owens-corning
Businessmodel of Owens Corning
Customer Segments
Owens Corning manufactures and sells a broad range of products designed to fulfil functions for customers across multiple industries. The Company’s Composites segment sells products directly to parts molders, shingle manufacturers, and fabricators, serving end-users across five primary markets:
- Construction, including building contractors, specialist construction firms, and housebuilders;
- Transportation, including manufacturers of boats, aviation companies, and automotive manufacturers;
- Consumer Goods, principally comprising electronics and electrical goods manufacturers;
- Industrial, including industrial container companies, and industrial goods manufacturers; and
- Energy, including renewable energy companies, and power generators. Owens Corning’s Insulation and Roofing segments both sell products to insulation installers, home centres, lumberyards, contractors, retailers and distributors. The Roofing segment also sells products directly to manufacturers in a variety of other industries, including automotive, chemical, rubber and construction. In 2015 no one customer accounted for more than 10% of the Company’s net sales.
Owens and Corning principally serves customers across the US and Canada. The Company also serves customers in markets across Europe and Asia Pacific.
Value Propositions
Owens Corning provides value to its customers in the following ways:
- Its industry standing, with the Company established as a leading manufacturer of insulation and composites, having a reputation for providing high-quality products reliably and efficiently;
- Its broad portfolio of products, with the Company offering a broad catalogue of products to customers and end-users from a range of business sectors, including strip asphalt roofing shingles, loosefill insulation, foam sheathing, and glass fiber products;
- Its international sales reach, with the Company serving an extensive domestic customers base in the US, as well as customers across markets in Europe, and Asia Pacific;
- Its product innovation, with the Company committed to developing new and innovative products and production processes, in order to provide customers with high-quality and cutting-edge products;
- Its broad network of manufacturing facilities, with the Company operating manufacturing facilities for its three operating segments across the US, Canada, Mexico, China, Brazil, India, South Korea, France, and Russia, enabling it to serve international customers efficiently and effectively. ### Channels
Owens Corning operates a website at www.owenscorning.com, through which it provides information on its various products, target industries, and corporate activities. The Company does not operate an online sales channel for its core products, nor does it provide an online customer portal.
The Company does, however, offer an online product search facility, which allows customers to quickly browse the Company’s product portfolio. It also operates an online sales portal, through which it sells Owens Corning-branded merchandise, including apparel and homeware.
Owens and Corning sells its products through an in-house direct sales force, which is organised by operating segment and geographic region. The Company’s sales personnel operate out of the Company’s international network of offices across the Americas, Europe, and Asia Pacific, including in Shanghai, Brussels, Hong Kong, and Mumbai.
Owens and Corning operates its own extensive network of manufacturing and distribution facilities across its various operating regions. This includes 28 composites production facilities, 29 roofing manufacturing plants, and 31 insulation manufacturing facilities, including in the Us, Canada, Brazil, Mexico, and South Korea.
Customer Relationships
Owens and Corning offers some products and services to customers on a self-service basis, this, however, does not include its core composites, roofing, and insulations products. The Company operates an online store at www.costore.com/ocsignature/welcome.asp, through which customers can purchase and arrange delivery of Owens and Corning-branded merchandise without interacting with sales personnel.
Owens and Corning consults directly with its customers before making its sales, ensuring that the individual needs of each client are met. The Company’s sales are agreed under tailored sales and distribution contracts, which can span multiple years. The Company works closely with its clients with a view to establishing longstanding relationships.
Owens and Corning provides a range of customer support services, with clients able to access personalised assistance by contacting the Company’s dedicated support personnel either over the phone or via an online contact form. The Company also provides important information to customers through its website, including warranty information and media.
Additionally, Owens and Corning provides information the various trade shows and events that it will be attending, allowing customers to attend and interact with company representatives in person. Customers can alternatively follow the Company’s operations, and interact with it directly, through its social media accounts with Facebook, Twitter, YouTube, and LinkedIn.
Key Activities
Owens Corning is a holding company. Through its various subsidiaries it is engaged in the manufacture and sale of composite and building materials systems. The Company’s products range from glass fiber used to reinforce composite materials for transportation, electronics, marine, infrastructure, wind-energy and other markets to insulation and roofing for residential, commercial and industrial applications.
The Company aligns its activities into three operating segments: Composites, which comprises the Company’s Reinforcements and Downstream divisions, including its production and sale of glass fiber products and glass reinforcements; Insulation, which manufactures and sells insulation products, such as thermal and acoustical batts, loosefill insulation, foam sheathing and accessories, marketed under brand names, such as Owens Corning PINK FIBERGLAS Insulation; and Roofing, which manufactures and sells laminate and strip asphalt roofing shingles. The Company sells products directly to home centers, lumberyards, retailers, distributors and contractors.
Key Partners
Owens Corning works closely with a number of partner companies and organisations. These partners include:
- Supplier and Vendor Partners, comprising suppliers of raw materials, tools, and equipment that are used across the Company’s network of manufacturing facilities, as well as providers of services and technologies that support the Company’s operations more broadly;
- Dealer and Channel Partners, including various distributors and dealers that sell products on the Company’s behalf, or assist in extending the Company’s sales and marketing reach;
- Joint Venture Partners, including various manufacturing and industrial companies with which the Company jointly produces and sells products through mutually owned entities;
- Strategic and Development Partners, including market leading companies across multiple industries with which the Company collaborates on various projects, including product innovation and marketing projects; and
- Community and Sustainability Partners, including non-profits and charitable organisations with which the Company works on community and sustainability projects around the world. Owens Corning has launched a number of key partnerships in recent years. This includes a tie-up with BASF and TenCate Advanced Composites to develop optimal solutions in thermoplastic composites for automotive mass production, a technology partnership with Tata Consultancy Services.
Key Resources
Owens Corning’s key resources are its products and intellectual properties, its materials and supply chain, its network of manufacturing facilities, its sales and distribution infrastructure, its partnerships, and its personnel.
Owens Corning relies on a combination of intellectual property laws, confidentiality procedures and contractual provisions, to protect its intellectual property, proprietary technology and brands. Searches of records published by the US Patent and Trademark Office identified a number of patent applications filed in the name of Owens and Corning, including applications entitled ‘Boxed netting insulation system for roof deck’, ‘Underlayment with slip-resistant surface’ and ‘Flexible laminated hip and ridge shingle’.
Owens Corning owns and or leases a number of physical properties that are key to its activities. This notably includes its broad network of manufacturing facilities, comprising 88 production plants across locations in the Americas, Europe, and Asia Pacific.
Cost Structure
Owens Corning incurs costs in relation to the development of its products and technologies, the procurement of supplies and services, the operation of its manufacturing facilities, the operation of its sales and distribution infrastructure, the implementation of marketing campaigns, the management of its partnerships, and the retention of its personnel.
In 2015 Owens Corning recorded total cost of sales for the year of $4.20 billion, and total operating costs of $605 million, including $525 in marketing and administrative expenses and $73 million in science and technology expenses.
Revenue Streams
Owens Corning generates revenue through the manufacture and sale of various composite, insulation, and roofing products, including glass fiber products, glass reinforcements, thermal and acoustical batts, loosefill insulation, and laminate and strip asphalt roofing shingles.
In 2015 Owens Corning generated net sales of $5.35 billion, up on the $5.26 billion recorded by the Company in 2014. Sales for the year were divided relatively evenly across the Company’s Composites, Insulation, and Roof segments, which respectively recorded net sales of $1.90 billion, $1.85 billion, and $1.77 billion


Warehouse Chief Natools:
The Revolutionaries of Dusk want you to find the location of the wounded angel and obtain its message after healing it...
How do I find the location of the angel? What do I do to obtain its message?"


notifications_active
Notifications
arrow_back
create
notifications_active
settings
power_settings_new


Facetune2 apk pro free download
- Version: 2.Zero.Four
- Size: seventy eight.Eleven MB
- Price: Free
- Root wanted: No Need
- Offers In-App Purchase: No
- Price: Free
Unlocked
● Paid content material cloth unlocked
● Offline
Thx to ill420smoker
Want to appearance remarkable in each selfie you take.
Facetune2 is an clean to apply picture editor that acts as your non-public private glam squad.
Get that Insta-worth photo every time!Facetune2 is
the following era of the award-winning Facetune app,
complete with a new, top notch series of the extraordinary seasoned retouching features.
Get a Hollywood look or a more herbal stop end result with
the fine makeup and beauty modifying app in the marketplace!
There’s terrific advanced era on the again of each amusing,
powerful and clean-to-use device. In only some swipes.
You can whiten teeth, eliminate blemishes & zits,
clean out pores and skin, correct terrible lights, contour faces,
upgrade your makeup and glamour
Want to wow your pals and followers
Leave fact inside the lower back of and live your fantasy with Facetune 2!


GBIF Backbone Taxonomy
The backbone visualised as a treemap with size representing the number of included taxa.


U-Turn Review by Larry McGillicuddy Copyright Larry McGillicuddy
**1/2 (out of 4)
Directed by Oliver Stone
Starring Sean Penn, Jennifer Lopez, Nick Nolte, Billy Bob
Thornton, Joaquin Phoeniz, Claire Danes, Jon Voight,
Oliver Stone is one of my favorite filmmakers. His past films - Salvador, Platoon, Born on the 4th of July, Natural Born Killers, and JFK - have been among the best of the last 12 years. They've all made some sort of political or thematic statement and usually caused controversy. This time out, Stone seems intent on just making a cool modern noir thriller. Unfortunately, the same things that have made his past films great work against him here.
Sean Penn stars as Bobby Cooper, a drifter whose car breaks down in the small desert town of Superior, Arizona. He meets several offbeat characters, who thwart his attempts to escape from Superior. He catches the eye of the mysterious vixen Jennifer Lopez, but unbeknownst she has a husband with more than a few screws loose. He also runs into a flirty teenager played by Claire Danes, whose boyfriend goes insane whenever she's around another guy.
This story is sort of like a demented acid trip cross between Doc Hollywood and Red Rock West. The problem is, I think Stone's material isn't strong enough this time around, and his directorial style, while visually stunning, fails to create a true sense of suspense or fear. The first hour is impressive enough, introducing us to the many offbeat characters, the most memorable being Claire Danes and a strange mechanic played by Billy Bob Thornton. The movie falls apart in the last 30 minutes, when it goes way overboard with one moronic twist after another, none of which make much sense in retrospect.
U-Turn features brilliant performances by nearly everyone in the cast and there are several exciting sequences. Unfortunately, it fails to come together in the conclusion, which just piles one twist on top of another. So after making meaningful and controversial films the past 2 decades, Oliver Stone just wanted to make an entertaining offbeat thriller. He was almost successful.
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


#!/usr/bin/env python
##PACKAGES##
from __future__ import division
import sys
import warnings
import re
import itertools
import seaborn as sns
import pandas as pd
from .._shared.helpers import *
from .static import static_plot
from .animate import animated_plot
from ..tools.cluster import cluster
from ..tools.df2mat import df2mat
from ..tools.reduce import reduce as reduceD
from ..tools.normalize import normalize as normalizer
## MAIN FUNCTION ##
[docs]def plot(x,*args,**kwargs):
"""
Plots dimensionality reduced data and parses plot arguments
Parameters
----------
x : Numpy array, DataFrame or list of arrays/dfs
Data for the plot. The form should be samples (rows) by features (cols).
color(s) (list): A list of colors for each line to be plotted.
Can be named colors, RGB values (e.g. (.3, .4, .1)) or hex codes.
If defined, overrides palette. See here for list of named colors.
Note: must be the same length as X.
group : list of str, floats or ints
A list of group labels. Length must match the number of rows in your
dataset. If the data type is numerical, the values will be mapped to
rgb values in the specified palette. If the data type is strings,
the points will be labeled categorically. To label a subset of points,
use None (i.e. ['a', None, 'b','a']).
linestyle(s) : list
A list of line styles
marker(s) : list
A list of marker types
palette : str
A matplotlib or seaborn color palette
labels : list
A list of labels for each point. Must be dimensionality of data (x).
If no label is wanted for a particular point, input None.
legend : list
A list of string labels to be plotted in a legend (one for each list
item).
ndims : int
An `int` representing the number of dims to plot in. Must be 1,2, or 3.
NOTE: Currently only works with static plots.
normalize : str or False
If set to 'across', the columns of the input data will be z-scored
across lists (default). If set to 'within', the columns will be
z-scored within each list that is passed. If set to 'row', each row of
the input data will be z-scored. If set to False, the input data will
be returned (default is False).
n_clusters : int
If n_clusters is passed, HyperTools will perform k-means clustering
with the k parameter set to n_clusters. The resulting clusters will
be plotted in different colors according to the color palette.
animate : bool
If True, plots the data as an animated trajectory (default: False).
show : bool
If set to False, the figure will not be displayed, but the figure,
axis and data objects will still be returned (see Outputs)
(default: True).
save_path str :
Path to save the image/movie. Must include the file extension in the
save path (i.e. save_path='/path/to/file/image.png'). NOTE: If saving
an animation, FFMPEG must be installed (this is a matplotlib req).
FFMPEG can be easily installed on a mac via homebrew brew install
ffmpeg or linux via apt-get apt-get install ffmpeg. If you don't
have homebrew (mac only), you can install it like this:
/usr/bin/ruby -e "$(curl -fsSL
https://raw.githubusercontent.com/Homebrew/install/master/install)".
explore : bool
Displays user defined labels will appear on hover. If no labels are
passed, the point index and coordinate will be plotted. To use,
set explore=True. Note: Explore more is currently only supported
for 3D static plots.
duration (animation only) : float
Length of the animation in seconds (default: 30 seconds)
tail_duration (animation only) : float
Sets the length of the tail of the data (default: 2 seconds)
rotations (animation only) : float
Number of rotations around the box (default: 2)
zoom (animation only) : float
Zoom, positive numbers will zoom in (default: 0)
chemtrails (animation only) : bool
Added trail with change in opacity (default: False)
Returns
----------
fig, ax, data : Matplotlib.Figure.figure, Matplotlib.Axes.axis, Numpy array
By default, the plot function outputs a figure handle
(matplotlib.figure.Figure), axis handle (matplotlib.axes._axes.Axes)
and data (list of numpy arrays), e.g. fig,axis,data = hyp.plot(x)
If animate=True, the plot function additionally outputs an animation
handle (matplotlib.animation.FuncAnimation)
e.g. fig,axis,data,line_ani = hyp.plot(x, animate=True).
"""
# turn data into common format - a list of arrays
x = format_data(x)
## HYPERTOOLS-SPECIFIC ARG PARSING ##
if 'colors' in kwargs:
kwargs['color'] = kwargs['colors']
del kwargs['colors']
if 'linestyles' in kwargs:
kwargs['linestyle'] = kwargs['linestyles']
del kwargs['linestyles']
if 'markers' in kwargs:
kwargs['marker'] = kwargs['markers']
del kwargs['markers']
if 'normalize' in kwargs:
normalize = kwargs['normalize']
x = normalizer(x, normalize=normalize, internal=True)
del kwargs['normalize']
else:
x = normalizer(x, normalize=False, internal=True)
# reduce dimensionality of the data
if 'ndims' in kwargs:
ndims=kwargs['ndims']
x = reduceD(x,ndims, internal=True)
del kwargs['ndims']
elif x[0].shape[1]>3:
x = reduceD(x,3, internal=True)
ndims=3
else:
ndims=x[0].shape[1]
if 'n_clusters' in kwargs:
n_clusters=kwargs['n_clusters']
cluster_labels = cluster(x, n_clusters=n_clusters, ndims=ndims)
x = reshape_data(x,cluster_labels)
del kwargs['n_clusters']
if 'group' in kwargs:
warnings.warn('n_clusters overrides group, ignoring group.')
del kwargs['group']
if 'group' in kwargs:
group=kwargs['group']
del kwargs['group']
if 'color' in kwargs:
warnings.warn("Using group, color keyword will be ignored.")
del kwargs['color']
# if list of lists, unpack
if any(isinstance(el, list) for el in group):
group = list(itertools.chain(*group))
# if all of the elements are numbers, map them to colors
if all(isinstance(el, int) or isinstance(el, float) for el in group):
group = vals2bins(group)
elif all(isinstance(el, str) for el in group):
group = group_by_category(group)
# reshape the data according to group
x = reshape_data(x,group)
if 'style' in kwargs:
sns.set(style=kwargs['style'])
del kwargs['style']
else:
sns.set(style="whitegrid")
if 'palette' in kwargs:
sns.set_palette(palette=kwargs['palette'], n_colors=len(x))
palette = sns.color_palette(palette=kwargs['palette'], n_colors=len(x))
del kwargs['palette']
else:
sns.set_palette(palette="hls", n_colors=len(x))
palette=sns.color_palette(palette="hls", n_colors=len(x))
if 'animate' in kwargs:
animate=kwargs['animate']
del kwargs['animate']
# if animate mode, pass the color palette via kwargs so we can build a legend
kwargs['color_palette']=palette
else:
animate=False
if animate:
return animated_plot(x,*args,**kwargs)
else:
return static_plot(x,*args,**kwargs)


{% extends "app/layout.html" %} {% block page_title %}An error has occured{% endblock %} {% block inner_content %}
Error code: {{code}}
{{description}}


Gaston Sanchez
Home
Blog
About
Software
Teaching
GitHub
Archive
Data Analysis Visually EnfoRced
Archive
10-19-2015
Solving the Crocodile Math Problem in R
09-22-2015
R Graphical Parameters Cheat Sheet
04-17-2015
The Saga of PLS
04-06-2015
Allow RGoogleDocs to access your Google Account
03-31-2015
A book for a PLS Saga
02-23-2015
R question: Splitting rows inside a matrix
01-14-2015
The Making of Manipulating Data Tables
12-21-2014
Capturing R Printed Outputs
11-04-2014
Beamer for GDWR slides
09-01-2014
Data Tables Wizardry
08-28-2014
2nd International Symposium on PLS Path Modeling
08-16-2014
Density Curves
07-05-2014
Pretty Tree Graph
06-29-2014
Graphs from Dendrograms
05-12-2014
Data from the Web to R
05-11-2014
The making of GDWR
04-20-2014
Failing to read tables in R
04-09-2014
Mac Keyboard Shortcut to Open RStudio
03-18-2014
March BARUG Meetup
02-26-2014
A year in Oniris-Nantes
02-16-2014
MathJax with Jekyll
01-15-2014
6 ways of mean-centering data in R
12-29-2013
Moving to Jekyll
12-10-2013
I violated CRAN Repository Policies
11-30-2013
Talking at LMA in Agrocampus Rennes
10-26-2013
Literate Testing in R
10-05-2013
References for S4 classes in R
09-22-2013
Handling and Processing Strings in R
08-14-2013
PLS meetings for 2014
06-29-2013
R Meeting 2013 in Lyon
06-12-2013
Workshop on creating R packages in windows
06-01-2013
Visualizing Correlations with Corrgrams
05-22-2013
Holstee Manifesto
02-19-2013
Column-wise operations with colwise
02-03-2013
Star Wars Arc Diagram
02-02-2013
Arc Diagrams in R: Les Miserables
01-23-2013
7 Functions to do Metric Multidimensional Scaling in R
01-10-2013
Gauge Chart in R
11-19-2012
Creating HTML5 slides with RStudio, knitr and pandoc
11-14-2012
The plspm is dead. Long live the plspm!
11-07-2012
My PLStroika
10-13-2012
5 functions to do Multiple Correspondence Analysis in R
10-03-2012
7+ ways to plot dendrograms in R
09-19-2012
The Data Analysis Process
07-19-2012
5 functions to do Correspondence Analysis in R
07-11-2012
Dare to share
06-30-2012
My first RPub
06-23-2012
4 ways to read a file in R... by columns
06-17-2012
5 functions to do Principal Components Analysis in R
06-08-2012
Using tapply, ddply, and sqldf for the same task
06-01-2012
How to read files ... one line at a time
05-30-2012
Replicating google line chart in R
05-29-2012
Catching errors when using tolower
05-25-2012
Bart Ridership
05-20-2012
Using Geocoding Google API
05-17-2012
SFO airport by BART? Watch your wallet!
02-06-2012
What's Jekyll?


Ordered Graphs—Consistently ordered graphs¶
Consistently ordered variants of the default base classes. Note that if you are using Python 3.6+, you shouldn’t need these classes because the dicts in Python 3.6+ are ordered. Note also that there are many differing expectations for the word “ordered” and that these classes may not provide the order you expect. The intent here is to give a consistent order not a particular order.
The Ordered (Di/Multi/MultiDi) Graphs give a consistent order for reporting of nodes and edges. The order of node reporting agrees with node adding, but for edges, the order is not necessarily the order that the edges were added.
In general, you should use the default (i.e., unordered) graph classes. However, there are times (e.g., when testing) when you may need the order preserved.
Special care is required when using subgraphs of the Ordered classes. The order of nodes in the subclass is not necessarily the same order as the original class. In general it is probably better to avoid using subgraphs and replace with code similar to:
# instead of SG = G.subgraph(ordered_nodes) SG=nx.OrderedGraph() SG.add_nodes_from(ordered_nodes) SG.add_edges_from((u, v) for (u, v) in G.edges() if u in SG if v in SG)
-
class
OrderedGraph
(incoming_graph_data=None, **attr)[source]¶ Consistently ordered variant of
Graph
.
-
class
OrderedDiGraph
(incoming_graph_data=None, **attr)[source]¶ Consistently ordered variant of
DiGraph
.
-
class
OrderedMultiGraph
(incoming_graph_data=None, **attr)[source]¶ Consistently ordered variant of
MultiGraph
.
-
class
OrderedMultiDiGraph
(incoming_graph_data=None, **attr)[source]¶ Consistently ordered variant of
MultiDiGraph
.


Junior Applied Maths Seminar (JAMS)
JAMS is the Junior Applied Mathematics Seminar run by graduate students, for graduate students! We aim to create a more relaxed environment for students to present their work and allow them to explain the current progress on their work. This also allows students to have more of a voice in post-talk discussions without more senior members dominating the discussion. There's free lunch afterwards for further discussion.
If you wish to give a talk please contact our JAMS coordinator
Ian Roper.


Sumesh Majhi
Front-End Developer
Udacity Scholar
HTML
90%
CSS
80%
JavaScript
65%
jQuery
60%
Responsive Slide Menu
View
Mockup to Article
View
Animal Trading Cards
View


Subhead lorem ipsum dolor sit amet, consectetur adipiscing elit. Aenean in purus sed dolor posuerat.
Sample Legal text for placement only.
Sample CTA Sample CTA


Greetings! Free user auto-purge has removed settlement $settlement_name. It is currently $settlement_age days old. The settlement was automatically removed by $user_email [$user_id].
$settlement_dict


Tomcat's typical per request overhead is ~50µs
It probably isn't Tomcat
It probably is your application
Use a profiler
Java Object Heap
PermGen / Metaspace
Native memory
Stores the object you create
Control size with Xms and Xmx
Garbage collection clean up unused objects
PermGen: Java 7 and earlier
Stores classes
Control size with XX:PermSize and XX:MaxPermSize
Always has a limit
OOME when it is full
Metaspace: Java 8 and later
Stores classes
Control size with XX:MaxMetaspaceSize
Unlimited by default
Uses as much memory as the OS will give it
Code generation
Socket buffers
File descriptors
Thread stacks
Direct memory space
JNI code
JNI allocated memory
Garbage collection
Generally, JVM defaults are fine
Tuning GC should normally be one of the last things you do
Overview
Start from GC roots and identify all live objects
Remove everything else
Compact the live objects
GC time is proportional to live object size
Java object heap size
Throughput
Pause time
Optimise for any 2 at the expense of the third
Set max Java object heap size to 3x to 5x steady state requirement
Displays the state of all threads in a virtual machine
Provides plenty of information about activity and any dead locks
Provides a trace where each thread started to where its current point in execution
Always take at least 3, ~5s apart
Using diff between them can be enlightening
Unix: kill -3 <pid>
Windows: Ctrl + Break
Windows: Service Runner control panel
jstack
nid
is the OS thread ID
List threads using more than 0.0% CPU
ps -eL -o pid,%cpu,lwp | grep -i `ps -ef | grep -v grep | grep java | awk '{print $2}'` | grep -v ' 0.0'
Agree performance targets
Measure (use a profiler)
Identify bottleneck
Fix root cause
Repeat until target is reached
JSP causing CPU usage


Based on the work of
Erik Arvidsson
Website
RegEx Webversion
. |
any character except a newline |
\d |
any decimal digit |
\D
| any non-digit |
\s |
any whitespace character |
\S |
any non-whitespace character |
\w |
any alphanumeric character |
\W |
any non-alphanumeric character |
\number |
the contents of the group with the given number |
* |
zero or more of the preceding block |
*? |
zero or more of the preceding block (non-greedy) |
+ |
one or more of the preceding block |
+? |
one or more of the preceding block (non-greedy) |
? |
zero or one of the preceding block |
?? |
zero or one of the preceding block (non-greedy) |
{m} |
exactly m copies of the preceding block |
{m, n} |
m to n copies of the preceding block |
{m, n}? |
m to n copies of the preceding block (no-greedy) |
^ |
beginning of line |
$ |
end of line |
\b |
word boundary |
\B |
non-word boundary |
(...) |
group |
(?:...) |
non-grouping group |
(?=...) |
matches if <...> matches next, but does not consume the string |
(?!...) |
matches if <...> does NOT match next, but does not consume the string |
x|y |
matches x or y |
[xyz] |
matches any one of x, y or z |
[^xyz] |
matches any character except x, y or z |
[a-z] |
matches any one character between a and z |
[^a-z] |
matches any one character except the characters between a and z |


We want Grow to be the canonical way for teams and individuals to build, launch, and maintain high-quality, content-rich web sites. It's architected to work for humans, to allow people pair it with their own development tools, to run locally and in the cloud, and to bring simplicity to web site management.
Grow (the app) and the stuff you make with it (your sites) are portable. You can run Grow anywhere, and you can take your content anywhere because your content is stored as flat files. There will never be lock-in with Grow.
Grow is open source and you can help shape its future by contributing code, filing issues, joining the discussion, and making feature requests.
You can contribute code by sending pull requests to the open source project.
Grow is written in Python and projects are file-based and backed by Git. Grow is a static site generator – meaning you can use it to build and deploy sites almost anywhere
Interested in seeing what Grow will be adding in the future? Checkout the GitHub issue tracker to see what is in the works.


close
New balance
$2446.90
calendar_today
Daily
insert_chart
Stat
account_balance_wallet
Budget
person
Profile
add
Click Me!


Doge Social Network
Home
Profile
Friends
Welcome to the Doge Social Network
Here you can find or stalk strangers.
The Doge Social Network does not take any responsibility for the information found


Library
Arts and recreation
Religion
Literature
Science
information and general works
Technology and applied science
Philosophy and psychology
Computer science
Language
History and geography
My Books
|
||||
|
||||
{{#if @global.ios}}
{{/if}}
|
||||
|
||||
Social Sciences


About Me
Once a prosperouse life, I had in Kosovo now destroyed due to the war. Never thinking that I would be lucky enough to live in the United States;with a dream to become a software engineer.To pursue that dream, I graduated from Middle Tennessee State University with a bachelors degree information technology. Also obtained associate of science degree from nashville state community college with the concentration in computer science and Full-Stack-Developer certification from vanderbilt university boot camp.


Steemit Random Picker
Datacollection
Participants
Winnerdetermination
Collect data from steemit post
Link to the post
Consider upvotes
Consider comments
Consider resteems
Remove bots
Collect data
Enter steemians manually
Name of the participant:
Add participant
Participants
Clear list
Determination of the winners
Number of winners:
Allow participants to win multiple times
Determine winners
Winnerlist
This is an open source project.
View on Github
Contact


🎤🙊 MuteBoard 🙈📷
Mute your speaker, mic and webcam with ease.
🔊 Mute speaker
🎤 Mute mic
📷 Mute cam
📢 Push to talk


Prep your skin with this refreshing toner that removes excess dirt and sebum while restoring pH balance. Amino acids reduce irritation and provide deep hydration. Toner is the essential first step in any moisturizing regimen. It preps your skin to absorb the next step in your skincare regimen: essence.
This lightweight, hydrating cleanser is perfect for everyone. If you have dry skin, this cleanser will change your mind about foaming cleansers. This unique cleanser uses an amino acid formula instead of a sodium lauryl sulfate one, which makes sure that the foam won't dry out skin and leave it feeling tight. It's great for sensitive skin too, thanks to hyaluronic acid and aloe leaf extract that nourish and calm skin. If you have acne-prone skin, you'll love the tea tree leaf oil that fights breakouts and helps you achieve clearer skin. All in all, if you're looking for a gentle foaming cleanser that thoroughly cleanses skin without stripping skin of moisture, this cleanser is the one to try!
It's Real Squeeze Mask Collection (15 sheets) that provides a customized solution suited to various skin concerns with freshly squeezed natural ingredients. Pomegranate, Strawberry, Lime, Manuka honey, Kiwi, Green Tea, Tea tree, Bija, Cucumber, Aloe, Bamboo, Rose, Shea butter, Acai Berry, Black berry The Jeju green complex consists of green tea, tangerine, cactus, camellia leaves, and orchids to keep your skin healthy. With its high water-retention capability, this triple-layered sheet fits tightly over the skin and helps it stay hydrated for an extended period.
"This is fantastic! Thanks so much guys!"
"Bootstrap is amazing. I've been using it to create lots of super nice landing pages."
"Thanks so much for making these free resources available to us!"


You have crashed on an unknown planet. You must find all the required parts to fix your ship and make it back home. You may encounter some obstacles...
Download Size: 24.7MB
21 Mar 2019: Added saving and loading ability to inventory to have persistant components and items accross sessions.
19 Mar 2019: Implemented components into the map which need to be collected by the player to progress to different planets and ultimately complete the game.
18 Mar 2019: Added a quit button to the main menu so that the application can be exited at any time.
11 Mar 2019: Improved visibility in caves due to some devices having low brightness making some scenarios difficult to view.
05 Mar 2019: Added lightning effect on specific maps. Walking into the lightning will mean that the player will lose health.
05 Mar 2019: Added cutscenes for the story mode. Cutscenes introduce the story and are triggered throughout the playthrough of the game as objectives are achieved.
02 Mar 2019: Added snow effect on specific maps. This effect is in the form of particles that fall accross the screen and move relative to the player camera to add depth to the world.
28 Feb 2019: Started using the GUT Framework for regular Unit Testing which will help us to add new features seamlessly by allowing us to test functionality of old features quickly.
28 Feb 2019: Improved main menu and added parallax effect so that menus are no longer static and have a consistent style amongst them.
27 Feb 2019: Added animations for water tiles. These tiles will be placed in places where there is water on the map and will be predominantly on the water planet.
22 Feb 2019: Added fog and particle effects which move relative to the player to give a feeling of depth.
20 Feb 2019: Implemented first versions of new maps. These will be the 3 planets that the player will have to make his way through to complete the game.
16 Feb 2019: Added torch ability for player to be used when navigating caves and dark areas.
14 Feb 2019: Changed fixed resolution to 1080p for fullscreen gameplay.
13 Feb 2019: Implemented dynamic save and load functions to allow players to save game progress and be able to load at a later date.
07 Feb 2019: Updated UI, oxygen and health bars are now in top left instead of above player.
29 Jan 2019: Updated tutorial mode to have dialogue boxes.
28 Nov 2018: Oxygen mechanic fully implemented in the game. Now oxygen can be affected by the environment aswell as replenished by oxygen tanks.
23 Nov 2018: Music and sound effects have been partially implemented.
10 Nov 2018: Health and oxygen bar animations connected to player properties. Health and damage is now fully functional, oxygen still to be implemented.
06 Nov 2018: A tutorial mode has been added to the game, allowing the player to get familiar with the game before they start playing.
As well as our gripping story mode, we also have a tutorial mode for new users to play in order to understand how to play the game. We also have our extra arcade mode where you can protect earth vs the inavading aliens.
CloseOur game has many different boundaries and obstacles stopping you from completing your mission, one of those being the aliens. We have 4 different types of aleins, each with a higher intelligence as they pose more of a challenge for you as you try explroing each plannet.
CloseAs you play through our game you may unlock different outfits and colours for your spaceman suit.
CloseYou will first land on planet Zuice, a thunder and lighting planet, from there you will then move onto Picydon, the water planet, where you must manouver around over the seas. Finally you will land on Heydies, the infamous underworld planet, themed with obstacles such as lava and fire.
CloseWhen exploring each planet, you will discover different parts and pieces which you will need in order to get your spaceship together to leave for planet earth. In addition to these you will also find consumables which will increase your health and oxygen levels.
 Can you find and spot them all>?
Close


Take a straw and push it throught the center of the strawberry to remove the top off.
Comment LikeTo make your cutting boards look like new, vigorously rub some salt into them. You can also treat wooden cutting boards with a very light coating of mineral oil. Be careful not ot overdo it, because mineral oil may affect the potency of a number of vitamins in fruits and vegetables.
Comment LikeRecipes for baked goods often call for greased and floured pans, which usually involves oiling down the pan, then sprinkling flour inside and shaking until it's equally distributed. Professionals use a different way. Instead, they make something called batch of "baker's magic," and now you can too. Mix 1/2 cup room temperature vegetable shortening, 1/2 cup vegetable oil, and 1/2 cup all-purpose flour. Blend the mixture well and use it to grease pans. You can refrigerate it in an airtight container for up to six months.
Comment Like


!!! Welcome to Flyover Things !!!
You are interested in handwork, crafts,technology or you have nothing to do ,then you have found the right place you really need.Here we are excited to share interesting things like DIY crafts ,technology, Simple like hacks and many things which you would be excited about.
"FoR aLL cReaTive MinDs in tHIs CRazY woRld"


#include <config.h>
#include "mia_internal.h"
Go to the source code of this file.
Defines | |
| #define | ERR stdout |
| #define | MAX_LOOP_NESTING 10 |
| #define | MIN_LOOP_PRELOAD_WEIGHT 50.0 |
| #define | MIN_LOOP_ITER_FOR_PRELOAD 2.0 |
| #define | MAX_PRELOAD_CONST_PER_LOOP 16 |
| #define | MAX_LOOP_SIZE_WITH_NESTED_LOOPS 16 |
| #define | MAX_LOOP_SIZE_FOR_PRELOAD 32 |
| #define | L_MAX_REQUEST 2048 |
Functions | |
| static int | need_preload (L_Oper *oper, L_Operand *operand, int src_num) |
| static void | flush_preload_request () |
| static void | request_for_preload (L_Oper *oper, L_Operand **operand) |
| static void | add_preload_code (L_Func *fn, L_Cb *preheader_cb) |
| static void | replace_preload_operand () |
| static void | preload_loop (L_Func *fn, L_Loop *loop) |
| void | Mopti_constant_generation (L_Func *fn) |
Variables | |
| double | Lconst_min_preload_weight = MIN_LOOP_PRELOAD_WEIGHT |
| int | Lconst_max_preload_const_per_loop = MAX_PRELOAD_CONST_PER_LOOP |
| int | Lconst_max_loop_size_with_nested_loops = MAX_LOOP_SIZE_WITH_NESTED_LOOPS |
| int | Lconst_max_loop_size_for_preload = MAX_LOOP_SIZE_FOR_PRELOAD |
| static int | n_request = 0 |
| static L_Oper * | request_oper [L_MAX_REQUEST] |
| static L_Operand ** | request_operand [L_MAX_REQUEST] |
| static int | n_preload = 0 |
| static L_Operand | preload_constant [L_MAX_REQUEST] |
| static L_Operand * | preload_register [L_MAX_REQUEST] |
| static double | preload_weight [L_MAX_REQUEST] |
| static int | preload [L_MAX_REQUEST] |
| #define ERR stdout |
Definition at line 68 of file mia_lp_prel.c.
Referenced by add_preload_code(), M_local_constant_propagation(), preload_loop(), and replace_preload_operand().
| #define L_MAX_REQUEST 2048 |
| #define MAX_LOOP_NESTING 10 |
| #define MAX_LOOP_SIZE_FOR_PRELOAD 32 |
| #define MAX_LOOP_SIZE_WITH_NESTED_LOOPS 16 |
Definition at line 94 of file mia_lp_prel.c.
| #define MAX_PRELOAD_CONST_PER_LOOP 16 |
Definition at line 93 of file mia_lp_prel.c.
| #define MIN_LOOP_ITER_FOR_PRELOAD 2.0 |
| #define MIN_LOOP_PRELOAD_WEIGHT 50.0 |
Definition at line 91 of file mia_lp_prel.c.
| static void add_preload_code | ( | L_Func * | fn, | |
| L_Cb * | preheader_cb | |||
| ) | [static] |
Definition at line 213 of file mia_lp_prel.c.
References ERR, Lconst_max_preload_const_per_loop, Lconst_min_preload_weight, n_preload, preload, preload_constant, preload_register, and preload_weight.
| static void flush_preload_request | ( | ) | [static] |
Definition at line 173 of file mia_lp_prel.c.
References n_preload, and n_request.
Referenced by preload_loop().
| void Mopti_constant_generation | ( | L_Func * | fn | ) |
Definition at line 412 of file mia_lp_prel.c.
References Lconst_max_loop_size_for_preload, Lconst_max_loop_size_with_nested_loops, Lconst_min_preload_weight, MAX_LOOP_NESTING, MIN_LOOP_ITER_FOR_PRELOAD, and preload_loop().
| static int need_preload | ( | L_Oper * | oper, | |
| L_Operand * | operand, | |||
| int | src_num | |||
| ) | [static] |
Definition at line 110 of file mia_lp_prel.c.
References SIMM_14, and SIMM_8.
Referenced by preload_loop().
| static void preload_loop | ( | L_Func * | fn, | |
| L_Loop * | loop | |||
| ) | [static] |
Definition at line 367 of file mia_lp_prel.c.
References ERR, flush_preload_request(), loop_cb, MAX_LOOP_SIZE_FOR_PRELOAD, need_preload(), and request_for_preload().
Referenced by Mopti_constant_generation().
| static void replace_preload_operand | ( | ) | [static] |
Definition at line 337 of file mia_lp_prel.c.
References ERR, n_preload, n_request, preload, preload_constant, preload_register, request_oper, and request_operand.
| static void request_for_preload | ( | L_Oper * | oper, | |
| L_Operand ** | operand | |||
| ) | [static] |
Definition at line 180 of file mia_lp_prel.c.
References L_MAX_REQUEST, n_preload, n_request, preload_constant, preload_weight, request_oper, and request_operand.
Referenced by preload_loop().
| int Lconst_max_loop_size_for_preload = MAX_LOOP_SIZE_FOR_PRELOAD |
| int Lconst_max_loop_size_with_nested_loops = MAX_LOOP_SIZE_WITH_NESTED_LOOPS |
| int Lconst_max_preload_const_per_loop = MAX_PRELOAD_CONST_PER_LOOP |
| double Lconst_min_preload_weight = MIN_LOOP_PRELOAD_WEIGHT |
Definition at line 104 of file mia_lp_prel.c.
Referenced by add_preload_code(), and Mopti_constant_generation().
int n_preload = 0 [static] |
Definition at line 166 of file mia_lp_prel.c.
Referenced by add_preload_code(), flush_preload_request(), replace_preload_operand(), and request_for_preload().
int n_request = 0 [static] |
Definition at line 161 of file mia_lp_prel.c.
Referenced by flush_preload_request(), replace_preload_operand(), and request_for_preload().
int preload[L_MAX_REQUEST] [static] |
Definition at line 170 of file mia_lp_prel.c.
Referenced by add_preload_code(), and replace_preload_operand().
L_Operand preload_constant[L_MAX_REQUEST] [static] |
Definition at line 167 of file mia_lp_prel.c.
Referenced by add_preload_code(), replace_preload_operand(), and request_for_preload().
L_Operand* preload_register[L_MAX_REQUEST] [static] |
Definition at line 168 of file mia_lp_prel.c.
Referenced by add_preload_code(), and replace_preload_operand().
double preload_weight[L_MAX_REQUEST] [static] |
Definition at line 169 of file mia_lp_prel.c.
Referenced by add_preload_code(), and request_for_preload().
L_Oper* request_oper[L_MAX_REQUEST] [static] |
Definition at line 162 of file mia_lp_prel.c.
Referenced by replace_preload_operand(), and request_for_preload().
L_Operand** request_operand[L_MAX_REQUEST] [static] |
Definition at line 163 of file mia_lp_prel.c.
Referenced by replace_preload_operand(), and request_for_preload().


|
My Project
|
A (putative) switch variable Varnode and a constraint imposed by a CBRANCH. More...
#include <jumptable.hh>
Public Member Functions | |
| GuardRecord (PcodeOp *bOp, PcodeOp *rOp, int4 path, const CircleRange &rng, Varnode *v) | |
| Constructor. More... | |
| PcodeOp * | getBranch (void) const |
| Get the CBRANCH associated with this guard. | |
| PcodeOp * | getReadOp (void) const |
| Get the PcodeOp immediately causing the restriction. | |
| int4 | getPath (void) const |
| Get the specific path index going towards the switch. | |
| const CircleRange & | getRange (void) const |
| Get the range of values causing the switch path to be taken. | |
| void | clear (void) |
| Mark this guard as unused. | |
| int4 | valueMatch (Varnode *vn2, Varnode *baseVn2, int4 bitsPreserved2) const |
| Determine if this guard applies to the given Varnode. More... | |
Static Public Member Functions | |
| static int4 | oneOffMatch (PcodeOp *op1, PcodeOp *op2) |
| Return 1 if the two given PcodeOps produce exactly the same value, 0 if otherwise. More... | |
| static Varnode * | quasiCopy (Varnode *vn, int4 &bitsPreserved) |
| Compute the source of a quasi-COPY chain for the given Varnode. More... | |
A (putative) switch variable Varnode and a constraint imposed by a CBRANCH.
The record constrains a specific Varnode. If the associated CBRANCH is followed along the path that reaches the switch's BRANCHIND, then we have an explicit description of the possible values the Varnode can hold.
| GuardRecord::GuardRecord | ( | PcodeOp * | bOp, |
| PcodeOp * | rOp, | ||
| int4 | path, | ||
| const CircleRange & | rng, | ||
| Varnode * | v | ||
| ) |
Return 1 if the two given PcodeOps produce exactly the same value, 0 if otherwise.
We up through only one level of PcodeOp calculation and only for certain binary ops where the second parameter is a constant.
Compute the source of a quasi-COPY chain for the given Varnode.
A value is a quasi-copy if a sequence of PcodeOps producing it always hold the value as the least significant bits of their output Varnode, but the sequence may put other non-zero values in the upper bits. This method computes the earliest ancestor Varnode for which the given Varnode can be viewed as a quasi-copy.
| vn | is the given Varnode |
| bitsPreserved | will hold the number of least significant bits preserved by the sequence |
Determine if this guard applies to the given Varnode.
The guard applies if we know the given Varnode holds the same value as the Varnode attached to the guard. So we return:
| vn2 | is the given Varnode being tested against this guard |
| baseVn2 | is the earliest Varnode from which the given Varnode is quasi-copied. |
| bitsPreserved2 | is the number of potentially non-zero bits in the given Varnode |


|
PublishQueueAsyncRK
|
Abstract base class for async publish queue. More...
#include <PublishQueueAsyncRK.h>
Public Member Functions | |
| PublishQueueAsyncBase () | |
| Construct a publish queue. | |
| virtual | ~PublishQueueAsyncBase () |
| You normally allocate this as a global object and never delete it. | |
| virtual void | setup () |
| Start the thread. You must call this from setup. More... | |
| bool | publish (const char *eventName, PublishFlags flags1, PublishFlags flags2=PublishFlags()) |
| Overload for publishing an event. More... | |
| bool | publish (const char *eventName, const char *data, PublishFlags flags1, PublishFlags flags2=PublishFlags()) |
| Overload for publishing an event. More... | |
| bool | publish (const char *eventName, const char *data, int ttl, PublishFlags flags1, PublishFlags flags2=PublishFlags()) |
| Overload for publishing an event. More... | |
| virtual bool | publishCommon (const char *eventName, const char *data, int ttl, PublishFlags flags1, PublishFlags flags2=PublishFlags())=0 |
| Common publish function. All other overloads lead here. This is a pure virtual function, implemented in subclasses. More... | |
| PublishQueueAsyncBase & | withFailureRetryMs (unsigned long value) |
| Sets the retry after publish failure time. More... | |
| virtual bool | clearEvents ()=0 |
| Remove any saved events. More... | |
| virtual PublishQueueEventData * | getOldestEvent ()=0 |
| Get the oldest event that hasn't been published yet. More... | |
| virtual bool | discardOldEvent (bool secondEvent)=0 |
| Discards the oldest event or second oldest event. More... | |
| void | setPausePublishing (bool pause) |
| Pause publishing, even if it would be allowed because the cloud is connected. More... | |
| bool | getPausePublishing () const |
| Returns true if publishing is manually paused. More... | |
| void | mutexLock () const |
| Obtain a mutex lock. More... | |
| void | mutexUnlock () const |
| Unlock the mutex. | |
Static Public Attributes | |
| static const size_t | EVENT_BUF_SIZE = sizeof(PublishQueueEventData) + 65 + 623 |
| Maximum size of PublishQueueEventData with strings (696 bytes) More... | |
Protected Member Functions | |
| void | threadFunction () |
| The thread function for the publish thread. | |
| void | startState () |
| Worker thread state machine start handler. | |
| void | checkQueueState () |
| Worker thread state machine check queue state handler. | |
| void | waitRetryState () |
| Worker thread state machine wait to retry publishing state handler. | |
Static Protected Member Functions | |
| static void | threadFunctionStatic (void *param) |
| Static version of the thread function. | |
Protected Attributes | |
| Thread * | thread = NULL |
| Thread object, created in setup() | |
| os_mutex_t | mutex |
| Mutex to protect against concurrent access, created in setup() | |
| unsigned long | failureRetryMs = 30000 |
| Default time to wait before trying to publish again after failure. More... | |
| std::function< void(PublishQueueAsyncBase &)> | stateHandler = &PublishQueueAsyncBase::startState |
| State handler function pointer. More... | |
| unsigned long | stateTime = 0 |
| Last millis value for certain state changes like waitRetryState. | |
| unsigned long | lastPublish = 0 |
| milis() value for the last publish, used to control the frequency of publishes | |
| bool | isSending = false |
| true if we're currently publishing More... | |
| bool | haveSetup = false |
| True if setup() has been called. More... | |
| bool | pausePublishing = false |
| True if publishing has been manually paused. | |
Abstract base class for async publish queue.
You don't instantiate one of these, you instead instantitate a concrete subclass like:
|
pure virtual |
Remove any saved events.
Implemented in PublishQueueAsyncFileSystem, PublishQueueAsyncFRAM, and PublishQueueAsyncRetained.
|
pure virtual |
Discards the oldest event or second oldest event.
| secondEvent | True to discard the second oldest event |
When using retained memory, the getOldestEvent() function returns a pointer to retained memory. This pointer must remain valid while in the process of publishing. If the retained buffer is full, we want to discard and old event to make room for a newer event, but we can't dispose of the oldest event, because it may be in use, so we pass true for secondEvent.
After successfully publishingm this is called with secondEvent = false to discard the event we just published.
For file systems (SPIFFS and SdCard), secondEvent is never set to true.
Implemented in PublishQueueAsyncFileSystem, PublishQueueAsyncFRAM, and PublishQueueAsyncRetained.
|
pure virtual |
Get the oldest event that hasn't been published yet.
Returns a pointer to a PublishQueueEventData structure. This will remain valid until getOldestEvent() is called again.
Implemented in PublishQueueAsyncFileSystem, PublishQueueAsyncFRAM, and PublishQueueAsyncRetained.
|
inline |
Returns true if publishing is manually paused.
It does not take into account the cloud connection state, only manual pausing.
| void PublishQueueAsyncBase::mutexLock | ( | ) | const |
Obtain a mutex lock.
This is done before any operation that modifies the retianed buffer or other shared resources, typically using the StMutexLock class instead of calling mutexLock() and mutexUnlock() directly.
Prior to version 0.1.0 there was no mutex and SINGLE_THREADED_BLOCK was used, but the mutex is more efficient and safer. When using a SINGLE_THREADED_BLOCK there is a greater chance of accidentally causing deadlock.
|
inline |
Overload for publishing an event.
| eventName | The name of the event (63 character maximum). |
| flags1 | Normally PRIVATE. You can also use PUBLIC, but one or the other must be specified. |
| flags2 | (optional) You can use NO_ACK or WITH_ACK if desired. |
This function almost always returns true. If you queue more events than fit in the buffer the oldest (sometimes second oldest) is discarded.
|
inline |
Overload for publishing an event.
| eventName | The name of the event (63 character maximum). |
| data | The event data (255 bytes maximum, 622 bytes in system firmware 0.8.0-rc.4 and later). |
| flags1 | Normally PRIVATE. You can also use PUBLIC, but one or the other must be specified. |
| flags2 | (optional) You can use NO_ACK or WITH_ACK if desired. |
This function almost always returns true. If you queue more events than fit in the buffer the oldest (sometimes second oldest) is discarded.
|
inline |
Overload for publishing an event.
| eventName | The name of the event (63 character maximum). |
| data | The event data (255 bytes maximum, 622 bytes in system firmware 0.8.0-rc.4 and later). |
| ttl | The time-to-live value. If not specified in one of the other overloads, the value 60 is used. However, the ttl is ignored by the cloud, so it doesn't matter what you set it to. Essentially all events are discarded immediately if not subscribed to so they essentially have a ttl of 0. |
| flags1 | Normally PRIVATE. You can also use PUBLIC, but one or the other must be specified. |
| flags2 | (optional) You can use NO_ACK or WITH_ACK if desired. |
This function almost always returns true. If you queue more events than fit in the buffer the oldest (sometimes second oldest) is discarded.
|
pure virtual |
Common publish function. All other overloads lead here. This is a pure virtual function, implemented in subclasses.
| eventName | The name of the event (63 character maximum). |
| data | The event data (255 bytes maximum, 622 bytes in system firmware 0.8.0-rc.4 and later). |
| ttl | The time-to-live value. If not specified in one of the other overloads, the value 60 is used. However, the ttl is ignored by the cloud, so it doesn't matter what you set it to. Essentially all events are discarded immediately if not subscribed to so they essentially have a ttl of 0. |
| flags1 | Normally PRIVATE. You can also use PUBLIC, but one or the other must be specified. |
| flags2 | (optional) You can use NO_ACK or WITH_ACK if desired. |
This function almost always returns true. If you queue more events than fit in the buffer the oldest (sometimes second oldest) is discarded.
Implemented in PublishQueueAsyncFileSystem, PublishQueueAsyncFRAM, and PublishQueueAsyncRetained.
|
inline |
Pause publishing, even if it would be allowed because the cloud is connected.
This is used by the test suite, or you could use it in special cases.
|
virtual |
Start the thread. You must call this from setup.
Since version 0.0.1 did not have the setup method, if you don't setup() it will be set up when you first publish, but starting the thread earlier is suggested, but only with retained memory (PublishQueueAsync).
In 0.1.0 or later you must call setup(), or the library will not function with FRAM, Spiffs, or SdFat.
Reimplemented in PublishQueueAsyncFileSystem, and PublishQueueAsyncFRAM.
|
inline |
Sets the retry after publish failure time.
| value | The time in milliseconds (default: 30000, or 30 seconds) |
If a publish fails, this is the amount of time to wait before trying to send the event again.
|
static |
Maximum size of PublishQueueEventData with strings (696 bytes)
PublishQueueEventData contains flags and ttl (8 bytes) 65 is the maximum event name length (64) + trailing null 623 is the maximum event value length (622) + trailing null It's padded to a 4-byte boundary, by 696 is already at a 4-byte boundary
Note: This size is not used for the retained memory subclass, but since it's used by multiple other subclasses, it's included here.
|
protected |
Default time to wait before trying to publish again after failure.
Default is 30000 milliseconds (30 seconds)
|
protected |
|
protected |
true if we're currently publishing
This is used to control whether we discard the oldest or second oldest event if the retained buffer is full.
|
protected |
State handler function pointer.
Set to startState, checkQueueState, or waitRetryState


These include but are not limited to: republicans, cars with NJ license plates, unpasteurized goat milk, robots (in general), technology, deer, the dark, the night, wind, especially dark windy nights, the moon, hawks, bears, scorpions, rattle snakes, wasps, hornets, tarantulas / all spiders / anything with more than 3 legs, flocks of birds, any kind, but sparrows particularly (they have such sharp beaks!), swans (they can break a man’s leg with their neck!), comas, people with power, people with influence, people with money, people, bed bath and beyond, ikea, malls, lightning / any form of uncontrolled electricity, solar flares, asteroids, nuclear weapons, the bible, terrorists, plastic flamingos, herds of cows, fire ants, poison ivy, any weapon of any kind, but especially guns, catapults, tanks, and horses,cats / lions / hyenas / anything that lives on the serengeti, weevils,anything microscopic, especially atoms.


System Architect Picture "Preferred Contact For Subject"
Parent Diagram:
Subject Contact
(OMT Object Model)


{% load i18n %}
{% trans "The Port Number should be in the range: 1~65535; The Weight should be in the range: 1~100." %}


Consultation outcome
Ref: DFE-00044-2015 PDF , 426KB , 39 pages
Summary of responses received and the government’s response outlining the next steps.
We have also published an equality impact assessment of the revised content for these subjects .
You can also find the revised content in the GCSE subject and A level subject collections.
This consultation ran from
to
Consultation on reformed GCSE and A level subject content for teaching from 2016.
PDF , 269KB , 16 pages
Ref: DFE-00582-2014 PDF , 232KB , 11 pages
Ref: DFE-00584-2014 PDF , 250KB , 12 pages
Ref: DFE-00580-2014 PDF , 201KB , 9 pages
Ref: DFE-00581-2014 PDF , 194KB , 6 pages
Ref: DFE-00579-2014 PDF , 194KB , 7 pages
We are seeking views on a further range of GCSE and A level content for teaching in 2016.
This follows on from the subject content for GCSE and GCE AS and A level that we have already consulted on and published.
Published: 25 September 2014
Updated: 12 February 2015
From: Department for Education


CHIKV (.) chikungunya virus infection clinical symptomatic Dis. participants (.â€".) arthralgia IgG study {border-style ;:â€". fever px;} #ffffff;} prevalence reported (). <. ;:e. positive Yes Zika Salvador, Trop associated presumptive used (,). ./journal.pntd. Infect Negl diagnosis disease previous urban Chikungunya infection, (.%) Salvador samples age data household infections levels sociodemographic transmission years â€" (), ./eid. Brazil, ELISA IgM January characteristics community dengue did outbreak proportion px; studies symptoms value {font-family â‰¥ (Table Brazil Oswaldo Urban cases font-size low population residents results seroprevalence using Both, However, November Pau [cited dengue, double; findings having included infection. large negative performed persons risk simultaneous slum tested unpaved variables <., Brazilian KikutiM, Lima addition, arboviral asymptomatic bivariate border-color border-width capita cohort collab: collected cryoglobulinemia design determine duration estimated factors greater infections. investigate likely material outbreaks prior received rural serologic solid; spread surveys test {font-style {font-weight .â€".) ;:. Brazil.Emerg CostaF, Data Dec February Feira FundaÃ§Ã£o IgG, Presumptive RibeiroGS, Santana, Transmission ZIKV accompanied al.Seroprevalence area bold chikungunya, courier; cross-sectional demographic described detection diseases education em; emergence epidemics epidemiological episode frequency high immunity indicating infected located model multiple myalgia, potential poverty pt;} rate recent reporting socioeconomic statistically streets surveillance variations wall week


|
Major Influences in His Life
Though his essay into politics came to naught, it brought him into contact with many eminent persons. The well-known social activist Sahodaran Ayyappan was a benevolent influence on his life. The credit for Balakrishnan's first work, an anthology, goes to him.
He took over the bookshop called " Circle Book House" at Eranakulam boat jetty run by Vaikkom Muhammed Bashir(the well known Malayalam writer) and managed it for nearly 6 years till he joined as the Chief Editor of Malayalam daily Dinaprabha published from kozhikode on 28th July 1959. His skill with language soon saw to it that the bookshop was stocked with books from many well-known publishers. He used to subscribe to the best magazines at that time,' Encounter' being one of them. It will be needless to mention that his skill as a salesman was exceeded by his interest in reading the excellent books at hand. An avid reader of literary creations published from all over the world reading was his favourite past time. His favourite subject was history.
|


| Spend less time searching | |
| Reduce VUS rate (Variants of Unknown Significance) | |
| Search variant evidence more comprehensively | |
| Save human expert time → Reduce cost |
Automatically search PubMed and databases for information relevant for clinical interpretation of rare genetic variants.
| Spend less time searching | |
| Reduce VUS rate (Variants of Unknown Significance) | |
| Search variant evidence more comprehensively | |
| Save human expert time → Reduce cost |


Instructions: Fill in as much of the top section as you like (the data does not get sent or saved anywhere), then all the fields you would like to pull in your query in the bottom section. On the following page, copy and paste the PHP code, tailor it as needed and run it on a web server with PHP installed and access to the MySQL server. That's it!


If \(x\) is a primitive element in \(G=GF(p^n)\), then the elements
\(x^1,x^2,...,x^{p^n-1}=1\) are, by definition, all of
\(G \backslash \{0\}\). Alternatively, we can write \(G \backslash \{0\}=\{x^0=1,x^1,..., x^{p^n-2}\}\).
Example 3.4.1
The field \(GF(23)\) has a primitive root \(x=5\), because
\(5^0=1,\) \(5^1=5,\) \(5^2=2,\) \(5^3=10,\) \(5^4=4,\) \(5^5=20,\) \(5^6=8,\)
\(5^7=17,\) \(5^8=16,\) \(5^9=11,\) \(5^{10}=9,\) \(5^{11}=22,\) \(5^{12}=18,\)
\(5^{13}=21,\) \(5^{14}=13,\) \(5^{15}=19,\) \(5^{16}=3,\) \(5^{17}=15,\)
\(5^{18}=6,\) \(5^{19}=7,\) \(5^{20}=12,\) \(5^{21}=14\) are all the non-zero
elements of \(GF(23)\).
Mullin & Nemeth in [17] used the theory of primitive elements to create
strong starters in the additive group of (nearly) any Galois Field of
prime power order. Which, because Theorems 3.2.1 and 3.3.1 were already
known, was equivalent to proving the existence of Room squares for
(nearly) all orders \(p^n+1\). Before introducing the general construction
for these starters, we illustrate the basic method with a couple of
examples of particular cases.
Example 3.4.2
We can create a strong starter from Example 2.5 simply by pairing the
elements in the order in which they were generated.
i.e.
\(S=\{\{1,5\},\{2,10\},\{4,20\},\{8,17\},\{16,11\},\{9,22\},\{18,21\},\{13,19\},\{3,15\},\{6,7\},\{12,14\}\}\)
is a strong starter.
Proof
Obviously each member of \(GF(23)\) occurs once, because of the definition
of a primitive root.
The differences
\[\{\pm 4, \pm 8, \pm 7, \pm 9, \pm 10, \pm 5, \pm 3, \pm 6, \pm 11, \pm 1, \pm 2\}\]
are similarly all of \(GF(23)\), so \(S\) is a starter. The sums
\[\{6,12,1,2,4,8,16,9,18,13,3\}\] are all unique, and therefore \(S\) is
strong and \[A=\{17,11,22,21,19,15,7,14,5,10,20\}\] is an adder for
\(S\).
So, the following row will generate a Room square of order 24 under
cyclic construction.
-1.66cm
\(\infty,0\) 4,20 8,17 12,14 16,11 - 1,5 - 9,22 13,19 - - 2,10 6,7 - - 18,21 - 3,15 - - - - ———— —— —— ——- ——- — —– — —— ——- — — —— —– — — ——- — —— — — — —
This is an example of the simplest case of the general theorem of
Mullith & Nemeth, where the Galois field is \(Z_p\) (the integers mod
\(p\)), with \(p=23=3(\) mod \(4)\) a prime.
If \(p=4m+3\) is prime, \(m \geq 1\), then
\[S=\{\{x^0,x^1\},\{x^2,x^3\},...,\{x^{4m},x^{4m+1}\}\}\] is a strong
starter in \(Z_p\), and hence a Room square of order \(p+1\) exists.
Example 3.4.2 took \(m=5\) and \(x=5\).
A slightly more general version of Theorem 3.4.1, which we prove
instead, involves any field of prime power order where \(p^n=2t+1\), with
\(t>1\) and odd. Of course, when \(p^n\) is not prime, the field will no
longer be the integers mod \(p\), instead the primitive element will be an
irreducible polynomial whose coefficients belong to \(Z_p\).
If \(p^n=2t+1=3(\)mod \(4)\) then
\[S=\{\{x^0,x^1\},\{x^2,x^3\},...,\{x^{2t-2},x^{2t-1}\}\}\] is a strong
starter in \(GF(p^n),(p^n \neq 3)\)
Proof
\(x\) is a primitive element, so the elements in the starter are all the
non-zero members of \(GF(P^n)\).
The differences are, respectively
\[\pm x^0(1-x), \pm x^2 (1-x), ... , \pm x^{2t-2}(1-x)\] \((1-x)\) is a
non-zero (\(x=1\) is not primitive) member of \(GF(p^n)\). So in order to
show that these differences are all the \(2t\) non-zero members of
\(GF(p^n)\) we merely need to prove that the \(2t\) differences are all
distinct and non-zero.
All the differences can be written \(\pm x^{2i}(1-x), 0 \leq i \leq t-1\)
\((1-x) \neq 0\)
\(x^{2i}(1-x)=x^{2j}(1-x)\)
\(\Rightarrow x^{2i}=x^{2j} \Rightarrow i=j\),
because \(0 \leq 2i,2j \leq 2t-2 < p^{n-1}\), and the primitive element,
by definition, produces each element of \(GF(p^n)\) exactly once as the
indices range from 0 to \(p^{n-1}\).
Similarly \(-x^{2i}(1-x)=-x^{2j}(1-x)\) only when \(i=j\).
So all the positive differences are unique, similarly the negative.
However, there remains a possibility for repetition when the signs are
opposite: \[x^{2i}(1-x)=-x^{2j}(1-x) \hspace{1cm}...(1)\] Either \(i=j\)
or \(i \neq j\)
Let \(i=j,\) \((1)\) becomes \(x^{2i}+x^{2i}=0, \Rightarrow 2x^{2i}=0\), bit
\(i\) takes values \(0...t-1\), so \(x^2=0\) when \(i=1\), contradicting the
order of the primitive element.
In the \(i \neq j\) case, we assume (without loss of generality) that
\(i<j\) and write
\(x^{2i} = -x^{2j}\)
as \(x^{2i}(1+x^{2j-2i})=0\)
\(\Rightarrow x^{2j-2i}=-1\)
but in \(GF(2t+1)\), \(x^{\frac{1}{2}(q-1)}=x^t=-1\) \[2j-2i=t\] but this is
a contradiction as we insisted that \(t\) be odd. So \(S\) is a starter.
To prove that \(S\) is strong we simply note that the sums can be written:
\(x^0(1+x)\), \(x^2(1+x)\), …, \(x^{2t-2}(1+x)\)
\(1+x=0 \Rightarrow x = -1\) is only true when \(p^n=3\). So
\((1+x) \neq 0\).
So \(x^{2i}(1+x)=x^{2j}(1+x) \Rightarrow x^{2i}=x^{2j}\)
We have already shown that \[x^{2i}=x^{2j}\] is only true for \(i=j\). So
all the sums are unique, and the starter is strong.
Hence, by theorems 2.1 and 2.2, Room squares exist for all \(p^n=3(\)mod
\(4)\), and in the case when \(p^n=3(\)mod \(4)\) is prime, these Room squares
are based on \(Z_p\).
The most generalised case of Mullin & Nemeth’s theorem proves the
existence of Room squares for all prime powers \(p^n=2^kt+1\) where \(k>1\)
and \(t>1\) is odd (\(k\) and \(t\), both positive integers), and reduces to
Theorem 3.4.2 when \(k=1\).
A strong starter exists in \(GF(p^n)\), where \(p^n=2^kt+1\) (with \(k>1\) and
\(t>1\) is odd).
Proof
Let \(d=2^{k-1}\)
Then the strong starter in question looks like this: $$ S={
| \((x^0,x^d)\) | \((x^{2d},x^{3d})\) | $ … $ | \((x^{(2t-2)d},x^{(2t-1)d})\) |
| \((x^1,x^{d+1})\) | \(\hspace{0.5cm}(x^{2d+1},x^{3d+1})\) | $ … $ | \((x^{(2t-2)d+1},x^{(2t-1)d+1})\) |
| $ … $ | |||
| \((x^{d-1},x^{2d-1})\) | \(\hspace{0.5cm}(x^{3d-1},x^{4d-1})\) | $ … $ | \((x^{(2t-1)d-1},x^{2td-1})\) |
} $$ Where the pairs have been placed in an array to emphasise that,
when read vertically, this is an exhaustive list of all the non-zero
elements of \(GH(p^n)\), ordered according to powers. Of course, in the
\(k=1,d=1\) case this starter reduces to the one quoted in Theorem 3.4.2.
To prove that \(S\) is a starter we need also to show, as usual, that the
differences between pairs are all of \(GF(p^n)\), and to show that the
starter is strong we need to show that the sums of pairs are all
distinct and non-zero.
The differences can be written in the following scheme:
| \(x^0(1-x^d)\), | \(x^{2d}(1-x^d)\), | …, | \(x^{(2t-2)d}(1-x^d)\), |
| \(x^1(1-x^d)\), | \(x^{2d+1}(1-x^d)\), | …, | \(x^{(2t-2)d+1}(1-x^d)\), |
| … | |||
| \(x^{d-1}(1-x^d)\), | \(x^{3d-1}(1-x^d)\), | …, | \(x^{(2t-1)d-1}(1-x^d)\) |
The order of \(x\) is \(p^n-1=2^kt=2^{k-1}2t=2td > d\), (meaning \(x^{2td}=1\)
and \(x^\alpha \neq 1\) when \(1 \leq \alpha < 2dt\)) and so \(x^d \neq 1\),
so \((1-x^d) \neq 0\).
We can write the differences in a general form:
\(\pm x^{2id+j}(1-x^d) \hspace{0.5cm}\) where \(\hspace{0.5cm} 0 \leq i \leq t-1, \hspace{0.5cm} 0 \leq j \leq d-1\)
: l :\(\rightarrow\) If there were repetition, either of the
form \(D=D\) or \(-D=-D\), where \(D=x^{2id+j}(1-x^d)\),
then the following must hold:
Cancelling by \((1-x^d)\), legitimate because \((1-x^d) \neq 0\) gives:
dividing through by \(x^{2Id+j}\) leaves
But if \(i \neq I\), then the LHS has an index which is an integer
multiple of \(d\). The index in the RHS,
however, can never be an integer multiple of \(d\) because \(J\) and \(j\)
range over the integers \(0...d-1\).
So the only possibility for equality is when both indices are zero, i.e.
\(i=I\) and \(j=J\).
As in the previous proof we have to deal with the possibility of
repetition for differences of opposite sign. For coincidence we require:
\[x^{2id+j}=-x^{2ID+J}\] \[x^{2id+j}+x^{2Id+J}=0\] We assume that
\(2id+j<2Id+J\) and rewrite this expression as:
\[x^{2id+j}(1+x^{(2I-2i)d+(J-j)})=0\] Which implies that
\(x^{(2I-2i)d+(J-j)}=-1\)
But in \(GF(q),x^{\frac{1}{2}(q-1)}=-1\). Where, in this case \(q-1=2^kt\),
so \(\frac{1}{2}(q-1)=2^{k-1}t=dt\). \[\therefore x^{dt} = -1\]
\[\Rightarrow (2I-2i)d+(J-j)=dt\]
\(\Rightarrow (J-j)\) is an integer multiple of \(d\) or zero.
But \(J\) and \(j\) both take only the values \(0...d-1\), so \((J-j)\) is in
the interval \([1-d,d-1]\) and hence must be zero, leaving \[(2I-2i)d=dt\]
\[2I-2i=t\] But \(t\) is strictly odd, and so we have reached a
contradiction, hence the differences are all unique, belong to \(GF(p^n)\)
and there are \(2td\) of them, hence each member of \(GF(p^n)\) occurs
exactly once as a difference. So \(S\) is a starter.
To prove that the starter is strong we write the sums as
| \(x^0(1-x^d)\), | \(x^{2d}(1-x^d)\), | …, | \(x^{(2t-2)d}(1-x^d)\), |
| \(x^1(1-x^d)\), | \(x^{2d+1}(1-x^d)\), | …, | \(x^{(2t-2)d+1}(1-x^d)\), |
| … | |||
| \(x^{d-1}(1-x^d)\), | \(x^{3d-1}(1-x^d)\), | …, | \(x^{(2t-1)d-1}(1-x^d)\) |
and notice that \(x^d=-1 \Rightarrow d=dt\) (because \(x^{dt}=-1) \Rightarrow t=1\), but instead we insisted that \(t\) be strictly greater than one (this being the reason why). So \((1+x^d) \neq 0\) and the above argument (denoted by \(\rightarrow\)) involving \((1-x^d)\) can be invoked, replacing \((1-x^d)\) by \((1+x^d)\). So \(S\) is a strong starter, and the general theorem of Mullin & Nemeth is proven, guaranteeing the existence of a vast class of Room Squares.


I am a techie, social-entrepreneur, artist and traveller, who recently graduated from the London School of Economics and Political Science(LSE) with a Msc. degree in Managemnt of Information Systems and Digital Innovation. Altough I was born in West Bengal, in a family native to Rajasthan and raised in Karnataka, I identify myself as a Bharatiya. Determined to be involved in taking action for a better world, this website exhibits my work and zest for life!
"What counts in life is not the mere fact that we have lived; it is what difference we have made to the lives of others that will determine the significance of the life we lead." ~ Nelson Mandela
Spent these years climbing trees, collecting wild flowers, falling of the bicycle while speedriding, collecting and nuturing bugs and ants, besides learning the rules of the game, singing, dancing, painting and much more.
Lorem ipsum dolor sit amet, consectetur adipisicing elit. Sunt ut voluptatum eius sapiente, totam reiciendis temporibus qui quibusdam, recusandae sit vero unde, sed, incidunt et ea quo dolore laudantium consectetur!
Lorem ipsum dolor sit amet, consectetur adipisicing elit. Sunt ut voluptatum eius sapiente, totam reiciendis temporibus qui quibusdam, recusandae sit vero unde, sed, incidunt et ea quo dolore laudantium consectetur!


Black to play 22
7 point match, Black 4, White 0
pips Black=124 White=142
(CorrectAnswer= 0/0, ErrorScore= 0)
Did you notice the match score?
If this were an unlimited game, then the rollout would look very different; see the two Variant positions below, especially Variant 2, where eXtreme Gammon favors 9/5*/3*/1, which wins many more gammons at the cost of a lower winning percentage. At this score, however, the win/gammon tradeoff of 9/5*/3*/1 is unfavorable.
Black does better to build up a solid position which gives him plenty of landing spots as he brings his checkers home, rather than trying to attack.
If this were an unlimited game, then the rollout would look very different; see the two Variant positions below, especially Variant 2, where eXtreme Gammon favors 9/5*/3*/1, which wins many more gammons at the cost of a lower winning percentage. At this score, however, the win/gammon tradeoff of 9/5*/3*/1 is unfavorable.
Black does better to build up a solid position which gives him plenty of landing spots as he brings his checkers home, rather than trying to attack.
1.


Welcome to this Little Name App...
First Name:
Surname :
Register User
Hello User
List Users
Find User


- INFO_MainScene() - Method in class Game_Structure.MainScene
-
INFO_MainScene Substitute s set of information into the wallpaper label when toggle button is pressed
- init() - Method in class Game_Structure.Base_Component
-
init Add all component into frame
- initAll() - Method in class Game_Structure.GUI_setup
-
initAll including set fond, background, bounds, layout, Opaque, button, allignment
Init component in frame
- initBarn() - Method in class Game_Structure.Barn
-
initBarn including set fond, background, bounds, layout, Opaque, button, allignment
Init component in Barn panel design
- initFrame() - Method in class Game_Structure.GUI_body
-
initFrame set Bounds, Layout, Opaque of the panel that added into frame
- initframeDesign() - Method in class Game_Structure.Base_Component
-
initframeDesignn including set fond, background, bounds, layout, Opaque, button, allignment
Init component in Main Frame
- initialize_body() - Method in class Game_Structure.GUI_body
-
Initialize the contents of the frame.
- initInventory() - Method in class Game_Structure.Inventory
-
initInventory including set fond, background, bounds, layout, Opaque, button, allignment
Init component in Inventory panel design
- initMainScene() - Method in class Game_Structure.MainScene
-
initMainScene including set fond, background, bounds, layout, Opaque, button, allignment
Init component in MainScene panel design
- initMenu() - Method in class Game_Structure.Base_Component
-
initMenu including set fond, background, bounds, layout, Opaque, button, allignment
Init component in Menu and MenuItem
- initPanel() - Method in class Game_Structure.GUI_body
-
initPanel Object of other panel after init individually in specific class
- initSuperMarket() - Method in class Game_Structure.SuperMarket
-
initSuperMarket including set fond, background, bounds, layout, Opaque, button, allignment
Init component in SuperMarket panel design
- initTGLBtn_Box() - Method in class Game_Structure.GUI_body
-
initTGLBtn_Box contain all trigger button that dosent belong to panel
Switching panel and MenuItem button
- initTradingMarket() - Method in class Game_Structure.TradingMarket
-
initTradingMarket including set fond, background, bounds, layout, Opaque, button, allignment
Init component in TradingMarket panel design
- Inventory - Class in Game_Structure
-
Inventory Class is implemented as a View class (Project is trying to approach to Model-view-controller design pattern)
This class implemented to display content to the user
Contain all label in Inventory for displaying certain value / quantity
- Inventory(JPanel, Game_Profile) - Constructor for class Game_Structure.Inventory
-
Construct game profile and upadte with access of other classes
- isFeed_animal() - Method in class Game_Structure.Game_Profile
-
- isFertilizing() - Method in class Game_Structure.Game_Profile
-
- isPlot_available() - Method in class Game_Structure.Crop_Plot
-
- isRest() - Method in class Game_Structure.Game_Profile
-
- isUnlock() - Method in class Game_Structure.Crop_Plot
-
- isWatering() - Method in class Game_Structure.Game_Profile
-


  SHE CAN'T TELL MY DADDY.
Along the border of the black belt region is Alabama's twentieth judicial district. Documented being one of the nation's most corrupt (see Harvard’s Edward Safra Center for Government Ethics study) judicial systems, it's physical landscape serves as an "ecotone" [https://en.wikipedia.org/wiki/Ecotone] where poor whites historically competed with freed slaves / black sharecroppers for seasonal labor picking cotton and formed community in a heightened state of tension.
The physical form of this community becomes a hidden transcript of race. WEB Dubois observed this area as having a color line being invisible but physical phenomena ( see Souls of Black Folks). The area remains one of the most ethnically segregated landscapes in North America. One that has a high concentration of white supremacists in positions of local government. The built space and urban form of the community reinforce and perpetuate embedded racism.
I explored the influence of racism both in whites and blacks photographing conflict across the racial lines and distrust in local government and inequities in the judicial system.


+++ title = "Deitel C++ en Español" slug = "deitel-c-en-espanol" date = 2007-02-27T09:30:00+10:00 tags = ["naughty", "books", "for-sale"] locations = ["mexico/merida"] draft = false summary = """
Saw this in a bookshop in Mérida. It wouldn't mean much to the non-geekified among thee, but to me, it looked pretty cool. Deitel's C++ How to Program is one of the more famous books on programming that's available on the market today. I never imagined that I'd see it in Spanish. But I guess that a book like this is available in pretty much any language.
""" [[comments]] title = "Well scored pic!" date = 2007-03-12T22:28:57+10:00 author_name = "Liam" content = """Can't say i've even been kick out of a book shop, one would guess i would have to go into one to do so!
""" +++Saw this in a bookshop in Mérida. It wouldn't mean much to the non-geekified among thee, but to me, it looked pretty cool. Deitel's C++ How to Program is one of the more famous books on programming that's available on the market today. I never imagined that I'd see it in Spanish. But I guess that a book like this is available in pretty much any language.
{{< galleryphoto "2007-02-27-09-30-00--c-como-programar.jpg" >}}I managed to get one quick snap of this book on the shelf. Then I got kicked out of the shop. But the victory was mine, for I emerged with a crisp, un-confiscated photo of the vendor's fine merchandise.
This also makes you think about, and appreciate, how unfortunate it is that so many people have to contend with the unoriginal, translated versions of so many books, which are always inevitably inferior to their originals. How lucky we are, in the English-speaking world, to have the untranslated Harry Potter, Hamlet, and Great Expectations; and how unlucky we are, that we will never know the true beauty of Ulysses, Candide, or War and Peace.


This report grew out of a fellowship from John Jay College of Criminal Justice and the Solutions Journalism Network on strengthening reporting on solutions to violence in America. More reporting from this effort can be found at http://thecrimereport.org.
{% import 'components/_relatedstories.html' as story %}
{{ story.info('Beyond Homelessness: Shame of the city', 'http://projects.sfchronicle.com/sf-homeless/', 'http://projects.sfchronicle.com/sf-homeless/static/images/social.jpg' ) }}
{{ story.info('Chronicle Investigation: Airbnb and rivals thrive', 'http://projects.sfchronicle.com/2016/airbnb/', 'http://projects.sfchronicle.com/2016/airbnb/static/images/social.jpg' ) }}
{{ story.info('Rising Reality: Shoring up the city\'s edge', 'http://projects.sfchronicle.com/2016/sea-level-rise/', 'http://projects.sfchronicle.com/2016/sea-level-rise/assets/photos/treasureisland/social.jpg' ) }}
{{ story.info('H-1B Visas: Chasing dreams and dollars', 'http://projects.sfchronicle.com/2016/visas/', 'http://projects.sfchronicle.com/2016/visas/assets/sharing_bubbles_v2.png' ) }}
{% include 'components/_footer.html' %}


Lending Club is a peer-to-peer lending site. Peer-to-peer lending crowd-funds loans by matching borrowers with willing investors. This LendingClub library makes it easy for you to see your investor account data such as the amount of free cash or the details on which loans you own. This package is a convenience wrapper for the Lending Club API so that you get get the data into R. You can learn more about the API by reading Lending Club’s documentation
To get started, you’ll need to supply the investor’s account number and API key. You can find the account number from the Account Summary page. The API key is located at the bottom of the Account Settings page. In the example below, the account number and API key are loaded from an .Renviron file but you can use whatever process you are comfortable to pass them to the MakeCredential function. If you are going to share your code, then I recommend doing something similar to this method rather than put it directly in your code.
The MakeCredential() function uses the investorID and APIkey inputs to create an S3 object. If you save this object as LC_CRED
, then the other functions in this package will find it in the global environment and you will not have to pass it as an argument to the other functions.
library(LendingClub)
investorID<- Sys.getenv("id")
APIkey <- Sys.getenv("key")
LC_CRED<- MakeCredential(investorID, APIkey)
Here are a few examples of other functions in the package. As mentioned above, all other functions in this package will look for the LC_CRED
object before processing the respective API calls. You can see a dataframe of the currently listed loans using the ListedLoans() function.
Another useful function to start with is AccountSummary(). This returns key statistics such as the available cash, total number of notes owned, and all time total interest received. You don’t pass any inputs to the function but it will search the global environment for the LC_CRED
object.


|
JavaTM 2 Platform Standard Ed. 5.0 |
|||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
java.lang.Object org.ietf.jgss.ChannelBinding
public class ChannelBinding
This class encapsulates the concept of caller-provided channel binding information. Channel bindings are used to strengthen the quality with which peer entity authentication is provided during context establishment. They enable the GSS-API callers to bind the establishment of the security context to relevant characteristics like addresses or to application specific data.
The caller initiating the security context must determine the appropriate channel binding values to set in the GSSContext object. The acceptor must provide an identical binding in order to validate that received tokens possess correct channel-related characteristics.
Use of channel bindings is optional in GSS-API. ChannelBinding can be
set for the GSSContext
using the setChannelBinding
method
before the first call to initSecContext
or acceptSecContext
has been performed. Unless the setChannelBinding
method has been used to set the ChannelBinding for a GSSContext object,
null
ChannelBinding will be assumed.
Conceptually, the GSS-API concatenates the initiator and acceptor
address information, and the application supplied byte array to form an
octet string. The mechanism calculates a MIC over this octet string and
binds the MIC to the context establishment token emitted by
initSecContext
method of the GSSContext
interface. The same bindings are set by the context acceptor for its
GSSContext
object and during processing of the
acceptSecContext
method a MIC is calculated in the same
way. The calculated MIC is compared with that found in the token, and if
the MICs differ, accept will throw a GSSException
with the
major code set to BAD_BINDINGS
, and
the context will not be established. Some mechanisms may include the
actual channel binding data in the token (rather than just a MIC);
applications should therefore not use confidential data as
channel-binding components.
Individual mechanisms may impose additional constraints on addresses that may appear in channel bindings. For example, a mechanism may verify that the initiator address field of the channel binding contains the correct network address of the host system. Portable applications should therefore ensure that they either provide correct information for the address fields, or omit setting of the addressing information.
| Constructor Summary | |
|---|---|
ChannelBinding(byte[] appData)
Creates a ChannelBinding object without any addressing information. |
|
ChannelBinding(InetAddress initAddr,
InetAddress acceptAddr,
byte[] appData)
Create a ChannelBinding object with user supplied address information and data. |
| Method Summary | |
|---|---|
boolean |
equals(Object obj)
Compares two instances of ChannelBinding. |
InetAddress |
getAcceptorAddress()
Get the acceptor's address for this channel binding. |
byte[] |
getApplicationData()
Get the application specified data for this channel binding. |
InetAddress |
getInitiatorAddress()
Get the initiator's address for this channel binding. |
int |
hashCode()
Returns a hashcode value for this ChannelBinding object. |
| Methods inherited from class java.lang.Object |
|---|
clone, finalize, getClass, notify, notifyAll, toString, wait, wait, wait |
| Constructor Detail |
|---|
public ChannelBinding(InetAddress initAddr, InetAddress acceptAddr, byte[] appData)
null
values can be used for any fields which the
application does not want to specify.
initAddr
- the address of the context initiator.
null
value can be supplied to indicate that the
application does not want to set this value.acceptAddr
- the address of the context
acceptor. null
value can be supplied to indicate that
the application does not want to set this value.appData
- application supplied data to be used as part of the
channel bindings. null
value can be supplied to
indicate that the application does not want to set this value.public ChannelBinding(byte[] appData)
appData
- application supplied data to be used as part of the
channel bindings.| Method Detail |
|---|
public InetAddress getInitiatorAddress()
null
is returned if
the address has not been set.public InetAddress getAcceptorAddress()
public byte[] getApplicationData()
null
is returned if no application data
has been specified for the channel binding.public boolean equals(Object obj)
equals
in class Object
obj
- another ChannelBinding to compare this one with
Object.hashCode()
,
Hashtable
public int hashCode()
hashCode
in class Object
Object.equals(java.lang.Object)
,
Hashtable
|
JavaTM 2 Platform Standard Ed. 5.0 |
|||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
Copyright © 2004, 2010 Oracle and/or its affiliates. All rights reserved. Use is subject to license terms. Also see the documentation redistribution policy.


Team Nakawo
Wire Frame
- Creative
- Satoko Hata
- Creative
- Yuka Yamauchi
- Creative
- Takeshi Morino
- Creative
- Yoshiyuki Nakagawa
- Creative/Directive
- Masafumi Nakao
Site Design
- Creative
- Satoko Hata
- Creative
- Yuka Yamauchi
- Creative
- Takeshi Morino
- Creative
- Yoshiyuki Nakagawa
- Creative/Directive
- Masafumi Nakao
Coding
- Cafe Menu Page
- Satoko Hata
- Bar Menu Page
- Yuka Yamauchi
- About Us page
- Takeshi Morino
- Top Page
- Yoshiyuki Nakagawa
- Rest of Pages and common CSS
- Masafumi Nakao
Special Thanks
All the members of Web creator school
Special Thanks
Taisuke Matsushita, Seiji Nakamura
Developed using
All trademarks are the property of the trademark owners.
Copyright (C) Team Nakao All Rights Reserved.
Thanks for all of attentions!


abstract
This results in a compile-time error on the subclasses; the inspection reports the problem at the point of the abstract method, allowing faster detection of the problem.


title = "Wichita Parolee Housing Map" url = "/resources/housing/map" layout = "restricted" is_hidden = 0 == {% if user.groups.first.name == 'Users' or user.groups.first.name == 'Staff' %}
We have a list of housing resources in the Wichita area. Most of these options have been approved by the Wichita parole office. Options include rentals, apartments, sober living communities, and transitional hosuing.
We're sorry, but something went wrong and the page cannot be displayed.


We're sorry but vue-sample doesn't work properly without JavaScript enabled. Please enable it to continue.


Copyright and Trade Mark
All content within this site is © of Mimesis Consulting and e-xamit.
All rights reserved. The material on this site may not be reproduced and may
not be distributed, publicly performed or otherwise used, except with the prior
express permission of Mimesis Consulting and e-xamit.
Terms of Use
Mimesis consulting and e-xamit provides its website,
www.e-xamit.ie (the 'Site')
subject to the following terms (the 'Terms') of use which may be updated as it
develops. You should review the Terms regularly.
-
e-xamit's Privacy Policy
- e-xamit maintains registrations and takes all reasonable endeavours to comply
with the requirements of the Irish Data Protection Act and any regulation created under it.
- e-xamit will not disclose any of your personally identifiable information
except with your permission. See 'Privacy' below for further details.
Links to Other Sites
The Site may provide, or third parties may provide, links to other web sites or
resources. As e-xamit has no control over such sites and resources, you acknowledge
and agree that e-xamit is not responsible for the availability of such external sites
or resources, is not liable, responsibe and does not endorse any content, advertising,
products or other materials that may be available on such sites or resources.
Intellectual property rights
- You agree and acknowledge that the Site and any information presented to you through the site contains intellectual property rights, including but not limited to copyright, design rights and trade marks and you agree not to infringe the intellectual property rights owned by e-xamit.
- You agree not to copy, download, adapt, alter, modify, lease, loan, sell, distribute or create derived works of any material found on the site except as expressly authorised by e-xamit.
Disclaimers
- Your use of the site is at your sole risk. The Site is provided on an 'as is' and 'as available' basis.
- The information on the Site is subject to change without notice.
- e-xamit uses reasonable care in compiling and presenting information.
Dealings with Advertisers and Merchants
- Your correspondence or business with, or participation in, promotions of advertisers and
merchants found on or through the Site, including payment and delivery of related goods and
services, and any other terms, conditions, warranties or representations associated with such
dealings, are solely between you and such advertiser or merchant.
General Information
- These Terms constitute the entire agreement between you and e-xamit and govern your use of the Site.
- Any failure by e-xamit to exercise or enforce any right or provision of the Terms shall not constitute
a waiver of such right or provision.
- The Terms and the relationship between you and e-xamit shall be governed by the laws of the Republic of
Ireland and you agree to submit to the exclusive jurisdiction of the Irish courts.
Privacy - Information collected.
- It is necessary for e-xamit to collect your personal information for the purposes
of registering you as a user of the website www.e-xamit.ie (the 'Site'). Your responses
also help us to provide a premium service by ensuring that the Site and any appropriate
advertising space that we sell reflects your needs and requirements.
- If your contact details change we request that you update us by notifying us via e-mail at<EMAIL_ADDRESS>- e-xamit collects data, listing which of e-xamits's pages are most frequently visited and type of users.
Data Protection and Disclosure
As stated above in our Terms of Use:
- e-xamit maintains registrations and takes all reasonable endeavours to comply with the requirements of the Irish Data Protection Act and any regulation created under it.
- e-xamit will not disclose any of your personally identifiable information except with your permission.
Further Use of Information
- e-xamit may occasionally send you communications about products and services
that it feels may be of interest to you unless you indicate that you are not
interested in receiving such offers or information from us.
- e-xamit does not sell, trade or rent user information to others unless
you have given us permission. With your permission e-xamit will only share
your information with carefully chosen, reputable and trustworthy third parties.
- e-xamit will not pass on your personal information to others unless
you have given prior consent.


To view this video please enable JavaScript, and consider upgrading to a web browser that supports HTML5 video


SCMA470 Risk Analysis and Credibility
1
Basic Probability Concepts
1.1
Expectation
1.2
Variances of Random Variables
1.3
Moments and Moment Generating Function
1.4
Probability generating function
1.5
Multivariate Distributions
1.6
Independent random variables
1.7
Conditional Distributions
1.8
Covariance
1.9
Correlation
1.10
Model Fitting
1.11
The method of moments
1.12
The method of maximum likelihood
1.13
Goodness of fit tests
1.14
the Pearson chi-square goodness-of-fit criterion
1.15
Kolmogorov-Smirnov (K-S) test.
2
To be added
3
Interactive Lecture
3.1
DataCamp Light
Published with bookdown
SCMA470 Risk Analysis and Credibility
Chapter 2
To be added


An experiment with how to make jekyll dynamic. Won't actually make your bus stop.
Inspired by the tracking system inside ruter-buses in Oslo
The icons are taken from the ruter.no-page, but should be updated with my own version.
Find this project on GitHub, and learn as much as you want.
for any questions, contact @haroenv on Twitter


SoftBank sounds out Japan's top banks on US$2.8 billion loan, sources say
TOKYO: SoftBank Group Corp is sounding out Japan's top three banks to borrow around ¥300 billion (US$2.8 billion) to help fund its support of US startup WeWork, three people familiar with the matter said on Thursday.
While official talks haven't started yet, SoftBank has approached its main bank Mizuho Financial Group Inc, as well as Mitsubishi UFJ Financial Group Inc and Sumitomo Mitsui Financial Group Inc, the sources said.
All three sources declined to be identified because they were not authorised to speak on the record.
A SoftBank spokeswoman said that a loan was one of its options but nothing had been decided yet. All three banks declined to comment.
SoftBank agreed in October to offer a US$9.5 billion lifeline to take control of WeWork.
SoftBank has provided Japanese banks with a rare profit opportunity at home, where they are largely hamstrung by ultra-low interest rates. But Japan's top three lenders have also become more cautious about financing the conglomerate, bankers say, given the turmoil over WeWork.
"We have to be very careful about this," one of the sources said. "Especially if the money goes to WeWork, it will take a long time to conclude the process."
SoftBank fell earlier this month to its first quarterly loss in 14 years, dragged down by an US$8.9 billion hit at its giant Vision Fund, as CEO Masayoshi Son admitted poor investment judgment and turning a blind eye to problems at startup WeWork.
The potential bank loan was first reported by the Nikkei.


Request Header Parser Microservice
This App returns the parsed request header to the endpoint
/api/hparser
Just
Click Me
to see it working.