This illustrates the fact that the projection from the helix to
the annulus is a covering map. For each sufficiently small patch
in the annulus, the preimage in the helix is a disjoint union of a
discrete set of homeomorphic patches. This is essentially the
same as the behaviour of the exponential map $\exp\colon B\to A$,
where
\begin{align*}
B &= \{ x + iy \in \mathbb{C} \;|\; 1 < x < 2 \} \\
A &= \{ z \in \mathbb{C} \;|\; e < |z| < e^2 \}.
\end{align*}
You can click and drag the patch, or use the mouse wheel to change the size of the patch.


this is a website that enables you to input data and it will automatically calculate the day of the week that you were born in.it also gives you a Ghanian name depending on your gender input and the day of the week you were born in.


The EM approach previously shown for estimating prior variance scalar has a problem: its current form does not work when input prior matrices has non-invertable component. I used generalized inverse in the code but it does not work.
devtools::load_all('~/GIT/software/mmbr')
set.seed(1)
dat = mmbr_sim1(n=50,p=50,r=2,s=2)
L = 10
V = matrix(1,2,2)
fit = msusie(dat$X,dat$y,L=L,prior_variance=V,
compute_objective=T, estimate_residual_variance=F,
estimate_prior_variance=T, estimate_prior_method = 'EM',
track_fit=TRUE)
fit$elbo
fit$prior_history
It does not work at all -- in the end all esimates of V
are very small and no signal is captured.
A workaround implemented here avoids inverse on input prior when it is not invertable. The disadvantage here is that some quantities have to be recomputed which could otherwise be avoided using original direct inverse implementation.
But before using this approach we need to establish that the result is the same as the original implementation when prior is invertable. To achieve this I use a diagonal prior matrix which is invertable. But to trigger the workaround code, I manually mess up this line to take a non-existing function for inverse, so I can run the workaround even when prior is invertable.
V = diag(2)
# This is the direct inverse version
devtools::load_all('~/GIT/software/mmbr')
fit1 = msusie(dat$X,dat$y,L=L,prior_variance=V,
compute_objective=T, estimate_residual_variance=F,
estimate_prior_variance=T, estimate_prior_method = 'EM',
track_fit=TRUE)
fit1$V
# This is the indirect inverse version
# after manually messed up the version for direct inverse
devtools::load_all('~/GIT/software/mmbr')
fit2 = msusie(dat$X,dat$y,L=L,prior_variance=V,
compute_objective=T, estimate_residual_variance=F,
estimate_prior_variance=T, estimate_prior_method = 'EM',
track_fit=TRUE)
fit2$V
Let's try one more with the original simulated prior,
# This is the direct inverse version
devtools::load_all('~/GIT/software/mmbr')
fit1 = msusie(dat$X,dat$y,L=L,prior_variance=dat$V,
compute_objective=T, estimate_residual_variance=F,
estimate_prior_variance=T, estimate_prior_method = 'EM',
track_fit=TRUE)
fit1$V
# This is the indirect inverse version
# after manually messed up the version for direct inverse
devtools::load_all('~/GIT/software/mmbr')
fit2 = msusie(dat$X,dat$y,L=L,prior_variance=dat$V,
compute_objective=T, estimate_residual_variance=F,
estimate_prior_variance=T, estimate_prior_method = 'EM',
track_fit=TRUE)
fit2$V
It seems to work fine.
optim
¶V = matrix(1,2,2)
devtools::load_all('~/GIT/software/mmbr')
fit3 = msusie(dat$X,dat$y,L=L,prior_variance=V,
compute_objective=T, estimate_residual_variance=F,
estimate_prior_variance=T, estimate_prior_method = 'EM',
track_fit=TRUE)
fit3$elbo
fit3$V
It seems to be working, and detects a signal with the 6th effect.
To compare I also run optim
directly,
fit4 = msusie(dat$X,dat$y,L=L,prior_variance=V,
compute_objective=T, estimate_residual_variance=F,
estimate_prior_variance=T, estimate_prior_method = 'optim',
track_fit=TRUE)
fit4$elbo
fit4$V
It takes less iterations (though not much less computational time, if not more) and the ELBO achieved is slightly higher.
An additional comparison between EM
and optim
can be found here. optim
seems better in that scenario.
When V
is not invertable,
m_init = MashInitializer$new(list(V), 1)
fit5 = msusie(dat$X,dat$y,L=L,prior_variance=m_init,
compute_objective=T, estimate_residual_variance=F, precompute_covariances=T,
estimate_prior_variance=T, estimate_prior_method = 'EM',
track_fit=TRUE)
fit5$V
When V
is invertable,
m_init = MashInitializer$new(list(diag(2)), 1)
fit6 = msusie(dat$X,dat$y,L=L,prior_variance=m_init,
compute_objective=T, estimate_residual_variance=F, precompute_covariances=T,
estimate_prior_variance=T, estimate_prior_method = 'EM',
track_fit=TRUE)
fit6$V
This result agrees with above from BMR. Now I comment out the line to precompute inverse so it will use the trick around inverse implemented for MASH,
devtools::load_all('~/GIT/software/mmbr')
m_init = MashInitializer$new(list(diag(2)), 1)
fit7 = msusie(dat$X,dat$y,L=L,prior_variance=m_init,
compute_objective=T, estimate_residual_variance=F, precompute_covariances=T,
estimate_prior_variance=T, estimate_prior_method = 'EM',
track_fit=TRUE)
fit7$V


public Circle( int x, int y, int radius ) { this.x = x; this.y = y; this.radius = radius; }
There must be a drawing method.
The draw()
drawOval(int x, int Y, int width, int height)
The method must be told on which drawing area to draw a circle, so the draw method has a single parameter for the Graphics object of the applet.
class Circle { // variables int x, y, radius; // constructors public Circle() { x = 0; y = 0; radius = 0; } public Circle( int x, int y, int radius ) { this.x = x; this.y = y; this.radius = radius; } // methods draw( Graphics gr ) { int ulX = _________________________ ; // X of upper left corner of rectangle int ulY = _________________________ ; // Y of upper left corner of rectangle gr.drawOval( ulX, ulY, _________________, _________________ ); } }
If you know the center of the circle, (x, y) and radius, you can calculate the coordinates of the upperleft corner of the square that contains the circle, and its width and height. Here is a picture to help:


'The Waterboy' - Gunga Dim by Homer Yen (c) 1998
Actually, if you've seen any of Adam Sandler's films, you know that you can expect a film that is likably dim-witted. Sandler was affable in his last film, theWedding Singer. Here as the meek Bobby Boucher, he hasn't lost any of his charm as a doofus whose greatest desire is to become a respected water distribution engineer for the local college football team. He talks about PH levels, temperature, purity and other snippets that could make him the top sales person for Evian. But his doltish demeanor doesn't wash well with the players. They constantly make fun of him, and he is eventually fired by the mean-spirited coach (Jerry Reed).
He eventually finds work at another local college, whose football team, the Mud Dogs, is the laughing stock of the region. Those players also make fun of Boucher, but here the coach (an affable Henry Winkler) tells him to stick up for himself.  This act of tackling brilliance catches the coach's eye, and he begs Boucher to become the new linebacker for the team. But there are lots of obstacles. Boucher has never played football. He'll have trouble in a college atmosphere because he was home-schooled (he declares in animal biology class that alligators are not aggressive because of an enlarged medulla oblongata, but that they are ‘ornery because they have lots of teeth and no toothbrush.'). He'll need to win the respect of his team.  What's a dim-witted doofus to do? Well, you can expect Boucher to make enough of an impact to guarantee them a spot in the highly touted Bourbon Bowl where Boucher will have the chance to face the football team and the mean-spirited coach that made his life Hell.
Admittedly, there were several parts of the movie that I found fairly funny, and the crowd seemed to enjoy the humor of it all as well. Sandler has a boyishness that is endearing and even sympathetic. The movie gave us enough to keep us involved for the 90-minute duration, and I liked this movie a little bit better than The Wedding Singer because there was more of a story to tell and more things to laugh at. Still, the film itself is only about as good as the Mud Dogs, whose current losing streak of 41 straight games is enough to make you wonder if one man can change the fortunes of a whole team. Sandler gives it the old college try.
Grade: B-
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


--- layout: page title: "The Safe Response Header Field" description: "This document defines a HTTP response header field called Safe, which can be used to indicate that repeating a HTTP request is safe. Such an indication will allow user agents to handle retries of some safe requests, in particular safe POST requests, in a more user-friendly way." ---
| Document Name: | RFC 2310 |
|---|---|
| Document URI: |
urn:ietf:rfc:2310
|
| Online Version: |
https://datatracker.ietf.org/doc/html/rfc2310
|
| Organization: | Internet Engineering Task Force (IETF) |
| Series: | Request for Comments (RFC) |
| Abstract: | This document defines a HTTP response header field called Safe, which can be used to indicate that repeating a HTTP request is safe. Such an indication will allow user agents to handle retries of some safe requests, in particular safe POST requests, in a more user-friendly way. |
Safe
Return to ( Series | Organization | all Specifications )


|
Drake
|
An interface for dense output of ODE solutions, to efficiently approximate them at arbitrarily many points when solving them numerically (see IntegratorBase class documentation).
Multiple definitions of dense output may be found in literature. For some authors, it refers to the process of repeatedly adjusting the integration step size so that all points to be approximated are directly provided by the integrator (see [Engquist, 2015]). For others, it stands for any numerical approximation technique used to determine the solution in between steps (see [Hairer, 1993]). Despite this caveat, it is common terminology in IVP literature and thus its imparted functionality is immediately clear.
Herein, the concept in use may be formally stated as follows: given a solution 𝐱(t) ∈ ℝⁿ to an ODE system that is approximated at a discrete set of points 𝐲(tₖ) ∈ ℝⁿ where tₖ ∈ {t₁, ..., tᵢ} with tᵢ ∈ ℝ (e.g. as a result of numerical integration), a dense output of 𝐱(t) is another function 𝐳(t) ∈ ℝⁿ defined for t ∈ [t₁, tᵢ] such that 𝐳(tⱼ) = 𝐲(tⱼ) for all tⱼ ∈ {t₁, ..., tᵢ} and that approximates 𝐱(t) for every value in the closed interval [t₁, tᵢ].
| T | The scalar type, which must be one of the default scalars. |
#include <drake/systems/analysis/dense_output.h>
Public Member Functions | |
| virtual | ~DenseOutput ()=default |
| VectorX< T > | Evaluate (const T &t) const |
Evaluates the output at the given time t . More... | |
| T | EvaluateNth (const T &t, int n) const |
Evaluates the output value's n th scalar element (0-indexed) at the given time t . More... | |
| int | size () const |
| Returns the output size (i.e. More... | |
| bool | is_empty () const |
| Checks whether the output is empty or not. More... | |
| const T & | start_time () const |
Returns output's start time, or in other words, the oldest time t that it can be evaluated at e.g. More... | |
| const T & | end_time () const |
Returns output's end time, or in other words, the newest time t that it can be evaluated at e.g. More... | |
Does not allow copy, move, or assignment | |
| DenseOutput (const DenseOutput &)=delete | |
| DenseOutput & | operator= (const DenseOutput &)=delete |
| DenseOutput (DenseOutput &&)=delete | |
| DenseOutput & | operator= (DenseOutput &&)=delete |
Protected Member Functions | |
| DenseOutput ()=default | |
| virtual VectorX< T > | DoEvaluate (const T &t) const =0 |
| virtual T | DoEvaluateNth (const T &t, int n) const |
| virtual bool | do_is_empty () const =0 |
| virtual int | do_size () const =0 |
| virtual const T & | do_start_time () const =0 |
| virtual const T & | do_end_time () const =0 |
| void | ThrowIfOutputIsEmpty (const char *func_name) const |
| void | ThrowIfNthElementIsInvalid (const char *func_name, int n) const |
| void | ThrowIfTimeIsInvalid (const char *func_name, const T &t) const |
|
delete |
|
delete |
|
virtualdefault |
|
protecteddefault |
|
protectedpure virtual |
Implemented in HermitianDenseOutput< T >, and ScalarViewDenseOutput< T >.
|
protectedpure virtual |
Implemented in HermitianDenseOutput< T >, and ScalarViewDenseOutput< T >.
|
protectedpure virtual |
Implemented in HermitianDenseOutput< T >, and ScalarDenseOutput< T >.
|
protectedpure virtual |
Implemented in HermitianDenseOutput< T >, and ScalarViewDenseOutput< T >.
|
protectedpure virtual |
Implemented in HermitianDenseOutput< T >, and ScalarDenseOutput< T >.
|
protectedvirtual |
Reimplemented in HermitianDenseOutput< T >.
| const T& end_time | ( | ) | const |
Returns output's end time, or in other words, the newest time t
that it can be evaluated at e.g.
via Evaluate().
| std::logic_error | if any of the preconditions is not met. |
| VectorX<T> Evaluate | ( | const T & | t | ) | const |
Evaluates the output at the given time t
.
| t | Time at which to evaluate output. |
| std::logic_error | if any of the preconditions are not met. |
| std::runtime_error | if given t is not within output's domain i.e. t ∉ [start_time(), end_time()]. |
| T EvaluateNth | ( | const T & | t, |
| int | n | ||
| ) | const |
Evaluates the output value's n
th scalar element (0-indexed) at the given time t
.
| t | Time at which to evaluate output. |
| n | The nth scalar element (0-indexed) of the output value to evaluate. |
n
th scalar element (0-indexed). | std::logic_error | if any of the preconditions are not met. |
| std::runtime_error | if given t is not within output's domain i.e. t ∉ [start_time(), end_time()]. |
| std::runtime_error | if given n does not refer to a valid output dimension i.e. n ∉ [0, size()). |
| bool is_empty | ( | ) | const |
Checks whether the output is empty or not.
|
delete |
|
delete |
| int size | ( | ) | const |
Returns the output size (i.e.
the number of elements in an output value).
| std::logic_error | if any of the preconditions is not met. |
| const T& start_time | ( | ) | const |
Returns output's start time, or in other words, the oldest time t
that it can be evaluated at e.g.
via Evaluate().
| std::logic_error | if any of the preconditions is not met. |
|
protected |
|
protected |
|
protected |


Name: Tang Hao Qing
Course: Diploma in Business Administration
School: Business School
Year: 3
Email<EMAIL_ADDRESS>Telegram: @tanghqq
Name: Tang Hao Qing
Course: Diploma in Business Administration
School: Business School
Year: 3
Email<EMAIL_ADDRESS>Telegram: @tanghqq
I came to this module to learn about the basic elements of engineering and learn about the skills needed to be in fabrication laboratory. I am from business school and everything I will be doing and learning from this module is new and alien to me. I am glad to be able to enjoy such an experience where I am able to broaden my knowledge and skills in life past the business modules.
For my final project, I will attempt to create a small, compact and unique device that brings uniqueness and fun to keeping your plants hydrated. Stay tune!


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--- layout: post title: Fake IDs save lives in Iraq date: 2006-07-20 00:00:00 categories: digital-media social ---
Fake IDs save lives in Iraq: "Those who believe that identity cards are a simple route to good security, well, they suffer what is so rightly known as the fatal conceit. Central planning that deprives people of control over their lives can be deadly -- literally -- in surprising and unpredictable ways."


Krunal Patel
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| |
ActiveTcl User Guide
|
|
|
- NAME
- font - Create and inspect fonts.
- SYNOPSIS
- font option ?arg arg ...?
- DESCRIPTION
- font actual
font ?-displayof window?
?option?
- font configure
fontname ?option? ?value option value
...?
- font create
?fontname? ?option value ...?
- font delete
fontname ?fontname ...?
- font families
?-displayof window?
- font measure
font ?-displayof window? text
- font metrics
font ?-displayof window?
?option?
- font names
- FONT DESCRIPTION
- [1] fontname
- [2]
systemfont
- [3] family
?size? ?style? ?style ...?
- [4] X-font names
(XLFD)
- [5] option value
?option value ...?
- FONT METRICS
- -ascent
- -descent
- -linespace
- -fixed
- FONT OPTIONS
- -family
name
- -size
size
- -weight
weight
- -slant
slant
- -underline
boolean
- -overstrike
boolean
- PLATFORM-SPECIFIC ISSUES
- X Windows:
- MS Windows:
- Macintosh:
- SEE ALSO
- KEYWORDS
font - Create and inspect fonts.
font option ?arg arg ...?
The font command provides several facilities for dealing
with fonts, such as defining named fonts and inspecting the actual
attributes of a font. The command has several different forms,
determined by the first argument. The following forms are currently
supported:
- font actual font ?-displayof
window? ?option?
- Returns information about the the actual attributes that are
obtained when font is used on window's display; the
actual attributes obtained may differ from the attributes requested
due to platform-dependant limitations, such as the availability of
font families and pointsizes. font is a font description;
see FONT DESCRIPTIONS below. If the window argument is
omitted, it defaults to the main window. If option is
specified, returns the value of that attribute; if it is omitted,
the return value is a list of all the attributes and their values.
See FONT OPTIONS below for a list of the possible attributes.
- font configure fontname
?option? ?value option value ...?
- Query or modify the desired attributes for the named font
called fontname. If no option is specified, returns a
list describing all the options and their values for
fontname. If a single option is specified with no
value, then returns the current value of that attribute. If
one or more option-value pairs are specified, then
the command modifies the given named font to have the given values;
in this case, all widgets using that font will redisplay themselves
using the new attributes for the font. See FONT OPTIONS below for a
list of the possible attributes.
- font create ?fontname? ?option
value ...?
- Creates a new named font and returns its name. fontname
specifies the name for the font; if it is omitted, then Tk
generates a new name of the form fontx, where
x is an integer. There may be any number of
option-value pairs, which provide the desired
attributes for the new named font. See FONT OPTIONS below for a
list of the possible attributes.
- font delete fontname ?fontname
...?
- Delete the specified named fonts. If there are widgets using
the named font, the named font won't actually be deleted until all
the instances are released. Those widgets will continue to display
using the last known values for the named font. If a deleted named
font is subsequently recreated with another call to font
create, the widgets will use the new named font and redisplay
themselves using the new attributes of that font.
- font families ?-displayof
window?
- The return value is a list of the case-insensitive names of all
font families that exist on window's display. If the
window argument is omitted, it defaults to the main
window.
- font measure font
?-displayof window? text
- Measures the amount of space the string text would use
in the given font when displayed in window.
font is a font description; see FONT DESCRIPTIONS below. If
the window argument is omitted, it defaults to the main
window. The return value is the total width in pixels of
text, not including the extra pixels used by highly
exagerrated characters such as cursive ``f''. If the string
contains newlines or tabs, those characters are not expanded or
treated specially when measuring the string.
- font metrics font
?-displayof window? ?option?
- Returns information about the metrics (the font-specific data),
for font when it is used on window's display.
font is a font description; see FONT DESCRIPTIONS below. If
the window argument is omitted, it defaults to the main
window. If option is specified, returns the value of that
metric; if it is omitted, the return value is a list of all the
metrics and their values. See FONT METRICS below for a list of the
possible metrics.
- font names
- The return value is a list of all the named fonts that are
currently defined.
The following formats are accepted as a font description
anywhere font is specified as an argument above; these same
forms are also permitted when specifying the -font option
for widgets.
- [1] fontname
- The name of a named font, created using the font create
command. When a widget uses a named font, it is guaranteed that
this will never cause an error, as long as the named font exists,
no matter what potentially invalid or meaningless set of attributes
the named font has. If the named font cannot be displayed with
exactly the specified attributes, some other close font will be
substituted automatically.
- [2] systemfont
- The platform-specific name of a font, interpreted by the
graphics server. This also includes, under X, an XLFD (see [4]) for
which a single ``*'' character was used to elide more than
one field in the middle of the name. See PLATFORM-SPECIFIC issues
for a list of the system fonts.
- [3] family ?size? ?style?
?style ...?
- A properly formed list whose first element is the desired font
family and whose optional second element is the desired
size. The interpretation of the size attribute
follows the same rules described for -size in FONT OPTIONS
below. Any additional optional arguments following the size
are font styles. Possible values for the style
arguments are as follows:
normal bold roman italic
underline overstrike
- [4] X-font names (XLFD)
- A Unix-centric font name of the form
-foundry-family-weight-slant-setwidth-addstyle-pixel-point-resx-resy-spacing-width-charset-encoding.
The ``*'' character may be used to skip individual fields
that the user does not care about. There must be exactly one
``*'' for each field skipped, except that a ``*'' at
the end of the XLFD skips any remaining fields; the shortest valid
XLFD is simply ``*'', signifying all fields as defaults. Any
fields that were skipped are given default values. For
compatibility, an XLFD always chooses a font of the specified pixel
size (not point size); although this interpretation is not strictly
correct, all existing applications using XLFDs assumed that one
``point'' was in fact one pixel and would display incorrectly
(generally larger) if the correct size font were actually
used.
- [5] option value ?option value
...?
- A properly formed list of option-value pairs that
specify the desired attributes of the font, in the same format used
when defining a named font; see FONT OPTIONS below.
When font description font is used, the system attempts
to parse the description according to each of the above five rules,
in the order specified. Cases [1] and [2] must match the name of an
existing named font or of a system font. Cases [3], [4], and [5]
are accepted on all platforms and the closest available font will
be used. In some situations it may not be possible to find any
close font (e.g., the font family was a garbage value); in that
case, some system-dependant default font is chosen. If the font
description does not match any of the above patterns, an error is
generated.
The following options are used by the font metrics
command to query font-specific data determined when the font was
created. These properties are for the whole font itself and not for
individual characters drawn in that font. In the following
definitions, the ``baseline'' of a font is the horizontal line
where the bottom of most letters line up; certain letters, such as
lower-case ``g'' stick below the baseline.
- -ascent
- The amount in pixels that the tallest letter sticks up above
the baseline of the font, plus any extra blank space added by the
designer of the font.
- -descent
- The largest amount in pixels that any letter sticks down below
the baseline of the font, plus any extra blank space added by the
designer of the font.
- -linespace
- Returns how far apart vertically in pixels two lines of text
using the same font should be placed so that none of the characters
in one line overlap any of the characters in the other line. This
is generally the sum of the ascent above the baseline line plus the
descent below the baseline.
- -fixed
- Returns a boolean flag that is ``1'' if this is a
fixed-width font, where each normal character is the the same width
as all the other characters, or is ``0'' if this is a
proportionally-spaced font, where individual characters have
different widths. The widths of control characters, tab characters,
and other non-printing characters are not included when calculating
this value.
The following options are supported on all platforms, and are
used when constructing a named font or when specifying a font using
style [5] as above:
- -family name
- The case-insensitive font family name. Tk guarantees to support
the font families named Courier (a monospaced ``typewriter''
font), Times (a serifed ``newspaper'' font), and
Helvetica (a sans-serif ``European'' font). The most closely
matching native font family will automatically be substituted when
one of the above font families is used. The name may also be
the name of a native, platform-specific font family; in that case
it will work as desired on one platform but may not display
correctly on other platforms. If the family is unspecified or
unrecognized, a platform-specific default font will be chosen.
- -size size
- The desired size of the font. If the size argument is a
positive number, it is interpreted as a size in points. If
size is a negative number, its absolute value is interpreted
as a size in pixels. If a font cannot be displayed at the specified
size, a nearby size will be chosen. If size is unspecified
or zero, a platform-dependent default size will be chosen.
Sizes should normally be specified in points so the application
will remain the same ruler size on the screen, even when changing
screen resolutions or moving scripts across platforms. However,
specifying pixels is useful in certain circumstances such as when a
piece of text must line up with respect to a fixed-size bitmap. The
mapping between points and pixels is set when the application
starts, based on properties of the installed monitor, but it can be
overridden by calling the tk
scaling command.
- -weight weight
- The nominal thickness of the characters in the font. The value
normal specifies a normal weight font, while bold
specifies a bold font. The closest available weight to the one
specified will be chosen. The default weight is normal.
- -slant slant
- The amount the characters in the font are slanted away from the
vertical. Valid values for slant are roman and
italic. A roman font is the normal, upright appearance of a
font, while an italic font is one that is tilted some number of
degrees from upright. The closest available slant to the one
specified will be chosen. The default slant is roman.
- -underline boolean
- The value is a boolean flag that specifies whether characters
in this font should be underlined. The default value for underline
is false.
- -overstrike boolean
- The value is a boolean flag that specifies whether a horizontal
line should be drawn through the middle of characters in this font.
The default value for overstrike is false.
The following named system fonts are supported:
- X Windows:
- All valid X font names, including those listed by xlsfonts(1),
are available.
- MS Windows:
-
system ansi device
systemfixed ansifixed oemfixed
- Macintosh:
-
system application
options
font
Copyright © 1996 Sun Microsystems, Inc.
Copyright © 1995-1997 Roger E. Critchlow Jr.


Entitlements
Debt Detail
| Breakdown | From | To | |
|---|---|---|---|
| Social Fund | £ 500 | 12/12/2014 | 06/06/2016 |
| JSA | £ 200 | 01/04/2015 | 08/03/2016 |
| Min Payment | 12 Months | Pay in Full |
|---|---|---|
| £3 per month for 127 months | £33 per month, Choose payment day | £700 one off |
| make Payment | 06-11-2015 | 340 |
| Benefit Overpayment, Job Seekers Allowance | 06-11-2015 | 250 |


Title
Page description
Text
Dashboard:
- Select dashboard -
Dashboard
Screen:
- Select screen -
Screen


{% extends 'layout-lab-2.html' %} {% block pageTitle %} Your pregnancy to do list - NHS.UK {% endblock %} {% block beforeContent %} {{ breadcrumb({ items: [ { href: "/lab-2/home", text: "Home" }, { href: "/lab-2/a-to-z", text: "Health A to Z" } ], href: "/lab-2/pregnancy", text: "Pregnancy" }) }} {% endblock %} {% block content %}
Stay organised throughout your pregnancy. You can keep track of things you need to do and when you need to do them during your pregnancy, such as book antenatal classes, tell your work you're pregnant and think about where you'd like to have your baby.


Name of the Planter
: SampleEstateName
Village
:
Sy.No
:
Coup Contractor
:
Number of Loads =
1 and
Total CFT =
12.66
SNo
Date
Load Name
Tape Clerk
[]
Logs
ClassA
ClassB
ClassC
ClassD
Total CFT
Unload
Del.No
Stumps
1
8 Apr 2008
load1
<Clerk Name(s)>
1
12.66
12.66
<Unload Place>
<DN#>
<no of trees>


Description:
Gets the number of streams.
Assumptions:
None.
Exceptions:
None.


If the jump is not started or your browser does not support automatic jump, please click the bottom button.
若跳转未启动或您的浏览器不支持自动跳转,请点击下方按钮
跳转到APP


|
||||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
java.lang.Object eu.cassandra.sim.math.response.PricingVector
public class PricingVector
This class is used for implementing an array of pricings that are a result of the analysis of the available pricing schemes (Basic and New). The array is then used as an input to the Response Models creation procedure.
| Constructor Summary | |
|---|---|
PricingVector(double[] basicScheme,
double[] newScheme)
The constructor of the Pricing Vector. |
| Method Summary | |
|---|---|
java.util.ArrayList<java.lang.Integer> |
getBases()
This is a getter function of the bases' list. |
java.util.ArrayList<java.lang.Integer> |
getCheapest()
This is a getter function of the index of the cheapest pricing. |
int |
getNumberOfBases()
This is a getter function of the number of bases. |
int |
getNumberOfPenalties()
This is a getter function of the number of penalties. |
int |
getNumberOfRewards()
This is a getter function of the number of rewards. |
java.util.ArrayList<java.lang.Integer> |
getPenalties()
This is a getter function of the penalties' list. |
java.util.ArrayList<Pricing> |
getPricings()
This is a getter function of the pricings' list. |
Pricing |
getPricings(int index)
This is a getter function of the incentives' list for a certain index. |
java.util.ArrayList<java.lang.Integer> |
getRewards()
This is a getter function of the rewards' list. |
| Methods inherited from class java.lang.Object |
|---|
equals, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
| Constructor Detail |
|---|
public PricingVector(double[] basicScheme, double[] newScheme)
basicScheme
- The basic pricing scheme as imported by the user to the Training
Module GUI.newScheme
- The new pricing scheme as imported by the user to the Training
Module GUI.| Method Detail |
|---|
public java.util.ArrayList<Pricing> getPricings()
public java.util.ArrayList<java.lang.Integer> getPenalties()
public java.util.ArrayList<java.lang.Integer> getRewards()
public java.util.ArrayList<java.lang.Integer> getBases()
public int getNumberOfPenalties()
public int getNumberOfRewards()
public int getNumberOfBases()
public Pricing getPricings(int index)
public java.util.ArrayList<java.lang.Integer> getCheapest()
|
||||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |


My Takeaway From The Culinary Experience
October 16, 2018
Inspiration: Food52
There are so many food bloggers out there, and while I am definitely inspired by many of them, there is a particular group that speaks to me: Food52. In fact, if I’m being totally honest, a lot of content and styling on Brad & Butter is modeled after or inspired by Food52.
What I love most about Food52 is it’s ability to transcend past classic food-related editorial content and naturally use the culinary experience as a medium to portray lifestyle. Their site has content related to food, travel, design, decor, and so on all in one package. But personally, I’ve always seen food & lifestyle as one package; you can’t have one without the other.
A perfect example of Food52’s influence on Brad & Butter, my life, and my ideals is my most recent lifestyle article on the role food played in keeping my family together. This article was inspired by a piece published by Food52 Senior Editor Eric Kim and touches on how food played a role in his family’s unity during tough times. Not going to lie, I shed a couple too many tears reading his story.
The Takeaway
But Food52 has given me so much more than just inspiration for lifestyle, food, & drink content. It has completely changed the way I see the relationship between food and lifestyle. In fact, their cooking manifesto is “Eat Thoughtfully, Live Joyfully”, encompassing this notion that food & lifestyle go hand-in-hand. This is my biggest takeaway from being an avid fan & follower of Food52.
Throughout cultures and customs, food is traditionally a part of our lives. Not only is it an essential component to our survival, but it also a symbol for our emotions, achievements, and history. Take, for example, celebratory food. Across cultures, food is a representation of celebration in regards to a specific concept, theme, or historical point in time.
That’s on a yearly basis, but I can pick this apart even more. From a biological & psychological perspective, our body’s sense of smell is a crucial component of our culinary experiences. Without our sense of smell, taste would be impossible. So have you ever wondered why our sense of smell is so connected to emotions? The childhood memories of mom’s chocolate chip cookies (or in my case, mine) or grandma’s signature roasted chicken (again, in my case, braised pork chops) are ingrained into memory & emotion.
According to what I remember from my high school psychology class, our olfactory bulb is connected directly to our amygdala, the brain’s emotion control center, and the hippocampus, the memory factory. Thus, unlike our other senses, sensory information via smell is much more likely to conjure up specific memories & emotions. Basically, the culinary experience is a biological trait within us. It’s a joy we get to inevitably experience.
Spread the Love
This perspective on food & lifestyle has taught me so much about the role food plays in our day-to-day lives. The way we experience food and the pleasure & joy we acquire from doing so is a blessing. And everyday, I have the pleasure of being reminded of this. Whether it be through the meals I eat everyday, or special occasion events, I am constantly amazed at the presence of food in my life. Nothing could ever make me happier.
Just this past weekend, I had the incredible honor of making a wedding cake for a beautiful couple, an opportunity that I would definitely take given another chance. For me, cake is one of those foods that really speaks to how we use food to connect with other people. Whether it be a birthday, special holiday, or wedding, cakes are often used as a medium to express happiness, joy, and love.
Weddings always give me mixed feelings. Of course, everyone tends to either be in a state of happiness, whether that is shown through laughter or tears. But it holds true that love is the basis for all these other emotions, something that made the corners of my mouth tilt upwards upon such realization.
However, I’ve always thought the world needed a little more love (SUCH an Aries thing to say). There is not a single day that goes by on campus in which I wind up having a conversation with someone about all the hate that has manifested in our world, and it saddens me to think that we are so far from being able to do the simple act of loving & treasuring one another. Which is why, for me, this wedding cake meant much more than an opportunity to expand Brad & Butter. As the night progressed, it became my light at the end of the tunnel. One step closer to the love this world so desperately needs.
Perhaps I’m looking at this all in a negative light. Or perhaps I just havn’t really experienced how love works in this world. I’m confident, however, that no matter what love, or any emotion, means to this world, we will never forget it’s ties to food. Not just our past experiences between food & love, but the raw emotions that are drawn from such experiences.
In this day & age, we have almost inadvertently combined food & lifestyle into one melting pot, giving us another way to express our emotions and desires. Giving us another way to inspire. Today, I encourage you to spread some love, spread some inspiration, because somebody out there is going to need it.
Love,
Bradley
Meet the brad behind the butter...
Hello and welcome to you new home!  Here on Brad & Butter, I bake, shake, style, and snap tot tell inspiring stories. This blog is a manifestation of all the things in life at have inspired me to act upon something. And in turn, I hope that whatever I wrtie, bake, or shake can inspire other people. Click here to learn about me...
Read More
leave a reply


LibreCAD is a free Open Source CAD application for Windows, Apple and Linux. Support and documentation is free from our large, dedicated community of users, contributors and developers. You, too, can also get involved!


Alternate Payment Methods - Standalone Implementation
Pay with iDEAL
Pay with Sofort
Pay with Giropay
Pay with Alipay
Pay with eNETS
Pay with POLi


{% extends "default.html" %} {% block body %}
| reddit comment id | similarity | youtube comment id | has bot replied? |
|---|---|---|---|
| {{ reply.reddit_comment.comment_id }} | {{ reply.similarity }} | {{ reply.youtube_comment.comment_id }} | {{ reply.replied }} |
| The bot has not made any replies yet. |
| Subreddit | Post URL |
|---|---|
| {{ post.subreddit.name }} | {{ post.permalink }} |
| None | No posts have been checked so far. |


CollectionViewLayoutAttributes
public class CollectionViewLayoutAttributes : CustomStringConvertible
An UICollectionViewLayoutAttributes object manages the layout-related attributes for a given item in a collection view. Layout objects create instances of this class when asked to do so by the collection view. In turn, the collection view uses the layout information to position cells and supplementary views inside its bounds.
-
The index path of the item in the collection view.
Declaration
Swift
public let indexPath: IndexPath
-
The type of the item.
Declaration
Swift
public let representedElementCategory: CollectionElementCategory
-
The layout-specific identifier for the target view.
Declaration
Swift
public let representedElementKind: String?
-
The frame rectangle of the item.
Declaration
Swift
public var frame: CGRect
-
The center point of the item.
Declaration
Swift
public var center: CGPoint { get set }
-
The size of the item
Declaration
Swift
public var size: CGSize { get set }
-
The bounds of the item
Declaration
Swift
public var bounds: CGRect { get set }
-
The transparency of the item.
Declaration
Swift
public var alpha: CGFloat
-
Specifies the item’s position on the z axis.
Declaration
Swift
public var zIndex: CGFloat
-
Determines whether the item is currently displayed.
Declaration
Swift
public var hidden: Bool
-
Specifies if the item it detached from the scroll view (SupplementaryViews only)
Declaration
Swift
public var floating: Bool
-
Creates and returns a layout attributes object that represents a cell with the specified index path.
Declaration
Swift
public init(forCellWith indexPath: IndexPath)
Parameters
indexPath
The index path of the cell.
-
Creates and returns a layout attributes object that represents the specified supplementary view.
Declaration
Swift
public init(forSupplementaryViewOfKind elementKind: String, with indexPath: IndexPath)
Parameters
elementKind
A string that identifies the type of supplementary view.
indexPath
The index path of the view.
-
Declaration
Swift
public var description: String { get }
-
Create a copy of the layout attributes
Note
A CollectionViewLayout should copy attributes when returning them
Declaration
Swift
public func copy() -> CollectionViewLayoutAttributes
Return Value
An initialized object with the same attributes


Hello, have you given a smile today?
This is the main page of the website created as a requirement for the CMIS Digital Graphics course.
This is the main page of the website created as a requirement for the CMIS Digital Graphics course.
This assignment introduces the use of lists in html coding. It shows how ordered lists and unordered lists are used in a webpage.
This Assignment gives me an idea of how tables are made using html coding. The tables seems to be fully customizable.


An international Alliance of four Higher Education Institutes (HEI) and four businesses will approach the aims and objectives of modernizing and internationalizing education and training in the project LEMON, by jointly developing a new multidisciplinary innovative pedagogical mLearning model with key stakeholders (educational institutes, teachers and students’ associations and businesses) and a toolkit for the model to be implemented in.
Learn MoreThe objective of the Alliance is to design and co-create a comprehensive pedagogical mLearning model and tools for students and staff of HEIs and staff and clients of business partners to carry out studies and training in interdisciplinary international projects together with business life. Interactive, international personalized learning makes competence-based studying relevant and the ways to learn modern.


Question Papers
Available previous question papers!
Reference Books
Reference materials required for respective semester!


TIGERLAND
Reviewed by Harvey Karten 20th Century Fox/Regency Enterprise Director: Joel Schumacher Writer: Ross Klavan, Michael McGruther Cast: Colin Farrell, Matthew Davis, Clifton Collins Jr., Thomas Guiry, Shea Whigham, Russell Richardson, Cole Hauser
Someday we'll get a movie written by a North Vietnamese or Viet Cong fighter giving a truthful account of the training program set up by the people of that beleaguered Southeast Asian nation who fought for their independence against the Chinese, the French and the Americans. We already know that there are some cultural differences that separate the northerners from their compatriots in the south, but for the most part they are of the same cultural background. Not so the American fighting units. Not only did the U.S. servicemen generally have no passionate reason to fight 12,000 miles away since, after all, they were not defending their country; nor did they feel they had the support of a sizable majority of the countrymen back home; but in addition, since the U.S. embraces a large landscape with different sectional, cultural, ethnic and religious differences, there was bound to be considerable friction within their own squadron. That chafing is the subject of Joel Schumacher's movie.
"Tigerland," is semiautobiographical, dealing with director Joel Schumacher's own period of training in a Louisiana camp known as Tigerland--a camp which simulated actual fighting conditions in the jungles of the 'Nam and which was preceded by a rigorous training program in yet another Louisiana location. Filmed largely with hand held cameras and natural lighting in accordance with the Danish-style Dogme 95 movement, "Tigerland" often looks like some documentary coverage of a typical barracks. We get the impression that the Louisiana program was the American approach writ small. A washed-out olive green aura encompasses many sections of this fictionalized bit of history giving the feeling of immediacy. We witness what was going down in 1971, to some extent a microcosm of American society today.
Schumacher lucks out with a largely unknown cast of awesome performers, particularly the lead character, Roland Bozz, played by the Irish actor Colin Farrell--a handsome, charismatic man who can probably look forward to some big Hollywood contracts. Emulating the ambiance of such films as Oliver Stone's "Platoon" and Stanley Kubrick's "Full Metal Jacket," "Tigerland" takes us into the bivouac and the mindset of a group of grunts, most of whom were drafted and who had educations well short of college. At no point in the story does anyone discuss his opinions of the war--which was the case with most soldiers throughout the nation who were concerned more about survival than political theory as they prepared to be shipped out to the hellhole of the the Far East.
The story is narrated by Private Jim Paxton (Matthew Davis), a man who enlisted with the quixotic notion that he would be the Ernest Hemingway of the 1970's, sitting with notebook in hand recording the blow-by-blow action of the fighting to capture the zeitgeist of the grunts with whom he would share a unique camaraderie. By contrast, Wilson (Shea Whigham) is the sort of person you'd think the army would want, a guy with a natural killer instinct who couldn't give a fig about the reasons for the war but who simply wanted to bag himself some trophies of "gooks" and "dinks"--as the Asians were commonly referred to by the fighting units.
Colin Farrell runs away with the show. As Roland Bozz, he has some college, has been in trouble with the law, and defies army rules and regulations. In one case he runs across a fellow in his platoon who is married with a kid. "What are you doing here?" he wonders aloud. Informing the grunt with barely a six-grade education of his rights, Bozz succeeds in getting the man a discharge.
The blaring orders of the sergeants who are running the show and who at times see nothing wrong with pushing their men down in the dirt, stepping on their heads when they get out of line, produce in Bozz a barely suppressed hostility.
Shot by Matthew Libatique, whose resume includes such surreal films as Darren Aronofsky's current "Requiem for a Dream" and the even more experimental "Pi," "Tigerland" affords by contrast a realistic look at an actual training program. If the Vietnamese enemy ever got a look at what went on inthis training camp, it would be emboldened at least a much as it was upon hearing of the massive protests in the U.S. against the war. Blacks are fighting whites, sergeants battling G.I.'s, psycho killers going after wise guys with an education...all serve to give "Tigerland" the sort of dramatic force enjoyed by the audience for Robert Altman's 1983 adaptation of David Rabe's play, "Streamers"--a couple of days in an army barracks at the dawn of America's involvement in Vietnam which turned into a parable about manhood and death.
Rated R. Running time: 109 minutes. (C) 2000 by Harvey Karten<EMAIL_ADDRESS>The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


You can pass data to your components by using the props
property:
const panelResult = this.$showPanel({ component: "panel-2", props: { age: {{ age }} } });
And you can receive data from your panel by using the promise
property of the PanelResult
object:
const panelResult = this.$showPanel({ component: "panel-2", props: { age: {{ age }} } }); panelResult.promise .then(result => { //result is the value passed from your component calling this.$emit('close-panel', //some value); });
In your panel component you just need to call this.$emit('close-panel')
to close your panel:
//in your component's code ("panel-2" in this example) { props: { age: { type: String, required: true } }, data() { name : null }, methods: { closePanel() { this.$emit('closePanel', {}); } } }


- ${{rec.my_given}} Given
- {{rec.my_given_percent}}% My Impact
- ${{rec.grant_have_total}} Raised
- ${{rec.grant_want_total}} Needed
- GIV Now
My Dashboard
Donations Made to Students
-
{% for rec in recs %}
-
My Volunteer Hours
-
{% for vw in volunteerworks %}
-
{{vw.when_date_str}} {{vw.minutes}} minutes volunteering by {{vw.action}}.
{% endfor %}


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By signing up for a MyThomas account and providing us with your e-mail address, you agree that THOMAS may communicate with you via e-mail concerning the services and operations of THOMAS and this website, including, but not limited to, confirmation, additions or deletions to services, notifications of product enhancements, notifications of service interruption and changes to this Privacy Statement, this website's Terms and Conditions or other THOMAS policies. By default, users who sign up are "Opted Out" of and will not receive other communications from THOMAS unless they choose to. As part of the MyThomas sign up process, and at any time thereafter, you will have the opportunity to opt in to receive other communications, including newsletters and announcements, from THOMAS, its affiliates, Suppliers or Providers via e-mail by checking the appropriate boxes on the Sign Up/Update Form. All such communications from THOMAS will contain a link or instructions for opting out of future communications. Please Note: To comply with the United States CAN-SPAM act, opting out from future communications from a company or entity will require that your e-mail address be given to that company or entity so that it may be added to the company's or entity's "do not mail" list.
Communications from Other Users
You agree that other users may use your Content posted on this website or other THOMAS services (whether on forums or other public areas) or obtained through a related communication or transaction to communicate with you in accordance with this Privacy Statement.
Third Party Services
This website may offer services from or in conjunction with other websites, Suppliers or Providers that we feel provide valuable services to our users. Some of these services require registration. As a time saving tool, to save our users unnecessary data entry and to enhance the services offered, we offer to pass certain of your information, including your user profile, to these other websites, Suppliers and Providers. In addition, your use of any software applications, purchasing tools or other services labeled on this website as "Powered by" an entity other than THOMAS will constitute your consent to our sharing of information about you, including your personal information and user profile, with that entity. Once information has been shared with a particular website, Supplier or Provider, it is out of the control of THOMAS and subject to the policies of that website, Supplier or Provider.
COOKIES
This website may set cookies on your computer. A cookie is a text file that is placed on your computer by our web server and helps recall your use of this website. Cookies are uniquely generated and assigned to you. The primary purposes of cookies used by this website are to provide convenience, save you time and provide an enhanced experience. For example, we may use cookies to automate login, enable personalization or facilitate your movement through this website and measure site usage.
However, we also allow other companies, called third-party ad servers or ad networks, to serve advertisements within and after you visit our website. These companies can send their own cookies to your cookie file. Please note that if an advertiser asks us to show an advertisement to a certain audience or audience segment and you respond to that ad, the advertiser or ad-server may conclude that you fit the description of the audience they are trying to reach. We only authorize our third-party ad servers to employ anonymous cookies for ad delivery and anonymous targeting. These third-party ad servers do not collect, nor do we give them access, to any personally identifying information about you. If you want to prevent a third-party ad server from sending and reading cookies on your computer, currently you must visit each ad network's Web site individually and opt-out (if they offer this capability). Currently, we have relationships with AdRoll Advertising Limited. If you would like to be opted-out of AdRoll ad delivery, audience management and behavioral targeting cookies, please click here.
Additionally, You have the ability to control any website's ability to set cookies on your computer through your web browser's (i.e. Firefox or Internet Explorer) privacy settings. Consult the documentation or help files for your web browser for instructions on setting cookie preferences. However, if you do not accept cookies you will not be able to customize your experience on this website.
OTHER INFORMATION WE COLLECT
Additionally, THOMAS may keep track of technical information about your computer or mobile device, such as the browser type and version, browser plug-in types and versions and operating system of your computer; the Internet Service Provider (ISP) or other provider you use to access this website, links on this website and certain of our services; and your internet protocol (IP) address, location and time zone setting. To help us understand the use of this website by users, improve your site experience and aid us in marketing and managing this website and our services, we may also collect information as to how you were directed to this website and our services, how you navigate around them, what products or suppliers you browse, which external websites or links you access from this website and details regarding the Suppliers or Providers you contact through this website. This information may be used, among other things, in the reporting, marketing and analysis of this website and its services and features and may be shared with our affiliates, Suppliers, Providers and/or their and our respective agents and contractors.
LOGGING
We make extensive use of web logging to, among other things, understand the usage of our services, diagnose problems and identify future enhancements to this website. In addition to logging the pages viewed and features used, our logs will also collect referring IP addresses or domain names of users. This information is used, among other things, in the reporting, marketing and analysis of this website and its services and features and may be shared with our affiliates, Suppliers, Providers and/or their and our respective agents and contractors.
WEB BEACONS
Pages on this website may contain web beacons, sometimes called single-pixel gifs, that allow us to count users who have visited certain pages. Web beacons may be used in conjunction with such features as promotional e-mail messages, online advertising and newsletters. Web beacons collect only a limited set of information and are not used to access your personal information on this website.
REPORTING OF INFORMATION
THOMAS is able to offer this website for free on the Internet as a direct result of the paid support of the Suppliers and Providers who provide information, applications and other services and advertise on this website. As a result, we provide these Suppliers and Providers with personal information as described above as well as aggregate information; we also provide them with reports of non-personally identifiable information collected on the usage of this website and various features, and information provided during the MyThomas sign up process, which may include information such as your company name, job function, industry or city.
OTHER WAYS WE MAY SHARE INFORMATION
It is possible that THOMAS, part of its business or one of its affiliates could merge with, acquire or be acquired by another business entity and your personal information could be among the assets transferred. If this occurs, you will be notified of the change by e-mail, notice on this website or one of our other services.
We reserve the right to share personal information about you with our affiliates in the course of our business operations. We also reserve the right to share personal information about you when we believe this to be appropriate to comply with the law or in cooperation with legal authorities, to enforce the Terms and Conditions governing use of this website and the terms and conditions governing the use of our other services, or to protect the rights, property, safety or other interests of THOMAS, its affiliates or its customers.
We may share non-personal, non-individually identifiable information about our users with the group of people with whom we share personal information, as well as with other third parties such as agents, contractors, consultants, advertisers and marketing firms.
DATA SECURITY
We use reasonable precautions to keep user information disclosed to us secure. To prevent unauthorized access, maintain data accuracy and ensure the appropriate use of information, we have put in place commercially reasonable physical, electronic and managerial procedures to safeguard and secure the information we collect.
We may disclose information we collect to third parties, under contract to us, as required to operate this website, provide certain services or features offered by this website or THOMAS or to perform business functions on our behalf. We will only release this information to those companies that we believe to be responsible. However, we are not responsible for any breach of security or for any actions of any third parties who receive the information. Also, once information has been provided to a third party, it is out of the control of THOMAS and subject to the policies of that third party.
We also link to a wide variety of other websites. We are not responsible for their terms and conditions or privacy policies or how they collect or treat information about their users. In addition, we are not responsible for the terms and conditions or privacy or information collection policies or practices of the websites from which you access this website or other THOMAS service or of any websites that are linked to this website or other THOMAS service.
CHILDREN
This website and its related features are not intended for use by children, and the terms and conditions governing the use of this website and its features require that you must be at least 18 years old to use them.
CHANGES TO THIS STATEMENT
We reserve the right to modify or add to this Privacy Statement from time to time without notice. Such modifications and additions shall be effective immediately upon notice thereof, which may be given by any means, including without limitation by email to the e-mail address of record in your MyThomas user profile or by posting the revised Privacy Statement on this website. You agree that it shall be your responsibility to review any email you may receive from us and notify us promptly in the event you change email accounts or if you would prefer to receive notices from us at a different account from the one you have provided us. All users of this website or other THOMAS service should review this Privacy Statement periodically and prior to any use. YOUR ACCESS OR USE OF THIS WEBSITE OR OTHER THOMAS SERVICE AFTER NOTICE OF MODIFICATIONS OR ADDITIONS TO THIS PRIVACY STATEMENT SHALL CONSTITUTE AND BE DEEMED TO BE YOUR KNOWLEDGE AND ACCEPTANCE OF THOSE MODIFICATIONS AND ADDITIONS (I.E., THAT THE MODIFICATIONS AND ADDITIONS MAY BE APPLIED TO THE INFORMATION WE COLLECT FROM AND ABOUT YOU). No modification to this Privacy Statement by any party other than THOMAS shall be valid or enforceable against THOMAS unless expressly agreed to by THOMAS in a writing signed by a duly authorized officer of THOMAS.
CONTACTING THOMAS
If you have any questions regarding this Privacy Statement or wish to change or update any of your information, please contact us via e-mail by clicking here.
Or write to us at:
Privacy ManagerThomasNet
Thomas Industrial Network Inc.
5 Penn Plaza
New York, NY 10001
Revised: September 17, 2015


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Referendum Campaigner Registration Service
If you intend to spend more than £10,000 campaigning during the referendum period, you must register with us as a campaigner.
As a registered campaigner, there are certain things you must report to us.
Use this service to register a campaigner
Registering takes around 5 minutes.
Before you start
You can also register by post.
The online service is also available in Welsh (Cymraeg).


Tempo
Tempo can be set in various ways: it can be specified in the ABC string, it can be specified in the parameters passed in, or a default can be set that is only used if the tempo is not in the string.
Specified in the ABC String
The tempo is set using the Q: 1/4=150 line.
Passed in as a Parameter
The tempo is set using the { qpm: 100 } attribute. Notice that this overrides the tempo in the Q: line.
Using a default
The tempo is set using the { defaultQpm: 60 } attribute. Notice there is no Q: line.
The tempo is set using the { defaultQpm: 60 } attribute. However, there is a Q: line, so that takes precedence.