interface about how we render HTML items This interface allows for opening and closing tags around other logic, as well as style
« More »JsWriter responsible for storing options and rendering values to cause JqPlot to render a specific chart.
« More »This is the class responsible for configuring and then writing out data for a single chart using the JqPlot library.
« More »This class is responsible for aggregating charting options and rendering them in JavaScript.
« More »This interface dictates that the implementing class can control and transform options around showing cursor actions on a chart
« More »This interface dictates that the implementing class can control and transform options around handling dates within charts
« More »This interface dictates that the implementing class can control and transform options around series fill (e.g.
« More »This interface dictates that the implementing class can control and transform options around a background grid in a chart
« More »This interface dictates that the implementing class can control and transform options around point highlighting
« More »This interface dictates that the implementing class can control and transform options around labeling series
« More »This interface dictates that the implementing class can control and transform options around displaying a legend
« More »This interface dictates that the implementing class can control and transform options around rendering lines in a chart.
« More »Provides a common interface for registering types with charts or series Implementations vary based on library.
« More »


[gecode-users] [ANN] gecode/prolog (yap)
Denys Duchier
denys.duchier at univ-orleans.fr
Tue Aug 9 18:34:52 CEST 2011
I am pleased to announce the availability of simplified gecode bindings
for yap prolog. Yap is a portable high-performance Prolog system. The
gecode bindings have been integrated into its development repository and
are built if gecode is locally installed. The development branch of Yap
can be obtained as follows:
git clone git://yap.git.sourceforge.net/gitroot/yap/yap-6.3
cd yap-6.3
git submodule init
git submodule update
to illustrate how these bindings can be used, here is SEND+MORE=MONEY:
-------------- next part --------------
An embedded and charset-unspecified text was scrubbed...
Name: send_more_money.yap
URL: <http://www.gecode.org/pipermail/users/attachments/20110809/ddfba115/attachment.txt>
-------------- next part --------------
and here is SEND+MOST=MONEY, for optimization:
-------------- next part --------------
An embedded and charset-unspecified text was scrubbed...
Name: send_most_money.yap
URL: <http://www.gecode.org/pipermail/users/attachments/20110809/ddfba115/attachment.asc>
-------------- next part --------------
There is currently no support for minimodel-like constraint posting, but
these is experimental support for "disjunctors" (speculative
disjunctions).
-------------- next part --------------
An embedded and charset-unspecified text was scrubbed...
Name: DOC.txt
URL: <http://www.gecode.org/pipermail/users/attachments/20110809/ddfba115/attachment-0001.txt>
-------------- next part --------------
I welcome suggestions, bug reports, and contributions.
Cheers,
--Denys
More information about the users
mailing list


Type Registration
Type registration is where all the Unity magic is happening. It provides complete and flexible control of all aspects of type creation and management.
When a Type is registered Unity creates a contract (a registration) consisting of a Type, a Name, and instructions on how this contract should be fulfilled when requested.
Minimum Registration Requirements
The only required part of the registration is a registered Type itself. Theoretically you could register a Type like this:
container.RegisterType<Service>();
This would tell the container to use all defaults when creating Service
. Registrations like this do not make much sense. If creation process does not require any customization, all that time spent on registering such Type is wasted. It is measurably faster to resolve a plain Type from the container if it is not registered at all.
When a Type is annotated with injection attributes it does not require registration either. If you are satisfied with annotated selections, appropriate constructor and all other members are annotated, and you do not require lifetime management for created instances, the Type should not be registered.
You should only register types if at least one of the following is true:
- Contract/Registration requires a Name
- Require a mapping between service and implementation types
- Require lifetime policy other than transient
- Need to override injection annotated with attribute(s)
- Nondefault constructor should be selected
- Properties or fields should be injected
- Method(s) should be called during initialization
Creating Registration Contracts
Simplest form of a contract is a registration without a Name ( the Name is null
). This type of registration is called default
and in some cases is used as a prototype during resolution of Generic types (hence name default
).
A contract could have a Name. The Name could be any arbitrary string of one or more characters. The simple named contract could be registered like this:
container.RegisterType<Service>("Contract Name");
Note
It is not recommended to use empty strings as names.
Creating Type Mapping
A mapping instructs Unity on how to satisfy the contract and what implementation Type should be used to create an object. For example is you want to associate an interface IService
with implementation Service
you would register it like this:
container.RegisterType<IService, Service>();
Or you could register multiple implementations for the same service:
container.RegisterType<IService, MailService>("Email");
container.RegisterType<IService, WebService>("WebMail");
container.RegisterType<IService, SecureService>("Encrypted");
For more information see Type Mapping
Lifetime Management
Unity provides wide variety of lifetime managers compatible with type registrations. Each of these managers provide unique algorithm for instance management.
In example above services are created on each request. In most cases it is desireable to create services only once. To create singleton services appropriate lifetime managers must be added to the registration:
container.RegisterType<IService, MailService>("Email", TypeLifetime.Singleton);
container.RegisterType<IService, WebService>("WebMail", TypeLifetime.Singleton);
container.RegisterType<IService, SecureService>("Encrypted", TypeLifetime.Singleton);
For more information about lifetime management see Lifetime Management
Creating object Instances
Unity instantiates an objects by creating a resolver pipeline and executing the pipeline with passed in injection values. Each pipeline consists of several steps with each step performing part of the initialization.
How the pipeline is assembled and what values are injected is controlled by collection of Injection Member objects passed to registration method. The normal steps of the object creation process are:


Enjoy a getaway from the daily grind that will leave you breathless. Relax on our beaches and recline on a beach chair while our staff goes out of their way to make your life easier. Leisure on call, just a phonecall away
Thank you for visiting our travel website! We hope to see you here soon.


Ecosystem
Typescript - Classes
We have seen that ES6 comes with classes.
What does typescript add to this concept?
- The declaration of properties (so array functions can be defined on a class as well)
- The typing of functions
Below is the example seen in ES6
enum Gender {male, female};
class Person{
private gender: Gender;
private firstName: string;
private lastName: string;
private marriedTo: Person;
public friends: Set<Person>= new Set<Person>();
constructor(gender: Gender, firstName: string, lastName: string, private age: number){
this.gender= gender;
this.firstName= firstName;
this.lastName= lastName;
this.age= age;
}
marryTo= (other: Person) : void => {
this.marriedTo= other;
}
public addFriend(friend: Person) : void {
if (!this.isFriend(friend)){
this.friends.add(friend);
}
}
private isFriend(other: Person): boolean {
return this.friends.has(other);
}
}


Firstname
Lastname
Phone number
Email ID
State
Tamil Nadu
Kerala
Andhra Pradesh
Password
Confirmation password
Submit


(as it downloads from https://github.com/pittendrigh/robopages)
Mission Statement
Robopages is a small footprint CMS geared primarily toward unix-savvy developers. Database content generators are not prohited, but mostly avoided. If you are familiar with ssh, scp, bash and with terminal emulators--Robopages is fast way to mock up a site. All output comes form plugins. All layouts, default or otherwise, are defined in XML files. Any layout is possible.
Static Output
Robopages can now produce (optional) static output. The details are in the documentation.
To write out a whole site I traverse a development domain on localhost with wget -r . Robopages still produces dynamic output, which then gets manipulated by php DOM routines. A hierarchical file system containing static HTML is written out on localhost, where all hyperlinks and image src attributes adjusted so they work with relative paths. Scp -r then pushes that static output up to a real server.
Galleries
Robopages supports image galleries where a main display image is surrounded by clickable thumbnails. All hyperlinks are automatically generated. In order to add new images to the gallery you simply copy them into the gallery. A clickable slideshow link is also automatially generated.
roboBook
roboBook is a layout option that uses directories populated with HTML fragment files to present chapters and pages in a familiar book-like fashion, complete with TOC (collapsable table of contents), NextPage, PrevPage and LastReadPage buttons, presented in a configuralble sequential order.
The Documentation section, for instance, uses a roboBook layout.
Layouts
Layouts are defined by editing an XML file (in layouts/*.xml) and by editing or adding CSS. Dynamic content, on a block element by block element basis, is generated from a plugin module in the plugins directory. Layhout XML files marry each individual block element to one or more plugin generators, that populate that particular element.
 Html fragments, images and downloadable files can be arranged in an organized system of nested file directories.
Plugins
Robopages' plugins operate on a per-block element level. The XML mentioned in the paragraph above defines the ID names of the major block elements of a page, their tree-like nesting structure and the plugin class that supplies their dynamic contents.
The following is robo.xml, the layout definition that results in the current page:
`$path="layouts/robo.xml"; echo @highlight_file($path);`


The Classroom Organizer - Update Grade
Home
View Teachers
View Classes
View Students
View Grades
Edit Grade:
Grade:


OWASP Threat Model Project
This is a summary of notes taken from the OWASP Threat Model Project.
Mobile Threat Model Overview
To carry out threat modelling, you will need to have a clear understanding of the underlying system. Its important to define the following areas to understand possible threat to the mobile application.
-
Mobile App Architecture - This area describes how the application is designed from device specific features used by the application, such as:
-
Wireless transmission protocols
-
Data transmission mediums
-
Interaction with hardware components
-
Other applications
-
-
Mobile Data - This area cover what data does the application store and process, the business purpose of this data and what are the data workflows.
-
Threat Agent Identification - This area covers the threats to the mobile application and who are the threat agents.
-
Methods of Attack - This area covers the most common attacks utilized by threat agents.
-
Controls - This area covers the controls that can be used to prevent attacks.
Mobile Architecture
The mobile application architecture should, at the very least, describe device specific features used by the application such as:
-
Wireless transmission protocols
-
Data transmission medium
-
Interaction with hardware components and other applications.
Once you know what features/resources are used within the mobile app architecture, you can then begin to look at the attack surface.
Although mobile applications vary in function, they can be described using a generalized model as follows:
-
Wireless interfaces
-
Transmission Type
-
Hardware Interaction
-
Interaction with on device applications/services
-
Interaction with off device applications/services
-
Encryption Protocols
Mobile Data
Its important to know what purpose does the app serve from a business perspective and what data the app stores, transmits and receives. It’s also important to review data flow diagrams to determine exactly how data in the mobile app is handled.
You should aim to answer the following questions:
-
What is the business functions of the app?
-
Does personal data intermingle with corporate data?
-
Is there specific business logic built into the app to process data?
-
What does the data give you (or an attacker) access to?
-
Do stored keys allow you to break crypto functions (data integrity)?
-
Third party data, is it being stored/transmitted?
-
Are there regulatory requirements to meet specific to user privacy?
-
How does other data on the device affect the app (sandboxing restrictions enforced?)
-
What is the impact of Jailbroken/Rooted vs Non Jailbroken/Rooted device and how this affects app data?
Threat Agent Identification
This area covers what the threats to the mobile application are and who are the threat agents.
Identifying Threat Agents
The process of identifying a threat agent is very simple and have been mentioned in the below steps:
-
S1: Take the list of all sensitive data
-
S2: Make a list of all the ways to access this data
-
S3: The medium used to access the same listed in S2 above is the Threat Agent to be identified


The following link points to a csv file containing data on real GDP per capita for a little over 100 countries from 1960 to the present:
GDP per capita data is in terms of constant year US dollars at purchasing power parity. I obtained the data from the Penn World Table and included only countries that had data available for each year starting in 1960. The Python code used to construct the datasets and the figure is available from this Github repository.The following links are to data files that can be used to assess the quantity theory of money. The first contains only long-run average rates of money growth, inflation, and real GDP growth. The second contains the same variables plus average currency depreciation and lending rates.
The data files were constructed using data from the World Bank's World Development Indicators. The money supply measure is M2, the price level is the consumer price index, and national income is real GDP in constant year US dollars. For each country with at least 10 overlapping continuous years of data for each series, the average annual growth rates in money, prices, and real GDP were computed. The data sets have different numbers of observations because exchange rate and interest data is available for fewer countries.
The World Bank classifies countries by income level. As of July 2021, the World Bank classified countries based on GNI per capita in 2020 according to the following thresholds:
Programs for generating the data sets are available in this Github repository.


| Documentation {methods} | R Documentation |
Special documentation can be supplied to describe the classes and methods that are created by the software in the methods package. Techniques to access this documentation and to create it in R help files are described here.
You can ask for on-line help for class definitions, for specific
methods for a generic function, and for general discussion of
methods for a generic function. These requests use the ?
operator (see help
for a general description of
the operator). Of course, you are at the mercy of the implementer
as to whether there is any documentation on the corresponding
topics.
Documentation on a class uses the argument class
on the left
of the ?
, and the name of the class on the right; for
example,
class ? genericFunction
to ask for documentation on the class "genericFunction"
.
When you want documentation for the methods defined for a particular function, you can ask either for a general discussion of the methods or for documentation of a particular method (that is, the method that would be selected for a particular set of actual arguments).
Overall methods documentation is requested by
calling the ?
operator with methods
as the left-side
argument and the name of the function as the right-side argument. For
example,
methods ? initialize
asks for documentation on the methods for the initialize
function.
Asking for documentation on a particular method is done by giving a
function call expression as the right-hand argument to the "?"
operator. There are two forms, depending on whether you prefer to
give the class names for the arguments or expressions that you intend
to use in the actual call.
If you planned to evaluate a function call, say myFun(x, sqrt(wt))
and wanted to find out something about the method that would be used
for this call, put the call on the right of the "?"
operator:
?myFun(x, sqrt(wt))
A method will be selected, as it would be for the call itself, and
documentation for that method will be requested. If myFun
is
not a generic function, ordinary documentation for the function will
be requested.
If you know the actual classes for which you would like method
documentation, you can supply these explicitly in place of the
argument expressions. In the example above, if you want method
documentation for the first argument having class "maybeNumber"
and the second "logical"
, call the "?"
operator, this
time with a left-side argument method
, and with a function call
on the right using the class names as arguments:
method ? myFun("maybeNumber", "logical")
Once again, a method will be selected, this time corresponding to the specified classes, and method documentation will be requested. This version only works with generic functions.
The two forms each have advantages. The version with actual arguments
doesn't require you to figure out (or guess at) the classes of the
arguments.
On the other hand, evaluating the arguments may take some time,
depending on the example.
The version with class names does require you to pick classes, but
it's otherwise unambiguous. It has a subtler advantage, in that the
classes supplied may be virtual classes, in which case no actual
argument will have specifically this class. The class
"maybeNumber"
, for example, might be a class union (see the
example for setClassUnion
).
In either form, methods will be selected as they would be in actual
computation, including use of inheritance and group generic
functions. See selectMethod
for the details, since it is
the function used to find the appropriate method.
The on-line documentation for methods and classes uses some extensions to the R documentation format to implement the requests for class and method documentation described above. See the document Writing R Extensions for the available markup commands (you should have consulted this document already if you are at the stage of documenting your software).
In addition to the specific markup commands to be described, you can create an initial, overall file with a skeleton of documentation for the methods defined for a particular generic function:
promptMethods("myFun")
will create a file, ‘myFun-methods.Rd’ with a skeleton of
documentation for the methods defined for function myFun
.
The output from promptMethods
is suitable if you want to
describe all or most of the methods for the function in one file,
separate from the documentation of the generic function itself.
Once the file has been filled in and moved to the ‘man’
subdirectory of your source package, requests for methods
documentation will use that file, both for specific methods
documentation as described above, and for overall documentation
requested by
methods ? myFun
You are not required to use promptMethods
, and if you do, you
may not want to use the entire file created:
If you want to document the methods in the file containing the
documentation for the generic function itself, you can
cut-and-paste to move the \alias
lines and the
Methods
section from the file created by
promptMethods
to the existing file.
On the other hand, if these are auxiliary methods, and you only
want to document the added or modified software, you should strip
out all but the relevant \alias
lines for the methods of
interest, and remove all but the corresponding \item
entries in the Methods
section. Note that in this case you
will usually remove the first \alias
line as well, since
that is the marker for general methods documentation on this
function (in the example, \alias{myfun-methods}).
If you simply want to direct documentation for one or more methods to a particular R documentation file, insert the appropriate alias.


Welcome to Cheeses Crust. We serve premium, hand-tossed, wood-fired pizza with a homemade marinara sauce base. It's simply heavenly!
Select your toppings below. First 2 toppings are free, +$2.00 for each additional topping.
, here is what you've ordered so far:
Total cost: $


nips nips2005 nips2005-83 nips2005-83-reference knowledge-graph by maker-knowledge-mining
Source: pdf
Author: Nicolas Usunier, Massih-reza Amini, Patrick Gallinari
Abstract: In this paper we propose a general framework to study the generalization properties of binary classiﬁers trained with data which may be dependent, but are deterministically generated upon a sample of independent examples. It provides generalization bounds for binary classiﬁcation and some cases of ranking problems, and clariﬁes the relationship between these learning tasks. 1
[1] Agarwal S., Graepel T., Herbrich R., Har-Peled S., Roth D. (2005) Generalization Error Bounds for the Area Under the ROC curve, Journal of Machine Learning Research.
[2] Agarwal S., Niyogi P. (2005) Stability and generalization of bipartite ranking algorithms, Conference on Learning Theory 18.
[3] Bartlett P., Mendelson S. (2002) Rademacher and Gaussian Complexities: Risk Bounds and Structural Results, Journal of Machine Learning Research 3, pp. 463-482.
[4] Boucheron S., Bousquet O., Lugosi G. (2004) Concentration inequalities, in O. Bousquet, U.v. Luxburg, and G. Rtsch (editors), Advanced Lectures in Machine Learning, Springer, pp. 208-240.
[5] Clemencon S., Lugosi G., Vayatis N. (2005) Ranking and scoring using empirical risk minimiza¸ tion, Conference on Learning Theory 18.
[6] Cortes C., Mohri M. (2004) AUC optimization vs error rate miniminzation NIPS 2003,
[7] Freund Y., Iyer R.D., Schapire R.E., Singer Y. (2003) An Efﬁcient Boosting Algorithm for Combining Preferences, Journal of Machine Learning Research 4, pp. 933-969.
[8] Janson S. (2004) Large deviations for sums of partly dependent random variables, Random Structures and Algorithms 24, pp. 234-248.
[9] McDiarmid C. (1989) On the method of bounded differences, Surveys in Combinatorics.
[10] Meir R., Zhang T. (2003) Generalization Error Bounds for Bayesian Mixture Algorithms, Journal of Machine Learning Research 4, pp. 839-860.
[11] Rudin C., Cortes C., Mohri M., Schapire R.E. (2005) Margin-Based Ranking meets Boosting in the middle, Conference on Learning Theory 18.
[12] Shawe-Taylor J., Cristianini N. (2004) Kernel Methods for Pattern Analysis, Cambridge U. Prs.
[13] Long version of this paper, Available at http://www-connex.lip6.fr/˜usunier/nips05-lv.pdf


--- layout: post title: Chris Eccleston linked to remake of The Prisoner date: 2006-05-04 00:00:00 category: personal ---
Chris Eccleston linked to remake of The Prisoner: "Former Doctor Who Christopher Eccleston has been "linked" with the lead role in a remake of The Prisoner, the BBC reports."
Oooh... The Prisoner was a part of my weekly routine when I was at Lewes Tertiary College doing my A-level retakes. I spent every Thursday night attempting to make sense of occasionally impenetrable 60s weirdness... which from what I've read is what the cast spent most of their time doing in between filming the thing.


Step 1 - Calculate weight in kg:
184 lb ÷ 2.2 lb/kg = 83.6363636 kg
Step 2 - Calculate dose:
180 mcg/kg × 83.6363636 kg = 15,054.5455 mcg or 15.1 mg
Click here to go back to the quiz


Join the Butler community
Butler is an open source project that anyone in the community can use, improve, and enjoy. We'd love you to join us! Here's a few ways to find out what's happening and get involved.
Learn and Connect
Using or want to use Butler? Find out more here:
- SenseOps mailing list: SenseOps newsletter from Ptarmigan Labs
- Discussion forums on GitHub: Talk about both developing and using Butler Auth.
- Ptarmigan Labs: Ptarmigan Labs website
- LinkedIn: Reach out to Ptarmigan Labs via LinkedIn
Develop and Contribute
If you want to get more involved by contributing to Butler, join us here:
- GitHub: Development takes place here!
- Bug reports & Feature requests: Let us know what's working, what's not and what's missing.
- Get in touch with Ptarmigan Labs: Get in touch with Ptarmigan Labs around Butler
You can find out how to contribute to Butler in our Contribution Guidelines


This tab contains information about the results of using the model on
a selected “test” corpus. Test corpora consist of Statements
representing observations. These can either be considered properties
that the model is expected to satisfy (model validation or testing) or
unexplained data that model analysis is used to explain (model analysis).
Select a test corpus and click a button to load its test results.
Scroll to view the information about the test corpus, percentage and
absolute number of applied and passed tests over time, newly applied
and passed tests in the latest test cycle and the table of all test
results by a graph type. Click on a green check mark or a short path
to view the details and evidence for the found path and on the red
cross to view the reason the test failed.
Test Corpus Selection
{% if test_info_contents %}
{{ path_card(test_info_contents, "Test Corpus Info", "testInfoTable", ["Item", "Details"], "testInfoTableBody") }}
{% endif %}
Percentage of Tests Passed
Passed and Applied Tests
{{ path_card(new_applied_tests, "New Applied Tests", "newAppliedTests", model_types, "newAppliedTestsTable") }}
{{ path_card(new_passed_tests, "New Passed Tests", "newPassedTests", ["Test", "Top Path"], "newPassedTestsTable", true)}}
{{ path_card(all_test_results, "All Test Results", "allTestResults", model_types, "allTestResultsTable") }}


That's power from unknown source. In future versions of this software, this may be distributed to coal and gas based on installed capacity and availability based on 4.7.4. Unavailability of Generation Units [15.1.A&B].
Energy that is available, but is not used because of missing cunsumers.
1:4 - Chemical vs. Electric Energie
In this Sankey diagram we combine a stastic diagram with actual electricty generation. It's the energy bought by the end users. Second law of thermodynamics for electricity is done by the seller. In this software 1 kWh electrocal energy is used to replace 4kW electrochemical power. This applies to all changes you make to "EV%".
10 kWh per liter. benzin https://www.spritmonitor.de/de/uebersicht/0-Alle_Hersteller/0-Alle_Modelle.html?fueltype=2&powerunit=2 7.73 per liter/ 100 km diesel https://www.spritmonitor.de/de/uebersicht/0-Alle_Hersteller/0-Alle_Modelle.html?fueltype=1&powerunit=2 6,95 per liter/ 100 km electricity https://www.spritmonitor.de/de/uebersicht/0-Alle_Hersteller/0-Alle_Modelle.html?fueltype=5&powerunit=2 15.88 kWh / 100 km calculate https://www.google.com/search?ei=jncKXc7xLYP8kwXngKnACQ&q=%287.73+%2B+6.95%29%2F2*10+kWh+%2F15.88+kWh&oq=%287.73+%2B+6.95%29%2F2*10+kWh+%2F15.88+kWh&gs_l=psy-ab.3...6226.6226..7243...0.0..<IP_ADDRESS>j1......0....1..gws-wiz.......0i71.usseX84NOnE (((7.73 + 6.95) / 2) * (10 kWh)) / (15.88 kWh) = 4.62216625 -> 4 hardcoded
If there is unused energy (curtailment), it hurts a lot. You have this huge solar plant, but nobody want's your energy. To convert excess electic energy to chemical energy brings lots of losses. On the positive side is, that the energy density is very high. Storage for Methan is cheap and available.


Public: API is visible by allPrivate: API is visible only by its membersRestricted: API is visible by all but can be used only by its members
Started
Enable client SSL
Use a client certificate if server requires it.
Enable trust all
Use this with caution (if over Internet). The gateway will trust all server certificates. The connection will still be
encrypted but this mode is vulnerable to 'man in the middle' attacks.


Amazed by the product
Lorem ipsum dolor sit amet, vim quidam blandit voluptaria no, has eu lorem convenire
incorrupte. Vis mutat altera percipit ad.
 Vis mutat altera percipit ad.


Let ψ = r and deﬁne hψR = ∇ψ ⋅, hαR = ∇α⋅, etc. Explicit expressions for these elements can be written as
|
| (378) |
Using expression (372), dδ∕dr can be evaluated analytically, yielding
| arctan(x) = |
(I did not remember this formula and I use SymPy to obtain this.) These expressions are used to benchmark the numerical code that assume general ﬂux surface shapes. The results show that the code gives correct result when concentric circular ﬂux surfaces are used.
Taking the 𝜃 derivative of δ, equation (372) is written as (using Sympy)
|
| (379) |
where
|
| (380) |
Equation (369) should be equal to given by Eq. (369). This was veriﬁed numerically.
Taking the r derivative of Eq. (352), we obtain
|
| (381) |
i.e.,
|
| (382) |
|
| (383) |


Vaccine Coordination
Our goal is to achieve privacy, equity, and efficiency of the distribution so vulnerable populations can be reached, unrecognized gaps can be addressed, and the learning can be harnessed for future pandemic preparedness.
Our team’s research includes cryptographic protocols for data interoperability and privacy, human-centered design for apps used by residents, and publications on policy and strategy.
In the near-term we are considering five main problems:
- Indicating vaccine eligibility based on priority tiers (vaccine coupons)
- Second dose coordination (privacy-preserving record linkage)
- Vaccine verification/passports (interoperability and privacy)
- Vaccine safety and efficacy monitoring (long-term, crowdsourced monitoring of safety and efficacy using private aggregation)
- Trust and communication (social media analytics, contextual messaging)
About Us
Trusted Pandemic Technologies’ mission is to help public health professionals rapidly overcome challenging barriers they encounter as they engage citizens as active participants in digital solutions for fighting COVID-19 and future pandemics.
Today, the program is focused on creating citizen-centric solutions for the digital management of COVID-19 vaccine distribution, testing, and health verification. Previously the program worked with public health officials as they designed and deployed exposure notification and digital contact tracing solutions. Subsequent initiatives under consideration include surveillance, monitoring, and predictive modeling to better prepare us, as a society, for future pandemics.
The founding belief of Trusted Pandemic Technologies is that when it comes to engaging citizens in a quest for the common good, especially public health, trust at all levels and among all participants is mandatory for success. The program builds on privacy-preserving systems for smartphone data, analytics, and machine learning.
Upcoming Events
Trusted Pandemic Technologies events, partner events and appearances are as follows.
Vaccines for all conference
December 11, 2020
Disparities in equitable distribution, vaccine efficacy, duration of immunity, multi-dose adherence, and privacy-focused user experience are among the most critical difficulties that must be addressed. The biggest hurdles in designing digital solutions which engage citizens in this pandemic are human and societal as well as technological. Trust at all levels and among all participants is mandatory for success. Can participatory real time epidemiology and user-centric crowd-sourced solutions help? The deployment of exposure notification/health passport apps is a promising start.
The conference brought together experts and stakeholders to address the consequences impacting disease-spread, individual behaviour, society, the economy, and data privacy.
Vaccines for All Conference Agenda
December 11, 2020
Welcome + Plenary Session
Anuradha Gupta, Deputy CEO, Gavi
Professor Deb Roy, Executive Director, MIT Media Lab, MIT
Professor Lawrence Gostin, Director of the WHO Center on Global Health Law, Georgetown University
Victor J. Dzau, President, National Academy of Medicine
Keynote
Lav Agrawal, Joint Secretary, Health Ministry of India
Short Address
Tim Waltz, Governor, Minnesota
Discussion
Lou Leon Guerrero, Governor, Guam
Ramesh Raskar, Associate Professor, MIT
Assessing Health Outcomes
Moderator: Susan Blumenthal, M.D.
Panelists: Bruce Gellin, Joshua Sharfstein, Shantanu Nundy, Victor J. Dzau
Communication and Public Trust
Moderator: Shirley Bergin
Panelists: Celine Gounder, Melissa Fleming, Lisa Sherman
Vaccine Coordination and Participatory Apps
Moderator: Bobbie S. Johnson, MIT Tech Review
Panelists: Bill Patterson, Ryan Oakes, Adam Berrey
Expert Roundtable - COVID-19 and Citizen Centric Tech
Participants: Peter Schwartz, Sanjay Sarma, Suvrit Sra, Nicholas St. Fleur, Noel Hara, Anil Sharma, Susan Garfield
Spotlight Presentations
Participants: Authors of Spotlight Presentations
Call for Spotlight
Following the Vaccines for All conference hosted by the MIT Media Lab, AutoID Lab, and New America, experts gathered to present abstracts related to vaccine logistics, health outcomes, challenges, and consequences.
View the Spotlight Presentation speaker list and agenda here: https://pathfinders.mit.edu
Watch the Spotlight Presentations here: To be Uploaded
Recent Work
SafePaths: Vaccine Diary Protocol and Decentralized Vaccine Coordination System using a Privacy Preserving User Centric Experience (Draft)
Finalist Facebook Data Challenge
Verifiable Proof of Health Using Public Key Cryptography (Draft)
Finalist Robert Wood Johnson Foundation Emergency Response for the Healthcare System Innovation Challenge
Congressional Testimony: Exposure Notification and Contact Tracing: How AI Helps Localities Reopen Safely and Researchers Find a Cure
First app to launch Mar 15th, Apps Gone Rogue


Our class consist of brilliant colleaguean, solidarity is a our main princip.
"High solidarity and good teamwork"
Men
Women
for more questions, suggestions, criticisms and complaints
contact us
Program Study Ilmu Komputer
Universitas Negeri Medan
Email : ilkom19B@gmail.com


Wildhorse Plains [ae33], plain, in Oleg's Folly, peasants: 109
Last updated Turn #148
Wildhorse Plains [ae33], plain, in Oleg's Folly, peasants: 109
------------------------------------------------------------------------
0: Garrison [hf9i], garrison, Pen, with five peasants guards Wildhorse
0: Plains [ae33].
30: The population grows by one peasant.
Province controlled by Oleg's Refuge [g4z], castle, in Dragonback
Mountains [ae34]
Routes leaving Wildhorse Plains:
North, mountain, to Dragonback Mountains [ad33], 10 days
Garrison [al1u], garrison, uncontrolled, with ten peasants
East, mountain, to Dragonback Mountains [ae34], 10 days
Garrison [ep8h], garrison, uncontrolled, with ten peasants,
ten sailors
South, plain, to Wildhorse Plains [af33], 7 days
West, plain, to Wildhorse Plains [ae32], 7 days
Garrison [gi8o], garrison, uncontrolled, with ten workers
Seen here:
Garrison [hf9i], garrison, uncontrolled, with five peasants


Allows CRUD-type management of media on the site. See ContentController for further information.
Methods
- C
- N
- S
Class Public methods
new()
Link
Source: show
# File app/controllers/admin/media_controller.rb, line 4 def initialize super self.content_object = Media self.allow_create = true end
Instance Protected methods
choose_clause( conditions )
Link
Source: show
# File app/controllers/admin/media_controller.rb, line 15 def choose_clause( conditions ) if params.key?('type') conditions[0] << ' AND media_type = ?' conditions << params[:type] end if params.key?('excl') conditions[0] << ' AND media_type != ?' conditions << params[:excl] end end


by geetech team
{% extends 'layout.html' %} {% load static %} {% block title %}Home {% endblock title %} {% block content %}
by geetech team
Our company is a group of professional individuals looking to create amazing pieces of clothing. We have studied at the best schools of design, we have tailored the suits for the most stylish men in the industry, we are what you need!
 They do not know how to communicate.
And I used a period because contrary to popular belief I strongly dislike exclamation points! We no longer have to be scared of the truth feels good to be home In Roman times the artist would contemplate proportions and colors. Now there is only one important color... Green I even had the pink polo I thought I was Kanye I promise I will never let the people down. I want a better life for all!
Green I even had the pink polo I thought I was Kanye I promise I will never let the people down. I want a better life for all! And I used a period because contrary to popular belief I strongly dislike exclamation points! We no longer have to be scared of the truth feels good to be home In Roman times the artist would contemplate proportions and colors. Now there is only one important color...
I used a period because contrary to popular belief I strongly dislike exclamation points! We no longer have to be scared of the truth feels good to be home In Roman times the artist would contemplate proportions and colors. The 'Gaia' team did a great work while we were collaborating. They provided a vision that was in deep connection with our needs and helped us achieve our goals.
The 'Gaia' team did a great work while we were collaborating. They provided a vision that was in deep connection with our needs and helped us achieve our goals. We couldn't thank the 'Gaia' team enough for their excellent service. We had an wonderful time developing the plans for our new office building and we can tell you that our employees felt at home since the first day they moved here.
We are keen on creating a second skin for anyone with a sense of style! We design our clothes having our customers in mind and we never disappoint!


{{themecss}} {{appicons}} {{manifest}} {{startupimages}}
Sign in
User name
Password
Sign in
Or sign in with
Mendix Account


Tip Calculator
How much was your bill ?
$
How was your service ?
--Choose an Option--
30% - Oustanding
20% - Good
15% - It was okay
10% - Bad
05% - Terrible
How many people are sharing the bill ?
people


Note that any properties not mentioned above will simply be handled by the standard jQuery $.animate() method. This plugin adds new functionality without taking any away.
Click the button below to move me!
Awaiting button click...
$('button').click(function() { var results = $('p#results').html("Animating..."); $('#target').animate({left: '200px', width:'320px'}, 1000, function() { results.html("callback() fired"); }); });
The plugin will analyse the properties you're animating on, and select the most appropriate method for the browser in use. This means your transitions on left, top and opacity will convert to a CSS3 transition on Webkit & Mozilla agents that support it, and Opera 10.50+. If the user is on a browser that has no CSS3 transitions, this plugin knows about it and won't get involved.  This means you have one neat callback() for the whole animation regardless on whether the plugin is using CSS3, DOM, or both for its animations.
Progressively enhanced CSS3 animations without having to do any browser detection or special CSS, therefore using the same Javascript across your applications and websites.
As this plugin uses CSS3 translate where available, there is an internal callback mechanism to reset the 'left' and/or 'top' properties so that your layout is unaffected.
Usage is identical to the jQuery animate() function, but it comes with 3 new paramaters, which are totally optional and safe to leave untouched for general use:


This domain is for sale
Contact ISArc:
Address:
160 Straid Road, Bushmills, County Antrim, BT57 8XT
Telephone:
028 207 31499
E-Mail:
info@isarc.co.uk


Plugins are easier to create and more player-friendly than mods. Plugins are also installed only on the server, which makes them easier to manage.
Typically mods are run off Forge on the client-side and the player needs to install them. The server will kick a player if it doesn't like their list of installed mods:
Mods are also more difficult to create as they are written in java and use eclipse. The plugins we make will be created using a scratch program called Blockly-Scriptcraft. It looks like this:
Some popular plugins you may already be aware of are: Essentials, Grief Prevention, and World Edit.
This course consists of 24: 1 hour classes. We will create code in scratch and test the code on your own local minecraft server.
We will also discuss how to install your game on a public (paid) server.


Genesis 8:8
Also he sent forth a dove from him, to see if the waters were abated from off the face of the ground;


| Nxxxx_CIB - Ballot on the next meeting with ISO TC 122 SC 4.zip | 01/22/13 11:07 am | 117.97 KB |
| N252 NP 18568 - Packaging and the environment - Marking for material identification.zip | 01/22/13 11:07 am | 530.51 KB |
| N251 Form_04_Packaging_and_the_environment_-_Marking_for_material_identification.doc | 01/22/13 11:09 am | 88.5 KB |
| N250 NP 18567 - Packaging and the environment - Terminology.zip | 01/22/13 11:07 am | 180.63 KB |
| N249 Form_04_NWIP_Packaging_and_the_environment_-_Terminology.doc | 01/22/13 11:08 am | 85 KB |
| N248_Hotel_list_2013_BRU.pdf | 01/16/13 3:09 pm | 554.11 KB |
| N247_Registration_form_next_ISO_TC_122_Mtg.doc | 01/16/13 3:09 pm | 217 KB |
| N246_Call_for_meeting_ISO_TC_122_SC_4.pdf | 01/16/13 3:07 pm | 103.52 KB |
| N245_Draft_agenda_6th_meeting_BRY_2013.pdf | 01/16/13 3:06 pm | 16.76 KB |
| N244_SC4_LS_TC145_RecyclingSymbols.pdf | 01/16/13 2:39 pm | 26.36 KB |
| N243_Figure_of_the_relationship_of_the_Packag.pdf | 01/12/13 1:39 pm | 60.12 KB |
| N242_Press_release_for_web.pdf | 01/12/13 1:39 pm | 90.85 KB |
| N241_Press_release_for_printed_media.pdf | 01/12/13 1:39 pm | 140.44 KB |


Theta the Slime
100% beatable. Guaranteed!
play game
controls
download for modability and faster loading
Changelog
Credits
CREDITS
Concept, Character art, Level design, Programming, Sound design, and UI created by
Jacob Allen
All background images are in the public domain.
Music Credit
All songs are copyrighted unless otherwise noted. The copyrights are extended to allow for use in modded versions of this games
0 - "Theta's Welcome" from Theta the Slime, by Adrien Bitter
1 - "Realness" from Better Way by Kai Engel (published with this license: https://creativecommons.org/licenses/by/4.0/)
2 - untitled, by Jacob Allen
3 - "Autumn Light", by Jacob Allen
4 - "Menu Theme" (That I'm no longer using for menus) from Theta the Slime, by Jacob Allen
5 - "The Day is Past" from Perfect Has Fallen, by Jacob Allen
6 - "From the Ashes Rose Hope" from Perfect Has Fallen, by Jacob Allen
7 - "Final Sunset" from Perfect Has Fallen, by Jacob Allen
8 - "Gymnopedie No 1", by Erik Satie (Public Domain)
9 - "Nescio Boni Nomen", by Jacob Allen
10 - shepherd tone (No copyright)
11 - 4'33", by John Cage (Public Domain?)
todo
|
bugs
CHANGELOG
changelog
|
bugs
TODO LIST
todo
|
changelog
KNOWN BUGS


1 / 10
The Godfather Part I - Click for more info
2 / 10
The Godfather Part II - Click for more info
3 / 10
The Godfather Part III - Click for more info
4 / 10
Saving Private Ryan - Click for more info
5 / 10
The Shawshank Redemption - Click for more info
6 / 10
Schindler's List - Click for more info
7 / 10
Cinema Paradiso - Click for more info
8 / 10
Léon: The Professional - Click for more info
9 / 10
Forrest Gump - Click for more info
10 / 10
Se7en - Click for more info
Movie
Stars
Director
IMDB Score
Reset Input
Create
Update
Delete
Clear Database
Movies
Stars
Director
IMDB Score


bes(3f) - [M_bessel] calculate Bessel functions J(X), Y(X), I(X), K(X) for doubleprecision arguments and integer orders
Synopsis
Description
Options
Authors
Example
subroutine bes(x,no,kode,rslt1,rslt2,t1,t2,ierr)
This routine calculates the Bessel functions J(X),Y(X), I(X), or K(X) for doubleprecision arguments and integer orders. Backwards recurrence techniques are used for the J(X) and I(X) functions except for very small arguments, where double precision series evaluation is used. Forward recurrence is used for the Y(X) and K(X) functions with double precision Chebyshev approximations used for function initialization. Accuracy is between thirteen and fourteen significant figures. For specific functions J0(), J1(), Y0(), Y1(), See BESJ0(), BESJ1(), BESY0(), and BESY1().
Description of parameters
X = input,doubleprecision argument of the Bessel function. The argument may be positive,zero, or negative (neg. arg. for Y(X) or K(X) produces error message since results may be complex.) Restriction on range isFOR J(X), -1100.0 .LE. X .LE. 1100.0 FOR Y(X), 0.0 .LE. X .LE. 1100.0 FOR I(X), -600.0 .LE. X .LE. 600.0 FOR K(X), 0.0 .LE. X .LE. 600.0
NO = Input,integer order of function desired for a single value to be returned, or the maximum order desired (+ or -) if an array of values is to be returned. Let XX = abs(X). Then bounds on orders are
1. For 0.0 .LE. XX .LE. 0.025, The absolute value of maximum order, ANO, and argument supplied (ABS(X)) must satisfy the relation log(GAMMA(ANO))-ANO*log(XX/2.0)
For a given argument and an order greater than that allowed by the above relation
+ log(XX)/2.0 JN(X) = 0.0, N.NE.0, AND =1.0 FOR N=0 YN(X) = -INF IN(X) = 0.0, N.NE.0, AND =1.0 FOR N=0 KN(X) = INF
2. FOR 0.025 .LT. XX .LE. 0.20, ABS(NO) .LE. INT(140.0*XX + 83.0) 3. FOR 0.20 .LT. XX .LE. 1.0, ABS(NO) .LE. INT(42.0*XX + 102.0) 4. FOR 1.0 .LT. XX .LE. 20.0, ABS(NO) .LE. INT(0.02*XX**3 - 0.86*XX**2 + 17.15*XX + 124.0) 5. FOR 20.0 .LT. XX .LE. 100.0, ABS(NO) .LE. INT(2.75*XX + 228.0) 6. FOR 100.0 .LT. XX .LE. 400.0, ABS(NO) .LE. INT(1.67*XX + 336.0) 7. FOR 400.0 .LT. XX .LE. 1100.0, ABS(NO) .LE. INT(1.33*XX + 470.0) KODE = Input,integer indicator for the particular function to be computed. KODE = 10 -- FUNCTION J(X) ONLY = 11 -- Y(X) ONLY = 12 -- J(X) AND Y(X)RSLT1 = output,contains the doubleprecision function value for J(X) or I(X) corresponding to the order and argument supplied, depending on the KODE value. This parameter would contain the result if only one function value is to be returned.= 20 -- I(X) ONLY = 21 -- K(X) ONLY = 22 -- I(X) AND K(X)
RSLT2 = output,contains the doubleprecision function value for Y(X) or K(X) in a manner similar to RSLT1. T1 = output,a work area which will contain the array oF doubleprecision function values for J(X) or I(X) of orders zero through NO, depending on KODE. T1 must be dimensioned in the calling program and must contain at least M cells of storage, where M = MAX(ABS(NO),INT(2*ABS(X))) + 51
In using the array, T1(1) = function of order 0, --- T1(NO+1) = function of order NO. T2 = Output,similar to T1 for the functions Y(X) or K(X). an exception is that if only J(X) or I(X) are called, then T2 needs no dimension in the calling program, but the parameter must still appear in the calling sequence. Otherwise, T2 must be dimensioned at least M. IERR = Output,error flag for the conditions -- Normal code =0, Normal - No errors -- Abnormal codes =1, Argument out of range =2, Order too large for argument supplied =3, Argument too large for I(X) and K(X) =4, Negative arguments for Y(X) or K(X) =5, Incorrect parameter KODE
BS is documented for the original version in SC-M-69-336
Based on routines originally from
Sandia Mathematical Program Library Applied Mathematics Division 2642 Sandia Laboratories P. O. Box 5800 Albuquerque, New Mexico 87115 Control Data 6600 Version 5.1, 10 December 1973Written by Ronald D. Halbgewachs, July, 1968. Modified by RDH for increased accuracy, May 8,1973.
| bes (3) | January 01, 2020 |


#include <pupiloutputdata.h>
Inherits EngineOutputBase.
Definition at line 19 of file pupiloutputdata.h.
Public Member Functions | |
| virtual PupilOutputData * | clone () const |
| COREDATA_DECLARE_NAMED_OBJECT_ID (PUPIL_OUTPUT_DATA_ID, 14) | |
| COREDATA_DECLARE_THIS_OBJECT_ID (14) | |
| virtual ObjectID | objectID () const |
| PupilOutputData & | operator= (const PupilOutputData &rhs) |
| float | pupilDiameter (int eye_id) const |
| PupilOutputData (const PupilOutputData &rhs) | |
| const fStdVector3 & | pupilPosition (int eye_id) const |
| void | setPupilDiameter (int eye_id, float pupil_diameter) |
| void | setPupilPosition (int eye_id, const fStdVector3 &pupil_position) |
Protected Member Functions | |
| virtual void | appendEngineSpecificData (std::vector< uint8 > &buffer) const |
| virtual uint32 | numEngineSpecificDataBytes () const |
| virtual void | printOwnData (std::ostream &s) const |
| virtual void | printOwnHeader (std::ostream &s) const |
| virtual void | readEngineSpecificData (const std::vector< uint8 > &buffer, int &read_pos) |
| virtual void appendEngineSpecificData | ( | std::vector< uint8 > & | buffer | ) | const [protected, virtual] |
| virtual PupilOutputData* clone | ( | ) | const [virtual] |
| virtual uint32 numEngineSpecificDataBytes | ( | ) | const [protected, virtual] |
| virtual ObjectID objectID | ( | ) | const [virtual] |
| virtual void printOwnData | ( | std::ostream & | s | ) | const [protected, virtual] |
| virtual void printOwnHeader | ( | std::ostream & | s | ) | const [protected, virtual] |
| float pupilDiameter | ( | int | eye_id | ) | const |
The diameter of the pupil (in metres).
This value is only available if the corresponding Gaze Quality Level for this frame is 3.
| eye_id | he eye to retrieve the pupil diameter for (either sm::eod::RIGHT_EYE or sm::eod::LEFT_EYE) |
| const fStdVector3& pupilPosition | ( | int | eye_id | ) | const |
Positions of the centre of the pupils in world coordinates.
The positions of the centre of the pupils in world coordinates is derived directly from the images by localising the iris in both images and triangulation. It is independent from eye ball calibration. This parameter was added for people who need to know the position of the pupils in space, i.e. for 3D displays. The values are unfiltered image processing results.
| eye_id | The eye to retrieve the pupil position for (either sm::eod::RIGHT_EYE or sm::eod::LEFT_EYE) |
| virtual void readEngineSpecificData | ( | const std::vector< uint8 > & | buffer, | |
| int & | read_pos | |||
| ) | [protected, virtual] |
| void setPupilDiameter | ( | int | eye_id, | |
| float | pupil_diameter | |||
| ) |
Set the pupil diameter for an eye.
| eye_id | The Eye to set the pupil diameter for | |
| pupil_diameter | pupil diameter (in metres) |
pupil_diameter is greater than or equal to zero
| void setPupilPosition | ( | int | eye_id, | |
| const fStdVector3 & | pupil_position | |||
| ) |
Set the 3D pupil position for an eye.
| eye_id | The Eye to set the pupil position for | |
| pupil_position | vector of length 3 representing pupil position (in world coordinates) |
pupil_position is a 3D point


--- layout: post title: Action Mailer tags: [] status: draft type: post published: false meta: _edit_last: '1' _su_rich_snippet_type: none --- Action Mailer is a framework in Rails which provides facility to write email using template and provides feature to send out emails for your app. A simple example for Action Mailer is when you do signup you get an email from app that you successfully signed up! Action Mailer uses mail gem. Action Mailer is in essence a wrapper around Action Controller and the Mail gem. It provides a way to make emails using templates in the same way that Action Controller renders views using templates. Action Mailer class can also be used to process incoming emails such as a support email which accept tickets using emails. We will talk about this later in this blog post. Let's go through with the basic usage of Action Mailer and will together see how it works internally.


Page 1 of 3
Progression of the Game
Posted:
Sun Jul 29, 2007 9:36 pm
by thadiusofx3
Like Karl said, we need to decide on what we, as a community, would like to see implemented first in the game:
Karl wrote: If it is possible, I'd like you guys to boil down a list of features you'd like to see implemented, in order, starting from a game that has essentially nothing once you log in other than the ability to walk around and talk to other players. This will aid me in which direction to take when coding.
The intricacies of the game mechanics are fun to design, but right now we're missing some HUGE parts of the game that need to be constructed, such as how skills work, what skills people have, what races we're going to use, classes, class progressions, a (general) description of towns, ....
I'm thinking something like this:
Base Game -> Races & Classes -> Stats -> Items -> Skills -> Combat -> ??
Opinions, additions, subtractions?
Posted:
Sun Jul 29, 2007 9:44 pm
by ziggman
ill grab some paper and brain storm some ideas on skill/stats and post it later.
Posted:
Sun Jul 29, 2007 9:57 pm
by lawn gnome
i would enjoy a first release of just being able to walking around communicate lol.
but what you said thad is what the game needs to be a game
Posted:
Sun Jul 29, 2007 10:31 pm
by Vitriol
After the basic walk around and communicate part, I would like to see things added in the following order.
1. Implement the stat system. This includes playable races, classes, skills, hp mp, etc. Even if you cant DO anything with it. (like level up) All characters should have their stats "frozen" until the game is ready to actually play.
2. Add basic non-aggresive NPS. Merchants mostly. (we prolly shouldnt even worry about guards for a while) The ability to interact (sell/buy) is essential. Even if there is nothing to buy or sell.
3. Add items. we only need items up to a certain point at first, we can add stuff.
4. Add monsters. Again, we only need a few at first.
By this time we have the whole newbie island together and the game is essentially ready to play.
5. finish mapping the main world, unfreeze the stats, and have a general release. beta 1.
Posted:
Sun Jul 29, 2007 10:38 pm
by ziggman
just a quick thoughton classes
are all classes going to start of with 10/10/10/10/10? for stats? how many starting stats do we get?
Posted:
Sun Jul 29, 2007 11:13 pm
by thadiusofx3
10 10 10 10 10
25 points to add
oh and no restrictions on race-class combinations
Posted:
Sun Jul 29, 2007 11:15 pm
by Vitriol
thadiusofx3 wrote:10 10 10 10 10
25 points to add
oh and no restrictions on race-class combinations
Dreg ranger anyone? =)
doesnt bother me.
Posted:
Sun Jul 29, 2007 11:40 pm
by ziggman
if all classes start out with 10-10-10-10-10 a dreg would only require a different character model... so i would guess no, maybe added later.
Posted:
Mon Jul 30, 2007 12:06 am
by Vitriol
no minimums or maximums at all thadius?
So a ranger could start out with 35 agility, and 10 on all other stats?
Meh, I like the mins and maxs. What do you say?
Posted:
Mon Jul 30, 2007 12:17 am
by thadiusofx3
oh yeah of course maximum restrictions, just no restrictions on race class combos
Posted:
Mon Jul 30, 2007 3:41 am
by ziggman
i was thinking we might need a dreg and behock
the human is a good over all build
gnome is a good wisdom build
liz is a good intell build
elf is good agil build
no tank strength/cons builds? or should humans take on both?
Posted:
Mon Jul 30, 2007 6:12 am
by Karl G.
I think we need to rename the scallion and dreg, behock, etc--those are distinctively Xenimus. I know, I'm attached to scallions too
but we need a different name. Suggestions?
Posted:
Mon Jul 30, 2007 9:34 am
by Ratiotile
Karl G. wrote:I think we need to rename the scallion and dreg, behock, etc--those are distinctively Xenimus. I know, I'm attached to scallions too
but we need a different name. Suggestions?
I know that scallion isn't unique to Xenimus - isn't 'scallion' the name of a vegetable?
http://en.wikipedia.org/wiki/Scallion
Posted:
Mon Jul 30, 2007 9:40 am
by JSunJShineR
There should be stat minimums, like a human would have less strength than a dreg, but a scallion would have mroe int than a behock. just make more races so the variety is better. not every class is the same so why make the stats the same?
Posted:
Mon Jul 30, 2007 9:41 am
by JSunJShineR
wikipedia isnt a reliable sourcce for information, anyone can post. I could post up milsueodismsu: type of vegetable...
Posted:
Mon Jul 30, 2007 10:10 am
by thadiusofx3
actually you're wrong, wikipedia is very reliable
just because anyone can edit it doesn't mean that what you put is gonna stay there
if you didn't notice there is a references section where the information from the page was taken from
Posted:
Mon Jul 30, 2007 1:22 pm
by Nenitus
and scallion IS a vegetable... its a green onion.
i knew that even before i played xen... (and i wouldve been like.. 11-12?)
and what thad said is true. the fact that anyone can edit it means that serious people go through and edit out the stupid comments and such right after they are done.
AND almost everything has an external source listed, which (usually) CANT be edited by everyone, so you can always double check.
I think a name for scallion that is good would be based on reptile, or just some random word someone makes up.
I would say Reptite, but thats from chrono trigger.. ;D
Dreg... you could call it humanoid vs human, whereas its human-like, but not quite.
Posted:
Mon Jul 30, 2007 2:40 pm
by Vitriol
Whats wrong with
Dreg
Human
Elf
Gnome
Scallian
?
I like the original xenimus races, there is no reason to change it.
Posted:
Mon Jul 30, 2007 4:27 pm
by Nenitus
Because they're technically part of the xenimus copyright.
Dreg, scallion (and behock) are not traditional races in the "public domain" like elf, gnome, human, etc.
Its just like the name xenimus. If we were to use it, Ej would have the right to sue.
Posted:
Mon Jul 30, 2007 5:05 pm
by BisJac
The only ones they have to change are Dregs, Behocks, and scallions...  And scallion is probably Latin for something, just like everything else in Xenimus.
Posted:
Mon Jul 30, 2007 5:20 pm
by Karl G.
Yes, scallions are onions. However, the use of a "scallion" to denote a lizard-like race is a marketable trait of Xenimus. It has to change. Sorry. Any ideas?
Posted:
Mon Jul 30, 2007 5:48 pm
by Vitriol
But isnt Dreg a general word as well?
as for scallions..
Just call em lizard-folks. or.. K'Thang Nar <---- (I hate RPGs which use names like that )
Posted:
Mon Jul 30, 2007 7:16 pm
by Karl G.
Dregs = the tea leaves at the bottom of a cup or the little floaty things at the end of a beer
Posted:
Mon Jul 30, 2007 7:35 pm
by 9sam1
just call them leezards.
Posted:
Mon Jul 30, 2007 7:37 pm
by 9sam1
arnt these forums and post like this proof enough that were ripping off xenimus anyway?


| Package | Description |
|---|---|
| com.ctc.wstx.api |
Package that contains subset of Woodstox classes that are considered to be
its public API (in addition to regular Stax 1.0 -- javax.xml.stream.* -- and
Stax2 -- org.codehaus.stax2.*).
|
| com.ctc.wstx.dtd |
Package that contains Woodstox classes that implement DTD handling.
|
| com.ctc.wstx.evt |
Package contains Woodstox implementation of the StAX event layer; functionality
that is built on top of stream readers and writers.
|
| com.ctc.wstx.io |
Low-level classes that are used to abstract most details of stream I/O
access from actual parsing classes.
|
| com.ctc.wstx.sr |
This package contains supporting code for handling namespace information;
element stacks that keep track of elements parsed and such.
|
| com.ctc.wstx.stax |
This package contains miscellaneous classes that implement Woodstox.
|
| com.ctc.wstx.sw | |
| com.ctc.wstx.util |
Contains utility classes that are not directly Woodstox specific, but are
for now only used by Woodstox.
|
| Class and Description |
|---|
| SymbolTable
This class is a kind of specialized type-safe Map, from char array to
String value.
|
| Class and Description |
|---|
| ElementIdMap
This class is a specialized type-safe linked hash map used for
storing
ElementId instances. |
| PrefixedName
Simple key Object to be used for storing/accessing of potentially namespace
scoped element and attribute names.
|
| WordResolver
A specialized Map/Symbol table - like data structure that can be used
for both checking whether a word (passed in as a char array) exists
in certain set of words AND getting that word as a String.
|
| Class and Description |
|---|
| BaseNsContext
Abstract base class that defines extra features defined by most
NamespaceContext implementations Wodstox uses.
|
| Class and Description |
|---|
| TextBuffer
TextBuffer is a class similar to
StringBuilder , with
following differences:
TextBuffer uses segments character arrays, to avoid having
to do additional array copies when array is not big enough. |
| Class and Description |
|---|
| BaseNsContext
Abstract base class that defines extra features defined by most
NamespaceContext implementations Wodstox uses.
|
| InternCache
Singleton class that implements "fast intern" functionality, essentially
adding a layer that caches Strings that have been previously intern()ed,
but that probably shouldn't be added to symbol tables.
|
| StringVector
Data container similar
List (from storage perspective),
but that can be used in multiple ways. |
| SymbolTable
This class is a kind of specialized type-safe Map, from char array to
String value.
|
| TextBuffer
TextBuffer is a class similar to
StringBuilder , with
following differences:
TextBuffer uses segments character arrays, to avoid having
to do additional array copies when array is not big enough. |
| TextBuilder
Class similar to
StringBuilder , except that it can be used to
construct multiple Strings, that will share same underlying character
buffer. |
| Class and Description |
|---|
| SimpleCache
Simple Map implementation usable for caches where contents do not
expire, but where size needs to remain bounded.
|
| SymbolTable
This class is a kind of specialized type-safe Map, from char array to
String value.
|
| Class and Description |
|---|
| BijectiveNsMap
Helper class that implements "bijective map" (Map that allows use of values
as keys and vice versa, bidirectional access), and is specifically
used for storing namespace binding information.
|
| Class and Description |
|---|
| BaseNsContext
Abstract base class that defines extra features defined by most
NamespaceContext implementations Wodstox uses.
|
| BijectiveNsMap
Helper class that implements "bijective map" (Map that allows use of values
as keys and vice versa, bidirectional access), and is specifically
used for storing namespace binding information.
|
| ElementId
Simple container Object used to store information about id attribute
values, and references to such (as of yet undefined) values.
|
| EmptyNamespaceContext
Dummy
NamespaceContext (and BaseNsContext )
implementation that is usually used in
non-namespace-aware mode. |
| InternCache
Singleton class that implements "fast intern" functionality, essentially
adding a layer that caches Strings that have been previously intern()ed,
but that probably shouldn't be added to symbol tables.
|
| PrefixedName
Simple key Object to be used for storing/accessing of potentially namespace
scoped element and attribute names.
|
| SymbolTable
This class is a kind of specialized type-safe Map, from char array to
String value.
|
| TextBuffer
TextBuffer is a class similar to
StringBuilder , with
following differences:
TextBuffer uses segments character arrays, to avoid having
to do additional array copies when array is not big enough. |
| WordResolver
A specialized Map/Symbol table - like data structure that can be used
for both checking whether a word (passed in as a char array) exists
in certain set of words AND getting that word as a String.
|
| WordSet
An efficient (both memory and time) implementation of a Set used to
verify that a given
word is contained within the set.
|
Copyright © 2020 FasterXML. All rights reserved.


{% extends "com/card.html" %} {% load static %} {% block title %}
Your account has been created. You must activate your account using the validation link sent to your email before you may log in.
{% endblock %} {% block card_action %} Return to login {% endblock %} {% block after_card %} {% endblock %}


Strictly star Emma Barton spotted signing ‘thank you’ after making it through to next week
The 42-year-old used the Makaton signing system to engage with non-verbal and hard of hearing viewers
by Sofia PetkarStrictly star Emma Barton was seen using Makaton sign language to say thank you to her fans as she discovered she had made it through to next week.
The 42-year-old actress looked utterly delighted as she and her pro partner Anton du Beke were confirmed safe during the Sunday results show.
Dressed in a sparkling royal blue dress, Emma looked shocked as her name was announced before clapping her hands together and mouthing the words ‘thank you’.
She then used the Makaton sign to send her thanks to viewers who were either non-verbal or hard of hearing.
Makaton is a sign language programme adapted from British sign language that uses signs and symbols as a means of communicating.
The language also assists those who are non-verbal to move at their own pace to develop their skills, with the gesture often accompanied by spoken cues.
Fans immediately took to Twitter to thank the Eastenders star for her inclusivity, with one writing: “Lovely to see @EmmaBarton signing ‘Thank you’ again. Raising awareness of Makaton and children who use it to communicate in everyday life. Well done for getting through as well. I thought your dance was beautiful.”
Emma is not the first celebrity to use Makaton to reach out to fans.
Over the course of this year’s Strictly, Michelle Visage, Chris Ramsey and Saffron Barker have all been spotted using Makaton gestures including thank you and love.
The judges have also tried their hand at Makaton, with head judge Shirley Ballas using the sign for ghost during her entrance for Halloween week.
According to the official Makaton website, more than 100,000 children and adults in the UK use the Makaton system to aid communication.
Do you have a story to sell? Get in touch with us at<EMAIL_ADDRESS>or call us direct 0207 29 33033


pragma solidity >=0.4.21 <0.6.0;
import './SafeMath.sol';
import './Stoppable.sol';
/// @title Splitter - Split payments to two parties 50/50
/// @author hilmarx
/// @notice You can use this contract to split up payments equally among two pre-defined parties
/// @dev This is a test version, please don't use in production
contract Splitter is Stoppable {
using SafeMath for uint256;
// State variables
// balance of alice, bob & carol
mapping (address => uint) public balanceOf;
// mapping to find respective remainders for splitting pairs with their hashes
mapping (bytes32 => uint) public remainderPair;
// Events
// Show that the remainder was distributed to the two accounts
event LogRemainderClaimed(uint indexed remainder, bool indexed claimable);
// Show that alice sent some Ether to the split function
event LogSplit(uint indexed amount);
// Show that either bob or carol successfully withdrew their balance
event LogBalanceWithdrawn(address indexed withdrawer, uint indexed amount);
// Modifiers
///@dev Check if message sender (Bob or Carol) have any balance which can be withdrawn
modifier sufficientBalance() {
Irequire(balanceOf[msg.sender] > 0, "Your balance is 0");
_;
}
///@dev Check that Alice is not sending a message with value 0 to a payable method
modifier nonZero() {
require(msg.value > 0, "You cannot send a transaction with value equal to 0");
_;
}
//@dev Constructor setting addresses & balances of Alice, Bob & Carol, where alice is the owner
constructor() public {
// alice = owner();
}
// Setter Functions
///@dev Split ether sent by Alice into two equal pieces and add them to receiver1s & receiver2s balance, equally.
///@dev If ether amount cannot be divided by two, store remainder in the 'remainder' state variable which is mapped to each unqiue splitting pair
///@dev If the ether stored in the remainder state variable is again divisible by 2, emit an event
function splitEther(address receiver1, address receiver2)
public
onlyOwner
nonZero
onlyIfRunning
payable
{
// Require both address to not be 0;
require( receiver1 != address(0) && receiver2 != address(0) );
// Store balance uint of carol in memory
uint receiver1NewBalance = balanceOf[receiver1];
// Store balance uint of bob in memory
uint receiver2NewBalance = balanceOf[receiver2];
// Divide Ether sent by Alice into two equal payouts
uint payout = msg.value.div(2);
// Check if remainer exists, if yes update remainder
Eif (msg.value > payout.mul(2)) {
// Find pairHash of splitting Pair
bytes32 pairHash = createPairHash(receiver1, receiver2);
// Find remainder of splitting pair
uint newRemainder = remainderPair[pairHash];
// Update remainder
newRemainder = newRemainder.add(msg.value - payout.mul(2));
// If remainder is greater than 0 & divisible by two, trigger event and update carols and bobs balanceOf
Iif (newRemainder > 0 && newRemainder.mod(2) == 0)
{
// Split existing remainder in two
uint evenPayout = newRemainder.div(2);
// update carols and bobs balance
receiver1NewBalance = receiver1NewBalance.add(evenPayout);
receiver2NewBalance = receiver2NewBalance.add(evenPayout);
emit LogRemainderClaimed(newRemainder, true);
// Set remainder to 0;
newRemainder = 0;
}
// SSTORE new remainder
remainderPair[pairHash] = newRemainder;
}
// SSTORE updated balance of Carol
balanceOf[receiver1] = receiver1NewBalance.add(payout);
// SSTORE updated balance of bob
balanceOf[receiver2] = receiver2NewBalance.add(payout);
// Emit event that ether was succesfully splitted amoung bob & carol
emit LogSplit(msg.value);
}
///@dev Enable Bob & Carol to withdraw the value of their contracts balance
function withdraw()
public
sufficientBalance
onlyIfRunning
returns (bool success)
{
uint withdrawAmount = balanceOf[msg.sender];
balanceOf[msg.sender] = 0;
// emit event that either carol or bob successfully withdrew their balance
emit LogBalanceWithdrawn(msg.sender, withdrawAmount);
msg.sender.transfer(withdrawAmount);
return true;
}
function createPairHash(address receiver1, address receiver2)
internal
pure
returns (bytes32 resultedPairHash)
{
bytes32 pairHash;
Iif (receiver1 > receiver2) {
pairHash = keccak256(abi.encodePacked(receiver1, receiver2));
} else {
pairHash = keccak256(abi.encodePacked(receiver2, receiver1));
}
return pairHash;
}
} |


{% extends "base.html" %} {% block title %}Fontify - Make your own font!{% endblock %} {% block body %}
Three steps:
Optional choose your characters for the template
1. Fill the template, scan it as a single multi-page PDF, and upload it.
Advice: use a black and not too thin pen.
Don't use pencil or feather pen, and don't use light ink.
(Fontify supports colored input, but the font will turn out black-white only).
1.b. (optional) Fill the template, scan it, and upload.
2. Upload the scanned template (as a JPG, PNG or PDF).
Prefer PDF as multi-pages are supported!
Optional: choose your font variant


Blog
The blog is developed on Angular.js.
JavaScript , Angular.jsTable Sort
This is coded using pure JavaScript. It can filter the data and order it according to a field.
JavaScriptData Visualisation
This example was developed using purely JavaScript.
crossfilter.js , D3.js , JavaScriptPlacement Portal
This portal is actively developed and used in MIT, Manipal.