United States Olympics Legend Has Died At 96
by Chris RosvoglouU.S. Olympic track and field athlete Harrison Dillard passed away over the weekend at the age of 96. It’s unfortunate news for the entire sports world as he was once regarded as the “World’s Fastest Man.”
Dillard was dominant in his field, winning four Olympic gold medals and breaking nearly a dozen world records during his career.
He earned his nickname the “World’s Fastest Man” after finishing first in the 100-meter dash during the 1948 Olympics. During that event he also won the 110-meter hurdles.
Ted Theodore, a close friend of Dillard’s, said the cause of his death was his stomach cancer.
Dillard was the oldest-living U.S. Olympic champion.
Team USA released a brief statement on the news, saying “Our thoughts are with the family and friends of four-time Olympic champion Harrison Dillard.”
In addition to being an exceptional athlete, Dillard also served in the U.S. Army for nearly three years.
There weren’t many things that Dillard didn’t accomplish over the course of his career. He was inducted into the National Track and Field Hall of Fame and U.S. Olympic Hall of Fame.
Dillard also worked for the Cleveland Indians in the scouting department later in his life.
Our thoughts are with Dillard’s loved ones during this difficult time.


abapGit Repositories ADT Plug-In
This update site just contains abapGit Repositories plug-in and no further Eclipse content.
Use it to install into ABAP Development Tools (ADT).
Prerequsites
Installation
- In Eclipse, choose in the menu bar Help > Install New Software...
- Add the URL https://eclipse.abapgit.org/updatesite/
- Press Enter to display the available features.
- Select abapGit plugin for ABAP Development Tools (ADT) and choose Next.
- On the next wizard page, you get an overview of the features to be installed. Choose Next.
- Confirm the license agreements and choose Finish to start the installation.


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SELF CARE; 6 WAYS TO LOVE YOURSELF A LITTLE MORE.
 Read on.
~self care is a deliberate choice to gift yourself with people, places, things, opportunities that recharge our personal battery and promote whole health - body, mind and spirit.~ Laurie Buchanan.
First of all how do you take care of yourself? Take a moment and answer that question. Everyone seems to be so busy nowadays, working long hours at ever stressful jobs, to putting in work on that side hustle, to worrying and taking care of little ones all day that even a minute to breath is literally non existent.  You yell at you kids when they call your name for the 100th time in an hour or snap at a colleague when they overstep. I have been there and i am still a work in progress trust me and it wasn’t until I learnt about self care that everything changed.

- Try journaling.
I used to journal, but being a mom sometimes you don’t even get that kind of time, but I created that time because I needed to empty my thoughts somewhere and reset myself for the next day.
You can purchase a notebook and turn it into gratitude journal or you can download the gratitude app. This app literally changed my life. It has the journaling category together with a daily affirmation and daily zen section. Basically you log in your journal entry for the day, followed by writing a gratitude list (more on this during a later post) and there’s the zen section that has amazing quotes tailored to remind you to simply be grateful and that has been such a factor in grounding and reminding me of what truly matters and that amidst all the crazy I indeed have something to be grateful for.
3.Find a hobby.
For me In this particular season it is gardening. I absolutely love my little garden, well, it isn’t so little I have nearly fifty plants that I’ve been tending to and some for nearly three years. There’s something about taking care of another living thing that brings one so much joy and fulfillment.  A win win.
4.Eat healthy.
No really, this sounds totally cliche, but here’s the thing I found out. When my diet is laden with caffeine, sugar, fat, processed foods and meat I noted that it affects my mood, my energy and concentration. Being a clinical nutritionist i should probably know better than to have that bag of crisps but i am working on myself too. When all those things are off balance I can’t be the best version of myself. By purposely choosing to eat healthier meaning adding extra veggies and fruits on the menu it then in turn puts me into the correct health and mental state. Some foods are even known to even help with anxiety and mood disorders. Look out for this on a later blog post.
5.Get to grooming.
There’s something about taking some time to groom oneself that leaves you feeling so relaxed and rejuvenated. I incorporated a weekly at home facial because I am frugal like that. You can splurge on yourself a little bit if that’s within your budget or a monthly hair treatment together with an at home mani pedi. When you look your best you feel great as well. The compliments will be an added bonus.
6 Adopt a pet.
Pets offer so much more than being cuddly warm balls of fluff. There are studies that have proven significant positive changes in people suffering from mood disorders like depression, PTSD and even anxiety after they adopted pets. Being a cat mom I definitely appreciate the companionship offered to me by my two year old kitty muffin. If you are not allergic I’d highly recommend getting a pet of your choice.
Everyone is busy, but you create time for the things you care about. If you can’t take care of yourself it will be like pouring from an empty cup. Love yourself enough to make that time for yourself.
--


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The slider above has been loaded online. The slider is using my custom jquery program to change through photos. Down below is my images that will redirect you to the bigger responsive image. These files are quite big, so Ive trimmed them down a bit.


{% extends "_base.html" %} {% load moc_extras %} {% load humanize %} {% load bootstrap4 %} {% block page_name %}staf verify{% endblock %} {% block content %} {% include "hub/_nav.html" %} {% if check_files %} Files {{ info }} {% if not info.attachments.all %} We don't have any files yet -- please upload a file to continue. {% else %} Your data needs to be formatted correctly and included in the first sheet. Only csv, ods, xls and xlsx files are allowed. Please select which file to use - or upload a new filed with the processed data. Which files contains formatted data? {% for each in info.attachments.all %} {{ each }} ({{ each.file.size|filesizeformat }}) {% endfor %} {% endif %} Upload a new file Upload new file {% csrf_token %} File {% else %} Meta data Title {{ info }} Description {{ info.get_description }} Year published {{ info.year }} Author(s) {{ info.get_author_citation }} {% if info.url %} Website {{ info.url }} {% endif %} Tag(s) {% for each in info.tags.all %} {{ each }} {% endfor %} File(s) {% for each in info.attachments.all %} {{ each }} ({{ each.file.size|filesizeformat }}) {% endfor %} {% endif %} {% if document.comments %} Uploader comments {{ document.comments|linebreaks }} {% endif %} Discussion and questions {% include "_messages.html" %} {% if not request.user.is_authenticated %} {% include "_notauthenticated.html" %} {% endif %} {% include "hub/_processing.dataset.menu.html" %} {% endblock %} {% block footer %} {% endblock %}
Your data needs to be formatted correctly and included in the first sheet. Only csv, ods, xls and xlsx files are allowed. Please select which file to use - or upload a new filed with the processed data.
Which files contains formatted data?


Week 3 Cultural
August 2nd, 2014
According to the test, my thinking style is about half concrete sequential and half concrete random. As a concrete thinker, I enjoy order, logical sequences, and predictability. Being able to experiment and "prove" things to myself via testing is the best way for me to solidify concepts. A structured learning environment is best for me. I sometimes find it difficult to work in groups, or in a situation where expectations are not clear. Ambiguity is a challenge for me.
I think this description of my thinking style is really accurate based on my experience so far in DBC. I find it desirable to break a problem up into small parts and run mini tests to determine how each section of the code is working, rather than think broadly about how it all fits together. The biggest challenge for me so far was conceptualizing a code mission in this week's solo challenge, and I think I struggled with that because it was much less concrete. It required thinking in a much more creative and abstract way about what constitutes objects in JavaScript, and how I might define some objects to interact with one another in some way. Other challenges have been when the instructions were not clear - I find myself feeling frustrated when I am unsure about what the expectations are for a certain challenge or release.
I think I can use my thinking style to my advantage at DBC by breaking large challenges up into concrete, smaller chunks that I can test. I can also try pairing with more abstract thinkers and use each others' unique skills and thinking styles to accomplish different parts of a challenge. Knowing what works well and what doesn't is a really eye opening experience for me - I am constantly seeing examples of my thinking style in my reaction to challenges and struggles, and it's rewarding to be able to take a step back and understand why I am reacting in a certain way.
I think one way to help me think more abstractly is to write more pseudocode and general code planning ahead of time. Rather than diving right in to coding, by taking a step back and planning out what I'd like a script to do, I'll be exercising my abstract thinking and improving that aspect of my thinking style. Also, I know that constantly pairing and working in groups at DBC will help me learn to work better in group settings, be able to deal with less clear expectations, and be more flexible about my approach to problems.


pgAdmin III has some functions included which should help to implement healthy and good performing databases. They are the result of the long experience of the developers worldwide, and the design problems commonly observed.
If pgAdmin III thinks it has a valuable hint for you, it will pop up a guru hint unless you have chosen to suppress that individual hint or all hints (see options). You can bring up the hint by pressing the hint button in the toolbar at any time, if enabled.
This is an example of a guru hint, as it appears when trying to connect to a non-running or misconfigured PostgreSQL server.
If you check 'do not show this hint again', the automatic popup of the individual hint will be suppressed in the future, until it is reset in the options. Error messages will still appear, but without the extended information as provided by the hints.


DetachNodeObject()
语法
DetachNodeObject(#Node, ObjectID)概要
Detachs a previously attached object from a node.
参数
#Node The node to use. ObjectID The object to detach. The supported objects are the followings: - Entity : use EntityID() as 'ObjectID'. - Sound3D: use SoundID3D() as 'ObjectID'. - Camera : use CameraID() as 'ObjectID'. - Node : use NodeID() as 'ObjectID'. - BillboardGroup : use BillboardGroupID() as 'ObjectID'. - ParticleEmitter: use ParticleEmitterID() as 'ObjectID'.
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An object can be attached to a node with AttachNodeObject().
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The datepicker allows users to enter a date either through text input, or by choosing a date from the calendar. It is made up of several components, directives and the date implementation module that work together.
A datepicker is composed of a text input and a calendar pop-up, connected via the matDatepicker
property on the text input.
There is also an optional datepicker toggle button that gives the user an easy way to open the datepicker pop-up.
This works exactly the same with an input that is part of an <mat-form-field>
and the toggle
can easily be used as a prefix or suffix on the Material input:
If you want to customize the icon that is rendered inside the mat-datepicker-toggle
, you can do so
by using the matDatepickerToggleIcon
directive:
If you want your users to select a range of dates, instead of a single date, you can use the
mat-date-range-input
and mat-date-range-picker
components. They work in tandem, similarly to the
mat-datepicker
and the basic datepicker input.
The mat-date-range-input
component requires two input
elements for the start and end dates,
respectively:
<mat-date-range-input>
<input matStartDate placeholder="Start date">
<input matEndDate placeholder="End date">
</mat-date-range-input>
The mat-date-range-picker
component acts as the pop-up panel for selecting dates. This works in
the same way as mat-datepicker
, but allows the user to select multiple times:
<mat-date-range-picker #picker></mat-date-range-picker>
Connect the range picker and range input using the rangePicker
property:
<mat-date-range-input [rangePicker]="picker">
<input matStartDate placeholder="Start date">
<input matEndDate placeholder="End date">
</mat-date-range-input>
<mat-date-range-picker #picker></mat-date-range-picker>
The mat-date-range-input
component can be used together with the FormGroup
directive from
@angular/forms
to group the start and end values together and to validate them as a group.
The startView
property of <mat-datepicker>
can be used to set the view that will show up when
the calendar first opens. It can be set to month
, year
, or multi-year
; by default it will open
to month view.
The month, year, or range of years that the calendar opens to is determined by first checking if any
date is currently selected, if so it will open to the month or year containing that date. Otherwise
it will open to the month or year containing today's date. This behavior can be overridden by using
the startAt
property of <mat-datepicker>
. In this case the calendar will open to the month or
year containing the startAt
date.
When a year or a month is selected in multi-year
and year
views respectively, the yearSelected
and monthSelected
outputs emit a normalized date representing the chosen year or month. By
"normalized" we mean that the dates representing years will have their month set to January and
their day set to the 1st. Dates representing months will have their day set to the 1st of the
month. For example, if <mat-datepicker>
is configured to work with javascript native Date
objects, the yearSelected
will emit new Date(2017, 0, 1)
if the user selects 2017 in
multi-year
view. Similarly, monthSelected
will emit new Date(2017, 1, 1)
if the user
selects February in year
view and the current date value of the connected <input>
was
set to something like new Date(2017, MM, dd)
when the calendar was opened (the month and day are
irrelevant in this case).
Notice that the emitted value does not affect the current value in the connected <input>
, which
is only bound to the selection made in the month
view. So if the end user closes the calendar
after choosing a year in multi-view
mode (by pressing the ESC
key, for example), the selected
year, emitted by yearSelected
output, will not cause any change in the value of the date in the
associated <input>
.
The following example uses yearSelected
and monthSelected
outputs to emulate a month and year
picker (if you're not familiar with the usage of MomentDateAdapter
and MAT_DATE_FORMATS
you can read more about them below in
this document to fully understand the example).
The type of values that the datepicker expects depends on the type of DateAdapter
provided in your
application. The NativeDateAdapter
, for example, works directly with plain JavaScript Date
objects. When using the MomentDateAdapter
, however, the values will all be Moment.js instances.
This use of the adapter pattern allows the datepicker component to work with any arbitrary date
representation with a custom DateAdapter
.
See Choosing a date implementation
for more information.
Depending on the DateAdapter
being used, the datepicker may automatically deserialize certain date
formats for you as well. For example, both the NativeDateAdapter
and MomentDateAdapter
allow
ISO 8601 strings to be passed to the datepicker and
automatically converted to the proper object type. This can be convenient when binding data directly
from your backend to the datepicker. However, the datepicker will not accept date strings formatted
in user format such as "1/2/2017"
as this is ambiguous and will mean different things depending on
the locale of the browser running the code.
As with other types of <input>
, the datepicker works with @angular/forms
directives such as
formGroup
, formControl
, ngModel
, etc.
The datepicker popup will automatically inherit the color palette (primary
, accent
, or warn
)
from the mat-form-field
it is attached to. If you would like to specify a different palette for
the popup you can do so by setting the color
property on mat-datepicker
.
There are three properties that add date validation to the datepicker input. The first two are the
min
and max
properties. In addition to enforcing validation on the input, these properties will
disable all dates on the calendar popup before or after the respective values and prevent the user
from advancing the calendar past the month
or year
(depending on current view) containing the
min
or max
date.
The second way to add date validation is using the matDatepickerFilter
property of the datepicker
input. This property accepts a function of <D> => boolean
(where <D>
is the date type used by
the datepicker, see
Choosing a date implementation).
A result of true
indicates that the date is valid and a result of false
indicates that it is
not. Again this will also disable the dates on the calendar that are invalid. However, one important
difference between using matDatepickerFilter
vs using min
or max
is that filtering out all
dates before or after a certain point, will not prevent the user from advancing the calendar past
that point.
In this example the user cannot select any date that falls on a Saturday or Sunday, but all of the dates which fall on other days of the week are selectable.
Each validation property has a different error that can be checked:
min
property will have a matDatepickerMin
error.max
property will have a matDatepickerMax
error.matDatepickerFilter
property will have a matDatepickerFilter
error.The input's native (input)
and (change)
events will only trigger due to user interaction with
the input element; they will not fire when the user selects a date from the calendar popup.
Therefore, the datepicker input also has support for (dateInput)
and (dateChange)
events. These
trigger when the user interacts with either the input or the popup.
The (dateInput)
event will fire whenever the value changes due to the user typing or selecting a
date from the calendar. The (dateChange)
event will fire whenever the user finishes typing input
(on <input>
blur), or when the user chooses a date from the calendar.
As with any standard <input>
, it is possible to disable the datepicker input by adding the
disabled
property. By default, the <mat-datepicker>
and <mat-datepicker-toggle>
will inherit
their disabled state from the <input>
, but this can be overridden by setting the disabled
property on the datepicker or toggle elements. This can be useful if you want to disable text input
but allow selection via the calendar or vice-versa.
By default, clicking on a date in the calendar will select it and close the calendar popup. In some
cases this may not be desirable, because the user doesn't have a quick way of going back if they've
changed their mind. If you want your users to be able to cancel their selection and to have to
explicitly accept the value that they've selected, you can add a <mat-datepicker-actions>
element
inside <mat-datepicker>
with a "Cancel" and an "Apply" button marked with the
matDatepickerCancel
and matDatepickerApply
attributes respectively. Doing so will cause the
datepicker to only assign the value to the data model if the user presses "Apply", whereas pressing
"Cancel" will close popup without changing the value.
The actions element is also supported for <mat-date-range-picker>
where that it is called
<mat-date-range-picker-actions>
and the buttons are called matDateRangePickerCancel
and
matDateRangePickerApply
respectively.
If your users need to compare the date range that they're currently selecting with another range,
you can provide the comparison range start and end dates to the mat-date-range-input
using the
comparisonStart
and comparisonEnd
bindings. The comparison range will be rendered statically
within the calendar, but it will change colors to indicate which dates overlap with the user's
selected range.
Note that comparison and overlap colors aren't derived from the current theme, due
to limitations in the Material Design theming system. They can be customized using the
datepicker-date-range-colors
mixin.
@use '@angular/material' as mat;
@include mat.datepicker-date-range-colors(
hotpink, teal, yellow, purple);
The mat-date-range-picker
supports custom behaviors for range previews and selection. To customize
this, you first create a class that implements MatDateRangeSelectionStrategy
, and then provide
the class via the MAT_DATE_RANGE_SELECTION_STRATEGY
injection token. The following example
uses the range selection strategy to create a custom range picker that limits the user to five-day
ranges.
The datepicker normally opens as a popup under the input. However this is not ideal for touch
devices that don't have as much screen real estate and need bigger click targets. For this reason
<mat-datepicker>
has a touchUi
property that can be set to true
in order to enable a more
touch friendly UI where the calendar opens in a large dialog.
The calendar popup can be programmatically controlled using the open
and close
methods on the
<mat-datepicker>
. It also has an opened
property that reflects the status of the popup.
mat-calendar
inline
If you want to allow the user to select a date from a calendar that is inlined on the page rather
than contained in a popup, you can use <mat-calendar>
directly. The calendar's height is
determined automatically based on the width and the number of dates that need to be shown for a
month. If you want to make the calendar larger or smaller, adjust the width rather than the height.
Internationalization of the datepicker is configured via four aspects:
By default, the MAT_DATE_LOCALE
injection token will use the existing LOCALE_ID
locale code
from @angular/core
. If you want to override it, you can provide a new value for the
MAT_DATE_LOCALE
token:
@NgModule({
providers: [
{provide: MAT_DATE_LOCALE, useValue: 'en-GB'},
],
})
export class MyApp {}
It's also possible to set the locale at runtime using the setLocale
method of the DateAdapter
.
Note: if you're using the MatDateFnsModule
, you have to provide the data object for your
locale to MAT_DATE_LOCALE
instead of the locale code, in addition to providing a configuration
compatible with date-fns
to MAT_DATE_FORMATS
. Locale data for date-fns
can be imported
from date-fns/locale
.
The datepicker was built to be date implementation agnostic. This means that it can be made to work with a variety of different date implementations. However it also means that developers need to make sure to provide the appropriate pieces for the datepicker to work with their chosen implementation.
The easiest way to ensure this is to import one of the provided date modules:
MatNativeDateModule
| Date type | Date |
|---|---|
| Supported locales | en-US |
| Dependencies | None |
| Import from | @angular/material/core |
MatDateFnsModule
(installed via @angular/material-date-fns-adapter
)
| Date type | Date |
|---|---|
| Supported locales | See project for details |
| Dependencies | date-fns |
| Import from | @angular/material-date-fns-adapter |
MatLuxonDateModule
(installed via @angular/material-luxon-adapter
)
| Date type | DateTime |
|---|---|
| Supported locales | See project for details |
| Dependencies | Luxon |
| Import from | @angular/material-luxon-adapter |
MatMomentDateModule
(installed via @angular/material-moment-adapter
)
| Date type | Moment |
|---|---|
| Supported locales | See project for details |
| Dependencies | Moment.js |
| Import from | @angular/material-moment-adapter |
Please note: MatNativeDateModule
is based off the functionality available in JavaScript's
native Date
object.
Thus it is not suitable for many locales. One of the biggest shortcomings of the native Date
object is the inability to set the parse format. We strongly recommend using an adapter based on
a more robust formatting and parsing library. You can use the MomentDateAdapter
or a custom DateAdapter
that works with the library of your choice.
These modules include providers for DateAdapter
and MAT_DATE_FORMATS
.
@NgModule({
imports: [MatDatepickerModule, MatNativeDateModule],
})
export class MyApp {}
Because DateAdapter
is a generic class, MatDatepicker
and MatDatepickerInput
also need to be
made generic. When working with these classes (for example as a ViewChild
) you should include the
appropriate generic type that corresponds to the DateAdapter
implementation you are using. For
example:
@Component({...})
export class MyComponent {
@ViewChild(MatDatepicker) datepicker: MatDatepicker<Date>;
}
By default the MomentDateAdapter
creates dates in your time zone specific locale. You can change the default behaviour to parse dates as UTC by providing the MAT_MOMENT_DATE_ADAPTER_OPTIONS
and setting it to useUtc: true
.
@NgModule({
imports: [MatDatepickerModule, MatMomentDateModule],
providers: [
{provide: MAT_MOMENT_DATE_ADAPTER_OPTIONS, useValue: {useUtc: true}}
]
})
By default the MomentDateAdapter
will parse dates in a
forgiving way. This may result in dates
being parsed incorrectly. You can change the default behaviour to
parse dates strictly by providing
the MAT_MOMENT_DATE_ADAPTER_OPTIONS
and setting it to strict: true
.
@NgModule({
imports: [MatDatepickerModule, MatMomentDateModule],
providers: [
{provide: MAT_MOMENT_DATE_ADAPTER_OPTIONS, useValue: {strict: true}}
]
})
It is also possible to create your own DateAdapter
that works with any date format your app
requires. This is accomplished by subclassing DateAdapter
and providing your subclass as the
DateAdapter
implementation. You will also want to make sure that the MAT_DATE_FORMATS
provided
in your app are formats that can be understood by your date implementation. See
Customizing the parse and display formats for more
information about MAT_DATE_FORMATS
.
@NgModule({
imports: [MatDatepickerModule],
providers: [
{provide: DateAdapter, useClass: MyDateAdapter},
{provide: MAT_DATE_FORMATS, useValue: MY_DATE_FORMATS},
],
})
export class MyApp {}
If you need to work with native Date
objects, but need custom behavior (for example custom date
parsing), you can consider subclassing NativeDateAdapter
.
The MAT_DATE_FORMATS
object is a collection of formats that the datepicker uses when parsing
and displaying dates. These formats are passed through to the DateAdapter
so you will want to make
sure that the format objects you're using are compatible with the DateAdapter
used in your app.
If you want use one of the DateAdapters
that ships with Angular Material, but use your own
MAT_DATE_FORMATS
, you can import the NativeDateModule
or MomentDateModule
. These modules are
identical to the "Mat"-prefixed versions (MatNativeDateModule
and MatMomentDateModule
) except
they do not include the default formats. For example:
@NgModule({
imports: [MatDatepickerModule, NativeDateModule],
providers: [
{provide: MAT_DATE_FORMATS, useValue: MY_NATIVE_DATE_FORMATS},
],
})
export class MyApp {}
To use custom formats with the MomentDateModule
you can pick from the parse formats documented
here and the display formats documented
here.
It is also possible to support multiple parse formats. For example:
@NgModule({
imports: [MatDatepickerModule, MomentDateModule],
providers: [
{
provide: MAT_DATE_FORMATS,
useValue: {
parse: {
dateInput: ['l', 'LL'],
},
display: {
dateInput: 'L',
monthYearLabel: 'MMM YYYY',
dateA11yLabel: 'LL',
monthYearA11yLabel: 'MMMM YYYY',
},
},
},
],
})
export class MyApp {}
The header section of the calendar (the part containing the view switcher and previous and next
buttons) can be replaced with a custom component if desired. This is accomplished using the
calendarHeaderComponent
property of <mat-datepicker>
. It takes a component class and constructs
an instance of the component to use as the header.
In order to interact with the calendar in your custom header component, you can inject the parent
MatCalendar
in the constructor. To make sure your header stays in sync with the calendar,
subscribe to the stateChanges
observable of the calendar and mark your header component for change
detection.
The various text strings used by the datepicker are provided through MatDatepickerIntl
.
Localization of these messages can be done by providing a subclass with translated values in your
application root module.
@NgModule({
imports: [MatDatepickerModule, MatNativeDateModule],
providers: [
{provide: MatDatepickerIntl, useClass: MyIntl},
],
})
export class MyApp {}
If you want to apply one or more CSS classes to some dates in the calendar (e.g. to highlight a
holiday), you can do so with the dateClass
input. It accepts a function which will be called
with each of the dates in the calendar and will apply any classes that are returned. The return
value can be anything that is accepted by ngClass
.
The MatDatepicker
pop-up uses the role="dialog"
interaction pattern. This dialog then contains
multiple controls, the most prominent being the calendar itself. This calendar implements the
role="grid"
interaction pattern.
Always enable confirmation action buttons. This allows assistive technology users to explicitly confirm their selection before committing a value.
The MatDatepickerInput
and MatDatepickerToggle
directives both apply the aria-haspopup
attribute to the native input and button elements, respectively.
MatDatepickerIntl
includes strings that are used for aria-label
attributes. Always provide
the datepicker text input a meaningful label via <mat-label>
, aria-label
, aria-labelledby
or
MatDatepickerIntl
.
Always communicate the date format (e.g. 'MM/DD/YYYY'). This can be accomplished using <mat-hint>
or by providing an additional label adjacent to the form field.
MatDatepickerInput
adds >Alt + Down Arrow as a keyboard short to open the
datepicker pop-up. However, ChromeOS intercepts this key combination at the OS level such that the
browser only receives a PageDown
key event. Because of this behavior, you should always include an
additional means of opening the pop-up, such as MatDatepickerToggle
.
The datepicker supports the following keyboard shortcuts:
| Keyboard Shortcut | Action |
|---|---|
| Alt + Down Arrow | Open the calendar pop-up |
| Escape | Close the calendar pop-up |
In month view:
| Shortcut | Action |
|---|---|
| Left Arrow | Go to previous day |
| Right Arrow | Go to next day |
| Up Arrow | Go to same day in the previous week |
| Down Arrow | Go to same day in the next week |
| Home | Go to the first day of the month |
| End | Go to the last day of the month |
| Page up | Go to the same day in the previous month |
| Alt + Page up | Go to the same day in the previous year |
| Page Down | Go to the same day in the next month |
| Alt + Page Down | Go to the same day in the next year |
| Enter | Select current date |
In year view:
| Shortcut | Action |
|---|---|
| Left Arrow | Go to previous month |
| Right Arrow | Go to next month |
| Up Arrow | Go up a row (back 4 months) |
| Down Arrow | Go down a row (forward 4 months) |
| Home | Go to the first month of the year |
| End | Go to the last month of the year |
| Page Up | Go to the same month in the previous year |
| Alt + Page up | Go to the same month 10 years back |
| Page Down | Go to the same month in the next year |
| Alt + Page Down | Go to the same month 10 years forward |
| Enter | Select current month |
In multi-year view:
| Shortcut | Action |
|---|---|
| Left Arrow | Go to previous year |
| Right Arrow | Go to next year |
| Up Arrow | Go up a row (back 4 years) |
| Down Arrow | Go down a row (forward 4 years) |
| Home | Go to the first year in the current range |
| End | Go to the last year in the current range |
| Page up | Go back 24 years |
| Alt + Page up | Go back 240 years |
| Page Down | Go forward 24 years |
| Alt + Page Down | Go forward 240 years |
| Enter | Select current year |
This error is thrown if you have not provided all of the injectables the datepicker needs to work.
The easiest way to resolve this is to import the MatNativeDateModule
or MatMomentDateModule
in
your application's root module. See
Choosing a date implementation) for
more information.
This error is thrown if more than one <input>
tries to claim ownership over the same
<mat-datepicker>
(via the matDatepicker
attribute on the input). A datepicker can only be
associated with a single input.
This error occurs if your <mat-datepicker>
is not associated with any <input>
. To associate an
input with your datepicker, create a template reference for the datepicker and assign it to the
matDatepicker
attribute on the input:
<input [matDatepicker]="picker">
<mat-datepicker #picker></mat-datepicker>


Sage is an open source mathematical project using Python that I have used several times in my research.
Ravi Vakil’s book about algebraic geometry was very influential on me as I was trying to get into the subject.
WolframAlpha is nice if you need to quickly evaluate an integral or something.
Macaulay2 is a computer system for doing computational algebraic geometry that has been useful to me.
I am on Math Overflow and Math Stack Exchange.


Welcome to the To-Do-List Web Application!
Please select what you would like to do with the list
Create a new List
View created lists
Update created lists
Delete created lists


I, "The BoneMaster", have been perfecting my style of BBQ for about 15 years, and have been proudly serving friends and family all of my delicious creations for as long as I can remember.
In July of 2012 a friend contacted me about a BBQ contest that was taking place at a local festival, Gretna Days. I was hesitant, but after some persuasion from my wife, I nervously decided to enter the contest. I spent 30 hours working through the night preparing, smoking, serving, and anxiously awaiting the outcome. The excitement wasn't just for the outcome, but also for the chance to have so many random people try my food, and to hear honest responses from people other than those closest to me.
Finally, the results were in...I secured three of the five first place trophies along with the coveted Grand Champion "People's Choice" Award! The people's choice award alone speaks volumes for me and I'm very proud of that one in particular. All in all, I thought I had a pretty good showing for my first competition entered. After such a fantastic win I decided to make my own brand of barbeque available to the public, and here we are!


Synopsis
ecolab.get x y
Create TCL method for accessing the internals of cell . The new commands look like array elements, eg
ecolab(1,0).density


Are the boxes correct?
Note: Each green box should cover only one letter/character. If two characters are inside one, then please rewrite it with appropriate spacing.


I was a creative kid. So drawn was I to art and craft that I spent time making handicrafts out of waste material at home. As I grew up, I chose to graduate in humanities and took up a degree in fine arts. Inclination was unknown so I took up different courses. I completed a beautician course, a stitching and embroidery course from Dehradun, learnt making wax bonsai plants and aluminum sheet embossing. I realized that the institute from which you learn is not important if you have the drive and creativity to keep going. I have also learnt Crochet threadwork, U - pin – wool work done with crochet, shuttle - a type of knitting. Shuttle is used for making different types of laces. Apart from what I learnt in university; I also took up an oil painting course.
Experienced in all art media, craft and embroidery work
The techniques used for creating art are ever evolving and to stay ahead in the game, one must be willing to adapt.
Be it teaching in schools or taking individual art classes, I have done it all. It takes pateince and commpassion to help create a masterpiece.
I invested time in learning fabric painting, pencil shading, charcoal painting, and ceramic work on my own. It does take time and a lot of experimentation but after practice one gets the hold. Art school taught me watercolor and oil painting. To this date I prefer watercolor over other mediums. The texture and natural look appeal to me. I believe art must reflect our surroundings. Every object can be converted into something artsy. Art, to me, is an important aspect of life. Apart from formal training as an artist, I have also been conducting art and craft classes at home and calligraphy classes for kids. I have also organized baking, ice-cream making, ceramic work, fabric painting and oil painting classes for ladies and young girls. As I am passionate about cooking, I keep experimenting and innovating new dishes as well.


BREAKdaWALLS
BREAKdaWALLS
GREETINGS PROFESSOR FALKEN,
SHALL WE PLAY A GAME?
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and the fun will begin.
GamerTAG or e-mail:
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This is a sample JavaScript application hosted on github using
RequireJS,
Publisher,
jQuery,
Dust,
QUnit,
QUnit-TAP and
PhantomJS. Addy Osmani has a great article describing some of the challenges this application attempts to overcome. Download it from github and read through the app/js
source, I hope it'll be insightful. The repository also contains a README about all the application utilities for testing / building / etc.
Yes, this could be done in less than 100 lines of jQuery inside a domready function. The point is to demonstrate how to build an application that can scale to something really complex. Note that every module is small, and every method is tiny. It's easy to find and fix a bug in three lines of code.
Writing modules with RequireJS helps keep code organized both in the file system and in the business-logic of the application. During development, files are loaded asynchronously in the browser. This makes adding new modules completely painless, removing the temptation to do too much in one place (too many verbs, not enough nouns). The moment you recognize a pattern, you can create a new module without a fuss: no configuration, no build scripts. Debugging is great too, since each file is loaded individually.
In production, RequireJS optimizes the application by combining all of the modules into a single, compressed file--without requiring any changes to the application.
Often, your modules start requiring other modules that aren't really dependencies but rather interactions: if you wave, I'll say Hello!, but you should be able to wave without knowing every person in the world you may ever wave to. You should also be able to wave even if I die. Making each module aware of the others leads to tightly-coupled code that gets error prone and really difficult to maintain. Enter publisher.
Some modules have hard dependencies that make sense but keeping dependencies to a minimum provides more reuse. Rather than coupling our modules together and adding a lot of dependencies, publisher can connect the modules together. The modules don't even need to know about the publisher object. The lib
directory contains the modules, the src
directory defines how the modules interact with each other.
Building an application this way makes deciding where things go easy. If the list needs to change when something happens, then you edit the list.js files. Easy as that.
Not much to say here. The world's most popular, simple, and functional DOM library. In this app, it's been adjusted to work as an AMD module.
Dust provides asynchronous, mustache-like templating for node and the browser. The templates are compiled into simple functions, so rendering is impressively fast.
Rather than keeping templates in JavaScript strings or <script type="text/html" id="myTemplate"></script>
tags, the templates live in the views
folder. The app has a compiletemplates
script that uses dust's server-side ability to compile the functions into JavaScript strings for inclusion in the browser. There's also a script that watches for changes so it gets compiled as the views are developed.
QUnit provides a great interface, and simple syntax for testing. TAP is a great testing protocol that is gaining momentum in the JavaScript community. You can open up test.html
to test in the browser, but sometimes you want to script your testing, consume the output, etc. PhantomJS is a headless WebKit with a JavaScript API. The exact tests run in the browser can be run from the command line or a script. If you have it installed, run $ runtests
in the root of this repository.


--- title: "Images" date: 2021-04-29T16:00:58+02:00 draft: false main_title: "Tailwind images" subheading: "" seo_title: "Tailwind images - examples & templates" description: "Responsive images built with Tailwind. MAdditional classes for images that will make your pictures responsive and more beautiful." image: "" video: "" url: "/docs/standard/components/images/" menu: components: name: "Images" --- {{< example lang="html" title="Simple rounded">}}


litelist v0.0.1 Litelist.ImageUploader.Type
Link to this section Summary
Functions
Casts the given input to the custom type
Dumps the given term into an Ecto native type
Loads the given term into a custom type
Returns the underlying schema type for the custom type
Link to this section Functions
Casts the given input to the custom type.
This callback is called on external input and can return any type,
as long as the dump/1
function is able to convert the returned
value into an Ecto native type. There are two situations where
this callback is called:
- When casting values by
Ecto.Changeset
- When passing arguments to
Ecto.Query
Callback implementation for Ecto.Type.cast/1
.
Dumps the given term into an Ecto native type.
This callback is called with any term that was stored in the struct and it needs to validate them and convert it to an Ecto native type.
Callback implementation for Ecto.Type.dump/1
.
Loads the given term into a custom type.
This callback is called when loading data from the database and
receive an Ecto native type. It can return any type, as long as
the dump/1
function is able to convert the returned value back
into an Ecto native type.
Callback implementation for Ecto.Type.load/1
.
Returns the underlying schema type for the custom type.
For example, if you want to provide your own date
structures, the type function should return :date
.
Note this function is not required to return Ecto primitive types, the type is only required to be known by the adapter.
Callback implementation for Ecto.Type.type/0
.


impactr is an R package whose main goal is to process raw accelerometer data into mechanical loading-related variables. It contains functions to read the raw data, process the accelerometer signal and to predict some mechanical loading variables such as ground reaction force (GRF) and loading rate (LR). Currently it only works with raw accelerometer data from triaxial ActiGraph accelerometers stored as csv files, but with plans to expand the support for more accelerometer brands and file types.
This vignette provides a short introduction on how to use impactr, guiding you through each of the functions necessary to operate it. If anything is not clear in the package documentation, please let us know by creating an issue in GitHub following this link.
Before we begin, the package needs to be installed and then loaded into your R session.
If you don’t have much experience using R, we recommend you to install the latest impactr release from CRAN, by running:
install.packages("impactr")
After the package is installed, it should be loaded into your R session:
The first step is to read the raw accelerometer data into R. We do it by using the read_acc()
function specifying the path to the csv file containing the raw accelerometer data:
read_acc("path/to/file")
Remember that currently impactr only accepts raw data from triaxial ActiGraph accelerometers. In the raw data, acceleration values are stored as gravitational acceleration units (1g = 9.81m·s-2).
To show the package functionalities, impactr provides some short example files. The name of these files are shown when running:
impactr_example()
#> [1] "hip-raw.csv"
When entering one of these file names as an argument to the impactr_example()
function, we obtain the path to the example data, and can pass it to read_acc()
:
acc_data <- read_acc(impactr_example("hip-raw.csv"))
The output of this function was assigned to the acc_data
object with the R’s assignment operator (<-
).
We can, then, inspect this object.
acc_data
#> # Start time: 2021-04-06 15:43:00
#> # Sampling frequency: 100Hz
#> # Accelerometer placement: Non-specified
#> # Subject body mass: Non-specified
#> # Filter: No filter applied
#> # Data dimensions: 30,000 × 4
#> timestamp acc_X acc_Y acc_Z
#> <dttm> <dbl> <dbl> <dbl>
#> 1 2021-04-06 15:43:00 0.262 -0.688 0.063
#> 2 2021-04-06 15:43:00 0.25 -0.727 0.039
#> 3 2021-04-06 15:43:00 0.254 -0.816 0.191
#> 4 2021-04-06 15:43:00 0.258 -0.891 0.367
#> 5 2021-04-06 15:43:00 0.281 -0.914 0.344
#> 6 2021-04-06 15:43:00 0.316 -0.922 0.23
#> 7 2021-04-06 15:43:00 0.32 -0.891 0.203
#> 8 2021-04-06 15:43:00 0.332 -0.926 0.109
#> 9 2021-04-06 15:43:00 0.363 -1.02 0.168
#> 10 2021-04-06 15:43:00 0.418 -0.996 0.387
#> # … with 29,990 more rows
It shows the data with four columns – one for the timestamp and one for each of the accelerometer axes (X, Y and Z) – and a 6-line header with metadata. Among this metadata is the accelerometer data start time and sampling frequency, extracted from the csv file header, and also information about the accelerometer placement and the subject body mass, that are needed for applying the mechanical loading prediction models. It also shows information about the filter applied to the accelerometer signal and the data dimensions (30000 rows and 4 columns in this case).
Remember that, when using this function to read your own data, you need to specify the correct path to it. For example, if you have a file named id_001_raw_acceleration.csv
inside the accelerometer_data
folder in your Desktop
, you need to write the path to it:
define_region()
is an optional function to be used when you only want to analyse a specify portion of your data. To use it, you must specify the start and end time of your region of interest to the start_time
and end_time
arguments, along with the data read by the read_acc()
function to the data
argument:
acc_data <- define_region(
data = acc_data,
start_time = "2021-04-06 15:45:00",
end_time = "2021-04-06 15:46:00"
)
acc_data
#> # Start time: 2021-04-06 15:43:00
#> # Sampling frequency: 100Hz
#> # Accelerometer placement: Non-specified
#> # Subject body mass: Non-specified
#> # Filter: No filter applied
#> # Data dimensions: 6,000 × 4
#> timestamp acc_X acc_Y acc_Z
#> <dttm> <dbl> <dbl> <dbl>
#> 1 2021-04-06 15:45:00 -0.148 -1.05 0.094
#> 2 2021-04-06 15:45:00 -0.098 -1.08 0.176
#> 3 2021-04-06 15:45:00 -0.055 -1.11 0.234
#> 4 2021-04-06 15:45:00 -0.035 -1.12 0.254
#> 5 2021-04-06 15:45:00 -0.02 -1.11 0.23
#> 6 2021-04-06 15:45:00 -0.004 -1.09 0.184
#> 7 2021-04-06 15:45:00 0.004 -1.06 0.152
#> 8 2021-04-06 15:45:00 -0.004 -1.08 0.152
#> 9 2021-04-06 15:45:00 0.008 -1.15 0.176
#> 10 2021-04-06 15:45:00 0.039 -1.20 0.195
#> # … with 5,990 more rows
Apart from the raw accelerometer data, the mechanical loading prediction models need informations regarding the accelerometer body placement and the subject body mass. These informations are provided to impactr by the function specify_parameters()
:
acc_data <- specify_parameters(
data = acc_data, acc_placement = "hip", subj_body_mass = 78
)
acc_data
#> # Start time: 2021-04-06 15:43:00
#> # Sampling frequency: 100Hz
#> # Accelerometer placement: Hip
#> # Subject body mass: 78kg
#> # Filter: No filter applied
#> # Data dimensions: 6,000 × 4
#> timestamp acc_X acc_Y acc_Z
#> <dttm> <dbl> <dbl> <dbl>
#> 1 2021-04-06 15:45:00 -0.148 -1.05 0.094
#> 2 2021-04-06 15:45:00 -0.098 -1.08 0.176
#> 3 2021-04-06 15:45:00 -0.055 -1.11 0.234
#> 4 2021-04-06 15:45:00 -0.035 -1.12 0.254
#> 5 2021-04-06 15:45:00 -0.02 -1.11 0.23
#> 6 2021-04-06 15:45:00 -0.004 -1.09 0.184
#> 7 2021-04-06 15:45:00 0.004 -1.06 0.152
#> 8 2021-04-06 15:45:00 -0.004 -1.08 0.152
#> 9 2021-04-06 15:45:00 0.008 -1.15 0.176
#> 10 2021-04-06 15:45:00 0.039 -1.20 0.195
#> # … with 5,990 more rows
The supported accelerometer placements are “ankle”, “back” or “hip” and the body mass must be given as kilograms. Notice that these informations are added to the data header.
The raw accelerometer data can be digitally filtered to reduce noise. The filter_acc()
function does it by getting the coefficients of a Butterworth digital filter and applying it twice (forwards and backwards) to the acceleration signal. The simplest way to use it is to call the filter_acc()
function supplying only the accelerometer data:
acc_data <- filter_acc(data = acc_data)
acc_data
#> # Start time: 2021-04-06 15:43:00
#> # Sampling frequency: 100Hz
#> # Accelerometer placement: Hip
#> # Subject body mass: 78kg
#> # Filter: Butterworth (4th-ord, low-pass, 20Hz)
#> # Data dimensions: 6,000 × 4
#> timestamp acc_X acc_Y acc_Z
#> <dttm> <dbl> <dbl> <dbl>
#> 1 2021-04-06 15:45:00 -0.0900 -0.742 0.0878
#> 2 2021-04-06 15:45:00 -0.102 -1.08 0.171
#> 3 2021-04-06 15:45:00 -0.0768 -1.20 0.235
#> 4 2021-04-06 15:45:00 -0.0375 -1.16 0.253
#> 5 2021-04-06 15:45:00 -0.00870 -1.09 0.229
#> 6 2021-04-06 15:45:00 0.000810 -1.06 0.188
#> 7 2021-04-06 15:45:00 -0.00329 -1.07 0.156
#> 8 2021-04-06 15:45:00 -0.00753 -1.10 0.148
#> 9 2021-04-06 15:45:00 0.00602 -1.14 0.166
#> 10 2021-04-06 15:45:00 0.0510 -1.19 0.206
#> # … with 5,990 more rows
This function lets you select the order, cut-off frequency and type of the Butterworth filter (more details in the function documentation help(filter_acc)
). To better reproduce the conditions in which the models validation were performed, we suggest you not to change the default values of order
, cutoff
and type
arguments, unless you have a strong reason to do so.
The mechanical loading prediction models included in impactr work with either the acceleration vertical vector or the resultant vector computed as the Euclidean norm of the three vectors \((r = \sqrt{X^2 + Y^2 + Z^2})\). To compute the resultant you can use the use_resultant()
function:
acc_data <- use_resultant(data = acc_data)
acc_data
#> # Start time: 2021-04-06 15:43:00
#> # Sampling frequency: 100Hz
#> # Accelerometer placement: Hip
#> # Subject body mass: 78kg
#> # Filter: Butterworth (4th-ord, low-pass, 20Hz)
#> # Data dimensions: 6,000 × 5
#> timestamp acc_X acc_Y acc_Z acc_R
#> <dttm> <dbl> <dbl> <dbl> <dbl>
#> 1 2021-04-06 15:45:00 -0.0900 -0.742 0.0878 0.753
#> 2 2021-04-06 15:45:00 -0.102 -1.08 0.171 1.10
#> 3 2021-04-06 15:45:00 -0.0768 -1.20 0.235 1.22
#> 4 2021-04-06 15:45:00 -0.0375 -1.16 0.253 1.18
#> 5 2021-04-06 15:45:00 -0.00870 -1.09 0.229 1.11
#> 6 2021-04-06 15:45:00 0.000810 -1.06 0.188 1.07
#> 7 2021-04-06 15:45:00 -0.00329 -1.07 0.156 1.08
#> 8 2021-04-06 15:45:00 -0.00753 -1.10 0.148 1.11
#> 9 2021-04-06 15:45:00 0.00602 -1.14 0.166 1.15
#> 10 2021-04-06 15:45:00 0.0510 -1.19 0.206 1.21
#> # … with 5,990 more rows
This function add a new column acc_R
with the resultant acceleration values. We suggest to utilise this function after filter_acc()
, otherwise the resultant vector computation will use the non-filtered acceleration signal.
To apply the prediction models, the peaks in the acceleration signal should be found. The find_peaks()
function does it and returns the timestamp of the peak in a column and its magnitude in another. The vector
argument controls in which vector the peaks should be found and can be set to either vertical
, resultant
or all
.
acc_data <- find_peaks(data = acc_data, vector = "resultant")
acc_data
#> # Start time: 2021-04-06 15:43:00
#> # Sampling frequency: 100Hz
#> # Accelerometer placement: Hip
#> # Subject body mass: 78kg
#> # Filter: Butterworth (4th-ord, low-pass, 20Hz)
#> # Data dimensions: 32 × 2
#> timestamp resultant_peak_acc
#> <dttm> <dbl>
#> 1 2021-04-06 15:45:00 1.32
#> 2 2021-04-06 15:45:01 1.36
#> 3 2021-04-06 15:45:04 1.30
#> 4 2021-04-06 15:45:04 2.32
#> 5 2021-04-06 15:45:05 1.50
#> 6 2021-04-06 15:45:06 1.68
#> 7 2021-04-06 15:45:06 1.51
#> 8 2021-04-06 15:45:07 1.96
#> 9 2021-04-06 15:45:08 1.37
#> 10 2021-04-06 15:45:08 1.86
#> # … with 22 more rows
As with filter_acc()
, find_peaks()
default values of the minimum height (min_height
) and distance (min_dist
) of the peaks are set to replicate the values used in the calibration study. You should only change them if you have a strong reason to.
Finally, the predict_loading()
is used to predict the mechanical loading variables based on the acceleration signal. Currently, impactr provides models to predict ground reaction force (GRF) and loading rate (LR) of the resultant vector and its vertical component with a models validated in walking and running activities. The outcome
, vector
and model
arguments are used to control this parameters. More details regarding the values accepted by these paremeters can be found in the function documentation (help(predict_loading)
).
predict_loading(
data = acc_data,
outcome = "grf",
vector = "resultant",
model = "walking/running"
)
#> # Start time: 2021-04-06 15:43:00
#> # Sampling frequency: 100Hz
#> # Accelerometer placement: Hip
#> # Subject body mass: 78kg
#> # Filter: Butterworth (4th-ord, low-pass, 20Hz)
#> # Data dimensions: 32 × 3
#> timestamp resultant_peak_acc resultant_peak_grf
#> <dttm> <dbl> <dbl>
#> 1 2021-04-06 15:45:00 1.32 1387.
#> 2 2021-04-06 15:45:01 1.36 1392.
#> 3 2021-04-06 15:45:04 1.30 1384.
#> 4 2021-04-06 15:45:04 2.32 1521.
#> 5 2021-04-06 15:45:05 1.50 1412.
#> 6 2021-04-06 15:45:06 1.68 1435.
#> 7 2021-04-06 15:45:06 1.51 1412.
#> 8 2021-04-06 15:45:07 1.96 1473.
#> 9 2021-04-06 15:45:08 1.37 1393.
#> 10 2021-04-06 15:45:08 1.86 1459.
#> # … with 22 more rows
As can be seen above, predict_loading()
adds columns to the supplied data
corresponding to the outcome
and vector
specified in the arguments. Note that GRF are expressed as newton (N) and LR as newton per second (N·s-1)
impactr helps you to move from the raw accelerometer data to discrete estimates of mechanical loading variables in an easy way. All the functions necessary to this analysis are described above in a step-by-step manner. These functions were also designed to be used with pipe operators (either of the magrittr
package or the base R package for R version >= 4.1.0). By using the pipe, the output of a function call is passed directly to the next, avoiding nested function calls or the need to assign local variables. Below are examples the whole analysis assigning local variables in intermediate steps and using the base R pipe:
# Using intermediate steps
acc_data <- read_acc(impactr_example("hip-raw.csv"))
acc_data <- specify_parameters(
data = acc_data, acc_placement = "hip", subj_body_mass = 78
)
acc_data <- filter_acc(data = acc_data)
acc_data <- use_resultant(data = acc_data)
acc_data <- find_peaks(data = acc_data, vector = "resultant")
acc_data <- predict_loading(
data = acc_data,
outcome = "grf",
vector = "resultant",
model = "walking/running"
)
# Using the base R pipe operator
read_acc(impactr_example("hip-raw.csv")) |>
specify_parameters(acc_placement = "hip", subj_body_mass = 78) |>
filter_acc() |>
use_resultant() |>
find_peaks(vector = "resultant") |>
predict_loading(
outcome = "grf",
vector = "resultant",
model = "walking/running"
)


var person: Person?
OPTIONAL Person to be assigned to MessagingStyle.Message Use this for assign a Person created outside of this block
See Also
MessagingStyle.Message.getPerson
Getter
OPTIONAL Person to be assigned to MessagingStyle.Message Use this for assign a Person created outside of this block
Getter See Also
MessagingStyle.Message.getPerson
Setter
OPTIONAL Person to be assigned to MessagingStyle.Message Use this for assign a Person created outside of this block
Setter See Also
MessagingStyle.Message.getPerson
inline fun person(block: PersonBlock): Unit
OPTIONAL PersonBlock for create Person for the MessagingStyle.Message Default person will be inherited from MessagingStyle
See Also


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This horizontally-scrolling list is set for right-to-left text layout, as in languages like Arabic and Hebrew. Accordingly, the list starts on the right and goes to the left. The Left and Right arrow keys are sensitive to the text direction, so still work as expected. The Home and End keys select the rightmost and leftmost items, respectively (the opposite of what they would do in left-to-right text).


{% extends "page.html" %} {% load static %} {% block head %} {% endblock %} {% block content %}
If you are interested in future study components or engagement with analytic tools, we will contact you if you indicated such interest in the intake questionnaire.
If you are interested in working on developing these analytic tools, which are free and open source, please see the DARPA open catalogue
{% endblock %}


A little bit of text, just to have something else to read on the page.
We should see what a button focus looks like too...
Oh, and links too...
I'm a link, but I don't go anywhere cause this is a test.


'Shakespeare in Love' (1998)
A movie review by Walter Frith
Member of the 'Online Film Critics Society' http://ofcs.org/ofcs/
One of the most flawless films of 1998 has arrived and it is called 'Shakespeare in Love'. This is high spirited entertainment that is rousing and the best thing about it is that it treats the time that it's set in (the 16th century) with all the understanding of the 20th century in terms of its use of dialogue. It isn't a high brow period piece where you need an interpreter of Shakespearean literature to translate everything for you. The majority of the words spoken are comprehensible for the layman and enough to hopefully satisfy even the most radical fan of the most influential writer of all time. Having said that, it should also be noted that there are no real stars in the picture, giving it a great look of authenticity and believing that the people you are seeing are indeed the characters they're playing and not themselves. I man wiser than I once said, "Give me no stars, just talent." This is where you'll find it.
The film is a fictional romp of how the influences in Shakespeare's own life were the inspiration to finalize his play of 'Romeo and Juliet'. Given another title originally in the film, it doesn't sound right to most and the final title rolls off the tongue with anticipation for those wishing to see it.
Gwyneth Paltrow is Viola, the daughter of a wealthy man and her marriage is arranged and she is to marry Lord Wessex (Colin Firth), a man of little warm emotion and who has plenty of cold domineering sides to his personality and a man whom Viola can't stand. Her heart belongs to Will Shakespeare (Joseph Fiennes). The two meet and fall in love and are inseparable just as Romeo and Juliet were. What's amusing in all of this is the fact that at the time, Shakespeare was not regarded, as the film states, as a great literary giant of his time but as a struggling writer whose plays were always approached with crossing fingers for success. My, how things have changed based on the film's message here.
There is an assorted cast of characters in this film that give it the free spirit it needs so as not to be bogged down with the assuming slow pace of a romance. This film has the cocky one (Ben Affleck). He's an actor who demands perfection and decides who is fit to work with him. Ohhh, the stiff upper lip of him. Really! There is the clownish one (Geoffery Rush). As an Oscar winning actor who shined in 'Shine', this is a role that Rush can have a ball with. He plays the buffoonish owner of the Rose theatre. A man who weasels out of paying off the extortionists and always snivels with good intentions. There is the deadly serious Queen Elizabeth (Judi Dench), whom we can't take our eyes of of not because of the way she looks but by the way she speaks. If modern day school teachers were like her, the education system would get a gold star. Other actors who could have had larger and more memorable roles are Tom Wilkinson ('The Full Monty'), Rupert Everett ('My Best Friend's Wedding'), and Simon Callow ('Four Weddings and a Funeral'. He was the funeral.) Their under written parts don't take away from the rest of the film because they aren't major players but they are interesting nevertheless.
One of the producers of this film is Edward Zwick, director of 'The Siege', 'Courage Under Fire', 'Legends of the Fall', and 'Glory'. His influence over this film's production brings a smooth mix to it which gives it the fluid filming it needs to win over the majority of film audiences which I believe it will.
The film is directed by John Madden and written by Marc Norman and Tom Stoppard and for this movie to make its mark so well in putting aside the rigid elements of a Shakespearean play for which mainstream lovers of the arts have been known to mock and not understand it fully, this is a film for which all can enjoy and re-inventing Shakespeare by taking poetic license in a fictional account of his life is better and more acceptable than re-writing any of his work. That task would not be acceptable anywhere. One of 1998's best films and a worthy candidate for a Best Picture Oscar nomination.
OUT OF 5 > * * * * *
Visit FILM FOLLOW-UP by Walter Frith http://www.cgocable.net/~wfrith/movies.htm
<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
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Related links: index of all rec.arts.movies.reviews reviews


HTML uses lots of different tags to make text content appear in a certain way.
For example the word bold with no tag looks like any other word until a bold tag is used.
This is what a bold tag looks like
Other examples of HTML can be found at W3Schools"
When someone wants to access the web they do so through a browser such as google chrome. A broweser converts the HTML into what we can see on the computer screen.
The HTML files are sent from servers via the internet using a protocol called HTTP
A server is just a computer like you have at home but normally kept in a datacentre


TREES LOUNGE A film review by Paul Miller Copyright 1997 Paul Miller
Trees Lounge is the directoral debut from one of my favorite actors, Steve Buscemi. He gave memorable performences in In the Soup, Fargo, and Reservoir Dogs. Now he tries his hand at writing, directing and acting all in the same flick.
The movie starts out awfully slow with Tommy(Buscemi) hanging around a local bar the "Trees Lounge" and him pestering his brother.   Well put.
The story starts to take off when his uncle dies, and Tommy, not having a job, decides to drive an ice cream truck. Well, the movie starts to pick up with him finding a love interest in a 17 year old girl named Debbie (Chloe Sevigny) and...
I liked this movie alot even though it did not reach my expectation. After you've seen him in Fargo and Reservoir Dogs, you know he is capable of a better performence. I think his brother, Michael, did an excellent job for his debut performence.
Mr. Buscemi is off to a good career as a director!
*** (out of four) __________ Paul's scale
**** - A classic *** - Excellent ** - Average, ok * - CRAP
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


A very short one this week, not a lot of reading has been done at all (blame Control!).
Commentary and blogs
Have you ever wondered if the people around you know how to cater to the needs of nurturing and developing a data scientist? Well now you can throw a report in their laps and ask them to read something which will help!
- Monzo are trying to use machine learning to help them operate. The biggest problem they face is that they need answers yesterday. Here one of their employees discusses how they can develop and deliver on machine learning insights fast enough to be useful
- An ‘AI first’ approach to biology. I think this kind of thing may become more common amongst experimental scientists.
News roundup
- The coverage of ML applications in mainstream media has steadily been growing. Wired have recently posted about how brittle ML models are
- Quantum searches (quantum algorithm for searching which can reduce the number of steps for the search) may actually be a property of nature
- In a related topic, we now also have the theory behind a Quantum CNN
- AI is still not great at image classification. If we can improve it, then we may be able to have a real effect in improving disaster response
Research
- As ML applications become more widespread and are used to monitor people and their movements there is a large drive to develop countermeasures to make sure that we don’t end up in 1984. This deep privacy paper is a nice start to masking people’s faces live.
- Have a need to formally verify your NLP model? Try interval bound propogation
Tools of the trade
Not really a technical tool this week. I was having a conversation with a friend (IRL) who was trying their hardest to get their head around some extremely complicated maths and were struggling to really understand it. They had never heard of the Feynman technique and its worked wonders for them. I can imagine that it may be new to some of you as well but it is a great way to make sure that you absolutely understand something.
Origin of the title
You may have heard of this book, it is by Dr. Seuss and is the magnificent Green Eggs and Ham. My daughter loves listening to me trying to read it as fast as I can and flubbing my way through the latter half!


Add | Develope | Test | multiple Projects at one Place
Project Viewer is a container Application, where independent angular Projects can be added as modules. These Projects can be developed tested independently. Each projects's home page is available from the main Navigation
Please download, SVN checkout or git Project Viewer and its all Projects' Source Code and contibute to the Project.
Step 1: Add a folder under "subprojects/etc" for Script files
For Example: For creating a Project "myProject"
-- subProjects
-- etc
-- myProject
-- your own sub folder structure
Step 2: Add s folder under "subprojects/pages" for all markup (templates, html etc.) files
For Example: For creating a Project "myProject"
-- subProjects
-- pages
-- myProject
-- your own sub folder structure
Step 3: inject "your project module name" into the pvApp module in the base.js file
Step 4: Add a landing state in the pvApp modules config in the base.js file
Step 5: Add a Navigation Item in main navigation in the index.html
Step 6: add references of all JS files you create, in index.html of root of the project using <script> tag
Step 7: Start creating your module config, states, controllers, pages, templates, services etc.
HAPPY ANGULAR PROGRAMMING


Boxy, the Unsupervised Llamas, and the Bosch Small Traffic Lights Dataset were all created as part of research within Bosch's automated driving team.
Bosch's automated driving team covers research and development in sensor hardware and software, perception, sensor fusion, localization, mapping, testing, simulation, prediction, behavior generation, trajectory planning, and motion planning. As shown here, scientific publications are possible as part of working on pushing the state-of-the-art in automated driving.