Quad SPI words¶
The Quad SPI interface is written for the STM32F746 DISCOVERY board. It maps Quad SPI flash to the addressing space at qspi-base
. It also provides means for writing bytes, halfwords, words, and arbitrary buffers containing bytes to flash and erasing 4K and 32K subsectors, 64K sectors, and the entire flash. Note that even though internally they require turning off memory-mapped Quad SPI mode, it is automatically turned back on when they are complete, and they are hidden from all other tasks (however they significantly impact realtime performance due to being slow while requiring interrupts to be turned off).
qspi
¶
The following words are in qspi
:
qspi-base
¶
( – addr )
Returns the base address of the Quad SPI memory mapped space.
qspi-size
¶
( – bytes )
Returns the size of the Quad SPI flash space in bytes.
qspi-inited?
¶
( – flag )
Returns whether Quad SPI is initialized - should always be true after system initialization.
map-qspi-enabled?
¶
( – flag )
Returns whether mapping Quad SPI to memory is enabled - should always be true after system initialization.
x-invalid-qspi-addr
¶
( – )
Invalid Quad SPI address exception.
qspi!
¶
( x addr – )
Writes a 32-bit value in little-endian order to Quad SPI flash at the address corresponding to the specified address in memory-mapped Quad SPI space; note that it has to be 32-bit aligned.
hqspi!
¶
( h addr – )
Writes a 16-bit value in little-endian order to Quad SPI flash at the address corresponding to the specified address in memory-mapped Quad SPI space; note that it has to be 16-bit aligned.
bqspi!
¶
( b addr – )
Writes a 8-bit value to Quad SPI flash at the address corresponding to the specified address in memory-mapped Quad SPI space; note that it has to be 16-bit aligned.
mass-qspi!
¶
( data-addr bytes addr – )
Writes an arbitrary number of bytes in the provided buffer to Quad SPIs starting at the specified address in memory-mapped Quad SPI space; note the data can be larger than a write page (and can therefore cross write page boundaries) despite the underlying hardware not allowing this due to this case being handled in sofotware.
erase-qspi-4k-subsector
¶
( addr – )
Erase a 4K flash subsector containing the specified address in memory-mapped Quad SPI space.
erase-qspi-32k-subsector
¶
( addr – )
Erase a 32K flash subsector containing the specified address in memory-mapped Quad SPI space.
erase-qspi-sector
¶
( addr – )
Erase a 64K flash sector containing the specified address in memory-mapped Quad SPI space.
erase-qspi-bulk
¶
( – )
Erase the entire contents of Quad SPI flash.


ENTER YOUR DESIRED TEXT
LET THE A.I.
WORK IT'S MAGIC
GET AUTOMATICALLY
GENERATED MCQ'S
- The algorithm takes average time of around 50 seconds to produce MCQ.
- Our Algorithm may generate some MCQ's that are not upto the mark,
wrong answer choices generated might not be correct for some questions.
- The article must have minimum length of 200 words in order to generate MCQ's.
- These generated MCQ's are most suitable for primary level school kids. Still
working on making more dificult MCQ's.


Welcome to Twitter.
Connect with your friends — and other
fascinating people. Get in-the-moment
updates
on the things that interest you. And watch events
unfold, in real time,
from every angle.
Connect with your friends — and other
fascinating people. Get in-the-moment
updates
on the things that interest you. And watch events
unfold, in real time,
from every angle.


{% extends "dashboard_base.html" %} {% block main %}
Some ground rules:
$FILE_NAME
✅
$FILE_NAME was uploaded and analyzed successfully.
Dashboard Upload another file


まなぶ
Manabu
Typing in Kana
Home
Chart
Cards
Keyboard
Romaji
Katakana
Shift
Copy
Clear
Translate
Background vector created by macrovector_official - www.freepik.com


Copyright © 2009-2010 Marc Worrell Date: 2009-04-26
Authors: Marc Worrell (marc@worrell.nl).
| contains/2 | Return true iff What is found in the string. |
| ends_with/2 | Return true iff Word ends with End. |
| escape_ical/1 | Escape special characters for ical RFC2445 elements. |
| first_char/1 | Return the first character of a string. |
| is_string/1 | Check if the variable is a one dimensional list, probably a string. |
| last_char/1 | Return the last character of a string. |
| line/1 | Make sure that the string is on one line only, replace control characters with spaces. |
| nospaces/1 | Remove all spaces and control characters from a string. |
| replace/3 | Replace a string inside another string Copyright 2008 Rusty Klophaus (Nitrogen, MIT License). |
| split/2 | Split a string, see http://www.erlang.org/pipermail/erlang-questions/2008-October/038896.html. |
| split_lines/1 | Split the binary into lines. |
| starts_with/2 | Return true if Start is a prefix of Word. |
| test/0 | |
| to_lower/1 | Return a lowercase string for the input. |
| to_name/1 | Map a string to a value that can be used as a name or slug. |
| to_rootname/1 | Filter a filename so that we obtain a basename that is safe to use. |
| to_slug/1 | Map a string to a slug that can be used in the uri of a page. |
| to_upper/1 | Return a uppercase string for the input. |
| trim/1 | Remove whitespace at the start and end of the string. |
| trim/2 | Remove all occurences of a character at the start and end of a string. |
| trim_left/1 | Remove whitespace at the start the string. |
| trim_left/2 | Remove all occurences of a char at the start of a string. |
| trim_left_func/2 | |
| trim_right/1 | Remove whitespace at the end of the string. |
| trim_right/2 | Remove all occurences of a char at the end of the string. |
| truncate/2 | Truncate a string. |
| truncate/3 | |
| truncatewords/2 | |
| truncatewords/3 | |
| unquote/1 | Remove the first and last char if they are double quotes. |
| unquote/2 |
contains(What::String, B::String) -> bool()
Return true iff What is found in the string
ends_with(End::String, B::String) -> bool()
Return true iff Word ends with End
escape_ical(L) -> any()
Escape special characters for ical RFC2445 elements
first_char(T) -> any()
Return the first character of a string.
is_string(Rest) -> any()
Check if the variable is a one dimensional list, probably a string
last_char(R) -> any()
Return the last character of a string
line(B) -> any()
Make sure that the string is on one line only, replace control characters with spaces
nospaces(B) -> any()
Remove all spaces and control characters from a string.
replace(String, S1, S2) -> any()
Replace a string inside another string Copyright 2008 Rusty Klophaus (Nitrogen, MIT License)
split(String, L::String) -> list()
Split a string, see http://www.erlang.org/pipermail/erlang-questions/2008-October/038896.html
split_lines(B) -> any()
Split the binary into lines. Line separators can be \r, \n or \r\n.
starts_with(Start::String, B::String) -> bool()
Return true if Start is a prefix of Word
test() -> any()
to_lower(B::Value) -> String
Return a lowercase string for the input
to_name(Name::String) -> String
Map a string to a value that can be used as a name or slug. Maps all characters to lowercase and remove non digalpha chars
to_rootname(Filename::string()) -> string()
Filter a filename so that we obtain a basename that is safe to use.
to_slug(Title::String) -> String
Map a string to a slug that can be used in the uri of a page. Same as a name, but then with dashes instead of underscores.
to_upper(B::Value) -> String
Return a uppercase string for the input
trim(B) -> any()
Remove whitespace at the start and end of the string
trim(B, Char) -> any()
Remove all occurences of a character at the start and end of a string.
trim_left(S) -> any()
Remove whitespace at the start the string
trim_left(S, Char) -> any()
Remove all occurences of a char at the start of a string
trim_left_func(Bin, F) -> any()
trim_right(B) -> any()
Remove whitespace at the end of the string
trim_right(B, Char) -> any()
Remove all occurences of a char at the end of the string
truncate(L::String, N::int()) -> String
Truncate a string. Append the '...' character at the place of break off.
truncate(B, N, Append) -> any()
truncatewords(S, Words) -> any()
truncatewords(S, Words, Append) -> any()
unquote(S) -> any()
Remove the first and last char if they are double quotes.
unquote(S, Q) -> any()
Generated by EDoc, Apr 11 2012, 20:41:27.


Random direct performance,
|
| Operation | IOPS |
| Read | {direct_iops_r_max[0]} ~ {direct_iops_r_max[1]}% |
| Write | {direct_iops_w_max[0]} ~ {direct_iops_w_max[1]}% |
| Operation | BW MiBps |
| Read | {bw_read_max[0]} ~ {bw_read_max[1]}% |
| Write | {bw_write_max[0]} ~ {bw_write_max[1]}% |
| Latency ms | IOPS |
10 |
{rws4k_10ms} |
30 |
{rws4k_30ms} |
100 |
{rws4k_100ms} |


This web page establishes a connection to a websocket server running at the URL specified in the javasript code in the variable SERVER_WEBSOCKET_URL. In the initialize() method javascript creates a TCP socket (with special websocket API sauce on top), and then, in the heartbeat() function, starts sending JSON messages to the server. The server side is configured to act as a hub--it acts as a message repeater, so as this page sends messages to the server, it will be repeated out to all other clients connected to the server. Likewise, this web page receives messages sent by other web pages.
This web page will start sending these messages automatically, with no action on your part.
The hearbeat function sends JSON format messages. The message is extremely simple, in the form "{id: 6205 latitude:36.6 longitude:-121.9}", or whatever randomly selected page ID this javascript generates. This web page will receive messages sent by other web pages, and process them in the onmessage() function. It assumes the messages it receives are in JSON format; it decodes the message and prints it on the console. NOTE: the javascript here is configured to contact a server running on the same host. If the server is running on a different host, you should change the SERVER_WEBSOCKET_URL variable.
For a more sophisticated example, see map.html from this same server. The page uses google maps to display the location of icons on the map. The map expects to receive entity messages in a specific format: "{id:1234, latitude:36.6, longitude:-131.36}". You can modify the code in heartbeat() on this page to match that format.


"{{quote.quoteDescription}}."
Posted by: {{quote.name}}.
Upvote: {{quote.upvote}}
Downvote: {{quote.downvote}}
Active For: {{quote.date | dateCount}} Days


Appends the dialog to the element defined by the CSS selector.
Style class for the button that clear the selected date or time.
Date format to be used for parsing and formatting dates, such as mm/dd/yy
.
Style class of the individual date elements.
Javascript function that takes a date object and returns the content for the date cell.
The default date that is shown when none was specified.
Whether the input is disabled.
List of dates that should be disabled.
List of week day indexes that should be disabled.
Defines if the popup should be hidden when a time is selected.
Defines the hour format, either 12 hour mode or 24 hour mode.
Icon of the date picker element that toggles the visibility in popup mode.
The ID of this widget, usually the ID of the DOM element.
Whether the date picker is rendered inline or as an overlay.
ID of the input element that stores the selected date or time.
Inline style of the input element. Used when mode is popup.
Style class of the input element. Used when mode is popup.
Whether to keep the invalid inputs in the field or not.
Localized strings for various messages displayed by the date or time picker.
Sets date picker's maximum selectable value. Also used for validation on the server-side.
Defines the maximum number of selectable dates in multiple selection mode.
Sets date picker's minimum selectable value. Also used for validation on the server-side.
Whether to show the month navigator
The name of this widget.
Number of months to display concurrently.
Client side callback to execute before the date picker overlay is hidden.
Client side callback to execute before the date picker overlay is shown.
Client side callback to execute when input element loses focus.
Client side callback to execute when the selected date has changed.
Client side callback to execute when the button to clear the selected date or time was clicked.
Client side callback to execute when input element receives focus.
Client side callback to execute when data was entered into the input field.
Client side callback to execute when the selected month has changed.
Client side callback to execute when the panel with the date picker was created.
Client side callback to execute when text within input element is selected by user.
Client side callback to execute when the button to switch to the current date was clicked.
Client side callback to execute when the displayed date changes.
Client side callback to execute when the selected year has changed.
Inline style of the container element.
Style class of the container element.
Specifies a short hint.
Separator for joining start and end dates on range selection mode, such as -
.
Whether the input is set to readonly
.
Whether an input is required.
Enables selection of days belonging to other months.
Defines the selection mode, whether one or multiple dates can be selected.
The cutoff year for determining the century for a date. Any dates entered with a year value less than or equal to the cutoff year are considered to be in the current century, while those greater than it are deemed to be in the previous century.
Whether to display buttons at the footer.
Whether to show an icon to display the picker in an overlay
Whether the date picker overlay is shown when the element focused.
Displays days belonging to other months.
Whether to show the seconds in time picker. Default is false
.
Specifies if the time picker should be displayed
Hour steps.
Minute steps.
Second steps.
Inline style of the component.
Style class of the component.
Tabindex of the date picker button
Whether an input is rendered for the time, or a text element only.
Shows only time picker without date.
Separator for joining the hour and minute part of a time, defaults to :
.
Style class for the button that switches to the current date.
Activates touch friendly mode
Custom localized settings for the locale.
Whether the current input is a valid date / time.
Defines the view mode, whether a date or month is to be selected.
The date that is shown in the picker.
Whether to show the year navigator
The range of years displayed in the year drop-down in (nnnn:nnnn
) format such as (2000:2020
). Default
value is displayed_date - 10 : displayed_date + 10
.
Generated using TypeDoc
Represents the available options for the date or time picker.


The article I chose was a New York Times article about the evolving real estate and cultural landscape in Yorkvile. This is a link to my annotated Markdown page that transcribes the first few paragraphs of the article and includes a link to an image of the article as it appearned in the New York Times.


INTJ
: interjection
This document is a placeholder for the language-specific documentation
for INTJ
.
Treebank Statistics (UD_Dutch)
There are 31 INTJ
lemmas (0%), 31 INTJ
types (0%) and 92 INTJ
tokens (0%).
Out of 16 observed tags, the rank of INTJ
is: 13 in number of lemmas, 13 in number of types and 16 in number of tokens.
The 10 most frequent INTJ
lemmas: nee, ja, Cryptogram, hoor, uh, hè, kijk, nietwaar, och, welnu
The 10 most frequent INTJ
types: nee, ja, Cryptogram, hoor, uh, Kijk, Och, Welnu, he, nietwaar
The 10 most frequent ambiguous lemmas: nee (INTJ 21, X 1), ja (INTJ 17, ADV 12), Cryptogram (INTJ 6, NOUN 1), hoor (VERB 72, INTJ 4, AUX 1, X 1), hè (NOUN 3, INTJ 3, ADJ 1), kijk (VERB 51, INTJ 2, AUX 2, NOUN 1), ach (X 1, INTJ 1), zeker (ADJ 66, PRON 11, INTJ 2), Delmee (PROPN 1, INTJ 1), enzovoorts (ADV 2, INTJ 1)
The 10 most frequent ambiguous types: nee (INTJ 9, X 1), ja (ADV 12, INTJ 12), Cryptogram (INTJ 6, NOUN 1), hoor (INTJ 4, VERB 4, X 1), Kijk (VERB 7, INTJ 3), Delmee (PROPN 1, INTJ 1), Kortom (INTJ 1, ADV 1), Nou (NUM 3, ADV 1, INTJ 1), O (CCONJ 5, INTJ 1), zeg (VERB 13, INTJ 1, X 1)
- nee
- ja
- Cryptogram
- hoor
- Kijk
- Delmee
- Kortom
- Nou
- O
- zeg
Morphology
The form / lemma ratio of INTJ
is 1.000000 (the average of all parts of speech is 1.277932).
The 1st highest number of forms (2) was observed with the lemma “hè”: Hè, he.
The 2nd highest number of forms (1) was observed with the lemma “Ach”: Ach.
The 3rd highest number of forms (1) was observed with the lemma “Cryptogram”: Cryptogram.
INTJ
does not occur with any features.
Relations
INTJ
nodes are attached to their parents using 7 different relations: nl-dep/root (53; 58% instances), nl-dep/dep (31; 34% instances), nl-dep/obj (3; 3% instances), nl-dep/advmod (2; 2% instances), nl-dep/conj (1; 1% instances), nl-dep/nmod (1; 1% instances), nl-dep/parataxis (1; 1% instances)
Parents of INTJ
nodes belong to 9 different parts of speech: ROOT (53; 58% instances), VERB (17; 18% instances), NOUN (8; 9% instances), CCONJ (4; 4% instances), ADJ (3; 3% instances), ADV (2; 2% instances), INTJ (2; 2% instances), PROPN (2; 2% instances), SCONJ (1; 1% instances)
35 (38%) INTJ
nodes are leaves.
6 (7%) INTJ
nodes have one child.
6 (7%) INTJ
nodes have two children.
45 (49%) INTJ
nodes have three or more children.
The highest child degree of a INTJ
node is 12.
Children of INTJ
nodes are attached using 10 different relations: nl-dep/punct (134; 64% instances), nl-dep/parataxis (45; 22% instances), nl-dep/dep (15; 7% instances), nl-dep/nmod (5; 2% instances), nl-dep/obl (3; 1% instances), nl-dep/case (2; 1% instances), nl-dep/advmod (1; 0% instances), nl-dep/cc (1; 0% instances), nl-dep/conj (1; 0% instances), nl-dep/det (1; 0% instances)
Children of INTJ
nodes belong to 13 different parts of speech: PUNCT (134; 64% instances), VERB (29; 14% instances), NOUN (18; 9% instances), ADJ (9; 4% instances), PRON (5; 2% instances), ADV (3; 1% instances), ADP (2; 1% instances), CCONJ (2; 1% instances), INTJ (2; 1% instances), AUX (1; 0% instances), DET (1; 0% instances), PROPN (1; 0% instances), SCONJ (1; 0% instances)
Treebank Statistics (UD_Dutch-LassySmall)
There are 5 INTJ
lemmas (0%), 5 INTJ
types (0%) and 7 INTJ
tokens (0%).
Out of 16 observed tags, the rank of INTJ
is: 16 in number of lemmas, 16 in number of types and 16 in number of tokens.
The 10 most frequent INTJ
lemmas: ja, he, hiep, neen, rahoe
The 10 most frequent INTJ
types: ja, Hiep, he, neen, rahoe
The 10 most frequent ambiguous lemmas: hiep (NOUN 1, INTJ 1)
The 10 most frequent ambiguous types:
Morphology
The form / lemma ratio of INTJ
is 1.000000 (the average of all parts of speech is 1.179022).
The 1st highest number of forms (1) was observed with the lemma “he”: he.
The 2nd highest number of forms (1) was observed with the lemma “hiep”: Hiep.
The 3rd highest number of forms (1) was observed with the lemma “ja”: ja.
INTJ
does not occur with any features.
Relations
INTJ
nodes are attached to their parents using 4 different relations: nl-dep/parataxis (4; 57% instances), nl-dep/fixed (1; 14% instances), nl-dep/flat:name (1; 14% instances), nl-dep/root (1; 14% instances)
Parents of INTJ
nodes belong to 6 different parts of speech: VERB (2; 29% instances), ADV (1; 14% instances), INTJ (1; 14% instances), NOUN (1; 14% instances), PROPN (1; 14% instances), ROOT (1; 14% instances)
6 (86%) INTJ
nodes are leaves.
0 (0%) INTJ
nodes have one child.
0 (0%) INTJ
nodes have two children.
1 (14%) INTJ
nodes have three or more children.
The highest child degree of a INTJ
node is 6.
Children of INTJ
nodes are attached using 3 different relations: nl-dep/fixed (4; 67% instances), nl-dep/parataxis (1; 17% instances), nl-dep/punct (1; 17% instances)
Children of INTJ
nodes belong to 5 different parts of speech: ADJ (2; 33% instances), INTJ (1; 17% instances), NOUN (1; 17% instances), NUM (1; 17% instances), PUNCT (1; 17% instances)
INTJ in other languages: [am] [ar] [bg] [bxr] [ca] [ckb] [cop] [cs] [cu] [da] [de] [el] [en] [es] [et] [eu] [fa] [fi] [fo] [fr] [ga] [gl] [got] [grc] [he] [hi] [hr] [hu] [id] [it] [ja] [kk] [kmr] [ko] [la] [lv] [mr] [nl] [no] [pl] [pt] [ro] [ru] [sa] [sk] [sla] [sl] [so] [sr] [sv] [swl] [ta] [tr] [ug] [uk] [u] [urj] [ur] [vi] [yue] [zh]


"x" "1" "DAYAL,R, GESCHER,A, HARPUR,ES, PRATT,I AND CHIPMAN,JK, COMPARISON OFTHE HEPATOTOXICITY IN MICE AND THE MUTAGENICITY OF THREE NITROALKANES, FUNDAM.APPL. TOXICOL. 13(2):341-348, 1989"


Chapter 2 HTML
This chapter provides a short introduction to the HTML language. As a quick example, open up RStudio and perform the following:
- Load shiny with
library(shiny)
- Execute
p("Hello World")
Notice the output format is an example of an HTML tag!
2.1 HTML Basics
HTML (Hypertext Markup Language) is derived from SGML (Standard Generalized markup Language). An HTML file contains tags that may be divided into 2 categories:
- paired-tags: the text is inserted between the opening and the closing tag
- closing-tags
Tags may be divided into 3 categories, based on their role:
- structure tags: they constitute the skeleton of the HTML page (
<title></title>
,
,
) - control tags: script, inputs and buttons (and more). Their role is to include external resources, provide interactivity with the user
- formatting tags: to control the size, font of the wrapped text
Finally, we distinguish block and inline elements:
- block elements may contain other tags and take the full width (block or inline).

is the most commonly used block element. All elements of a block are printed on top of each others - inline elements (for instance

,
) are printed on the same line. They can not contain block tags but may contain other nested inline tags. In practice, we often see
- inline-block elements allow to insert block element in an inline
Consider the following example. This is clearly a bad use of HTML conventions since an inline tag can not host block elements.
Importantly,

and
don’t have any semantic meaning, contrary to
and
, which allow to structure the HTML page.
2.2 Tag attributes
Attributes are text elements allowing to specify some properties of the tag. For instance for a link tag (
), we actually expect more than just the tag itself: a target url and how to open the new page … In all previous examples, tags don’t have any attributes. Yet, there exist a large range of attributes and we will only see 2 of them for now (the reason is that these are the most commonly used in CSS and JavaScript):
- class: may be shared between multiple tags
- id: each must be unique

Both attributes are widely used by CSS and JavaScript (see Chapter 3 with the jQuery selectors) to apply a custom style to a web page. Class attributes apply to multiple elements, however the id attribute is restricted to only one item.
Interestingly, there exists another attribute category, know as non-standard attributes like data-toggle
. We will see them later in the book (see Chapter 13).
2.3 HTML page: skeleton
An HTML page is a collection of tags which will be interpreted by the web browser step by step. The simplest HTML page may be defined as follows:
<!DOCTYPE HTML>

is the may wrapper
and
are the 2 main children
contains dependencies like styles and JavaScript files (but not only),
contains the page content and it is displayed on the screen. We will see later that JavaScript files are often added just before the end of the
.
Only the body content is displayed on the screen!
Let’s write the famous Hello World in HTML:
<!DOCTYPE HTML>

Hello World

In order to preview this page in a web browser, you need to save the above snippet to a script hello-world.html
and double-click on it. It will open with your default web browser.
2.4 About the Document Object Model (DOM)
The DOM stands for “Document Object Model” and is a convenient representation of the html document. There actually exists multiple DOM types, namely DOM-XML and DOM-HTML but we will only focus on the latter. If we consider the last example (Hello World), the associated DOM tree may be inspected in Figure 2.1.
2.4.1 Visualizing the DOM: the HTML inspector
Below, we introduce a tool that will facilitate our exploration of beautiful shiny user interfaces. In this section, we restrict the description to the first panel of the HTML inspector.1 This feature is available in all web browser, however for demonstration purposes, we will only focus on Chrome.
- Open the hello-world.html example in a web browser (google chrome here)
- Right-click to open the HTML inspector (developer tools must be enabled if it is not the case)
The HTML inspector is a convenient tool to explore the structure of the current HTML page. On the left-hand side, the DOM tree is displayed where we clearly see that
is the parent of
and
.
has also 1 child, that is

. We may preview any style (CSS) associated to the selected element on the right panel as well as Event Listeners (JavaScript), which will be discussed that in the next chapter.
2.5 Preliminary introduction to CSS and JavaScript
To introduce this section, I propose to look at the very first website, early in the 90’s (August 1991 exactly). From an esthetic point of view (see Figure 2.2), this is far from what we can observe today as shown in Figure 2.3.
How can we explain that difference? One of the main reason is the absence of CSS (Cascading Style Sheet) since the first CSS release only appeared in December 1996, that is 5 years later than the first web site publication. CSS allows to deeply customize the appearance of any web page by changing colors, fonts, margins and much more. We acknowledge, the role of JavaScript cannot be demonstrated through the previous example. Yet its impact is as important as CSS, so that it is now impossible to dissociate HTML, CSS and JavaScript.
2.5.1 HTML and CSS
CSS (Cascading Style Sheets) changes the style of HTML tags by targeting specific classes or ids. For instance, if we want all p tags to have red color we will use:
To include CSS in an HTML page, we use the

Hello World

You may update the hello-world.html script and run it in your web-browser to see the difference. The example may be slight, but shows how we may control the look and feel of the display. In a development context, we will see later that css files may so big that it is better to include them in external files.
2.5.2 HTML and JavaScript
You will see how quickly/seamlessly you may add awesome features to your shiny app.
Let’s consider the following example:
<!DOCTYPE HTML>

Hello World

In few lines of code, you can change the color of the text. This is only the beginning!
Let’s move to the next chapter to discover JavaScript!


The JS9/DS9 scaling algorithms convert image pixel values to RGB values, as described in the DS9 documentation "How It Works". Scaling utilizes low and high clipping values when mapping the data to RGB. These limits are initially taken to be the high and low data values, which obviously can be wasteful of the color distribution if a few low or high values are far away from the bulk of the data values.
The Scale Controls plugin therefore provides a number of ways to set the low and high clipping limits:
You can select a region of the distribution by pressing the mouse and moving it left or right. When the mouse is released, the selected low and high pixel values will be used as the new clipping values. (Selection does not work for mouse-less iPads, but you still can view the distribution values and input your chosen limits into the Low and/or High text boxes.)
The IRAF zscale algorithm is described on the IRAF DISPLAY task help page, which is reproduced below. Note that zscale parameters can be changed using the the JS9 Preferences plugin.
The zscale algorithm is designed to display the image values near the median image value without the time consuming process of computing a full image histogram. This is particularly useful for astronomical images which generally have a very peaked histogram corresponding to the background sky in direct imaging or the continuum in a two dimensional spectrum.
The sample of pixels, specified by values greater than zero in the sample mask zmask or by an image section, is selected up to a maximum of nsample pixels. If a bad pixel mask is specified by the bpmask parameter then any pixels with mask values which are greater than zero are not counted in the sample. Only the first pixels up to the limit are selected where the order is by line beginning from the first line. If no mask is specified then a grid of pixels with even spacing along lines and columns that make up a number less than or equal to the maximum sample size is used.
If a contrast of zero is specified (or the zrange flag is used and the image does not have a valid minimum/maximum value) then the minimum and maximum of the sample is used for the intensity mapping range.
If the contrast is not zero the sample pixels are ranked in brightness to form the function I(i) where i is the rank of the pixel and I is its value. Generally the midpoint of this function (the median) is very near the peak of the image histogram and there is a well defined slope about the midpoint which is related to the width of the histogram. At the ends of the I(i) function there are a few very bright and dark pixels due to objects and defects in the field. To determine the slope a linear function is fit with iterative rejection;
I(i) = intercept + slope * (i - midpoint)If more than half of the points are rejected then there is no well defined slope and the full range of the sample defines z1 and z2. Otherwise the endpoints of the linear function are used (provided they are within the original range of the sample):
z1 = I(midpoint) + (slope / contrast) * (1 - midpoint) z2 = I(midpoint) + (slope / contrast) * (npoints - midpoint)As can be seen, the parameter contrast may be used to adjust the contrast produced by this algorithm.


A file.
Class FileReader
is discussed in the following chapters.
But now let us look at the classes that descend from Writer
.
Writer is an abstract class from which all
character-oriented output streams are derived.
All these streams are aimed at receiving 16-bit
char
data from a program,
and sending it to another destination,
which may use a different character
format (such as UTF format on a disk file).
All these classes are character-oriented output streams.
We will be especially interested in FileWriter
and PrintWriter
classes.


| Modifier and Type | Constant Field | Value |
|---|---|---|
public static final int |
COLLIDERANGE |
50 |
public static final int |
DETECTRANGE |
150 |
| Modifier and Type | Constant Field | Value |
|---|---|---|
public static final int |
AMULETPOS |
0 |
public static final int |
ELIXIRPOS |
2 |
public static final int |
SWORDPOS |
3 |
public static final int |
TOMEPOS |
1 |
| Modifier and Type | Constant Field | Value |
|---|---|---|
public static final java.lang.String |
ACCESSIBLE |
"0" |
public static final java.lang.String |
PROPERTY |
"block" |
| Modifier and Type | Constant Field | Value |
|---|---|---|
public static final int |
PANELHEIGHT |
70 |
| Modifier and Type | Constant Field | Value |
|---|---|---|
public static final int |
XSCREEN |
800 |
public static final int |
YSCREEN |
600 |
| Modifier and Type | Constant Field | Value |
|---|---|---|
public static final int |
AMULETVITALITY |
80 |
public static final int |
SWORDDAMAGE |
30 |
public static final int |
TOMEAGILITY |
300 |


A summary of some new news related to CUNY's and CSI's response to the COVID-19 pandemic. See https://csi-covid19.github.io for the archive.
To add/suggest news, please email John Verzani
6/12 Lehman College President address
Draft budget on CUNY First around June 15; 6/29 vote on the budget
In order to begin reopening, the city, as with the other regions of New York State, was required to meet seven health-related metrics involving COVID-19 hospitalizations, testing and contact tracing. The plan’s stipulated trajectory prescribes the in-person reopening of educational institutions in the fourth and final phase, but there are important exceptions that could enable other facets of the University, such as research activity, to return sooner, if the city continues to meet all metrics.
Last month, I established two task forces to provide a roadmap for the physical reopening of our campuses and on-site teaching and support services. The Academic and Student Support Task Force is chaired by Executive Vice Chancellor and University Provost José Luis Cruz and the Coronavirus Planning Task Force is co-chaired by Executive Vice Chancellor and COO Hector Batista and Senior Vice Chancellor for Institutional Affairs, Strategic Advancement and Special Counsel Glenda Grace. These task forces have been hard at work developing CUNY-wide guidelines that — along with feedback received from various campus-specific groups — will help inform decision-makers as they prepare their college’s individualized, unit-level plans for reopening, which will require formal approval by the CUNY’s central administration before they can take effect.
< The safety of students, faculty and staff continues to be the primary consideration that guides all University decision-making involving the continuity of our operations. This includes decisions involving the fall semester. Because of the fluid and variable nature of the recovery and reopening efforts, no decision has been made yet about the possibility for resumption of on-campus instruction.
We understand that the uncertainty surrounding the in-person reopening of our campuses will require continued patience, but the circumstances demand a measured pace and the utmost prudence. I will continue to keep you informed of every development, and thank you for your dedication and hard work.
Before I finish, please know that I realize that the recent weeks and months have been exceptionally fraught. Just as the city was beginning to emerge from the pandemic shutdown, the murder of George Floyd by police in Minneapolis highlighted to all the pernicious evil of racism as well as the need for cultural and structural change in law enforcement and society. As I said, universities can be the engines of change and badly needed reforms. CUNY is committed to being one of those engines. We are proud to serve one of the country’s most diverse university communities, and I am firmly committed to building on that legacy.
...
UNNCHANGE Fall 2020 Term(s): Per previous guidance, a decision regarding the balance between in-person and remote learning and working in Fall 2020 is still pending. No decision has been made. The University’s highest priority in making this decision is to protect the health and safety of CUNY students, faculty and staff while creating the conditions for our students to make progress in their academic programs, for our faculty to advance their creative and scholarly activities, and our staff to meet our myriad programmatic goals. In the meantime — and in accordance with recent distance education regulatory relief provided by USDE, MSCHE, and NYSED — we continue to prepare for a Fall 2020 were the proportion of online courses and remote services will in all likelihood be higher than in the pre-COVID 19 era.
Cruz told the committee. CUNY is projecting a 16 percent increase in summer enrollment despite classes being entirely online. Cruz said enrollment in the fall could drop by 4.4 percent, but that this projection does not include many campuses that have yet to announce their numbers. While it does expect an overall reduction in enrollment, Cruz said the projection was not as bad as other higher education institutions. CUNY has yet to determine the balance between online and in-person classes for the fall.
...
As Gotham Gazette previously reported, with budget cuts on the horizon, CUNY is eying a reduction in course offerings, which also means cutting the hours of adjunct professors and continuing education teachers, in some cases to zero. Some campuses are planning course reductions of 25 to 35 percent.
...
In addition to funding for direct student aid, CUNY has received an additional $118 million in CARES Act funding for campus operations related to the pandemic. When Council Member Barron asked how much of that could go to employees' salaries, including the teaching staff, Sapienza said federal criteria limited the spending to teachers' training related to remote learning.
"It cannot be used just for gap-closing activities or to cover a budget shortfall. There are specific uses that are outlined by the U.S. Department of Education," he told Barron.
When it came time for her testimony, Bowden disagreed: "The CARES Act also includes a provision for keeping employees on payroll. Employees should be kept on payroll if they receive CARES Act money."
Therefore, we are requesting the following from the Chancellor:
The immediate resignation of President Crew. He should not spend his final year (2020-2021) as a lame duck President who has demonstrated his lack of commitment to the College.


Disney taking over
Can you watch Disney Plus on Roku?
by Christine ChanBest Answer: Yes, you can watch Disney Plus (Disney+) on your Roku streaming devices as well as a Roku TV. However, you'll need a newer Roku device with updated software in order to get Disney+, and some specific models are not compatible. In addition to the Roku, Disney+ is available on Apple TV, Android mobile devices, Amazon Fire TV devices and tablets, Android TV, Chromecast, desktop web browsers, iPad, iPhone, PlayStation 4, and Xbox One.
All Disney, all the time: Disney+ ($7/month at Disney+)
So Disney+ works on both Roku streaming devices and Roku TV?
Yes, that's correct. As long as you are using a newer Roku device with up-to-date software, then you should be able to get Disney+ on it. This includes:
- All Roku TVs
- Roku Streaming Stick
- 4K Roku Streaming Stick+
- 4K Roku Ultra LT
- 4K Roku Ultra
- Roku Premiere and Premiere+
- Roku Express and Express+
- Most numbered Roku devices.
The following models are not compatible with Disney+:
- Roku Streaming Stick models 3400X and 3420X
- Roku LT model 2400X and 2450X
- Roku 2 HD models 3000X and 3050X
- Roku 2 XS model 3100X
- Roku HD model 2500X
How to fix connection and playback issues while watching
Like other streaming services, you're bound to run into some issues with Disney+ when it comes to connection, playback, and server issues when everyone is trying to stream the new episode of The Mandalorian at the same time. Don't worry, these issues are only temporary and all have pretty easy fixes if you know how to troubleshoot. It usually involves stuff like restarting devices, quitting the app and trying again, making sure you have a good internet speed, and so on. Be sure to read up on your specific issue before trying anything serious though.
What is Disney+?
Disney+ is the streaming service where you're exclusively most Disney family-friendly content going forward, with access to hundreds of films and thousands of TV episodes from Marvel, Star Wars, Pixar, Fox, and National Geographic, and of course Disney.
On top of the existing Disney titles, there will be new exclusive movies and television shows, especially for the Marvel and Star Wars universes. With Marvel, there is the upcoming Loki and WandaVision series. Star Wars has The Mandalorian, which launched with the service.
How much will Disney+ cost?
Disney+ will start at a mere $7 a month, or $70 annually. There is also a bundle deal available, where you can get Disney+, ESPN, and Hulu (with ads) for just $13 a month.
When is Disney+ available?
Disney+ launched on Nov. 12, 2019 in the U.S., Canada, and the Netherlands. Austraila and New Zealand got Disney+ on Nov. 19. It'll release on March 31, 2020 in the U.K., France, Spain, Italy, Germany, and Ireland. This is all subject to change and more countries are expected to be added to the calendar soon.
Classic Disney
Disney+
When you need your Disney fix.
Disney+ has all of your classic Disney favorites, along with some brand new exclusives that won't be available anywhere else. Considering the content you'll get, the price is a no-brainer, and you'll be able to watch it on most platforms including Roku.
We may earn a commission for purchases using our links. Learn more.


Explore the nation's finest public art
"Seattle was one of the first cities in the United States to adopt a percent-for-art ordinance in 1973. For 40 years, our public art program has been considered exemplary. The program integrates artworks and the ideas of artists into a variety of public settings, advancing Seattle's reputation as a cultural center for innovation and creativity." --Seattle Office of Arts and Culture
Artquest Seattle allows you to explore over 300 public art installations all over the city. Whether you have an hour or a week, join us on an exciting journey of discovery. -- Team Artquest
Please register or sign-in to continue.
- You don't have any quests yet


CSS Grid: Incremental Adoption
How someone can take a small step into CSS Grid
Assumptions
-
You know that CSS Grid is a thing
-
You have a basic understanding of CSS
Why would you want to start
using CSS Grid?
It's the future of CSS layout
It's a true grid
Great browser support
Initial implementation = more complex,
simpler than relying on a framework
Content-based layout behavior is possible
Terminology
A medium-ish component
- Bigger than a button
- Smaller than a page
Example: A doggo card
- Self-contained
- 4 elements
I can haz snowflakes?
NOM NOM NOM NOM NOM
I can haz snowflakes?
NOM NOM NOM NOM NOM
I can haz snowflakes?
NOM NOM NOM NOM NOM
I can haz snowflakes?
NOM NOM NOM NOM NOM
Options
- Do nothing
- Alternative layout preceeding @supports
- Autoprefixer & manual tweaks
Alternative Layout
This involves two implementations


Great Forest [ao29], forest, in Mandoria, peasants: 145
Last updated Turn #148
Great Forest [ao29], forest, in Mandoria, peasants: 145
------------------------------------------------------------------------
6: General Kraken [k3k], Imperial Empire, duke, priest of the Church of
6: Halon [157], with one peasant, 48 ghost warriors, four winged horses,
6: 59 nazgul, arrived from the east, accompanied by:
6: Veejay [v8j], Imperial Empire, Bishop of the Church of Ham [155],
6: with five angels
6: Goon III [b9v], Imperial Empire, priest of the Church of Dol [153],
6: with 50 hvy. xbowmen, 17 nazgul
6: Lord Rodrigo Bane [c8b], Imperial Empire, priest of the Church of
6: Dol [153], with ten workers, 50 hvy. xbowmen, 18 nazgul
6: Licia [i1l], Imperial Empire, Bishop of the Church of Ham [155],
6: with five angels, 50 hvy. xbowmen
6: Odin [y5z], Imperial Empire, with 44 hvy. xbowmen
6: Thorg [j8u], Imperial Empire, with one warmount
6: Jupiter [m8j], Imperial Empire, duke, the High Priest of the Church
6: of Halon [157], with ten angels, 46 hvy. xbowmen
6: Firefly [f3f], Imperial Empire, priest of the Church of
6: Halon [157], with 50 hvy. xbowmen
6: Sunwalker [a8x], Imperial Empire, duke, Bishop of the Church of
6: Halon [157], with five angels, 46 nazgul
6: Thomas [o5y], Imperial Empire, Bishop of the Church of Dol [153],
6: with five angels, 52 hvy. xbowmen, five nazgul
6: Sir Peter [u9p], Imperial Empire, with 20 workers, ten hvy.
6: xbowmen
6: George [p7f], Imperial Empire, duke, priest of the Church of
6: Dol [153], with ten nazgul
6: Lucca [h0t], Imperial Empire, priest of the Church of Halon [157],
6: with 50 nazgul
6: Johny [w2d], Imperial Empire, priest of the Church of Halon [157],
6: with 50 nazgul
6: Aurora [g5z], Imperial Empire, with 16 peasants
6: Maruk II [t7m], Imperial Empire, with 15 workers
6: Jimmy Leather [o3i], Imperial Empire
6: Stefano [t8e], Imperial Empire, Bishop of the Church of
6: Halon [157], with five angels, 45 nazgul
6: Sir Charles [j5r], Imperial Empire, priest of the Church of
6: Halon [157], with 50 nazgul
6: Joe One [i7n], Imperial Empire
6: Majikthise [n4g], Imperial Empire
6: Alexei Galantor [j7l], Imperial Empire, duke, priest of the Church
6: of Halon [157], with 86 nazgul
6: Sorak [y7s], Imperial Empire, with 14 soldiers
6: Phantom III [d6x], Imperial Empire, priest of the Church of
6: Dol [153], with 11 nazgul
6: Dryeth [q4e], Imperial Empire, priest of the Church of Dol [153],
6: with 20 nazgul
6: Merchant [jc9q], Imperial Empire, with 20 lt. xbowmen
6: Everblack [n3r], Imperial Empire
6: Feanor [i9z], Mandor Confederacy, prisoner
6: Major [k1k], refugee, prisoner
6: Adrian the Stout [l2g], Mandor Confederacy, mage, prisoner
6: Edie [f9b], Mandor Confederacy, prisoner
7: General Kraken [k3k], Imperial Empire, duke, priest of the Church of
7: Halon [157], with one peasant, 48 ghost warriors, four winged horses,
7: 59 nazgul, went west, accompanied by:
7: Veejay [v8j], Imperial Empire, Bishop of the Church of Ham [155],
7: with five angels
7: Goon III [b9v], Imperial Empire, priest of the Church of Dol [153],
7: with 50 hvy. xbowmen, 17 nazgul
7: Lord Rodrigo Bane [c8b], Imperial Empire, priest of the Church of
7: Dol [153], with ten workers, 50 hvy. xbowmen, 18 nazgul
7: Licia [i1l], Imperial Empire, Bishop of the Church of Ham [155],
7: with five angels, 50 hvy. xbowmen
7: Odin [y5z], Imperial Empire, with 44 hvy. xbowmen
7: Thorg [j8u], Imperial Empire, with one warmount
7: Jupiter [m8j], Imperial Empire, duke, the High Priest of the Church
7: of Halon [157], with ten angels, 46 hvy. xbowmen
7: Firefly [f3f], Imperial Empire, priest of the Church of
7: Halon [157], with 50 hvy. xbowmen
7: Sunwalker [a8x], Imperial Empire, duke, Bishop of the Church of
7: Halon [157], with five angels, 46 nazgul
7: Thomas [o5y], Imperial Empire, Bishop of the Church of Dol [153],
7: with five angels, 52 hvy. xbowmen, five nazgul
7: Sir Peter [u9p], Imperial Empire, with 20 workers, ten hvy.
7: xbowmen
7: George [p7f], Imperial Empire, duke, priest of the Church of
7: Dol [153], with ten nazgul
7: Lucca [h0t], Imperial Empire, priest of the Church of Halon [157],
7: with 50 nazgul
7: Johny [w2d], Imperial Empire, priest of the Church of Halon [157],
7: with 50 nazgul
7: Aurora [g5z], Imperial Empire, with 16 peasants
7: Maruk II [t7m], Imperial Empire, with 15 workers
7: Jimmy Leather [o3i], Imperial Empire
7: Stefano [t8e], Imperial Empire, Bishop of the Church of
7: Halon [157], with five angels, 45 nazgul
7: Sir Charles [j5r], Imperial Empire, priest of the Church of
7: Halon [157], with 50 nazgul
7: Joe One [i7n], Imperial Empire
7: Majikthise [n4g], Imperial Empire
7: Alexei Galantor [j7l], Imperial Empire, duke, priest of the Church
7: of Halon [157], with 86 nazgul
7: Sorak [y7s], Imperial Empire, with 14 soldiers
7: Phantom III [d6x], Imperial Empire, priest of the Church of
7: Dol [153], with 11 nazgul
7: Dryeth [q4e], Imperial Empire, priest of the Church of Dol [153],
7: with 20 nazgul
7: Merchant [jc9q], Imperial Empire, with 20 lt. xbowmen
7: Everblack [n3r], Imperial Empire
7: Feanor [i9z], Mandor Confederacy, prisoner
7: Major [k1k], refugee, prisoner
7: Adrian the Stout [l2g], Mandor Confederacy, mage, prisoner
7: Edie [f9b], Mandor Confederacy, prisoner
30: The population grows by one peasant.
Routes leaving Great Forest:
North, forest, to Great Forest [an29], 8 days
East, plain, to Plain of Tears [ao30], 7 days
Garrison [ib6p], garrison, uncontrolled, with ten peasants
South, plain, to Plain of Tears [ap29], 7 days
West, forest, to Great Forest [ao28], 8 days
Seen here:
Garrison [fc8g], garrison, uncontrolled, with four peasants


Welcome to the folder dedupelifier. This web app finds all folders within a given Google Drive folder structure and removes all duplicates. It does so off of the following criteria:
0 folders found


An individual's fingerprints are known as 'unique identifiers', often linked to a crime scene investigation. Detectives uncover a fingerprint, providing a link to a specific individual, and the fingerprint is used as evidence linking back to the person at fault in a crime. Scientists, like detectives, examine evidence and review the data to link the fingerprint of an action to a specific source. In the case of ice sheets, scientists have proposed that if there were rapid ice melt of the Greenland and Antarctica ice sheets each would have a unique geographic impact on sea level change. This geographic impact, or pattern of response, has been nicknamed a fingerprint because of its distinct link to the source. The maps displayed in the app are created to model the fingerprint or impact of sea level change given the rapid melt of each ice sheet.
A permanent layer of land ice at least 50,000 sq. km. (20,000 sq. miles)
Why do ice sheets pull the ocean water towards them? Antarctica and Greenland are covered in thick deep ice (see the ice thickness map in this section of the app). Both land areas are primarily covered by ice, with Antarctic ice extending almost 14 million square kilometers (5.4 million square miles) and Greenland’s ice about 1.7 million square kilometers (656,000 square miles). Adding to the ice extent are ice thicknesses of ~4 kms of ice near the center of Antarctica and ~ 2 kms of ice at the center of Greenland. This results in vast expanses of ice stacked up like mountains. Ice masses of this size provide significant gravitational attraction and pull on the surrounding ocean water. This gravitational attraction from the ice has caused the ocean around Greenland and Antarctica to pile up around their coastlines resulting in local sea levels that are much higher than if there were no ice present.
How do we know about past sea level? The geologic record contains ancient sea markers left on the landscape from past warming, clues that can be used to piece together the areas of impact from the warming ice sheets during the warm interglacials.
More temperate warm periods that fall between icy glacial time periods.
How will water from the ice sheets affect sea level in different places? The melting ice will increase the water volume in the global ocean, but evidence from the past shows that the additional melt water will not increase sea level evenly around the world. Predicted future impacts have been developed working with clues from past sea level change and using different models of the Earth (e.g. elastic, rigid, compressible and non-compressible, rotating). Although the ice melt model results have some small variance in both the amount of sea level fall close to where there is ice loss, and how far this fall extends, called a 'near field effect', overall they are strongly consistent in the geographic redistribution of ocean water in the a 'far field" away from the polar regions. The models predict that areas within ~2000 to 2500 km of Greenland and Antarctica will see the water relax away from the land and sea level will drop as the gravitational attraction weakens with ice loss. Greenland ice sheet loss would disproportionately raise sea level in South America, while West Antarctica ice sheet loss (including Thwaites Glacier) would disproportionately affect the North Atlantic and Pacific Coastal regions.
The region near the source (ice sheet) where a very strong effect will be felt from it.
The region away from the source (ice sheet) where there is a limited effect from it.
What can we learn from the app? Explore the two maps. They represent the impact from the loss of the northern ice sheet (Greenland), and the southern ice sheet (Antarctica). Blue colors represent sea level drop caused by rapid ice loss from the ice sheet shown. The dark red areas show where sea level will rise due to the redistribution of the ocean water currently attracted to each ice sheet. Think about where you live, what will the impact be from ice loss in Greenland? What about from Antarctica? Where is the biggest effect from ice loss of both the Greenland and Antarctic ice sheets?
Note that the computations, numerical models and boundary conditions used in the model calculations are much more complex than what is described here. For more information, interested readers are encouraged to read the linked article listed in the 'data source'.
Data Source
Additional information


{% extends "base_table.html" %} {% block drop_tab_class %} active{% endblock %} {% block inner_content %}
Are you sure you want to drop {{ table }} and all associated data?
This action cannot be undone.


Roy Moore Files Defamation Lawsuit Against Super PAC
by CARSON McCULLOUGH(CN) – Roy Moore, the Republican candidate who lost the 2017 U.S. Senate special election in Alabama, filed a defamation lawsuit in federal court Friday against the creators of a series of political attack ads that targeted Moore during his run.
The lawsuit, filed in the Northern District of Alabama, alleges that several media firms and Super PACs, such as Bully Pulpit Interactive and the Majority Senate PAC, helped to design and distribute targeted political ads containing accusations of Moore “soliciting sex from young girls” and being a “child predator.”
The complaint specifically references an ad by the Highway 31 Super PAC, known as the “shopping mall ad” that ran on Alabama TV networks, which showcased a series of quotes regarding sexual misconduct allegations against Moore.
The complaint contends that these ads were completely baseless in facts and constructed solely to defame Moore and cripple his Senate candidacy.
 Defamation was not something that the powers behind Highway 31 accidentally or unintentionally stumbled into but was instead a weapon of choice consistently employed to annihilate a targeted political opponent,” the complaint states.
The lawsuit also makes allegations that Guy Cecil, Chairman of Priorities USA, one of the largest Democratic Super PACs in the country, made several false allegations against Roy Moore via Twitter and official press releases.

Moore disputes the allegations and said they were fundamentally false and unfounded.
“Cecil’s published statements were assertions of fact, not mere nonactionable opinion. Those statements, which are per se libelous, presented unproven allegations as fact even though Cecil had no way of verifying their truth or falsity,” according to the complaint.
Sexual misconduct allegations plagued Moore’s 2017 Senate campaign for much of its duration and served as a hotly debated media and public focal point in a race that garnered intense interest around the country. Moore lost the U.S. Senate race to Democrat Doug Jones.
Moore has since announced plans to run against Jones for the seat in 2020.
Representatives for Roy Moore did not immediately respond to requests for comment.
Copyright © 2019 courthousenews.com


This form of highlighting originally used the tooltip RGraph event but
has now been incorporated into the Pie chart and can be added to your own
charts by setting the highlightStyle
option to outline
.
<script src="RGraph.common.core.js"></script> <script src="RGraph.common.dynamic.js"></script> <script src="RGraph.common.tooltips.js"></script> <script src="RGraph.pie.js"></script>Put this where you want the chart to show up:
<canvas id="cvs" width="300" height="300"> [No canvas support] </canvas>This is the code that generates the chart - it should be placed AFTER the canvas tag(s):


You are a...
Who is interested in...
How would you like to be contacted?
Graphics and layout tutorial provided by The Net Ninja! Definitely check him on Youtube.


{% extends 'commercialoperator/emails/base_email.html' %} {% block content %}
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Please investigate/resend notifications


Sarajevo, the capital of Bosnia and Herzegovina, surrounded by the Olimpic mountains, placed in the valley of Miljacka river. It is the home of Nobel prize winners, Oscar winners, sports champions... It hosts world famous music, film and drama festivals, and welcomes all sorts of world renowned artists, from U2 to Milan's scale chorus. Being Bosnia's most important city, it has felt the full impact of Bosnia's century long reputation of being the point in Europe where East meets West. Because of this, the city is famous for its traditional religious diversity, with adherents of Islam, Orthodoxy, Catholicism and Judaism coexisiting there for centuries.
A very famous and remembered event in the history of Sarajevo, and a significant date in modern history, is the assassination of the Archduke Franz Ferdinand, marking the beginning of World War I. Possibly, the most important moment of Sarajevos time was the 1984 Winter Olympic Games. The history of modern Sarajevo begins with the declaration of independence of Bosnia and Herzegovina. Apart from its rich history and culture, Sarajevo hosts a plethora of cafes, bars, pubs, clubs shopping centers and other interesting destinations where both young and old come to unwind, such as the various hookah (or nargile) bars.


Style
: style
Coll
: word is colloquial
Examples
- [fi] et “that” (colloquial form of että)
- [fi] mut “but” (colloquial form of mutta)
Arch
: archaic, obsolete
Examples
- [fi] wanha “old” (archaic form of vanha)
Diffs
Turku Dependency Treebank
The value Arch
is not annotated systematically in TDT
and only very few instances of this value appear in the
UD Finnish corpus.
Treebank Statistics (UD_Finnish)
This feature is language-specific.
It occurs with 2 different values: Arch
, Coll
.
1206 tokens (1%) have a non-empty value of Style
.
631 types (1%) occur at least once with a non-empty value of Style
.
373 lemmas (2%) occur at least once with a non-empty value of Style
.
The feature is used with 12 part-of-speech tags: fi-pos/PRON (285; 0% instances), fi-pos/VERB (277; 0% instances), fi-pos/ADV (207; 0% instances), fi-pos/AUX (139; 0% instances), fi-pos/NOUN (126; 0% instances), fi-pos/SCONJ (84; 0% instances), fi-pos/ADJ (44; 0% instances), fi-pos/CCONJ (14; 0% instances), fi-pos/NUM (11; 0% instances), fi-pos/ADP (8; 0% instances), fi-pos/PROPN (6; 0% instances), fi-pos/INTJ (5; 0% instances).
PRON
285 fi-pos/PRON tokens (2% of all PRON
tokens) have a non-empty value of Style
.
The most frequent other feature values with which PRON
and Style
co-occurred: Number=Sing (267; 94%), PronType=Prs (212; 74%), Case=Nom (152; 53%).
PRON
tokens may have the following values of Style
:
Coll
(285; 100% of non-emptyStyle
): mä, mun, sä, tää, mulla, mua, sun, mulle, sua, toi
Style
seems to be lexical feature of PRON
. 100% lemmas (17) occur only with one value of Style
.
VERB
277 fi-pos/VERB tokens (1% of all VERB
tokens) have a non-empty value of Style
.
The most frequent other feature values with which VERB
and Style
co-occurred: Voice=Act (258; 93%), InfForm=EMPTY (256; 92%), Degree=EMPTY (221; 80%), PartForm=EMPTY (221; 80%), Case=EMPTY (213; 77%), VerbForm=Fin (200; 72%), Mood=Ind (164; 59%), Number=Sing (147; 53%).
VERB
tokens may have the following values of Style
:
Arch
(1; 0% of non-emptyStyle
): tutaColl
(276; 100% of non-emptyStyle
): sano, tajuu, tuu, nähtiin, saanu, alko, alkoi, lukee, lähdettiin, eikä
Style
seems to be lexical feature of VERB
. 100% lemmas (132) occur only with one value of Style
.
ADV
207 fi-pos/ADV tokens (1% of all ADV
tokens) have a non-empty value of Style
.
ADV
tokens may have the following values of Style
:
Coll
(207; 100% of non-emptyStyle
): ni, sit, just, nii, niinku, sitte, sillon, ku, takas, ite
Style
seems to be lexical feature of ADV
. 100% lemmas (71) occur only with one value of Style
.
AUX
139 fi-pos/AUX tokens (1% of all AUX
tokens) have a non-empty value of Style
.
The most frequent other feature values with which AUX
and Style
co-occurred: Voice=Act (124; 89%), Polarity=EMPTY (123; 88%), VerbForm=Fin (113; 81%), Tense=EMPTY (70; 50%).
AUX
tokens may have the following values of Style
:
Coll
(139; 100% of non-emptyStyle
): on, ei, oli, ollu, olis, oo, ois, voinu, vois, oisin
NOUN
126 fi-pos/NOUN tokens (0% of all NOUN
tokens) have a non-empty value of Style
.
The most frequent other feature values with which NOUN
and Style
co-occurred: Number=Sing (108; 86%).
NOUN
tokens may have the following values of Style
:
Arch
(1; 1% of non-emptyStyle
): pääskyseinColl
(125; 99% of non-emptyStyle
): ajas, daideilijaa, kauppaa, kelloo, nurtsi, stevarin, tilan, -baltsut, F1:siin, Isännäl
Style
seems to be lexical feature of NOUN
. 100% lemmas (105) occur only with one value of Style
.
SCONJ
84 fi-pos/SCONJ tokens (3% of all SCONJ
tokens) have a non-empty value of Style
.
SCONJ
tokens may have the following values of Style
:
Coll
(84; 100% of non-emptyStyle
): et, ku, ett, kun, niinku, vaikk, Mut, Vaik, ennenkö, joll
ADJ
44 fi-pos/ADJ tokens (0% of all ADJ
tokens) have a non-empty value of Style
.
The most frequent other feature values with which ADJ
and Style
co-occurred: Number=Sing (35; 80%), Degree=Pos (34; 77%).
ADJ
tokens may have the following values of Style
:
Coll
(44; 100% of non-emptyStyle
): oikee, ekasta, sellanen, semmosia, Mimmonen, Punanen, Törkeet, ekaa, ekan, erilaisis
Style
seems to be lexical feature of ADJ
. 100% lemmas (27) occur only with one value of Style
.
CCONJ
14 fi-pos/CCONJ tokens (0% of all CCONJ
tokens) have a non-empty value of Style
.
CCONJ
tokens may have the following values of Style
:
Coll
(14; 100% of non-emptyStyle
): mut, ku
NUM
11 fi-pos/NUM tokens (0% of all NUM
tokens) have a non-empty value of Style
.
The most frequent other feature values with which NUM
and Style
co-occurred: Number=Sing (11; 100%), NumType=Card (11; 100%), Case=Nom (8; 73%).
NUM
tokens may have the following values of Style
:
Coll
(11; 100% of non-emptyStyle
): yks, kaks, kahteenkyt, kakssattoo, kolmee, viis
ADP
8 fi-pos/ADP tokens (0% of all ADP
tokens) have a non-empty value of Style
.
The most frequent other feature values with which ADP
and Style
co-occurred: AdpType=Post (8; 100%).
ADP
tokens may have the following values of Style
:
Coll
(8; 100% of non-emptyStyle
): kaa, kanssas, jälkee, kanssa, luom, taakse
PROPN
6 fi-pos/PROPN tokens (0% of all PROPN
tokens) have a non-empty value of Style
.
The most frequent other feature values with which PROPN
and Style
co-occurred: Number=Sing (6; 100%).
PROPN
tokens may have the following values of Style
:
Coll
(6; 100% of non-emptyStyle
): Ailii, Eve, Hiakal, Improssa, Mollaa, Paavokaa
INTJ
5 fi-pos/INTJ tokens (3% of all INTJ
tokens) have a non-empty value of Style
.
INTJ
tokens may have the following values of Style
:
Coll
(5; 100% of non-emptyStyle
): tota, Kamooon
Relations with Agreement in Style
The 10 most frequent relations where parent and child node agree in Style
:
PRON –[mark]–> SCONJ (5; 63%),
VERB –[mark]–> ADV (5; 71%),
PRON –[obl]–> NOUN (3; 75%),
ADV –[orphan]–> ADV (2; 67%),
ADV –[conj]–> ADV (1; 100%),
NOUN –[parataxis]–> NOUN (1; 100%),
NOUN –[nmod:poss]–> PROPN (1; 100%),
NOUN –[obl]–> PROPN (1; 100%),
PRON –[conj]–> ADV (1; 100%),
AUX –[nsubj]–> PRON (1; 100%).
Treebank Statistics (UD_Finnish-FTB)
This feature is language-specific.
It occurs with 2 different values: Arch
, Coll
.
4047 tokens (3%) have a non-empty value of Style
.
1564 types (4%) occur at least once with a non-empty value of Style
.
769 lemmas (4%) occur at least once with a non-empty value of Style
.
The feature is used with 14 part-of-speech tags: fi-pos/VERB (976; 1% instances), fi-pos/PRON (741; 1% instances), fi-pos/ADV (469; 0% instances), fi-pos/SCONJ (467; 0% instances), fi-pos/PART (415; 0% instances), fi-pos/DET (289; 0% instances), fi-pos/NOUN (266; 0% instances), fi-pos/ADJ (172; 0% instances), fi-pos/NUM (71; 0% instances), fi-pos/AUX (68; 0% instances), fi-pos/CCONJ (46; 0% instances), fi-pos/ADP (35; 0% instances), fi-pos/PROPN (31; 0% instances), fi-pos/INTJ (1; 0% instances).
VERB
976 fi-pos/VERB tokens (3% of all VERB
tokens) have a non-empty value of Style
.
The most frequent other feature values with which VERB
and Style
co-occurred: Voice=Act (890; 91%), InfForm=EMPTY (880; 90%), PartForm=EMPTY (808; 83%), Case=EMPTY (712; 73%), VerbForm=Fin (712; 73%), Number=Sing (666; 68%), Mood=Ind (519; 53%).
VERB
tokens may have the following values of Style
:
Coll
(976; 100% of non-emptyStyle
): oo, ollu, oon, sano, onks, oot, ois, o, olis, vois
Style
seems to be lexical feature of VERB
. 100% lemmas (219) occur only with one value of Style
.
PRON
741 fi-pos/PRON tokens (8% of all PRON
tokens) have a non-empty value of Style
.
The most frequent other feature values with which PRON
and Style
co-occurred: Number=Sing (679; 92%), PronType=Prs (598; 81%), Case=Nom (465; 63%), Person=1 (404; 55%).
PRON
tokens may have the following values of Style
:
Coll
(741; 100% of non-emptyStyle
): mä, sä, tää, mun, mulla, sulle, mua, mul, sulla, mulle
Style
seems to be lexical feature of PRON
. 100% lemmas (21) occur only with one value of Style
.
ADV
469 fi-pos/ADV tokens (5% of all ADV
tokens) have a non-empty value of Style
.
The most frequent other feature values with which ADV
and Style
co-occurred: PronType=EMPTY (281; 60%).
ADV
tokens may have the following values of Style
:
Coll
(469; 100% of non-emptyStyle
): sit, sitte, vähä, oikeen, miks, sillon, siel, just, ny, siin
Style
seems to be lexical feature of ADV
. 100% lemmas (120) occur only with one value of Style
.
SCONJ
467 fi-pos/SCONJ tokens (13% of all SCONJ
tokens) have a non-empty value of Style
.
SCONJ
tokens may have the following values of Style
:
Coll
(467; 100% of non-emptyStyle
): ett, et, ku, vaikk, ko, kun, jott, Vaik, ette, joss
PART
415 fi-pos/PART tokens (8% of all PART
tokens) have a non-empty value of Style
.
PART
tokens may have the following values of Style
:
Coll
(415; 100% of non-emptyStyle
): ni, niinku, tota, nii, sitte, just, vaa, iha, kyl, nin
Style
seems to be lexical feature of PART
. 100% lemmas (43) occur only with one value of Style
.
DET
289 fi-pos/DET tokens (8% of all DET
tokens) have a non-empty value of Style
.
The most frequent other feature values with which DET
and Style
co-occurred: Number=Sing (223; 77%), PronType=Dem (199; 69%).
DET
tokens may have the following values of Style
:
Coll
(289; 100% of non-emptyStyle
): tää, mun, semmonen, toi, noi, sun, nää, yks, tän, semmoseen
Style
seems to be lexical feature of DET
. 100% lemmas (29) occur only with one value of Style
.
NOUN
266 fi-pos/NOUN tokens (1% of all NOUN
tokens) have a non-empty value of Style
.
The most frequent other feature values with which NOUN
and Style
co-occurred: Number=Sing (221; 83%).
NOUN
tokens may have the following values of Style
:
Arch
(4; 2% of non-emptyStyle
): puolustusvoimain, nukkein, seurainColl
(262; 98% of non-emptyStyle
): viikkoo, daideilijaa, ihmisist, lauantaiks, lähössä, mikroluokkaa, minuuttii, torstain, vuuen, Iltamisa
Style
seems to be lexical feature of NOUN
. 100% lemmas (214) occur only with one value of Style
.
ADJ
172 fi-pos/ADJ tokens (2% of all ADJ
tokens) have a non-empty value of Style
.
The most frequent other feature values with which ADJ
and Style
co-occurred: Number=Sing (129; 75%).
ADJ
tokens may have the following values of Style
:
Coll
(172; 100% of non-emptyStyle
): hirveen, ens, hirvee, kauheeta, semmonen, ikänen, semmosia, upeeta, eka, kauhee
Style
seems to be lexical feature of ADJ
. 100% lemmas (85) occur only with one value of Style
.
NUM
71 fi-pos/NUM tokens (3% of all NUM
tokens) have a non-empty value of Style
.
The most frequent other feature values with which NUM
and Style
co-occurred: NumType=Card (71; 100%), Number=Sing (70; 99%), Case=Nom (50; 70%).
NUM
tokens may have the following values of Style
:
Coll
(71; 100% of non-emptyStyle
): yks, kaks, yhen, puol, kuus, kuutee, satayheksänkymmentä, seitsemä, yheksän, 2:aan
Style
seems to be lexical feature of NUM
. 100% lemmas (25) occur only with one value of Style
.
AUX
68 fi-pos/AUX tokens (2% of all AUX
tokens) have a non-empty value of Style
.
The most frequent other feature values with which AUX
and Style
co-occurred: Voice=Act (67; 99%), VerbForm=Fin (58; 85%), Number=Sing (56; 82%), Mood=Ind (44; 65%), Person=3 (37; 54%), Tense=Pres (36; 53%).
AUX
tokens may have the following values of Style
:
Coll
(68; 100% of non-emptyStyle
): o, ollu, olis, onks, oo, oot, ois, onk, tullee, Ootte
CCONJ
46 fi-pos/CCONJ tokens (1% of all CCONJ
tokens) have a non-empty value of Style
.
CCONJ
tokens may have the following values of Style
:
Coll
(46; 100% of non-emptyStyle
): mut, mutt, ja/vai, vaikk
ADP
35 fi-pos/ADP tokens (1% of all ADP
tokens) have a non-empty value of Style
.
ADP
tokens may have the following values of Style
:
Coll
(35; 100% of non-emptyStyle
): kans, kaa, jälkee, lähtie, mennssä, vuoks, aikaa, enne, ettee, ilma
Style
seems to be lexical feature of ADP
. 100% lemmas (18) occur only with one value of Style
.
PROPN
31 fi-pos/PROPN tokens (1% of all PROPN
tokens) have a non-empty value of Style
.
The most frequent other feature values with which PROPN
and Style
co-occurred: Number=Sing (28; 90%).
PROPN
tokens may have the following values of Style
:
Arch
(2; 6% of non-emptyStyle
): Brittein, YrittäjäinColl
(29; 94% of non-emptyStyle
): Soiliki, iiässäs, Ailii, Alfas, Annillakkii, Dödö, Hesaris, Hiakal, Jokine, Juttutupaa
Style
seems to be lexical feature of PROPN
. 100% lemmas (28) occur only with one value of Style
.
INTJ
1 fi-pos/INTJ tokens (0% of all INTJ
tokens) have a non-empty value of Style
.
INTJ
tokens may have the following values of Style
:
Coll
(1; 100% of non-emptyStyle
): viis
Relations with Agreement in Style
The 10 most frequent relations where parent and child node agree in Style
:
SCONJ –[conj]–> SCONJ (11; 73%),
PRON –[advmod]–> ADV (6; 55%),
PRON –[conj]–> PRON (5; 63%),
PART –[conj]–> PART (5; 83%),
ADV –[conj]–> ADV (5; 100%),
ADV –[fixed]–> ADV (4; 100%),
DET –[conj]–> DET (3; 100%),
ADV –[mark]–> SCONJ (3; 60%),
PRON –[advcl]–> VERB (1; 100%),
ADJ –[advcl]–> ADV (1; 100%).
Style in other languages: [cs] [da] [fi]


{% include setup_data.html %}
{% include header.html %} {% include navbar.html %} {% include hero_secondary.html %} {% include breadcrumb.html %}You can host a partner location of the Summer Institutes of Computational Social Science (SICSS) at your university, company, NGO, or government agency. For universities, SICSS provides an exciting approach to training and building interdisciplinary community. For companies, NGOs, and government agencies, hosting a parter location enables building connections with the academic community, providing training for current employees, and recruiting future employees.


Doctor
Doctor in Hospital
Doctor Name
Username
Mobile No.
Email
Status
Action
{{doctors.firstname}} {{doctors.lastname}}
{{doctors.username}}
{{doctors.mobileno}}
{{doctors.email}}
{{doctors.activationstatus}}
Edit
/
Suspend
/
Reset Password
/
DOS
/
Activate
Pathology
Pathology in Hospital
Pathology
Username
Mobile No.
Email
Status
Action
{{Pathologist.firstname}} {{Pathologist.lastname}}
{{Pathologist.username}}
{{Pathologist.mobileno}}
{{Pathologist.email}}
{{Pathologist.activationstatus}}
Suspend
/
Activate
Radiologist
Radiologist in Hospital
Radiologist
Username
Mobile No.
Email
Status
Action
{{Radiologist.firstname}} {{Radiologist.lastname}}
{{Radiologist.username}}
{{Radiologist.mobileno}}
{{Radiologist.email}}
{{Radiologist.activationstatus}}
Suspend
/
Activate
Chemist
Chemist in Hospital
Chemist
Username
Mobile No.
Email
Status
Action
{{Chemist.firstname}} {{Chemist.lastname}}
{{Chemist.username}}
{{Chemist.mobileno}}
{{Chemist.email}}
{{Chemist.activationstatus}}
Suspend
/
Activate
Ward
Wards in Hospital
Ward
Username
Mobile No.
Email
Status
Action
{{Ward.firstname}} {{Ward.lastname}}
{{Ward.username}}
{{Ward.mobileno}}
{{Ward.email}}
{{Ward.activationstatus}}
Suspend
/
Activate
Cashier
Cashier in Hospital
Cashier
Username
Mobile No.
Email
Status
Action
{{Cashier.firstname}} {{Cashier.lastname}}
{{Cashier.username}}
{{Cashier.mobileno}}
{{Cashier.email}}
{{Cashier.activationstatus}}
Suspend
/
Activate
Receptionist
Receptionist in Hospital
Receptionist
Username
Mobile No.
Email
Status
Action
{{Receptionist.firstname}} {{Receptionist.lastname}}
{{Receptionist.username}}
{{Receptionist.mobileno}}
{{Receptionist.email}}
{{Receptionist.activationstatus}}
Suspend
/
Activate


India's Paytm raises US$1 billion in fresh funding
Indian digital payments company Paytm said on Monday it has raised fresh funds from a group of investors, including existing backers such as SoftBank's Vision Fund and Alibaba's Ant Financial.
NEW DELHI/BENGALURU: Indian digital payments company Paytm said on Monday it has raised fresh funds from a group of investors, including existing backers such as SoftBank's Vision Fund and Alibaba's Ant Financial.
Paytm did not officially disclose details of the funding, but a source said the Indian company raised US$1 billion in the latest round.
Accounts advised by T. Rowe Price Associates were among the new investors for the fund, Paytm said in a statement https://blog.paytm.com/announcing-our-fundraise-from-leading-global-investors-4dc5378691e3.
Financial daily Economic Times quoted Paytm Chief Executive Officer Vijay Shekhar Sharma as saying the round would lift the company's valuation to US$16 billion.
The company will expand into insurance, lending and investments and invest 100 billion rupees (US$1.39 billion) over the next three years to include more users in the country, Paytm said.
(Reporting by Sankalp Phartiyal inNew Delhi and Derek Francis in Bengaluru, Editing by Sherry Jacob-Phillips)


Who doesn't love hardware? Meets Mondays in Room 111
We'll post some info on RasPis soon!
We'll post some info on Arduinos soon!
We'll post some info on Slayer Exciter soon!


Meet Our Team
Gavin Stahl
Web UI Developer
Github
Danielle Blackwell
Web UI Developer
Github
Aaron Doran
React Developer
Github
Shanda Woods
React Developer
Github
Mark Artishuk
React Developer
Github
Robert Benavidez
Backend Developer
Github
David Downes
Backend Developer
Github
Tyler Gilchrist
Project Leader
Github


| Area |
Feature |
Version |
Status |
I/O
|
Load and Save map data to XML
|
1.0
|
Working
|
I/O
|
Save partial map data
|
1.0
|
|
I/O
|
Merge two (or more) map data sets into one
|
1.0
|
|
I/O
|
Import data from GENII .sec format data
|
1.0
|
Working
|
I/O
|
Import data from Galactic .sar/.gar and decompressed format data
|
1.0
|
Working
|
I/O
|
Import data from WBD (.wbd), H&E (.hes)
|
1.2
|
|
I/O
|
Export data to GENII .sec format, csv format
|
1.0
|
|
I/O
|
Import/query data from Universe SQL database
|
1.4
|
|
I/O
|
Add Support for Jump Links/routes information to XML files
|
1.0
|
Working
|
I/O
|
Add Support for Survey dates/changes
|
1.2
|
|
|
|
|
|
UI
|
View map data by map (all systems) area
|
1.0
|
Working
|
UI
|
View map data by map (limited area) (sector, subsector, quadrant)
|
1.0
|
Working
|
UI
|
View map data by map (radius) (J6 or other Jn distance)
|
1.1
|
|
UI
|
Settable detail (zoom) level for all maps (4-5)
|
1.0
|
Working
|
UI
|
User configurable hex display for zoom levels
|
1.0
|
Working
|
UI
|
View list of systems in table format
|
1.0
|
Working
|
UI
|
User configure table format
|
1.1
|
|
UI
|
Add/Edit/Delete systems
|
1.0
|
Working
|
UI
|
Add/Edit/Delete domains, sectors, subsector (groups)
|
1.0
|
Working
|
UI
|
Add/Edit/Delete user comments at the system and group levels
|
1.0
|
|
UI
|
Add/Edit/Delete routes (for x-boat links, trade routes or jump links)
|
1.0
|
|
UI
|
Improve the graphics for the text impared
|
1.1
|
|
| |
|
|
|
| OP
|
Output display map to jpeg file for external viewing
|
1.0
|
Working
|
OP
|
Output displayed map to PDF for printing or external viewing
|
1.1
|
Working
|
OP
|
Output PDF starmap on standard sector, quadrant, subsector, j6 maps
|
1.1
|
|
OP
|
Output PDF forms of extended system generation data
|
1.4
|
|
|
|
|
|
DT
|
Split Player/Refree mode for viewing extended comments
|
1.3
|
|
DT
|
Extended comments (library data) attached to various elements
|
1.1
|
|
DT
|
Add/Edit/Delete static data for the universe.
|
1.0
|
Working
|
DT
|
Query cabability for list of system/display mode
|
1.1
|
|
DT
|
Generate basic system data using Book 3, Book 6, MT, TNE, T4 or T20 rules
|
1.2
|
|
DT
|
Generate extended system data using GT:First In, Grand Survey/Grand Census, World builder handbook, World Tamers Guide
|
1.4
|
|
DT
|
Generate graphics of extended system
|
1.4
|
|
DT
|
Generate world maps
|
1.4
|
|
DT
|
Generate system names from system name generator for generated systems
|
1.4
|
|
DT
|
Generate route links from query
|
1.1
|
|
DT
|
Apply the TNE world collapse effects
|
1.3
|
|
DT
|
Have a Cparse (like) rules engine for setting static data and performing queries
|
1.1
|
|


{#Uploading the video page. Resulting the detection in video and displaying the plotted graph#}
Drop a file.


45 Stunning Philippine Beaches to Visit in 2016
Philippines has some of the best beaches in Southeast Asia, if not the world. As a tropical country with over 7,000 islands, Philippines is not only endowed with mountains, caves, waterfalls and a vast array of natural wonders but with the most beautiful beaches on the planet – from deserted white-sand beaches dotted with coconut trees to idyllic islands gifted with rich marine life.
In fact, Philippines once again made it in Condé Nast Traveler's Best Island in World list for 2015 after Palawan topped the list, along with Boracay and Cebu. These world-class islands and beaches only prove that Philippines is, indeed, a veritable beach paradise.
If you've been following me on Instagram and Facebook, you would see how crazy I am to visit and explore every beach in the country. In 2012, I made a list of my top Philippine beaches and since then more beaches have been added in my bucket list and crossed off one by one.
Here are 45 of the best Philippines beaches I was able to personally experience which I recommend for you to see this 2016. It's so hard to rank them by personal favorite so I decided to list them down alphabetically by name.
1. Alona Beach, Panglao, Bohol
One of the popular beaches in the country is the charming Alona Beach in Panglao, Bohol. Aside from the famous Chocolate Hills and Philippine tarsiers which you can visit through Bohol countryside tour, Panglao is also home to some of the country's finest beaches. Click here to find the cheapest deals on accommodation in Panglao.
2. Alubihod Beach, Guimaras
Alubihod Beach in Nueva Valencia, Guimaras is a fantastic beach destination that's very accessible from Iloilo City. The beach is also the jump-off point for island hopping activity in Guimaras if you want to see more of what the island province has to offer.
3. Ambulong Island, San Jose, Occidental Mindoro
Ambulong Island is a pride of San Jose, Occidental Mindoro. Also situated in the island is a premier resort named Grace Island Resort which offers accommodation for travelers seeking for a relaxing trip or a romantic getaway. Their floating cottages look amazing.
4. Apo Island, Occidental Mindoro
Apo Island is the biggest of the three islands located in Apo Reef Natural Park, a popular dive spot in Sablayan, Occidental Mindoro. It features the second largest contiguous coral reef in the world, next to the Great Barrier Reef in Australia. Truly world-class!
5. Ave Maria Islet, Guimaras
Ave Maria Islet is a tiny island that features a beautiful sandbar surrounded by crystal clear water. It's one of the beach spots you can explore in the island hopping tour in Guimaras.


Kontra.animation(properties)
- properties {object}
- Properties of the animation.
- properties.spriteSheet {kontra.spriteSheet}
- The sprite sheet to use for the animation.
- properties.frames {number[]}
- Sequence of frames to use from the sprite sheet.
- properties.frameRate {number}
- Number of frames to display per second.
- properties.loop {boolean}
- If the animation should loop. Defaults to true.
An object for drawing sprite sheet animations.
An animation defines the sequence of frames to use from a sprite sheet. It also defines at what speed the animation should run using frameRate.
Typically you don't create a kontra.animation
directly, but instead would create them through kontra.spriteSheet.
Added to the kontra
object when kontra.spriteSheet is installed.
let spriteSheet = kontra.spriteSheet({/* ... */});
let animation = kontra.animation({
spriteSheet: spriteSheet,
frames: [1,2,3,6],
frameRate: 30
});
Table of Contents
-
Properties
-
Methods
kontra.animation.clone()
Clone an animation so it can be used more than once. By default animations passed to kontra.sprite will be cloned so no two sprites update the same animation. Otherwise two sprites who shared the same animation would make it update twice as fast.
kontra.animation.frameRate
{number}
Number of frames to display per second. Adjusting this value will change the speed of the animation.
kontra.animation.frames
{number[]}
Sequence of frames to use from the sprite sheet.
kontra.animation.height
{number}
The height of an individual frame from the sprite sheet.
kontra.animation.loop
{boolean}
If the animation should loop back to the beginning once completed.
kontra.animation.margin
{number}
The space between each frame from the sprite sheet.
kontra.animation.render(properties)
- properties {object}
- How the animation should be rendered.
- properties.x {number}
- X coordinate to render the animation.
- properties.y {number}
- Y coordinate to render the animation.
- properties.context {CanvasRenderingContext2D}
- Optional. The context the animation should draw to. Defaults kontra.context.
Render the current frame to the x
, y
position.
kontra.animation.reset()
Reset the animation back to the beginning.
kontra.animation.spriteSheet
The sprite sheet to use for the animation.
kontra.animation.update(dt)
- dt {number}
- Optional. Time since last update.
Update the animation.


RECORD ENDPOINT
Record consists of several endpoints including:
RECORD ALL
- path: /api/record
- method: get
- response: application/json
- body: no
- roles: user
- usage: Get all available record data
RECORD ADD
- path: /api/ttl
- method: post
- response: application/json
- body: raw
- roles: user
- relation: zone, ttl,type
- usage: Add new record for an existing zone
raw:
{
"insert": {
"fields": {
"nm_record": string,
"id_zone": zone::id_zone,
"id_type": type::id_type,
"date_record": str
}
}
}
fields:
- nm_record: Name of the record that's going to be inserted
- id_zone: ID of corresponding zone for this record
- id_type: ID of the type of this record
- date_record: The date when this record is added, format (YYYYMMDDHH)
example:
{
"insert": {
"fields": {
"nm_record":"www",
"date_record":"2018070410",
"id_zone":"420622599268663297",
"id_type":"402386688803307521"
}
}
}
See rules for other examples
RECORD WHERE
- path: /api/record
- method: post
- response: application/json
- body: raw
- roles: user
- relation: zone
- usage: Find type data by one or combination of tags for filtering.
raw:
{
"where": {
"tags":{
"id_record": record::id_record,
"nm_record": record::nm_record,
"id_zone": zone::id_zone
}
}
}
- id_record: Filter data by record's id
- nm_record: Filter data by record's name
id_zone: Filter data by zone's id example:
{ "where": { "tags": { "id_zone": "425573109236203521" } } }
RECORD REMOVE
- path: /api/record
- method: post
- response: application/json
- body: raw
- roles: user
- usage: remove record data
raw:
{
"remove": {
"tags": {
"id_record": record::id_record
}
}
}
tags:
- id_record: id of record data that will be removed
example:
{
"remove": {
"tags": {
"id_record": "402329670102745089"
}
}
}
RECORD VIEW
- path: /api/record
- method: post
- response: application/json
- body: raw
- roles: user
- usage: View record and its related data
raw:
{
"remove": {
"tags": {
"id_record": record::id_record
}
}
}
tags:
- id_record: id of record data that will be removed
raw
{
"view": {
"tags": {
"id_record": record::id_record
}
}
}
example:
{
"view": {
"tags": {
"id_record": "402329670102745089"
}
}
}


Books Help
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Contents
Frequently asked questions
To be written as questions are asked frequently...
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gun.key(name)
Index your data, so you can find it later, faster.
We can think of keys as variables pointing to an object, and a node can have more than one name.
The .key
method takes 3 arguments, and only the first is required:
- the name
of the category to join under
- the callback
to invoke on each acknowledgment
- options
for configuration
Name
A string representing the name of a group to attach a node to. Common practice is to namespace your keys into routes: .key('users/cities/Provo')
note: keys are case sensitive
Callback(error, ok)
The same behavior as the callback in gun.put.
Options
Ignore the chain context, tagging a node directly by it’s soul.
// find node by soul "Zwl6..." and tag it under "examples"
gun.key('examples', null, 'Zwl6PaS4oo7Ivt21X5bU0nds')
Examples
Aggregating fragmented data into a named object
// each member of the chatroom
gun.get('trace').path([userID, 'profile']).key(userID + '/profile')
gun.get('battlefleet').path([userID, 'profile']).key(userID + '/profile')
gun.get(userID + '/profile')
// contains the merged sum of all profile information
This is especially useful since the intermediate objects might be large, and by putting a key on the data you’re looking for, you won’t need to perform the costly lookup in the future.
Tagging data on insertion
gun.get(group).path([memberID, 'contact']).put({
twitter: '@databaseGun',
gitter: 'gitter.im/amark/gun'
}).key(group + '/' + memberID + '/contact')
By putting a name on the data, the operation will be faster in the future since it won’t need to request the potentially large group
object, or even the member object. We can skip straight to the data we need. This functionality pairs nicely with .not
.
Chain context
gun.key
does not change the context.
gun.path('node').key('nodes') /* same context as */ gun.path('node')


Before Change
with open(os.path.join(os.path.dirname(__file__), "requirements.txt")) as f:
requirements_text = f.read()
if sys.version_info[0] >= 3:
requirements_text = requirements_text.replace("JPype1", "JPype1-py3")
return requirements_text.splitlines()
setup(name="konlpy",
version=__version__,
description="Python package for Korean natural language processing.",
After Change
else:
reqfile = "requirements-py3.txt"
with open(os.path.join(os.path.dirname(__file__), reqfile)) as f:
return f.read().splitlines()
setup(name="konlpy",
version=__version__,
description="Python package for Korean natural language processing.",


Call Of Duty: Modern Warfare has 200-player battle royale reveals datamine
The rumoured new battle royale mode for Call Of Duty: Modern Warfare has respawn tickets to revive dead teammates, amongst other innovations.
Not for the first time, rumours have emerged that Call Of Duty: Modern Warfare will be getting a 200-player Battle Royale, although this time there seems to be evidence within the game’s own updates.
Well respected dataminer Sensecallo listed his findings on Reddit, which reveal an unusual system for respawning players that relies on ‘Respawn Tokens’.
Tokens can be looted like any other item but can only be used once per match. They work by a teammate dropping a corpse of a comrade near an ambulance and then using a token.
The revived player will then be placed in a temporary holding area, where they’ll wait for their chance to respawn by competing in a 1 vs. 1 battle with another defeated player.
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That’s completely different to any other major Battle Royale but then most only have a maximum of 100 players at once.
Other elements are more familiar though, with solo, duo, and quad team modes, as well as player missions and traditional Call Of Duty style perks.
You’ll also be able to mark objects and players for allies to see, as in Apex Legends, and there’s a new in-game resource called plunder which will be used to purchase special items at a plunder box. Or you can convert it into experience points at a bank – which will set off an alarm, alerting other players.
Call Of Duty: Black Ops IIII’s Battle Royale mode already worked very well, so you’d expect the same if Modern Warfare gets it and a lot of these new features do sound interesting.
There’s no indication of when the mode might be go live though and it’s hard to say whether it would be before or after Christmas. Although fans will be hoping that new microtransactions are not added at the same time…
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A web application that takes a user's birthday and calculate's the day of the week they were born and then depending on their gender output's their Akan Names.Akan Names are derived from ghanian culture.frequently in Ghana, children are Given their first names as a 'day name' which correspond to the day in the week they were born. Here are Ghanian Day names:


#GreatWar100 will bring together members of the public who have developed an interest in the First World War since 2014, unite them with experts in the field and not only provide an informal education experience, but ensure that moving forward past November 1918, we continue to remember.
It is absolutely free to come along and experience #GreatWar100 without tickets. It is only necessary to apply if you wish to attend any talks or workshops for children.
Find Tickets#GreatWar100 is a free event and we are reliant on your donations. Please click below to find out what benefits you can earn by becoming a donor.
This November marks the 100th anniversary of the armistice. Find out how your loved ones can be remembered as part of our interactive memorial.
Find out how attendees of all ages will be able to meet and interact with experts on multiple aspects of the Great War.
We are always on the look-out for new partners and corporate sponsors. Please contact us using the button below.


Catch The Politician
Play Game
Who would you like to catch?
Donald Trump
Joe Biden
Kim Jong Un
Vladimir Putin
Time: 00:00
Score: 0
Can you do it?


About 2,390,000 results (0.30 seconds)
The Pomeranian (often known as a Pom or Pom Pom) is a breed of dog of the Spitz type, named for the Pomerania region in Central Europe (today part of ...
German Spitz - Boo (dog) - Luxating patella - Merle
www.akc.org › Breeds ▾ American Kennel Club ▾
This compact little dog is an active toy breed with an alert character and fox-like expression. Today, the Pomeranian is a popular companion dog and competitive...
Pomeranian information including pictures, training, behavior, and care of Pomeranians and dog breed mixes.
https://www.petfinder.com/dog-breeds/Pomeranian ▾ Petfinder ▾
The Pomeranian Dog Breed: Bouncy, bold and busy, the Pomeranian makes the most of every day. He is curious, playful, self-confident (even cocky) and ...
www.youtube.com/watch?v=gJir5cxLv9U
Jun 6, 2014 - Uploaded by WorldsFuzziestVideos
SUBSCRIBE & BECOME A FOLLOWER OF FUZZY: http://www.youtube.com/ subscription_center?add_user...


‘Exhibition of Excellence’ held at college
by Staff ReporterTIRUCHI
As part of the ongoing dodransbicentennial (175 years) celebrations of St. Joseph's College in the city, an 'Exhibition of Excellence' was organised with various departments of the college displaying exhibits ranging from a model of Chandrayaan II to animatronics animals.
The two-day exhibition was inaugurated by Vellamandi N. Natarajan, Minister for Tourism, and S. Valarmathi, Minister for Backward Classes and Minority Welfare, on Thursday.
Students belonging to the National Cadet Corps showcased various drills, including enacting war-like situations on Friday. H. Darmaraj, aeromodelling instructor, showcased his planes, made of Balsa wood. He had trained students of the NCC in Chennai, Salem, Coimbatore and Tiruchi, he said.
The Department of Physics had on display models ranging from varieties of rockets and machines. The main attraction was a life-size model of Chandrayaan II and an animatronics dinosaur. The Department of Botany and Zoology had unique fossils, plant species.
Rev. Fr. M. Berchmans, sports coordinator, said nearly 6000 students from across the city and its outskirts visited the exhibition.
“Students of nearly 50 schools visited the exhibition and around 25 school students put up their exhibits on display. Prizes were handed out to students,” he said. Inter-department competitions were also held and prizes distributed for them.


I'm a web developer living in Denver, Colorado. When I'm not coding chances are I'm skiing, snowboarding, biking, or exploring in the mountains.
Longer version of the story.


Hello! I'm best-described as a computational chemist specializing in data science and software development. There's some more detail in my resume, if you want to answer the question of "Well, how did I get there?"
I like making things - doesn't matter if it's software, 3D modeling, composing music, or coming up with an experiment to test something. Science is my other passion! Whether it's being the first to publish on something, or just improving on what's already known, it's incredibly rewarding to check on an old publication and find other people have cited it. Even if they're just outlining other literature in their paper's intro, it's great to know that you've had some impact on another person's research. Chemistry is my main field, generally focusing on the application of machine learning to predict chemical properties. Despite seeming like a very specific and niche subfield, machine learning in chemistry has a ton of depth, ranging from representing molecules to a computer, databases, automation, the machine learning itself, optimization routines, etc. I'm not going to run out of things to learn any time soon, at least!
Programming is definitely another big interest of mine. Most of my grad research involved computational chemistry calculations on a Unix supercomputer - at first, I started scripting away the repetitive parts in Python and Bash, but quickly realized how aesthetically-pleasing well-written, organized code can be in addition to the huge increase in productivity from being able to automate things. Python is definitely my main language, but I've also written C code, mostly for when Python is slower than I'd like.
When not doing R&D or software development, I can usually be found in VR, or having fun with a flight simulator, or - more frequently - both! In terms of which sim, usually it's either DCS:F-14B or MS Flight Simulator 2020. Music and art are also incredibly fun! Guitar is the instrument I know best, but I also occasionally compose my own tracks in LMMS or FL Studio. Blender is my workhorse when it comes to 3D objects, and Substance Painter / Substance Designer is a great tool to generate textures. Sometimes I get into hand-drawn art - like the background of this site! That was painted in Krita.
Thanks for taking an interest in learning some more about the person behind this site. If you're here looking for conversation material before meeting me, I hope this provided you with some ice-breakers!


--- layout: fullwidth title: Testimonials primary_title: Testimonials body_class: testimonials-page intro: OpenSearch is helping developers solve a range of problems. This page highlights what people are saying about OpenSearch and how they are participating in the project. conclusion: "Interested in sharing your OpenSearch story? To add your testimonial to this page, please create a fork the [project website](https://github.com/opensearch-project/project-website), add a markdown file for your project under `/_testimonials/your-testimonial.md` , and submit a pull request." --- {{page.intro | markdownify }}


Description→ The self-righting mechanism for a two-wheeled foldable e-scooter uses the steering column, the steering-column actuator, and side wheels to self-right an e-scooter. I have demonstrated this capability on a Mi foldable scooter. When the scooter is tipped over, the onboard IMU senses the orientation of the scooter and activates the motor on the steering column. The steering column handle pushes on the ground and the reaction force turns the scooter chassis about the axis parallel to the scooter. Once the scooter rights itself to a certain angle, spring-loaded side wheels passively engage to balance the scooter in the upright position.
Simulations→ The figure below illustrates how the self-righting mechanism will work by depicting three successive time steps in a ROS Gazebo simulation environment.
→ This project has a patent already disclosed
Pruthvi Sanghavi, No Rights Reserved 😉


This endpoint triggers notifications. Creating content too quickly using this endpoint may result in abuse rate limiting. See "Abuse rate limits" for details.
PUT /repos/:owner/:repo/collaborators/:username
| Name | Type | Description |
|---|---|---|
permission |
string |
The permission to grant the collaborator.
Only valid on organization-owned repositories. Can be
one of: * pull - can pull, but not push to or administer this
repository.* push - can pull and push, but not administer this
repository.* admin - can pull, push and administer this repository.Default: push
|
For more information the permission levels, see "Repository permission levels for an organization" in the GitHub Help documentation.
Note that, if you choose not to pass any parameters, you'll need to set
Content-Length
to zero when calling out to this endpoint. For
more information, see "HTTP verbs."
Status: 204 No Content


You can use the following server to build out your project for {{ name }}, but you don't get to keep it.
See our table about getting setup on our Developer+ program so you can take your hack with you with a $50/mo infrastructure credit!
{{ error }}
/Users/{{ name }}/


#KogiDecide2019: Three confirmed dead, casualty list still being compiled —Police
by Agency ReportThe police in Lokoja on Sunday confirmed three persons dead during the governorship election held in Kogi on Saturday.
The Commissioner of Police in Kogi, Mr Akeem Busari, who confirmed the deaths to newsmen, said the command was still compiling its report on the poll to ascertain the actual number of casualties.
Busari also said 10 persons were arrested across the state during the election.
He said it was gathered that three persons died in Lokoja when armed thugs invaded St. Luke Primary School, Adanakolo, during the election.
Busari, however, described the situation in the state as calm.
Meanwhile, the Independent National Electoral Commission has announced the poll results from eight more local government areas.
The results showed that that Gov. Yahaya Bello, the candidate of the All Progressives Congress, polled 36,954 votes in Okehi Local Government Area while Mr Musa Wada of the PDP scored 478 votes.
In Ajaokuta Local Government Area, Bello scored 17, 952 while Wada polled 5,565 votes.
In Mopa Muro Local Government Area, Bello scored 4,953 votes while Wada scored 3,581 votes.
In Idah Local Government Area, Bello scored 4,602 votes while Wada polled 13,962 votes.
In Olamaboro Local Government Area, Belo scored 16,876 while Wada scored 8, 155 votes.
In Yagba West Local Government Area, Bello polled 7,868 while Wada scored 8,860.
The results from 16 local government areas have been released by INEC.
(NAN)